start conversion to python 3

README.md

@@ -17,7 +17,7 @@ The manual way: download or clone the code, change to the directory containing `
 
     python setup.py install
 
-Then make sure the `lxml` and `suds` Python modules are installed.
+Then make sure the `lxml` and `suds-py3` Python modules are installed.
 
 ## Supported backends
 

genesisclient/__init__.py

@@ -1,5 +1,4 @@
 # encoding: utf8
-
 import suds
 import logging
 from lxml import etree
@@ -264,7 +263,7 @@ def property_statistics(self, property_code='*', selection='*',
                       listenLaenge=str(limit),
                       sprache='de')
         result = client.service.MerkmalStatistikenKatalog(**params)
-        print result
+        print(result)
 
     def property_tables(self, property_code='*', selection='*', limit=500):
         client = self.init_service_client('RechercheService_2010')
@@ -276,7 +275,7 @@ def property_tables(self, property_code='*', selection='*', limit=500):
                       listenLaenge=str(limit),
                       sprache='de')
         result = client.service.MerkmalTabellenKatalog(**params)
-        print result
+        print(result)
 
     def statistics(self, filter='*', criteria='Code', limit=500):
         """
@@ -473,7 +472,7 @@ def download(client, args):
     if args.regionalschluessel is not None and args.regionalschluessel != '*':
         rs = args.regionalschluessel
         path = '%s_%s.%s' % (args.download, args.regionalschluessel, args.format)
-    print "Downloading to file %s" % path
+    print("Downloading to file %s" % path)
     result = client.table_export(args.download,
             regionalschluessel=rs,
             format=args.format)
@@ -486,50 +485,50 @@ def search(client, args):
     using options given via the command line
     """
     term = args.searchterm
-    if type(term) != unicode:
+    if type(term) != str:
         term = term.decode('utf8')
     result = client.search(term)
-    for cat in result['meta'].keys():
+    for cat in list(result['meta'].keys()):
         if result['meta'][cat] > 0:
-            print "Hits of type '%s': %d" % (cat.upper(), result['meta'][cat])
+            print("Hits of type '%s': %d" % (cat.upper(), result['meta'][cat]))
     for hit in result['results']:
         otype = hit['type'].upper()
         if otype == 'MERKMAL' or otype == 'STATISTIK':
-            print "%s %s %s" % (otype, clean(hit['name']), clean(hit['description']))
+            print("%s %s %s" % (otype, clean(hit['name']), clean(hit['description'])))
         elif otype == 'TABELLE':
-            print "%s %s %s" % (otype, clean(hit['name']), clean(hit['description']))
+            print("%s %s %s" % (otype, clean(hit['name']), clean(hit['description'])))
         elif otype == 'BEGRIFF':
-            print "%s %s" % (otype, clean(hit['name']))
+            print("%s %s" % (otype, clean(hit['name'])))
         else:
-            print "%s %s" % (hit['type'].upper(), hit)
+            print("%s %s" % (hit['type'].upper(), hit))
 
 
 def lookup(client, args):
     """
     Lookup tables and print out info on found entries
     """
     term = args.lookup
-    if type(term) != unicode:
+    if type(term) != str:
         term = term.decode('utf8')
     for stat in gc.statistics(filter=term):
-        print "STATISTIC: %s %s" % (stat['id'], stat['description'])
+        print("STATISTIC: %s %s" % (stat['id'], stat['description']))
     for s in gc.statistic_data(statistic_code=term):
-        print "STATISTIC DATA: %s %s" % (s['id'], s['description'])
+        print("STATISTIC DATA: %s %s" % (s['id'], s['description']))
     for s in gc.statistic_properties(statistic_code=term):
-        print "STATISTIC PROPERTY: %s %s" % (s['id'], s['description'])
+        print("STATISTIC PROPERTY: %s %s" % (s['id'], s['description']))
     for s in gc.statistic_tables(statistic_code=term):
-        print "STATISTIC TABLE: %s %s" % (s['id'], s['description'])
+        print("STATISTIC TABLE: %s %s" % (s['id'], s['description']))
     for prop in gc.properties(filter=term):
-        print "PROPERTY: %s %s" % (prop['id'], prop['description'])
+        print("PROPERTY: %s %s" % (prop['id'], prop['description']))
     if '*' not in term:
         for prop in gc.property_occurrences(property_code=term):
-            print "PROPERTY OCCURRENCE: %s %s" % (prop['id'], prop['description'])
+            print("PROPERTY OCCURRENCE: %s %s" % (prop['id'], prop['description']))
     for prop in gc.property_data(property_code=term):
-        print "PROPERTY DATA: %s %s" % (prop['id'], prop['longdescription'])
+        print("PROPERTY DATA: %s %s" % (prop['id'], prop['longdescription']))
     for table in gc.tables(filter=term):
-        print "TABLE: %s %s" % (table['id'], table['description'])
+        print("TABLE: %s %s" % (table['id'], table['description']))
     for term in gc.terms(filter=term):
-        print "TERM: %s %s" % (term['id'], term['description'])
+        print("TERM: %s %s" % (term['id'], term['description']))
 
