def test_vfs_contents(self):
vfs = VirtualFileSystem(root_package="os")
with self.assertRaises(VfsError):
vfs.contents()
vfs = VirtualFileSystem(root_path=".")
self.assertIn("MANIFEST.in", vfs.contents())
self.assertIn("make.bat", vfs.contents("docs"))
with self.assertRaises(FileNotFoundError):
vfs.contents("@dummy@")
def test_vfs_write_stream(self):
vfs = VirtualFileSystem(root_path=".", readonly=False)
with vfs.open_write("unittest.txt") as f:
f.write("test write")
self.assertEqual("test write", vfs["unittest.txt"].text)
with vfs.open_write("unittest.txt", append=False) as f:
f.write("overwritten")
self.assertEqual("overwritten", vfs["unittest.txt"].text)
with vfs.open_write("unittest.txt", append=True) as f:
f.write("appended")
self.assertEqual("overwrittenappended", vfs["unittest.txt"].text)
del vfs["unittest.txt"]
def test_vfs_write_stream(self):
vfs = VirtualFileSystem(root_path=".", readonly=False)
with vfs.open_write("unittest.txt") as f:
f.write("test write")
self.assertEqual("test write", vfs["unittest.txt"].text)
with vfs.open_write("unittest.txt", append=False) as f:
f.write("overwritten")
self.assertEqual("overwritten", vfs["unittest.txt"].text)
with vfs.open_write("unittest.txt", append=True) as f:
f.write("appended")
self.assertEqual("overwrittenappended", vfs["unittest.txt"].text)
del vfs["unittest.txt"]
def test_vfs_read_files(self):
vfs = VirtualFileSystem(root_path=".", readonly=True)
# text file
resource = vfs["tests/files/test.txt"]
mtime = os.path.getmtime("tests/files/test.txt")
self.assertEqual(mtime, resource.mtime)
self.assertTrue(resource.is_text)
self.assertEqual("text/plain", resource.mimetype)
self.assertEqual(
"€ This is a test text file. This is line 1.\n€ This is a test text file. This is line 2.\n",
resource.text[:88])
lines = resource.text.splitlines()
self.assertEqual(10, len(lines))
self.assertEqual(441, len(resource))
self.assertEqual(441, len(resource.text))
self.assertEqual("T", resource[2])
# binary file
resource = vfs["tests/files/image.png"]
self.assertEqual("image/png", resource.mimetype)
self.assertFalse(resource.is_text)
self.assertEqual(487, len(resource))
self.assertEqual(487, len(resource.data))
self.assertEqual(78, resource[2])
self.assertEqual(b"\x89PNG", resource.data[0:4])
# text file but without proper suffix, so read as binary
resource = vfs["tests/files/readme"]
self.assertEqual("application/octet-stream", resource.mimetype)
self.assertFalse(resource.is_text)
self.assertEqual(471, len(resource.data))
def test_vfs_contents(self):
vfs = VirtualFileSystem(root_package="os")
with self.assertRaises(VfsError):
vfs.contents()
vfs = VirtualFileSystem(root_path=".")
self.assertIn("MANIFEST.in", vfs.contents())
self.assertIn("make.bat", vfs.contents("docs"))
with self.assertRaises(FileNotFoundError):
vfs.contents("@dummy@")
def test_vfs_load_and_names(self):
vfs = VirtualFileSystem(root_package="os")
with self.assertRaises(VfsError):
_ = vfs["a\\b"]
with self.assertRaises(VfsError):
_ = vfs["/abs/path"]
with self.assertRaises(IOError):
_ = vfs["normal/text"]
with self.assertRaises(IOError):
_ = vfs["normal/image"]
vfs = VirtualFileSystem(root_path=".")
