target = 'test'

tests = Split("""
	compression.cpp
	decompress.cpp
	DialogTemplate.cpp
	endian.cpp
	mmap.cpp
	ResourceEditor.cpp
	specmatch.cpp
	textrunner.cpp
	winchar.cpp
""")

required = Split("""
	DialogTemplate.cpp
	dirreader.cpp
	growbuf.cpp
	mmap.cpp
	ResourceEditor.cpp
	util.cpp
	winchar.cpp
""")

required_exehead = Split("""
	Tests/memcpy.c
""")

lzma_files = Split("""
	clzma.cpp
	7zip/7zGuids.cpp
	7zip/7zip/Common/OutBuffer.cpp
	7zip/7zip/Common/StreamUtils.cpp
	7zip/7zip/Compress/LZ/LZInWindow.cpp
	7zip/7zip/Compress/LZMA/LZMAEncoder.cpp
	7zip/7zip/Compress/RangeCoder/RangeCoderBit.cpp
	7zip/Common/Alloc.cpp
	7zip/Common/CRC.cpp
	7zip/LZMADecode.c
""")

required += lzma_files

bzip2_files = Split("""
	bzip2/blocksort.c
	bzip2/bzlib.c
	bzip2/compress.c
	bzip2/huffman.c
""")

bzip2_exehead_files = Split("""
	bzip2/bzlib.c
	bzip2/decompress.c
""")

required += bzip2_files
required_exehead += bzip2_exehead_files

zlib_exehead_files = Split("""
	zlib/INFBLOCK.C
""")

required_exehead += zlib_exehead_files

cppunitlibs = Split("""
	cppunit
""")

extralibs = Split("""
	dl
	gdi32
	iconv
	pthread
	user32
""")

scripts = Split("""
	icon1.nsi
	icon2.nsi
	preprocessor.nsi
	winver.nsi
""")

Import('env AddAvailableLibs AddZLib')

# Test scripts
env.TestScript(scripts)

# Use available libraries
if env['PLATFORM'] == 'win32':
	# XXX will cause problems if tests are cross compiled
	# on freebsd, libversion.a exists and gives trouble if linked
	extralibs += ['version']

AddAvailableLibs(env, extralibs)
AddZLib(env, env['PLATFORM'])

# compile using msvcrt (that's how cppunit.lib is built)
if 'msvc' in env['TOOLS'] or 'mstoolkit' in env['TOOLS']:
	env.Append(CCFLAGS = ['/MD'])

# uses exceptions
env.Append(CCFLAGS = ['$EXCEPTION_FLAG'])

# for lzma
env.Append(CPPDEFINES = ['COMPRESS_MF_BT'])

# test for CppUnit
conf = env.Configure()
cppunit = conf.CheckLibWithHeader(cppunitlibs, 'cppunit/extensions/HelperMacros.h', 'C++')
conf.Finish()

if cppunit:

	# compile files from parent directory
	required_obj = []

	for i in required:
		b = 'required/%s' % i.split('.')[0]
		s = '#Source/%s' % i
		o = env.Object(b, s)

		required_obj.append(o)

	# exehead files special treatment
	exehead_env = env.Clone()
	exehead_env.Append(CCFLAGS = ['$C_FLAG'])
	exehead_env.Append(
		CPPDEFINES = [
			'EXEHEAD',
			'NSIS_COMPRESS_USE_ZLIB' # just so config.h won't complain
		]
	)

	for i in required_exehead:
		b = 'required/exehead/%s' % i.split('.')[0]
		s = '#Source/%s' % i
		o = exehead_env.Object(b, s)

		required_obj.append(o)

	# build test program
	tests = env.Program(target, tests + required_obj)
	if env['PLATFORM'] == 'win32' and 'ZLIB_W32_DLL' in env:
		import os.path
		env.Depends(tests, env.InstallAs(
			os.path.basename(str(env['ZLIB_W32_DLL'])), 
			env['ZLIB_W32_DLL']))

	# alias running the test to 'test'
	test = env.Alias('test-code', [tests], tests[0].abspath)

	# always test when asked to
	AlwaysBuild(test)

else:
	
	# no CppUnit
	def err(target, source, env):
		print '*** error: CppUnit must be installed for testing!'
		return 1

	cmd = env.Command(target, [tests], Action(err, ''))
	env.Alias('test-code', cmd)