def Install(auth, software, platform, platformData, mirrors, verbose):
installPrefix = GetInstallPrefix(platformData)
ar = GetAr(platformData["target"])
cc = GetCc(platformData["target"])
storeTemp = StoreTemp()
storeTemp.ResolveEmptySubdirectory(software)
tempPath = storeTemp.GetSubdirectoryPath(software)
try:
with WorkingDir(tempPath):
RunCommand(
["git", "clone", "https://github.com/mmalecki/saneopt.git"],
verbose)
clonedDir = os.path.join(tempPath, "saneopt")
with WorkingDir(clonedDir):
RunCommand(["make", "CC=" + cc, "AR=" + ar], verbose)
if not os.path.exists(installPrefix + "/include"):
RunCommand(["mkdir", "-p", installPrefix + "/include"],
verbose)
if not os.path.exists(installPrefix + "/lib"):
RunCommand(["mkdir", "-p", installPrefix + "/lib"], verbose)
RunCommand(
["cp", "./include/saneopt.h", installPrefix + "/include"],
verbose)
RunCommand(["cp", "./libsaneopt.a", installPrefix + "/lib"],
verbose)
except CommandError:
print("VGAZER: Unable to install", software)
raise InstallError(software + " not installed")
print("VGAZER:", software, "installed")
def Install(auth, software, platform, platformData, mirrors, verbose):
installPrefix = GetInstallPrefix(platformData)
cc = GetCc(platformData["target"])
ar = GetAr(platformData["target"])
storeTemp = StoreTemp()
storeTemp.ResolveEmptySubdirectory(software)
tempPath = storeTemp.GetSubdirectoryPath(software)
try:
with WorkingDir(tempPath):
RunCommand(
["git", "clone", "https://github.com/haipome/utf8.git"],
verbose)
clonedDir = os.path.join(tempPath, "utf8")
with WorkingDir(clonedDir):
RunCommand(
[cc, "-O2", "-Wall", "-c", "utf8.c", "-o", "utf8.o"],
verbose)
RunCommand([ar, "rcs", "libutf8.a", "utf8.o"], verbose)
if not os.path.exists(installPrefix + "/include"):
RunCommand(["mkdir", "-p", installPrefix + "/include"],
verbose)
if not os.path.exists(installPrefix + "/lib"):
RunCommand(["mkdir", "-p", installPrefix + "/lib"], verbose)
RunCommand(["cp", "./utf8.h", installPrefix + "/include"], verbose)
RunCommand(["cp", "./libutf8.a", installPrefix + "/lib"], verbose)
except CommandError:
print("VGAZER: Unable to install", software)
raise InstallError(software + " not installed")
print("VGAZER:", software, "installed")
def Install(auth, software, platform, platformData, mirrors, verbose):
installPrefix = GetInstallPrefix(platformData)
ar = GetAr(platformData["target"])
cc = GetCc(platformData["target"])
storeTemp = StoreTemp()
storeTemp.ResolveEmptySubdirectory(software)
tempPath = storeTemp.GetSubdirectoryPath(software)
releases = auth["github"].GetJson(
"https://api.github.com/repos/benhoyt/inih/releases")
if GithubCheckApiRateLimitExceeded(releases):
raise GithubApiRateLimitExceeded(
"Github API rate limit reached while searching last version of "
"repo: benhoyt/inih")
tarballUrl = releases[0]["tarball_url"]
tarballShortFilename = tarballUrl.split("/")[-1]
try:
with WorkingDir(tempPath):
RunCommand(["wget", "-P", "./", tarballUrl], verbose)
RunCommand([
"tar", "--verbose", "--extract", "--gzip", "--file",
tarballShortFilename
], verbose)
output = GetCommandOutputUtf8(
["tar", "--list", "--file", tarballShortFilename])
extractedDir = os.path.join(tempPath,
output.splitlines()[0].split("/")[0])
with WorkingDir(extractedDir):
RunCommand([
cc, "-c", "ini.c", "-o", "ini.o", "-O2", "-Wall", "-fPIC",
"-DINI_STOP_ON_FIRST_ERROR=1", "-DINI_HANDLER_LINENO=1",
"-DINI_CALL_HANDLER_ON_NEW_SECTION=1", "-DINI_USE_STACK=0",
"-DINI_ALLOW_REALLOC=1"
], verbose)
RunCommand([ar, "rcs", "libinih.a", "ini.o"], verbose)
