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Makefile
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Makefile
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# metamake 1.1.6
# __init__.py 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
# _bootstrap.py 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
# _dependencies.py 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
# _flags.py 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
# _namespaces.py eJx9kEkOwyAMRfc5haVuEvUGlbhCL1BVEQnOoBKowLl/IRAy0NYLhOznb/vX7WwMKqoVn9C+eYvA4PEsCoEd9Eh1Vi+rWwEuDNJsFORA6N34CWnQgt21wti6PB4S2GrDaWVi2UcvdcPlN/WV0FIclpajpTLnq9SQ1+Dqbg2j3cUrd/GrjQqBSwk0INi5IW5fNhGhpayKf9rsuGFCo29BI2WXz9jFNDAG3q/ND++W2yMapk3u2E77bOt59l5oqaG0u1m/VD5hgqxR
# _path.py 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
# _shell.py 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
BOOTSTRAPMETAMAKE=from base64 import b64decode;from imp import load_source;from tempfile import TemporaryFile, gettempdir;tempcodefile = TemporaryFile();tempcodefile.write(b64decode('ZGVmIHN0YW5kYWxvbmVfZGVzZXJpYWxpemVfbWV0YW1ha2VfZnJvbV9tYWtlZmlsZShtYWtlZmlsZV9maWxlbmFtZSk6CiAgICAiIiJpbnRlcm5hbCBoZWxwZXIgZGVmaW5pdGlvbi4gZGVzZXJpYWxpemVzIG1ldGFtYWtlIGZyb20gYSBtYWtlZmlsZQogICAgYW5kIHBsYWNlcyBpdCBpbiB0aGUgc3lzdGVtIHRlbXAgZGlyZWN0b3J5IChlLmcuCiAgICAvdG1wL21ldGFtYWtlX2Jvb3RzdHJhcC9tZXRhbWFrZSkuICBJdCAqbXVzdCogaW1wb3J0IGFsbCBvZiBpdHMgb3duCiAgICBkZXBlbmRlbmNpZXMgc2luY2UgaXQgd2lsbCBiZSBzZXJpYWxpemVkIGludG8gaXRzIG93biBmaWxlIiIiCiAgICAKICAgIGltcG9ydCBzeXMKICAgIGltcG9ydCBvcwogICAgaW1wb3J0IG9zLnBhdGgKICAgIGZyb20gemxpYiBpbXBvcnQgZGVjb21wcmVzcwogICAgZnJvbSBiYXNlNjQgaW1wb3J0IGI2NGRlY29kZQogICAgZnJvbSB0ZW1wZmlsZSBpbXBvcnQgZ2V0dGVtcGRpcgogICAgCiAgICAjIHNldCB1cCBhIHBhdGggZm9yIHRoZSBtZXRhbWFrZQogICAgIyBUT0RPOiBzaG91bGQgY2hlY2sgdGhlIGRlc2VyaWFsaXplZCB2ZXJzaW9uIG9mIG1ldGFtYWtlIGluIGhlcmUsIGFuZCBraWxsIGl0IGlmIGl0cyBvdXQgb2YgZGF0ZT8gb3IgYXJlIHdlIGFscmVhZHkgYWNjb21wbGlzaGluZyB0aGlzIGVsc2V3aGVyZT8KICAgIHRlbXBfbWV0YW1ha2VfaW1wb3J0X3BhdGggPSBvcy5wYXRoLmpvaW4oZ2V0dGVtcGRpcigpLCAibWV0YW1ha2VfYm9vdHN0cmFwIikKICAgIHRlbXBfbWV0YW1ha2VfbW9kdWxlX3BhdGggPSBvcy5wYXRoLmpvaW4odGVtcF9tZXRhbWFrZV9pbXBvcnRfcGF0aCwgIm1ldGFtYWtlIikKICAgIGlmIG5vdCBvcy5wYXRoLmV4aXN0cyh0ZW1wX21ldGFtYWtlX2ltcG9ydF9wYXRoKToKICAgICAgICBvcy5ta2Rpcih0ZW1wX21ldGFtYWtlX2ltcG9ydF9wYXRoKQogICAgaWYgbm90IG9zLnBhdGguZXhpc3RzKHRlbXBfbWV0YW1ha2VfbW9kdWxlX3BhdGgpOgogICAgICAgIG9zLm1rZGlyKHRlbXBfbWV0YW1ha2VfbW9kdWxlX3BhdGgpCiAgICAKICAgICMgcmVhZCB0aGUgY29tbWVudGVkIGxpbmVzIGZyb20gdGhlIG1ha2VmaWxlCiAgICBtYWtlZmlsZV9maWxlID0gb3BlbihtYWtlZmlsZV9maWxlbmFtZSkKICAgIG1ha2VmaWxlX2xpbmVzID0gW10KICAgIHRyeToKICAgICAgICBtYWtlZmlsZV9saW5lcyA9IFtsaW5lLnJlcGxhY2UoIiMgIiwiIikgZm9yIGxpbmUgaW4gbWFrZWZpbGVfZmlsZS5yZWFkbGluZXMoKSBpZiBsaW5lLnN0YXJ0c3dpdGgoIiMiKSBhbmQgbm90IGxpbmUuc3RhcnRzd2l0aCgiIyBtZXRhbWFrZSIpXQogICAgZmluYWxseToKICAgICAgICBtYWtlZmlsZV9maWxlLmNsb3NlKCkKICAgIAogICAgIyBlYWNoIGxpbmUgY29udGFpbnMgdGhlIGNvbnRlbnRzIG9mIGEgZmlsZSwgZHVtcCB0aGVtIGludG8gbWV0YW1ha2VfYm9vdHN0cmFwL21ldGFtYWtlCiAgICBmb3IgbGluZSBpbiBtYWtlZmlsZV9saW5lczoKICAgICAgICBtZXRhbWFrZV9zdWJmaWxlbmFtZSwgc2VyaWFsaXplZF9zb3VyY2UgPSBsaW5lLnNwbGl0KCIgIiwgMSkKICAgICAgICBmdWxsX3N1YmZpbGVfcGF0aF9pbl90ZW1wID0gb3MucGF0aC5qb2luKHRlbXBfbWV0YW1ha2VfbW9kdWxlX3BhdGgsIG1ldGFtYWtlX3N1YmZpbGVuYW1lKQogICAgICAgIHN1YmZpbGUgPSBvcGVuKGZ1bGxfc3ViZmlsZV9wYXRoX2luX3RlbXAsICJ3IikKICAgICAgICB0cnk6CiAgICAgICAgICAgIGRlc2VyaWFsaXplZF9jb2RlID0gZGVjb21wcmVzcyhiNjRkZWNvZGUoc2VyaWFsaXplZF9zb3VyY2UpKQogICAgICAgICAgICBzdWJmaWxlLndyaXRlKGRlc2VyaWFsaXplZF9jb2RlKQogICAgICAgIGZpbmFsbHk6CiAgICAgICAgICAgIHN1YmZpbGUuY2xvc2UoKQogICAgCiAgICAjIGFkZCB0aGUgdGVtcCBpbXBvcnQgZGlyIHRvIHRoZSBzeXN0ZW0gcGF0aAogICAgc3lzLnBhdGguaW5zZXJ0KDAsIHRlbXBfbWV0YW1ha2VfaW1wb3J0X3BhdGgpCg=='));tempcodefile.seek(0);makefile_metamake_bootstrapper = load_source('makefile_metamake_bootstrapper', gettempdir(), tempcodefile);makefile_metamake_bootstrapper.standalone_deserialize_metamake_from_makefile('Makefile')
__default:
@python -c "$(BOOTSTRAPMETAMAKE);import sys;import os;import imp;makefile_path=os.path.join(os.path.abspath(os.getcwd()), 'Makefile.py');imp.load_module('Makefile', open(makefile_path, 'r'), makefile_path, ('.py', 'U', 1));import metamake;metamake.run_default_task();"
ls:
@python -c "$(BOOTSTRAPMETAMAKE);import sys;import os;import imp;makefile_path=os.path.join(os.path.abspath(os.getcwd()), 'Makefile.py');imp.load_module('Makefile', open(makefile_path, 'r'), makefile_path, ('.py', 'U', 1));import metamake;metamake.list_tasks()"
%:
@python -c "$(BOOTSTRAPMETAMAKE);import sys;import os;import imp;makefile_path=os.path.join(os.path.abspath(os.getcwd()), 'Makefile.py');imp.load_module('Makefile', open(makefile_path, 'r'), makefile_path, ('.py', 'U', 1));import metamake;metamake.run_task('$@', from_makefile=True)"