def write_xls_price(self):
if self.options['whole']:
filename = path.join(settings.MEDIA_ROOT, 'upload/wprice.xls')
else:
filename = path.join(settings.MEDIA_ROOT, 'upload/price.xls')
workBookDocument = Workbook()
docSheet = workBookDocument.add_sheet(u'Прайс соло-парфюм')
docSheet.col(1).width = 10000
headerFont = Font()
headerFont.bold = True
headerFont.size = 400
headerStyle = XFStyle()
headerStyle.font = headerFont
docSheet.row(0).set_style(headerStyle)
if self.options['whole']:
docSheet.write_merge(0, 0, 0, 2, u'Оптовый прайс-лист Соло-парфюм (%s)' % datetime.now().strftime('%d.%m.%Y'))
else:
docSheet.write_merge(0, 0, 0, 2, u'Прайс-лист Соло-парфюм (%s)' % datetime.now().strftime('%d.%m.%Y'))
docSheet.write(2, 0, u'Артикул')
docSheet.write(2, 1, u'Наименование', )
docSheet.write(2, 2, u'Цена')
sectionFont = Font()
sectionFont.bold = True
sectionStyle = XFStyle()
sectionStyle.font = sectionFont
align = Alignment()
align.horz = Alignment.HORZ_CENTER
sectionStyle.alignment = align
row = 3
for section in self.data.iterkeys():
docSheet.write_merge(row, row, 0, 2, section, sectionStyle)
row += 1
for item in self.data[section]:
docSheet.write(row, 0, item['identifier'])
docSheet.write(row, 1, item['name'])
docSheet.write(row, 2, item['price'])
row += 1
workBookDocument.save(filename)
def sandbox():
#set attributes for workbook
fnt = Font()
fnt.name, fnt.colour_index, fnt.bold, fnt._weight = 'Arial',0x08,False,0x0190
borders = Borders()
borders.left, borders.right, borders.top, borders.bottom = 0,0,0,0
al = Alignment()
al.horz, al.vert = Alignment.HORZ_CENTER,Alignment.VERT_CENTER
style = XFStyle()
style.font, style.borders,style.alignment = fnt,borders,al
# create wb instance
wb = Workbook()
#add a sheet for each csv file being imported to excel
s = util.GetFileListing('Note*.csv')
csv_files = s.sys_cmd.output
worksheet_titles = [ ':'.join(a_file.split(':')[1:-2]) for a_file in csv_files ]
ws_list = [ wb.add_sheet(ws_title) for ws_title in worksheet_titles ]
F = util.FileEdit(csv_titles)
for ws,f in zip(ws_list,F.file_utils):
a_list = [ a_row.rstrip().split(',') for a_row in f.contents ]
for a_row,a_line in enumerate(a_list):
for a_col,a_cell in enumerate(a_line): ws.write(a_row,a_col,a_cell,style)
wb.save('chk_out.xls')
def write_xls_price(self):
if self.options['whole']:
filename = path.join(settings.MEDIA_ROOT, 'upload/wprice.xls')
else:
filename = path.join(settings.MEDIA_ROOT, 'upload/price.xls')
workBookDocument = Workbook()
docSheet = workBookDocument.add_sheet(u'Прайс соло-парфюм')
docSheet.col(1).width = 10000
headerFont = Font()
headerFont.bold = True
headerFont.size = 400
headerStyle = XFStyle()
headerStyle.font = headerFont
docSheet.row(0).set_style(headerStyle)
if self.options['whole']:
docSheet.write_merge(
0, 0, 0, 2, u'Оптовый прайс-лист Соло-парфюм (%s)' %
datetime.now().strftime('%d.%m.%Y'))
else:
docSheet.write_merge(
0, 0, 0, 2, u'Прайс-лист Соло-парфюм (%s)' %
datetime.now().strftime('%d.%m.%Y'))
docSheet.write(2, 0, u'Артикул')
docSheet.write(
2,
1,
u'Наименование',
)
docSheet.write(2, 2, u'Цена')
sectionFont = Font()
sectionFont.bold = True
sectionStyle = XFStyle()
sectionStyle.font = sectionFont
align = Alignment()
align.horz = Alignment.HORZ_CENTER
sectionStyle.alignment = align
row = 3
for section in self.data.iterkeys():
docSheet.write_merge(row, row, 0, 2, section, sectionStyle)
row += 1
for item in self.data[section]:
docSheet.write(row, 0, item['identifier'])
docSheet.write(row, 1, item['name'])
docSheet.write(row, 2, item['price'])
row += 1
workBookDocument.save(filename)
def write_excel(results):
title = ['DATE', 'User ID', 'SCREEN NAME', 'Fans', 'Fan Growth', 'Fan Growth %', 'Tweets', 'Retweets', 'Comments', 'direct @',
'Likes', 'Impression', 'ER 30 days', 'ER 7 days', '#1 Post URL', '#1 Post ER', '#1 Post RT', '#1 Post CT', '#2 Post URL',
'#2 Post ER', '#2 Post RT', '#2 Post CT', '#3 Post URL', '#3 Post ER', '#3 Post RT', '#3 Post CT', '#4 Post URL',