if not os.path.exists(installPrefix + "/include"):
RunCommand(["mkdir", "-p", installPrefix + "/include"],
verbose)
if not os.path.exists(installPrefix + "/lib"):
RunCommand(["mkdir", "-p", installPrefix + "/lib"], verbose)
RunCommand(["cp", "./ini.h", installPrefix + "/include"], verbose)
RunCommand(["cp", "./libinih.a", installPrefix + "/lib"], verbose)
except CommandError:
print("VGAZER: Unable to install", software)
raise InstallError(software + " not installed")
print("VGAZER:", software, "installed")
def Install(auth, software, platform, platformData, mirrors, verbose):
installPrefix = GetInstallPrefix(platformData)
ar = GetAr(platformData["target"])
cc = GetCc(platformData["target"])
storeTemp = StoreTemp()
storeTemp.ResolveEmptySubdirectory(software)
tempPath = storeTemp.GetSubdirectoryPath(software)
tags = auth["github"].GetJson(
"https://api.github.com/repos/XadillaX/xmempool/tags")
if GithubCheckApiRateLimitExceeded(tags):
raise GithubApiRateLimitExceeded(
"Github API rate limit reached while searching last version of "
"repo: ryanlederman/libsir")
tarballUrl = tags[0]["tarball_url"]
tarballShortFilename = tarballUrl.split("/")[-1]
try:
with WorkingDir(tempPath):
RunCommand(["wget", "-P", "./", tarballUrl], verbose)
RunCommand([
"tar", "--verbose", "--extract", "--gzip", "--file",
tarballShortFilename
], verbose)
output = GetCommandOutputUtf8(
["tar", "--list", "--file", tarballShortFilename])
extractedDir = os.path.join(tempPath,
output.splitlines()[0].split("/")[0])
with WorkingDir(extractedDir):
RunCommand([
"sed", "-i", "s/(unsigned int)pool->start,/pool->start,/g; "
"s/(unsigned int)pool->end);/pool->end);/g", "xmempool.c"
], verbose)
RunCommand(["make", "static", "CC=" + cc, "AR=" + ar], verbose)
if not os.path.exists(installPrefix + "/include"):
RunCommand(["mkdir", "-p", installPrefix + "/include"],
verbose)
if not os.path.exists(installPrefix + "/lib"):
RunCommand(["mkdir", "-p", installPrefix + "/lib"], verbose)
RunCommand(
["cp", "xmempool.a", installPrefix + "/lib/libxmempool.a"],
verbose)
RunCommand(["cp", "xmempool.h", installPrefix + "/include"],
verbose)
except CommandError:
print("VGAZER: Unable to install", software)
raise InstallError(software + " not installed")
print("VGAZER:", software, "installed")
def Install(auth, software, platform, platformData, mirrors, verbose):
installPrefix = GetInstallPrefix(platformData)
ar = GetAr(platformData["target"]) + " rcu"
cc = GetCc(platformData["target"]) + " -std=gnu99"
ranlib = GetRanlib(platformData["target"])
storeTemp = StoreTemp()
storeTemp.ResolveEmptySubdirectory(software)
tempPath = storeTemp.GetSubdirectoryPath(software)
tarballUrl = GetTarballUrl()
tarballShortFilename = tarballUrl.split("/")[-1]
luaTarget = {
"linux": "linux",
"windows": "mingw",
}[platformData["target"].GetOs()]
try:
with WorkingDir(tempPath):
RunCommand(["wget", "-P", "./", tarballUrl], verbose)
RunCommand([
"tar", "--verbose", "--extract", "--gzip", "--file",
tarballShortFilename
], verbose)
extractedDir = os.path.join(tempPath, tarballShortFilename[0:-7])
with WorkingDir(extractedDir):
# We need not Lua commandline tools, because it depends on readline
# library. We need not extra depends like it. We need unly lua
# library. This arguments prevent building commandline tools:
# TO_BIN=
# LUA_T=
# LUAC_T=
# INSTALL_BIN=
# INSTALL_EXEC=true
RunCommand([
"make", luaTarget, "CC=" + cc, "AR=" + ar, "RANLIB=" + ranlib,
"TO_BIN=", "LUA_T=", "LUAC_T="
], verbose)
RunCommand([
"make", luaTarget, "install", "INSTALL_TOP=" + installPrefix,
