Commit f0eef58c authored by Jérome Perrin's avatar Jérome Perrin

improve budget consumption report to support 3 dimensions

git-svn-id: https://svn.erp5.org/repos/public/erp5/trunk@34566 20353a03-c40f-0410-a6d1-a30d3c3de9de
parent 94b74ac5
......@@ -65,8 +65,6 @@ from pprint import pformat\n
portal = context.getPortalObject()\n
request= portal.REQUEST\n
\n
from Products.ERP5Type.Utils import cartesianProduct\n
\n
# this report can be called on a budget ...\n
if context.getPortalType() == \'Budget\':\n
defined_group = \'group\'\n
......@@ -97,6 +95,14 @@ else:\n
\n
line_list = []\n
\n
target_currency_title = None\n
target_currency = None\n
conversion_ratio = None\n
if request.get(\'price_currency\'):\n
target_currency = portal.restrictedTraverse(request[\'price_currency\'])\n
target_currency_title = target_currency.getReference()\n
\n
\n
def isVisibleCell(cell):\n
# can this cell be viewed by this user ?\n
for category in cell.getMembershipCriterionCategoryList():\n
......@@ -106,11 +112,35 @@ def isVisibleCell(cell):\n
return True\n
\n
\n
# in this report, level 1 is the budget line structure,\n
# level 2 is the first variation category\n
# level 3 is the second variation category\n
# level 4 is the third variation category, or nothing\n
for budget in budget_list:\n
\n
if target_currency is not None:\n
conversion_ratio = target_currency.getPrice(\n
context=budget.asContext(\n
categories=[\n
\'resource/%s\' % budget.getResourceRelativeUrl(),\n
\'price_currency/%s\' %\n
target_currency.getRelativeUrl()],\n
start_date=request.get(\'conversion_date\') or\n
budget.getStartDateRangeMin()))\n
if not conversion_ratio:\n
conversion_ratio = 1\n
\n
line_list.append(dict(is_budget=True,\n
title=budget.getTitle().decode(\'utf8\'),\n
target_currency_title=target_currency_title,\n
conversion_ratio=conversion_ratio,\n
resource_title=budget.getResource() and\n
budget.getResourceReference()))\n
\n
# XXX to get the count of lines correct (for the print range)\n
if target_currency_title:\n
line_list.append(dict())\n
\n
for budget_line in budget.contentValues(sort_on=((\'int_index\', \'asc\'),)):\n
total_level_1_initial_budget = 0\n
total_level_1_current_budget = 0\n
......@@ -119,24 +149,22 @@ for budget in budget_list:\n
total_level_1_available_budget = 0\n
\n
level_1_line_list = []\n
variation_axis_list = []\n
for possible_axis in budget_line.getVariationBaseCategoryList():\n
for cell_range in budget_line.getCellRange():\n
if cell_range and cell_range[0].startswith(possible_axis):\n
variation_axis_list.append(possible_axis)\n
break\n
\n
\n
budget_line_cell_range = budget_line.BudgetLine_asCellRange()\n
if len(variation_axis_list) == 1:\n
if len(budget_line_cell_range) == 1:\n
# if there\'s only one dimension, we add a virtual level 2, to keep the\n
# same structure\n
level_2_variation_category_list = [budget_line.getResource(base=1)]\n
level_3_variation_category_list = budget_line.getCellRange()[0]\n
level_3_variation_category_list = budget_line_cell_range[0]\n
level_4_variation_category_list = [None]\n
elif len(budget_line_cell_range) == 2:\n
level_2_variation_category_list = budget_line_cell_range[1]\n
level_3_variation_category_list = budget_line_cell_range[0]\n
level_4_variation_category_list = [None]\n
else:\n
budget_line_vcl = budget_line.getVariationCategoryList()\n
\n
level_2_variation_category_list = budget_line.getCellRange()[0]\n
level_3_variation_category_list = budget_line.getCellRange()[1]\n
level_2_variation_category_list = budget_line_cell_range[2]\n
level_3_variation_category_list = budget_line_cell_range[1]\n
level_4_variation_category_list = budget_line_cell_range[0]\n
\n
# we use BudgetLine_asCellRange to get cell names, and have a default value\n
# for "virtual level 2"\n
......@@ -195,13 +223,26 @@ for budget in budget_list:\n
is_higher_level2 = cell_depth_dict[level_2_category] == higher_depth\n
\n
for level_3_category in level_3_variation_category_list:\n
for cell_key in cartesianProduct(budget_line_cell_range):\n
total_level_3_initial_budget = 0\n
total_level_3_current_budget = 0\n
total_level_3_engaged_budget = 0\n
total_level_3_consumed_budget = 0\n
total_level_3_available_budget = 0\n
\n
level_3_line_list = [dict(is_level_3=True,\n
title=cell_name_dict[level_3_category],)]\n
\n
for level_4_category in level_4_variation_category_list:\n
# TODO: maybe fail if only 1 dimension ...\n
if level_4_category is None:\n
cell_key = (level_3_category, level_2_category)\n
else:\n
cell_key = (level_4_category, level_3_category, level_2_category)\n
\n
