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/**
* Created by BADJI on 30/11/2020.
*/
@IsTest
private class CEP_LC_DedicatedProcessWizardTst {
@TestSetup
static void setup(){
wrts_prcgvr.InstallIntegration.install();
insert TestDataCustomer.createPhaseManagerSettingFileMetadata();
insert TestDataCustomer.createPhaseManagerSettingOpportunity();
insert TestDataCustomer.createPhase('Creato');
insert TestDataCustomer.createPhase('In Archiviazione');
//PermissionSet ps = new PermissionSet();
// ps.Name = 'CEP_Small_Business_Permission';
// ps.Label = 'Small_Business Permisson Set';
List<Account> listAccount = new list<Account>();
listAccount.add(TestDataCustomer.account().physicalPersonAccount().build());
Account endResellerAcc = TestDataCustomer.account().build();
endResellerAcc.Name = 'Finale Reseller';
endResellerAcc.Segment__c = 'Reseller';
endResellerAcc.FiscalCode__c = '12yyyyyaa';
endResellerAcc.RecordTypeId = Schema.SObjectType.Account.getRecordTypeInfosByDeveloperName().get('CEP_RT_ResellerEndCustomer').getRecordTypeId();
listAccount.add(endResellerAcc);
//listAccount.add(TestDataCustomer.account().businessAccount().build());
listAccount.add(TestDataCustomer.account().businessAccount().setRecordtype(Schema.SObjectType.Account.getRecordTypeInfosByDeveloperName().get('CEP_RT_Organization').getRecordTypeId()).build());
listAccount[0].BusinessType__c = 'Persona fisica - ditta individuale';
// System.runAs(u) {
//insert ps;
//insert new PermissionSetAssignment(AssigneeId = u.id, PermissionSetId = ps.Id);
insert listAccount;
// }
// List<Account> listAccount = new list<Account>();
// listAccount.add(TestDataCustomer.account().physicalPersonAccount().build());
// //listAccount.add(TestDataCustomer.account().businessAccount().build());
// listAccount.add(TestDataCustomer.account().businessAccount().setRecordtype(Schema.SObjectType.Account.getRecordTypeInfosByDeveloperName().get('CEP_RT_Organization').getRecordTypeId()).build());
// listAccount[0].BusinessType__c = 'Persona fisica - ditta individuale';
// System.runAs(u) {
// insert listAccount;
// }
Asset a = new Asset();
a.Name = '00886673878903';
a.Status = 'Attivo';
a.AccountId = listAccount[0].Id;
insert a;
String servicePointCode = 'IT002E12345678';
String servicePointCodeGas = '00886673878903';
ServicePoint__c pod = TestDataFactory.ServicePointBuilder.servicePoint().createServicePointEle().build();
pod.Code__c = servicePointCode;
pod.Key__c = servicePointCode;
insert pod;
ServicePoint__c pod1 = TestDataFactory.ServicePointBuilder.servicePoint().createServicePointGas().build();
pod1.Code__c = servicePointCodeGas;
pod1.Key__c = servicePointCodeGas;
pod1.CurrentAsset__c = a.Id;
insert pod1;
// User u1 = new User();//TestDataCustomer.user().internalUser().build();
// u1.ManagerId = u.Id;
// u1.Username = 'test1cr7@aceaenergia.it';
// u1.LastName = 'Ramazzotti';
// u1.Email = 'marco.ramazzotti@aceaenergia.it.invalid';
// u1.Alias = 'a90457m@';
// u1.TimeZoneSidKey = 'Europe/Rome';
// u1.LocaleSidKey = 'it_IT';
// u1.EmailEncodingKey = 'UTF-8';
// u1.ProfileId = u.ProfileId;
// u1.LanguageLocaleKey = 'it';
// insert u1;
// User u2 = new User();//TestDataCustomer.user().internalUser().build();
// u2.ManagerId = u1.Id;
// u2.Username = 'test1cr7242@aceaspa.it.streamcb2';
// u2.LastName = 'Montoni';
// u2.Email = 'giancarlo.montoni@aceaspa.it.invalid';
// u2.Alias = 'giancarl';
// u2.TimeZoneSidKey = 'Europe/Rome';
// u2.LocaleSidKey = 'it_IT';
// u2.EmailEncodingKey = 'UTF-8';
// u2.ProfileId = u.ProfileId;
// u2.LanguageLocaleKey = 'it';
// insert u2;
String recordBusines = Schema.SObjectType.Opportunity.getRecordTypeInfosByDeveloperName().get('CEP_RT_Business').getRecordTypeId();
Opportunity opp = TestDataCustomer.opportunity().createOpportunity().setAccount(listAccount[0].Id).setRecordType(recordBusines).build();
insert opp;
SBQQ__Quote__c q = new SBQQ__Quote__c();
q.MarketSegment__c = 'Mass Market';
q.SBQQ__Opportunity2__c = opp.Id;
//q.SBQQ__PricebookId__c = customPB.Id;
q.SBQQ__Account__c = listAccount.get(0).Id;
insert q;
//quote quo = new quote();
//quo.OpportunityId = opp.Id;
//insert quo;
// Asset a = new Asset();
// a.Name = '00886673878903';
// a.Status = 'Attivo';
// a.AccountId = listAccount[0].Id;
// insert a;
// ServicePoint__c pod1 = TestDataFactory.ServicePointBuilder.servicePoint().createServicePointGas().build();
// pod1.Code__c = servicePointCodeGas;
// pod1.Key__c = servicePointCodeGas;
// pod1.CurrentAsset__c = a.Id;
// insert pod1;
// CreditCheck__c credit = new CreditCheck__c();
// credit.Opportunity__c = opp.Id;
// credit.Account__c = opp.Account.Id;
// credit.CheckType__c = 'Credit Check Full';
// credit.SourceSystem__c = 'SF';
// credit.RequestType__c = 'FullCheck';
// credit.RequestUser__c = UserInfo.getUserId();
// credit.ProcessName__c = 'Offertazione';
// credit.LogicTaskId__c = opp.Id;
// credit.BusinessID__c = opp.Id;
// credit.Status__c = 'In corso';
// credit.RequestId__c = opp.Id;
// insert credit;
// opp.Prescreening__c = credit.Id;
List<OpportunityServiceItem__c> osiToInsert = new List<OpportunityServiceItem__c>();
OpportunityServiceItem__c osi = TestDataCustomer.opportunityServiceItem().createOpportunityServiceItem().build();
osi.RecordTypeId = Schema.SObjectType.OpportunityServiceItem__c.getRecordTypeInfosByDeveloperName().get('Electric').getRecordTypeId();
osi.Opportunity__c = opp.Id;
osi.Account__c = listAccount[1].Id;
osi.Process__c = Constants.getAllConstants().OSI_ATTIVAZIONE_PROCESS;
osi.VoltageLevel__c = 'BT Monofase';
osi.PointStreetType__c = 'Viale';
osi.IsPowerBeyond__c = false;
osi.AvailablePower__c = 2;
osi.RequestedAvailablePower__c = '3';
osi.RequestedContractualPowerBeyond__c = 3;
osi.ActDate__c = System.Today();
osi.RevenueAgencyRegisteredDate__c = System.Today();//Date.today().addDays(-1);// System.Today().addDays(-1);
osi.Excise__c = 'Industriale Ordinaria';
osi.ServicePointCode__c = servicePointCode;
osi.ContractType__c = 'Ditta Individuale';
osi.PointIstatCode__c = '058091';
//osi.ExpectedAnnualWithdrawal__c = 0;
//insert osi;
osiToInsert.add(osi);
OpportunityServiceItem__c osiGas = TestDataCustomer.opportunityServiceItem().createOpportunityServiceItem().build();
osiGas.RecordTypeId = Schema.SObjectType.OpportunityServiceItem__c.getRecordTypeInfosByDeveloperName().get('Gas').getRecordTypeId();
osiGas.Opportunity__c = opp.Id;
osiGas.Account__c = listAccount[1].Id;
osiGas.Process__c = Constants.getAllConstants().OSI_ATTIVAZIONE_PROCESS;
osiGas.VoltageLevel__c = 'BT Monofase';
osiGas.PointStreetType__c = 'Viale';
