Mercurial > hg > drupalISMI

comparison importFromOpenMind/importer/model2model.py @ 29:1a1877812757

Find changesets by keywords (author, files, the commit message), revision number or hash, or revset expression.
include normalized attributes in neo4j with prefix "_n_"
author casties
date Thu, 10 Dec 2015 12:11:25 -0500
parents a9bfd49355f8
children 870b0b3b272f
comparison
equal deleted inserted replaced
28:a9bfd49355f8 29:1a1877812757
25 'ALIAS': ['label']} 25 'ALIAS': ['label']}
26 26
27 27
28 # add URLs to nodes using an attribute in a pattern 28 # add URLs to nodes using an attribute in a pattern
29 #add_link_attributes = {'ismi_id': 'https://ismi-dev.mpiwg-berlin.mpg.de/drupal-ismi/entity/%s'} 29 #add_link_attributes = {'ismi_id': 'https://ismi-dev.mpiwg-berlin.mpg.de/drupal-ismi/entity/%s'}
30 add_link_attributes = {'ismi_id': 'https://ismi-dev.mpiwg-berlin.mpg.de/om4-ismi/public/publicWitness.jsp?eid=%s'} 30 add_link_attributes = {'ismi_id': 'https://ismi-dev.mpiwg-berlin.mpg.de/om4-ismi/public/entityDetails.xhtml?eid=%s'}
31 31
32 32
33 def fixName(name, is_src_rel=False, is_tar_rel=False, att_from_rel=False): 33 def fixName(name, is_src_rel=False, is_tar_rel=False, att_from_rel=False):
34 # these are too embarrassing... 34 # these are too embarrassing...
35 if 'FLORUIT' in name: 35 if 'FLORUIT' in name:
138 138
139 # then generate unique name 139 # then generate unique name
140 att_name = genAttName(src_attrs, att_name) 140 att_name = genAttName(src_attrs, att_name)
141 # add target node's attribute 141 # add target node's attribute
142 src_attrs[att_name] = tar_attrs.get(transfer_att) 142 src_attrs[att_name] = tar_attrs.get(transfer_att)
143 # also add normalized attribute
144 if '_n_'+transfer_att in tar_attrs:
145 src_attrs['_n_'+att_name] = tar_attrs.get('_n_'+transfer_att)
143 146
144 # contract target relations 147 # contract target relations
145 src_type = src_attrs['type'] 148 src_type = src_attrs['type']
146 if src_type in contract_relations_into_attributes: 149 if src_type in contract_relations_into_attributes:
147 # get list of attributes to transfer 150 # get list of attributes to transfer
159 162
160 # then generate unique name 163 # then generate unique name
161 att_name = genAttName(tar_attrs, att_name) 164 att_name = genAttName(tar_attrs, att_name)
162 # add target node's attribute 165 # add target node's attribute
163 tar_attrs[att_name] = src_attrs.get(transfer_att) 166 tar_attrs[att_name] = src_attrs.get(transfer_att)
167 # also add normalized attribute
168 if '_n_'+transfer_att in src_attrs:
169 tar_attrs['_n_'+att_name] = src_attrs.get('_n_'+transfer_att)
164 170
165 cnt += 1 171 cnt += 1
166 if cnt % 100 == 0: 172 if cnt % 100 == 0:
167 print(" %s relations"%cnt) 173 print(" %s relations"%cnt)
168 174