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Cédric Le Ninivin
erp5
Commits
e1c65e05
Commit
e1c65e05
authored
Feb 12, 2019
by
Cédric Le Ninivin
Committed by
Cédric Le Ninivin
May 29, 2023
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builder: Reach workable calculation
parent
6de131e9
Changes
1
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1 changed file
with
36 additions
and
3 deletions
+36
-3
bt5/erp5_base/MixinTemplateItem/portal_components/mixin.erp5.BuilderMixin.py
...TemplateItem/portal_components/mixin.erp5.BuilderMixin.py
+36
-3
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bt5/erp5_base/MixinTemplateItem/portal_components/mixin.erp5.BuilderMixin.py
View file @
e1c65e05
...
@@ -461,7 +461,7 @@ class BuilderMixin(XMLObject, Amount, Predicate):
...
@@ -461,7 +461,7 @@ class BuilderMixin(XMLObject, Amount, Predicate):
)
)
# Prepare period_list
# Prepare period_list
limit_date
=
getPreviousValidDate
(
from_date
)
limit_date
=
getPreviousValidDate
(
getPreviousValidDate
(
from_date
)
-
0.1
)
limit_date_list
=
[]
limit_date_list
=
[]
last_date
=
getPreviousValidDate
(
history_list
[
-
1
][
0
])
last_date
=
getPreviousValidDate
(
history_list
[
-
1
][
0
])
while
limit_date
<=
last_date
:
while
limit_date
<=
last_date
:
...
@@ -471,6 +471,9 @@ class BuilderMixin(XMLObject, Amount, Predicate):
...
@@ -471,6 +471,9 @@ class BuilderMixin(XMLObject, Amount, Predicate):
# Hackish and dangerous
# Hackish and dangerous
next_start_date
=
limit_date
)).
earliestTime
()
next_start_date
=
limit_date
)).
earliestTime
()
min_stock_value
=
supply
.
getMinOrderQuantity
()
/
default_quantity_unit_flow_quantity_unit_conversion_ratio
factor
=
supply
.
getMinFlow
()
next_period_history_list
=
[]
#self.log(limit_date_list)
#self.log(limit_date_list)
# Create a movement per period
# Create a movement per period
for
period_start_date
in
limit_date_list
:
for
period_start_date
in
limit_date_list
:
...
@@ -481,16 +484,46 @@ class BuilderMixin(XMLObject, Amount, Predicate):
...
@@ -481,16 +484,46 @@ class BuilderMixin(XMLObject, Amount, Predicate):
next_start_date
=
period_start_date
)).
earliestTime
()
next_start_date
=
period_start_date
)).
earliestTime
()
period_history_list
=
[]
period_history_list
=
[]
if
next_period_history_list
and
\
next_next_period_start_date
==
next_period_start_date
:
period_history_list
=
next_period_history_list
[:]
while
history_list
and
history_list
[
0
][
0
]
<
next_period_start_date
:
while
history_list
and
history_list
[
0
][
0
]
<
next_period_start_date
:
period_history_list
.
append
(
history_list
.
pop
(
0
))
period_history_list
.
append
(
history_list
.
pop
(
0
))
# Using period history list calculate min stock
# Using period history list calculate min stock
min_inventory
=
self
.
Base_evaluateMinInventoryForSupplyAtDate
(
# In this iteration we verify that the invetory is always superior
# to the min_stock_value
min_inventory_end_of_period
=
min_stock_value
# Anticipate next period need if a ratio is defined
next_period_history_list
=
[]
next_next_period_start_date
=
DateTime
(
supply
.
getNextPeriodicalDate
(
next_period_start_date
,
next_start_date
=
next_period_start_date
)).
earliestTime
()
if
factor
and
next_next_period_start_date
<=
last_date
:
# prepare new hixtory_list
while
history_list
and
history_list
[
0
][
0
]
<
next_next_period_start_date
:
next_period_history_list
.
append
(
history_list
.
pop
(
0
))
# Calculate need with ratio
# Here it is actually just a ratio of the next period consumption.
min_inventory_end_of_period
=
self
.
Base_evaluateMinInventoryForSupplyAtDate
(
supply
=
supply
,
history_list
=
next_period_history_list
,
at_date
=
next_period_start_date
,
factor
=
factor
,
min_stock_value
=
min_inventory_end_of_period
,
)
week_consumption
=
self
.
Base_evaluateMinInventoryForSupplyAtDate
(
supply
=
supply
,
supply
=
supply
,
history_list
=
period_history_list
,
history_list
=
period_history_list
,
at_date
=
period_start_date
,
at_date
=
period_start_date
,
conversion_ratio
=
default_quantity_unit_flow_quantity_unit_conversion_ratio
,
factor
=
1
,
)
)
min_inventory
=
min_inventory_end_of_period
+
week_consumption
quantity
=
0
quantity
=
0
if
future_inventory_to_date
<
min_inventory
:
# SKU
if
future_inventory_to_date
<
min_inventory
:
# SKU
...
...
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