osiGas.IsPowerBeyond__c = false;
osiGas.DistributorName__c = 'ITALGAS';
osiGas.REMICode__c = '34725100';
osiGas.AvailablePower__c = 2;
osiGas.RequestedAvailablePower__c = '3';
osiGas.RequestedContractualPowerBeyond__c = 3;
osiGas.ActDate__c = System.Today();
osiGas.RevenueAgencyRegisteredDate__c = System.Today();//Date.today().addDays(-1);// System.Today().addDays(-1);
osiGas.Excise__c = 'Industriale Ordinaria';
osiGas.ServicePointCode__c = servicePointCodeGas;
osiGas.ContractType__c = 'Ditta Individuale';
osiGas.PointIstatCode__c = '058091';
//osi.ExpectedAnnualWithdrawal__c = 0;
//insert osiGas;
osiToInsert.add(osiGas);
OpportunityServiceItem__c osiGasCambioProd = TestDataCustomer.opportunityServiceItem().createOpportunityServiceItem().build();
osiGasCambioProd.RecordTypeId = Schema.SObjectType.OpportunityServiceItem__c.getRecordTypeInfosByDeveloperName().get('Gas').getRecordTypeId();
osiGasCambioProd.Opportunity__c = opp.Id;
osiGasCambioProd.Account__c = listAccount[0].Id;
osiGasCambioProd.PointStreetType__c = 'Viale';
osiGasCambioProd.Process__c = Constants.getAllConstants().OSI_CAMBIO_PRODOTTO_PROCESS;
osiGasCambioProd.ServicePointCode__c = servicePointCodeGas;
osiGasCambioProd.ContractType__c = 'Ditta Individuale';
//osiGas.PointIstatCode__c = '058091';
//osi.ExpectedAnnualWithdrawal__c = 0;
//insert osiGasCambioProd;
osiToInsert.add(osiGasCambioProd);
insert osiToInsert;
AtecoTranscode__c atecoCode = new AtecoTranscode__c(Usage__c = 'Test', IndustrialSector__c = 'Test', Code__c = '84150');
insert atecoCode;
IvaConfiguration__c ivaConfiguration = new IvaConfiguration__c(RequestedUsageCategory__c = 'Test',
IndustrialSector__c = 'Test',
Commodity__c = 'Electric',
AccountType__c = 'Test',
TISGType__c = 'Test',
PDRType__c = 'Test',
Description__c = 'Test');
insert ivaConfiguration;
CityRegistry__c city = new CityRegistry__c(Province__c='B',Region__c='Bergamo',Name='name', ProvinceAbbreviation__c = 'MI', City__c='Milano', CadastralCode__c ='055',IstatCode__c = '5BO');
insert city;
ClimaticZoneCity__c climaticZone = new ClimaticZoneCity__c(PostalCode__c = '72015',City__c = 'Fasano', SouthCash__c = 'Si' );
insert climaticZone;
AdditionalRegion__c addReg = new AdditionalRegion__c(Region__c='LAZIO',UsageType__c='Uso Industriale',ClimaticZone__c='D');
insert addReg;
List<Accisa__c> accObjList = new List<Accisa__c>();
for(Integer c = 0; c < 3; c++) {
Accisa__c accObj = new Accisa__c();
accObj.Description__c = 'Industriale Ordinaria';
accObjList.add(accObj);
}
insert accObjList;
PODDistributorAlignment__c podDistributor = new PODDistributorAlignment__c();
podDistributor.Active__c = true;
podDistributor.CodeList__c = 'test';
podDistributor.DistributorName__c = 'test';
podDistributor.DistributorVATNumber__c = '5886';
podDistributor.IdentificationCodeList__c = 'IT002E12345678';
insert podDistributor;
// QuoteType__c qt = new QuoteType__c ();
// qt.Performance__c = Constants.getAllConstants().OSI_ATTIVAZIONE_PROCESS;
// qt.Type__c = 'Ordinario';
// qt.VoltageLevel__c = 'Monofase';
// qt.ThresholdAvailablePower__c = 2.0;
// qt.Operator__c = 'Maggiore di';
// qt.Power__c = 'SI';
// insert qt;
//
//insert Taxes__c
//
Taxes__c tx =new Taxes__c();
tx.IstatCode__c ='081025';
tx.City__c ='TestCity';
tx.Province__c ='TP';
insert tx;
}
@IsTest
static void testBehavior() {
OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c LIMIT 1];
AtecoTranscode__c ateco = [SELECT Id, Code__c FROM AtecoTranscode__c];
Map<String,String> params = new Map<String, String>{
'OSI'=>JSON.serialize(osi),
'codeAteco'=> ateco.Code__c,
'atecoId'=> ateco.Id,
'actualVoltageLevel'=> 'monofase'
};
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.insertOsi(params);
System.assertEquals(true, results != null);
params = new Map<String, String>{
'OSI' => JSON.serialize(osi.clone())
};
results = CEP_LC_DedicatedProcessWizard.insertOsi(params);
System.assertEquals(true, results != null);
osi.VoltageLevel__c ='monofase';
osi.Process__c ='ATTIVAZIONE';
update osi;
params = new Map<String, String>{
'OSI'=>JSON.serialize(osi),
'codeAteco'=> ateco.Code__c,
'atecoId'=> ateco.Id,
'actualVoltageLevel'=> 'monofase'
};
results = CEP_LC_DedicatedProcessWizard.insertOsi(params);
System.assertEquals(true, results != null);
Test.stopTest();
}
@isTest
static void testInsertOsiWithdrawlLesThan1(){
OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c LIMIT 1];
AtecoTranscode__c ateco = [SELECT Id, Code__c FROM AtecoTranscode__c];
osi.ExpectedAnnualWithdrawal__c = 0;
update osi;
Map<String,String> params = new Map<String, String>{
'OSI'=>JSON.serialize(osi),
'codeAteco'=> ateco.Code__c,
'atecoId'=> ateco.Id,
'actualVoltageLevel'=> 'monofase'
};
QuoteType__c qt = new QuoteType__c ();
qt.Performance__c = Constants.getAllConstants().OSI_ATTIVAZIONE_PROCESS;
qt.Type__c = 'Ordinario';
qt.VoltageLevel__c = 'Monofase';
qt.ThresholdAvailablePower__c = 2.0;
qt.Operator__c = 'Maggiore di';
qt.Power__c = 'SI';
insert qt;
//Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EDM01_EbdmSchema'));
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.insertOsi(params);
System.assertEquals(true, results != null);
Test.stopTest();
}
@isTest
static void testInsertOsi(){
OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c LIMIT 1];
AtecoTranscode__c ateco = [SELECT Id, Code__c FROM AtecoTranscode__c];
Map<String,String> params = new Map<String, String>{
'OSI'=>JSON.serialize(osi),
'codeAteco'=> ateco.Code__c,
'atecoId'=> ateco.Id,
'actualVoltageLevel'=> 'monofase'
};
QuoteType__c qt = new QuoteType__c ();
qt.Performance__c = Constants.getAllConstants().OSI_ATTIVAZIONE_PROCESS;
qt.Type__c = 'Ordinario';
qt.VoltageLevel__c = 'Monofase';
qt.ThresholdAvailablePower__c = 2.0;
qt.Operator__c = 'Maggiore di';
qt.Power__c = 'SI';
insert qt;
//Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EDM01_EbdmSchema'));
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.insertOsi(params);
System.assertEquals(true, results != null);
Test.stopTest();
}
@isTest
static void testInsertOsiIsPowerBeyondTrue(){
OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c LIMIT 1];
AtecoTranscode__c ateco = [SELECT Id, Code__c FROM AtecoTranscode__c];
osi.IsPowerBeyond__c = true;
osi.RequestedContractualPowerBeyond__c = 2;
update osi;
Map<String,String> params = new Map<String, String>{
'OSI'=>JSON.serialize(osi),
'codeAteco'=> ateco.Code__c,
'atecoId'=> ateco.Id,
'actualVoltageLevel'=> 'monofase'
};
QuoteType__c qt = new QuoteType__c ();
qt.Performance__c = Constants.getAllConstants().OSI_ATTIVAZIONE_PROCESS;
