def _getItems(self):
(key, reverse) = self._getSorting()
folderfilter = self.request.get('folderfilter', '')
filter = self.context.decodeFolderFilter(folderfilter)
items = self.context.listFolderContents(contentFilter=filter)
return sequence.sort(items,
((key, 'cmp', reverse and 'desc' or 'asc'), ))
def getChangeLogItems(self, since, meta_types=None):
""" get all Log Items """
objects = self._getChangeLogItems()
objects = sequence.sort(objects, (('date',),))
objects.reverse() # youngest first
# adjust value
if meta_types == [] or meta_types == ['']:
meta_types = None
if not since:
if meta_types:
return self._filterOnMetaType(objects, meta_types)
else:
return objects
else:
if same_type(since, 's'):
since = DateTime(since)
today = DateTime()
nobjects = []
for object in objects:
if object.getDate() >= since and object.getDate()<= today:
nobjects.append(object)
if meta_types:
return self._filterOnMetaTypes(nobjects, meta_types)
else:
return nobjects
def getBlogItems(self, sort=1, pub_date_filter=1, bookmarks=None, oc=None):
""" return all BlogItems """
objects = self.objectValues(BLOGITEM_METATYPE)
if bookmarks is not None:
objects = [x for x in objects if x.isBookmark() == bookmarks]
if sort:
objects = sequence.sort(objects, (('pub_date', ), ))
objects.reverse()
if pub_date_filter:
objects = self._filterTooNew(objects)
# misc web function
request = self.REQUEST
if oc is None:
if request.has_key('onlycategories') or request.has_key('oc'):
oc = request.get('onlycategories', request.get('oc'))
if oc:
cat_only = oc
if not self.same_type(cat_only, []):
cat_only = [cat_only]
nobjects = []
for object in objects:
itemcategories = object.getItemCategories()
for each in cat_only:
if each in itemcategories:
if object not in nobjects:
nobjects.append(object)
objects = nobjects
return objects
def orderObjects(self, key, reverse=None):
# Order sub-objects by key and direction.
ids = [id for id, obj in sort(
self.objectItems(), ((key, 'cmp', 'asc'), ))]
if reverse:
ids.reverse()
return self.moveObjectsByDelta(ids, -len(self._objects))
def tpValues(self):
# Return a list of subobjects, used by tree tag.
r=[]
if hasattr(aq_base(self), 'tree_ids'):
tree_ids=self.tree_ids
try: tree_ids=list(tree_ids)
except TypeError:
pass
if hasattr(tree_ids, 'sort'):
tree_ids.sort()
for id in tree_ids:
if hasattr(self, id):
r.append(self._getOb(id))
else:
# this part is different from the ObjectManager code
r = [ obj for obj in self.objectValues()
if getattr(obj, 'isPrincipiaFolderish', False) ]
r = sort( r, ( (self._default_sort_key, 'cmp', 'asc'), ) )
if self._default_sort_reverse:
r.reverse()
return r
def _getItems(self):
(key, reverse) = self.context.getDefaultSorting()
items = self.context.contentValues()
items = sequence.sort(items,
((key, 'cmp', reverse and 'desc' or 'asc'), ))
return LazyFilter(items, skip='View')
def _get_items(self):
key, reverse = self._get_sorting()
items = self.contents
return sequence.sort(items,
((key, 'cmp', reverse and 'desc' or 'asc'),))
def getGoogleSearchTerms(readpath, storepath):
gdomains = re.compile(r'^http://www.google.(com|co.uk|de|se|it|fr|com.br|fi|be|nl|com.au|co.in|es|com.ar|dk|pl|ca|ie|ch)/search', re.I)
#googledomains = ('http://www.google.com',)
#p = csv.parser(field_sep='|')
reader = csv.reader(file(readpath))
headers = None
#f=open(readpath, 'r')
lines = []
for row in reader:
if headers is None:
headers =1
elif row:
r = ''.join(row)
#r = row[0]
r = r.replace('countryUK|countryGB','countryUK.countryGB')
splitted = r.split('|')
if len(splitted)==5: # paranoia
if gdomains.findall(splitted[0]):
lines.append(splitted)
else:
break
#while 1:
# line = f.readline()
# if not line:
# break
# fields = p.parse(line)
# if not fields:
# continue
# if headers is None:
# headers = fields
# else:
# if gdomains.findall(fields[0]):
# lines.append(fields)
#
# f.close()
# --------
first_date = DateTime()
last_date = DateTime()-300
searchterms = {}
for line in lines:
qs = line[1]
if qs.startswith('cache:'):