"TO_BIN=", "LUA_T=", "LUAC_T=", "INSTALL_BIN=",
"INSTALL_EXEC=true"
], verbose)
except CommandError:
print("VGAZER: Unable to install", software)
raise InstallError(software + " not installed")
print("VGAZER:", software, "installed")
def Install(auth, software, platform, platformData, mirrors, verbose):
installPrefix = GetInstallPrefix(platformData)
cc = GetCc(platformData["target"])
ar = GetAr(platformData["target"])
storeTemp = StoreTemp()
storeTemp.ResolveEmptySubdirectory(software)
tempPath = storeTemp.GetSubdirectoryPath(software)
sourceforgeMirrorsManager = mirrors["sourceforge"].CreateMirrorsManager(
["https", "http"])
filename = requests.get(
"https://sourceforge.net/projects/tinyfiledialogs/best_release.json"
).json()["release"]["filename"]
archiveShortFilename = filename.split("/")[-1]
try:
with WorkingDir(tempPath):
SourceforgeDownloadTarballWhileErrorcodeFour(
sourceforgeMirrorsManager, "tinyfiledialogs", filename,
verbose)
RunCommand(["unzip", archiveShortFilename], verbose)
extractedDir = os.path.join(tempPath, archiveShortFilename[0:-4])
with WorkingDir(extractedDir):
RunCommand([
cc, "-c", "tinyfiledialogs.c", "-o", "tinyfiledialogs.o",
"-O2", "-Wall", "-fPIC"
], verbose)
RunCommand(
[ar, "rcs", "libtinyfiledialogs.a", "tinyfiledialogs.o"],
verbose)
if not os.path.exists(installPrefix + "/include"):
RunCommand(["mkdir", "-p", installPrefix + "/include"],
verbose)
if not os.path.exists(installPrefix + "/lib"):
RunCommand(["mkdir", "-p", installPrefix + "/lib"], verbose)
RunCommand(
["cp", "./tinyfiledialogs.h", installPrefix + "/include"],
verbose)
RunCommand(
["cp", "./libtinyfiledialogs.a", installPrefix + "/lib"],
verbose)
except CommandError:
print("VGAZER: Unable to install", software)
raise InstallError(software + " not installed")
print("VGAZER:", software, "installed")
def Install(auth, software, platform, platformData, mirrors, verbose):
installPrefix = GetInstallPrefix(platformData)
cc = GetCc(platformData["target"])
cflags = "-Wall -Winline -O2 -g -D_FILE_OFFSED_BITS=64 -fPIC"
ar = GetAr(platformData["target"])
ranlib = GetRanlib(platformData["target"])
storeTemp = StoreTemp()
storeTemp.ResolveEmptySubdirectory(software)
tempPath = storeTemp.GetSubdirectoryPath(software)
sourceforgeMirrorsManager = mirrors["sourceforge"].CreateMirrorsManager(
["https", "http"])
filename = requests.get(
"https://sourceforge.net/projects/bzip2/best_release.json").json(
)["release"]["filename"]
tarballShortFilename = filename.split("/")[-1]
try:
with WorkingDir(tempPath):
SourceforgeDownloadTarballWhileErrorcodeFour(
sourceforgeMirrorsManager, "bzip2", filename, verbose)
RunCommand([
"tar", "--verbose", "--extract", "--gzip", "--file",
tarballShortFilename
], verbose)
extractedDir = os.path.join(tempPath, tarballShortFilename[0:-7])
with WorkingDir(extractedDir):
RunCommand([
"make", "libbz2.a", "CC=" + cc, "AR=" + ar, "RANLIB=" + ranlib,
"CFLAGS=" + cflags
], verbose)
if not os.path.exists(installPrefix + "/include"):
RunCommand(["mkdir", "-p", installPrefix + "/include"],
verbose)
if not os.path.exists(installPrefix + "/lib"):
RunCommand(["mkdir", "-p", installPrefix + "/lib"], verbose)
RunCommand(["cp", "./bzlib.h", installPrefix + "/include"],
verbose)
RunCommand(["cp", "./libbz2.a", installPrefix + "/lib"], verbose)
except CommandError:
print("VGAZER: Unable to install", software)
raise InstallError(software + " not installed")
print("VGAZER:", software, "installed")
def GenerateCrossFile(self):
print("VGAZER: Generating Meson cross-build definition file...")
