/*
* Geotoolkit.org - An Open Source Java GIS Toolkit
* http://www.geotoolkit.org
*
* (C) 2009-2015, Geomatys
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation;
* version 2.1 of the License.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*/
package org.geotoolkit.filter.function;
import java.util.Locale;
import java.util.ResourceBundle;
import java.util.MissingResourceException;
import org.opengis.util.InternationalString;
import org.apache.sis.util.iso.ResourceInternationalString;
import org.apache.sis.util.resources.IndexedResourceBundle;
/**
* Locale-dependent resources for words or simple sentences.
*
* @author Martin Desruisseaux (Geomatys)
*/
public final class Bundle extends IndexedResourceBundle {
/**
* Resource keys. This class is used when compiling sources, but no dependencies to
* {@code Keys} should appear in any resulting class files. Since the Java compiler
* inlines final integer values, using long identifiers will not bloat the constant
* pools of compiled classes.
*
* @author Martin Desruisseaux (IRD)
*/
public static final class Keys {
private Keys() {
}
/**
* <Geometry>, Base geometry to evaluate
*/
public static final short org_geotoolkit_filter_function_geometry_AllPointsFunction_arg0 = 3;
/**
* Extract all points of the geometry, result is a <MultiPoint>.
*/
public static final short org_geotoolkit_filter_function_geometry_AllPointsFunction_description = 4;
/**
* <Geometry>, Base geometry to evaluate
*/
public static final short org_geotoolkit_filter_function_geometry_AreaFunction_arg0 = 5;
/**
* Calculate the geometry area, result is a <Number> in the squared geometry coordinate
* reference system unit.
*/
public static final short org_geotoolkit_filter_function_geometry_AreaFunction_description = 6;
/**
* <Geometry>, Base geometry to apply buffer on
*/
public static final short org_geotoolkit_filter_function_geometry_BufferFunction_arg0 = 0;
/**
* <Number>, Buffer distance in units of the geometry coordinate reference system
*/
public static final short org_geotoolkit_filter_function_geometry_BufferFunction_arg1 = 1;
/**
* Expand or shrink a geometry, result is a <Geometry>.
*/
public static final short org_geotoolkit_filter_function_geometry_BufferFunction_description = 2;
/**
* <Geometry>, Base geometry to apply buffer on
*/
public static final short org_geotoolkit_filter_function_geometry_BufferGeoFunction_arg0 = 7;
/**
* <Number>, Buffer distance in given units
*/
public static final short org_geotoolkit_filter_function_geometry_BufferGeoFunction_arg1 = 8;
/**
* <String>, Buffer distance unit (km,m,...)
*/
public static final short org_geotoolkit_filter_function_geometry_BufferGeoFunction_arg2 = 9;
/**
* Expand or shrink a geometry, result is a <Geometry>.
*/
public static final short org_geotoolkit_filter_function_geometry_BufferGeoFunction_description = 10;
/**
* <Geometry>, Base geometry to evaluate
*/
public static final short org_geotoolkit_filter_function_geometry_EndAngleFunction_arg0 = 11;
/**
* Extract the last geometry segment angle, result is a <Number> in radians.
*/
public static final short org_geotoolkit_filter_function_geometry_EndAngleFunction_description = 12;
/**
* <Geometry>, Base geometry to evaluate
*/
public static final short org_geotoolkit_filter_function_geometry_EndPointFunction_arg0 = 13;
/**
* Extract the last point of the geometry, result is a <Point>.
*/
public static final short org_geotoolkit_filter_function_geometry_EndPointFunction_description = 14;
/**
* <Geometry>, Base geometry to evaluate
*/
public static final short org_geotoolkit_filter_function_geometry_GeometryTypeFunction_arg0 = 15;
/**
* Get a string representation of the geometry type (POINT,LINESTRING,...), result is a
* <String>.
*/
public static final short org_geotoolkit_filter_function_geometry_GeometryTypeFunction_description = 16;
/**
* <Geometry>, Base geometry to evaluate
*/
public static final short org_geotoolkit_filter_function_geometry_LengthFunction_arg0 = 17;
/**
* Calculate the geometry length, result is a <Number> in the geometry coordinate reference
* system unit.
*/
public static final short org_geotoolkit_filter_function_geometry_LengthFunction_description = 18;
/**
* <Geometry>, Base geometry to evaluate
*/
public static final short org_geotoolkit_filter_function_geometry_StartAngleFunction_arg0 = 19;
/**
* Extract the first geometry segment angle, result is a <Number> in radians.
