Course: C++ Institute Certified Professional Programmer

$349.00
$422.29 incl. vat
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duration: 9 hours |

Language: English (US) |

access duration: 90 days |

In Onbeperkt Leren

In this online C++ course you will learning everything what is needed for the exam of C++ Institute Certified Professional Programmer. You will learn how to use templates, containers and STL utilities.

Furthermore learn how to use sequence operations in C++, like algorithms and lambda expressions. Finally learn to use STL sorting and merging operations.

Among topics this course covers are advanced I/O, functors and far more.

Result

After successful completion you are fully prepared for the exam of C++ Institute Certified Professional Programmer

Prerequisites

C++ programming knowledge is required.

Target audience

Software Developer

C++ Institute Certified Professional Programmer

9 hours

C++ Templates and Containers

  • start the course
  • describe the key features of C++ templates, including when they
  • should or shouldn't be used and show a sample
  • declare a function template in C++
  • use a function template in C++
  • declare a class template in C++
  • use a class template in C++
  • describe the key features of STL Sequential Containers
  • including when they should or shouldn't be used and show a
  • sample
  • write a C++ program using a forward_list from the standard
  • templates library
  • write a C++ program using a list from the standard templates
  • library
  • write a C++ program using a vector from the standard templates
  • library
  • use std::deque in C++
  • use std::array in C++
  • use std::bitset in C++
  • demonstrate how to work with objects as container elements
  • write a C++ program using a queue from the standard templates
  • library
  • use std::priority_queue in C++
  • write a C++ program using a stack from the standard templates
  • library
  • describe the key types and features of STL Associative
  • Containers including when they should or shouldn't be used and show
  • a sample
  • write a C++ program using a set from the standard templates
  • library
  • use std::unordered_set in C++
  • use std::multiset in C++
  • write a C++ program using a map from the standard templates
  • library
  • use std::unordered_map in C++
  • use std::multimap in C++
  • demonstrate how to incorporate objects into set and map
  • demonstrate how to create and use pairs
  • demonstrate how to compare pair objects using generic
  • relational operators
  • demonstrate how to use std: swap with pairs
  • demonstrate how to work with sequential and associative
  • containers in C++

C++ STL Algorithms and Operations

  • start the course
  • describe the key features of STL algorithms including
  • nonmodifying vs. modifying
  • use the std::for_each expression in C++
  • recognize iterators using find in C++
  • use the std::find_if in C++
  • use the std::find_end in C++
  • use the std::find_first_of in C++
  • use std::adjacent_find in C++
  • use std::count and count_if in C++
  • use std::mismatch and equal in C++
  • use std::search and search_n in C++
  • demonstrate how to use nonmodifying algorithms with
  • containers
  • use std::transform in C++
  • use iterators to copy and move in C++
  • use std::copy and copy_backward in C++
  • use std::swap and sawp_ranges in C++
  • use std::iter_swap in C++
  • use std::replace in C++
  • use std::fill and fill_n in C++
  • use std::generate and generate_n in C++
  • use std::remove and remove_if in C++
  • use std::unique and unique_copy in C++
  • use std::reverse and reverse_copy in C++
  • use std::rotate in C++
  • use std::partition and stable_partition in C++
  • demonstrate how to use modifying algorithms with
  • containers
  • demonstrate how to work with modifying and nonmodifying
  • algorithms in C++

C++ Sort, Merge, IO Operations and Functors

  • start the course
  • use std::random_shuffle in C++
  • use std::sort expression in C++
  • recognize iterators using sort in C++
  • use std::next_permutation, prev_permutation, and is_permutation
  • in C++
  • use std::lower_bound and upper_bound in C++
  • use std::equal_range in C++
  • use std::binary_search in C++
  • use STL Sorting with Containers in C++
  • use STL Sorting with Objects in C++
  • use std::merge
  • use std::includes
  • use std::min_element and max_element
  • use std::inplace_merge
  • work with STL Operations for Sets
  • work with STL IO input streams in C++
  • work with STL IO output streams in C++
  • work with file I/O stream classes
  • open and close a file using STL IO in C++
  • work with STL IO text files in C++
  • work with STL IO binary files in C++
  • work with STL IO stream pointers in C++
  • work with STL IO encryption in C++
  • describe what functors are and their uses
  • demonstrate how to use arithmetic binary functors: plus, minus,
  • multiplies, divides, modulus
  • demonstrate how to use relational binary functors: equal_to,
  • not_equal_to, greater, greater_equal, less, less_equal
  • demonstrate how to use logical_and, logical_or binary
  • functors
  • demonstrate how to use negate and logical_not functors
  • demonstrate how to incorporate I/O and Functors in a C++
  • application

We offer several optional training products to enhance your learning experience. If you are planning to use our training course in preperation for an official exam then whe highly recommend using these optional training products to ensure an optimal learning experience. Sometimes there is only a practice exam or/and practice lab available.

Optional practice exam (trial exam)

To supplement this training course you may add a special practice exam. This practice exam comprises a number of trial exams which are very similar to the real exam, both in terms of form and content. This is the ultimate way to test whether you are ready for the exam. 

Optional practice lab

To supplement this training course you may add a special practice lab. You perform the tasks on real hardware and/or software applicable to your Lab. The labs are fully hosted in our cloud. The only thing you need to use our practice labs is a web browser. In the LiveLab environment you will find exercises which you can start immediatelyThe lab enviromentconsist of complete networks containing for example, clients, servers,etc. This is the ultimate way to gain extensive hands-on experience. 

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