def install(self, pb, test=False, test_all=False, generator=None, update=False, track=True):
pb = self.parse_pkg_build(pb)
pkg_dir = self.get_package_directory(pb.to_fname())
install_dir = self.get_package_directory(pb.to_fname(), 'install')
if os.path.exists(pkg_dir):
self.write_parent(pb, track=track)
if update: self.remove(pb)
else: return "Package {} already installed".format(pb.to_name())
with self.create_builder(uuid.uuid4().hex, tmp=True) as builder:
# Fetch package
src_dir = builder.fetch(pb.pkg_src.url, pb.hash)
# Install any dependencies first
self.install_deps(pb, src_dir, test=test, test_all=test_all, generator=generator)
# Setup cmake file
if pb.cmake:
target = os.path.join(src_dir, 'CMakeLists.txt')
shutil.copyfile(pb.cmake, target)
# Confirue and build
builder.configure(src_dir, defines=pb.define, generator=generator, install_prefix=install_dir, test=test)
builder.build(config='Release')
# Run tests if enabled
if test or test_all: builder.test(config='Release')
# Install
builder.build(target='install', config='Release')
util.symlink_dir(install_dir, self.prefix)
self.write_parent(pb, track=track)
return "Successfully installed {}".format(pb.to_name())
def install(self,
pb,
test=False,
test_all=False,
generator=None,
update=False,
track=True,
insecure=False):
pb = self.parse_pkg_build(pb)
pkg_dir = self.get_package_directory(pb.to_fname())
unlink_dir = self.get_unlink_directory(pb.to_fname())
install_dir = self.get_package_directory(pb.to_fname(), 'install')
# If its been unlinked, then link it in
if os.path.exists(unlink_dir):
if update: shutil.rmtree(unlink_dir)
else:
self.link(pb)
self.write_parent(pb, track=track)
return "Linking package {}".format(pb.to_name())
if os.path.exists(pkg_dir):
self.write_parent(pb, track=track)
if update: self.remove(pb)
else: return "Package {} already installed".format(pb.to_name())
with self.create_builder(uuid.uuid4().hex, tmp=True) as builder:
# Fetch package
src_dir = builder.fetch(pb.pkg_src.url,
pb.hash, (pb.cmake != None),
insecure=insecure)
# Install any dependencies first
self.install_deps(pb,
src_dir,
test=test,
test_all=test_all,
generator=generator,
insecure=insecure)
# Setup cmake file
if pb.cmake:
target = os.path.join(src_dir, 'CMakeLists.txt')
if os.path.exists(target):
os.rename(
target,
os.path.join(src_dir, builder.cmake_original_file))
shutil.copyfile(pb.cmake, target)
# Configure and build
builder.configure(src_dir,
defines=pb.define,
generator=generator,
install_prefix=install_dir,
test=test,
variant=pb.variant)
builder.build(variant=pb.variant)
# Run tests if enabled
if test or test_all: builder.test(variant=pb.variant)
# Install
builder.build(target='install', variant=pb.variant)
if util.USE_SYMLINKS: util.symlink_dir(install_dir, self.prefix)
else: util.copy_dir(install_dir, self.prefix)
self.write_parent(pb, track=track)
return "Successfully installed {}".format(pb.to_name())
def link(self, pkg):
pkg = self.parse_pkg_src(pkg)
pkg_dir = self.get_package_directory(pkg.to_fname())
unlink_dir = self.get_unlink_directory(pkg.to_fname())
if os.path.exists(unlink_dir):
os.rename(unlink_dir, pkg_dir)
if util.USE_SYMLINKS: util.symlink_dir(os.path.join(pkg_dir, 'install'), self.prefix)
else: util.copy_dir(os.path.join(pkg_dir, 'install'), self.prefix)
# Relink dependencies
for dep in util.ls(self.get_unlink_directory(), os.path.isdir):
ls = util.ls(self.get_unlink_deps_directory(dep), os.path.isfile)
if pkg.to_fname() in ls: self.link(dep)
def link(self, pkg):
pkg = self.parse_pkg_src(pkg)
pkg_dir = self.get_package_directory(pkg.to_fname())
unlink_dir = self.get_unlink_directory(pkg.to_fname())
