DevSkiller C++ online tests are prepared by DevSkiller’s expert team, to help recruit candidates with the right set of C++ skills. With DevSkiller, it is easier than ever to accurately assess a developer’s C++ test code, using a series of C++ assessment tests and C++ exam questions.
DevSkiller C++ test code assessments are powered by the RealLifeTesting™ methodology. This is a unique testing model based on a simple idea that it is more useful to assess a developer based on challenges similar to the work they will face, than to set them algorithmic tests for instance, that only prove their ability at tackling algorithmic tests.
Through a series of interview questions and simulated real-life challenges, DevSkiller is able to accurately assess each candidate’s C++ test code and allow recruiters to filter the best applicants for the job from the get-go.
valutare la conoscenza di C++
valutare la conoscenza di C++
C++ | Insurance Number Validator - Implement the solution that fixes errors in the code of the simple number validator.
valutare la conoscenza di C++
valutare la conoscenza di C++
C++ | SQLite | Book club - Use SQLite API to find average book ratings.
valutare la conoscenza di C++
valutare la conoscenza di C++
C++ | JSON File Parsing - Implement INI parsing using the JSON-C library.
valutare la conoscenza di C++
valutare la conoscenza di C++
C++ | INI File Parsing - Implement INI parsing using the iniparser library.
valutare la conoscenza di GIT, C++
valutare la conoscenza di C++, Templates
C++ | Object Shared Thread Guard - Implement a tool for your team for thread-safe access and manipulation of data in a multithreaded environment.
valutare la conoscenza di C++
C++ | Object Self-registration with CRTP - Extend CRTP class for self-registration and implement missing interface methods.
valutare la conoscenza di C++
C++ | Basic Polymorphism - Prepare the polymorphic interface of Shape, and a reference interface implementation Square.
valutare la conoscenza di C++
C++ | Binary File Read GPIO - Read the contents of the binary file and write it into the GPIO.
valutare la conoscenza di C++
C++ | Binary File Write GPIO - Read the contents of the binary file and write it into the GPIO.
valutare la conoscenza di C++
C++ | Run-length encoding - Implement run-length encoding for ASCII text strings.
valutare la conoscenza di C++
C++ | Un semplice tokenizzatore - Scrivere un semplice ma efficiente motore di tokenizzazione delle stringhe.
valutare la conoscenza di C++
C++ | Run-length encoding - Implement functions to encode and decode strings using run-length encoding.
valutare la conoscenza di C++
[Single File] C++ | Orders analyzer - Implement an order analyzer which returns a total order quantity for a given product and day.
valutare la conoscenza di C++
[Single File] C++ | Movie watchlist analyzer | Find top-rated movies - Implement an application to find top-rated movies watched by a group of friends.
valutare la conoscenza di C++
[Single File] C++ | Movie watchlist analyzer | Find the most watched movies - Implement an application to find the most watched movies among a group of friends.
valutare la conoscenza di C++
[Single File] C++ | Movies Analyzer | Find top favorite movies among friends - Implement a method that will analyze movies dataset and return array of most favourited movies
valutare la conoscenza di C++
[Single File] C++ | Logs Analyzer | Count matching log file entries - Implement a method that will analyze log entries from multiple files and return a map with a number of matches for each log file
valutare la conoscenza di C++
[Single File] C++ | Orders Analyzer | Find an average order value for every weekday - implement a method that will analyze orders dataset and return a map with average order value for every weekday
valutare la conoscenza di C++
[Single File] C++ | Orders Analyzer | Find an average ordered quantity for every weekday - Implement a method that will analyze orders dataset and return a map with average ordered quantity of a product for every weekday
valutare la conoscenza di C++ language
container class, candidate needs to fix existing buggy relational operators
valutare la conoscenza di C++ language
container class, candidate needs to fix existing buggy container implementation with focus on memory management, special member functions and exception safety guarantees
valutare la conoscenza di C++ language
container class, candidate needs to design the modern C++ interface compatible with other standard C++ containers
Verify general knowledge of C++
Complete an advanced programming task
All DevSkiller online questions for C++ test code are powered by RealLifeTesting™. The RealLifeTesting™ methodology is a breakthrough in the assessment of developers as it simulates real-life challenges and asks developers to demonstrate their critical thinking and C++ skills to overcome the challenges faced.