'#4 Post ER', '#4 Post RT', '#4 Post CT', '#5 Post URL', '#5 Post ER', '#5 Post RT', '#5 Post CT', '#1 Influencer URL',
'#1 Influencer Tweets Count', '#1 Influencer Comments Count', '#1 Influencer Direct @ Count', '#2 Influencer URL',
'#2 Influencer Tweets Count', '#2 Influencer Comments', '#2 Influencer Direct @ Count', '#3 Influencer URL',
'#3 Influencer Tweets Count', '#3 Influencer Comments', '#3 Influencer Direct @ Count', '#4 Influencer URL',
'#4 Influencer Tweets Count', '#4 Influencer Comments', '#4 Influencer Direct @ Count', '#5 Influencer URL',
'#5 Influencer Tweets Count', '#5 Influencer Comments', '#5 Influencer Direct @ Count', '#1 Hashtag',
"#1 Hashtag's engagement rate", '#2 Hashtag', "#2 Hashtag's engagement rate", '#3 Hashtag',
"#3 Hashtag's engagement rate", 'Question Posted', 'Question Responded', 'Question Response Time', 'Response Share']
w = Workbook()
ws = w.add_sheet('Weekly Raw Data')
wt = w.add_sheet('Fans Info')
font = Font()
font.height = 12 * 0x14
font.name = str_to_unicode('微软雅黑')
title_style = Style.XFStyle()
title_style.font = font
fontbold = Font()
fontbold.height = 12 * 0x14
fontbold.bold = True
fontbold.name = str_to_unicode('微软雅黑')
boldstyle = Style.XFStyle()
boldstyle.font = fontbold
percent = Style.XFStyle()
percent.font = font
percent.num_format_str = '0.00%'
for i in range(len(title)):
ws.col(i).width = 3600
ws.write_cols(0, 0, title, title_style)
abscissa = 0
for res in range(len(results)):
screen_name, uid, day, period, fans, fan_growth, tweets, retweets, comments, direct_at, likes, impressions, \
er_30, er_7, response_share, top_posts, top_influencer, top_hashtag, questions, responds, mean_res, active, interactive, \
verified, subfans, province, gender, age, tag, fans_week, fans_hour, brand_week, brand_hour = results[res]
fan_percent = fan_growth / float(fans - fan_growth)
top_posts, top_influencer, top_hashtag, verified, subfans, province, gender, age, tag, fans_week, \
fans_hour, brand_week, brand_hour = [format_data(p) for p in (top_posts, top_influencer, top_hashtag, \
verified, subfans, province, gender, age, tag, fans_week, \
fans_hour, brand_week, brand_hour)]
mean_res = round(mean_res/60.0, 2)
#print res
t_posts = []
top_posts = sorted(top_posts, key=lambda x:x[0], reverse=True)
for post in top_posts:
t_posts.extend([post[1]['url'], post[0], post[1]['nret'], post[1]['ncmt']])
t_posts.extend(['N/A'] * (20 - len(t_posts)))
t_influencer = []
top_influencer = sorted(top_influencer, key=lambda x:x[0], reverse=True)
for influ in top_influencer:
weibourl = 'http://weibo.com/u/%s'%influ[1]['uid']
t_influencer.extend([weibourl, influ[1].get('reposts', 0), influ[1].get('comments', 0), influ[1].get('direct_at', 0)])
t_influencer.extend(['N/A'] * (20 - len(t_influencer)))
t_hashtag = []
if top_hashtag:
top_hashtag = sorted(top_hashtag, key=lambda x:x[0], reverse=True)
[t_hashtag.extend([hash[1], hash[0]]) for hash in top_hashtag]
t_hashtag.extend(['N/A'] * (6 - len(t_hashtag)))
account_index = [day.strftime('%Y-%m-%d'), uid, screen_name, fans, fan_growth, fan_percent, tweets, retweets, \
comments, direct_at, likes if likes else 0, \
impressions, er_30, er_7] + t_posts + t_influencer + t_hashtag + [questions, responds, mean_res,
response_share if response_share else 'N/A']
#将第一页数据写入execl
ws.write_cols(res+1, 0, account_index, title_style)
tag.extend([('N/A', 0) for i in range(10 - len(tag))])
province.extend([('N/A', 0) for i in range(10 - len(province))])
subfans.extend([0 for i in range(12 - len(subfans))])
vertical_title = [screen_name, 'Active', 'Active Fans', 'Other Fans', '', 'Interaction', 'Interactive Fans', 'Other Fans', '', 'Verified Type', \
'Verified', 'Daren', 'Un-verified', '', 'Fan Number', '0~9', '10~49', '50~99', '100~199', '200~299', '300~399', '400~499',\
'500~999', '1000~1999', '2000~4999', '5000~9999', '>=10000', '', 'Gender', 'Male', 'Female', '', 'Age', '<18', '18~24', \
