def test_moving_section(self):
self.map_rule4()
src = parse("""
s1[t1]
- p2 mapping [T2:P1]
s2[t2] mapping [T2]
""")
map = mapping.create_mapping(src)
# now move s1 -> s2[t2]
cmd = commands.MoveObject(obj=src['s1'], dst=src['s2'])
cmd()
# now src should look like this
dst = parse("""
s2[t2] mapping [T2]
- s1[t1]
- p2 mapping [T2:P1]
""")
self.check(src, dst, map=False)
# and the mapping should have been updated, so that
# it is equal to executing mapping directly
dst = mapping.create_mapping(dst)
self.check(map, dst, map=False)
cmd.undo()
# here again we lose the order
dst = parse("""
s2[t2] mapping [T2]
s1[t1]
- p2 mapping [T2:P1]
""")
dst = mapping.create_mapping(dst)
self.check(map, dst, map=False)
def test_moving_section(self):
self.map_rule4()
src = parse("""
s1[t1]
- p2 mapping [T2:P1]
s2[t2] mapping [T2]
""")
map = mapping.create_mapping(src)
# now move s1 -> s2[t2]
cmd = commands.MoveObject(obj=src['s1'], dst=src['s2'])
cmd()
# now src should look like this
dst = parse("""
s2[t2] mapping [T2]
- s1[t1]
- p2 mapping [T2:P1]
""")
self.check(src, dst, map=False)
# and the mapping should have been updated, so that
# it is equal to executing mapping directly
dst = mapping.create_mapping(dst)
self.check(map, dst, map=False)
cmd.undo()
# here again we lose the order
dst = parse("""
s2[t2] mapping [T2]
s1[t1]
- p2 mapping [T2:P1]
""")
dst = mapping.create_mapping(dst)
self.check(map, dst, map=False)
def test_editing(self):
self.map_rule4()
src = parse("""
s1[t1]
- p2 mapping [T2:P1]
s2[t2] mapping [T2]
""")
map = mapping.create_mapping(src)
src['s1'].properties['p2'].mapping = 'map#T3:P1'
dst = parse("""
s1[t1]
- S3[T3]
- P1
s2[T2]
""")
self.check(map, dst, do_map=False)
src['s1'].properties['p2'].mapping = 'map#T2:P1'
dst = parse("""
s1[t1]
s2[T2]
- P1
""")
self.check(map, dst, do_map=False)
with self.assertRaises(mapping.MappingError):
src['s2'].mapping = 'map#T3'
src['s1'].properties['p2'].mapping = ''
dst = parse("""
s1[t1]
- p2
s2[T2]
""")
self.check(map, dst, do_map=False)
src['s1'].mapping = 'map#T1'
# this currently changes the order of the sections in the mapping
# however the resulting document should still be fine
dst = parse("""
s2[T2]
s1[T1]
- p2
""")
self.check(map, dst, do_map=False) # see above if this fails
def test_editing(self):
self.map_rule4()
src = parse("""
s1[t1]
- p2 mapping [T2:P1]
s2[t2] mapping [T2]
""")
map = mapping.create_mapping(src)
src['s1'].properties['p2'].mapping = 'map#T3:P1'
dst = parse("""
s1[t1]
- S3[T3]
- P1
s2[T2]
""")
self.check(map, dst, do_map=False)
src['s1'].properties['p2'].mapping = 'map#T2:P1'
dst = parse("""
s1[t1]
s2[T2]
- P1
""")
self.check(map, dst, do_map=False)
with self.assertRaises(mapping.MappingError):
src['s2'].mapping = 'map#T3'
src['s1'].properties['p2'].mapping = ''
dst = parse("""
s1[t1]
- p2
s2[T2]
""")
self.check(map, dst, do_map=False)
src['s1'].mapping = 'map#T1'
# this currently changes the order of the sections in the mapping
# however the resulting document should still be fine
dst = parse("""
s2[T2]
s1[T1]
- p2
""")
self.check(map, dst, do_map=False) # see above if this fails
def check(self, src, dst, map=True):
"""
check if the mappingn of *src* is equivalent to *dst*
if map is False, just compare src to dst, assuming the mapping
has already been applied manually
"""
if map:
map = mapping.create_mapping(src)
else:
map = src
if map != dst:
dumper.dumpDoc(map)
print "---- vs ----"
dumper.dumpDoc(dst)
self.assertEqual(map, dst)
self.assertEqual(dst, map) # do the vice versa test too
return map
def check(self, src, dst, map=True):
"""
check if the mappingn of *src* is equivalent to *dst*