qt.Type__c = 'Ordinario';
qt.VoltageLevel__c = 'Monofase';
qt.ThresholdAvailablePower__c = 2.0;
qt.Operator__c = 'Maggiore di';
qt.Power__c = 'SI';
insert qt;
//Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EDM01_EbdmSchema'));
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.insertOsi(params);
System.assertEquals(true, results != null);
Test.stopTest();
}
@isTest
static void testInsertOsiIsPowerBeyondTrue1(){
OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c LIMIT 1];
AtecoTranscode__c ateco = [SELECT Id, Code__c FROM AtecoTranscode__c];
osi.IsPowerBeyond__c = true;
osi.RequestedContractualPowerBeyond__c = 2;
osi.Process__c = 'Modifica potenza e tensione';
update osi;
Map<String,String> params = new Map<String, String>{
'OSI'=>JSON.serialize(osi),
'codeAteco'=> ateco.Code__c,
'atecoId'=> ateco.Id,
'actualVoltageLevel'=> 'monofase'
};
QuoteType__c qt = new QuoteType__c ();
qt.Performance__c = Constants.getAllConstants().OSI_ATTIVAZIONE_PROCESS;
qt.Type__c = 'Ordinario';
qt.VoltageLevel__c = 'Monofase';
qt.ThresholdAvailablePower__c = 2.0;
qt.Operator__c = 'Maggiore di';
qt.Power__c = 'SI';
insert qt;
//Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EDM01_EbdmSchema'));
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.insertOsi(params);
System.assertEquals(true, results != null);
Test.stopTest();
}
@isTest
static void testInsertOsiVolturaGas(){
OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c WHERE RecordType.DeveloperName = 'Gas' LIMIT 1];
AtecoTranscode__c ateco = [SELECT Id, Code__c FROM AtecoTranscode__c];
osi.PointIstatCode__c ='081025';
update osi;
Map<String,String> params = new Map<String, String>{
'OSI'=>JSON.serialize(osi),
'codeAteco'=> ateco.Code__c,
'atecoId'=> ateco.Id,
'actualVoltageLevel'=> 'monofase'
};
QuoteType__c qt = new QuoteType__c ();
qt.Performance__c = Constants.getAllConstants().OSI_ATTIVAZIONE_PROCESS;
qt.Type__c = 'Ordinario';
qt.VoltageLevel__c = 'Monofase';
qt.ThresholdAvailablePower__c = 2.0;
qt.Operator__c = 'Maggiore di';
qt.Power__c = 'SI';
insert qt;
Product2 pOffer = CEP_TestCatalogDataFactory.inizializeProdOffer();
insert pOffer;
Asset ass =[Select id from Asset limit 1];
ass.Product2Id = pOffer.Id;
update ass;
ServicePoint__c sp = [select id from ServicePoint__c where code__c ='00886673878903'];
sp.CurrentAsset__c =ass.id;
sp.AvailablePower__c = 14.5;
update sp;
//Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EDM01_EbdmSchema'));
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.insertOsiVoltura(params);
System.assertEquals(true, results != null);
osi.Process__c = Constants.getAllConstants().OSI_VOLTURA_FUSIONE_INCORPORAZIONE_PROCESS;
osi.ServicePointCode__c = '00886673878903';
osi.PointIstatCode__c ='081025';
update osi;
params = new Map<String, String>{
'OSI'=>JSON.serialize(osi),
'codeAteco'=> ateco.Code__c,
'atecoId'=> ateco.Id,
'actualVoltageLevel'=> 'monofase'
};
qt = new QuoteType__c ();
qt.Performance__c = Constants.getAllConstants().OSI_ATTIVAZIONE_PROCESS;
qt.Type__c = 'Ordinario';
qt.VoltageLevel__c = 'Monofase';
qt.ThresholdAvailablePower__c = 2.0;
qt.Operator__c = 'Maggiore di';
qt.Power__c = '';
insert qt;
results = CEP_LC_DedicatedProcessWizard.insertOsiVoltura(params);
sp.ContractualPower__c = 14;
sp.AvailablePower__c =null;
update sp;
results = CEP_LC_DedicatedProcessWizard.insertOsiVoltura(params);
Test.stopTest();
}
@isTest
static void testInsertOsiVolturaEle1(){
OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c LIMIT 1];
osi.Process__c = 'VOLTURA CON SWITCHING';
update osi;
OpportunityServiceItem__c osiGas = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c WHERE RecordType.DeveloperName = 'Gas' LIMIT 1];
OpportunityServiceItem__c osiCambioProd = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c WHERE Process__c =: Constants.getAllConstants().OSI_CAMBIO_PRODOTTO_PROCESS LIMIT 1];
AtecoTranscode__c ateco = [SELECT Id, Code__c FROM AtecoTranscode__c];
osiGas.Opportunity__c = null;
update osiGas;
osiCambioProd.Opportunity__c = null;
update osiCambioProd;
Map<String,String> params = new Map<String, String>{
'OSI'=>JSON.serialize(osi),
'codeAteco'=> ateco.Code__c,
'atecoId'=> ateco.Id,
'actualVoltageLevel'=> 'monofase'
};
QuoteType__c qt = new QuoteType__c ();
qt.Performance__c = Constants.getAllConstants().OSI_ATTIVAZIONE_PROCESS;
qt.Type__c = 'Ordinario';
qt.VoltageLevel__c = 'Monofase';
qt.ThresholdAvailablePower__c = 2.0;
qt.Operator__c = 'Maggiore di';
qt.Power__c = 'SI';
insert qt;
osi.Opportunity__c = null;
//Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EDM01_EbdmSchema'));
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.insertOsiVoltura(params);
System.assertEquals(true, results != null);
Test.stopTest();
}
@isTest
static void testInsertOsiVolturaElectric(){
OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c WHERE RecordType.DeveloperName = 'Electric' LIMIT 1];
AtecoTranscode__c ateco = [SELECT Id, Code__c FROM AtecoTranscode__c];
Map<String,String> params = new Map<String, String>{
'OSI'=>JSON.serialize(osi),
'codeAteco'=> ateco.Code__c,
'atecoId'=> ateco.Id,
'actualVoltageLevel'=> 'monofase'
};
QuoteType__c qt = new QuoteType__c ();
qt.Performance__c = Constants.getAllConstants().OSI_ATTIVAZIONE_PROCESS;
qt.Type__c = 'Ordinario';
qt.VoltageLevel__c = 'Monofase';
qt.ThresholdAvailablePower__c = 2.0;
qt.Operator__c = 'Maggiore di';
qt.Power__c = 'SI';
insert qt;
//Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EDM01_EbdmSchema'));
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.insertOsiVoltura(params);
System.assertEquals(true, results != null);
Test.stopTest();
}
@isTest
static void testInsertOsiVolturaElectricExcpectedWithDrawal(){
OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c WHERE RecordType.DeveloperName = 'Electric' LIMIT 1];
AtecoTranscode__c ateco = [SELECT Id, Code__c FROM AtecoTranscode__c];
osi.ExpectedAnnualWithdrawal__c = 0;
update osi;
Map<String,String> params = new Map<String, String>{
'OSI'=>JSON.serialize(osi),
'codeAteco'=> ateco.Code__c,
'atecoId'=> ateco.Id,
'actualVoltageLevel'=> 'monofase'
};
QuoteType__c qt = new QuoteType__c ();
qt.Performance__c = Constants.getAllConstants().OSI_ATTIVAZIONE_PROCESS;
qt.Type__c = 'Ordinario';
qt.VoltageLevel__c = 'Monofase';
qt.ThresholdAvailablePower__c = 2.0;
qt.Operator__c = 'Maggiore di';
qt.Power__c = 'SI';
insert qt;
//Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EDM01_EbdmSchema'));
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.insertOsiVoltura(params);