ar = GetAr(self.platformData["target"])
cc = GetCc(self.platformData["target"])
cxx = GetCxx(self.platformData["target"])
pkgConfig = GetPkgConfig(self.platformData["target"])
strip = GetStrip(self.platformData["target"])
llvmConfig = GetLlvmConfig(self.platformData["target"])
genericOs = Platform.GetGenericOs(self.platformData["target"].GetOs())
if self.platformData["target"].GetArch() in [
"i386", "i486", "i586", "i686"
]:
mesonCpuFamily = "x86"
mesonCpu = self.platformData["target"].GetArch()
elif self.platformData["target"].GetArch() == "x86_64":
mesonCpuFamily = "x86_64"
mesonCpu = "x86_64"
else:
raise UnknownTargetArch("Unknown target architecture: " +
self.platformData["target"].GetArch())
self.storeTemp.DirectoryWriteTextFile(
"cross-file", "[binaries]\n"
"c = '{cc}'\n"
"cpp = '{cxx}'\n"
"ar = '{ar}'\n"
"strip = '{strip}'\n"
"pkgconfig = '{pkgConfig}'\n"
"llvm-config = '{llvmConfig}'\n"
"\n"
"[host_machine]\n"
"system = '{genericOs}'\n"
"cpu_family = '{mesonCpuFamily}'\n"
"cpu = '{mesonCpu}'\n"
"endian = 'little'".format(ar=ar,
cc=cc,
cxx=cxx,
pkgConfig=pkgConfig,
llvmConfig=llvmConfig,
strip=strip,
genericOs=genericOs,
mesonCpuFamily=mesonCpuFamily,
mesonCpu=mesonCpu))
def Install(auth, software, platform, platformData, mirrors, verbose):
installPrefix = GetInstallPrefix(platformData)
cc = GetCc(platformData["target"])
storeTemp = StoreTemp()
storeTemp.ResolveEmptySubdirectory(software)
tempPath = storeTemp.GetSubdirectoryPath(software)
releases = auth["github"].GetJson(
"https://api.github.com/repos/lm-sensors/lm-sensors/tags")
if GithubCheckApiRateLimitExceeded(releases):
raise GithubApiRateLimitExceeded(
"Github API rate limit reached while searching last version of "
"repo: lm-sensors/lm-sensors")
tarballUrl = releases[1]["tarball_url"]
tarballShortFilename = tarballUrl.split("/")[-1]
try:
with WorkingDir(tempPath):
RunCommand(["wget", "-P", "./", tarballUrl], verbose)
RunCommand([
"tar", "--verbose", "--extract", "--gzip", "--file",
tarballShortFilename
], verbose)
output = GetCommandOutputUtf8(
["tar", "--list", "--file", tarballShortFilename])
extractedDir = os.path.join(tempPath,
output.splitlines()[0].split("/")[0])
with WorkingDir(extractedDir):
RunCommand(["make", "PREFIX=" + installPrefix, "CC=" + cc],
verbose)
RunCommand(["make", "install"], verbose)
except CommandError:
print("VGAZER: Unable to install", software)
raise InstallError(software + " not installed")
print("VGAZER:", software, "installed")
def GenerateCrossFile(self):
print("VGAZER: Generating CMake toolchain file...")
