public void Struct_OneBlob()
{
var data = DirStructure.OwnTestFileAsBytes("binary/struct_oneblob.bindat");
var reader = new UserBinaryReader(new MemoryStream(data));
ReaderTestCommon.Struct_OneBlob(reader);
}
public void Combined1()
{
var data = DirStructure.OwnTestFileAsBytes("binary/combined1.bindat");
var reader = new UserBinaryReader(new MemoryStream(data));
ReaderTestCommon.Combined1(reader);
}
public void Empty()
{
var bytes = new byte[0];
var reader = new UserBinaryReader(new MemoryStream(bytes));
ReaderTestCommon.Empty(reader);
}
public void SingleIntList()
{
var data = DirStructure.OwnTestFileAsBytes("binary/single_int_list.bindat");
var reader = new UserBinaryReader(new MemoryStream(data));
ReaderTestCommon.SingleIntList(reader);
}
public void TwoLayer_TestStepout_Skip()
{
const string fileName = "binary/twolayer.bindat";
var data = DirStructure.OwnTestFileAsBytes(fileName);
var reader = new UserBinaryReader(new MemoryStream(data));
ReaderTestCommon.TwoLayer_TestStepoutSkip(reader);
}
public void TrivialStruct()
{
//empty struct {}
var trivial = DirStructure.OwnTestFileAsBytes("binary/trivial.bindat");
var reader = new UserBinaryReader(new MemoryStream(trivial));
ReaderTestCommon.TrivialStruct(reader);
}
public void OneBoolInStruct()
{
//simple datagram: {yolo:true}
var oneBool = DirStructure.OwnTestFileAsBytes("binary/onebool.bindat");
var reader = new UserBinaryReader(new MemoryStream(oneBool));
ReaderTestCommon.OneBoolInStruct(reader);
}
public void ReadAnnotations_SingleField()
{
// a singlefield structure with annotations
// {withannot:years::months::days::hours::minutes::seconds::18}
var annotSingleField = DirStructure.OwnTestFileAsBytes("binary/annot_singlefield.bindat");
var reader = new UserBinaryReader(new MemoryStream(annotSingleField));
ReaderTestCommon.ReadAnnotations_SingleField(reader);
}
public void FlatIntList()
{
//a flat list of ints [123,456,789]
var flatListInt = DirStructure.OwnTestFileAsBytes("binary/flatlist_int.bindat");
var reader = new UserBinaryReader(new MemoryStream(flatListInt));
ReaderTestCommon.FlatIntList(reader);
}
public void FlatIntList()
{
//a flat list of ints [123,456,789]
var flatListInt = DirStructure.ReadDataFile("text/flatlist_int.ion");
var reader = new UserTextReader(new MemoryStream(flatListInt));
ReaderTestCommon.FlatIntList(reader);
}
public void Combined1()
{
var data = DirStructure.OwnTestFileAsBytes("text/combined1.ion");
var reader = new UserTextReader(new MemoryStream(data));
ReaderTestCommon.Combined1(reader);
reader = new UserTextReader(Encoding.UTF8.GetString(data));
ReaderTestCommon.Combined1(reader);
}
public void SingleIntList()
{
var data = DirStructure.OwnTestFileAsBytes("text/single_int_list.ion");
var reader = new UserTextReader(new MemoryStream(data));
ReaderTestCommon.SingleIntList(reader);
reader = new UserTextReader(Encoding.UTF8.GetString(data));
ReaderTestCommon.SingleIntList(reader);
}
public void SingleSymbol()
{
//struct with single symbol
//{single_symbol:'something'}
var data = DirStructure.OwnTestFileAsBytes("binary/single_symbol.bindat");
var reader = new UserBinaryReader(new MemoryStream(data));
ReaderTestCommon.SingleSymbol(reader);
}
public void Struct_OneBlob()
{
var data = DirStructure.OwnTestFileAsBytes("text/struct_oneblob.ion");
var reader = new UserTextReader(new MemoryStream(data));
ReaderTestCommon.Struct_OneBlob(reader);
reader = new UserTextReader(Encoding.UTF8.GetString(data));
ReaderTestCommon.Struct_OneBlob(reader);
}
public void ReadAnnotations_SingleField()
{
