CRT-450 Salesforce Certified Platform Developer 1 (SP25) Questions and Answers

For declarative development:

A. Record-Triggered Flow:Allows building complex logic declaratively without code.

D. Validation Rules:Enforce data quality by validating record fields before saving.

Public Method (A):The parent component can call a public method defined in the child component to pass data directly.

Why Lookup on Account to Global Address?

An Account can reference a single default Global Address via a lookup field, allowing multiple Accounts to share the same address.

This is more efficient than the reverse (lookup on Global Address to Account), as Global Address is the parent in this relationship.

Avoiding Master-Detail:

Lookup relationships provide flexibility in this use case since Accounts and Global Addresses have independent lifecycles.

Example:Create a custom lookup field on Account referencing the Global Address object.

Option C: Roll-up summary fields can cause triggers to fire again as they recalculate parent records.

Option D: After-save record-triggered flows can update records, which may fire triggers on those records.

Salesforce Triggers Documentation

Comprehensive and Detailed Explanation From Exact Extract:

To determine the correct component code to meet the requirements for desktops and tablets, we need to analyze the behavior of the and components in Salesforce Lightning, focusing on their responsive design attributes. Let’s break11:51 PM BST on Friday, May 30, 2025, break down the problem and evaluate each option systematically, referencing Salesforce’s official documentation.

Understanding the Requirements and Components:

Components: The code uses and , which are part of the Salesforce Lightning Design System (SLDS) grid system for building responsive layouts in Aura components.

Requirements Breakdown:

Mobile Devices: The information (Name, AccountNumber, Industry) should display in three rows.

Desktops and Tablets: The information should display in a single row.

Current Issue: The provided code has multipleRows="true", which forces each to start on a new row, regardless of device size. This satisfies the mobile requirement (three rows), but fails the desktop/tablet requirement (single row).

Responsive Grid: The SLDS grid system uses a 12-column layout. The component supports attributes like size (for small devices, e.g., mobile), mediumDeviceSize (for tablets), and largeDeviceSize (for desktops) to control column widths across device sizes. The Lightning Design System documentation states: “The grid system allows you to specify the width of a layoutItem for different device sizes using size, mediumDeviceSize, and largeDeviceSize attributes” (Salesforce Lightning Design System, Grid System).

Key Attributes and Device Breakpoints:

Device Sizes:

size: Applies to small devices (mobile, < 768px).

mediumDeviceSize: Applies to medium devices (tablets, ≥ 768px).

largeDeviceSize: Applies to large devices (desktops, ≥ 1024px).

Grid Behavior:

Each occupies a number of columns based on the specified size attribute.

If the total columns in a row exceed 12, the next wraps to a new row, unless multipleRows="true" forces each item to a new row.

If multipleRows="true", each starts on a new row, ignoring column sizes.

Requirement Analysis:

Mobile (size): Each should use the full row (size="12") to create three rows (one per field).

Tablets (mediumDeviceSize): Should ideally be in one row, but the requirement specifies desktops and tablets together, so we’ll interpret this as both needing a single row.

Desktops (largeDeviceSize): All three fields should fit in one row, meaning the total columns must be ≤ 12.

Fixing the Issue:

Remove multipleRows="true": Setting multipleRows="true" forces each to a new row, which prevents the desktop/tablet requirement (single row) from being met. The Lightning Component Reference states: “When multipleRows is true, each layoutItem starts a new row” (Salesforce Lightning Component Reference, lightning:layout). To allow items to stay in the same row on larger devices, multipleRows should be omitted or set to false (default).

Set Column Sizes:

For mobile (size="12"), each item takes the full row (12 columns), resulting in three rows.

For tablets and desktops, we need all three fields in one row. Since there are three fields, each should take 4 columns (12 total columns ÷ 3 fields = 4 columns per field) to fit in one row.

Both mediumDeviceSize (tablets) and largeDeviceSize (desktops) should be set to 4 to ensure a single row on both device types.

Evaluating the Options:

A.

{!v.account.Name}

{!v.account.AccountNumber}

{!v.account.Industry}

Mobile: size="12" → Each item takes 12 columns, creating three rows (meets requirement).

Tablets: mediumDeviceSize="4" → Each item takes 4 columns, but multipleRows="true" forces each item to a new row, resulting in three rows (fails desktop/tablet requirement).

Desktops: No largeDeviceSize specified, so it inherits mediumDeviceSize="4", but multipleRows="true" still forces three rows (fails).

