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CMake/Tests/Complex/Executable/complex.cxx
Brad King 22c62c9e65 BUG: Sweeping changes to cleanup computation of target names. This should 
fix many bugs related to target names being computed inconsistently.

- Centralized computation of a target's file name to a method in
  cmTarget.  Now that global knowledge is always available the
  *_CMAKE_PATH cache variables are no longer needed.

- Centralized computation of link library command lines and link
  directory search order.

- Moved computation of link directories needed to link CMake targets
  to be after evaluation of linking dependencies.

This also removed alot of duplicate code in which each version had its
own bugs.

This commit is surrounded by the tags

  CMake-TargetNameCentralization1-pre

and

  CMake-TargetNameCentralization1-post

so make the large set of changes easy to identify.
2006-01-13 18:18:32 -05:00

1174 lines
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#include "cmTestConfigure.h"
#include "cmTestConfigureEscape.h"
#include "cmTestGeneratedHeader.h"
#include "cmVersion.h"
#include "ExtraSources/file1.h"
#include "file2.h"
#include "sharedFile.h"
extern "C" {
#include "testConly.h"
}
#include "cmStandardIncludes.h"
#include "cmSystemTools.h"
#include "cmDynamicLoader.h"
#include "cmSystemTools.h"
#include "cmOrderLinkDirectories.h"
#include "cmGeneratedFileStream.h"
int cm_passed = 0;
int cm_failed = 0;
#ifndef CMAKE_IS_REALLY_FUN
This is a problem. Looks like ADD_DEFINITIONS and REMOVE_DEFINITIONS does not work
#endif
// Here is a stupid function that tries to use std::string methods
// so that the dec cxx compiler will instantiate the stuff that
// we are using from the CMakeLib library....
bool TestLibraryOrder(bool shouldFail)
{
std::string Adir = std::string(BINARY_DIR) + std::string("/A");
std::string Bdir = std::string(BINARY_DIR) + std::string("/B");
std::string Cdir = std::string(BINARY_DIR) + std::string("/C");
if(!shouldFail)
{
std::string rm = Bdir;
rm += "/libA.a";
cmSystemTools::RemoveFile(rm.c_str());
}
std::vector<std::string> linkLibraries;
std::vector<std::string> linkDirectories;
linkDirectories.push_back(Adir);
linkDirectories.push_back(Bdir);
linkDirectories.push_back(Cdir);
linkDirectories.push_back("/lib/extra/stuff");
Adir += "/libA.a";
Bdir += "/libB.a";
Cdir += "/libC.a";
linkLibraries.push_back(Adir);
linkLibraries.push_back(Bdir);
linkLibraries.push_back(Cdir);
linkLibraries.push_back("-lm");
std::vector<cmStdString> sortedpaths;
std::vector<cmStdString> linkItems;
cmOrderLinkDirectories orderLibs;
orderLibs.DebugOn();
orderLibs.AddLinkExtension(".so");
orderLibs.AddLinkExtension(".a");
orderLibs.SetLinkPrefix("lib");
orderLibs.SetLinkInformation("test", linkLibraries, linkDirectories);
bool ret = orderLibs.DetermineLibraryPathOrder();
orderLibs.GetLinkerInformation(sortedpaths, linkItems);
std::cout << "Sorted Link Paths:\n";
for(std::vector<cmStdString>::iterator i = sortedpaths.begin();
i != sortedpaths.end(); ++i)
{
std::cout << *i << "\n";
}
std::cout << "Link Items: \n";
for(std::vector<cmStdString>::iterator i = linkItems.begin();
i != linkItems.end(); ++i)
{
std::cout << *i << "\n";
}
if(!(linkItems[0] == "A" &&
linkItems[1] == "B" &&
linkItems[2] == "C" &&
linkItems[3] == "-lm" ))
{
std::cout << "fail because link items should be A B C -lm and the are not\n";
return shouldFail;
}
// if this is not the fail test then the order should be f B C A
if(!shouldFail)
{
char order[5];
order[4] = 0;
for(int i =0; i < 4; ++i)
{
order[i] = sortedpaths[i][sortedpaths[i].size()-1];
}
if(!(strcmp(order, "fBCA") == 0 || strcmp(order, "BCAf") == 0))
{
std::cout << "fail because order should be /lib/extra/stuff B C A and it is not\n";
return false;
}
}
return ret;
}
void ForceStringUse()
{
std::vector<std::string> v;
std::vector<std::string> v2;
v = v2;
std::string cachetest = CACHE_TEST_VAR_INTERNAL;
v.push_back(cachetest);
v2 = v;
std::string x(5,'x');
char buff[5];
x.copy(buff, 1, 0);
x[0] = 'a';
std::string::size_type pos = 0;
x.replace(pos, pos, pos, 'x');
std::string copy = cachetest;
cachetest.find("bar");
cachetest.rfind("bar");
copy.append(cachetest);
copy = cachetest.substr(0, cachetest.size());
}
// ======================================================================
