62 lines
2.3 KiB
Python
62 lines
2.3 KiB
Python
import subprocess
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from build.makeproject import MakeProject
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class OpenSSLProject(MakeProject):
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def __init__(self, url, md5, installed,
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**kwargs):
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MakeProject.__init__(self, url, md5, installed, install_target='install_dev', **kwargs)
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def get_make_args(self, toolchain):
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return MakeProject.get_make_args(self, toolchain) + [
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'CC=' + toolchain.cc,
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'CFLAGS=' + toolchain.cflags,
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'CPPFLAGS=' + toolchain.cppflags,
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'AR=' + toolchain.ar,
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'RANLIB=' + toolchain.ranlib,
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'build_libs',
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]
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def get_make_install_args(self, toolchain):
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# OpenSSL's Makefile runs "ranlib" during installation
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return MakeProject.get_make_install_args(self, toolchain) + [
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'RANLIB=' + toolchain.ranlib,
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]
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def _build(self, toolchain):
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src = self.unpack(toolchain, out_of_tree=False)
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# OpenSSL has a weird target architecture scheme with lots of
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# hard-coded architectures; this table translates between our
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# "toolchain_arch" (HOST_TRIPLET) and the OpenSSL target
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openssl_archs = {
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# not using "android-*" because those OpenSSL targets want
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# to know where the SDK is, but our own build scripts
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# prepared everything already to look like a regular Linux
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# build
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'arm-linux-androideabi': 'linux-generic32',
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'aarch64-linux-android': 'linux-aarch64',
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'i686-linux-android': 'linux-x86-clang',
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'x86_64-linux-android': 'linux-x86_64-clang',
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# Kobo
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'arm-linux-gnueabihf': 'linux-generic32',
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# Windows
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'i686-w64-mingw32': 'mingw',
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'x86_64-w64-mingw32': 'mingw64',
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}
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openssl_arch = openssl_archs[toolchain.arch]
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subprocess.check_call(['./Configure',
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'no-shared',
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'no-module', 'no-engine', 'no-static-engine',
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'no-async',
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'no-tests',
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'no-asm', # "asm" causes build failures on Windows
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openssl_arch,
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'--prefix=' + toolchain.install_prefix],
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cwd=src, env=toolchain.env)
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self.build_make(toolchain, src)
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