def POST(self, selector):
try:
assert selector != 'software'
if selector == 'publicdomain':
lclass = cc.license.selectors.choose('zero')
else:
lclass = cc.license.selectors.choose(selector)
except:
return api_exceptions.invalidclass()
if not web.input().get('answers'):
return api_exceptions.missingparam('answers')
try:
answers_xml = web.input().get('answers')
if selector == 'publicdomain':
answers_xml = answers_xml.replace(
'<license-publicdomain>',
'<license-zero>').replace(
'</license-publicdomain>',
'</license-zero>')
# parse the answers argument into an xml tree
answers = ET.parse(StringIO(answers_xml))
except ET.XMLSyntaxError, e:
return api_exceptions.invalidanswer()
def POST(self, selector):
lclass = None
if selector != 'software':
if selector == 'publicdomain':
selector = 'zero'
lclass = cc.license.selectors.choose(selector)
if not lclass:
return api_exceptions.invalidclass()
answers_xml = web.input().get('answers')
if not answers_xml:
return api_exceptions.missingparam('answers')
try:
if selector == 'zero':
answers_xml = answers_xml.replace(
'<license-publicdomain>',
'<license-zero>').replace('</license-publicdomain>',
'</license-zero>')
# parse the answers argument into an xml tree
answers = ET.parse(StringIO(answers_xml))
except ET.XMLSyntaxError, e:
return api_exceptions.invalidanswer()
def GET(self, selector):
args = web.input()
locale = str(args.get('locale'))
if locale not in cc.license.locales():
locale = 'en'
try:
assert selector != 'software'
if selector == 'publicdomain': selector = 'zero'
lclass = cc.license.selectors.choose(selector)
except:
return api_exceptions.invalidclass()
answers = support.build_answers_xml(lclass, args)
try:
support.validate_answers(lclass, answers)
except AssertionError, e:
return api_exceptions.invalidanswer()
def GET(self, selector):
args = web.input()
locale = str(args.get('locale'))
if locale not in cc.license.locales():
locale = 'en'
lclass = None
if selector != 'software':
if selector == 'publicdomain':
selector = 'zero'
lclass = cc.license.selectors.choose(selector)
if not lclass:
return api_exceptions.invalidclass()
answers = support.build_answers_xml(lclass, args)
try:
support.validate_answers(lclass, answers)
except AssertionError, e:
return api_exceptions.invalidanswer()
class issue:
@render_as('xml')
def POST(self, selector):
lclass = None
if selector != 'software':
if selector == 'publicdomain':
selector = 'zero'
lclass = cc.license.selectors.choose(selector)
if not lclass:
return api_exceptions.invalidclass()
answers_xml = web.input().get('answers')
if not answers_xml:
return api_exceptions.missingparam('answers')
try:
if selector == 'zero':
answers_xml = answers_xml.replace(
'<license-publicdomain>',
'<license-zero>').replace('</license-publicdomain>',
'</license-zero>')
# parse the answers argument into an xml tree
answers = ET.parse(StringIO(answers_xml))
except ET.XMLSyntaxError, e:
return api_exceptions.invalidanswer()
# converts the answer tree into a dictionary
# this will trim off any superfluous args in answers
# it will also perform validation to ensure that the required
# questions are answered with acceptable value
try:
support.validate_answers(lclass, answers)
except AssertionError, e:
return api_exceptions.invalidanswer()