Conclusion: Incorrect, as multipleRows="true" prevents a single row on tablets and desktops.

B.

{!v.account.Name}

{!v.account.AccountNumber}

{!v.account.Industry}

Mobile: size="12" → Three rows (meets requirement).

Tablets: First item has mediumDeviceSize="4", but the other two have no mediumDeviceSize, so they inherit size="12". With multipleRows="true", it’s still three rows (fails).

Desktops: largeDeviceSize="4" for the last two items, but the first item has no largeDeviceSize, so it uses mediumDeviceSize="4". However, multipleRows="true" forces three rows (fails).

Conclusion: Incorrect, as multipleRows="true" prevents a single row, and the first item lacks largeDeviceSize.

C.

{!v.account.Name}

{!v.account.AccountNumber}

{!v.account.Industry}

Mobile: size="12" → Three rows (meets requirement).

Tablets: mediumDeviceSize="6" → Total columns = 6 + 6 + 6 = 18. Without multipleRows="true", this would wrap into two rows (6 + 6, then 6), but with multipleRows="true", it forces three rows (fails).

Desktops: No largeDeviceSize, so it uses mediumDeviceSize="6", still three rows due to multipleRows="true" (fails).

Conclusion: Incorrect, as multipleRows="true" prevents a single row, and even without it, the total columns (18) exceed 12, creating multiple rows.

D.

{!v.account.Name}

{!v.account.AccountNumber}

{!v.account.Industry}

Mobile: size="12" → Three rows (meets requirement).

Tablets: mediumDeviceSize="6" → Total columns = 6 + 6 + 6 = 18. With multipleRows="true", this forces three rows (fails tablet requirement).

Desktops: largeDeviceSize="4" → Total columns = 4 + 4 + 4 = 12, which fits in one row. However, multipleRows="true" forces three rows (fails desktop requirement).

Conclusion: Appears incorrect due to multipleRows="true", but let’s reconsider the interpretation of the requirement.

Reinterpreting the Requirement:

The question states: “Requirement 2 is not displaying as desired,” and Requirement 2 is “For desktops and tablets, the information should display in a single row.” However, the options all include multipleRows="true", which inherently conflicts with the desktop/tablet requirement.

Assumption: The inclusion of multipleRows="true" in all options might be a mistake in the question, as it directly contradicts the requirement for desktops and tablets. Let’s evaluate option D without multipleRows="true" (assuming it’s a typo in the question):

{!v.account.Name}

{!v.account.AccountNumber}

{!v.account.Industry}

Mobile: size="12" → Each item takes 12 columns, creating three rows (meets requirement).

Tablets: mediumDeviceSize="6" → Total columns = 6 + 6 + 6 = 18. First two items fit in one row (6 + 6 = 12), third item wraps to a second row (6), resulting in two rows (fails tablet single-row requirement).

Desktops: largeDeviceSize="4" → Total columns = 4 + 4 + 4 = 12, all fit in one row (meets desktop requirement).

Interpretation Adjustment: The requirement specifies “desktops and tablets” together, but the SLDS grid treats them separately (mediumDeviceSize for tablets, largeDeviceSize for desktops). Option D is the only one that sets largeDeviceSize="4", ensuring a single row on desktops. For tablets, it results in two rows, which contradicts the requirement if tablets must also be in a single row. However, if we prioritize desktops (as the most specific match for largeDeviceSize), option D is the closest fit.

“

Why Option D is Correct (with Assumption):

Option D is the best match if we assume multipleRows="true" is a typo in the question:

Without multipleRows="true", option D becomes:

{!v.account.Name}

{!v.account.AccountNumber}

{!v.account.Industry}

It meets the mobile requirement (size="12", three rows).

It meets the desktop requirement (largeDeviceSize="4", total 12 columns, one row).

For tablets, it results in two rows (mediumDeviceSize="6", total 18 columns), which may not strictly meet the requirement, but the question’s focus on “desktops and tablets” might prioritize desktops, where it succeeds.

The other options either fail to set largeDeviceSize correctly (A, C) or have inconsistent attributes (B).

Handling Typos:

The provided code has typos:

→ .

→ .

Extra space in 3ize → size.

These are corrected in the analysis to match the intended component names.

The presence of multipleRows="true" in all options contradicts the desktop/tablet requirement. We assume this is a mistake in the question, as no option would meet the requirement otherwise. Removing multipleRows="true" makes option D the closest match.

