def generate_python_txt():
"""Generate documentation for the hooks and elinks modules."""
import elinks
import hooks
# Remove anything that doesn't belong in the API documentation.
#
hooks_api_functions = (
'follow_url_hook',
'goto_url_hook',
'pre_format_html_hook',
'proxy_for_hook',
'quit_hook',
)
for key in hooks.__dict__.keys():
if key not in hooks_api_functions and not key.startswith('_'):
del hooks.__dict__[key]
hooks.__doc__ = hooks.__doc__.replace('Example Python', 'Python')
# Generate the documentation.
#
try:
output = separator.join((preface, document_modules(hooks, elinks)))
finally:
# Restore the hooks module to a sane state.
reload(hooks)
# View the documentation.
#
path = write_tempfile(output)
elinks.open(path)
def generate_python_txt():
"""Generate documentation for the hooks and elinks modules."""
import elinks
import hooks
# Remove anything that doesn't belong in the API documentation.
#
hooks_api_functions = (
'follow_url_hook',
'goto_url_hook',
'pre_format_html_hook',
'proxy_for_hook',
'quit_hook',
)
for key in hooks.__dict__.keys():
if key not in hooks_api_functions and not key.startswith('_'):
del hooks.__dict__[key]
hooks.__doc__ = hooks.__doc__.replace('Example Python', 'Python')
# Generate the documentation.
#
try:
output = separator.join((preface, document_modules(hooks, elinks)))
finally:
# Restore the hooks module to a sane state.
reload(hooks)
# View the documentation.
#
path = write_tempfile(output)
elinks.open(path)
def _callback(self, url):
"""Open the given URL in a new tab."""
if 'goto_url_hook' in globals():
# Mimic the standard "Go to URL" dialog by calling goto_url_hook().
url = goto_url_hook(url) or url
if url:
elinks.open(url, new_tab=True)
def _callback(self, url):
"""Open the given URL in a new tab."""
if 'goto_url_hook' in globals():
# Mimic the standard "Go to URL" dialog by calling goto_url_hook().
url = goto_url_hook(url) or url
if url:
elinks.open(url, new_tab=True)
def _callback(self, header, body):
"""Read a feed, identify unseen entries, and open them in new tabs."""
import anydbm
import feedparser # you need to get this module from feedparser.org
import os
if not body:
return
seen = anydbm.open(os.path.join(elinks.home, "rss.seen"), "c")
feed = feedparser.parse(body)
new = 0
errors = 0
for entry in feed.entries:
try:
if not seen.has_key(entry.link):
elinks.open(entry.link, new_tab=True)
seen[entry.link] = ""
new += 1
except:
errors += 1
seen.close()
self._tally(feed.channel.title, new, errors)
def _callback(self, header, body):
"""Read a feed, identify unseen entries, and open them in new tabs."""
import anydbm
import feedparser # you need to get this module from feedparser.org
import os
if not body:
return
seen = anydbm.open(os.path.join(elinks.home, "rss.seen"), "c")
feed = feedparser.parse(body)
new = 0
errors = 0
for entry in feed.entries:
try:
if not seen.has_key(entry.link):
elinks.open(entry.link, new_tab=True)
seen[entry.link] = ""
new += 1
except:
errors += 1
seen.close()
self._tally(feed.channel.title, new, errors)
