public void Include_Directories_MultipleIncludes()
{
var req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "cwd",
Env = new List <string>()
{
"INCLUDE=system;;\r\tfoo\r\t;;bar\r\n", // leading and training whitespace should be stripped
"INCLUDE=include2a;;;;include2b", // empty entries should be ignored
"XXXINCLUDE=shouldbeignored", // other environment variable
"INCLUDE=include3a;\r\t\n ; ;include3b", // whitespace entries should be ignored
"INCLUDE=subDir1\\subdir2\\relativePath1.txt", // \ should be converted to /
"INCLUDE=c:\\absPath1" // Absolute path should not be changed
},
Cmd = new List <string>
{
// no /I parameters
"cl.exe",
"c:\\file.cpp"
}
}
});
req.IncludeDirs.Should().BeEquivalentTo(
"cwd/system", "cwd/foo", "cwd/bar",
"cwd/include2a", "cwd/include2b",
"cwd/include3a", "cwd/include3b",
"cwd/subDir1/subdir2/relativePath1.txt",
"c:\\absPath1");
}
public void Include_Directories_SlashIArgs()
{
var req = MsvcDriver.ToRequest(new[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "cwd",
Env = new List <string>()
{
"NotAnInclude=should be ignored"
},
Cmd = new List <string>()
{
"cl.exe",
"/I", "\r\tuser \n", // leading and training whitespace should be stripped
"/I", "foo",
"/i", "should be ignored - case-sensitive",
"/I", "bar",
"/I", "subdir2\\relativePath1.txt", // \ should be converted to /
"/I", "c:\\absPath1", // Absolute path should not be changed
"c:\\file.cpp"
}
}
});
req.IncludeDirs.Should().BeEquivalentTo(
"cwd/user",
"cwd/foo",
"cwd/bar",
"cwd/subdir2/relativePath1.txt",
"c:\\absPath1");
}
public void Version()
{
Request req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
new CFamilyHelper.Capture()
{
Executable = "",
StdOut = "",
CompilerVersion = "18.00.21005.1",
X64 = false
},
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"c:\\file.cpp"
},
}
});
req.MsVersion.Should().Be(180021005);
req.Predefines.Should().Contain("#define _MSC_FULL_VER 180021005\n" +
"#define _MSC_VER 1800\n" +
"#define _MSC_BUILD 0\n");
req.Predefines.Should().Contain(X86_MACROS);
req.Predefines.Should().NotContain(X64_MACROS);
req.Predefines.Should().NotContain("#define _HAS_CHAR16_T_LANGUAGE_SUPPORT 1\n");
req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
new CFamilyHelper.Capture()
{
Executable = "",
StdOut = "",
CompilerVersion = "19.10.25017",
X64 = true
},
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"c:\\file.cpp"
},
}
});
req.MsVersion.Should().Be(191025017);
req.Predefines.Should().Contain("#define _MSC_FULL_VER 191025017\n" +
"#define _MSC_VER 1910\n" +
"#define _MSC_BUILD 0\n");
req.Predefines.Should().NotContain(X86_MACROS);
req.Predefines.Should().Contain(X64_MACROS);
req.Predefines.Should().Contain("#define _HAS_CHAR16_T_LANGUAGE_SUPPORT 1\n");
}
public void Compatibility_With_SonarLint()
{
Request req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
new CFamilyHelper.Capture()
{
Executable = "cl.exe",
// stdout is empty and stderr contains only toolset version and platform name:
StdOut = "",
CompilerVersion = "19.10.00",
X64 = false
},
new CFamilyHelper.Capture()
{
Executable = "cl.exe",
Cwd = "foo/bar",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
// Note that in reality it will be absolute path
"test.cpp"
},
}
});
req.File.Should().Be("foo/bar/test.cpp");
req.Predefines.Should().Contain("#define _MSC_FULL_VER 191000\n");
req.MsVersion.Should().Be(191000000);
req.TargetTriple.Should().Be("i686-pc-windows");
}
[DataRow("20.22.21005.1", false)] // v20 hasn't been released yet so we don't know whether the macro will still exist -> assume not
public void Version_HasConditionalExplicit(string compilerVersion, bool expectedToContainHasConditionalExplicit)
{
var req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
new CFamilyHelper.Capture()
{
Executable = "",
StdOut = "",
CompilerVersion = compilerVersion,
X64 = true
},
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"c:\\file.cpp"
},
}
});
req.Predefines.Contains("#define _HAS_CONDITIONAL_EXPLICIT 0\n").Should().Be(expectedToContainHasConditionalExplicit);
}
public void Should_Skip_Cx_And_Cli()
{
Request reqCx = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe", "/ZW", "file.cpp"
},
}
});
reqCx.File.Should().Be("");
