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PricingMatrixCalculationService
Invoke calculation procedures. It is the default service that OmniScript uses for calculation actions. You can also use it as part of any Apex class in which you want to call a pricing calculation.
Interface
VlocityOpenInterface
Input Parameters
configurationName
Procedure name used to find the current active procedure version with the highest priority.
mode
Simulate or Null
Simulate does not execute the database operation.
configurationversionId
Procedure version ID—use this version of the procedure if this parameter is passed.
effectiveDate
The date to find the active procedure version. If it is not passed in,
Now() is used. Example: options.put('effectiveDate','2018-10-31
23:09:10');
sourceObjectIds
A list of IDs existing in the Salesforce database. If sourceObjectIds are specified, the input Omnistudio Data Mapper bundle ID is needed to map the database data to the matrix lookup input data.
includeInputs
Echoes the inputs to be included in output, for example,
Yes.
outputKey
The service output wrapper, if specified. If not specified, the service output
is wrapped inside output.
aggregateByListName and mergeInListName
If these two parameters are specified, the two lists are merged. Each element in a list of mergeInListName merges with each list of aggregateByListName, for example,
options.put('aggregateByListName', 'ProductList');
options.put('mergeInListName', 'UserInputList');matchInputVariables
If true, the service checks whether the input data has all of the input variables. If any are missing, the service throws the Missing Input Variable Exception. If false, there is not an additional check.
Sample Code
global with Sharing class UsePricingMatrix {
public static Map < String, Object > getPriceFromMatrix() {
Map < String, Object > inputMap = new Map < String, Object > ();
Map < String, Object > options = new Map < String, Object > ();
options.put('configurationName', 'ProductPrice');
options.put('includeInputs', true);
Map < String, Object > dataMap1 = new Map < String, Object > ();
dataMap1.put('Age', 27);
dataMap1.put('Smoker', false);
dataMap1.put('ID', '1234');
Map < String, Object > dataMap3 = new Map < String, Object > ();
dataMap3.put('Age', 29);
dataMap3.put('Smoker', true);
dataMap3.put('ID', '5678');
Object[] inputdata = new List < Object > ();
inputdata.add(dataMap1);
inputdata.add(dataMap3);
Map < String, Object > c = new Map < String, Object > ();
inputMap.put('UserInputList', inputdata);
List < Object > productList = new List < Object > ();
Map < String, Object > prod1 = new Map < String, Object > ();
prod1.put('Product', 'PPO200');
Map < String, Object > prod2 = new Map < String, Object > ();
prod2.put('Product', 'PPO300');
productList.add(prod1);
productList.add(prod2);
inputMap.put('ProductList', productList);
options.put('verbose', false);
options.put('aggregateByListName', 'ProductList');
options.put('mergeInListName', 'UserInputList');
Map < String, Object > output = new Map < String, Object > ();
Type t = Type.forName('vlocity_ins','PricingMatrixCalculationService');
vlocity_ins.VlocityOpenInterface vpsi = (vlocity_ins.VlocityOpenInterface) t.newInstance();
vpsi.invokeMethod('calculate', inputMap, output, options);
return output;
}
}Related Implementations
None
