try {
var testCommons = new MQObject();
testCommons = null;
} catch (error) {
throw "You must include mqcommon.js or toolkit api script prior to mqobjects.js.";
}
/**
* @fileoverview This file contains the bulk of the class that are used to communicate
* with the server.
*/
// utility function to wrap null and class type
/**
* Utility function to wrap null and class type errors
* @type Boolean
* @throws InvalidClassException This will throw an exception if the newObj is not the same type as
* this object.
* @throws NullPointerException This will throw an exception if the newObj is null and the allowNull
* is false.
*/
function mqIsClass(strClassName, newObj, allowNull) {
if (newObj !== null) {
try {
newObj.getClassName();
} catch (error) {
throw "InvalidClassException"; // " This class is not of type " + strClassName;
}
if (newObj.getClassName() === strClassName) {
return true;
} else {
throw "InvalidClassException"; // " This class " + newObj.getClassName() + " is not of type " + strClassName;
}
} else if (allowNull) {
return true;
}
throw "NullPointerException"; // " This class is not allowed to be set to null";
};
// Begin class MQCONSTANTS
/**
* Constructs a new MQConstants object.
* @class Class that will contain all the constants for the
* js api.
*
*/
function MQConstants() {
/**
* Constant to hold a value for MQDistanceUnits
* MILES = 0
* @type int
*/
this.MQDISTANCEUNITS_MILES = 0;
/**
* Constant to hold a value for MQDistanceUnits
* KILOMETERS = 1
* @type int
*/
this.MQDISTANCEUNITS_KILOMETERS = 1;
/**
* Constant to hold value for radians conversion
* RADIANS = 0.01745329251994
* @type Double
*/
this.MQLATLNG_RADIANS = 0.01745329251994;
/**
* Constant to hold a value for validation check
* INVALID = 314159.265358
* @type Double
*/
this.MQLATLNG_INVALID = 314159.265358;
/**
* Constant to hold a value for validation check
* TOLERANCE = 314159.265358
* @type Double
*/
this.MQLATLNG_TOLERANCE = 0.000001;
/**
* Constant to hold a value for validation check
* INVALID = 32767
* @type int
*/
this.MQPOINT_INVALID = 32767;
/**
* Constant to hold a value for PI
* PI = 3.14159265358979323846
* @type Double
*/
this.PI = 3.14159265358979323846;
/**
* Constant to hold a value for MQSearchCriteria
* MILES_PER_DEGREE_LAT = 68.9
* @type Double
*/
this.MQSEARCHCRITERIA_MILES_PER_DEGREE_LAT = 68.9;
/**
* Constant to hold a value for MQSearchCriteria
* DEGREES_LAT_PER_MILE = ( 1 / this.MILES_PER_DEGREE_LAT )
* @type Double
*/
this.MQSEARCHCRITERIA_DEGREES_LAT_PER_MILE = (1 / this.MQSEARCHCRITERIA_MILES_PER_DEGREE_LAT);
/**
* Constant to hold a value for calculations
* MILES_PER_LATITUDE = 69.170976
* @type Double
*/
this.DISTANCEAPPROX_MILES_PER_LATITUDE = 69.170976;
/**
* Constant to hold a value for calculations
* KILOMETERS_PER_MILE = 1.609347
* @type Double
*/
this.DISTANCEAPPROX_KILOMETERS_PER_MILE = 1.609347;
/**
* Constant to validate MQRouteTypes
* FASTEST = 0
* @type int
*/
this.MQROUTETYPE_FASTEST = 0;
/**
* Constant to validate MQRouteTypes
* SHORTEST = 1
* @type int
*/
this.MQROUTETYPE_SHORTEST = 1;
/**
* Constant to validate MQRouteTypes
* PEDESTRIAN = 2
* @type int
*/
this.MQROUTETYPE_PEDESTRIAN = 2;
/**
* Constant to validate MQRouteTypes
* OPTIMIZED = 3
* @type int
*/
this.MQROUTETYPE_OPTIMIZED = 3;
/**
* Constant to validate MQRouteTypes
* SELECT_DATASET_ONLY = 4
* @type int
*/
this.MQROUTETYPE_SELECT_DATASET_ONLY = 4;
/**
* Constant to validate MQNarrativeTypes
* DEFAULT = 0
* @type int
*/
this.MQNARRATIVETYPE_DEFAULT = 0;
/**
* Constant to validate MQNarrativeTypes
* HTML = 1
* @type int
*/
this.MQNARRATIVETYPE_HTML = 1;
/**
* Constant to validate MQNarrativeTypes
* NONE = -1
* @type int
*/
this.MQNARRATIVETYPE_NONE = -1;
/**
* Constant for MQRouteOptions
* @type String
*/
this.MQROUTEOPTIONS_AVOID_ATTRIBUTE_LIMITED_ACCESS = "Limited Access";
/**
* Constant for MQRouteOptions
* @type String
*/
this.MQROUTEOPTIONS_AVOID_ATTRIBUTE_TOLL_ROAD = "Toll Road";
/**
* Constant for MQRouteOptions
* @type String
*/
this.MQROUTEOPTIONS_AVOID_ATTRIBUTE_FERRY = "Ferry";
/**
* Constant for MQRouteOptions
* @type String
*/
this.MQROUTEOPTIONS_AVOID_ATTRIBUTE_UNPAVED_ROAD = "Unpaved";
/**
* Constant for MQRouteOptions
* @type String
*/
this.MQROUTEOPTIONS_AVOID_ATTRIBUTE_SEASONAL = "Approximate seasonal closure";
/**
* Constant for MQRouteOption Language
* @type String
*/
this.MQROUTEOPTIONS_LANGUAGE_ENGLISH = "English";
/**
* Constant for MQRouteOption Language
* @type String
*/
this.MQROUTEOPTIONS_LANGUAGE_FRENCH = "French";
/**
* Constant for MQRouteOption Language
* @type String
*/
this.MQROUTEOPTIONS_LANGUAGE_GERMAN = "German";
/**
* Constant for MQRouteOption Language
* @type String
*/
this.MQROUTEOPTIONS_LANGUAGE_ITALIAN = "Italian";
/**
* Constant for MQRouteOption Language
* @type String
*/
this.MQROUTEOPTIONS_LANGUAGE_SPANISH = "Spanish";
/**
* Constant for MQRouteOption Language
* @type String
*/
this.MQROUTEOPTIONS_LANGUAGE_DANISH = "Danish";
/**
* Constant for MQRouteOption Language
* @type String
*/
this.MQROUTEOPTIONS_LANGUAGE_DUTCH = "Dutch";
/**
* Constant for MQRouteOption Language
* @type String
*/
this.MQROUTEOPTIONS_LANGUAGE_NORWEGIAN = "Norwegian";
/**
* Constant for MQRouteOption Language
* @type String
*/
this.MQROUTEOPTIONS_LANGUAGE_SWEDISH = "Swedish";
/**
* Constant for MQRouteOption Language
* @type String
*/
this.MQROUTEOPTIONS_LANGUAGE_IBERIAN_SPANISH = "Iberian Spanish";
/**
* Constant for MQRouteOption Language
* @type String
*/
this.MQROUTEOPTIONS_LANGUAGE_BRITISH_ENGLISH = "British English";
/**
* Constant for MQRouteOption Language
* @type String
*/
this.MQROUTEOPTIONS_LANGUAGE_IBERIAN_PORTUGUESE = "Iberian Portuguese";
/**
* Constant for MQRouteResultsCode type validation
* @type int
*/
this.MQROUTERESULTSCODE_NOT_SPECIFIED = -1;
/**
* Constant for MQRouteResultsCode type validation
* @type int
*/
this.MQROUTERESULTSCODE_SUCCESS = 0;
/**
* Constant for MQRouteResultsCode type validation
* @type int
*/
this.MQROUTERESULTSCODE_INVALID_LOCATION = 1;
/**
* Constant for MQRouteResultsCode type validation
* @type int
*/
this.MQROUTERESULTSCODE_ROUTE_FAILURE = 2;
/**
* Constant for MQRouteResultsCode type validation
* @type int
*/
this.MQROUTERESULTSCODE_NO_DATASET_FOUND = 3;
/**
* Constant for MQRouteMatrixResultsCode type validation
* @type int
*/
this.MQROUTEMATRIXRESULTSCODE_NOT_SPECIFIED = -1;
/**
* Constant for MQRouteMatrixResultsCode type validation
* @type int
*/
this.MQROUTEMATRIXRESULTSCODE_SUCCESS = 0;
/**
* Constant for MQRouteMatrixResultsCode type validation
* @type int
*/
this.MQROUTEMATRIXRESULTSCODE_INVALID_LOCATION = 1;
/**
* Constant for MQRouteMatrixResultsCode type validation
* @type int
*/
this.MQROUTEMATRIXRESULTSCODE_ROUTE_FAILURE = 2;
/**
* Constant for MQRouteMatrixResultsCode type validation
* @type int
*/
this.MQROUTEMATRIXRESULTSCODE_NO_DATASET_FOUND = 3;
/**
* Constant for MQRouteMatrixResultsCode type validation
* @type int
*/
this.MQROUTEMATRIXRESULTSCODE_INVALID_OPTION = 4;
/**
* Constant for MQRouteMatrixResultsCode type validation
* @type int
*/
this.MQROUTEMATRIXRESULTSCODE_PARTIAL_SUCCESS = 5;
/**
* Constant for MQRouteMatrixResultsCode type validation
* @type int
*/
this.MQROUTEMATRIXRESULTSCODE_EXCEEDED_MAX_LOCATIONS = 6;
/**
* Constant for MQManeuver heading values
* @type int
*/
this.MQMANEUVER_HEADING_NULL = 0;
/**
* Constant for MQManeuver heading values
* @type int
*/
this.MQMANEUVER_HEADING_NORTH = 1;
/**
* Constant for MQManeuver heading values
* @type int
*/
this.MQMANEUVER_HEADING_NORTH_WEST = 2;
/**
* Constant for MQManeuver heading values
* @type int
*/
this.MQMANEUVER_HEADING_NORTH_EAST = 3;
/**
* Constant for MQManeuver heading values
* @type int
*/
this.MQMANEUVER_HEADING_SOUTH = 4;
/**
* Constant for MQManeuver heading values
* @type int
*/
this.MQMANEUVER_HEADING_SOUTH_EAST = 5;
/**
* Constant for MQManeuver heading values
* @type int
*/
this.MQMANEUVER_HEADING_SOUTH_WEST = 6;
/**
* Constant for MQManeuver heading values
* @type int
*/
this.MQMANEUVER_HEADING_WEST = 7;
/**
* Constant for MQManeuver heading values
* @type int
*/
this.MQMANEUVER_HEADING_EAST = 8;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_STRAIGHT = 0;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_SLIGHT_RIGHT = 1;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_RIGHT = 2;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_SHARP_RIGHT = 3;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_REVERSE = 4;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_SHARP_LEFT = 5;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_LEFT = 6;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_SLIGHT_LEFT = 7;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_RIGHT_UTURN = 8;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_LEFT_UTURN = 9;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_RIGHT_MERGE = 10;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_LEFT_MERGE = 11;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_RIGHT_ON_RAMP = 12;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_LEFT_ON_RAMP = 13;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_RIGHT_OFF_RAMP = 14;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_LEFT_OFF_RAMP = 15;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_RIGHT_FORK = 16;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_LEFT_FORK = 17;
/**
* Constant for MQManeuver turning values
* @type int
*/
this.MQMANEUVER_TURN_TYPE_STRAIGHT_FORK = 18;
/**
* Constant for MQManeuver attribute values
* @type int
*/
this.MQMANEUVER_ATTRIBUTE_PORTIONS_TOLL = 1;
/**
* Constant for MQManeuver attribute values
* @type int
*/
this.MQMANEUVER_ATTRIBUTE_PORTIONS_UNPAVED = 2;
/**
* Constant for MQManeuver attribute values
* @type int
*/
this.MQMANEUVER_ATTRIBUTE_POSSIBLE_SEASONAL_ROAD_CLOSURE = 4;
/**
* Constant for MQManeuver attribute values
* @type int
*/
this.MQMANEUVER_ATTRIBUTE_GATE = 8;
/**
* Constant for MQManeuver attribute values
* @type int
*/
this.MQMANEUVER_ATTRIBUTE_FERRY = 16;
/**
* Constant for MQCoordinateType attribute values
* @type int
*/
this.MQCOORDINATETYPE_GEOGRAPHIC = 1;
/**
* Constant for MQCoordinateType attribute values
* @type int
*/
this.MQCOORDINATETYPE_DISPLAY = 2;
/**
* Constant for MQDrawTrigger attribute values
* @type int
*/
this.MQDRAWTRIGGER_BEFORE_POLYGONS = 3585;
/**
* Constant for MQDrawTrigger attribute values
* @type int
*/
this.MQDRAWTRIGGER_AFTER_POLYGONS = 3586;
/**
* Constant for MQDrawTrigger attribute values
* @type int
*/
this.MQDRAWTRIGGER_BEFORE_TEXT = 3588;
/**
* Constant for MQDrawTrigger attribute values
* @type int
*/
this.MQDRAWTRIGGER_AFTER_TEXT = 3618;
/**
* Constant for MQDrawTrigger attribute values
* @type int
*/
this.MQDRAWTRIGGER_BEFORE_ROUTE_HIGHLIGHT = 3616;
/**
* Constant for MQDrawTrigger attribute values
* @type int
*/
this.MQDRAWTRIGGER_AFTER_ROUTE_HIGHLIGHT = 3617;
/**
* Constant for MQPenStyle attribute values
* @type int
*/
this.MQPENSTYLE_SOLID = 0;
/**
* Constant for MQPenStyle attribute values
* @type int
*/
this.MQPENSTYLE_DASH = 1;
/**
* Constant for MQPenStyle attribute values
* @type int
*/
this.MQPENSTYLE_DOT = 2;
/**
* Constant for MQPenStyle attribute values
* @type int
*/
this.MQPENSTYLE_DASH_DOT = 3;
/**
* Constant for MQPenStyle attribute values
* @type int
*/
this.MQPENSTYLE_DASH_DOT_DOT = 4;
/**
* Constant for MQPenStyle attribute values
* @type int
*/
this.MQPENSTYLE_NONE = 5;
/**
* Constant for MQColorStyle attribute values
* @type int
*/
this.MQCOLORSTYLE_INVALID = 0xffffffff;
/**
* Constant for MQColorStyle attribute values
* @type int
*/
this.MQCOLORSTYLE_BLACK = 0;
/**
* Constant for MQColorStyle attribute values
* @type int
*/
this.MQCOLORSTYLE_BLUE = 16711680;
/**
* Constant for MQColorStyle attribute values
* @type int
*/
this.MQCOLORSTYLE_CYAN = 16776960;
/**
* Constant for MQColorStyle attribute values
* @type int
*/
this.MQCOLORSTYLE_DARK_GRAY = 4210752;
/**
* Constant for MQColorStyle attribute values
* @type int
*/
this.MQCOLORSTYLE_GRAY = 8421504;
/**
* Constant for MQColorStyle attribute values
* @type int
*/
this.MQCOLORSTYLE_GREEN = 65280;
/**
* Constant for MQColorStyle attribute values
* @type int
*/
this.MQCOLORSTYLE_LIGHT_GRAY = 12632256;
/**
* Constant for MQColorStyle attribute values
* @type int
*/
this.MQCOLORSTYLE_MAGENTA = 16711935;
/**
* Constant for MQColorStyle attribute values
* @type int
*/
this.MQCOLORSTYLE_ORANGE = 51455;
/**
* Constant for MQColorStyle attribute values
* @type int
*/
this.MQCOLORSTYLE_PINK = 11513855;
/**
* Constant for MQColorStyle attribute values
* @type int
*/
this.MQCOLORSTYLE_RED = 255;
/**
* Constant for MQColorStyle attribute values
* @type int
*/
this.MQCOLORSTYLE_WHITE = 16777215;
/**
* Constant for MQColorStyle attribute values
* @type int
*/
this.MQCOLORSTYLE_YELLOW = 65535;
/**
* Constant for MQFillStyle attribute values
* @type int
*/
this.MQFILLSTYLE_SOLID = 0;
/**
* Constant for MQFillStyle attribute values
* @type int
*/
this.MQFILLSTYLE_BDIAGONAL = 1;
/**
* Constant for MQFillStyle attribute values
* @type int
*/
this.MQFILLSTYLE_CROSS = 2;
/**
* Constant for MQFillStyle attribute values
* @type int
*/
this.MQFILLSTYLE_DIAG_CROSS = 3;
/**
* Constant for MQFillStyle attribute values
* @type int
*/
this.MQFILLSTYLE_FDIAGONAL = 4;
/**
* Constant for MQFillStyle attribute values
* @type int
*/
this.MQFILLSTYLE_HORIZONTAL = 5;
/**
* Constant for MQFillStyle attribute values
* @type int
*/
this.MQFILLSTYLE_VERTICAL = 6;
/**
* Constant for MQFillStyle attribute values
* @type int
*/
this.MQFILLSTYLE_NONE = 7;
/**
* Constant for MQSymbolType attribute values
* @type int
*/
this.MQSYMBOLTYPE_RASTER = 0;
/**
* Constant for MQSymbolType attribute values
* @type int
*/
this.MQSYMBOLTYPE_VECTOR = 1;
/**
* Constant for TextAlignment attribute values
* @type int
* @see MQTextPrimitive
*/
this.MQTEXTALIGNMENT_CENTER = 1;
/**
* Constant for TextAlignment attribute values
* @type int
* @see MQTextPrimitive
*/
this.MQTEXTALIGNMENT_LEFT = 2;
/**
* Constant for TextAlignment attribute values
* @type int
* @see MQTextPrimitive
*/
this.MQTEXTALIGNMENT_RIGHT = 4;
/**
* Constant for TextAlignment attribute values
* @type int
* @see MQTextPrimitive
*/
this.MQTEXTALIGNMENT_BASELINE = 8;
/**
* Constant for TextAlignment attribute values
* @type int
* @see MQTextPrimitive
*/
this.MQTEXTALIGNMENT_BOTTOM = 16;
/**
* Constant for TextAlignment attribute values
* @type int
* @see MQTextPrimitive
*/
this.MQTEXTALIGNMENT_TOP = 32;
/**
* Constant for MQFontStyle attribute values
* @type int
*/
this.MQFONTSTYLE_INVALID = -1;
/**
* Constant for MQFontStyle attribute values
* @type int
*/
this.MQFONTSTYLE_NORMAL = 0;
/**
* Constant for MQFontStyle attribute values
* @type int
*/
this.MQFONTSTYLE_BOLD = 1;
/**
* Constant for MQFontStyle attribute values
* @type int
*/
this.MQFONTSTYLE_BOXED = 2;
/**
* Constant for MQFontStyle attribute values
* @type int
*/
this.MQFONTSTYLE_OUTLINED = 4;
/**
* Constant for MQFontStyle attribute values
* @type int
*/
this.MQFONTSTYLE_ITALICS = 8;
/**
* Constant for MQFontStyle attribute values
* @type int
*/
this.MQFONTSTYLE_UNDERLINE = 16;
/**
* Constant for MQFontStyle attribute values
* @type int
*/
this.MQFONTSTYLE_STRIKEOUT = 32;
/**
* Constant for MQFontStyle attribute values
* @type int
*/
this.MQFONTSTYLE_THIN = 64;
/**
* Constant for MQFontStyle attribute values
* @type int
*/
this.MQFONTSTYLE_SEMIBOLD = 128;
/**
* Constant for MQFontStyle attribute values
* @type int
*/
this.MQFONTSTYLE_MAX_VALUE = 256;
/**
* Constant for MQBaseDTStyle attribute values
* @type int
*/
this.MQBASEDTSTYLE_DT_NULL = 65532; // Null DT (meaning no DT specified)
/**
* Constant for MQBaseDTStyle attribute values
* @type int
*/
this.MQBASEDTSTYLE_CT_ROAD = 0;
/**
* Constant for MQBaseDTStyle attribute values
* @type int
*/
this.MQBASEDTSTYLE_CT_LINE = 1;
/**
* Constant for MQBaseDTStyle attribute values
* @type int
*/
this.MQBASEDTSTYLE_CT_POLYGON = 2;
/**
* Constant for MQBaseDTStyle attribute values
* @type int
*/
this.MQBASEDTSTYLE_CT_POINT = 3;
/**
* Constant for MQBaseDTStyle attribute values
* @type int
*/
this.MQBASEDTSTYLE_CT_POI = 4;
/**
* Constant for MQBaseDTStyle attribute values
* @type int
*/
this.MQBASEDTSTYLE_CT_SEED = 5;
/**
* Constant for MQBaseDTStyle attribute values
* @type int
*/
this.MQBASEDTSTYLE_CT_DISPLAYLIST = 6;
/**
* Constant for MQBaseDTStyle attribute values
* @type int
*/
this.MQBASEDTSTYLE_CT_APP = 7;
/**
* Constant for MQBaseDTStyle attribute values
* @type int
*/
this.MQBASEDTSTYLE_CT_XA = 8;
/**
* Constant for MQBaseDTStyle attribute values
* @type int
*/
this.MQBASEDTSTYLE_BT_LINE = 0;
/**
* Constant for MQBaseDTStyle attribute values
* @type int
*/
this.MQBASEDTSTYLE_BT_POLYGON = 1;
/**
* Constant for MQBaseDTStyle attribute values
* @type int
*/
this.MQBASEDTSTYLE_BT_POINT = 2;
/**
* Constant for MQBaseDTStyle attribute values
* @type int
*/
this.MQBASEDTSTYLE_BT_OTHER = 3;
/**
* Constant for MQBaseDTStyle attribute values
* @type int
*/
this.MQBASEDTSTYLE_BT_XA = 4;
/**
* Constant for MQFeatureSpeciferAttributeType attribute values
* @type int
*/
this.MQFEATURESPECIFERATTRIBUTETYPE_GEFID = 0;
/**
* Constant for MQFeatureSpeciferAttributeType attribute values
* @type int
*/
this.MQFEATURESPECIFERATTRIBUTETYPE_NAME = 1;
/**
* Constant for MQMatchType attribute values
* @type int
*/
this.MQMATCHTYPE_LOC = 0; // Location
/**
* Constant for MQMatchType attribute values
* @type int
*/
this.MQMATCHTYPE_INTR = 1; // Intersection
/**
* Constant for MQMatchType attribute values
* @type int
*/
this.MQMATCHTYPE_NEARBLK = 2; // Block - Nearest numbered
/**
* Constant for MQMatchType attribute values
* @type int
*/
this.MQMATCHTYPE_REPBLK = 3; // Block - Representative (Centroid)
/**
* Constant for MQMatchType attribute values
* @type int
*/
this.MQMATCHTYPE_BLOCK = 4; // Block
/**
* Constant for MQMatchType attribute values
* @type int
*/
this.MQMATCHTYPE_AA1 = 5; // Admin - Country
/**
* Constant for MQMatchType attribute values
* @type int
*/
this.MQMATCHTYPE_AA2 = 6; // Admin - Division
/**
* Constant for MQMatchType attribute values
* @type int
*/
this.MQMATCHTYPE_AA3 = 7; // Admin - State
/**
* Constant for MQMatchType attribute values
* @type int
*/
this.MQMATCHTYPE_AA4 = 8; // Admin - County
/**
* Constant for MQMatchType attribute values
* @type int
*/
this.MQMATCHTYPE_AA5 = 9; // Admin - City
/**
* Constant for MQMatchType attribute values
* @type int
*/
this.MQMATCHTYPE_AA6 = 10; // Admin - Division (rarely used)
/**
* Constant for MQMatchType attribute values
* @type int
*/
this.MQMATCHTYPE_AA7 = 11; // Admin - smallest division (rarely used)
/**
* Constant for MQMatchType attribute values
* @type int
*/
this.MQMATCHTYPE_PC1 = 12; // Postal - Zip
/**
* Constant for MQMatchType attribute values
* @type int
*/
this.MQMATCHTYPE_PC2 = 13; // Postal -
/**
* Constant for MQMatchType attribute values
* @type int
*/
this.MQMATCHTYPE_PC3 = 14; // Postal -
/**
* Constant for MQMatchType attribute values
* @type int
*/
this.MQMATCHTYPE_PC4 = 15; // Postal -
/**
* Constant for MQMatchType attribute values
* @type int
*/
this.MQMATCHTYPE_POI = 16; // POI
/**
* Constant for MQQualityType attribute values
* @type int
*/
this.MQQUALITYTYPE_EXACT = 0; // Exact
/**
* Constant for MQQualityType attribute values
* @type int
*/
this.MQQUALITYTYPE_GOOD = 1; // Good
/**
* Constant for MQQualityType attribute values
* @type int
*/
this.MQQUALITYTYPE_APPROX = 2; // Approximate
}
var MQCONSTANT = new MQConstants();
// End class MQCONSTANTS
// Begin class MQERRORS
function MQErrors() {
/** @type String
*/
this.RECORDSET_GETFIELD_1 = "failure in getField -- m_curRec is not Pointing to an existing Record";
/** @type String
*/
this.RECORDSET_GETFIELD_2 = "failure in getField -- could not find strFieldName";
/** @type String
*/
this.RECORDSET_MOVEFIRST_1 = "failure in moveFirst -- Error Moving Cursor, RecordSet is Empty.";
/** @type String
*/
this.RECORDSET_MOVELAST_1 = "Error Moving Cursor, RecordSet is Empty.";
/** @type String
*/
this.RECORDSET_MOVENEXT_1 = "Error Moving Cursor, EOF was true.";
/** @type String
*/
this.RECORDSET_MOVENEXT_2 = "Error Moving Cursor, Unknown Error.";
/** @type String
*/
this.RECORDSET_MOVENEXT_3 = "Error Moving Cursor, RecordSet is Empty.";
}
var MQERROR = new MQErrors();
// End class MQERRORS
// Begin Class MQSign
/* Inheirit from MQObject */
MQSign.prototype = new MQObject();
MQSign.prototype.constructor = MQSign;
/**
* Constructs a new MQSign object.
* @class Contains information for geocoding and routing to and from
* addresses.
* @extends MQObject
*/
function MQSign() {
MQObject.call(this);
this.setM_Xpath("Sign");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getSIGN()));
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQSign.prototype.getClassName = function() {
return "MQSign";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQSign.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQSign.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
};
/**
* Assigns the xml that relates to this object.
* @param {XML Node} node of the document.
* @type void
* @private
*/
MQSign.prototype.loadXmlFromNode = function(node) {
this.setM_XmlDoc(mqCreateXMLDocImportNode(node));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQSign.prototype.saveXml = function() {
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* initializes the object to its defaults.
*/
MQSign.prototype.clear = function() {
this.setType(0);
this.setText("");
this.setExtraText("");
this.setDirection(MQCONSTANT.MQMANEUVER_HEADING_NULL);
};
/**
* Sets Type.
* @param {int} type The Type
* @type void
*/
MQSign.prototype.setType = function(type) {
this.setProperty("Type", type);
};
/**
* Returns the type.
*
*
* LIST OF VALUES:
* 0 No sign
*
* United States Road Shield Tokens
* 1 Interstate
* 2 US Highway
* 3 State Route
* 4 County Route / Parish Route
* 5 Interstate Business
* 10 Farm to Market (FM)
* 11 Bureau of Indian Affairs (BIA)
*
* Puerto Rico Road Shield Tokens
* 15 Carr
* 16 Carretera
*
* US Virgin Islands Road Shield Tokens
* 19 National Roads
*
* Canada Road Shield Tokens
* 20 Trans Canada Highway
* 21 Autoroute
* 22 Primary Provincial Route
* 23 Provincial Secondary Route
* 24 District Route / Regional Route
* 25 Yellowhead Highway
*
* United Kingdom Road Shield Tokens
* 30 Motorway / M Road
* 31 National / A Road
* 33 Regional / B Road
* 34 C Road
*
* Brazil Road Shield Tokens
* 35 National
* 36 State
*
* Mexico Road Shield Tokens
* 40 Federal Route
* 41 Route Type 2
* 42 State Route
*
* Argentina Road Shield Tokens
* 45 National
* 46 Provincial
*
* European Road Shield Tokens
* 50 European / E Road
*
* Andorra Road Shield Tokens
* 52 Carretera General
* 53 Carretera Secundaria
*
* Austria Road Shield Tokens
* 55 Autobahnen
* 56 Schnellstrassen
* 57 Bundersstrassen
* 58 Landestrassen / Bezirkstrassen / Privatstrassen des Bundes
*
* Belgium Road Shield Tokens
* 60 Autosnelwegen
* 61 Gewestwegen
* 62 Bretelles / Ring / Regionaalwegen
*
* Denmark Road Shield Tokens
* 65 Primaerrute
* 66 Sekendaerrute
*
* Finland Road Shield Tokens
* 70 Valtatie
* 71 Kantatie
* 72 Seututie
* 73 Muun Yleisen Tie
*
* France / Monaco Road Shield Tokens
* 75 Autoroutes
* 76 Routes Nationales
* 77 Departmentale Strategique / Routes Departmentales
* 78 Voie Communale, Chemin Rural / Vicinal / Communal
* 79 Local
*
* Germany Road Shield Tokens
* 80 Autobahnen
* 81 Bundesstrassen
*
* Italy / San Marino / Vatican City State Road Shield Tokens
* 90 Autostrada
* 91 Strada Statale
* 92 Strada Provinciale / Strada Regionale
*
* Luxembourg Road Shield Tokens
* 95 Autoroute A
* 96 Routes Nationales
* 97 Chemins Repris
* 98 Autoroute B
*
* The Netherlands (Holland) Road Shield Tokens
* 100 Autosnelwegen
* 101 Nationale wegen
* 102 Stadsroutenummmers
*
* Norway Road Shield Tokens
* 105 Riksveg
* 106 Fylkeveg
*
* Portugal Road Shield Tokens
* 110 Autostrada
* 111 Itinerario Principal
* 112 Itinerario Complementar
* 113 Estrada Nacional
* 114 Estrada Municipal
*
* Spain Road Shield Tokens
* 115 Autopista
* 116 Nacional
* 117 Autonomica 1st order
* 118 Autonomica 2nd order / Autonomica Local
* 119 Autonomica Local
*
* Sweden Road Shield Tokens
* 120 Riksvag
* 121 Lansvag
*
* Switzerland / Liechtenstein Road Shield Tokens
* 125 Autostrassen
* 126 Haupstrassen
*
* Czech Republic Road Shield Tokens
* 130 Dalnice
* 131 Silnice
*
* Greece Road Shield Tokens
* 140 National Roads
*
* Hungary Road Shield Tokens
* 150 Autopalya (Motorways)
* 151 Orszagut (Country Roads)
*
* Bosnia and Herzegovina Road Shield Tokens
* 152 Autoput
* 153 Magistralni Put
* 154 Regionalni Put
*
* Estonia Road Shield Tokens
* 155 Pohimaantee (Motorway)
* 156 Tugimaantee (National)
* 157 Korvalmaantee (Regional)
*
* Poland Road Shield Tokens
* 160 Autostrada (Motorways
* 161 Drogo Ekspresowa (Expressway)
* 162 Drogo Krajowa (National Road)
* 163 Drogo Wojewodzka (Regional Road)
*
* Latvia Road Shield Tokens
* 165 Galvenie Autoceii (Motorway)
* 166 Skiras Autoceii (1st class road)
* 167 Skiras Autoceii (2nd class road)
*
* Bulgaria Road Shield Tokens
* 168 Magistrala (Motorway)
* 169 Put (National Road)
*
* Slovak Republic Road Shield Tokens
* 170 Dialnice
* 171 Cesty
*
* Albania Road Shield Tokens
* 172 Route Type 2
* 173 Route Type 3
*
* Lithuania Road Shield Tokens
* 175 Magistraliniai Keliai
* 176 Krasto Keliai
* 177 Rajoniniai Keliai
*
* Slovenia Road Shield Tokens
* 180 Avtocesta
* 181 Hitra Cesta
* 182 Glavna Cesta
* 183 Regionalna Cesta
*
* Croatia Road Shield Tokens
* 185 Autocesta
* 186 Drzavna
* 187 Zupanijska Cesta
*
* Romania Road Shield Tokens
* 190 Class 2 (A1, A2)
* 191 Class 3
* 192 Class 4
*
* United Arab Emirates Road Shield Tokens
* 200 Federal
* 201 Emirate
*
* Oman Road Shield Tokens
* 205 Class 1
* 206 Class 2
*
* Bahrain Road Shield Tokens
* 208 Highway Class 2
*
* Kuwait Road Shield Tokens
* 210 Ring Road
* 211 2 Digit State Route
*
* Saudi Arabia Road Shield Tokens
* 212 Class 1
* 213 Class 2
* 214 Class 3
*
* Hong Kong Road Shield Tokens
* 215 Highway
*
* Taiwan Road Shield Tokens
* 220 National Freeway
* 221 Provincial Highway
* 222 County Highway
*
* Singapore Road Shield Tokens
* 225 Level 1 Roads
* 226 Level 3 Roads
*
* Malaysia Road Shield Tokens
* 230 Level 1 Roads
* 231 Level 3 Roads
*
* Autralia Road Shield Tokens
* 235 Freeway
* 236 Highway/ National
* 237 State
*
* New Zealand Road Shield Tokens
* 240 State
*
* South Africa Road Shield Tokens
* 245 National
* 246 Regional
* 247 Metro
*
* Exit sign information
* 1001 Exit number
*
*
* @return The Type
* @type int
*/
MQSign.prototype.getType = function() {
return this.getProperty("Type");
};
/**
* Sets Text.
* @param {String} text The Text
* @type void
*/
MQSign.prototype.setText = function(text) {
this.setProperty("Text", text);
};
/**
* Gets Text.
* @return The Text
* @type String
*/
MQSign.prototype.getText = function() {
return this.getProperty("Text");
};
/**
* Sets ExtraText.