Request reqCli = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe", "/clr", "file.cpp"
},
}
});
reqCli.File.Should().Be("");
}
public void File_Type()
{
Request req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe", "file.cpp"
},
}
});
req.File.Should().Be("basePath/file.cpp");
req.Flags.Should().Be(Request.MS | Request.CPlusPlus | Request.CPlusPlus11 | Request.CPlusPlus14 | Request.SonarLint);
req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe", "file.c"
},
}
});
req.File.Should().Be("basePath/file.c");
req.Flags.Should().Be(Request.MS | Request.C99 | Request.C11 | Request.SonarLint);
}
public void Include_Directories()
{
Request req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>()
{
"INCLUDE=system"
},
Cmd = new List <string>()
{
"cl.exe", "/I", "c:/user"
},
}
});
req.IncludeDirs.Should().BeEquivalentTo("c:/user", "basePath/system");
req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>()
{
"INCLUDE=system"
},
Cmd = new List <string>()
{
"cl.exe", "/I", "d:\\user", "/X"
},
}
});
req.IncludeDirs.Should().BeEquivalentTo("d:\\user");
req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "cwd",
Env = new List <string>()
{
"INCLUDE=system"
},
Cmd = new List <string>()
{
"cl.exe", "/I", "user"
},
}
});
req.IncludeDirs.Should().BeEquivalentTo("cwd/user", "cwd/system");
}
public void AbsolutePathConversion()
{
// 1. Only whitespace -> null
MsvcDriver.Absolute("root", "\r\t\n ")
.Should().BeNull();
// 2. Relative path with leading and trailing whitespce
MsvcDriver.Absolute("root", "\r\t\nsubdir1/subDir2\\xxx.foo")
.Should().Be("root/subdir1/subDir2/xxx.foo");
// 3. Absolute path with leading and trailing whitespace
MsvcDriver.Absolute("root", "\r\t\nx:\\subdir1/subDir2\\xxx.foo")
.Should().Be("x:\\subdir1/subDir2\\xxx.foo");
}
public void NoAnalyzedFiles_InvalidOperationException()
{
Action action = () => MsvcDriver.ToRequest(new[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string> {
"cl.exe"
},
}
});
action.Should().ThrowExactly <InvalidOperationException>().And.Message.Should().Be("No files to analyze");
}
public void File_RelativeAndAbsolutePath(string input, string expected)
{
var req = MsvcDriver.ToRequest(new[] {
compiler,
new CFamilyHelper.Capture
{
Executable = "",
Cwd = "root",
Env = new List <string>(),
Cmd = new List <string> {
"cl.exe", input
}
}
});
req.File.Should().Be(expected);
}
public void Should_Skip_Cx_And_Cli(string option)
{
Action action = () => MsvcDriver.ToRequest(new[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string> {
"cl.exe", option
},
}
});
action.Should().ThrowExactly <InvalidOperationException>().And.Message.Should().Contain("CX and CLI are not supported");
}
public void unsupported_std_version()
{
MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"/std:latest",
"/J"
},
}
});
}
public void TP(string option)
{
var req = MsvcDriver.ToRequest(new[] {
compiler,
new CFamilyHelper.Capture
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string> {
"cl.exe", option, "file.c"
},
}
});
req.File.Should().Be("basePath/file.c");
req.Flags.Should().Be(Request.MS | Request.CPlusPlus | Request.CPlusPlus11 | Request.CPlusPlus14 | Request.SonarLint);
}
public void ValidOption_NotSupported_ThrowsNotSupportedException(string option, string expectedMessage)
{
Action act = () =>
MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string> {
"cl.exe", option, "anyfile.txt"
}
}
});
act.Should().ThrowExactly <NotSupportedException>().And.Message.Should().Be(expectedMessage);
}
public void Undefine(string arg, string expected)
{
var req = MsvcDriver.ToRequest(new[] {
compiler,
new CFamilyHelper.Capture
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string> {
"cl.exe",
"/U", arg,
"c:\\file.cpp"
},
}
});
req.Predefines.Should().Contain(expected);
}
public void Undefine_Macro_With_Dash_Syntax()
{
Request req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"-Uname"
},
}
});
req.Predefines.Should().Contain("#undef name\n");
}
public void Forced_Include()
{
Request req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"/FI", "file.h"
},
}
});
req.Predefines.Should().EndWith("#include \"file.h\"\n");
}
public void Forced_Include(string includePath)
{
var req = MsvcDriver.ToRequest(new[] {
compiler,
new CFamilyHelper.Capture
