avancée du décodeur bancal

Pymodbus/decoder2.py

@@ -17,6 +17,7 @@ def decode(pkt):
                 prt=1
             if prt==1:
                 print(i)
+    print("fini")
 
 scapy.sniff(iface="lo", prn=decode)
 

Pymodbus/decoder3.py

@@ -1,59 +0,0 @@
-#!/usr/bin/env python
-# -*- coding: utf-8 -*-
-
-import scapy.all as scapy
-import scapy.contrib.modbus as mb
-
-def decode(pkt):
-    prt=0
-    addr,value = "",""
-    bigL = [ ]
-    global miniL
-    f=open("truc.txt","w")
-    if "ModbusADU" in pkt:
-        grPkt=pkt["ModbusADU"].show(dump=True)
-        lPkt=grPkt.splitlines()
-        for i in lPkt:
-            if "###" in i:
-                #if addr!="" and value!="":
-                    #print("addr=",addr,"value=",value)
-                prt=0
-                typResp=""
-            if "Coil" in i:
-                prt=1
-                miniL[0] = "c"
-            elif "Register" in i:
-                prt=2
-                miniL[0] = "r"
-            #if prt==1:
-                #print(i)
-            elif "startAddr" in i or "outputAddr" in i or "registerAddr" in i:
-                miniL[1] = i[i.find("=")+2:]
-                #print(addr)
-            elif "coilStatus" in i or "registerVal=" in i or "outputsValue" in i:
-                value = i[i.find("[")+1:i.rfind("]")]
-                value = value.split(", ")
-                miniL[2] = value
-                #print("value= ",value," addr= ",addr)
-            elif "outputValue" in i or "quantityOutput" in i or "registerValue" in i:
-                miniL[2] = i[i.find("=")+2:]
-    if miniL.count(0)==0:
-        if(type(miniL[2])==list):
-            if miniL[0]=="r":
-                for i in range(len(miniL[2])):
-                    bigL.append([miniL[0],int(miniL[1],16)+i,miniL[2][i]])
-            else:
-                for i in range(len(miniL[2])):
-                    byte=8*[0]
-                    convert=bin(int(miniL[2][i]))
-                    for j in range(len(convert)-2):
-                        byte[j]=convert[-(j+1)]
-                    for j in range(8):
-                        bigL.append([miniL[0],int(miniL[1],16)+i*8+j,byte[j]])
-        else:
-            bigL.append(miniL)
-        print(bigL)
-        miniL = [0,0,0]
-miniL = [0,0,0]
-scapy.sniff(iface="lo", prn=decode)
-

