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port=9020: Specifies the http port on the server.

sslport=9022: Specified the ssl port on server.

mzcomport=9021: Specified the mzcom port on server.

mzcomsport=9023: Specified the SSL MZCOM port on server.

noproxy=1: No proxy for Use access to servers.

proxyAddr=: Here the Address of a proxy server to be used become.

remoteFileSystem=1: Loading CADENAS_DATA via rfs from the server.

remoteSetup=0 (Default): If not equal to 0, CADENAS_SETUP is also fetched from the server via rfs .

remoteSiteSetup=1: Loading CADENAS_SITESETUP via rfs from the server.

remoteDB=1: Use DB connection with remote access via the app server

remotepool=1: Loading $CADENAS_DATA/pool and $CADENAS_DATA/shared are also App Server

writeable=1: Bind rfs in write mode and leave it up to the server to decide whether Writing is allowed... (If writeable=0 are all RFs directories "readonly".)

httpCacheSize=5000: Returns the size of the rfs cache in MB. The default is a maximum of 5GB in the directory $CADENAS_USER/rfs.

ws=1: If this parameter is is specified, the MZCOM connections are made over WebSockets Tunneled. This allows the parameters mzcomport and mzcomsport superfluous. This can be useful in cloud environments when the server behind a proxy that only handles web traffic .

flm=1: If this parameter is specified, the license log also tunneled to the AppServer via WebSockets. The AppServer acts as a "reverse proxy" to the actual License. Again, this parameter is for Could environments where looping through bare TCP ports has problems Prepares. But beware: Tunneling via WebSockets works if you are running a license server cluster, as failover handling is not possible through this route.