Debug “Validation Errors While Saving Record(s)” error message when calling Test.loadData()

Sometimes when you use Test.loadData() you might receive some confusing error message saying “Validation Errors While Saving Record(s)”, it is hard to understand what is wrong in data so it is possible to use the following code to debug the problem

StaticResource sr = [SELECT Id, Body FROM StaticResource WHERE Name = 'TestData' LIMIT 1];
String body = sr.Body.toString();
String[] fields = body.split('\r\n')[0].split(',');
SObject[] records = new List();
String[] lines = body.split('\r\n');
for ( Integer j = 1; j < lines.size(); j++ ) {
SObject r = new Custom_Object__c();
String[] data = lines[j].split(',');
for (Integer i = 0; i < fields.size(); i++ ) {
System.debug(LoggingLevel.ERROR, '@@@ fields[i]: ' + fields[i] + ' + data[i] ' + data[i] );
r.put( fields[i], data[i]);
}
records.add( r );
}
insert records;

So when you run a code like this you will find out the exact problem you face

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Determine if field is a component of a compound field

Sometimes there is a need to determine if a field is a component of a compound field.
For example, compound fields components are not permissionable even though field describe isPermissionable method for them returns true. There might be other cases like making correspondence between parts of compound fields and even many more.

There are two tables in Salesforce which correspond to compound fields and its components.

If a field can be found in FieldDefinition table, it is a real (permissionable) field. If a field cannot be found in FieldDefinition table, but can be found in EntityParticle table, it is a part of compound field and not a separate independent field.

If you know DeveloperName of a SObject and DeveloperName of a field, you can use the following query to determine. For example, let’s assume we want to know if standard field MailingStreet on a Contact is a real field or a part of a compound field and also if Geolocation__Latitude__s field on Test__c custom object is a real field or a part of a compound field.

So these two queries will return no results, meaning that these fields are not real fields.

SELECT DurableId FROM FieldDefinition where EntityDefinitionId = 'Contact' AND QualifiedApiName = 'MailingStreet'
SELECT DurableId FROM FieldDefinition where EntityDefinitionId = 'Test__c' AND QualifiedApiName = 'Geolocation__Latitude__s'

Also we can find out all field components for an object using the following query. Let’s assume that we wonder about field components for Contact standard object or Test__c custom object.

SELECT QualifiedApiName, DeveloperName, DurableId FROM EntityParticle where EntityDefinitionId = 'Contact' AND IsComponent = true
SELECT QualifiedApiName, DeveloperName, DurableId FROM EntityParticle where EntityDefinitionId = 'Test__c' AND IsComponent = true


Finally, we can simply make direct queries to find details about these field component using the following queries.

SELECT QualifiedApiName, DeveloperName, DurableId FROM EntityParticle where EntityDefinitionId = 'Contact' AND QualifiedApiName = 'MailingStreet'
SELECT QualifiedApiName, DeveloperName, DurableId FROM EntityParticle where EntityDefinitionId = 'Test__c' AND QualifiedApiName = 'Geolocation__Latitude__s'


Also, another way to determine if a field is component or not is to check field describe getCompoundFieldName method results like following

System.debug(LoggingLevel.ERROR, '@@@ v: ' + Test__c.Geolocation__Latitude__s.getDescribe().getCompoundFieldName() );
System.debug(LoggingLevel.ERROR, '@@@ v: ' + Test__c.Geolocation__c.getDescribe().getCompoundFieldName() );
System.debug(LoggingLevel.ERROR, '@@@ v: ' + Contact.MailingStreet.getDescribe().getCompoundFieldName() );
System.debug(LoggingLevel.ERROR, '@@@ v: ' + Contact.MailingAddress.getDescribe().getCompoundFieldName() );


Hit like if you find this post super awesome.

Using SFDX to auto login to your organizations.

SFDX provides an interesting way to login automatically to the organization you need.
The only disadvantage of this approach is that you would need to reconnect each time when you sandbox organization is refreshed.

