test status

.project_alt.json

@@ -0,0 +1,4 @@
+{
+  "app/*.py": {"alternate": "tests/{}.py"},
+  "tests/*.py": {"alternate": "app/{}.py"}
+}

app/functions.py

@@ -1,11 +1,10 @@
 from datetime import datetime, timedelta
-from flask import render_template, flash
+from flask import flash, redirect, url_for
 from app.model import Post, Mechanism, Work_1C_1
 from app import db
-from pprint import pprint
-from random import choice
 
-HOURS = 10 #your timezone
+
+HOURS = 10  # your timezone
 
 
 def today_shift_date():
@@ -25,20 +24,24 @@ def today_shift_date():
 
 def all_mechanisms_id(type=None):
     '''Find all mechanisms id'''
-    if type == None:
+    if type is None:
         return [m.id for m in db.session.query(Mechanism).all()]
-    return [m.id for m in db.session.query(Mechanism).filter(Mechanism.type == type).all()]
+    return [m.id for m in db.session.query(Mechanism).filter(
+        Mechanism.type == type).all()]
+
 
 def all_mechanisms_type():
     '''Find all mechanisms type'''
     ls = [m.type for m in db.session.query(Mechanism).all()]
     return set(ls)
 
+
 def all_number(type, number):
     '''Need to do then'''
     return [m.id for m in Mechanism.query.all()]
 
-def multiple_5(date): #not use
+
+def multiple_5(date):  # not use
     '''Return time multiple 5 minutes and remite microseconds'''
     global HOURS
     # date -= timedelta(minutes=5)
@@ -49,38 +52,46 @@ def multiple_5(date): #not use
 
 
 def image_mechanism(value, type_mechanism, number, last_time):
-    dt = datetime.now()- last_time
-    dt =dt.total_seconds()/60
-    if type_mechanism=="usm":
+    dt = datetime.now() - last_time
+    dt = dt.total_seconds() / 60
+    if type_mechanism == "usm":
         if dt > 120.0:
-            return './static/numbers/'+str(type_mechanism)+'/gray/'+str(number)+'.png'
+            return './static/numbers/'+str(
+                type_mechanism)+'/gray/'+str(number)+'.png'
         if dt >= 3.0:
-            return './static/numbers/'+str(type_mechanism)+'/red/'+str(number)+'.png'
-        if value<0.1:
-            return './static/numbers/'+str(type_mechanism)+'/yellow/'+str(number)+'.png'
+            return './static/numbers/'+str(
+                type_mechanism)+'/red/'+str(number)+'.png'
+        if value < 0.1:
+            return './static/numbers/'+str(
+                type_mechanism)+'/yellow/'+str(number)+'.png'
         else:
-            return './static/numbers/'+str(type_mechanism)+'/green/'+str(number)+'.png'
+            return './static/numbers/'+str(
+                type_mechanism)+'/green/'+str(number)+'.png'
 
-    if type_mechanism=="kran":
+    if type_mechanism == "kran":
         if dt > 120.0:
-            return './static/numbers/'+str(type_mechanism)+'/gray/'+str(number)+'.png'
+            return './static/numbers/'+str(
+                type_mechanism)+'/gray/'+str(number)+'.png'
         if dt >= 5.0:
-            return './static/numbers/'+str(type_mechanism)+'/red/'+str(number)+'.png'
-        if value==1:
-            return './static/numbers/'+str(type_mechanism)+'/black/'+str(number)+'.png'
-        if value==2:
-            return './static/numbers/'+str(type_mechanism)+'/blue/'+str(number)+'.png'
+            return './static/numbers/'+str(
+                type_mechanism)+'/red/'+str(number)+'.png'
+        if value == 1:
+            return './static/numbers/'+str(
+                type_mechanism)+'/black/'+str(number)+'.png'
+        if value == 2:
+            return './static/numbers/'+str(
+                type_mechanism)+'/blue/'+str(number)+'.png'
         else:
-            return './static/numbers/'+str(type_mechanism)+'/yellow/'+str(number)+'.png'
-
+            return './static/numbers/'+str(
+                type_mechanism)+'/yellow/'+str(number)+'.png'
 
 
-# not use
-def time_for_shift_list(date_shift, shift): #not use
+def time_for_shift_list(date_shift, shift):  # not use
     '''get dict with all minute's values for the period'''
     # get data from db
     cursor = db.session.query(Post).filter(
-        Post.date_shift == date_shift, Post.shift == shift).order_by(Post.mechanism_id).all()
+        Post.date_shift == date_shift,
+        Post.shift == shift).order_by(Post.mechanism_id).all()
 
