def merge(master, args, v4=False):
'''
A master Metalink object with no <files> information and a list of files to merge together.
'''
master = metalink.convert(master, 3)
master.files = []
for item in args:
xml = metalink.parsefile(item)
for fileobj in xml.files:
master.files.append(fileobj)
if v4:
master = metalink.convert(master, 4)
return master.generate()
return master.generate()
def merge(master, args, v4=False):
'''
A master Metalink object with no <files> information and a list of files to merge together.
'''
master = metalink.convert(master, 3)
master.files = []
for item in args:
xml = metalink.parsefile(item)
for fileobj in xml.files:
master.files.append(fileobj)
if v4:
master = metalink.convert(master, 4)
return master.generate()
return master.generate()
def build(xml,
urls,
output=None,
localfile=None,
download=True,
do_ed2k=True,
do_magnet=False,
v4=False,
pubdate=None):
'''
urls - RFC 2396 encoded urls
'''
if len(urls) > 0:
url = urls[0]
if localfile == None:
localfile = os.path.basename(url)
if download:
print "Downloading file..."
# download file here
progress = ProgressBar(55)
#print url, localfile
urllib.urlretrieve(url, localfile, progress.download_update)
progress.download_end()
xmlfile = metalink.MetalinkFile(localfile,
do_ed2k=do_ed2k,
do_magnet=do_magnet)
xml.files.append(xmlfile)
xmlfile.scan_file(localfile)
for item in urls:
xmlfile.add_url(item)
if pubdate:
xml.pubdate = time.strftime(metalink.RFC822,
time.gmtime(os.path.getmtime(localfile)))
if not xml.validate():
for line in xml.errors:
print line
return
print "Generating XML..."
if output == None and v4:
output = localfile + ".meta4"
if output == None:
output = localfile + ".metalink"
if v4 or output.endswith(".meta4"):
# convert to v4
xml = metalink.convert(xml, 4)
handle = open(output, "wb")
handle.write(xml.generate())
handle.close()
return xml
def save(self):
# Generate the file
mlfile = self.ml
mlfile.filename = self.txtctrl_filename.GetValue()
mlfile.identity = self.txtctrl_identity.GetValue()
mlfile.publisher_name = self.txtctrl_pub_name.GetValue()
mlfile.publisher_url = self.txtctrl_pub_url.GetValue()
mlfile.copyright = self.txtctrl_copy.GetValue()
mlfile.description = self.txtctrl_desc.GetValue()
mlfile.license_name = self.combo_license_name.GetValue()
if mlfile.license_name == 'Unknown': mlfile.license_name = ""
mlfile.license_url = self.txtctrl_license_url.GetValue()
mlfile.size = self.txtctrl_size.GetValue()
mlfile.version = self.txtctrl_version.GetValue()
self.mlfile.os = self.combo_os.GetValue()
if self.mlfile.os == 'Unknown': self.mlfile.os = ""
self.mlfile.language = self.txtctrl_lang.GetValue()
self.mlfile.maxconnections = self.combo_maxconn_total.GetValue()
mlfile.origin = ""
self.mlfile.hashlist['md5'] = self.txtctrl_md5.GetValue()
self.mlfile.hashlist['sha1'] = self.txtctrl_sha1.GetValue()
self.mlfile.hashlist['sha256'] = self.txtctrl_sha256.GetValue()
self.mlfile.clear_res()
item = -1
while True:
item = self.filelist.GetNextItem(item, wx.LIST_NEXT_ALL,
wx.LIST_STATE_DONTCARE)
if item == -1: break
url = self.filelist.GetItem(item, 0).GetText()
loc = self.filelist.GetItem(item, 1).GetText()
pref = self.filelist.GetItem(item, 2).GetText()
conns = self.filelist.GetItem(item, 3).GetText()
res = metalink.Resource(url, "default", loc, pref, conns)
if not res.validate():
for e in res.errors:
answer = wx.MessageBox(e + " Continue anyway?", "Confirm",
wx.ICON_ERROR | wx.OK | wx.CANCEL,
self)
if answer != wx.OK: return
self.mlfile.add_res(res)
ml = self.ml
if self.filename.endswith("meta4"):
ml = metalink.convert(self.ml, 4)
if not ml.validate():
for e in ml.errors:
answer = wx.MessageBox(e + " Continue anyway?", "Confirm",
wx.ICON_ERROR | wx.OK | wx.CANCEL, self)
if answer != wx.OK: return
ml.errors = []
try:
text = ml.generate()
except Exception, e:
wx.MessageBox(str(e), "Error!", wx.ICON_ERROR)
return
def save(self):
# Generate the file
mlfile = self.ml
mlfile.filename = self.txtctrl_filename.GetValue()
mlfile.identity = self.txtctrl_identity.GetValue()