cmakeOs = Platform.GetGenericOs(
self.platformData["target"].GetOs()).capitalize()
prefix = GetInstallPrefix(self.platformData)
targetTriplet = GetTriplet(self.platformData["target"])
cc = GetCc(self.platformData["target"])
cxx = GetCxx(self.platformData["target"])
if self.platformData["target"].PlatformsEqual(
self.platformData["host"]):
findMode = "BOTH"
else:
findMode = "ONLY"
self.storeTemp.DirectoryWriteTextFile(
"toolchain.cmake", "set(CMAKE_SYSTEM_NAME {cmakeOs})\n"
"set(CMAKE_SYSTEM_PROCESSOR {cpu})\n"
"set(CMAKE_C_COMPILER {cc})\n"
"set(CMAKE_CXX_COMPILER {cxx})\n"
"set(CMAKE_FIND_ROOT_PATH {prefix})\n"
"SET("
"ENV{{PKG_CONFIG_LIBDIR}} "
"${{CMAKE_FIND_ROOT_PATH}}/lib/pkgconfig/:"
"/usr/lib/{triplet}/pkgconfig"
")\n"
"SET(CMAKE_FIND_ROOT_PATH_MODE_PROGRAM NEVER)\n"
"SET(CMAKE_FIND_ROOT_PATH_MODE_LIBRARY {findMode})\n"
"SET(CMAKE_FIND_ROOT_PATH_MODE_INCLUDE {findMode})".format(
cmakeOs=cmakeOs,
cpu=self.platformData["target"].GetArch(),
cc=cc,
cxx=cxx,
prefix=prefix,
triplet=targetTriplet,
findMode=findMode))
def Install(auth, software, platform, platformData, mirrors, verbose):
installPrefix = GetInstallPrefix(platformData)
targetTriplet = GetTriplet(platformData["target"])
targetOs = platformData["target"].GetOs()
cc = GetCc(platformData["target"])
ar = GetAr(platformData["target"])
strip = GetStrip(platformData["target"])
storeTemp = StoreTemp()
storeTemp.ResolveEmptySubdirectory(software)
tempPath = storeTemp.GetSubdirectoryPath(software)
sourceforgeMirrorsManager = mirrors["sourceforge"].CreateMirrorsManager(
["https", "http"])
filename = requests.get(
"https://sourceforge.net/projects/glew/best_release.json").json(
)["release"]["filename"]
tarballShortFilename = filename.split("/")[-1]
try:
with WorkingDir(tempPath):
SourceforgeDownloadTarballWhileErrorcodeFour(
sourceforgeMirrorsManager, "glew", filename, verbose)
RunCommand([
"tar", "--verbose", "--extract", "--gzip", "--file",
tarballShortFilename
], verbose)
extractedDir = os.path.join(tempPath, tarballShortFilename[0:-4])
with WorkingDir(extractedDir):
if targetOs == "windows":
RunCommand([
"make", "glew.lib.static", "SYSTEM=linux-mingw64",
"HOST=" + targetTriplet, "AR=" + ar, "STRIP=" + strip,
"CFLAGS.EXTRA=-I" + installPrefix + "/include -fPIC",
"LDFLAGS.EXTRA=-L" + installPrefix + "/lib"
], verbose)
RunCommand([
"make", "install.include", "SYSTEM=linux-mingw64",
"GLEW_PREFIX=" + installPrefix,
"GLEW_DEST=" + installPrefix
], verbose)
if not os.path.exists(installPrefix + "/lib"):
RunCommand(["mkdir", "-p", installPrefix + "/lib"],
verbose)
#if not os.path.exists(installPrefix + "/bin"):
#RunCommand(["mkdir", "-p", installPrefix + "/bin"],
#verbose)
RunCommand(["cp", "lib/libglew32.a", installPrefix + "/lib"],
verbose)
#RunCommand(["cp", "lib/glew32.dll", installPrefix + "/bin"],
#verbose)
RunCommand([
"make", "install.pkgconfig", "SYSTEM=linux-mingw64",
"GLEW_PREFIX=" + installPrefix,
"GLEW_DEST=" + installPrefix
], verbose)
else:
RunCommand([
"make", "glew.lib", "CC=" + cc, "LD=" + cc, "AR=" + ar,
