def test_simple(self):
build_manifest = BuildManifest(self.sections, self.meta, {})
sections = build_manifest.resolve_paths(self.top_node)
res = sorted([(kind, source.abspath(), target.abspath()) \
for kind, source, target in iter_files(sections)])
target_dir = build_manifest.resolve_path(os.path.join("$prefix", "target"))
ref = [("pythonfiles", os.path.join(self.top_node.abspath(), "source", "scripts", "bar.py"),
os.path.join(target_dir, "scripts", "bar.py")),
("pythonfiles", os.path.join(self.top_node.abspath(), "source", "scripts", "foo.py"),
os.path.join(target_dir, "scripts", "foo.py"))]
self.assertEqual(res, ref)
def test_simple(self):
build_manifest = BuildManifest(self.sections, self.meta, {})
sections = build_manifest.resolve_paths(self.top_node)
res = sorted([(kind, source.abspath(), target.abspath()) \
for kind, source, target in iter_files(sections)])
target_dir = build_manifest.resolve_path(os.path.join("$prefix", "target"))
ref = [("pythonfiles", os.path.join(self.top_node.abspath(), "source", "scripts", "bar.py"),
os.path.join(target_dir, "scripts", "bar.py")),
("pythonfiles", os.path.join(self.top_node.abspath(), "source", "scripts", "foo.py"),
os.path.join(target_dir, "scripts", "foo.py"))]
self.assertEqual(res, ref)
def test_simple_roundtrip(self):
# FIXME: we compare the loaded json to avoid dealing with encoding
# differences when comparing objects, but this is kinda stupid
r_build_manifest = BuildManifest(self.sections, self.meta, {})
f = StringIO()
r_build_manifest._write(f)
r_s = f.getvalue()
build_manifest = BuildManifest.from_string(r_s)
f = StringIO()
build_manifest._write(f)
s = f.getvalue()
self.assertEqual(json.loads(r_s), json.loads(s))
def test_simple_roundtrip(self):
# FIXME: we compare the loaded json to avoid dealing with encoding
# differences when comparing objects, but this is kinda stupid
r_build_manifest = BuildManifest(self.sections, self.meta, {})
f = StringIO()
r_build_manifest._write(f)
r_s = f.getvalue()
build_manifest = BuildManifest.from_string(r_s)
f = StringIO()
build_manifest._write(f)
s = f.getvalue()
self.assertEqual(json.loads(r_s), json.loads(s))
def run(self, ctx):
argv = ctx.command_argv
p = ctx.options_context.parser
o, a = p.parse_args(argv)
if o.help:
p.print_help()
return
n = ctx.build_node.make_node(BUILD_MANIFEST_PATH)
build_manifest = BuildManifest.from_file(n.abspath())
scheme = ctx.retrieve_configured_scheme()
build_manifest.update_paths(scheme)
node_sections = build_manifest.resolve_paths_with_destdir(ctx.build_node)
if o.list_files:
# XXX: this won't take into account action in post install scripts.
# A better way would be to log install steps and display those, but
# this will do for now.
for kind, source, target in iter_files(node_sections):
print(target.abspath())
return
if o.transaction:
trans = TransactionLog("transaction.log")
try:
for kind, source, target in iter_files(node_sections):
trans.copy(source.abspath(), target.abspath(), kind)
finally:
trans.close()
else:
for kind, source, target in iter_files(node_sections):
copy_installer(source.abspath(), target.abspath(), kind)
def extract_egg(egg, extract_dir):
# Given a bento-produced egg, extract its content in the given directory,
# and returned the corresponding build_manifest info instance
build_manifest = BuildManifest.from_egg(egg)
# egg scheme
build_manifest.update_paths({
"prefix": ".",
"eprefix": ".",
"sitedir": "."