mlfile.publisher_name = self.txtctrl_pub_name.GetValue()
mlfile.publisher_url = self.txtctrl_pub_url.GetValue()
mlfile.copyright = self.txtctrl_copy.GetValue()
mlfile.description = self.txtctrl_desc.GetValue()
mlfile.license_name = self.combo_license_name.GetValue()
if mlfile.license_name == 'Unknown': mlfile.license_name = ""
mlfile.license_url = self.txtctrl_license_url.GetValue()
mlfile.size = self.txtctrl_size.GetValue()
mlfile.version = self.txtctrl_version.GetValue()
self.mlfile.os = self.combo_os.GetValue()
if self.mlfile.os == 'Unknown': self.mlfile.os = ""
self.mlfile.language = self.txtctrl_lang.GetValue()
self.mlfile.maxconnections = self.combo_maxconn_total.GetValue()
mlfile.origin = ""
self.mlfile.hashlist['md5'] = self.txtctrl_md5.GetValue()
self.mlfile.hashlist['sha1'] = self.txtctrl_sha1.GetValue()
self.mlfile.hashlist['sha256'] = self.txtctrl_sha256.GetValue()
self.mlfile.clear_res()
item = -1
while True:
item = self.filelist.GetNextItem(item, wx.LIST_NEXT_ALL, wx.LIST_STATE_DONTCARE)
if item == -1: break
url = self.filelist.GetItem(item, 0).GetText()
loc = self.filelist.GetItem(item, 1).GetText()
pref = self.filelist.GetItem(item, 2).GetText()
conns = self.filelist.GetItem(item, 3).GetText()
res = metalink.Resource(url, "default", loc, pref, conns)
if not res.validate():
for e in res.errors:
answer = wx.MessageBox(e + " Continue anyway?", "Confirm", wx.ICON_ERROR | wx.OK | wx.CANCEL, self)
if answer != wx.OK: return
self.mlfile.add_res(res)
ml = self.ml
if self.filename.endswith("meta4"):
ml = metalink.convert(self.ml, 4)
if not ml.validate():
for e in sml.errors:
answer = wx.MessageBox(e + " Continue anyway?", "Confirm", wx.ICON_ERROR | wx.OK | wx.CANCEL, self)
if answer != wx.OK: return
ml.errors = []
try:
text = ml.generate()
except Exception, e:
wx.MessageBox(str(e), "Error!", wx.ICON_ERROR)
return
def build(xml, urls, output=None, localfile=None, download=True, do_ed2k=True, do_magnet=False, v4=False, pubdate=None):
'''
urls - RFC 2396 encoded urls
'''
if len(urls) > 0:
url = urls[0]
if localfile == None:
localfile = os.path.basename(url)
if download:
print "Downloading file..."
# download file here
progress = ProgressBar(55)
#print url, localfile
urllib.urlretrieve(url, localfile, progress.download_update)
progress.download_end()
xmlfile = metalink.MetalinkFile(localfile, do_ed2k=do_ed2k, do_magnet=do_magnet)
xml.files.append(xmlfile)
xmlfile.scan_file(localfile)
for item in urls:
xmlfile.add_url(item)
if pubdate:
xml.pubdate = time.strftime(metalink.RFC822, time.gmtime(os.path.getmtime(localfile)))
if not xml.validate():
for line in xml.errors:
print line
return
print "Generating XML..."
if output == None and v4:
output = localfile + ".meta4"
if output == None:
output = localfile + ".metalink"
if v4 or output.endswith(".meta4"):
# convert to v4
xml = metalink.convert(xml, 4)
handle = open(output, "wb")
handle.write(xml.generate())
handle.close()
return xml
def save(self):
# Generate the file
mlfile = self.ml
mlfile.filename = self.txtctrl_filename.GetValue()
mlfile.identity = self.txtctrl_identity.GetValue()
mlfile.publisher_name = self.txtctrl_pub_name.GetValue()
mlfile.publisher_url = self.txtctrl_pub_url.GetValue()
mlfile.copyright = self.txtctrl_copy.GetValue()
mlfile.description = self.txtctrl_desc.GetValue()
mlfile.license_name = self.combo_license_name.GetValue()
if mlfile.license_name == 'Unknown': mlfile.license_name = ""
mlfile.license_url = self.txtctrl_license_url.GetValue()
mlfile.size = self.txtctrl_size.GetValue()
mlfile.version = self.txtctrl_version.GetValue()
self.mlfile.os = self.combo_os.GetValue()
if self.mlfile.os == 'Unknown': self.mlfile.os = ""
self.mlfile.language = self.txtctrl_lang.GetValue()
self.mlfile.maxconnections = self.combo_maxconn_total.GetValue()
mlfile.origin = ""
self.mlfile.hashlist['md5'] = self.txtctrl_md5.GetValue()
self.mlfile.hashlist['sha1'] = self.txtctrl_sha1.GetValue()
self.mlfile.hashlist['sha256'] = self.txtctrl_sha256.GetValue()
self.mlfile.clear_res()
item = -1
while True:
item = self.filelist.GetNextItem(item, wx.LIST_NEXT_ALL,
wx.LIST_STATE_DONTCARE)
if item == -1: break
url = self.filelist.GetItem(item, 0).GetText()
loc = self.filelist.GetItem(item, 1).GetText()
pref = self.filelist.GetItem(item, 2).GetText()
conns = self.filelist.GetItem(item, 3).GetText()
res = metalink.Resource(url, "default", loc, pref, conns)
if not res.validate():
for e in res.errors:
answer = wx.MessageBox(e + " Continue anyway?", "Confirm",
wx.ICON_ERROR | wx.OK | wx.CANCEL,
self)
if answer != wx.OK: return
self.mlfile.add_res(res)
ml = self.ml
if self.filename.endswith("meta4"):
ml = metalink.convert(self.ml, 4)
if not ml.validate():
for e in ml.errors:
answer = wx.MessageBox(e + " Continue anyway?", "Confirm",
wx.ICON_ERROR | wx.OK | wx.CANCEL, self)
if answer != wx.OK: return
ml.errors = []
#try:
text = ml.generate()
#except Exception, e:
# wx.MessageBox(str(e), "Error!", wx.ICON_ERROR)
# return
outfilename = self.filename
# Warn about overwrites
if os.path.isfile(self.filename) and self.new_file:
answer = wx.MessageBox(
"There already exists a file named " +
os.path.basename(outfilename) + ". Overwrite file?", "Confirm",
wx.OK | wx.CANCEL | wx.ICON_QUESTION, self)
if answer != wx.OK: return
# Save the file
try:
fp = open(outfilename, "w")
except IOError:
wx.MessageBox("Could not open output file!", "Error!",
wx.ICON_ERROR)
return
try:
fp.write(text)
fp.close()
except IOError, e:
wx.MessageBox(str(e), "Error!", wx.ICON_ERROR)
return
def save(self):
# Generate the file
mlfile = self.ml
mlfile.filename = self.txtctrl_filename.GetValue()
mlfile.identity = self.txtctrl_identity.GetValue()
mlfile.publisher_name = self.txtctrl_pub_name.GetValue()
mlfile.publisher_url = self.txtctrl_pub_url.GetValue()
mlfile.copyright = self.txtctrl_copy.GetValue()
mlfile.description = self.txtctrl_desc.GetValue()
mlfile.license_name = self.combo_license_name.GetValue()
if mlfile.license_name == 'Unknown': mlfile.license_name = ""
mlfile.license_url = self.txtctrl_license_url.GetValue()
mlfile.size = self.txtctrl_size.GetValue()
mlfile.version = self.txtctrl_version.GetValue()
self.mlfile.os = self.combo_os.GetValue()
if self.mlfile.os == 'Unknown': self.mlfile.os = ""
self.mlfile.language = self.txtctrl_lang.GetValue()
self.mlfile.maxconnections = self.combo_maxconn_total.GetValue()
mlfile.origin = ""
self.mlfile.hashlist['md5'] = self.txtctrl_md5.GetValue()
self.mlfile.hashlist['sha1'] = self.txtctrl_sha1.GetValue()
self.mlfile.hashlist['sha256'] = self.txtctrl_sha256.GetValue()
self.mlfile.clear_res()
item = -1
while True:
item = self.filelist.GetNextItem(item, wx.LIST_NEXT_ALL, wx.LIST_STATE_DONTCARE)
if item == -1: break
url = self.filelist.GetItem(item, 0).GetText()
loc = self.filelist.GetItem(item, 1).GetText()
pref = self.filelist.GetItem(item, 2).GetText()
conns = self.filelist.GetItem(item, 3).GetText()
res = metalink.Resource(url, "default", loc, pref, conns)
if not res.validate():
for e in res.errors:
answer = wx.MessageBox(e + " Continue anyway?", "Confirm", wx.ICON_ERROR | wx.OK | wx.CANCEL, self)
if answer != wx.OK: return
self.mlfile.add_res(res)
ml = self.ml
if self.filename.endswith("meta4"):
ml = metalink.convert(self.ml, 4)
if not ml.validate():
for e in ml.errors:
answer = wx.MessageBox(e + " Continue anyway?", "Confirm", wx.ICON_ERROR | wx.OK | wx.CANCEL, self)
if answer != wx.OK: return
ml.errors = []
#try:
text = ml.generate()
#except Exception, e:
# wx.MessageBox(str(e), "Error!", wx.ICON_ERROR)
# return
outfilename = self.filename
# Warn about overwrites
if os.path.isfile(self.filename) and self.new_file:
answer = wx.MessageBox("There already exists a file named "+os.path.basename(outfilename)+". Overwrite file?", "Confirm", wx.OK | wx.CANCEL | wx.ICON_QUESTION, self)
if answer != wx.OK: return
# Save the file
try:
fp = open(outfilename, "w")
except IOError:
wx.MessageBox("Could not open output file!", "Error!", wx.ICON_ERROR)
return
try:
fp.write(text)
fp.close()
except IOError, e:
wx.MessageBox(str(e), "Error!", wx.ICON_ERROR)
return