if map is False, just compare src to dst, assuming the mapping
has already been applied manually
"""
if map:
map = mapping.create_mapping(src)
else:
map = src
if map != dst:
dumper.dumpDoc(map)
print "---- vs ----"
dumper.dumpDoc(dst)
self.assertEqual(map, dst)
self.assertEqual(dst, map) # do the vice versa test too
return map
def test_moving_property(self):
"""
moving a mapped property should unmap it, move it and then remap it
"""
self.map_rule4()
src = parse("""
s1[t1]
- p2 mapping [T2:P1]
s2[t2] mapping [T2]
""")
map = mapping.create_mapping(src)
# now move p2 -> s2[t2]
cmd = commands.MoveObject(obj=src['s1'].properties['p2'], dst=src['s2'])
cmd()
dst = parse("""
s1[t1]
s2[T2]
- P1
""")
self.check(map, dst, map=False)
def odML_mapped_document_be_valid(doc):
"""
try to create a mapping of the document and if that succeeds
validate the mapped document according to the validation rules
"""
if mapping.proxy is not None and isinstance(doc, mapping.proxy.Proxy):
return # don't try to map already mapped documents
# first check if any object has a mapping attribute
for sec in doc.itersections(recursive=True):
if sec.mapping is not None:
break
for prop in sec.properties:
if prop.mapping is not None:
break
else: # no break in the loop, continue with next section
continue
break # found a mapping can stop searching
else:
return # no mapping found
mdoc = doc._active_mapping
if mdoc is not None:
mapping.unmap_document(doc)
mdoc = None
# TODO: if mdoc is set there is already a mapping present. However, this
# TODO may have been corrupted by user interaction, thus we should actually
# TODO unmap the document, create a new one and then remap the original one
try:
if mdoc is None:
mdoc = mapping.create_mapping(doc)
except mapping.MappingError as e:
yield ValidationError(doc, 'mapping: %s' % str(e), 'error')
return
v = Validation(mdoc)
for err in v.errors:
err.mobj = err.obj
err.obj = mapping.get_object_from_mapped_equivalent(err.obj)
err.msg = "mapping: " + err.msg
yield err
def odML_mapped_document_be_valid(doc):
"""
try to create a mapping of the document and if that succeeds
validate the mapped document according to the validation rules
"""
if mapping.proxy is not None and isinstance(doc, mapping.proxy.Proxy):
return # don't try to map already mapped documents
# first check if any object has a mapping attribute
for sec in doc.itersections(recursive=True):
if sec.mapping is not None:
break
for prop in sec.properties:
if prop.mapping is not None:
break
else: # no break in the loop, continue with next section
continue
break # found a mapping can stop searching
else:
return # no mapping found
mdoc = doc._active_mapping
if mdoc is not None:
mapping.unmap_document(doc)
mdoc = None
# TODO: if mdoc is set there is already a mapping present. However, this
# TODO may have been corrupted by user interaction, thus we should actually
# TODO unmap the document, create a new one and then remap the original one
try:
if mdoc is None:
mdoc = mapping.create_mapping(doc)
except mapping.MappingError as e:
yield ValidationError(doc, 'mapping: %s' % str(e), 'error')
return
v = Validation(mdoc)
for err in v.errors:
err.mobj = err.obj
err.obj = mapping.get_object_from_mapped_equivalent(err.obj)
err.msg = "mapping: " + err.msg
yield err
def test_moving_property(self):
"""
moving a mapped property should unmap it, move it and then remap it
"""
self.map_rule4()
src = parse("""
s1[t1]
- p2 mapping [T2:P1]
s2[t2] mapping [T2]
""")
map = mapping.create_mapping(src)
# now move p2 -> s2[t2]
cmd = commands.MoveObject(obj=src['s1'].properties['p2'],
dst=src['s2'])
cmd()
dst = parse("""
s1[t1]
s2[T2]
- P1
""")
self.check(map, dst, map=False)