void cmFailed(const char* Message, const char* m2= "", const char* m3 = "")
{
std::cout << "FAILED: " << Message << m2 << m3 << "\n";
cm_failed++;
}
// ======================================================================
void cmPassed(const char* Message, const char* m2="")
{
std::cout << "Passed: " << Message << m2 << "\n";
cm_passed++;
}
// ======================================================================
void TestAndRemoveFile(const char* filename)
{
if (!cmSystemTools::FileExists(filename))
{
cmFailed("Could not find file: ", filename);
}
else
{
if (!cmSystemTools::RemoveFile(filename))
{
cmFailed("Unable to remove file. It does not imply that this test failed, but it *will* be corrupted thereafter if this file is not removed: ", filename);
}
else
{
cmPassed("Find and remove file: ", filename);
}
}
}
// ======================================================================
void TestDir(const char* filename)
{
if (!cmSystemTools::FileExists(filename))
{
cmFailed("Could not find dir: ", filename);
}
else
{
if (!cmSystemTools::FileIsDirectory(filename))
{
cmFailed("Unable to check if file is a directory: ", filename);
}
else
{
cmPassed("Find dir: ", filename);
}
}
}
// ======================================================================
void TestCMGeneratedFileSTream()
{
cmGeneratedFileStream gm;
std::string file1 = std::string(BINARY_DIR) + std::string("/generatedFile1");
std::string file2 = std::string(BINARY_DIR) + std::string("/generatedFile2");
std::string file3 = std::string(BINARY_DIR) + std::string("/generatedFile3");
std::string file4 = std::string(BINARY_DIR) + std::string("/generatedFile4");
std::string file1tmp = file1 + ".tmp";
std::string file2tmp = file2 + ".tmp";
std::string file3tmp = file3 + ".tmp";
std::string file4tmp = file4 + ".tmp";
gm.Open(file1.c_str());
gm << "This is generated file 1";
gm.Close();
gm.Open(file2.c_str());
gm << "This is generated file 2";
gm.Close();
gm.Open(file3.c_str());
gm << "This is generated file 3";
gm.Close();
gm.Open(file4.c_str());
gm << "This is generated file 4";
gm.Close();
if ( cmSystemTools::FileExists(file1.c_str()) )
{
if ( cmSystemTools::FileExists(file2.c_str()) )
{
if ( cmSystemTools::FileExists(file3.c_str()) )
{
if ( cmSystemTools::FileExists(file4.c_str()) )
{
if ( cmSystemTools::FileExists(file1tmp.c_str()) )
{
cmFailed("Something wrong with cmGeneratedFileStream. Temporary file is still here: ", file1tmp.c_str());
}
else if ( cmSystemTools::FileExists(file2tmp.c_str()) )
{
cmFailed("Something wrong with cmGeneratedFileStream. Temporary file is still here: ", file2tmp.c_str());
}
else if ( cmSystemTools::FileExists(file3tmp.c_str()) )
{
cmFailed("Something wrong with cmGeneratedFileStream. Temporary file is still here: ", file3tmp.c_str());
}
else if ( cmSystemTools::FileExists(file4tmp.c_str()) )
{
cmFailed("Something wrong with cmGeneratedFileStream. Temporary file is still here: ", file4tmp.c_str());
}
else
{
cmPassed("cmGeneratedFileStream works.");
}
}
else
{
cmFailed("Something wrong with cmGeneratedFileStream. Cannot find file: ", file4.c_str());
}
}
else
{
cmFailed("Something wrong with cmGeneratedFileStream. Found file: ", file3.c_str());
}
}
else
{
cmFailed("Something wrong with cmGeneratedFileStream. Cannot find file: ", file2.c_str());
}
}
else
{
cmFailed("Something wrong with cmGeneratedFileStream. Cannot find file: ", file1.c_str());
}
cmSystemTools::RemoveFile(file1.c_str());
cmSystemTools::RemoveFile(file2.c_str());
cmSystemTools::RemoveFile(file3.c_str());
cmSystemTools::RemoveFile(file1tmp.c_str());
cmSystemTools::RemoveFile(file2tmp.c_str());
cmSystemTools::RemoveFile(file3tmp.c_str());
}
// defined in testcflags.c
extern "C" int TestCFlags(char* m);
// ======================================================================
int main()
{
std::string lib = BINARY_DIR;
lib += "/bin/";
#ifdef CMAKE_INTDIR
lib += CMAKE_INTDIR;
lib += "/";
#endif
std::string exe = lib;
// Test a single character executable to test a: in makefiles
exe += "A";
exe += cmSystemTools::GetExecutableExtension();
int ret;
std::string errorMessage;
exe = cmSystemTools::ConvertToRunCommandPath(exe.c_str());
if(cmSystemTools::RunSingleCommand(exe.c_str(), 0, &ret))
{
if(ret != 10)
{
errorMessage += exe;
errorMessage += " did not return 10";
