/** * Removes a converter from the set of converters. If the converter was * not in the set, no changes are made. * * @param converter the converter to remove, null ignored * @return replaced converter, or null */ public IntervalConverter removeIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.remove(converter, removed); return removed[0]; }
/** * Removes a converter from the set of converters. If the converter was * not in the set, no changes are made. * * @param converter the converter to remove, null ignored * @return replaced converter, or null */ public IntervalConverter removeIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.remove(converter, removed); return removed[0]; }
/** * Adds a converter to the set of converters. If a matching converter is * already in the set, the given converter replaces it. If the converter is * exactly the same as one already in the set, no changes are made. * <p> * The order in which converters are added is not relevant. The best * converter is selected by examining the object hierarchy. * * @param converter the converter to add, null ignored * @return replaced converter, or null */ public IntervalConverter addIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.add(converter, removed); return removed[0]; }
/** * Adds a converter to the set of converters. If a matching converter is * already in the set, the given converter replaces it. If the converter is * exactly the same as one already in the set, no changes are made. * <p> * The order in which converters are added is not relevant. The best * converter is selected by examining the object hierarchy. * * @param converter the converter to add, null ignored * @return replaced converter, or null */ public IntervalConverter addIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.add(converter, removed); return removed[0]; }
/** * Removes a converter from the set of converters. If the converter was * not in the set, no changes are made. * * @param converter the converter to remove, null ignored * @return replaced converter, or null */ public IntervalConverter removeIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.remove(converter, removed); return removed[0]; }
/** * Adds a converter to the set of converters. If a matching converter is * already in the set, the given converter replaces it. If the converter is * exactly the same as one already in the set, no changes are made. * <p> * The order in which converters are added is not relevent. The best * converter is selected by examining the object hierarchy. * * @param converter the converter to add, null ignored * @return replaced converter, or null */ public IntervalConverter addIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.add(converter, removed); return removed[0]; }
/** * Removes a converter from the set of converters. If the converter was * not in the set, no changes are made. * * @param converter the converter to remove, null ignored * @return replaced converter, or null */ public IntervalConverter removeIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.remove(converter, removed); return removed[0]; }
/** * Removes a converter from the set of converters. If the converter was * not in the set, no changes are made. * * @param converter the converter to remove, null ignored * @return replaced converter, or null */ public IntervalConverter removeIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.remove(converter, removed); return removed[0]; }
/** * Removes a converter from the set of converters. If the converter was * not in the set, no changes are made. * * @param converter the converter to remove, null ignored * @return replaced converter, or null */ public IntervalConverter removeIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.remove(converter, removed); return removed[0]; }
/** * Removes a converter from the set of converters. If the converter was * not in the set, no changes are made. * * @param converter the converter to remove, null ignored * @return replaced converter, or null */ public IntervalConverter removeIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.remove(converter, removed); return removed[0]; }
/** * Removes a converter from the set of converters. If the converter was * not in the set, no changes are made. * * @param converter the converter to remove, null ignored * @return replaced converter, or null */ public IntervalConverter removeIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.remove(converter, removed); return removed[0]; }
/** * Removes a converter from the set of converters. If the converter was * not in the set, no changes are made. * * @param converter the converter to remove, null ignored * @return replaced converter, or null */ public IntervalConverter removeIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.remove(converter, removed); return removed[0]; }
/** * Removes a converter from the set of converters. If the converter was * not in the set, no changes are made. * * @param converter the converter to remove, null ignored * @return replaced converter, or null */ public IntervalConverter removeIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.remove(converter, removed); return removed[0]; }
/** * Removes a converter from the set of converters. If the converter was * not in the set, no changes are made. * * @param converter the converter to remove, null ignored * @return replaced converter, or null */ public IntervalConverter removeIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.remove(converter, removed); return removed[0]; }
/** * Adds a converter to the set of converters. If a matching converter is * already in the set, the given converter replaces it. If the converter is * exactly the same as one already in the set, no changes are made. * <p> * The order in which converters are added is not relevent. The best * converter is selected by examining the object hierarchy. * * @param converter the converter to add, null ignored * @return replaced converter, or null */ public IntervalConverter addIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.add(converter, removed); return removed[0]; }
/** * Adds a converter to the set of converters. If a matching converter is * already in the set, the given converter replaces it. If the converter is * exactly the same as one already in the set, no changes are made. * <p> * The order in which converters are added is not relevent. The best * converter is selected by examining the object hierarchy. * * @param converter the converter to add, null ignored * @return replaced converter, or null */ public IntervalConverter addIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.add(converter, removed); return removed[0]; }
/** * Adds a converter to the set of converters. If a matching converter is * already in the set, the given converter replaces it. If the converter is * exactly the same as one already in the set, no changes are made. * <p> * The order in which converters are added is not relevent. The best * converter is selected by examining the object hierarchy. * * @param converter the converter to add, null ignored * @return replaced converter, or null */ public IntervalConverter addIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.add(converter, removed); return removed[0]; }
/** * Adds a converter to the set of converters. If a matching converter is * already in the set, the given converter replaces it. If the converter is * exactly the same as one already in the set, no changes are made. * <p> * The order in which converters are added is not relevant. The best * converter is selected by examining the object hierarchy. * * @param converter the converter to add, null ignored * @return replaced converter, or null */ public IntervalConverter addIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.add(converter, removed); return removed[0]; }
/** * Adds a converter to the set of converters. If a matching converter is * already in the set, the given converter replaces it. If the converter is * exactly the same as one already in the set, no changes are made. * <p> * The order in which converters are added is not relevent. The best * converter is selected by examining the object hierarchy. * * @param converter the converter to add, null ignored * @return replaced converter, or null */ public IntervalConverter addIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.add(converter, removed); return removed[0]; }
/** * Adds a converter to the set of converters. If a matching converter is * already in the set, the given converter replaces it. If the converter is * exactly the same as one already in the set, no changes are made. * <p> * The order in which converters are added is not relevent. The best * converter is selected by examining the object hierarchy. * * @param converter the converter to add, null ignored * @return replaced converter, or null */ public IntervalConverter addIntervalConverter(IntervalConverter converter) throws SecurityException { checkAlterIntervalConverters(); if (converter == null) { return null; } IntervalConverter[] removed = new IntervalConverter[1]; iIntervalConverters = iIntervalConverters.add(converter, removed); return removed[0]; }