* @param {String} extraText The ExtraText
* @type void
*/
MQSign.prototype.setExtraText = function(extraText) {
this.setProperty("ExtraText", extraText);
};
/**
* Gets ExtraText.
* @return The ExtraText
* @type String
*/
MQSign.prototype.getExtraText = function() {
return this.getProperty("ExtraText");
};
/**
* Sets Direction.
* @param {Long} direction The Direction
* @type void
*/
MQSign.prototype.setDirection = function(direction) {
this.setProperty("Direction", direction);
};
/**
* Gets Direction.
* @return The Direction
* @type Long
*/
MQSign.prototype.getDirection = function() {
return this.getProperty("Direction");
};
// End class MQSign
// Begin class MQFeature
/* Inheirit from MQFeature */
MQFeature.prototype = new MQObject();
MQFeature.prototype.constructor = MQFeature;
/**
* Constructs a new MQFeature object.
* @class
* @extends MQObject
* @see MQPointFeature
* @see MQPolygonFeature
* @see MQLineFeature
*/
function MQFeature() {
MQObject.call(this);
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQFeature.prototype.getClassName = function() {
return "MQFeature";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQFeature.prototype.getObjectVersion = function() {
return 0;
};
/**
* Gets Distance.
* @return The Distance value
* @type String
*/
MQFeature.prototype.getDistance = function() {
return this.getProperty("Distance");
};
/**
* Sets Distance.
* @param {Double} dblDistance The Distance value
* @type void
*/
MQFeature.prototype.setDistance = function(dblDistance) {
this.setProperty("Distance", dblDistance);
};
/**
* Gets name.
* @return The name value
* @type String
*/
MQFeature.prototype.getName = function() {
return this.getProperty("Name");
};
/**
* Sets name.
* @param {String} strName The name value
* @type void
*/
MQFeature.prototype.setName = function(strName) {
this.setProperty("Name", strName);
};
/**
* Gets sourceLayerName.
* @return The sourceLayerName value
* @type String
*/
MQFeature.prototype.getSourceLayerName = function() {
return this.getProperty("SourceLayerName");
};
/**
* Sets sourceLayerName.
* @param {String} strSourceLayerName The sourceLayerName value
* @type void
*/
MQFeature.prototype.setSourceLayerName = function(strSourceLayerName) {
this.setProperty("SourceLayerName", strSourceLayerName);
};
/**
* Gets key.
* @return The key value
* @type String
*/
MQFeature.prototype.getKey = function() {
return this.getProperty("Key");
};
/**
* Sets key.
* @param {String} strKey The key value
* @type void
*/
MQFeature.prototype.setKey = function(strKey) {
this.setProperty("Key", strKey);
};
/**
* Sets GEFID.
* @param {int} intGEFID the value to set GEFID to
* @type void
*/
MQFeature.prototype.setGEFID = function(intGEFID) {
this.setProperty("GEFID", intGEFID);
};
/**
* Gets GEFID.
* @return The GEFID value
* @type int
*/
MQFeature.prototype.getGEFID = function() {
return this.getProperty("GEFID");
};
/**
* Sets DT.
* @param {int} intDT the value to set DT to
* @type void
*/
MQFeature.prototype.setDT = function(intDT) {
this.setProperty("DT", intDT);
};
/**
* Gets DT.
* @return The DT value
* @type int
*/
MQFeature.prototype.getDT = function() {
return this.getProperty("DT");
};
// End class MQFeature
// Begin class MQPointFeature
/* Inheirit from MQPointFeature */
MQPointFeature.prototype = new MQFeature();
MQPointFeature.prototype.constructor = MQPointFeature;
/**
* Constructs a new MQPointFeature object.
* @class
* @extends MQFeature
* @see MQLatLng
* @see MQPoint
*/
function MQPointFeature() {
MQObject.call(this);
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getPOINTFEATURE()));
this.setM_Xpath("PointFeature");
/**
* Value to represent the MQLatLng
* @type MQLatLng
*/
this.m_CenterLatLng = new MQLatLng("CenterLatLng");
/**
* Value to represent the MQPoint
* @type MQPoint
*/
this.m_CenterPoint = new MQPoint("CenterPoint");
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQPointFeature.prototype.getClassName = function() {
return "MQPointFeature";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQPointFeature.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQPointFeature.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var latlng = this.getCenterLatLng();
var point = this.getCenterPoint();
var lnode = mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterLatLng");
var pnode = mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterPoint");
if (lnode !== null)
latlng.loadXmlFromNode(lnode);
if (pnode !== null)
point.loadXmlFromNode(pnode);
};
/**
* Assigns the xml that relates to this object.
* @param node {XML Node} of the document.
* @type void
* @private
*/
MQPointFeature.prototype.loadXmlFromNode = function(node) {
this.setM_XmlDoc(mqCreateXMLDocImportNode(node));
this.getCenterLatLng().setLatLng(this.getProperty("CenterLatLng/Lat"), this.getProperty("CenterLatLng/Lng"));
var x = this.getProperty("CenterPoint/X");
if (x !== "")
this.getCenterPoint().setXY(x, this.getProperty("CenterPoint/Y"));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQPointFeature.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getCenterLatLng().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "CenterLatLng"));
newNode = MQA.createXMLDoc(this.getCenterPoint().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "CenterPoint"));
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Returns the m_CenterLatLng object.
* @return The m_CenterLatLng object.
* @type MQLatLng
*/
MQPointFeature.prototype.getCenterLatLng = function() {
return this.m_CenterLatLng;
};
/**
* Sets the m_CenterLatLng object.
* @param {MQLatLng} latLng the MQLatLng to set m_CenterLatLng to.
* @type void
*/
MQPointFeature.prototype.setCenterLatLng = function(latLng) {
this.m_CenterLatLng.setLatLng(latLng.getLatitude(), latLng.getLongitude());
};
/**
* Returns the m_CenterPoint object.
* @return The m_CenterPoint object.
* @type MQPoint
*/
MQPointFeature.prototype.getCenterPoint = function() {
return this.m_CenterPoint;
};
/**
* Sets the m_CenterPoint object.
* @param {MQPoint} Point the MQPoint to set m_CenterPoint to.
* @type void
*/
MQPointFeature.prototype.setCenterPoint = function(Point) {
this.m_CenterPoint.setXY(Point.getX(), Point.getY());
};
// End class MQPointFeature
// Begin class MQPolygonFeature
/* Inheirit from MQPolygonFeature */
MQPolygonFeature.prototype = new MQPointFeature();
MQPolygonFeature.prototype.constructor = MQPolygonFeature;
/**
* Constructs a new MQPolygonFeature object.
* @class
* @extends MQFeature
* @see MQLatLng
* @see MQLatLngCollection
* @see MQPoint
* @see MQPointCollection
*/
function MQPolygonFeature() {
MQPointFeature.call(this);
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getPOLYGONFEATURE()));
this.setM_Xpath("PolygonFeature");
/**
* Value to represent the MQLatLngCollection
* @type MQLatLngCollection
*/
var m_LatLngs = new MQLatLngCollection();
m_LatLngs.setM_Xpath("LatLngs");
/**
* Returns the m_LatLngs object.
* @return The m_LatLngs object.
* @type MQLatLngCollection
*/
this.getLatLngs = function() {
return m_LatLngs;
};
/**
* Sets the m_LatLngs object.
* @param {MQLatLngCollection} latLngs the MQLatLngCollection to set m_LatLngs to.
* @type void
*/
this.setLatLngs = function(latLngs) {
if (latLngs.getClassName() === "MQLatLngCollection") {
m_LatLngs.removeAll();
m_LatLngs.append(latLngs);
} else {
alert("failure in setLatLngs");
throw "failure in setLatLngs";
}
};
/**
* Value to represent the MQPointCollection
* @type MQPointCollection
*/
var m_Points = new MQPointCollection();
m_Points.setM_Xpath("Points");
/**
* Returns the m_Points object.
* @return The m_Points object.
* @type MQPointCollection
*/
this.getPoints = function() {
return m_Points;
};
/**
* Sets the m_Points object.
* @param {MQPointCollection} pts the MQPointCollection to set m_Points to.
* @type void
*/
this.setPoints = function(pts) {
m_Points.removeAll();
m_Points.append(pts);
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQPolygonFeature.prototype.getClassName = function() {
return "MQPolygonFeature";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQPolygonFeature.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQPolygonFeature.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var latlng = this.getCenterLatLng();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterLatLng") !== null)
latlng.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterLatLng")));
var point = this.getCenterPoint();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterPoint") !== null)
point.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterPoint")));
var latlngs = this.getLatLngs();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LatLngs") !== null)
latlngs.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LatLngs")));
var points = this.getPoints();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/Points") !== null)
points.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/Points")));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQPolygonFeature.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getCenterLatLng().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "CenterLatLng"));
newNode = MQA.createXMLDoc(this.getCenterPoint().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "CenterPoint"));
newNode = MQA.createXMLDoc(this.getLatLngs().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "LatLngs"));
newNode = MQA.createXMLDoc(this.getPoints().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "Points"));
return mqXmlToStr(this.getM_XmlDoc());
};
// End class MQPolygonFeature
// Begin class MQLineFeature
/* Inheirit from MQLineFeature */
MQLineFeature.prototype = new MQPolygonFeature();
MQLineFeature.prototype.constructor = MQLineFeature;
/**
* Constructs a new MQLineFeature object.
* @class
* @extends MQFeature
* @see MQLatLng
* @see MQLatLngCollection
* @see MQPoint
* @see MQPointCollection
*/
function MQLineFeature() {
MQPolygonFeature.call(this);
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getLINEFEATURE()));
this.setM_Xpath("LineFeature");
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQLineFeature.prototype.getClassName = function() {
return "MQLineFeature";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQLineFeature.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQLineFeature.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var latlng = this.getCenterLatLng();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterLatLng") !== null)
latlng.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterLatLng")));
var point = this.getCenterPoint();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterPoint") !== null)
point.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterPoint")));
var latlngs = this.getLatLngs();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LatLngs") !== null)
latlngs.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LatLngs")));
var points = this.getPoints();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/Points") !== null)
points.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/Points")));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQLineFeature.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getCenterLatLng().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "CenterLatLng"));
newNode = MQA.createXMLDoc(this.getCenterPoint().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "CenterPoint"));
newNode = MQA.createXMLDoc(this.getLatLngs().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "LatLngs"));
newNode = MQA.createXMLDoc(this.getPoints().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "Points"));
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Gets LeftPostalCode.
* @return The LeftPostalCode value
* @type String
*/
MQLineFeature.prototype.getLeftPostalCode = function() {
return this.getProperty("LeftPostalCode");
};
/**
* Sets LeftPostalCode.
* @param {String} strVal The LeftPostalCode value
* @type void
*/
MQLineFeature.prototype.setLeftPostalCode = function(strVal) {
this.setProperty("LeftPostalCode", strVal);
};
/**
* Gets RightPostalCode.
* @return The RightPostalCode value
* @type String
*/
MQLineFeature.prototype.getRightPostalCode = function() {
return this.getProperty("RightPostalCode");
};
/**
* Sets RightPostalCode.
* @param {String} strVal The RightPostalCode value
* @type void
*/
MQLineFeature.prototype.setRightPostalCode = function(strVal) {
this.setProperty("RightPostalCode", strVal);
};
/**
* Gets LeftAddressHi.
* @return The LeftAddressHi value
* @type String
*/
MQLineFeature.prototype.getLeftAddressHi = function() {
return this.getProperty("LeftAddressHi");
};
/**
* Sets LeftAddressHi.
* @param {String} strVal The LeftAddressHi value
* @type void
*/
MQLineFeature.prototype.setLeftAddressHi = function(strVal) {
this.setProperty("LeftAddressHi", strVal);
};
/**
* Gets RightAddressHi.
* @return The RightAddressHi value
* @type String
*/
MQLineFeature.prototype.getRightAddressHi = function() {
return this.getProperty("RightAddressHi");
};
/**
* Sets RightAddressHi.
* @param {String} strVal The RightAddressHi value
* @type void
*/
MQLineFeature.prototype.setRightAddressHi = function(strVal) {
this.setProperty("RightAddressHi", strVal);
};
/**
* Gets LeftAddressLo.
* @return The LeftAddressLo value
* @type String
*/
MQLineFeature.prototype.getLeftAddressLo = function() {
return this.getProperty("LeftAddressLo");
};
/**
* Sets LeftAddressLo.
* @param {String} strVal The LeftAddressLo value
* @type void
*/
MQLineFeature.prototype.setLeftAddressLo = function(strVal) {
this.setProperty("LeftAddressLo", strVal);
};
/**
* Gets RightAddressLo.
* @return The RightAddressLo value
* @type String
*/
MQLineFeature.prototype.getRightAddressLo = function() {
return this.getProperty("RightAddressLo");
};
/**
* Sets RightAddressLo.
* @param {String} strVal The RightAddressLo value
* @type void
*/
MQLineFeature.prototype.setRightAddressLo = function(strVal) {
this.setProperty("RightAddressLo", strVal);
};
// End class MQLineFeature
// Begin class MQLocation
/* Inheirit from MQLocation */
MQLocation.prototype = new MQObject();
MQLocation.prototype.constructor = MQLocation;
/**
* Constructs a new MQLocation object.
* @class Contains properties common to MQAddress
* objects. A MQLocation can also be geocoded, but only to the city
* level.
* @extends MQObject
*/
function MQLocation() {
MQObject.call(this);
this.setM_Xpath("Location");
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQLocation.prototype.getClassName = function() {
return "MQLocation";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQLocation.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQLocation.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQLocation.prototype.saveXml = function() {
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Gets admin area.
* @param {int} intIndex Which admin area (1 - 7)
* @return The admin area value for intIndex
* @type String
*/
// End class MQLocation
// Begin Class MQAddress
/* Inheirit from MQLocation */
MQAddress.prototype = new MQLocation();
MQAddress.prototype.constructor = MQAddress;
/**
* Constructs a new MQAddress object.
* @class Contains information for geocoding and routing to and from
* addresses.
* @extends MQLocation
*/
function MQAddress() {
MQLocation.call(this);
this.setM_Xpath("Address");
if (this.getClassName() === "MQAddress") {
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getADDRESS()));
}
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQAddress.prototype.getClassName = function() {
return "MQAddress";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQAddress.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQAddress.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQAddress.prototype.saveXml = function() {
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets street.
* @param {String} strStreet street Address
* @type void
*/
MQAddress.prototype.getAdminArea = function(intIndex) {
return this.getProperty("AdminArea" + intIndex);
};
/**
* Sets admin area.
* @param {int} intIndex Which admin area (1 - 7)
* @param {String} strAdminArea The admin area value for intIndex
* @type void
*/
MQAddress.prototype.setAdminArea = function(intIndex, strAdminArea) {
this.setProperty("AdminArea" + intIndex, strAdminArea);
};
/**
* Gets country.
* @return The country value
* @type String
*/
MQAddress.prototype.getCountry = function() {
return this.getProperty("AdminArea1");
};
/**
* Sets country.
* @param {String} strCountry The country value
* @type void
*/
MQAddress.prototype.setCountry = function(strCountry) {
this.setProperty("AdminArea1", strCountry);
};
/**
* Gets county.
* @return The county value
* @type String
*/
MQAddress.prototype.getCounty = function() {
return this.getProperty("AdminArea4");
};
/**
* Sets county.
* @param {String} strCounty The county value
* @type void
*/
MQAddress.prototype.setCounty = function(strCounty) {
this.setProperty("AdminArea4", strCounty);
};
/**
* Gets city.
* @return The city value
* @type String
*/
MQAddress.prototype.getCity = function() {
return this.getProperty("AdminArea5");
};
/**
* Sets city.
* @param {String} strCity The city value
* @type void
*/
MQAddress.prototype.setCity = function(strCity) {
this.setProperty("AdminArea5", strCity);
};
/**
* Gets postal code.
* @return The postal code value
* @type String
*/
MQAddress.prototype.getPostalCode = function() {
return this.getProperty("PostalCode");
};
/**
* Sets postal code.
* @param {String} strPostalCode The postal code value
* @type void
*/
MQAddress.prototype.setPostalCode = function(strPostalCode) {
this.setProperty("PostalCode", strPostalCode);
};
/**
* Gets state.
* @return The state value
* @type String
*/
MQAddress.prototype.getState = function() {
return this.getProperty("AdminArea3");
};
/**
* Sets state.
* @param {String} strState The state value
* @type void
*/
MQAddress.prototype.setState = function(strState) {
this.setProperty("AdminArea3", strState);
};
MQAddress.prototype.setStreet = function(strStreet) {
this.setProperty("Street", strStreet);
};
/**
* Gets street.
* @return The street
* @type String
*/
MQAddress.prototype.getStreet = function() {
return this.getProperty("Street");
};
// End class MQAddress
// Begin Class MQSingleLineAddress
/* Inheirit from MQLocation */
MQSingleLineAddress.prototype = new MQLocation();
MQSingleLineAddress.prototype.constructor = MQSingleLineAddress;
/**
* Constructs a new MQSingleLineAddress object.
* @class Contains information for Singleline geocoding and routing to and from
* addresses.
* @extends MQLocation
*/
function MQSingleLineAddress() {
MQLocation.call(this);
this.setM_Xpath("SingleLineAddress");
if (this.getClassName() === "MQSingleLineAddress") {
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getSINGLELINEADDRESS()));
}
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQSingleLineAddress.prototype.getClassName = function() {
return "MQSingleLineAddress";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQSingleLineAddress.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQSingleLineAddress.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQSingleLineAddress.prototype.saveXml = function() {
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets Address.
* @param {String} strAddress Singleline Address
* @type void
*/
MQSingleLineAddress.prototype.setAddress = function(strAddress) {
this.setProperty("Address", strAddress);
};
/**
* Gets Country.
* @return The Country
* @type String
*/
MQSingleLineAddress.prototype.getAddress = function() {
return this.getProperty("Address");
};
MQSingleLineAddress.prototype.setCountry = function(strCountry) {
this.setProperty("Country", strCountry);
};
/**
* Gets Country.
* @return The Country
* @type String
*/
MQSingleLineAddress.prototype.getCountry = function() {
return this.getProperty("Country");
};
// End class MQSingleLineAddress
// Begin Class MQGeoAddress
/* Inheirit from MQAddress */
MQGeoAddress.prototype = new MQAddress();
MQGeoAddress.prototype.constructor = MQGeoAddress;
/**
* Constructs a new MQGeoAddress object.
* @class Contains the results of geocoding an address.
* @extends MQAddress
* @see MQLocation
* @see MQAddress
* @see MQLatLng
*/
function MQGeoAddress() {
MQAddress.call(this);
this.setM_Xpath("GeoAddress");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getGEOADDRESS()));
/**
* Value to represent the MQLatLng
* @type MQLatLng
*
*/
var m_MQLatLng = new MQLatLng();
/**
* Returns the m_MQLatLng object.
* @return The m_MQLatLng object.
* @type MQLatLng
*
*/
this.getMQLatLng = function() {
return m_MQLatLng;
};
/**
* Sets the m_MQLatLng object.
* @param {MQLatLng} latLng the Document to set m_MQLatLng to.
* @type void
*
*/
this.setMQLatLng = function(latLng) {
m_MQLatLng = latLng;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQGeoAddress.prototype.getClassName = function() {
return "MQGeoAddress";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQGeoAddress.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQGeoAddress.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var lat = this.getProperty("LatLng/Lat");
var lng = this.getProperty("LatLng/Lng");
this.getMQLatLng().setLatLng(lat, lng);
};
/**
* Build an xml string that represents this object. Because this is
* a complex object we need to completely rebuild the xml string.
* @return The xml string.
* @type String
*
*/
MQGeoAddress.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getMQLatLng().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "LatLng"));
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets distAlong.
* @param {Double} dblDistAlong the value to set distAlong to
* @type void
*/
MQGeoAddress.prototype.setDistAlong = function(dblDistAlong) {
this.setProperty("DistAlong", dblDistAlong);
};
/**
* Gets distAlong.
* @return The distAlong value
* @type Double
*/
MQGeoAddress.prototype.getDistAlong = function() {
return this.getProperty("DistAlong");
};
/**
* Sets GEFID.
* @param {int} intGEFID the value to set GEFID to
* @type void
*/
MQGeoAddress.prototype.setGEFID = function(intGEFID) {
this.setProperty("GEFID", intGEFID);
};
/**
* Gets GEFID.
* @return The GEFID value
* @type int
*/
MQGeoAddress.prototype.getGEFID = function() {
return this.getProperty("GEFID");
};
/**
* Sets ResultCode.
* @param {String} strResultCode the value to set ResultCode to
* @type void
*/
MQGeoAddress.prototype.setResultCode = function(strResultCode) {
this.setProperty("ResultCode", strResultCode);
};
/**
* Gets ResultCode.
* @return The ResultCode value
* @type String
*/
MQGeoAddress.prototype.getResultCode = function() {
return this.getProperty("ResultCode");
};
/**
* Sets SourceId.
* @param {String} strSourceId the value to set SourceId to
* @type void
*/
MQGeoAddress.prototype.setSourceId = function(strSourceId) {
this.setProperty("SourceId", strSourceId);
};
/**
* Gets SourceId.
* @return The SourceId value
* @type String
*/
MQGeoAddress.prototype.getSourceId = function() {
return this.getProperty("SourceId");
};
// End Class MQGeoAddress
// Begin Class MQManeuver
/* Inheirit from MQObject */
MQManeuver.prototype = new MQObject();
MQManeuver.prototype.constructor = MQManeuver;
/**
* Constructs a new MQManeuver object.
* @class This object will hold each maneuver of a trekroute returned from a route.
* @extends MQObject
* @see MQLatLngCollection
* @see MQSignCollection
* @see MQStringCollection
*/
function MQManeuver() {
MQObject.call(this);
this.setM_Xpath("Maneuver");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getMANEUVER()));
/**
* Value to represent the collection of streets.
* @type MQStringCollection
*/
var m_Streets = new MQStringCollection("Item");
m_Streets.setM_Xpath("Streets");
/**
* Returns the m_Streets collection.
* @return The m_Streets collection.
* @type MQStringCollection
*/
this.getStreets = function() {
return m_Streets;
};
/**
* Sets the m_Streets collection.
* @param {MQStringCollection} streets The collection to set m_Streets to.
* @type void
*/
this.setStreets = function(streets) {
m_Streets.removeAll();
m_Streets.append(streets);
};
/**
* Value to represent the collection of shape points.
* @type MQLatLngCollection
*/
var m_ShapePoints = new MQLatLngCollection();
m_ShapePoints.setM_Xpath("ShapePoints");
/**
* Returns the m_ShapePoints collection.
* @return The m_ShapePoints collection.
* @type MQLatLngCollection
*/
this.getShapePoints = function() {
return m_ShapePoints;
};
/**
* Sets the m_ShapePoints collection.
* @param {MQLatLngCollection} shapePoints The collection to set m_ShapePoints to.
* @type void
*/
this.setShapePoints = function(shapePoints) {
if (shapePoints.getClassName() === "MQLatLngCollection") {
m_ShapePoints.removeAll();
m_ShapePoints.append(shapePoints);
}
else {
alert("failure in setShapePoints");
throw "failure in setShapePoints";
}
};
/**
* Value to represent the collection of GEFIDs
* @type MQIntCollection
*/
var m_GEFIDs = new MQIntCollection("Item");
m_GEFIDs.setM_Xpath("GEFIDs");
/**
* Returns the m_GEFIDs collection.
* @return The m_GEFIDs collection.
* @type MQIntCollection
*/
this.getGEFIDs = function() {
return m_GEFIDs;
};
/**
* Sets the m_GEFIDs collection.
* @param {MQIntCollection} GEFIDs The collection to set m_GEFIDs to.
* @type void
*/
this.setGEFIDs = function(GEFIDs) {
m_GEFIDs.removeAll();
m_GEFIDs.append(GEFIDs);
};
/**
* Value to represent the collection of signs
* @type MQSignCollection
*/
var m_Signs = new MQSignCollection("Sign");
m_Signs.setM_Xpath("Signs");
/**
* Returns the m_Signs collection.
* @return The m_Signs collection.
* @type MQSignCollection
*/
this.getSigns = function() {
return m_Signs;
};
/**
* Sets the m_Signs collection.
* @param {MQSignCollection} signs The collection to set m_Signs to.
* @type void
*/
this.setSigns = function(signs) {
m_Signs.removeAll();
m_Signs.append(signs);
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQManeuver.prototype.getClassName = function() {
return "MQManeuver";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQManeuver.prototype.getObjectVersion = function() {
return 1;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQManeuver.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var streets = this.getStreets();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/Streets") !== null)
streets.loadXmlFromNode(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/Streets"));
var shapes = this.getShapePoints();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/ShapePoints") !== null)
shapes.loadXmlFromNode(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/ShapePoints"));
var gefids = this.getGEFIDs();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/GEFIDs") !== null)
gefids.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/GEFIDs")));
var signs = this.getSigns();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/Signs") !== null)
signs.loadXmlFromNode(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/Signs"));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQManeuver.prototype.saveXml = function() {
// get inner object nodes
var newNode = MQA.createXMLDoc(this.getStreets().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "Streets"));
newNode = MQA.createXMLDoc(this.getShapePoints().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "ShapePoints"));
newNode = MQA.createXMLDoc(this.getGEFIDs().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "GEFIDs"));
newNode = MQA.createXMLDoc(this.getSigns().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "Signs"));
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets the turn type of this Maneuver.
* @param {int} type that is a valid turn type
* Valid types are the constants starting with K_
* @type void
*/
MQManeuver.prototype.setTurnType = function(type) {
this.setProperty("TurnType", type);
};
/**
* Returns the turn type of this Maneuver.
* @return The turn type of this Maneuver.
* @type int
*/
MQManeuver.prototype.getTurnType = function() {
return this.getProperty("TurnType");
};
/**
* Sets the distance of this Maneuver.
* @param {Float} distance The distance
* @type void
*/
MQManeuver.prototype.setDistance = function(distance) {
this.setProperty("Distance", distance);
};
/**
* Returns the distance of this Maneuver.
* @return The distance of this Maneuver.
* @type Float
*/
MQManeuver.prototype.getDistance = function() {
return this.getProperty("Distance");
};
/**
* Sets the seconds to travel this Maneuver.
* @param {int} seconds The seconds to travel this Maneuver.
* @type void
*/
MQManeuver.prototype.setTime = function(seconds) {
this.setProperty("Time", seconds);
};
/**
* Returns the seconds to travel this Maneuver.
* @return The seconds to travel this Maneuver.
* @type int
*/
MQManeuver.prototype.getTime = function() {
return this.getProperty("Time");
};
/**
* Sets an integer representing the direction for this Maneuver.
* @param {int} direction The direction for this Maneuver
* @type void
*/
MQManeuver.prototype.setDirection = function(direction) {
this.setProperty("Direction", direction);
};
/**
* Returns an integer representing the direction for this Maneuver.
* @return The integer representing the direction for this Maneuver.
* @type int
*/
MQManeuver.prototype.getDirection = function() {
return this.getProperty("Direction");
};
/**
* Returns a string representing the direction for this Maneuver.
* @return The string representing the direction for this Maneuver.
* @type String
*/
MQManeuver.prototype.getDirectionName = function() {
switch (parseInt(this.getDirection())) {
case MQCONSTANT.MQMANEUVER_HEADING_NORTH: return "North";
case MQCONSTANT.MQMANEUVER_HEADING_NORTH_WEST: return "Northwest";
case MQCONSTANT.MQMANEUVER_HEADING_NORTH_EAST: return "Northeast";
case MQCONSTANT.MQMANEUVER_HEADING_SOUTH: return "South";
case MQCONSTANT.MQMANEUVER_HEADING_SOUTH_EAST: return "Southeast";
case MQCONSTANT.MQMANEUVER_HEADING_SOUTH_WEST: return "Southwest";
case MQCONSTANT.MQMANEUVER_HEADING_WEST: return "West";
case MQCONSTANT.MQMANEUVER_HEADING_EAST: return "East";
default: return "";
}
};
/**
* Set the attributes associated with this maneuver.
* @param {int} attributes attributes associated with this maneuver.
* @type void
*/
MQManeuver.prototype.setAttributes = function(attributes) {
this.setProperty("Attributes", attributes);
};
/**
* Get the attributes associated with this maneuver.
* @return The attributes associated with this maneuver.
* @type int
*/
MQManeuver.prototype.getAttributes = function() {
return this.getProperty("Attributes");
};
/**
* Sets a string representing the narrative for this Maneuver.
* @param {String} narrative a string representing the narrative for this Maneuver
* @type void
*/
MQManeuver.prototype.setNarrative = function(narrative) {
this.setProperty("Narrative", narrative);
};
/**
* Returns a string representing the narrative for this Maneuver.
* @returns a string representing the narrative for this Maneuver
* @type String
*/
MQManeuver.prototype.getNarrative = function() {
return this.getProperty("Narrative");
};
// End class MQManeuver
// Begin Class MQTrekRoute
/* Inheirit from MQObject */
MQTrekRoute.prototype = new MQObject();
MQTrekRoute.prototype.constructor = MQTrekRoute;
/**
* Constructs a new MQTrekRoute object.
* @class This object will hold each maneuver of a trekroute returned from a route.
* @extends MQObject
* @see MQLatLngCollection
* @see MQSignCollection
* @see MQStringCollection
*/
function MQTrekRoute() {
MQObject.call(this);
this.setM_Xpath("TrekRoute");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getTREKROUTE()));
/**
* Value to represent the collection of streets.
* @type MQManeuverCollection
*
*/
var maneuverList = new MQManeuverCollection("Maneuver");
maneuverList.setM_Xpath("Maneuvers");
/**
* Returns the maneuverList collection.
* @return The maneuverList collection.
* @type MQManeuverCollection
*/
this.getManeuvers = function() {
return maneuverList;
};
/**
* Value to represent the collection of streets.
* @type MQManeuverCollection
*
*/
var shapePoints = null;
/**
* Returns the shapePoints collection made by appending all the maneuver shape point collections.
* @return The shapePoints collection.
* @type MQLatLngCollection
*/
this.getShapePoints = function() {
// calc and set if null
if (shapePoints === null) {
distance = 0.0;
time = 0;
shapePoints = new MQLatLngCollection();
shapePoints.setM_Xpath("ShapePoints");
for (var man = 0; man < this.getManeuvers().getSize(); man++) {
shapePoints.append(this.getManeuvers().get(man).getShapePoints());
distance += parseFloat(this.getManeuvers().get(man).getDistance());
time += parseInt(this.getManeuvers().get(man).getTime());
}
}
return shapePoints;
};
/**
* Value of the total distance for this maneuver.
* @type Float
*/
var distance = null;
/**
* Returns the total distance for this maneuver.
* @return The total distance for this maneuver.
* @type Float
*/
this.getDistance = function() {
// calc and set if null
if (distance === null) {
distance = 0.0;
time = 0;
shapePoints = new MQLatLngCollection();
shapePoints.setM_Xpath("ShapePoints");
for (var man = 0; man < this.getManeuvers().getSize(); man++) {
shapePoints.append(this.getManeuvers().get(man).getShapePoints());
distance += parseFloat(this.getManeuvers().get(man).getDistance());
time += parseInt(this.getManeuvers().get(man).getTime());
}
}
return distance;
};
/**
* Value of the total time for this maneuver.
* @type int
*/
var time = null;
/**
* Returns the total time for this maneuver.
* @return The total time for this maneuver.
* @type int
*/
this.getTime = function() {
// calc and set if null
if (time === null) {
distance = 0.0;
time = 0;
shapePoints = new MQLatLngCollection();
shapePoints.setM_Xpath("ShapePoints");
for (var man = 0; man < this.getManeuvers().getSize(); man++) {
shapePoints.append(this.getManeuvers().get(man).getShapePoints());
distance += parseFloat(this.getManeuvers().get(man).getDistance());
time += parseInt(this.getManeuvers().get(man).getTime());
}
}
return time;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQTrekRoute.prototype.getClassName = function() {
return "MQTrekRoute";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQTrekRoute.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQTrekRoute.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var maneuvers = this.getManeuvers();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/Maneuvers") !== null)
maneuvers.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/Maneuvers")));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQTrekRoute.prototype.saveXml = function() {
// get inner object nodes
var newNode = MQA.createXMLDoc(this.getManeuvers().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "Maneuvers"));
return mqXmlToStr(this.getM_XmlDoc());
};
// End class MQTrekRoute
// Begin class MQGeocodeOptions
/* Inheirit from MQObject */
MQGeocodeOptions.prototype = new MQObject();
MQGeocodeOptions.prototype.constructor = MQGeocodeOptions;
/**
* @class Class for specifying geocode parameters.
* @extends MQObject
* @see MQMatchType
* @see MQQualityType
*/
function MQGeocodeOptions() {
MQObject.call(this);
this.setM_Xpath("GeocodeOptions");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getGEOCODEOPTIONS()));
/**
* Value to represent the MQMatchType
* @type MQMatchType
*
*/
var m_MatchType = new MQMatchType(0);
/**
* Returns the m_MatchType object.
* @return The m_MatchType object.
* @type MQMatchType
*
*/
this.getMatchType = function() {
return m_MatchType;
};
/**
* Sets the m_MatchType.
* @param {MQMatchType} MatchType The object to set m_MatchType to.
* @type void
*
*/
this.setMatchType = function(MatchType) {
m_MatchType = MatchType;
};
/**
* Value to represent the MQQualityType
* @type MQQualityType
*
*/
var m_QualityType = new MQQualityType(0);
/**
* Returns the m_QualityType object.
* @return The m_QualityType object.
* @type MQQualityType
*
*/
this.getQualityType = function() {
return m_QualityType;
};
/**
* Sets the m_QualityType.
