def inputfield(self, escape_html_chars='<>":={}()', label=0):
s = [
'<select id="%s" name="%s" %s size="%d" %s>' %
(self.name, self.name, self.__accesskeyfield__(), self.size,
" multiple" * (self.multiselect > 0))
]
for i in self.options:
if type(i) is types.TupleType:
optionvalue = i[0]
optiontext = i[1]
else:
optionvalue = optiontext = i
if type(self.default) is types.ListType:
optionselected = optionvalue in self.default
else:
optionselected = optionvalue == self.default
s.append('<option value="%s"%s>%s</option>' %
(charset.recode(
charset.escapeHTML(optionvalue, escape_html_chars),
self.charset, 'html4'), ' selected' *
(optionselected),
charset.recode(
charset.escapeHTML(optiontext, escape_html_chars),
self.charset, 'html4')))
s.append('</select>')
return self.__label__(label) + self.inputfield_template % string.join(
s, '\n')
def contentprint(self):
"""
HTML output of self.content using the print template
in self.contentprint_template.
"""
return self.contentprint_template % (charset.recode(
charset.escapeHTML(self.content), self.charset, 'html4'))
def contentprint(self):
"""
HTML output of self.content using the print template
in self.contentprint_template.
"""
return self.contentprint_template % (
charset.recode(
charset.escapeHTML(self.content),
self.charset,'html4'
)
)
def inputfield(self,escape_html_chars='<>":={}()',label=0):
s = ['<select id="%s" name="%s" %s size="%d" %s>' % (
self.name,self.name,self.__accesskeyfield__(),self.size," multiple"*(self.multiselect>0))]
for i in self.options:
if type(i) is types.TupleType:
optionvalue = i[0]
optiontext = i[1]
else:
optionvalue = optiontext = i
if type(self.default) is types.ListType:
optionselected = optionvalue in self.default
else:
optionselected = optionvalue == self.default
s.append(
'<option value="%s"%s>%s</option>' % (
charset.recode(charset.escapeHTML(optionvalue,escape_html_chars),self.charset,'html4'),
' selected'*(optionselected),
charset.recode(charset.escapeHTML(optiontext,escape_html_chars),self.charset,'html4')
)
)
s.append('</select>')
return self.__label__(label)+self.inputfield_template % string.join(s,'\n')
mail_msg_paramlist = []
for i in formKeys:
if (i in form.inputkeys) and form.field[i][0].content:
mail_msg_paramlist.append('%s = %s' % (i,form.field[i][0].content))
mail_msg = '%s%s' % (mail_msg,string.join(mail_msg_paramlist,'\n'))
try:
smtpconn=smtplib.SMTP(MailRelay)
smtpconn.set_debuglevel(0)
try:
smtpconn.sendmail(caCertReqMailAdr,[to_addr],mail_msg)
except:
htmlbase.PrintErrorMsg(
'Unable to send an e-mail to <B>%s</B>!<BR>Please provide your correct and valid %s or ask your system administrator.' % \
(
charset.escapeHTML(to_addr),
HelpURL(HelpUrlBase,'emailAddress','e-mail address')
)
)
sys.exit(0)
smtpconn.quit()
except socket.error:
htmlbase.PrintErrorMsg('Unable to contact default mail server!')
sys.exit(0)
htmlbase.PrintHeader('Certificate request stored.')
htmlbase.PrintHeading('Certificate request is stored.')
print """Your certificate request was stored for further processing."""
if caCertReqMailAdr and emailAddress:
print """<P>You will get an e-mail message with a random ID.
def __defaultprint__(self): """ HTML output of self.content. """ return charset.recode(charset.escapeHTML(self.default),self.charset,'html4')
def __defaultprint__(self):
"""
HTML output of self.content.
"""
return charset.recode(charset.escapeHTML(self.default), self.charset,
'html4')