def make_wsgi_app(redisserver, blob_folder='', url="/"):
"""Create a wsgi application which can be served by a WSGI compatable web server.
Reads and writes to redis stores created by indi-mr
:param redisserver: Named Tuple providing the redis server parameters
:type redisserver: namedtuple
:param blob_folder: Folder where Blobs will be stored
:type blob_folder: String
:param url: URL at which the web service is served
:type url: String
:return: A WSGI callable application
:rtype: skipole.WSGIApplication
"""
if not SKIPOLE_AVAILABLE:
return
if blob_folder:
blob_folder = pathlib.Path(blob_folder).expanduser().resolve()
# The web service needs a redis connection, available in tools
rconn = tools.open_redis(redisserver)
proj_data = {
"rconn": rconn,
"redisserver": redisserver,
"blob_folder": blob_folder
}
application = WSGIApplication(project=PROJECT,
projectfiles=PROJECTFILES,
proj_data=proj_data,
start_call=_start_call,
submit_data=_submit_data,
end_call=_end_call,
url=url)
if url.endswith("/"):
skisurl = url + "lib"
else:
skisurl = url + "/lib"
skis_application = skis.makeapp()
application.add_project(skis_application, url=skisurl)
return application
if __name__ == "__main__":
import os
PROJECTFILES = os.path.dirname(
os.path.dirname(
os.path.dirname(os.path.dirname(os.path.realpath(__file__)))))
PROJECT = 'headersDropDownButton1'
application = makeapp(PROJECTFILES)
from skipole import skiadmin, skis, skilift, set_debug
set_debug(True)
skis_application = skis.makeapp()
application.add_project(skis_application, url='/lib')
skiadmin_application = skiadmin.makeapp(editedprojname=PROJECT)
application.add_project(skiadmin_application, url='/skiadmin')
from skipole import skilift
# serve the application
host = "127.0.0.1"
port = 8000
print("Serving %s on port %s" % (PROJECT, port))
skilift.development_server(host, port, application)