"STRIP=" + strip,
"CFLAGS.EXTRA=-I" + installPrefix + "/include -fPIC",
"LDFLAGS.EXTRA=-L" + installPrefix + "/lib"
], verbose)
RunCommand([
"make", "install", "GLEW_PREFIX=" + installPrefix,
"GLEW_DEST=" + installPrefix
], verbose)
except CommandError:
print("VGAZER: Unable to install", software)
raise InstallError(software + " not installed")
print("VGAZER:", software, "installed")
def Install(auth, software, platform, platformData, mirrors, verbose):
configCmake = ConfigCmake(platformData)
configCmake.GenerateCrossFile()
installPrefix = GetInstallPrefix(platformData)
ar = GetArFullPath(platformData["target"])
cc = GetCc(platformData["target"])
os = platformData["target"].GetOs()
soPrefix = GetSoPrefix(platformData)
soFilename = GetSoFilename(platformData["target"], "SDL2_gpu")
storeTemp = StoreTemp()
storeTemp.ResolveEmptySubdirectory(software)
tempPath = storeTemp.GetSubdirectoryPath(software)
try:
with WorkingDir(tempPath):
RunCommand(
["git", "clone", "https://github.com/grimfang4/sdl-gpu.git",
"sdl2-gpu"],
verbose)
clonedDir = os.path.join(tempPath, "sdl2-gpu")
with WorkingDir(clonedDir):
RunCommand(
["sed", "-i",
"-e", '/\t\t\tlink_libraries (${GLEW_LIBRARIES})/i \t\t\tadd_definitions("-DGLEW_STATIC")',
"./CMakeLists.txt"],
verbose)
RunCommand(["mkdir", "build"], verbose)
sdlGpuHeader = os.path.join(clonedDir, "include/SDL_gpu.h")
version = GetVersionFromSource(sdlGpuHeader)
if os == "linux":
soLibname = "libSDL2_gpu.so"
installedLibPrefix = installPrefix + "/SDL_gpu-" + version + "/lib"
elif os == "windows":
soLibname = "libSDL2_gpu.dll"
installedLibPrefix = installPrefix + "/SDL_gpu-MINGW-" + version + "/lib"
buildDir = os.path.join(clonedDir, "build")
with WorkingDir(buildDir):
RunCommand(
[cc, "-c", "../src/externals/stb_image/stb_image.c",
"-o", "../src/externals/stb_image/stb_image.o", "-O2", "-Wall",
"-mmmx", "-msse", "-msse2", "-mfpmath=sse", "-fPIC",
"-I" + installPrefix + "/include"],
verbose)
RunCommand(
[ar, "rcs", "../src/externals/stb_image/libstbi.a",
"../src/externals/stb_image/stb_image.o"],
verbose)
RunCommand(
[cc, "-c", "../src/externals/stb_image_write/stb_image_write.c",
"-o", "../src/externals/stb_image_write/stb_image_write.o",
"-O2", "-Wall", "-mmmx", "-msse", "-msse2", "-mfpmath=sse",
"-fPIC", "-I" + installPrefix + "/include"],
verbose)
RunCommand(
[ar, "rcs", "../src/externals/stb_image_write/libstbi_write.a",
"../src/externals/stb_image_write/stb_image_write.o"],
verbose)
RunCommand(
[
"cmake", "..", "-G", "Unix Makefiles",
"-DCMAKE_TOOLCHAIN_FILE=" + configCmake.GetCrossFileName(),
"-DCMAKE_INSTALL_PREFIX=" + installPrefix,
"-DSDL_gpu_INSTALL=ON", "-DSDL_gpu_BUILD_DEMOS=OFF",
"-DSDL_gpu_USE_SYSTEM_GLEW=ON",
"-DSTBI_INCLUDE_DIR=" + installPrefix + "/include",
"-DSTBI_LIBRARY=" + buildDir
+ "/../src/externals/stb_image/libstbi.a",
"-DSTBI_FOUND=TRUE",
"-DSTBI_WRITE_INCLUDE_DIR=" + installPrefix + "/include",
"-DSTBI_WRITE_LIBRARY=" + buildDir
+ "/../src/externals/stb_image_write/libstbi_write.a",
"-DSTBI_WRITE_FOUND=TRUE",