System.assertEquals(true, results != null);
Test.stopTest();
}
@isTest
static void testInsertOsiVolturaErrorException(){
OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c WHERE RecordType.DeveloperName = 'Electric' LIMIT 1];
AtecoTranscode__c ateco = [SELECT Id, Code__c FROM AtecoTranscode__c];
Map<String,String> params = new Map<String, String>{};
//Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EDM01_EbdmSchema'));
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.insertOsiVoltura(params);
System.assertEquals(true, results != null);
Test.stopTest();
}
@isTest
static void testInsertOsiSwitching(){
OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c LIMIT 1];
AtecoTranscode__c ateco = [SELECT Id, Code__c FROM AtecoTranscode__c];
Map<String,String> params = new Map<String, String>{
'OSI'=>JSON.serialize(osi),
'codeAteco'=> ateco.Code__c,
'atecoId'=> ateco.Id,
'actualVoltageLevel'=> 'monofase'
};
QuoteType__c qt = new QuoteType__c ();
qt.Performance__c = Constants.getAllConstants().OSI_ATTIVAZIONE_PROCESS;
qt.Type__c = 'Ordinario';
qt.VoltageLevel__c = 'Monofase';
qt.ThresholdAvailablePower__c = 2.0;
qt.Operator__c = 'Maggiore di';
qt.Power__c = 'SI';
insert qt;
//Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EDM01_EbdmSchema'));
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.insertOsiSwitching(params);
System.assertEquals(true, results != null);
Test.stopTest();
}
@isTest
static void testInsertOsiSwitchingWithdrawlLesThan1(){
OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c WHERE RecordType.DeveloperName = 'Electric' LIMIT 1];
AtecoTranscode__c ateco = [SELECT Id, Code__c FROM AtecoTranscode__c];
osi.ExpectedAnnualWithdrawal__c = 0;
update osi;
Map<String,String> params = new Map<String, String>{
'OSI'=>JSON.serialize(osi),
'codeAteco'=> ateco.Code__c,
'atecoId'=> ateco.Id,
'actualVoltageLevel'=> 'monofase'
};
QuoteType__c qt = new QuoteType__c ();
qt.Performance__c = Constants.getAllConstants().OSI_ATTIVAZIONE_PROCESS;
qt.Type__c = 'Ordinario';
qt.VoltageLevel__c = 'Monofase';
qt.ThresholdAvailablePower__c = 2.0;
qt.Operator__c = 'Maggiore di';
qt.Power__c = 'SI';
insert qt;
//Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EDM01_EbdmSchema'));
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.insertOsiSwitching(params);
System.assertEquals(true, results != null);
Test.stopTest();
}
@isTest
static void testInsertOsiSwitchingCambioProd(){
OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c WHERE Process__c =: Constants.getAllConstants().OSI_CAMBIO_PRODOTTO_PROCESS LIMIT 1];
osi.Process__c = 'Cambio Uso';
update osi;
AtecoTranscode__c ateco = [SELECT Id, Code__c FROM AtecoTranscode__c];
Map<String,String> params = new Map<String, String>{
'OSI'=>JSON.serialize(osi),
'codeAteco'=> ateco.Code__c,
'atecoId'=> ateco.Id,
'actualVoltageLevel'=> 'monofase'
};
QuoteType__c qt = new QuoteType__c ();
qt.Performance__c = Constants.getAllConstants().OSI_CAMBIO_PRODOTTO_PROCESS;
qt.Type__c = 'Ordinario';
qt.VoltageLevel__c = 'Monofase';
qt.ThresholdAvailablePower__c = 2.0;
qt.Operator__c = 'Maggiore di';
qt.Power__c = 'SI';
insert qt;
//Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EDM01_EbdmSchema'));
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.insertOsiSwitching(params);
System.assertEquals(true, results != null);
Test.stopTest();
}
@isTest
static void testInsertOsiSwitchingCAMBIOPRODOTTO(){
OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c WHERE Process__c =: Constants.getAllConstants().OSI_CAMBIO_PRODOTTO_PROCESS LIMIT 1];
osi.Process__c = 'CAMBIO PRODOTTO';
update osi;
AtecoTranscode__c ateco = [SELECT Id, Code__c FROM AtecoTranscode__c];
Map<String,String> params = new Map<String, String>{
'OSI'=>JSON.serialize(osi),
'codeAteco'=> ateco.Code__c,
'atecoId'=> ateco.Id,
'actualVoltageLevel'=> 'monofase'
};
QuoteType__c qt = new QuoteType__c ();
qt.Performance__c = Constants.getAllConstants().OSI_CAMBIO_PRODOTTO_PROCESS;
qt.Type__c = 'Ordinario';
qt.VoltageLevel__c = 'Monofase';
qt.ThresholdAvailablePower__c = 2.0;
qt.Operator__c = 'Maggiore di';
qt.Power__c = 'SI';
insert qt;
//Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EDM01_EbdmSchema'));
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.insertOsiSwitching(params);
System.assertEquals(true, results != null);
Test.stopTest();
}
@isTest
static void testInsertOsiSwitchingErrorException(){
OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c WHERE Process__c =: Constants.getAllConstants().OSI_CAMBIO_PRODOTTO_PROCESS LIMIT 1];
AtecoTranscode__c ateco = [SELECT Id, Code__c FROM AtecoTranscode__c];
Map<String,String> params = new Map<String, String>{};
//Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EDM01_EbdmSchema'));
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.insertOsiSwitching(params);
System.assertEquals(true, results.get('error') == true);
Test.stopTest();
}
@isTest
static void checkDistributorVATtest(){
String recType = 'Gas';
OpportunityServiceItem__c osi = [SELECT Id, Name, RecordType.DeveloperName,Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c WHERE RecordType.DeveloperName =: recType LIMIT 1];
AtecoTranscode__c ateco = [SELECT Id, Code__c FROM AtecoTranscode__c];
Map<String,String> params = new Map<String, String>{
'OSI'=>JSON.serialize(osi),
'codeAteco'=> ateco.Code__c,
'atecoId'=> ateco.Id,
'actualVoltageLevel'=> 'monofase',
'osiId'=> osi.Id
};
QuoteType__c qt = new QuoteType__c ();
qt.Performance__c = Constants.getAllConstants().OSI_ATTIVAZIONE_PROCESS;
qt.Type__c = 'Ordinario';
qt.VoltageLevel__c = 'Monofase';
qt.ThresholdAvailablePower__c = 2.0;
qt.Operator__c = 'Maggiore di';
qt.Power__c = 'SI';
insert qt;
//Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EDM01_EbdmSchema'));
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.checkDistributorVAT(params);
System.assertEquals(true, results != null);
Test.stopTest();
}
@isTest
static void checkDistributorVATErrorExceptiontest(){
String recType = 'Gas';
OpportunityServiceItem__c osi = [SELECT Id, Name, RecordType.DeveloperName,Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c WHERE RecordType.DeveloperName =: recType LIMIT 1];
AtecoTranscode__c ateco = [SELECT Id, Code__c FROM AtecoTranscode__c];
Map<String,String> params = new Map<String, String>{};
//Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EDM01_EbdmSchema'));
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.checkDistributorVAT(params);
System.assertEquals(true, results != null);
Test.stopTest();
