386 lines
25 KiB
Python
386 lines
25 KiB
Python
# # -*- encoding: utf-8 -*-
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# ##############################################################################
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# #
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# # OpenERP, Open Source Management Solution
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# # Copyright (C) 2004-2009 Tiny SPRL (<http://tiny.be>). All Rights Reserved
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# # $Id$
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# #
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# # This program is free software: you can redistribute it and/or modify
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# # it under the terms of the GNU Affero General Public License as published by
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# # the Free Software Foundation, either version 3 of the License, or
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# # (at your option) any later version.
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# #
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# # This program is distributed in the hope that it will be useful,
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# # but WITHOUT ANY WARRANTY; without even the implied warranty of
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# # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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# # GNU Affero General Public License for more details.
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# #
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# # You should have received a copy of the GNU Affero General Public License
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# # along with this program. If not, see <http://www.gnu.org/licenses/>.
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# #
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# ##############################################################################
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# import time
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# import openerp
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# from openerp import tools
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# from openerp.report import report_sxw
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# from openerp.report.interface import report_rml
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# from openerp.tools import to_xml
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# class survey_analysis(report_rml):
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# def create(self, cr, uid, ids, datas, context):
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# registry = openerp.registry(cr.dbname)
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# surv_obj = registry['survey']
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# user_obj = registry['res.users']
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# rml_obj=report_sxw.rml_parse(cr, uid, surv_obj._name,context)
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# company=user_obj.browse(cr,uid,[uid],context)[0].company_id
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# rml ="""<document filename="Survey Analysis Report.pdf">
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# <template pageSize="(595.0,842.0)" title="Survey Analysis" author="OpenERP S.A.(sales@openerp.com)" allowSplitting="20">
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# <pageTemplate>
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# <frame id="first" x1="1.3cm" y1="1.5cm" width="18.4cm" height="26.5cm"/>
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# <pageGraphics>
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# <fill color="black"/>
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# <stroke color="black"/>
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# <setFont name="DejaVu Sans" size="8"/>
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# <drawString x="1.3cm" y="28.3cm"> """+to_xml(rml_obj.formatLang(time.strftime("%Y-%m-%d %H:%M:%S"),date_time=True))+"""</drawString>
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# <setFont name="DejaVu Sans Bold" size="10"/>
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# <drawString x="9.8cm" y="28.3cm">"""+ to_xml(company.name) +"""</drawString>
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# <stroke color="#000000"/>
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# <lines>1.3cm 28.1cm 20cm 28.1cm</lines>
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# </pageGraphics>
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# </pageTemplate>
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# </template>
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# <stylesheet>
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# <blockTableStyle id="Table1">
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# <blockAlignment value="LEFT"/>
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# <blockValign value="TOP"/>
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# <lineStyle kind="LINEBELOW" colorName="#e6e6e6"/>
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# </blockTableStyle>
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# <blockTableStyle id="Table2">
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# <blockAlignment value="LEFT"/>
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# <blockValign value="TOP"/>
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# </blockTableStyle>
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# <blockTableStyle id="Table3">
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# <blockAlignment value="LEFT"/>
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# <lineStyle kind="LINEBELOW" colorName="#e6e6e6" start="1,0" stop="2,-1"/>
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# <blockValign value="TOP"/>
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# </blockTableStyle>
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# <blockTableStyle id="Table4">
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# <blockAlignment value="LEFT"/>
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# <blockValign value="TOP"/>
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# <lineStyle kind="LINEBELOW" colorName="#000000" start="0,-1" stop="1,-1"/>
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# </blockTableStyle>
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# <blockTableStyle id="Table5">
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# <blockAlignment value="LEFT"/>
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# <blockValign value="TOP"/>