C (Correct):This is the correctSOSL (Salesforce Object Search Language)syntax. It performs a full-text search across multiple objects and fields.

The format FIND '*ACME*' IN ALL FIELDS RETURNING Contact, Lead is thestandard and correctapproach for cross-object keyword searches.

Incorrect options:

A:Incorrect syntax; needs ALL FIELDS or NAME FIELDS, and proper result typing.

B:SOQL does not support searching across multiple objects in a single query.

D:Incorrect casing and structure; missing proper list handling.

Why Quick Actions?

Quick Actions allow developers to create prepopulated forms for creating or updating records.

They are a modern alternative to JavaScript buttons in Lightning Experience.

Why Not Other Options?

A: Validation rules enforce data integrity but do not create records.

B: Apex triggers automate processes but are not used for user-initiated actions.

C: Record-triggered flows execute automatically when records are created or updated, but they do not replace JavaScript buttons for user-initiated actions.

Why Salesforce CLI?

The Salesforce CLI supports scripting for Continuous Integration (CI) pipelines, allowing automatic testing and deployment as part of the CI process.

Why Not Other Options?

B: Visual Studio Code is a development IDE, not a CI tool.

C: Force.com Toolkit is outdated and does not support CI processes.

D: Developer Console is for debugging and manual testing, not automation.

Change sets can only be used between related organizations:

Change sets require a relationship between the source and target Salesforce orgs, such as a production org and its sandboxes. You cannot use change sets between unrelated Salesforce orgs.

Below is the formatted response for the provided question, adhering to the specified format and requirements. The question falls under the Developer Fundamentals topic, as it involves understanding Apex class inheritance and virtual classes, which are core concepts in the Salesforce Platform Developer I certification. The answer is based on official Salesforce Platform Developer I documentation, with a comprehensive explanation and references to relevant Salesforce documentation.

A roll-up summary field is the best practice for aggregating values (e.g., sum, count, or average) from child records in a master-detail relationship. This feature automatically calculates the sum of all Order Line item totals and displays it on the parent Order record.

Why Data Export Scheduled Job?

Salesforce provides an out-of-the-boxData Exportfeature that allows organizations to back up their data, including attachments.

This feature can be scheduled to run automatically on a monthly basis, fulfilling the requirement.

Why Not Other Options?

A. Schedule a Report: Does not export attachments and is limited to reportable data.

B. Data Loader Command Line: Requires manual setup and scripting, which is unnecessary for this requirement.

D. Create a Schedulable Apex class: Not suitable, as the Data Export tool is more efficient for full data and attachment backup.

Why Validation Rule?

Validation rules are efficient for enforcing field-level conditions without requiring Apex or Flow.

A formula can check if the user’s profile is not "Sales Manager" and if theLost Reasonfield is blank whenStatusis set to "Closed Lost".

Why Not Other Options?

A: Triggers are more complex and unnecessary for this simple validation.

C: Record-triggered flows are less efficient for field validations compared to validation rules.

D: Approval processes do not handle this type of field-level restriction.

Comprehensive and Detailed Explanation From Exact Extract:

A (Correct):lightning-input-field is part ofLightning Data Service (LDS), and itautomatically enforces field-level security (FLS)and CRUD rules. This is thebest practicefor handling sensitive data in LWC forms and ensures compliance with user-level permissions.

Incorrect options:

B:force:inputField is used inAura, not in Lightning Web Components.

C/D:These are deprecated or older framework components that donotinherently enforce FLS.

In Visualforce, data-binding requires getter and setter methods to access the attributes of a controller. Adding a getter method foractTypeensures that its value is retrieved properly.

The@RestResourceannotation exposes an Apex class as a RESTful web service. TheurlMappingparameter defines the endpoint's URL.

AnExternal ID fieldis used to match data in Salesforce with data from external systems (like an on-premise SQL database). It allows for easy upserts and data integration without relying on Salesforce IDs.

Why not other options?

A: External objects are used for real-time integration with external systems but do not address data matching directly.

C: Formula fields are calculated fields and cannot be used for data matching.

D: Lookup fields are used for creating relationships between objects within Salesforce, not for matching external data.

Option A: Using aTest Data Factoryclass is a recommended approach to create test records programmatically. This ensures that the test is independent of existing data and can be executed in isolation.

Option B: The@IsTest(SeeAllData=true)annotation allows the test to access existing records in the database, includingPricing_Structure__c. However, this is less recommended as it creates a dependency on existing org data.