'25~29', '30~34', '35~39', '40~49', '50~59', '>=60', '', 'Tag'] + [i[0] for i in tag] + ['', 'Province'] + \
[str_to_unicode(provincesdict.get(str(i[0]), '')) for i in province]+ ['', 'Hour', '0-1', '1-2', '2-3', '3-4', '4-5', '5-6',\
'6-7', '7-8', '8-9', '9-10', '10-11', '11-12', '12-13', '13-14', '14-15', '15-16', '16-17', '17-18', '18-19', '19-20', '20-21', '21-22', \
'22-23', '23-0', '', 'Days', 'Monday', 'Tuesday', 'Wednesday', 'Thursday', 'Friday', 'Saturday', 'Sunday', '']
wt.col(res*3).width = 4000
ordinate = 0
for ver in range(len(vertical_title)):
if ver in (0, 1) or not vertical_title[ver-1]:
wt.write(ordinate, abscissa, vertical_title[ver], boldstyle)
else:
wt.write(ordinate, abscissa, vertical_title[ver], title_style)
ordinate += 1
if verified:
verified_count = float(sum(verified))
verified_type = [verified[1]/verified_count, verified[2]/verified_count, verified[0]/verified_count] if verified_count > 0 else [0, 0, 0]
else:
verified_type = [0] * 3
if len(gender)!=2: gender = [0, 0]
else:
gender.sort()
gender = [gender[1][1], gender[0][1]]
tagdata = [i[1] for i in tag]
provincedata = [i[1] for i in province]
if age:
age = [i[1] for i in sorted(age.items())]
age_type = [i/float(sum(age)) for i in age]
else:
age_type = [0] * 8
if not brand_hour : brand_hour = [0] * 24
if not brand_week : brand_week = [0] * 7
subfans_type, gender_type, tag_type, province_type, fanshour_type, fansweek_type, brandhour_type, brandweek_type = \
[div_data(j) for j in [subfans, gender, tagdata, provincedata, fans_hour, fans_week, brand_hour, brand_week]]
gaps = ['', 'Percentage']
vertical_data = ['', 'Percentage', active, 1-active if active else 0, '', 'Percentage', interactive, 1-interactive if interactive else 0, \
'', 'Percentage'] + verified_type + gaps + subfans_type + gaps + gender_type + gaps + age_type + gaps + \
tag_type + gaps + province_type + ['', 'Fans Activity'] + fanshour_type + ['', 'Fans Activity'] + fansweek_type
wt.col(res*3+1).width = 4000
ordinate = 0
abscissa += 1
for ver in range(len(vertical_data)):
if ver in (0, 1) or not vertical_title[ver-1]:
wt.write(ordinate, abscissa, vertical_data[ver], boldstyle)
else:
wt.write(ordinate, abscissa, vertical_data[ver], percent)
ordinate += 1
wt.col(res*3+2).width = 4000
ordinate = 0
rest_data = [''] * 66 + ['Brand Activity'] + brandhour_type + ['', 'Brand Activity'] + brandweek_type
abscissa += 1
for ver in range(len(rest_data)):
if ver in (0, 1) or not vertical_title[ver-1]:
wt.write(ordinate, abscissa, rest_data[ver], boldstyle)
else:
wt.write(ordinate, abscissa, rest_data[ver], percent)
ordinate += 1
abscissa += 2
return w
def exportXlsData(self):
"""get XLS file for all folder objects"""
filename = datetime.now().strftime('ict_%Y%m%d%H%M%S.xls')
f_handle, f_name = tempfile.mkstemp(filename)
wbook = Workbook()
wb_hosts = wbook.add_sheet('ddd')
style0 = XFStyle()
font0 = Font()
font0.height = 6 * 20
style0.num_format_str = '@'
style0.font = font0
style1 = XFStyle()
font1 = Font()
font1.height = 6 * 20
style1.num_format_str = '@'
style1.font = font1
heading_pattern = xl.Pattern()
heading_pattern.pattern = xl.Pattern.SOLID_PATTERN
heading_pattern.pattern_back_colour = 0x5
heading_pattern.pattern_fore_colour = 0x5
fields = self.fields
attrList = [fname for fname, fval in fields.items()]
itemList = self.context.items()
pos_y = 0
pos_x = 0
for attr in attrList:
wb_data = Formula(u'"%s"' % attr)
style0.pattern = heading_pattern
wb_hosts.write(pos_y, pos_x, wb_data, style0)
pos_x += 1
# IntID
wb_data = Formula(u'"IntID"')
wb_hosts.write(pos_y, pos_x, wb_data, style0)
pos_x += 1
# objectID
wb_data = Formula(u'"objectID"')
wb_hosts.write(pos_y, pos_x, wb_data, style0)
wb_hosts.col(pos_x).width *= 3
pos_x += 1
pos_y = 1
#
allAttributes = {}
for interface in implementedBy(self.factory):
for i_attrName in interface:
i_attr = interface[i_attrName]
if IField.providedBy(i_attr):
allAttributes[i_attrName] = i_attr