if os.path.exists(unlink_dir):
util.mkdir(self.get_package_directory())
os.rename(unlink_dir, pkg_dir)
if util.USE_SYMLINKS: util.symlink_dir(os.path.join(pkg_dir, 'install'), self.prefix)
else: util.copy_dir(os.path.join(pkg_dir, 'install'), self.prefix)
# Relink dependencies
for dep in util.ls(self.get_unlink_directory(), os.path.isdir):
ls = util.ls(self.get_unlink_deps_directory(dep), os.path.isfile)
if pkg.to_fname() in ls: self.link(dep)
def install(self, pb, test=False, test_all=False, generator=None, update=False, track=True, insecure=False):
pb = self.parse_pkg_build(pb)
pkg_dir = self.get_package_directory(pb.to_fname())
unlink_dir = self.get_unlink_directory(pb.to_fname())
install_dir = self.get_package_directory(pb.to_fname(), 'install')
# If its been unlinked, then link it in
if os.path.exists(unlink_dir):
if update: shutil.rmtree(unlink_dir)
else:
self.link(pb)
self.write_parent(pb, track=track)
return "Linking package {}".format(pb.to_name())
if os.path.exists(pkg_dir):
self.write_parent(pb, track=track)
if update: self.remove(pb)
else: return "Package {} already installed".format(pb.to_name())
with self.create_builder(uuid.uuid4().hex, tmp=True) as builder:
# Fetch package
src_dir = builder.fetch(pb.pkg_src.url, pb.hash, (pb.cmake != None), insecure=insecure)
# Install any dependencies first
self.install_deps(pb, src_dir, test=test, test_all=test_all, generator=generator, insecure=insecure)
# Setup cmake file
if pb.cmake:
target = os.path.join(src_dir, 'CMakeLists.txt')
if os.path.exists(target):
os.rename(target, os.path.join(src_dir, builder.cmake_original_file))
shutil.copyfile(pb.cmake, target)
# Configure and build
builder.configure(src_dir, defines=pb.define, generator=generator, install_prefix=install_dir, test=test, variant=pb.variant)
builder.build(variant=pb.variant)
# Run tests if enabled
if test or test_all: builder.test(variant=pb.variant)
# Install
builder.build(target='install', variant=pb.variant)
if util.USE_SYMLINKS: util.symlink_dir(install_dir, self.prefix)
else: util.copy_dir(install_dir, self.prefix)
self.write_parent(pb, track=track)
return "Successfully installed {}".format(pb.to_name())
def install(self, pb, test=False, test_all=False, generator=None, update=False, track=True):
pb = self.parse_pkg_build(pb)
pkg_dir = self.get_package_directory(pb.to_fname())
install_dir = self.get_package_directory(pb.to_fname(), 'install')
if os.path.exists(pkg_dir):
self.write_parent(pb, track=track)
if update: self.remove(pb)
else: return "Package {} already installed".format(pb.to_name())
with self.create_builder(pb.to_fname(), tmp=True) as builder:
# Fetch package
src_dir = builder.fetch(pb.pkg_src.url)
# Install any dependencies first
self.install_deps(pb, src_dir, test=test, test_all=test_all, generator=generator)
# Confirue and build
builder.configure(src_dir, defines=pb.define, generator=generator, install_prefix=install_dir)
builder.build(config='Release')
# Run tests if enabled
if test or test_all: builder.test(config='Release')
# Install
builder.build(target='install', config='Release')
util.symlink_dir(install_dir, self.prefix)
self.write_parent(pb, track=track)
return "Successfully installed {}".format(pb.to_name())
def install(
self,
pb,
test=False,
test_all=False,
generator=None,
update=False,
track=True,
insecure=False,
use_build_cache=False,
recipe_deps_only=False
):
pb = self.parse_pkg_build(pb)
pkg_dir = self.get_package_directory(pb.to_fname())
unlink_dir = self.get_unlink_directory(pb.to_fname())
# If its been unlinked, then link it in
if os.path.exists(unlink_dir):
if update: shutil.rmtree(unlink_dir)
else:
self.link(pb)