     # create dict all works mechanism in shift
     data_per_shift = {}
@@ -122,65 +133,78 @@ def time_for_shift_list(date_shift, shift): #not use
                 break
     return time_by_minuts
 
+
 def handle_date(date):
     day = month = year = None
     spl_date = date.split('.')
-    if len(spl_date) >3:
+    if len(spl_date) > 3:
         return redirect(url_for('index'))
     try:
         day = int(spl_date[0])
         month = int(spl_date[1])
         year = int(spl_date[2])
     except IndexError:
         print('ERR', day, month, year)
-    if not year: year=datetime.now().year
-    if not month: month=datetime.now().month
-    if not day: day=datetime.now().day
+    if not year:
+        year = datetime.now().year
+    if not month:
+        month = datetime.now().month
+    if not day:
+        day = datetime.now().day
     try:
         return datetime(year, month, day).date()
-    except:
+    except ValueError:
         flash('Enter correct shift')
         return datetime.now().date()
 
+
 def data_from_1c(date_shift, shift):
     time_from = datetime.combine(date_shift, datetime.min.time())
-    if shift==1:
+    if shift == 1:
         time_from += timedelta(hours=8)
     else:
         time_from += timedelta(hours=20)
     time_to = time_from + timedelta(hours=12)
-    cursor = db.session.query(Work_1C_1).filter(Work_1C_1.data_nach>=time_from, Work_1C_1.data_nach<=time_to).all()
+    cursor = db.session.query(Work_1C_1).filter(
+        Work_1C_1.data_nach >= time_from,
+        Work_1C_1.data_nach <= time_to).all()
     data_1C = [x.get() for x in cursor]
     return data_1C
 
+
 def data_from_1c_by_id(date_shift, shift, id_mech):
     time_from = datetime.combine(date_shift, datetime.min.time())
-    if shift==1:
+    if shift == 1:
         time_from += timedelta(hours=8)
     else:
         time_from += timedelta(hours=20)
     time_to = time_from + timedelta(hours=12)
-    cursor = db.session.query(Work_1C_1).filter(Work_1C_1.data_nach>=time_from, Work_1C_1.data_nach<time_to, Work_1C_1.inv_num==id_mech).all()
+    cursor = db.session.query(Work_1C_1).filter(
+        Work_1C_1.data_nach >= time_from,
+        Work_1C_1.data_nach < time_to,
+        Work_1C_1.inv_num == id_mech).all()
     data_1C = [x.get() for x in cursor]
     return data_1C
 
+
 def fio_to_fi(item):
     fio = item[3].split()
     if not fio:
         return None
     return f'{fio[0].capitalize()} {fio[1][0]}.'
 
+
 def add_fio(data_kran_period, date_shift, shift):
     ''' add fio and grab if it exec'''
     if not data_kran_period:
         return None
     for key, value in data_kran_period.items():
         id_mech = data_kran_period[key]['id']
         data_by_id_mech = data_from_1c_by_id(date_shift, shift, id_mech)
-        if len(data_by_id_mech)<1:
+        if len(data_by_id_mech) < 1:
             data_kran_period[key]['fio'] = None
             data_kran_period[key]['grab'] = None
-        elif len(data_by_id_mech)==1:
+        elif len(data_by_id_mech) == 1:
             data_kran_period[key]['fio'] = fio_to_fi(data_by_id_mech[0])
             if data_by_id_mech[0][2] == 0:
                 data_kran_period[key]['grab'] = None
@@ -191,7 +215,31 @@ def add_fio(data_kran_period, date_shift, shift):
                 data_kran_period[key]['fio'] = 'Two operators'
     return data_kran_period
 
+
 def get_state():
-    state = ['work', 'stay', 'no_power', 'long_not_work']
-    return choice(state)
+    return 'work'
+
+
+def state_mech(args):
+    values = list(x.value == -1 for x in args.values())
+    result = all(values[1:])
+    print(values, result)
+    if result:
+        return 'no_power'
+
+    values = list(x.value <= .1 for x in args.values())
+    result = all(values[1:])
+    if result:
+        return 'stay'
+
+    return 'work'
+
 
+def alarm_mech(args):
+    """state = ['work', 'stay', 'no_power', 'long_not_work', 'bad_work']"""
+    # for x in args.values():
+    #     print(x.value, x.timestamp)
+    values = list(x.value for x in args.values())
+    if sum(values) <= 1:
+        return False
+    return True

app/model.py

@@ -80,7 +80,7 @@ def __init__(self, mechanism_id, latitude=0, longitude=0, value=None, value2=Non
             f.write(d)
 
     def __repr__(self):
-        return f'{self.value}'
+        return f'{self.timestamp} {self.value} '
 
     def add_post(self):
         print(super().get_tables_for_bind())