"-DCMAKE_VERBOSE_MAKEFILE:BOOL=ON", "-DCMAKE_AR=" + ar
],
verbose)
RunCommand(["make"], verbose)
RunCommand(["make", "install"], verbose)
RunCommand(
["mv", installedLibPrefix + "/" + soLibname,
soPrefix + "/" + soFilename],
verbose)
RunCommand(
["mv", installedLibPrefix + "/libSDL2_gpu.a",
installPrefix + "/lib/libSDL2_gpu.a"],
verbose)
RunCommand(
["rm", "-rf", installPrefix + "/SDL_gpu-" + version],
verbose)
except CommandError:
print("VGAZER: Unable to install", software)
raise InstallError(software + " not installed")
print("VGAZER:", software, "installed")
def Install(auth, software, platform, platformData, mirrors, verbose):
isCrossbuild = not (platformData["target"].PlatformsEqual(
platformData["host"]))
hostBitness = GetBitness(platformData["host"])
hostTriplet = GetTriplet(platformData["host"])
hostCc = GetCc(platformData["host"])
hostCxx = GetCxx(platformData["host"])
hostOs = platformData["host"].GetOs()
hostIcuPlatformName = GetIcuPlatformName(
platformData["host"].GetGenericOs(hostOs))
if isCrossbuild:
hostInstallPrefix = "/usr/local"
targetInstallPrefix = GetInstallPrefix(platformData)
targetTriplet = GetTriplet(platformData["target"])
targetCc = GetCc(platformData["target"])
targetCxx = GetCxx(platformData["target"])
targetOs = platformData["host"].GetOs()
targetIcuPlatformName = GetIcuPlatformName(
platformData["target"].GetGenericOs(targetOs))
else:
hostInstallPrefix = GetInstallPrefix(platformData)
storeTemp = StoreTemp()
storeTemp.ResolveEmptySubdirectory(software)
tempPath = storeTemp.GetSubdirectoryPath(software)
releases = auth["github"].GetJson(
"https://api.github.com/repos/unicode-org/icu/releases")
if GithubCheckApiRateLimitExceeded(releases):
raise GithubApiRateLimitExceeded(
"Github API rate limit reached while searching last version of "
"repo: unicode-org/icu")
tarballUrl = releases[0]["tarball_url"]
tarballShortFilename = tarballUrl.split("/")[-1]
try:
with WorkingDir(tempPath):
RunCommand(["wget", "-P", "./", tarballUrl], verbose)
RunCommand([
"tar", "--verbose", "--extract", "--gzip", "--file",
tarballShortFilename
], verbose)
output = GetCommandOutputUtf8(
["tar", "--list", "--file", tarballShortFilename])
extractedDir = os.path.join(tempPath,
output.splitlines()[0].split("/")[0])
with WorkingDir(extractedDir):
RunCommand(["mkdir", "icu4c/hostBuild"], verbose)
hostBuildDir = os.path.join(extractedDir, "icu4c/hostBuild")
with WorkingDir(hostBuildDir):
RunCommand([
"../source/runConfigureICU", hostIcuPlatformName,
"--host=" + hostTriplet, "--prefix=" + hostInstallPrefix,
"--disable-shared", "--enable-static=yes",
"--enable-extras=no", "--enable-icuio=no",
"--enable-layoutex=no", "--enable-tools", "--enable-tests=no",
"--enable-samples=no", "--with-library-bits=" +
str(hostBitness), "CC=" + hostCc, "CXX=" + hostCxx
], verbose)
RunCommand(["make"], verbose)
if not isCrossbuild:
RunCommand(["make", "install"], verbose)
if isCrossbuild:
with WorkingDir(extractedDir):
RunCommand(["mkdir", "icu4c/targetBuild"], verbose)
targetBuildDir = os.path.join(extractedDir, "icu4c/targetBuild")