*/
public static final short org_geotoolkit_filter_function_geometry_StartAngleFunction_description = 20;
/**
* <Geometry>, Base geometry to evaluate
*/
public static final short org_geotoolkit_filter_function_geometry_StartPointFunction_arg0 = 21;
/**
* Extract the first point of the geometry, result is a <Point>.
*/
public static final short org_geotoolkit_filter_function_geometry_StartPointFunction_description = 22;
/**
* <String>, Groovy script to execute
*/
public static final short org_geotoolkit_filter_function_groovy_GroovyFunction_arg0 = 23;
/**
* Execute a groovy script, result is the returned value of the script.
*/
public static final short org_geotoolkit_filter_function_groovy_GroovyFunction_description = 24;
/**
* <String>, Javascript to execute
*/
public static final short org_geotoolkit_filter_function_javascript_JavaScriptFunction_arg0 = 25;
/**
* Execute a javascript, result is the returned value of the script.
*/
public static final short org_geotoolkit_filter_function_javascript_JavaScriptFunction_description = 26;
/**
* <Number>, value to evaluate
*/
public static final short org_geotoolkit_filter_function_math_AbsFunction_arg0 = 27;
/**
* Calculate the absolute value of given number, result is a <Number>.
*/
public static final short org_geotoolkit_filter_function_math_AbsFunction_description = 28;
/**
* <Number>, angle in radians
*/
public static final short org_geotoolkit_filter_function_math_AcosFunction_arg0 = 29;
/**
* Calculate the arc cosinus value of given angle, result is a <Number>.
*/
public static final short org_geotoolkit_filter_function_math_AcosFunction_description = 30;
/**
* <Number>, angle in radians
*/
public static final short org_geotoolkit_filter_function_math_AsinFunction_arg0 = 31;
/**
* Calculate the arc sinus value of given angle, result is a <Number>.
*/
public static final short org_geotoolkit_filter_function_math_AsinFunction_description = 32;
/**
* <Number>, angle in radians
*/
public static final short org_geotoolkit_filter_function_math_Atan2Function_arg0 = 33;
/**
* Calculate the theta component of the point (r, theta) in polar coordinates that corresponds
* to the point (x, y) in Cartesian coordinates.
*/
public static final short org_geotoolkit_filter_function_math_Atan2Function_description = 34;
/**
* <Number>, angle in radians
*/
public static final short org_geotoolkit_filter_function_math_AtanFunction_arg0 = 35;
/**
* Calculate the arc tangent value of given angle, result is a <Number>.
*/
public static final short org_geotoolkit_filter_function_math_AtanFunction_description = 36;
/**
* <Number>, value to evaluate
*/
public static final short org_geotoolkit_filter_function_math_CeilFunction_arg0 = 37;
/**
* Calculate the smallest (closest to negative infinity) double value that is greater than or
* equal to the argument and is equal to a mathematical integer, result is a <Number>.
*/
public static final short org_geotoolkit_filter_function_math_CeilFunction_description = 38;
/**
* <Number>, angle in radians
*/
public static final short org_geotoolkit_filter_function_math_CosFunction_arg0 = 39;
/**
* Calculate the cosinus value of given angle, result is a <Number>.
*/
public static final short org_geotoolkit_filter_function_math_CosFunction_description = 40;
/**
* <Number>, value to evaluate
*/
public static final short org_geotoolkit_filter_function_math_ExpFunction_arg0 = 41;
/**
* Calculate exponential value, result is a <Number>.
*/
public static final short org_geotoolkit_filter_function_math_ExpFunction_description = 42;
/**
* <Number>, value to evaluate
*/
public static final short org_geotoolkit_filter_function_math_FloorFunction_arg0 = 43;
/**
* Calculate the largest (closest to positive infinity) double value that is less than or equal
* to the argument and is equal to a mathematical integer, result is a <Number>.
*/
public static final short org_geotoolkit_filter_function_math_FloorFunction_description = 44;
/**
* <Number>, x1 value
*/
public static final short org_geotoolkit_filter_function_math_HypotFunction_arg0 = 45;
/**
* <Number>, x2 value
*/
public static final short org_geotoolkit_filter_function_math_HypotFunction_arg1 = 46;
/**
* Shortcut for equation sqrt(x1^2 + x2^2), called hypothenuse, result is a <Number>.
*/
public static final short org_geotoolkit_filter_function_math_HypotFunction_description = 47;
/**
* <Number>, f1 value
*/
public static final short org_geotoolkit_filter_function_math_IEEERemainderFunction_arg0 = 48;
/**
* <Number>, f2 value
*/
public static final short org_geotoolkit_filter_function_math_IEEERemainderFunction_arg1 = 49;
/**
* Computes the remainder operation on two arguments as prescribed by the IEEE 754 standard,
* result is a <Number>.
