public void TestWordLibrary2String()
{
ParsePattern parser = new ParsePattern()
{
IsPinyinFormat = true,
CodeSplitType = BuildType.FullContain,
CodeSplitString = ",",
ContainCode = true,
ContainRank = true,
SplitString = "|",
CodeType = CodeType.Pinyin,
Sort = new List <int>()
{
2, 1, 3
}
};
WordLibrary wl = new WordLibrary()
{
Word = "深蓝", Rank = 123, CodeType = CodeType.Pinyin
};
wl.Codes = new Code();
wl.Codes.Add(new[] { "shen" });
wl.Codes.Add(new[] { "lan" });
var selfDefining = new SelfDefining();
selfDefining.UserDefiningPattern = parser;
var str = selfDefining.ExportLine(wl);
Assert.AreEqual(str, "深蓝|,shen,lan,|123");
}
public void TestGeneratePinyinThen2String()
{
ParsePattern parser = new ParsePattern()
{
IsPinyinFormat = true,
CodeSplitType = BuildType.FullContain,
CodeSplitString = "~",
ContainCode = true,
ContainRank = true,
SplitString = "|",
CodeType = CodeType.Pinyin,
LineSplitString = "\r",
Sort = new List <int>()
{
2, 1, 3
}
};
WordLibraryList wll = new WordLibraryList();
WordLibrary wl = new WordLibrary()
{
Word = "深蓝", Rank = 123, CodeType = CodeType.UserDefine
};
wl.Codes = new Code();
wl.Codes.Add(new[] { "sn" });
wl.Codes.Add(new[] { "ln" });
wll.Add(wl);
var selfDefining = new SelfDefining();
selfDefining.UserDefiningPattern = parser;
var str = selfDefining.Export(wll);
Assert.AreEqual(str[0], "深蓝|~shen~lan~|123\r");
}
public void TestPinyinString2WL()
{
ParsePattern parser = new ParsePattern()
{
IsPinyinFormat = true,
CodeSplitType = BuildType.FullContain,
CodeSplitString = ",",
ContainCode = true,
ContainRank = true,
SplitString = " ",
Sort = new List <int>()
{
2, 1, 3
}
};
var str = "深蓝 ,shen,lan, 1";
var selfDefining = new SelfDefining();
selfDefining.UserDefiningPattern = parser;
var wl = selfDefining.ImportLine(str)[0];
Assert.AreEqual(wl.Codes[0][0], "shen");
Assert.AreEqual(wl.Codes[1][0], "lan");
Assert.AreEqual(wl.Rank, 1);
}
public void TestExportPinyinDifferentFormatWL()
{
var p = new ParsePattern();
p.Sort = new List <int>()
{
3, 2, 1
};
p.SplitString = "$";
p.ContainRank = false;
p.CodeSplitString = "_";
p.CodeSplitType = BuildType.None;
p.IsPinyinFormat = true;
p.CodeType = CodeType.Pinyin;
var selfDefining = new SelfDefining();
selfDefining.UserDefiningPattern = p;
Console.WriteLine("CodeType:" + selfDefining.UserDefiningPattern.CodeType.ToString());
var str1 = selfDefining.Export(new WordLibraryList()
{
WlData
});
Console.WriteLine(str1[0]);
Assert.AreEqual(str1[0], "深蓝测试$shen_lan_ce_shi\r\n");
}
public void TestExportExtCodeWL()
{
var selfDefining = new SelfDefining();
selfDefining.UserDefiningPattern = InitPattern();
selfDefining.UserDefiningPattern.MappingTablePath = "./Test/array30.txt";
var str = selfDefining.Export(new WordLibraryList()
{
WlData
});
Debug.WriteLine(str);
//Assert.IsNotNullOrEmpty(str);
}
public void TestImportTxt()
{
string txt = "深藍 shen,lan 12345";
var pp = new ParsePattern();
pp.Sort = new List <int>()
{
2, 1, 3
};
pp.IsPinyinFormat = true;
pp.CodeType = CodeType.Pinyin;
pp.CodeSplitString = ",";
pp.SplitString = " ";
pp.CodeSplitType = BuildType.None;
var selfDefining = new SelfDefining();
selfDefining.UserDefiningPattern = pp;
var x = selfDefining.ImportLine(txt);
Debug.WriteLine(x[0].ToString());
Assert.AreEqual(x[0].Word, "深藍");
}
public void TestExportExtCodeLots()
{
string str = "深蓝词库转换测试代码";
var list = new WordLibraryList();
var ts = "";
foreach (var c in str)
{
ts += c;
list.Add(new WordLibrary()
{
Rank = 10, IsEnglish = false, Word = ts
});
}
var selfDefining = new SelfDefining();
selfDefining.UserDefiningPattern = InitPattern();
selfDefining.UserDefiningPattern.MappingTablePath = "./Test/array30.txt";
var x = selfDefining.Export(list);
Debug.WriteLine(x);
Assert.IsNotNull(str);
}
public void Init()
{
selfDefining = new SelfDefining();
}
public void Init()
{
export = new SelfDefining();
}
