def test_try_copying_a_cvt(self):
# if follow_types is True, everything is kosher.
domain_id = _create_domain()
graph = dump_type(s, "/film/actor", follow_types=True)
restore(s, graph, domain_id)
newactor, realactor = s.mqlreadmulti([{
"id": domain_id + "/actor",
"/type/type/properties": {
"return": "count"
}
}, {
"id": "/film/actor",
"/type/type/properties": {
"return": "count"
}
}])
self.assertEqual(newactor["/type/type/properties"],
realactor["/type/type/properties"])
# if follow_types is False, if we try to upload a cvt, it should whine
from freebase.schema import CVTError
self.assertRaises(
CVTError, lambda: dump_type(s, "/film/actor", follow_types=False))
def test_restore_over_restore(self):
domain_id = _create_domain()
graph = dump_base(s, "/base/contractbridge")
restore(s, graph, domain_id)
# now we restore again... it should raise a MetawebError
self.assertRaises(MetawebError, restore, s, graph, domain_id)
def test_restore_over_restore(self):
domain_id = _create_domain()
graph = dump_base(s, "/base/contractbridge")
restore(s, graph, domain_id)
# now we restore again... it should raise a MetawebError
self.assertRaises(MetawebError, restore, s, graph, domain_id)
def test_try_copying_a_cvt(self):
# if follow_types is True, everything is kosher.
domain_id = _create_domain()
graph = dump_type(s, "/film/actor", follow_types=True)
restore(s, graph, domain_id)
newactor, realactor = s.mqlreadmulti([{"id" : domain_id + "/actor", "/type/type/properties" : {"return" : "count" }},
{"id" : "/film/actor", "/type/type/properties" : {"return" : "count" }}])
self.assertEqual(newactor["/type/type/properties"], realactor["/type/type/properties"])
# if follow_types is False, if we try to upload a cvt, it should whine
from freebase.schema import CVTError
self.assertRaises(CVTError, lambda: dump_type(s, "/film/actor", follow_types=False))
def cmd_restore(fb, newlocation, graphfile):
"""restore a graph object to the graph
%prog restore newlocation graphfile
Restore a graph object to the newlocation
"""
fh = open(graphfile, "r")
graph = json.loads(fh.read())
fh.close()
return restore(fb.mss, graph, newlocation, ignore_types=None)
def cmd_restore(fb, newlocation, graphfile):
"""restore a graph object to the graph
%prog restore newlocation graphfile
Restore a graph object to the newlocation
"""
fh = open(graphfile, "r")
graph = json.loads(fh.read())
fh.close()
return restore(fb.mss, graph, newlocation, ignore_types=None)
def test_copy_an_entire_domain(self):
domain_id = _create_domain()
ex_domain_id = "/base/contractbridge" # example domain id
ex_domain_type = "bridge_player"
ex_domain_type_id = ex_domain_id + "/" + ex_domain_type
graph = dump_base(s, ex_domain_id)
restore(s, graph, domain_id)
newperson, realperson = s.mqlreadmulti([{"id" : domain_id + "/" + ex_domain_type, "/type/type/properties" : {"return" : "count" }},
{"id" : ex_domain_type_id, "/type/type/properties" : {"return" : "count" }}])
self.assertEqual(newperson["/type/type/properties"], realperson["/type/type/properties"])