// a singlefield structure with annotations
// {withannot:years::months::days::hours::minutes::seconds::18}
var annotSingleField = DirStructure.ReadDataFile("binary/annot_singlefield.bindat");
var converter = new SaveAnnotationsReaderRoutine();
var reader = new UserBinaryReader(new MemoryStream(annotSingleField), converter);
ReaderTestCommon.ReadAnnotations_SingleField(reader, converter);
}
public void SingleNumber(string text, long value)
{
var bin = Encoding.UTF8.GetBytes(text);
var reader = new UserTextReader(new MemoryStream(bin));
ReaderTestCommon.SingleNumber(reader, value);
reader = new UserTextReader(text);
ReaderTestCommon.SingleNumber(reader, value);
}
public void OneBoolInStruct()
{
//simple datagram: {yolo:true}
var oneBool = DirStructure.OwnTestFileAsBytes("text/onebool.ion");
var reader = new UserTextReader(new MemoryStream(oneBool));
ReaderTestCommon.OneBoolInStruct(reader);
reader = new UserTextReader(Encoding.UTF8.GetString(oneBool));
ReaderTestCommon.OneBoolInStruct(reader);
}
public void SingleSymbol()
{
//struct with single symbol
//{single_symbol:'something'}
var data = DirStructure.OwnTestFileAsBytes("text/single_symbol.ion");
var reader = new UserTextReader(new MemoryStream(data));
ReaderTestCommon.SingleSymbol(reader);
reader = new UserTextReader(Encoding.UTF8.GetString(data));
ReaderTestCommon.SingleSymbol(reader);
}
public void TrivialStruct()
{
//empty struct {}
var trivial = DirStructure.OwnTestFileAsBytes("text/trivial.ion");
var text = Encoding.UTF8.GetString(trivial);
var reader = new UserTextReader(text);
ReaderTestCommon.TrivialStruct(reader);
reader = new UserTextReader(new MemoryStream(trivial));
ReaderTestCommon.TrivialStruct(reader);
}
public void Blob_PartialRead(int size, int step)
{
var blob = new byte[size];
for (var i = 0; i < size; i++)
{
blob[i] = (byte)i;
}
var text = "{{" + Convert.ToBase64String(blob) + "}}";
var reader = new UserTextReader(text);
ReaderTestCommon.Blob_PartialRead(size, step, reader);
}
public void FlatScalar()
{
//a flat struct of scalar values:
//boolean:true
//str:"yes"
//integer:123456
//longInt:int.Max*2
//bigInt:long.Max*10
//double:2213.1267567f
var flatScalar = DirStructure.OwnTestFileAsBytes("binary/flat_scalar.bindat");
var reader = new UserBinaryReader(new MemoryStream(flatScalar));
ReaderTestCommon.FlatScalar(reader);
}
public void FlatScalar()
{
//a flat struct of scalar values:
//boolean:true
//str:"yes"
//integer:123456
//longInt:int.Max*2
//bigInt:long.Max*10
//double:2213.1267567f
var flatScalar = DirStructure.OwnTestFileAsBytes("text/flat_scalar.ion");
var reader = new UserTextReader(new MemoryStream(flatScalar));
ReaderTestCommon.FlatScalar(reader);
reader = new UserTextReader(Encoding.UTF8.GetString(flatScalar));
ReaderTestCommon.FlatScalar(reader);
}
public void Blob_PartialRead(int size, int step)
{
var blob = new byte[size];
for (var i = 0; i < size; i++)
{
blob[i] = (byte)i;
}
var memStream = new MemoryStream();
using (var writer = IonBinaryWriterBuilder.Build(memStream))
{
writer.WriteBlob(blob);
writer.Finish();
}
var output = memStream.ToArray();
var reader = IonReaderBuilder.Build(new MemoryStream(output));
ReaderTestCommon.Blob_PartialRead(size, step, reader);
}
public void SingleNumber(byte[] data, long value)
{
IIonReader reader = new UserBinaryReader(new MemoryStream(data));
ReaderTestCommon.SingleNumber(reader, value);
}
public void SingleBool(byte[] data, bool value)
{
var reader = new UserBinaryReader(new MemoryStream(data));
ReaderTestCommon.SingleBool(reader, value);
}
