/AWS1/CL_IOS=>UPDATECOMPUTATIONMODEL()
¶
About UpdateComputationModel¶
Updates the computation model.
Method Signature¶
IMPORTING¶
Required arguments:¶
iv_computationmodelid
TYPE /AWS1/IOSID
/AWS1/IOSID
¶
The ID of the computation model.
iv_computationmodelname
TYPE /AWS1/IOSRESTRICTEDNAME
/AWS1/IOSRESTRICTEDNAME
¶
The name of the computation model.
io_computationmodelconf
TYPE REF TO /AWS1/CL_IOSCOMPUTATIONMDELC00
/AWS1/CL_IOSCOMPUTATIONMDELC00
¶
The configuration for the computation model.
it_computationmdeldatabind00
TYPE /AWS1/CL_IOSCOMPUTATIONMDELD00=>TT_COMPUTATIONMODELDATABINDING
TT_COMPUTATIONMODELDATABINDING
¶
The data binding for the computation model. Key is a variable name defined in configuration. Value is a
ComputationModelDataBindingValue
referenced by the variable.
Optional arguments:¶
iv_computationmodeldesc
TYPE /AWS1/IOSRESTRICTEDDESCRIPTION
/AWS1/IOSRESTRICTEDDESCRIPTION
¶
The description of the computation model.
iv_clienttoken
TYPE /AWS1/IOSCLIENTTOKEN
/AWS1/IOSCLIENTTOKEN
¶
A unique case-sensitive identifier that you can provide to ensure the idempotency of the request. Don't reuse this client token if a new idempotent request is required.
RETURNING¶
oo_output
TYPE REF TO /aws1/cl_iosupcomputationmde01
/AWS1/CL_IOSUPCOMPUTATIONMDE01
¶
Domain /AWS1/RT_ACCOUNT_ID Primitive Type NUMC
Examples¶
Syntax Example¶
This is an example of the syntax for calling the method. It includes every possible argument and initializes every possible value. The data provided is not necessarily semantically accurate (for example the value "string" may be provided for something that is intended to be an instance ID, or in some cases two arguments may be mutually exclusive). The syntax shows the ABAP syntax for creating the various data structures.
DATA(lo_result) = lo_client->/aws1/if_ios~updatecomputationmodel(
io_computationmodelconf = new /aws1/cl_ioscomputationmdelc00(
io_anomalydetection = new /aws1/cl_ioscomputationmdela00(
iv_inputproperties = |string|
iv_resultproperty = |string|
)
)
it_computationmdeldatabind00 = VALUE /aws1/cl_ioscomputationmdeld00=>tt_computationmodeldatabinding(
(
VALUE /aws1/cl_ioscomputationmdeld00=>ts_computationmdeldat00_maprow(
value = new /aws1/cl_ioscomputationmdeld00(
io_assetmodelproperty = new /aws1/cl_iosastmdelprpbindin00(
iv_assetmodelid = |string|
iv_propertyid = |string|
)
io_assetproperty = new /aws1/cl_iosastprpbindingvalue(
iv_assetid = |string|
iv_propertyid = |string|
)
it_list = VALUE /aws1/cl_ioscomputationmdeld00=>tt_bindingvaluelist(
(
new /aws1/cl_ioscomputationmdeld00(
io_assetmodelproperty = new /aws1/cl_iosastmdelprpbindin00(
iv_assetmodelid = |string|
iv_propertyid = |string|
)
io_assetproperty = new /aws1/cl_iosastprpbindingvalue(
iv_assetid = |string|
iv_propertyid = |string|
)
)
)
)
)
key = |string|
)
)
)
iv_clienttoken = |string|
iv_computationmodeldesc = |string|
iv_computationmodelid = |string|
iv_computationmodelname = |string|
).
This is an example of reading all possible response values
lo_result = lo_result.
IF lo_result IS NOT INITIAL.
lo_computationmodelstatus = lo_result->get_computationmodelstatus( ).
IF lo_computationmodelstatus IS NOT INITIAL.
lv_computationmodelstate = lo_computationmodelstatus->get_state( ).
lo_errordetails = lo_computationmodelstatus->get_error( ).
IF lo_errordetails IS NOT INITIAL.
lv_errorcode = lo_errordetails->get_code( ).
lv_errormessage = lo_errordetails->get_message( ).
LOOP AT lo_errordetails->get_details( ) into lo_row.
lo_row_1 = lo_row.
IF lo_row_1 IS NOT INITIAL.
lv_detailederrorcode = lo_row_1->get_code( ).
lv_detailederrormessage = lo_row_1->get_message( ).
ENDIF.
ENDLOOP.
ENDIF.
ENDIF.
ENDIF.