To authenticate sandbox you need to execute the following command
sfdx force:auth:web:login -a BOND -r https://test.salesforce.com
when instead of BOND you provide the alias you need and instead of test.salesforce.com you might provide your own custom domain if login from generic test.salesforce.com is prohibited.

On the browser tab opened you need to enter your credentials and allow the connected app to keep authentication token.

Next time you need to login to your sandbox, you can just execute command
sfdx force:org:open -u BOND

and a new browser tab will be opened when your user will be automatically logged in.

Preparing package.xml for custom metadata records and sending email containing it to the current user

Preparing package.xml for custom metadata records and sending email containing it to the current user

public class MD {
public static String buildPackageXMLForMD(SObjectType mdt, String whereClause){
String mdtName = [ select DeveloperName FROM EntityDefinition where QualifiedAPIName = :mdt.getDescribe().getName() ].DeveloperName;

List records = Database.query(‘SELECT DeveloperName FROM ‘ + mdt + whereClause );
List items = new List();
for (SObject r: records) {
items.add( mdtName + ‘.’ + r.get( ‘DeveloperName’ ) );
}
return ‘ \r\n ‘ + String.join( items, ‘\r\n ‘ ) + ‘\r\n CustomMetadata\r\n ‘;
}

public static void sendPackageXMLEmail(String attachmentContent) {
Messaging.SingleEmailMessage mail = new Messaging.SingleEmailMessage();
mail.setToAddresses(new List{UserInfo.getUserId()});
mail.setSubject(‘Package.xml prepared’);
mail.setHtmlBody(”);
if (attachmentContent != null) {
Messaging.EmailFileAttachment attachment = new Messaging.EmailFileAttachment();
attachment.setFileName(‘package.xml’);
attachment.setBody(Blob.valueOf( attachmentContent));
mail.setFileAttachments(new Messaging.EmailFileAttachment[]{
attachment
});
}
Messaging.sendEmail(new Messaging.SingleEmailMessage[]{
mail
});
}
}

and

MD.sendPackageXMLEmail(MD.buildPackageXMLForMD(Custom_Metadata__mdt.sObjectType,
‘ where Parent_Metadata__r.DeveloperName = \’Parent_Dev_Name\”));

Create package.xml for custom metadata records

Sometimes after creation of custom metadata records there is need to deploy them to other organization or to backup them in sandbox. Today I have written a code to build package.xml for that

Convert Custom object records to Custom Metadata records

For one integration with External System project we needed to convert legacy custom object mapping configuration records into custom metadata records.
If this process were done manually, it could be tedious process of converting 4477 records from one format into another.

Hopefully in Summer 17 release (version 40) a new feature was introduced to deploy metadata records from Apex code.

So, instead of converting those records manually, one can write a simple script to deploy them by code.

 

This is my generic code snippet to convert custom object records to Custom Metadata records. This code also supports converting custom settings records into Custom Metadata records, if needed.

public class MD {
  	public static List getItems(List parts, Map fieldsMap, SObject r) {
        List items = new List();
        for (String part: parts) {
            items.add( fieldsMap.containsKey( part ) ? String.valueOf( r.get( part ) ) : part );
        }
        return items;
    }    
    public static Id updateAndDeployMetadata(List sourceRecords, SObjectType dest, Map mappings, String fullNameDef, String labelDef) {
        Metadata.DeployContainer mdContainer = new Metadata.DeployContainer();
        String destName = dest.getDescribe().getName();
        List fullNameParts = fullNameDef.split('\\+');
        List labelParts = labelDef.split('\\+');
        if( sourceRecords != null && !sourceRecords.isEmpty() ) {
            Map fields = sourceRecords[0].getSObjectType().getDescribe().fields.getMap();
            for (SObject r: sourceRecords ) {
                Metadata.CustomMetadata customMetadata =  new Metadata.CustomMetadata();
                customMetadata.fullName = destName + '.' + String.join( getItems(fullNameParts, fields, r), '');
                customMetadata.label = String.join( getItems(labelParts, fields, r), '').left(40);
                for (SObjectField key: mappings.keySet() ) {
                    Metadata.CustomMetadataValue customField = new Metadata.CustomMetadataValue();
                    customField.field = String.valueOf( mappings.get(key) );
                    customField.value = r.get(key);
                    customMetadata.values.add(customField);
                }
                mdContainer.addMetadata(customMetadata);
            }
            return Metadata.Operations.enqueueDeployment(mdContainer, null);
        }
        return null;
  	}
 
