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988e253f47
* Fix the regular expression in the mips test * Flag as incompatible any mips32 tunes for n32 ABI or soft-float, as go does not support them. * Replace mips32r2 tune with mips32r1. Go only supports mips32r1, which is a strict subset of r2. Adjusting this tune is not ideal, but is hopefully a temporary measure until more complete mips32 ISA coverage arrives upstream. [YOCTO #12108] (From OE-Core rev: bdd20c296048937737da0f10bd1a3b63843c5bf4) Signed-off-by: Matt Madison <matt@madison.systems> Signed-off-by: Khem Raj <raj.khem@gmail.com> Signed-off-by: Richard Purdie <richard.purdie@linuxfoundation.org>
78 lines
2.5 KiB
Plaintext
78 lines
2.5 KiB
Plaintext
BUILD_GOOS = "${@go_map_os(d.getVar('BUILD_OS'), d)}"
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BUILD_GOARCH = "${@go_map_arch(d.getVar('BUILD_ARCH'), d)}"
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BUILD_GOTUPLE = "${BUILD_GOOS}_${BUILD_GOARCH}"
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HOST_GOOS = "${@go_map_os(d.getVar('HOST_OS'), d)}"
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HOST_GOARCH = "${@go_map_arch(d.getVar('HOST_ARCH'), d)}"
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HOST_GOARM = "${@go_map_arm(d.getVar('HOST_ARCH'), d.getVar('TUNE_FEATURES'), d)}"
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HOST_GOTUPLE = "${HOST_GOOS}_${HOST_GOARCH}"
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TARGET_GOOS = "${@go_map_os(d.getVar('TARGET_OS'), d)}"
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TARGET_GOARCH = "${@go_map_arch(d.getVar('TARGET_ARCH'), d)}"
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TARGET_GOARM = "${@go_map_arm(d.getVar('TARGET_ARCH'), d.getVar('TUNE_FEATURES'), d)}"
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TARGET_GOTUPLE = "${TARGET_GOOS}_${TARGET_GOARCH}"
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GO_BUILD_BINDIR = "${@['bin/${HOST_GOTUPLE}','bin'][d.getVar('BUILD_GOTUPLE') == d.getVar('HOST_GOTUPLE')]}"
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# Go supports dynamic linking on a limited set of architectures.
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# See the supportsDynlink function in go/src/cmd/compile/internal/gc/main.go
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GO_DYNLINK = ""
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GO_DYNLINK_arm = "1"
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GO_DYNLINK_aarch64 = "1"
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GO_DYNLINK_x86 = "1"
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GO_DYNLINK_x86-64 = "1"
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GO_DYNLINK_powerpc64 = "1"
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GO_DYNLINK_class-native = ""
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# define here because everybody inherits this class
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#
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COMPATIBLE_HOST_linux-gnux32 = "null"
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COMPATIBLE_HOST_linux-muslx32 = "null"
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COMPATIBLE_HOST_powerpc = "null"
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COMPATIBLE_HOST_powerpc64 = "null"
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ARM_INSTRUCTION_SET = "arm"
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def go_map_arch(a, d):
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import re
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if re.match('i.86', a):
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return '386'
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elif a == 'x86_64':
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return 'amd64'
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elif re.match('arm.*', a):
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return 'arm'
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elif re.match('aarch64.*', a):
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return 'arm64'
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elif re.match('mips64el*', a):
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return 'mips64le'
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elif re.match('mips64*', a):
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return 'mips64'
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elif re.match('mips.*', a):
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tf = d.getVar('TUNE_FEATURES').split()
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if 'fpu-hard' in tf and 'n32' not in tf:
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if 'mips32r2' in tf:
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newtf = [t for t in tf if t != 'mips32r2']
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newtf.append('mips32')
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d.setVar('TUNE_FEATURES', ' '.join(newtf))
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return 'mips' if 'bigendian' in tf else 'mipsle'
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elif re.match('p(pc|owerpc)(64)', a):
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return 'ppc64'
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elif re.match('p(pc|owerpc)(64el)', a):
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return 'ppc64le'
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else:
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raise bb.parse.SkipPackage("Unsupported CPU architecture: %s" % a)
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def go_map_arm(a, f, d):
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import re
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if re.match('arm.*', a):
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if 'armv7' in f:
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return '7'
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elif 'armv6' in f:
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return '6'
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elif 'armv5' in f:
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return '5'
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return ''
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def go_map_os(o, d):
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if o.startswith('linux'):
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return 'linux'
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return o
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