#
for item_n, item_v in itemList:
pos_x = 0
for attr in attrList:
# from zope.interface import implementedBy
# ff=self.factory
# tt=[i for i in implementedBy(ff)]
# it=tt[-1]
#attrField = self.attrInterface[attr]
attrField = allAttributes[attr]
# tmpFieldProperty = getattr(self.factory, attr)
# if hasattr(tmpFieldProperty, '_FieldProperty__field'):
# attrField = getattr(self.factory, attr)._FieldProperty__field
attrDm = datamanager.AttributeField(item_v, attrField)
v_style = XFStyle()
v_font = Font()
v_font.height = 6 * 20
v_style.font = v_font
value = None
if IChoice.providedBy(attrField):
v_style.num_format_str = '@'
dateValue = attrDm.get()
v_widget = getMultiAdapter(\
(attrField,self.request),
interfaces.IFieldWidget)
v_widget.context = item_v
# dm = zope.component.getMultiAdapter(
# (self.content, field.field), interfaces.IDataManager)
# zope.component.getMultiAdapter(
# (self.context,
# self.request,
# self.form,
# getattr(widget, 'field', None),
# widget),
# interfaces.IValidator).validate(fvalue)
# dm = zope.component.getMultiAdapter(
# (self.__context__, field), interfaces.IDataManager)
v_dataconverter = queryMultiAdapter(\
(attrDm.field, v_widget),
interfaces.IDataConverter)
#print u"ddd55: %s: %s" % (attr, dateValue)
if dateValue is not None:
value = v_dataconverter.toWidgetValue(dateValue)[0]
#print "value3-> %s: %s " % (attr, value)
# elif ICollection.providedBy(attrField):
# v_style.num_format_str = '@'
# value = getattr(item_v, attr)
# print "ddd66: %s: %s" % (attr, value)
# elif IBool.providedBy(attrField):
# v_style.num_format_str = '@'
# value = getattr(item_v, attr)
# print "value2-> %s: %s " % (attr, value)
else:
v_style.num_format_str = '@'
dateValue = attrDm.get()
v_widget = getMultiAdapter(\
(attrField,self.request),
interfaces.IFieldWidget)
v_widget.context = item_v
v_dataconverter = queryMultiAdapter(\
(attrDm.field, v_widget),
interfaces.IDataConverter)
#d2 = queryMultiAdapter((attrDm.field, v_widget),interfaces.IDataConverter)
if dateValue is not None:
value = v_dataconverter.toWidgetValue(dateValue)
if type(value) is list:
value = u";".join(value)
#print u"value1-> %s: %s " % (attr, value)
if value is not None:
#print u"wb_hosts.write(%s, %s, %s, %s)" % (pos_y, pos_x, value, v_style)
wb_hosts.write(pos_y, pos_x, value, v_style)
pos_x += 1
# IntID
uidutil = queryUtility(IIntIds)
wb_data = Formula(u'"%s"' % uidutil.getId(item_v))
wb_hosts.write(pos_y, pos_x, wb_data, style0)
pos_x += 1
# objectID
wb_data = Formula(u'"%s"' % item_v.objectID)
wb_hosts.write(pos_y, pos_x, wb_data, style0)
pos_x += 1
pos_y += 1
wbook.save(f_name)
self.request.response.setHeader('Content-Type',
'application/vnd.ms-excel')
self.request.response.setHeader(\
'Content-Disposition',
'attachment; filename=\"%s\"' % filename)
setNoCacheHeaders(self.request.response)
datafile = open(f_name, "r")
dataMem = datafile.read()
datafile.close()
os.remove(f_name)
return dataMem
def write_excel(results):
title = [
'DATE', 'User ID', 'SCREEN NAME', 'Fans', 'Fan Growth', 'Fan Growth %',
'Tweets', 'Retweets', 'Comments', 'direct @', 'Likes', 'Impression',
'ER 30 days', 'ER 7 days', '#1 Post URL', '#1 Post ER', '#1 Post RT',
'#1 Post CT', '#2 Post URL', '#2 Post ER', '#2 Post RT', '#2 Post CT',
'#3 Post URL', '#3 Post ER', '#3 Post RT', '#3 Post CT', '#4 Post URL',
'#4 Post ER', '#4 Post RT', '#4 Post CT', '#5 Post URL', '#5 Post ER',
'#5 Post RT', '#5 Post CT', '#1 Influencer URL',
'#1 Influencer Tweets Count', '#1 Influencer Comments Count',
'#1 Influencer Direct @ Count', '#2 Influencer URL',
'#2 Influencer Tweets Count', '#2 Influencer Comments',
'#2 Influencer Direct @ Count', '#3 Influencer URL',
'#3 Influencer Tweets Count', '#3 Influencer Comments',
'#3 Influencer Direct @ Count', '#4 Influencer URL',
'#4 Influencer Tweets Count', '#4 Influencer Comments',
'#4 Influencer Direct @ Count', '#5 Influencer URL',
'#5 Influencer Tweets Count', '#5 Influencer Comments',