cell = budget_line.getCell(*cell_key)\n
if cell is None or not isVisibleCell(cell):\n
continue\n
if level_3_category in cell_key and (\n
level_2_category in cell_key or\n
len(variation_axis_list) == 1):\n
\n
initial_budget = cell.getQuantity() * sign\n
\n
# XXX don\'t calculate current balance unless we use budget\n
......@@ -222,24 +263,47 @@ for budget in budget_list:\n
consumed_budget = 0\n
available_budget = current_budget\n
\n
total_level_2_initial_budget += initial_budget\n
total_level_2_current_budget += current_budget\n
total_level_2_engaged_budget += engaged_budget\n
total_level_2_consumed_budget += consumed_budget\n
total_level_2_available_budget += available_budget\n
total_level_3_initial_budget += initial_budget\n
total_level_3_current_budget += current_budget\n
total_level_3_engaged_budget += engaged_budget\n
total_level_3_consumed_budget += consumed_budget\n
total_level_3_available_budget += available_budget\n
\n
consumed_ratio = 0\n
if current_budget:\n
consumed_ratio = consumed_budget / current_budget\n
\n
level_2_line_list.append(dict(title=cell_name_dict[level_3_category],\n
is_level_3=True,\n
if level_4_category is not None:\n
level_3_line_list.append(dict(title=cell_name_dict[level_4_category],\n
is_level_4=True,\n
initial_budget=initial_budget,\n
current_budget=current_budget,\n
engaged_budget=engaged_budget,\n
consumed_budget=consumed_budget,\n
available_budget=available_budget,\n
consumed_ratio=consumed_ratio))\n
\n
\n
total_level_2_initial_budget += total_level_3_initial_budget\n
total_level_2_current_budget += total_level_3_current_budget\n
total_level_2_engaged_budget += total_level_3_engaged_budget\n
total_level_2_consumed_budget += total_level_3_consumed_budget\n
total_level_2_available_budget += total_level_2_available_budget\n
\n
if len(level_3_line_list) > 1 or level_4_category is None:\n
consumed_ratio = 0\n
if total_level_3_current_budget:\n
consumed_ratio = total_level_3_consumed_budget / total_level_3_current_budget\n
level_2_line_list.append(dict(title=cell_name_dict[level_3_category],\n
is_level_3=True,\n
initial_budget=total_level_3_initial_budget,\n
current_budget=total_level_3_current_budget,\n
engaged_budget=total_level_3_engaged_budget,\n
consumed_budget=total_level_3_consumed_budget,\n
available_budget=total_level_3_available_budget,\n
consumed_ratio=consumed_ratio))\n
if level_4_category is not None:\n
level_2_line_list.append(level_3_line_list)\n
\n
if len(level_2_line_list) > 1:\n
consumed_ratio = 0\n
......@@ -287,7 +351,6 @@ for line in line_list:\n
if not REQUEST:\n
return line_list, line_count\n
\n
from pprint import pformat\n
return pformat(line_list)\n
......@@ -342,8 +405,6 @@ return pformat(line_list)\n
<string>context</string>
<string>portal</string>
<string>request</string>
<string>Products.ERP5Type.Utils</string>
<string>cartesianProduct</string>
<string>defined_group</string>
<string>_getiter_</string>
<string>category</string>
......@@ -355,6 +416,10 @@ return pformat(line_list)\n
<string>new_budget_list</string>
<string>budget</string>
<string>line_list</string>
<string>None</string>
<string>target_currency_title</string>
<string>target_currency</string>
<string>conversion_ratio</string>
<string>isVisibleCell</string>
<string>dict</string>
<string>True</string>
......@@ -365,14 +430,11 @@ return pformat(line_list)\n
<string>total_level_1_consumed_budget</string>
<string>total_level_1_available_budget</string>
<string>level_1_line_list</string>
<string>variation_axis_list</string>
<string>possible_axis</string>
<string>cell_range</string>
<string>budget_line_cell_range</string>
<string>len</string>
<string>level_2_variation_category_list</string>
<string>level_3_variation_category_list</string>
<string>budget_line_vcl</string>
<string>level_4_variation_category_list</string>
<string>title</string>
<string>cell_name_dict</string>
<string>cell_style_dict</string>
......@@ -394,10 +456,16 @@ return pformat(line_list)\n
<string>level_2_line_list</string>
<string>is_higher_level2</string>
<string>level_3_category</string>
<string>total_level_3_initial_budget</string>
<string>total_level_3_current_budget</string>
<string>total_level_3_engaged_budget</string>
<string>total_level_3_consumed_budget</string>
<string>total_level_3_available_budget</string>
<string>level_3_line_list</string>
<string>level_4_category</string>
<string>cell_key</string>
<string>_apply_</string>
<string>cell</string>
<string>None</string>
<string>initial_budget</string>
<string>current_budget</string>
<string>engaged_budget</string>
......