* @param {MQQualityType} QualityType The object to set m_QualityType to.
* @type void
*
*/
this.setQualityType = function(QualityType) {
m_QualityType = QualityType;
};
};
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQGeocodeOptions.prototype.getClassName = function() {
return "MQGeocodeOptions";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQGeocodeOptions.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQGeocodeOptions.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
this.setMatchType(new MQMatchType(Math.floor(this.getProperty("MatchType"))));
this.getQualityType(new MQQualityType(Math.floor(this.getProperty("QualityType"))));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQGeocodeOptions.prototype.saveXml = function() {
this.setProperty("MatchType", this.getMatchType().intValue());
this.setProperty("QualityType", this.getQualityType().intValue());
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets the name of the coverage that this option applies to
* @param {String} newCoverageName The coverage name
* @type void
*/
MQGeocodeOptions.prototype.setCoverageName = function(newCoverageName) {
this.setProperty("CoverageName", newCoverageName);
};
/**
* Gets the name of the coverage that this option applies to
* @return The name of the coverage that this option applies to
* @type String
*/
MQGeocodeOptions.prototype.getCoverageName = function() {
return this.getProperty("CoverageName");
};
/**
* Sets the maximum matches to be returned for this object.
* @param {int} nMax The maximum number of matches that are to be returned by
* the search.
* @type void
*/
MQGeocodeOptions.prototype.setMaxMatches = function(nMax) {
this.setProperty("MaxMatches", nMax);
};
/**
* Gets the maximum matches to be returned for this object.
* @return The maximum number of matches that are to be returned by
* the search
* @type int
*/
MQGeocodeOptions.prototype.getMaxMatches = function() {
return this.getProperty("MaxMatches");
};
// End class MQGeocodeOptions
// Begin class MQRouteOptions
/* Inheirit from MQObject */
MQRouteOptions.prototype = new MQObject();
MQRouteOptions.prototype.constructor = MQRouteOptions;
/**
* @class This class is used to set various options that will affect the
* type of route result returned from the DoRoute function.
* @extends MQObject
* @see MQAutoRouteCovSwitch
* @see MQIntCollection
* @see MQDistanceUnits
* @see MQNarrativeType
* @see MQRouteType
* @see MQStringCollection
*/
function MQRouteOptions() {
MQObject.call(this);
this.setM_Xpath("RouteOptions");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getROUTEOPTIONS()));
/**
* Value to represent the Avoid Attribute List
* @type MQStringCollection
*
*/
var m_AvoidAttrList = new MQStringCollection();
m_AvoidAttrList.setM_Xpath("AvoidAttributeList");
/**
* Returns the m_AvoidAttrList collection.
* @return The m_AvoidAttrList collection.
* @type MQStringCollection
*
*/
this.getAvoidAttrList = function() {
return m_AvoidAttrList;
};
/**
* Sets the m_AvoidAttrList collection.
* @param {MQStringCollection} AvoidAttrList The collection to set m_AvoidAttrList to.
* @type void
*
*/
this.setAvoidAttrList = function(avoidAttrList) {
m_AvoidAttrList.removeAll();
m_AvoidAttrList.append(avoidAttrList);
};
/**
* Value to represent the Avoid Gef Id List
* @type MQIntCollection
*
*/
var m_AvoidGefIdList = new MQIntCollection();
m_AvoidGefIdList.setM_Xpath("AvoidGefIdList");
/**
* Returns the m_AvoidGefIdList collection.
* @return The m_AvoidGefIdList collection.
* @type MQIntCollection
*
*/
this.getAvoidGefIdList = function() {
return m_AvoidGefIdList;
};
/**
* Sets the m_AvoidGefIdList collection.
* @param {MQIntCollection} AvoidGefIdList The collection to set m_AvoidGefIdList to.
* @type void
*
*/
this.setAvoidGefIdList = function(avoidGefIdList) {
m_AvoidGefIdList.removeAll();
m_AvoidGefIdList.append(avoidGefIdList);
};
/**
* Value to represent the Avoid Absolute Gef Id List
* @type MQIntCollection
*
*/
var m_AvoidAbsGefIdList = new MQIntCollection();
m_AvoidAbsGefIdList.setM_Xpath("AvoidAbsoluteGefIdList");
/**
* Returns the m_AvoidAbsGefIdList collection.
* @return The m_AvoidAbsGefIdList collection.
* @type MQIntCollection
*
*/
this.getAvoidAbsGefIdList = function() {
return m_AvoidAbsGefIdList;
};
/**
* Sets the m_AvoidAbsGefIdList collection.
* @param {MQIntCollection} AvoidAbsGefIdList The collection to set m_AvoidAbsGefIdList to.
* @type void
*
*/
this.setAvoidAbsGefIdList = function(avoidAbsGefIdList) {
m_AvoidAbsGefIdList.removeAll();
m_AvoidAbsGefIdList.append(avoidAbsGefIdList);
};
/**
* Value to represent the MQAutoRouteCovSwitch
* @type MQAutoRouteCovSwitch
*
*/
var m_AutoRouteCovSwitch = new MQAutoRouteCovSwitch("CovSwitcher");
/**
* Returns the m_AutoRouteCovSwitch object.
* @return The m_AutoRouteCovSwitch object.
* @type MQAutoRouteCovSwitch
*
*/
this.getAutoRouteCovSwitch = function() {
return m_AutoRouteCovSwitch;
};
/**
* Sets the m_AutoRouteCovSwitch collection.
* @param {MQAutoRouteCovSwitch} autoRouteCovSwitch The object to set m_AutoRouteCovSwitch to.
* @type void
*
*/
this.setAutoRouteCovSwitch = function(autoRouteCovSwitch) {
m_AutoRouteCovSwitch = autoRouteCovSwitch;
};
/**
* Value to represent the MQRouteType
* @type MQRouteType
*
*/
var m_RouteType = new MQRouteType(0);
/**
* Returns the m_RouteType object.
* @return The m_RouteType object.
* @type MQRouteType
*
*/
this.getRouteType = function() {
return m_RouteType;
};
/**
* Sets the m_RouteType collection.
* @param {MQRouteType} routeType The object to set m_RouteType to.
* @type void
*
*/
this.setRouteType = function(routeType) {
m_RouteType = routeType;
};
/**
* Value to represent the MQNarrativeType
* @type MQNarrativeType
*
*/
var m_NarrativeType = new MQNarrativeType(0);
/**
* Returns the m_NarrativeType object.
* @return The m_NarrativeType object.
* @type MQNarrativeType
*
*/
this.getNarrativeType = function() {
return m_NarrativeType;
};
/**
* Sets the m_NarrativeType collection.
* @param {MQNarrativeType} narrativeType The object to set m_NarrativeType to.
* @type void
*
*/
this.setNarrativeType = function(narrativeType) {
m_NarrativeType = narrativeType;
};
/**
* Value to represent the MQDistanceUnits
* @type MQDistanceUnits
*
*/
var m_DistanceUnits = new MQDistanceUnits(0);
/**
* Returns the m_DistanceUnits object.
* @return The m_DistanceUnits object.
* @type MQDistanceUnits
*
*/
this.getDistanceUnits = function() {
return m_DistanceUnits;
};
/**
* Sets the m_DistanceUnits collection.
* @param {MQDistanceUnits} distanceUnits The object to set m_DistanceUnits to.
* @type void
*
*/
this.setDistanceUnits = function(distanceUnits) {
m_DistanceUnits = distanceUnits;
};
};
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQRouteOptions.prototype.getClassName = function() {
return "MQRouteOptions";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQRouteOptions.prototype.getObjectVersion = function() {
return 3;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQRouteOptions.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var avoidAttributeList = this.getAvoidAttrList();
avoidAttributeList.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/AvoidAttributeList")));
var avoidGefIdList = this.getAvoidGefIdList();
avoidGefIdList.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/AvoidGefIdList")));
var avoidAbsoluteGefIdList = this.getAvoidAbsGefIdList();
avoidAbsoluteGefIdList.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/AvoidAbsoluteGefIdList")));
var covSwitcher = this.getAutoRouteCovSwitch();
covSwitcher.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CovSwitcher")));
this.setRouteType(new MQRouteType(Math.floor(this.getProperty("RouteType"))));
this.getNarrativeType(new MQNarrativeType(Math.floor(this.getProperty("NarrativeType"))));
this.getDistanceUnits(new MQDistanceUnits(Math.floor(this.getProperty("NarrativeDistanceUnitType"))));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQRouteOptions.prototype.saveXml = function() {
// get inner object nodes
var newNode = null;
this.setProperty("RouteType", this.getRouteType().intValue());
this.setProperty("NarrativeType", this.getNarrativeType().intValue());
this.setProperty("NarrativeDistanceUnitType", this.getDistanceUnits().getValue());
newNode = MQA.createXMLDoc(this.getAutoRouteCovSwitch().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "CovSwitcher"));
newNode = MQA.createXMLDoc(this.getAvoidAttrList().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "AvoidAttributeList"));
newNode = MQA.createXMLDoc(this.getAvoidGefIdList().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "AvoidGefIdList"));
newNode = MQA.createXMLDoc(this.getAvoidAbsGefIdList().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "AvoidAbsoluteGefIdList"));
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets the maximum number of shape points for the server to
* return from the route. The smaller the number the less
* data gets returned from the server response on a route.
* @param {int} nCount with the maximum number of shape points.
* @type void
*/
MQRouteOptions.prototype.setMaxShapePointsPerManeuver = function(nCount) {
this.setProperty("MaxShape", nCount);
};
/**
* Returns the maximum number of shape points for the route options.
* @return The maximum number of shape points
* @type int
*/
MQRouteOptions.prototype.getMaxShapePointsPerManeuver = function() {
return this.getProperty("MaxShape");
};
/**
* Sets the maximum number of GEFIDs for the server to
* return from the route. The smaller the number the less
* data gets returned from the server response on a route.
* @param {int} nCount with the maximum number of GEFIDs.
* @type void
*/
MQRouteOptions.prototype.setMaxGEFIDsPerManeuver = function(nCount) {
this.setProperty("MaxGEFID", nCount);
};
/**
* Returns the maximum number of GEFIDs for the route options.
* @return The maximum number of GEFIDs
* @type int
*/
MQRouteOptions.prototype.getMaxGEFIDsPerManeuver = function() {
return this.getProperty("MaxGEFID");
};
/**
* Sets the language for the server to use on a route narrative.
* Valid values for languages are defined by the members of this class
* starting with the prefix szLanguage_.
* @param {String} strLanguage containing a valid language
* @type void
*/
MQRouteOptions.prototype.setLanguage = function(strLanguage) {
this.setProperty("Language", strLanguage);
};
/**
* Returns the language set for this RouteOptions object.
* @return The language set
* @type String
*/
MQRouteOptions.prototype.getLanguage = function() {
return this.getProperty("Language");
};
/**
* Set the coverage name of the routing data to
* use takes precedence over CovSwitcher.
* @param {String} newCoverageName The coverage name
* @type void
*/
MQRouteOptions.prototype.setCoverageName = function(newCoverageName) {
this.setProperty("CoverageName", newCoverageName);
};
/**
* Returns the coverage name of the routing data to use
* takes precedence over CovSwitcher.
* @return The coverage name
* @type String
*/
MQRouteOptions.prototype.getCoverageName = function() {
return this.getProperty("CoverageName");
};
/**
* Sets the state boundary display flag.
* @param {Boolean} bFlag The state boundary display flag
* @type void
*/
MQRouteOptions.prototype.setStateBoundaryDisplay = function(bFlag) {
this.setProperty("StateBoundaryDisplay", (bFlag === true) ? 1 : 0);
};
/**
* Gets the state boundary display flag
* @return true if a state boundary text should be displayed, false otherwise.
* @type boolean
*/
MQRouteOptions.prototype.getStateBoundaryDisplay = function() {
return (this.getProperty("StateBoundaryDisplay") == 1) ? true : false;
};
/**
* Sets the country boundary display flag.
* @param {Boolean} bFlag The country boundary display flag
* @type void
*/
MQRouteOptions.prototype.setCountryBoundaryDisplay = function(bFlag) {
this.setProperty("CountryBoundaryDisplay", (bFlag === true) ? 1 : 0);
};
/**
* Gets the country boundary display flag
* @return true if a country boundary text should be displayed, false otherwise.
* @type boolean
*/
MQRouteOptions.prototype.getCountryBoundaryDisplay = function() {
return (this.getProperty("CountryBoundaryDisplay") == 1) ? true : false;
};
// End class MQRouteOptions
// Begin Class MQRouteResults
/* Inheirit from MQObject */
MQRouteResults.prototype = new MQObject();
MQRouteResults.prototype.constructor = MQRouteResults;
/**
* Constructs a new MQRouteResults object.
* @class Contains the results of a routing request.
* @extends MQObject
* @see MQLatLngCollection
* @see MQLocationCollection
* @see MQRouteResultsCode
* @see MQStringCollection
* @see MQTrekRouteCollection
*/
function MQRouteResults() {
MQObject.call(this);
this.setM_Xpath("RouteResults");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getROUTERESULTS()));
/**
* Value to represent the collection of locations.
* @type MQLocationCollection
*
*/
var m_Locations = new MQLocationCollection();
m_Locations.setM_Xpath("Locations");
/**
* Returns all Locations used in the route. LatLng may be altered to closest
* point on found road segment. Locations may be re-ordered in the case
* of an optimized route
* @return All Locations used in the route.
* @type MQLocationCollection
*/
this.getLocations = function() {
return m_Locations;
};
/**
* Value to represent the collection of MQTrekRoutes.
* @type MQTrekRouteCollection
*
*/
var m_TrekRoutes = new MQTrekRouteCollection("TrekRoute");
m_TrekRoutes.setM_Xpath("TrekRoutes");
/**
* Returns the TrekRouteCollection member of this object.
* @return All TrekRoutes used in the route.
* @type MQTrekRouteCollection
*/
this.getTrekRoutes = function() {
return m_TrekRoutes;
};
/**
* Value to represent the collection of locations.
* @type MQRouteResultsCode
*
*/
var m_ResultCode = new MQRouteResultsCode(MQCONSTANT.MQROUTERESULTSCODE_NOT_SPECIFIED);
/**
* Gets the result code member of this object.
* @return The result code member of this object.
* @type MQRouteResultsCode
*/
this.getResultCode = function() {
return m_ResultCode;
};
/**
* Sets the result code member of this object.
* @param {MQRouteResultsCode} resultCode The MQRouteResultsCode for this MQRouteResults object.
* @type void
*/
this.setResultCode = function(resultCode) {
m_ResultCode = resultCode;
};
/**
* Value to represent the collection of result messages.
* @type MQStringCollection
*
*/
var m_ResultMessages = new MQStringCollection("Item");
m_ResultMessages.setM_Xpath("ResultMessages");
/**
* Returns the messages returned by Server.
* Each result message should contain a unique number followed by
* a text description. Ex: "200 Unable to calculate route."
* Messages for invalid locations should be numbered 100..199
* Messages for route failures should be numbered 200..99
* @return An MQStringCollection of messages.
* @type MQStringCollection
*/
this.getResultMessages = function() {
return m_ResultMessages;
};
/**
* Value to represent the collection of streets.
* @type MQManeuverCollection
*
*/
var shapePoints = null;
/**
* Returns the shapePoints collection made by appending all the maneuver shape point collections.
* @return The shapePoints collection.
* @type MQLatLngCollection
*/
this.getShapePoints = function() {
// calc and set if null
if (shapePoints === null) {
distance = 0.0;
time = 0;
shapePoints = new MQLatLngCollection();
shapePoints.setM_Xpath("ShapePoints");
for (var tr = 0; tr < this.getTrekRoutes().getSize(); tr++) {
var trek = this.getTrekRoutes().get(tr);
for (var man = 0; man < trek.getManeuvers().getSize(); man++) {
shapePoints.append(trek.getManeuvers().get(man).getShapePoints());
distance += parseFloat(trek.getManeuvers().get(man).getDistance());
time += parseInt(trek.getManeuvers().get(man).getTime());
}
}
}
return shapePoints;
};
/**
* Value of the total distance for this maneuver.
* @type Float
*/
var distance = -1.0;
/**
* Returns the total distance for this maneuver.
* @return The total distance for this maneuver.
* @type Float
*/
this.getDistance = function() {
// calc and set if null
if (distance === -1.0) {
distance = 0.0;
time = 0;
shapePoints = new MQLatLngCollection();
shapePoints.setM_Xpath("ShapePoints");
for (var tr = 0; tr < this.getTrekRoutes().getSize(); tr++) {
var trek = this.getTrekRoutes().get(tr);
for (var man = 0; man < trek.getManeuvers().getSize(); man++) {
shapePoints.append(trek.getManeuvers().get(man).getShapePoints());
distance += parseFloat(trek.getManeuvers().get(man).getDistance());
time += parseInt(trek.getManeuvers().get(man).getTime());
}
}
}
return distance;
};
/**
* Value of the total time for this maneuver.
* @type int
*/
var time = -1;
/**
* Returns the total time for this maneuver.
* @return The total time for this maneuver.
* @type int
*/
this.getTime = function() {
// calc and set if null
if (time === -1) {
distance = 0.0;
time = 0;
shapePoints = new MQLatLngCollection();
shapePoints.setM_Xpath("ShapePoints");
for (var tr = 0; tr < this.getTrekRoutes().getSize(); tr++) {
var trek = this.getTrekRoutes().get(tr);
for (var man = 0; man < trek.getManeuvers().getSize(); man++) {
shapePoints.append(trek.getManeuvers().get(man).getShapePoints());
distance += parseFloat(trek.getManeuvers().get(man).getDistance());
time += parseInt(trek.getManeuvers().get(man).getTime());
}
}
}
return time;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQRouteResults.prototype.getClassName = function() {
return "MQRouteResults";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQRouteResults.prototype.getObjectVersion = function() {
return 1;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQRouteResults.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var locs = this.getLocations();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/Locations") !== null)
locs.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/Locations")));
var trek = this.getTrekRoutes();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/TrekRoutes") !== null)
trek.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/TrekRoutes")));
var mesgs = this.getResultMessages();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/ResultMessages") !== null)
mesgs.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/ResultMessages")));
this.setResultCode(new MQRouteResultsCode(Math.floor(this.getProperty("ResultCode"))));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQRouteResults.prototype.saveXml = function() {
// get inner object nodes
this.setProperty("ResultCode", this.getResultCode().intValue());
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets the Coverage name used to perform this route.
* @param {String} strName Name of coverage.
* @type void
*/
MQRouteResults.prototype.setCoverageName = function(strName) {
this.setProperty("CoverageName", strName);
};
/**
* Gets the Coverage name used to perform this route.
* @return The value of CoverageName
* @type String
*/
MQRouteResults.prototype.getCoverageName = function() {
return this.getProperty("CoverageName");
};
// End class MQRouteResults
// Begin Class MQRouteMatrixResults
/* Inheirit from MQObject */
MQRouteMatrixResults.prototype = new MQObject();
MQRouteMatrixResults.prototype.constructor = MQRouteMatrixResults;
/**
* Constructs a new MQRouteMatrixResults object.
* @class Contains the results of a route matrix request.
* @extends MQObject
* @see MQRouteMatrixResultsCode
* @see MQStringCollection
* @see MQIntCollection
*/
function MQRouteMatrixResults() {
MQObject.call(this);
this.setM_Xpath("RouteMatrixResults");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getROUTEMATRIXRESULTS()));
/**
* Value to represent the count of locations
* @type int
*/
var m_LocationCount = -1;
/**
* Value to represent the distance matrix
* @type MQIntCollection
*/
var m_Distance = null;
/**
* Sets the distance MQIntCollection. Should be used only for loadXml method.
* @param {MQIntCollection} col The distance MQIntCollection.
* @type void
*/
this.setDistance = function(col) {
if (col) {
if (col.getClassName() === "MQIntCollection") {
if (m_Distance !== null) {
m_Distance.removeAll();
m_Distance.append(col);
} else {
m_Distance = col;
}
} else {
alert("failure in setDistance -- col is not MQIntCollection type");
throw "failure in setDistance -- col is not MQIntCollection type";
}
} else {
alert("failure in setDistance -- col is null");
throw "failure in setDistance -- col is null";
}
};
/**
* Returns the calculated distance of the route.
* @return The calculated total distance of the route.
* @param {int} from The route to start with
* @param {int} to The route to end with
* @type Double
*/
this.getDistance = function(from, to) {
if (m_LocationCount === -1) {
m_LocationCount = this.getProperty("LocationCount");
}
var pos = ((from * m_LocationCount) + to);
return (m_Distance.get(pos) / 1000.0).toFixed(6);
};
/**
* Value to represent the time matrix
* @type MQIntCollection
*/
var m_Time = null;
/**
* Sets the time MQIntCollection. Should be used only for loadXml method.
* @param {MQIntCollection} col The time MQIntCollection.
* @type void
*
*/
this.setTime = function(col) {
if (col) {
if (col.getClassName() === "MQIntCollection") {
if (m_Time !== null) {
m_Time.removeAll();
m_Time.append(col);
} else {
m_Time = col;
}
} else {
alert("failure in setTime -- col is not MQIntCollection type");
throw "failure in setTime -- col is not MQIntCollection type";
}
} else {
alert("failure in setTime -- col is null");
throw "failure in setTime -- col is null";
}
};
/**
* Returns the calculated elapsed time in seconds for the route.
* @return The calculated elapsed time in seconds for the route.
* @param {int} from The route to start with
* @param {int} to The route to end with
* @type int
*/
this.getTime = function(from, to) {
if (m_LocationCount === -1) {
m_LocationCount = this.getProperty("LocationCount");
}
var pos = ((from * m_LocationCount) + to);
return m_Time.get(pos);
};
/**
* Value to represent the result code
* @type MQRouteMatrixResultsCode
*/
var m_ResultCode = new MQRouteMatrixResultsCode(MQCONSTANT.MQROUTEMATRIXRESULTSCODE_NOT_SPECIFIED);
/**
* Gets the result code member of this object.
* @returns The MQRouteMatrixResultsCode for this MQRouteMatrixResults object.
* @type MQRouteMatrixResultsCode
*/
this.getResultCode = function() {
return m_ResultCode;
};
/**
* Sets the result code member of this object.
* @param {MQRouteMatrixResultsCode} resultCode The MQRouteMatrixResultsCode for this MQRouteMatrixResults object.
* @throws Some Exception for invalid type or null/missing parameters
* @type void
*/
this.setResultCode = function(rc) {
if (rc) {
if (rc.getClassName() === "MQRouteMatrixResultsCode") {
m_ResultCode = rc;
} else {
alert("failure in setResultsCode -- rc is not MQRouteMatrixResultsCode type");
throw "failure in setResultsCode -- rc is not MQRouteMatrixResultsCode type";
}
} else {
alert("failure in setResultsCode -- rc is null");
throw "failure in setResultsCode -- rc is null";
}
};
/**
* Value to represent the result messages
* @type MQStringCollection
*/
var m_ResultMessages = null;
/**
* Sets the ResultMessages MQStringCollection. Should be used only for loadXml method.
* @param {MQStringCollection} col The ResultMessages MQStringCollection.
* @type void
*
*/
this.setResultMessages = function(col) {
if (col) {
if (col.getClassName() === "MQStringCollection") {
if (m_ResultMessages !== null) {
m_ResultMessages.removeAll();
m_ResultMessages.append(col);
} else {
m_ResultMessages = col;
}
} else {
alert("failure in setResultMessages -- col is not MQStringCollection type");
throw "failure in setResultMessages -- col is not MQStringCollection type";
}
} else {
alert("failure in setResultMessages -- col is null");
throw "failure in setResultMessages -- col is null";
}
};
/**
* Gets the result messages of this object.
* @returns The MQStringCollection for this object.
* @type MQStringCollection
*/
this.getResultsMessages = function() {
return m_ResultMessages;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQRouteMatrixResults.prototype.getClassName = function() {
return "MQRouteMatrixResults";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQRouteMatrixResults.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQRouteMatrixResults.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var dis = new MQIntCollection();
dis.setM_Xpath("DistanceMatrix");
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/DistanceMatrix") !== null)
dis.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/DistanceMatrix")));
this.setDistance(dis);
var tim = new MQIntCollection();
tim.setM_Xpath("TimeMatrix");
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/TimeMatrix") !== null)
tim.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/TimeMatrix")));
this.setTime(tim);
var mes = new MQStringCollection();
mes.setM_Xpath("ResultMessages");
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/ResultMessages") !== null)
mes.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/ResultMessages")));
this.setResultMessages(mes);
this.setResultCode(new MQRouteMatrixResultsCode(Math.floor(this.getProperty("ResultCode"))));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQRouteMatrixResults.prototype.saveXml = function() {
// get inner object nodes
this.setProperty("ResultCode", this.getResultCode().intValue());
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets the Coverage name used to perform this route.
* @param {String} newCoverageName the Coverage name used to perform this route.
* @type void
*/
MQRouteMatrixResults.prototype.setCoverageName = function(newCoverageName) {
this.setProperty("CoverageName", newCoverageName);
};
/**
* Gets the Coverage name used to perform this route.
* @return The value of CoverageName
* @type String
*/
MQRouteMatrixResults.prototype.getCoverageName = function() {
return this.getProperty("CoverageName");
};
/**
* Gets the all-to-all flag.
* @return Returns the allToAll flag. True if the matrix is from each
* location to each other, False if from location 0 to all others.
* @type Boolean
*/
MQRouteMatrixResults.prototype.getAllToAllFlag = function() {
return (this.getProperty("AllToAll") == 1) ? true : false;
}
// End Class MQRouteMatrixResults
// Begin Class MQRecordSet
/* Inheirit from MQObject */
MQRecordSet.prototype = new MQObject();
MQRecordSet.prototype.constructor = MQRecordSet;
/**
* Constructs a new MQRecordSet object.
* @class Class for retrieving record attribute information.
* @extends MQObject
* @see MQStringCollection
*/
function MQRecordSet() {
MQObject.call(this);
this.setM_Xpath("RecordSet");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getRECORDSET()));
/**
* Value to represent end of file indicator
* @type Boolean
*/
var m_EOF = true;
/**
* Value to represent beginning of file indicator
* @type Boolean
*/
var m_BOF = true;
/**
* Value to represent total record count
* @type int
*/
var m_recCnt = 0;
/**
* Value to represent current record
* @type int
*/
var m_curRec = -1;
/**
* Value to represent the field names of the columns
* @type MQStringCollection
*/
var m_Fields = new MQStringCollection();
m_Fields.setM_Xpath("Fields");
/**
* Value to represent the record set retrieved for the user
* @type MQStrColCollection
*/
var m_Records = new MQStrColCollection("Record");
m_Records.setM_Xpath("Records");
m_Records.setValidClassName("MQStringCollection");
/**
* Sets the cursor to the first record in the record set.
* @type void
*/
this.moveFirst = function() {
if (m_Records.getSize() !== 0) {
m_EOF = false;
m_BOF = false;
m_curRec = 0;
} else {
alert(MQERROR.RECORDSET_MOVEFIRST_1);
throw MQERROR.RECORDSET_MOVEFIRST_1;
}
};
/**
* Sets the cursor to the last record in the record set.
* @type void
*/
this.moveLast = function() {
if (m_Records.getSize() !== 0) {
m_EOF = false;
m_BOF = false;
m_curRec = m_Records.getSize() - 1;
} else {
alert(MQERROR.RECORDSET_MOVELAST_1);
throw MQERROR.RECORDSET_MOVELAST_1;
}
};
/**
* Sets the cursor to the next record in the record set.
* If the cursor is currently set to the last record,
* A call to MoveNext sets EOF to true
* @type void
*/
this.moveNext = function() {
var numRecs = m_Records.getSize();
if (numRecs !== 0) {
if (m_curRec < numRecs - 1) {
m_curRec++;
m_BOF = false;
m_EOF = false;
} else if (m_curRec === numRecs - 1) {
m_curRec++;
m_BOF = false;
m_EOF = true;
} else if (m_EOF) {
alert(MQERROR.RECORDSET_MOVENEXT_1);
throw MQERROR.RECORDSET_MOVENEXT_1;
} else {
alert(MQERROR.RECORDSET_MOVENEXT_2);
throw MQERROR.RECORDSET_MOVENEXT_2;
}
} else {
alert(MQERROR.RECORDSET_MOVENEXT_3);
throw MQERROR.RECORDSET_MOVENEXT_3;
}
};
/**
* Set to true when the cursor is before the beginning of the record set
* @return beginning record set flag
* @type Boolean
*/
this.isBOF = function() {
return m_BOF;
};
/**
* Set to true when the cursor is passed the end of the record set
* @return end record set flag
* @type Boolean
*/
this.isEOF = function() {
return m_EOF;
};
/**
* Get the list of available field names
* @return the list of field names
* @type MQStringCollection
*/
this.getFieldNames = function() {
return m_Fields;
};
/**
* Get the field value by field name
* @param {String} strFieldName the field name
* @type String
*/
this.getField = function(strFieldName) {
// validate that 0<= m_curRec 0) {
m_curRec = 0;
m_BOF = false;
m_EOF = false;
}
};
};
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQRecordSet.prototype.getClassName = function() {
return "MQRecordSet";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQRecordSet.prototype.getObjectVersion = function() {
return 0;
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQRecordSet.prototype.saveXml = function() {
return mqXmlToStr(this.getM_XmlDoc());
};
// End Class MQRecordSet
// Begin Class MQMapState
/* Inheirit from MQObject */
MQMapState.prototype = new MQObject();
MQMapState.prototype.constructor = MQMapState;
/**
* Constructs a new MQMapState object.
* @class Defines the characteristics of a map. It includes such information
* as the map name, the coverage name, the latitude/longitude of the
* map Center, the map scale, and the image size.
* @extends MQObject
* @see MQLatLng
* @see MQPoint
*/
function MQMapState() {
MQObject.call(this);
this.setM_Xpath("MapState");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getMAPSTATE()));
/**
* Value to represent the Center point of the map
* @type MQLatLng
*/
var m_MQLatLng = new MQLatLng("Center");
/**
* Returns the Center point of the map associated with this MapState object.
* @return The Center point of this MapState object.
* @type MQLatLng
*/
this.getCenter = function() {
return m_MQLatLng;
};
/**
* Sets the Center point of the map associated with this MapState object.
* @param {MQLatLng} latLng The Center point for the map associated with this
* MapState object.
* @type void
*/
this.setCenter = function(latLng) {
m_MQLatLng.setLatLng(latLng.getLatitude(), latLng.getLongitude());
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQMapState.prototype.getClassName = function() {
return "MQMapState";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQMapState.prototype.getObjectVersion = function() {
return 0;
};
/**
* Initializes object.
* @type void
*/
MQMapState.prototype.initObject = function() {
this.setProperty("Scale", 0);
this.setCenter(new MQLatLng(0, 0));
this.setProperty("Width", -1.0);
this.setProperty("Height", -1.0);
this.setProperty("MapName", "");
this.setProperty("CoverageName", "");
}
/**
* Compares this object to the specified object. The result is true if and
* only if the argument is not null and is a MapState object that has
* same attributes as this object.
* @param {MQMapState} comparator the object to compare this MapState against.
* @return true if the MapState objects are equal; false otherwise.
* @type Boolean
*/
MQMapState.prototype.equals = function(comparator) {
if (comparator) {
try {
if (comparator.getClassName() === "MQMapState") {
// Test whether the attributes have identical values
return m_nScale == other.m_nScale
&& m_strMapName === other.m_strMapName
&& m_strCoverageName === other.m_strCoverageName
&& m_llCenter.equals(other.m_llCenter)
&& m_dMapWidth === other.m_dMapWidth
&& m_dMapHeight === other.m_dMapHeight;
}
} catch (error) { }
}
return false;
};
/**
* Sets the map name of the map associated with this MapState object.
* @param {String} strName The map name for the map associated with this
* MapState object.
* @type void
*/
MQMapState.prototype.setMapName = function(strName) {
this.setProperty("MapName", strName);
}
/**
* Returns the map name of the map associated with this MapState object.
* @return The map name of the map associated with this MapState object.
* @type void
*/
MQMapState.prototype.getMapName = function() {
this.getProperty("MapName");
}
/**
* Sets the coverage name for the map associated with this MapState object.
* @param {String} strCovId The coverage name of the map associated with this
* MapState object.
* @type void
*/
MQMapState.prototype.setCoverageName = function(strCovId) {
this.setProperty("CoverageName", strCovId);
}
/**
* Returns the coverage name of the map associated with this MapState object.
* @return The coverage name of this MapState object.
* @type void
*/
MQMapState.prototype.getCoverageName = function() {
this.getProperty("CoverageName");
}
/**
* Sets the width of the generated map in inches.
* @param {Double} dWidth double value specifying the width
* of the map in inches.
* @type void
*/
MQMapState.prototype.setWidthInches = function(dWidth) {
this.setProperty("Width", dWidth);
}
/**
* Returns the width of the generated map in inches.
* @return the width of the generated map in inches.
* @type = int
*/
MQMapState.prototype.getWidthInches = function() {
return this.getProperty("Width");
}
/**
* Sets the height of the generated map in inches.
* @param {Double} dHeight double value specifying the height
* of the map in inches.
* @type void
*/
MQMapState.prototype.setHeightInches = function(dHeight) {
this.setProperty("Height", dHeight);
}
/**
* Returns the height of the generated map in inches.
* @return the height of the generated map in inches.
* @type = int
*/
MQMapState.prototype.getHeightInches = function() {
return this.getProperty("Height");
}
/**
* Sets the width of the generated map in pixels.
* @param {int} iWidth int value specifying the width of the
* map in pixels.
* @param {int} dpi int value specifying the DPI of the image, used
* to convert from inches to pixels.