'#5 Influencer Direct @ Count', '#1 Hashtag',
"#1 Hashtag's engagement rate", '#2 Hashtag',
"#2 Hashtag's engagement rate", '#3 Hashtag',
"#3 Hashtag's engagement rate", 'Question Posted',
'Question Responded', 'Question Response Time', 'Response Share'
]
w = Workbook()
ws = w.add_sheet('Weekly Raw Data')
wt = w.add_sheet('Fans Info')
font = Font()
font.height = 12 * 0x14
font.name = str_to_unicode('微软雅黑')
title_style = Style.XFStyle()
title_style.font = font
fontbold = Font()
fontbold.height = 12 * 0x14
fontbold.bold = True
fontbold.name = str_to_unicode('微软雅黑')
boldstyle = Style.XFStyle()
boldstyle.font = fontbold
percent = Style.XFStyle()
percent.font = font
percent.num_format_str = '0.00%'
for i in range(len(title)):
ws.col(i).width = 3600
ws.write_cols(0, 0, title, title_style)
abscissa = 0
for res in range(len(results)):
screen_name, uid, day, period, fans, fan_growth, tweets, retweets, comments, direct_at, likes, impressions, \
er_30, er_7, response_share, top_posts, top_influencer, top_hashtag, questions, responds, mean_res, active, interactive, \
verified, subfans, province, gender, age, tag, fans_week, fans_hour, brand_week, brand_hour = results[res]
fan_percent = fan_growth / float(fans - fan_growth)
top_posts, top_influencer, top_hashtag, verified, subfans, province, gender, age, tag, fans_week, \
fans_hour, brand_week, brand_hour = [format_data(p) for p in (top_posts, top_influencer, top_hashtag, \
verified, subfans, province, gender, age, tag, fans_week, \
fans_hour, brand_week, brand_hour)]
mean_res = round(mean_res / 60.0, 2)
#print res
t_posts = []
top_posts = sorted(top_posts, key=lambda x: x[0], reverse=True)
for post in top_posts:
t_posts.extend(
[post[1]['url'], post[0], post[1]['nret'], post[1]['ncmt']])
t_posts.extend(['N/A'] * (20 - len(t_posts)))
t_influencer = []
top_influencer = sorted(top_influencer,
key=lambda x: x[0],
reverse=True)
for influ in top_influencer:
weibourl = 'http://weibo.com/u/%s' % influ[1]['uid']
t_influencer.extend([
weibourl, influ[1].get('reposts', 0),
influ[1].get('comments', 0), influ[1].get('direct_at', 0)
])
t_influencer.extend(['N/A'] * (20 - len(t_influencer)))
t_hashtag = []
if top_hashtag:
top_hashtag = sorted(top_hashtag, key=lambda x: x[0], reverse=True)
[t_hashtag.extend([hash[1], hash[0]]) for hash in top_hashtag]
t_hashtag.extend(['N/A'] * (6 - len(t_hashtag)))
account_index = [day.strftime('%Y-%m-%d'), uid, screen_name, fans, fan_growth, fan_percent, tweets, retweets, \
comments, direct_at, likes if likes else 0, \
impressions, er_30, er_7] + t_posts + t_influencer + t_hashtag + [questions, responds, mean_res,
response_share if response_share else 'N/A']
#将第一页数据写入execl
ws.write_cols(res + 1, 0, account_index, title_style)
tag.extend([('N/A', 0) for i in range(10 - len(tag))])
province.extend([('N/A', 0) for i in range(10 - len(province))])
subfans.extend([0 for i in range(12 - len(subfans))])
vertical_title = [screen_name, 'Active', 'Active Fans', 'Other Fans', '', 'Interaction', 'Interactive Fans', 'Other Fans', '', 'Verified Type', \
'Verified', 'Daren', 'Un-verified', '', 'Fan Number', '0~9', '10~49', '50~99', '100~199', '200~299', '300~399', '400~499',\
'500~999', '1000~1999', '2000~4999', '5000~9999', '>=10000', '', 'Gender', 'Male', 'Female', '', 'Age', '<18', '18~24', \
'25~29', '30~34', '35~39', '40~49', '50~59', '>=60', '', 'Tag'] + [i[0] for i in tag] + ['', 'Province'] + \
[str_to_unicode(provincesdict.get(str(i[0]), '')) for i in province]+ ['', 'Hour', '0-1', '1-2', '2-3', '3-4', '4-5', '5-6',\
'6-7', '7-8', '8-9', '9-10', '10-11', '11-12', '12-13', '13-14', '14-15', '15-16', '16-17', '17-18', '18-19', '19-20', '20-21', '21-22', \
'22-23', '23-0', '', 'Days', 'Monday', 'Tuesday', 'Wednesday', 'Thursday', 'Friday', 'Saturday', 'Sunday', '']
wt.col(res * 3).width = 4000
ordinate = 0
for ver in range(len(vertical_title)):
if ver in (0, 1) or not vertical_title[ver - 1]:
wt.write(ordinate, abscissa, vertical_title[ver], boldstyle)