}
@IsTest
static void testBehaviorException() {
//OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c FROM OpportunityServiceItem__c LIMIT 1];
Map<String,String> params = new Map<String, String>{
'OSI'=>null
};
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.insertOsi(params);
System.assertEquals(true, results.get('error') == true);
Test.stopTest();
}
@IsTest
static void prescreeningTest(){
Opportunity opp = [SELECT Id, Account.Code__c, Account.BusinessType__c,
Account.RecordType.Name, Account.FiscalCode__c,
Account.VATNumber__c, Account.CompanyName__c,
Account.FirstName__c, Account.LastName__c, AccountId
FROM Opportunity LIMIT 1];
Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_SRV_CreditPreCheckCER01'));
Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_CreditCheck'));
CreditCheck__c cch = new CreditCheck__c();
cch.Opportunity__c = opp.Id;
cch.ResultCode__c = 'KO';
Database.SaveResult resultCreditCheck = Database.insert(cch);
Test.startTest();
Map<String,Object> result =(Map<String,Object>)CEP_LC_DedicatedProcessWizard.prescreening(opp.AccountId, opp.Id);
//KO
Test.stopTest();
System.assert(resultCreditCheck.isSuccess(), 'The resultMap is different of null');
}
@IsTest
static void prescreeningTestAccountNull(){
Opportunity opp = [SELECT Id, Account.Code__c, Account.BusinessType__c,
Account.RecordType.Name, Account.FiscalCode__c,
Account.VATNumber__c, Account.CompanyName__c,
Account.FirstName__c, Account.LastName__c, AccountId
FROM Opportunity LIMIT 1];
Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_SRV_CreditPreCheckCER01'));
Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_CreditCheck'));
CreditCheck__c cch = new CreditCheck__c();
cch.Opportunity__c = opp.Id;
cch.ResultCode__c = 'KO';
insert cch;
Test.startTest();
Map<String,Object> result =(Map<String,Object>)CEP_LC_DedicatedProcessWizard.prescreening(null, opp.Id);
//KO
Test.stopTest();
System.assert(!result.isEmpty(), 'The resultMap is different of null');
}
@IsTest
static void prescreeningErrorTest(){
Opportunity opp = [SELECT Id, Account.Code__c, Account.BusinessType__c,
Account.RecordType.Name, Account.FiscalCode__c,
Account.VATNumber__c, Account.CompanyName__c,
Account.FirstName__c, Account.LastName__c, AccountId
FROM Opportunity LIMIT 1];
Test.startTest();
Map<String,Object> result =(Map<String,Object>)CEP_LC_DedicatedProcessWizard.prescreening(opp.AccountId, opp.Id);
System.assert(result.get('error')== true);
Test.stopTest();
}
@IsTest
static void prescreeningErrorExceptionTest(){
Test.startTest();
Map<String,Object> result =(Map<String,Object>)CEP_LC_DedicatedProcessWizard.prescreening('opp.AccountId', 'opp.Id');
System.assert(result.get('error')== true);
Test.stopTest();
}
@isTest
static void atecueSelectedTst() {
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.atecueSelected('Test','Test');
System.assertEquals(true, result.get('error')==false, 'Found codice Ateco');
result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.atecueSelected('TestTest','Testtest');
System.assertEquals(true, result.get('ateco')==null, 'Not Found codice Ateco');
}
@isTest
static void atecueSelectedExceptionTst() {
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.atecueSelected('', '');
System.assert(result.get('error')==true);
}
@isTest
static void ivaSelectedEleExceptionTst() {
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.ivaSelectedEle('', '', '', '');
System.assert(result.get('error')==true);
}
@isTest
static void getCadastalCodeExceptionTst() {
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.getCadastalCode('');
System.assert(result.get('error')==true);
}
@isTest
static void ivaSelectedGasExceptionTst() {
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.ivaSelectedGas('', '', '');
System.assert(result.get('error')==true);
}
@isTest
static void atecTranscode2Tst() {
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.atecTranscode('', '', '');
System.assert(result.get('error')==true);
}
@isTest
static void getAtecoManualValuesTst() {
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.getAtecoManualValues();
System.assertEquals(true, result.get('atecoValues')==null, 'Not Found Ateco');
}
@isTest
static void getUsoTecnologicoEnabledTst() {
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.getUsoTecnologicoEnabled();
System.assertEquals(true, result.get('atecoValues')==null, 'Not Found Ateco');
}
@isTest
static void checkProcessCompatibilityTst() {
Map<String, String> params = new Map<String, String>();
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.checkProcessCompatibility(params);
System.assertEquals(true, result.get('error')==true, 'Check Process Compatibility error');
params.put('podPdr', '');
params.put('startingProcess', '');
params.put('channel', 'Call Center');
params.put('commodity', 'Gas');
params.put('distributor', 'distributor');
result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.checkProcessCompatibility(params);
System.assertEquals(true, result.get('error')==false, 'Check Process Compatibility is ok');
}
@isTest
static void ivaSelectedEleTst() {
//IvaConfiguration__c iva = [SELECT Id FROM IvaConfiguration__c];
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.ivaSelectedEle('Test','Test','Test','Test');
System.assertEquals(true, result.get('iva')==null, 'Iva not found');
}
@isTest
static void ivaSelectedGasTst() {
//IvaConfiguration__c iva = [SELECT Id FROM IvaConfiguration__c];
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.ivaSelectedGas('Test','Test','Test');
System.assertEquals(true, result.get('iva')==null, 'Iva not found');
}
@isTest
static void callEbdmTst() {
//Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EbdmEDM01.richiestaAsincrona'));
Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EbdmEDM01.richiestaSincrona'));
Test.startTest();
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.callEbdm('10023');
System.assertEquals(true, result!=null, 'Call Ebdm');
Test.stopTest();
}
@isTest
static void callEbdmErrorTst() {
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.callEbdm('10023');
System.assertEquals(true, result==null, 'Call Ebdm');
}
//getCadastalCode
@isTest
static void getCadastalCodeTst() {
//CityRegistry__c cr = [SELECT Id FROM CityRegistry__c];
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.getCadastalCode('Milano');
System.assertEquals(true, result.get('city')!=null, 'City found');
result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.getCadastalCode('Roma');
System.assertEquals(true, result.get('city')==null, 'City not found');