# let's try and check everything.
# - check all the types are there
realtypes = s.mqlread([{"id" : None, "type" : "/type/type", "domain" : ex_domain_id}])
newtypes = s.mqlread([{"id" : None, "type" : "/type/type", "domain" : domain_id}])
l = lambda q: sorted(map(f, q))
realtypes = l(realtypes)
newtypes = l(newtypes)
self.assertEqual(len(realtypes), len(newtypes))
for i in range(len(realtypes)):
self.assertEqual(realtypes[i].rsplit("/", 1)[-1], newtypes[i].rsplit("/", 1)[-1])
# - check the properties are the same
def get_properties(types):
properties = set()
for i in s.mqlreadmulti([{"id" : id, "/type/type/properties" : [{"id" : None}]} for id in types]):
properties.update(map(lambda x: x["id"], i["/type/type/properties"]))
return properties
realproperties = sorted(list(get_properties(realtypes)))
newproperties = sorted(list(get_properties(newtypes)))
def ignore_base(id): return id.rsplit("/", 1)[-1]
self.assertEqual(len(realproperties), len(newproperties))
self.assertEqual([ignore_base(prop_id) for prop_id in realproperties], [ignore_base(prop_id) for prop_id in newproperties])
def fb_restore():
op = OptionParser(usage='%prog [options] new_location graph_output_from_dump*_command')
op.disable_interspersed_args()
op.add_option('-s', '--service', dest='service_host',
metavar='HOST',
help='Freebase HTTP service address:port')
op.add_option('-S', '--sandbox', dest='use_sandbox',
default=False, action='store_true',
help='shortcut for --service=sandbox-freebase.com (default)')
op.add_option('-F', '--freebase', dest='use_freebase',
default=False, action='store_true',
help='shortcut for --service=freebase.com (not default)')
op.add_option('-u', '--username', dest='username',
action='store',
help='username for freebase service')
op.add_option('-p', '--password', dest='password',
action='store',
help='password for freebase service')
options,args = op.parse_args()
if (options.username and not options.password) or (not options.username and options.password):
op.error("You must supply both a username and password")
if options.use_sandbox and options.use_freebase:
op.error("You can't use both freebase and sandbox!")
if options.service_host and (options.use_sandbox or options.use_freebase):
op.error("You can't specify both --service and --freebase or --sandbox")
if not options.service_host and not options.use_sandbox and not options.use_freebase:
op.error("You have to specify to upload to sandbox or production (freebase)")
service_host = options.service_host
if options.use_sandbox:
service_host = "sandbox-freebase.com"
if options.use_freebase:
service_host = "freebase.com"
s = login(service_host, username=options.username, password=options.password)
newlocation = args[0]
if len(args) == 1:
graphfile = "-" #stdin
else: graphfile = args[1]
if graphfile != "-":
fg = open(graphfile, "r")
graph = json.load(fg)
fg.close()
if graphfile == "-": # use stdin
graph = json.load(sys.stdin)
print "loaded graph", graph
restore(s, graph, newlocation, ignore_types=None, debug=False)
def test_copy_an_entire_domain(self):
domain_id = _create_domain()
ex_domain_id = "/base/contractbridge" # example domain id
ex_domain_type = "bridge_player"
ex_domain_type_id = ex_domain_id + "/" + ex_domain_type
graph = dump_base(s, ex_domain_id)
restore(s, graph, domain_id)
newperson, realperson = s.mqlreadmulti([{
"id": domain_id + "/" + ex_domain_type,
"/type/type/properties": {
"return": "count"
}
}, {
"id": ex_domain_type_id,
"/type/type/properties": {
"return": "count"
}
}])
self.assertEqual(newperson["/type/type/properties"],
realperson["/type/type/properties"])
# let's try and check everything.
# - check all the types are there
realtypes = s.mqlread([{
"id": None,
"type": "/type/type",
"domain": ex_domain_id
}])
newtypes = s.mqlread([{
"id": None,
"type": "/type/type",
"domain": domain_id
}])
l = lambda q: sorted(map(f, q))
realtypes = l(realtypes)
newtypes = l(newtypes)
self.assertEqual(len(realtypes), len(newtypes))
for i in range(len(realtypes)):
self.assertEqual(realtypes[i].rsplit("/", 1)[-1],
newtypes[i].rsplit("/", 1)[-1])
# - check the properties are the same
def get_properties(types):
properties = set()
for i in s.mqlreadmulti([{
"id": id,
"/type/type/properties": [{
"id": None
}]
} for id in types]):
properties.update(
map(lambda x: x["id"], i["/type/type/properties"]))
return properties
realproperties = sorted(list(get_properties(realtypes)))
newproperties = sorted(list(get_properties(newtypes)))
def ignore_base(id):
return id.rsplit("/", 1)[-1]
self.assertEqual(len(realproperties), len(newproperties))
self.assertEqual([ignore_base(prop_id) for prop_id in realproperties],
[ignore_base(prop_id) for prop_id in newproperties])