*/
public static final short org_geotoolkit_filter_function_math_IEEERemainderFunction_description = 50;
/**
* <Number>, value to evaluate
*/
public static final short org_geotoolkit_filter_function_math_LogFunction_arg0 = 51;
/**
* Calculate logarithm (base e), result is a <Number>.
*/
public static final short org_geotoolkit_filter_function_math_LogFunction_description = 52;
/**
* <Number>, first value
*/
public static final short org_geotoolkit_filter_function_math_MaxFunction_arg0 = 53;
/**
* <Number>, value value
*/
public static final short org_geotoolkit_filter_function_math_MaxFunction_arg1 = 54;
/**
* Compare and return the maximum value, result is a <Number>.
*/
public static final short org_geotoolkit_filter_function_math_MaxFunction_description = 55;
/**
* <Number>, first value
*/
public static final short org_geotoolkit_filter_function_math_MinFunction_arg0 = 56;
/**
* <Number>, value value
*/
public static final short org_geotoolkit_filter_function_math_MinFunction_arg1 = 57;
/**
* Compare and return the minimum value, result is a <Number>.
*/
public static final short org_geotoolkit_filter_function_math_MinFunction_description = 58;
/**
* Returns the PI constant value with all digits, result is a <Double>.
*/
public static final short org_geotoolkit_filter_function_math_PiFunction_description = 59;
/**
* <Number>, base value
*/
public static final short org_geotoolkit_filter_function_math_PowFunction_arg0 = 60;
/**
* <Number>, exponent value
*/
public static final short org_geotoolkit_filter_function_math_PowFunction_arg1 = 61;
/**
* Returns the value of the first argument raised to the power of the second argument, result
* is a <Number>.
*/
public static final short org_geotoolkit_filter_function_math_PowFunction_description = 62;
/**
* Returns a random value between 0 and 1, result is a <Double>.
*/
public static final short org_geotoolkit_filter_function_math_RandomFunction_description = 63;
/**
* <Number>, value to evaluate
*/
public static final short org_geotoolkit_filter_function_math_RintFunction_arg0 = 64;
/**
* Calculate the closest floating-point value to a that is equal to a mathematical integer,
* result is a <Double>.
*/
public static final short org_geotoolkit_filter_function_math_RintFunction_description = 65;
/**
* <Number>, value to evaluate
*/
public static final short org_geotoolkit_filter_function_math_RoundFunction_arg0 = 66;
/**
* Calculate the closest integer value, result is a <Integer>.
*/
public static final short org_geotoolkit_filter_function_math_RoundFunction_description = 67;
/**
* <Number>, angle in radians
*/
public static final short org_geotoolkit_filter_function_math_SinFunction_arg0 = 68;
/**
* Calculate the sinus value of given angle, result is a <Number>.
*/
public static final short org_geotoolkit_filter_function_math_SinFunction_description = 69;
/**
* <Number>, value to evaluate
*/
public static final short org_geotoolkit_filter_function_math_SqrtFunction_arg0 = 70;
/**
* Calculate the square root value, result is a <Number>.
*/
public static final short org_geotoolkit_filter_function_math_SqrtFunction_description = 71;
/**
* <Number>, angle in radians
*/
public static final short org_geotoolkit_filter_function_math_TanFunction_arg0 = 72;
/**
* Calculate the tangent value of given angle, result is a <Number>.
*/
public static final short org_geotoolkit_filter_function_math_TanFunction_description = 73;
/**
* <Number>, angle in radians
*/
public static final short org_geotoolkit_filter_function_math_ToDegreesFunction_arg0 = 74;
/**
* Convert from radians to degrees, result is a <Number> in degrees.
*/
public static final short org_geotoolkit_filter_function_math_ToDegreesFunction_description = 75;
/**
* <Number>, angle in degrees
*/
public static final short org_geotoolkit_filter_function_math_ToRadiansFunction_arg0 = 76;
/**
* Convert from degrees to radians, result is a <Number> in radians.
*/
public static final short org_geotoolkit_filter_function_math_ToRadiansFunction_description = 77;
/**
* <Any>, base value
*/
public static final short org_geotoolkit_filter_function_other_ConvertFunction_arg0 = 78;
/**
* <Class>, wanted result class.
*/
public static final short org_geotoolkit_filter_function_other_ConvertFunction_arg1 = 79;
/**
* Convert a value to a different type, result is of given class type, if convertion failed a
* null is returned.
