2010-03-22 12:17:16 +00:00
2010-03-22 09:12:54 +00:00
# -*- encoding: utf-8 -*-
##############################################################################
#
# OpenERP, Open Source Management Solution
# Copyright (C) 2004-2009 Tiny SPRL (<http://tiny.be>). All Rights Reserved
# $Id$
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
#
##############################################################################
2010-03-22 12:17:16 +00:00
import os
2010-03-22 09:12:54 +00:00
import datetime
from lxml import etree
from time import strftime
2010-03-22 12:17:16 +00:00
2010-03-22 09:12:54 +00:00
import tools
import netsvc
2010-03-22 12:17:16 +00:00
from osv import osv
from osv import fields
from tools import to_xml
from tools . translate import _
2010-03-22 09:12:54 +00:00
class survey_question_wiz ( osv . osv_memory ) :
_name = ' survey.question.wiz '
_columns = {
' name ' : fields . integer ( ' Number ' ) ,
}
def fields_view_get ( self , cr , uid , view_id = None , view_type = ' form ' , context = None , toolbar = False , submenu = False ) :
2010-03-22 11:08:02 +00:00
"""
2010-03-22 12:17:16 +00:00
Fields View Get method : - generate the new view and display the survey pages of selected survey .
@param self : The object pointer
@param cr : the current row , from the database cursor ,
@param uid : the current user ’ s ID for security checks ,
@param view_id : view id of the current object .
@param view_type : which type of view is create . like : - form , tree , search etc . . .
@param context : A standard dictionary for contextual values
@return : Dictionary value for created view of particular survey pages .
2010-03-22 11:08:02 +00:00
"""
2010-03-22 12:17:16 +00:00
2010-03-22 09:12:54 +00:00
result = super ( survey_question_wiz , self ) . fields_view_get ( cr , uid , view_id , view_type , context , toolbar , submenu )
2010-03-22 12:17:16 +00:00
2010-03-22 09:12:54 +00:00
surv_name_wiz = self . pool . get ( ' survey.name.wiz ' )
survey_obj = self . pool . get ( ' survey ' )
page_obj = self . pool . get ( ' survey.page ' )
que_obj = self . pool . get ( ' survey.question ' )
ans_obj = self . pool . get ( ' survey.answer ' )
sur_response_obj = self . pool . get ( ' survey.response ' )
que_col_head = self . pool . get ( ' survey.question.column.heading ' )
user_obj = self . pool . get ( ' res.users ' )
if view_type in [ ' form ' ] :
wiz_id = 0
if not context . has_key ( ' sur_name_id ' ) :
res_data = {
2010-03-22 12:17:16 +00:00
' survey_id ' : context . get ( ' survey_id ' , False ) ,
' page_no ' : - 1 ,
' page ' : ' next ' ,
' transfer ' : 1 ,
' response ' : 0
2010-03-22 09:12:54 +00:00
}
wiz_id = surv_name_wiz . create ( cr , uid , res_data )
2010-03-22 12:17:16 +00:00
#TODO: change to the browse, use read if only need to read few columns values
2010-03-22 09:12:54 +00:00
sur_name_rec = surv_name_wiz . read ( cr , uid , wiz_id , [ ] )
context . update ( { ' sur_name_id ' : wiz_id } )
else :
2010-03-22 12:17:16 +00:00
sur_name_rec = surv_name_wiz . read ( cr , uid , context . get ( ' sur_name_id ' , False ) )
2010-03-22 09:12:54 +00:00
if context . has_key ( ' active_id ' ) :
context . pop ( ' active_id ' )
survey_id = context . get ( ' survey_id ' , False )
2010-03-22 12:17:16 +00:00
#TODO: change to the browse, use read if only need to read few columns values
# this will fire select * from quary
2010-03-22 09:12:54 +00:00
sur_rec = survey_obj . read ( cr , uid , survey_id , [ ] )
p_id = sur_rec [ ' page_ids ' ]
total_pages = len ( p_id )
pre_button = False
readonly = 0
if context . has_key ( ' response_id ' ) and context . get ( ' response_id ' , False ) and int ( context [ ' response_id ' ] [ 0 ] ) > 0 :
readonly = 1
if not sur_name_rec [ ' page_no ' ] + 1 :
surv_name_wiz . write ( cr , uid , [ context . get ( ' sur_name_id ' , False ) ] , { ' store_ans ' : { } } )
sur_name_read = surv_name_wiz . read ( cr , uid , context . get ( ' sur_name_id ' , False ) )
page_number = int ( sur_name_rec [ ' page_no ' ] )
if sur_name_read [ ' transfer ' ] or not sur_name_rec [ ' page_no ' ] + 1 :
surv_name_wiz . write ( cr , uid , [ context . get ( ' sur_name_id ' , False ) ] , { ' transfer ' : False } )
flag = False
fields = { }
if sur_name_read [ ' page ' ] == " next " or sur_name_rec [ ' page_no ' ] == - 1 :
if total_pages > sur_name_rec [ ' page_no ' ] + 1 :
if ( ( context . has_key ( ' active ' ) and not context . get ( ' active ' , False ) ) or not context . has_key ( ' active ' ) ) and not sur_name_rec [ ' page_no ' ] + 1 :
if sur_rec [ ' state ' ] != " open " :
raise osv . except_osv ( _ ( ' Warning ! ' ) , _ ( " You can not give answer because of survey is not open for answer " ) )
cr . execute ( ' select count(id) from survey_history where user_id= %s \
and survey_id = % s ' % (uid,survey_id))
res = cr . fetchone ( ) [ 0 ]
user_limit = survey_obj . read ( cr , uid , survey_id , [ ' response_user ' ] ) [ ' response_user ' ]
if user_limit and res > = user_limit :
raise osv . except_osv ( _ ( ' Warning ! ' ) , _ ( " You can not give response for this survey more than %s times " ) % ( user_limit ) )
if sur_rec [ ' max_response_limit ' ] and sur_rec [ ' max_response_limit ' ] < = sur_rec [ ' tot_start_survey ' ] and not sur_name_rec [ ' page_no ' ] + 1 :
survey_obj . write ( cr , uid , survey_id , { ' state ' : ' close ' , ' date_close ' : strftime ( " % Y- % m- %d % H: % M: % S " ) } )
p_id = p_id [ sur_name_rec [ ' page_no ' ] + 1 ]
surv_name_wiz . write ( cr , uid , [ context . get ( ' sur_name_id ' , False ) ] , { ' page_no ' : sur_name_rec [ ' page_no ' ] + 1 } )
flag = True
page_number + = 1
if sur_name_rec [ ' page_no ' ] > - 1 :
pre_button = True
else :
if sur_name_rec [ ' page_no ' ] != 0 :
p_id = p_id [ sur_name_rec [ ' page_no ' ] - 1 ]
surv_name_wiz . write ( cr , uid , [ context . get ( ' sur_name_id ' , False ) ] , { ' page_no ' : sur_name_rec [ ' page_no ' ] - 1 } )
flag = True
page_number - = 1
if sur_name_rec [ ' page_no ' ] > 1 :
pre_button = True
if flag :
pag_rec = page_obj . read ( cr , uid , p_id )
xml_form = etree . Element ( ' form ' , { ' string ' : _ ( tools . ustr ( pag_rec [ ' title ' ] ) ) } )
xml_group = etree . SubElement ( xml_form , ' group ' , { ' col ' : ' 1 ' , ' colspan ' : ' 4 ' } )
if context . has_key ( ' response_id ' ) and context . get ( ' response_id ' , False ) and int ( context . get ( ' response_id ' , 0 ) [ 0 ] ) > 0 :
xml_group = etree . SubElement ( xml_form , ' group ' , { ' col ' : ' 40 ' , ' colspan ' : ' 4 ' } )
record = sur_response_obj . browse ( cr , uid , context [ ' response_id ' ] [ context [ ' response_no ' ] ] )
etree . SubElement ( xml_group , ' label ' , { ' string ' : to_xml ( tools . ustr ( ' Answer Of :- ' + record . user_id . name + ' , Date :- ' + record . date_create . split ( ' . ' ) [ 0 ] ) ) , ' align ' : " 0.0 " } )
etree . SubElement ( xml_group , ' label ' , { ' string ' : to_xml ( tools . ustr ( " Response :- " + str ( context . get ( ' response_no ' , 0 ) + 1 ) + " / " + str ( len ( context . get ( ' response_id ' , 0 ) ) ) ) ) , ' align ' : " 0.0 " } )
if context . get ( ' response_no ' , 0 ) > 0 :
etree . SubElement ( xml_group , ' button ' , { ' colspan ' : " 1 " , ' icon ' : " gtk-go-back " , ' name ' : " action_forward_previous " , ' string ' : tools . ustr ( " Previous Answer " ) , ' type ' : " object " } )
if context . get ( ' response_no ' , 0 ) + 1 < len ( context . get ( ' response_id ' , 0 ) ) :
etree . SubElement ( xml_group , ' button ' , { ' colspan ' : " 1 " , ' icon ' : " gtk-go-forward " , ' name ' : " action_forward_next " , ' string ' : tools . ustr ( " Next Answer " ) , ' type ' : " object " , ' context ' : tools . ustr ( context ) } )
if wiz_id :
fields [ " wizardid_ " + str ( wiz_id ) ] = { ' type ' : ' char ' , ' size ' : 255 , ' string ' : " " , ' views ' : { } }
etree . SubElement ( xml_form , ' field ' , { ' invisible ' : ' 1 ' , ' name ' : " wizardid_ " + str ( wiz_id ) , ' default ' : str ( lambda * a : 0 ) } )
if pag_rec [ ' note ' ] :
xml_group = etree . SubElement ( xml_form , ' group ' , { ' col ' : ' 1 ' , ' colspan ' : ' 4 ' } )
for que_test in pag_rec [ ' note ' ] . split ( ' \n ' ) :
etree . SubElement ( xml_group , ' label ' , { ' string ' : to_xml ( tools . ustr ( que_test ) ) , ' align ' : " 0.0 " } )
que_ids = pag_rec [ ' question_ids ' ]
qu_no = 0
for que in que_ids :
qu_no + = 1
que_rec = que_obj . read ( cr , uid , que )
descriptive_text = " "
separator_string = tools . ustr ( qu_no ) + " . " + tools . ustr ( que_rec [ ' question ' ] )
if ( ( context . has_key ( ' active ' ) and not context . get ( ' active ' , False ) ) or not context . has_key ( ' active ' ) ) and que_rec [ ' is_require_answer ' ] :
star = ' * '
else :
star = ' '
xml_group = etree . SubElement ( xml_form , ' group ' , { ' col ' : ' 2 ' , ' colspan ' : ' 4 ' } )
if context . has_key ( ' active ' ) and context . get ( ' active ' , False ) and context . has_key ( ' edit ' ) :
xml_group = etree . SubElement ( xml_form , ' group ' , { ' col ' : ' 1 ' , ' colspan ' : ' 2 ' } )
etree . SubElement ( xml_group , ' separator ' , { ' string ' : star + to_xml ( separator_string ) , ' colspan ' : ' 3 ' } )
xml_group1 = etree . SubElement ( xml_form , ' group ' , { ' col ' : ' 2 ' , ' colspan ' : ' 2 ' } )
context . update ( { ' question_id ' : tools . ustr ( que ) , ' page_number ' : sur_name_rec [ ' page_no ' ] , ' transfer ' : sur_name_read [ ' transfer ' ] , ' page_id ' : p_id } )
etree . SubElement ( xml_group1 , ' button ' , { ' string ' : ' ' , ' icon ' : " gtk-edit " , ' type ' : ' object ' , ' name ' : " action_edit_question " , ' context ' : tools . ustr ( context ) } )
etree . SubElement ( xml_group1 , ' button ' , { ' string ' : ' ' , ' icon ' : " gtk-delete " , ' type ' : ' object ' , ' name ' : " action_delete_question " , ' context ' : tools . ustr ( context ) } )
else :
xml_group = etree . SubElement ( xml_form , ' group ' , { ' col ' : ' 1 ' , ' colspan ' : ' 4 ' } )
etree . SubElement ( xml_group , ' separator ' , { ' string ' : star + to_xml ( separator_string ) , ' colspan ' : ' 4 ' } )