}
}
else
{
errorMessage += exe;
errorMessage += ": failed to run.";
}
if(errorMessage.size())
{
cmFailed(errorMessage.c_str());
}
else
{
cmPassed("run Single Character executable A returned 10 as expected.");
}
lib += cmDynamicLoader::LibPrefix();
lib += "CMakeTestModule";
lib += cmDynamicLoader::LibExtension();
cmLibHandle handle = cmDynamicLoader::OpenLibrary(lib.c_str());
if(!handle)
{
std::string err = "Can not open CMakeTestModule:\n";
err += lib;
cmFailed(err.c_str());
}
else
{
cmDynamicLoaderFunction fun =
cmDynamicLoader::GetSymbolAddress(handle, "ModuleFunction");
if(!fun)
{
fun = cmDynamicLoader::GetSymbolAddress(handle, "_ModuleFunction");
}
typedef int (*TEST_FUNCTION)();
TEST_FUNCTION testFun = (TEST_FUNCTION)fun;
if(!testFun)
{
cmFailed("Could not find symbol ModuleFunction in library ");
}
else
{
int ret = (*testFun)();
if(!ret)
{
cmFailed("ModuleFunction call did not return valid return.");
}
cmPassed("Module loaded and ModuleFunction called correctly.");
}
}
if(sharedFunction() != 1)
{
cmFailed("Call to sharedFunction from shared library failed.");
}
else
{
cmPassed("Call to sharedFunction from shared library worked.");
}
if(CsharedFunction() != 1)
{
cmFailed("Call to C sharedFunction from shared library failed.");
}
else
{
cmPassed("Call to C sharedFunction from shared library worked.");
}
if(file1() != 1)
{
cmFailed("Call to file1 function from library failed.");
}
else
{
cmPassed("Call to file1 function returned 1.");
}
if(file2() != 1)
{
cmFailed("Call to file2 function from library failed.");
}
else
{
cmPassed("Call to file2 function returned 1.");
}
#ifndef TEST_CXX_FLAGS
cmFailed("CMake CMAKE_CXX_FLAGS is not being passed to the compiler!");
#else
cmPassed("CMake CMAKE_CXX_FLAGS is being passed to the compiler.");
#endif
std::string gen = CMAKE_GENERATOR;
// visual studio is currently broken for c flags
if(gen.find("Visual") == gen.npos)
{
#ifdef TEST_C_FLAGS
cmFailed("CMake CMAKE_C_FLAGS are being passed to c++ files the compiler!");
#else
cmPassed("CMake CMAKE_C_FLAGS are not being passed to c++ files.");
#endif
char msg[1024];
if(TestCFlags(msg))
{
cmPassed(
"CMake CMAKE_C_FLAGS are being passed to c files and CXX flags are not.");
}
else
{
cmFailed(msg);
}
}
// ----------------------------------------------------------------------
// Test ADD_DEFINITIONS
#ifndef CMAKE_IS_FUN
cmFailed("CMake is not fun, so it is broken and should be fixed.");
#else
cmPassed("CMAKE_IS_FUN is defined.");
#endif
#if defined(CMAKE_ARGV1) && defined(CMAKE_ARGV2) && defined(CMAKE_ARGV3) && defined(CMAKE_ARGV4)
cmPassed("Variable args for MACROs are working.");
#else
cmFailed("Variable args for MACROs are failing.");
#endif
// ----------------------------------------------------------------------
// Test SET, VARIABLE_REQUIRES
#ifdef SHOULD_NOT_BE_DEFINED
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED is defined.");
#endif
#ifndef ONE_VAR
cmFailed("cmakedefine is broken, ONE_VAR is not defined.");
#else
cmPassed("ONE_VAR is defined.");
#endif
#ifndef ONE_VAR_IS_DEFINED
cmFailed("cmakedefine, SET or VARIABLE_REQUIRES is broken, "
"ONE_VAR_IS_DEFINED is not defined.");
#else
cmPassed("ONE_VAR_IS_DEFINED is defined.");
#endif
#ifdef ZERO_VAR
cmFailed("cmakedefine is broken, ZERO_VAR is defined.");
#else
cmPassed("ZERO_VAR is not defined.");
#endif
#ifndef STRING_VAR
cmFailed("the CONFIGURE_FILE command is broken, STRING_VAR is not defined.");
#else
if(strcmp(STRING_VAR, "CMake is great") != 0)
{
cmFailed("the SET or CONFIGURE_FILE command is broken. STRING_VAR == ",
STRING_VAR);
}
else
{
cmPassed("STRING_VAR == ", STRING_VAR);
}
#endif
// ----------------------------------------------------------------------
// Test various IF/ELSE combinations
#ifdef SHOULD_NOT_BE_DEFINED_NOT
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_NOT is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_NOT is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_NOT
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_NOT is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_NOT is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_NOT2
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_NOT2 is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_NOT2 is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_NOT2