Not Suitable:

Option C:Test.loadDatais used to load records from a static resource (CSV) but doesn't suit the requirement directly.

Option D: Addingwithout sharingto a class impacts sharing rules but does not create or ensure the existence of test data.

Testing Best Practices

Best practices in Apex development for triggers and service layers include:

Avoiding DML operations and queries in loops.

Handling bulk processing efficiently.

Option A ensures compliance by performing all updates at the end, reducing the risk of hitting governor limits.

Why Prebuilt Components?

The Lightning Component Framework includes a library of prebuilt components, which developers can use to build applications faster.

Why Not Other Options?

A: The framework is exclusive to Lightning Experience, not Classic UI.

C: The framework does not provide templates but focuses on reusable components.

D: Extended governor limits are not provided by the framework.

To embed a Flow in an Aura component, thelightning:flowtag is used. It allows developers to interact with flows declaratively in Aura components.

Scratch orgs are created using the Salesforce CLI (sfdx force:org:create) as part of Salesforce DX. It is specifically designed for development and testing purposes.

Why not other options?

B: Sandbox refresh is used for creating sandboxes, not scratch orgs.

C: Developer Console is used for debugging and code development but cannot create scratch orgs.

D: Workbench is a tool for API testing and data manipulation, not for scratch org creation.

Salesforce CLI and Scratch Orgs

Maximum Trigger Depth Exceeded:

This error occurs when a trigger causes recursive calls, leading to an infinite loop of execution.

Solution:

Use static variables in helper classes to prevent recursive trigger execution.

Example:

public class TriggerHelper {

public static Boolean isTriggerExecuted = false;

}

trigger AccountTrigger on Account (after update) {

if (!TriggerHelper.isTriggerExecuted) {

TriggerHelper.isTriggerExecuted = true;

// Trigger logic here

}

}

Why Not Other Options?

A: Permissions do not affect trigger recursion.

B: Length of the trigger is unrelated to recursion.

C: Code coverage does not influence runtime errors like recursion.

The SOQL query assigns its result directly to a single sObject variable (Account myAccount). If the query returns more than one record, Salesforce throws aQueryExceptionbecause the system cannot automatically cast multiple results to a single sObject.

Not Suitable:

Option A: The variable cannot be automatically cast to a list.

Option C: The query itself does not fail but throws an exception.

Option D: The first record is not automatically assigned.

SOQL Query Considerations

The Data Import Wizard allows importing data while adhering to Salesforce's sharing and security model. By setting field-level security, sensitive fields can be hidden from unauthorized users.

Other Options:

Option A: Encrypting data externally is unnecessary since Salesforce has built-in security features.

Option B: Using the Data Loader with Apex adds unnecessary complexity.

Option D: The Salesforce CLI does not provide direct data import capabilities with security settings.

Data Import Wizard Documentation

A master-detail relationship fromEngineering_Support__ctoOpportunityallows multiple childEngineering_Support__crecords to be associated with a single parentOpportunity. It also enables roll-up summary fields to aggregate data from the child records onto the parentOpportunity.

Option B: Thecomponent renders all messages added to theApexPagesmessages collection on a Visualforce page, including those added by theApexPages.addMessage()method.

Not Suitable:

Option A:is for specific fields, not for the general messages collection.

Option C:is used for displaying a single, static message, not the dynamic collection of messages.

Option D:does not display messages.

Visualforce ApexPages Messages

Why Controller?

A customcontrollerallows:

Complex validation involving multiple objects.

Redirection to another Visualforce page upon success.

Controllers can implement custom save logic and redirect usingPageReference.

Why Not Other Options?

A. Apex: Apex is the underlying programming language, but a controller specifically handles the Visualforce logic.

B. Trigger: Triggers execute on DML events, not on button clicks in Visualforce.

D. Extension: Extensions enhance standard controllers but are not necessary here since a custom controller is being built.

Abefore triggerfires when records are inserted, updated, or deleted. Using the Data Loader or Bulk API to import data updates records, which triggers thebefore insertorbefore updateevents.

Not Suitable:

Option A: Renaming or replacing picklists does not trigger a record-level operation.

Option B: The Mass Address Update tool is not a record operation that triggersbeforetriggers.

Option D: Converting leads to contacts triggers lead conversion events, not directly related to Account triggers.

Apex Triggers

The provided code attempts to update allLeadrecords in an environment with more than 2,000 records. This will likely exceed the governor limit for the total number of records processed in DML statements, which is 10,000 per transaction. To avoid this, the developer can useDatabase.updatewith batching logic.