ans_ids = ans_obj . read ( cr , uid , que_rec [ ' answer_choice_ids ' ] , [ ] )
xml_group = etree . SubElement ( xml_form , ' group ' , { ' col ' : ' 1 ' , ' colspan ' : ' 4 ' } )
if que_rec [ ' type ' ] == ' multiple_choice_only_one_ans ' :
selection = [ ]
for ans in ans_ids :
selection . append ( ( tools . ustr ( ans [ ' id ' ] ) , ans [ ' answer ' ] ) )
xml_group = etree . SubElement ( xml_group , ' group ' , { ' col ' : ' 2 ' , ' colspan ' : ' 2 ' } )
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' name ' : tools . ustr ( que ) + " _selection " } )
fields [ tools . ustr ( que ) + " _selection " ] = { ' type ' : ' selection ' , ' selection ' : selection , ' string ' : " Answer " }
elif que_rec [ ' type ' ] == ' multiple_choice_multiple_ans ' :
xml_group = etree . SubElement ( xml_group , ' group ' , { ' col ' : ' 4 ' , ' colspan ' : ' 4 ' } )
for ans in ans_ids :
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' name ' : tools . ustr ( que ) + " _ " + tools . ustr ( ans [ ' id ' ] ) } )
fields [ tools . ustr ( que ) + " _ " + tools . ustr ( ans [ ' id ' ] ) ] = { ' type ' : ' boolean ' , ' string ' : ans [ ' answer ' ] }
elif que_rec [ ' type ' ] in [ ' matrix_of_choices_only_one_ans ' , ' rating_scale ' ] :
if que_rec [ ' comment_column ' ] :
col = " 4 "
colspan = " 4 "
else :
col = " 2 "
colspan = " 2 "
xml_group = etree . SubElement ( xml_group , ' group ' , { ' col ' : tools . ustr ( col ) , ' colspan ' : tools . ustr ( colspan ) } )
for row in ans_ids :
etree . SubElement ( xml_group , ' newline ' )
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' name ' : tools . ustr ( que ) + " _selection_ " + tools . ustr ( row [ ' id ' ] ) , ' string ' : to_xml ( tools . ustr ( row [ ' answer ' ] ) ) } )
selection = [ ( ' ' , ' ' ) ]
for col in que_col_head . read ( cr , uid , que_rec [ ' column_heading_ids ' ] ) :
selection . append ( ( str ( col [ ' id ' ] ) , col [ ' title ' ] ) )
fields [ tools . ustr ( que ) + " _selection_ " + tools . ustr ( row [ ' id ' ] ) ] = { ' type ' : ' selection ' , ' selection ' : selection , ' string ' : " Answer " }
if que_rec [ ' comment_column ' ] :
fields [ tools . ustr ( que ) + " _commentcolumn_ " + tools . ustr ( row [ ' id ' ] ) + " _field " ] = { ' type ' : ' char ' , ' size ' : 255 , ' string ' : tools . ustr ( que_rec [ ' column_name ' ] ) , ' views ' : { } }
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' name ' : tools . ustr ( que ) + " _commentcolumn_ " + tools . ustr ( row [ ' id ' ] ) + " _field " } )
elif que_rec [ ' type ' ] == ' matrix_of_choices_only_multi_ans ' :
xml_group = etree . SubElement ( xml_group , ' group ' , { ' col ' : str ( len ( que_rec [ ' column_heading_ids ' ] ) + 1 ) , ' colspan ' : ' 4 ' } )
etree . SubElement ( xml_group , ' separator ' , { ' string ' : ' . ' , ' colspan ' : ' 1 ' } )
for col in que_col_head . read ( cr , uid , que_rec [ ' column_heading_ids ' ] ) :
etree . SubElement ( xml_group , ' separator ' , { ' string ' : tools . ustr ( col [ ' title ' ] ) , ' colspan ' : ' 1 ' } )
for row in ans_ids :
etree . SubElement ( xml_group , ' label ' , { ' string ' : to_xml ( tools . ustr ( row [ ' answer ' ] ) ) + ' :- ' , ' align ' : ' 0.0 ' } )
for col in que_col_head . read ( cr , uid , que_rec [ ' column_heading_ids ' ] ) :
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' name ' : tools . ustr ( que ) + " _ " + tools . ustr ( row [ ' id ' ] ) + " _ " + tools . ustr ( col [ ' id ' ] ) , ' nolabel ' : " 1 " } )
fields [ tools . ustr ( que ) + " _ " + tools . ustr ( row [ ' id ' ] ) + " _ " + tools . ustr ( col [ ' id ' ] ) ] = { ' type ' : ' boolean ' , ' string ' : col [ ' title ' ] }
elif que_rec [ ' type ' ] == ' matrix_of_drop_down_menus ' :
xml_group = etree . SubElement ( xml_group , ' group ' , { ' col ' : str ( len ( que_rec [ ' column_heading_ids ' ] ) + 1 ) , ' colspan ' : ' 4 ' } )
etree . SubElement ( xml_group , ' separator ' , { ' string ' : ' . ' , ' colspan ' : ' 1 ' } )
for col in que_col_head . read ( cr , uid , que_rec [ ' column_heading_ids ' ] ) :
etree . SubElement ( xml_group , ' separator ' , { ' string ' : tools . ustr ( col [ ' title ' ] ) , ' colspan ' : ' 1 ' } )
for row in ans_ids :
etree . SubElement ( xml_group , ' label ' , { ' string ' : to_xml ( tools . ustr ( row [ ' answer ' ] ) ) + ' :- ' , ' align ' : ' 0.0 ' } )
for col in que_col_head . read ( cr , uid , que_rec [ ' column_heading_ids ' ] ) :
selection = [ ]
if col [ ' menu_choice ' ] :
for item in col [ ' menu_choice ' ] . split ( ' \n ' ) :
if item and not item . strip ( ) == ' ' : selection . append ( ( item , item ) )
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' name ' : tools . ustr ( que ) + " _ " + tools . ustr ( row [ ' id ' ] ) + " _ " + tools . ustr ( col [ ' id ' ] ) , ' nolabel ' : ' 1 ' } )
fields [ tools . ustr ( que ) + " _ " + tools . ustr ( row [ ' id ' ] ) + " _ " + tools . ustr ( col [ ' id ' ] ) ] = { ' type ' : ' selection ' , ' string ' : col [ ' title ' ] , ' selection ' : selection }
elif que_rec [ ' type ' ] == ' multiple_textboxes ' :
xml_group = etree . SubElement ( xml_group , ' group ' , { ' col ' : ' 4 ' , ' colspan ' : ' 4 ' } )
type = " char "
if que_rec [ ' is_validation_require ' ] :
if que_rec [ ' validation_type ' ] in [ ' must_be_whole_number ' ] :
type = " integer "
elif que_rec [ ' validation_type ' ] in [ ' must_be_decimal_number ' ] :
type = " float "
elif que_rec [ ' validation_type ' ] in [ ' must_be_date ' ] :
type = " date "
for ans in ans_ids :
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' width ' : " 300 " , ' colspan ' : ' 1 ' , ' name ' : tools . ustr ( que ) + " _ " + tools . ustr ( ans [ ' id ' ] ) + " _multi " } )
if type == " char " :
fields [ tools . ustr ( que ) + " _ " + tools . ustr ( ans [ ' id ' ] ) + " _multi " ] = { ' type ' : ' char ' , ' size ' : 255 , ' string ' : ans [ ' answer ' ] }
else :
fields [ tools . ustr ( que ) + " _ " + tools . ustr ( ans [ ' id ' ] ) + " _multi " ] = { ' type ' : str ( type ) , ' string ' : ans [ ' answer ' ] }
elif que_rec [ ' type ' ] == ' numerical_textboxes ' :
xml_group = etree . SubElement ( xml_group , ' group ' , { ' col ' : ' 4 ' , ' colspan ' : ' 4 ' } )
for ans in ans_ids :
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' width ' : " 300 " , ' colspan ' : ' 1 ' , ' name ' : tools . ustr ( que ) + " _ " + tools . ustr ( ans [ ' id ' ] ) + " _numeric " } )
fields [ tools . ustr ( que ) + " _ " + tools . ustr ( ans [ ' id ' ] ) + " _numeric " ] = { ' type ' : ' integer ' , ' string ' : ans [ ' answer ' ] }
elif que_rec [ ' type ' ] == ' date ' :
xml_group = etree . SubElement ( xml_group , ' group ' , { ' col ' : ' 4 ' , ' colspan ' : ' 4 ' } )
for ans in ans_ids :
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' width ' : " 300 " , ' colspan ' : ' 1 ' , ' name ' : tools . ustr ( que ) + " _ " + tools . ustr ( ans [ ' id ' ] ) } )
fields [ tools . ustr ( que ) + " _ " + tools . ustr ( ans [ ' id ' ] ) ] = { ' type ' : ' date ' , ' string ' : ans [ ' answer ' ] }
elif que_rec [ ' type ' ] == ' date_and_time ' :
xml_group = etree . SubElement ( xml_group , ' group ' , { ' col ' : ' 4 ' , ' colspan ' : ' 4 ' } )
for ans in ans_ids :
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' width ' : " 300 " , ' colspan ' : ' 1 ' , ' name ' : tools . ustr ( que ) + " _ " + tools . ustr ( ans [ ' id ' ] ) } )
fields [ tools . ustr ( que ) + " _ " + tools . ustr ( ans [ ' id ' ] ) ] = { ' type ' : ' datetime ' , ' string ' : ans [ ' answer ' ] }
elif que_rec [ ' type ' ] == ' descriptive_text ' :
for que_test in que_rec [ ' descriptive_text ' ] . split ( ' \n ' ) :
etree . SubElement ( xml_group , ' label ' , { ' string ' : to_xml ( tools . ustr ( que_test ) ) , ' align ' : " 0.0 " } )
elif que_rec [ ' type ' ] == ' single_textbox ' :
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' name ' : tools . ustr ( que ) + " _single " , ' nolabel ' : " 1 " , ' colspan ' : " 4 " } )
fields [ tools . ustr ( que ) + " _single " ] = { ' type ' : ' char ' , ' size ' : 255 , ' string ' : " single_textbox " , ' views ' : { } }
elif que_rec [ ' type ' ] == ' comment ' :
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' name ' : tools . ustr ( que ) + " _comment " , ' nolabel ' : " 1 " , ' colspan ' : " 4 " } )
fields [ tools . ustr ( que ) + " _comment " ] = { ' type ' : ' text ' , ' string ' : " Comment/Eassy Box " , ' views ' : { } }
elif que_rec [ ' type ' ] == ' table ' :
xml_group = etree . SubElement ( xml_group , ' group ' , { ' col ' : str ( len ( que_rec [ ' column_heading_ids ' ] ) ) , ' colspan ' : ' 4 ' } )
for col in que_col_head . read ( cr , uid , que_rec [ ' column_heading_ids ' ] ) :
etree . SubElement ( xml_group , ' separator ' , { ' string ' : tools . ustr ( col [ ' title ' ] ) , ' colspan ' : ' 1 ' } )
for row in range ( 0 , que_rec [ ' no_of_rows ' ] ) :
for col in que_col_head . read ( cr , uid , que_rec [ ' column_heading_ids ' ] ) :
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' name ' : tools . ustr ( que ) + " _table_ " + tools . ustr ( col [ ' id ' ] ) + " _ " + tools . ustr ( row ) , ' nolabel ' : " 1 " } )
fields [ tools . ustr ( que ) + " _table_ " + tools . ustr ( col [ ' id ' ] ) + " _ " + tools . ustr ( row ) ] = { ' type ' : ' char ' , ' size ' : 255 , ' views ' : { } }
elif que_rec [ ' type ' ] == ' multiple_textboxes_diff_type ' :
xml_group = etree . SubElement ( xml_group , ' group ' , { ' col ' : ' 4 ' , ' colspan ' : ' 4 ' } )
for ans in ans_ids :
if ans [ ' type ' ] == " email " :
fields [ tools . ustr ( que ) + " _ " + tools . ustr ( ans [ ' id ' ] ) + " _multi " ] = { ' type ' : ' char ' , ' size ' : 255 , ' string ' : ans [ ' answer ' ] }
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' widget ' : ' email ' , ' width ' : " 300 " , ' colspan ' : ' 1 ' , ' name ' : tools . ustr ( que ) + " _ " + tools . ustr ( ans [ ' id ' ] ) + " _multi " } )
else :
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' width ' : " 300 " , ' colspan ' : ' 1 ' , ' name ' : tools . ustr ( que ) + " _ " + tools . ustr ( ans [ ' id ' ] ) + " _multi " } )