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_NOT2 is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_NOT2 is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_AND
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_AND is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_AND is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_AND
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_AND is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_AND is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_AND2
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_AND2 is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_AND2 is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_AND2
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_AND2 is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_AND2 is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_OR
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_OR is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_OR is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_OR
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_OR is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_OR is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_OR2
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_OR2 is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_OR2 is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_OR2
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_OR2 is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_OR2 is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_MATCHES
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_MATCHES is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_MATCHES is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_MATCHES
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_MATCHES is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_MATCHES is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_MATCHES2
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_MATCHES2 is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_MATCHES2 is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_MATCHES2
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_MATCHES2 is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_MATCHES2 is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_COMMAND
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_COMMAND is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_COMMAND is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_COMMAND
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_COMMAND is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_COMMAND is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_COMMAND2
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_COMMAND2 is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_COMMAND2 is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_COMMAND2
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_COMMAND2 is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_COMMAND2 is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_EXISTS
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_EXISTS is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_EXISTS is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_EXISTS
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_EXISTS is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_EXISTS is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_EXISTS2
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_EXISTS2 is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_EXISTS2 is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_EXISTS2
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_EXISTS2 is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_EXISTS2 is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_LESS
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_LESS is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_LESS is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_LESS
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_LESS is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_LESS is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_LESS2
