def verifyInput(self, parms, pmap):
'''Check that the given input is valid.'''
# Most of the work here is done by the options class, but
# we may have a few extra checks that are beyond its capabilities
errmsg = ''
# mumbo-jumbo to deal with the checkboxes
# XXX This will break with more than 9 checkboxes
# XXX A better solution is needed than this
for name, value in parms.items():
if name[-2:-1] == '-':
if parms.has_key(name[:-2]):
parms[name[:-2]] += (value,)
else:
parms[name[:-2]] = (value,)
del parms[name]
for sect, opt in pmap:
if opt is None:
nice_section_name = sect
continue
html_key = sect + '_' + opt
if not parms.has_key(html_key):
# This is a set of checkboxes where none are selected
value = ()
entered_value = "None"
else:
value = parms[html_key]
entered_value = value
# Tim thinks that Yes/No makes more sense than True/False
if options.is_boolean(sect, opt):
if value == "No":
value = False
elif value == "Yes":
value = True
if options.multiple_values_allowed(sect, opt) and \
value == "":
value = ()
value = options.convert(sect, opt, value)
if not options.is_valid(sect, opt, value):
errmsg += '<li>\'%s\' is not a value valid for [%s] %s' % \
(entered_value, nice_section_name,
options.display_name(sect, opt))
if type(options.valid_input(sect, opt)) == type((0,1)):
errmsg += '. Valid values are: '
for valid in options.valid_input(sect, opt):
errmsg += str(valid) + ','
errmsg = errmsg[:-1] # cut last ','
errmsg += '</li>'
parms[html_key] = value
return errmsg
def verifyInput(self, parms, pmap):
'''Check that the given input is valid.'''
errmsg = ''
for name, value in parms.items():
if name[-2:-1] == '-':
if parms.has_key(name[:-2]):
parms[name[:-2]] += (value,)
else:
parms[name[:-2]] = (value,)
del parms[name]
for sect, opt in pmap:
if opt is None:
nice_section_name = sect
continue
if sect == "Headers" and opt in ("notate_to", "notate_subject"):
valid_input = (options["Headers", "header_ham_string"],
options["Headers", "header_spam_string"],
options["Headers", "header_unsure_string"])
else:
valid_input = options.valid_input(sect, opt)
html_key = sect + '_' + opt
if not parms.has_key(html_key):
value = ()
entered_value = "None"
else:
value = parms[html_key]
entered_value = value
if options.is_boolean(sect, opt):
if value == _("No"):
value = False
elif value == _("Yes"):
value = True
if options.multiple_values_allowed(sect, opt) and \
value == "":
value = ()
value = options.convert(sect, opt, value)
if not options.is_valid(sect, opt, value):
errmsg += _('<li>\'%s\' is not a value valid for [%s] %s') % \
(entered_value, nice_section_name,
options.display_name(sect, opt))
if isinstance(valid_input, types.TupleType):
errmsg += _('. Valid values are: ')
for valid in valid_input:
errmsg += str(valid) + ','
errmsg = errmsg[:-1] # cut last ','
errmsg += '</li>'
parms[html_key] = value
return errmsg
def _buildConfigPage(self, parm_map):
# Start with an empty config form then add the sections.
html = self._getHTMLClone()
# "Save and Shutdown" is confusing here - it means "Save database"
# but that's not clear.
html.shutdownTableCell = " "
html.mainContent = self.html.configForm.clone()
html.mainContent.configFormContent = ""
html.mainContent.optionsPathname = optionsPathname
configTable = None
section = None
# Loop though the sections.
for sect, opt in parm_map:
# We need a string to use as the html key that we can change to
# and from the sect, opt pair. We like irony, so we use '_' as
# the delimiter <wink>.
if opt is None:
if configTable is not None and section is not None:
# Finish off the box for this section and add it
# to the form.
section.boxContent = configTable
html.configFormContent += section
# Start the yellow-headed box for this section.
section = self.html.headedBox.clone()
# Get a clone of the config table and a clone of each
# example row, then blank out the example rows to make way
# for the real ones.
configTable = self.html.configTable.clone()
configTextRow1 = configTable.configTextRow1.clone()
configTextRow2 = configTable.configTextRow2.clone()
configCbRow1 = configTable.configCbRow1.clone()
configRow2 = configTable.configRow2.clone()
blankRow = configTable.blankRow.clone()
