def _printLog(self):
"""
"""
#
tabHead = (
' <table class="listing" \
tal:attributes="summary string:Import results" \
tal:condition="python:results"> \
<tr> \
<th>'
+ translate(_(u"Original file name"))
+ "</th>\
<th>"
+ translate(_(u"Direct Link"))
+ "</th>\
<th>"
+ translate(_(u"Size"))
+ "</th>\
<th>"
+ translate(_(u"Status"))
+ "</th>\
<th>"
+ translate(_(u"Notes"))
+ "</th>\
</tr>\
"
)
#
tabBody = ""
tabLine = ' <tr>\
<td>%s</td>\
<td>\
<a href="%s">%s</a>\
</td>\
<td>%s</td>\
<td>%s</td>\
<td>%s</td>\
</tr>\
'
for entry in self.log:
values = [entry[item] for item in ["filename", "url", "title", "size", "status", "info"]]
tabBody += tabLine % tuple(values)
#
tabFooter = "</table>\
"
#
return u"" + tabHead + tabBody + tabFooter
def _printLog(self):
"""
"""
#
tabHead = ' <table class="listing" \
tal:attributes="summary string:Import results" \
tal:condition="python:results"> \
<tr> \
<th>'+self._translate(_(u"Original file name"))+'</th>\
<th>'+self._translate(_(u"Direct Link"))+'</th>\
<th>'+self._translate(_(u"Size"))+'</th>\
<th>'+self._translate(_(u"Status"))+'</th>\
<th>'+self._translate(_(u"Notes"))+'</th>\
</tr>\
'
#
tabBody = ''
tabLine = ' <tr>\
<td>%s</td>\
<td>\
<a href="%s">%s</a>\
</td>\
<td>%s</td>\
<td>%s</td>\
<td>%s</td>\
</tr>\
'
for entry in self.log:
values = [entry[item] for item in ['filename', 'url', 'title',
'size', 'status', 'info']]
tabBody += tabLine % tuple(values)
#
tabFooter = '</table>\
'
#
return u"" + tabHead + tabBody + tabFooter
def _getContainer(self, path, item):
""" Return the container object
"""
# We get the index of item in path
lenPath = len(path)
if path[lenPath - 1]!='':
ind = lenPath - 1
else:
ind = lenPath - 2
# Index is 0, container is the context
if not ind:
return self.context
# Index is not 0, search of container
else:
# We construct the query
query = {}
# We normalize the path
normPath = [self._safeNormalize(item) for item in path[:ind]]
queryPath = '/'.join(list(self.context.getPhysicalPath())+normPath)
query['path'] = {'query': queryPath, 'depth': 0}
# Id of the container, previous element in path
query['getId'] = self._safeNormalize(path[ind-1])
# We search an object with path and id
brain = self.pc(query)
# One match : everything is ok, we return the object container
if len(brain) == 1:
return brain[0].getObject()
# We have to create the parents
else:
container = self._getContainer(path[:ind], path[ind-1])
id = self._safeNormalize(path[ind-1])
title = self._reencode(path[ind-1])
isFolder = True
rt, code, url, size = self._createObject(id,
isFolder,
title,
container,
id)
if not rt:
self._log(self._reencode('/'.join(path[:ind]))+'/',
info=code)
else:
self._log(self._reencode('/'.join(path[:ind]))+'/', title,
status=_(u"Ok"), url=url, info=code)
return self._getContainer(path, item)
def _log(self, filename, title=(u"N/A"), size='0', url='',
status=_(u"Failed"), info=None):
"""
"""
#
if info is not None:
info = self.msg.get(info, u"")
else:
info = u""
#
entry = {'filename': filename,
'title': title,
'size': size,
'url': url,
'status': translate(status),
'info': translate(info), }
#
self.log.append(entry)
def __call__(self):
"""
"""
# if form is not submitted return
if not self.request.has_key('form.button.submit'):
return self.template()
#
if self.request.has_key('up_file') and self.request.form['up_file']:
up_file = self.request.form['up_file']
build_report = self.request.has_key('build_report')
status, self.log = IMassLoader(self.context).process(up_file,
build_report)
IStatusMessage(self.request).addStatusMessage(status, type='info')
return self.template()
else:
status = _(u"You have to select a file.")
redirecturl = self.context.absolute_url()+'/@@massloader'
self.request.response.redirect(redirecturl)
IStatusMessage(self.request).addStatusMessage(status, type='info')
def _log(self, filename, title=(u"N/A"), size="0", url="", status=_(u"Failed"), info=None):
"""
"""
#
if info is not None:
info = self.msg.get(info, u"")
else:
info = u""
#
entry = {
"filename": filename,
"title": title,
"size": size,
"url": url,
"status": translate(status),
"info": translate(info),
}
#
self.log.append(entry)
def process(self, fileupload=None, wantreport=False):
"""
"""
#
error = False
#
self.archive = queryUtility(IArchiveUtility).initialize(fileupload)
if self.archive is None:
return self.msg[NOCORRECTFILE], ""
#
for item in self.archive.listContent():
#
normalizeItem = self._reencode(item)
#
path = item.split("/")
if item.endswith("/"):
title = path[len(path) - 2]
isFolder = True
else:
title = path[len(path) - 1]
isFolder = False
# We check the size of the file
if not isFolder and not self._checkFileSize(item):
self._log(normalizeItem, info=EXCEEDEDFILESIZE)
error = True
continue
# We check the container
container = self._getContainer(path, title)
if not container:
self._log(normalizeItem, info=NOPARENT)
error = True
continue
# We create or update the object
id = self._safeNormalize(title)
title = self._reencode(title)
rt, code, url, size = self._createObject(id, isFolder, title, container, item)
if not rt:
self._log(normalizeItem, info=code)
error = True
continue
self._log(normalizeItem, status=_(u"Ok"), title=title, size=size, url=url, info=code)
# We create or update the report
if wantreport:
filename = fileupload.filename
id = "report-" + self._safeNormalize(filename)
if not self.context.hasObject(id):
alreadyexists = False
self.ptypes.constructContent(type_name="Document", container=self.context, id=id)
else:
alreadyexists = True
report = self.context[id]
text = self._printLog()
if alreadyexists:
text += report.getText().decode("utf-8")
else:
title = translate(_("Report"))
report.setTitle(title + " " + filename)
desc = translate(_("Import report for the zip file"))
report.setDescription(desc + " " + filename)
report.setText(text)
report.reindexObject()
# Return
if error:
return self.msg[GENERALERROR], self._printLog()
else:
return self.msg[GENERALOK], self._printLog()