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_LESS2 is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_LESS2 is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_LESS2
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_LESS2 is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_LESS2 is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_GREATER
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_GREATER is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_GREATER is not defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_EQUAL
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_EQUAL is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_EQUAL is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_EQUAL
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_EQUAL is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_EQUAL is defined.");
#endif
#ifndef SHOULD_BE_DEFINED_GREATER
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_GREATER is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_GREATER is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_GREATER2
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_GREATER2 is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_GREATER2 is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_GREATER2
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_GREATER2 is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_GREATER2 is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_STRLESS
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_STRLESS is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_STRLESS is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_STRLESS
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_STRLESS is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_STRLESS is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_STRLESS2
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_STRLESS2 is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_STRLESS2 is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_STRLESS2
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_STRLESS2 is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_STRLESS2 is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_STRGREATER
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_STRGREATER is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_STRGREATER is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_STRGREATER
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_STRGREATER is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_STRGREATER is defined.");
#endif
#ifdef SHOULD_NOT_BE_DEFINED_STRGREATER2
cmFailed("IF or SET is broken, SHOULD_NOT_BE_DEFINED_STRGREATER2 is defined.");
#else
cmPassed("SHOULD_NOT_BE_DEFINED_STRGREATER2 is not defined.");
#endif
#ifndef SHOULD_BE_DEFINED_STRGREATER2
cmFailed("IF or SET is broken, SHOULD_BE_DEFINED_STRGREATER2 is not defined.\n");
#else
cmPassed("SHOULD_BE_DEFINED_STRGREATER2 is defined.");
#endif
// ----------------------------------------------------------------------
// Test FOREACH
#ifndef FOREACH_VAR1
cmFailed("the FOREACH, SET or CONFIGURE_FILE command is broken, "
"FOREACH_VAR1 is not defined.");
#else
if(strcmp(FOREACH_VAR1, "VALUE1") != 0)
{
cmFailed("the FOREACH, SET or CONFIGURE_FILE command is broken, "
"FOREACH_VAR1 == ", FOREACH_VAR1);
}
else
{
cmPassed("FOREACH_VAR1 == ", FOREACH_VAR1);
}
#endif
#ifndef FOREACH_VAR2
cmFailed("the FOREACH, SET or CONFIGURE_FILE command is broken, "
"FOREACH_VAR2 is not defined.");
#else
if(strcmp(FOREACH_VAR2, "VALUE2") != 0)
{
cmFailed("the FOREACH, SET or CONFIGURE_FILE command is broken, "
"FOREACH_VAR2 == ", FOREACH_VAR2);
}
else
{
cmPassed("FOREACH_VAR2 == ", FOREACH_VAR2);
}
#endif
#ifndef FOREACH_CONCAT
cmFailed("the FOREACH, SET or CONFIGURE_FILE command is broken, "
"FOREACH_CONCAT is not defined.");
#else
if(strcmp(FOREACH_CONCAT, "abcdefg") != 0)
{
cmFailed("the FOREACH, SET or CONFIGURE_FILE command is broken, "
"FOREACH_CONCAT == ", FOREACH_CONCAT);
}
else
{
cmPassed("FOREACH_CONCAT == ", FOREACH_CONCAT);
}
#endif
// ----------------------------------------------------------------------
// Test WHILE
if(WHILE_VALUE != 1000)
{
cmFailed("WHILE command is not working");
}
else
{
cmPassed("WHILE command is working");
