public CaseModel Func_GetValue_SetValue()
{
return(new CaseModel()
{
NameSign = @"获取/设置值",
ExeEvent = () => {
GS answer = new GS()
{
Age = RandomData.GetInt(),
DateOfBirth = RandomData.GetDateTime(),
Name = RandomData.GetChineseString(),
Price = RandomData.GetDouble(),
Sex = RandomData.Item(EnumInfo.GetALLItem <GS.SexEnum>()),
};
GS result = new GS();
ShineUponParser parser = new ShineUponParser(typeof(GS));
foreach (ShineUponInfo info in parser.GetDictionary().Values)
{
KeyString ks = parser.GetValue_KeyString(info, answer);
parser.SetValue_Object(info, result, ks.Value);
}
return true;
},
});
}
private XmlNode CreateRandomNode(XmlDocument xmldocument)
{
char[] ISBN_Sour = new List <char>(CommonData.ASCII_Number())
{
'-'
}.ToArray();
char[] Ascii_words = CommonData.ASCII_WordText();
char[] Ascii_lowerenglish = CommonData.ASCII_LowerEnglish();
XmlElement book = xmldocument.CreateElement(@"book");
Dictionary <string, string> Dic_Attrs = new Dictionary <string, string>()
{
{ @"Type", RandomData.GetChineseString(2) + @"课" },
{ @"ISBN", RandomData.GetString(ISBN_Sour, RandomData.GetInt(4, 13)) }
};
foreach (KeyValuePair <string, string> item in Dic_Attrs)
{
book.SetAttributeNode(XmlHelper.CreateNewAttribute(xmldocument, item.Key, item.Value));
}
Dictionary <string, string> Dic_Nodes = new Dictionary <string, string>()
{
{ @"title", RandomData.GetString(Ascii_words, RandomData.GetInt(4, 10)) },
{ @"author", RandomData.GetString(Ascii_lowerenglish, RandomData.GetInt(2, 4)) },
{ @"price", RandomData.GetDouble().ToString() },
};
foreach (KeyValuePair <string, string> item in Dic_Nodes)
{
book.AppendChild(XmlHelper.CreateNewElement(xmldocument, item.Key, item.Value));
}
return(book);
}
private CaseModel ExeEvent_Random_Double()
{
return(new CaseModel()
{
NameSign = @"随机 Double 值",
ExeEvent = () => {
for (int i = 0; i < 50; i++)
{
Print.WriteLine(RandomData.GetDouble());
}
},
});
}
protected override object MutateGene(PropertyInfo gene, int index, object originalValue, object suggestedRandomValue)
{
if (NumberHelper.TryGetValue(originalValue, out var value))
{
var addValue = (value * ADD_RATE) * (decimal)RandomData.GetDouble(); // something around 10% (ADD_RATE), then a random fraction of it
var shouldAdd = RandomData.GetBool(); // add or subtract
var result = shouldAdd
? value + addValue
: value - addValue;
return(_options.IsInRange(result)
? NumberHelper.CastValueToProperType(gene.PropertyType, result)
: suggestedRandomValue);
}
else
{
return(suggestedRandomValue);
}
}
private static double GetDouble(int?min, int?max)
{
return((max.GetValueOrDefault(int.MaxValue) - min.GetValueOrDefault()) * RandomData.GetDouble() + min.GetValueOrDefault());
}
static FloatValueGenerator()
{
_generatorFunc = new Dictionary <Type, Func <int?, int?, object> >()
{
{ typeof(float), (min, max) => HasRangeSet(min, max) ? (float)GetDouble(min, max) : (float)RandomData.GetDouble() * float.MaxValue },
{ typeof(float?), (min, max) => HasRangeSet(min, max) ? (float?)GetDouble(min, max) : (float?)RandomData.GetDouble() * float.MaxValue },
{ typeof(double), (min, max) => HasRangeSet(min, max) ? GetDouble(min, max) : RandomData.GetDouble() *double.MaxValue },
{ typeof(double?), (min, max) => HasRangeSet(min, max) ? GetDouble(min, max) : (double?)RandomData.GetDouble() * double.MaxValue },
{ typeof(decimal), (min, max) => HasRangeSet(min, max) ? (decimal)GetDouble(min, max) : (decimal)RandomData.GetDouble() * decimal.MaxValue },
{ typeof(decimal?), (min, max) => HasRangeSet(min, max) ? (decimal?)GetDouble(min, max) : (decimal?)RandomData.GetDouble() * decimal.MaxValue },
};
}