*/
public static final short org_geotoolkit_filter_function_other_ConvertFunction_description = 80;
/**
* <Date>, date value
*/
public static final short org_geotoolkit_filter_function_other_DateFormatFunction_arg0 = 81;
/**
* <String>, wanted date format pattern (example : yyyy-MM-dd'T'HH:mm:ss.SSSZ)
*/
public static final short org_geotoolkit_filter_function_other_DateFormatFunction_arg1 = 82;
/**
* Format a date to a string using given format, result is a <String>.
*/
public static final short org_geotoolkit_filter_function_other_DateFormatFunction_description = 83;
/**
* <String>, date value in string format
*/
public static final short org_geotoolkit_filter_function_other_DateParseFunction_arg0 = 84;
/**
* <String>, date format pattern (example : yyyy-MM-dd'T'HH:mm:ss.SSSZ)
*/
public static final short org_geotoolkit_filter_function_other_DateParseFunction_arg1 = 85;
/**
* Parse a date from a string using given format, result is a <Date>.
*/
public static final short org_geotoolkit_filter_function_other_DateParseFunction_description = 86;
/**
* <Any>, first value
*/
public static final short org_geotoolkit_filter_function_other_EqualToFunction_arg0 = 87;
/**
* <Any>, second value
*/
public static final short org_geotoolkit_filter_function_other_EqualToFunction_arg1 = 88;
/**
* Test if two values are equal, this is a strict type test unlike the '=' operand, result is a
* <Boolean>.
*/
public static final short org_geotoolkit_filter_function_other_EqualToFunction_description = 89;
/**
* <Geometry>, first geometry
*/
public static final short org_geotoolkit_filter_function_other_EqualsExactFunction_arg0 = 90;
/**
* <Geometry>, second geometry
*/
public static final short org_geotoolkit_filter_function_other_EqualsExactFunction_arg1 = 91;
/**
* Test if two geometries are equal, result is a <Boolean>.
*/
public static final short org_geotoolkit_filter_function_other_EqualsExactFunction_description = 92;
/**
* <Geometry>, first geometry
*/
public static final short org_geotoolkit_filter_function_other_EqualsExactToleranceFunction_arg0 = 93;
/**
* <Geometry>, second geometry
*/
public static final short org_geotoolkit_filter_function_other_EqualsExactToleranceFunction_arg1 = 94;
/**
* <Number>, distance tolerance in geometry coordinate system unit.
*/
public static final short org_geotoolkit_filter_function_other_EqualsExactToleranceFunction_arg2 = 95;
/**
* Test if two geometries are equal with a tolerance margin, result is a <Boolean>.
*/
public static final short org_geotoolkit_filter_function_other_EqualsExactToleranceFunction_description = 96;
/**
* <Any>, first value
*/
public static final short org_geotoolkit_filter_function_other_GreaterEqualThanFunction_arg0 = 97;
/**
* <Any>, second value
*/
public static final short org_geotoolkit_filter_function_other_GreaterEqualThanFunction_arg1 = 98;
/**
* Same as '>=' operand, result is a <Boolean>.
*/
public static final short org_geotoolkit_filter_function_other_GreaterEqualThanFunction_description = 99;
/**
* <Any>, first value
*/
public static final short org_geotoolkit_filter_function_other_GreaterThanFunction_arg0 = 100;
/**
* <Any>, second value
*/
public static final short org_geotoolkit_filter_function_other_GreaterThanFunction_arg1 = 101;
/**
* Same as '>' operand, result is a <Boolean>.
*/
public static final short org_geotoolkit_filter_function_other_GreaterThanFunction_description = 102;
/**
* <Boolean>, expression which evaluates to a boolean
*/
public static final short org_geotoolkit_filter_function_other_IfThenElseFunction_arg0 = 103;
/**
* <Any>, returned value if first argument is true
*/
public static final short org_geotoolkit_filter_function_other_IfThenElseFunction_arg1 = 104;
/**
* <Any>, returned value if first argument is false
*/
public static final short org_geotoolkit_filter_function_other_IfThenElseFunction_arg2 = 105;
/**
* Simple conditional branch.
*/
public static final short org_geotoolkit_filter_function_other_IfThenElseFunction_description = 106;
/**
* <Any>, searched value
*/
public static final short org_geotoolkit_filter_function_other_InFunction_arg0 = 107;
/**
* <Any>, multiple arguments which compose the search list
*/
public static final short org_geotoolkit_filter_function_other_InFunction_arg1 = 108;
/**
* Test if a value is in the given list, result is a <Boolean>.