* @type void
*/
MQMapState.prototype.setWidthPixels = function(iWidth, dpi) {
if (dpi) {
this.setProperty("Width", parseFloat(iWidth) / parseFloat(dpi));
} else {
this.setProperty("Width", parseFloat(iWidth) / parseFloat(72));
}
}
/**
* Returns the width of the generated map in pixels.
* @param {int} dpi int value specifying the DPI used to convert
* image size from inches to pixels.
* @return the width of the generated map in pixels.
* @type void
*/
MQMapState.prototype.getWidthPixels = function(dpi) {
if (dpi) {
return Math.ceil(this.getProperty("Width") * dpi);
} else {
return Math.ceil(this.getProperty("Width") * 72);
}
}
/**
* Sets the height of the generated map in pixels.
* @param {int} iHeight int value specifying the height
* of the map in pixels.
* @param {int} dpi int value specifying the DPI of the image, used to
* convert from inches to pixels.
* @type void
*/
MQMapState.prototype.setHeightPixels = function(iHeight, dpi) {
if (dpi) {
this.setProperty("Height", parseFloat(iHeight) / parseFloat(dpi));
} else {
this.setProperty("Height", parseFloat(iHeight) / parseFloat(72));
}
}
/**
* Returns the height of the generated map in pixels.
* @param {int} dpi int value specifying the DPI used to convert
* image size from inches to pixels.
* @type void
*/
MQMapState.prototype.getHeightPixels = function(dpi) {
if (dpi) {
return Math.ceil(this.getProperty("Height") * dpi);
} else {
return Math.ceil(this.getProperty("Height") * 72);
}
}
/**
* Sets the scale of the map associated with this MapState object.
* @param {int} nNewScale The new scale value for the map associated with this
* MapState object.
* @type void
*/
MQMapState.prototype.setMapScale = function(nNewScale) {
this.setProperty("Scale", nNewScale);
}
/**
* Returns the scale of the map associated with this MapState object.
* @return The scale of this MapState object.
*/
MQMapState.prototype.getMapScale = function() {
return this.getProperty("Scale");
}
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQMapState.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var lat = this.getProperty("Center/Lat");
var lng = this.getProperty("Center/Lng");
this.getCenter().setLatLng(lat, lng);
};
/**
* Build an xml string that represents this object. Because this is
* a complex object we need to completely rebuild the xml string.
* @return The xml string.
* @type String
*
*/
MQMapState.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getCenter().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "Center"));
return mqXmlToStr(this.getM_XmlDoc());
};
// End Class MQMapState
// Begin class MQSearchCriteria
/* Inheirit from MQObject */
MQSearchCriteria.prototype = new MQObject();
MQSearchCriteria.prototype.constructor = MQSearchCriteria;
/**
* Constructs a new MQSearchCriteria object.
* @class Base class to define the criteria for a search. This class is not to be
* directly instantiated. Use one of its child classes instead.
* @extends MQObject
*/
function MQSearchCriteria() {
MQObject.call(this);
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQSearchCriteria.prototype.getClassName = function() {
return "MQSearchCriteria";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQSearchCriteria.prototype.getObjectVersion = function() {
return 0;
};
/**
* Sets the data member of this object which indicates the maximum number
* of matches that are to be returned by the search.
* @param {int} nMax The maximum number of matches that are to be returned by
* the search.
* @type void
*/
MQSearchCriteria.prototype.setMaxMatches = function(nMax) {
this.setProperty("MaxMatches", nMax);
};
/**
* Gets the data member of this object which indicates the maximum number
* of matches that are to be returned by the search.
* @return The maximum number of matches that are to be returned by
* the search
* @type int
*/
MQSearchCriteria.prototype.getMaxMatches = function() {
return this.getProperty("MaxMatches");
};
// End class MQSearchCriteria
// Begin class MQRadiusSearchCriteria
/* Inheirit from MQSearchCriteria */
MQRadiusSearchCriteria.prototype = new MQSearchCriteria();
MQRadiusSearchCriteria.prototype.constructor = MQRadiusSearchCriteria;
/**
* Constructs a new MQRadiusSearchCriteria object.
* @class Defines the criteria for a radius search. The radius to be searched
* is defined by the latitude/longitude of the Center and the radius
* of the circle.
* @extends MQSearchCriteria
* @see MQLatLng
* @see MQDistanceUnits
*/
function MQRadiusSearchCriteria() {
MQObject.call(this);
this.setM_Xpath("RadiusSearchCriteria");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getRADIUSSEARCHCRITERIA()));
/**
* Value to represent the MQLatLng
* @type MQLatLng
*
*/
var m_MQLatLng = new MQLatLng("CenterLatLng");
/**
* Returns the Center (latitude/longitude) of the circle which defines
* the extent of the search area.
* @return The m_MQLatLng object.
* @type MQLatLng
*
*/
this.getCenter = function() {
return m_MQLatLng;
};
/**
* Sets the latitude and longitude values of the Center point of the
* circle which defines the extent of the search area.
* @param {MQLatLng} latLng the Document to set m_MQLatLng to.
* @type void
*
*/
this.setCenter = function(latLng) {
m_MQLatLng.setLatLng(latLng.getLatitude(), latLng.getLongitude());
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQRadiusSearchCriteria.prototype.getClassName = function() {
return "MQRadiusSearchCriteria";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQRadiusSearchCriteria.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQRadiusSearchCriteria.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var lat = this.getProperty("CenterLatLng/Lat");
var lng = this.getProperty("CenterLatLng/Lng");
this.getCenter().setLatLng(lat, lng);
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQRadiusSearchCriteria.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getCenter().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "CenterLatLng"));
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets the radius of the circle which defines the extent of the search
* area.
* @param {Double} radius The radius that this object is to be set to.
* @param {MQDistanceUnits} lUnits DistanceUnits Miles or KiloMeters
* @type void
*/
MQRadiusSearchCriteria.prototype.setRadius = function(radius, lUnits) {
if (lUnits) {
mqIsClass("MQDistanceUnits", lUnits, false);
} else {
lUnits = new MQDistanceUnits(MQCONSTANT.MQDISTANCEUNITS_MILES);
}
if (lUnits.getValue() === MQCONSTANT.MQDISTANCEUNITS_KILOMETERS)
radius = radius / MQCONSTANT.DISTANCEAPPROX_KILOMETERS_PER_MILE;
this.setProperty("Radius", radius);
};
/**
* Returns the radius of the circle which defines the extent of the search
* area.
* @param {MQDistanceUnits} lUnits DistanceUnits Miles or KiloMeters
* @return The radius of the circle which defines the extent of
* the search area.
* @type Double
*/
MQRadiusSearchCriteria.prototype.getRadius = function(lUnits) {
if (lUnits) {
mqIsClass("MQDistanceUnits", lUnits, false);
} else {
lUnits = new MQDistanceUnits(MQCONSTANT.MQDISTANCEUNITS_MILES);
}
var radius = this.getProperty("Radius");
if (lUnits.getValue() === MQCONSTANT.MQDISTANCEUNITS_KILOMETERS)
radius = radius * MQCONSTANT.DISTANCEAPPROX_KILOMETERS_PER_MILE;
return radius;
};
// End class MQRadiusSearchCriteria
// Begin class MQRectSearchCriteria
/* Inheirit from MQSearchCriteria */
MQRectSearchCriteria.prototype = new MQSearchCriteria();
MQRectSearchCriteria.prototype.constructor = MQRectSearchCriteria;
/**
* Constructs a new MQRectSearchCriteria object.
* @class Defines the criteria for a rectangle search. The rectangle to be
* searched is defined by the upper left and lower right corners of
* the rectangle.
* @param {MQRectLL} mqRectLL An object provided by the TileMap ToolKit that
* is used to preset the upper left and lower right latlngs.
* This parameter is optional.
* @extends MQSearchCriteria
* @see MQLatLng
*/
function MQRectSearchCriteria(mqRectLL) {
MQObject.call(this);
this.setM_Xpath("RectSearchCriteria");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getRECTSEARCHCRITERIA()));
/**
* Value to represent the latitude/longitude of the upper left corner
* @type MQLatLng
*/
var m_UpperLeft = new MQLatLng("UpperLeftLatLng");
/**
* Gets the latitude/longitude of the upper left corner
* of this RectSearchCriteria object.
* @return The m_UpperLeft object.
* @type MQLatLng
*/
this.getUpperLeft = function() {
return m_UpperLeft;
};
/**
* Sets the latitude/longitude of the upper left corner
* of this RectSearchCriteria object.
* @param {MQLatLng} latLng the MQLatLng to set m_UpperLeft to.
* @type void
*/
this.setUpperLeft = function(latLng) {
m_UpperLeft.setLatLng(latLng.getLatitude(), latLng.getLongitude());
};
/**
* Value to represent the latitude/longitude of the lower right corner
* @type MQLatLng
*/
var m_LowerRight = new MQLatLng("LowerRightLatLng");
/**
* Gets the latitude/longitude of the lower right corner
* of this RectSearchCriteria object.
* @return The m_LowerRight object.
* @type MQLatLng
*/
this.getLowerRight = function() {
return m_LowerRight;
};
/**
* Sets the latitude/longitude of the lower right corner
* of this RectSearchCriteria object.
* @param {MQLatLng} latLng the MQLatLng to set m_LowerRight to.
* @type void
*/
this.setLowerRight = function(latLng) {
m_LowerRight.setLatLng(latLng.getLatitude(), latLng.getLongitude());
};
if (mqRectLL) {
m_UpperLeft.setLatLng(mqRectLL.getUpperLeft().getLat(), mqRectLL.getUpperLeft().getLng());
m_LowerRight.setLatLng(mqRectLL.getLowerRight().getLat(), mqRectLL.getLowerRight().getLng());
}
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQRectSearchCriteria.prototype.getClassName = function() {
return "MQRectSearchCriteria";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQRectSearchCriteria.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQRectSearchCriteria.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var lat = this.getProperty("UpperLeftLatLng/Lat");
var lng = this.getProperty("UpperLeftLatLng/Lng");
this.getUpperLeft().setLatLng(lat, lng);
lat = this.getProperty("LowerRightLatLng/Lat");
lng = this.getProperty("LowerRightLatLng/Lng");
this.getLowerRight().setLatLng(lat, lng);
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQRectSearchCriteria.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getUpperLeft().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "UpperLeftLatLng"));
newNode = MQA.createXMLDoc(this.getLowerRight().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "LowerRightLatLng"));
return mqXmlToStr(this.getM_XmlDoc());
};
// End class MQRectSearchCriteria
// Begin class MQPolySearchCriteria
/* Inheirit from MQSearchCriteria */
MQPolySearchCriteria.prototype = new MQSearchCriteria();
MQPolySearchCriteria.prototype.constructor = MQPolySearchCriteria;
/**
* Constructs a new MQPolySearchCriteria object.
* @class Defines the criteria for a poly search based on a collection of
* MQLatLngs
* @extends MQSearchCriteria
* @see MQLatLngCollection
*/
function MQPolySearchCriteria() {
MQObject.call(this);
this.setM_Xpath("PolySearchCriteria");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getPOLYSEARCHCRITERIA()));
/**
* Value to represent the MQLatLngCollection
* @type MQLatLngCollection
*/
var m_LatLngs = new MQLatLngCollection();
m_LatLngs.setM_Xpath("LatLngs");
/**
* Returns the m_LatLngs object.
* @return The m_LatLngs object.
* @type MQLatLngCollection
*/
this.getShapePoints = function() {
return m_LatLngs;
};
/**
* Sets the m_LatLngs object.
* @param {MQLatLngCollection} latLngs the MQLatLngCollection to set m_LatLngs to.
* @type void
*/
this.setShapePoints = function(latLngs) {
if (latLngs.getClassName() === "MQLatLngCollection") {
m_LatLngs.removeAll();
m_LatLngs.append(latLngs);
}
else {
alert("failure in setShapePoints");
throw "failure in setShapePoints";
}
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQPolySearchCriteria.prototype.getClassName = function() {
return "MQPolySearchCriteria";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQPolySearchCriteria.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*/
MQPolySearchCriteria.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var latlngs = this.getShapePoints();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LatLngs") !== null)
latlngs.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LatLngs")));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*/
MQPolySearchCriteria.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getShapePoints().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "LatLngs"));
return mqXmlToStr(this.getM_XmlDoc());
};
// End class MQPolySearchCriteria
// Begin class MQCorridorSearchCriteria
/* Inheirit from MQPolySearchCriteria */
MQCorridorSearchCriteria.prototype = new MQPolySearchCriteria();
MQCorridorSearchCriteria.prototype.constructor = MQCorridorSearchCriteria;
/**
* Constructs a new MQCorridorSearchCriteria object.
* @class Defines the criteria for a Corridor search. The corridor to be searched
* is defined by the latitude/longitude collection
* @extends MQPolySearchCriteria
* @see MQDistanceUnits
* @see MQSearchCriteria
*/
function MQCorridorSearchCriteria() {
MQPolySearchCriteria.call(this);
this.setM_Xpath("CorridorSearchCriteria");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getCORRIDORSEARCHCRITERIA()));
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQCorridorSearchCriteria.prototype.getClassName = function() {
return "MQCorridorSearchCriteria";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQCorridorSearchCriteria.prototype.getObjectVersion = function() {
return 0;
};
/**
* Sets exactLinks-whether to use generalization in determining corridor
* @param {Boolean} bExactLinks Enables/disables generalization in the server.
* @type void
*/
MQCorridorSearchCriteria.prototype.setCorrExactLinks = function(bExactLinks) {
this.setProperty("ExactLinks", (bExactLinks === true) ? 1 : 0);
};
/**
* Returns the exactLinks-whether to use generalization in determining corridor
* @return The exactLinks-whether to use generalization in determining corridor
* @type Boolean
*/
MQCorridorSearchCriteria.prototype.getCorrExactLinks = function() {
return (this.getProperty("ExactLinks") == 1) ? true : false;
};
/**
* Sets the Corridor width (miles) which defines the extent of the search
* area. Returns the width it was set to.
* @param {Double} dCorrWidth The corridor width that this object is to be set to.
* @param {MQDistanceUnits} lUnits DistanceUnits Miles or KiloMeters.
* @type void
*/
MQCorridorSearchCriteria.prototype.setCorridorWidth = function(dCorrWidth, lUnits) {
if (lUnits) {
mqIsClass("MQDistanceUnits", lUnits, false);
} else {
lUnits = new MQDistanceUnits(MQCONSTANT.MQDISTANCEUNITS_MILES);
}
if (lUnits.getValue() === MQCONSTANT.MQDISTANCEUNITS_KILOMETERS)
dCorrWidth = dCorrWidth / MQCONSTANT.DISTANCEAPPROX_KILOMETERS_PER_MILE;
this.setProperty("CorridorWidth", dCorrWidth);
};
/**
* Returns the width of the corridor which defines the extent of the search
* area.
* @param {MQDistanceUnits} lUnits The DistanceUnits Miles or KiloMeters
* @return The width of the corridor which defines the extent of
* the search area.
* @type Double
*/
MQCorridorSearchCriteria.prototype.getCorridorWidth = function(lUnits) {
if (lUnits) {
mqIsClass("MQDistanceUnits", lUnits, false);
} else {
lUnits = new MQDistanceUnits(MQCONSTANT.MQDISTANCEUNITS_MILES);
}
var width = this.getProperty("CorridorWidth");
if (lUnits.getValue() === MQCONSTANT.MQDISTANCEUNITS_KILOMETERS)
width = width * MQCONSTANT.DISTANCEAPPROX_KILOMETERS_PER_MILE;
return width;
};
/**
* Sets the buffer width which defines the amount to generalize.
* Returns the width it was set to.
* @param {Double} dBufferWidth The corridor buffer that this object is to be
* set to.
* @param {MQDistanceUnits} lUnits The DistanceUnits Miles or KiloMeters.
* @type void
*/
MQCorridorSearchCriteria.prototype.setCorridorBufferWidth = function(dBufferWidth, lUnits) {
if (lUnits) {
mqIsClass("MQDistanceUnits", lUnits, false);
} else {
lUnits = new MQDistanceUnits(MQCONSTANT.MQDISTANCEUNITS_MILES);
}
if (lUnits.getValue() === MQCONSTANT.MQDISTANCEUNITS_KILOMETERS)
dBufferWidth = dBufferWidth / MQCONSTANT.DISTANCEAPPROX_KILOMETERS_PER_MILE;
this.setProperty("CorridorBufferWidth", dBufferWidth);
};
/**
* Returns the width of the corridor buffer which defines the extent of the
* generalization.
* @param {MQDistanceUnits} lUnits DistanceUnits Miles or KiloMeters
* @return The width of the corridor buffer which defines the extent of
* the generalization.
* @type Double
*/
MQCorridorSearchCriteria.prototype.getCorridorBufferWidth = function(lUnits) {
if (lUnits) {
mqIsClass("MQDistanceUnits", lUnits, false);
} else {
lUnits = new MQDistanceUnits(MQCONSTANT.MQDISTANCEUNITS_MILES);
}
var width = this.getProperty("CorridorBufferWidth");
if (lUnits.getValue() === MQCONSTANT.MQDISTANCEUNITS_KILOMETERS)
width = width * MQCONSTANT.DISTANCEAPPROX_KILOMETERS_PER_MILE;
return width;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*/
/* MQCorridorSearchCriteria.prototype.loadXml = function (strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var latlngs = this.getLatLngs();
if(mqGetNode(this.getM_XmlDoc(),"/" + this.getM_Xpath() + "/LatLngs")!==null)
latlngs.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(),"/" + this.getM_Xpath() + "/LatLngs")));
};*/
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*/
/* MQCorridorSearchCriteria.prototype.saveXml = function () {
var newNode = MQA.createXMLDoc(this.getLatLngs().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "LatLngs"));
return mqXmlToStr(this.getM_XmlDoc());
};*/
// End class MQCorridorSearchCriteria
// Begin Class MQDBLayerQuery
/* Inheirit from MQObject */
MQDBLayerQuery.prototype = new MQObject();
MQDBLayerQuery.prototype.constructor = MQDBLayerQuery;
/**
* Constructs a new MQDBLayerQuery object.
* @class Stores geocode coverage switching parameters.
* @extends MQObject
*/
function MQDBLayerQuery() {
MQObject.call(this);
this.setM_Xpath("DBLayerQuery");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getDBLAYERQUERY()));
};
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQDBLayerQuery.prototype.getClassName = function() {
return "MQDBLayerQuery";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQDBLayerQuery.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQDBLayerQuery.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQDBLayerQuery.prototype.saveXml = function() {
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Contains Secondary SQL Query.
* Remarks:
* Optional Secondary SQL query (used in conjunction with spatial search criteria)
* Allows user to add further SQL restrictions on the results that would have been returned.
* This SQL fragment will be appended to the WHERE clause with an "AND" operator.
* @param {String} strName The string which is to be stored as the database layer
* name in this object.
* @type void
*/
MQDBLayerQuery.prototype.setDBLayerName = function(strName) {
this.setProperty("LayerName", strName);
};
/**
* Returns the database layer name of this object.
* @return The database layer name of this object.
* @type String
*/
MQDBLayerQuery.prototype.getDBLayerName = function() {
return this.getProperty("LayerName");
};
/**
* Sets the query string to the specified string.
* @param {String} strQuery The query string which is to be stored in this object.
* @type void
*/
MQDBLayerQuery.prototype.setExtraCriteria = function(strQuery) {
this.setProperty("ExtraCriteria", strQuery);
};
/**
* Contains Secondary SQL Query.
* Remarks:
* Optional Secondary SQL query (used in conjunction with spatial search criteria)
* Allows user to add further SQL restrictions on the results that would have been returned.
* This SQL fragment will be appended to the WHERE clause with an "AND" operator.
* @return The query string of this object.
* @type Long
*/
MQDBLayerQuery.prototype.getExtraCriteria = function() {
return this.getProperty("ExtraCriteria");
};
// End class MQDBLayerQuery
// Begin Class MQPrimitive
/* Inheirit from MQObject */
MQPrimitive.prototype = new MQObject();
MQPrimitive.prototype.constructor = MQPrimitive;
/**
* Constructs a new MQPrimitive object.
* @class The base class for drawing objects that can be added to the map.
* @extends MQObject
* @see MQCoordinateType
* @see MQDrawTrigger
*/
function MQPrimitive() {
MQObject.call(this);
/**
* Value to represent the draw trigger to be used
* @type MQDrawTrigger
*/
var m_DrawTrigger = new MQDrawTrigger(MQCONSTANT.MQDRAWTRIGGER_AFTER_TEXT);
/**
* Gets the DrawTrigger
* @return The m_DrawTrigger object.
* @type MQDrawTrigger
*/
this.getDrawTrigger = function() {
return m_DrawTrigger;
};
/**
* Sets the DrawTrigger
* @param {MQDrawTrigger} dt the MQDrawTrigger to set m_DrawTrigger to.
* @type void
*/
this.setDrawTrigger = function(dt) {
if (dt) {
if (dt.getClassName() === "MQDrawTrigger") {
m_DrawTrigger = dt;
}
}
};
/**
* Value to represent the coordinate type to be used
* @type MQCoordinateType
*/
var m_CoordinateType = new MQCoordinateType(MQCONSTANT.MQCOORDINATETYPE_GEOGRAPHIC);
/**
* Gets the CoordinateType
* @return The m_CoordinateType object.
* @type MQCoordinateType
*/
this.getCoordinateType = function() {
return m_CoordinateType;
};
/**
* Sets the CoordinateType
* @param {MQCoordinateType} dt the MQCoordinateType to set m_CoordinateType to.
* @type void
*/
this.setCoordinateType = function(dt) {
if (dt) {
if (dt.getClassName() === "MQCoordinateType") {
m_CoordinateType = dt;
}
}
};
};
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQPrimitive.prototype.getClassName = function() {
return "MQPrimitive";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQPrimitive.prototype.getObjectVersion = function() {
return 2;
};
/**
* Sets the key.
* @param {String} strKey The new key to be assigned to this object.
* @type void
*/
MQPrimitive.prototype.setKey = function(strKey) {
this.setProperty("Key", strKey);
};
/**
* Gets the key.
* @return The key of this object.
* @type String
*/
MQPrimitive.prototype.getKey = function() {
return this.getProperty("Key");
}
/**
* Sets the Opacity.
* @param {String} strOpacity The new Opacity to be assigned to this object.
* @type void
*/
MQPrimitive.prototype.setOpacity = function(strOpacity) {
this.setProperty("Opacity", strOpacity);
};
/**
* Gets the Opacity.
* @return The Opacity of this object.
* @type String
*/
MQPrimitive.prototype.getOpacity = function() {
return this.getProperty("Opacity");
}
// Begin Class MQPrimitive
// Begin Class MQLinePrimitive
/* Inheirit from MQPrimitive */
MQLinePrimitive.prototype = new MQPrimitive();
MQLinePrimitive.prototype.constructor = MQLinePrimitive;
/**
* Constructs a new MQLinePrimitive object.
* @class Describes linear annotations to be placed on the map. The line is
* converted into latitude/longitude points so it can be placed in the
* same geographical location after the map is manipulated.
* @extends MQPrimitive
* @see MQColorStyle
* @see MQPenStyle
* @see MQPointCollection
* @see MQLatLngCollection
*/
function MQLinePrimitive() {
MQPrimitive.call(this);
this.setM_Xpath("LinePrimitive");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getLINEPRIMITIVE()));
/**
* Value to represent the color style to be used
* @type MQColorStyle
*/
var m_Color = new MQColorStyle(MQCONSTANT.MQCOLORSTYLE_BLACK);
/**
* Gets the m_Color
* @return The m_Color object.
* @type MQColorStyle
*/
this.getColor = function() {
return m_Color;
};
/**
* Sets the m_Color
* @param {MQColorStyle} obj the MQColorStyle to set m_Color to.
* @type void
*/
this.setColor = function(obj) {
if (obj) {
if (obj.getClassName() === "MQColorStyle") {
m_Color = obj;
}
}
};
/**
* Value to represent the pen style to be used
* @type MQPenStyle
*/
var m_Style = new MQPenStyle(MQCONSTANT.MQPENSTYLE_SOLID);
/**
* Gets the m_Style
* @return The m_Style object.
* @type MQPenStyle
*/
this.getStyle = function() {
return m_Style;
};
/**
* Sets the m_Style
* @param {MQPenStyle} obj the MQPenStyle to set m_Style to.
* @type void
*/
this.setStyle = function(obj) {
if (obj) {
if (obj.getClassName() === "MQPenStyle") {
m_Style = obj;
}
}
};
/**
* The MQPointCollection of coordinates of the Line.
* @type MQPointCollection
*/
var m_XYArray = new MQPointCollection();
m_XYArray.setM_Xpath("Points");
/**
* Gets the m_XYArray
* @return The m_XYArray object.
* @type MQPointCollection
*/
this.getPoints = function() {
return m_XYArray;
};
/**
* The MQLatLngCollection of coordinates of the Line.
* @type MQLatLngCollection
*/
var m_LLArray = new MQLatLngCollection();
m_LLArray.setM_Xpath("LatLngs");
/**
* Gets the m_LLArray
* @return The m_LLArray object.
* @type MQLatLngCollection
*/
this.getLatLngs = function() {
return m_LLArray;
};
/**
* Sets the m_LLArray
* @param {MQLatLngCollection} obj the MQLatLngCollection to set m_LLArray to.
* @type void
*/
this.setLatLngs = function(obj) {
if (obj) {
if (obj.getClassName() === "MQLatLngCollection") {
m_LLArray.removeAll();
m_LLArray.append(obj);
}
}
};
};
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQLinePrimitive.prototype.getClassName = function() {
return "MQLinePrimitive";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQLinePrimitive.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQLinePrimitive.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var ll = new MQLatLngCollection();
ll.setM_Xpath("LatLngs");
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LatLngs") !== null)
ll.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LatLngs")));
this.setLatLngs(ll);
var pt = new MQPointCollection();
pt.setM_Xpath("Points");
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/Points") !== null)
pt.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/Points")));
this.setPoints(ll);
this.setDrawTrigger(new MQDrawTrigger(Math.floor(this.getProperty("DrawTrigger"))));
this.setCoordinateType(new MQCoordinateType(Math.floor(this.getProperty("CoordinateType"))));
this.setColor(new MQColorStyle(Math.floor(this.getProperty("Color"))));
this.setStyle(new MQPenStyle(Math.floor(this.getProperty("Style"))));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQLinePrimitive.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getLatLngs().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "LatLngs"));
newNode = MQA.createXMLDoc(this.getPoints().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "Points"));
this.setProperty("DrawTrigger", this.getDrawTrigger().intValue());
this.setProperty("CoordinateType", this.getCoordinateType().intValue());
this.setProperty("Color", this.getColor().intValue());
this.setProperty("Style", this.getStyle().intValue());
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets the value representing the width of this object.
* @param {int} width The new Width to be assigned to this object.
* @type void
*/
MQLinePrimitive.prototype.setWidth = function(width) {
this.setProperty("Width", width);
};
/**
* Returns the value representing the width of this object.
* @return The Width of this object.
* @type int
*/
MQLinePrimitive.prototype.getWidth = function() {
return this.getProperty("Width");
}
// Begin Class MQLinePrimitive
// Begin Class MQPolygonPrimitive
/* Inheirit from MQLinePrimitive */
MQPolygonPrimitive.prototype = new MQLinePrimitive();
MQPolygonPrimitive.prototype.constructor = MQPolygonPrimitive;
/**
* Constructs a new MQPolygonPrimitive object.
* @class Describes polygons to be placed on a map. The polygon is initially
* defined with a collection of points. These points are the X,Y
* coordinates of the vertices of the polygon. The coordinates are
* converted into a latitude/longitude points so the annotation can be
* placed in the same geographical location after the map is
* manipulated.
* @extends MQLinePrimitive
* @see MQColorStyle
* @see MQFillStyle
*/
function MQPolygonPrimitive() {
MQLinePrimitive.call(this);
this.setM_Xpath("LinePrimitive");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getPOLYGONPRIMITIVE()));
/**
* Value to represent the fill color style to be used
* @type MQColorStyle
*/
var m_FillColor = new MQColorStyle(MQCONSTANT.MQCOLORSTYLE_RED);
/**
* Gets the m_FillColor
* @return The m_FillColor object.
* @type MQColorStyle
*/
this.getFillColor = function() {
return m_FillColor;
};
/**
* Sets the m_FillColor
* @param {MQColorStyle} obj the MQColorStyle to set m_FillColor to.
* @type void
*/
this.setFillColor = function(obj) {
if (obj) {
if (obj.getClassName() === "MQColorStyle") {
m_FillColor = obj;
}
}
};
/**
* Value to represent the color style to be used
* @type MQFillStyle
*/
var m_FillStyle = new MQFillStyle(MQCONSTANT.MQFILLSTYLE_SOLID);
/**
* Gets the m_FillStyle
* @return The m_FillStyle object.
* @type MQFillStyle
*/
this.getFillStyle = function() {
return m_FillStyle;
};
/**
* Sets the m_FillStyle
* @param {MQFillStyle} obj the MQFillStyle to set m_FillStyle to.
* @type void
*/
this.setFillStyle = function(obj) {
if (obj) {
if (obj.getClassName() === "MQFillStyle") {
m_FillStyle = obj;
}
}
};
};
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQPolygonPrimitive.prototype.getClassName = function() {
return "MQPolygonPrimitive";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQPolygonPrimitive.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQPolygonPrimitive.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var ll = new MQLatLngCollection();
ll.setM_Xpath("LatLngs");
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LatLngs") !== null)
ll.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LatLngs")));
this.setLatLngs(ll);
var pt = new MQPointCollection();
pt.setM_Xpath("Points");
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/Points") !== null)
pt.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/Points")));
this.setPoints(ll);
this.setDrawTrigger(new MQDrawTrigger(Math.floor(this.getProperty("DrawTrigger"))));
this.setCoordinateType(new MQCoordinateType(Math.floor(this.getProperty("CoordinateType"))));
this.setColor(new MQColorStyle(Math.floor(this.getProperty("Color"))));
this.setStyle(new MQPenStyle(Math.floor(this.getProperty("Style"))));
this.setFillColor(new MQColorStyle(Math.floor(this.getProperty("FillColor"))));
this.setFillStyle(new MQFillStyle(Math.floor(this.getProperty("FillStyle"))));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQPolygonPrimitive.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getLatLngs().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "LatLngs"));
newNode = MQA.createXMLDoc(this.getPoints().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "Points"));
this.setProperty("DrawTrigger", this.getDrawTrigger().intValue());
this.setProperty("CoordinateType", this.getCoordinateType().intValue());
this.setProperty("Color", this.getColor().intValue());
this.setProperty("Style", this.getStyle().intValue());
this.setProperty("FillColor", this.getFillColor().intValue());
this.setProperty("FillStyle", this.getFillStyle().intValue());
return mqXmlToStr(this.getM_XmlDoc());
};
// Begin Class MQPolygonPrimitive
// Begin Class MQRectanglePrimitive
/* Inheirit from MQPrimitive */
MQRectanglePrimitive.prototype = new MQPrimitive();
MQRectanglePrimitive.prototype.constructor = MQRectanglePrimitive;
/**
* Constructs a new MQRectanglePrimitive object.
* @class Describes linear annotations to be placed on the map. The line is
* converted into latitude/longitude points so it can be placed in the
* same geographical location after the map is manipulated.
* @extends MQPrimitive
* @see MQColorStyle
* @see MQPenStyle
* @see MQPointCollection
* @see MQLatLngCollection
*/
function MQRectanglePrimitive() {
MQPrimitive.call(this);
this.setM_Xpath("RectanglePrimitive");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getRECTANGLEPRIMITIVE()));
/**
* Value to represent the color style to be used
* @type MQColorStyle
*/
var m_Color = new MQColorStyle(MQCONSTANT.MQCOLORSTYLE_BLACK);
/**
* Gets the m_Color
* @return The m_Color object.
* @type MQColorStyle
*/
this.getColor = function() {
return m_Color;
};
/**
* Sets the m_Color
* @param {MQColorStyle} obj the MQColorStyle to set m_Color to.
* @type void
*/
this.setColor = function(obj) {
if (obj) {
if (obj.getClassName() === "MQColorStyle") {
m_Color = obj;
}
}
};
/**
* Value to represent the pen style to be used
* @type MQPenStyle
*/
var m_Style = new MQPenStyle(MQCONSTANT.MQPENSTYLE_SOLID);
/**
* Gets the m_Style
* @return The m_Style object.
* @type MQPenStyle
*/
this.getStyle = function() {
return m_Style;
};
/**
* Sets the m_Style
* @param {MQPenStyle} obj the MQPenStyle to set m_Style to.
* @type void
*/
this.setStyle = function(obj) {
if (obj) {
if (obj.getClassName() === "MQPenStyle") {
m_Style = obj;
}
}
};
/**
* Value to represent the fill color style to be used
* @type MQColorStyle
*/
var m_FillColor = new MQColorStyle(MQCONSTANT.MQCOLORSTYLE_RED);
/**
* Gets the m_FillColor
* @return The m_FillColor object.
* @type MQColorStyle
*/
this.getFillColor = function() {
return m_FillColor;
};
/**
* Sets the m_FillColor
* @param {MQColorStyle} obj the MQColorStyle to set m_FillColor to.
* @type void
*/
this.setFillColor = function(obj) {
if (obj) {
if (obj.getClassName() === "MQColorStyle") {
m_FillColor = obj;
}
}
};
/**
* Value to represent the color style to be used
* @type MQFillStyle
*/
var m_FillStyle = new MQFillStyle(MQCONSTANT.MQFILLSTYLE_SOLID);
/**
* Gets the m_FillStyle
* @return The m_FillStyle object.
* @type MQFillStyle
*/
this.getFillStyle = function() {
return m_FillStyle;
};
/**
* Sets the m_FillStyle
* @param {MQFillStyle} obj the MQFillStyle to set m_FillStyle to.
