* Enabled "Send" and "Receive" Message types.

* Updated the example to also employ Sym2Lib library

CANLibrary/Sym2Lib.py

@@ -15,14 +15,14 @@ def readSym(symfile):
     '''
     Read in a .sym-file created with PEAK PCAN Symbol Editor containing CAN message and signal definitions.
     '''
-    sym = open(symfile, "r")
+    sym = open(symfile, "r")        # File handle to the .sym-file
 
-    message = {}
-    tmp = {}
-    enums = {}
-    ignore = True
-    enums_bool = False
-    name = ""
+    message = {}                    # Decoded message descriptions
+    tmp = {}                        #
+    enums = {}                      #
+    ignore = True                   # temporary ignore flag for message types
+    enums_bool = False              #
+    name = ""                       #
 
     for line in sym:
         line = line.split("//")[0].strip()
@@ -68,15 +68,15 @@ def readSym(symfile):
             modus = line.strip("{} \n")
             if modus == "ENUMS":
                 enums_bool = True
-                ignore = False
-            elif modus == "SEND":
-                ignore = False
+                ignore = False              # do not ignore ENUM definitions
+            elif modus == "SEND":       
+                ignore = False              # do not ignore SEND type message definitions
             elif modus == "RECEIVE":
-                ignore = False
+                ignore = False              # do not ignore RECEIVE type message definitions              
             elif modus == "SENDRECEIVE":
-                ignore = False
+                ignore = False              # do not ignore SENDRECEIVE type message definitions
             elif modus == "VIRTUALVARS":
-                ignore = True
+                ignore = True               # ignore VIRTUALVARS definitions
 
         elif line[0] == "[":
             name = line.strip("[] \n")
@@ -170,7 +170,8 @@ def Add2Adapter(pcan, symfile):
                                    mes[i]["DLC"],
                                     mes[i]["CycleTime"],
                                     i))
-        print "add - %s (%s) - to pcan" % (i, hex(mes[i]["ID"]))
+        
+        print "adding message to pcan: ID \'%s\', Name \'%s\'" % (hex(mes[i]["ID"]), i)
         signals = []
         for sig in mes[i]:
             if isinstance(mes[i].get(sig), dict):

CANLibrary/example.py

@@ -10,6 +10,7 @@ from CanMessage import CanMessage
 from CanSignal import CanSignal
 from PCan import PcanAdapter
 #from Sym2Lib import addtoPCAN, printCode
+from Sym2Lib import Add2Adapter
 import time
 
 print '\nCreate a PCAN adapter'
@@ -59,6 +60,16 @@ pcan.Messages['mMotor_2'].composeData()
 print 'mMotor_2.Data', pcan.Messages['mMotor_2'].Data
 pcan.sendMessage(pcan.Messages['mMotor_2'])
 
+# Test Sym2Lib
+Add2Adapter(pcan, "Test.sym")
+
+pcan.Messages['Test'].Signals['Var1'].SetData( 30 )
+pcan.Messages['Test'].composeData()
+
+pcan.sendMessage(pcan.Messages['Test'])
+
+
+
 # receive messages, if the signal MO1_Drehzahl has changed, print the new value
 while True:
     #print 'send'