*/
public static final short org_geotoolkit_filter_function_other_InFunction_description = 109;
/**
* <Number>, value to evaluate
*/
public static final short org_geotoolkit_filter_function_other_IntToBbool_arg0 = 110;
/**
* Convert a number to a <Boolean>, if value is 0 result is false, true otherwise.
*/
public static final short org_geotoolkit_filter_function_other_IntToBbool_description = 111;
/**
* <Number>, value to evaluate
*/
public static final short org_geotoolkit_filter_function_other_IntToDdoubleFunction_arg0 = 112;
/**
* Convert a number to a <Double>.
*/
public static final short org_geotoolkit_filter_function_other_IntToDdoubleFunction_description = 113;
/**
* <String>, string value to test
*/
public static final short org_geotoolkit_filter_function_other_IsLikeFunction_arg0 = 114;
/**
* <String>, regex pattern
*/
public static final short org_geotoolkit_filter_function_other_IsLikeFunction_arg1 = 115;
/**
* Test if the given string matches the regex pattern, result is a <Boolean>.
*/
public static final short org_geotoolkit_filter_function_other_IsLikeFunction_description = 116;
/**
* <Any>, value to test
*/
public static final short org_geotoolkit_filter_function_other_IsNullFunction_arg0 = 117;
/**
* Test if the given value is null, result is a <Boolean>.
*/
public static final short org_geotoolkit_filter_function_other_IsNullFunction_description = 118;
/**
* <Any>, first value
*/
public static final short org_geotoolkit_filter_function_other_LessEqualThanFunction_arg0 = 119;
/**
* <Any>, second value
*/
public static final short org_geotoolkit_filter_function_other_LessEqualThanFunction_arg1 = 120;
/**
* Same as '<=' operand, result is a <Boolean>.
*/
public static final short org_geotoolkit_filter_function_other_LessEqualThanFunction_description = 121;
/**
* <Any>, first value
*/
public static final short org_geotoolkit_filter_function_other_LessThanFunction_arg0 = 122;
/**
* <Any>, second value
*/
public static final short org_geotoolkit_filter_function_other_LessThanFunction_arg1 = 123;
/**
* Same as '<' operand, result is a <Boolean>.
*/
public static final short org_geotoolkit_filter_function_other_LessThanFunction_description = 124;
/**
* <Any>, first value
*/
public static final short org_geotoolkit_filter_function_other_NotEqualToFunction_arg0 = 125;
/**
* <Any>, second value
*/
public static final short org_geotoolkit_filter_function_other_NotEqualToFunction_arg1 = 126;
/**
* Test if two values are not equal, this is a strict type test unlike the '=' operand, result
* is a <Boolean>.
*/
public static final short org_geotoolkit_filter_function_other_NotEqualToFunction_description = 127;
/**
* <Boolean>, value
*/
public static final short org_geotoolkit_filter_function_other_NotFunction_arg0 = 128;
/**
* Invert boolean value, result is a <Boolean>.
*/
public static final short org_geotoolkit_filter_function_other_NotFunction_description = 129;
/**
* <Number>, number value
*/
public static final short org_geotoolkit_filter_function_other_NumberFormatFunction_arg0 = 130;
/**
* <String>, wanted number format pattern (example : ###.##)
*/
public static final short org_geotoolkit_filter_function_other_NumberFormatFunction_arg1 = 131;
/**
* Format a number to a string using given format, result is a <String>.
*/
public static final short org_geotoolkit_filter_function_other_NumberFormatFunction_description = 132;
/**
* <String>, boolean value as a string, can be '0','1','f','t,'false','true'
*/
public static final short org_geotoolkit_filter_function_other_ParseBooleanFunction_arg0 = 133;
/**
* Parse a boolean from string, result is a <Boolean>.
*/
public static final short org_geotoolkit_filter_function_other_ParseBooleanFunction_description = 134;
/**
* <String>, double value as a string
*/
public static final short org_geotoolkit_filter_function_other_ParseDoubleFunction_arg0 = 135;
/**
* Parse a double from string, result is a <Double>.
*/
public static final short org_geotoolkit_filter_function_other_ParseDoubleFunction_description = 136;
/**
* <String>, integer value as a string
*/
public static final short org_geotoolkit_filter_function_other_ParseIntFunction_arg0 = 137;
/**
* Parse an integer from string, result is a <Integer>.
*/
public static final short org_geotoolkit_filter_function_other_ParseIntFunction_description = 138;
/**
* <String>, long value as a string
*/
public static final short org_geotoolkit_filter_function_other_ParseLongFunction_arg0 = 139;
/**
* Parse a long from string, result is a <Long>.
