CfgSwitchAccessCode contains a list of Access Codes that are used to place, route, or transfer calls from its Switch to other Switches in a multi-site installation.
Depending on the structure of a numbering plan, you may or may not need access codes to reach DNs that belong to different Switches of a multi-site telephone network.
You can modify (that is, create, change, or delete) the contents of the Access Codes for a particular Switch or for a set of Switches.
switchDBID
—
Switch
to which this access code is assigned. Mandatory. If value is set
to 0 the accessCode value is used as default access to this switch
if no other access code is specified on source switch to access
this switch.
accessCode
—
targetType
—
switchDBID
for which all the routing parameters
below are specified. See CfgTargetType
.
routeType
—
targetType
for this switch.
See CfgRouteType
.
dnSource
—
dn
in function TRouteCall.
See comments.
destinationSource
—
destination
in function TRouteCall.
See comments.
locationSource
—
location
in function TRouteCall
.
dnisSource
—
dnis
in function TRouteCall
.
reasonSource
—
reasons
in function TRouteCall
.
extensionSource
—
extensions
in function TRouteCall
.
Uniqueness of a switch access code is defined by the
combination of values of its first three properties, i.e., switchDBID
,
accessCode
, and targetType
.
Thus, when a certain access code is to be deleted, it is necessary
and sufficient to specify those three parameters in the corresponding
item of the deletedSwitchAccessCodes
list in CfgDeltaSwitch
.
Function TRouteCall
is a function of the T-Library
and is defined in the T-Library SDK C Developer's Guide.
See also CfgSwitch
.
If targetType=CFGTargetISCC
the dnSource
property
is used for definition of ISCC protocol parameters and presented
on GUI (Configuration Manager) with caption “ISCC Protocol Parameters”.
If targetType=CFGTargetISCC
the destinationSource
property
is used for definition of ISCC call overflow parameters and presented
on GUI (Configuration Manager) with caption “ISCC Call Overflow
Parameters”.