})
zid = zipfile.ZipFile(egg)
try:
for type, sections in build_manifest.files.items():
for name, section in sections.items():
target_dir = build_manifest.resolve_path(section.target_dir)
section.source_dir = os.path.join(extract_dir, target_dir)
for source, target in section.files:
g = os.path.join(target_dir, target)
g = os.path.normpath(g)
zid.extract(g, extract_dir)
finally:
zid.close()
return build_manifest
def write_record(self):
dist = self.distribution
options_context = dist.global_context.retrieve_options_context(self.cmd_name)
cmd_context_klass = dist.global_context.retrieve_command_context(self.cmd_name)
context = cmd_context_klass(dist.global_context, [], options_context, dist.pkg, dist.run_node)
n = context.build_node.make_node(BUILD_MANIFEST_PATH)
build_manifest = BuildManifest.from_file(n.abspath())
scheme = context.retrieve_configured_scheme()
build_manifest.update_paths(scheme)
file_sections = build_manifest.resolve_paths_with_destdir(src_root_node=context.build_node)
# copy egg info to install directory
meta = build_manifest.meta
src = op.join('pip-egg-info', meta['name'] + '.egg-info')
dest = op.abspath(build_manifest.resolve_path(op.join('$sitedir',
meta['name'] + '-' + meta['version'] +
'-py$py_version_short.egg-info')))
shutil.copytree(src, dest)
def writer(fid):
for kind, source, target in iter_files(file_sections):
fid.write("%s\n" % target.abspath())
fid.write("%s\n" % dest)
bento.utils.io2.safe_write(self.record, writer, "w")
def run(self, ctx):
argv = ctx.command_argv
p = ctx.options_context.parser
o, a = p.parse_args(argv)
if o.help:
p.print_help()
return
n = ctx.build_node.make_node(BUILD_MANIFEST_PATH)
build_manifest = BuildManifest.from_file(n.abspath())
scheme = ctx.retrieve_configured_scheme()
build_manifest.update_paths(scheme)
node_sections = build_manifest.resolve_paths_with_destdir(
ctx.build_node)
if o.list_files:
# XXX: this won't take into account action in post install scripts.
# A better way would be to log install steps and display those, but
# this will do for now.
for kind, source, target in iter_files(node_sections):
print(target.abspath())
return
if o.transaction:
trans = TransactionLog("transaction.log")
try:
for kind, source, target in iter_files(node_sections):
trans.copy(source.abspath(), target.abspath(), kind)
finally:
trans.close()
else:
for kind, source, target in iter_files(node_sections):
copy_installer(source.abspath(), target.abspath(), kind)
def test_create_exe(self):
# FIXME: do a real test here
meta, sections, nodes = create_simple_ipkg_args(self.top_node)
ipkg = BuildManifest(sections, meta, {})
fid, arcname = tempfile.mkstemp(prefix="zip")
try:
create_exe(ipkg, arcname, "some-name.exe")
finally:
os.close(fid)
def run(self, ctx):
argv = ctx.command_argv
p = ctx.options_context.parser
o, a = p.parse_args(argv)
if o.help:
p.print_help()
return
output_dir = o.output_dir
output_file = o.output_file
n = ctx.build_node.make_node(IPKG_PATH)
build_manifest = BuildManifest.from_file(n.abspath())
build_egg(build_manifest, ctx.build_node, ctx.build_node, output_dir, output_file)
def run(self, ctx):
argv = ctx.command_argv
p = ctx.options_context.parser
o, a = p.parse_args(argv)
if o.help:
p.print_help()
return
n = ctx.build_node.make_node(IPKG_PATH)
ipkg = BuildManifest.from_file(n.abspath())
create_wininst(ipkg, src_root_node=ctx.build_node, build_node=ctx.build_node,
wininst=o.output_file,
output_dir=o.output_dir)
def test_create_exe(self):
# FIXME: do a real test here
meta, sections, nodes = create_simple_build_manifest_args(self.top_node)
build_manifest = BuildManifest(sections, meta, {})
fid, arcname = tempfile.mkstemp(prefix="zip")
try:
f = tempfile.NamedTemporaryFile(suffix=".exe")
try:
create_exe(build_manifest, arcname, f.name)
finally:
f.close()
finally:
os.close(fid)
def test_simple(self):
"""This just tests whether create_wininst runs at all and produces a zip-file."""