*/
public static final short org_geotoolkit_filter_function_other_ParseLongFunction_description = 140;
/**
* <String>, property name
*/
public static final short org_geotoolkit_filter_function_other_PropertyExistsFunction_arg0 = 141;
/**
* Verify is a property exists in the evaluated object, result is a <Boolean>.
*/
public static final short org_geotoolkit_filter_function_other_PropertyExistsFunction_description = 142;
/**
* <Number>, value to evaluate
*/
public static final short org_geotoolkit_filter_function_other_RoundDoubleFunction_arg0 = 143;
/**
* Calculate the closest integer value, result is a <Number>.
*/
public static final short org_geotoolkit_filter_function_other_RoundDoubleFunction_description = 144;
/**
* <String>, first string
*/
public static final short org_geotoolkit_filter_function_string_ConcatFunction_arg0 = 145;
/**
* <String>, second string
*/
public static final short org_geotoolkit_filter_function_string_ConcatFunction_arg1 = 146;
/**
* Concatenate two strings, result is a <String>.
*/
public static final short org_geotoolkit_filter_function_string_ConcatFunction_description = 147;
/**
* <String>, first string
*/
public static final short org_geotoolkit_filter_function_string_EndsWithFunction_arg0 = 148;
/**
* <String>, second string
*/
public static final short org_geotoolkit_filter_function_string_EndsWithFunction_arg1 = 149;
/**
* Test if the first string ends with the second string, result is a <Boolean>.
*/
public static final short org_geotoolkit_filter_function_string_EndsWithFunction_description = 150;
/**
* <String>, first string
*/
public static final short org_geotoolkit_filter_function_string_EqualsIgnoreCaseFunction_arg0 = 151;
/**
* <String>, second string
*/
public static final short org_geotoolkit_filter_function_string_EqualsIgnoreCaseFunction_arg1 = 152;
/**
* Test if the first string equals the second, this is case insensitive, result is a <Boolean>.
*/
public static final short org_geotoolkit_filter_function_string_EqualsIgnoreCaseFunction_description = 153;
/**
* <String>, first string
*/
public static final short org_geotoolkit_filter_function_string_IndexOfFunction_arg0 = 154;
/**
* <String>, second string
*/
public static final short org_geotoolkit_filter_function_string_IndexOfFunction_arg1 = 155;
/**
* Find the index of the first occurence of second string in the first one, result is a
* <Integer>.
*/
public static final short org_geotoolkit_filter_function_string_IndexOfFunction_description = 156;
/**
* <String>, first string
*/
public static final short org_geotoolkit_filter_function_string_LastIndexOfFunction_arg0 = 157;
/**
* <String>, second string
*/
public static final short org_geotoolkit_filter_function_string_LastIndexOfFunction_arg1 = 158;
/**
* Find the index of the last occurence of second string in the first one, result is a
* <Integer>.
*/
public static final short org_geotoolkit_filter_function_string_LastIndexOfFunction_description = 159;
/**
* <String>, string value
*/
public static final short org_geotoolkit_filter_function_string_LengthFunction_arg0 = 160;
/**
* Calculate string length, result is a <Integer>.
*/
public static final short org_geotoolkit_filter_function_string_LengthFunction_description = 161;
/**
* <String>, string value to test
*/
public static final short org_geotoolkit_filter_function_string_MatchesFunction_arg0 = 162;
/**
* <String>, regex pattern
*/
public static final short org_geotoolkit_filter_function_string_MatchesFunction_arg1 = 163;
/**
* Test if the given string matches the regex pattern, result is a <Boolean>.
*/
public static final short org_geotoolkit_filter_function_string_MatchesFunction_description = 164;
/**
* <String>, string value
*/
public static final short org_geotoolkit_filter_function_string_ReplaceFunction_arg0 = 165;
/**
* <String>, searched text
*/
public static final short org_geotoolkit_filter_function_string_ReplaceFunction_arg1 = 166;
/**
* <String>, replacement text
*/
public static final short org_geotoolkit_filter_function_string_ReplaceFunction_arg2 = 167;
/**
* <Boolean>, true to replace all occurences, false to replace only the first
*/
public static final short org_geotoolkit_filter_function_string_ReplaceFunction_arg3 = 168;
/**
* Replace text fragments in first string, result is a <String>.
*/
public static final short org_geotoolkit_filter_function_string_ReplaceFunction_description = 169;
/**
* <String>, first string
*/
public static final short org_geotoolkit_filter_function_string_StartsWithFunction_arg0 = 170;
/**
* <String>, second string
*/
public static final short org_geotoolkit_filter_function_string_StartsWithFunction_arg1 = 171;
/**
* Test if the first string starts with the second string, result is a <Boolean>.
