added a method which should oscillate the temperature back and forth

[goodfet] / client / FordExperiments.py

diff --git a/client/FordExperiments.py b/client/FordExperiments.py
index df43f84..357ba6c 100644 (file)
--- a/client/FordExperiments.py
+++ b/client/FordExperiments.py
@@ -15,26 +15,37 @@ class FordExperiments(GoodFETMCPCANCommunication):
     
     def init(self):
         super(FordExperimetns,self).__init__(self) #initialize chip
     
     def init(self):
         super(FordExperimetns,self).__init__(self) #initialize chip

-    
+        self.freq = 500;
+

     def mimic1056(self,packetData,runTime):
         #setup chip
         self.client.serInit()
     def mimic1056(self,packetData,runTime):
         #setup chip
         self.client.serInit()

-        self.spitSetup()
+        self.spitSetup(500)

         #FIGURE out how to clear buffers
         self.addFilter([1056, 1056, 1056, 1056,1056, 1056], verbose=False)
         packet1 = self.client.rxpacket();
         #FIGURE out how to clear buffers
         self.addFilter([1056, 1056, 1056, 1056,1056, 1056], verbose=False)
         packet1 = self.client.rxpacket();

+        if(packet1 != None):
+            packetParsed = self.client.packet2parsed(packet1);
+        #keep sniffing till we read a packet
+        while( packet1 == None or packetParsed.get('sID') != 1056 ):
+            packet1 = self.client.rxpacket()
+            if(packet1 != None):
+                packetParsed = self.client.packet2parsed(packet1)

         recieveTime = time.time()
         packetParsed = self.client.packet2parsed(packet1)
         if( packetParsed['sID'] != 1056):
             print "Sniffed wrong packet"
             return
         recieveTime = time.time()
         packetParsed = self.client.packet2parsed(packet1)
         if( packetParsed['sID'] != 1056):
             print "Sniffed wrong packet"
             return

-        countInitial = ord(packetParsed['db3'].get()) #initial count value
+        countInitial = ord(packetParsed['db3']) #initial count value

         packet = []
         #set data packet to match what was sniffed or at least what was input
         for i in range(0,8):
             idx = "db%d"%i
             if(packetData.get(idx) == None):
                 packet.append(ord(packetParsed.get(idx)))
         packet = []
         #set data packet to match what was sniffed or at least what was input
         for i in range(0,8):
             idx = "db%d"%i
             if(packetData.get(idx) == None):
                 packet.append(ord(packetParsed.get(idx)))

+            else:
+                packet.append(packetData.get(idx))
+        print packet

         #### split SID into different regs
         SIDlow = (1056 & 0x07) << 5;  # get SID bits 2:0, rotate them to bits 7:5
         SIDhigh = (1056 >> 3) & 0xFF; # get SID bits 10:3, rotate them to bits 7:0
         #### split SID into different regs
         SIDlow = (1056 & 0x07) << 5;  # get SID bits 2:0, rotate them to bits 7:5
         SIDhigh = (1056 >> 3) & 0xFF; # get SID bits 10:3, rotate them to bits 7:0


@@ -42,6 +53,7 @@ class FordExperiments(GoodFETMCPCANCommunication):
                   0x08, # bit 6 must be set to 0 for data frame (1 for RTR) 
                   # lower nibble is DLC                   
                  packet[0],packet[1],packet[2],packet[3],packet[4],packet[5],packet[6],packet[7]]
                   0x08, # bit 6 must be set to 0 for data frame (1 for RTR) 
                   # lower nibble is DLC                   
                  packet[0],packet[1],packet[2],packet[3],packet[4],packet[5],packet[6],packet[7]]

+        packetCount = 1;

         self.client.txpacket(packet);
         tpast = time.time()
         while( (time.time()-recieveTime) < runTime):
         self.client.txpacket(packet);
         tpast = time.time()
         while( (time.time()-recieveTime) < runTime):


@@ -50,17 +62,129 @@ class FordExperiments(GoodFETMCPCANCommunication):
             if( dT/0.2 >= 1):
                 db3 = (countInitial + math.floor((time.time()-recieveTime)/0.2))%255
                 packet[8] = db3
             if( dT/0.2 >= 1):
                 db3 = (countInitial + math.floor((time.time()-recieveTime)/0.2))%255
                 packet[8] = db3

+                self.client.txpacket(packet)
+                packetCount += 1

             else:
             else:

-                self.client.MCPrts(TXB0=True):
+                packetCount += 1
+                self.client.MCPrts(TXB0=True)

             tpast = time.time()  #update our transmit time on the one before   
             
                 
          
             tpast = time.time()  #update our transmit time on the one before   
             
                 
          

