def get_pkgs(pkgs):
error = ''
for name in pkgs:
if '.pkg.tar.' in name:
full_path = abspath(name)
transaction.to_load.add(full_path)
elif transaction.get_syncpkg(name):
transaction.to_add.add(name)
else:
aur_pkg = None
if config.enable_aur:
aur_pkg = aur.info(name)
if aur_pkg:
transaction.to_build.append(aur_pkg)
if not aur_pkg:
if error:
error += '\n'
error += _('{pkgname} is not a valid path or package name').format(pkgname = name)
if error:
handle_error(error)
return False
else:
return True
def get_pkgs(pkgs):
error = ''
for name in pkgs:
if '.pkg.tar.' in name:
full_path = abspath(name)
transaction.to_load.add(full_path)
elif transaction.get_syncpkg(name):
transaction.to_add.add(name)
else:
aur_pkg = None
if config.enable_aur:
aur_pkg = aur.info(name)
if aur_pkg:
transaction.to_build.append(aur_pkg)
if not aur_pkg:
if error:
error += '\n'
error += _('{pkgname} is not a valid path or package name'
).format(pkgname=name)
if error:
handle_error(error)
return False
else:
return True
def check_to_build():
global to_build
global to_add
global to_mark_as_dep
global make_depends
global build_depends
make_depends = set()
builds_depends = set()
# check if base_devel packages are installed
for name in base_devel:
if not pyalpm.find_satisfier(localdb.pkgcache, name):
make_depends.add(name)
already_checked = set()
build_order = []
i = 0
error = ""
while i < len(to_build):
while Gtk.events_pending():
Gtk.main_iteration()
pkg = to_build[i]
# if current pkg is not in build_order add it at the end of the list
if not pkg.name in build_order:
build_order.append(pkg.name)
# download end extract tarball from AUR
srcdir = aur.get_extract_tarball(pkg)
if srcdir:
# get PKGBUILD and parse it to create a new pkg object with makedeps and deps
new_pkgs = aur.get_pkgs(srcdir + "/PKGBUILD")
for new_pkg in new_pkgs:
while Gtk.events_pending():
Gtk.main_iteration()
print("checking", new_pkg.name)
# check if some makedeps must be installed
for makedepend in new_pkg.makedepends:
while Gtk.events_pending():
Gtk.main_iteration()
if not makedepend in already_checked:
if not pyalpm.find_satisfier(localdb.pkgcache, makedepend):
print("found make dep:", makedepend)
for db in syncdbs:
provider = pyalpm.find_satisfier(db.pkgcache, makedepend)
if provider:
break
if provider:
make_depends.add(provider.name)
already_checked.add(makedepend)
else:
# current makedep need to be built
raw_makedepend = common.format_pkg_name(makedepend)
if raw_makedepend in build_order:
# add it in build_order before pkg
build_order.remove(raw_makedepend)
index = build_order.index(pkg.name)
build_order.insert(index, raw_makedepend)
else:
# get infos about it
makedep_pkg = aur.info(raw_makedepend)
if makedep_pkg:
# add it in to_build so it will be checked
to_build.append(makedep_pkg)
# add it in build_order before pkg
index = build_order.index(pkg.name)
build_order.insert(index, raw_makedepend)
# add it in already_checked and to_add_as_as_dep
already_checked.add(raw_makedepend)
to_mark_as_dep.add(raw_makedepend)
else:
if error:
error += "\n"
error += _(
"{pkgname} depends on {dependname} but it is not installable"
).format(pkgname=pkg.name, dependname=makedepend)
# check if some deps must be installed or built
for depend in new_pkg.depends:
while Gtk.events_pending():
Gtk.main_iteration()
if not depend in already_checked:
if not pyalpm.find_satisfier(localdb.pkgcache, depend):
print("found dep:", depend)
for db in syncdbs:
provider = pyalpm.find_satisfier(db.pkgcache, depend)
if provider:
break
if provider:
# current dep need to be installed
build_depends.add(provider.name)
already_checked.add(depend)
else:
# current dep need to be built
raw_depend = common.format_pkg_name(depend)
if raw_depend in build_order:
# add it in build_order before pkg
build_order.remove(raw_depend)
index = build_order.index(pkg.name)
build_order.insert(index, raw_depend)
else:
# get infos about it
dep_pkg = aur.info(raw_depend)
if dep_pkg:
# add it in to_build so it will be checked
to_build.append(dep_pkg)
# add it in build_order before pkg
index = build_order.index(pkg.name)
build_order.insert(index, raw_depend)
# add it in already_checked and to_add_as_as_dep
already_checked.add(raw_depend)
to_mark_as_dep.add(raw_depend)
else:
if error:
error += "\n"
error += _(
"{pkgname} depends on {dependname} but it is not installable"
).format(pkgname=pkg.name, dependname=depend)
else:
if error:
error += "\n"
error += _("Failed to get {pkgname} archive from AUR").format(pkgname=pkg.name)