ipackage = BuildManifest({}, {"name": "foo", "version": "1.0"}, {})
create_wininst(ipackage,
self.build_node,
self.build_node,
wininst="foo.exe",
output_dir="dist")
arcname = bento.commands.build_wininst.create_exe.call_args[0][1]
fp = zipfile.ZipFile(arcname)
try:
fp.namelist()
finally:
fp.close()
def run(self):
self.run_command("build")
dist = self.distribution
n = dist.build_node.make_node(IPKG_PATH)
ipkg = BuildManifest.from_file(n.abspath())
egg_info = EggInfo.from_ipkg(ipkg, dist.build_node)
egg_info_dir = op.join(self.egg_base, "%s.egg-info" % dist.pkg.name)
try:
os.makedirs(egg_info_dir)
except OSError, e:
if e.errno != 17:
raise
def run(self, context):
o, a = context.get_parsed_arguments()
if o.help:
p.print_help()
return
output_dir = o.output_dir
output_file = o.output_file
n = context.build_node.find_node(IPKG_PATH)
manifest = BuildManifest.from_file(n.abspath())
msi_root = context.build_node.make_node("msi")
build_msi_tree(manifest, context.build_node, msi_root)
create_msi_installer(context.pkg, context.run_node, msi_root, o.output_file, o.output_dir)
def run(self):
self.run_command("build")
dist = self.distribution
n = dist.build_node.make_node(IPKG_PATH)
ipkg = BuildManifest.from_file(n.abspath())
egg_info = EggInfo.from_ipkg(ipkg, dist.build_node)
egg_info_dir = op.join(self.egg_base, "%s.egg-info" % dist.pkg.name)
try:
os.makedirs(egg_info_dir)
except OSError, e:
if e.errno != 17:
raise
def run(self, ctx):
argv = ctx.command_argv
p = ctx.options_context.parser
o, a = p.parse_args(argv)
if o.help:
p.print_help()
return
n = ctx.build_node.make_node(IPKG_PATH)
ipkg = BuildManifest.from_file(n.abspath())
create_wininst(ipkg,
src_root_node=ctx.build_node,
build_node=ctx.build_node,
wininst=o.output_file,
output_dir=o.output_dir)
def run(self, context):
o, a = context.get_parsed_arguments()
if o.help:
p.print_help()
return
output_dir = o.output_dir
output_file = o.output_file
n = context.build_node.find_node(IPKG_PATH)
manifest = BuildManifest.from_file(n.abspath())
msi_root = context.build_node.make_node("msi")
build_msi_tree(manifest, context.build_node, msi_root)
create_msi_installer(context.pkg, context.run_node, msi_root,
o.output_file, o.output_dir)
def write_record(self):
dist = self.distribution
options_context = dist.global_context.retrieve_options_context(self.cmd_name)
cmd_context_klass = dist.global_context.retrieve_command_context(self.cmd_name)
context = cmd_context_klass(dist.global_context, [], options_context, dist.pkg, dist.run_node)
n = context.build_node.make_node(IPKG_PATH)
ipkg = BuildManifest.from_file(n.abspath())
scheme = context.retrieve_configured_scheme()
ipkg.update_paths(scheme)
file_sections = ipkg.resolve_paths_with_destdir(src_root_node=context.build_node)
def writer(fid):
for kind, source, target in iter_files(file_sections):
fid.write("%s\n" % target.abspath())
bento.utils.io2.safe_write(self.record, writer, "w")
def write_record(self):
dist = self.distribution
options_context = dist.global_context.retrieve_options_context(self.cmd_name)
cmd_context_klass = dist.global_context.retrieve_command_context(self.cmd_name)
context = cmd_context_klass(dist.global_context, [], options_context, dist.pkg, dist.run_node)
n = context.build_node.make_node(BUILD_MANIFEST_PATH)
build_manifest = BuildManifest.from_file(n.abspath())
scheme = context.retrieve_configured_scheme()
build_manifest.update_paths(scheme)
file_sections = build_manifest.resolve_paths_with_destdir(src_root_node=context.build_node)
def writer(fid):
for kind, source, target in iter_files(file_sections):
fid.write("%s\n" % target.abspath())