* @type void
*/
this.setFillStyle = function(obj) {
if (obj) {
if (obj.getClassName() === "MQFillStyle") {
m_FillStyle = obj;
}
}
};
/**
* Value to represent the latitude/longitude of the upper left corner
* @type MQLatLng
*/
var m_UpperLeftLL = new MQLatLng("UpperLeftLatLng");
/**
* Gets the latitude/longitude of the upper left corner.
* @return The m_UpperLeftLL object.
* @type MQLatLng
*/
this.getUpperLeftLatLng = function() {
return m_UpperLeftLL;
};
/**
* Sets the latitude/longitude of the upper left corner.
* @param {MQLatLng} latLng the MQLatLng to set m_UpperLeftLL to.
* @type void
*/
this.setUpperLeftLatLng = function(latLng) {
m_UpperLeftLL.setLatLng(latLng.getLatitude(), latLng.getLongitude());
};
/**
* Value to represent the latitude/longitude of the lower right corner
* @type MQLatLng
*/
var m_LowerRightLL = new MQLatLng("LowerRightLatLng");
/**
* Gets the latitude/longitude of the lower right corner
* @return The m_LowerRightLL object.
* @type MQLatLng
*/
this.getLowerRightLatLng = function() {
return m_LowerRightLL;
};
/**
* Sets the latitude/longitude of the lower right corner
* @param {MQLatLng} latLng the MQLatLng to set m_LowerRightLL to.
* @type void
*/
this.setLowerRightLatLng = function(latLng) {
m_LowerRightLL.setLatLng(latLng.getLatitude(), latLng.getLongitude());
};
/**
* Value to represent the x/y of the upper left corner
* @type MQPoint
*/
var m_UpperLeftPT = new MQPoint("UpperLeftPoint");
/**
* Gets the x/y of the upper left corner.
* @return The m_UpperLeftPT object.
* @type MQPoint
*/
this.getUpperLeftPoint = function() {
return m_UpperLeftPT;
};
/**
* Sets the x/y of the upper left corner.
* @param {MQPoint} point the MQPoint to set m_UpperLeftPT to.
* @type void
*/
this.setUpperLeftPoint = function(point) {
m_UpperLeftPT.setXY(point.getX(), point.getY());
};
/**
* Value to represent the x/y of the lower right corner
* @type MQPoint
*/
var m_LowerRightPT = new MQPoint("LowerRightPoint");
/**
* Gets the x/y of the lower right corner
* @return The m_LowerRightPT object.
* @type MQPoint
*/
this.getLowerRightPoint = function() {
return m_LowerRightPT;
};
/**
* Sets the x/y of the lower right corner
* @param {MQPoint} point the MQPoint to set m_LowerRightPT to.
* @type void
*/
this.setLowerRightPoint = function(point) {
m_LowerRightPT.setXY(point.getX(), point.getY());
};
};
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQRectanglePrimitive.prototype.getClassName = function() {
return "MQRectanglePrimitive";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQRectanglePrimitive.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQRectanglePrimitive.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var latlng = this.getUpperLeftLatLng();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/UpperLeftLatLng") !== null)
latlng.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/UpperLeftLatLng")));
latlng = this.getLowerRightLatLng();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LowerRightLatLng") !== null)
latlng.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LowerRightLatLng")));
var point = this.getUpperLeftPoint();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/UpperLeftPoint") !== null)
point.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/UpperLeftPoint")));
point = this.getLowerRightPoint();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LowerRightPoint") !== null)
point.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LowerRightPoint")));
this.setDrawTrigger(new MQDrawTrigger(Math.floor(this.getProperty("DrawTrigger"))));
this.setCoordinateType(new MQCoordinateType(Math.floor(this.getProperty("CoordinateType"))));
this.setColor(new MQColorStyle(Math.floor(this.getProperty("Color"))));
this.setStyle(new MQPenStyle(Math.floor(this.getProperty("Style"))));
this.setFillColor(new MQColorStyle(Math.floor(this.getProperty("FillColor"))));
this.setFillStyle(new MQFillStyle(Math.floor(this.getProperty("FillStyle"))));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQRectanglePrimitive.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getUpperLeftLatLng().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "UpperLeftLatLng"));
newNode = MQA.createXMLDoc(this.getLowerRightLatLng().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "LowerRightLatLng"));
newNode = MQA.createXMLDoc(this.getUpperLeftPoint().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "UpperLeftPoint"));
newNode = MQA.createXMLDoc(this.getLowerRightPoint().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "LowerRightPoint"));
this.setProperty("DrawTrigger", this.getDrawTrigger().intValue());
this.setProperty("CoordinateType", this.getCoordinateType().intValue());
this.setProperty("Color", this.getColor().intValue());
this.setProperty("Style", this.getStyle().intValue());
this.setProperty("FillColor", this.getFillColor().intValue());
this.setProperty("FillStyle", this.getFillStyle().intValue());
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets the value representing the width of this object.
* @param {int} width The new Width to be assigned to this object.
* @type void
*/
MQRectanglePrimitive.prototype.setWidth = function(width) {
this.setProperty("Width", width);
};
/**
* Returns the value representing the width of this object.
* @return The Width of this object.
* @type int
*/
MQRectanglePrimitive.prototype.getWidth = function() {
return this.getProperty("Width");
}
// End Class MQRectanglePrimitive
// Begin Class MQEllipsePrimitive
/* Inheirit from MQRectanglePrimitive */
MQEllipsePrimitive.prototype = new MQRectanglePrimitive();
MQEllipsePrimitive.prototype.constructor = MQEllipsePrimitive;
/**
* Constructs a new MQEllipsePrimitive object.
* @class Describes circle annotations to be placed on the map. The ellipse
* is positioned by the Upper Left and Lower Right coordinates of a
* bounding rectangle. The coordinates are converted into
* latitude/longitude points so the annotation can be placed in the
* same geographical location after the map is manipulated.
* @extends MQRectanglePrimitive
*/
function MQEllipsePrimitive() {
MQRectanglePrimitive.call(this);
this.setM_Xpath("EllipsePrimitive");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getELLIPSEPRIMITIVE()));
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQEllipsePrimitive.prototype.getClassName = function() {
return "MQEllipsePrimitive";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQEllipsePrimitive.prototype.getObjectVersion = function() {
return 0;
};
// End Class MQEllipsePrimitive
// Begin Class MQSymbolPrimitive
/* Inheirit from MQPrimitive */
MQSymbolPrimitive.prototype = new MQPrimitive();
MQSymbolPrimitive.prototype.constructor = MQSymbolPrimitive;
/**
* Constructs a new MQSymbolPrimitive object.
* @class Describes a SymbolPrimitive to be placed on a map. The SymbolPrimitive is initially
* located by an X/Y coordinate. The coordinate is converted into a
* latitude/longitude point so the SymbolPrimitive can be placed in the same
* geographical location after the map is manipulated.
* @extends MQPrimitive
* @see MQPoint
* @see MQLatLng
* @see MQSymbolType
*/
function MQSymbolPrimitive() {
MQPrimitive.call(this);
this.setM_Xpath("SymbolPrimitive");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getSYMBOLPRIMITIVE()));
/**
* Value to represent the x/y of the center of the map
* @type MQPoint
*/
var m_pt = new MQPoint("CenterPoint");
/**
* Gets the x/y of the center of the map
* @return The m_pt object.
* @type MQPoint
*/
this.getCenterPoint = function() {
return m_pt;
};
/**
* Sets the x/y of the center of the map
* @param {MQPoint} point the MQPoint to set m_pt to.
* @type void
*/
this.setCenterPoint = function(point) {
m_pt.setXY(point.getX(), point.getY());
};
/**
* Value to represent the latitude/longitude of the center of the map
* @type MQLatLng
*/
var m_ll = new MQLatLng("CenterLatLng");
/**
* Gets the latitude/longitude of the center of the map
* @return The m_ll object.
* @type MQLatLng
*/
this.getCenterLatLng = function() {
return m_ll;
};
/**
* Sets the latitude/longitude of the center of the map
* @param {MQLatLng} latLng the MQLatLng to set m_ll to.
* @type void
*/
this.setCenterLatLng = function(latLng) {
m_ll.setLatLng(latLng.getLatitude(), latLng.getLongitude());
};
/**
* Value to for symbol type
* @type MQSymbolType
*/
var m_SymbolType = new MQSymbolType(MQCONSTANT.MQSYMBOLTYPE_RASTER);
/**
* Gets the m_SymbolType
* @return The m_SymbolType object.
* @type MQSymbolType
*/
this.getSymbolType = function() {
return m_SymbolType;
};
/**
* Sets the m_SymbolType
* @param {MQSymbolType} obj the MQSymbolType to set m_SymbolType to.
* @type void
*/
this.setSymbolType = function(obj) {
if (obj) {
if (obj.getClassName() === "MQSymbolType") {
m_SymbolType = obj;
}
}
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQSymbolPrimitive.prototype.getClassName = function() {
return "MQSymbolPrimitive";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQSymbolPrimitive.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQSymbolPrimitive.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var latlng = this.getCenterLatLng();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterLatLng") !== null)
latlng.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterLatLng")));
var point = this.getCenterPoint();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterPoint") !== null)
point.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterPoint")));
this.setDrawTrigger(new MQDrawTrigger(Math.floor(this.getProperty("DrawTrigger"))));
this.setCoordinateType(new MQCoordinateType(Math.floor(this.getProperty("CoordinateType"))));
this.setSymbolType(new MQSymbolType(Math.floor(this.getProperty("SymbolType"))));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQSymbolPrimitive.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getCenterLatLng().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "CenterLatLng"));
newNode = MQA.createXMLDoc(this.getCenterPoint().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "CenterPoint"));
this.setProperty("DrawTrigger", this.getDrawTrigger().intValue());
this.setProperty("CoordinateType", this.getCoordinateType().intValue());
this.setProperty("SymbolType", this.getSymbolType().intValue());
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets the value representing the symbolName of this object.
* @param {String} symbolName The new SymbolName to be assigned to this object.
* @type void
*/
MQSymbolPrimitive.prototype.setSymbolName = function(symbolName) {
this.setProperty("SymbolName", symbolName);
};
/**
* Returns the value representing the symbolName of this object.
* @return The SymbolName of this object.
* @type String
*/
MQSymbolPrimitive.prototype.getSymbolName = function() {
return this.getProperty("SymbolName");
}
// End Class MQSymbolPrimitive
// Begin Class MQTextPrimitive
/* Inheirit from MQPrimitive */
MQTextPrimitive.prototype = new MQPrimitive();
MQTextPrimitive.prototype.constructor = MQTextPrimitive;
/**
* Constructs a new MQTextPrimitive object.
* @class Describes text to be placed on the map. The text is initially
* located by the X/Y coordinate. The coordinate is converted into a
* latitude/longitude point so the annotation can be placed in the
* same geographical location after the map is manipulated.
* @extends MQPrimitive
* @see MQColorStyle
* @see MQFontStyle
* @see MQLatLng
* @see MQPoint
* @see MQConstants
*/
function MQTextPrimitive() {
MQPrimitive.call(this);
this.setM_Xpath("TextPrimitive");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getTEXTPRIMITIVE()));
/**
* Value to represent the x/y of the upper left of the map
* @type MQPoint
*/
var m_pt = new MQPoint("UpperLeftPoint");
/**
* Gets the x/y of the upper left of the map
* @return The m_pt object.
* @type MQPoint
*/
this.getUpperLeftPoint = function() {
return m_pt;
};
/**
* Sets the x/y of the upper left of the map
* @param {MQPoint} point The MQPoint to set m_pt to.
* @type void
*/
this.setUpperLeftPoint = function(point) {
m_pt.setXY(point.getX(), point.getY());
};
/**
* Value to represent the latitude/longitude of the upper left of the map
* @type MQLatLng
*/
var m_ll = new MQLatLng("UpperLeftLatLng");
/**
* Gets the latitude/longitude of the upper left of the map
* @return The m_ll object.
* @type MQLatLng
*/
this.getUpperLeftLatLng = function() {
return m_ll;
};
/**
* Sets the latitude/longitude of the upper left of the map
* @param {MQLatLng} latLng The MQLatLng to set m_ll to.
* @type void
*/
this.setUpperLeftLatLng = function(latLng) {
m_ll.setLatLng(latLng.getLatitude(), latLng.getLongitude());
};
/**
* Value to represent the color style to be used
* @type MQColorStyle
*/
var m_color = new MQColorStyle(MQCONSTANT.MQCOLORSTYLE_BLACK);
/**
* Gets the color.
* @return The m_color type.
* @type MQColorStyle
*/
this.getColor = function() {
return m_color;
};
/**
* Sets the color.
* @param {MQColorStyle} obj The MQColorStyle to set m_color type to.
* @type void
*/
this.setColor = function(obj) {
if (obj) {
if (obj.getClassName() === "MQColorStyle") {
m_color = obj;
}
}
};
/**
* Value to represent the font style to be used
* @type MQFontStyle
*/
var m_nStyle = new MQFontStyle(MQCONSTANT.MQFONTSTYLE_BOXED);
/**
* Gets the font style.
* @return The m_nStyle.
* @type MQFontStyle
*/
this.getStyle = function() {
return m_nStyle;
};
/**
* Sets the font style.
* @param {MQFontStyle} obj The MQFontStyle to set m_nStyle type to.
* @type void
*/
this.setStyle = function(obj) {
if (obj) {
if (obj.getClassName() === "MQFontStyle") {
m_nStyle = obj;
}
}
};
/**
* Value to represent the background color style to be used
* @type MQColorStyle
*/
var m_bgdColor = new MQColorStyle(MQCONSTANT.MQCOLORSTYLE_WHITE);
/**
* Gets the background color.
* @return The m_bgdColor type.
* @type MQColorStyle
*/
this.getBkgdColor = function() {
return m_bgdColor;
};
/**
* Sets the background color.
* @param {MQColorStyle} obj The MQColorStyle to set m_bgdColor type to.
* @type void
*/
this.setBkgdColor = function(obj) {
if (obj) {
if (obj.getClassName() === "MQColorStyle") {
m_bgdColor = obj;
}
}
};
/**
* Value to represent the box outline color style to be used
* @type MQColorStyle
*/
var m_lBoxOutlineColor = new MQColorStyle(MQCONSTANT.MQCOLORSTYLE_INVALID);
/**
* Gets the box outline color.
* @return The m_lBoxOutlineColor type.
* @type MQColorStyle
*/
this.getBoxOutlineColor = function() {
return m_lBoxOutlineColor;
};
/**
* Sets the box outline color.
* @param {MQColorStyle} obj The MQColorStyle to set m_lBoxOutlineColor type to.
* @type void
*/
this.setBoxOutlineColor = function(obj) {
if (obj) {
if (obj.getClassName() === "MQColorStyle") {
m_lBoxOutlineColor = obj;
}
}
};
/**
* Value to represent the outline color style to be used
* @type MQColorStyle
*/
var m_lOutlineColor = new MQColorStyle(MQCONSTANT.MQCOLORSTYLE_INVALID);
/**
* Gets the outline color.
* @return The m_lOutlineColor type.
* @type MQColorStyle
*/
this.getOutlineColor = function() {
return m_lOutlineColor;
};
/**
* Sets the outline color.
* @param {MQColorStyle} obj The MQColorStyle to set m_lOutlineColor type to.
* @type void
*/
this.setOutlineColor = function(obj) {
if (obj) {
if (obj.getClassName() === "MQColorStyle") {
m_lOutlineColor = obj;
}
}
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQTextPrimitive.prototype.getClassName = function() {
return "MQTextPrimitive";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQTextPrimitive.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQTextPrimitive.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var latlng = this.getUpperLeftLatLng();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/UpperLeftLatLng") !== null)
latlng.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/UpperLeftLatLng")));
var point = this.getUpperLeftPoint();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/UpperLeftPoint") !== null)
point.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/UpperLeftPoint")));
this.setDrawTrigger(new MQDrawTrigger(Math.floor(this.getProperty("DrawTrigger"))));
this.setCoordinateType(new MQCoordinateType(Math.floor(this.getProperty("CoordinateType"))));
this.setColor(new MQColorStyle(Math.floor(this.getProperty("Color"))));
this.setStyle(new MQFontStyle(Math.floor(this.getProperty("Style"))));
this.setBkgdColor(new MQColorStyle(Math.floor(this.getProperty("BkgdColor"))));
this.setBoxOutlineColor(new MQColorStyle(Math.floor(this.getProperty("BoxOutlineColor"))));
this.setOutlineColor(new MQColorStyle(Math.floor(this.getProperty("OutlineColor"))));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQTextPrimitive.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getUpperLeftLatLng().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "UpperLeftLatLng"));
newNode = MQA.createXMLDoc(this.getUpperLeftPoint().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "UpperLeftPoint"));
this.setProperty("DrawTrigger", this.getDrawTrigger().intValue());
this.setProperty("CoordinateType", this.getCoordinateType().intValue());
this.setProperty("Color", this.getColor().intValue());
this.setProperty("Style", this.getStyle().intValue());
this.setProperty("BkgdColor", this.getBkgdColor().intValue());
this.setProperty("BoxOutlineColor", this.getBoxOutlineColor().intValue());
this.setProperty("OutlineColor", this.getOutlineColor().intValue());
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets the Text of this object.
* @param {String} str The new Text of this object.
* @type void
*/
MQTextPrimitive.prototype.setText = function(str) {
this.setProperty("Text", str);
};
/**
* Returns the Text of this object.
* @return The new Text of this object.
* @type String
*/
MQTextPrimitive.prototype.getText = function() {
return this.getProperty("Text");
}
/**
* Sets the FontName of this object.
* @param {String} str The new FontName of this object.
* @type void
*/
MQTextPrimitive.prototype.setFontName = function(str) {
this.setProperty("FontName", str);
};
/**
* Returns the FontName of this object.
* @return The new FontName of this object.
* @type String
*/
MQTextPrimitive.prototype.getFontName = function() {
return this.getProperty("FontName");
}
/**
* Sets the Width of this object.
* @param {int} val The new Width of this object.
* @type void
*/
MQTextPrimitive.prototype.setWidth = function(val) {
this.setProperty("Width", val);
};
/**
* Returns the Width of this object.
* @return The new Width of this object.
* @type int
*/
MQTextPrimitive.prototype.getWidth = function() {
return this.getProperty("Width");
}
/**
* Sets the FontSize of this object.
* @param {int} val The new FontSize of this object.
* @type void
*/
MQTextPrimitive.prototype.setFontSize = function(val) {
this.setProperty("FontSize", val);
};
/**
* Returns the FontSize of this object.
* @return The new FontSize of this object.
* @type int
*/
MQTextPrimitive.prototype.getFontSize = function() {
return this.getProperty("FontSize");
}
/**
* Sets the Margin of this object.
* @param {int} val The new Margin of this object.
* @type void
*/
MQTextPrimitive.prototype.setMargin = function(val) {
this.setProperty("Margin", val);
};
/**
* Returns the Margin of this object.
* @return The new Margin of this object.
* @type int
*/
MQTextPrimitive.prototype.getMargin = function() {
return this.getProperty("Margin");
}
/**
* Sets the TextAlignment of this object.
* @param {int} val The new TextAlignment of this object.
* @type void
*/
MQTextPrimitive.prototype.setTextAlignment = function(val) {
this.setProperty("TextAlignment", val);
};
/**
* Returns the TextAlignment of this object.
* @return The new TextAlignment of this object.
* @type int
*/
MQTextPrimitive.prototype.getTextAlignment = function() {
return this.getProperty("TextAlignment");
}
// End Class MQTextPrimitive
// Begin class MQFeatureSpecifier
/* Inheirit from MQObject */
MQFeatureSpecifier.prototype = new MQObject();
MQFeatureSpecifier.prototype.constructor = MQFeatureSpecifier;
/**
* Constructs a new MQFeatureSpecifier object.
* @class Describes FeatureSpecifier annotations to be placed on the map. The FeatureSpecifier is
* converted into latitude/longitude points so it can be placed in the
* same geographical location after the map is manipulated.
* @extends MQObject
* @see MQFeatureSpeciferAttributeType
*/
function MQFeatureSpecifier() {
MQObject.call(this);
this.setM_Xpath("FeatureSpecifier");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getFEATURESPECIFIER()));
/**
* Value to represent the Feature Specifer Attribute Type to be used
* @type MQFeatureSpeciferAttributeType
*/
var m_Type = new MQFeatureSpeciferAttributeType(MQCONSTANT.MQFEATURESPECIFERATTRIBUTETYPE_GEFID);
/**
* Gets the Feature Specifer Attribute Type.
* @return The m_Type.
* @type MQFeatureSpeciferAttributeType
*/
this.getAttributeType = function() {
return m_Type;
};
/**
* Sets the Feature Specifer Attribute Type.
* @param {MQFeatureSpeciferAttributeType} obj The MQFeatureSpeciferAttributeType to set m_Type to.
* @type void
*/
this.setAttributeType = function(obj) {
if (obj) {
if (obj.getClassName() === "MQFeatureSpeciferAttributeType") {
m_Type = obj;
}
}
};
};
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQFeatureSpecifier.prototype.getClassName = function() {
return "MQFeatureSpecifier";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQFeatureSpecifier.prototype.getObjectVersion = function() {
return 0;
};
/**
* Set attribute value member of the FeatureSpecifier.
* @param {String} val The value member of the FeatureSpecifier.
* @type void
*/
MQFeatureSpecifier.prototype.setAttributeValue = function(val) {
this.setProperty("AttributeValue", val);
};
/**
* Get attribute value member of the FeatureSpecifier.
* @return The new value member of the FeatureSpecifier.
* @type String
*/
MQFeatureSpecifier.prototype.getAttributeValue = function() {
return this.getProperty("AttributeValue");
};
// End class MQFeatureSpecifier
// Begin class MQBaseDTStyle
/* Inheirit from MQObject */
MQBaseDTStyle.prototype = new MQObject();
MQBaseDTStyle.prototype.constructor = MQBaseDTStyle;
/**
* Constructs a new MQBaseDTStyle object.
* @class This is the base class for the DTStyle and DTStyleEx objects.
* @extends MQObject
* @see MQDTFeatureStyleEx
* @see MQDTStyle
* @see MQDTStyleEx
*/
function MQBaseDTStyle() {
MQObject.call(this);
};
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQBaseDTStyle.prototype.getClassName = function() {
return "MQBaseDTStyle";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQBaseDTStyle.prototype.getObjectVersion = function() {
return 0;
};
/**
* Sets the DT of this object.
* @param {int} val The new DT of this object.
* @type void
*/
MQBaseDTStyle.prototype.setDT = function(val) {
this.setProperty("DT", val);
};
/**
* Returns the DT of this object.
* @return The new DT of this object.
* @type int
*/
MQBaseDTStyle.prototype.getDT = function() {
return this.getProperty("DT");
}
/**
* Sets the HighScale of this object.
* @param {int} val The new HighScale of this object.
* @type void
*/
MQBaseDTStyle.prototype.setHighScale = function(val) {
this.setProperty("HighScale", val);
};
/**
* Returns the HighScale of this object.
* @return The new HighScale of this object.
* @type int
*/
MQBaseDTStyle.prototype.getHighScale = function() {
return this.getProperty("HighScale");
}
/**
* Sets the LowScale of this object.
* @param {int} val The new LowScale of this object.
* @type void
*/
MQBaseDTStyle.prototype.setLowScale = function(val) {
this.setProperty("LowScale", val);
};
/**
* Returns the LowScale of this object.
* @return The new LowScale of this object.
* @type int
*/
MQBaseDTStyle.prototype.getLowScale = function() {
return this.getProperty("LowScale");
};
/**
* Checks the equality of the values of two MQBaseDTStyle objects.
* @return True if values are equal and false otherwise.
* @type Boolean
*/
MQBaseDTStyle.prototype.equals = function(type) {
if (type) {
try {
var className = type.getClassName();
} catch (error) {
alert("Invalid type for this function!");
throw "Invalid type for this function!";
}
if (className === this.getClassName()) {
return (this.getDT() === type.getDT() &&
this.getHighScale() === type.getHighScale() &&
this.getLowScale() === type.getLowScale());
} else {
alert("Invalid type for this function!");
throw "Invalid type for this function!";
}
} else {
alert("An MQBaseDTStyle parameter must be provided for this function!");
throw "An MQBaseDTStyle parameter must be provided for this function!";
}
};
// End class MQBaseDTStyle
// Begin class MQDTStyle
/* Inheirit from MQBaseDTStyle */
MQDTStyle.prototype = new MQBaseDTStyle();
MQDTStyle.prototype.constructor = MQDTStyle;
/**
* Constructs a new MQDTStyle object.
* @class Contains the appearance characteristics of all features for a given
* display type. These characteristics include the icon name, icon type
* (Raster or Metafile), icon visible, label visible, low scale index,
* and high scale index. The scale indexes indicate the range of map
* scales at which the display type style applies. If the user desires
* to create his own icon, it must be a .BMP, which is a raster image.
*
* In order to modify feature types other than points or use complex
* style descriptions, use the Style File Editor application to design
* complex styles to use with the DTStyleEx class. The Style File
* Editor application can export complex styles as map style strings.
* The DTStyleEx class has all the functionality described for DTStyle,
* and additionally can modify or add styles for point, line, and
* polygon map features using map style strings.
* @extends MQBaseDTStyle
*/
function MQDTStyle() {
MQBaseDTStyle.call(this);
this.setM_Xpath("DTStyle");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getDTSTYLE()));
/**
* Value to represent the font color style to be used
* @type MQColorStyle
*/
var m_FontColor = new MQColorStyle(MQCONSTANT.MQCOLORSTYLE_INVALID);
/**
* Gets the color.
* @return The m_FontColor type.
* @type MQColorStyle
*/
this.getFontColor = function() {
return m_FontColor;
};
/**
* Sets the color.
* @param {MQColorStyle} obj The MQColorStyle to set m_FontColor type to.
* @type void
*/
this.setFontColor = function(obj) {
if (obj) {
if (obj.getClassName() === "MQColorStyle") {
m_FontColor = obj;
}
}
};
/**
* Value to represent the font outline color style to be used
* @type MQColorStyle
*/
var m_FontOutlineColor = new MQColorStyle(MQCONSTANT.MQCOLORSTYLE_INVALID);
/**
* Gets the FontOutlineColor.
* @return The m_FontOutlineColor type.
* @type MQColorStyle
*/
this.getFontOutlineColor = function() {
return m_FontOutlineColor;
};
/**
* Sets the FontOutlineColor.
* @param {MQColorStyle} obj The MQColorStyle to set m_FontOutlineColor type to.
* @type void
*/
this.setFontOutlineColor = function(obj) {
if (obj) {
if (obj.getClassName() === "MQColorStyle") {
m_FontOutlineColor = obj;
}
}
};
/**
* Value to represent the font box background color style to be used
* @type MQColorStyle
*/
var m_FontBoxBkgdColor = new MQColorStyle(MQCONSTANT.MQCOLORSTYLE_INVALID);
/**
* Gets the FontBoxBkgdColor.
* @return The m_FontBoxBkgdColor type.
* @type MQColorStyle
*/
this.getFontBoxBkgdColor = function() {
return m_FontBoxBkgdColor;
};
/**
* Sets the FontBoxBkgdColor.
* @param {MQColorStyle} obj The MQColorStyle to set m_FontBoxBkgdColor type to.
* @type void
*/
this.setFontBoxBkgdColor = function(obj) {
if (obj) {
if (obj.getClassName() === "MQColorStyle") {
m_FontBoxBkgdColor = obj;
}
}
};
/**
* Value to represent the font box outline color style to be used
* @type MQColorStyle
*/
var m_FontBoxOutlineColor = new MQColorStyle(MQCONSTANT.MQCOLORSTYLE_INVALID);
/**
* Gets the FontBoxOutlineColor.
* @return The m_FontBoxOutlineColor type.
* @type MQColorStyle
*/
this.getFontBoxOutlineColor = function() {
return m_FontBoxOutlineColor;
};
/**
* Sets the FontBoxOutlineColor.
* @param {MQColorStyle} obj The MQColorStyle to set m_FontBoxOutlineColor type to.
* @type void
*/
this.setFontBoxOutlineColor = function(obj) {
if (obj) {
if (obj.getClassName() === "MQColorStyle") {
m_FontBoxOutlineColor = obj;
}
}
};
/**
* Value to represent the font style to be used
* @type MQFontStyle
*/
var m_FontStyle = new MQFontStyle(MQCONSTANT.MQFONTSTYLE_INVALID);
/**
* Gets the font.
* @return The m_FontStyle type.
* @type MQFontStyle
*/
this.getFontStyle = function() {
return m_FontStyle;
};
/**
* Sets the font.
* @param {MQFontStyle} obj The MQFontStyle to set m_FontStyle type to.
* @type void
*/
this.setFontStyle = function(obj) {
if (obj) {
if (obj.getClassName() === "MQFontStyle") {
m_FontStyle = obj;
}
}
};
/**
* Value to represent the symbol type to be used
* @type MQSymbolType
*/
var m_SymbolType = new MQSymbolType(MQCONSTANT.MQSYMBOLTYPE_RASTER);
/**
* Gets the color.
* @return The m_SymbolType type.
* @type MQSymbolType
*/
this.getSymbolType = function() {
return m_SymbolType;
};
/**
* Sets the color.
* @param {MQSymbolType} obj The MQSymbolType to set m_SymbolType type to.
* @type void
*/
this.setSymbolType = function(obj) {
if (obj) {
if (obj.getClassName() === "MQSymbolType") {
m_SymbolType = obj;
}
}
};
};
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQDTStyle.prototype.getClassName = function() {
return "MQDTStyle";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQDTStyle.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQDTStyle.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
this.setFontColor(new MQColorStyle(Math.floor(this.getProperty("FontColor"))));
this.setFontOutlineColor(new MQColorStyle(Math.floor(this.getProperty("FontOutlineColor"))));
this.setFontBoxBkgdColor(new MQColorStyle(Math.floor(this.getProperty("FontBoxBkgdColor"))));
this.setFontBoxOutlineColor(new MQColorStyle(Math.floor(this.getProperty("FontBoxOutlineColor"))));
this.setFontStyle(new MQFontStyle(Math.floor(this.getProperty("FeatureSpeciferAttributeType"))));
this.setSymbolType(new MQSymbolType(Math.floor(this.getProperty("SymbolType"))));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQDTStyle.prototype.saveXml = function() {
this.setProperty("FontColor", this.getFontColor().intValue());
this.setProperty("FontOutlineColor", this.getFontOutlineColor().intValue());
this.setProperty("FontBoxBkgdColor", this.getFontBoxBkgdColor().intValue());
this.setProperty("FontBoxOutlineColor", this.getFontBoxOutlineColor().intValue());
this.setProperty("FontStyle", this.getFontStyle().intValue());
this.setProperty("SymbolType", this.getSymbolType().intValue());
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets the SymbolName of this object.
* @param {String} val The new SymbolName of this object.
* @type void
*/
MQDTStyle.prototype.setSymbolName = function(val) {
this.setProperty("SymbolName", val);
};
/**
* Returns the SymbolName of this object.
* @return The new SymbolName of this object.
* @type String
*/
MQDTStyle.prototype.getSymbolName = function() {
return this.getProperty("SymbolName");
};
/**
* Sets the FontName of this object.
* @param {String} val The new FontName of this object.
* @type void
*/
MQDTStyle.prototype.setFontName = function(val) {
this.setProperty("FontName", val);
};
/**
* Returns the FontName of this object.
* @return The new FontName of this object.
* @type String
*/
MQDTStyle.prototype.getFontName = function() {
return this.getProperty("FontName");
};
/**
* Sets the Visible flag.
* @param {Boolean} bFlag The Visible flag
* @type void
*/
MQDTStyle.prototype.setVisible = function(bFlag) {
this.setProperty("Visible", (bFlag === true) ? 1 : 0);
};
/**
* Gets the Visible flag
* @return true if a Visible = 1, false otherwise.
* @type boolean
*/
MQDTStyle.prototype.getVisible = function() {
return (this.getProperty("Visible") == 1) ? true : false;
};
/**
* Sets the LabelVisible flag.
* @param {Boolean} bFlag The LabelVisible flag
* @type void
*/
MQDTStyle.prototype.setLabelVisible = function(bFlag) {
this.setProperty("LabelVisible", (bFlag === true) ? 1 : 0);
};
/**
* Gets the LabelVisible flag
* @return true if a LabelVisible = 1, false otherwise.
* @type boolean
*/
MQDTStyle.prototype.getLabelVisible = function() {
return (this.getProperty("LabelVisible") == 1) ? true : false;
};
/**
* Sets the FontSize of this object.
* @param {int} val The new FontSize of this object.
* @type void
*/
MQDTStyle.prototype.setFontSize = function(val) {
this.setProperty("FontSize", val);
};
/**
* Returns the FontSize of this object.
* @return The new FontSize of this object.
* @type int
*/
MQDTStyle.prototype.getFontSize = function() {
return this.getProperty("FontSize");
}
/**
* Sets the FontBoxMargin of this object.
* @param {int} val The new FontBoxMargin of this object.
* @type void
*/
MQDTStyle.prototype.setFontBoxMargin = function(val) {
this.setProperty("FontBoxMargin", val);
};
/**
* Returns the FontBoxMargin of this object.
* @return The new FontBoxMargin of this object.
* @type int
*/
MQDTStyle.prototype.getFontBoxMargin = function() {
return this.getProperty("FontBoxMargin");
}
// End class MQDTStyle
// Begin class MQDTStyleEx
/* Inheirit from MQBaseDTStyle */
MQDTStyleEx.prototype = new MQBaseDTStyle();
MQDTStyleEx.prototype.constructor = MQDTStyleEx;
/**
* Constructs a new MQDTStyleEx object.
* @class This is the base class for the DTStyle and DTStyleEx objects.
