switch kann nun auch mit warteschalngen initialisiert werden, pCharger überarbeitet

Connector/switch.py

@@ -12,6 +12,7 @@ from Config.parser import config
 #import Module
 import database
 import modbus
+from test import query
 
 MYSQL   = 0
 MODBUS  = 1
@@ -30,10 +31,10 @@ class Switch(Thread):
         Thread.__init__(self)
         self.source = source
 
-    def initialisiere(self):
+    def initialisiere(self, query = None, queue = None):
         '''
         initialize the swich with the given source and creates a queue and a query
-        it calls the setup method from the source module
+        it calls the setup method from the submodule of the source
 
         @return: queue and query
         '''
@@ -41,14 +42,16 @@ class Switch(Thread):
             self.cursor = database.setup(conf)
         elif self.source == MODBUS:
             self.cursor = modbus.setup(conf)
+        else:
+            raise NotImplementedError
 
         ### init Query ###
-        self.query = Queue()
+        self.query = Queue() if query is None else query
         if conf['config_debug']:
             print '\tSWITCH-QUERY:\t', self.query
 
         ### init Queue ###
-        self.queue = Queue()
+        self.queue = Queue() if queue is None else queue
         if conf['config_debug']:
             print '\tSWITCH-QUEUE:\t', self.queue
 
@@ -56,7 +59,7 @@ class Switch(Thread):
 
     def run(self):
         '''
-        The loop method of the source module is called with a parameter from the query.
+        The loop method from the submodule is called with a parameter from the query.
         Its output is written to the queue.
         '''
         while True:

src/pCharger.py

@@ -13,10 +13,12 @@ import numpy
 
 number = 1
 
-sqlerr = "INSERT INTO %s (DateTime,Type,error) VALUES (\'%s\',%s,%s);"
+#sqlerr = "INSERT INTO %s (DateTime,Type,error) VALUES (\'%s\',%s,%s);"
-sqlnor = "INSERT INTO %s (DateTime,Type,cardnumber,customernumber,plug,meterreading) VALUES (\'%s\',%s,%s,%s,%s,%s);"
+#sqlnor = "INSERT INTO %s (DateTime,Type,cardnumber,customernumber,plug,meterreading) VALUES (\'%s\',%s,%s,%s,%s,%s);"
 folder = 'I:\Rauch\pCharger0%s'
 
+columns = ('DateTime', 'Type', 'cardnumber', 'customernumber', 'plug', 'meterreading', 'error')
+
 def clean(li):
     '''
     Cleans every strings in a list with the strip() Method
@@ -55,7 +57,6 @@ def genData(folder):
     @param folder: path to the folder containing pCarger csv files
     '''
     ordner = os.listdir(folder)
-    columns = ('DateTime', 'Type','cardnumber', 'customernumber', 'plug', 'meterreading', 'error')
     res_data = DataFrame(columns = ['DateTime', 'Type', 'cardnumber', 'customernumber', 'plug', 'meterreading', 'error'])
     for datei in ordner:
         path = "%s/%s" % (folder, datei)
@@ -88,7 +89,7 @@ def genData(folder):
     #res_data = res_data.set_index('DateTime', verify_integrity = True)
     res_data = res_data.replace('', numpy.nan)
     res_data = res_data.where(DataFrame.notnull(res_data), 0)
-    res_data[['cardnumber', 'customernumber', 'plug', 'meterreading', 'error']] =  res_data[['cardnumber', 'customernumber', 'plug', 'meterreading', 'error']].astype(numpy.int64)
+    res_data[['cardnumber', 'customernumber', 'plug', 'meterreading', 'error']] =  res_data[[ 'cardnumber', 'customernumber', 'plug', 'meterreading', 'error']].astype(numpy.int64)
     return res_data
 
 
@@ -102,11 +103,29 @@ db.loadDatabase(strHost = conf['mySQL_server'],
                 strPasswd = conf['mySQL_pass'],
                 strDatabase = 'ems_testdb', #conf['mySQL_database'],
                 strTable = None)
-
+big_data = DataFrame(columns = ['DateTime', 'pillarID', 'Type', 'cardnumber', 'customernumber', 'plug', 'meterreading', 'error'])
 for i in range(1,8):
     number = i
     #print genData('I:\Rauch\pCharger%s' % '0{0}'.format(number))
     if i == 5:
         continue
-    db.writeDatabase('pCharger%s' % '0{0}'.format(number), genData('I:\Rauch\pCharger%s' % '0{0}'.format(number)), bClear = False)
+    tmp = genData('I:\Rauch\pCharger%s' % '0{0}'.format(number))
+    tmp['pillarID'] = i
+    big_data = big_data.append(tmp, ignore_index = True)
+    #db.writeDatabase('pCharger%s' % '0{0}'.format(number), big_data, bClear = False)
     print 'wrote pCharger%s' % '0{0}'.format(number)
+
+tmp = big_data.sort('DateTime')
+tmp = tmp.reset_index(drop = True)
+gr = tmp.groupby(['pillarID', 'plug'])
+cur = gr.agg('min')['meterreading']
+tmp['global'] = sum(list(cur))
+gl = cur
+
+for i in range(tmp.index[-1]+1):
+    x = tmp.ix[i]
+    if cur[x['pillarID']][x['plug']] < x['meterreading']:
+        cur[x['pillarID']][x['plug']] = x['meterreading']
+    tmp.loc[i, 'global'] = sum(list(cur))
+
+db.writeDatabase('pCharger', tmp, bClear = False)