def add_download(self, pkg_name, action_type, simulate=False):
installed = self.get_pkg_installed(pkg_name)
if installed == 1:
self.update_signal([("pkg-installed", (pkg_name, action_type))])
return
elif installed == -1:
self.update_signal([("pkg-not-in-cache", (pkg_name, action_type))])
return
pkg_infos = get_pkg_download_info(self.pkg_cache, pkg_name)
status = pkg_infos["status"]
self.update_signal([("ready-download-finish", (pkg_name, action_type))])
if status == DOWNLOAD_STATUS_NOTNEED:
self.download_finish(pkg_name, action_type, [pkg_name,])
elif status == DOWNLOAD_STATUS_ERROR:
self.update_signal([("parse-download-error", (pkg_name, action_type))])
else:
names = []
download_urls = []
download_hash_infos = []
pkg_sizes = []
for info in pkg_infos["info"]:
names.append(info["name"])
download_urls.append(info["url"])
download_hash_infos.append(info["hash"])
pkg_sizes.append(info["size"])
self.download_manager.add_download(
pkg_name,
action_type,
download_urls,
download_sizes=pkg_sizes,
download_md5s=download_hash_infos,
all_task_names=[pkg_name],
file_save_dir=self.download_dir
)
def get_download_size(self, pkg_name):
total_size = 0
pkg_infos = get_pkg_download_info(self.pkg_cache, pkg_name)
if pkg_infos[0] == DOWNLOAD_STATUS_NOTNEED:
total_size = get_pkg_own_size(self.pkg_cache, pkg_name)
size_flag = PKG_SIZE_OWN
elif pkg_infos[0] == DOWNLOAD_STATUS_ERROR:
total_size = -1
size_flag = PKG_SIZE_ERROR
else:
(names, download_urls, download_hash_infos, pkg_sizes) = pkg_infos
for size in pkg_sizes:
total_size += size
size_flag = PKG_SIZE_DOWNLOAD
return [size_flag, total_size]
def get_download_size(self, pkg_name):
total_size = 0
pkg_infos = get_pkg_download_info(self.pkg_cache, pkg_name)
status = pkg_infos["status"]
if status == DOWNLOAD_STATUS_NOTNEED:
total_size = get_pkg_own_size(self.pkg_cache, pkg_name)
size_flag = PKG_SIZE_OWN
elif status == DOWNLOAD_STATUS_ERROR:
total_size = -1
size_flag = PKG_SIZE_ERROR
else:
for info in pkg_infos["info"]:
total_size += info["size"]
size_flag = PKG_SIZE_DOWNLOAD
return [size_flag, total_size]
def get_download_size(self, pkg_name):
total_size = 0
pkg_infos = get_pkg_download_info(self.pkg_cache, pkg_name)
status = pkg_infos["status"]
if status == DOWNLOAD_STATUS_NOTNEED:
total_size = get_pkg_own_size(self.pkg_cache, pkg_name)
size_flag = PKG_SIZE_OWN
elif status == DOWNLOAD_STATUS_ERROR:
total_size = -1
size_flag = PKG_SIZE_ERROR
else:
for info in pkg_infos["info"]:
total_size += info["size"]
size_flag = PKG_SIZE_DOWNLOAD
return [size_flag, total_size]
def add_download(self, pkg_name, action_type, simulate=False):
pkg_infos = get_pkg_download_info(self.pkg_cache, pkg_name)
self.update_signal([("ready-download-finish", (pkg_name, action_type))])
if pkg_infos[0] == DOWNLOAD_STATUS_NOTNEED:
self.download_finish(pkg_name, action_type, [pkg_name,])
print "Don't need download"
elif pkg_infos[0] == DOWNLOAD_STATUS_ERROR:
self.update_signal([("parse-download-error", (pkg_name, action_type))])
print "Download error"
else:
(names, download_urls, download_hash_infos, pkg_sizes) = pkg_infos
self.download_manager.add_download(
pkg_name,
action_type,
download_urls,
all_pkg_names=[pkg_name,],
file_save_dir=self.download_dir)
def add_download(self, pkg_name, action_type, simulate=False):
installed = self.get_pkg_installed(pkg_name)
if installed == 1:
self.update_signal([("pkg-installed", (pkg_name, action_type))])
return
elif installed == -1:
self.update_signal([("pkg-not-in-cache", (pkg_name, action_type))])
return
pkg_infos = get_pkg_download_info(self.pkg_cache, pkg_name)
status = pkg_infos["status"]
self.update_signal([("ready-download-finish", (pkg_name, action_type))
])
if status == DOWNLOAD_STATUS_NOTNEED:
self.download_finish(pkg_name, action_type, [
pkg_name,
])
elif status == DOWNLOAD_STATUS_ERROR:
self.update_signal([("parse-download-error", (pkg_name,
action_type))])
else:
names = []
download_urls = []
download_hash_infos = []
pkg_sizes = []
for info in pkg_infos["info"]:
names.append(info["name"])
download_urls.append(info["url"])
download_hash_infos.append(info["hash"])
pkg_sizes.append(info["size"])
self.download_manager.add_download(
pkg_name,
action_type,
download_urls,
download_sizes=pkg_sizes,
download_md5s=download_hash_infos,
all_task_names=[pkg_name],
file_save_dir=self.download_dir)
return parent_dir
sys.path.append(os.path.join(get_parent_dir(__file__, 3), "pkg_manager", "apt"))
from parse_pkg import get_pkg_download_info
from apt_cache import AptCache
import gtk
import apt_pkg
gtk.gdk.threads_init()
apt_pkg.init()
cache = AptCache()
pkg_name = "amarok"
pkg_infos = get_pkg_download_info(cache, pkg_name)
download_manager = DownloadManager(verbose=True)
if pkg_infos != None:
(names, download_urls, download_hash_infos, pkg_sizes) = pkg_infos
download_manager.add_download(pkg_name, 1, False, download_urls, download_hash_infos, pkg_sizes)
# download_manager.add_download(
# pkg_name,
# ["http://test.packages.linuxdeepin.com/ubuntu/pool/main/k/kdepim/libkdepim4_4.8.5-0ubuntu0.1_amd64.deb"],
# None,
# None
# )
gtk.main()