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# <lineStyle kind="LINEBELOW" colorName="#8f8f8f" start="0,-1" stop="1,-1"/>
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# </blockTableStyle>
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# <blockTableStyle id="Table_heading">
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# <blockAlignment value="LEFT"/>
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# <blockValign value="TOP"/>
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# <lineStyle kind="LINEBEFORE" colorName="#e6e6e6" start="0,0" stop="-1,-1"/>
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# <lineStyle kind="LINEAFTER" colorName="#e6e6e6" start="0,0" stop="-1,-1"/>
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# <lineStyle kind="LINEBELOW" colorName="#e6e6e6" start="0,0" stop="-1,-1"/>
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# <lineStyle kind="LINEABOVE" colorName="#e6e6e6" start="0,0" stop="-1,-1"/>
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# </blockTableStyle>
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# <blockTableStyle id="Table_head_2">
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# <blockAlignment value="LEFT"/>
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# <blockValign value="TOP"/>
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# <lineStyle kind="LINEBEFORE" colorName="#e6e6e6" start="0,0" stop="-1,-1"/>
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# <lineStyle kind="LINEAFTER" colorName="#e6e6e6" start="0,0" stop="-1,-1"/>
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# <lineStyle kind="LINEBELOW" colorName="#e6e6e6" start="0,0" stop="-1,-1"/>
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# <lineStyle kind="LINEABOVE" colorName="#e6e6e6" start="0,0" stop="-1,-1"/>
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# </blockTableStyle>
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# <initialize>
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# <paraStyle name="all" alignment="justify"/>
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# </initialize>
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# <paraStyle name="answer_right" alignment="RIGHT" fontName="helvetica" fontSize="09.0" leftIndent="2.0"/>
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# <paraStyle name="Standard1" fontName="helvetica-bold" alignment="RIGHT" fontSize="09.0"/>
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# <paraStyle name="Standard" alignment="LEFT" fontName="Helvetica-Bold" fontSize="11.0"/>
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# <paraStyle name="header1" fontName="Helvetica" fontSize="11.0"/>
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# <paraStyle name="response" fontName="Helvetica-oblique" fontSize="9.5"/>
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# <paraStyle name="response-bold" fontName="Helvetica-bold" fontSize="9" alignment="RIGHT" />
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# <paraStyle name="page" fontName="helvetica" fontSize="11.0" leftIndent="0.0"/>
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# <paraStyle name="question" fontName="helvetica-boldoblique" fontSize="10.0" leftIndent="3.0"/>
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# <paraStyle name="answer_bold" fontName="Helvetica-Bold" fontSize="09.0" leftIndent="2.0"/>
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# <paraStyle name="answer" fontName="helvetica" fontSize="09.0" leftIndent="2.0"/>
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# <paraStyle name="Title" fontName="helvetica" fontSize="20.0" leading="15" spaceBefore="6.0" spaceAfter="6.0" alignment="CENTER"/>
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# <paraStyle name="terp_tblheader_General_Centre" fontName="Helvetica-Bold" fontSize="9.0" leading="10" alignment="CENTER" spaceBefore="6.0" spaceAfter="6.0"/>
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# <paraStyle name="terp_default_Centre_8" fontName="Helvetica" fontSize="9.0" leading="10" alignment="CENTER" spaceBefore="0.0" spaceAfter="0.0"/>
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# <paraStyle name="terp_default_Center_heading" fontName="Helvetica-bold" fontSize="9.0" leading="10" alignment="CENTER" spaceBefore="0.0" spaceAfter="0.0"/>
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# <paraStyle name="P2" fontName="Helvetica" fontSize="14.0" leading="15" spaceBefore="6.0" spaceAfter="6.0"/>
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# </stylesheet>
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# <images/>
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# """
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# if datas.has_key('form') and datas['form']['survey_ids']:
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# ids = datas['form']['survey_ids']
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# for survey in surv_obj.browse(cr, uid, ids):
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# rml += """<story>
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# <para style="Title">Answers Summary</para>
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# <para style="Standard"><font></font></para>
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# <para style="P2">
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# <font color="white"> </font>
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# </para>
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# <blockTable colWidths="280.0,100.0,120.0" style="Table_heading">
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# <tr>
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# <td>
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# <para style="terp_tblheader_General_Centre">Survey Title </para>
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# </td>
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# <td>
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# <para style="terp_tblheader_General_Centre">Total Started Survey </para>
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# </td>
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# <td>
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# <para style="terp_tblheader_General_Centre">Total Completed Survey </para>
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# </td>
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# </tr>
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# </blockTable>
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# <blockTable colWidths="280.0,100.0,120.0" style="Table_head_2">
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# <tr>
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# <td>