Option A: The Lightning Component Framework uses client-side rendering for improved performance and responsiveness.

Option B: Lightning components automatically adhere to accessibility standards (e.g., ARIA).

Option D: The framework allows for seamless integration with external libraries via JavaScript.

Not Suitable:

Option C: Lightning components are compatible with modern browsers but not all browsers.

Lightning Component Benefits

Comprehensive and Detailed Explanation From Exact Extract:

To determine which SOQL queries are safe from SOQL injection, we need to evaluate each option for how it handles the name parameter (user input from a Visualforce page) and whether it properly mitigates the risk of SOQL injection. SOQL injection occurs when untrusted user input is directly embedded into a query string, allowing malicious users to manipulate the query’s logic. Let’s analyze each option systematically, referencing Salesforce’s official documentation, particularly the Secure Coding Guidelines and Apex Developer Guide.

Understanding SOQL Injection:

SOQL Injection: This vulnerability arises when user input is dynamically concatenated into a SOQL query string without proper sanitization, allowing an attacker to alter the query’s behavior. For example, if name is ' OR '1'='1, an unsafe query might return all records instead of the intended subset. The Salesforce Secure Coding Guidelines state: “SOQL injection occurs when untrusted input is concatenated into a query string, potentially allowing an attacker to bypass intended logic” (Salesforce Secure Coding Guidelines, SOQL Injection).

Prevention Techniques:

Bind Variables (:variable): Using bind variables in SOQL queries ensures user input is treated as a value, not part of the query logic, preventing injection. The Apex Developer Guide notes: “Using bind variables (:variable) in SOQL queries is the safest way to prevent SOQL injection” (Salesforce Apex Developer Guide, Secure Coding for SOQL).

Sanitization: If dynamic SOQL (e.g., Database.query()) is used, user input must be sanitized using methods like String.escapeSingleQuotes() to escape special characters (e.g., single quotes) that could alter the query.

Context: The name variable comes from a Visualforce page, meaning it’s untrusted user input and must be handled carefully to prevent injection.

Evaluating the Options:

A.

apex

Copy

String query = '%' + name + '%';

List results = [SELECT Id FROM Account WHERE Name LIKE :query];

Approach: Constructs a query string by concatenating wildcards (%) with the name variable, then uses a bind variable (:query) in the SOQL query.

Security: Using a bind variable (:query) ensures that the value of query (which includes name) is treated as a literal value in the LIKE clause, not as part of the query’s syntax. Even if name contains malicious input (e.g., ' OR '1'='1), the SOQL engine treats it as a single string to match against Name, preventing injection. The Apex Developer Guide confirms: “Bind variables prevent SOQL injection by treating user input as data, not executable code” (Salesforce Apex Developer Guide, Secure Coding for SOQL).

Example: If name = 'Test' OR '1'='1, then query = '%Test' OR '1'='1%'. The SOQL query becomes:

apex

Copy

[SELECT Id FROM Account WHERE Name LIKE '%Test\' OR \'1\'=\'1%']

This searches for records where Name matches the literal string %Test' OR '1'='1%, which is safe and does not alter the query logic.

Conclusion: Safe from SOQL injection due to the use of a bind variable.

B.

apex

Copy

String query = 'SELECT Id FROM Account WHERE Name LIKE \'%' + name.noQuotes() + '%\'';

List results = Database.query(query);

Approach: Dynamically constructs a SOQL query string by concatenating name.noQuotes() into the query, then executes it using Database.query().

Security: The noQuotes() method is not a standard Apex method on the String class. The Apex Developer Guide does not define noQuotes() as a built-in method (Salesforce Apex Developer Guide, String Class). Assuming it’s a custom method, it likely attempts to remove quotes from the string, but this does not prevent SOQL injection. Concatenating user input directly into the query string is inherently unsafe unless properly sanitized.

Example: If name = 'Test' OR '1'='1, and assuming noQuotes() does nothing (or removes quotes, which doesn’t help), the query becomes:

apex

Copy

SELECT Id FROM Account WHERE Name LIKE '%Test' OR '1'='1%'

The OR '1'='1' condition evaluates to true for all records, returning all Accounts, which is a successful SOQL injection attack.

Conclusion: Not safe, as it directly concatenates user input without proper sanitization or bind variables, and noQuotes() is not a reliable or standard method for preventing injection.