bento.utils.io2.safe_write(self.record, writer, "w")
def extract_egg(egg, extract_dir):
# Given a bento-produced egg, extract its content in the given directory,
# and returned the corresponding build_manifest info instance
build_manifest = BuildManifest.from_egg(egg)
# egg scheme
build_manifest.update_paths({"prefix": ".", "eprefix": ".", "sitedir": "."})
zid = zipfile.ZipFile(egg)
try:
for type, sections in build_manifest.files.items():
for name, section in sections.items():
target_dir = build_manifest.resolve_path(section.target_dir)
section.source_dir = os.path.join(extract_dir, target_dir)
for source, target in section.files:
g = os.path.join(target_dir, target)
g = os.path.normpath(g)
zid.extract(g, extract_dir)
finally:
zid.close()
return build_manifest
def run(self):
self.run_command("build")
dist = self.distribution
n = dist.build_node.make_node(IPKG_PATH)
ipkg = BuildManifest.from_file(n.abspath())
egg_info = EggInfo.from_ipkg(ipkg, dist.build_node)
egg_info_dir = op.join(self.egg_base, "%s.egg-info" % dist.pkg.name)
try:
os.makedirs(egg_info_dir)
except OSError:
e = extract_exception()
if e.errno != 17:
raise
for filename, cnt in egg_info.iter_meta(dist.build_node):
filename = op.join(egg_info_dir, filename)
fid = open(filename, "w")
try:
fid.write(cnt)
finally:
fid.close()
def run(self):
self.run_command("build")
dist = self.distribution
n = dist.build_node.make_node(BUILD_MANIFEST_PATH)
build_manifest = BuildManifest.from_file(n.abspath())
egg_info = EggInfo.from_build_manifest(build_manifest, dist.build_node)
egg_info_dir = op.join(self.egg_base, "%s.egg-info" % dist.pkg.name)
try:
os.makedirs(egg_info_dir)
except OSError:
e = extract_exception()
if e.errno != 17:
raise
for filename, cnt in egg_info.iter_meta(dist.build_node):
filename = op.join(egg_info_dir, filename)
fid = open(filename, "w")
try:
fid.write(cnt)
finally:
fid.close()
def test_get_inidata_run(self):
"""Simply execute get_inidata."""
# FIXME: do a real test here
meta, sections, nodes = create_simple_ipkg_args(self.top_node)
ipkg = BuildManifest(sections, meta, {})
get_inidata(ipkg)
def run(self, ctx):
argv = ctx.command_argv
p = ctx.options_context.parser
o, a = p.parse_args(argv)
if o.help:
p.print_help()
return
root = ctx.top_node
while root.height() > 0:
root = root.parent
default_scheme = get_default_scheme(ctx.pkg.name)
default_prefix = default_scheme["prefix"]
default_sitedir = default_scheme["sitedir"]
n = ctx.build_node.make_node(BUILD_MANIFEST_PATH)
build_manifest = BuildManifest.from_file(n.abspath())
name = build_manifest.meta["name"]
version = build_manifest.meta["version"]
py_short = ".".join([str(i) for i in sys.version_info[:2]])
if o.output_file is None:
mpkg_name = "%s-%s-py%s.mpkg" % (name, version, py_short)
else:
mpkg_name = o.output_file
categories = set()
file_sections = build_manifest.resolve_paths(ctx.build_node)
for kind, source, target in iter_files(file_sections):
categories.add(kind)
# Mpkg metadata
mpkg_root = os.path.join(os.getcwd(), o.output_dir, mpkg_name)
mpkg_cdir = os.path.join(mpkg_root, "Contents")
if os.path.exists(mpkg_root):
shutil.rmtree(mpkg_root)
os.makedirs(mpkg_cdir)
f = open(os.path.join(mpkg_cdir, "PkgInfo"), "w")
try:
f.write("pmkrpkg1")
finally:
f.close()
mpkg_info = MetaPackageInfo.from_build_manifest(build_manifest)
purelib_pkg = "%s-purelib-%s-py%s.pkg" % (name, version, py_short)
scripts_pkg = "%s-scripts-%s-py%s.pkg" % (name, version, py_short)
datafiles_pkg = "%s-datafiles-%s-py%s.pkg" % (name, version, py_short)
mpkg_info.packages = [purelib_pkg, scripts_pkg, datafiles_pkg]
