def main(installPrefix, binaryDestDir, shareDestDir, docDestDir, binaryBuildPath, targetPlatform, verboseStr, cbiosStr):
customVars = extractMakeVariables("build/custom.mk")
try:
verbose = parseBool(verboseStr)
cbios = parseBool(cbiosStr)
symlinkForBinary = parseBool(customVars["SYMLINK_FOR_BINARY"])
except ValueError, ex:
print >> sys.stderr, "Invalid argument:", ex
sys.exit(2)
def main(installPrefix, binaryDestDir, shareDestDir, docDestDir,
binaryBuildPath, targetPlatform, verboseStr, cbiosStr):
customVars = extractMakeVariables('build/custom.mk')
try:
verbose = parseBool(verboseStr)
cbios = parseBool(cbiosStr)
symlinkForBinary = parseBool(customVars['SYMLINK_FOR_BINARY'])
except ValueError, ex:
print >> sys.stderr, 'Invalid argument:', ex
sys.exit(2)
def main(
installPrefix, binaryDestDir, shareDestDir, docDestDir,
binaryBuildPath, targetPlatform, verboseStr, cbiosStr
):
customVars = extractMakeVariables('build/custom.mk')
try:
verbose = parseBool(verboseStr)
cbios = parseBool(cbiosStr)
symlinkForBinary = parseBool(customVars['SYMLINK_FOR_BINARY'])
except ValueError as ex:
print('Invalid argument:', ex, file=sys.stderr)
sys.exit(2)
if installPrefix and not installPrefix.endswith('/'):
# Just in case the destination directories are not absolute.
installPrefix += '/'
if verbose:
print('Installing openMSX:')
try:
installAll(
installPrefix, binaryDestDir, shareDestDir, docDestDir,
binaryBuildPath, targetPlatform, cbios, symlinkForBinary
)
except OSError as ex:
print('Installation failed:', ex, file=sys.stderr)
sys.exit(1)
if verbose:
print('Installation complete... have fun!')
print((
'Notice: if you want to emulate real MSX systems and not only the '
'free C-BIOS machines, put the system ROMs in one of the following '
'directories: %s/systemroms or '
'~/.openMSX/share/systemroms\n'
'If you want openMSX to find MSX software referred to from replays '
'or savestates you get from your friends, copy that MSX software to '
'%s/software or '
'~/.openMSX/share/software'
) % (shareDestDir, shareDestDir))
def iterProbeResults(probeVars, configuration, logPath):
'''Present probe results, so user can decide whether to start the build,
or to change system configuration and rerun "configure".
'''
desiredComponents = set(configuration.iterDesiredComponents())
requiredComponents = set(configuration.iterRequiredComponents())
buildableComponents = set(configuration.iterBuildableComponents(probeVars))
packages = sorted(
(getPackage(makeName)
for makeName in requiredLibrariesFor(desiredComponents)),
key=lambda package: package.niceName.lower())
customVars = extractMakeVariables('build/custom.mk')
yield ''
if not parseBool(probeVars['COMPILER']):
yield 'No working C++ compiler was found.'
yield "Please install a C++ compiler, such as GCC's g++."
yield 'If you have a C++ compiler installed and openMSX did not ' \
'detect it, please set the environment variable CXX to the name ' \
'of your C++ compiler.'
yield 'After you have corrected the situation, rerun "configure".'
yield ''
else:
# Compute how wide the first column should be.
def iterNiceNames():
for package in packages:
yield package.niceName
for component in iterComponents():
yield component.niceName
maxLen = max(len(niceName) for niceName in iterNiceNames())
formatStr = ' %-' + str(maxLen + 3) + 's %s'
yield 'Found libraries:'
for package in packages:
makeName = package.getMakeName()
if probeVars['HAVE_%s_LIB' % makeName]:
found = 'version %s' % probeVars['VERSION_%s' % makeName]
elif probeVars['HAVE_%s_H' % makeName]:
# Dependency resolution of a typical distro will not allow
# this situation. Most likely we got the link flags wrong.
found = 'headers found, link test failed'
else:
found = 'no'
yield formatStr % (package.niceName + ':', found)
yield ''
yield 'Components overview:'
for component in iterComponents():
if component in desiredComponents:
status = 'yes' if component in buildableComponents else 'no'
else:
status = 'disabled'
yield formatStr % (component.niceName + ':', status)
yield ''
yield 'Customisable options:'
yield formatStr % ('Install to', customVars['INSTALL_BASE'])
yield ' (you can edit these in build/custom.mk)'
yield ''
if buildableComponents == desiredComponents:
yield 'All required and optional components can be built.'