*/
public static final short org_geotoolkit_filter_function_string_StartsWithFunction_description = 172;
/**
* <String>, first string
*/
public static final short org_geotoolkit_filter_function_string_SubstringFunction_arg0 = 173;
/**
* <Integer>, start index inclusive
*/
public static final short org_geotoolkit_filter_function_string_SubstringFunction_arg1 = 174;
/**
* <Integer>, end index exclusive
*/
public static final short org_geotoolkit_filter_function_string_SubstringFunction_arg2 = 175;
/**
* Extract a range in the first string, result is a <String>.
*/
public static final short org_geotoolkit_filter_function_string_SubstringFunction_description = 176;
/**
* <String>, first string
*/
public static final short org_geotoolkit_filter_function_string_SubstringStartFunction_arg0 = 177;
/**
* <Integer>, start index inclusive
*/
public static final short org_geotoolkit_filter_function_string_SubstringStartFunction_arg1 = 178;
/**
* Extract a range in the first string from start index to end, result is a <String>.
*/
public static final short org_geotoolkit_filter_function_string_SubstringStartFunction_description = 179;
/**
* <String>, string value
*/
public static final short org_geotoolkit_filter_function_string_ToLowerCaseFunction_arg0 = 180;
/**
* Convert to lower case, result is a <String>.
*/
public static final short org_geotoolkit_filter_function_string_ToLowerCaseFunction_description = 181;
/**
* <String>, string value
*/
public static final short org_geotoolkit_filter_function_string_ToUpperCaseFunction_arg0 = 182;
/**
* Convert to upper case, result is a <String>.
*/
public static final short org_geotoolkit_filter_function_string_ToUpperCaseFunction_description = 183;
/**
* <String>, string value
*/
public static final short org_geotoolkit_filter_function_string_TrimFunction_arg0 = 184;
/**
* Remove all starting or ending spaces, result is a <String>.
*/
public static final short org_geotoolkit_filter_function_string_TrimFunction_description = 185;
/**
* <String>, string value
*/
public static final short org_geotoolkit_filter_function_string_TruncateFirstFunction_arg0 = 186;
/**
* <Integer>, wanted length
*/
public static final short org_geotoolkit_filter_function_string_TruncateFirstFunction_arg1 = 187;
/**
* Truncate string, removing end characters to match requested length, result is a <String>.
*/
public static final short org_geotoolkit_filter_function_string_TruncateFirstFunction_description = 188;
/**
* <String>, string value
*/
public static final short org_geotoolkit_filter_function_string_TruncateLastFunction_arg0 = 189;
/**
* <Integer>, wanted length
*/
public static final short org_geotoolkit_filter_function_string_TruncateLastFunction_arg1 = 190;
/**
* Truncate string, removing start characters to match requested length, result is a <String>.
*/
public static final short org_geotoolkit_filter_function_string_TruncateLastFunction_description = 191;
/**
* <Expression>, property name
*/
public static final short org_geotoolkit_style_function_DefaultCategorize_arg0 = 192;
/**
* <Expression>, first value
*/
public static final short org_geotoolkit_style_function_DefaultCategorize_arg1 = 193;
/**
* <Expression,Expression>*, threshold property value and following value
*/
public static final short org_geotoolkit_style_function_DefaultCategorize_arg2 = 194;
/**
* <Expression>, method : 'numeric' or 'color'
*/
public static final short org_geotoolkit_style_function_DefaultCategorize_arg3 = 195;
/**
* <Expression>, belong to : 'succeeding' or 'preceding'
*/
public static final short org_geotoolkit_style_function_DefaultCategorize_arg4 = 196;
/**
* Categorization function, result can be a <Number> or <Color>
*/
public static final short org_geotoolkit_style_function_DefaultCategorize_description = 197;
/**
* <Expression>, property name
*/
public static final short org_geotoolkit_style_function_DefaultInterpolate_arg0 = 198;
/**
* <Expression,Expression>*, interpolation point property value and result value
*/
public static final short org_geotoolkit_style_function_DefaultInterpolate_arg1 = 199;
/**
* <Expression>, method : 'numeric' or 'color'
*/
public static final short org_geotoolkit_style_function_DefaultInterpolate_arg2 = 200;
/**
* <Expression>, mode : 'linear', 'cosine', 'cubic'
*/
public static final short org_geotoolkit_style_function_DefaultInterpolate_arg3 = 201;
/**
* Linear interpolation, result can be a <Number> or <Color>
*/
public static final short org_geotoolkit_style_function_DefaultInterpolate_description = 202;
}
/**
* Constructs a new resource bundle loading data from the given UTF file.