}
@isTest
static void getCadastalCodeException2Tst() {
//CityRegistry__c cr = [SELECT Id FROM CityRegistry__c];
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.getCadastalCode('');
System.assertEquals(false, result.get('')!=null, '');
result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.getCadastalCode('');
System.assertEquals(true, result.get('')==null, '');
}
@isTest
static void getCapTst() {
ClimaticZoneCity__c cz = [SELECT Id FROM ClimaticZoneCity__c];
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.getCap('72015');
System.assertEquals(false, result.get('climaticzone')!=null, 'Clima found');
result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.getCap('081025');
System.assertEquals(true, result.get('climaticzone')==null, 'Clima not found');
}
@isTest
static void addizionaleRegionaleTst() {
//CEP_LC_DedicatedProcessWizardTst.cls AdditionalRegion__c ar = [SELECT Id FROM AdditionalRegion__c];
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.addizionaleRegionale('Uso Industriale', 'D', 'LAZIO');//'Uso Tecnologico','D','LAZIO');
System.assertEquals(true, result.get('addizionale')!=null, 'Addizionale found');
result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.getCap('1111');
System.assertEquals(true, result.get('addizionale')==null, 'Addizionale not found');
}
@isTest
static void addizionaleRegionaleExceptionTst() {
Map<String,Object> result = (Map<String,Object>)CEP_LC_DedicatedProcessWizard.addizionaleRegionale('', '', '');
System.assertEquals(true, result !=null);
}
@isTest
static void getIvaPickListTst() {
IvaConfiguration__c iva = [SELECT Id FROM IvaConfiguration__c];
List<Map<String,Object>> result = CEP_LC_DedicatedProcessWizard.getIvaPickList('Electric');
System.assertEquals(true, result!=null, 'Iva found');
}
@isTest
static void getIvaRateAndCodeTst() {
//IvaConfiguration__c iva = [SELECT Id FROM IvaConfiguration__c];
Map<String,Object> result = CEP_LC_DedicatedProcessWizard.getIvaRateAndCode('Electric', 'Test');
System.assertEquals(true, result!=null, 'Iva found');
}
@isTest
static void recoverDistributorVatNumberTst() {
Test.setMock(WebServiceMock.class, new CEP_UTL_WebServiceMockImpl('CEP_WS_EbdmEDM01.richiestaSincrona'));
Opportunity opp = [SELECT Id FROM Opportunity];
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.recoverDistributorVatNumber(opp.Id);
System.assertEquals(false, results.get('error'), 'working method');
OpportunityServiceItem__c osi = [SELECT Id, Opportunity__c FROM OpportunityServiceItem__c WHERE PointIstatCode__c!=null LIMIT 1];
Test.startTest();
results = CEP_LC_DedicatedProcessWizard.recoverDistributorVatNumber(osi.Opportunity__c);
//integrare
Test.stopTest();
}
@isTest
static void retrieveAtecueDescriptionByIdTst() {
AtecoTranscode__c ac = [SELECT Id FROM AtecoTranscode__c];
Map<String,Object> result = CEP_LC_DedicatedProcessWizard.retrieveAtecueDescriptionById(ac.Id);
System.assertEquals(false, result.get('error'), 'Ateco found');
}
@IsTest
static void retrieveAtecueDescriptionByIdExceptionTest(){
Test.startTest();
Map<String,Object> result =(Map<String,Object>)CEP_LC_DedicatedProcessWizard.retrieveAtecueDescriptionById('');
System.assert(result.get('error')== false);
Test.stopTest();
}
@isTest
static void atecTranscodeTst() {
AtecoTranscode__c ac = [SELECT Id, Code__c FROM AtecoTranscode__c];
Account acc = [SELECT Id FROM Account LIMIT 1];
Map<String,Object> result = CEP_LC_DedicatedProcessWizard.atecTranscode(ac.Code__c, acc.Id, 'Test');
System.assertEquals(false, result.get('error'), 'Ateco found');
}
@isTest
static void atecTranscodeExeptionTst() {
AtecoTranscode__c ac = [SELECT Id, Code__c FROM AtecoTranscode__c];
Account acc = [SELECT Id FROM Account LIMIT 1];
Boolean fail = true;
try {
Test.startTest();
fail = false;
Map<String,Object> result = CEP_LC_DedicatedProcessWizard.atecTranscode(ac.Code__c, acc.Id, 'Test');
Test.stopTest();
System.assert(!result.isEmpty(), 'The resultMap is different of null');
} catch (Exception e) {
fail = false;
}
}
@isTest
static void updateOpportunityPrescreeningStatusTst() {
Opportunity opp = [SELECT Id, PrescreeningStatus__c FROM Opportunity];
Test.startTest();
Map<String,Object> result = CEP_LC_DedicatedProcessWizard.updateOpportunityPrescreeningStatus('Non Previsto', opp.Id);
System.assertEquals(false, result.get('error'));
Test.stopTest();
}
@isTest
static void updateOpportunityPrescreeningStatusTstNoStatus() {
Opportunity opp = [SELECT Id, PrescreeningStatus__c FROM Opportunity];
Test.startTest();
Map<String,Object> result = CEP_LC_DedicatedProcessWizard.updateOpportunityPrescreeningStatus(null, opp.Id);
System.assertEquals(true, result.get('error'));
Test.stopTest();
}
@isTest
static void updateOpportunityPrescreeningStatusTstNoOpp() {
Test.startTest();
Map<String,Object> result = CEP_LC_DedicatedProcessWizard.updateOpportunityPrescreeningStatus('Non Previsto', null);
System.assertEquals(true, result.get('error'));
Test.stopTest();
}
@isTest
static void getPreviousTraderNameTest() {
Test.startTest();
Map<String,Object> result = CEP_LC_DedicatedProcessWizard.getPreviousTraderName('Piva');
// System.assertEquals(true, result.get('error'));
Test.stopTest();
}
@isTest
static void checkAccountResidenceTest() {
ServicePoint__c servicePoint = [SELECT Id, Code__c FROM ServicePoint__c LIMIT 1];
Test.startTest();
Map<String,Object> result = CEP_LC_DedicatedProcessWizard.checkAccountResidence('accountid', servicePoint.Code__c);
System.assertEquals(false, result.get('error'));
Test.stopTest();
}
@isTest
static void getCadastralDataTest() {
List<ServicePoint__c> servicePoint = [SELECT Id, CurrentAsset__r.AccountId FROM ServicePoint__c];
Test.startTest();
Map<String,Object> result = CEP_LC_DedicatedProcessWizard.getCadastralData(servicePoint[0].Id,servicePoint[0].CurrentAsset__r.AccountId);
System.assertEquals(false, result.get('error'));
Test.stopTest();
}
// @isTest
// static void getPreviousProductGasTest() {
// Opportunity opp = [SELECT Id, Account.Code__c, Account.BusinessType__c,
// Account.RecordType.Name, Account.FiscalCode__c,
// Account.VATNumber__c, Account.CompanyName__c,
// Account.FirstName__c, Account.LastName__c, AccountId
// FROM Opportunity LIMIT 1];
// Test.startTest();
// Map<String,Object> result = CEP_LC_DedicatedProcessWizard.getPreviousProduct(opp.AccountId, 'Gas', '00886673878903');
// System.assertEquals(false, result.get('error'));
// Test.stopTest();
// }
@isTest
static void getPreviousProductTest() {
// Opportunity opp = [SELECT Id, Account.Code__c, Account.BusinessType__c,
