|
public ParseClassNames ( string manifest ) : string[]>.Tuple |
||
| manifest | string | |
| return | string[]>.Tuple | |
public void TypeCacheParseStructNameIgnoresInvalidTypesTest()
{
var testManifest = @"namespace DataModel
struct EquilateralTriangle{
1: optional int64 Side;
2: optional string Source;
[OccurenceTime("")]
3: optional int64 TimeStampUtc;
};
struct InvalidTriangle}
1: optional int64 Side;
2: optional string Source;
[OccurenceTime("")]
3: optional int64 TimeStampUtc;
};
struct ValidTriangle{
1: optional int64 Side;
2: optional string Source;
[OccurenceTime("")]
3: optional int64 TimeStampUtc;
};";
var typeCache = new TypeCache();
var tuple = typeCache.ParseClassNames(testManifest);
Assert.AreEqual("DataModel", tuple.Item1);
Assert.AreEqual("EquilateralTriangle", tuple.Item2[0]);
Assert.AreEqual("ValidTriangle", tuple.Item2[1]);
}
public void TypeCacheParseClassNamesNullTest()
{
var typeCache = new TypeCache();
typeCache.ParseClassNames(null);
}
public void TypeCacheParseStructNameHasCurlyBracesHappyPathTest()
{
var testManifest = @"namespace DataModel
struct EquilateralTriangle{
1: optional int64 Side;
2: optional string Source;
[OccurenceTime("")]
3: optional int64 TimeStampUtc;
};
struct SomeOtherTriangle{
1: optional int64 Side;
2: optional string Source;
[OccurenceTime("")]
3: optional int64 TimeStampUtc;
};";
var typeCache = new TypeCache();
var tuple = typeCache.ParseClassNames(testManifest);
Assert.AreEqual("DataModel", tuple.Item1);
Assert.AreEqual("EquilateralTriangle", tuple.Item2[0]);
Assert.AreEqual("SomeOtherTriangle", tuple.Item2[1]);
}
public void TypeCacheParseClassNamesEmptyManifestTest()
{
var typeCache = new TypeCache();
typeCache.ParseClassNames(string.Empty);
}