def get_secs(self):
if not self.secs:
try:
self.secs = ht_time.parse(self.str)
except:
# if there is a parsing error, we bail
self.secs = 0
return self.secs
def get_secs(self):
if not self.secs:
try:
self.secs = ht_time.parse(self.str)
except:
# if there is a parsing error, we bail
self.secs = 0
return self.secs
def handle_meta(self, errcode, errmsg, headers):
if not self.handle_meta_prelim(errcode, errmsg, headers):
return
# This updates the attributes in the bookmarks database.
try:
bkmks = self.last_context.app.bookmarks_controller
except AttributeError:
pass
else:
last_modified = None
if headers.has_key("last-modified"):
try: last_modified = ht_time.parse(headers["last-modified"])
except ValueError: pass
bkmks.record_visit(self.url, last_modified)
content_encoding, transfer_encoding = get_encodings(headers)
if headers.has_key('content-type'):
content_type = headers['content-type']
if ';' in content_type:
content_type = string.strip(
content_type[:string.index(content_type, ';')])
else:
content_type, encoding = self.app.guess_type(self.url)
if not content_encoding:
content_encoding = encoding
real_content_type = content_type or "unknown"
real_content_encoding = content_encoding
if (transfer_encoding
and not transfer_decoding_wrappers.has_key(transfer_encoding)) \
or (content_encoding
and not content_decoding_wrappers.has_key(content_encoding)):
# XXX provisional hack -- change content type to octet stream
content_type = "application/octet-stream"
transfer_encoding = None
content_encoding = None
if not content_type:
content_type = "text/plain" # Last resort guess only
istext = content_type and content_type[:5] == 'text/' \
and not (content_encoding or transfer_encoding)
if self.show_source and istext:
content_type = 'text/plain'
parserclass = self.find_parser_extension(content_type)
if not parserclass and istext:
if content_type != 'text/plain':
# still need to check for text/plain
parserclass = self.find_parser_extension('text/plain')
if not parserclass:
parserclass = TextParser
if not parserclass:
# Don't know how to display this.
# First consult mailcap.
import mailcap
global caps
if not caps:
caps = mailcap.getcaps()
if caps:
plist = [] # XXX Should be taken from Content-type header
command, entry = mailcap.findmatch(
caps, content_type, 'view', "/dev/null", plist)
if command:
# Retrieve to temporary file.
import tempfile
self.save_mailcap = command
self.save_filename = tempfile.mktemp()
self.save_content_type = content_type
self.save_plist = plist
self.save_file = open(self.save_filename, "wb")
# remember the original click location
self.app.global_history.remember_url(self.url)
self.viewer.remove_temp_tag(histify=1)
return
# No relief from mailcap either.
# Ask the user whether and where to save it.
# Stop the transfer, and restart when we're ready.
context = self.last_context
# TBD: hack so that Context.rmreader() doesn't call
# Viewer.remove_temp_tag(). We'll call that later
# explicitly once we know whether the file has been saved
# or not.
context.source = None
self.stop()
context.message("Wait for save dialog...")
encoding = ''
if real_content_encoding:
encoding = real_content_encoding + "ed "
if encoding[:2] == "x-":
encoding = encoding[2:]
encoding_label = "MIME type: %s%s" % (encoding, real_content_type)
import FileDialog
fd = FileDialog.SaveFileDialog(context.root)
label = Label(fd.top, text=encoding_label)
label.pack(before=fd.filter)
# give it a default filename on which save within the
# current directory
urlasfile = string.splitfields(self.url, '/')
fn = fd.go(default=urlasfile[-1], key="save")
if not fn:
# User canceled. Stop the transfer.
self.viewer.remove_temp_tag()
return
self.viewer.remove_temp_tag(histify=1)
self.app.global_history.remember_url(self.url)
# Prepare to save.
# Always save in binary mode.
try:
self.save_file = open(fn, "wb")
except IOError, msg:
context.error_dialog(IOError, msg)
return
TransferDisplay(context, fn, self)
return
def handle_meta(self, errcode, errmsg, headers):
if not self.handle_meta_prelim(errcode, errmsg, headers):
return
# This updates the attributes in the bookmarks database.
try:
bkmks = self.last_context.app.bookmarks_controller
except AttributeError:
pass
else:
last_modified = None
if headers.has_key("last-modified"):
try: last_modified = ht_time.parse(headers["last-modified"])
except ValueError: pass
bkmks.record_visit(self.url, last_modified)
content_encoding, transfer_encoding = get_encodings(headers)
if headers.has_key('content-type'):
content_type = headers['content-type']
if ';' in content_type:
content_type = string.strip(
content_type[:string.index(content_type, ';')])
else:
content_type, encoding = self.app.guess_type(self.url)
if not content_encoding:
content_encoding = encoding
real_content_type = content_type or "unknown"
real_content_encoding = content_encoding
if (transfer_encoding
and not transfer_decoding_wrappers.has_key(transfer_encoding)) \
or (content_encoding
and not content_decoding_wrappers.has_key(content_encoding)):
# XXX provisional hack -- change content type to octet stream
content_type = "application/octet-stream"
transfer_encoding = None
content_encoding = None
if not content_type:
content_type = "text/plain" # Last resort guess only
istext = content_type and content_type[:5] == 'text/' \
and not (content_encoding or transfer_encoding)
if self.show_source and istext:
content_type = 'text/plain'
parserclass = self.find_parser_extension(content_type)
if not parserclass and istext:
if content_type != 'text/plain':
# still need to check for text/plain
parserclass = self.find_parser_extension('text/plain')
if not parserclass:
parserclass = TextParser
if not parserclass:
# Don't know how to display this.
# First consult mailcap.
import mailcap
global caps
if not caps:
caps = mailcap.getcaps()
if caps:
plist = [] # XXX Should be taken from Content-type header
command, entry = mailcap.findmatch(
caps, content_type, 'view', "/dev/null", plist)
if command:
# Retrieve to temporary file.
import tempfile
self.save_mailcap = command
self.save_filename = tempfile.mktemp()
self.save_content_type = content_type
self.save_plist = plist
self.save_file = open(self.save_filename, "wb")
# remember the original click location
self.app.global_history.remember_url(self.url)
self.viewer.remove_temp_tag(histify=1)
return
# No relief from mailcap either.
# Ask the user whether and where to save it.
# Stop the transfer, and restart when we're ready.
context = self.last_context
# TBD: hack so that Context.rmreader() doesn't call
# Viewer.remove_temp_tag(). We'll call that later
# explicitly once we know whether the file has been saved
# or not.
context.source = None
self.stop()
context.message("Wait for save dialog...")
encoding = ''
if real_content_encoding:
encoding = real_content_encoding + "ed "
if encoding[:2] == "x-":
encoding = encoding[2:]
encoding_label = "MIME type: %s%s" % (encoding, real_content_type)
import FileDialog
fd = FileDialog.SaveFileDialog(context.root)
label = Label(fd.top, text=encoding_label)
label.pack(before=fd.filter)
# give it a default filename on which save within the
# current directory
urlasfile = string.splitfields(self.url, '/')
fn = fd.go(default=urlasfile[-1], key="save")
if not fn:
# User canceled. Stop the transfer.
self.viewer.remove_temp_tag()
return
self.viewer.remove_temp_tag(histify=1)
self.app.global_history.remember_url(self.url)
# Prepare to save.
# Always save in binary mode.
try:
self.save_file = open(fn, "wb")
except IOError, msg:
context.error_dialog(IOError, msg)
return
TransferDisplay(context, fn, self)
return