elif requiredComponents.issubset(buildableComponents):
yield 'If you are satisfied with the probe results, ' \
'run "make" to start the build.'
yield 'Otherwise, install some libraries and headers ' \
'and rerun "configure".'
else:
yield 'Please install missing libraries and headers ' \
'and rerun "configure".'
yield ''
yield 'If the detected libraries differ from what you think ' \
'is installed on this system, please check the log file: %s' \
% logPath
yield ''
def iterBuildInfoHeader(targetPlatform, cpuName, flavour, installShareDir):
platformVars = extractMakeVariables(
joinpath(dirname(__file__), 'platform-%s.mk' % targetPlatform),
dict.fromkeys(('COMPILE_FLAGS', 'LINK_FLAGS', 'LDFLAGS',
'TARGET_FLAGS', 'OPENMSX_TARGET_CPU'), ''))
setWindowIcon = parseBool(platformVars.get('SET_WINDOW_ICON', 'true'))
targetCPU = getCPU(cpuName)
# TODO: Add support for device-specific configuration.
platformDingux = targetPlatform == 'dingux'
platformPandora = targetPlatform == 'pandora'
platformAndroid = targetPlatform == 'android'
# Defaults.
have16BPP = True
have32BPP = True
minScaleFactor = 1
maxScaleFactor = 4
# Platform overrides.
if platformDingux:
maxScaleFactor = 1
elif platformAndroid:
# At the moment, libsdl android crashes when trying to dynamically change the scale factor
# TODO: debug why it crashes and then change the maxScaleFactor parameter here
# so that people with a powerfull enough android device can use a higher scale factor
have32BPP = False
minScaleFactor = 2
maxScaleFactor = 2
elif platformPandora:
have32BPP = False
maxScaleFactor = 3
yield '// Automatically generated by build process.'
yield ''
yield '#ifndef BUILD_INFO_HH'
yield '#define BUILD_INFO_HH'
yield ''
# Use a macro i.s.o. a boolean to prevent compilation errors on inline asm.
# Assembly doesn't appear to work with MINGW64... TODO: find out why
yield '#ifdef __MINGW64__'
yield '#define ASM_X86 0'
yield '#define ASM_X86 0'
yield '#define ASM_X86_32 0'
yield '#define ASM_X86_64 0'
yield '#else'
# A compiler will typically only understand the instruction set that it
# generates code for.
yield '#define ASM_X86 %d' % (targetCPU is X86 or targetCPU is X86_64)
yield '#define ASM_X86_32 %d' % (targetCPU is X86)
yield '#define ASM_X86_64 %d' % (targetCPU is X86_64)
yield '#endif'
# Use a macro iso integer because we really need to exclude code sections
# based on this.
yield '#define PLATFORM_DINGUX %d' % platformDingux
yield '#define PLATFORM_ANDROID %d' % platformAndroid
yield '#define HAVE_16BPP %d' % have16BPP
yield '#define HAVE_32BPP %d' % have32BPP
yield '#define MIN_SCALE_FACTOR %d' % minScaleFactor
yield '#define MAX_SCALE_FACTOR %d' % maxScaleFactor
yield ''
yield 'namespace openmsx {'
yield ''
# Note: Don't call it "BIG_ENDIAN", because some system header may #define
# that.
yield 'static const bool OPENMSX_BIGENDIAN = %s;' \
% str(targetCPU.bigEndian).lower()
yield 'static const bool OPENMSX_UNALIGNED_MEMORY_ACCESS = %s;' \
% str(targetCPU.unalignedMemoryAccess).lower()
yield 'static const bool OPENMSX_SET_WINDOW_ICON = %s;' \
% str(setWindowIcon).lower()
yield 'static const char* const DATADIR = "%s";' % installShareDir
yield 'static const char* const BUILD_FLAVOUR = "%s";' % flavour
yield 'static const char* const TARGET_PLATFORM = "%s";' % targetPlatform
yield ''
yield '} // namespace openmsx'
yield ''
yield '#endif // BUILD_INFO_HH'
def iterBuildInfoHeader(targetPlatform, cpuName, flavour, installShareDir):
platformVars = extractMakeVariables(
'build/platform-%s.mk' % targetPlatform,
dict.fromkeys(
('COMPILE_FLAGS', 'LINK_FLAGS', 'TARGET_FLAGS',
'ANDROID_LDFLAGS', 'ANDROID_CXXFLAGS',
'OPENMSX_TARGET_CPU'),
''
)
)
setWindowIcon = parseBool(platformVars.get('SET_WINDOW_ICON', 'true'))
targetCPU = getCPU(cpuName)