// Account.RecordType.Name, Account.FiscalCode__c,
// Account.VATNumber__c, Account.CompanyName__c,
// Account.FirstName__c, Account.LastName__c, AccountId
// FROM Opportunity LIMIT 1];
List<Account> listAccount = [SELECT Id, Name FROM Account];
Test.startTest();
Map<String,Object> result = CEP_LC_DedicatedProcessWizard.getPreviousProduct(listAccount[0].Id, 'Gas', '00886673878903');
Test.stopTest();
System.assertEquals(true, !result.isEmpty(), 'The ResultMap is different of null');
}
@isTest
static void handleBusinessGreenTest() {
//PermissionSet ps = [SELECT Id FROM PermissionSet WHERE Name = 'CEP_Small_Business_Permission'];
//insert new PermissionSetAssignment(AssigneeId = u.id, PermissionSetId = ps.Id);
OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c LIMIT 1];
Test.startTest();
CEP_LC_DedicatedProcessWizard.handleBusinessGreen(osi);
//System.assertEquals(false, result.get('error'));
Test.stopTest();
System.assert(osi != null, 'The Opportunity Service Item was retrieve');
}
// @isTest
// static void getApproverIdTest() {
// Test.startTest();
// //CEP_LC_DedicatedProcessWizard.getApproverId();
// Id userId = CEP_LC_DedicatedProcessWizard.getApproverId();
// System.assertEquals(true, userId != null);
// Test.stopTest();
// }
@isTest
static void retrieveDistributorVatTest() {
Test.startTest();
String result = CEP_LC_DedicatedProcessWizard.retrieveDistributorVat('istatCode', 'distributorName');
System.assertEquals(false, result != null);
Test.stopTest();
}
@isTest
static void getSearchAccountsTst() {
String firstName = 'Marko';
String lastName = 'Matterazzi';
String codeFiscal = '02793330735';
String partitaIva = '02793330735';
String company = 'ORGANIZZAZIONI FUNERARIE SRL DI GIANLUCA RICCI';
Opportunity opp = [SELECT Id, PrescreeningStatus__c FROM Opportunity];
Test.startTest();
Map<String,Object> result = CEP_LC_DedicatedProcessWizard.getSearchAccounts(firstName,lastName,codeFiscal,partitaIva,company);
System.assertEquals(false, result.get('error'));
Test.stopTest();
}
@isTest
static void getPreviousProductExceptionTest() {
List<Account> listAccount = [SELECT Id, Name FROM Account];
Test.startTest();
Map<String,Object> result = CEP_LC_DedicatedProcessWizard.getPreviousProduct(listAccount[1].Id, '', '');
Test.stopTest();
System.assertEquals(true, !result.isEmpty(), 'The getPreviousProduct method return true');
}
@isTest
static void setOsiContractTypeTest() {
OpportunityServiceItem__c osi = new OpportunityServiceItem__c();
osi.Usage__c = 'Altri us';
Account acc = [SELECT Id, RecordTypeDeveloperName__c, VATNumber__c FROM Account where RecordTypeDeveloperName__c = 'CEP_RT_ResellerEndCustomer'];
acc.FiscalCode__c = 'addss';
acc.Type = 'Persona Fisica';
Test.startTest();
CEP_LC_DedicatedProcessWizard.setOsiContractType(osi, acc);
System.assert(osi.ContractType__c != null);
Test.stopTest();
}
@isTest
static void setOsiContractType2Test() {
OpportunityServiceItem__c osi = new OpportunityServiceItem__c();
osi.Usage__c = 'Altri us';
Account acc = [SELECT Id, RecordTypeDeveloperName__c, VATNumber__c FROM Account where RecordTypeDeveloperName__c = 'CEP_RT_ResellerEndCustomer'];
acc.FiscalCode__c = 'addss';
acc.VATNumber__c = '123456';
acc.Type = 'Persona Fisica';
Test.startTest();
CEP_LC_DedicatedProcessWizard.setOsiContractType(osi, acc);
System.assert(osi.ContractType__c != null);
Test.stopTest();
}
@isTest
static void getDefaultAtecoTest() {
Account acc = [SELECT Id FROM Account where RecordTypeDeveloperName__c = 'CEP_RT_ResellerEndCustomer'];
Test.startTest();
Object result = CEP_LC_DedicatedProcessWizard.getDefaultAteco(acc.Id);
System.assert(result != null);
Test.stopTest();
}
@isTest static void checkResidenceAndUsageFromAssetTest(){
Test.startTest();
ServicePoint__c pod = [SELECT Id, Key__c FROM ServicePoint__c LIMIT 1];
Map<String,String> params = new Map<String,String>();
params.put('pod', pod.Key__c);
params.put('commodity', 'Electric');
Map<String,Object> resultMap = CEP_LC_DedicatedProcessWizard.checkResidenceAndUsageFromAsset(params);
Test.stopTest();
System.assert(!resultMap.isEmpty(), 'The method return the map object');
}
@isTest static void checkResidenceAndUsageFromAssetGasTest(){
Test.startTest();
ServicePoint__c pod = [SELECT Id, Key__c FROM ServicePoint__c LIMIT 1];
Map<String,String> params = new Map<String,String>();
params.put('pod', pod.Key__c);
params.put('commodity', 'Gas');
Map<String,Object> resultMap = CEP_LC_DedicatedProcessWizard.checkResidenceAndUsageFromAsset(params);
Test.stopTest();
System.assert(!resultMap.isEmpty(), 'The method return the map object');
}
@isTest static void getAssetTest(){
Test.startTest();
Asset ast = [SELECT Id FROM Asset LIMIT 1];
Asset asset = CEP_LC_DedicatedProcessWizard.getContractAccount(ast.Id);
Test.stopTest();
System.assert(asset != null, 'The method return the Asset');
}
@isTest static void checkVolturaCambioControparteCommercialeTest(){
Test.startTest();
Account acc = [SELECT Id FROM Account LIMIT 1];
acc.Segment__c = 'Mass Market';
update acc;
Asset asset = [SELECT Id FROM Asset LIMIT 1];
Map<String,String> params = new Map<String,String>();
params.put('assetId', asset.Id);
params.put('accountId', acc.Id);
Map<String,Object> resultMap = CEP_LC_DedicatedProcessWizard.checkVolturaCambioControparteCommerciale(params);
Test.stopTest();
System.assert(!resultMap.isEmpty(), 'The method return the map object');
}
@isTest static void checkVolturaCambioDifferentSegment(){
Test.startTest();
Account acc = [SELECT Id FROM Account LIMIT 1];
Asset asset = [SELECT Id FROM Asset LIMIT 1];
asset.Status = 'Attivo';
update asset;
Map<String,String> params = new Map<String,String>();
params.put('assetId', asset.Id);
params.put('accountId', acc.Id);
Map<String,Object> resultMap = CEP_LC_DedicatedProcessWizard.checkVolturaCambioControparteCommerciale(params);
Test.stopTest();
System.assert(!resultMap.isEmpty(), 'The method return the map object');
}
@isTest static void checkVolturaCambioDifferentSegmentTest(){
try{
Test.startTest();
Account acc = [SELECT Id FROM Account LIMIT 1];
Asset asset = [SELECT Id FROM Asset LIMIT 1];
asset.Status = 'Attivo';
update asset;
Map<String,String> params = new Map<String,String>();
params.put('assetId', null);
params.put('accountId', null);
Map<String,Object> resultMap = CEP_LC_DedicatedProcessWizard.checkVolturaCambioControparteCommerciale(params);
resultMap = CEP_LC_DedicatedProcessWizard.checkResidenceAndUsageFromAsset(params);
Test.stopTest();
System.assert(!resultMap.isEmpty(), 'The method return the map object');