else:
wt.write(ordinate, abscissa, vertical_title[ver], title_style)
ordinate += 1
if verified:
verified_count = float(sum(verified))
verified_type = [
verified[1] / verified_count, verified[2] /
verified_count, verified[0] / verified_count
] if verified_count > 0 else [0, 0, 0]
else:
verified_type = [0] * 3
if len(gender) != 2: gender = [0, 0]
else:
gender.sort()
gender = [gender[1][1], gender[0][1]]
tagdata = [i[1] for i in tag]
provincedata = [i[1] for i in province]
if age:
age = [i[1] for i in sorted(age.items())]
age_type = [i / float(sum(age)) for i in age]
else:
age_type = [0] * 8
if not brand_hour: brand_hour = [0] * 24
if not brand_week: brand_week = [0] * 7
subfans_type, gender_type, tag_type, province_type, fanshour_type, fansweek_type, brandhour_type, brandweek_type = \
[div_data(j) for j in [subfans, gender, tagdata, provincedata, fans_hour, fans_week, brand_hour, brand_week]]
gaps = ['', 'Percentage']
vertical_data = ['', 'Percentage', active, 1-active if active else 0, '', 'Percentage', interactive, 1-interactive if interactive else 0, \
'', 'Percentage'] + verified_type + gaps + subfans_type + gaps + gender_type + gaps + age_type + gaps + \
tag_type + gaps + province_type + ['', 'Fans Activity'] + fanshour_type + ['', 'Fans Activity'] + fansweek_type
wt.col(res * 3 + 1).width = 4000
ordinate = 0
abscissa += 1
for ver in range(len(vertical_data)):
if ver in (0, 1) or not vertical_title[ver - 1]:
wt.write(ordinate, abscissa, vertical_data[ver], boldstyle)
else:
wt.write(ordinate, abscissa, vertical_data[ver], percent)
ordinate += 1
wt.col(res * 3 + 2).width = 4000
ordinate = 0
rest_data = [''] * 66 + ['Brand Activity'] + brandhour_type + [
'', 'Brand Activity'
] + brandweek_type
abscissa += 1
for ver in range(len(rest_data)):
if ver in (0, 1) or not vertical_title[ver - 1]:
wt.write(ordinate, abscissa, rest_data[ver], boldstyle)
else:
wt.write(ordinate, abscissa, rest_data[ver], percent)
ordinate += 1
abscissa += 2
return w
def setup_courses_worksheet(self,keys_and_labels=None):
h = []
h.append(('course_number','Course no.',3000))
h.append(('offered_this_year','Offered this year',3000))
h.append(('course_subject','Course subject',6000))
h.append(('course_title','Course title',6000))
h.append(('instructor','Instructor',3000))
h.append(('other_instructors','Other Instructors',4000))
h.append(('format','Course format',3000))
h.append(('term','Term offered',3000))
h.append(('open_to','Student cohort',3000))
h.append(('day_and_time','Day and time',3000))
h.append(('credit','Credit',3000))
h.append(('compulsory','Compulsory',3000))
h.append(('room','Room',3000))
h.append(('start_date','Start date',4000))
h.append(('course_outline','Course outline',18000))
h.append(('course_objective','Course objective',9000))
h.append(('textbooks','Textbooks',6000))
h.append(('references','Reference materials',6000))
h.append(('evaluation','Evaluation methods',6000))
h.append(('prerequisites','Prerequisites',5000))
h.append(('notes','Notes',5000))
h.append(('ss_code','SS Code',3000))
h.append(('year_offered','Year offered',3000))
h.append(('sessions','Sessions',6000))
self.set_field_codes(h)
# Set column widths
for key in self.field_codes.keys():
pos = self.field_codes[key][1]
width = self.field_codes[key][2]
self.ws.col(pos).width = width
# Line wrapping
align = Alignment()
align.wrap = Alignment.WRAP_AT_RIGHT
align.vert = Alignment.VERT_TOP
# A boldface font
hfont = Font()
hfont.bold = True
hfont.colour_index = 141
# Heading style
self.hstyle = XFStyle()
self.hstyle.num_format_str = '@'
self.hstyle.alignment = align
self.hstyle.font = hfont
# Write in heading
for key in self.field_codes.keys():
mycol = self.field_codes[key][1]
mydata = self.field_codes[key][0]
self.ws.write(self.row,mycol,mydata,self.hstyle)
self.row = self.row + 1
# Code style
self.cstyle = XFStyle()
self.cstyle.num_format_str = '@'
self.hstyle.alignment = align
