/*
* Licensed to the Apache Software Foundation (ASF) under one
* or more contributor license agreements. See the NOTICE file
* distributed with this work for additional information
* regarding copyright ownership. The ASF licenses this file
* to you under the Apache License, Version 2.0 (the
* "License"); you may not use this file except in compliance
* with the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing,
* software distributed under the License is distributed on an
* "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
* KIND, either express or implied. See the License for the
* specific language governing permissions and limitations
* under the License.
*/
package org.apache.tamaya.core.internal.converters;
import org.apache.tamaya.spi.PropertySource;
import org.apache.tamaya.spi.PropertyValue;
import java.util.Collections;
import java.util.Map;
/**
* Test Property Source used by converter tests.
*/
public class ConverterTestsPropertySource implements PropertySource{
@Override
public int getOrdinal() {
return 0;
}
@Override
public String getName(){
return "ConverterTestsPropertySource";
}
@Override
public PropertyValue get(String key) {
switch(key){
// Bytes
case "tests.converter.byte.decimal":
return PropertyValue.of(key, "101", getName());
case "tests.converter.byte.octal":
return PropertyValue.of(key, "02", getName());
case "tests.converter.byte.hex.lowerX":
return PropertyValue.of(key, "0x2F", getName());
case "tests.converter.byte.hex.upperX":
return PropertyValue.of(key, "0X3F", getName());
case "tests.converter.byte.min":
return PropertyValue.of(key, "min", getName());
case "tests.converter.byte.max":
return PropertyValue.of(key, "MAX_Value", getName());
// Boolean
case "tests.converter.boolean.y1":
return PropertyValue.of(key, "y", getName());
case "tests.converter.boolean.y2":
return PropertyValue.of(key, "Y", getName());
case "tests.converter.boolean.yes1":
return PropertyValue.of(key, "yes", getName());
case "tests.converter.boolean.yes2":
return PropertyValue.of(key, "Yes", getName());
case "tests.converter.boolean.yes3":
return PropertyValue.of(key, "yeS", getName());
case "tests.converter.boolean.true1":
return PropertyValue.of(key, "true", getName());
case "tests.converter.boolean.true2":
return PropertyValue.of(key, "True", getName());
case "tests.converter.boolean.true3":
return PropertyValue.of(key, "trUe", getName());
case "tests.converter.boolean.t1":
return PropertyValue.of(key, "t", getName());
case "tests.converter.boolean.t2":
return PropertyValue.of(key, "T", getName());
case "tests.converter.boolean.n1":
return PropertyValue.of(key, "n", getName());
case "tests.converter.boolean.n2":
return PropertyValue.of(key, "N", getName());
case "tests.converter.boolean.no1":
return PropertyValue.of(key, "no", getName());
case "tests.converter.boolean.no2":
return PropertyValue.of(key, "No", getName());
case "tests.converter.boolean.no3":
return PropertyValue.of(key, "nO", getName());
case "tests.converter.boolean.false1":
return PropertyValue.of(key, "false", getName());
case "tests.converter.boolean.false2":
return PropertyValue.of(key, "False", getName());
case "tests.converter.boolean.false3":
return PropertyValue.of(key, "falSe", getName());
case "tests.converter.boolean.f1":
return PropertyValue.of(key, "f", getName());
case "tests.converter.boolean.f2":
return PropertyValue.of(key, "F", getName());
// Character
case "tests.converter.char.f":
return PropertyValue.of(key, "f", getName());
case "tests.converter.char.d":
return PropertyValue.of(key, "'d'", getName());
case "tests.converter.char.f-before":
return PropertyValue.of(key, " f", getName());
case "tests.converter.char.f-after":
return PropertyValue.of(key, "f ", getName());
case "tests.converter.char.f-around":
return PropertyValue.of(key, " f ", getName());
case "tests.converter.char.f-numeric":
return PropertyValue.of(key, "101", getName());
// currency
case "tests.converter.currency.code1":
return PropertyValue.of(key, "CHF", getName());
case "tests.converter.currency.code2":
return PropertyValue.of(key, "cHf", getName());
case "tests.converter.currency.code3":
return PropertyValue.of(key, " CHF", getName());
case "tests.converter.currency.code4":
return PropertyValue.of(key, "CHF ", getName());
case "tests.converter.currency.code5":
return PropertyValue.of(key, " CHF ", getName());
case "tests.converter.currency.code-numeric1":
return PropertyValue.of(key, "100", getName());
case "tests.converter.currency.code-numeric2":
return PropertyValue.of(key, " 100", getName());
case "tests.converter.currency.code-numeric3":
return PropertyValue.of(key, "100 ", getName());
case "tests.converter.currency.code-numeric4":
return PropertyValue.of(key, " 100 ", getName());
case "tests.converter.currency.code-locale1":
return PropertyValue.of(key, "DE", getName());
case "tests.converter.currency.code-locale2":
