def install(name, keep_prefix=False, keep_stage=False, ignore_deps=False, environs=None, compiler=None):
_init_spack()
from spack import repo, installed_db
from spack.cmd import parse_specs
from os import environ
if not isinstance(name, str):
results = [], []
for pkg in name:
a, b = install(pkg, keep_prefix=keep_prefix, keep_stage=keep_stage,
ignore_deps=ignore_deps, environs=environs,
compiler=compiler)
results[0].extend(a)
results[1].extend(b)
return results
if environs is not None:
environ.update(environs)
if compiler is not None:
names = name.split()
names.insert(1, "%" + compiler.rstrip().lstrip())
name = ' '.join(names)
specs = parse_specs(name, concretize=True)
packages = [repo.get(spec) for spec in specs]
new_pkgs = [u for u in packages if not u.installed]
for package in new_pkgs:
with installed_db.write_transaction():
package.do_install(
keep_prefix=keep_prefix,
keep_stage=keep_stage,
ignore_deps=ignore_deps
)
return [p.name for p in new_pkgs if p.installed], \
[p.name for p in new_pkgs if not p.installed]
def installed_spec(specs=None, pillar=None, default=None):
""" Returns concretized spec object of installed package """
from spack import repo
result = spec(specs, pillar=pillar, default=default)
if repo.get(result).installed is False:
raise Exception("Requested package is not installed")
return result
def installed_spec(specs=None, pillar=None, default=None):
""" Returns concretized spec object of installed package """
from spack import repo
result = spec(specs, pillar=pillar, default=default)
if repo.get(result).installed is False:
raise Exception("Requested package is not installed")
return result
def is_installed(name, compiler=None):
_init_spack()
from spack import repo
from spack.cmd import parse_specs
names = [name] if isinstance(name, str) else name
for name in names:
if compiler is not None:
name = name.split()
name.insert(1, "%" + compiler.rstrip().lstrip())
name = ' '.join(name)
specs = parse_specs(name, concretize=True)
for spec in specs:
a = repo.get(spec)
if not a.installed:
return False
return True
def is_installed(name, compiler=None):
_init_spack()
from spack import repo
from spack.cmd import parse_specs
names = [name] if isinstance(name, str) else name
for name in names:
if compiler is not None:
name = name.split()
name.insert(1, "%" + compiler.rstrip().lstrip())
name = ' '.join(name)
specs = parse_specs(name, concretize=True)
for spec in specs:
a = repo.get(spec)
if not a.installed:
return False
return True
def install(name,
keep_prefix=False,
keep_stage=False,
install_deps=True,
environs=None,
compiler=None):
_init_spack()
from spack import repo
from spack.store import db as installed_db
from spack.cmd import parse_specs
from os import environ
if not isinstance(name, str):
results = [], []
for pkg in name:
a, b = install(
pkg,
keep_prefix=keep_prefix,
keep_stage=keep_stage,
install_deps=install_deps,
environs=environs,
compiler=compiler)
results[0].extend(a)
results[1].extend(b)
return results
if environs is not None:
environ.update(environs)
if compiler is not None:
names = name.split()
names.insert(1, "%" + compiler.rstrip().lstrip())
name = ' '.join(names)
specs = parse_specs(name, concretize=True)
packages = [repo.get(spec) for spec in specs]
new_pkgs = [u for u in packages if not u.installed]
for package in new_pkgs:
with installed_db.write_transaction():
package.do_install(
keep_prefix=keep_prefix,
keep_stage=keep_stage,
install_deps=install_deps)
return [p.name for p in new_pkgs if p.installed], \
[p.name for p in new_pkgs if not p.installed]