# Write in codes
for key in self.field_codes.keys():
mycol = self.field_codes[key][1]
self.ws.write(self.row,mycol,key,self.cstyle)
self.row = self.row + 1
# Data cell style
self.rstyle = XFStyle()
self.rstyle.num_format_str = '@'
self.rstyle.alignment = align
def setup_timetable_worksheet(self,title,base_offsets,maxcells):
h1 = []
h2 = []
h1.append(title)
h2.extend(['Monday','Tuesday','Wednesday','Thursday','Friday'])
labels = ['1st period','2nd period','3rd period','4th period','5th period']
times = ['(8:45 - 10:15)','(10:30 - 12:00)','(13:00 - 14:30)','(14:45 - 16:15)','(16:30 - 18:00)']
h1Style = XFStyle()
font = Font()
font.height = 300
font.bold = True
align = Alignment()
align.horz = Alignment.HORZ_CENTER
h1Style.font = font
h1Style.alignment = align
h2Style = XFStyle()
align = Alignment()
align.rota = 30
align.horz = Alignment.HORZ_CENTER
align.vert = Alignment.VERT_CENTER
h2Style.alignment = align
borders = Borders()
borders.bottom = Borders.THIN
h2Style.borders = borders
labelStyle = XFStyle()
borders = Borders()
borders.bottom = Borders.THIN
borders.top = Borders.THIN
borders.left = Borders.THIN
borders.right = Borders.THIN
labelStyle.borders = borders
align = Alignment()
align.rota = 90
align.horz = Alignment.HORZ_CENTER
align.vert = Alignment.VERT_CENTER
labelStyle.alignment = align
self.ws.write_merge(0,0,0,5,title,h1Style)
for pos in range (0,5,1):
self.ws.write(1,pos+1,h2[pos],h2Style)
self.ws.write(1,0,'',h2Style)
for pos in range(0,5,1):
base_offset = base_offsets[pos]
offset = maxcells[pos]
for r in range(2+base_offset,2+base_offset+offset,1):
row = self.ws.row(r)
row.height = 5000/offset
#row.has_default_height = False
text = '%s\n%s' % (labels[pos],times[pos])
print "base_offset: %d" % (base_offset,)
print "offset: %d" % (offset,)
self.ws.write_merge(2+base_offset,2+base_offset+offset-1,0,1,text,labelStyle)
#self.ws.write_merge(2+base_offset,2+base_offset+offset,0,0,text,labelStyle)
self.ws.col(0).width = 1200
for pos in range(1,6,1):
self.ws.col(pos).width = 5500
#self.ws.row(10).has_default_height = False
self.ws.row(10).height = 400
def setup_instructors_worksheet(self,keys_and_labels):
h = []
h.append(('uid','UID',2500))
h.append(('status','Status',2500))
h.append(('profession','Profession',2500))
h.append(('family_name','Family name',2500))
h.append(('given_name','Given name',2500))
h.append(('proper_name','Proper name',2500))
h.append(('birthdate','Birthdate (未公開)'.decode('utf8'),3000))
h.append(('field','Field',3000))
h.append(('affiliation','Affiliation',2500))
h.append(('phone','Phone',2500))
h.append(('office','Office',2500))
h.append(('office_hours','Office hours',6000))
h.append(('email','email (未公開)'.decode('utf8'),4000))
h.append(('recommended_readings','Recommended readings',6000))
h.append(('preparation_suggestions','Preparation suggestions for prospective applicants',6000))
h.append(('website','Website',3000))
h.append(('degrees','Degrees',6000))
h.append(('research_interests','Research interests',6000))
h.append(('memberships','Memberships',6000))
h.append(('Jmemberships','所属学会\n(日本語サイトより)'.decode('utf8'),6000))
h.append(('publications','Publications',12000))
h.append(('Jpublications','主要著作\n(日本語サイトより)'.decode('utf8'),12000))
h.append(('subjects','Subject areas',6000))
h.append(('career_history','Career history',9000))
h.append(('Jcareer_history','略歴\n(日本語サイトより)'.decode('utf8'),9000))
h.append(('visitorships','Visitorships',6000))
# Jesus, what a mess
for key,label in keys_and_labels:
width = 3000
for x in h:
if x[0] == key:
width = x[2]
self.set_field_codes((key,label,width))
# Set column widths
for key in self.field_codes.keys():
pos = self.field_codes[key][1]
width = self.field_codes[key][2]
self.ws.col(pos).width = width
# Line wrapping
align = Alignment()
align.wrap = Alignment.WRAP_AT_RIGHT
align.vert = Alignment.VERT_TOP
# A boldface font
hfont = Font()
hfont.bold = True
hfont.colour_index = 140
hpat = Pattern()