i += 1
if error:
return error
# add pkgname in make_depends and build_depends in to_add and to_mark_as_dep
for name in make_depends:
to_add.add(name)
to_mark_as_dep.add(name)
for name in build_depends:
to_add.add(name)
to_mark_as_dep.add(name)
# reorder to_build following build_order
to_build.sort(key=lambda pkg: build_order.index(pkg.name))
# print('order:', build_order)
print("to build:", to_build)
print("makedeps:", make_depends)
print("builddeps:", build_depends)
return error
def check_to_build():
global to_build
global to_add
global to_mark_as_dep
global make_depends
global build_depends
make_depends = set()
builds_depends = set()
# check if base_devel packages are installed
for name in base_devel:
if not pyalpm.find_satisfier(localdb.pkgcache, name):
make_depends.add(name)
already_checked = set()
build_order = []
i = 0
error = ''
while i < len(to_build):
while Gtk.events_pending():
Gtk.main_iteration()
pkg = to_build[i]
# if current pkg is not in build_order add it at the end of the list
if not pkg.name in build_order:
build_order.append(pkg.name)
# download end extract tarball from AUR
srcdir = aur.get_extract_tarball(pkg)
if srcdir:
# get PKGBUILD and parse it to create a new pkg object with makedeps and deps
new_pkgs = aur.get_pkgs(srcdir + '/PKGBUILD')
for new_pkg in new_pkgs:
while Gtk.events_pending():
Gtk.main_iteration()
print('checking', new_pkg.name)
# check if some makedeps must be installed
for makedepend in new_pkg.makedepends:
while Gtk.events_pending():
Gtk.main_iteration()
if not makedepend in already_checked:
if not pyalpm.find_satisfier(localdb.pkgcache,
makedepend):
print('found make dep:', makedepend)
for db in syncdbs:
provider = pyalpm.find_satisfier(
db.pkgcache, makedepend)
if provider:
break
if provider:
make_depends.add(provider.name)
already_checked.add(makedepend)
else:
# current makedep need to be built
raw_makedepend = common.format_pkg_name(
makedepend)
if raw_makedepend in build_order:
# add it in build_order before pkg
build_order.remove(raw_makedepend)
index = build_order.index(pkg.name)
build_order.insert(index, raw_makedepend)
else:
# get infos about it
makedep_pkg = aur.info(raw_makedepend)
if makedep_pkg:
# add it in to_build so it will be checked
to_build.append(makedep_pkg)
# add it in build_order before pkg
index = build_order.index(pkg.name)
build_order.insert(
index, raw_makedepend)
# add it in already_checked and to_add_as_as_dep
already_checked.add(raw_makedepend)
to_mark_as_dep.add(raw_makedepend)
else:
if error:
error += '\n'
error += _(
'{pkgname} depends on {dependname} but it is not installable'
).format(pkgname=pkg.name,
dependname=makedepend)
# check if some deps must be installed or built
for depend in new_pkg.depends:
while Gtk.events_pending():
Gtk.main_iteration()
if not depend in already_checked:
if not pyalpm.find_satisfier(localdb.pkgcache, depend):
print('found dep:', depend)
for db in syncdbs:
provider = pyalpm.find_satisfier(
db.pkgcache, depend)
if provider:
break
if provider:
# current dep need to be installed
build_depends.add(provider.name)
already_checked.add(depend)
else:
# current dep need to be built
raw_depend = common.format_pkg_name(depend)
if raw_depend in build_order:
# add it in build_order before pkg
build_order.remove(raw_depend)
index = build_order.index(pkg.name)
build_order.insert(index, raw_depend)
else:
# get infos about it
dep_pkg = aur.info(raw_depend)
if dep_pkg:
# add it in to_build so it will be checked
to_build.append(dep_pkg)
# add it in build_order before pkg
index = build_order.index(pkg.name)
build_order.insert(index, raw_depend)
# add it in already_checked and to_add_as_as_dep
already_checked.add(raw_depend)
to_mark_as_dep.add(raw_depend)
else:
if error:
error += '\n'
error += _(
'{pkgname} depends on {dependname} but it is not installable'
).format(pkgname=pkg.name,
dependname=depend)
else:
if error:
error += '\n'
error += _('Failed to get {pkgname} archive from AUR').format(
pkgname=pkg.name)
i += 1
if error:
return error
# add pkgname in make_depends and build_depends in to_add and to_mark_as_dep
for name in make_depends:
to_add.add(name)
to_mark_as_dep.add(name)
for name in build_depends:
to_add.add(name)
to_mark_as_dep.add(name)
# reorder to_build following build_order
to_build.sort(key=lambda pkg: build_order.index(pkg.name))
#print('order:', build_order)
print('to build:', to_build)
print('makedeps:', make_depends)
print('builddeps:', build_depends)
return error