}
// ----------------------------------------------------------------------
// Test FIND_FILE, FIND_PATH and various GET_FILENAME_COMPONENT combinations
#ifndef FILENAME_VAR_PATH_NAME
cmFailed("the FIND_FILE or GET_FILENAME_COMPONENT command is broken, "
"FILENAME_VAR_PATH_NAME is not defined.");
#else
if((strcmp(FILENAME_VAR_PATH_NAME, "Complex") == 0) ||
(strcmp(FILENAME_VAR_PATH_NAME, "ComplexOneConfig") == 0) ||
(strcmp(FILENAME_VAR_PATH_NAME, "ComplexRelativePaths") == 0))
{
cmPassed("FILENAME_VAR_PATH_NAME == ", FILENAME_VAR_PATH_NAME);
}
else
{
cmFailed("the FIND_FILE or GET_FILENAME_COMPONENT command is broken, "
"FILENAME_VAR_PATH_NAME == ", FILENAME_VAR_PATH_NAME);
}
#endif
#ifndef FILENAME_VAR_NAME
cmFailed("the FIND_FILE or GET_FILENAME_COMPONENT command is broken, "
"FILENAME_VAR_NAME is not defined.");
#else
if(strcmp(FILENAME_VAR_NAME, "VarTests.cmake") != 0)
{
cmFailed("the FIND_FILE or GET_FILENAME_COMPONENT command is broken, "
"FILENAME_VAR_NAME == ", FILENAME_VAR_NAME);
}
else
{
cmPassed("FILENAME_VAR_NAME == ", FILENAME_VAR_NAME);
}
#endif
#ifndef FILENAME_VAR_EXT
cmFailed("the FIND_FILE or GET_FILENAME_COMPONENT command is broken, "
"FILENAME_VAR_EXT is not defined.");
#else
if(strcmp(FILENAME_VAR_EXT, ".cmake") != 0)
{
cmFailed("the FIND_FILE or GET_FILENAME_COMPONENT command is broken, "
"FILENAME_VAR_EXT == ", FILENAME_VAR_EXT);
}
else
{
cmPassed("FILENAME_VAR_EXT == ", FILENAME_VAR_EXT);
}
#endif
#ifndef FILENAME_VAR_NAME_WE
cmFailed("the FIND_FILE or GET_FILENAME_COMPONENT command is broken, "
"FILENAME_VAR_NAME_WE is not defined.");
#else
if(strcmp(FILENAME_VAR_NAME_WE, "VarTests") != 0)
{
cmFailed("the FIND_FILE or GET_FILENAME_COMPONENT command is broken, "
"FILENAME_VAR_NAME_WE == ", FILENAME_VAR_NAME_WE);
}
else
{
cmPassed("FILENAME_VAR_NAME_WE == ", FILENAME_VAR_NAME_WE);
}
#endif
#ifndef PATH_VAR_NAME
cmFailed("the FIND_FILE or GET_FILENAME_COMPONENT command is broken, "
"PATH_VAR_NAME is not defined.");
#else
if((strcmp(PATH_VAR_NAME, "Complex") == 0) ||
(strcmp(PATH_VAR_NAME, "ComplexOneConfig") == 0) ||
(strcmp(PATH_VAR_NAME, "ComplexRelativePaths") == 0))
{
cmPassed("PATH_VAR_NAME == ", PATH_VAR_NAME);
}
else
{
cmFailed("the FIND_FILE or GET_FILENAME_COMPONENT command is broken, "
"PATH_VAR_NAME == ", PATH_VAR_NAME);
}
#endif
// ----------------------------------------------------------------------
// Test LOAD_CACHE
#ifndef CACHE_TEST_VAR1
cmFailed("the LOAD_CACHE or CONFIGURE_FILE command is broken, "
"CACHE_TEST_VAR1 is not defined.");
#else
if(strcmp(CACHE_TEST_VAR1, "foo") != 0)
{
cmFailed("the LOAD_CACHE or CONFIGURE_FILE command is broken, "
"CACHE_TEST_VAR1 == ", CACHE_TEST_VAR1);
}
else
{
cmPassed("CACHE_TEST_VAR1 == ", CACHE_TEST_VAR1);
}
#endif
#ifndef CACHE_TEST_VAR2
cmFailed("the LOAD_CACHE or CONFIGURE_FILE command is broken, "
"CACHE_TEST_VAR2 is not defined.");
#else
if(strcmp(CACHE_TEST_VAR2, "bar") != 0)
{
cmFailed("the LOAD_CACHE or CONFIGURE_FILE command is broken, "
"CACHE_TEST_VAR2 == ", CACHE_TEST_VAR2);
}
else
{
cmPassed("CACHE_TEST_VAR2 == ", CACHE_TEST_VAR2);
}
#endif
#ifndef CACHE_TEST_VAR3
cmFailed("the LOAD_CACHE or CONFIGURE_FILE command is broken, "
"CACHE_TEST_VAR3 is not defined.");
#else
if(strcmp(CACHE_TEST_VAR3, "1") != 0)
{
cmFailed("the LOAD_CACHE or CONFIGURE_FILE command is broken, "
"CACHE_TEST_VAR3 == ", CACHE_TEST_VAR3);
}
else
{
cmPassed("CACHE_TEST_VAR3 == ", CACHE_TEST_VAR3);
}
#endif
#ifdef CACHE_TEST_VAR_EXCLUDED
cmFailed("the LOAD_CACHE or CONFIGURE_FILE command or cmakedefine is broken, "
"CACHE_TEST_VAR_EXCLUDED is defined (should not have been loaded).");
#else
cmPassed("CACHE_TEST_VAR_EXCLUDED is not defined.");
#endif
#ifndef CACHE_TEST_VAR_INTERNAL
cmFailed("the LOAD_CACHE or CONFIGURE_FILE command is broken, "
"CACHE_TEST_VAR_INTERNAL is not defined.");
#else
std::string cachetest = CACHE_TEST_VAR_INTERNAL;
if(cachetest != "bar")
{
cmFailed("the LOAD_CACHE or CONFIGURE_FILE command is broken, "
"CACHE_TEST_VAR_INTERNAL == ", CACHE_TEST_VAR_INTERNAL);
}
else
{
cmPassed("CACHE_TEST_VAR_INTERNAL == ", CACHE_TEST_VAR_INTERNAL);
}
#endif
// ----------------------------------------------------------------------
// Some pre-build/pre-link/post-build custom-commands have been
// attached to the lib (see Library/).