* @extends MQBaseDTStyle
*/
function MQDTStyleEx() {
MQBaseDTStyle.call(this);
this.setM_Xpath("DTStyleEx");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getDTSTYLEEX()));
};
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQDTStyleEx.prototype.getClassName = function() {
return "MQDTStyleEx";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQDTStyleEx.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQDTStyleEx.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQDTStyleEx.prototype.saveXml = function() {
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets the StyleString of this object.
* @param {String} val The new StyleString of this object.
* @type void
*/
MQDTStyleEx.prototype.setStyleString = function(val) {
this.setProperty("StyleString", val);
};
/**
* Returns the StyleString of this object.
* @return The new StyleString of this object.
* @type String
*/
MQDTStyleEx.prototype.getStyleString = function() {
return this.getProperty("StyleString");
};
// End class MQDTStyleEx
// Begin class MQDTFeatureStyleEx
/* Inheirit from MQDTStyle */
MQDTFeatureStyleEx.prototype = new MQDTStyleEx();
MQDTFeatureStyleEx.prototype.constructor = MQDTFeatureStyleEx;
/**
* Constructs a new MQDTFeatureStyleEx object.
* @class Contains the appearance characteristics of all features for a given
* display type. These characteristics include the icon name, icon type
* (Raster or Metafile), icon visible, label visible, low scale index,
* and high scale index. The scale indexes indicate the range of map
* scales at which the display type style applies. If the user desires
* to create his own icon, it must be a .BMP, which is a raster image.
*
* The MQDTFeatureStyleEx class is very similar to DTStyleEx, but lets
* developers specify what map features to override by providing its
* name or unique ID (GEF ID) within a map data set.
* @extends MQDTStyleEx
* @see MQFeatureSpecifierCollection
*/
function MQDTFeatureStyleEx() {
MQBaseDTStyle.call(this);
this.setM_Xpath("DTStyleEx");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getDTFEATURESTYLEEX()));
/**
* Value to represent Feature Specifier Collection
* @type MQFeatureSpecifierCollection
*/
var m_Col = new MQFeatureSpecifierCollection("FeatureSpecifier");
m_Col.setM_Xpath("FeatureSpecifierCollection");
/**
* Returns the m_Col object.
* @return The m_Col object.
* @type MQFeatureSpecifierCollection
*/
this.getFeatureSpecifiers = function() {
return m_Col;
};
/**
* Sets the m_Col object.
* @param {MQFeatureSpecifierCollection} col the MQFeatureSpecifierCollection to set m_Col to.
* @type void
*/
this.setFeatureSpecifiers = function(col) {
if (mqIsClass(m_Col.getClassName(), col, false)) {
m_Col.removeAll();
m_Col.append(col);
}
};
};
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQDTFeatureStyleEx.prototype.getClassName = function() {
return "MQDTFeatureStyleEx";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQDTFeatureStyleEx.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQDTFeatureStyleEx.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQDTFeatureStyleEx.prototype.saveXml = function() {
return mqXmlToStr(this.getM_XmlDoc());
};
// End class MQDTStyleEx
// Begin Class MQMapCommand
/* Inheirit from MQObject */
MQMapCommand.prototype = new MQObject();
MQMapCommand.prototype.constructor = MQMapCommand;
/**
* Constructs a new MQMapCommand object.
* @class Allows actions (such as panning, zooming in, and zooming out) to be
* performed on a map.
* @extends MQObject
*/
function MQMapCommand() {
MQObject.call(this);
this.setM_Xpath("DTStyleEx");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getDTFEATURESTYLEEX()));
/**
* Value to represent Feature Specifier Collection
* @type MQFeatureSpecifierCollection
*/
var m_Col = new MQFeatureSpecifierCollection("FeatureSpecifier");
m_Col.setM_Xpath("FeatureSpecifierCollection");
/**
* Returns the m_Col object.
* @return The m_Col object.
* @type MQFeatureSpecifierCollection
*/
this.getFeatureSpecifiers = function() {
return m_Col;
};
/**
* Sets the m_Col object.
* @param {MQFeatureSpecifierCollection} col the MQFeatureSpecifierCollection to set m_Col to.
* @type void
*/
this.setFeatureSpecifiers = function(col) {
if (col.getClassName() === "MQFeatureSpecifierCollection")
m_Col = col;
else {
alert("failure in setFeatureSpecifiers");
throw "failure in setFeatureSpecifiers";
}
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQMapCommand.prototype.getClassName = function() {
return "MQMapCommand";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQMapCommand.prototype.getObjectVersion = function() {
return 0;
};
// End class MQMapCommand
// Begin Class MQBestFit
/* Inheirit from MQMapCommand */
MQBestFit.prototype = new MQMapCommand();
MQBestFit.prototype.constructor = MQBestFit;
/**
* Constructs a new MQBestFit object.
* @class Calculates the best scale and center point of a map for the given
* set of features in the Session. For example, if you place 20
* points in a FeatureCollection object in your Session, adding a
* BestFit object to the Session adjusts the MapState object so that
* the map optimally displays all 20 points.
* @extends MQMapCommand
* @see MQDTCollection
*/
function MQBestFit() {
MQMapCommand.call(this);
this.setM_Xpath("BestFit");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getBESTFIT()));
/**
* Value to represent DT Collection
* @type MQDTCollection
*/
var m_DisplayTypes = new MQDTCollection();
m_DisplayTypes.setM_Xpath("DisplayTypes");
/**
* Returns the m_DisplayTypes collection.
* @return The m_DisplayTypes collection.
* @type MQDTCollection
*
*/
this.getDisplayTypes = function() {
return m_DisplayTypes;
};
/**
* Sets the m_DisplayTypes collection.
* @param {MQDTCollection} col The collection to set m_DisplayTypes to.
* @type void
*
*/
this.setDisplayTypes = function(col) {
m_DisplayTypes.removeAll();
m_DisplayTypes.append(col);
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQBestFit.prototype.getClassName = function() {
return "MQBestFit";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQBestFit.prototype.getObjectVersion = function() {
return 2;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQBestFit.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var obj = this.getDisplayTypes();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/DisplayTypes") !== null)
obj.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/DisplayTypes")));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQBestFit.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getDisplayTypes().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "DisplayTypes"));
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets the IncludePrimitives flag.
* @param {Boolean} bFlag The IncludePrimitives flag
* @type void
*/
MQBestFit.prototype.setIncludePrimitives = function(bFlag) {
this.setProperty("IncludePrimitives", (bFlag === true) ? 1 : 0);
};
/**
* Gets the IncludePrimitives flag
* @return true if a IncludePrimitives = 1, false otherwise.
* @type boolean
*/
MQBestFit.prototype.getIncludePrimitives = function() {
return (this.getProperty("IncludePrimitives") == 1) ? true : false;
};
/**
* Sets the KeepCenter flag.
* @param {Boolean} bFlag The KeepCenter flag
* @type void
*/
MQBestFit.prototype.setKeepCenter = function(bFlag) {
this.setProperty("KeepCenter", (bFlag === true) ? 1 : 0);
};
/**
* Gets the KeepCenter flag
* @return true if a KeepCenter = 1, false otherwise.
* @type boolean
*/
MQBestFit.prototype.getKeepCenter = function() {
return (this.getProperty("KeepCenter") == 1) ? true : false;
};
/**
* Sets the SnapToZoomLevel flag.
* @param {Boolean} bFlag The SnapToZoomLevel flag
* @type void
*/
MQBestFit.prototype.setSnapToZoomLevel = function(bFlag) {
this.setProperty("SnapToZoomLevel", (bFlag === true) ? 1 : 0);
};
/**
* Gets the SnapToZoomLevel flag
* @return true if a SnapToZoomLevel = 1, false otherwise.
* @type boolean
*/
MQBestFit.prototype.getSnapToZoomLevel = function() {
return (this.getProperty("SnapToZoomLevel") == 1) ? true : false;
};
/**
* Sets the ScaleAdjustmentFactor of this object.
* @param {Double} val The new ScaleAdjustmentFactor of this object.
* @type void
*/
MQBestFit.prototype.setScaleAdjustmentFactor = function(val) {
this.setProperty("ScaleAdjFactor", val);
};
/**
* Returns the ScaleAdjustmentFactor of this object.
* @return The new ScaleAdjustmentFactor of this object.
* @type Double
*/
MQBestFit.prototype.getScaleAdjustmentFactor = function() {
return this.getProperty("ScaleAdjFactor");
}
// End class MQBestFit
// Begin Class MQBestFitLL
/* Inheirit from MQMapCommand */
MQBestFitLL.prototype = new MQMapCommand();
MQBestFitLL.prototype.constructor = MQBestFitLL;
/**
* Constructs a new MQBestFitLL object.
* @class Calculates the best scale and center point of a map for the given
* collection Lat/Lngs. Adding a BestFitLL object to the Session
* adjusts the MapState object so that the map optimally displays all
* Lat/Lngs in the LatLngCollection set in the BestFitLL object.
* @extends MQMapCommand
* @see MQLatLngCollection
*/
function MQBestFitLL() {
MQMapCommand.call(this);
this.setM_Xpath("BestFitLL");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getBESTFITLL()));
/**
* Value to represent LatLng Collection
* @type MQLatLngCollection
*/
var m_LatLng = new MQLatLngCollection();
m_LatLng.setM_Xpath("LatLngs");
/**
* Returns the m_LatLng collection.
* @return The m_LatLng collection.
* @type MQLatLngCollection
*
*/
this.getLatLngs = function() {
return m_LatLng;
};
/**
* Sets the m_LatLng collection.
* @param {MQLatLngCollection} col The collection to set m_LatLng to.
* @type void
*
*/
this.setLatLngs = function(col) {
m_LatLng.removeAll();
m_LatLng.append(col);
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQBestFitLL.prototype.getClassName = function() {
return "MQBestFitLL";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQBestFitLL.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQBestFitLL.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var obj = this.getLatLngs();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LatLngs") !== null)
obj.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LatLngs")));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQBestFitLL.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getLatLngs().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "LatLngs"));
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets the KeepCenter flag.
* @param {Boolean} bFlag The KeepCenter flag
* @type void
*/
MQBestFitLL.prototype.setKeepCenter = function(bFlag) {
this.setProperty("KeepCenter", (bFlag === true) ? 1 : 0);
};
/**
* Gets the KeepCenter flag
* @return true if a KeepCenter = 1, false otherwise.
* @type boolean
*/
MQBestFitLL.prototype.getKeepCenter = function() {
return (this.getProperty("KeepCenter") == 1) ? true : false;
};
/**
* Sets the SnapToZoomLevel flag.
* @param {Boolean} bFlag The SnapToZoomLevel flag
* @type void
*/
MQBestFitLL.prototype.setSnapToZoomLevel = function(bFlag) {
this.setProperty("SnapToZoomLevel", (bFlag === true) ? 1 : 0);
};
/**
* Gets the SnapToZoomLevel flag
* @return true if a SnapToZoomLevel = 1, false otherwise.
* @type boolean
*/
MQBestFitLL.prototype.getSnapToZoomLevel = function() {
return (this.getProperty("SnapToZoomLevel") == 1) ? true : false;
};
/**
* Sets the ScaleAdjustmentFactor of this object.
* @param {Double} val The new ScaleAdjustmentFactor of this object.
* @type void
*/
MQBestFitLL.prototype.setScaleAdjustmentFactor = function(val) {
this.setProperty("ScaleAdjFactor", val);
};
/**
* Returns the ScaleAdjustmentFactor of this object.
* @return The new ScaleAdjustmentFactor of this object.
* @type Double
*/
MQBestFitLL.prototype.getScaleAdjustmentFactor = function() {
return this.getProperty("ScaleAdjFactor");
}
// End class MQBestFitLL
// Begin Class MQCenter
/* Inheirit from MQMapCommand */
MQCenter.prototype = new MQMapCommand();
MQCenter.prototype.constructor = MQCenter;
/**
* Constructs a new MQCenter object.
* @class Centers a map based on a mouse click. The new center point is
* calculated in pixels and stored in the X and Y coordinates of this
* object.
* @extends MQMapCommand
* @see MQPoint
*/
function MQCenter() {
MQMapCommand.call(this);
this.setM_Xpath("Center");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getCENTER()));
/**
* Value to represent center of the map
* @type MQPoint
*/
var m_Center = new MQPoint("CenterPoint");
/**
* Returns the m_Center.
* @return The m_Center.
* @type MQPoint
*
*/
this.getCenter = function() {
return m_Center;
};
/**
* Sets the m_Center.
* @param {MQPoint} pt The point to set m_Center to.
* @type void
*
*/
this.setCenter = function(pt) {
if (mqIsClass(m_Center.getClassName(), pt, false)) {
m_Center = pt.internalCopy(m_Center);
}
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQCenter.prototype.getClassName = function() {
return "MQCenter";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQCenter.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQCenter.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var obj = this.getCenter();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterPoint") !== null)
obj.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterPoint")));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQCenter.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getCenter().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "CenterPoint"));
return mqXmlToStr(this.getM_XmlDoc());
};
// End class MQCenter
// Begin Class MQCenterLatLng
/* Inheirit from MQMapCommand */
MQCenterLatLng.prototype = new MQMapCommand();
MQCenterLatLng.prototype.constructor = MQCenterLatLng;
/**
* Constructs a new MQCenterLatLng object.
* @class Stores data to center the maps on a given point specified with
* a latitude/longitude point.
* @extends MQMapCommand
* @see MQLatLng
*/
function MQCenterLatLng() {
MQMapCommand.call(this);
this.setM_Xpath("CenterLatLng");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getCENTERLATLNG()));
/**
* Value to represent center of the map
* @type MQLatLng
*/
var m_Center = new MQLatLng("CenterLatLng");
/**
* Returns the m_Center.
* @return The m_Center.
* @type MQLatLng
*
*/
this.getCenter = function() {
return m_Center;
};
/**
* Sets the m_Center.
* @param {MQLatLng} ll The LatLng to set m_Center to.
* @type void
*
*/
this.setCenter = function(ll) {
if (mqIsClass(m_Center.getClassName(), ll, false)) {
m_Center = ll.internalCopy(m_Center);
}
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQCenterLatLng.prototype.getClassName = function() {
return "MQCenterLatLng";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQCenterLatLng.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQCenterLatLng.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var obj = this.getCenter();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterLatLng") !== null)
obj.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterLatLng")));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQCenterLatLng.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getCenter().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "CenterLatLng"));
return mqXmlToStr(this.getM_XmlDoc());
};
// End class MQCenterLatLng
// Begin Class MQPan
/* Inheirit from MQMapCommand */
MQPan.prototype = new MQMapCommand();
MQPan.prototype.constructor = MQPan;
/**
* Constructs a new MQPan object.
* @class Stores data to center the map on a given point without changing
* its scale. Setting the X,Y coordinates moves the map viewport that number of
* pixels left or right and up or down.
* @extends MQMapCommand
* @see MQPoint
*/
function MQPan() {
MQMapCommand.call(this);
this.setM_Xpath("Pan");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getPAN()));
/**
* Value to represent center of the map
* @type MQPoint
*/
var m_Point = new MQPoint("DeltaPoint");
/**
* Returns the m_Point.
* @return The m_Point.
* @type MQPoint
*
*/
this.getPoint = function() {
return m_Point;
};
/**
* Sets the Delta X and Delta Y variables, which are the number of
* pixels that the map viewport is to be moved in the horizontal and
* vertical direction respectively.
* @param {Double} dblX The number of pixels that the map viewport is to be moved in
* the horizontal direction. Negative indicates movement to the left,
* positive to the right.
* @param {Double} dblY The number of pixels that the map viewport is to be moved in
* the vertical direction. Negative indicates movement upward, positive downward.
* @type void
*/
this.setDeltaXY = function(dblX, dblY) {
m_Point.setXY(dblX, dblY);
};
/**
* Sets the Delta Y variable, which is the number of pixels that the
* map viewport is to be moved in the vertical direction.
* @param {Double} dblY The number of pixels that the map viewport is to be moved in
* the vertical direction. Negative indicates movement upward,
* positive downward.
* @type void
*/
this.setDeltaY = function(dblY) {
m_Point.setY(dblY);
};
/**
* Sets the Delta X variable, which is the number of pixels that the
* map viewport is to be moved in the horizontal direction.
* @param {Double} dblX The number of pixels that the map viewport is to be moved in
* the horizontal direction. Negative indicates movement to the
* left, positive to the right.
* @type void
*/
this.setDeltaX = function(dblX) {
m_Point.setX(dblX);
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQPan.prototype.getClassName = function() {
return "MQPan";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQPan.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQPan.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var obj = this.getPoint();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/DeltaPoint") !== null)
obj.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/DeltaPoint")));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQPan.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getPoint().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "DeltaPoint"));
return mqXmlToStr(this.getM_XmlDoc());
};
// End class MQPan
// Begin Class MQZoomIn
/* Inheirit from MQMapCommand */
MQZoomIn.prototype = new MQMapCommand();
MQZoomIn.prototype.constructor = MQZoomIn;
/**
* Constructs a new MQZoomIn object.
* @class Stores data to zoom in one level and center the map on a given
* point. Setting the X,Y coordinates to the invalid Point results in a zoom
* without changing the Center point.
* @extends MQMapCommand
* @see MQPoint
*/
function MQZoomIn() {
MQMapCommand.call(this);
this.setM_Xpath("ZoomIn");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getZOOMIN()));
/**
* Value to represent center of the map
* @type MQPoint
*/
var m_Center = new MQPoint("CenterPoint");
/**
* Returns the m_Center.
* @return The m_Center.
* @type MQPoint
*
*/
this.getCenter = function() {
return m_Center;
};
/**
* Sets the m_Center.
* @param {MQPoint} pt The point to set m_Center to.
* @type void
*
*/
this.setCenter = function(pt) {
m_Center = pt;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQZoomIn.prototype.getClassName = function() {
return "MQZoomIn";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQZoomIn.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQZoomIn.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var obj = this.getCenter();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterPoint") !== null)
obj.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterPoint")));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQZoomIn.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getCenter().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "CenterPoint"));
return mqXmlToStr(this.getM_XmlDoc());
};
// End class MQZoomIn
// Begin Class MQZoomOut
/* Inheirit from MQMapCommand */
MQZoomOut.prototype = new MQMapCommand();
MQZoomOut.prototype.constructor = MQZoomOut;
/**
* Constructs a new MQZoomOut object.
* @class Stores data to zoom out one level and center the map on a given
* point. Setting the X,Y coordinates to the invalid Point results in a zoom
* without changing the Center point.
* @extends MQMapCommand
* @see MQPoint
*/
function MQZoomOut() {
MQMapCommand.call(this);
this.setM_Xpath("ZoomOut");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getZOOMOUT()));
/**
* Value to represent center of the map
* @type MQPoint
*/
var m_Center = new MQPoint("CenterPoint");
/**
* Returns the m_Center.
* @return The m_Center.
* @type MQPoint
*
*/
this.getCenter = function() {
return m_Center;
};
/**
* Sets the m_Center.
* @param {MQPoint} pt The point to set m_Center to.
* @type void
*
*/
this.setCenter = function(pt) {
m_Center = pt;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQZoomOut.prototype.getClassName = function() {
return "MQZoomOut";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQZoomOut.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQZoomOut.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var obj = this.getCenter();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterPoint") !== null)
obj.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterPoint")));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQZoomOut.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getCenter().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "CenterPoint"));
return mqXmlToStr(this.getM_XmlDoc());
};
// End class MQZoomOut
// Begin Class MQZoomTo
/* Inheirit from MQMapCommand */
MQZoomTo.prototype = new MQMapCommand();
MQZoomTo.prototype.constructor = MQZoomTo;
/**
* Constructs a new MQZoomTo object.
* @class Stores data to zoom out one level and center the map on a given
* point. Setting the X,Y coordinates to the invalid Point results in a zoom
* without changing the Center point.
* @extends MQMapCommand
* @see MQPoint
*/
function MQZoomTo() {
MQMapCommand.call(this);
this.setM_Xpath("ZoomTo");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getZOOMTO()));
/**
* Value to represent center of the map
* @type MQPoint
*/
var m_Center = new MQPoint("CenterPoint");
/**
* Returns the m_Center.
* @return The m_Center.
* @type MQPoint
*/
this.getCenter = function() {
return m_Center;
};
/**
* Sets the m_Center.
* @param {MQPoint} pt The point to set m_Center to.
* @type void
*/
this.setCenter = function(pt) {
m_Center = pt;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQZoomTo.prototype.getClassName = function() {
return "MQZoomTo";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQZoomTo.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*/
MQZoomTo.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var obj = this.getCenter();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterPoint") !== null)
obj.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/CenterPoint")));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*/
MQZoomTo.prototype.saveXml = function() {
var newNode = MQA.createXMLDoc(this.getCenter().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "CenterPoint"));
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Get zoom level index from the AutoMapCovswitch object ZoomLevels property.
* Has no affect when not using map data selector.
* @return The zoom level index.
* @type Long
*/
MQZoomTo.prototype.getZoomLevel = function() {
return this.getProperty("ZoomLevel");
};
/**
* Set zoom level index from the AutoMapCovswitch object ZoomLevels property.
* Has no affect when not using map data selector.
* @param {Long} val The zoom level index.
* @type void
*/
MQZoomTo.prototype.setZoomLevel = function(val) {
this.setProperty("ZoomLevel", val);
};
// End class MQZoomTo
// Begin Class MQZoomToRect
/* Inheirit from MQMapCommand */
MQZoomToRect.prototype = new MQMapCommand();
MQZoomToRect.prototype.constructor = MQZoomToRect;
/**
* Constructs a new MQZoomToRect object.
* @class Stores data to zoom to a rectangle specified with pixel
* coordinates.
* @extends MQMapCommand
* @see MQPoint
*/
function MQZoomToRect() {
MQMapCommand.call(this);
this.setM_Xpath("ZoomToRect");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getZOOMTORECT()));
/**
* Value to represent upper left of the map
* @type MQPoint
*/
var m_UpperLeft = new MQPoint("UpperLeftPoint");
/**
* Value to represent lower right of the map
* @type MQPoint
*/
var m_LowerRight = new MQPoint("LowerRightPoint");
/**
* Returns the upper left and lower right corners of this rectangle.
* @param {MQPoint} ulpt The upper left corner of this rectangular zoom area.
* @param {MQPoint} lrpt The lower right corner of this rectangular zoom area.
* @void
*/
this.getRect = function(ulpt, lrpt) {
ulpt.loadXml(m_UpperLeft.copy().saveXml());
lrpt.loadXml(m_LowerRight.copy().saveXml());
};
/**
* Sets the upper left and lower right corners of the rectangle that
* is to be zoomed to.
* @param {MQPoint} ulpt The X,Y coordinates of the upper left corner of
* this rectangular zoom area.
* @param {MQPoint} lrpt The X,Y coordinates of the lower right corner
* of this rectangular zoom area.
* @type void
*
*/
this.setRect = function(ulpt, lrpt) {
if (mqIsClass(m_UpperLeft.getClassName(), ulpt, false) && mqIsClass(m_LowerRight.getClassName(), lrpt, false)) {
m_UpperLeft = ulpt.internalCopy(m_UpperLeft);
m_LowerRight = lrpt.internalCopy(m_LowerRight);
}
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQZoomToRect.prototype.getClassName = function() {
return "MQZoomToRect";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQZoomToRect.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQZoomToRect.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var ul = new MQPoint("UpperLeftPoint"), lr = new MQPoint("LowerRightPoint");
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/UpperLeftPoint") !== null)
ul.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/UpperLeftPoint")));
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LowerRightPoint") !== null)
lr.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LowerRightPoint")));
this.setRect(ul, lr);
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQZoomToRect.prototype.saveXml = function() {
var ul = new MQPoint("UpperLeftPoint"), lr = new MQPoint("LowerRightPoint");
this.getRect(ul, lr);
var newNode = MQA.createXMLDoc(ul.saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "UpperLeftPoint"));
newNode = MQA.createXMLDoc(lr.saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "LowerRightPoint"));
return mqXmlToStr(this.getM_XmlDoc());
};
// End class MQZoomToRect
// Begin Class MQZoomToRectLatLng
/* Inheirit from MQMapCommand */
MQZoomToRectLatLng.prototype = new MQMapCommand();
MQZoomToRectLatLng.prototype.constructor = MQZoomToRectLatLng;
/**
* Constructs a new MQZoomToRectLatLng object.
* @class Stores data to zoom to a rectangle specified with
* latitude/longitude points.
* @extends MQMapCommand
* @see MQPoint
*/
function MQZoomToRectLatLng() {
MQMapCommand.call(this);
this.setM_Xpath("ZoomToRectLatLng");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getZOOMTORECTLATLNG()));
/**
* Value to represent upper left of the map
* @type MQLatLng
*/
var m_UpperLeft = new MQLatLng("UpperLeftLatLng");
/**
* Value to represent lower right of the map
* @type MQLatLng
*/
var m_LowerRight = new MQLatLng("LowerRightLatLng");
/**
* Returns the upper left and lower right corners of this rectangle.
* @param {MQLatLng} ulll The upper left corner of this rectangular zoom area.
* @param {MQLatLng} lrll The lower right corner of this rectangular zoom area.
* @void
*/
this.getRect = function(ulll, lrll) {
ulll.loadXml(m_UpperLeft.copy().saveXml());
lrll.loadXml(m_LowerRight.copy().saveXml());
};
/**
* Sets the upper left and lower right corners of the rectangle that
* is to be zoomed to.
* @param {MQLatLng} ulll The X,Y coordinates of the upper left corner of
* this rectangular zoom area.
* @param {MQLatLng} lrll The X,Y coordinates of the lower right corner
* of this rectangular zoom area.
* @type void
*
*/
this.setRect = function(ulll, lrll) {
if (mqIsClass(m_UpperLeft.getClassName(), ulll, false) && mqIsClass(m_LowerRight.getClassName(), lrll, false)) {
m_UpperLeft = ulll.internalCopy(m_UpperLeft);
m_LowerRight = lrll.internalCopy(m_LowerRight);
}
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQZoomToRectLatLng.prototype.getClassName = function() {
return "MQZoomToRectLatLng";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQZoomToRectLatLng.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQZoomToRectLatLng.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var ul = new MQLatLng("UpperLeftLatLng"), lr = new MQLatLng("LowerRightLatLng");
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/UpperLeftLatLng") !== null)
ul.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/UpperLeftLatLng")));
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LowerRightLatLng") !== null)
lr.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/LowerRightLatLng")));
this.setRect(ul, lr);
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQZoomToRectLatLng.prototype.saveXml = function() {
var ul = new MQLatLng("UpperLeftLatLng"), lr = new MQLatLng("LowerRightLatLng");
this.getRect(ul, lr);
var newNode = MQA.createXMLDoc(ul.saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "UpperLeftLatLng"));
newNode = MQA.createXMLDoc(lr.saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "LowerRightLatLng"));
return mqXmlToStr(this.getM_XmlDoc());
};
// End class MQZoomToRectLatLng
// Begin class MQType
/**
* Constructs a new MQType object.
* @class Base Type to encapsulate any common functions of the enum type pattern objects.
*/
function MQType() { };
/**
* Checks the equality of the values of two MQType objects.
* @return True if values are equal and false otherwise.
* @type Boolean
*/
MQType.prototype.equals = function(type) {
if (type) {
try {
var className = type.getClassName();
} catch (error) {
alert("Invalid type for this function!");
throw "Invalid type for this function!";
}
if (className === this.getClassName()) {
return (this.intValue() === type.intValue());
} else {
alert("Invalid type for this function!");
throw "Invalid type for this function!";
}
} else {
alert("An MQType parameter must be provided for this function!");
throw "An MQType parameter must be provided for this function!";
}
};
// End class MQType
// Begin class MQRouteType
/* Inheirit from MQType */
MQRouteType.prototype = new MQType();
MQRouteType.prototype.constructor = MQRouteType;
/**
* Constructs a new MQRouteType object.
* @class Constants to specify the type of route wanted.
* @extends MQType
*/
function MQRouteType(val) {
/**
* Value to represent the type and preset to a invalid value
* @type int
*/
var value = -1;
// Prevent values except constants that are allowed
switch (val) {
case MQCONSTANT.MQROUTETYPE_FASTEST: value = val; break;
case MQCONSTANT.MQROUTETYPE_SHORTEST: value = val; break;
case MQCONSTANT.MQROUTETYPE_PEDESTRIAN: value = val; break;
case MQCONSTANT.MQROUTETYPE_OPTIMIZED: value = val; break;
case MQCONSTANT.MQROUTETYPE_SELECT_DATASET_ONLY: value = val; break;
default:
alert(val + " is an invalid value for MQRouteType!");
throw val + " invalid value for MQRouteType!";
};
/**
* Gets the integer value of this type.
* @return The integer of value of this type.
* @type int
*/
this.intValue = function() {
return value;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQRouteType.prototype.getClassName = function() {
return "MQRouteType";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQRouteType.prototype.getObjectVersion = function() {
return 0;
};
// End class MQRouteType
// Begin class MQNarrativeType
/* Inheirit from MQType */
MQNarrativeType.prototype = new MQType();
MQNarrativeType.prototype.constructor = MQNarrativeType;
/**
* Constructs a new MQNarrativeType object.
* @class Constants to specify the type of route wanted.
* @extends MQType
*/
function MQNarrativeType(val) {
/**
* Value to represent the type and preset to a invalid value
* @type int
*/
var value = -2;
// Prevent values except constants that are allowed
switch (val) {
case MQCONSTANT.MQNARRATIVETYPE_DEFAULT: value = val; break;
case MQCONSTANT.MQNARRATIVETYPE_HTML: value = val; break;
case MQCONSTANT.MQNARRATIVETYPE_NONE: value = val; break;
default:
alert(val + " is an invalid value for MQNarrativeType!");
throw val + " invalid value for MQNarrativeType!";
};
/**
* Gets the integer value of this type.
* @return The integer of value of this type.
* @type int
*/
this.intValue = function() {
return value;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQNarrativeType.prototype.getClassName = function() {
return "MQNarrativeType";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQNarrativeType.prototype.getObjectVersion = function() {
return 0;
};
// End class MQNarrativeType
// Begin class MQCoordinateType
/* Inheirit from MQType */
MQCoordinateType.prototype = new MQType();
MQCoordinateType.prototype.constructor = MQCoordinateType;
/**
* Constructs a new MQCoordinateType object.
* @class Constants to specify the type of coordinate the primitives should use.
* @extends MQType
*/
function MQCoordinateType(val) {
/**
* Value to represent the type and preset to a invalid value
* @type int
*
*/
var value = -2;
// Prevent values except constants that are allowed
switch (val) {
case MQCONSTANT.MQCOORDINATETYPE_DISPLAY: value = val; break;
case MQCONSTANT.MQCOORDINATETYPE_GEOGRAPHIC: value = val; break;
default:
alert(val + " is an invalid value for MQCoordinateType!");
throw val + " invalid value for MQCoordinateType!";
};
/**
* Gets the integer value of this type.
* @return The integer of value of this type.
* @type int
*/
this.intValue = function() {
return value;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQCoordinateType.prototype.getClassName = function() {
return "MQCoordinateType";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQCoordinateType.prototype.getObjectVersion = function() {
return 0;
};
// End class MQCoordinateType
// Begin class MQFeatureSpeciferAttributeType
/* Inheirit from MQType */
MQFeatureSpeciferAttributeType.prototype = new MQType();
MQFeatureSpeciferAttributeType.prototype.constructor = MQFeatureSpeciferAttributeType;
/**
* Constructs a new MQFeatureSpeciferAttributeType object.
* @class Constants for the attribute type of a FeatureSpecifier object.
* Used to select the attribute of a feature you want to match.
* @extends MQType
*/
function MQFeatureSpeciferAttributeType(val) {
/**
* Value to represent the type and preset to a invalid value
* @type int
*
*/
var value = -1;
// Prevent values except constants that are allowed
switch (val) {
case MQCONSTANT.MQFEATURESPECIFERATTRIBUTETYPE_GEFID: value = val; break;
case MQCONSTANT.MQFEATURESPECIFERATTRIBUTETYPE_NAME: value = val; break;
default:
alert(val + " is an invalid value for MQFeatureSpeciferAttributeType!");
throw val + " invalid value for MQFeatureSpeciferAttributeType!";
};
/**
* Gets the integer value of this type.
* @return The integer of value of this type.
* @type int
*/
this.intValue = function() {
return value;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQFeatureSpeciferAttributeType.prototype.getClassName = function() {
return "MQFeatureSpeciferAttributeType";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQFeatureSpeciferAttributeType.prototype.getObjectVersion = function() {
return 0;
};
// End class MQFeatureSpeciferAttributeType
// Begin class MQSymbolType
/* Inheirit from MQType */
MQSymbolType.prototype = new MQType();
MQSymbolType.prototype.constructor = MQSymbolType;
/**
* Constructs a new MQSymbolType object.
* @class Constants for the symbol type in a DTStyle.
* @extends MQType
*/
function MQSymbolType(val) {
/**
* Value to represent the type and preset to a invalid value
* @type int
*/
var value = -1;
// Prevent values except constants that are allowed
switch (val) {
case MQCONSTANT.MQSYMBOLTYPE_RASTER: value = val; break;
case MQCONSTANT.MQSYMBOLTYPE_VECTOR: value = val; break;
default:
alert(val + " is an invalid value for MQSymbolType!");
throw val + " invalid value for MQSymbolType!";
};
/**
* Gets the integer value of this type.
* @return The integer of value of this type.
* @type int
*/
this.intValue = function() {
return value;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQSymbolType.prototype.getClassName = function() {
return "MQSymbolType";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQSymbolType.prototype.getObjectVersion = function() {
return 0;
};
// End class MQSymbolType
// Begin class MQMatchType
/* Inheirit from MQType */
MQMatchType.prototype = new MQType();
MQMatchType.prototype.constructor = MQMatchType;
/**
* Constructs a new MQMatchType object.