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string> {
"cl.exe",
"/FI", includePath,
"c:\\file.cpp"
},
}
});
req.Predefines.Should().EndWith("#include \"file.h\"\n");
}
public void Microsoft_Extensions()
{
Request req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"/Za",
"file.c"
},
}
});
req.Flags.Should().Be(Request.C99 | Request.C11 | Request.SonarLint);
req.Predefines.Should().Contain("#define __STDC__ 1\n");
req.File.Should().Be("basePath/file.c");
req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"/Za",
"/std:c++17",
"c:\\file.cpp"
},
}
});
req.Flags.Should().Be(Request.CPlusPlus | Request.CPlusPlus11 | Request.CPlusPlus14 |
Request.CPlusPlus17 | Request.OperatorNames | Request.SonarLint);
req.File.Should().Be("c:\\file.cpp");
}
public void Define_Macro()
{
Request req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"/Dname1",
"/Dname2=value2"
},
}
});
req.Predefines.Should().ContainAll("#define name1 1\n", "#define name2 value2\n");
}
public void unsupported_option_with_argument()
{
var req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"/AI",
"c:\\Desktop",
"c:\\file.cpp"
},
}
});
req.File.Should().Be("c:\\file.cpp");
}
public void Char_Is_Unsigned()
{
Request req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"/std:c++14",
"/J",
"c:\\file.cpp"
},
}
});
req.Flags.Should().Be(Request.MS | Request.CPlusPlus | Request.CPlusPlus11 | Request.CPlusPlus14
| Request.CharIsUnsigned | Request.SonarLint);
req.Predefines.Should().Contain("#define _CHAR_UNSIGNED 1\n");
req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"c:\\file.cpp"
},
}
});
req.Flags.Should().Be(Request.MS | Request.CPlusPlus | Request.CPlusPlus11 | Request.CPlusPlus14 | Request.SonarLint);
req.Predefines.Should().NotContain("#define _CHAR_UNSIGNED 1\n");
}
public void CPP_Latest()
{
Request req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"/std:c++latest",
"c:\\file.cpp"
},
}
});
req.Flags.Should().Be(Request.CPlusPlus | Request.CPlusPlus11 | Request.CPlusPlus14 |
Request.CPlusPlus17 | Request.CPlusPlus20 | Request.SonarLint | Request.MS);
req.Predefines.Should().Contain("#define __cplusplus 202002L\n");
req.Predefines.Should().Contain("#define _MSVC_LANG 202002L\n");
}
public void File_RelativeAndAbsolutePath()
{
// 1. Relative Path
Request req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "root",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe", "subdir1\\subdir2\\file.cpp"
}, // \ should be converted to /
}
});
req.File.Should().Be("root/subdir1/subdir2/file.cpp");
// 2. Absolute path
req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "root",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe", "d://subdir1\\subdir2\\file.cpp"
}, // should not be changed
}
});
req.File.Should().Be("d://subdir1\\subdir2\\file.cpp");
}
public void Arch()
{
Request req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"/arch:IA32",
"c:\\file.cpp"
},
}
});
req.Predefines.Should().ContainAll("#define _M_IX86_FP 0\n");
req.Predefines.Should().NotContainAny("#define __AVX__", "#define __AVX2__");
req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"/arch:SSE",
"c:\\file.cpp"
},
}
});
req.Predefines.Should().ContainAll("#define _M_IX86_FP 1\n");
req.Predefines.Should().NotContainAny("#define __AVX__", "#define __AVX2__");
req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"/arch:AVX512",
"c:\\file.cpp"
},
}
});
req.Predefines.Should().ContainAll(
"#define __AVX512BW__ 1\n",
"#define __AVX512CD__ 1\n",
"#define __AVX512DQ__ 1\n",
"#define __AVX512F__ 1\n",
"#define __AVX512VL__ 1\n",
"#define _M_IX86_FP 2\n",
"#define __AVX__ 1\n",
"#define __AVX2__ 1\n");
req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"/arch:AVX2",
"c:\\file.cpp"
},
}
});
req.Predefines.Should().ContainAll("#define _M_IX86_FP 2\n", "#define __AVX__ 1\n", "#define __AVX2__ 1\n");
req = MsvcDriver.ToRequest(new CFamilyHelper.Capture[] {
compiler,
new CFamilyHelper.Capture()
{
Executable = "",
Cwd = "basePath",
Env = new List <string>(),
Cmd = new List <string>()
{
"cl.exe",
"/arch:AVX",
"c:\\file.cpp"
},
}
});
req.Predefines.Should().ContainAll("#define _M_IX86_FP 2\n", "#define __AVX__ 1\n");
req.Predefines.Should().NotContainAny("#define __AVX2__");
}
