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OpenRefine is a free, open source power tool for working with messy data and improving it
// CHECKSTYLE:OFF
package com.google.refine.grel;
import org.jvnet.localizer.Localizable;
import org.jvnet.localizer.ResourceBundleHolder;
/**
* Generated localization support class.
*
*/
@SuppressWarnings({
"",
"PMD",
"all"
})
public class ControlDescription {
/**
* The resource bundle reference
*
*/
private final static ResourceBundleHolder holder = ResourceBundleHolder.get(ControlDescription.class);
/**
* Key {@code foreach_desc}: {@code Evaluates expression a to an array.
* Then for each array element, binds its value to variable name v,
* evaluates expression e, and pushes the result onto the result array.}.
*
* @return
* {@code Evaluates expression a to an array. Then for each array
* element, binds its value to variable name v, evaluates expression e,
* and pushes the result onto the result array.}
*/
public static String foreach_desc() {
return holder.format("foreach_desc");
}
/**
* Key {@code foreach_desc}: {@code Evaluates expression a to an array.
* Then for each array element, binds its value to variable name v,
* evaluates expression e, and pushes the result onto the result array.}.
*
* @return
* {@code Evaluates expression a to an array. Then for each array
* element, binds its value to variable name v, evaluates expression e,
* and pushes the result onto the result array.}
*/
public static Localizable _foreach_desc() {
return new Localizable(holder, "foreach_desc");
}
/**
* Key {@code is_not_null_desc}: {@code Returns whether o is not null}.
*
* @return
* {@code Returns whether o is not null}
*/
public static String is_not_null_desc() {
return holder.format("is_not_null_desc");
}
/**
* Key {@code is_not_null_desc}: {@code Returns whether o is not null}.
*
* @return
* {@code Returns whether o is not null}
*/
public static Localizable _is_not_null_desc() {
return new Localizable(holder, "is_not_null_desc");
}
/**
* Key {@code is_non_blank_desc}: {@code Returns whether o is not null
* and not an empty string}.
*
* @return
* {@code Returns whether o is not null and not an empty string}
*/
public static String is_non_blank_desc() {
return holder.format("is_non_blank_desc");
}
/**
* Key {@code is_non_blank_desc}: {@code Returns whether o is not null
* and not an empty string}.
*
* @return
* {@code Returns whether o is not null and not an empty string}
*/
public static Localizable _is_non_blank_desc() {
return new Localizable(holder, "is_non_blank_desc");
}
/**
* Key {@code for_non_blank_desc}: {@code Evaluates expression o. If it
* is non-blank, binds its value to variable name v, evaluates expression
* eNonBlank and returns the result. Otherwise (if o evaluates to blank),
* evaluates expression eBlank and returns that result instead.}.
*
* @return
* {@code Evaluates expression o. If it is non-blank, binds its value to
* variable name v, evaluates expression eNonBlank and returns the
* result. Otherwise (if o evaluates to blank), evaluates expression
* eBlank and returns that result instead.}
*/
public static String for_non_blank_desc() {
return holder.format("for_non_blank_desc");
}
/**
* Key {@code for_non_blank_desc}: {@code Evaluates expression o. If it
* is non-blank, binds its value to variable name v, evaluates expression
* eNonBlank and returns the result. Otherwise (if o evaluates to blank),
* evaluates expression eBlank and returns that result instead.}.
*
* @return
* {@code Evaluates expression o. If it is non-blank, binds its value to
* variable name v, evaluates expression eNonBlank and returns the
* result. Otherwise (if o evaluates to blank), evaluates expression
* eBlank and returns that result instead.}
*/
public static Localizable _for_non_blank_desc() {
return new Localizable(holder, "for_non_blank_desc");
}
/**
* Key {@code is_test_desc}: {@code Returns whether o can represent a
* number}.
*
* @return
* {@code Returns whether o can represent a number}
*/
public static String is_test_desc() {
return holder.format("is_test_desc");
}
/**
* Key {@code is_test_desc}: {@code Returns whether o can represent a
* number}.
*
* @return
* {@code Returns whether o can represent a number}
*/
public static Localizable _is_test_desc() {
return new Localizable(holder, "is_test_desc");
}
/**
* Key {@code is_blank_desc}: {@code Returns whether o is null or an
* empty string}.
*
* @return
* {@code Returns whether o is null or an empty string}
*/
public static String is_blank_desc() {
return holder.format("is_blank_desc");
}
/**
* Key {@code is_blank_desc}: {@code Returns whether o is null or an
* empty string}.
*
* @return
* {@code Returns whether o is null or an empty string}
*/
public static Localizable _is_blank_desc() {
return new Localizable(holder, "is_blank_desc");
}
/**
* Key {@code filter_desc}: {@code Evaluates expression a to an array.
* Then for each array element, binds its value to variable name v,
* evaluates expression test which should return a boolean. If the
* boolean is true, pushes v onto the result array.}.
*
* @return
* {@code Evaluates expression a to an array. Then for each array
* element, binds its value to variable name v, evaluates expression test
* which should return a boolean. If the boolean is true, pushes v onto
* the result array.}
*/
public static String filter_desc() {
return holder.format("filter_desc");
}
/**
* Key {@code filter_desc}: {@code Evaluates expression a to an array.
* Then for each array element, binds its value to variable name v,
* evaluates expression test which should return a boolean. If the
* boolean is true, pushes v onto the result array.}.