# TODO: Add support for device-specific configuration.
platformDingux = targetPlatform == 'dingux'
platformMaemo5 = targetPlatform == 'maemo5'
platformPandora = targetPlatform == 'pandora'
platformAndroid = targetPlatform == 'android'
# Defaults.
have16BPP = True
have32BPP = True
minScaleFactor = 1
maxScaleFactor = 4
# Platform overrides.
if platformDingux:
maxScaleFactor = 1
elif platformAndroid:
# At the moment, libsdl android crashes when trying to dynamically change the scale factor
# TODO: debug why it crashes and then change the maxScaleFactor parameter here
# so that people with a powerfull enough android device can use a higher scale factor
have32BPP = False
maxScaleFactor = 1
elif platformMaemo5:
# TODO: These are in fact N900 specific settings, but we have no
# support yet for device specific configuration and the N900
# is the most popular Maemo device currently.
have32BPP = False
maxScaleFactor = 2
elif platformPandora:
have32BPP = False
maxScaleFactor = 3
yield '// Automatically generated by build process.'
yield ''
yield '#ifndef BUILD_INFO_HH'
yield '#define BUILD_INFO_HH'
yield ''
# Use a macro i.s.o. a boolean to prevent compilation errors on inline asm.
# Assembly doesn't appear to work with MINGW64... TODO: find out why
yield '#ifdef __MINGW64__'
yield '#define ASM_X86 0'
yield '#define ASM_X86 0'
yield '#define ASM_X86_32 0'
yield '#define ASM_X86_64 0'
yield '#else'
# A compiler will typically only understand the instruction set that it
# generates code for.
yield '#define ASM_X86 %d' % (targetCPU is X86 or targetCPU is X86_64)
yield '#define ASM_X86_32 %d' % (targetCPU is X86)
yield '#define ASM_X86_64 %d' % (targetCPU is X86_64)
yield '#endif'
# Use a macro iso integer because we really need to exclude code sections
# based on this.
yield '#define PLATFORM_DINGUX %d' % platformDingux
yield '#define PLATFORM_MAEMO5 %d' % platformMaemo5
yield '#define PLATFORM_ANDROID %d' % platformAndroid
yield '#define HAVE_16BPP %d' % have16BPP
yield '#define HAVE_32BPP %d' % have32BPP
yield '#define MIN_SCALE_FACTOR %d' % minScaleFactor
yield '#define MAX_SCALE_FACTOR %d' % maxScaleFactor
yield ''
yield 'namespace openmsx {'
yield ''
# Note: Don't call it "BIG_ENDIAN", because some system header may #define
# that.
yield 'static const bool OPENMSX_BIGENDIAN = %s;' \
% str(targetCPU.bigEndian).lower()
yield 'static const bool OPENMSX_UNALIGNED_MEMORY_ACCESS = %s;' \
% str(targetCPU.unalignedMemoryAccess).lower()
yield 'static const bool OPENMSX_SET_WINDOW_ICON = %s;' \
% str(setWindowIcon).lower()
yield 'static const char* const DATADIR = "%s";' % installShareDir
yield 'static const char* const BUILD_FLAVOUR = "%s";' % flavour
yield 'static const char* const TARGET_PLATFORM = "%s";' % targetPlatform
yield ''
yield '} // namespace openmsx'
yield ''
yield '#endif // BUILD_INFO_HH'
def iterProbeResults(probeVars, configuration, logPath):
'''Present probe results, so user can decide whether to start the build,
or to change system configuration and rerun "configure".
'''
desiredComponents = set(configuration.iterDesiredComponents())
requiredComponents = set(configuration.iterRequiredComponents())
buildableComponents = set(configuration.iterBuildableComponents(probeVars))
packages = sorted(
( getPackage(makeName)
for makeName in requiredLibrariesFor(desiredComponents)
),
key = lambda package: package.niceName.lower()
)
customVars = extractMakeVariables('build/custom.mk')
yield ''
if not parseBool(probeVars['COMPILER']):
yield 'No working C++ compiler was found.'
yield "Please install a C++ compiler, such as GCC's g++."
yield 'If you have a C++ compiler installed and openMSX did not ' \
'detect it, please set the environment variable CXX to the name ' \
'of your C++ compiler.'
yield 'After you have corrected the situation, rerun "configure".'