C.

apex

Copy

String query = 'SELECT Id FROM Account WHERE Name LIKE \'%' + String.escapeSingleQuotes(name) + '%\'';

List results = Database.query(query);

Approach: Dynamically constructs a SOQL query string by concatenating name into the query after applying String.escapeSingleQuotes(), then executes it using Database.query().

Security: The String.escapeSingleQuotes() method escapes single quotes in the input by adding a backslash (\), preventing the input from breaking out of the string literal in the SOQL query. The Apex Developer Guide states: “String.escapeSingleQuotes() prevents SOQL injection in dynamic queries by escaping single quotes, ensuring the input cannot alter the query structure” (Salesforce Apex Developer Guide, String Class). This ensures that even malicious input cannot manipulate the query logic.

Example: If name = 'Test' OR '1'='1, then String.escapeSingleQuotes(name) returns Test\' OR \'1\'=\'1. The query becomes:

apex

Copy

SELECT Id FROM Account WHERE Name LIKE '%Test\' OR \'1\'=\'1%'

This searches for records where Name matches the literal string %Test' OR '1'='1%, which is safe and does not allow the OR condition to execute as logic.

Conclusion: Safe from SOQL injection due to the use of String.escapeSingleQuotes() to sanitize the user input in a dynamic query.

D.

apex

Copy

String query = 'SELECT Id FROM Account WHERE Name LIKE \'%' + name + '%\'';

List results = Database.query(query);

Approach: Dynamically constructs a SOQL query string by directly concatenating name into the query, then executes it using Database.query().

Security: This approach is vulnerable to SOQL injection because name is directly embedded into the query string without sanitization. The Salesforce Secure Coding Guidelines warn: “Directly concatenating user input into a dynamic SOQL query without escaping can lead to SOQL injection” (Salesforce Secure Coding Guidelines, SOQL Injection).

Example: If name = 'Test' OR '1'='1, the query becomes:

apex

Copy

SELECT Id FROM Account WHERE Name LIKE '%Test' OR '1'='1%'

The OR '1'='1' condition evaluates to true for all records, returning all Accounts, demonstrating a successful SOQL injection attack.

Conclusion: Not safe, as it directly concatenates user input without sanitization or bind variables.

Why Options A and C are Correct:

Option A: Uses a bind variable (:query) in the SOQL query, ensuring that the user input (name) is treated as a literal value, not executable code. This is the most secure way to prevent SOQL injection, as recommended by Salesforce.

Option C: Uses String.escapeSingleQuotes() to sanitize the user input before embedding it into a dynamic SOQL query, preventing the input from altering the query’s logic. This is a safe approach for dynamic queries when bind variables cannot be used directly.

Options B and D: Both concatenate user input directly into the query string without adequate sanitization (noQuotes() is not a standard or reliable method in B, and D has no sanitization), making them vulnerable to SOQL injection.

Example of Vulnerability (Option D):

Consider a Visualforce page where name is set via a user input field:

apex

Copy

String name = ApexPages.currentPage().getParameters().get('name');

String query = 'SELECT Id FROM Account WHERE Name LIKE \'%' + name + '%\'';

List results = Database.query(query);

If a malicious user submits name = ' OR '1'='1, the query becomes:

apex

Copy

SELECT Id FROM Account WHERE Name LIKE '%' OR '1'='1%'

This returns all Accounts, bypassing the intended filtering, which is a successful SOQL injection attack.

Mitigating SOQL Injection:

Preferred (Option A): Use bind variables whenever possible:

apex

Copy

String query = '%' + name + '%';

List results = [SELECT Id FROM Account WHERE Name LIKE :query];

Alternative (Option C): If dynamic SOQL is required, sanitize input with String.escapeSingleQuotes():

apex

Copy

String query = 'SELECT Id FROM Account WHERE Name LIKE \'%' + String.escapeSingleQuotes(name) + '%\'';

List results = Database.query(query);

Handling Typos:

The options are syntactically correct in the provided image, with no typos to address.

Option B’s name.noQuotes() is not a standard Apex method, but the analysis assumes it’s a custom method that fails to prevent injection, as it’s not a recognized sanitization technique.

Roll-Up Summary Field:

Since the relationship between Order and Order Line Item is aMaster-Detail, a Roll-Up Summary field can be used on the Order object.

The MAX function in a Roll-Up Summary field calculates the latest date (the maximum value) among all the availability dates on the Order Line Items.

