def multipart_post(filename,
nees_path_id,
expnum,
trialnum,
rep_num,
datafolder,
request_path = http_file_path,
threading = threading_on,
verbose = False):
'''This is technically an upload post. It assumes that there has already been an FTP file uploaded
to the NEEShub and is simply waiting assignment. This post will be the assignment.
Args:
filename: name of the file you wish to upload.
nees_path_id: string with the format "NEES-YEAR-PRJID#.groups" This is NEEShub specified..
EXAMPLE: NEES-2007-0353.groups
expnum: Experiment Number
rep_num: Repetition Number
trialnum: Trial Number
datafolder: Folder where you wish to upload files within a Repetition.
(request_path): HTTP Request Parameter, where the post is being made on the HTTP server.
(threading): When True, it will create a new Thread for every post being made.
(verbose): When True'''
xml_sheet = multipart_http.generate_file_xml(filename,
nees_path_id,
expnum,
trialnum,
rep_num,
datafolder)
content_type, body = multipart_http.encode_multipart_formdata(xml_sheet,
filename,
utils.hub_username,
utils.hub_password)
headers = {
'Host' : httphost,
'Content-Type' : content_type,
'Content-Length': str(len(body))
}
authentic_request = utils.authenticate_request(request_path)
# If post is in threading mode, creates a separate thread that executes the post.
if threading == True:
threading_request = threading_http.requestThread('POST',authentic_request, body, headers, filename)
threading_request.start()
# If post is in non-threading mode, this creates a thread
if threading == False:
response_dictionary = conn.request('POST',authentic_request, body, headers)
post_location = response_dictionary['location']
post_data = response_dictionary['data']
post_status = response_dictionary['status']
message = "%s posted to %s. Status: %s. Reply: %s" % (filename,
post_location,
post_status,
post_data)
nees_logging.append_log(neeshub_log_filename, message)
return post_status, post_data, post_location
def multipart_post_generic(self, filename, expnum, trialnum, selector = http_file_path, verbose = False):
'''This is technically an upload post. It assumes that there has already been an FTP file uploaded
to the NEEShub and is simply waiting assignment. This post will be the assignment.'''
full_filename = filename
xml_sheet = multipart_http.generate_report_xml(full_filename, expnum, trialnum)
content_type, body = multipart_http.encode_multipart_formdata(xml_sheet, full_filename, self.username, self.password)
headers = {
'Host' : self.host,
'Content-Type' : content_type,
'Content-Length': str(len(body))
}
request_path = '%s?GAsession=%s/%s' % (selector, self.username, self.password)
self.conn.request('POST',request_path, body, headers)
res = self.conn.getresponse()
return res.status, res.reason, res.read(), res.getheader('location')
def multipart_post_generic(filename, nees_path_id, expnum, trialnum, selector = http_file_path, threading=False, verbose = False):
'''This is technically an upload post. It assumes that there has already been an FTP file uploaded
to the NEEShub and is simply waiting assignment. This post will be the assignment.
Args:
filename: name of the file you wish to upload.
nees_path_id: string with the format "NEES-YEAR-PRJID#.groups" This is NEEShub specified..
EXAMPLE: NEES-2007-0353.groups
expnum: Experiment Number
trialnum: Trial Number
(selector): HTTP Request Parameter, where the post is being made on the HTTP server.
(threading): When True, it will create a new Thread for every post being made.
(verbose): When True'''
full_filename = filename
xml_sheet = multipart_http.generate_report_xml(full_filename, nees_path_id, expnum, trialnum)
content_type, body = multipart_http.encode_multipart_formdata(xml_sheet, full_filename, utils.hub_username, utils.hub_password)
headers = {
'Host' : httphost,
'Content-Type' : content_type,
'Content-Length': str(len(body))
}
authentic_request = utils.authenticate_request(selector)
if threading == True:
threading_request = threading_http.requestThread('POST',authentic_request, body, headers)
threading_request.start()
if threading == False:
response_dictionary = conn.request('POST',authentic_request, body, headers)
post_location = response_dictionary['location']
post_data = response_dictionary['data']
post_status = response_dictionary['status']
return post_status, post_data, post_location