Sets which clusters this Alarm Server process connects to at startup

Sets the CPU that the Alarm Server process is assigned to

The list of events that this Alarm Server process enables

Determines the Cicode function to run when Alarm Server process shuts down

Determines the Cicode function to run when Alarm Server process starts up

Determines whether the "Save ini files" check box is checked by default during Backup.

Selects which clusters the client is connected to at startup.

Specifies the role of the computer

Sets the events to be enabled on the client.

Starts only the client process, and connects to a configured Citect servers using a network connection.

Specifies that a Control Client will use a full server license

Determines the Cicode function to run when DisplayClient component shuts down.

Determines the Cicode function to run when DisplayClient component starts up.

Specifies that connection to a server will wait until it can establish a connection to the server processes before starting up.

Controls whether fast formatting is used in the Cicode Editor

The directory where the Citect SCADA configuration files such as citect.ini are located.

The directory where the Citect SCADA log files are located.

Specifies how many consecutive scheduled dial attempts can be missed before the cache becomes stale

Determines whether to override the protection mechanism built-in to the I/O Server for drivers that may not be compatible with Windows Vista.

Determines whether Citect SCADA runs as a multi-process or single-process application.

Sets the clusters that the I/O Server process will connect to at startup

Sets the CPU that the I/O Server process is assigned to

The list of events that this I/O Server process enables

Determines the Cicode function to run when I/O Server process shuts down

Determines the Cicode function to run when I/O Server process starts up

Sets the clusters this Reports Server process will connect to at startup

Sets the CPU that this Reports Server process is assigned to

The list of events that this Reports Server process enables

Determines the Cicode function to run when this Reports Server process shuts down

Determines the Cicode function to run when this Reports Server process starts up

Sets the clusters this Trends Server process will connect to at startup

Sets the CPU that the Trends Server process is assigned to

The list of events that this Trends Server process enables

Determines the Cicode function to run when Trends Server process shuts down

Determines the Cicode function to run when Trends Server process starts up

Sets the CPU that the Alarm Server component is assigned to.

Replaced with a cluster specific CPU parameter in the following format:[ServerType.ClusterName.ServerName]CPU.

The name of the default Alarm Server.

To retrieve the server name in your Cicode, refer to the ServiceGetList Cicode function.

Determines if this Alarm Server is the Primary Alarm Server.

Information is now configured within the project via the server form.

Sets the Citect SCADA process the Alarm Server component is assigned to.

No longer required as each process is separate when running multi-process.

Determines whether this computer is an Alarm Server.

To retrieve the server enabled status in your Cicode, refer to the ProcessIsServer Cicode function.

Sets the Citect SCADA computer as a Control Client.

To retrieve the client status in your Cicode, refer to the ProcessIsClient Cicode function or the parameter [Client]ComputerRole. The computer role parameter can be set to the following: 0 = Server & Control client, 1 = Control client, 2 =View only client.

Sets the Citect SCADA computer as a View-only Client.

To retrieve the client status in your Cicode, refer to the ProcessIsClient Cicode function or the parameter [Client]ComputerRole. The computer role parameter can be set to the following: 0 = Server & Control client, 1 = Control client, 2 =View only client.

The name of the primary Citect SCADA server

Sets the Citect SCADA process the Control Client component is assigned to.

No longer required as each process is separate when running multi-process.

The name of the standby Citect SCADA server

Determines the Cicode function to run when DisplayClient component shuts down.

Replaced with [Client]ShutdownCode.

Determines the Cicode function to run when DisplayClient component starts up.

Replaced with [Client]StartupCode.

Determines the Cicode function to run when Alarm Server component shuts down.

Replaced with a cluster specific code startup and shutdown parameters in the following format:[ServerType.ClusterName.ServerName]StartupCode and [ServerType.ClusterName.ServerName]ShutdownCode.

Determines the Cicode function to run when Alarm Server component starts up.

Replaced with a cluster specific code startup and shutdown parameters in the following format:[ServerType.ClusterName.ServerName]StartupCode and [ServerType.ClusterName.ServerName]ShutdownCode.

Controls whether the ReRead() function is automatically called

Determines the Cicode function to run when I/O Server component shuts down.

Replaced with a cluster specific code startup and shutdown parameters in the following format:[ServerType.ClusterName.ServerName]StartupCode and [ServerType.ClusterName.ServerName]ShutdownCode.

Determines the Cicode function to run when I/O Server component starts up.

Replaced with a cluster specific code startup and shutdown parameters in the following format:[ServerType.ClusterName.ServerName]StartupCode and [ServerType.ClusterName.ServerName]ShutdownCode.

Sets the process a code component is assigned to

Determines the Cicode function to run when Reports Server component shuts down.

Replaced with a cluster specific code startup and shutdown parameters in the following format:[ServerType.ClusterName.ServerName]StartupCode and [ServerType.ClusterName.ServerName]ShutdownCode.

Determines the Cicode function to run when Reports Server component starts up.

Replaced with a cluster specific code startup and shutdown parameters in the following format:[ServerType.ClusterName.ServerName]StartupCode and [ServerType.ClusterName.ServerName]ShutdownCode.

