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CMSSiteReadiness.py
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# -*- coding: utf-8 -*-
#
# Copyright 2012 Institut für Experimentelle Kernphysik - Karlsruher Institut für Technologie
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
import hf
from sqlalchemy import TEXT, INT, Column
import lxml.html as ltml
class CMSSiteReadiness(hf.module.ModuleBase):
config_keys = {
'site_html': ('The CMS Web Site Readiness Report URL', ''),
'tracked_site': ('Name of the site to display the readiness report', ''),
'critical': ('Number of errors or warning that may occur until the site status is considered critical', '3'),
'warning': ('Number of errors or warning that may occur until the site status might need attention', '2'),
}
config_hint = ''
table_columns = [], []
subtable_columns = {"rows" : ([Column("name", TEXT), Column("order", INT)] + \
[Column("%02i_color"%i, TEXT) for i in xrange(1,11)] + [Column("%02i_link"%i, TEXT) for i in xrange(1,11)] + \
[Column("%02i_data"%i, TEXT) for i in xrange(1,11)], []),
}
def prepareAcquisition(self):
self.site_html = hf.downloadService.addDownload(self.config['site_html']) #URL with source data
self.source_url = self.site_html.getSourceUrl()
self.tracked_site = str(self.config['tracked_site']) #name of the tracked table e.g. T1_DE_KIT
#number of days to be shown on H.F.3 website: if zou want to change please replace all every number 11 shown in the script
# number - 1 = shown days
self.critical = int(self.config['critical'])
self.warnings = int(self.config['warning'])
self.data = {}
self.giveback = {}
self.giveback['source_url'] = self.site_html.getSourceUrl()
def htmlcontent(self, tds):
giveback = ''
for aas in tds.iter('a'):
if aas.text is not None:
giveback += aas.text
for divs in tds.iter('div'):
if divs.text is not None:
giveback += divs.text
if giveback == '':
return None
return giveback.strip()
def extractData(self):
tree = ltml.parse(open(self.site_html.getTmpPath()))
ntable = ltml.fromstring('H')
#get just the needed table from the html-file
for tables in tree.iter('table'):
for tds in tables.iter('td'):
for divs in tds.iter('div'):
if divs.text == self.tracked_site:
ntable = tables
break
#extract needed data from KIT table and store in data with linked keyword
#iterate about <tr> -> <td> -> <div> and extract data from div.text
data_out = {}
monthwarn = 0
keycount = 0
for trs in ntable.iter('tr'):
key = ''
keyset = 'unset'
j = 0
for tds in trs.iter('td'):
if self.htmlcontent(tds) is not None and keyset == 'unset':
if self.htmlcontent(tds) == self.tracked_site:
pass
elif self.htmlcontent(tds) == 'Site Readiness Status:':
key = self.htmlcontent(tds)
keyset = 'set'
data_out['key00'] = key
for j in range(6):
data_out[str(key) + '%02i' %j] = ' '
j += 1
keycount += 1
else:
try:
float(self.htmlcontent(tds))
key ='date'
data_out[str(key) + '%02i' %j] = ' '
data_out[str(key) + '_links%02i' %j] = 'none'
data_out[str(key) + '_col%02i' %j] = 'error'
keyset = 'set'
data_out['key' + '%02i' %keycount] = key
keycount += 1
j += 1
monthwarn = 1
except ValueError:
if monthwarn == 1:
key = 'month'
keyset = 'set'
data_out['key' + '%02i' %keycount] = key
data_out[str(key) + '%02i' %j] = self.htmlcontent(tds)
data_out[str(key) + '_links%02i' %j] = 'none'
data_out[str(key) + '_col%02i' %j] = 'error'
j += 1
keycount += 1
else:
key = str(self.htmlcontent(tds))
keyset = 'set'
data_out['key' + '%02i' %keycount] = key
keycount += 1
elif keyset == 'set':
if self.htmlcontent(tds) is None:
data_out[str(key) + '%02i' %j] = ' '
data_out[str(key) + '_links%02i' %j] = 'none'
data_out[str(key) + '_col%02i' %j] = 'error'
j += 1
else:
data_out[str(key) + str(j)] = self.htmlcontent(tds)
if 'href' in ltml.tostring(tds):
for links in tds.iterlinks():
data_out[str(key) + '_links%02i' %j] = links[2]
else:
data_out[str(key) + '_links%02i' %j] = 'none'
if 'green' in ltml.tostring(tds):
data_out[str(key) + '_col%02i' %j] = 'ok'
elif 'red' in ltml.tostring(tds):
data_out[str(key) + '_col%02i' %j] = 'critical'
elif 'yellow' in ltml.tostring(tds):
data_out[str(key) + '_col%02i' %j] = 'warning'
else:
data_out[str(key) + '_col%02i' %j] = 'error'
j += 1
if key == 'date':
data_out['maxinput'] = j
data_out['keycount'] = keycount
self.data['name'] = []
for count in range(int(data_out['keycount'])):
self.data['name'].append(data_out['key%02i' %count])
for count in range(int(int(data_out['maxinput']) - 11 + 1), int(data_out['maxinput'])):
self.data['%02i_color'%int(count - int(data_out['maxinput']) + 11)] = []
self.data['%02i_link'%int(count - int(data_out['maxinput']) + 11)] = []
self.data['%02i_data'%int(count - int(data_out['maxinput']) + 11)] = []
for count2 in self.data['name']:
self.data['%02i_color'%int(count - int(data_out['maxinput']) + 11)].append(data_out[str(str(count2) + '_col%02i' %count)])
self.data['%02i_link'%int(count - int(data_out['maxinput']) + 11)].append(data_out[str(str(count2) + '_links%02i' %count)])
self.data['%02i_data'%int(count - int(data_out['maxinput']) + 11)].append(data_out[str(str(count2) + '%02i' %count)])
#determine status of this module, need self.critical and self.warning if you don't show 10 days please change 09_color to (shown_days -1)_color
count = 0
for i in self.data['09_color']:
if i == 'yellow' or i == 'red':
count += 1
if count >= self.warnings:
self.giveback['status'] = 0.5
elif count >= self.critical:
self.giveback['status'] = 0.0
else:
self.giveback['status'] = 1.0
return self.giveback
def fillSubtables(self, parent_id):
def generate():
l = len(self.data['01_color'])
for i in xrange(l):
yield dict(((key, val[i]) for key,val in self.data.iteritems()), order=i, parent_id=parent_id)
self.subtables['rows'].insert().execute([k for k in generate()])
def getTemplateData(self):
data = hf.module.ModuleBase.getTemplateData(self)
info_list = self.subtables['rows'].select().where(self.subtables['rows'].c.parent_id==self.dataset['id']). \
order_by(self.subtables['rows'].c.order.asc()).execute().fetchall()
data['tabledata'] = map(dict, info_list)
return data