Timestamp logs

I2Cbitbang.py

 from I2Cdevices import *;
 import numpy as np
+import logging
 
 class I2Cbitbang(I2Cdevices):
    def I2CSet(self,dev,reg,value,I2Ccallback,width=8,bitoffset=0):
@@ -10,7 +11,7 @@ class I2Cbitbang(I2Cdevices):
           Addr=Dev['dev_address'];
 #          data2=[Addr<<1,regnr]+data;
           data2=[Addr<<1]+int2bytes(regnr)+value
-#          print(data2)
+#          logging.info("%s",data2)
           I2Ccallback('SDO',0) 
           I2Ccallback('SCL',1) 
           if not(I2CbbTX(data2,I2Ccallback)): return False;
@@ -18,9 +19,9 @@ class I2Cbitbang(I2Cdevices):
           data3=[0]
           if not(I2CbbRX(data2,data3,I2Ccallback)): return False;
           if data3[0]!=0x80:
-              print("Expected Ack 0x80, received:",data3); 
+              logging.error("Expected Ack 0x80, received: %s",data3); 
               return False;
-          print("Si4012 TX success!")
+          logging.info("Si4012 TX success!")
           return True;
    def I2CGet(self,dev,reg,value,I2Ccallback,width=8,bitoffset=0):
           SPI=Find(self.D['I2C_devices'],'dev_name',dev)
@@ -36,7 +37,7 @@ class I2Cbitbang(I2Cdevices):
 #              data2=[regnr%256]+data2;
 #              regnr=int(regnr/256);
 #          data2=[Addr<<1,regnr]+data2;
-#          print(data2,Addr,Reg['reg_addr']);
+#          logging.info("%s %s %s",data2,Addr,Reg['reg_addr']);
           if not(I2CbbTX(data2,I2Ccallback)): return False;
 #          return False;
           data2=[(Addr<<1)+1];
@@ -49,14 +50,14 @@ class I2Cbitbang(I2Cdevices):
           else: value[:]=data3[:];
           if (width!=l1*8) or (bitoffset>0): 
             value[0]=UnMask(value[0],width,bitoffset)      
-          #print("Received:",data3); 
+          #logging.info("Received: %s",data3); 
           return True;
 
 
 def I2CbbTX(data2,SetBit):
           SetBit('SDIOdir',1) #Input, should be high
           if SetBit('SDI',0,True)==0: 
-                      print("I2C line low!")
+                      logging.error("I2C line low!")
                       return False;
           #Start
           SetBit('SDIOdir',0) #Output = low
@@ -64,18 +65,18 @@ def I2CbbTX(data2,SetBit):
 
           for b in data2:
              bit_array = "{0:{fill}8b}".format(b, fill='0')
-             #print(bit_array)
+             #logging.info(bit_array)
              for bit in bit_array:
                  SetBit('SDIOdir',int(bit)) #input=high, output=low 
                  SetBit('SCL',1) 
                  SetBit('SCL',0)
              SetBit('SDIOdir',1) #Input
-             #print(GetBit(SDI))
+             #logging.info(GetBit(SDI))
              if SetBit('SDI',0,True)==1: 
-                      print("I2C: Not ACK")
+                      logging.error("I2C: Not ACK")
                       return False;
              SetBit('SCL',1)
-             #print(GetBit(SDI))
+             #logging.info(GetBit(SDI))
              SetBit('SCL',0)
 #             SetBit(SDIOdir,0) #Output
  
@@ -88,7 +89,7 @@ def I2CbbTX(data2,SetBit):
 def I2CbbRX(data1,data2,SetBit):
           SetBit('SDIOdir',1) #Input, should be high
           if SetBit('SDI',0,True)==0: 
-                      print("I2C ack: line low!")
+                      logging.error("I2C ack: line low!")
                       return False;
           #Start
           SetBit('SDIOdir',0) #Output = low
@@ -97,18 +98,18 @@ def I2CbbRX(data1,data2,SetBit):
 
           for b in data1:
              bit_array = "{0:{fill}8b}".format(b, fill='0')
-             #print(bit_array)
+             #logging.info(bit_array)
              for bit in bit_array:
                  SetBit('SDIOdir',int(bit)) #input=high, output=low 
                  SetBit('SCL',1) 
                  SetBit('SCL',0)
              SetBit('SDIOdir',1) #Input
-             #print(GetBit(SDI))
+             #logging.info(GetBit(SDI))
              if SetBit('SDI',0,True)==1: 
-                      print("I2C: Not ACK")
+                      logging.error("I2C: Not ACK")
                       return False;
              SetBit('SCL',1)
-             #print(GetBit(SDI))
+             #logging.info(GetBit(SDI))
              SetBit('SCL',0)
 
           for x in range(len(data2)):