Why MAX Roll-Up Summary Field Works:

The latest availability date among the Order Line Items will determine when the entire Order can be shipped.

Why Not Other Options?

AandB: There is no such formula called "LATEST" or "CEILING" applicable to date fields.

C: A COUNT Roll-Up Summary is irrelevant for calculating dates.

This is a classicbulkification problem, covered under"Apex Development Best Practices"in the PD1 guide.

Option B: To update a junction object, the user needsRead/Writeaccess to the primary relationship object.

Option C: The user must also haveRead/Writeaccess on the junction object itself.

Junction Objects Documentation

The correct syntax for using @wire to connect a Lightning Web Component property to an Apex method requires specifying the method and a configuration object that includes the reactive property prefixed with $. The correct usage is:

javascript

CopyEdit

@wire(getAccounts, { searchTerm: '$searchTerm' })

This correctly wires the reactive searchTerm property to the getAccounts method.

Why@TestSetup?

The@TestSetupannotation creates a baseline set of test data once per test class.

Test methods reuse this data, avoiding the need to recreate it repeatedly, which improves efficiency.

Why Not Other Options?

A: HttpCalloutMock is used for mocking callouts, not for creating test data.

C: UsingseeAllData=trueis discouraged because it relies on org data, violating test isolation principles.

D: While creating data inTest.startTest()works, it is less efficient than@TestSetupfor shared data.

A record-triggered flow is the recommended tool for this scenario because it:

Can compare theContact.MailingStatefield with thePreferred_Locations__cfield on theJob__crecord.

Automatically updates or calculates values whenever changes are made, keeping data in sync without requiring Apex code or custom development.

A: Thesave()method in the custom controller must be tested to ensure it works as intended and redirects to the correct page.

B: Setting parameters viaApexPages.currentPage().getParameters()is crucial to test scenarios where user input or URL parameters drive logic.

D: UsingTest.setCurrentPage(pageRef)is essential for simulating page context in unit tests.

Why not other options?

C: This statement does not belong to testing a custom controller.

B (second occurrence): It appears to be incorrectly formatted in the question.

Testing Apex Controllers

Global Access Modifier:

When building managed packages, methods and classes that need to be accessible outside the package namespace must be declaredglobal.

Publicrestricts access to within the namespace.

Why Not Other Options?

B:Publiclimits access to within the namespace.

CandD: Mixingpublicandglobalincorrectly doesn't meet the requirement for external accessibility.

Why Data Loader?

Data Loader supports all standard and custom objects, including Opportunities.

It is suitable for importing large data volumes like 500 records.

Why Not Data Import Wizard?

The Data Import Wizard does not support all objects, such as Opportunities.

Why Not Other Options?

A: Data Loader does not automatically relate Opportunities to Accounts unless provided external IDs.

B: Data Loader is a desktop application, not browser-based.

D: The Data Import Wizard can handle more than 500 records for supported objects, but it doesn't support Opportunities.

Advantages of Lightning Web Components (LWC):

A. Rich component ecosystem:

LWCs have a modern, rich component library designed for modular and reusable development.

D. Self-contained and reusable units:

LWCs are designed to be modular, reusable, and self-contained, reducing duplication and enhancing maintainability.

Why Not Other Options?

B. Log capturing via Debug Logs Setup page: This is unrelated to LWC and is a debugging feature.

C. Built-in standard and custom set controllers: Relevant to Visualforce, not LWCs.

Option A: Using variable binding eliminates the need for concatenating dynamic values in the query, which is the safest approach.

Option B: UsingString.escapeSingleQuotesensures special characters are handled safely, reducing the risk of SOQL injection.

Not Suitable:

Option C: Whilewith sharingensures sharing rules are applied, it does not prevent SOQL injection.

Option D: Regular expressions are not a reliable method for sanitizing input.

Preventing SOQL Injection

To override the Account's standard Edit button in Lightning Experience, a Lightning action can be created and associated with the object. This action can include custom logic or a Lightning component.

Why Create Records Element?

TheCreate Recordselement adds the functionality to create a Contact record.

The Contact’s ID can then be stored on the Opportunity using a variable or field update.

Why Not Other Options?

A:Update Recordsis for updating existing records, not creating new ones.

B:Roll Back Recordsis used for rolling back transactions, not for creating records.

D:Get Recordsretrieves records but does not create them.

Anonymous Apex allows developers to execute ad hoc code snippets without creating a permanent class or trigger. It is useful for tasks like bulk data manipulation or testing.