self.write_parent(pb, track=track)
return "Linking package {}".format(pb.to_name())
if os.path.exists(pkg_dir):
self.write_parent(pb, track=track)
if update: self.remove(pb)
else: return "Package {} already installed".format(pb.to_name())
package_hash = self.hash_pkg(pb)
self.log("package %s hash %s" % (pb.to_name(), package_hash))
pkg_install_dir = self.get_package_directory(pb.to_fname(), 'install')
if use_build_cache:
install_dir = util.get_cache_path("builds", pb.to_name(), package_hash)
util.mkdir(pkg_dir)
os.symlink(install_dir, pkg_install_dir)
self.log("using cached install dir '%s'" % install_dir)
else:
install_dir = pkg_install_dir
self.log("using local install dir '%s'" % install_dir)
build_needed = True
if recipe_deps_only:
self.install_deps(
pb,
test=test,
test_all=test_all,
generator=generator,
insecure=insecure,
use_build_cache=use_build_cache,
recipe_deps_only=True
)
with util.cache_lock() as cache_lock:
if not update and use_build_cache and os.path.exists(install_dir):
print("retreived Package {} from cache".format(pb.to_name()))
build_needed = False
if build_needed:
with self.create_builder(uuid.uuid4().hex, tmp=True) as builder:
# Fetch package
src_dir = builder.fetch(pb.pkg_src.url, pb.hash, (pb.cmake != None), insecure=insecure)
# Install any dependencies first
if not recipe_deps_only:
self.install_deps(
pb,
src_dir=src_dir,
test=test,
test_all=test_all,
generator=generator,
insecure=insecure,
use_build_cache=use_build_cache,
recipe_deps_only=False
)
with util.cache_lock() as cache_lock:
if not update and use_build_cache and os.path.exists(install_dir):
print("retreived Package {} from cache".format(pb.to_name()))
else:
# Setup cmake file
if pb.cmake:
target = os.path.join(src_dir, 'CMakeLists.txt')
if os.path.exists(target):
os.rename(target, os.path.join(src_dir, builder.cmake_original_file))
shutil.copyfile(pb.cmake, target)
# Configure and build
dependents = self.get_dependents(pb, src_dir)
dep_install_paths = list([self.get_real_install_path(dep) for dep in dependents])
defines = list(pb.define or []) + [
"CMAKE_PREFIX_PATH=%s" % ";".join(
['%s' % path for path in dep_install_paths + [self.prefix]]
)
]
#defines.append("PKG_CONFIG_USE_CMAKE_PREFIX_PATH=ON")
#defines.append("CMAKE_FIND_USE_CMAKE_SYSTEM_PATH=OFF")
#defines.append("CMAKE_FIND_USE_SYSTEM_PACKAGE_REGISTRY=OFF")
pkg_config_paths = list(
filter(
os.path.exists,
sum(
[
[
os.path.join(path, "lib/pkgconfig"),
os.path.join(path, "lib64/pkgconfig"),
]
for path in dep_install_paths
],
[]
)
)
)
bin_paths = list(
filter(
os.path.exists,
[
os.path.join(path, "bin")
for path in dep_install_paths
]
)
) + os.getenv("PATH", "").split(":")
configure_env = {
"PKG_CONFIG_LIBDIR":"/dev/null",
"PKG_CONFIG_PATH":":".join(pkg_config_paths),
"PATH":":".join(bin_paths),
"CFLAGS" : os.getenv("CFLAGS", ""),
"CXXFLAGS" : os.getenv("CXXFLAGS", "")
}
build_env = {
"PATH":":".join(bin_paths)
}
print("defines")
print(defines)
print("env")
print(configure_env)
print("build env")
print(build_env)
builder.configure(
src_dir,
defines=defines,
generator=generator,
install_prefix=install_dir,
test=test,
variant=pb.variant,
env=configure_env
)
builder.build(variant=pb.variant, env=build_env)
# Run tests if enabled
if test or test_all: builder.test(variant=pb.variant)
# Install
builder.build(target='install', variant=pb.variant, env=build_env)
if use_build_cache:
util.fix_cache_permissions_recursive(install_dir)
if util.MERGE_INSTALLS:
if util.USE_SYMLINKS: util.symlink_dir(install_dir, self.prefix)
else: util.copy_dir(install_dir, self.prefix)
self.write_parent(pb, track=track)
return "Successfully installed {}".format(pb.to_name())
