public void MethodNaming_ChangeSuffix_GeneratesName()
{
var initial = "Test";
var tuple = new ArchTuple <string>()
{
[Architecture.X86] = "TestX86",
[Architecture.Arm] = "TestArm",
[Architecture.X64] = "TestX64",
[Architecture.Arm64] = "TestArm64",
};
string expected = tuple;
var test = new TestWrapper();
SetBaseline(test);
test.MethodNameSuffix[Architecture.X86] = "X86";
test.MethodNameSuffix[Architecture.Arm] = "Arm";
test.MethodNameSuffix[Architecture.X64] = "X64";
test.MethodNameSuffix[Architecture.Arm64] = "Arm64";
var name = test.ComposeMethodName(initial);
Assert.AreEqual(expected, name);
}
public void Implicit_String_ConvertsTo()
{
ArchTuple <string> tuple = "test";
Assert.AreEqual("test", tuple[Architecture.X86]);
Assert.AreEqual("test", tuple[Architecture.X64]);
Assert.AreEqual("test", tuple[Architecture.Arm]);
Assert.AreEqual("test", tuple[Architecture.Arm64]);
}
public void Implicit_Int_ConvertsTo()
{
ArchTuple <int> tuple = 1;
Assert.AreEqual(1, tuple[Architecture.X86]);
Assert.AreEqual(1, tuple[Architecture.X64]);
Assert.AreEqual(1, tuple[Architecture.Arm]);
Assert.AreEqual(1, tuple[Architecture.Arm64]);
}
public void Constructor_Sets()
{
var tuple = new ArchTuple <string>("test");
Assert.AreEqual("test", tuple[Architecture.X86]);
Assert.AreEqual("test", tuple[Architecture.X64]);
Assert.AreEqual("test", tuple[Architecture.Arm]);
Assert.AreEqual("test", tuple[Architecture.Arm64]);
}
public void Implicit_Enum_ConvertsTo()
{
ArchTuple <CharSet> tuple = CharSet.Auto;
Assert.AreEqual(CharSet.Auto, tuple[Architecture.X86]);
Assert.AreEqual(CharSet.Auto, tuple[Architecture.X64]);
Assert.AreEqual(CharSet.Auto, tuple[Architecture.Arm]);
Assert.AreEqual(CharSet.Auto, tuple[Architecture.Arm64]);
}
public void SetValues_Sets()
{
var tuple = new ArchTuple <string>();
tuple.SetValues("test");
Assert.AreEqual("test", tuple[Architecture.X86]);
Assert.AreEqual("test", tuple[Architecture.X64]);
Assert.AreEqual("test", tuple[Architecture.Arm]);
Assert.AreEqual("test", tuple[Architecture.Arm64]);
}
public void Value_SetInt_Sets()
{
var tuple = new ArchTuple <int> {
[Architecture.X86] = 1,
[Architecture.X64] = 2,
[Architecture.Arm] = 3,
[Architecture.Arm64] = 4,
};
Assert.AreEqual(1, tuple[Architecture.X86]);
Assert.AreEqual(2, tuple[Architecture.X64]);
Assert.AreEqual(3, tuple[Architecture.Arm]);
Assert.AreEqual(4, tuple[Architecture.Arm64]);
}
public void Value_SetString_Changes()
{
var tuple = new ArchTuple <string>("test");
tuple[Architecture.X86] = "test1";
tuple[Architecture.X64] = "test2";
tuple[Architecture.Arm] = "test3";
tuple[Architecture.Arm64] = "test4";
Assert.AreEqual("test1", tuple[Architecture.X86]);
Assert.AreEqual("test2", tuple[Architecture.X64]);
Assert.AreEqual("test3", tuple[Architecture.Arm]);
Assert.AreEqual("test4", tuple[Architecture.Arm64]);
}
public void Value_SetEnum_Changes()
{
var tuple = new ArchTuple <CharSet>(CharSet.Auto);
tuple[Architecture.X86] = CharSet.Ansi;
tuple[Architecture.X64] = CharSet.Unicode;
tuple[Architecture.Arm] = CharSet.Ansi;
tuple[Architecture.Arm64] = CharSet.Unicode;
Assert.AreEqual(CharSet.Ansi, tuple[Architecture.X86]);
Assert.AreEqual(CharSet.Unicode, tuple[Architecture.X64]);
Assert.AreEqual(CharSet.Ansi, tuple[Architecture.Arm]);
Assert.AreEqual(CharSet.Unicode, tuple[Architecture.Arm64]);
}
public void Value_SetEnum_Sets()
{
var tuple = new ArchTuple <CharSet> {
[Architecture.X86] = CharSet.Ansi,
[Architecture.X64] = CharSet.Unicode,
[Architecture.Arm] = CharSet.Ansi,
[Architecture.Arm64] = CharSet.Unicode,
};
Assert.AreEqual(CharSet.Ansi, tuple[Architecture.X86]);
Assert.AreEqual(CharSet.Unicode, tuple[Architecture.X64]);
Assert.AreEqual(CharSet.Ansi, tuple[Architecture.Arm]);
Assert.AreEqual(CharSet.Unicode, tuple[Architecture.Arm64]);
}
public void Value_SetInt_Changes()
{
var tuple = new ArchTuple <int>(5);