make_mpkg_plist(mpkg_info, os.path.join(mpkg_cdir, "Info.plist"))
mpkg_rdir = os.path.join(mpkg_root, "Contents", "Resources")
os.makedirs(mpkg_rdir)
make_mpkg_description(mpkg_info,
os.path.join(mpkg_rdir, "Description.plist"))
# Package the stuff which ends up into site-packages
pkg_root = os.path.join(mpkg_root, "Contents", "Packages", purelib_pkg)
build_pkg_from_temp(ctx, build_manifest, pkg_root, root, "/",
["pythonfiles"],
"Pure Python modules and packages")
pkg_root = os.path.join(mpkg_root, "Contents", "Packages", scripts_pkg)
build_pkg_from_temp(ctx, build_manifest, pkg_root, root, "/",
["executables"], "Scripts and binaries")
pkg_root = os.path.join(mpkg_root, "Contents", "Packages",
datafiles_pkg)
build_pkg_from_temp(ctx, build_manifest, pkg_root, root, "/",
["bentofiles", "datafiles"], "Data files")
def run(self, ctx):
argv = ctx.command_argv
p = ctx.options_context.parser
o, a = p.parse_args(argv)
if o.help:
p.print_help()
return
root = ctx.top_node
while root.height() > 0:
root = root.parent
default_scheme = get_default_scheme(ctx.pkg.name)
default_prefix = default_scheme["prefix"]
default_sitedir = default_scheme["sitedir"]
n = ctx.build_node.make_node(BUILD_MANIFEST_PATH)
build_manifest = BuildManifest.from_file(n.abspath())
name = build_manifest.meta["name"]
version = build_manifest.meta["version"]
py_short = ".".join([str(i) for i in sys.version_info[:2]])
if o.output_file is None:
mpkg_name = "%s-%s-py%s.mpkg" % (name, version, py_short)
else:
mpkg_name = o.output_file
categories = set()
file_sections = build_manifest.resolve_paths(ctx.build_node)
for kind, source, target in iter_files(file_sections):
categories.add(kind)
# Mpkg metadata
mpkg_root = os.path.join(os.getcwd(), o.output_dir, mpkg_name)
mpkg_cdir = os.path.join(mpkg_root, "Contents")
if os.path.exists(mpkg_root):
shutil.rmtree(mpkg_root)
os.makedirs(mpkg_cdir)
f = open(os.path.join(mpkg_cdir, "PkgInfo"), "w")
try:
f.write("pmkrpkg1")
finally:
f.close()
mpkg_info = MetaPackageInfo.from_build_manifest(build_manifest)
purelib_pkg = "%s-purelib-%s-py%s.pkg" % (name, version, py_short)
scripts_pkg = "%s-scripts-%s-py%s.pkg" % (name, version, py_short)
datafiles_pkg = "%s-datafiles-%s-py%s.pkg" % (name, version, py_short)
mpkg_info.packages = [purelib_pkg, scripts_pkg, datafiles_pkg]
make_mpkg_plist(mpkg_info, os.path.join(mpkg_cdir, "Info.plist"))
mpkg_rdir = os.path.join(mpkg_root, "Contents", "Resources")
os.makedirs(mpkg_rdir)
make_mpkg_description(mpkg_info, os.path.join(mpkg_rdir, "Description.plist"))
# Package the stuff which ends up into site-packages
pkg_root = os.path.join(mpkg_root, "Contents", "Packages", purelib_pkg)
build_pkg_from_temp(ctx, build_manifest, pkg_root, root, "/", ["pythonfiles"], "Pure Python modules and packages")
pkg_root = os.path.join(mpkg_root, "Contents", "Packages", scripts_pkg)
build_pkg_from_temp(ctx, build_manifest, pkg_root, root, "/", ["executables"], "Scripts and binaries")
pkg_root = os.path.join(mpkg_root, "Contents", "Packages", datafiles_pkg)
build_pkg_from_temp(ctx, build_manifest, pkg_root, root, "/", ["bentofiles", "datafiles"], "Data files")
def store(self, filename, pkg):
meta = ipkg_meta_from_pkg(pkg)
p = BuildManifest(self.sections, meta, pkg.executables)
if not op.exists(op.dirname(filename)):
os.makedirs(op.dirname(filename))
p.write(filename)
def store(self, filename, pkg):
meta = build_manifest_meta_from_pkg(pkg)
p = BuildManifest(self.sections, meta, pkg.executables)
if not op.exists(op.dirname(filename)):
os.makedirs(op.dirname(filename))
p.write(filename)
def test_simple_create(self):
BuildManifest(self.sections, self.meta, {})