Determines the Cicode function to run when Control Client component shuts down

Determines the Cicode function to run when Control Client component starts up

Determines the Cicode function to run when Trends Server component shuts down.

Replaced with a cluster specific code startup and shutdown parameters in the following format:[ServerType.ClusterName.ServerName]StartupCode and [ServerType.ClusterName.ServerName]ShutdownCode.

Determines the Cicode function to run when Trends Server component starts up.

Replaced with a cluster specific code startup and shutdown parameters in the following format:[ServerType.ClusterName.ServerName]StartupCode and [ServerType.ClusterName.ServerName]ShutdownCode.

Determines the IP address (or fully qualified host name) of the primary I/O Server.

Functionality replaced by the server network address configuration form and the server redirection parameters with the following format:[AddressForwarding].=

The classes of events to be enabled by the Alarm Server.

Replaced with a cluster specific event parameter in the following format:[ServerType.ClusterName.ServerName]Events.

The classes of events to be enabled by the I/O Server.

Replaced with a cluster specific event parameter in the following format:[ServerType.ClusterName.ServerName]Events.

The classes of events assigned to the Name entry to be enabled.

Has been replaced with the parameter [Client]Events.

The classes of events to be enabled by the Reports Server.

Replaced with a cluster specific event parameter in the following format:[ServerType.ClusterName.ServerName]Events.

The classes of events to be enabled by the Trends Server.

Replaced with a cluster specific event parameter in the following format:[ServerType.ClusterName.ServerName]Events.

Determines whether certain strings are replaced with labels on compile

Checks if a project is currently running on the local machine when a compile is triggered

Determines whether Citect SCADA will try to block optimize writes to I/O Devices. The IOserver will not block writes

Sets the CPU that the I/O Server component is assigned to.

Replaced with a cluster specific CPU parameter in the following format:[ServerType.ClusterName.ServerName]CPU.

The name of the default I/O Server.

To retrieve the server name in your Cicode, refer to the ServiceGetList Cicode function.

Sets the Citect SCADA process the I/O Server component is assigned to.

No longer required as each process is separate when running multi-process.

This parameter has been superseded by SaveNetwork

Determines whether this computer is an I/O Server .

To retrieve the server enabled status in your Cicode, refer to the ProcessIsServer Cicode function.

Determines the bridge level

For users with Novell NetBIOS emulator issues

Enables/disables Citect SCADA from the LAN

Determines whether Citect SCADA uses the group name 'CITECT STATION50' or the computer name specified by the [Lan]Node parameter.

Controls whether Citect SCADA will try to optimize network protocols which support piggyback ACK

Defines the protocol stack that Citect SCADA uses for NetBIOS communication

Enables/disables NetBIOS

Determines whether the NetBIOS window is enabled on startup

Sets the number of trace buffers.

Enables the error mode of the NetBIOS window

Enables the logging mode of the NetBIOS window

Puts Citect SCADA LAN communications into polled mode

The timeout period for remote I/O Device write requests from a Control Client to the I/O Server

The number of times to retry establishing communications after a timeout - before an alert message is generated

The timeout to send a network packet across the network

The number of receive NetBIOS Control Blocks (NCBs) that Citect SCADA uses for every session

The number of send NetBIOS control blocks that Citect SCADA uses for every session

The timeout to send a network packet across the network

Defines a list of proxy server associations

Sets the CPU that the Report Server component is assigned to.

Replaced with a cluster specific CPU parameter in the following format:[ServerType.ClusterName.ServerName]CPU.

The name of the default Report Server.

To retrieve the server name in your Cicode, refer to the ServiceGetList Cicode function.

Determines if this Reports Server is the Primary Reports Server.

Information is now configured within the project via the server form.

Sets the Citect SCADA process the Reports Server component is assigned to.

No longer required as each process is separate when running multi-process.

Determines whether this computer is a Reports Server .

To retrieve the server enabled status in your Cicode, refer to the ProcessIsServer Cicode function.

The name of the Citect SCADA server .

To retrieve the server enabled status in your Cicode, now refer to the ProcessIsServer Cicode function.

Verifies that I/O problems causing gaps for a trend tag do not cause gaps for every trend tag.

Trend blocking is no longer required due to the new subscription architecture.

Sets the CPU that the Trends Server component is assigned to.

Replaced with a cluster specific CPU parameter in the following format:[ServerType.ClusterName.ServerName]CPU.

The name of the default Trend Server.

To retrieve the server name in your Cicode, refer to the ServiceGetList Cicode function.

Determines if this Trend Server is the Primary Trend Server.

Information is now configured within the project via the server form.

Sets the Citect SCADA process the Trends Server component is assigned to.

No longer required as each process is separate when running multi-process.

Enables/disables trend redundancy action.

Trend blocking is no longer required due to the new subscription architecture.

Determines whether this computer is a Trends Server.

To retrieve the server enabled status in your Cicode, refer to the ProcessIsServer Cicode function.

Reduces network traffic by spacing out trend sample requests.

Trend blocking is no longer required due to the new subscription architecture.