del configTable.configTextRow1
del configTable.configTextRow2
del configTable.configCbRow1
del configTable.configRow2
del configTable.blankRow
del configTable.folderRow
section.heading = sect
del section.iconCell
continue
html_key = sect + '_' + opt
# Populate the rows with the details and add them to the table.
if type(options.valid_input(sect, opt)) in types.StringTypes:
# we provide a text input
newConfigRow1 = configTextRow1.clone()
newConfigRow1.label = options.display_name(sect, opt)
newConfigRow1.input.name = html_key
newConfigRow1.input.value = options.unconvert(sect, opt)
else:
# we provide checkboxes/radio buttons
newConfigRow1 = configCbRow1.clone()
newConfigRow1.label = options.display_name(sect, opt)
blankOption = newConfigRow1.input.clone()
firstOpt = True
i = 0
for val in options.valid_input(sect, opt):
newOption = blankOption.clone()
if options.multiple_values_allowed(sect, opt):
if val in options[sect, opt]:
newOption.input_box.checked = "checked"
newOption.input_box.type = "checkbox"
newOption.input_box.name = html_key + '-' + str(i)
i += 1
else:
if val == options[sect, opt]:
newOption.input_box.checked = "checked"
newOption.input_box.type = "radio"
newOption.input_box.name = html_key
# Tim thinks that Yes/No makes more sense than True/False
if options.is_boolean(sect, opt):
if val == False:
val = "No"
elif val == True:
val = "Yes"
newOption.val_label = str(val)
newOption.input_box.value = str(val)
if firstOpt:
newConfigRow1.input = newOption
firstOpt = False
else:
newConfigRow1.input += newOption
# Insert the help text in a cell
newConfigRow1.helpCell = '<strong>' + \
options.display_name(sect, opt) + \
':</strong> ' + \
cgi.escape(options.doc(sect, opt))
newConfigRow2 = configRow2.clone()
currentValue = options[sect, opt]
if type(currentValue) in types.StringTypes:
currentValue = currentValue.replace(',', ', ')
newConfigRow2 = configTextRow2.clone()
else:
currentValue = options.unconvert(sect, opt)
newConfigRow2 = configRow2.clone()
# Tim thinks that Yes/No makes more sense than True/False
if options.is_boolean(sect, opt):
if currentValue == "False":
currentValue = "No"
elif currentValue == "True":
currentValue = "Yes"
# XXX Something needs to be done here, otherwise really
# XXX long options squeeze the help text too far to the
# XXX right. Browsers can't wrap the text (even if
# XXX no-wrap is False) unless there is whitespace to
# XXX wrap on - comma's don't count. This works, but
# XXX it's a bit ugly. Ideas?
# currentValue = str(currentValue).replace(',', '<br />')
newConfigRow2.currentValue = currentValue
configTable += newConfigRow1 + newConfigRow2 + blankRow
# Finish off the box for this section and add it to the form.
if section is not None:
section.boxContent = configTable
html.configFormContent += section
return html
def _buildConfigPageBody(self, html, parm_map):
configTable = None
section = None
for sect, opt in parm_map:
if opt is None:
if configTable is not None and section is not None:
section.boxContent = configTable
html.configFormContent += section
section = self.html.headedBox.clone()
configTable = self.html.configTable.clone()
configTextRow1 = configTable.configTextRow1.clone()
configTextRow2 = configTable.configTextRow2.clone()
configCbRow1 = configTable.configCbRow1.clone()
configRow2 = configTable.configRow2.clone()
blankRow = configTable.blankRow.clone()
del configTable.configTextRow1
del configTable.configTextRow2
del configTable.configCbRow1
del configTable.configRow2
del configTable.blankRow
del configTable.folderRow
section.heading = sect
del section.iconCell
continue
html_key = sect + '_' + opt
if sect == "Headers" and opt in ("notate_to", "notate_subject"):
valid_input = (options["Headers", "header_ham_string"],
options["Headers", "header_spam_string"],
options["Headers", "header_unsure_string"])
else:
valid_input = options.valid_input(sect, opt)
if isinstance(valid_input, types.StringTypes):
newConfigRow1 = configTextRow1.clone()
newConfigRow1.label = options.display_name(sect, opt)
newConfigRow1.input.name = html_key
newConfigRow1.input.value = options.unconvert(sect, opt)
else:
newConfigRow1 = configCbRow1.clone()
newConfigRow1.label = options.display_name(sect, opt)
blankOption = newConfigRow1.input.clone()
firstOpt = True
i = 0
for val in valid_input:
newOption = blankOption.clone()
if options.multiple_values_allowed(sect, opt):
if val in options[sect, opt]:
newOption.input_box.checked = "checked"
newOption.input_box.type = "checkbox"
newOption.input_box.name = html_key + '-' + str(i)
i += 1
else:
if val == options[sect, opt]:
newOption.input_box.checked = "checked"
newOption.input_box.type = "radio"
newOption.input_box.name = html_key
if options.is_boolean(sect, opt):
if val is True:
val = "Yes"
elif val is False:
val = "No"
newOption.val_label = str(val)
newOption.input_box.value = str(val)
if firstOpt:
newConfigRow1.input = newOption
firstOpt = False
else:
newConfigRow1.input += newOption
newConfigRow1.helpCell = '<strong>' + \
options.display_name(sect, opt) + \
':</strong> ' + \
cgi.escape(options.doc(sect, opt))
newConfigRow2 = configRow2.clone()
currentValue = options[sect, opt]
if type(currentValue) in types.StringTypes:
currentValue = currentValue.replace(',', ', ')
newConfigRow2 = configTextRow2.clone()
else:
currentValue = options.unconvert(sect, opt)
newConfigRow2 = configRow2.clone()
if options.is_boolean(sect, opt):
if currentValue == "False":
currentValue = _("No")
elif currentValue == "True":
currentValue = _("Yes")
newConfigRow2.currentValue = currentValue
configTable += newConfigRow1 + newConfigRow2 + blankRow
if section is not None:
section.boxContent = configTable
html.configFormContent += section
return html