Now handles consumed messaged

src/message_api.cc

@@ -51,9 +51,10 @@ namespace pEp {
 
             int rating = (int) _rating;
             int flags = (int) _flags;
+            bool consumed = status == PEP_MESSAGE_CONSUMED;
 
             Message dst = _dst ? Message(_dst) : Message(src);
-            return boost::python::make_tuple(dst, keylist, rating, flags);
+            return boost::python::make_tuple(dst, keylist, rating, consumed, flags);
         }
 
         int _color(int rating)

src/pEpmodule.cc

@@ -32,6 +32,8 @@ namespace pEp {
                 return;
             if (status >= 0x400 && status <= 0x4ff)
                 return;
+            if (status == PEP_MESSAGE_CONSUMED)
+                return;
             if (status == PEP_OUT_OF_MEMORY)
                 throw bad_alloc();
             if (status == PEP_ILLEGAL_VALUE)
@@ -249,13 +251,14 @@ BOOST_PYTHON_MODULE(pEp)
     "   flags           1 is force encryption\n"
                 )
         .def("decrypt", &Message::decrypt,
-    "msg2, keys, rating, flags = msg1.decrypt()\n"
+    "msg2, keys, rating, consumed, flags = msg1.decrypt()\n"
     "\n"
     "decrypts a p≡p message and returns a tuple with data\n"
     "\n"
     "   msg             the decrypted p≡p message\n"
     "   keys            a list of keys being used\n"
     "   rating          the rating of the message as integer\n"
+    "   consumed        boolean denoting message is consumed by sync\n"
     "   flags           flags set while decryption (reserved)\n"
                 )
         .add_property("outgoing_rating", &Message::outgoing_rating, "rating outgoing message will have")

test/multipEp.py

@@ -8,6 +8,8 @@ from collections import OrderedDict
 pEp = None
 handler = None
 own_addresses = []
+indent = 0
+i_name = ""
 
 def create_account(address, name):
     global own_addresses
@@ -15,41 +17,56 @@ def create_account(address, name):
     pEp.myself(i)
     own_addresses.append(address)
 
-def header(blah=None):
+def printi(*args):
+    global indent
+    print(i_name + ">" * indent, *args)
+
+def printheader(blah=None):
+    global indent
     if blah is None:
-        return "-" * 80
+        printi("-" * 80)
+        indent = indent - 1
     else:
-        return ("-" * (39 - int(len(blah)/2))  + 
+        indent = indent + 1
-                " " + blah + " " + 
+        printi("-" * (39 - int(len(blah)/2))  + 
-                "-" * (39 - len(blah) + int(len(blah)/2)))
+               " " + blah + " " + 
-
+               "-" * (39 - len(blah) + int(len(blah)/2)))
+
+def printmsg(msg):
+    printi("from :", msg.from_)
+    printi("to :", msg.to)
+    printi("short :", msg.shortmsg)
+    printi("opt_fields :", msg.opt_fields)
+    lng = msg.longmsg.splitlines()
+    lngcut = lng[:20]+["[...]"] if len(lng)>20 else lng
+    pfx = "long : "
+    for l in lngcut :
+        printi(pfx + l)
+        pfx = "       "
+    printi("attachments : ", msg.attachments)
 
 def pEp_instance_run(iname, conn, msgs_folders):
-    global pEp, handler, own_addresses 
+    global pEp, handler, own_addresses, i_name
+
+    i_name = iname
 
     pEp = importlib.import_module("pEp")
 
     class Handler(pEp.SyncMixIn):
         def messageToSend(self, msg):
-            print(header("SYNC MESSAGE from instance"+iname))
+            printheader("SYNC MESSAGE to send")
-            print("from :", msg.from_)
+            printmsg(msg)
-            print("to :", msg.to)
+            printheader()
-            print("short :", msg.shortmsg)
-            print("long :", (msg.longmsg[:250]+" [...]"
-                             if len(msg.longmsg)>250 
-                             else msg.longmsg))
-            print(msg.attachments)
-            print(header())
             for rcpt in msg.to + msg.cc + msg.bcc:
-                # list inside dict from MP manager are not mutable, apparently.
+                # list inside dict from MP manager are not proxified.
                 msgs = msgs_folders.get(rcpt.address,[])
                 msgs.append(str(msg))
                 msgs_folders[rcpt.address] = msgs
 
         def showHandshake(self, me, partner):
-            print(header("HANDSHAKE from instance"+iname))
+            printheader("show HANDSHAKE dialog")
-            print("handshake needed between " + repr(me) + " and " + repr(partner))
+            printi("handshake needed between " + repr(me) + " and " + repr(partner))
-            print(header())
+            printheader()
             # TODO: accept or reject
 
     handler = Handler()
@@ -61,27 +78,38 @@ def pEp_instance_run(iname, conn, msgs_folders):
 
         func = order[0]
 
-        print(header("DECRYPT messages for instance "+iname))
+        printheader("DECRYPT messages")
         # decrypt every non-consumed message for all instance accounts
         for own_address in own_addresses:
             msgs_for_me = msgs_folders[own_address]
-            for idx, msgstr in enumerate(msgs_for_me):
+            for msgstr in msgs_for_me:
                 msg = pEp.incoming_message(msgstr)
-                decrypt_result = msg.decrypt()
+                printi("--- decrypt()")
-                # TODO get status instead of an exception when consumed...
+                printmsg(msg)
-                #if decrypt_result == 0xff02: #PEP_MESSAGE_CONSUMED
+                msg2, keys, rating, consumed, flags = msg.decrypt()
-                #    msgs_for_me.pop(idx)
+
-        print(header())
+                if consumed: #PEP_MESSAGE_CONSUMED
+                    printi("--- PEP_MESSAGE_CONSUMED")
+                    # folder may have changed in the meantime,
+                    # remove item directly from latest version of it.
+                    folder = msgs_folders[own_address]
+                    folder.remove(msgstr)
+                    msgs_folders[own_address] = folder
+                else :
+                    printi("->-")
+                    printmsg(msg2)
+                    printi("---")
+        printheader()
 
         res = None
         if func is not None:
-            print(header("Instance " + iname + " : function " + func.__name__))
+            printheader("Executing function " + func.__name__)
             args, kwargs = order[1:] + [[], {}][len(order) - 1:]
-            print("args :", args)
+            printi("args :", args)
-            print("kwargs :", kwargs)
+            printi("kwargs :", kwargs)
             res = func(*args,**kwargs)
-            print(" -> ", res)
+            printi("function " + func.__name__ + " returned :", res)
-            print(header())
+            printheader()
 
         conn.send(res)