def test(self, md):
rep = Inspirobot.MdUnitTestReport(self.name, self.abstract)
# responsible party
noderp = md.xpath(self.xpath['mailResponsibleParty'],
namespaces=self.cfg['ns'])
nodect = md.xpath(self.xpath['mailMDContact'],
namespaces=self.cfg['ns'])
if len(noderp) > 0:
if re.match(self.re['mail'], noderp[0], re.I):
rep.addResult('debug', u'partie responsable %s' % noderp[0])
else:
rep.addResult(
'error', u'mail contact pour la ressource mal formé : %s' %
noderp[0])
else:
rep.addResult('error', u'mail contact pour la ressource manquant')
if len(nodect) > 0:
if re.match(self.re['mail'], nodect[0], re.I):
rep.addResult('debug', u'contact %s' % nodect[0])
else:
rep.addResult(
'error',
u'mail contact pour les métadonnées mal formé : %s' %
nodect[0])
else:
rep.addResult('error',
u'mail contact pour les métadonnées manquant')
self.addReport(rep)
def test(self, md):
rep = Inspirobot.MdUnitTestReport(self.name, self.abstract)
md_identifier = md.xpath(self.xpath['MD_Identifier'], namespaces=self.cfg['ns'])
if len(md_identifier) != 1:
rep.addResult('error', u'nb de MD_Identifier incorrect : %s' % len(md_identifier))
elif not(re.match(self.re['MD_Identifier'], md_identifier[0], re.I)):
rep.addResult('warning', u'format MD_Identifier incorrect : %s' % md_identifier[0])
else:
rep.addResult('debug', u'MD_Identifier OK')
self.addReport(rep)
def test(self, md):
rep = Inspirobot.MdUnitTestReport(self.name, self.abstract)
searched_regex = "^-- "
nb_default_values = sum(
[len(re.findall(searched_regex, t)) for t in md.itertext()])
if nb_default_values > 0:
rep.addResult(
'error', u'%s valeurs par défaut trouvées' % nb_default_values)
self.addReport(rep)
def test(self, md):
# limitations and restriction check
rep2 = Inspirobot.MdUnitTestReport(self.name, self.abstract)
uselimitation = md.xpath(self.xpath['uselimitation'],
namespaces=self.cfg['ns'])
restriction = md.xpath(self.xpath['restrictions'],
namespaces=self.cfg['ns'])
if len(uselimitation) > 0:
rep2.setNameAbstract(
u'LIMIT', u'useLimitation. Vérifie la longueur de ce champ.')
if len(uselimitation[0]) > 25:
rep2.addResult('debug',
u'useLimitation : %s' % uselimitation[0])
else:
rep2.addResult(
'debug',
u'useLimitation < 25 char : %s' % uselimitation[0])
else:
rep2.setNameAbstract(
u'LIC', u'Licence. Vérifie la présence de useLimitation.')
rep2.addResult('error', u'useLimitation manquant')
if len(restriction) > 0:
rep2.addResult('debug', u'otherRestrictions : %s' % restriction[0])
else:
rep2.addResult('error', u'otherRestrictions manquant')
self.addReport(rep2)
# open licence check
node_kwol = md.xpath(self.xpath['opendata'], namespaces=self.cfg['ns'])
if len(node_kwol) == 1:
rep1 = Inspirobot.MdUnitTestReport(self.name, self.abstract)
rep1.setNameAbstract(
'OPEN', u'Données ouvertes. Recherche la présence du mot-clé.')
rep1.addResult('info', u'keyword données ouvertes détecté')
if len(
md.xpath(self.xpath['constraints'],
namespaces=self.cfg['ns'])) != 1:
rep1.addResult('warning', u'otherConstraints incorrect')
self.addReport(rep1)
def test(self, md):
rep = Inspirobot.MdUnitTestReport(self.name, self.abstract)
node = md.xpath(self.xpath['lineage'], namespaces=self.cfg['ns'])
if len(node) == 1:
if len(node[0]) > 25:
rep.addResult('debug', node[0])
else:
rep.addResult(
'warning',
u'généalogie trop courte : %s chars' % len(node[0]))
else:
rep.addResult('error', u'généalogie présente %s fois' % len(node))
self.addReport(rep)
def test(self, md):
rep = Inspirobot.MdUnitTestReport(self.name, self.abstract)
node = md.xpath(self.xpath['inspire'], namespaces=self.cfg['ns'])
if len(node) > 1:
rep.addResult('warning', u'mot-clés INSPIRE utilisés %s fois' % len(node))
self.addReport(rep)
elif len(node) == 1:
kw = node[0].xpath(self.xpath['subKeyword'], namespaces=self.cfg['ns'])[0]
if kw in self.values['inspireKw']:
rep.addResult('info', u'INSPIRE/%s' % kw)
else:
rep.addResult('warning', u'INSPIRE/%s incorrect' % kw)
self.addReport(rep)
def test(self, md):
rep = Inspirobot.MdUnitTestReport(self.name, self.abstract)
node_den = md.xpath(self.xpath['denominator'],
namespaces=self.cfg['ns'])
node_dis = md.xpath(self.xpath['distance'], namespaces=self.cfg['ns'])
if len(node_den) > 1:
rep.addResult('error',
u'Dénominateur fourni %s fois' % len(node_den))
self.addReport(rep)
if len(node_dis) > 1:
rep.addResult('warning',
u'Distance fournie %s fois' % len(node_dis))
self.addReport(rep)
if len(node_dis) > 0 and len(node_den) > 0:
rep.addResult('error',
u'Distance et résolution fournis simultanément')
self.addReport(rep)
if len(node_dis) == 0 and len(node_den) == 0:
rep.addResult('warning', u'Aucune résolution fournie')
self.addReport(rep)
def test(self, md):
view = False
download = False
# iterates over digital transfert options
for olnode in md.xpath(self.xpath['DTO_OnlineResource'],
namespaces=self.cfg['ns']):
protocol = olnode.xpath(self.xpath['protocol'],
namespaces=self.cfg['ns'])
uri = olnode.xpath(self.xpath['URL'], namespaces=self.cfg['ns'])
# results in our test results class
rep = Inspirobot.MdUnitTestReport(
'DTO', u'Vérification digitalTransferOption')
if protocol and uri:
rep.setUrl(uri[0])
# DTO WMS
if protocol[0] == 'OGC:WMS':
rep.setNameAbstract(
'WMS', u'WMS. Vérifie le renseignement des liens WMS.')