return PropertyValue.of(key, " DE", getName());
case "tests.converter.currency.code-locale3":
return PropertyValue.of(key, "DE ", getName());
case "tests.converter.currency.code-locale4":
return PropertyValue.of(key, " DE ", getName());
//double
case "tests.converter.double.decimal":
return PropertyValue.of(key, "1.23456789", getName());
case "tests.converter.double.decimalNegative":
return PropertyValue.of(key, "-1.23456789", getName());
case "tests.converter.double.integer":
return PropertyValue.of(key, " 100", getName());
case "tests.converter.double.hex1":
return PropertyValue.of(key, " 0XFF", getName());
case "tests.converter.double.hex2":
return PropertyValue.of(key, "-0xFF ", getName());
case "tests.converter.double.hex3":
return PropertyValue.of(key, "#FF", getName());
case "tests.converter.double.octal":
return PropertyValue.of(key, "0013", getName());
case "tests.converter.double.min":
return PropertyValue.of(key, "MIN_Value", getName());
case "tests.converter.double.max":
return PropertyValue.of(key, "max", getName());
case "tests.converter.double.nan":
return PropertyValue.of(key, "NAN", getName());
case "tests.converter.double.pi":
return PropertyValue.of(key, "positive_infinity", getName());
case "tests.converter.double.ni":
return PropertyValue.of(key, "Negative_Infinity", getName());
//float
case "tests.converter.float.decimal":
return PropertyValue.of(key, "1.23456789", getName());
case "tests.converter.float.decimalNegative":
return PropertyValue.of(key, "-1.23456789", getName());
case "tests.converter.float.integer":
return PropertyValue.of(key, " 100", getName());
case "tests.converter.float.hex1":
return PropertyValue.of(key, " 0XFF", getName());
case "tests.converter.float.hex2":
return PropertyValue.of(key, "-0xFF ", getName());
case "tests.converter.float.hex3":
return PropertyValue.of(key, "#FF", getName());
case "tests.converter.float.octal":
return PropertyValue.of(key, "0013", getName());
case "tests.converter.float.min":
return PropertyValue.of(key, "MIN_Value", getName());
case "tests.converter.float.max":
return PropertyValue.of(key, "max", getName());
case "tests.converter.float.nan":
return PropertyValue.of(key, "NAN", getName());
case "tests.converter.float.pi":
return PropertyValue.of(key, "positive_infinity", getName());
case "tests.converter.float.ni":
return PropertyValue.of(key, "Negative_Infinity", getName());
// Integer
case "tests.converter.integer.decimal":
return PropertyValue.of(key, "101", getName());
case "tests.converter.integer.octal":
return PropertyValue.of(key, "02", getName());
case "tests.converter.integer.hex.lowerX":
return PropertyValue.of(key, "0x2F", getName());
case "tests.converter.integer.hex.upperX":
return PropertyValue.of(key, "0X3F", getName());
case "tests.converter.integer.min":
return PropertyValue.of(key, "min", getName());
case "tests.converter.integer.max":
return PropertyValue.of(key, "MAX_Value", getName());
// Long
case "tests.converter.long.decimal":
return PropertyValue.of(key, "101", getName());
case "tests.converter.long.octal":
return PropertyValue.of(key, "02", getName());
case "tests.converter.long.hex.lowerX":
return PropertyValue.of(key, "0x2F", getName());
case "tests.converter.long.hex.upperX":
return PropertyValue.of(key, "0X3F", getName());
case "tests.converter.long.min":
return PropertyValue.of(key, "min", getName());
case "tests.converter.long.max":
return PropertyValue.of(key, "MAX_Value", getName());
// Short
case "tests.converter.short.decimal":
return PropertyValue.of(key, "101", getName());
case "tests.converter.short.octal":
return PropertyValue.of(key, "02", getName());
case "tests.converter.short.hex.lowerX":
return PropertyValue.of(key, "0x2F", getName());
case "tests.converter.short.hex.upperX":
return PropertyValue.of(key, "0X3F", getName());
case "tests.converter.short.min":
return PropertyValue.of(key, "min", getName());
case "tests.converter.short.max":
return PropertyValue.of(key, "MAX_Value", getName());
// BigDecimal
case "tests.converter.bd.decimal":
return PropertyValue.of(key, "101", getName());
case "tests.converter.bd.float":
return PropertyValue.of(key, "101.36438746", getName());
case "tests.converter.bd.big":
return PropertyValue.of(key, "101666666666666662333337263723628763821638923628193612983618293628763", getName());
case "tests.converter.bd.bigFloat":
return PropertyValue.of(key, "1016666666666666623333372637236287638216389293628763.101666666666666662333337263723628763821638923628193612983618293628763", getName());
case "tests.converter.bd.hex.lowerX":
return PropertyValue.of(key, "0x2F", getName());
case "tests.converter.bd.hex.upperX":
return PropertyValue.of(key, "0X3F", getName());
}
return null;
}
@Override
public Map<String, PropertyValue> getProperties() {
return Collections.emptyMap();
}
@Override
public boolean isScannable() {
return false;
}
}