/** * A helper method to return the string representation of a map with bracket boundaries "[" and "]". * * @param arg the map to process * @return the string representation of the map */ public static String toMapString(Map arg) { return toMapString(arg, -1); }
/** * Returns the string representation of this map. The string displays the * contents of the map, i.e. <code>[one:1, two:2, three:3]</code>. * * @param self a Map * @param maxSize stop after approximately this many characters and append '...' * @return the string representation * @since 1.0 */ public static String toMapString(Map self, int maxSize) { return (self == null) ? "null" : InvokerHelper.toMapString(self, maxSize); }
out.write(toArrayString((Object[]) object)); } else if (object instanceof Map) { out.write(toMapString((Map) object)); } else if (object instanceof Collection) { out.write(toListString((Collection) object));
out.append(toArrayString((Object[]) object)); } else if (object instanceof Map) { out.append(toMapString((Map) object)); } else if (object instanceof Collection) { out.append(toListString((Collection) object));
public void execute() throws BuildException { SpoofTaskContainer.spoof("begin SpoofTask execute"); SpoofTaskContainer.spoof("tag name from wrapper: " + getWrapper().getElementTag()); // don't rely on Map.toString(), behaviour is not documented SpoofTaskContainer.spoof("attributes map from wrapper: " + InvokerHelper.toMapString(getWrapper().getAttributeMap())); SpoofTaskContainer.spoof("param foo: " + foo); SpoofTaskContainer.spoof("end SpoofTask execute"); }
public void execute() throws BuildException { SpoofTaskContainer.spoof("begin SpoofTask execute"); SpoofTaskContainer.spoof("tag name from wrapper: " + getWrapper().getElementTag()); // don't rely on Map.toString(), behaviour is not documented SpoofTaskContainer.spoof("attributes map from wrapper: " + InvokerHelper.toMapString(getWrapper().getAttributeMap())); SpoofTaskContainer.spoof("param foo: " + foo); SpoofTaskContainer.spoof("end SpoofTask execute"); }
/** * Returns the string representation of this map. The string displays the * contents of the map, i.e. <code>[one:1, two:2, three:3]</code>. * * @param self a Map * @return the string representation * @since 1.0 */ public static String toMapString(Map self) { return (self == null) ? "null" : InvokerHelper.toMapString(self); }
/** * Returns the string representation of this map. The string displays the * contents of the map, i.e. <code>[one:1, two:2, three:3]</code>. * * @param self a Map * @param maxSize stop after approximately this many characters and append '...' * @return the string representation * @since 1.0 */ public static String toMapString(Map self, int maxSize) { return (self == null) ? "null" : InvokerHelper.toMapString(self, maxSize); }
/** * A helper method to return the string representation of a map with bracket boundaries "[" and "]". * * @param arg the map to process * @return the string representation of the map */ public static String toMapString(Map arg) { return toMapString(arg, -1); }
/** * Returns the string representation of this map. The string displays the * contents of the map, i.e. <code>{one=1, two=2, three=3}</code>. * * @param self a Map * @return the string representation */ public static String toMapString(Map self) { return (self == null) ? "null" : InvokerHelper.toMapString(self); }
/** * Returns the string representation of this map. The string displays the * contents of the map, i.e. <code>{one=1, two=2, three=3}</code>. * * @param self a Map * @return the string representation * @since 1.0 */ public static String toMapString(Map self) { return (self == null) ? "null" : InvokerHelper.toMapString(self); }
out.write(toArrayString((Object[]) object)); } else if (object instanceof Map) { out.write(toMapString((Map) object)); } else if (object instanceof Collection) { out.write(toListString((Collection) object));
out.write(toArrayString((Object[]) object)); } else if (object instanceof Map) { out.write(toMapString((Map) object)); } else if (object instanceof Collection) { out.write(toListString((Collection) object));
out.write(toArrayString((Object[]) object)); } else if (object instanceof Map) { out.write(toMapString((Map) object)); } else if (object instanceof Collection) { out.write(toListString((Collection) object));
public static String toString(Object arguments) { if (arguments instanceof Object[]) return toArrayString((Object[]) arguments); if (arguments instanceof Collection) return toListString((Collection) arguments); if (arguments instanceof Map) return toMapString((Map) arguments); return format(arguments, false); }
out.write(toArrayString((Object[]) object)); } else if (object instanceof Map) { out.write(toMapString((Map) object)); } else if (object instanceof Collection) { out.write(toListString((Collection) object));
public static String toString(Object arguments) { if (arguments instanceof Object[]) return toArrayString((Object[]) arguments); if (arguments instanceof Collection) return toListString((Collection) arguments); if (arguments instanceof Map) return toMapString((Map) arguments); return format(arguments, false); }
public static String toString(Object arguments) { if (arguments instanceof Object[]) return toArrayString((Object[]) arguments); if (arguments instanceof Collection) return toListString((Collection) arguments); if (arguments instanceof Map) return toMapString((Map) arguments); return format(arguments, false); }
public static String toString(Object arguments) { if (arguments instanceof Object[]) return toArrayString((Object[]) arguments); if (arguments instanceof Collection) return toListString((Collection) arguments); if (arguments instanceof Map) return toMapString((Map) arguments); return format(arguments, false); }