Pymodbus/decoder3bancal.py

@@ -9,64 +9,92 @@ def decode(pkt):
     addr,value = "",""
     bigL = [ ]
     global miniL
-    f=open("truc.txt","w")
     if "ModbusADU" in pkt:
         grPkt=pkt["ModbusADU"].show(dump=True)
         lPkt=grPkt.splitlines()
         for i in lPkt:
             if "###" in i:
-                #if addr!="" and value!="":
-                    #print("addr=",addr,"value=",value)
                 prt=0
                 typResp=""
             if "Coil" in i and "Read" in i:
                 prt=1
-                miniL[0] = "cr"
+                miniL[0] = "c"
             if "Coil" in i and "Write" in i:
                 prt=1
                 miniL[0]="cw"
             elif "Register" in i:
                 prt=2
                 miniL[0] = "r"
-            #if prt==1:
+                miniL[3]=1
-                #print(i)
             elif "startAddr" in i or "outputAddr" in i or "registerAddr" in i:
                 miniL[1] = i[i.find("=")+2:]
-                #print(addr)
             elif "coilStatus" in i or "registerVal=" in i or ("outputsValue" in i and miniL[0]=="r"):
                 value = i[i.find("[")+1:i.rfind("]")]
                 value = value.split(", ")
                 miniL[2] = value
-                #print("value= ",value," addr= ",addr)
+            elif "outputValue" in i or "registerValue" in i:
-            elif "outputValue" in i or "quantityOutput" in i or "registerValue" in i:
                 miniL[2] = i[i.find("=")+2:]
-            elif "outputsValue" in i and miniL[0]=="c":
+                miniL[3]=1
+                print("cest lui qui fait chier",miniL)
+            elif "quantity" in i and miniL[0]=="c":
+                miniL[3]=i[i.find("=")+2:]
+                print(miniL[3])
+            elif "quantityOutput" in i and miniL[0]=="cw":
+                miniL[3]=i[i.find("=")+2:]
+                print(miniL[3])
+            elif "outputsValue" in i and miniL[0]=="cw":
                 valInter=i[i.find("=")+2:]
                 valInter2=valInter[1:-1]
-                #miniL[2] = int(valInter2,16)
+                miniL[2]=valInter2
-                miniL[2]=vaInter2
     if miniL.count(0)==0:
         if(type(miniL[2])==list):
             if miniL[0]=="r":
                 for i in range(len(miniL[2])):
-                    bigL.append([miniL[0],int(miniL[1],16)+i,int(miniL[2][i],16)])
+                    if("0x" in miniL[2]):
-            if miniL[0]=="cr":
+                        miniL[2]=int(miniL[2],16)
-                print("hého:",miniL)
+                    if("0x" in str(miniL[1])):
+                        miniL[1]=int(miniL[1],16)
+                    bigL.append([miniL[0],miniL[1]+i,miniL[2][i]])
+            if miniL[0]=="c":
                 for i in range(len(miniL[2])):
                     byte=8*[0]
-                    print("regarde ici",miniL[2][i])
                     convert=bin(int(miniL[2][i]))
                     for j in range(len(convert)-2):
                         byte[j]=convert[-(j+1)]
                     for j in range(8):
-                        bigL.append(["c",int(miniL[1],16)+i*8+j,byte[j]])
+                        print(miniL[1],j)
-            if miniL[0]=="cw":
+                        bigL.append(["c",int(str(miniL[1]),16)+i*8+j,byte[j]])
-                print("salut:",miniL)
-                    bigL.append(["c",int(miniL[1],16),0])
         else:
+            if "0x" in str(miniL[1]):
+                miniL[1]=int(miniL[1],16)
+            if "0x" in str(miniL[2]):
+                miniL[2]=int(miniL[2],16)
+            if "0x" in str(miniL[3]):
+                miniL[3]=int(miniL[3],16)
+            if miniL[0]=="cw" and miniL[2]>1:
+                print("problem ?")
+                if miniL[3]>1:
+                    valeurs=bin(miniL[2])[::-1][:-2]
+                    while len(valeurs)<miniL[3]:
+                        valeurs+='0'
+                    nouvList=[]
+                    for i in range(miniL[3]):
+                        nouvList.append(["c",miniL[1]+i,valeurs[i]])
+                        i+=1
+                    print(nouvList,"coucou")
+                    miniL=nouvList
+                else:
+                    if miniL[2]==65280:
+                        miniL[2]=1
+            if miniL[0]=="cw" and miniL[3]==1:
+                miniL=miniL[:3] 
+            if miniL[0]=="r" and miniL[3]==1:
+                miniL=miniL[:3]
+                print("betise a reparer")
+            print("hého?")
             bigL.append(miniL)
         print(bigL)
-        miniL = [0,0,0]
+        miniL = [0,0,0,0]
-miniL = [0,0,0]
+miniL = [0,0,0,0]
 scapy.sniff(iface="lo", prn=decode)
 

Pymodbus/decoder4Paul.py

@@ -0,0 +1,39 @@
+#!/usr/bin/env python
+# -*- coding: utf-8 -*-
+
+import scapy.all as scapy
+import scapy.contrib.modbus as mb
+
+valeursPropres={}
+valeursPasPropres=[]
+machin=["","",""]
+
+def decode(pkt):
+    prt=0
+    cle=["",""]
+    f=open("truc.txt","w")
+    if "ModbusADU" in pkt:
+        grPkt=pkt["ModbusADU"].show(dump=True)
+        lPkt=grPkt.splitlines()
+        for i in lPkt:
+            if "Addr" in i:
+                print(i)
+                addresse=i[17:]
+                cle[1]=addresse
+                machin[1]=addresse
+            if "Write" in i or "Read" in i:
+                print(i)
+                if "Coil" in i:
+                    cle[0]="C"
+                    machin[0]="C"
+                else:
+                    cle[0]="R"
+                    machin[0]="R"
+            if "Value" in i or "coilStatus" in i or "registerVal" in i:
+                print(i)
+                machin[2] = i[-5:]
+    if "" not in machin:
+        print(machin)
+
+scapy.sniff(iface="lo", prn=decode)
+