if re.match(self.re['url'], uri[0]):
cap_found = False
# dictionary of query params with lowercased keys
query_params = \
{k.lower():v[0] for k,v in parse_qs(urlparse(uri[0]).query).items() if len(v) > 0}
if query_params.get("service", "") == "WMS" \
and query_params.get("request", "") == "GetCapabilities":
cap_found = True
rep.addResult('debug', u'getCapabilities trouvé')
elif query_params.get("service", "").lower() == "wms" \
and query_params.get("request", "").lower() == "getcapabilities":
cap_found = True
rep.addResult(
'warning',
u'Non respect de la casse des valeurs des paramètres'
u'de la requête GetCapabilities')
layername = olnode.xpath(self.xpath['layername'],
namespaces=self.cfg['ns'])
if cap_found:
if len(layername) == 1:
rep.addResult(
'debug',
u'layername trouvé : %s' % layername[0])
view = True
else:
rep.addResult('error', u'layername non trouvé')
else:
rep.addResult(
'error',
u"getCapabilities n'est pas une URL : %s" %
rep.url)
# DTO WFS
elif protocol[0] == 'OGC:WFS':
rep.setNameAbstract(
'WFS', u'WFS. Vérifie le renseignement des liens WFS.')
if re.match(self.re['url'], uri[0]):
cap_found = False
# dictionary of query params with lowercased keys
query_params = \
{k.lower():v[0] for k,v in parse_qs(urlparse(uri[0]).query).items() if len(v) > 0}
if query_params.get("service", "") == "WFS" \
and query_params.get("request", "") == "GetCapabilities":
cap_found = True
rep.addResult('debug', u'getCapabilities trouvé')
elif query_params.get("service", "").lower() == "wfs" \
and query_params.get("request", "").lower() == "getcapabilities":
cap_found = True
rep.addResult(
'warning',
u'Non respect de la casse des valeurs des paramètres'
u'de la requête GetCapabilities')
featuretype = olnode.xpath(self.xpath['featuretype'],
namespaces=self.cfg['ns'])
if cap_found:
if len(featuretype) == 1:
rep.addResult(
'debug', u'featuretype trouvé : %s' %
featuretype[0])
download = True
else:
rep.addResult('error',
u'featuretype non trouvé')
else:
rep.addResult(
'error',
u"getCapabilities n'est pas une URL : %s" %
rep.url)
# DTO WCS
elif protocol[0] == 'OGC:WCS':
rep.setNameAbstract(
'WCS', u'WCS. Vérifie le renseignement des liens WCS.')
if re.match(self.re['url'], uri[0]):
cap_found = False
# dictionary of query params with lowercased keys
query_params = \
{k.lower():v[0] for k,v in parse_qs(urlparse(uri[0]).query).items() if len(v) > 0}
if query_params.get("service", "") == "WCS" \
and query_params.get("request", "") == "GetCapabilities":
cap_found = True
rep.addResult('debug', u'getCapabilities trouvé')
elif query_params.get("service", "").lower() == "wcs" \
and query_params.get("request", "").lower() == "getcapabilities":
cap_found = True
rep.addResult(
'warning',
u'Non respect de la casse des valeurs des paramètres'
u'de la requête GetCapabilities')
if cap_found:
download = True
else:
rep.addResult(
'error',
u"getCapabilities n'est pas une URL : %s" %
rep.url)
# DTO download
elif protocol[0] == 'WWW:DOWNLOAD-1.0-http--download':
if re.match(self.re['url'], uri[0]):
rep.setNameAbstract(
u'DL',
u'Vérifie la conformité des liens de téléchargement'
)
rep.addResult('debug', u'URL téléchargement trouvée')
download = True
else:
rep.addResult('error', 'mauvaise URL : %s' % rep.url)
# DTO web
elif protocol[0] == 'WWW:LINK-1.0-http--link':
rep.setNameAbstract(
'WWW',
u'Vérifie la conformité des liens vers des pages web')
if re.match(self.re['url'], uri[0]):
rep.addResult('debug', u'URL trouvée')
else:
rep.addResult('error', u'mauvaise URL : %s' % rep.url)
# DTO unknown
else:
rep.setNameAbstract(
u'WW?', u'Vérifie la conformité des autres URL')
if re.match(self.re['url'], uri[0]):
rep.addResult('debug', u'URL trouvée')
else:
rep.addResult('error', u'mauvaise URL : %s' % rep.url)
else:
rep.addResult('warning', u'protocole manquant')
self.addReport(rep)
rep = Inspirobot.MdUnitTestReport(
'view', u"Vérifie la présence d'un service de visualisation")
if view:
rep.addResult('info', u'service visualisation trouvé')
else:
rep.addResult('error', u'service visualisation non trouvé')
self.addReport(rep)
rep = Inspirobot.MdUnitTestReport(
'download', u"Vérifie la présence d'un service de téléchargement")
if download:
rep.addResult('info', u'service téléchargement trouvé')
else:
rep.addResult('error', u'service téléchargement non trouvé')
self.addReport(rep)