......@@ -379,9 +379,11 @@ AQABAEMAAAB9AQAAAAA=</string> </value>
</tal:block>\n
</table:table-row>\n
\n
<tal:block tal:condition="python: same_type(line, [])">\n
<tal:block tal:condition="python: same_type(line, []) and len(line)">\n
<table:table-row-group table:display="false">\n
<tal:block tal:repeat="subline line">\n
<tal:block tal:condition="python: not same_type(subline, [])">\n
<!--simple row level 2 -->\n
<table:table-row table:style-name="Level3" \n
tal:attributes="table:visibility python: repeat[\'subline\'].first and \'collapse\' or None"\n
tal:condition="subline/is_level_3 | nothing">\n
......@@ -409,10 +411,51 @@ AQABAEMAAAB9AQAAAAA=</string> </value>
<table:table-cell table:number-columns-repeated="1016"/>\n
</table:table-row>\n
</tal:block>\n
\n
<tal:block tal:condition="python: same_type(subline, []) and len(subline)">\n
<table:table-row-group table:display="false">\n
<tal:block tal:repeat="subsubline subline">\n
<table:table-row table:style-name="Level4" \n
tal:attributes="table:visibility python: repeat[\'subsubline\'].first and \'collapse\' or None"\n
tal:condition="subsubline/is_level_4 | nothing">\n
<table:table-cell table:style-name="Level4Cell1" office:value-type="string">\n
<text:p><tal:block tal:replace="subsubline/title"/></text:p>\n
</table:table-cell>\n
<table:table-cell table:style-name="Level4" office:value-type="float"\n
office:value="1" tal:attributes="office:value subsubline/initial_budget">\n
<text:p>1</text:p>\n
</table:table-cell>\n
<table:table-cell table:style-name="Level4" office:value-type="float"\n
office:value="2" tal:attributes="office:value subsubline/current_budget">\n
<text:p>2</text:p>\n
</table:table-cell>\n
<table:table-cell table:style-name="Level4" office:value-type="float"\n
office:value="3" tal:attributes="office:value subsubline/engaged_budget">\n
<text:p>3</text:p>\n
</table:table-cell>\n
<table:table-cell table:style-name="Level4" office:value-type="float"\n
office:value="4" tal:attributes="office:value subsubline/consumed_budget">\n
<text:p>4</text:p>\n
</table:table-cell>\n
<table:table-cell table:style-name="Level4" office:value-type="float"\n
office:value="5" tal:attributes="office:value subsubline/available_budget">\n
<text:p>5</text:p>\n
</table:table-cell>\n
<table:table-cell table:style-name="Level4"\n
office:value-type="percentage" office:value="0.06"\n
tal:attributes="office:value subsubline/consumed_ratio">\n
<text:p>6,00%</text:p>\n
</table:table-cell>\n
<!-- <table:table-cell table:number-columns-repeated="1016"/>-->\n
</table:table-row>\n
</tal:block>\n
</table:table-row-group>\n
</tal:block>\n
\n
</tal:block>\n
</table:table-row-group>\n
</tal:block>\n
</tal:block>\n
\n
</table:table>\n
</office:spreadsheet>\n
</office:body>\n
......
......@@ -11,7 +11,7 @@
<dictionary>
<item>
<key> <string>_EtagSupport__etag</string> </key>
<value> <string>ts57433893.89</string> </value>
<value> <string>ts71263583.57</string> </value>
</item>
<item>
<key> <string>__name__</string> </key>
......@@ -23,291 +23,285 @@
</item>
<item>
<key> <string>data</string> </key>
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</item>
<item>
<key> <string>precondition</string> </key>
......@@ -315,7 +309,7 @@ AAAAAAAAAAAA4zkAAE1FVEEtSU5GL21hbmlmZXN0LnhtbFBLBQYAAAAADwAPAO4DAABwOwAAAAA=</st
</item>
<item>
<key> <string>size</string> </key>
<value> <int>16244</int> </value>
<value> <int>15899</int> </value>
</item>
<item>
<key> <string>title</string> </key>
......
277
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279
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