}catch(Exception ex){
System.assertEquals(ex.getMessage(), ex.getMessage(), 'The method return the Exception');
}
}
@isTest static void getAccountByIdTest(){
Test.startTest();
Account acc = [SELECT Id FROM Account LIMIT 1];
acc.Segment__c = 'Mass Market';
update acc;
Map<String,Object> resultMap = CEP_LC_DedicatedProcessWizard.getAccountById(acc.Id);
Test.stopTest();
System.assert(!resultMap.isEmpty(), 'The method return the map object');
}
@isTest static void getAccountByAssetIdTest(){
Test.startTest();
Account acc = [SELECT Id FROM Account LIMIT 1];
acc.Segment__c = 'Mass Market';
update acc;
ServicePoint__c pod = [SELECT Id, Key__c FROM ServicePoint__c LIMIT 1];
Map<String,Object> resultMap = CEP_LC_DedicatedProcessWizard.getAccountByAssetId(pod.Key__c);
asset ass =[select id,ServicePointKey__c from asset limit 1];
ass.ServicePoint__c = pod.Id;
update ass;
Map<String,Object> resultMap2 = CEP_LC_DedicatedProcessWizard.getAccountByAssetId(pod.Key__c);
Test.stopTest();
System.assert(!resultMap.isEmpty(), 'The method return the map object');
}
@isTest static void getAccountBeneficiarioByAssetPodTest(){
Test.startTest();
ServicePoint__c pod = [SELECT Id, Key__c FROM ServicePoint__c LIMIT 1];
Map<String,Object> resultMap = CEP_LC_DedicatedProcessWizard.getAccountBeneficiarioByAssetPod(pod.Key__c);
System.assert(!resultMap.isEmpty(), 'The resultMap is different of null');
asset ass =[select id,ServicePoint__c from asset limit 1];
ass.ServicePoint__c =pod.Id;
update ass;
resultMap = CEP_LC_DedicatedProcessWizard.getAccountBeneficiarioByAssetPod(pod.Key__c);
Test.stopTest();
}
@isTest static void getApproverIdTest(){
try{
Test.startTest();
Id idResult = CEP_LC_DedicatedProcessWizard.getApproverId();
Test.stopTest();
System.assert(String.isNotBlank(idResult), 'The method return the ApprovalId');
}catch(Exception ex){
System.assertEquals(ex.getMessage(), ex.getMessage(), 'The method return the Exception Error');
}
}
@isTest static void retrieveAtecueDescriptionByIdNull(){
Test.startTest();
Map<String, Object> resultMap = CEP_LC_DedicatedProcessWizard.retrieveAtecueDescriptionById('');
Test.stopTest();
System.assert(!resultMap.isEmpty(), 'The method return the Exception');
}
@isTest static void attecoOppIdTest(){
String testChannel = 'my channel';
CEP_CervedCacheConfiguration__mdt cevredConfig = new CEP_CervedCacheConfiguration__mdt();
cevredConfig.VerificationType__c = 'Prescreening';
cevredConfig.Channel__c = testChannel;
cevredConfig.CacheDurationDays__c = 10.0;
Map<String,Object> testChannelMap = new Map<String,Object>();
testChannelMap.put('channel', testChannel);
CEP_UTL_MatrixChannelManagement.channelMap = testChannelMap;
Opportunity opp = [SELECT Id FROM Opportunity LIMIT 1];
opp.PrescreeningDate__c = Date.today();
opp.PrescreeningStatus__c = 'OK';
update opp;
Opportunity opportunity = TestDataCustomer.opportunity().createOpportunity().build();
opportunity.RecordTypeId = Schema.SObjectType.Opportunity.getRecordTypeInfosByDeveloperName().get('CEP_RT_Business').getRecordTypeId();
opportunity.RequestType__c = 'Offerta B2B';
insert opportunity;
CreditCheck__c cch = new CreditCheck__c();
//cch.Name = 'CrCheck-0000000883';
cch.Opportunity__c = opp.Id;
cch.ResultCode__c = 'KO';
insert cch;
Account acc = [SELECT Id FROM Account LIMIT 1];
Test.startTest();
Object objectResult = CEP_LC_DedicatedProcessWizard.prescreening(acc.Id, opportunity.Id);
Test.stopTest();
System.assertEquals(true, objectResult != null, 'The ResultMap is different of null');
}
@IsTest
static void checkPdrAttivazioneRemiDiretteTest() {
Map<String,String> params = new Map<String, String>{
'RemiDiretteORinnovo'=>null,
'accountId'=>[SELECT Id FROM Account LIMIT 1].Id,
'pod'=>'nullmopu',
'RemiDiretteORinnovo'=>'RemiDirette'
};
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.checkPdrAttivazioneRemiDirette(params);
//System.assertEquals(true, results.get('error') == true);
params = new Map<String, String>{
'RemiDiretteORinnovo'=>null,
'accountId'=>[SELECT Id FROM Account LIMIT 1].Id,
'pod'=>'00886673878903',
'RemiDiretteORinnovo'=>'RemiDirette'
};
OpportunityServiceItem__c opi =[select id,Opportunity__c from OpportunityServiceItem__c limit 1];
opi.ServicePointCode__c='00886673878903';
opi.Process__c ='Attivazione Tecnica';
update opi;
Opportunity opp =[select id,RequestType__c from Opportunity where id =: opi.Opportunity__c];
opp.RequestType__c ='Offerta B2B Remi Diretta';
update opp;
results = CEP_LC_DedicatedProcessWizard.checkPdrAttivazioneRemiDirette(params);
Test.stopTest();
}
@IsTest
static void checkPdrAttivazioneRemiDiretteExceptTest() {
Map<String,String> params = new Map<String, String>{
'RemiDiretteORinnovo'=>null,
'pod'=>null,
'RemiDiretteORinnovo'=>'RemiDirette'
};
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.checkPdrAttivazioneRemiDirette(params);
//System.assertEquals(true, results.get('error') == true);
Test.stopTest();
}
@IsTest
static void ConfrontoProdottiTest() {
Asset asset = [SELECT Id FROM Asset LIMIT 1];
Opportunity opp = [SELECT Id, Account.Code__c, Account.BusinessType__c,
Account.RecordType.Name, Account.FiscalCode__c,
Account.VATNumber__c, Account.CompanyName__c,
Account.FirstName__c, Account.LastName__c, AccountId
FROM Opportunity LIMIT 1];
quote quo = new quote();
quo.OpportunityId = opp.Id;
quo.Name = 'Namename';
insert quo;
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.ConfrontoProdotti(asset.Id,opp.Id);
System.assertEquals(true, results.get('error') == true);
Test.stopTest();
}
@IsTest
static void insertOsiAttivazioneTecnicaRemiDiretteTest() {
OpportunityServiceItem__c osi = [SELECT Id, Name, Opportunity__c, Process__c, RequestedContractualPowerBeyond__c,
Excise__c, RevenueAgencyRegisteredDate__c, ActDate__c, ExpectedAnnualWithdrawal__c,
RequestedAvailablePower__c, AvailablePower__c, IsPowerBeyond__c,
VoltageLevel__c, ServicePointCode__c, Account__c, ContractType__c
FROM OpportunityServiceItem__c WHERE Process__c =: Constants.getAllConstants().OSI_CAMBIO_PRODOTTO_PROCESS LIMIT 1];
osi.Process__c = 'CAMBIO PRODOTTO';
update osi;
Map<String,String> params = new Map<String, String>{
'RemiDiretteORinnovo'=>null,
'isCommercialCounterPart'=>'si',
'pod'=>null,
'RemiDiretteORinnovo'=>'RemiDirette',
'OSI'=>JSON.serialize(osi)
};
Test.startTest();
Map<String,Object> results = CEP_LC_DedicatedProcessWizard.insertOsiAttivazioneTecnicaRemiDirette(params);
//System.assertEquals(true, results.get('error') == true);
Test.stopTest();
}
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