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# <para style="terp_default_Centre_8">""" + to_xml(tools.ustr(survey.title)) + """</para>
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# </td>
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# <td>
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# <para style="terp_default_Centre_8">""" + str(survey.tot_start_survey) + """</para>
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# </td>
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# <td>
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# <para style="terp_default_Centre_8">""" + str(survey.tot_comp_survey) + """</para>
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# </td>
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# </tr>
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# </blockTable>
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# <para style="P2">
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# <font color="white"> </font>
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# </para>"""
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# for page in survey.page_ids:
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# rml += """ <blockTable colWidths="500" style="Table4">
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# <tr>
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# <td><para style="page">Page :- """ + to_xml(tools.ustr(page.title)) + """</para></td>
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# </tr>
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# </blockTable>"""
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# for que in page.question_ids:
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# rml +="""<blockTable colWidths="500" style="Table5">
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# <tr>
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# <td><para style="question">""" + to_xml(tools.ustr(que.question)) + """</para></td>
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# </tr>
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# </blockTable>"""
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# cols_widhts = []
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# if que.type in ['matrix_of_choices_only_one_ans','matrix_of_choices_only_multi_ans']:
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# cols_widhts.append(200)
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# for col in range(0, len(que.column_heading_ids) + 1):
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# cols_widhts.append(float(300 / (len(que.column_heading_ids) + 1)))
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# colWidths = ",".join(map(tools.ustr, cols_widhts))
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# matrix_ans = [(0,'')]
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# for col in que.column_heading_ids:
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# if col.title not in matrix_ans:
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# matrix_ans.append((col.id,col.title))
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# rml += """<blockTable colWidths=" """ + colWidths + """ " style="Table1"><tr>"""
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# for mat_col in range(0, len(matrix_ans)):
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# rml+="""<td><para style="response">""" + to_xml(tools.ustr(matrix_ans[mat_col][1])) + """</para></td>"""
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# rml += """<td><para style="response-bold">Answer Count</para></td>
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# </tr>"""
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# last_col = cols_widhts[-1]
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# for ans in que.answer_choice_ids:
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# rml += """<tr><td><para style="answer">""" + to_xml(tools.ustr(ans.answer)) + """</para></td>"""
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# cr.execute("select count(id) from survey_response_answer sra where sra.answer_id = %s", (ans.id,))
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# tot_res = cr.fetchone()[0]
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# cr.execute("select count(id) ,sra.column_id from survey_response_answer sra where sra.answer_id=%s group by sra.column_id", (ans.id,))
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# calc_res = cr.dictfetchall()
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# for mat_col in range(1, len(matrix_ans)):
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# percantage = 0.0
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# cal_count = 0
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# for cal in calc_res:
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# if cal['column_id'] == matrix_ans[mat_col][0]:
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# cal_count = cal['count']
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# if tot_res:
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# percantage = round(float(cal_count)*100 / tot_res,2)
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# if percantage:
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# rml += """<td color="#FFF435"><para style="answer_bold">""" + tools.ustr(percantage) +"% (" + tools.ustr(cal_count) + """)</para></td>"""
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# else:
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# rml += """<td color="#FFF435"><para style="answer">""" + tools.ustr(percantage) +"% (" + tools.ustr(cal_count) + """)</para></td>"""
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# rml += """<td><para style="answer_right">""" + tools.ustr(tot_res) + """</para></td>
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# </tr>"""
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# rml += """</blockTable>"""
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# if que.is_comment_require:
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# cr.execute("select count(id) from survey_response_line where question_id = %s and comment != ''",(que.id,))
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# tot_res = cr.fetchone()[0]
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# rml += """<blockTable colWidths=" """+ str(500 - last_col) +"," + str(last_col) + """ " style="Table1"><tr><td><para style="answer_right">""" + to_xml(tools.ustr(que.comment_label)) + """</para></td>
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# <td><para style="answer">""" + tools.ustr(tot_res) + """</para></td></tr></blockTable>"""
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# elif que.type in['multiple_choice_only_one_ans', 'multiple_choice_multiple_ans', 'multiple_textboxes','date_and_time','date','multiple_textboxes_diff_type']:
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# rml += """<blockTable colWidths="240.0,210,50.0" style="Table1">"""
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# rml += """ <tr>
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# <td> <para style="Standard"> </para></td>
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# <td> <para style="terp_default_Center_heading">Answer Percentage</para></td>
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# <td> <para style="response-bold">Answer Count</para></td>
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# </tr>"""
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# for ans in que.answer_choice_ids:
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# progress = ans.average * 7 / 100
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# rml += """<tr><td><para style="answer">""" + to_xml(tools.ustr(ans.answer)) + """</para></td>
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# <td>
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# <illustration>
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# <stroke color="lightslategray"/>
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# <rect x="0.1cm" y="-0.45cm" width="7.2 cm" height="0.5cm" fill="no" stroke="yes" round="0.1cm"/>
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# """
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# if progress:
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# rml += """<fill color="lightsteelblue"/>
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# <rect x="0.2cm" y="-0.35cm" width='""" + tools.ustr(str(float(progress)) +'cm') + """' height="0.3cm" fill="yes" stroke="no" round="0.1cm"/>"""
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# rml += """
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# <fill color="black"/>
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# <setFont name="Helvetica" size="9"/>
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# <drawString x="3.2cm" y="-0.30cm">""" + tools.ustr(ans.average) + """%</drawString></illustration>
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# </td>
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# <td><para style="answer_right">""" + tools.ustr(ans.response) + """</para></td></tr>"""
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# rml += """</blockTable>"""
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# if que.is_comment_require:
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# # if que.make_comment_field:
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# # cr.execute("select count(id) from survey_response_line where question_id = %s and comment != ''", (que.id,))
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# # tot_res = cr.fetchone()[0]
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# # tot_avg = 0.00
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# # if que.tot_resp:
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# # tot_avg = round(float(tot_res * 100)/ que.tot_resp,2)
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# # rml+="""<blockTable colWidths="280.0,120,100.0" style="Table1"><tr><td><para style="answer">""" +to_xml(tools.ustr(que.comment_label)) + """</para></td>
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# # <td><para style="answer">""" + str(tot_avg) + """%</para></td>
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# # <td><para style="answer">""" + tools.ustr(tot_res) + """</para></td></tr></blockTable>"""
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# # else:
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# cr.execute("select count(id) from survey_response_line where question_id = %s and comment != ''", (que.id,))
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# tot_res = cr.fetchone()[0]
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# rml += """<blockTable colWidths="450.0,50.0" style="Table1"><tr><td><para style="answer_right">""" + to_xml(tools.ustr(que.comment_label)) + """</para></td>
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# <td><para style="answer_right">""" + tools.ustr(tot_res) + """</para></td></tr></blockTable>"""
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# elif que.type in['single_textbox']:
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# cr.execute("select count(id) from survey_response_line where question_id = %s and single_text!=''",(que.id,))
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# rml += """<blockTable colWidths="400.0,100.0" style="Table1">
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# <tr>
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# <td> <para style="Standard"> </para></td>
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# <td> <para style="response-bold">Answer Count</para></td>
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# </tr>
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# <tr><td><para style="answer"></para></td>
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# <td><para style="answer_right">""" + tools.ustr(cr.fetchone()[0]) + """ </para></td></tr>
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# </blockTable>"""
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# elif que.type in['comment']:
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# cr.execute("select count(id) from survey_response_line where question_id = %s and comment !=''", (que.id,))
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# rml += """<blockTable colWidths="400.0,100.0" style="Table1">
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# <tr>
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# <td> <para style="Standard"> </para></td>
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# <td> <para style="response-bold">Answer Count</para></td>
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# </tr>
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# <tr><td><para style="answer"></para></td>
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# <td><para style="answer_right">""" + tools.ustr(cr.fetchone()[0]) + """ </para></td></tr>
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# </blockTable>"""
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# elif que.type in['rating_scale']:
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# cols_widhts.append(200)
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# for col in range(0,len(que.column_heading_ids) + 2):
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# cols_widhts.append(float(300 / (len(que.column_heading_ids) + 2)))
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# colWidths = ",".join(map(tools.ustr, cols_widhts))
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# matrix_ans = [(0,'')]
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# for col in que.column_heading_ids:
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# if col.title not in matrix_ans:
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# matrix_ans.append((col.id,col.title))
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# rml += """<blockTable colWidths=" """ + colWidths + """ " style="Table1"><tr>"""
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# for mat_col in range(0,len(matrix_ans)):
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# rml += """<td><para style="response">""" + to_xml(tools.ustr(matrix_ans[mat_col][1])) + """</para></td>"""
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# rml += """<td><para style="response-bold">Rating Average</para></td>
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# <td><para style="response-bold">Answer Count</para></td>
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# </tr>"""
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# for ans in que.answer_choice_ids:
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# rml += """<tr><td><para style="answer">""" + to_xml(tools.ustr(ans.answer)) + """</para></td>"""
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# res_count = 0
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# rating_weight_sum = 0
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# for mat_col in range(1, len(matrix_ans)):
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# cr.execute("select count(sra.answer_id) from survey_response_line sr, survey_response_answer sra\
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# where sr.id = sra.response_line_id and sra.answer_id = %s and sra.column_id ='%s'", (ans.id,matrix_ans[mat_col][0]))
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# tot_res = cr.fetchone()[0]
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# cr.execute("select count(sra.answer_id),sqc.rating_weight from survey_response_line sr, survey_response_answer sra ,\
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# survey_question_column_heading sqc where sr.id = sra.response_line_id and \
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# sqc.question_id = sr.question_id and sra.answer_id = %s and sqc.title ='%s'\
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# group by sra.answer_id,sqc.rating_weight", (ans.id,matrix_ans[mat_col][1]))
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# col_weight = cr.fetchone()
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# if not col_weight:
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# col_weight= (0,0)
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# elif not col_weight[1]:
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# col_weight = (col_weight[0],0)
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# res_count = col_weight[0]
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# if tot_res and res_count:
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# rating_weight_sum += int(col_weight[1]) * tot_res
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# tot_per = round((float(tot_res) * 100) / int(res_count), 2)
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# else:
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# tot_per = 0.0
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# if tot_res:
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# rml += """<td><para style="answer_bold">""" + tools.ustr(tot_per) + "%(" + tools.ustr(tot_res) + """)</para></td>"""
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# else:
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# rml += """<td><para style="answer">""" + tools.ustr(tot_per)+"%(" + tools.ustr(tot_res) + """)</para></td>"""
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# percantage = 0.00
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# if res_count:
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# percantage = round((float(rating_weight_sum)/res_count), 2)
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# rml += """<td><para style="answer_right">""" + tools.ustr(percantage) + """</para></td>
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# <td><para style="answer_right">""" + tools.ustr(res_count) + """</para></td></tr>"""
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# rml += """</blockTable>"""
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# elif que.type in['numerical_textboxes']:
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# rml += """<blockTable colWidths="240.0,20,100.0,70,70.0" style="Table1">
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# <tr>
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# <td> <para style="Standard"> </para></td>
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# <td> <para style="Standard"> </para></td>
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# <td> <para style="response">Answer Average</para></td>
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# <td> <para style="response">Answer Total</para></td>
|
|
# <td> <para style="response-bold">Answer Count</para></td>
|
|
# </tr>"""
|
|
# for ans in que.answer_choice_ids:
|
|
# cr.execute("select answer from survey_response_answer where answer_id=%s group by answer", (ans.id,))
|
|
# tot_res = cr.dictfetchall()
|
|
# total = 0
|
|
# for tot in tot_res:
|
|
# total += int(tot['answer'])
|
|
# per = 0.00
|
|
|
|
# if len(tot_res):
|
|
# per = round((float(total) / len(tot_res)),2)
|
|
# rml+="""<tr><td><para style="answer">""" + to_xml(tools.ustr(ans.answer)) + """</para></td>
|
|
# <td> <para style="Standard"> </para></td>
|
|
# <td> <para style="answer">""" + tools.ustr(per) +"""</para></td>
|
|
# <td><para style="answer">""" + tools.ustr(total) + """</para></td>
|
|
# <td><para style="answer_right">""" + tools.ustr(len(tot_res)) + """</para></td></tr>"""
|
|
# rml+="""</blockTable>"""
|
|
|
|
# rml +="""<blockTable colWidths="300,100,100.0" style="Table3">
|
|
# <tr>
|
|
# <td><para style="Standard1"></para></td>
|
|
# <td><para style="Standard1">Answered Question</para></td>
|
|
# <td><para style="Standard1">""" + tools.ustr(que.tot_resp) + """</para></td>
|
|
# </tr>
|
|
# <tr>
|
|
# <td><para style="Standard1"></para></td>
|
|
# <td><para style="Standard1">Skipped Questions</para></td>
|
|
# <td><para style="Standard1">""" + tools.ustr(que.tot_resp - survey.tot_start_survey) + """</para></td>
|
|
# </tr>
|
|
# </blockTable>"""
|
|
# rml += """</story>"""
|
|
|
|
# rml += """</document>"""
|
|
# report_type = datas.get('report_type', 'pdf')
|
|
# create_doc = self.generators[report_type]
|
|
# self.internal_header=True
|
|
# pdf = create_doc(rml, title=self.title)
|
|
|
|
# return (pdf, report_type)
|
|
|
|
# survey_analysis('report.survey.analysis', 'survey','','')
|
|
|
|
# # vim:expandtab:smartindent:tabstop=4:softtabstop=4:shiftwidth=4:
|