if ans [ ' type ' ] == " char " :
fields [ tools . ustr ( que ) + " _ " + tools . ustr ( ans [ ' id ' ] ) + " _multi " ] = { ' type ' : ' char ' , ' size ' : 255 , ' string ' : ans [ ' answer ' ] }
elif ans [ ' type ' ] in [ ' integer ' , ' float ' , ' date ' , ' datetime ' ] :
fields [ tools . ustr ( que ) + " _ " + tools . ustr ( ans [ ' id ' ] ) + " _multi " ] = { ' type ' : str ( ans [ ' type ' ] ) , ' string ' : ans [ ' answer ' ] }
else :
selection = [ ]
if ans [ ' menu_choice ' ] :
for item in ans [ ' menu_choice ' ] . split ( ' \n ' ) :
if item and not item . strip ( ) == ' ' : selection . append ( ( item , item ) )
fields [ tools . ustr ( que ) + " _ " + tools . ustr ( ans [ ' id ' ] ) + " _multi " ] = { ' type ' : ' selection ' , ' selection ' : selection , ' string ' : ans [ ' answer ' ] }
if que_rec [ ' type ' ] in [ ' multiple_choice_only_one_ans ' , ' multiple_choice_multiple_ans ' , ' matrix_of_choices_only_one_ans ' , ' matrix_of_choices_only_multi_ans ' , ' matrix_of_drop_down_menus ' , ' rating_scale ' ] and que_rec [ ' is_comment_require ' ] :
if que_rec [ ' type ' ] in [ ' multiple_choice_only_one_ans ' , ' multiple_choice_multiple_ans ' ] and que_rec [ ' comment_field_type ' ] in [ ' char ' , ' text ' ] and que_rec [ ' make_comment_field ' ] :
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' name ' : tools . ustr ( que ) + " _otherfield " , ' colspan ' : " 4 " } )
fields [ tools . ustr ( que ) + " _otherfield " ] = { ' type ' : ' boolean ' , ' string ' : que_rec [ ' comment_label ' ] , ' views ' : { } }
if que_rec [ ' comment_field_type ' ] == ' char ' :
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' name ' : tools . ustr ( que ) + " _other " , ' nolabel ' : " 1 " , ' colspan ' : " 4 " } )
fields [ tools . ustr ( que ) + " _other " ] = { ' type ' : ' char ' , ' string ' : ' ' , ' size ' : 255 , ' views ' : { } }
elif que_rec [ ' comment_field_type ' ] == ' text ' :
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' name ' : tools . ustr ( que ) + " _other " , ' nolabel ' : " 1 " , ' colspan ' : " 4 " } )
fields [ tools . ustr ( que ) + " _other " ] = { ' type ' : ' text ' , ' string ' : ' ' , ' views ' : { } }
else :
if que_rec [ ' comment_field_type ' ] == ' char ' :
etree . SubElement ( xml_group , ' label ' , { ' string ' : to_xml ( tools . ustr ( que_rec [ ' comment_label ' ] ) ) , ' colspan ' : " 4 " } )
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' name ' : tools . ustr ( que ) + " _other " , ' nolabel ' : " 1 " , ' colspan ' : " 4 " } )
fields [ tools . ustr ( que ) + " _other " ] = { ' type ' : ' char ' , ' string ' : ' ' , ' size ' : 255 , ' views ' : { } }
elif que_rec [ ' comment_field_type ' ] == ' text ' :
etree . SubElement ( xml_group , ' label ' , { ' string ' : to_xml ( tools . ustr ( que_rec [ ' comment_label ' ] ) ) , ' colspan ' : " 4 " } )
etree . SubElement ( xml_group , ' field ' , { ' readonly ' : str ( readonly ) , ' name ' : tools . ustr ( que ) + " _other " , ' nolabel ' : " 1 " , ' colspan ' : " 4 " } )
fields [ tools . ustr ( que ) + " _other " ] = { ' type ' : ' text ' , ' string ' : ' ' , ' views ' : { } }
etree . SubElement ( xml_form , ' separator ' , { ' colspan ' : ' 4 ' } )
xml_group = etree . SubElement ( xml_form , ' group ' , { ' col ' : ' 6 ' , ' colspan ' : ' 4 ' } )
etree . SubElement ( xml_group , ' field ' , { ' name ' : ' progress_bar_ ' + tools . ustr ( page_number ) , ' widget ' : ' progressbar ' } )
fields [ ' progress_bar_ ' + tools . ustr ( page_number ) ] = { ' type ' : ' float ' , ' string ' : " Progress " , ' views ' : { } }
etree . SubElement ( xml_group , ' label ' , { ' string ' : tools . ustr ( page_number + 1 ) + " / " + tools . ustr ( total_pages ) } )
etree . SubElement ( xml_group , ' button ' , { ' icon ' : " gtk-cancel " , ' special ' : " cancel " , ' string ' : " Cancel " } )
if pre_button :
etree . SubElement ( xml_group , ' button ' , { ' colspan ' : " 1 " , ' icon ' : " gtk-go-back " , ' name ' : " action_previous " , ' string ' : " Previous " , ' type ' : " object " } )
but_string = " Next "
if int ( page_number ) + 1 == total_pages :
but_string = " Done "
if context . has_key ( ' active ' ) and context . get ( ' active ' , False ) and int ( page_number ) + 1 == total_pages and context . has_key ( ' response_id ' ) and context . has_key ( ' response_no ' ) and context . get ( ' response_no ' , 0 ) + 1 == len ( context . get ( ' response_id ' , 0 ) ) :
etree . SubElement ( xml_group , ' button ' , { ' icon ' : " gtk-go-forward " , ' special ' : ' cancel ' , ' string ' : tools . ustr ( " Done " ) , ' context ' : tools . ustr ( context ) } )
elif context . has_key ( ' active ' ) and context . get ( ' active ' , False ) and int ( page_number ) + 1 == total_pages and context . has_key ( ' response_id ' ) :
etree . SubElement ( xml_group , ' button ' , { ' icon ' : " gtk-go-forward " , ' name ' : " action_forward_next " , ' string ' : tools . ustr ( " Next Answer " ) , ' type ' : " object " , ' context ' : tools . ustr ( context ) } )
elif context . has_key ( ' active ' ) and context . get ( ' active ' , False ) and int ( page_number ) + 1 == total_pages :
etree . SubElement ( xml_group , ' button ' , { ' icon ' : " gtk-go-forward " , ' special ' : " cancel " , ' string ' : ' Done ' , ' context ' : tools . ustr ( context ) } )
else :
etree . SubElement ( xml_group , ' button ' , { ' icon ' : " gtk-go-forward " , ' name ' : " action_next " , ' string ' : tools . ustr ( but_string ) , ' type ' : " object " , ' context ' : tools . ustr ( context ) } )
if context . has_key ( ' active ' ) and context . get ( ' active ' , False ) and context . has_key ( ' edit ' ) :
etree . SubElement ( xml_form , ' separator ' , { ' string ' : ' ' , ' colspan ' : ' 4 ' } )
context . update ( { ' page_id ' : tools . ustr ( p_id ) , ' page_number ' : sur_name_rec [ ' page_no ' ] , ' transfer ' : sur_name_read [ ' transfer ' ] } )
xml_group3 = etree . SubElement ( xml_form , ' group ' , { ' col ' : ' 4 ' , ' colspan ' : ' 4 ' } )
etree . SubElement ( xml_group3 , ' button ' , { ' string ' : ' Add Page ' , ' icon ' : " gtk-new " , ' type ' : ' object ' , ' name ' : " action_new_page " , ' context ' : tools . ustr ( context ) } )
etree . SubElement ( xml_group3 , ' button ' , { ' string ' : ' Edit Page ' , ' icon ' : " gtk-edit " , ' type ' : ' object ' , ' name ' : " action_edit_page " , ' context ' : tools . ustr ( context ) } )
etree . SubElement ( xml_group3 , ' button ' , { ' string ' : ' Delete Page ' , ' icon ' : " gtk-delete " , ' type ' : ' object ' , ' name ' : " action_delete_page " , ' context ' : tools . ustr ( context ) } )
etree . SubElement ( xml_group3 , ' button ' , { ' string ' : ' Add Question ' , ' icon ' : " gtk-new " , ' type ' : ' object ' , ' name ' : " action_new_question " , ' context ' : tools . ustr ( context ) } )
root = xml_form . getroottree ( )
result [ ' arch ' ] = etree . tostring ( root )
result [ ' fields ' ] = fields
result [ ' context ' ] = context
else :
survey_obj . write ( cr , uid , survey_id , { ' tot_comp_survey ' : sur_rec [ ' tot_comp_survey ' ] + 1 } )
sur_response_obj . write ( cr , uid , [ sur_name_read [ ' response ' ] ] , { ' state ' : ' done ' } )
if sur_rec [ ' send_response ' ] :
survey_data = survey_obj . browse ( cr , uid , int ( survey_id ) )
2010-03-22 12:36:17 +00:00
response_id = surv_name_wiz . read ( cr , uid , context . get ( ' sur_name_id ' , False ) ) [ ' response ' ]
2010-03-22 09:12:54 +00:00
context . update ( { ' response_id ' : response_id } )
report = self . create_report ( cr , uid , [ int ( survey_id ) ] , ' report.survey.browse.response ' , survey_data . title , context )
attachments = [ ]
file = open ( tools . config [ ' addons_path ' ] + ' /survey/report/ ' + survey_data . title + " .pdf " )
file_data = " "
while 1 :
line = file . readline ( )
file_data + = line
if not line :
break
attachments . append ( ( survey_data . title + " .pdf " , file_data ) )
file . close ( )
os . remove ( tools . config [ ' addons_path ' ] + ' /survey/report/ ' + survey_data . title + " .pdf " )
user_email = False
resp_email = False
2010-03-22 12:36:17 +00:00
address_id = user_obj . browse ( cr , uid , uid ) . address_id . id
if address_id :
cr . execute ( " select email from res_partner_address where id = %d " % address_id )
2010-03-22 09:12:54 +00:00
user_email = cr . fetchone ( ) [ 0 ]
resp_id = survey_data . responsible_id . address_id
if resp_id :
cr . execute ( " select email from res_partner_address where id = %d " % resp_id . id )
resp_email = cr . fetchone ( ) [ 0 ]
if user_email and resp_email :
2010-03-22 12:36:17 +00:00
user_name = user_obj . browse ( cr , uid , uid ) . name
mail = " Hello " + survey_data . responsible_id . name + " , \n \n " + str ( user_name ) + " Give Response Of " + survey_data . title + " Survey. \n \n Thanks, "
tools . email_send ( user_email , [ resp_email ] , " Survey Response Of " + str ( user_name ) , mail , attach = attachments )
2010-03-22 09:12:54 +00:00
xml_form = etree . Element ( ' form ' , { ' string ' : _ ( ' Complete Survey Response ' ) } )
etree . SubElement ( xml_form , ' separator ' , { ' string ' : ' Complete Survey ' , ' colspan ' : " 4 " } )
etree . SubElement ( xml_form , ' label ' , { ' string ' : ' Thanks for your response ' } )
etree . SubElement ( xml_form , ' newline ' )
etree . SubElement ( xml_form , ' button ' , { ' icon ' : " gtk-go-forward " , ' special ' : " cancel " , ' string ' : " OK " , ' colspan ' : " 2 " } )
root = xml_form . getroottree ( )
result [ ' arch ' ] = etree . tostring ( root )
result [ ' fields ' ] = { }
result [ ' context ' ] = context
return result
def create_report ( self , cr , uid , res_ids , report_name = False , file_name = False , context = None ) :
2010-03-22 11:08:02 +00:00
"""
2010-03-22 12:36:17 +00:00
If any user give answer of survey then last create report of this answer and if ' E-mail Notification on Response ' set True in survey then send mail on responsible person of this survey and attach survey answer report in pdf format .