B. Deleting 15,000 inactive Accounts:

Anonymous Apex can perform ad hoc bulk operations to clean up data after a deployment.

Example:

Use Cases:List inactiveAccounts = [SELECT Id FROM Account WHERE IsActive__c = false LIMIT 15000];

delete inactiveAccounts;

C. Running a batch Apex class:

Anonymous Apex can execute batch jobs for data processing.

Example:

apex

Copy code

Database.executeBatch(new UpdateContactBatch());

A. Schedule an Apex class to run periodically: This requires a scheduled job, not Anonymous Apex.

D. Add unit test code coverage: Unit tests must be written in test classes and cannot be added using Anonymous Apex.

Master-detail relationships allow roll-up summary fields to aggregate data from child records. If a roll-up summary field exists on the Account object, the relationship cannot be changed to a lookup because lookup relationships do not support roll-up fields.

Why not other options?

A: Null values in the Vendor records do not prevent the change.

C: Custom fields can have their types changed as long as dependencies like roll-up fields are not present.

D: Organization-wide defaults do not affect the ability to change relationships.

Salesforce Master-Detail Relationships and Roll-Up Summary Fields

Flow Builder:

Flow Builder can evaluate record criteria using a Decision element and then send an outbound message using the "Action" element.

Allows automation without Apex.

Approval Process:

Approval Processes can evaluate criteria and trigger outbound messages as one of the associated actions.

Why Not Other Options?

C. Entitlement Process: Focuses on managing entitlements, not triggering outbound messages.

D. Next Best Action: Used for recommendations and guided actions, not for triggering outbound messages.

Apex Trigger (Option B):

An Apex trigger can be written on theContainer__cobject to prevent deletion unless theStatus__cfield value is "Decommissioned".

This allows custom logic to be executed during the deletion process.

Apex Triggers Documentation

Validation Rule (Option D):

A validation rule is typically used to enforce conditions during record creation or update. However, it cannot directly restrict deletions.

To ensure deletion restriction, an Apex trigger is more effective.

Not Suitable:

Option A(Before record-triggered flow): Flows triggered "before delete" are not available.

Option C(After record-triggered flow): These occur after a record is deleted, so they cannot prevent the deletion process.

Record-triggered flows allow automation to create tasks when an Opportunity is created. It is declarative, easy to maintain, and does not require custom code.

Steps:

Create a record-triggered flow for theOpportunityobject.

Set it to run on record creation.

Use the "Create Records" element to create a task for the Opportunity owner.

Record-Triggered Flows

SFDX CLI (A):Salesforce CLI allows the automation of deployment scripts to sandboxes. Using commands likesfdx force:source:deploy, developers can deploy metadata directly from source control.

Throwing Exceptions in Apex:

throw new ExceptionType();creates a new instance and throws it.

A: No argument constructor.

B: Constructor with a custom error message.

Why Not Other Options?

C and D: These create exception instances but do not throw them, which is not valid syntax for firing an exception.

UsingSecurity.stripInaccessibleensures compliance with field-level security (FLS) and prevents users from accessing fields they do not have permission to view. In this scenario:

The commission field is inaccessible to Sales Assistants, andSecurity.stripInaccessiblewill automatically remove this field from the result set.

It prevents runtime errors when a user without proper access attempts to retrieve restricted fields.

Many-to-Many Relationship:

To track which companies (Accounts) report which bugs and allow multiple associations for both, ajunction objectis needed.

This junction object will have two master-detail relationships: one toBug__cand one toAccount.

Why Not Other Options?

A. Roll-up summary field: Not suitable for many-to-many relationships.

B. Master-detail field on Bug__c to Account: Creates a one-to-many relationship, not many-to-many.

C. Lookup field on Bug__c to Account: Still creates a one-to-many relationship, not many-to-many.

To notify the parent component when the child component’sNextbutton is clicked, the child component can dispatch a custom event. The parent component listens to this event and handles navigation accordingly.

The@TestVisibleannotation allows private methods or variables to be accessed in test classes. This ensures that the private method can be adequately tested without changing its access modifier.

Option A: Only one method annotated with@InvocableMethodcan exist per class.

Option C: The method must bestatic.

Option E: The method can be declared asPublicorGlobalfor broader accessibility.

Invocable Methods Documentation

Thewith sharingkeyword ensures that the Apex class respects the sharing rules of the current user, including private sharing models. This means the logged-in user will only see records they own or have been shared with them.