hpat.pattern_fore_colour = 140
hpat.pattern = Pattern.SOLID_PATTERN
# Heading style
self.hstyle = XFStyle()
self.hstyle.num_format_str = '@'
self.hstyle.alignment = align
self.hstyle.font = hfont
self.hstyle.pattern = hpat
# Write in heading
for key in self.field_codes.keys():
mycol = self.field_codes[key][1]
mydata = self.field_codes[key][0]
self.ws.write(self.row,mycol,mydata,self.hstyle)
self.row = self.row + 1
# Code style
self.cstyle = XFStyle()
self.cstyle.num_format_str = '@'
self.hstyle.alignment = align
# Write in codes
for key in self.field_codes.keys():
mycol = self.field_codes[key][1]
self.ws.write(self.row,mycol,key,self.cstyle)
self.row = self.row + 1
# Data cell style
self.rstyle = XFStyle()
self.rstyle.num_format_str = '@'
self.rstyle.alignment = align
def exportXlsData(self, request, sheetName=u'ict', wbook=None):
"""get XLS file for all folder objects"""
if wbook is None:
localWbook = True
filename = datetime.now().strftime('ict_%Y%m%d%H%M%S.xls')
f_handle, f_name = tempfile.mkstemp(filename)
wbook = Workbook()
else:
localWbook = False
wb_hosts = wbook.add_sheet(getattr(self, 'ikName', sheetName))
style0 = XFStyle()
font0 = Font()
font0.height = 6 * 20
#style0.num_format_str = '@'
style0.font = font0
style1 = XFStyle()
font1 = Font()
font1.height = 6 * 20
#style1.num_format_str = '@'
style1.font = font1
heading_pattern = xl.Pattern()
heading_pattern.pattern = xl.Pattern.SOLID_PATTERN
heading_pattern.pattern_back_colour = 0x5
heading_pattern.pattern_fore_colour = 0x5
fields = fieldsForFactory(self.contentFactory, ['objectID'])
attrList = [fname for fname, fval in fields.items()]
itemList = self.items()
pos_y = 0
pos_x = 0
for attr in attrList:
style0.pattern = heading_pattern
wb_hosts.write(pos_y, pos_x, attr, style0)
pos_x += 1
# objectID
wb_hosts.write(pos_y, pos_x, "objectID", style0)
wb_hosts.col(pos_x).width *= 3
pos_x += 1
pos_y = 1
#
allAttributes = {}
for interface in implementedBy(self.contentFactory):
for i_attrName in interface:
i_attr = interface[i_attrName]
if IField.providedBy(i_attr):
allAttributes[i_attrName] = i_attr
#
for item_n, item_v in itemList:
pos_x = 0
for attr in attrList:
attrField = allAttributes[attr]
attrDm = datamanager.AttributeField(item_v, attrField)
v_style = XFStyle()
v_font = Font()
v_font.height = 6 * 20
v_style.font = v_font
value = None
if IChoice.providedBy(attrField):
v_style.num_format_str = '@'
# try:
dateValue = attrDm.get()
v_widget = getMultiAdapter(\
(attrField,request),
interfaces.IFieldWidget)
v_widget.context = item_v
v_dataconverter = queryMultiAdapter(\
(attrDm.field, v_widget),
interfaces.IDataConverter)
# except AttributeError, errText:
# print "Error2: ### ", errText
# print "item_v: ", item_v
# print "item_v.ikName: ", item_v.ikName
# print "attr: ", attr
# dateValue = None
# #import pdb
# #pdb.set_trace()
if dateValue is not None:
# try:
valueVector = v_dataconverter.toWidgetValue(dateValue)
if len(valueVector) > 0:
value = valueVector[0]
# except IndexError, errText:
# print "Error3: ### ", errText
# print "item_v: ", item_v
# print "item_v.ikName: ", item_v.ikName
# print "attr: ", attr
else:
v_style.num_format_str = '@'
try:
# import pdb
# pdb.set_trace()
dateValue = attrDm.get()
v_widget = getMultiAdapter(\
(attrField,request),
interfaces.IFieldWidget)
v_widget.context = item_v
v_dataconverter = queryMultiAdapter(\
(attrDm.field, v_widget),
interfaces.IDataConverter)
except AttributeError, errText:
print "Error1: ### ", errText
print "item_v: ", item_v
print "item_v.ikName: ", item_v.ikName
print "attr: ", attr
dateValue = None
if dateValue is not None:
try:
value = v_dataconverter.toWidgetValue(dateValue)
except AttributeError, errText:
print "Error4: ### ", errText
print "item_v: ", item_v
print "item_v.ikName: ", item_v.ikName
print "attr: ", attr
value = None
if type(value) is list:
value = u";".join(value)
if value is not None:
wb_hosts.write(pos_y, pos_x, value, v_style)
pos_x += 1