continue
datestring = line[2]
try:
date = DateTime(datestring)
if date < first_date:
first_date = date
if date > last_date:
last_date = date
except:
pass
q = decodeQS(qs)
if searchterms.has_key(q):
searchterms[q] += 1
else:
searchterms[q] = 1
counts = []
for k,v in searchterms.items():
counts.append({'q':k, 'count':v})
counts = sequence.sort(counts, (('count',),))
counts.reverse()
h = jaxml.HTML_document()
# Write something about dates
h._push()
h.table(border=1)
h._push()
h.tr(bgcolor='#EFEFEF')
h.th("Oldest search")
h.th("Latest search")
h.th("Difference in days")
h.th("No searches")
h.th("Searches per day")
h._pop()
h._push()
h.tr()
h.td(first_date.strftime('%Y/%m/%d %H:%M'), align="center")
h.td(last_date.strftime('%Y/%m/%d %H:%M'), align="center")
h.td(str(round(last_date-first_date, 1)), align="center")
h.td(str(len(lines)), align="center")
h.td(str(round(len(lines)/(last_date-first_date),1)), align="center")
h._pop()
h._pop()
h.p(" ")
h._push()
h.table(border=1)
h._push()
h.tr(bgcolor='#EFEFEF')
h._push()
h.th("Term")
h.th("Count")
h.th("Index")
h._pop()
h._pop()
for each in counts:
h._push()
h.tr()
h._push()
h.td(showAsGoogleLink(each['q']))
h.td(each['count'])
i = getSearchResultIndexPickle(each['q'])
if i is None:
# not found in pickle cache
try:
i = getSearchResultIndex(each['q'])
setSearchResultIndex(each['q'], i)
except:
i = None
m = "getSearchResultIndex('%s') failed"%each['q']
LOG("getGoogleSearchTerms", ERROR, m)
if i is None:
i = '>10'
else:
i = str(i)
h.td(i)
h._pop()
h._pop()
h._pop()
MostCommonHTML = str(h)[str(h).find('?>')+2:]
html = "<html><head><title></title></head><body>\n\n"
html += "<h2>Google Referer Log Analysis</h2>"
html += "<!--BEGIN COMMON-->\n"
html += "<h3>Most Common Search terms</h3>"
html += MostCommonHTML
html += "<!--END COMMON-->\n"
html += "<br />\n"*2
now = DateTime().strftime('%Y/%m/%d %H:%M')
html += "<small>Generated %s</small>\n\n"%now
html += "</body></html>"
# -------
f = open(storepath, 'w')
f.write(html+'\n')
f.close()
return "Done"
# --------
# h = jaxml.HTML_document()
# h._push()
# h.table(border=1)
# h._push()
# h.tr(bgcolor='#EFEFEF')
# h._push()
# h.th("Term")
# h._pop()
# h._pop()
# lines.reverse()
# for line in lines:
# q = decodeQS(line[1])
# h._push()
# h.tr()
# h._push()
# h.td(showAsGoogleLink(q))
# h._pop()
# h._pop()
# h._pop()
MostRecentHTML = str(h)[str(h).find('?>')+2:]
html = "<html><head><title></title></head><body>\n\n"
html += "<h2>Google Referer Log Analysis</h2>"
html += "<!--BEGIN COMMON-->\n"
html += "<h3>Most Common Search terms</h3>"
html += MostCommonHTML
html += "<!--END COMMON-->\n"
html += "<br />\n"*2
html += "<!--BEGIN RECENT-->\n"
html += "<h3>Most Recent Search terms</h3>"
html += MostRecentHTML
html += "<!--END RECENT-->\n"
html += "<br />\n"*2
now = DateTime().strftime('%Y/%m/%d %H:%M')
html += "<small>Generated %s</small>\n\n"%now
html += "</body></html>"
# -------
f = open(storepath, 'w')
f.write(html+'\n')
f.close()
return "Done"
def getSortedStatistics(self, sort_by='sortorder'):
"""Return the statistics in sorted order"""
return sort(self.getStatistics(), ((sort_by, 'cmp', 'asc'), ))
def getSortedAttachments(self, sort_by='title'):
""" """
return sort(self.getAttachments(), ((sort_by, 'cmp', 'asc'), ))
def getSortedReports(self, sort_by='title'):
""" """
return sort(self.getReports(), ((sort_by, 'cmp', 'asc'), ))
def getSortedWidgets(self, sort_by='sortorder'):
""" Return sorted widget"""
return sort(self.getWidgets(), ((sort_by, 'cmp', 'asc'), ))
name, time = line.split('|')
time = float(time)
if all.has_key(name):
all[name].append(time)
else:
all[name] = [time]
all_calls = []
for k, timeslist in all.items():
average = sum(timeslist)/len(timeslist)
all_calls.append(SQLCall(k, average, len(timeslist)))
all_calls = sort(all_calls, (('time',),))
all_calls.reverse()
c=0
for each in all_calls:
print each
c+=1
if c> LIMIT:
print "...Only showing the first %s"%LIMIT
break
elif whattodo == 2:
all = {}