*
* @param filename The file or the JAR entry containing resources.
*/
public Bundle(final java.net.URL filename) {
super(filename);
}
/**
* Returns resources in the given locale.
*
* @param locale The locale, or {@code null} for the default locale.
* @return Resources in the given locale.
* @throws MissingResourceException if resources can't be found.
*/
public static Bundle getResources(Locale locale) throws MissingResourceException {
return getBundle(Bundle.class, locale);
}
/**
* The international string to be returned by {@link formatInternational}.
*/
private static final class International extends ResourceInternationalString {
private static final long serialVersionUID = -9199238559657784488L;
International(final int key) {
super(Bundle.class.getName(), String.valueOf(key));
}
@Override
protected ResourceBundle getBundle(final Locale locale) {
return getResources(locale);
}
}
/**
* Gets an international string for the given key. This method does not check for the key
* validity. If the key is invalid, then a {@link MissingResourceException} may be thrown
* when a {@link InternationalString#toString} method is invoked.
*
* @param key The key for the desired string.
* @return An international string for the given key.
*/
public static InternationalString formatInternational(final short key) {
return new International(key);
}
/**
* Gets an international string for the given key. This method does not check for the key
* validity. If the key is invalid, then a {@link MissingResourceException} may be thrown
* when a {@link InternationalString#toString} method is invoked.
*
* {@note This method is redundant with the one expecting <code>Object...</code>, but is
* provided for binary compatibility with previous Geotk versions. It also avoid the
* creation of a temporary array. There is no risk of confusion since the two methods
* delegate their work to the same <code>format</code> method anyway.}
*
* @param key The key for the desired string.
* @param arg Values to substitute to "{0}".
* @return An international string for the given key.
*
* @todo Current implementation just invokes {@link #format}. Need to format only when
* {@code toString(Locale)} is invoked.
*/
public static InternationalString formatInternational(final short key, final Object arg) {
return new org.apache.sis.util.iso.SimpleInternationalString(format(key, arg));
}
/**
* Gets an international string for the given key. This method does not check for the key
* validity. If the key is invalid, then a {@link MissingResourceException} may be thrown
* when a {@link InternationalString#toString} method is invoked.
*
* @param key The key for the desired string.
* @param args Values to substitute to "{0}", "{1}", <i>etc</i>.
* @return An international string for the given key.
*
* @todo Current implementation just invokes {@link #format}. Need to format only when
* {@code toString(Locale)} is invoked.
*/
public static InternationalString formatInternational(final short key, final Object... args) {
return new org.apache.sis.util.iso.SimpleInternationalString(format(key, args));
}
/**
* Gets a string for the given key from this resource bundle or one of its parents.
*
* @param key The key for the desired string.
* @return The string for the given key.
* @throws MissingResourceException If no object for the given key can be found.
*/
public static String format(final short key) throws MissingResourceException {
return getResources(null).getString(key);
}
/**
* Gets a string for the given key are replace all occurrence of "{0}"
* with values of {@code arg0}.
*
* @param key The key for the desired string.
* @param arg0 Value to substitute to "{0}".
* @return The formatted string for the given key.
* @throws MissingResourceException If no object for the given key can be found.
*/
public static String format(final short key,
final Object arg0) throws MissingResourceException
{
return getResources(null).getString(key, arg0);
}
/**
* Gets a string for the given key are replace all occurrence of "{0}",
* "{1}", with values of {@code arg0}, {@code arg1}.
*
* @param key The key for the desired string.
* @param arg0 Value to substitute to "{0}".
* @param arg1 Value to substitute to "{1}".
* @return The formatted string for the given key.
* @throws MissingResourceException If no object for the given key can be found.
*/
public static String format(final short key,
final Object arg0,
final Object arg1) throws MissingResourceException
{
return getResources(null).getString(key, arg0, arg1);
}
/**
* Gets a string for the given key are replace all occurrence of "{0}",
* "{1}", with values of {@code arg0}, {@code arg1}, etc.
*
* @param key The key for the desired string.
* @param arg0 Value to substitute to "{0}".
* @param arg1 Value to substitute to "{1}".
* @param arg2 Value to substitute to "{2}".
* @return The formatted string for the given key.
* @throws MissingResourceException If no object for the given key can be found.
*/
public static String format(final short key,
final Object arg0,
final Object arg1,
final Object arg2) throws MissingResourceException
{
return getResources(null).getString(key, arg0, arg1, arg2);
}
}