// Each runs ${CREATE_FILE_EXE} which will create a file.
// It also copies that file again using cmake -E.
// Similar rules have been added to this executable.
//
// WARNING: if you run 'complex' manually, this *will* fail, because
// the file was removed the last time 'complex' was run, and it is
// only created during a build.
TestAndRemoveFile(BINARY_DIR "/Library/prebuild.txt");
TestAndRemoveFile(BINARY_DIR "/Library/prelink.txt");
TestAndRemoveFile(BINARY_DIR "/Library/postbuild.txt");
TestAndRemoveFile(BINARY_DIR "/Library/postbuild2.txt");
TestAndRemoveFile(BINARY_DIR "/Executable/prebuild.txt");
TestAndRemoveFile(BINARY_DIR "/Executable/prelink.txt");
TestAndRemoveFile(BINARY_DIR "/Executable/postbuild.txt");
TestAndRemoveFile(BINARY_DIR "/Executable/postbuild2.txt");
// ----------------------------------------------------------------------
// A custom target has been created (see Library/).
// It runs ${CREATE_FILE_EXE} which will create a file.
//
// WARNING: if you run 'complex' manually, this *will* fail, because
// the file was removed the last time 'complex' was run, and it is
// only created during a build.
TestAndRemoveFile(BINARY_DIR "/Library/custom_target1.txt");
// ----------------------------------------------------------------------
// A directory has been created.
TestDir(BINARY_DIR "/make_dir");
// ----------------------------------------------------------------------
// Test OUTPUT_REQUIRED_FILES
// The files required by 'complex' have been output to a file.
// The contents of this file is not tested (absolute paths).
//
// WARNING: if you run 'complex' manually, this *will* fail, because
// the file was removed the last time 'complex' was run, and it is
// only created during a build.
TestAndRemoveFile(BINARY_DIR "/Executable/Temp/complex-required.txt");
// ----------------------------------------------------------------------
// Test FIND_LIBRARY
#ifndef FIND_DUMMY_LIB
cmFailed("the CONFIGURE_FILE command is broken, "
"FIND_DUMMY_LIB is not defined.");
#else
if(strstr(FIND_DUMMY_LIB, "dummylib") == NULL)
{
cmFailed("the FIND_LIBRARY or CONFIGURE_FILE command is broken, "
"FIND_DUMMY_LIB == ", FIND_DUMMY_LIB);
}
else
{
cmPassed("FIND_DUMMY_LIB == ", FIND_DUMMY_LIB);
}
#endif
// ----------------------------------------------------------------------
// Test SET_SOURCE_FILES_PROPERTIES
#ifndef FILE_HAS_EXTRA_COMPILE_FLAGS
cmFailed("SET_SOURCE_FILES_PROPERTIES failed at setting FILE_HAS_EXTRA_COMPILE_FLAGS flag");
#else
cmPassed("SET_SOURCE_FILES_PROPERTIES succeeded in setting FILE_HAS_EXTRA_COMPILE_FLAGS flag");
#endif
#ifndef FILE_HAS_ABSTRACT
cmFailed("SET_SOURCE_FILES_PROPERTIES failed at setting ABSTRACT flag");
#else
cmPassed("SET_SOURCE_FILES_PROPERTIES succeeded in setting ABSTRACT flag");
#endif
#ifndef FILE_HAS_WRAP_EXCLUDE
cmFailed("FILE_HAS_WRAP_EXCLUDE failed at setting WRAP_EXCLUDE flag");
#else
cmPassed("FILE_HAS_WRAP_EXCLUDE succeeded in setting WRAP_EXCLUDE flag");
#endif
#ifndef FILE_COMPILE_FLAGS
cmFailed("the CONFIGURE_FILE command is broken, FILE_COMPILE_FLAGS is not defined.");
#else
if(strcmp(FILE_COMPILE_FLAGS, "-foo -bar") != 0)
{
cmFailed("the SET_SOURCE_FILES_PROPERTIES or CONFIGURE_FILE command is broken. FILE_COMPILE_FLAGS == ",
FILE_COMPILE_FLAGS);
}
else
{
cmPassed("SET_SOURCE_FILES_PROPERTIES succeeded in setting extra flags == ", FILE_COMPILE_FLAGS);
}
#endif
// ----------------------------------------------------------------------
// Test registry (win32)
#if defined(_WIN32) && !defined(__CYGWIN__)