with WorkingDir(targetBuildDir):
RunCommand([
"../source/runConfigureICU", targetIcuPlatformName,
"--host=" + targetTriplet,
"--prefix=" + targetInstallPrefix,
"--with-cross-build=" + hostBuildDir, "--disable-shared",
"--enable-static=yes", "--enable-extras=no",
"--enable-icuio=no", "--enable-layoutex=no",
"--enable-tools", "--enable-tests=no",
"--enable-samples=no", "CC=" + targetCc, "CXX=" + targetCxx
], verbose)
RunCommand(["make"], verbose)
RunCommand(["make", "install"], verbose)
except CommandError:
print("VGAZER: Unable to install", software)
raise InstallError(software + " not installed")
print("VGAZER:", software, "installed")
def Install(auth, software, platform, platformData, mirrors, verbose):
installPrefix = GetInstallPrefix(platformData)
cc = GetCc(platformData["target"])
ar = GetAr(platformData["target"])
storeTemp = StoreTemp()
storeTemp.ResolveEmptySubdirectory(software)
tempPath = storeTemp.GetSubdirectoryPath(software)
releases = auth["github"].GetJson(
"https://api.github.com/repos/svaarala/duktape/releases")
if GithubCheckApiRateLimitExceeded(releases):
raise GithubApiRateLimitExceeded(
"Github API rate limit reached while searching last version of "
"repo: svaarala/duktape"
)
tarballUrl = releases[0]["tarball_url"]
tarballShortFilename = tarballUrl.split("/")[-1]
try:
with WorkingDir(tempPath):
RunCommand(["wget", "-P", "./", tarballUrl], verbose)
RunCommand(
["tar", "--verbose", "--extract", "--gzip", "--file",
tarballShortFilename],
verbose)
output = GetCommandOutputUtf8(
["tar", "--list", "--file", tarballShortFilename]
)
extractedDir = os.path.join(tempPath,
output.splitlines()[0].split("/")[0])
with WorkingDir(extractedDir):
RunCommand(["mkdir", "build"], verbose)
RunCommand(
["python", "tools/configure.py", "--output-directory", "./build",
"--rom-support", "--dll", "-DDUK_USE_FATAL_HANDLER"],
verbose)
RunCommand(
[cc, "-Wall", "-mmmx", "-msse", "-msse2", "-mfpmath=sse", "-O2",
"-fPIC", "-o", "./build/duktape.o", "-c", "./build/duktape.c"],
verbose)
RunCommand(
[ar, "rcs", "./build/libduktape.a", "./build/duktape.o"],
verbose)
RunCommand(
[cc, "-Wall", "-mmmx", "-msse", "-msse2", "-mfpmath=sse", "-O2",
"-o", "./build/duk_module_node.o",
"-c", "./extras/module-node/duk_module_node.c", "-I./build"],
verbose)
RunCommand(
[ar, "rcs", "./build/libduk_module_node.a",
"./build/duk_module_node.o"],
verbose)
if not os.path.exists(installPrefix + "/include"):
RunCommand(["mkdir", "-p", installPrefix + "/include"],
verbose)
if not os.path.exists(installPrefix + "/lib"):
RunCommand(["mkdir", "-p", installPrefix + "/lib"], verbose)
RunCommand(["sh", "-c",
"cp ./build/*.h " + installPrefix + "/include"],
verbose)
RunCommand(
["cp", "./extras/module-node/duk_module_node.h",
installPrefix + "/include"],
verbose)
RunCommand(["sh", "-c",
"cp ./build/*.a " + installPrefix + "/lib"],
verbose)
except CommandError:
print("VGAZER: Unable to install", software)
raise InstallError(software + " not installed")
print("VGAZER:", software, "installed")