 
 def main():
@@ -586,45 +585,45 @@ def main():
 
     # retrieve terms satrting with 'a'.
     terms = gc.terms(filter='a*')
-    print "Terms list has", len(terms), "entries. Example:"
-    print (terms[0].inhalt)
+    print("Terms list has", len(terms), "entries. Example:")
+    print((terms[0].inhalt))
 
     # retrieve catalogue items starting with "11111"
     catalogue = gc.catalogue(filter='11111*')
-    print "Catalogue result has", len(catalogue), "entries. Example:"
-    print (catalogue[0].code,
+    print("Catalogue result has", len(catalogue), "entries. Example:")
+    print((catalogue[0].code,
            catalogue[0].beschriftungstext.replace("\n", " "),
-           catalogue[0].inhalt)
+           catalogue[0].inhalt))
 
     # retrieve properties
     properties = gc.properties(filter='B*', type='sachlich')
-    print "Properties list has", len(properties), "entries. Example:"
-    print (properties[0].code, properties[0].inhalt)
+    print("Properties list has", len(properties), "entries. Example:")
+    print((properties[0].code, properties[0].inhalt))
 
     # retrieve occurences for a property
     occurences = gc.property_occurrences(property_code=properties[0].code)
-    print "Occurrences list has", len(occurences), "entries. Example:"
-    print (occurences[0].code, occurences[0].inhalt)
+    print("Occurrences list has", len(occurences), "entries. Example:")
+    print((occurences[0].code, occurences[0].inhalt))
 
     # retrieve data for a property
     data = gc.property_data(property_code=properties[0].code)
-    print "Data list has", len(data), "entries. Example:"
-    print (data[0].code,
+    print("Data list has", len(data), "entries. Example:")
+    print((data[0].code,
            data[0].inhalt,
-           data[0].beschriftungstext.replace("\n", " "))
+           data[0].beschriftungstext.replace("\n", " ")))
 
     statistics = gc.property_statistics(property_code=properties[0].code)
-    print "Statistics list has", len(statistics), "entries. Example:"
-    print (statistics[0].code,
-           statistics[0].inhalt.replace("\n", " "))
+    print("Statistics list has", len(statistics), "entries. Example:")
+    print((statistics[0].code,
+           statistics[0].inhalt.replace("\n", " ")))
 
     tables = gc.property_tables(property_code=properties[0].code)
-    print "Tables list has", len(statistics), "entries. Example:"
-    print (tables[0].code,
-           tables[0].inhalt.replace("\n", " "))
+    print("Tables list has", len(statistics), "entries. Example:")
+    print((tables[0].code,
+           tables[0].inhalt.replace("\n", " ")))
 
     table = gc.table_export(table_code=tables[0].code)
-    print table
+    print(table)
 
 if __name__ == '__main__':
-    main()
+    main()

setup.py

@@ -3,7 +3,7 @@
 from setuptools import setup
 
 setup(name='genesisclient',
-      version='0.0.7',
+      version='0.0.8',
       description='Genesis (DeStatis et. al.) client for Python',
       author='Marian Steinbach',
       author_email='[email protected]',
@@ -12,7 +12,7 @@
       packages=['genesisclient'],
       install_requires=[
         'lxml',
-        'suds'],
+        'suds-py3'],
       entry_points={
         'console_scripts': [
             'genesiscl = genesisclient:main'