With DevSkiller.com you can assess your candidates' programming skills as a part of your recruitment process. We have found that programming tasks are the best way to do this and have built our tests accordingly. The way our test works is your candidate is asked to modify the source code of an existing project.
During the test, your candidates have the option of using our browser-based code editor and can build the project inside the browser at any time. If they would prefer to use an IDE they are more comfortable with, they can also clone the project’s Git repository and work locally.
You can check out this short video to see the test from the candidate's perspective.
This repo contains a sample project for Apex and below you can find a detailed guide for creating your own programming project.
Please make sure to read our Getting started with programming projects guide first
- The project structure has to have the sfdx project structure. All the files have to be in proper folders and include metadata files when needed (for example, the Calculator Apex class consists of two files
- What is more, if your code includes custom objects or custom fields, their metadata files also have to be added to the structure (see the
Value__c.field-meta.xmlcustom field of the
Tax__ccustom object in the example). The same thing goes for all other metadata like Profiles, Flows, Workflows, etc.
- Furthermore, the project has to include permission set to all the necessary fields (both standard and custom). The permission set has to be named like in the example:
It is possible to automatically assess the solution posted by the candidate. Automatic assessment is based on unit tests results and code quality measurements.
There are two kinds of unit tests:
- Candidate tests - unit tests that the candidate can see during the test should be used only for basic verification and to guide the candidate in understanding the requirements of the project. By default candidate tests WILL NOT be used to calculate the final score (see example in
- Verification tests - unit tests that the candidate can’t see during the test. Files containing verification tests will be added to the project after the candidate finishes the test and will be executed during the verification phase. The results of the verification tests will be used to calculate the final score(see example in
Once the solution is developed and submitted, the platform executes verification tests and performs static code analysis.
Devskiller project descriptor
Programming tasks can be configured with the Devskiller project descriptor file:
- Create a
- Place it in the root directory of your project.
Here is an example project descriptor:
Note: If you want to, you can include the Candidate test in scoring as above.
You may find more information regarding the
devskiller.json descriptor in our documentation.
Automatic verification with verification tests
The solution submitted by the candidate may be verified using automated tests. You’ll just have to define which tests should be treated as verification tests.
All files classified as verification tests will be removed from the project prior to inviting the candidate.
To define verification tests, you need to set two configuration properties in
testClassNamePatterns- an array of RegEx patterns which should match all the names of the verification tests.
pathPatterns- an array of GLOB patterns which should match all the files containing verification tests. All the files that match defined patterns will be deleted from candidates' projects and will be added to the projects during the verification phase. These files will not be visible to the candidate during the test.