def config(key=None, value=None):
"""
>> config [<key> [<int value>]]
Configure/report various options. If no <value> is given, report
the current key value; if no <key> given, report current settings.
So far:
* 'acknowledge_equiv_refresh', default 1 -- follow HTTP-EQUIV=REFRESH
* 'readonly_controls_writeable', default 0 -- make ro controls writeable
* 'require_tidy', default 0 -- *require* that tidy be installed
* 'use_BeautifulSoup', default 1 -- use the BeautifulSoup parser
* 'use_tidy', default 1 -- use tidy, if it's installed
* 'with_default_realm', default 0 -- use a default realm for HTTP AUTH
Deprecated:
* 'allow_parse_errors' has been removed.
"""
import utils
if key is None:
keys = _options.keys()
keys.sort()
logger.info('current configuration:')
for k in keys:
logger.info('\t%s : %s', k, _options[k])
logger.info('')
else:
v = _options.get(key)
if v is None:
logger.error('*** no such configuration key %s', key)
logger.error('valid keys are:', ";".join(_options.keys()))
raise TwillException('no such configuration key: %s' % (key,))
elif value is None:
logger.info('')
logger.info('key %s: value %s', key, v)
logger.info('')
else:
value = utils.make_boolean(value)
_options[key] = value
if key == 'acknowledge_equiv_refresh':
browser.set_handle_equiv(value)
def config(key=None, value=None):
"""
>> config [<key> [<int value>]]
Configure/report various options. If no <value> is given, report
the current key value; if no <key> given, report current settings.
So far:
* 'acknowledge_equiv_refresh', default 1 -- follow HTTP-EQUIV=REFRESH
* 'readonly_controls_writeable', default 0 -- make ro controls writeable
* 'require_tidy', default 0 -- *require* that tidy be installed
* 'use_BeautifulSoup', default 1 -- use the BeautifulSoup parser
* 'use_tidy', default 1 -- use tidy, if it's installed
* 'with_default_realm', default 0 -- use a default realm for HTTP AUTH
Deprecated:
* 'allow_parse_errors' has been removed.
"""
import utils
if key is None:
keys = _options.keys()
keys.sort()
print >> OUT, 'current configuration:'
for k in keys:
print >> OUT, '\t%s : %s' % (k, _options[k])
print >> OUT, ''
else:
v = _options.get(key)
if v is None:
print >> OUT, '*** no such configuration key', key
print >> OUT, 'valid keys are:', ";".join(_options.keys())
raise TwillException('no such configuration key: %s' % (key, ))
elif value is None:
print >> OUT, ''
print >> OUT, 'key %s: value %s' % (key, v)
print >> OUT, ''
else:
value = utils.make_boolean(value)
_options[key] = value
def debug(what, level):
"""
>> debug <what> <level>
<what> can be:
* http (any level >= 1), to display the HTTP transactions.
* commands (any level >= 1), to display the commands being executed.
* equiv-refresh (any level >= 1) to display HTTP-EQUIV refresh handling.
"""
import parse
try:
level = int(level)
except ValueError:
flag = utils.make_boolean(level)
if flag:
level = 1
else:
level = 0
print>>OUT, 'DEBUG: setting %s debugging to level %d' % (what, level)
if what == "http":
# @BRT: Tries to set mechanize browser debug level directly;
# @CTB not something supported by requests?
# browser._browser.set_debug_http(level)
pass
elif what == 'equiv-refresh':
if level:
utils._debug_print_refresh = True
else:
utils._debug_print_refresh = False
elif what == 'commands':
if level:
parse.debug_print_commands(True)
else:
parse.debug_print_commands(False)
else:
raise TwillException('unknown debugging type: "%s"' % (what,))
def debug(what, level):
"""
>> debug <what> <level>
<what> can be:
* http (any level >= 1), to display the HTTP transactions.
* commands (any level >= 1), to display the commands being executed.