tuple[Architecture.X86] = 1;
tuple[Architecture.X64] = 2;
tuple[Architecture.Arm] = 3;
tuple[Architecture.Arm64] = 4;
Assert.AreEqual(1, tuple[Architecture.X86]);
Assert.AreEqual(2, tuple[Architecture.X64]);
Assert.AreEqual(3, tuple[Architecture.Arm]);
Assert.AreEqual(4, tuple[Architecture.Arm64]);
}
public void Value_SetString_Sets()
{
var tuple = new ArchTuple <string> {
[Architecture.X86] = "test1",
[Architecture.X64] = "test2",
[Architecture.Arm] = "test3",
[Architecture.Arm64] = "test4",
};
Assert.AreEqual("test1", tuple[Architecture.X86]);
Assert.AreEqual("test2", tuple[Architecture.X64]);
Assert.AreEqual("test3", tuple[Architecture.Arm]);
Assert.AreEqual("test4", tuple[Architecture.Arm64]);
}
public void Implicit_Enum_ConvertsFrom()
{
var tuple = new ArchTuple <CharSet>()
{
[Architecture.X86] = CharSet.Ansi,
[Architecture.X64] = CharSet.Unicode,
[Architecture.Arm] = CharSet.Auto,
[Architecture.Arm64] = CharSet.Unicode,
};
CharSet converted = tuple;
var expected = tuple[RuntimeInformation.OSArchitecture];
Assert.AreEqual(expected, converted);
}
public void Implicit_Int_ConvertsFrom()
{
var tuple = new ArchTuple <int>()
{
[Architecture.X86] = 1,
[Architecture.X64] = 2,
[Architecture.Arm] = 3,
[Architecture.Arm64] = 4,
};
int converted = tuple;
var expected = tuple[RuntimeInformation.OSArchitecture];
Assert.AreEqual(expected, converted);
}
public void Implicit_String_ConvertsFrom()
{
var tuple = new ArchTuple <string>()
{
[Architecture.X86] = "test1",
[Architecture.X64] = "test2",
[Architecture.Arm] = "test3",
[Architecture.Arm64] = "test4",
};
string converted = tuple;
var expected = tuple[RuntimeInformation.OSArchitecture];
Assert.AreEqual(expected, converted);
}
public void DllNaming_Default_GeneratesName()
{
var tuple = new ArchTuple <string>()
{
[Architecture.X86] = "Test.dll",
[Architecture.Arm] = "Test.dll",
[Architecture.X64] = "Test64.dll",
[Architecture.Arm64] = "Test64.dll",
};
string expected = tuple;
var test = new TestWrapper();
var name = test.ComposeDllName();
Assert.AreEqual(expected, name);
}
public void DllNaming_ChangePath_GeneratesName()
{
var tuple = new ArchTuple <string>()
{
[Architecture.X86] = "lib32\\Test.dll",
[Architecture.Arm] = "libarm\\Test.dll",
[Architecture.X64] = "lib64\\Test.dll",
[Architecture.Arm64] = "libarm64\\Test.dll",
};
string expected = tuple;
var test = new TestWrapper();
SetBaseline(test);
test.DllPath[Architecture.X86] = "lib32\\";
test.DllPath[Architecture.X64] = "lib64\\";
test.DllPath[Architecture.Arm] = "libarm\\";
test.DllPath[Architecture.Arm64] = "libarm64\\";
var name = test.ComposeDllName();
Assert.AreEqual(expected, name);
}
public void DllNaming_ChangeName_GeneratesName()
{
var tuple = new ArchTuple <string>()
{
[Architecture.X86] = "FirstWrapper.dll",
[Architecture.Arm] = "SecondWrapper.dll",
[Architecture.X64] = "ThirdWrapper.dll",
[Architecture.Arm64] = "FourthWrapper.dll",
};
string expected = tuple;
var test = new TestWrapper();
SetBaseline(test);
test.DllName[Architecture.X86] = "FirstWrapper";
test.DllName[Architecture.Arm] = "SecondWrapper";
test.DllName[Architecture.X64] = "ThirdWrapper";
test.DllName[Architecture.Arm64] = "FourthWrapper";
var name = test.ComposeDllName();
Assert.AreEqual(expected, name);
}
public void DllNaming_ChangePrefix_GeneratesName()
{
var tuple = new ArchTuple <string>()
{
[Architecture.X86] = "X86Test.dll",
[Architecture.Arm] = "ArmTest.dll",
[Architecture.X64] = "X64Test.dll",
[Architecture.Arm64] = "Arm64Test.dll",
};
string expected = tuple;
var test = new TestWrapper();
SetBaseline(test);
test.DllNamePrefix[Architecture.X86] = "X86";
test.DllNamePrefix[Architecture.Arm] = "Arm";
test.DllNamePrefix[Architecture.X64] = "X64";
test.DllNamePrefix[Architecture.Arm64] = "Arm64";
var name = test.ComposeDllName();
Assert.AreEqual(expected, name);
}