@param self : The object pointer
@param cr : the current row , from the database cursor ,
@param uid : the current user ’ s ID for security checks ,
@param res_ids : List of survey answer IDs ,
@param report_name : name of the report ,
@param file_name : To give file name of the report ,
@param context : A standard dictionary for contextual values ,
@return : Dictionary value for created report with file nameself .
2010-03-22 11:08:02 +00:00
"""
2010-03-22 09:12:54 +00:00
if not report_name or not res_ids :
return ( False , Exception ( ' Report name and Resources ids are required !!! ' ) )
try :
ret_file_name = tools . config [ ' addons_path ' ] + ' /survey/report/ ' + file_name + ' .pdf '
service = netsvc . LocalService ( report_name ) ;
( result , format ) = service . create ( cr , uid , res_ids , { } , context )
fp = open ( ret_file_name , ' wb+ ' ) ;
fp . write ( result ) ;
fp . close ( ) ;
except Exception , e :
print ' Exception in create report: ' , e
return ( False , str ( e ) )
return ( True , ret_file_name )
def default_get ( self , cr , uid , fields_list , context = None ) :
2010-03-22 11:08:02 +00:00
"""
2010-03-22 12:36:17 +00:00
Assign Default value in particular field . If Browse Answers wizard run then read the value into database and Assigne to a particular fields .
@param self : The object pointer
@param cr : the current row , from the database cursor ,
@param uid : the current user ’ s ID for security checks ,
@param fields_list : List of fields of current view ,
@param context : A standard dictionary for contextual values ,
@return : Dictionary value for fields list with value .
2010-03-22 11:08:02 +00:00
"""
2010-03-22 09:12:54 +00:00
value = { }
for field in fields_list :
if field . split ( ' _ ' ) [ 0 ] == ' progress ' :
tot_page_id = self . pool . get ( ' survey ' ) . browse ( cr , uid , context . get ( ' survey_id ' , False ) )
tot_per = ( float ( 100 ) * ( int ( field . split ( ' _ ' ) [ 2 ] ) + 1 ) / len ( tot_page_id . page_ids ) )
value [ field ] = tot_per
2010-03-22 12:36:17 +00:00
r
esponse_obj = self . pool . get ( ' survey.response ' )
2010-03-22 09:12:54 +00:00
surv_name_wiz = self . pool . get ( ' survey.name.wiz ' )
if context . has_key ( ' response_id ' ) and context . get ( ' response_id ' ) and int ( context [ ' response_id ' ] [ 0 ] ) > 0 :
data = super ( survey_question_wiz , self ) . default_get ( cr , uid , fields_list , context )
response_ans = response_obj . browse ( cr , uid , context [ ' response_id ' ] [ context [ ' response_no ' ] ] )
fields_list . sort ( )
for que in response_ans . question_ids :
for field in fields_list :
if field . split ( ' _ ' ) [ 0 ] != " progress " and field . split ( ' _ ' ) [ 0 ] == str ( que . question_id . id ) :
if que . response_answer_ids and len ( field . split ( ' _ ' ) ) == 4 and field . split ( ' _ ' ) [ 1 ] == " commentcolumn " and field . split ( ' _ ' ) [ 3 ] == " field " :
for ans in que . response_answer_ids :
if str ( field . split ( ' _ ' ) [ 2 ] ) == str ( ans . answer_id . id ) :
value [ field ] = ans . comment_field
if que . response_table_ids and len ( field . split ( ' _ ' ) ) == 4 and field . split ( ' _ ' ) [ 1 ] == " table " :
for ans in que . response_table_ids :
if str ( field . split ( ' _ ' ) [ 2 ] ) == str ( ans . column_id . id ) and str ( field . split ( ' _ ' ) [ 3 ] ) == str ( ans . name ) :
value [ field ] = ans . value
if que . comment and ( field . split ( ' _ ' ) [ 1 ] == " comment " or field . split ( ' _ ' ) [ 1 ] == " other " ) :
value [ field ] = str ( que . comment )
elif que . single_text and field . split ( ' _ ' ) [ 1 ] == " single " :
value [ field ] = str ( que . single_text )
elif que . response_answer_ids and len ( field . split ( ' _ ' ) ) == 3 and field . split ( ' _ ' ) [ 1 ] == " selection " :
for ans in que . response_answer_ids :
if str ( field . split ( ' _ ' ) [ 2 ] ) == str ( ans . answer_id . id ) :
value [ field ] = str ( ans . column_id . id )
elif que . response_answer_ids and len ( field . split ( ' _ ' ) ) == 2 and field . split ( ' _ ' ) [ 1 ] == " selection " :
value [ field ] = str ( que . response_answer_ids [ 0 ] . answer_id . id )
elif que . response_answer_ids and len ( field . split ( ' _ ' ) ) == 3 and field . split ( ' _ ' ) [ 2 ] != " multi " and field . split ( ' _ ' ) [ 2 ] != " numeric " :
for ans in que . response_answer_ids :
if str ( field . split ( ' _ ' ) [ 1 ] ) == str ( ans . answer_id . id ) and str ( field . split ( ' _ ' ) [ 2 ] ) == str ( ans . column_id . id ) :
if ans . value_choice :
value [ field ] = ans . value_choice
else :
value [ field ] = True
else :
for ans in que . response_answer_ids :
if str ( field . split ( ' _ ' ) [ 1 ] ) == str ( ans . answer_id . id ) :
value [ field ] = ans . answer
else :
if not context . has_key ( ' sur_name_id ' ) :
return value
if context . has_key ( ' active ' ) and context . get ( ' active ' , False ) :
return value
sur_name_read = surv_name_wiz . read ( cr , uid , context . get ( ' sur_name_id ' , False ) )
ans_list = [ ]
for key , val in sur_name_read [ ' store_ans ' ] . items ( ) :
for field in fields_list :
if field in list ( val ) :
value [ field ] = val [ field ]
return value
def create ( self , cr , uid , vals , context = None ) :
2010-03-22 11:08:02 +00:00
"""
2010-03-22 12:36:17 +00:00
Create the Answer of survey and store in survey . response object , and if set validation of question then check the value of question if value is wrong then raise the exception .
@param self : The object pointer
@param cr : the current row , from the database cursor ,
@param uid : the current user ’ s ID for security checks ,
@param vals : Values ,
@param context : A standard dictionary for contextual values
@return : True .