* equiv-refresh (any level >= 1) to display HTTP-EQUIV refresh handling.
"""
import parse
try:
level = int(level)
except ValueError:
flag = utils.make_boolean(level)
if flag:
level = 1
else:
level = 0
print>>OUT, 'DEBUG: setting %s debugging to level %d' % (what, level)
if what == "http":
# @BRT: Tries to set mechanize browser debug level directly;
# @CTB not something supported by requests?
# browser._browser.set_debug_http(level)
pass
elif what == 'equiv-refresh':
if level:
utils._debug_print_refresh = True
else:
utils._debug_print_refresh = False
elif what == 'commands':
if level:
parse.debug_print_commands(True)
else:
parse.debug_print_commands(False)
else:
raise TwillException('unknown debugging type: "%s"' % (what,))
def debug(what, level):
"""
>> debug <what> <level>
<what> can be:
* http (any level >= 1), to display the HTTP transactions.
* commands (any level >= 1), to display the commands being executed.
* equiv-refresh (any level >= 1) to display HTTP-EQUIV refresh handling.
"""
import parse
try:
level = int(level)
except ValueError:
flag = utils.make_boolean(level)
if flag:
level = 1
else:
level = 0
logger.debug('DEBUG: setting %s debugging to level %d', what, level)
if what == "http":
browser._browser.set_debug_http(level)
elif what == 'equiv-refresh':
if level:
utils._debug_print_refresh = True
else:
utils._debug_print_refresh = False
elif what == 'commands':
if level:
parse.debug_print_commands(True)
else:
parse.debug_print_commands(False)
else:
raise TwillException('unknown debugging type: "%s"' % (what,))
def _formvalue(self, formname, fieldname, value, track_previous_value):
form, form_number = self.find_form(formname)
try:
fieldname = int(fieldname)
fieldname -= 1
all_fields = [ i for i in form.find("input").items() ]
all_fields.extend([ i for i in form.find("select").items() ])
all_fields.extend([ i for i in form.find("textarea").items() ])
if len(all_fields) > fieldname:
field = all_fields[fieldname]
else:
raise TwineAssertionError("no field matches \"%d\"" % fieldname)
except ValueError:
for field_tag in ("input", "select", "textarea"):
fields = [ i for i in form.find("%s[name=%s]" %
(field_tag, fieldname)).items() ]
if fields:
matched_field_tag = field_tag
break
#if len(fields) > 1:
#raise TwineAssertionError("multiple field matches")
#if fields:
#field = fields[0]
#matched_field_tag = field_tag
#break
if not fields:
raise TwineAssertionError("no field matches \"%s\"" % fieldname)
field_type = fields[0].attr.type
if len(fields) > 1:
for field in fields:
if field.attr.type != field_type:
raise TwineAssertionError("field types do not match")
field = fields[0]
if matched_field_tag == "input":
if field_type == "text" or field_type == "password":
if track_previous_value:
self.add_previous_form_value(form_number, fieldname,
field.attr.value or "")
self.fill("input[name=%s]" % fieldname, value)
elif field_type == "checkbox":
if track_previous_value:
self.add_previous_form_value(formname, fieldname,
field.attr.checked or False)
checked = make_boolean(value)
if checked:
self.check("input[name=%s]" % fieldname)
else:
self.uncheck("input[name=%s]" % fieldname)
elif field_type == "radio":
if track_previous_value:
self.add_previous_form_value(formname, fieldname,
field.attr.value)
self.check("input[name=%s][value=%s]" % (fieldname, value,))
elif matched_field_tag == "select":
# TODO: add to previous form values
self.select("option[value=%s]" % value)
elif matched_field_tag == "textarea":
if track_previous_value:
self.add_previous_form_value(formname, fieldname,
field.attr.value or "")
self.fill("textarea[name=%s]" % fieldname, value)
else:
raise TwineAssertionError("Unknown field tag")
# Keep track of last form modified
self.last_form = formname
