def loadRegionFromArchive(archivePath, code):
result = {}
result["region"] = code
with open(os.path.join(archivePath, code, "country_LZ.bin"), 'rb') as file:
decompressedData = decompressFile(file)
decompressed = io.BytesIO(decompressedData)
for section in range(2):
entryCount, = struct.unpack('<I', decompressed.read(4))
entryList = result["countries" if section ==
0 else "countriesPatch"] = [
{} for x in range(entryCount)
]
for entry in range(entryCount):
entryResult = entryList[entry]
p0, p1, p2, countryId = struct.unpack('BBBB',
decompressed.read(4))
assert p0 == 0
assert p1 == 0
assert p2 == 0
entryResult['country'] = countryId
divisionCount, = struct.unpack('<I', decompressed.read(4))
entryResult['divisionCount'] = divisionCount
what, = struct.unpack('<I', decompressed.read(4))
assert what == 0
entryResult["name"] = parseName(decompressed)
entryResult["sort"] = parseSort(decompressed)
zeros = decompressed.read(0x20)
assert zeros == b'\x00' * 0x20
countries = result["countries"]
for i in range(len(countries)):
sort = parseSort(decompressed)
assert countries[i]["sort"] == sort
tailLen = len(countries) // 32 + 1
tail = [
struct.unpack('<I', decompressed.read(4))[0]
for _ in range(tailLen)
]
assert len(decompressed.read()) == 0
for i in range(len(countries)):
countries[i]["eshopLock"] = ((tail[i // 32] >> (i % 32)) & 1) == 1
return result
def loadCountryFromArchive(archivePath, code):
result = {}
result["code"] = code
regions = ["CN", "EU", "JP", "KR", "TW", "US"]
for regionCandidate in regions:
path = os.path.join(archivePath, regionCandidate,
"{}_LZ.bin".format(code))
if os.path.exists(path):
result["region"] = regionCandidate
break
else:
return
with open(path, 'rb') as file:
decompressedData = decompressFile(file)
decompressed = io.BytesIO(decompressedData)
for section in range(2):
entryCount, = struct.unpack("<I", decompressed.read(4))
if section == 0:
entryCount += 1
entryList = result["divisions" if section ==
0 else "divisionsPatch"] = [
{} for x in range(entryCount)
]
for entry in range(entryCount):
entryResult = entryList[entry]
p0, p1, division, country = struct.unpack(
'BBBB', decompressed.read(4))
entryResult["division"] = division
assert country == code
assert p0 == 0
assert p1 == 0
entryResult["name"] = parseName(decompressed)
entryResult["sort"] = parseSort(decompressed)
latitude, longitude = struct.unpack('<HH',
decompressed.read(4))
entryResult["latitude"] = latitude
entryResult["longitude"] = longitude
divisios = result["divisions"]
for i in range(len(divisios)):
divisios[i]["sortPatch"] = parseSort(decompressed)
result["tail"] = " ".join(
["{:02X}".format(x) for x in decompressed.read()])
return result
def loadRegionFromArchive(archivePath, code):
result = {}
result["region"] = code
with open(os.path.join(archivePath, code, "country_LZ.bin"), 'rb') as file:
decompressedData = decompressFile(file)
decompressed = io.BytesIO(decompressedData)
for section in range(2):
entryCount, = struct.unpack('<I', decompressed.read(4))
entryList = result["countries" if section ==
0 else "countriesPatch"] = [
{} for x in range(entryCount)
]
for entry in range(entryCount):
entryResult = entryList[entry]
p0, p1, p2, countryId = struct.unpack('BBBB',
decompressed.read(4))
assert p0 == 0
assert p1 == 0
assert p2 == 0
entryResult['country'] = countryId
divisionCount, = struct.unpack('<I', decompressed.read(4))
entryResult['divisionCount'] = divisionCount
what, = struct.unpack('<I', decompressed.read(4))
assert what == 0
entryResult["name"] = parseName(decompressed)
entryResult["sort"] = parseSort(decompressed)
zeros = decompressed.read(0x20)
assert zeros == b'\x00' * 0x20
countries = result["countries"]
for i in range(len(countries)):
sort = parseSort(decompressed)
assert countries[i]["sort"] == sort
result["tail"] = " ".join(
["{:02X}".format(x) for x in decompressed.read()])
return result