--- a/query.py
+++ b/query.py
@@ -1,7 +1,7 @@
 import logger
 from sqlalchemy.sql import func
+import datetime
 
-
 class Query:
     """Objects of query class can be used to run specific queries."""
     def __init__(self, table):
@@ -54,4 +54,22 @@
 
     def filter_calls_by_duration(self, date, dateRange, duration):
         return self.t.lt.query.filter(self.t.lt.dcontext == 'callback', self.t.lt.duration < duration, self.t.lt.calldate.between(date, dateRange)).count()
+
+    def call_distribution(self, date, dateRange, dcontext):
+        startTimeStamp = datetime.datetime.strptime(date, '%Y-%m-%d %H:%M:%S')
+        endTimeStamp = datetime.datetime.strptime(dateRange, '%Y-%m-%d %H:%M:%S')
+        result = self.t.lt.query.filter(self.t.lt.dcontext == dcontext, self.t.lt.calldate.between(date, dateRange))
+        slots = {}
+        while(startTimeStamp - endTimeStamp <= datetime.timedelta(0)):
+            date1 = startTimeStamp
+            date2 = startTimeStamp + datetime.timedelta(seconds=3600)
+            startTimeStamp = date2
+            if slots.has_key('{0}-{1}'.format(date1.strftime('%H'), date2.strftime('%H'))):
+                slots['{0}-{1}'.format(date1.strftime('%H'), date2.strftime('%H'))] += result.filter(self.t.lt.calldate.between(date1, date2)).count()
+            else:
+                slots['{0}-{1}'.format(date1.strftime('%H'), date2.strftime('%H'))] = result.filter(self.t.lt.calldate.between(date1, date2)).count()
+
+        maxLoad = max(slots, key = lambda x: slots.get(x) )
+        minLoad = min(slots, key = lambda x: slots.get(x) )
+        return {"maxLoad": maxLoad, "maxCalls": slots[maxLoad], "minLoad": minLoad}
--- a/report.py
+++ b/report.py
@@ -28,9 +28,10 @@
 channel1_minutes = callDetails.load('SIP/10.0.0.20', startDate, endDate)
 channel2_minutes = callDetails.load('SIP/10.0.0.21', startDate, endDate)
 channel3_minutes = callDetails.load('SIP/10.0.0.22', startDate, endDate)
+mobilink_load = callDetails.call_distribution(startDate, endDate, 'mobilink')
+mobilink_tata_load = callDetails.call_distribution(startDate, endDate, 'mobilinktata')
 
 
-
 print '{0}: {1}'.format("Number of missed calls", callDetails.missedCalls(startDate, endDate))
 print '{0}: {1}'.format("Number of missed calls on 'mobilink'", callDetails.missedCalls(startDate, endDate, 'mobilink'))
 print '{0}: {1}'.format("Number of missed calls on 'mobilinktata'", callDetails.missedCalls(startDate, endDate, 'mobilinktata'))
@@ -44,4 +45,10 @@
 print '{0}: {1:.4f}'.format("Load on channel 10.0.0.20", channel1_minutes/audio_minutes)
 print '{0}: {1:.4f}'.format("Load on channel 10.0.0.21", channel2_minutes/audio_minutes)
 print '{0}: {1:.4f}'.format("Load on channel 10.0.0.22", channel3_minutes/audio_minutes)
+print '{0}: {1}'.format("Busiest hour for mobilink",mobilink_load["maxLoad"])
+print '{0}: {1}'.format("Number of calls in busiest hour for mobilink",mobilink_load["maxCalls"])
+print '{0}: {1}'.format("Least active hour for mobilink",mobilink_load["minLoad"])
+print '{0}: {1}'.format("Busiest hour for mobilinktata",mobilink_tata_load["maxLoad"])
+print '{0}: {1}'.format("Number of calls in busiest hour for mobilinktata",mobilink_tata_load["maxCalls"])
+print '{0}: {1}'.format("Least active hour for mobilinktata",mobilink_tata_load["minLoad"])