-
-
+    def cycledb1_1056(self,runTime):
+        #setup chip
+        self.client.serInit()
+        self.spitSetup(500)
+        #FIGURE out how to clear buffers
+        self.addFilter([1056, 1056, 1056, 1056,1056, 1056], verbose=False)
+        packet1 = self.client.rxpacket();
+        if(packet1 != None):
+            packetParsed = self.client.packet2parsed(packet1);
+        #keep sniffing till we read a packet
+        while( packet1 == None or packetParsed.get('sID') != 1056 ):
+            time.sleep(.1)
+            packet1 = self.client.rxpacket()
+            if(packet1 != None):
+                packetParsed = self.client.packet2parsed(packet1)
+        recieveTime = time.time()
+        packetParsed = self.client.packet2parsed(packet1)
+        if( packetParsed['sID'] != 1056):
+            print "Sniffed wrong packet"
+            return
+        packet = []
+        #set data packet to match what was sniffed or at least what was input
+        for i in range(0,8):
+            idx = "db%d"%i
+            packet.append(ord(packetParsed.get(idx)))
+        packetValue = 0
+        packet[1] = packetValue;
+        
+        print packet
+        #### split SID into different regs
+        SIDlow = (1056 & 0x07) << 5;  # get SID bits 2:0, rotate them to bits 7:5
+        SIDhigh = (1056 >> 3) & 0xFF; # get SID bits 10:3, rotate them to bits 7:0
+        packet = [SIDhigh, SIDlow, 0x00,0x00, # pad out EID regs
+                  0x08, # bit 6 must be set to 0 for data frame (1 for RTR) 
+                  # lower nibble is DLC                   
+                 packet[0],packet[1],packet[2],packet[3],packet[4],packet[5],packet[6],packet[7]]
+        packetCount = 1;
+        self.client.txpacket(packet);
+        tpast = time.time()
+        while( (time.time()-recieveTime) < runTime):
+            #care about db3 or packet[8] that we want to count at the rate that it is
+            dT = time.time()-tpast
+            packetValue += 1
+            pV = packetValue%255
+            #temp = ((packetValue+1))%2
+            #if( temp == 1):
+            #    pV = packetValue%255
+            #else:
+            #    pV = 0
+            packet[6] = pV
+            #packet[6] = 1
+            print packet
+            self.client.txpacket(packet)
+            packetCount += 1
+            tpast = time.time()  #update our transmit time on the one before   
+        print packetCount;
+        
+    def getBackground(self,sId):
+        packet1 = self.client.rxpacket();
+        if(packet1 != None):
+            packetParsed = self.client.packet2parsed(packet1);
+        #keep sniffing till we read a packet
+        while( packet1 == None or packetParsed.get('sID') != sId ):
+            packet1 = self.client.rxpacket()
+            if(packet1 != None):
+                packetParsed = self.client.packet2parsed(packet1)
+            
+        recieveTime = time.time()
+        return packetParsed
+        
+        
+    def oscillateTemperature(self,time):
+        #setup chip
+        self.client.serInit()
+        self.spitSetup(500)
+        #FIGURE out how to clear buffers
+        self.addFilter([1056, 1056, 1056, 1056,1056, 1056], verbose=False)
+        packetParsed = self.getBackground(1056)
+        packet = []
+        #set data packet to match what was sniffed or at least what was input
+        for i in range(0,8):
+            idx = "db%d"%i
+            packet.append(ord(packetParsed.get(idx)))
+        packetValue = 0
+        packet[1] = packetValue;
+        
+        print packet
+        #### split SID into different regs
+        SIDlow = (1056 & 0x07) << 5;  # get SID bits 2:0, rotate them to bits 7:5
+        SIDhigh = (1056 >> 3) & 0xFF; # get SID bits 10:3, rotate them to bits 7:0
+        packet = [SIDhigh, SIDlow, 0x00,0x00, # pad out EID regs
+                  0x08, # bit 6 must be set to 0 for data frame (1 for RTR) 
+                  # lower nibble is DLC                   
+                 packet[0],packet[1],packet[2],packet[3],packet[4],packet[5],packet[6],packet[7]]
+        packetCount = 1;
+        self.client.txpacket(packet);
+        tpast = time.time()
+        while( (time.time()-recieveTime) < runTime):
+            dt = tpast - time.time()
+            value = 30*math.sin(((2.0*math.pi)/5.0)*dt)+130
+            packet[5] = int(value)
+            #packet[6] = 1
+            print packet
+            self.client.txpacket(packet)
+            packetCount += 1
+            #tpast = time.time()  #update our transmit time on the one before   
+        print packetCount;
+        
+        

 if __name__ == "__main__":
     fe = FordExperiments();
     packetData = {}
     packetData['db4'] = 4;
 if __name__ == "__main__":
     fe = FordExperiments();
     packetData = {}
     packetData['db4'] = 4;

-    runTime = 10;
-    fe.mimic1056(packetData, runTime)
+    runTime = 100;
+    #fe.mimic1056(packetData, runTime)
+    #fe.cycledb1_1056(runTime)
+    fe.oscillateTemperature(runTime)
\ No newline at end of file