Пример #1
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 def testSetDescription(self):
     t = Tag('test/fomtest')
     t.description = u'melon'
     self.assertEquals(self.db.reqs[0], (
         'PUT',
         u'/tags/test/fomtest',
         {u'description': u'melon'},
         None,
         None))
Пример #2
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 def testGetDescription(self):
     t = Tag(u'test/fomtest')
     t.description = u'banana'
     self.assertEquals(self.db.reqs[0], ('PUT', u'/tags/test/fomtest', {
         u'description': u'banana'
     }, None, None))
     self.db.add_resp(
         200, 'application/json',
         '{"indexed": false, "id": "9", "description": "banana"}')
     self.assertEquals(t.description, u'banana')
     self.assertEquals(self.db.reqs[1],
                       ('GET', u'/tags/test/fomtest', NO_CONTENT, {
                           u'returnDescription': True
                       }, None))
Пример #3
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def make_tag(parent_ns, name, dataset, desc, indexed=False):
    """
    Given a parent namespace, name, description and optional indexed flag will
    create and return the resulting tag

    parent_ns - the parent namespace under which the tag will be created

    name - the name of the new tag

    dataset - the title of the dataset that is causing this tag to be created
    (used when setting the description of the new tag)

    desc - the description of the dataset that's causing the tag to be created
    (used when setting the description of the new tag)

    indexed - flag to indicate if the tag is to be indexed for full text
    search
    """
    try:
        logger.info('Creating new tag "%r" under %r' % (name, parent_ns.path))
        tag = parent_ns.create_tag(name, TAG_DESC % (name, dataset, desc),
                                   False)
        logger.info('Tag %r created' % tag.path)
    except Fluid412Error:
        # 412 simply means the tag already exists
        tag = Tag(parent_ns.path + '/' + name)
        logger.info('%r already existed' % tag.path)
    return tag
Пример #4
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 def testGetDescription(self):
     t = Tag(u'test/fomtest')
     t.description = u'banana'
     self.assertEquals(self.db.reqs[0], (
         'PUT',
         u'/tags/test/fomtest',
         {u'description': u'banana'},
         None,
         None))
     self.db.add_resp(200, 'application/json',
         '{"indexed": false, "id": "9", "description": "banana"}')
     self.assertEquals(t.description, u'banana')
     self.assertEquals(self.db.reqs[1], (
         'GET',
         u'/tags/test/fomtest',
         NO_CONTENT,
         {u'returnDescription': True},
         None))
Пример #5
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 def testSetDescription(self):
     t = Tag('test/fomtest')
     t.description = u'melon'
     self.assertEquals(self.db.reqs[0], ('PUT', u'/tags/test/fomtest', {
         u'description': u'melon'
     }, None, None))
Пример #6
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 def testNew(self):
     t = Tag(u'test/fomtest')
     self.assertEquals(t.path, 'test/fomtest')
Пример #7
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    # import pprint
    # pprint.pprint(dictObjects )

    CommitTagging(dictObjects)

    # Put some usefull info on the description-tag of the namespace objects.
    Namespace(sUserNS + u'/lang')._set_description(
        u'Data imported by the fiLang scripts found at https://github.com/axeloide/fiLang'
    )
    Namespace(sUserNS + u'/lang/iso639')._set_description(
        u'Data related to ISO 639 language codes.')
    Namespace(sUserNS +
              u'/lang/glossonym')._set_description(u'Contains language names.')

    Tag(sUserNS + u'/lang/iso639/1')._set_description(
        u'Flags valid ISO639-1 language codes. Empty-valued.')
    Tag(sUserNS + u'/lang/iso639/2')._set_description(
        u'Flags valid ISO639-2 language codes. Empty-valued.')
    Tag(sUserNS + u'/lang/iso639/2B')._set_description(
        u'Flags valid ISO639-2/B language codes. Empty-valued.')
    Tag(sUserNS + u'/lang/iso639/2T')._set_description(
        u'Flags valid ISO639-2/T language codes. Empty-valued.')

    Tag(sUserNS + u'/lang/iso639/related-1')._set_description(
        u'Link to corresponding ISO 639-1 code.')
    Tag(sUserNS + u'/lang/iso639/related-2B')._set_description(
        u'Link to corresponding ISO 639-2/B code.')
    Tag(sUserNS + u'/lang/iso639/related-2T')._set_description(
        u'Link to corresponding ISO 639-2/T code.')

    for sTagPath in Namespace(sUserNS + u'/lang/glossonym').tag_paths:
Пример #8
0
            AddTag(dictObjects[sTcode],
                   sUserNS + u'/lang/glossonym/autoglossonym-all',
                   lsAutoglossonyms)
            AddTag(dictObjects[sTcode], sUserNS + u'/lang/wikipedia-home',
                   sWikiHome)

    import pprint
    pprint.pprint(dictObjects)

    print "############### Going to tag:", len(
        dictObjects), "objects###############"

    CommitTagging(dictObjects)

    # Put some usefull info on the description-tag of the tag objects.
    Tag(sUserNS + u'/lang/wikipedia-home')._set_description(
        u'Base URL of Wikipedia project authored in that language.')
    Tag(sUserNS + u'/lang/glossonym/autoglossonym')._set_description(
        u'Name of a language in that very same language.')
    Tag(sUserNS + u'/lang/glossonym/autoglossonym-all')._set_description(
        u'List of names of a language in that very same language.')

    Tag(sUserNS + u'/lang/iso639/related-1')._set_description(
        u'Link to corresponding ISO 639-1 code.')
    Tag(sUserNS + u'/lang/iso639/related-2B')._set_description(
        u'Link to corresponding ISO 639-2/B code.')
    Tag(sUserNS + u'/lang/iso639/related-2T')._set_description(
        u'Link to corresponding ISO 639-2/T code.')

    #for sTagPath in Namespace(sUserNS+u'/lang/glossonym').tag_paths:
    #    sCode = sTagPath.split(u'/')[-1]
    #    Tag(sTagPath)._set_description( u'A language as named in '+sCode)