*
* @return
* {@code Evaluates expression a to an array. Then for each array
* element, binds its value to variable name v, evaluates expression test
* which should return a boolean. If the boolean is true, pushes v onto
* the result array.}
*/
public static Localizable _filter_desc() {
return new Localizable(holder, "filter_desc");
}
/**
* Key {@code if_desc}: {@code Evaluates expression o. If it is true,
* evaluates expression eTrue and returns the result. Otherwise,
* evaluates expression eFalse and returns that result instead.}.
*
* @return
* {@code Evaluates expression o. If it is true, evaluates expression
* eTrue and returns the result. Otherwise, evaluates expression eFalse
* and returns that result instead.}
*/
public static String if_desc() {
return holder.format("if_desc");
}
/**
* Key {@code if_desc}: {@code Evaluates expression o. If it is true,
* evaluates expression eTrue and returns the result. Otherwise,
* evaluates expression eFalse and returns that result instead.}.
*
* @return
* {@code Evaluates expression o. If it is true, evaluates expression
* eTrue and returns the result. Otherwise, evaluates expression eFalse
* and returns that result instead.}
*/
public static Localizable _if_desc() {
return new Localizable(holder, "if_desc");
}
/**
* Key {@code is_error_desc}: {@code Returns whether o is an error}.
*
* @return
* {@code Returns whether o is an error}
*/
public static String is_error_desc() {
return holder.format("is_error_desc");
}
/**
* Key {@code is_error_desc}: {@code Returns whether o is an error}.
*
* @return
* {@code Returns whether o is an error}
*/
public static Localizable _is_error_desc() {
return new Localizable(holder, "is_error_desc");
}
/**
* Key {@code is_null_desc}: {@code Returns whether o is null}.
*
* @return
* {@code Returns whether o is null}
*/
public static String is_null_desc() {
return holder.format("is_null_desc");
}
/**
* Key {@code is_null_desc}: {@code Returns whether o is null}.
*
* @return
* {@code Returns whether o is null}
*/
public static Localizable _is_null_desc() {
return new Localizable(holder, "is_null_desc");
}
/**
* Key {@code is_numeric_desc}: {@code Returns whether o can represent a
* number}.
*
* @return
* {@code Returns whether o can represent a number}
*/
public static String is_numeric_desc() {
return holder.format("is_numeric_desc");
}
/**
* Key {@code is_numeric_desc}: {@code Returns whether o can represent a
* number}.
*
* @return
* {@code Returns whether o can represent a number}
*/
public static Localizable _is_numeric_desc() {
return new Localizable(holder, "is_numeric_desc");
}
/**
* Key {@code with_desc}: {@code Evaluates expression o and binds its
* value to variable name v. Then evaluates expression e and returns that
* result}.
*
* @return
* {@code Evaluates expression o and binds its value to variable name v.
* Then evaluates expression e and returns that result}
*/
public static String with_desc() {
return holder.format("with_desc");
}
/**
* Key {@code with_desc}: {@code Evaluates expression o and binds its
* value to variable name v. Then evaluates expression e and returns that
* result}.
*
* @return
* {@code Evaluates expression o and binds its value to variable name v.
* Then evaluates expression e and returns that result}
*/
public static Localizable _with_desc() {
return new Localizable(holder, "with_desc");
}
/**
* Key {@code isempty_string_desc}: {@code Returns whether o is an empty
* string}.
*
* @return
* {@code Returns whether o is an empty string}
*/
public static String isempty_string_desc() {
return holder.format("isempty_string_desc");
}
/**
* Key {@code isempty_string_desc}: {@code Returns whether o is an empty
* string}.
*
* @return
* {@code Returns whether o is an empty string}
*/
public static Localizable _isempty_string_desc() {
return new Localizable(holder, "isempty_string_desc");
}
/**
* Key {@code for_range_desc}: {@code Iterates over the variable v
* starting at "from", incrementing by "step" each time while less than
* "to". At each iteration, evaluates expression e, and pushes the result
* onto the result array.}.
*
* @return
* {@code Iterates over the variable v starting at "from", incrementing
* by "step" each time while less than "to". At each iteration, evaluates
* expression e, and pushes the result onto the result array.}
*/
public static String for_range_desc() {
return holder.format("for_range_desc");
}
/**
* Key {@code for_range_desc}: {@code Iterates over the variable v
* starting at "from", incrementing by "step" each time while less than
* "to". At each iteration, evaluates expression e, and pushes the result
* onto the result array.}.
*
* @return
* {@code Iterates over the variable v starting at "from", incrementing
* by "step" each time while less than "to". At each iteration, evaluates
* expression e, and pushes the result onto the result array.}
*/
public static Localizable _for_range_desc() {
return new Localizable(holder, "for_range_desc");
}
/**
* Key {@code foreach_index_desc}: {@code Evaluates expression a to an
* array. Then for each array element, binds its index to variable i and
* its value to variable name v, evaluates expression e, and pushes the
* result onto the result array.}.
*
* @return
* {@code Evaluates expression a to an array. Then for each array
* element, binds its index to variable i and its value to variable name
* v, evaluates expression e, and pushes the result onto the result
* array.}
*/
public static String foreach_index_desc() {
return holder.format("foreach_index_desc");
}
/**
* Key {@code foreach_index_desc}: {@code Evaluates expression a to an
* array. Then for each array element, binds its index to variable i and
* its value to variable name v, evaluates expression e, and pushes the
* result onto the result array.}.
*
* @return
* {@code Evaluates expression a to an array. Then for each array
* element, binds its index to variable i and its value to variable name
* v, evaluates expression e, and pushes the result onto the result
* array.}
*/
public static Localizable _foreach_index_desc() {
return new Localizable(holder, "foreach_index_desc");
}
}
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