* @class Constants for the symbol type in a DTStyle.
* @extends MQType
*/
function MQMatchType(val) {
/**
* Value to represent the type and preset to a invalid value
* @type int
*/
var value = -1;
// Prevent values except constants that are allowed
switch (val) {
case MQCONSTANT.MQMATCHTYPE_LOC: value = val; break;
case MQCONSTANT.MQMATCHTYPE_INTR: value = val; break;
case MQCONSTANT.MQMATCHTYPE_NEARBLK: value = val; break;
case MQCONSTANT.MQMATCHTYPE_REPBLK: value = val; break;
case MQCONSTANT.MQMATCHTYPE_BLOCK: value = val; break;
case MQCONSTANT.MQMATCHTYPE_AA1: value = val; break;
case MQCONSTANT.MQMATCHTYPE_AA2: value = val; break;
case MQCONSTANT.MQMATCHTYPE_AA3: value = val; break;
case MQCONSTANT.MQMATCHTYPE_AA4: value = val; break;
case MQCONSTANT.MQMATCHTYPE_AA5: value = val; break;
case MQCONSTANT.MQMATCHTYPE_AA6: value = val; break;
case MQCONSTANT.MQMATCHTYPE_AA7: value = val; break;
case MQCONSTANT.MQMATCHTYPE_PC1: value = val; break;
case MQCONSTANT.MQMATCHTYPE_PC2: value = val; break;
case MQCONSTANT.MQMATCHTYPE_PC3: value = val; break;
case MQCONSTANT.MQMATCHTYPE_PC4: value = val; break;
case MQCONSTANT.MQMATCHTYPE_POI: value = val; break;
default:
alert(val + " is an invalid value for MQMatchType!");
throw val + " invalid value for MQMatchType!";
};
/**
* Gets the integer value of this type.
* @return The integer of value of this type.
* @type int
*/
this.intValue = function() {
return value;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQMatchType.prototype.getClassName = function() {
return "MQMatchType";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQMatchType.prototype.getObjectVersion = function() {
return 0;
};
// End class MQMatchType
// Begin class MQQualityType
/* Inheirit from MQType */
MQQualityType.prototype = new MQType();
MQQualityType.prototype.constructor = MQQualityType;
/**
* Constructs a new MQQualityType object.
* @class Constants for the symbol type in a DTStyle.
* @extends MQType
*/
function MQQualityType(val) {
/**
* Value to represent the type and preset to a invalid value
* @type int
*/
var value = -1;
// Prevent values except constants that are allowed
switch (val) {
case MQCONSTANT.MQQUALITYTYPE_EXACT: value = val; break;
case MQCONSTANT.MQQUALITYTYPE_GOOD: value = val; break;
case MQCONSTANT.MQQUALITYTYPE_APPROX: value = val; break;
default:
alert(val + " is an invalid value for MQQualityType!");
throw val + " invalid value for MQQualityType!";
};
/**
* Gets the integer value of this type.
* @return The integer of value of this type.
* @type int
*/
this.intValue = function() {
return value;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQQualityType.prototype.getClassName = function() {
return "MQQualityType";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQQualityType.prototype.getObjectVersion = function() {
return 0;
};
// End class MQQualityType
// Begin class MQDrawTrigger
/* Inheirit from MQType */
MQDrawTrigger.prototype = new MQType();
MQDrawTrigger.prototype.constructor = MQDrawTrigger;
/**
* Constructs a new MQDrawTrigger object.
* @class Constants for trigger Draw Triggers
* @extends MQType
*/
function MQDrawTrigger(val) {
/**
* Value to represent the type and preset to a invalid value
* @type int
*
*/
var value = -1;
// Prevent values except constants that are allowed
switch (val) {
case MQCONSTANT.MQDRAWTRIGGER_AFTER_POLYGONS: value = val; break;
case MQCONSTANT.MQDRAWTRIGGER_AFTER_ROUTE_HIGHLIGHT: value = val; break;
case MQCONSTANT.MQDRAWTRIGGER_AFTER_TEXT: value = val; break;
case MQCONSTANT.MQDRAWTRIGGER_BEFORE_POLYGONS: value = val; break;
case MQCONSTANT.MQDRAWTRIGGER_BEFORE_ROUTE_HIGHLIGHT: value = val; break;
case MQCONSTANT.MQDRAWTRIGGER_BEFORE_TEXT: value = val; break;
default:
alert(val + " is an invalid value for MQDrawTrigger!");
throw val + " invalid value for MQDrawTrigger!";
};
/**
* Gets the integer value of this type.
* @return The integer of value of this type.
* @type int
*/
this.intValue = function() {
return value;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQDrawTrigger.prototype.getClassName = function() {
return "MQDrawTrigger";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQDrawTrigger.prototype.getObjectVersion = function() {
return 0;
};
// End class MQDrawTrigger
// Begin class MQPenStyle
/* Inheirit from MQType */
MQPenStyle.prototype = new MQType();
MQPenStyle.prototype.constructor = MQPenStyle;
/**
* Constructs a new MQPenStyle object.
* @class Pen styles for Rectangle and Line primitives.
* @extends MQType
*/
function MQPenStyle(val) {
/**
* Value to represent the type and preset to a invalid value
* @type int
*
*/
var value = -1;
// Prevent values except constants that are allowed
switch (val) {
case MQCONSTANT.MQPENSTYLE_DASH: value = val; break;
case MQCONSTANT.MQPENSTYLE_DASH_DOT: value = val; break;
case MQCONSTANT.MQPENSTYLE_DASH_DOT_DOT: value = val; break;
case MQCONSTANT.MQPENSTYLE_SOLID: value = val; break;
case MQCONSTANT.MQPENSTYLE_DOT: value = val; break;
case MQCONSTANT.MQPENSTYLE_NONE: value = val; break;
default:
alert(val + " is an invalid value for MQPenStyle!");
throw val + " invalid value for MQPenStyle!";
};
/**
* Gets the integer value of this type.
* @return The integer of value of this type.
* @type int
*/
this.intValue = function() {
return value;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQPenStyle.prototype.getClassName = function() {
return "MQPenStyle";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQPenStyle.prototype.getObjectVersion = function() {
return 0;
};
// End class MQPenStyle
// Begin class MQFontStyle
/* Inheirit from MQType */
MQFontStyle.prototype = new MQType();
MQFontStyle.prototype.constructor = MQFontStyle;
/**
* Constructs a new MQFontStyle object.
* @class Constants for the font style in a DTStyle. When using DTStyles
* you may reset the font style back to the its default style from
* the style file state by specifying mqFontInvalid.
* @extends MQType
*/
function MQFontStyle(val) {
/**
* Value to represent the type and preset to a invalid value
* @type int
*
*/
var value = -2;
// Prevent values except constants that are allowed
switch (val) {
case MQCONSTANT.MQFONTSTYLE_BOLD: value = val; break;
case MQCONSTANT.MQFONTSTYLE_BOXED: value = val; break;
case MQCONSTANT.MQFONTSTYLE_DOT: value = val; break;
case MQCONSTANT.MQFONTSTYLE_ITALICS: value = val; break;
case MQCONSTANT.MQFONTSTYLE_MAX_VALUE: value = val; break;
case MQCONSTANT.MQFONTSTYLE_NORMAL: value = val; break;
case MQCONSTANT.MQFONTSTYLE_OUTLINED: value = val; break;
case MQCONSTANT.MQFONTSTYLE_SEMIBOLD: value = val; break;
case MQCONSTANT.MQFONTSTYLE_STRIKEOUT: value = val; break;
case MQCONSTANT.MQFONTSTYLE_THIN: value = val; break;
case MQCONSTANT.MQFONTSTYLE_UNDERLINE: value = val; break;
case MQCONSTANT.MQFONTSTYLE_INVALID: value = val; break;
default:
alert(val + " is an invalid value for MQFontStyle!");
throw val + " invalid value for MQFontStyle!";
};
/**
* Gets the integer value of this type.
* @return The integer of value of this type.
* @type int
*/
this.intValue = function() {
return value;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQFontStyle.prototype.getClassName = function() {
return "MQFontStyle";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQFontStyle.prototype.getObjectVersion = function() {
return 0;
};
// End class MQFontStyle
// Begin class MQColorStyle
/* Inheirit from MQType */
MQColorStyle.prototype = new MQType();
MQColorStyle.prototype.constructor = MQColorStyle;
/**
* Constructs a new MQColorStyle object.
* @class Pen styles for Rectangle and Line primitives.
* @extends MQType
*/
function MQColorStyle(val) {
/**
* Value to represent the type and preset to a invalid value
* @type int
*
*/
var value = MQCONSTANT.MQCOLORSTYLE_INVALID;
if (val !== null) {
value = val;
}
/**
* Gets the integer value of this type.
* @return The integer of value of this type.
* @type int
*/
this.intValue = function() {
return value;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQColorStyle.prototype.getClassName = function() {
return "MQColorStyle";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQColorStyle.prototype.getObjectVersion = function() {
return 0;
};
/**
* Returns the RGB value representing the color in the default sRGB
* ColorModel. (Bits 24-31 are alpha, 16-23 are red, 8-15 are green, 0-7 are
* blue). Alpha is defaulted to 255.
* @return the RGB value representing this object.
* @type int
*/
MQColorStyle.prototype.getRGB = function() {
var rgb = -16777216;
var a = parseInt(parseInt(this.intValue() / 65536) % 256);
var b = parseInt(parseInt(parseInt(this.intValue() / 256) % 256) * 256);
var c = parseInt(parseInt(this.intValue() % 256) * 65536);
return rgb + a + b + c;
}
// End class MQColorStyle
// Begin class MQFillStyle
/* Inheirit from MQType */
MQFillStyle.prototype = new MQType();
MQFillStyle.prototype.constructor = MQFillStyle;
/**
* Constructs a new MQFillStyle object.
* @class Pen styles for Rectangle and Line primitives.
* @extends MQType
*/
function MQFillStyle(val) {
/**
* Value to represent the type and preset to a invalid value
* @type int
*
*/
var value = -1;
// Prevent values except constants that are allowed
switch (val) {
case MQCONSTANT.MQFILLSTYLE_SOLID: value = val; break;
case MQCONSTANT.MQFILLSTYLE_BDIAGONAL: value = val; break;
case MQCONSTANT.MQFILLSTYLE_CROSS: value = val; break;
case MQCONSTANT.MQFILLSTYLE_DIAG_CROSS: value = val; break;
case MQCONSTANT.MQFILLSTYLE_FDIAGONAL: value = val; break;
case MQCONSTANT.MQFILLSTYLE_HORIZONTAL: value = val; break;
case MQCONSTANT.MQFILLSTYLE_VERTICAL: value = val; break;
case MQCONSTANT.MQFILLSTYLE_NONE: value = val; break;
default:
alert(val + " is an invalid value for MQFillStyle!");
throw val + " invalid value for MQFillStyle!";
};
/**
* Gets the integer value of this type.
* @return The integer of value of this type.
* @type int
*/
this.intValue = function() {
return value;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQFillStyle.prototype.getClassName = function() {
return "MQFillStyle";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQFillStyle.prototype.getObjectVersion = function() {
return 0;
};
// End class MQFillStyle
// Begin class MQDistanceUnits
/* Inheirit from MQType */
MQDistanceUnits.prototype = new MQType();
MQDistanceUnits.prototype.constructor = MQDistanceUnits;
/**
* Constructs a new MQDistanceUnits object.
* @class Constants to specify the type of units to use when calculating distance.
* @param {int} val Used to determine a miles or kilometers unit. Miles is the
* default type if nothing is handed into the constructor.
* @see MQGeoAddress
* @extends MQType
*/
function MQDistanceUnits(val) {
// Default value is miles
/**
* Value to represent the type of units to use
* @type int
*/
var value = 0;
val = val || 0;
switch (val) {
case MQCONSTANT.MQDISTANCEUNITS_MILES: value = val; break;
case MQCONSTANT.MQDISTANCEUNITS_KILOMETERS: value = val; break;
default:
alert(val + " is an invalid value for MQDistanceUnits!");
throw val + " invalid value for MQDistanceUnist!";
};
/**
* Gets value.
* @return The value value
* @type int
*/
this.getValue = function() {
return value;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQDistanceUnits.prototype.getClassName = function() {
return "MQDistanceUnits";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQDistanceUnits.prototype.getObjectVersion = function() {
return 0;
};
// End class MQDistanceUnits
// Begin class MQRouteResultsCode
/* Inheirit from MQType */
MQRouteResultsCode.prototype = new MQType();
MQRouteResultsCode.prototype.constructor = MQRouteResultsCode;
/**
* Constructs a new MQRouteResultsCode object.
* @class Constants to specify the type of route result.
* @extends MQType
*/
function MQRouteResultsCode(val) {
/**
* Value to represent the type and preset to a invalid value
* @type int
*
*/
var value = -2;
// Prevent values except constants that are allowed
switch (val) {
case MQCONSTANT.MQROUTERESULTSCODE_NOT_SPECIFIED: value = val; break;
case MQCONSTANT.MQROUTERESULTSCODE_SUCCESS: value = val; break;
case MQCONSTANT.MQROUTERESULTSCODE_INVALID_LOCATION: value = val; break;
case MQCONSTANT.MQROUTERESULTSCODE_ROUTE_FAILURE: value = val; break;
case MQCONSTANT.MQROUTERESULTSCODE_NO_DATASET_FOUND: value = val; break;
default:
alert(val + " is an invalid value for MQRouteResultsCode!");
throw val + " invalid value for MQRouteResultsCode!";
};
/**
* Gets the integer value of this type.
* @return The integer of value of this type.
* @type int
*/
this.intValue = function() {
return value;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQRouteResultsCode.prototype.getClassName = function() {
return "MQRouteResultsCode";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQRouteResultsCode.prototype.getObjectVersion = function() {
return 0;
};
// End class MQRouteResultsCode
// Begin class MQRouteMatrixResultsCode
/* Inheirit from MQType */
MQRouteMatrixResultsCode.prototype = new MQType();
MQRouteMatrixResultsCode.prototype.constructor = MQRouteMatrixResultsCode;
/**
* Constructs a new MQRouteMatrixResultsCode object.
* @class Constants to specify the type of route result.
* @extends MQType
*/
function MQRouteMatrixResultsCode(val) {
/**
* Value to represent the type and preset to a invalid value
* @type int
*
*/
var value = -2;
// Prevent values except constants that are allowed
switch (val) {
case MQCONSTANT.MQROUTEMATRIXRESULTSCODE_NOT_SPECIFIED: value = val; break;
case MQCONSTANT.MQROUTEMATRIXRESULTSCODE_SUCCESS: value = val; break;
case MQCONSTANT.MQROUTEMATRIXRESULTSCODE_INVALID_LOCATION: value = val; break;
case MQCONSTANT.MQROUTEMATRIXRESULTSCODE_ROUTE_FAILURE: value = val; break;
case MQCONSTANT.MQROUTEMATRIXRESULTSCODE_NO_DATASET_FOUND: value = val; break;
case MQCONSTANT.MQROUTEMATRIXRESULTSCODE_INVALID_OPTION: value = val; break;
case MQCONSTANT.MQROUTEMATRIXRESULTSCODE_PARTIAL_SUCCESS: value = val; break;
case MQCONSTANT.MQROUTEMATRIXRESULTSCODE_EXCEEDED_MAX_LOCATIONS: value = val; break;
default:
alert(val + " is an invalid value for MQRouteMatrixResultsCode!");
throw val + " invalid value for MQRouteMatrixResultsCode!";
};
/**
* Gets the integer value of this type.
* @return The integer of value of this type.
* @type int
*/
this.intValue = function() {
return value;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQRouteMatrixResultsCode.prototype.getClassName = function() {
return "MQRouteMatrixResultsCode";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQRouteMatrixResultsCode.prototype.getObjectVersion = function() {
return 0;
};
// End class MQRouteMatrixResultsCode
// Begin class MQLocationCollection
/* Inheirit from MQObjectCollection */
MQLocationCollection.prototype = new MQObjectCollection(32678);
MQLocationCollection.prototype.constructor = MQLocationCollection;
/**
* Constructs a new MQLocationCollection object.
* @class Contains a collection of Location objects, usually Geocode results.
* The Geocode results are in the form of MQGeoAddress
* objects.
* @param {String} strMQLocationType The type of MQLocation descedent to check for
* @extends MQObjectCollection
* @see MQLocation
* @see MQAddress
* @see MQGeoAddress
* @see MQSingleLineAddress
*/
function MQLocationCollection() {
MQObjectCollection.call(this, 32678);
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getLOCATIONCOLLECTION()));
this.setM_Xpath("LocationCollection");
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQLocationCollection.prototype.getClassName = function() {
return "MQLocationCollection";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQLocationCollection.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQLocationCollection.prototype.loadXml = function(strXml) {
this.removeAll();
var xmlDoc = MQA.createXMLDoc(strXml);
this.setM_XmlDoc(xmlDoc);
if (xmlDoc !== null) {
var root = xmlDoc.documentElement;
var nodes = root.childNodes;
var maxCount = nodes.length;
maxCount = (maxCount < 32678) ? maxCount : 32678;
var minCount = 0;
var loc = null;
// iterate through xml and create objects for collection
for (var count = minCount; count < maxCount; count++) {
if (nodes[count].nodeName === "Address") {
loc = new MQAddress();
loc.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "GeoAddress") {
loc = new MQGeoAddress();
loc.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "SingleLineAddress") {
loc = new MQSingleLineAddress();
loc.loadXml(mqXmlToStr(nodes[count]));
}
this.add(loc);
}
}
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQLocationCollection.prototype.saveXml = function() {
var strRetArray = new Array();
strRetArray[strRetArray.length] = "<" + this.getM_Xpath() + " Count=\"" + this.getSize() + "\">";
// iterate through objects and add them here
var size = this.getSize();
for (var i = 0; i < size; i++) {
strRetArray[strRetArray.length] = this.get(i).saveXml();
}
strRetArray[strRetArray.length] = "";
var strRet = strRetArray.join("");
return strRet;
};
/**
* Is this object an MQGeoAddress or an MQAddress or an MQSingleLineAddress
* @return True if valid, false otherwise
* @type MQLocation
*
*/
MQLocationCollection.prototype.isValidObject = function(obj) {
if (obj) {
if (obj.getClassName() === "MQGeoAddress" || obj.getClassName() === "MQAddress" || obj.getClassName() === "MQSingleLineAddress") {
return true;
}
}
return false;
};
// End class MQLocationCollection
// Begin class MQLocationCollectionCollection
/* Inheirit from MQObjectCollection */
MQLocationCollectionCollection.prototype = new MQObjectCollection(32678);
MQLocationCollectionCollection.prototype.constructor = MQLocationCollectionCollection;
/**
* Constructs a new MQLocationCollectionCollection object.
* @class Contains a collection of Location Collection objects, usually Batch Geocode results.
* The Geocode results are in the form of MQGeoAddress
* objects.
* @extends MQObjectCollection
* @see MQLocationCollection
*/
function MQLocationCollectionCollection() {
MQObjectCollection.call(this, 32678);
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getLOCATIONCOLLECTIONCOLLECTION()));
this.setM_Xpath("LocationCollectionCollection");
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQLocationCollectionCollection.prototype.getClassName = function() {
return "MQLocationCollectionCollection";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQLocationCollectionCollection.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQLocationCollectionCollection.prototype.loadXml = function(strXml) {
this.removeAll();
var xmlDoc = MQA.createXMLDoc(strXml);
this.setM_XmlDoc(xmlDoc);
if (xmlDoc !== null) {
var root = xmlDoc.documentElement;
var nodes = root.childNodes;
var maxCount = nodes.length;
maxCount = (maxCount < 32678) ? maxCount : 32678;
var minCount = 0;
var loc = null;
// iterate through xml and create objects for collection
for (var count = minCount; count < maxCount; count++) {
loc = new MQLocationCollection();
loc.loadXml(mqXmlToStr(nodes[count]));
this.add(loc);
}
}
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQLocationCollectionCollection.prototype.saveXml = function() {
var strRetArray = new Array();
strRetArray[strRetArray.length] = "<" + this.getM_Xpath() + " Count=\"" + this.getSize() + "\">";
// iterate through objects and add them here
var size = this.getSize();
for (var i = 0; i < size; i++) {
strRetArray[strRetArray.length] = this.get(i).saveXml();
}
strRetArray[strRetArray.length] = "";
var strRet = strRetArray.join("");
return strRet;
};
/**
* Is this object an MQLocationCollection
* @return True if valid, false otherwise
* @type MQLocation
*
*/
MQLocationCollectionCollection.prototype.isValidObject = function(obj) {
if (obj) {
if (obj.getClassName() === "MQLocationCollection") {
return true;
}
}
return false;
};
// End class MQLocationCollectionCollection
// Begin class MQSignCollection
/* Inheirit from MQObjectCollection */
MQSignCollection.prototype = new MQObjectCollection(32678);
MQSignCollection.prototype.constructor = MQSignCollection;
/**
* Constructs a new MQSignCollection object.
* @class A collection of Sign objects.
* @param {String} itemXpath The xpath of the items in the collection
* @extends MQObjectCollection
* @see MQSign
*/
function MQSignCollection(itemXpath) {
MQObjectCollection.call(this, 32678);
if (itemXpath) {
this.setM_itemXpath(itemXpath);
}
this.setValidClassName("MQSign");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getSIGNCOLLECTION()));
this.setM_Xpath("SignCollection");
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQSignCollection.prototype.getClassName = function() {
return "MQSignCollection";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQSignCollection.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQSignCollection.prototype.loadXml = function(strXml) {
this.removeAll();
var xmlDoc = MQA.createXMLDoc(strXml);
this.setM_XmlDoc(xmlDoc);
if (xmlDoc !== null) {
var root = xmlDoc.documentElement;
var nodes = root.childNodes;
var maxCount = nodes.length;
maxCount = (maxCount < 32678) ? maxCount : 32678;
var minCount = 0;
var sign = null;
// iterate through xml and create objects for collection
if (this.getValidClassName() === "MQSign") {
for (var count = minCount; count < maxCount; count++) {
sign = new MQSign();
sign.setM_Xpath(this.getM_itemXpath());
sign.loadXml(mqXmlToStr(nodes[count]));
this.add(sign);
}
}
}
};
/**
* Assigns the xml that relates to this object.
* @param {Node} node of the xml document to be imported.
* @type void
* @private
*
*/
MQSignCollection.prototype.loadXmlFromNode = function(node) {
var xmlDoc = mqCreateXMLDocImportNode(node);
this.setM_XmlDoc(xmlDoc);
if (xmlDoc !== null) {
var root = xmlDoc.documentElement;
var nodes = root.childNodes;
var maxCount = nodes.length;
maxCount = (maxCount < 32678) ? maxCount : 32678;
var minCount = 0;
var sign = null;
// iterate through xml and create objects for collection
if (this.getValidClassName() === "MQSign") {
for (var count = minCount; count < maxCount; count++) {
sign = new MQSign();
sign.setM_Xpath(this.getM_itemXpath());
sign.loadXmlFromNode(nodes[count]);
this.add(sign);
}
}
}
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQSignCollection.prototype.saveXml = function() {
var strRetArray = new Array();
strRetArray[strRetArray.length] = "<" + this.getM_Xpath() + " Count=\"" + this.getSize() + "\">";
// iterate through objects and add them here
var size = this.getSize();
for (var i = 0; i < size; i++) {
strRetArray[strRetArray.length] = this.get(i).saveXml();
}
strRetArray[strRetArray.length] = "";
var strRet = strRetArray.join("");
return strRet;
};
// End class MQSignCollection
// Begin class MQPointCollection
/* Inheirit from MQObjectCollection */
MQPointCollection.prototype = new MQObjectCollection(32678);
MQPointCollection.prototype.constructor = MQPointCollection;
/**
* Constructs a new MQPointCollection object.
* @class A collection of Point objects.
* @param {String} itemXpath The xpath of the items in the collection
* @extends MQObjectCollection
* @see MQPoint
*/
function MQPointCollection(itemXpath) {
MQObjectCollection.call(this, 32678);
if (itemXpath) {
this.setM_itemXpath(itemXpath);
}
this.setValidClassName("MQPoint");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getPOINTCOLLECTION()));
this.setM_Xpath("PointCollection");
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQPointCollection.prototype.getClassName = function() {
return "MQPointCollection";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQPointCollection.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQPointCollection.prototype.loadXml = function(strXml) {
this.removeAll();
var xmlDoc = MQA.createXMLDoc(strXml);
this.setM_XmlDoc(xmlDoc);
if (xmlDoc !== null) {
var root = xmlDoc.documentElement;
var nodes = root.childNodes;
var maxCount = nodes.length;
maxCount = (maxCount < 32678) ? maxCount : 32678;
var minCount = 0;
var pnt = null;
// iterate through xml and create objects for collection
if (this.getValidClassName() === "MQPoint") {
for (var count = minCount; count < maxCount; count++) {
var x;
var y;
if (nodes[count].firstChild !== null) {
x = nodes[count].firstChild.nodeValue;
}
count++;
if (nodes[count].firstChild !== null) {
y = nodes[count].firstChild.nodeValue;
}
pnt = new MQPoint(x, y);
this.add(pnt);
}
}
}
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQPointCollection.prototype.saveXml = function() {
var strRetArray = new Array();
strRetArray[strRetArray.length] = "<" + this.getM_Xpath() + " Count=\"" + this.getSize() + "\">";
// iterate through objects and add them here
var size = this.getSize();
for (var i = 0; i < size; i++) {
strRetArray[strRetArray.length] = this.get(i).saveXml();
}
strRetArray[strRetArray.length] = "";
var strRet = strRetArray.join("");
return strRet;
};
// End class MQPointCollection
// Begin class MQDBLayerQueryCollection
/* Inheirit from MQObjectCollection */
MQDBLayerQueryCollection.prototype = new MQObjectCollection(32678);
MQDBLayerQueryCollection.prototype.constructor = MQDBLayerQueryCollection;
/**
* Constructs a new MQDBLayerQueryCollection object.
* @class A collection of MQDBLayerQuery objects.
* @param {String} itemXpath The xpath of the items in the collection
* @extends MQObjectCollection
* @see MQDBLayerQuery
*/
function MQDBLayerQueryCollection(itemXpath) {
MQObjectCollection.call(this, 32678);
if (itemXpath) {
this.setM_itemXpath(itemXpath);
}
this.setValidClassName("MQDBLayerQuery");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getSIGNCOLLECTION()));
this.setM_Xpath("DBLayerQueryCollection");
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQDBLayerQueryCollection.prototype.getClassName = function() {
return "MQDBLayerQueryCollection";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQDBLayerQueryCollection.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQDBLayerQueryCollection.prototype.loadXml = function(strXml) {
this.removeAll();
var xmlDoc = MQA.createXMLDoc(strXml);
this.setM_XmlDoc(xmlDoc);
if (xmlDoc !== null) {
var root = xmlDoc.documentElement;
var nodes = root.childNodes;
var maxCount = nodes.length;
maxCount = (maxCount < 32678) ? maxCount : 32678;
var minCount = 0;
var sign = null;
// iterate through xml and create objects for collection
if (this.getValidClassName() === "MQDBLayerQuery") {
for (var count = minCount; count < maxCount; count++) {
sign = new MQDBLayerQuery();
sign.setM_Xpath(this.getM_itemXpath());
sign.loadXml(mqXmlToStr(nodes[count]));
this.add(sign);
}
}
}
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQDBLayerQueryCollection.prototype.saveXml = function() {
var strRetArray = new Array();
strRetArray[strRetArray.length] = "<" + this.getM_Xpath() + " Count=\"" + this.getSize() + "\">";
// iterate through objects and add them here
var size = this.getSize();
for (var i = 0; i < size; i++) {
strRetArray[strRetArray.length] = this.get(i).saveXml();
}
strRetArray[strRetArray.length] = "";
var strRet = strRetArray.join("");
return strRet;
};
// End class MQDBLayerQueryCollection
// Begin class MQManeuverCollection
/* Inheirit from MQObjectCollection */
MQManeuverCollection.prototype = new MQObjectCollection(32678);
MQManeuverCollection.prototype.constructor = MQManeuverCollection;
/**
* Constructs a new MQManeuverCollection object.
* @class A collection of Maneuver objects which are used to annotate the
* map.
* @param {String} itemXpath The xpath of the items in the collection
* @extends MQObjectCollection
* @see MQManeuver
*/
function MQManeuverCollection(itemXpath) {
MQObjectCollection.call(this, 32678);
if (itemXpath) {
this.setM_itemXpath(itemXpath);
}
this.setValidClassName("MQManeuver");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getMANEUVERCOLLECTION()));
this.setM_Xpath("ManeuverCollection");
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQManeuverCollection.prototype.getClassName = function() {
return "MQManeuverCollection";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQManeuverCollection.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQManeuverCollection.prototype.loadXml = function(strXml) {
this.removeAll();
var xmlDoc = MQA.createXMLDoc(strXml);
this.setM_XmlDoc(xmlDoc);
if (xmlDoc !== null) {
var root = xmlDoc.documentElement;
var nodes = root.childNodes;
var maxCount = nodes.length;
maxCount = (maxCount < 32678) ? maxCount : 32678;
var minCount = 0;
var maneuver = null;
// iterate through xml and create objects for collection
if (this.getValidClassName() === "MQManeuver") {
for (var count = minCount; count < maxCount; count++) {
maneuver = new MQManeuver();
maneuver.setM_Xpath(this.getM_itemXpath());
maneuver.loadXml(mqXmlToStr(nodes[count]));
this.add(maneuver);
}
}
}
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQManeuverCollection.prototype.saveXml = function() {
var strRetArray = new Array();
strRetArray[strRetArray.length] = "<" + this.getM_Xpath() + " Count=\"" + this.getSize() + "\">";
// iterate through objects and add them here
var size = this.getSize();
for (var i = 0; i < size; i++) {
strRetArray[strRetArray.length] = this.get(i).saveXml();
}
strRetArray[strRetArray.length] = "";
var strRet = strRetArray.join("");
return strRet;
};
// End class MQManeuverCollection
// Begin class MQTrekRouteCollection
/* Inheirit from MQObjectCollection */
MQTrekRouteCollection.prototype = new MQObjectCollection(32678);
MQTrekRouteCollection.prototype.constructor = MQTrekRouteCollection;
/**
* Constructs a new MQTrekRouteCollection object.
* @class A collection of TrekRoute objects which are used to annotate the
* map.
* @param {String} itemXpath The xpath of the items in the collection
* @extends MQObjectCollection
* @see MQTrekRoute
*/
function MQTrekRouteCollection(itemXpath) {
MQObjectCollection.call(this, 32678);
if (itemXpath) {
this.setM_itemXpath(itemXpath);
}
this.setValidClassName("MQTrekRoute");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getTREKROUTECOLLECTION()));
this.setM_Xpath("TrekRouteCollection");
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQTrekRouteCollection.prototype.getClassName = function() {
return "MQTrekRouteCollection";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQTrekRouteCollection.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQTrekRouteCollection.prototype.loadXml = function(strXml) {
this.removeAll();
var xmlDoc = MQA.createXMLDoc(strXml);
this.setM_XmlDoc(xmlDoc);
if (xmlDoc !== null) {
var root = xmlDoc.documentElement;
var nodes = root.childNodes;
var maxCount = nodes.length;
maxCount = (maxCount < 32678) ? maxCount : 32678;
var minCount = 0;
var trek = null;
// iterate through xml and create objects for collection
if (this.getValidClassName() === "MQTrekRoute") {
for (var count = minCount; count < maxCount; count++) {
trek = new MQTrekRoute();
trek.setM_Xpath(this.getM_itemXpath());
trek.loadXml(mqXmlToStr(nodes[count]));
this.add(trek);
}
}
}
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQTrekRouteCollection.prototype.saveXml = function() {
var strRetArray = new Array();
strRetArray[strRetArray.length] = "<" + this.getM_Xpath() + " Count=\"" + this.getSize() + "\">";
// iterate through objects and add them here
var size = this.getSize();
for (var i = 0; i < size; i++) {
strRetArray[strRetArray.length] = this.get(i).saveXml();
}
strRetArray[strRetArray.length] = "";
var strRet = strRetArray.join("");
return strRet;
};
// End class MQTrekRouteCollection
// Begin class MQIntCollection
/* Inheirit from MQObjectCollection */
MQIntCollection.prototype = new MQObjectCollection(32678);
MQIntCollection.prototype.constructor = MQIntCollection;
/**
* Constructs a new MQIntCollection object.
* @class Contains a collection of ints.
* @param {String} itemXpath The xpath to the item
* @extends MQObjectCollection
*/
function MQIntCollection(itemXpath) {
MQObjectCollection.call(this, 32678);
this.setValidClassName("int");
if (itemXpath) {
this.setM_itemXpath(itemXpath);
}
if (this.getClassName() === "MQIntCollection") {
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getINTCOLLECTION()));
this.setM_Xpath("IntCollection");
}
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQIntCollection.prototype.getClassName = function() {
return "MQIntCollection";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQIntCollection.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml The xml to be assigned.