2010-03-22 11:08:02 +00:00
"""
2010-03-22 09:12:54 +00:00
if context . has_key ( ' active ' ) and context . get ( ' active ' , False ) :
return True
for key , val in vals . items ( ) :
if key . split ( ' _ ' ) [ 0 ] == " progress " :
vals . pop ( key )
if not context . has_key ( ' sur_name_id ' ) and key . split ( ' _ ' ) [ 0 ] == " wizardid " :
context . update ( { ' sur_name_id ' : int ( key . split ( ' _ ' ) [ 1 ] ) } )
vals . pop ( key )
click_state = True
click_update = [ ]
surv_name_wiz = self . pool . get ( ' survey.name.wiz ' )
surv_all_resp_obj = self . pool . get ( ' survey.response ' )
surv_tbl_column_obj = self . pool . get ( ' survey.tbl.column.heading ' )
survey_obj = self . pool . get ( ' survey ' )
resp_obj = self . pool . get ( ' survey.response.line ' )
res_ans_obj = self . pool . get ( ' survey.response.answer ' )
que_obj = self . pool . get ( ' survey.question ' )
sur_name_read = surv_name_wiz . read ( cr , uid , context . get ( ' sur_name_id ' , False ) , [ ] )
response_id = 0
if not sur_name_read [ ' response ' ] :
response_id = surv_all_resp_obj . create ( cr , uid , { ' response_type ' : ' link ' , ' user_id ' : uid , ' date_create ' : datetime . datetime . now ( ) , ' survey_id ' : context [ ' survey_id ' ] } )
surv_name_wiz . write ( cr , uid , [ context . get ( ' sur_name_id ' , False ) ] , { ' response ' : tools . ustr ( response_id ) } )
else :
response_id = int ( sur_name_read [ ' response ' ] )
if response_id not in surv_all_resp_obj . search ( cr , uid , [ ] ) :
response_id = surv_all_resp_obj . create ( cr , uid , { ' response_type ' : ' link ' , ' user_id ' : uid , ' date_create ' : datetime . datetime . now ( ) , ' survey_id ' : context . get ( ' survey_id ' , False ) } )
surv_name_wiz . write ( cr , uid , [ context . get ( ' sur_name_id ' , False ) ] , { ' response ' : tools . ustr ( response_id ) } )
#click first time on next button then increemnet on total start suvey
if not sur_name_read [ ' store_ans ' ] :
his_id = self . pool . get ( ' survey.history ' ) . create ( cr , uid , { ' user_id ' : uid , \
' date ' : strftime ( ' % Y- % m- %d % H: % M: % S ' ) , ' survey_id ' : sur_name_read [ ' survey_id ' ] } )
sur_rec = survey_obj . read ( cr , uid , sur_name_read [ ' survey_id ' ] )
survey_obj . write ( cr , uid , sur_name_read [ ' survey_id ' ] , { ' tot_start_survey ' : sur_rec [ ' tot_start_survey ' ] + 1 } )
if context . has_key ( ' cur_id ' ) :
if context . has_key ( ' request ' ) and context . get ( ' request ' , False ) :
self . pool . get ( context . get ( ' object ' , False ) ) . write ( cr , uid , [ int ( context . get ( ' cur_id ' , False ) ) ] , { ' response ' : response_id } )
self . pool . get ( context . get ( ' object ' , False ) ) . survey_req_done ( cr , uid , [ int ( context . get ( ' cur_id ' ) ) ] , context )
else :
self . pool . get ( context . get ( ' object ' , False ) ) . write ( cr , uid , [ int ( context . get ( ' cur_id ' , False ) ) ] , { ' response ' : response_id } )
for key , val in sur_name_read [ ' store_ans ' ] . items ( ) :
for field in vals :
if field . split ( ' _ ' ) [ 0 ] == val [ ' question_id ' ] :
click_state = False
click_update . append ( key )
break
if click_state :
que_li = [ ]
resp_id_list = [ ]
for key , val in vals . items ( ) :
que_id = key . split ( ' _ ' ) [ 0 ]
if que_id not in que_li :
que_li . append ( que_id )
que_rec = que_obj . read ( cr , uid , [ int ( que_id ) ] , [ ] ) [ 0 ]
res_data = {
' question_id ' : que_id ,
' date_create ' : datetime . datetime . now ( ) ,
' state ' : ' done ' ,
' response_id ' : response_id
}
resp_id = resp_obj . create ( cr , uid , res_data )
resp_id_list . append ( resp_id )
sur_name_read [ ' store_ans ' ] . update ( { resp_id : { ' question_id ' : que_id } } )
surv_name_wiz . write ( cr , uid , [ context . get ( ' sur_name_id ' , False ) ] , { ' store_ans ' : sur_name_read [ ' store_ans ' ] } )
select_count = 0
numeric_sum = 0
selected_value = [ ]
matrix_list = [ ]
comment_field = False
comment_value = False
response_list = [ ]
for key1 , val1 in vals . items ( ) :
if val1 and key1 . split ( ' _ ' ) [ 1 ] == " table " and key1 . split ( ' _ ' ) [ 0 ] == que_id :
surv_tbl_column_obj . create ( cr , uid , { ' response_table_id ' : resp_id , ' column_id ' : key1 . split ( ' _ ' ) [ 2 ] , ' name ' : key1 . split ( ' _ ' ) [ 3 ] , ' value ' : val1 } )
sur_name_read [ ' store_ans ' ] [ resp_id ] . update ( { key1 : val1 } )
select_count + = 1
elif val1 and key1 . split ( ' _ ' ) [ 1 ] == " otherfield " and key1 . split ( ' _ ' ) [ 0 ] == que_id :
comment_field = True
sur_name_read [ ' store_ans ' ] [ resp_id ] . update ( { key1 : val1 } )
select_count + = 1
surv_name_wiz . write ( cr , uid , [ context . get ( ' sur_name_id ' , False ) ] , { ' store_ans ' : sur_name_read [ ' store_ans ' ] } )
continue
elif val1 and key1 . split ( ' _ ' ) [ 1 ] == " selection " and key1 . split ( ' _ ' ) [ 0 ] == que_id :
if len ( key1 . split ( ' _ ' ) ) > 2 :
ans_create_id = res_ans_obj . create ( cr , uid , { ' response_id ' : resp_id , ' answer_id ' : key1 . split ( ' _ ' ) [ - 1 ] , ' column_id ' : val1 } )
selected_value . append ( val1 )
response_list . append ( str ( ans_create_id ) + " _ " + str ( key1 . split ( ' _ ' ) [ - 1 ] ) )
else :
ans_create_id = res_ans_obj . create ( cr , uid , { ' response_id ' : resp_id , ' answer_id ' : val1 } )
sur_name_read [ ' store_ans ' ] [ resp_id ] . update ( { key1 : val1 } )
select_count + = 1
elif key1 . split ( ' _ ' ) [ 1 ] == " other " and key1 . split ( ' _ ' ) [ 0 ] == que_id :
if not val1 :
comment_value = True
else :
error = False
if que_rec [ ' is_comment_require ' ] and que_rec [ ' comment_valid_type ' ] == ' must_be_specific_length ' :
if ( not val1 and que_rec [ ' comment_minimum_no ' ] ) or len ( val1 ) < que_rec [ ' comment_minimum_no ' ] or len ( val1 ) > que_rec [ ' comment_maximum_no ' ] :
error = True
elif que_rec [ ' is_comment_require ' ] and que_rec [ ' comment_valid_type ' ] in [ ' must_be_whole_number ' , ' must_be_decimal_number ' , ' must_be_date ' ] :
error = False
try :
if que_rec [ ' comment_valid_type ' ] == ' must_be_whole_number ' :
value = int ( val1 )
if value < que_rec [ ' comment_minimum_no ' ] or value > que_rec [ ' comment_maximum_no ' ] :
error = True
elif que_rec [ ' comment_valid_type ' ] == ' must_be_decimal_number ' :
value = float ( val1 )
if value < que_rec [ ' comment_minimum_float ' ] or value > que_rec [ ' comment_maximum_float ' ] :
error = True
elif que_rec [ ' comment_valid_type ' ] == ' must_be_date ' :
value = datetime . datetime . strptime ( val1 , " % Y- % m- %d " )
if value < datetime . datetime . strptime ( que_rec [ ' comment_minimum_date ' ] , " % Y- % m- %d " ) or value > datetime . datetime . strptime ( que_rec [ ' comment_maximum_date ' ] , " % Y- % m- %d " ) :
error = True
except :
error = True
elif que_rec [ ' is_comment_require ' ] and que_rec [ ' comment_valid_type ' ] == ' must_be_email_address ' :
import re
if re . match ( " ^[a-zA-Z0-9._ % -+]+@[a-zA-Z0-9._ % -]+.[a-zA-Z] { 2,6}$ " , val1 ) == None :
error = True
if error :
for res in resp_id_list :
sur_name_read [ ' store_ans ' ] . pop ( res )
raise osv . except_osv ( _ ( ' Error ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " ' \n " + tools . ustr ( que_rec [ ' comment_valid_err_msg ' ] ) ) )
resp_obj . write ( cr , uid , resp_id , { ' comment ' : val1 } )
sur_name_read [ ' store_ans ' ] [ resp_id ] . update ( { key1 : val1 } )
elif val1 and key1 . split ( ' _ ' ) [ 1 ] == " comment " and key1 . split ( ' _ ' ) [ 0 ] == que_id :
resp_obj . write ( cr , uid , resp_id , { ' comment ' : val1 } )
sur_name_read [ ' store_ans ' ] [ resp_id ] . update ( { key1 : val1 } )
select_count + = 1
elif val1 and key1 . split ( ' _ ' ) [ 0 ] == que_id and ( key1 . split ( ' _ ' ) [ 1 ] == " single " or ( len ( key1 . split ( ' _ ' ) ) > 2 and key1 . split ( ' _ ' ) [ 2 ] == ' multi ' ) ) :
error = False
if que_rec [ ' is_validation_require ' ] and que_rec [ ' validation_type ' ] == ' must_be_specific_length ' :
if ( not val1 and que_rec [ ' validation_minimum_no ' ] ) or len ( val1 ) < que_rec [ ' validation_minimum_no ' ] or len ( val1 ) > que_rec [ ' validation_maximum_no ' ] :
error = True
elif que_rec [ ' is_validation_require ' ] and que_rec [ ' validation_type ' ] in [ ' must_be_whole_number ' , ' must_be_decimal_number ' , ' must_be_date ' ] :
error = False
try :
if que_rec [ ' validation_type ' ] == ' must_be_whole_number ' :
value = int ( val1 )
if value < que_rec [ ' validation_minimum_no ' ] or value > que_rec [ ' validation_maximum_no ' ] :
error = True
elif que_rec [ ' validation_type ' ] == ' must_be_decimal_number ' :
value = float ( val1 )
if value < que_rec [ ' validation_minimum_float ' ] or value > que_rec [ ' validation_maximum_float ' ] :
error = True
elif que_rec [ ' validation_type ' ] == ' must_be_date ' :
value = datetime . datetime . strptime ( val1 , " % Y- % m- %d " )
if value < datetime . datetime . strptime ( que_rec [ ' validation_minimum_date ' ] , " % Y- % m- %d " ) or value > datetime . datetime . strptime ( que_rec [ ' validation_maximum_date ' ] , " % Y- % m- %d " ) :
error = True
except :
error = True
elif que_rec [ ' is_validation_require ' ] and que_rec [ ' validation_type ' ] == ' must_be_email_address ' :
import re
if re . match ( " ^[a-zA-Z0-9._ % -+]+@[a-zA-Z0-9._ % -]+.[a-zA-Z] { 2,6}$ " , val1 ) == None :
error = True
if error :
for res in resp_id_list :
sur_name_read [ ' store_ans ' ] . pop ( res )
raise osv . except_osv ( _ ( ' Error ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " ' \n " + tools . ustr ( que_rec [ ' validation_valid_err_msg ' ] ) ) )
if key1 . split ( ' _ ' ) [ 1 ] == " single " :
resp_obj . write ( cr , uid , resp_id , { ' single_text ' : val1 } )
else :
ans_create_id = res_ans_obj . create ( cr , uid , { ' response_id ' : resp_id , ' answer_id ' : key1 . split ( ' _ ' ) [ 1 ] , ' answer ' : val1 } )
sur_name_read [ ' store_ans ' ] [ resp_id ] . update ( { key1 : val1 } )
select_count + = 1
elif val1 and que_id == key1 . split ( ' _ ' ) [ 0 ] and len ( key1 . split ( ' _ ' ) ) > 2 and key1 . split ( ' _ ' ) [ 2 ] == ' numeric ' :
if not val1 == " 0 " :
try :
numeric_sum + = int ( val1 )