#ifndef REGISTRY_TEST_PATH
cmFailed("the CONFIGURE_FILE command is broken, REGISTRY_TEST_PATH is not defined.");
#else
std::cout << "REGISTRY_TEST_PATH == " << REGISTRY_TEST_PATH << "\n";
if(stricmp(REGISTRY_TEST_PATH, BINARY_DIR "/registry_dir") != 0)
{
cmFailed("the 'read registry value' function or CONFIGURE_FILE command is broken. REGISTRY_TEST_PATH == ",
REGISTRY_TEST_PATH, " is not " BINARY_DIR "/registry_dir");
}
else
{
cmPassed("REGISTRY_TEST_PATH == ", REGISTRY_TEST_PATH);
}
#endif
#endif // defined(_WIN32) && !defined(__CYGWIN__)
if(strcmp(CMAKE_MINIMUM_REQUIRED_VERSION, "1.3") == 0)
{
cmPassed("CMAKE_MINIMUM_REQUIRED_VERSION is set to 1.3");
}
else
{
cmFailed("CMAKE_MINIMUM_REQUIRED_VERSION is not set to the expected 1.3");
}
// ----------------------------------------------------------------------
// Test REMOVE command
if (strcmp("a;b;d",REMOVE_STRING) == 0)
{
cmPassed("REMOVE is working");
}
else
{
cmFailed("REMOVE is not working");
}
// ----------------------------------------------------------------------
// Test SEPARATE_ARGUMENTS
if(strcmp("a;b;c", TEST_SEP) == 0)
{
cmPassed("SEPARATE_ARGUMENTS is working");
}
else
{
cmFailed("SEPARATE_ARGUMENTS is not working");
}
// ----------------------------------------------------------------------
// Test Escape Quotes
if(strcmp("\"hello world\"", STRING_WITH_QUOTES) == 0)
{
cmPassed("ESCAPE_QUOTES is working");
}
else
{
cmFailed("ESCAPE_QUOTES is not working");
}
// ----------------------------------------------------------------------
// Test cmSystemTools::UpperCase
std::string str = "abc";
std::string strupper = "ABC";
if(cmSystemTools::UpperCase(str) == strupper)
{
cmPassed("cmSystemTools::UpperCase is working");
}
else
{
cmFailed("cmSystemTools::UpperCase is working");
}
// ----------------------------------------------------------------------
// Test if IF command inside a FOREACH works.
#if defined(IF_INSIDE_FOREACH_THEN_EXECUTED) && !defined(IF_INSIDE_FOREACH_ELSE_EXECUTED)
cmPassed("IF inside a FOREACH block works");
#else
cmFailed("IF inside a FOREACH block is broken");
#endif
#if defined(GENERATED_HEADER_INCLUDED)
cmPassed("Generated header included by non-generated source works.");
#else
cmFailed("Generated header included by non-generated source failed.");
#endif
if(SHOULD_BE_ZERO == 0)
{
cmPassed("cmakedefine01 is working for 0");
}
else
{
cmFailed("cmakedefine01 is not working for 0");
}
if(SHOULD_BE_ONE == 1)
{
cmPassed("cmakedefine01 is working for 1");
}
else
{
cmFailed("cmakedefine01 is not working for 1");
}
#ifdef FORCE_TEST
cmFailed("CMake SET CACHE FORCE");
#else
cmPassed("CMake SET CACHE FORCE");
#endif
// first run with shouldFail = true, this will
// run with A B C as set by the CMakeList.txt file.
if(!TestLibraryOrder(true))
{
cmPassed("CMake cmOrderLinkDirectories failed when it should.");
}
else
{
cmFailed("CMake cmOrderLinkDirectories failed to fail when given an impossible set of paths.");
}
// next run with shouldPass = true, this will
// run with B/libA.a removed and should create the order
// B C A
if(TestLibraryOrder(false))
{
cmPassed("CMake cmOrderLinkDirectories worked.");
}
else
{
cmFailed("CMake cmOrderLinkDirectories failed.");
}
// Test the generated file stream.
TestCMGeneratedFileSTream();
// ----------------------------------------------------------------------
// Summary
std::cout << "Passed: " << cm_passed << "\n";
if(cm_failed)
{
std::cout << "Failed: " << cm_failed << "\n";
return cm_failed;
}
return 0;
}
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