* @type void
*
*/
MQIntCollection.prototype.loadXml = function(strXml) {
this.removeAll();
var xmlDoc = MQA.createXMLDoc(strXml);
this.setM_XmlDoc(xmlDoc);
if (xmlDoc !== null) {
var root = xmlDoc.documentElement;
var nodes = root.childNodes;
var maxCount = nodes.length;
maxCount = (maxCount < 32678) ? maxCount : 32678;
var minCount = 0;
var str = null;
// iterate through xml and create objects for collection
for (var count = minCount; count < maxCount; count++) {
if (nodes[count].firstChild !== null) {
str = parseInt(nodes[count].firstChild.nodeValue);
} else {
str = 0;
}
this.add(str);
}
}
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQIntCollection.prototype.saveXml = function() {
var strRetArray = new Array();
strRetArray[strRetArray.length] = "<" + this.getM_Xpath() + " Count=\"" + this.getSize() + "\">";
// iterate through objects and add them here
var size = this.getSize();
for (var i = 0; i < size; i++) {
strRetArray[strRetArray.length] = "<" + this.getM_itemXpath() + ">" + this.get(i) + "";
}
strRetArray[strRetArray.length] = "";
var strRet = strRetArray.join("");
return strRet;
};
// End class MQIntCollection
// Begin class MQDTCollection
/* Inheirit from MQIntCollection */
MQDTCollection.prototype = new MQIntCollection("Item");
MQDTCollection.prototype.constructor = MQDTCollection;
/**
* Constructs a new MQDTCollection object.
* @class Contains a collection of display type codes.
* @param {String} itemXpath The xpath to the item
* @extends MQIntCollection
*/
function MQDTCollection(itemXpath) {
MQIntCollection.call(this, itemXpath);
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getDTCOLLECTION()));
this.setM_Xpath("DTCollection");
};
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQDTCollection.prototype.getClassName = function() {
return "MQDTCollection";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQDTCollection.prototype.getObjectVersion = function() {
return 1;
};
// End class MQDTCollection
// Begin class MQFeatureCollection
/* Inheirit from MQObjectCollection */
MQFeatureCollection.prototype = new MQObjectCollection(32678);
MQFeatureCollection.prototype.constructor = MQFeatureCollection;
/**
* Constructs a new MQFeatureCollection object.
* @class A collection of Feature objects.
* @extends MQObjectCollection
* @see MQLineFeature
* @see MQPointFeature
* @see MQPolygonFeature
*/
function MQFeatureCollection() {
MQObjectCollection.call(this, 32678);
this.setValidClassName("ALL");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getFEATURECOLLECTION()));
this.setM_Xpath("FeatureCollection");
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQFeatureCollection.prototype.getClassName = function() {
return "MQFeatureCollection";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQFeatureCollection.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQFeatureCollection.prototype.loadXml = function(strXml) {
this.removeAll();
var xmlDoc = MQA.createXMLDoc(strXml);
this.setM_XmlDoc(xmlDoc);
if (xmlDoc !== null) {
var root = xmlDoc.documentElement;
var nodes = root.childNodes;
var maxCount = nodes.length;
maxCount = (maxCount < 32678) ? maxCount : 32678;
var minCount = 0;
var feat = null;
var nodeName = "";
// iterate through xml and create objects for collection
for (var count = minCount; count < maxCount; count++) {
nodeName = nodes[count].nodeName;
if (nodeName === "LineFeature") {
feat = new MQLineFeature();
feat.loadXml(mqXmlToStr(nodes[count]));
} else if (nodeName === "PointFeature") {
feat = new MQPointFeature();
feat.loadXmlFromNode(nodes[count]);
} else if (nodeName === "PolygonFeature") {
feat = new MQPolygonFeature();
feat.loadXml(mqXmlToStr(nodes[count]));
}
this.add(feat);
}
}
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQFeatureCollection.prototype.saveXml = function() {
var strRetArray = new Array();
strRetArray[strRetArray.length] = "<" + this.getM_Xpath() + " Version=\"" + this.getObjectVersion() + "\" Count=\"" + this.getSize() + "\">";
// iterate through objects and add them here
var size = this.getSize();
for (var i = 0; i < size; i++) {
strRetArray[strRetArray.length] = this.get(i).saveXml();
}
strRetArray[strRetArray.length] = "";
var strRet = strRetArray.join("");
return strRet;
};
// End class MQFeatureCollection
// Begin class MQFeatureSpecifierCollection
/* Inheirit from MQObjectCollection */
MQFeatureSpecifierCollection.prototype = new MQObjectCollection(32678);
MQFeatureSpecifierCollection.prototype.constructor = MQFeatureSpecifierCollection;
/**
* Constructs a new MQFeatureSpecifierCollection object.
* @class A collection of MQFeatureSpecifier objects.
* @extends MQObjectCollection
* @see MQFeatureSpecifier
*/
function MQFeatureSpecifierCollection() {
MQObjectCollection.call(this, 32678);
this.setValidClassName("MQFeatureSpecifier");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getFEATURESPECIFIERCOLLECTION()));
this.setM_Xpath("FeatureCollection");
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQFeatureSpecifierCollection.prototype.getClassName = function() {
return "MQFeatureSpecifierCollection";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQFeatureSpecifierCollection.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQFeatureSpecifierCollection.prototype.loadXml = function(strXml) {
this.removeAll();
var xmlDoc = MQA.createXMLDoc(strXml);
this.setM_XmlDoc(xmlDoc);
if (xmlDoc !== null) {
var root = xmlDoc.documentElement;
var nodes = root.childNodes;
var maxCount = nodes.length;
maxCount = (maxCount < 32678) ? maxCount : 32678;
var minCount = 0;
var feat = null;
// iterate through xml and create objects for collection
for (var count = minCount; count < maxCount; count++) {
if (nodes[count].nodeName === "FeatureSpecifier") {
feat = new MQFeatureSpecifier();
feat.loadXml(mqXmlToStr(nodes[count]));
}
this.add(feat);
}
}
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQFeatureSpecifierCollection.prototype.saveXml = function() {
var strRetArray = new Array();
strRetArray[strRetArray.length] = "<" + this.getM_Xpath() + " Count=\"" + this.getSize() + "\">";
// iterate through objects and add them here
var size = this.getSize();
for (var i = 0; i < size; i++) {
strRetArray[strRetArray.length] = this.get(i).saveXml();
}
strRetArray[strRetArray.length] = "";
var strRet = strRetArray.join("");
return strRet;
};
// End class MQFeatureSpecifierCollection
// Begin class MQGeocodeOptionsCollection
/* Inheirit from MQObjectCollection */
MQGeocodeOptionsCollection.prototype = new MQObjectCollection(32678);
MQGeocodeOptionsCollection.prototype.constructor = MQGeocodeOptionsCollection;
/**
* Constructs a new MQGeocodeOptionsCollection object.
* @class A collection of MQGeocodeOptions objects.
* @extends MQObjectCollection
* @see MQGeocodeOptions
*/
function MQGeocodeOptionsCollection() {
MQObjectCollection.call(this, 32678);
this.setValidClassName("MQGeocodeOptions");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getGEOCODEOPTIONSCOLLECTION()));
this.setM_Xpath("GeocodeOptionsCollection");
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQGeocodeOptionsCollection.prototype.getClassName = function() {
return "MQGeocodeOptionsCollection";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQGeocodeOptionsCollection.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQGeocodeOptionsCollection.prototype.loadXml = function(strXml) {
this.removeAll();
var xmlDoc = MQA.createXMLDoc(strXml);
this.setM_XmlDoc(xmlDoc);
if (xmlDoc !== null) {
var root = xmlDoc.documentElement;
var nodes = root.childNodes;
var maxCount = nodes.length;
maxCount = (maxCount < 32678) ? maxCount : 32678;
var minCount = 0;
var geoO = null;
// iterate through xml and create objects for collection
for (var count = minCount; count < maxCount; count++) {
if (nodes[count].nodeName === "GeocodeOptions") {
geoO = new MQGeocodeOptions();
geoO.loadXml(mqXmlToStr(nodes[count]));
}
this.add(geoO);
}
}
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQGeocodeOptionsCollection.prototype.saveXml = function() {
var strRetArray = new Array();
strRetArray[strRetArray.length] = "<" + this.getM_Xpath() + " Count=\"" + this.getSize() + "\">";
// iterate through objects and add them here
var size = this.getSize();
for (var i = 0; i < size; i++) {
strRetArray[strRetArray.length] = this.get(i).saveXml();
}
strRetArray[strRetArray.length] = "";
var strRet = strRetArray.join("");
return strRet;
};
// End class MQGeocodeOptionsCollection
// Begin class MQCoverageStyle
/* Inheirit from MQObjectCollection */
MQCoverageStyle.prototype = new MQObjectCollection(32678);
MQCoverageStyle.prototype.constructor = MQCoverageStyle;
/**
* Constructs a new MQCoverageStyle object.
* @class A collection of DTStyle objects. DTStyle objects contain
* information necessary to display various features on a map.
* @extends MQObjectCollection
* @see MQBaseDTStyle
*/
function MQCoverageStyle() {
MQObjectCollection.call(this, 32678);
this.setValidClassName("ALL");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getCOVERAGESTYLE()));
this.setM_Xpath("CoverageStyle");
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQCoverageStyle.prototype.getClassName = function() {
return "MQCoverageStyle";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQCoverageStyle.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQCoverageStyle.prototype.loadXml = function(strXml) {
this.removeAll();
var xmlDoc = MQA.createXMLDoc(strXml);
this.setM_XmlDoc(xmlDoc);
if (xmlDoc !== null) {
var root = xmlDoc.documentElement;
var nodes = root.childNodes;
var maxCount = nodes.length;
maxCount = (maxCount < 32678) ? maxCount : 32678;
var minCount = 0;
var dt = null;
// iterate through xml and create objects for collection
for (var count = minCount; count < maxCount; count++) {
if (nodes[count].nodeName === "DTStyle") {
dt = new MQDTStyle();
dt.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "DTStyleEx") {
dt = new MQDTStyleEx();
dt.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "DTFeatureStyleEx") {
dt = new MQDTFeatureStyleEx();
dt.loadXml(mqXmlToStr(nodes[count]));
}
if (dt !== null) {
this.add(dt);
}
dt = null;
}
}
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQCoverageStyle.prototype.saveXml = function() {
var strRetArray = new Array();
strRetArray[strRetArray.length] = "";
// iterate through objects and add them here
var size = this.getSize();
for (var i = 0; i < size; i++) {
strRetArray[strRetArray.length] = this.get(i).saveXml();
}
strRetArray[strRetArray.length] = "" + this.getProperty("Name") + "";
strRetArray[strRetArray.length] = "";
var strRet = strRetArray.join("");
return strRet;
};
/**
* Sets the name of the CoverageStyle.
* @param {String} strName Name of CoverageStyle.
* @type void
*/
MQCoverageStyle.prototype.setName = function(strName) {
this.setProperty("Name", strName);
};
/**
* Returns the name of the CoverageStyle.
* @return The value of Name
* @type String
*/
MQCoverageStyle.prototype.getName = function() {
return this.getProperty("Name");
};
// End class MQCoverageStyle
// Begin class MQPrimitiveCollection
/* Inheirit from MQObjectCollection */
MQPrimitiveCollection.prototype = new MQObjectCollection(32678);
MQPrimitiveCollection.prototype.constructor = MQPrimitiveCollection;
/**
* Constructs a new MQPrimitiveCollection object.
* @class A collection of Primitive objects which are used to annotate the
* map. Some examples of Primitive objects are: Ellipse, Icon, Line,
* Polygon, Rectangle, and TextAnnotation.
* @extends MQObjectCollection
* @see MQPrimitive
* @see MQEllipsePrimitive
* @see MQLinePrimitive
* @see MQPolygonPrimitive
* @see MQRectanglePrimitive
* @see MQTextPrimitive
* @see MQSymbolPrimitive
*/
function MQPrimitiveCollection() {
MQObjectCollection.call(this, 32678);
this.setValidClassName("ALL");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getPRIMITIVECOLLECTION()));
this.setM_Xpath("PrimitiveCollection");
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQPrimitiveCollection.prototype.getClassName = function() {
return "MQPrimitiveCollection";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQPrimitiveCollection.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQPrimitiveCollection.prototype.loadXml = function(strXml) {
this.removeAll();
var xmlDoc = MQA.createXMLDoc(strXml);
this.setM_XmlDoc(xmlDoc);
if (xmlDoc !== null) {
var root = xmlDoc.documentElement;
var nodes = root.childNodes;
var maxCount = nodes.length;
maxCount = (maxCount < 32678) ? maxCount : 32678;
var minCount = 0;
var prim = null;
// iterate through xml and create objects for collection
for (var count = minCount; count < maxCount; count++) {
if (nodes[count].nodeName === "EllipsePrimitive") {
prim = new MQEllipsePrimitive();
prim.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "LinePrimitive") {
prim = new MQLinePrimitive();
prim.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "PolygonPrimitive") {
prim = new MQPolygonPrimitive();
prim.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "RectanglePrimitive") {
prim = new MQRectanglePrimitive();
prim.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "TextPrimitive") {
prim = new MQTextPrimitive();
prim.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "SymbolPrimitive") {
prim = new MQSymbolPrimitive();
prim.loadXml(mqXmlToStr(nodes[count]));
}
this.add(prim);
}
}
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQPrimitiveCollection.prototype.saveXml = function() {
var strRetArray = new Array();
strRetArray[strRetArray.length] = "<" + this.getM_Xpath() + " Count=\"" + this.getSize() + "\">";
// iterate through objects and add them here
var size = this.getSize();
for (var i = 0; i < size; i++) {
strRetArray[strRetArray.length] = this.get(i).saveXml();
}
strRetArray[strRetArray.length] = "";
var strRet = strRetArray.join("");
return strRet;
};
// End class MQPrimitiveCollection
// Begin class MQStringCollection
/* Inheirit from MQObjectCollection */
MQStringCollection.prototype = new MQObjectCollection(32678);
MQStringCollection.prototype.constructor = MQStringCollection;
/**
* Constructs a new MQStringCollection object.
* @class Contains a collection of ints.
* @param {String} itemXpath The xpath to the item
* @extends MQObjectCollection
*/
function MQStringCollection(itemXpath) {
MQObjectCollection.call(this, 32678);
this.setValidClassName("String");
if (itemXpath) {
this.setM_itemXpath(itemXpath);
}
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getSTRINGCOLLECTION()));
this.setM_Xpath("StringCollection");
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQStringCollection.prototype.getClassName = function() {
return "MQStringCollection";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQStringCollection.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml The xml to be assigned.
* @type void
*
*/
MQStringCollection.prototype.loadXml = function(strXml) {
this.removeAll();
var xmlDoc = MQA.createXMLDoc(strXml);
this.setM_XmlDoc(xmlDoc);
if (xmlDoc !== null) {
var root = xmlDoc.documentElement;
var nodes = root.childNodes;
var maxCount = nodes.length;
maxCount = (maxCount < 32678) ? maxCount : 32678;
var minCount = 0;
var str = null;
// iterate through xml and create objects for collection
for (var count = minCount; count < maxCount; count++) {
if (nodes[count].firstChild !== null) {
str = nodes[count].firstChild.nodeValue;
} else {
str = "";
}
this.add(str);
}
}
};
/**
* Assigns the xml that relates to this object.
* @param {Node} node of the xml document to be imported.
* @type void
* @private
*/
MQStringCollection.prototype.loadXmlFromNode = function(node) {
this.setM_XmlDoc(mqCreateXMLDocImportNode(node));
var xmlDoc = this.getM_XmlDoc();
if (xmlDoc !== null) {
var root = xmlDoc.documentElement;
var nodes = root.childNodes;
var maxCount = nodes.length;
maxCount = (maxCount < 32678) ? maxCount : 32678;
var minCount = 0; var str = null;
// iterate through xml and create objects for collection
for (var count = minCount; count < maxCount; count++) {
if (nodes[count].firstChild !== null) {
str = nodes[count].firstChild.nodeValue;
} else {
str = "";
}
this.add(str);
}
}
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQStringCollection.prototype.saveXml = function() {
var strRetArray = new Array();
strRetArray[strRetArray.length] = "<" + this.getM_Xpath() + " Count=\"" + this.getSize() + "\">";
// iterate through objects and add them here
var size = this.getSize();
for (var i = 0; i < size; i++) {
strRetArray[strRetArray.length] = "<" + this.getM_itemXpath() + ">" + this.get(i) + "";
}
strRetArray[strRetArray.length] = "";
var strRet = strRetArray.join("");
return strRet;
};
// End class MQStringCollection
// Begin class MQStrColCollection
/* Inheirit from MQObjectCollection */
MQStrColCollection.prototype = new MQObjectCollection(32678);
MQStrColCollection.prototype.constructor = MQStrColCollection;
/**
* Constructs a new MQStrColCollection object.
* @class Contains a collection of StringCollections.
* @param {String} itemXpath The xpath to the item
* @extends MQObjectCollection
* @see MQStringCollection
*/
function MQStrColCollection() {
MQObjectCollection.call(this, 32678);
this.setValidClassName("MQStringCollection");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getSTRCOLCOLLECTION()));
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQStrColCollection.prototype.getClassName = function() {
return "MQStrColCollection";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQStrColCollection.prototype.getObjectVersion = function() {
return 0;
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQStrColCollection.prototype.saveXml = function() {
var strRetArray = new Array();
// iterate through objects and add them here
var size = this.getSize();
for (var i = 0; i < size; i++) {
strRetArray[strRetArray.length] = this.get(i).saveXml();
}
strRet = strRetArray.join("");
return strRet;
};
// End class MQStrColCollection
// Begin Class MQAutoGeocodeCovSwitch
/* Inheirit from MQObject */
MQAutoGeocodeCovSwitch.prototype = new MQObject();
MQAutoGeocodeCovSwitch.prototype.constructor = MQAutoGeocodeCovSwitch;
/**
* Constructs a new MQAutoGeocodeCovSwitch object.
* @class Stores geocode coverage switching parameters.
* @extends MQObject
*/
function MQAutoGeocodeCovSwitch() {
MQObject.call(this);
this.setM_Xpath("AutoGeocodeCovSwitch");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getAUTOGEOCODECOVSWITCH()));
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQAutoGeocodeCovSwitch.prototype.getClassName = function() {
return "MQAutoGeocodeCovSwitch";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQAutoGeocodeCovSwitch.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQAutoGeocodeCovSwitch.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQAutoGeocodeCovSwitch.prototype.saveXml = function() {
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets the name of the Geocode coverage switching rules to use. Names of
* coverage switching rules are defined in the mqserver.ini file.
* @param {String} strName Name of coverage switching rules to use.
* @type void
*/
MQAutoGeocodeCovSwitch.prototype.setName = function(strName) {
this.setProperty("Name", strName);
};
/**
* Gets the name of the Geocode coverage switching rules being used.
* @return The value of Name
* @type String
*/
MQAutoGeocodeCovSwitch.prototype.getName = function() {
return this.getProperty("Name");
};
/**
* Sets the maximum matches to be returned for this object.
* Default = 1
* @param {Long} lMaxMatches max matches for this object
* @type void
*/
MQAutoGeocodeCovSwitch.prototype.setMaxMatches = function(lMaxMatches) {
this.setProperty("MaxMatches", lMaxMatches);
};
/**
* Gets the maximum matches to be returned for this object.
* @return The max matches for this object
* @type Long
*/
MQAutoGeocodeCovSwitch.prototype.getMaxMatches = function() {
return this.getProperty("MaxMatches");
};
// End class MQAutoGeocodeCovSwitch
// Begin Class MQAutoRouteCovSwitch
/* Inheirit from MQObject */
MQAutoRouteCovSwitch.prototype = new MQObject();
MQAutoRouteCovSwitch.prototype.constructor = MQAutoRouteCovSwitch;
/**
* Constructs a new MQAutoRouteCovSwitch object.
* @class Stores route coverage switching parameters.
* @param {String} strXpath The type of xPath for this class
* @extends MQObject
* @see MQIntCollection
*/
function MQAutoRouteCovSwitch(strXpath) {
MQObject.call(this);
if (this.getClassName() === "MQAutoRouteCovSwitch") {
if (strXpath) {
this.setM_Xpath(strXpath);
this.setM_XmlDoc(MQA.createXMLDoc("<" + strXpath + ">0"));
} else {
this.setM_Xpath("AutoRouteCovSwitch");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getAUTOROUTECOVSWITCH()));
}
}
/**
* Value to represent the data vendor codes
* @type MQIntCollection
*
*/
var m_DataVendorCodes = new MQIntCollection();
m_DataVendorCodes.setM_Xpath("DataVendorCodes");
/**
* Returns the m_DataVendorCodes collection.
* @return The m_DataVendorCodes collection.
* @type MQIntCollection
*
*/
this.getDataVendorCodes = function() {
return m_DataVendorCodes;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQAutoRouteCovSwitch.prototype.getClassName = function() {
return "MQAutoRouteCovSwitch";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQAutoRouteCovSwitch.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQAutoRouteCovSwitch.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var dataVendorCodes = this.getDataVendorCodes();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/DataVendorCodes") !== null)
dataVendorCodes.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/DataVendorCodes")));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQAutoRouteCovSwitch.prototype.saveXml = function() {
// get inner object nodes
var newNode = MQA.createXMLDoc(this.getDataVendorCodes().saveXml());
// replace nodes
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "DataVendorCodes"));
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets the name of the Route coverage switching rules to use. Names of
* coverage switching rules are defined in the mqserver.ini file.
* @param {String} strName Name of coverage switching rules to use.
* @type void
*/
MQAutoRouteCovSwitch.prototype.setName = function(strName) {
this.setProperty("Name", strName);
};
/**
* Gets the name of the Route coverage switching rules being used.
* @return The value of Name
* @type String
*/
MQAutoRouteCovSwitch.prototype.getName = function() {
return this.getProperty("Name");
};
/**
* Sets the DataVendorCodeUsage for this object.
* @param {int} lDataVendorCodeUsage DataVendorCodeUsage for this object
* @type void
*/
MQAutoRouteCovSwitch.prototype.setDataVendorCodeUsage = function(lDataVendorCodeUsage) {
this.setProperty("DataVendorCodeUsage", lDataVendorCodeUsage);
};
/**
* Gets the DataVendorCodeUsage for this object.
* @return The DataVendorCodeUsage for this object
* @type int
*/
MQAutoRouteCovSwitch.prototype.getDataVendorCodeUsage = function() {
return this.getProperty("DataVendorCodeUsage");
};
// End class MQAutoRouteCovSwitch
// Begin Class MQAutoMapCovSwitch
/* Inheirit from MQAutoRouteCovSwitch */
MQAutoMapCovSwitch.prototype = new MQAutoRouteCovSwitch();
MQAutoMapCovSwitch.prototype.constructor = MQAutoMapCovSwitch;
/**
* Constructs a new MQAutoMapCovSwitch object.
* @class Stores map coverage switching parameters. Add this object to a
* Session to enable automatic map coverage switching for the session.
* @param {String} strXpath The type of xPath for this class
* @extends MQAutoRouteCovSwitch
* @see MQIntCollection
*/
function MQAutoMapCovSwitch(strXpath) {
MQAutoRouteCovSwitch.call(this);
if (strXpath) {
this.setM_Xpath(strXpath);
this.setM_XmlDoc(MQA.createXMLDoc("<" + strXpath + ">0- 6000
- 12000
- 24000
- 48000
- 96000
- 192000
- 400000
- 800000
- 1600000
- 3000000
- 6000000
- 12000000
- 24000000
- 48000000
"));
} else {
this.setM_Xpath("AutoMapCovSwitch");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getAUTOMAPCOVSWITCH()));
}
/**
* Value to represent the Zoom Levels
* @type MQIntCollection
*/
var m_ZoomLevels = new MQIntCollection();
m_ZoomLevels.setM_Xpath("ZoomLevels");
m_ZoomLevels.add(6000);
m_ZoomLevels.add(12000);
m_ZoomLevels.add(24000);
m_ZoomLevels.add(48000);
m_ZoomLevels.add(96000);
m_ZoomLevels.add(192000);
m_ZoomLevels.add(400000);
m_ZoomLevels.add(800000);
m_ZoomLevels.add(1600000);
m_ZoomLevels.add(3000000);
m_ZoomLevels.add(6000000);
m_ZoomLevels.add(12000000);
m_ZoomLevels.add(24000000);
m_ZoomLevels.add(48000000);
/**
* Returns the m_ZoomLevels collection.
* @return The m_ZoomLevels collection.
* @type MQIntCollection
*/
this.getZoomLevels = function() {
return m_ZoomLevels;
};
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQAutoMapCovSwitch.prototype.getClassName = function() {
return "MQAutoMapCovSwitch";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQAutoMapCovSwitch.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQAutoMapCovSwitch.prototype.loadXml = function(strXml) {
this.setM_XmlDoc(MQA.createXMLDoc(strXml));
var dataVendorCodes = this.getDataVendorCodes();
if (mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/DataVendorCodes") !== null)
dataVendorCodes.loadXml(mqXmlToStr(mqGetNode(this.getM_XmlDoc(), "/" + this.getM_Xpath() + "/DataVendorCodes")));
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQAutoMapCovSwitch.prototype.saveXml = function() {
// get inner object nodes and replace nodes
var newNode = MQA.createXMLDoc(this.getDataVendorCodes().saveXml());
this.setM_XmlDoc(mqReplaceElementNode(this.getM_XmlDoc(), newNode, "DataVendorCodes"));
return mqXmlToStr(this.getM_XmlDoc());
};
/**
* Sets the name of the style alias to be selected for the selected mapping
* coverage or blank for default.
* @param {String} strStyle Name of the style alias to use.
* @type void
*/
MQAutoMapCovSwitch.prototype.setStyle = function(strStyle) {
this.setProperty("Style", strStyle);
};
/**
* Gets the name of the style alias to be selected for the selected mapping
* coverage or blank for default.
* @return The value of Style
* @type String
*/
MQAutoMapCovSwitch.prototype.getStyle = function() {
return this.getProperty("Style");
};
// End class MQAutoMapCovSwitch
// Begin Class MQSession
/* Inheirit from MQObject */
MQSession.prototype = new MQObjectCollection(32678);
MQSession.prototype.constructor = MQSession;
/**
* @class Uniquely identifies a MQSession.
* Maintains the state of the current user's requests. Contains zero
* or one of the following objects: MQMapCommand, MQMapState,
* MQDBLayerQueryCollection, MQFeatureCollection, and MQCoverageStyle.
* @see MQMapCommand
* @see MQMapState
* @see MQDBLayerQueryCollection
* @see MQFeatureCollection
* @see MQCoverageStyle
* @see MQPrimitiveCollection
* @see MQAutoMapCovSwitch
* @extends MQObject
*/
function MQSession() {
MQObjectCollection.call(this, 32678);
this.setM_Xpath("Session");
this.setM_XmlDoc(MQA.createXMLDocFromNode(MQA.MQXML.getSESSION()));
}
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQSession.prototype.getClassName = function() {
return "MQSession";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQSession.prototype.getObjectVersion = function() {
return 0;
};
/**
* Assigns the xml that relates to this object.
* @param {String} strXml the xml to be assigned.
* @type void
*
*/
MQSession.prototype.loadXml = function(strXml) {
var xmlDoc = MQA.createXMLDoc(strXml);
this.setM_XmlDoc(xmlDoc);
if (xmlDoc !== null) {
var root = xmlDoc.documentElement;
var nodes = root.childNodes;
var maxCount = nodes.length;
maxCount = (maxCount < 32678) ? maxCount : 32678;
var minCount = 0;
var obj = null;
// iterate through xml and create objects for collection
for (var count = minCount; count < maxCount; count++) {
obj = null;
if (nodes[count].nodeName === "MapState") {
obj = new MQMapState();
obj.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "CoverageStyle") {
obj = new MQCoverageStyle();
obj.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "AutoMapCovSwitch") {
obj = new MQAutoMapCovSwitch();
obj.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "DBLayerQueryCollection") {
obj = new MQDBLayerQueryCollection();
obj.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "FeatureCollection") {
obj = new MQFeatureCollection();
obj.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "PrimitiveCollection") {
obj = new MQPrimitiveCollection();
obj.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "Center") {
obj = new MQCenter();
obj.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "CenterLL") {
obj = new MQCenterLL();
obj.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "ZoomIn") {
obj = new MQZoomIn();
obj.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "ZoomOut") {
obj = new MQZoomOut();
obj.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "ZoomTo") {
obj = new MQZoomTo();
obj.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "ZoomToRect") {
obj = new MQZoomToRect();
obj.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "ZoomToRectLL") {
obj = new MQZoomToRectLL();
obj.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "Pan") {
obj = new MQPan();
obj.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "BestFit") {
obj = new MQBestFit();
obj.loadXml(mqXmlToStr(nodes[count]));
} else if (nodes[count].nodeName === "BestFitLL") {
obj = new MQBestFitLL();
obj.loadXml(mqXmlToStr(nodes[count]));
}
if (obj !== null)
this.add(obj);
}
}
};
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQSession.prototype.saveXml = function() {
var strRetArray = new Array();
strRetArray[strRetArray.length] = "<" + this.getM_Xpath() + " Count=\"" + this.getSize() + "\">";
// iterate through objects and add them here
var size = this.getSize();
for (var i = 0; i < size; i++) {
strRetArray[strRetArray.length] = this.get(i).saveXml();
}
strRetArray[strRetArray.length] = "";
var strRet = strRetArray.join("");
return strRet;
};
/**
* Adds a MQObject to the collection. Calls addOne(MQObject, null).
* @param {MQObject} obj The new MQObject to be added to the collection.
* @see addOne(MQObject, null)
* @type void
*/
MQSession.prototype.add = function(obj) {
return this.addOne(obj, null);
}
/**
* Returns true if the specified object is a MapCommand object, false otherwise.
* MQMapCommand objects
* - MQCenter
*
- MQCenterLatLng
*
- MQZoomIn
*
- MQZoomOut
*
- MQZoomTo
*
- MQZoomToRect
*
- MQZoomToRectLatLng
*
- MQPan
*
- MQBestFit
*
- MQBestFitLL
*
* @param {MQObject} obj The MQObject to be validated.
* @return true if the specified object is a MapComand object, false otherwise.
* @type Boolean
*/
MQSession.prototype.isMapCommandObject = function(obj) {
if (obj) {
var cls = obj.getClassName();
if (cls === "MQCenter" || cls === "MQCenterLatLng" || cls === "MQZoomIn" ||
cls === "MQZoomOut" || cls === "MQZoomTo" || cls === "MQZoomToRect" ||
cls === "MQZoomToRectLatLng" || cls === "MQPan" || cls === "MQBestFit" ||
cls === "MQBestFitLL") {
return true;
} else {
return false;
}
}
}
/**
* Adds an element to this Session object, ensuring that it is
* the only one of its class type. Validates element as being one
* of object types that is permitted in this Session object. If
* it is, and there happens to be one of that type of object
* already present, the new object will replace it.
* @param {MQObject} newElement The new element that is to be added to this MQSession object.
* @param {MQObject} replacedElement The element that was previously in this MQSession object.
* @return index of element that is added.
* @type void
*/
MQSession.prototype.addOne = function(newElement, replacedElement) {
var collectionSize = this.getSize();
var newTypeId = newElement.getClassName();
var newIndex = 0;
if (this.isValidObject(newElement)) {
if (this.isMapCommandObject(newElement)) {
// Check if we already have a MapCommand object
for (newIndex = 0; newIndex < collectionSize; newIndex++) {
if (isMapCommandObject(get(newIndex)))
break;
}
} else {
for (newIndex = 0; newIndex < collectionSize; newIndex++) {
if (get(newIndex).getClassId() == newTypeId)
break;
}
}
} else {
alert("Invalid object for this collection.");
throw ("Invalid object for this collection.");
}
if (newIndex < collectionSize) {
replacedElement = this.set(newIndex, newElement);
} else {
m_collection.add(newElement);
}
return newIndex;
}
/**
* Returns true if the specified object is a valid object for this
* collection, false otherwise.
* Valid objects
* - MQCenter
*
- MQCenterLatLng
*
- MQZoomIn
*
- MQZoomOut
*
- MQZoomTo
*
- MQZoomToRect
*
- MQZoomToRectLatLng
*
- MQPan
*
- MQBestFit
*
- MQBestFitLL
*
- MQDBLayerQueryCollection
*
- MQCoverageStyle
*
- MQFeatureCollection
*
- MQAutoMapCovSwitch
*
- MQPrimitiveCollection
*
- MQMapState
*
* @param {MQObject} obj The MQObject to be validated.
* @return Boolean true if the specified object is a valid object for this
* collection, false otherwise.
* @type Boolean
*/
MQSession.prototype.isValidObject = function(obj) {
if (obj) {
var cls = obj.getClassName();
if (cls === "MQCenter" || cls === "MQCenterLatLng" || cls === "MQZoomIn" || cls === "MQZoomOut" ||
cls === "MQZoomTo" || cls === "MQZoomToRect" || cls === "MQZoomToRectLatLng" || cls === "MQPan" ||
cls === "MQBestFit" || cls === "MQBestFitLL" || cls === "MQDBLayerQueryCollection" || cls === "MQCoverageStyle" ||
cls === "MQFeatureCollection" || cls === "MQAutoMapCovSwitch" || cls === "MQPrimitiveCollection" || cls === "MQMapState") {
return true;
} else {
return false;
}
}
}
// End Class MQSession
// Begin Class MQAuthentication
function MQAuthentication(strInfo) {
var strTransactionInfo = (strInfo != null) ? strInfo : "";
this.getInfo = function() {
return strTransactionInfo;
}
}
/**
* Build an xml string that represents this object.
* @return The xml string.
* @type String
*
*/
MQAuthentication.prototype.saveXml = function() {
return "" +
"" + this.getInfo() + "" +
"";
};
/**
* Returns the text name of this class.
* @return The text name of this class.
* @type String
*/
MQAuthentication.prototype.getClassName = function() {
return "MQAuthentication";
};
/**
* Returns the version of this class.
* @return The version of this class.
* @type int
*/
MQAuthentication.prototype.getObjectVersion = function() {
return 2;
};
// End Class MQAuthentication
// Begin class MQXmlNodeObject
function MQXmlNodeObject(strName, strValue) {
var nodeName = strName;
var nodeValue = strValue;
this.saveXml = function() {
return "<" + nodeName + ">" + nodeValue + "";
};
}