public static void SerializeEmpty()
{
var empty = new EmptyClass();
var result = XmlWriteBuffer.SerializeStatic(empty);
Assert.Equal("<emptyClass/>", result);
}
public static void SlamStackDeserializeError()
{
var head = BuildStackSlammer(XmlReadBuffer.s_maxDepth);
var serialized = XmlWriteBuffer.SerializeStatic(head);
Assert.Throws <Exception>(() => XmlReadBuffer.ReadStatic <StackSlam>(serialized));
}
public static void SerializeAttributes()
{
var truth = new WithAttributes
{
m_int = -1,
m_uint = uint.MaxValue,
m_double = 3.14,
m_string = "david and tim<",
m_bool = true,
m_byte = 128
};
const string expected =
"<attrs int='-1' uint='4294967295' double='3.14' bool='1' byte='128' string='david and tim<'/>";
const string expectedCompatible =
"<attrs int='-1'uint='4294967295'double='3.14'bool='1'byte='128'string='david and tim<'/>";
const string expectedWithDecl =
"<?xml version='1.0'?><attrs int='-1' uint='4294967295' double='3.14' bool='1' byte='128' string='david and tim<'/>";
const string expectedWithComment =
"<?xml version='1.0'?><!--<attrs wont be parsed in comment>--><attrs int='-1' uint='4294967295' double='3.14' bool='1' byte='128' string='david and tim<'/>";
var result = XmlWriteBuffer.SerializeStatic(truth);
Assert.Equal(expected, result);
AssertEqualWithAttrs(expected, truth);
AssertEqualWithAttrs(expectedCompatible, truth);
AssertEqualWithAttrs(expectedWithDecl, truth);
AssertEqualWithAttrs(expectedWithComment, truth);
}
public static void SerializeLongName()
{
var longName = new VeryLongName();
var result = XmlWriteBuffer.SerializeStatic(longName);
Assert.Equal($"<{VeryLongName.c_longName}/>", result);
}
public static void SerializeStringBody(CDataMode cdataMode)
{
var truth = new StringBody()
{
m_fullBody = "asdjhasjkdhakjsdhjkahsdjhkasdhasd<>&&"
};
var result = XmlWriteBuffer.SerializeStatic(truth, cdataMode);
var deserialized = XmlReadBuffer.ReadStatic <StringBody>(result, cdataMode);
Assert.Equal(truth.m_fullBody, deserialized.m_fullBody);
}
public static void SerializeStringBodies(CDataMode cdataMode)
{
var truth = new StringBodies
{
m_a = "blah1<>&&",
m_b = "blah2",
m_null = null,
m_empty = string.Empty
};
var result = XmlWriteBuffer.SerializeStatic(truth, cdataMode);
var deserialized = XmlReadBuffer.ReadStatic <StringBodies>(result, cdataMode);
Assert.Equal(truth.m_a, deserialized.m_a);
Assert.Equal(truth.m_b, deserialized.m_b);
//Assert.Equal(truth.m_null, deserialized.m_null); // todo: do we want to avoid writing nulls?? currently empty string
Assert.Equal(truth.m_empty, deserialized.m_empty);
}
public static void SerializeNull()
{
Assert.Throws <ArgumentNullException>(() => XmlWriteBuffer.SerializeStatic(null));
}
public static void SlamStackDeserialize()
{
var head = BuildStackSlammer(XmlReadBuffer.s_maxDepth - 1);
var serialized = XmlWriteBuffer.SerializeStatic(head);
var deserialized = XmlReadBuffer.ReadStatic <StackSlam>(serialized);
}
public static void SlamStackSerialize()
{
var head = BuildStackSlammer(1000);
var serialized = XmlWriteBuffer.SerializeStatic(head);
}
private static string EncodeStr(string input, bool attribute)
{
using var buffer = XmlWriteBuffer.Create();
buffer.EncodeText(input, attribute);
return buffer.ToStr();
}
public string WriteBuffer_BestCaseBaseline()
{
using var writeBuffer = XmlWriteBuffer.Create();
writeBuffer.PutString(s_bestCaseStr);
return(writeBuffer.ToStr());
}
private static string EncodeUsingWriteBuffer(string toEncode)
{
using var writeBuffer = XmlWriteBuffer.Create();
writeBuffer.EncodeText(toEncode);
return(writeBuffer.ToStr());
}
