write info to key

srv.py

@@ -31,7 +31,8 @@ def calids():
     msg = "http request to endpoint */cal_ids*"
     s.log.info(msg) 
     s.r.publish('info', msg)
-
+    s.aset('info', 0, msg)
+    
     keys = s.get_keys('cal_id')
     cal_ids = []
     for key in keys:
@@ -46,6 +47,8 @@ def target_pressure():
     msg = "http request to */target_pressure* endpoint"
     s.log.info(msg) 
     s.r.publish('info', msg)
+    s.aset('info', 0, msg)
+
     req = request.get_json()
 
     # start values:
@@ -65,7 +68,7 @@ def target_pressure():
         doc = db.get_doc(cal_id)
 
         todo_dict = utils.extract_todo_pressure(doc)
-        todo_pressures_acc, n_todo, todo_unit = utils.acc_pressure(value_dict=todo_dict,form_pressure_acc=todo_pressures_acc, n_acc=n_todo)
+        todo_pressures_acc, n_todo, todo_unit = utils.acc_pressure(value_dict=todo_dict, form_pressure_acc=todo_pressures_acc, n_acc=n_todo)
 
         last_rating = db.get_last_rating(doc)
         if last_rating and last_rating > highest_rating:
@@ -75,10 +78,8 @@ def target_pressure():
         if  last_pressure < last_measured_pressure:
             last_pressure = last_measured_pressure
         
-    
     target_dict = utils.extract_target_pressure(doc)
     remaining_pressures, remaining_unit =  utils.remaining_pressure(target_dict, todo_pressures_acc, n_todo)
-    
    
     measurement_complete = len(remaining_pressures) == 0
     
@@ -88,23 +89,23 @@ def target_pressure():
             continue_measurement = True
             # next pressure with ok rating
             next_pressure, next_unit = remaining_pressures[0], remaining_unit
-            s.r.publish('info', "The previous measurement point has a rating of *{:.1f}* of [0..9].".format(highest_rating))
-            s.r.publish('info', "Proceed with the next pressure point.")
-
-            s.r.publish( 'info', "The calibration pressure will be *{} {}*.".format(next_pressure, next_unit))
+            msg = "The previous measurement point has a rating of *{:.1f}* of [0..9]. Proceed with the next pressure point. The calibration pressure will be *{} {}*.".format(highest_rating, next_pressure, next_unit)
+            s.r.publish('info', msg)
+            s.aset('info', 0, msg)
         else:
             continue_measurement = False
-            s.r.publish('info', "The previous measurement point has a rating of *{:.1f}* of [0..9].".format(highest_rating))
-            s.r.publish('info', "It was the *last measurement point*.")
+            msg = "The previous measurement point has a rating of *{:.1f}* of [0..9].It was the *last measurement point*.".format(highest_rating)
+            s.r.publish('info', msg)
+            s.aset('info', 0, msg)
 
     if  highest_rating > repeat_over_rating:
         continue_measurement = True
 
         # next pressure with ok rating not ok
         next_pressure, next_unit = last_pressure, last_pressure_unit
-
-        s.r.publish('info', "The previous measurement point has a rating of *{:.1f}*. This is *not ok*.".format(highest_rating))
-        s.r.publish('info', "Repeat the previous pressure point ")
+        msg =  "The previous measurement point has a rating of *{:.1f}*. This is *not ok*. Repeat the previous pressure point.".format(highest_rating)
+        s.r.publish('info', msg)
+        s.aset('info', 0, msg)
     
     if continue_measurement:  
         s.aset("current_target_pressure", 0, "{} {}".format(next_pressure, next_unit))
@@ -132,6 +133,7 @@ def save_dut_branch():
     msg = "http  request to endpoint */save_dut_branch*"
     s.log.info(msg) 
     s.r.publish('info', msg)
+    s.aset('info', 0, msg)
 
     res = {"ok":True}
     req = request.get_json()
@@ -160,6 +162,7 @@ def save_maintainer():
     msg = "http request to endpoint */save_maintainer*"
     s.log.info(msg) 
     s.r.publish('info', msg)
+    s.aset('info', 0, msg)
 
     res = {"ok":True}
     req = request.get_json()
@@ -189,6 +192,7 @@ def save_gas():
     msg = "http request to endpoint */save_gas*"
     s.log.info(msg) 
     s.r.publish('info', msg)
+    s.aset('info', 0, msg)
 
     res = {"ok":True}
     req = request.get_json()
@@ -219,6 +223,8 @@ def dut_max():
     msg = "http request to endpoint */dut_max*"
     s.log.info(msg) 
     s.r.publish('info', msg)
+    s.aset('info', 0, msg)
+
     req = request.get_json()
    
     if 'Target_pressure_value' in req and 'Target_pressure_unit' in req:
@@ -316,6 +322,7 @@ def target_pressures():
     msg = "http request to endpoint */target_pressures*"
     s.log.info(msg) 
     s.r.publish('info', msg)
+    s.aset('info', 0, msg)
    
     res = {
             "Target_pressure": {
@@ -358,7 +365,8 @@ def offset_sequences():
     msg = "http request to endpoint */offset_sequences*"
     s.log.info(msg) 
     s.r.publish('info', msg)
-    
+    s.aset('info', 0, msg)
+
     seq_array = []
    
     lines = s.get_lines('offset_all_sequence')
@@ -385,6 +393,8 @@ def offset():
     msg = "http request to endpoint */offset*"
     s.log.info(msg) 
     s.r.publish('info', msg)
+    s.aset('info', 0, msg)
+
     res = {"ok":True}
     req = request.get_json()
 
@@ -446,7 +456,8 @@ def ind():
     msg = "http request to endpoint */ind*"
     s.log.info(msg) 
     s.r.publish('info', msg)
-  
+    s.aset('info', 0, msg)
+    
     res = {"ok":True}
     req = request.get_json()
 
@@ -517,7 +528,9 @@ def wait_sequences_complete(seq_array):
             task_element_completed = item.get('data')
             seq_array.remove(task_element_completed)
             if len(seq_array) == 0:
-                s.log.info("wait_sequences_complete function will return, all done!")
+                msg = "wait_sequences_complete function will return, all tasks resolved!"
+                s.log.info(msg)
+                s.aset('info', 0, msg)
                 break
             else:
                 s.log.info("remaining tasks elements: {}".format(seq_array))