Description
This method calculates G/L and Current cost of the item.
Parameters
| icSite | input | character | |
| icPart | input | character | |
| ocGLCostSet | output | character | |
| ocGLCostMethod | output | character | |
| odGLCost | output | decimal | |
| ocCurrentCostSet | output | character | |
| ocCurrentCostMethod | output | character | |
| odCurrentCost | output | decimal | |
| oiReturnStatus | output | integer | Return status of the method. |
Internal usage
QadFinancials
program code (program6/bmfgcosting.p)
/* ==================================================================================== */
/* This method retrives cost, cost set and costmethods for G/L and current type */
/* ==================================================================================== */
/* Input: Site Site */
/* Part Part which price is beeing updated */
/* Output: GLCostSet G/L cost set */
/* GLCostMethod G/L cost method (see constants COST_METHOD..) */
/* GLCost G/L cost of item on site */
/* CurrentCostSet Current cost set */
/* CurrentCostMethod Current cost method (see constants COST_METHOD..) */
/* CurrentCost Current cost of item */
/* ==================================================================================== */
assign oiReturnStatus = -98.
/* Normalize input paramters */
assign icSite = (if icSite = '':U then ? else icSite)
icPart = (if icPart = '':U then ? else icPart).
/* Initial values of output parameters */
assign ocGLCostSet = '':U
ocGLCostMethod = '':U
odGLCost = 0
ocCurrentCostSet = '':U
ocCurrentCostMethod = '':U
odCurrentCost = 0.
/* Validate input paramters */
if icSite = ? or
icPart = ?
then do:
assign vcMessageText = #T-2'The system cannot calculate costing methods for inventory $1 and site $2 because of an internal error.':255(56562)t-2#
vcContextText = substitute('Site = <&1>, Part = <&2>':U, icSite, icPart).
<M-1 run SetMessage
(input vcMessageText (icMessage),
input icSite + chr(2) + icPart (icArguments),
input '':U (icFieldName),
input '':U (icFieldValue),
input 'S':U (icType),
input 3 (iiSeverity),
input '':U (icRowid),
input 'QadFin-8504':U (icFcMsgNumber),
input '':U (icFcExplanation),
input '':U (icFcIdentification),
input '':U (icFcContext),
output viFcReturnSuper (oiReturnStatus)) in BMfgCosting>
assign oiReturnStatus = -1.
return.
end.
/* Get cost methods for this item and site */
<M-3 run ApiGetCostingMethod
(input icSite (icSite),
input icPart (icPart),
output ocGLCostSet (ocGLCostSet),
output ocGLCostMethod (ocGLCostMethod),
output ocCurrentCostSet (ocCurrentCostSet),
output ocCurrentCostMethod (ocCurrentCostMethod),
output viFcReturnSuper (oiReturnStatus)) in BMfgCosting>
if viFcReturnSuper <> 0 then assign oiReturnStatus = viFcReturnSuper.
if viFcReturnSuper < 0 then return.
/* Get G/L cost of the item */
<Q-4 run CostSimulationByCostSetPartSt (all) (Read) (NoCache)
(input vcDomainCode, (Domain)
input icSite, (Site)
input icPart, (Part)
input ocGLCostSet, (CostSet)
output dataset tqCostSimulationByCostSetPartSt) in BMfgCosting >
find first tqCostSimulationByCostSetPartSt where
tqCostSimulationByCostSetPartSt.tcsct_domain = vcDomainCode and
tqCostSimulationByCostSetPartSt.tcsct_site = icSite and
tqCostSimulationByCostSetPartSt.tcsct_part = icPart and
tqCostSimulationByCostSetPartSt.tcsct_sim = ocGLCostSet
no-error.
if available tqCostSimulationByCostSetPartSt
then assign odGLCost = tqCostSimulationByCostSetPartSt.tdsct_mtl_tl.
/* Get Current cost of the item */
<Q-5 run CostSimulationByCostSetPartSt (all) (Read) (NoCache)
(input vcDomainCode, (Domain)
input icSite, (Site)
input icPart, (Part)
input ocCurrentCostSet, (CostSet)
output dataset tqCostSimulationByCostSetPartSt) in BMfgCosting >
find first tqCostSimulationByCostSetPartSt where
tqCostSimulationByCostSetPartSt.tcsct_domain = vcDomainCode and
tqCostSimulationByCostSetPartSt.tcsct_site = icSite and
tqCostSimulationByCostSetPartSt.tcsct_part = icPart and
tqCostSimulationByCostSetPartSt.tcsct_sim = ocCurrentCostSet
no-error.
if available tqCostSimulationByCostSetPartSt
then assign odCurrentCost = tqCostSimulationByCostSetPartSt.tdsct_cst_tot.
/* Return */
if oiReturnStatus = -98 then assign oiReturnStatus = 0.
Sample code: how to call this method through RPCRequestService (QXtend Inbound)
define temp-table ttContext no-undo
field propertyQualifier as character
field propertyName as character
field propertyValue as character
index entityContext is primary unique
propertyQualifier
propertyName
index propertyQualifier
propertyQualifier.
define dataset dsContext for ttContext.
define variable vhContextDS as handle no-undo.
define variable vhExceptionDS as handle no-undo.
define variable vhServer as handle no-undo.
define variable vhInputDS as handle no-undo.
define variable vhInputOutputDS as handle no-undo.
define variable vhOutputDS as handle no-undo.
define variable vhParameter as handle no-undo.
/* Create context */
create ttContext.
assign ttContext.propertyName = "programName"
ttContext.propertyValue = "BMfgCosting".
create ttContext.
assign ttContext.propertyName = "methodName"
ttContext.propertyValue = "ApiGetCostingDetails".
create ttContext.
assign ttContext.propertyName = "applicationId"
ttContext.propertyValue = "fin".
create ttContext.
assign ttContext.propertyName = "entity"
ttContext.propertyValue = "1000".
create ttContext.
assign ttContext.propertyName = "userName"
ttContext.propertyValue = "mfg".
create ttContext.
assign ttContext.propertyName = "password"
ttContext.propertyValue = "".
/* Create input dataset */
create dataset vhInputDS.
vhInputDS:read-xmlschema("file", "xml/bmfgcosting.apigetcostingdetails.i.xsd", ?).
vhParameter = vhInputDS:get-buffer-handle("tParameterI").
vhParameter:buffer-create().
assign vhParameter::icSite = <parameter value>
vhParameter::icPart = <parameter value>.
/* Connect the AppServer */
create server vhServer.
vhServer:connect("-URL <appserver-url>").
if not vhServer:connected()
then do:
message "Could not connect AppServer" view-as alert-box error title "Error".
return.
end.
/* Run */
assign vhContextDS = dataset dsContext:handle.
run program/rpcrequestservice.p on vhServer
(input-output dataset-handle vhContextDS by-reference,
output dataset-handle vhExceptionDS,
input dataset-handle vhInputDS by-reference,
input-output dataset-handle vhInputOutputDS by-reference,
output dataset-handle vhOutputDS).
/* Handle output however you want, in this example, we dump it to xml */
if valid-handle(vhExceptionDS)
then vhExceptionDS:write-xml("file", "Exceptions.xml", true).
if valid-handle(vhOutputDS)
then vhOutputDS:write-xml("file", "Output.xml", true).
/* Cleanup */
vhServer:disconnect().
assign vhServer = ?.
if valid-handle(vhInputDS)
then delete object vhInputDS.
if valid-handle(vhOutputDS)
then delete object vhOutputDS.
if valid-handle(vhExceptionDS)
then delete object vhExceptionDS.