ans_create_id = res_ans_obj . create ( cr , uid , { ' response_id ' : resp_id , ' answer_id ' : key1 . split ( ' _ ' ) [ 1 ] , ' answer ' : val1 } )
sur_name_read [ ' store_ans ' ] [ resp_id ] . update ( { key1 : val1 } )
select_count + = 1
except :
for res in resp_id_list :
sur_name_read [ ' store_ans ' ] . pop ( res )
raise osv . except_osv ( _ ( ' Error ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " ' \n Please enter an integer value " ) )
elif val1 and que_id == key1 . split ( ' _ ' ) [ 0 ] and len ( key1 . split ( ' _ ' ) ) == 3 :
if type ( val1 ) == type ( ' ' ) or type ( val1 ) == type ( u ' ' ) :
ans_create_id = res_ans_obj . create ( cr , uid , { ' response_id ' : resp_id , ' answer_id ' : key1 . split ( ' _ ' ) [ 1 ] , ' column_id ' : key1 . split ( ' _ ' ) [ 2 ] , ' value_choice ' : val1 } )
sur_name_read [ ' store_ans ' ] [ resp_id ] . update ( { key1 : val1 } )
else :
ans_create_id = res_ans_obj . create ( cr , uid , { ' response_id ' : resp_id , ' answer_id ' : key1 . split ( ' _ ' ) [ 1 ] , ' column_id ' : key1 . split ( ' _ ' ) [ 2 ] } )
sur_name_read [ ' store_ans ' ] [ resp_id ] . update ( { key1 : True } )
matrix_list . append ( key1 . split ( ' _ ' ) [ 0 ] + ' _ ' + key1 . split ( ' _ ' ) [ 1 ] )
select_count + = 1
elif val1 and que_id == key1 . split ( ' _ ' ) [ 0 ] and len ( key1 . split ( ' _ ' ) ) == 2 :
ans_create_id = res_ans_obj . create ( cr , uid , { ' response_id ' : resp_id , ' answer_id ' : key1 . split ( ' _ ' ) [ - 1 ] , ' answer ' : val1 } )
sur_name_read [ ' store_ans ' ] [ resp_id ] . update ( { key1 : val1 } )
select_count + = 1
surv_name_wiz . write ( cr , uid , [ context . get ( ' sur_name_id ' , False ) ] , { ' store_ans ' : sur_name_read [ ' store_ans ' ] } )
for key , val in vals . items ( ) :
if val and key . split ( ' _ ' ) [ 1 ] == " commentcolumn " and key . split ( ' _ ' ) [ 0 ] == que_id :
for res_id in response_list :
if key . split ( ' _ ' ) [ 2 ] in res_id . split ( ' _ ' ) [ 1 ] :
a = res_ans_obj . write ( cr , uid , [ res_id . split ( ' _ ' ) [ 0 ] ] , { ' comment_field ' : val } )
sur_name_read [ ' store_ans ' ] [ resp_id ] . update ( { key : val } )
if comment_field and comment_value :
for res in resp_id_list :
sur_name_read [ ' store_ans ' ] . pop ( res )
raise osv . except_osv ( _ ( ' Error re ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " ' " + tools . ustr ( que_rec [ ' make_comment_field_err_msg ' ] ) ) )
if que_rec [ ' type ' ] == " rating_scale " and que_rec [ ' rating_allow_one_column_require ' ] and len ( selected_value ) > len ( list ( set ( selected_value ) ) ) :
for res in resp_id_list :
sur_name_read [ ' store_ans ' ] . pop ( res )
raise osv . except_osv ( _ ( ' Error re ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " \n you cannot select same answer more than one times ' " ) )
if not select_count :
resp_obj . write ( cr , uid , resp_id , { ' state ' : ' skip ' } )
2010-03-22 11:08:02 +00:00
if que_rec [ also ' numeric_required_sum ' ] and numeric_sum > que_rec [ ' numeric_required_sum ' ] :
2010-03-22 09:12:54 +00:00
for res in resp_id_list :
sur_name_read [ ' store_ans ' ] . pop ( res )
raise osv . except_osv ( _ ( ' Error re ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " ' " + tools . ustr ( que_rec [ ' numeric_required_sum_err_msg ' ] ) ) )
if que_rec [ ' type ' ] in [ ' multiple_textboxes_diff_type ' , ' multiple_choice_multiple_ans ' , ' matrix_of_choices_only_one_ans ' , ' matrix_of_choices_only_multi_ans ' , ' matrix_of_drop_down_menus ' , ' rating_scale ' , ' multiple_textboxes ' , ' numerical_textboxes ' , ' date ' , ' date_and_time ' ] and que_rec [ ' is_require_answer ' ] :
if matrix_list :
if ( que_rec [ ' required_type ' ] == ' all ' and len ( list ( set ( matrix_list ) ) ) < len ( que_rec [ ' answer_choice_ids ' ] ) ) or \
( que_rec [ ' required_type ' ] == ' at least ' and len ( list ( set ( matrix_list ) ) ) < que_rec [ ' req_ans ' ] ) or \
( que_rec [ ' required_type ' ] == ' at most ' and len ( list ( set ( matrix_list ) ) ) > que_rec [ ' req_ans ' ] ) or \
( que_rec [ ' required_type ' ] == ' exactly ' and len ( list ( set ( matrix_list ) ) ) != que_rec [ ' req_ans ' ] ) or \
( que_rec [ ' required_type ' ] == ' a range ' and ( len ( list ( set ( matrix_list ) ) ) < que_rec [ ' minimum_req_ans ' ] or len ( list ( set ( matrix_list ) ) ) > que_rec [ ' maximum_req_ans ' ] ) ) :
for res in resp_id_list :
sur_name_read [ ' store_ans ' ] . pop ( res )
raise osv . except_osv ( _ ( ' Error ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " ' " + tools . ustr ( que_rec [ ' req_error_msg ' ] ) ) )
elif ( que_rec [ ' required_type ' ] == ' all ' and select_count < len ( que_rec [ ' answer_choice_ids ' ] ) ) or \
( que_rec [ ' required_type ' ] == ' at least ' and select_count < que_rec [ ' req_ans ' ] ) or \
( que_rec [ ' required_type ' ] == ' at most ' and select_count > que_rec [ ' req_ans ' ] ) or \
( que_rec [ ' required_type ' ] == ' exactly ' and select_count != que_rec [ ' req_ans ' ] ) or \
( que_rec [ ' required_type ' ] == ' a range ' and ( select_count < que_rec [ ' minimum_req_ans ' ] or select_count > que_rec [ ' maximum_req_ans ' ] ) ) :
for res in resp_id_list :
sur_name_read [ ' store_ans ' ] . pop ( res )
raise osv . except_osv ( _ ( ' Error ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " ' " + tools . ustr ( que_rec [ ' req_error_msg ' ] ) ) )
if que_rec [ ' type ' ] in [ ' multiple_choice_only_one_ans ' , ' single_textbox ' , ' comment ' ] and que_rec [ ' is_require_answer ' ] and select_count < = 0 :
for res in resp_id_list :
sur_name_read [ ' store_ans ' ] . pop ( res )
raise osv . except_osv ( _ ( ' Error re ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " ' " + tools . ustr ( que_rec [ ' req_error_msg ' ] ) ) )
else :
resp_id_list = [ ]
for update in click_update :
que_rec = que_obj . read ( cr , uid , [ int ( sur_name_read [ ' store_ans ' ] [ update ] [ ' question_id ' ] ) ] , [ ] ) [ 0 ]
res_ans_obj . unlink ( cr , uid , res_ans_obj . search ( cr , uid , [ ( ' response_id ' , ' = ' , update ) ] ) )
surv_tbl_column_obj . unlink ( cr , uid , surv_tbl_column_obj . search ( cr , uid , [ ( ' response_table_id ' , ' = ' , update ) ] ) )
resp_id_list . append ( update )
sur_name_read [ ' store_ans ' ] . update ( { update : { ' question_id ' : sur_name_read [ ' store_ans ' ] [ update ] [ ' question_id ' ] } } )
surv_name_wiz . write ( cr , uid , [ context . get ( ' sur_name_id ' , False ) ] , { ' store_ans ' : sur_name_read [ ' store_ans ' ] } )
select_count = 0
numeric_sum = 0
selected_value = [ ]
matrix_list = [ ]
comment_field = False
comment_value = False
response_list = [ ]
for key , val in vals . items ( ) :
ans_id_len = key . split ( ' _ ' )
if ans_id_len [ 0 ] == sur_name_read [ ' store_ans ' ] [ update ] [ ' question_id ' ] :
if val and key . split ( ' _ ' ) [ 1 ] == " table " :
surv_tbl_column_obj . create ( cr , uid , { ' response_table_id ' : update , ' column_id ' : key . split ( ' _ ' ) [ 2 ] , ' name ' : key . split ( ' _ ' ) [ 3 ] , ' value ' : val } )
sur_name_read [ ' store_ans ' ] [ update ] . update ( { key : val } )
resp_obj . write ( cr , uid , update , { ' state ' : ' done ' } )
elif val and key . split ( ' _ ' ) [ 1 ] == " otherfield " :
comment_field = True
sur_name_read [ ' store_ans ' ] [ update ] . update ( { key : val } )
select_count + = 1
surv_name_wiz . write ( cr , uid , [ context . get ( ' sur_name_id ' , False ) ] , { ' store_ans ' : sur_name_read [ ' store_ans ' ] } )
continue
elif val and key . split ( ' _ ' ) [ 1 ] == " selection " :
if len ( key . split ( ' _ ' ) ) > 2 :
ans_create_id = res_ans_obj . create ( cr , uid , { ' response_id ' : update , ' answer_id ' : key . split ( ' _ ' ) [ - 1 ] , ' column_id ' : val } )
selected_value . append ( val )
response_list . append ( str ( ans_create_id ) + " _ " + str ( key . split ( ' _ ' ) [ - 1 ] ) )
else :
ans_create_id = res_ans_obj . create ( cr , uid , { ' response_id ' : update , ' answer_id ' : val } )
resp_obj . write ( cr , uid , update , { ' state ' : ' done ' } )
sur_name_read [ ' store_ans ' ] [ update ] . update ( { key : val } )
select_count + = 1
elif key . split ( ' _ ' ) [ 1 ] == " other " :
if not val :
comment_value = True
else :
error = False
if que_rec [ ' is_comment_require ' ] and que_rec [ ' comment_valid_type ' ] == ' must_be_specific_length ' :
if ( not val and que_rec [ ' comment_minimum_no ' ] ) or len ( val ) < que_rec [ ' comment_minimum_no ' ] or len ( val ) > que_rec [ ' comment_maximum_no ' ] :
error = True
elif que_rec [ ' is_comment_require ' ] and que_rec [ ' comment_valid_type ' ] in [ ' must_be_whole_number ' , ' must_be_decimal_number ' , ' must_be_date ' ] :
try :
if que_rec [ ' comment_valid_type ' ] == ' must_be_whole_number ' :
value = int ( val )
if value < que_rec [ ' comment_minimum_no ' ] or value > que_rec [ ' comment_maximum_no ' ] :
error = True
elif que_rec [ ' comment_valid_type ' ] == ' must_be_decimal_number ' :
value = float ( val )
if value < que_rec [ ' comment_minimum_float ' ] or value > que_rec [ ' comment_maximum_float ' ] :
error = True
elif que_rec [ ' comment_valid_type ' ] == ' must_be_date ' :
value = datetime . datetime . strptime ( val , " % Y- % m- %d " )
if value < datetime . datetime . strptime ( que_rec [ ' comment_minimum_date ' ] , " % Y- % m- %d " ) or value > datetime . datetime . strptime ( que_rec [ ' comment_maximum_date ' ] , " % Y- % m- %d " ) :
error = True
except :
error = True
elif que_rec [ ' is_comment_require ' ] and que_rec [ ' comment_valid_type ' ] == ' must_be_email_address ' :
import re
if re . match ( " ^[a-zA-Z0-9._ % -+]+@[a-zA-Z0-9._ % -]+.[a-zA-Z] { 2,6}$ " , val ) == None :
error = True
if error :
raise osv . except_osv ( _ ( ' Error ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " ' \n " + tools . ustr ( que_rec [ ' comment_valid_err_msg ' ] ) ) )
resp_obj . write ( cr , uid , update , { ' comment ' : val , ' state ' : ' done ' } )
sur_name_read [ ' store_ans ' ] [ update ] . update ( { key : val } )
elif val and key . split ( ' _ ' ) [ 1 ] == " comment " :
resp_obj . write ( cr , uid , update , { ' comment ' : val , ' state ' : ' done ' } )
sur_name_read [ ' store_ans ' ] [ update ] . update ( { key : val } )
select_count + = 1