yield ''
else:
# Compute how wide the first column should be.
def iterNiceNames():
for package in packages:
yield package.niceName
for component in iterComponents():
yield component.niceName
maxLen = max(len(niceName) for niceName in iterNiceNames())
formatStr = ' %-' + str(maxLen + 3) + 's %s'
yield 'Found libraries:'
for package in packages:
makeName = package.getMakeName()
if probeVars['HAVE_%s_LIB' % makeName]:
found = 'version %s' % probeVars['VERSION_%s' % makeName]
elif probeVars['HAVE_%s_H' % makeName]:
# Dependency resolution of a typical distro will not allow
# this situation. Most likely we got the link flags wrong.
found = 'headers found, link test failed'
else:
found = 'no'
yield formatStr % (package.niceName + ':', found)
yield ''
yield 'Components overview:'
for component in iterComponents():
if component in desiredComponents:
status = 'yes' if component in buildableComponents else 'no'
else:
status = 'disabled'
yield formatStr % (component.niceName + ':', status)
yield ''
yield 'Customisable options:'
yield formatStr % ('Install to', customVars['INSTALL_BASE'])
yield ' (you can edit these in build/custom.mk)'
yield ''
if buildableComponents == desiredComponents:
yield 'All required and optional components can be built.'
elif requiredComponents.issubset(buildableComponents):
yield 'If you are satisfied with the probe results, ' \
'run "make" to start the build.'
yield 'Otherwise, install some libraries and headers ' \
'and rerun "configure".'
else:
yield 'Please install missing libraries and headers ' \
'and rerun "configure".'
yield ''
yield 'If the detected libraries differ from what you think ' \
'is installed on this system, please check the log file: %s' \
% logPath
yield ''
def iterBuildInfoHeader(targetPlatform, cpuName, flavour, installShareDir):
platformVars = extractMakeVariables(
'build/platform-%s.mk' % targetPlatform,
dict.fromkeys(('COMPILE_FLAGS', 'LINK_FLAGS', 'TARGET_FLAGS',
'COMPILE_ENV', 'LINK_ENV'), ''))
setWindowIcon = parseBool(platformVars.get('SET_WINDOW_ICON', 'true'))
targetCPU = getCPU(cpuName)
# TODO: Add support for device-specific configuration.
platformDingux = targetPlatform == 'dingux'
platformGP2X = False
platformMaemo5 = targetPlatform == 'maemo5'
platformPandora = targetPlatform == 'pandora'
# Defaults.
have16BPP = True
have32BPP = True
minScaleFactor = 1
maxScaleFactor = 4
# Platform overrides.
if platformDingux or platformGP2X:
have32BPP = False
maxScaleFactor = 1
elif platformMaemo5:
# TODO: These are in fact N900 specific settings, but we have no
# support yet for device specific configuration and the N900
# is the most popular Maemo device currently.
have32BPP = False
maxScaleFactor = 2
elif platformPandora:
have32BPP = False
maxScaleFactor = 3
yield '// Automatically generated by build process.'
yield ''
yield '#ifndef BUILD_INFO_HH'
yield '#define BUILD_INFO_HH'
yield ''
yield '#include <string>'
yield ''
# Use a macro i.s.o. a boolean to prevent compilation errors on inline asm.
# A compiler will typically only understand the instruction set that it
# generates code for.
yield '#define ASM_X86 %d' % (targetCPU is X86 or targetCPU is X86_64)
yield '#define ASM_X86_32 %d' % (targetCPU is X86)
yield '#define ASM_X86_64 %d' % (targetCPU is X86_64)
# Use a macro iso integer because we really need to exclude code sections
# based on this.
yield '#define PLATFORM_DINGUX %d' % platformDingux
yield '#define PLATFORM_GP2X %d' % platformGP2X
yield '#define PLATFORM_MAEMO5 %d' % platformMaemo5
yield '#define HAVE_16BPP %d' % have16BPP
yield '#define HAVE_32BPP %d' % have32BPP
yield '#define MIN_SCALE_FACTOR %d' % minScaleFactor
yield '#define MAX_SCALE_FACTOR %d' % maxScaleFactor
yield ''
yield 'namespace openmsx {'
yield ''
# Note: Don't call it "BIG_ENDIAN", because some system header may #define
# that.
yield 'static const bool OPENMSX_BIGENDIAN = %s;' \
% str(targetCPU.bigEndian).lower()
yield 'static const bool OPENMSX_UNALIGNED_MEMORY_ACCESS = %s;' \
% str(targetCPU.unalignedMemoryAccess).lower()
yield 'static const bool OPENMSX_SET_WINDOW_ICON = %s;' \
% str(setWindowIcon).lower()
yield 'static const std::string DATADIR = "%s";' % installShareDir
yield 'static const std::string BUILD_FLAVOUR = "%s";' % flavour
yield ''
yield '} // namespace openmsx'
yield ''
yield '#endif // BUILD_INFO_HH'
