measure_call_setup_time.py: make the output more readable
[SaveMySugar/python3-savemysugar.git] / src / measure_call_setup_time.py
index 4de937c..f69bb15 100755 (executable)
@@ -28,9 +28,8 @@ class Ring(object):
 
 def on_ring():
     if Ring.time == -1:
-        print("First ring")
         Ring.time = time.time()
-        raise StopIteration("We just want the first ring")
+        raise StopIteration("Got the ring we were waiting for")
 
 
 def measure_call_setup_time(ingoing_port, outgoing_port, destination_number):
@@ -61,14 +60,6 @@ def measure_call_setup_time(ingoing_port, outgoing_port, destination_number):
 
         hangup_time = time.time()
 
-        # When dialing with an analog modem I noticed that if calls are
-        # separated one from another they take less time to set up, this
-        # may be due to how an analog modem works: getting it on-hook and
-        # off-hook takes quite some time.
-        inter_call_sleep = 5.2
-        print("After hangup sleeping %.2f sec..." % inter_call_sleep)
-        time.sleep(inter_call_sleep)
-
         call_setup_time = Ring.time - dial_time
         min_call_setup_time = min(min_call_setup_time, call_setup_time)
         max_call_setup_time = max(max_call_setup_time, call_setup_time)
@@ -90,8 +81,17 @@ def measure_call_setup_time(ingoing_port, outgoing_port, destination_number):
         print("Min call time: %f" % min_call_time)
         print("Max call time: %f" % max_call_time)
         print()
+
         Ring.time = -1
 
+        # When dialing with an analog modem I noticed that if calls are
+        # separated one from another they take less time to set up, this
+        # may be due to how an analog modem works: getting it on-hook and
+        # off-hook takes quite some time.
+        inter_call_sleep = 5.2
+        print("Sleeping %.2f sec before the next call..." % inter_call_sleep)
+        time.sleep(inter_call_sleep)
+
 
 def main():
     import sys