elif val and ( key . split ( ' _ ' ) [ 1 ] == " single " or ( len ( key . split ( ' _ ' ) ) > 2 and key . split ( ' _ ' ) [ 2 ] == ' multi ' ) ) :
error = False
if que_rec [ ' is_validation_require ' ] and que_rec [ ' validation_type ' ] == ' must_be_specific_length ' :
if ( not val and que_rec [ ' validation_minimum_no ' ] ) or len ( val ) < que_rec [ ' validation_minimum_no ' ] or len ( val ) > que_rec [ ' validation_maximum_no ' ] :
error = True
elif que_rec [ ' is_validation_require ' ] and que_rec [ ' validation_type ' ] in [ ' must_be_whole_number ' , ' must_be_decimal_number ' , ' must_be_date ' ] :
error = False
try :
if que_rec [ ' validation_type ' ] == ' must_be_whole_number ' :
value = int ( val )
if value < que_rec [ ' validation_minimum_no ' ] or value > que_rec [ ' validation_maximum_no ' ] :
error = True
elif que_rec [ ' validation_type ' ] == ' must_be_decimal_number ' :
value = float ( val )
if value < que_rec [ ' validation_minimum_float ' ] or value > que_rec [ ' validation_maximum_float ' ] :
error = True
elif que_rec [ ' validation_type ' ] == ' must_be_date ' :
value = datetime . datetime . strptime ( val , " % Y- % m- %d " )
if value < datetime . datetime . strptime ( que_rec [ ' validation_minimum_date ' ] , " % Y- % m- %d " ) or value > datetime . datetime . strptime ( que_rec [ ' validation_maximum_date ' ] , " % Y- % m- %d " ) :
error = True
except Exception , e :
error = True
elif que_rec [ ' is_validation_require ' ] and que_rec [ ' validation_type ' ] == ' must_be_email_address ' :
import re
if re . match ( " ^[a-zA-Z0-9._ % -+]+@[a-zA-Z0-9._ % -]+.[a-zA-Z] { 2,6}$ " , val ) == None :
error = True
if error :
raise osv . except_osv ( _ ( ' Error ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " ' \n " + tools . ustr ( que_rec [ ' validation_valid_err_msg ' ] ) ) )
if key . split ( ' _ ' ) [ 1 ] == " single " :
resp_obj . write ( cr , uid , update , { ' single_text ' : val , ' state ' : ' done ' } )
else :
resp_obj . write ( cr , uid , update , { ' state ' : ' done ' } )
ans_create_id = res_ans_obj . create ( cr , uid , { ' response_id ' : update , ' answer_id ' : ans_id_len [ 1 ] , ' answer ' : val } )
sur_name_read [ ' store_ans ' ] [ update ] . update ( { key : val } )
select_count + = 1
elif val and len ( key . split ( ' _ ' ) ) > 2 and key . split ( ' _ ' ) [ 2 ] == ' numeric ' :
if not val == " 0 " :
try :
numeric_sum + = int ( val )
resp_obj . write ( cr , uid , update , { ' state ' : ' done ' } )
ans_create_id = res_ans_obj . create ( cr , uid , { ' response_id ' : update , ' answer_id ' : ans_id_len [ 1 ] , ' answer ' : val } )
sur_name_read [ ' store_ans ' ] [ update ] . update ( { key : val } )
select_count + = 1
except :
raise osv . except_osv ( _ ( ' Error ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " ' \n Please enter an integer value " ) )
elif val and len ( key . split ( ' _ ' ) ) == 3 :
resp_obj . write ( cr , uid , update , { ' state ' : ' done ' } )
if type ( val ) == type ( ' ' ) or type ( val ) == type ( u ' ' ) :
ans_create_id = res_ans_obj . create ( cr , uid , { ' response_id ' : update , ' answer_id ' : ans_id_len [ 1 ] , ' column_id ' : ans_id_len [ 2 ] , ' value_choice ' : val } )
sur_name_read [ ' store_ans ' ] [ update ] . update ( { key : val } )
else :
ans_create_id = res_ans_obj . create ( cr , uid , { ' response_id ' : update , ' answer_id ' : ans_id_len [ 1 ] , ' column_id ' : ans_id_len [ 2 ] } )
sur_name_read [ ' store_ans ' ] [ update ] . update ( { key : True } )
matrix_list . append ( key . split ( ' _ ' ) [ 0 ] + ' _ ' + key . split ( ' _ ' ) [ 1 ] )
select_count + = 1
elif val and len ( key . split ( ' _ ' ) ) == 2 :
resp_obj . write ( cr , uid , update , { ' state ' : ' done ' } )
ans_create_id = res_ans_obj . create ( cr , uid , { ' response_id ' : update , ' answer_id ' : ans_id_len [ - 1 ] , ' answer ' : val } )
sur_name_read [ ' store_ans ' ] [ update ] . update ( { key : val } )
select_count + = 1
surv_name_wiz . write ( cr , uid , [ context . get ( ' sur_name_id ' , False ) ] , { ' store_ans ' : sur_name_read [ ' store_ans ' ] } )
for key , val in vals . items ( ) :
if val and key . split ( ' _ ' ) [ 1 ] == " commentcolumn " and key . split ( ' _ ' ) [ 0 ] == sur_name_read [ ' store_ans ' ] [ update ] [ ' question_id ' ] :
for res_id in response_list :
if key . split ( ' _ ' ) [ 2 ] in res_id . split ( ' _ ' ) [ 1 ] :
a = res_ans_obj . write ( cr , uid , [ res_id . split ( ' _ ' ) [ 0 ] ] , { ' comment_field ' : val } )
sur_name_read [ ' store_ans ' ] [ update ] . update ( { key : val } )
if comment_field and comment_value :
raise osv . except_osv ( _ ( ' Error re ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " ' " + tools . ustr ( que_rec [ ' make_comment_field_err_msg ' ] ) ) )
if que_rec [ ' type ' ] == " rating_scale " and que_rec [ ' rating_allow_one_column_require ' ] and len ( selected_value ) > len ( list ( set ( selected_value ) ) ) :
raise osv . except_osv ( _ ( ' Error re ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " \n you cannot select same answer more than one times ' " ) )
if que_rec [ ' numeric_required_sum ' ] and numeric_sum > que_rec [ ' numeric_required_sum ' ] :
raise osv . except_osv ( _ ( ' Error re ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " ' " + tools . ustr ( que_rec [ ' numeric_required_sum_err_msg ' ] ) ) )
if not select_count :
resp_obj . write ( cr , uid , update , { ' state ' : ' skip ' } )
if que_rec [ ' type ' ] in [ ' multiple_textboxes_diff_type ' , ' multiple_choice_multiple_ans ' , ' matrix_of_choices_only_one_ans ' , ' matrix_of_choices_only_multi_ans ' , ' matrix_of_drop_down_menus ' , ' rating_scale ' , ' multiple_textboxes ' , ' numerical_textboxes ' , ' date ' , ' date_and_time ' ] and que_rec [ ' is_require_answer ' ] :
if matrix_list :
if ( que_rec [ ' required_type ' ] == ' all ' and len ( list ( set ( matrix_list ) ) ) < len ( que_rec [ ' answer_choice_ids ' ] ) ) or \
( que_rec [ ' required_type ' ] == ' at least ' and len ( list ( set ( matrix_list ) ) ) < que_rec [ ' req_ans ' ] ) or \
( que_rec [ ' required_type ' ] == ' at most ' and len ( list ( set ( matrix_list ) ) ) > que_rec [ ' req_ans ' ] ) or \
( que_rec [ ' required_type ' ] == ' exactly ' and len ( list ( set ( matrix_list ) ) ) != que_rec [ ' req_ans ' ] ) or \
( que_rec [ ' required_type ' ] == ' a range ' and ( len ( list ( set ( matrix_list ) ) ) < que_rec [ ' minimum_req_ans ' ] or len ( list ( set ( matrix_list ) ) ) > que_rec [ ' maximum_req_ans ' ] ) ) :
raise osv . except_osv ( _ ( ' Error ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " ' " + tools . ustr ( que_rec [ ' req_error_msg ' ] ) ) )
elif ( que_rec [ ' required_type ' ] == ' all ' and select_count < len ( que_rec [ ' answer_choice_ids ' ] ) ) or \
( que_rec [ ' required_type ' ] == ' at least ' and select_count < que_rec [ ' req_ans ' ] ) or \
( que_rec [ ' required_type ' ] == ' at most ' and select_count > que_rec [ ' req_ans ' ] ) or \
( que_rec [ ' required_type ' ] == ' exactly ' and select_count != que_rec [ ' req_ans ' ] ) or \
( que_rec [ ' required_type ' ] == ' a range ' and ( select_count < que_rec [ ' minimum_req_ans ' ] or select_count > que_rec [ ' maximum_req_ans ' ] ) ) :
raise osv . except_osv ( _ ( ' Error ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " ' " + tools . ustr ( que_rec [ ' req_error_msg ' ] ) ) )
if que_rec [ ' type ' ] in [ ' multiple_choice_only_one_ans ' , ' single_textbox ' , ' comment ' ] and que_rec [ ' is_require_answer ' ] and select_count < = 0 :
raise osv . except_osv ( _ ( ' Error re ! ' ) , _ ( " ' " + que_rec [ ' question ' ] + " ' " + tools . ustr ( que_rec [ ' req_error_msg ' ] ) ) )
return True
def action_new_question ( self , cr , uid , ids , context ) :
2010-03-22 11:08:02 +00:00
"""
2010-03-22 12:36:17 +00:00
New survey . Question form .
@param self : The object pointer
@param cr : the current row , from the database cursor ,
@param uid : the current user ’ s ID for security checks ,
@param ids : List of survey . question . wiz IDs
@param context : A standard dictionary for contextual values
@return : Dictionary value for Open new survey . Qestion form .
2010-03-22 11:08:02 +00:00
"""
2010-03-22 09:12:54 +00:00
for key , val in context . items ( ) :
if type ( key ) == type ( True ) :
context . pop ( key )
view_id = self . pool . get ( ' ir.ui.view ' ) . search ( cr , uid , [ ( ' model ' , ' = ' , ' survey.question ' ) , ( ' name ' , ' = ' , ' survey_question_wizard_test ' ) ] )
return {
2010-03-22 12:36:17 +00:00
' view_type ' : ' form ' ,
" view_mode " : ' form ' ,
' res_model ' : ' survey.question ' ,
' type ' : ' ir.actions.act_window ' ,
' target ' : ' new ' ,
' view_id ' : view_id ,
' context ' : context
}
2010-03-22 09:12:54 +00:00
def action_new_page ( self , cr , uid , ids , context ) :
2010-03-22 11:08:02 +00:00
"""
2010-03-22 12:36:17 +00:00
New survey . Page form .
@param self : The object pointer
@param cr : the current row , from the database cursor ,
@param uid : the current user ’ s ID for security checks ,
@param ids : List of survey . question . wiz IDs
@param context : A standard dictionary for contextual values
@return : Dictionary value for Open new survey . page form .
2010-03-22 11:08:02 +00:00
"""
2010-03-22 09:12:54 +00:00
for key , val in context . items ( ) :
if type ( key ) == type ( True ) :
context . pop ( key )
view_id = self . pool . get ( ' ir.ui.view ' ) . search ( cr , uid , [ ( ' model ' , ' = ' , ' survey.page ' ) , ( ' name ' , ' = ' , ' survey_page_wizard_test ' ) ] )
return {
2010-03-22 12:36:17 +00:00
' view_type ' : ' form ' ,
" view_mode " : ' form ' ,
' res_model ' : ' survey.page ' ,
' type ' : ' ir.actions.act_window ' ,
' target ' : ' new ' ,
' view_id ' : view_id ,
' context ' : context
}
2010-03-22 09:12:54 +00:00
def action_edit_page ( self , cr , uid , ids , context ) :
2010-03-22 11:08:02 +00:00
"""
2010-03-22 12:36:17 +00:00
Edit survey . page .
@param self : The object pointer
@param cr : the current row , from the database cursor ,
@param uid : the current user ’ s ID for security checks ,
@param ids : List of survey . question . wiz IDs
@param context : A standard dictionary for contextual values
@return : Dictionary value for Open Edit survey . page form .