Assess your applicants’ ability to time manage, their adeptness at problem-solving, and their skills at coding, and be sure to select the right candidate for your business.
Skills covered in our C++ test code online tests
C++ is a programming language that has been around for a long time. It doesn’t always get the attention that other languages get, but it is still integral to a fair share of gaming and embedded technology. C++ is different to the C programming language, although it was originally derived as a follow-up to that language. There can often be a steep learning curve when it comes to C++ so it is important to hire the right person.
Firstly C++ interview questions will need to be tailored to refer specifically to C++ and not any other language, as there are concepts that make sense only in relation to the C++ sphere.
Your C++ candidate will then need to demonstrate knowledge in 5 main areas;- C++ libraries, compilers, debugging, code instrumentation, and static analysis.
Other than the standard library, your C++ engineer should know Boost, QT, and STL, as well as other less common, but still popular libraries, like Eigen and Loki.
Your C++ engineer will need to be familiar with the various compilers used to create applications using C++, including GCC – GNU, Clang, MSVC (Microsoft’s compiler), and ICC (Intel’s compiler). They will also need to demonstrate knowledge of the C++ debugger tools used to find bugs in C++ programs, like Valgrind, GDB, LLDB, and WinDBG.
Your C developer candidate will need to know about Address, Memory and UndefinedBehavior Sanitizer. They should also be comfortable with using debugging tools such as Address/Memory/UndefinedBehavior Sanitizer. You will also want your engineer to display knowledge of static analysis to be able to analyze the source code in terms of bugs.
Finally, it will be useful if your C++ developer is experienced in commercial and open-source projects.
The DevSkiller online task wizard comes ready-prepared with default C++ assessment tests, but you can also build your own fully customizable tests to get more out of them. DevSkiller is designed to be as user friendly as possible to non-technical recruiters, so the hard work is already done for you. If you do have someone technical available, then you can define the parameters of your tests. This allows you to alter the time-limit allocated for each test, to set the scope of the tests, and even to set the language being tested. All while monitoring candidates in real-time. Finding your next C++ engineer has never been easier.
It is perfectly understandable to be interested in what DevSkiller has to offer, while also still being a little apprehensive. If you’re unsure, take a look at what some of our satisfied customers have to say:
"La durata del processo di reclutamento non è cambiata, ma spendiamo meno tempo e meno fatica per ogni candidato. Inoltre, non perdiamo tempo con i candidati sbagliati".
"DevSkiller ci ha aiutato a risparmiare tempo prezioso in loco per i candidati che sono già probabilmente adatti. Stiamo risparmiando 3 ore per ogni candidato: questo era il tempo che prima dedicavamo ai candidati su un compito tecnico".
DevSkiller takes plagiarism very seriously. As a recruiter, it is important to know that the results you are seeing for each C++ assessment test are accurate and fair. DevSkiller has a number of tools in place to ensure there can be no plagiarism during testing. Screen recording is in place to check if the candidate is looking at a different screen when taking a test and social listening tools are applied which check the candidate’s IP address and use live pair notifications. Plagiarism checks are also carried out on each candidate’s entered code and on the answers they provide to various C++ exam questions. Answers are then cross-referenced against every other answer ever provided to make sure there are no repeat answers.
The feedback we receive from developer candidates is overwhelmingly positive and most are huge fans of the structure of our C++ code test assessments. So often developers are assessed on academic algorithmic tests that they probably haven’t touched in years, whereas DevSkiller offers them a chance to demonstrate the skills they actually use on a daily basis. The fact that DevSkiller tests use normal coding tools and conventions like unit testing, and cloning to GIT from a personal IDE, is also a plus. Occasionally candidates can be a little apprehensive because they expect DevSkiller testing to be the same as algorithmic tests. Usually, once they realize the difference, candidates relish having the opportunity to prove their skills in a fair setting.
DevSkiller C++ test code assessments can be taken remotely when it is convenient for the candidate. Once they have the test invite, the candidate has a set amount of time to complete their C++ assessment test. During testing, candidates can use our state of the art in-browser IDE or complete the project on their favorite IDE and then clone the project to GIT. During the test, candidates can run unit tests to ensure their solutions are working the way they’re supposed to.
Default settings limit each test to an allotted amount of time and if a candidate runs out of time, the test is automatically evaluated. Automatic reports are then sent to the recruiter once they are generated into an easy to understand, non-technical report.