with self.assertRaises(IOError):
_ = vfs["test_doesnt_exist_999.txt"]
with self.assertRaises(VfsError):
_ = VirtualFileSystem(root_path="/@@@does_not_exist.foo@@@")
with self.assertRaises(VfsError):
_ = VirtualFileSystem(root_package="non.existing.package.name")
with self.assertRaises(VfsError):
_ = VirtualFileSystem(root_package="non_existing_package_name")
def get_shops(vfs: VirtualFileSystem = None) -> Dict[int, SimpleNamespace]:
if not _shops:
vfs = vfs or VirtualFileSystem(root_package="zones.circledata", everythingtext=True)
for filename in vfs["world/shp/index"].text.splitlines():
if filename == "$":
break
data = vfs["world/shp/" + filename].text.splitlines()
for shop in parse_file(data):
_shops[shop.circle_vnum] = shop
assert len(_shops) == 46, "all shops must be loaded"
return _shops
def get_zones(vfs: VirtualFileSystem = None) -> Dict[int, ZZone]:
if not _zones:
vfs = vfs or VirtualFileSystem(root_package="zones.circledata",
everythingtext=True)
for filename in vfs["world/zon/index"].text.splitlines():
if filename == "$":
break
zone = parse_file(vfs["world/zon/" + filename].text)
_zones[zone.vnum] = zone
assert len(_zones) == 30, "all zones must be loaded"
return _zones
def get_mobs(vfs: VirtualFileSystem = None) -> Dict[int, SimpleNamespace]:
if not _mobs:
vfs = vfs or VirtualFileSystem(root_package="zones.circledata", everythingtext=True)
for filename in vfs["world/mob/index"].text.splitlines():
if filename == "$":
break
data = vfs["world/mob/" + filename].text.splitlines()
for mob in parse_file(data):
_mobs[mob.circle_vnum] = mob
assert len(_mobs) == 569, "all mobs must be loaded"
return _mobs
def get_rooms(vfs: VirtualFileSystem = None) -> Dict[int, SimpleNamespace]:
if not _rooms:
vfs = vfs or VirtualFileSystem(root_package="zones.circledata",
everythingtext=True)
for filename in vfs["world/wld/index"].text.splitlines():
if filename == "$":
break
data = vfs["world/wld/" + filename].text.splitlines()
for room in parse_file(data):
_rooms[room.circle_vnum] = room
assert len(_rooms) == 1878, "all rooms must be loaded"
return _rooms
def get_objs(vfs: VirtualFileSystem = None) -> Dict[int, SimpleNamespace]:
if not _objs:
vfs = vfs or VirtualFileSystem(root_package="zones.circledata",
everythingtext=True)
for filename in vfs["world/obj/index"].text.splitlines():
if filename == "$":
break
data = vfs["world/obj/" + filename].text.splitlines()
result = parse_file(data)
for obj in result:
_objs[obj.circle_vnum] = obj
assert len(_objs) == 679, "all objs must be loaded"
return _objs
def test_vfs_everythingtext(self):
vfs = VirtualFileSystem(root_path=".", everythingtext=True)
# text file
resource = vfs["tests/files/test.txt"]
self.assertEqual(441, len(resource.text))
# text file without proper suffix
resource2 = vfs["tests/files/readme"]
self.assertEqual("text/plain", resource2.mimetype)
self.assertEqual(441, len(resource2.text))
self.assertEqual(resource.text, resource2.text)
# binary file, but is read as text
with self.assertRaises(UnicodeError):
resource = vfs["tests/files/image.png"]
def test_vfs_read_compressed(self):
vfs = VirtualFileSystem(root_path=".", readonly=True)
uncompressed = vfs["tests/files/test.txt"].text
resource = vfs["tests/files/test.txt.bz2"]
self.assertEqual(uncompressed, resource.text)
resource = vfs["tests/files/test.txt.gz"]
self.assertEqual(uncompressed, resource.text)
resource = vfs["tests/files/test.txt.xz"]
self.assertEqual(uncompressed, resource.text)
with self.assertRaises(VfsError) as x:
resource = vfs["tests/files/test.txt.Z"]
self.assertTrue(str(x.exception).startswith("unsupported compressor"))
uncompressed = vfs["tests/files/image.png"].data
resource = vfs["tests/files/image.png.gz"]
self.assertEqual(uncompressed, resource.data)
def test_vfs_storage(self):
with self.assertRaises(ValueError):
_ = VirtualFileSystem(root_package="os", readonly=False)
vfs = VirtualFileSystem(root_path=".", readonly=False)
with self.assertRaises(IOError):
_ = vfs["test_doesnt_exist_999.txt"]
vfs["unittest.txt"] = "Test1\nTest2\n"
rsc = vfs["unittest.txt"]
self.assertEqual("Test1\nTest2\n", rsc.text)
self.assertEqual("text/plain", rsc.mimetype)
self.assertEqual(12, len(rsc))
self.assertEqual("unittest.txt", rsc.name)
vfs["unittest.txt"] = "Test1\nTest2\n"
rsc = vfs["unittest.txt"]
self.assertEqual("Test1\nTest2\n", rsc.text)
vfs["unittest.jpg"] = b"imagedata\nblob"
rsc = vfs["unittest.jpg"]
self.assertEqual(b"imagedata\nblob", rsc.data)
self.assertTrue(rsc.mimetype in ("image/jpeg", "image/pjpeg"))
self.assertEqual(14, len(rsc))
self.assertEqual("unittest.jpg", rsc.name)
vfs["unittest.jpg"] = rsc
del vfs["unittest.txt"]
del vfs["unittest.jpg"]
def test_vfs_validate_path(self):
vfs = VirtualFileSystem(root_path=".")
vfs.validate_path(".")
vfs.validate_path("./foo")
vfs.validate_path("./foo/bar")
vfs.validate_path(".")
with self.assertRaises(VfsError):
vfs.validate_path(r".\wrong\slash")
with self.assertRaises(VfsError):
vfs.validate_path(r"/absolute/not/allowed")
with self.assertRaises(VfsError):
vfs.validate_path(r"./foo/../../../../../rootescape/notallowed")
def test_vfs_readonly(self):
vfs = VirtualFileSystem(root_path=".")
with self.assertRaises(VfsError):
vfs.open_write("test.txt")
with self.assertRaises(VfsError):
vfs["test.txt"] = "data"
def test_vfs_validate_path(self):
vfs = VirtualFileSystem(root_path=".")
vfs.validate_path(".")
vfs.validate_path("./foo")
vfs.validate_path("./foo/bar")
vfs.validate_path(".")
with self.assertRaises(VfsError):
vfs.validate_path(r".\wrong\slash")
with self.assertRaises(VfsError):
vfs.validate_path(r"/absolute/not/allowed")
with self.assertRaises(VfsError):
vfs.validate_path(r"./foo/../../../../../rootescape/notallowed")
msg_shopsolditem=shopsolditemArg,
msg_shopboughtitem=shopboughtitemArg,
msg_temper=temperArg,
rooms={int(vnum) for vnum in shopRoomsArg},
wontdealwith=wontdealattr
)
result.append(shop)
raise IOError("Expected $~ at end of file")
_shops = {} # type: Dict[int, SimpleNamespace]
def get_shops(vfs: VirtualFileSystem = None) -> Dict[int, SimpleNamespace]:
if not _shops:
vfs = vfs or VirtualFileSystem(root_package="zones.circledata", everythingtext=True)
for filename in vfs["world/shp/index"].text.splitlines():
if filename == "$":
break
data = vfs["world/shp/" + filename].text.splitlines()
for shop in parse_file(data):
_shops[shop.circle_vnum] = shop
assert len(_shops) == 46, "all shops must be loaded"
return _shops
if __name__ == "__main__":
vfs = VirtualFileSystem(root_path=".", everythingtext=True)
result = get_shops(vfs=vfs)
print("parsed", len(result), "shops.")
def test_vfs_read_autoselectcompressed(self):
vfs = VirtualFileSystem(root_path=".", readonly=True)
resource = vfs["tests/files/compressed.png"]
self.assertEqual(487, len(resource))
self.assertEqual("tests/files/compressed.png.gz", resource.name)
def test_vfs_readonly(self):
vfs = VirtualFileSystem(root_path=".")
with self.assertRaises(VfsError):
vfs.open_write("test.txt")
with self.assertRaises(VfsError):
vfs["test.txt"] = "data"