}

 

 

 

To use this code, I execute another code snippet from anonymous execution window

MD.updateAndDeployMetadata(
[ SELECT Field1__c, Field2__c, Field3__c, Field4__c FROM Object__c   ],
CustomMetadata__mdt.sObjectType,
new Map{
Object__c.Field1__c=> CustomMetadata__mdt.Field1__c,
Object__c.Field2__c=> CustomMetadata__mdt.Field2__c,
Object__c.Field3__c=> CustomMetadata__mdt.Field3__c,
Object__c.Field4__c => CustomMetadata__mdt.Field4__c 
},
'X+Field1__c+_+Field2__c',
'Field3__c+ +Field4__c '
);

 

It works when I have up to 1488 records, strange, but when I try to deploy 1489 custom metadata records I receive internal error

Line: 18, Column: 1 System.UnexpectedException: Salesforce System Error: 508797189-7022 (882046342) (882046342)

What is even more strange that when I try to deploy 4477 records, I receive an error with another Gack Id

Line: 18, Column: 1 System.UnexpectedException: Salesforce System Error: 1745721711-6065 (-1760255134) (-1760255134)

I think that these two errors are the same and should have the same stack trace and the same gack id but apparently they haven’t.

Also in the past during my previous tries (don’t remember how many records exactly I tried to deploy) I received

System.UnexpectedException: Salesforce System Error: 515364630-3700 (29825863) (29825863)

So using this code I received at least three different gack ids: 882046342, -1760255134 and 29825863

I solved this problem by splitting records into chunk of 1000 records.

I have one field with unique values. So I order my records by that field and write down values of 1000th, 2000th, 3000th and 4000th records

List rs = [ SELECT UniqueField__c FROM Object__c ORDER BY UniqueField__c ASC ];
System.debug(LoggingLevel.ERROR, ‘@@@ v: ‘ + rs[1000] );
System.debug(LoggingLevel.ERROR, ‘@@@ v: ‘ + rs[2000] );
System.debug(LoggingLevel.ERROR, ‘@@@ v: ‘ + rs[3000] );
System.debug(LoggingLevel.ERROR, ‘@@@ v: ‘ + rs[4000] );

Then I just modify my code to include where clause WHERE UniqueField__c > ‘value1000’ AND UniqueField__c <= 'value2000' ORDER BY UniqueField__c ASC and execute it five times with different threshold values corresponding to values of UniqueField__c on 1000th, 2000th, 3000th and 4000th records.

Hopefully this might help some of my readers. Press like if you find this post super awesome!

How to get Base URL in Salesforce from managed package context?

I have modified an answer which I have found here.

public class URLService {
@auraEnabled
public static String getBaseURL() {
PageReference pr = new PageReference('/id/' + UserInfo.getOrganizationId() + '/' + UserInfo.getUserId() + '?oauth_token=' + UserInfo.getSessionId() );
System.debug(LoggingLevel.ERROR, '@@@ v: ' + pr.getContent().toString() );
String data = pr.getContent().toString();
Map result = (Map)Json.deserializeUntyped(data);
Map urls = (Map)result.get('urls');
System.debug(LoggingLevel.ERROR, '@@@ v: ' + (String)urls.get('rest') );
String rest = (String)urls.get('rest');
String[] items = rest.split('/');
return items[0] + '//' + items[2] + '/';
}
}