2010-03-22 11:08:02 +00:00
"""
2010-03-22 09:12:54 +00:00
for key , val in context . items ( ) :
if type ( key ) == type ( True ) :
context . pop ( key )
view_id = self . pool . get ( ' ir.ui.view ' ) . search ( cr , uid , [ ( ' model ' , ' = ' , ' survey.page ' ) , ( ' name ' , ' = ' , ' survey_page_wizard_test ' ) ] )
return {
2010-03-22 12:36:17 +00:00
' view_type ' : ' form ' ,
" view_mode " : ' form ' ,
' res_model ' : ' survey.page ' ,
' type ' : ' ir.actions.act_window ' ,
' target ' : ' new ' ,
' res_id ' : int ( context . get ( ' page_id ' , 0 ) ) ,
' view_id ' : view_id ,
' context ' : context
}
2010-03-22 09:12:54 +00:00
def action_delete_page ( self , cr , uid , ids , context ) :
2010-03-22 11:08:02 +00:00
"""
2010-03-22 12:36:17 +00:00
Delete survey . page .
@param self : The object pointer
@param cr : the current row , from the database cursor ,
@param uid : the current user ’ s ID for security checks ,
@param ids : List of survey . question . wiz IDs
@param context : A standard dictionary for contextual values
@return : Dictionary value for Open next survey . page form , but delete the selected page .
2010-03-22 11:08:02 +00:00
"""
2010-03-22 09:12:54 +00:00
for key , val in context . items ( ) :
if type ( key ) == type ( True ) :
context . pop ( key )
self . pool . get ( ' survey.page ' ) . unlink ( cr , uid , [ context . get ( ' page_id ' , False ) ] )
search_id = self . pool . get ( ' ir.ui.view ' ) . search ( cr , uid , [ ( ' model ' , ' = ' , ' survey.question.wiz ' ) , ( ' name ' , ' = ' , ' Survey Search ' ) ] )
surv_name_wiz = self . pool . get ( ' survey.name.wiz ' )
surv_name_wiz . write ( cr , uid , [ context . get ( ' sur_name_id ' , False ) ] , { ' transfer ' : True , ' page_no ' : context . get ( ' page_number ' , False ) } )
return {
2010-03-22 12:36:17 +00:00
' view_type ' : ' form ' ,
" view_mode " : ' form ' ,
' res_model ' : ' survey.question.wiz ' ,
' type ' : ' ir.actions.act_window ' ,
' target ' : ' new ' ,
' search_view_id ' : search_id [ 0 ] ,
' context ' : context
}
2010-03-22 09:12:54 +00:00
def action_edit_question ( self , cr , uid , ids , context ) :
2010-03-22 11:08:02 +00:00
"""
2010-03-22 12:36:17 +00:00
Edit survey . question .
@param self : The object pointer
@param cr : the current row , from the database cursor ,
@param uid : the current user ’ s ID for security checks ,
@param ids : List of survey . question . wiz IDs
@param context : A standard dictionary for contextual values
@return : Dictionary value for Open Edit survey . question form .
2010-03-22 11:08:02 +00:00
"""
2010-03-22 09:12:54 +00:00
for key , val in context . items ( ) :
if type ( key ) == type ( True ) :
context . pop ( key )
view_id = self . pool . get ( ' ir.ui.view ' ) . search ( cr , uid , [ ( ' model ' , ' = ' , ' survey.question ' ) , ( ' name ' , ' = ' , ' survey_question_wizard_test ' ) ] )
return {
2010-03-22 12:36:17 +00:00
' view_type ' : ' form ' ,
" view_mode " : ' form ' ,
' res_model ' : ' survey.question ' ,
' type ' : ' ir.actions.act_window ' ,
' target ' : ' new ' ,
' res_id ' : int ( context . get ( ' question_id ' , 0 ) ) ,
' view_id ' : view_id ,
' context ' : context
}
2010-03-22 09:12:54 +00:00
def action_delete_question ( self , cr , uid , ids , context ) :
2010-03-22 11:08:02 +00:00
"""
2010-03-22 12:36:17 +00:00
Delete survey . question .
@param self : The object pointer
@param cr : the current row , from the database cursor ,
@param uid : the current user ’ s ID for security checks ,
@param ids : List of survey . question . wiz IDs
@param context : A standard dictionary for contextual values
@return : Dictionary value for Open same survey . page form , but delete the selected survey . question in current survey . page .
2010-03-22 11:08:02 +00:00
"""
2010-03-22 09:12:54 +00:00
for key , val in context . items ( ) :
if type ( key ) == type ( True ) :
context . pop ( key )
que_obj = self . pool . get ( ' survey.question ' )
que_obj . unlink ( cr , uid , [ context . get ( ' question_id ' , False ) ] )
search_id = self . pool . get ( ' ir.ui.view ' ) . search ( cr , uid , [ ( ' model ' , ' = ' , ' survey.question.wiz ' ) , ( ' name ' , ' = ' , ' Survey Search ' ) ] )
surv_name_wiz = self . pool . get ( ' survey.name.wiz ' )
surv_name_wiz . write ( cr , uid , [ context . get ( ' sur_name_id ' , False ) ] , { ' transfer ' : True , ' page_no ' : context . get ( ' page_number ' , 0 ) } )
return {
' view_type ' : ' form ' ,
" view_mode " : ' form ' ,
' res_model ' : ' survey.question.wiz ' ,
' type ' : ' ir.actions.act_window ' ,
' target ' : ' new ' ,
' search_view_id ' : search_id [ 0 ] ,
' context ' : context
}
def action_forward_previous ( self , cr , uid , ids , context = None ) :
2010-03-22 11:08:02 +00:00
"""
2010-03-22 12:36:17 +00:00
Goes to previous Survey Answer .
@param self : The object pointer
@param cr : the current row , from the database cursor ,
@param uid : the current user ’ s ID for security checks ,
@param ids : List of survey . question . wiz IDs
@param context : A standard dictionary for contextual values
@return : Dictionary value for Open Previous Answer form .
2010-03-22 11:08:02 +00:00
"""
2010-03-22 09:12:54 +00:00
search_obj = self . pool . get ( ' ir.ui.view ' )
surv_name_wiz = self . pool . get ( ' survey.name.wiz ' )
search_id = search_obj . search ( cr , uid , [ ( ' model ' , ' = ' , ' survey.question.wiz ' ) , ( ' name ' , ' = ' , ' Survey Search ' ) ] )
wiz_id = surv_name_wiz . create ( cr , uid , { ' survey_id ' : context . get ( ' survey_id ' , False ) , ' page_no ' : - 1 , ' page ' : ' next ' , ' transfer ' : 1 , ' response ' : 0 } )
context . update ( { ' sur_name_id ' : wiz_id , ' response_no ' : context . get ( ' response_no ' , 0 ) - 1 } )
if context . get ( ' response_no ' , 0 ) + 1 > len ( context . get ( ' response_id ' , 0 ) ) :
return { }
return {
2010-03-22 12:36:17 +00:00
' view_type ' : ' form ' ,
" view_mode " : ' form ' ,
' res_model ' : ' survey.question.wiz ' ,
' type ' : ' ir.actions.act_window ' ,
' target ' : ' new ' ,
' search_view_id ' : search_id [ 0 ] ,
' context ' : context
}
2010-03-22 09:12:54 +00:00
def action_forward_next ( self , cr , uid , ids , context = None ) :
2010-03-22 11:08:02 +00:00
"""
2010-03-22 12:36:17 +00:00
Goes to Next Survey Answer .
@param self : The object pointer
@param cr : the current row , from the database cursor ,
@param uid : the current user ’ s ID for security checks ,
@param ids : List of survey . question . wiz IDs
@param context : A standard dictionary for contextual values
@return : Dictionary value for Open Next Answer form .
2010-03-22 11:08:02 +00:00
"""
2010-03-22 09:12:54 +00:00
search_obj = self . pool . get ( ' ir.ui.view ' )
surv_name_wiz = self . pool . get ( ' survey.name.wiz ' )
search_id = search_obj . search ( cr , uid , [ ( ' model ' , ' = ' , ' survey.question.wiz ' ) , ( ' name ' , ' = ' , ' Survey Search ' ) ] )
wiz_id = surv_name_wiz . create ( cr , uid , { ' survey_id ' : context . get ( ' survey_id ' , False ) , ' page_no ' : - 1 , ' page ' : ' next ' , ' transfer ' : 1 , ' response ' : 0 } )
context . update ( { ' sur_name_id ' : wiz_id , ' response_no ' : context . get ( ' response_no ' , 0 ) + 1 } )
if context . get ( ' response_no ' , 0 ) + 1 > len ( context . get ( ' response_id ' , 0 ) ) :
return { }
return {
2010-03-22 12:36:17 +00:00
' view_type ' : ' form ' ,
" view_mode " : ' form ' ,
' res_model ' : ' survey.question.wiz ' ,
' type ' : ' ir.actions.act_window ' ,
' target ' : ' new ' ,
' search_view_id ' : search_id [ 0 ] ,
' context ' : context
}
2010-03-22 09:12:54 +00:00
def action_next ( self , cr , uid , ids , context = None ) :
2010-03-22 11:08:02 +00:00
"""
2010-03-22 12:36:17 +00:00
Goes to Next page .
@param self : The object pointer
@param cr : the current row , from the database cursor ,
@param uid : the current user ’ s ID for security checks ,
@param ids : List of survey . question . wiz IDs
@param context : A standard dictionary for contextual values
@return : Dictionary value for Open Next survey . page form .
2010-03-22 11:08:02 +00:00
"""
2010-03-22 09:12:54 +00:00
surv_name_wiz = self . pool . get ( ' survey.name.wiz ' )
search_obj = self . pool . get ( ' ir.ui.view ' )
search_id = search_obj . search ( cr , uid , [ ( ' model ' , ' = ' , ' survey.question.wiz ' ) , ( ' name ' , ' = ' , ' Survey Search ' ) ] )
surv_name_wiz . write ( cr , uid , [ context . get ( ' sur_name_id ' , False ) ] , { ' transfer ' : True , ' page ' : ' next ' } )
return {
2010-03-22 12:36:17 +00:00
' view_type ' : ' form ' ,
" view_mode " : ' form ' ,
' res_model ' : ' survey.question.wiz ' ,
' type ' : ' ir.actions.act_window ' ,
' target ' : ' new ' ,
' search_view_id ' : search_id [ 0 ] ,
' context ' : context
}
2010-03-22 09:12:54 +00:00
def action_previous ( self , cr , uid , ids , context = None ) :
2010-03-22 11:08:02 +00:00
"""
2010-03-22 12:36:17 +00:00
Goes to previous page .
@param self : The object pointer
@param cr : the current row , from the database cursor ,
@param uid : the current user ’ s ID for security checks ,
@param ids : List of survey . question . wiz IDs
@param context : A standard dictionary for contextual values
@return : Dictionary value for Open Previous survey . page form .
2010-03-22 11:08:02 +00:00
"""
2010-03-22 09:12:54 +00:00
surv_name_wiz = self . pool . get ( ' survey.name.wiz ' )
search_obj = self . pool . get ( ' ir.ui.view ' )
search_id = search_obj . search ( cr , uid , [ ( ' model ' , ' = ' , ' survey.question.wiz ' ) , ( ' name ' , ' = ' , ' Survey Search ' ) ] )
surv_name_wiz . write ( cr , uid , [ context . get ( ' sur_name_id ' , False ) ] , { ' transfer ' : True , ' page ' : ' previous ' } )
return {
2010-03-22 12:36:17 +00:00
' view_type ' : ' form ' ,
" view_mode " : ' form ' ,
' res_model ' : ' survey.question.wiz ' ,
' type ' : ' ir.actions.act_window ' ,
' target ' : ' new ' ,
' search_view_id ' : search_id [ 0 ] ,
' context ' : context
}
2010-03-22 09:12:54 +00:00
survey_question_wiz ( )
2010-03-22 12:17:16 +00:00
# vim:expandtab:smartindent:tabstop=4:softtabstop=4:shiftwidth=4:
