💥 Sprint #16 description added here

• Add conan package manager (could not find packages)
• Make good CMAKE basing on chosen compiler
• Add ANTLR to the project

1. Code as it was in web-form could be found in the main.cpp file on branch dev/sprint-1
2. Code, which I've tried to split by *.h and *.cpp files could be found on the master branch

Implemented items:

1. Class SearchServer:
   • server.h
   • server.cpp

Code with Unit Testing framework (from lectures) and Unit Tests for the SearchServer could be found on branch: dev/sprint-2.

Implemented items:

1. Unit testing framework:
   • testing_framework.h
   • testing_framework.cpp
2. Unit tests for SearchServer class:
   • server_test.h
   • server_test.cpp
3. Unit tests execution from the the main.cpp

Code with updated SearchServer version and corresponding to the changes tests could be found on branch: dev/sprint-3.

Implemented items:

1. Updates in SearchServer class:
   • server.h
   • server.cpp
2. Updates in unit tests for SearchServer class:
   • server_test.h
   • server_test.cpp

P.S. Additionally I've updated the unit-test framework, to make it easy to use.

Main changes are ( testing_framework.h; testing_framework.cpp ):

• ASSERT_THROW macros, which checks if the function should throw
• RunTests class which is used to run all tests implicitly
• Existing functionality refactoring to match first two items :)

Code with search server could be found here: dev/sprint-4

Implemented items:

1. Code of SearchServer engine was split up into several files, which are located in the folder: sprint_4
2. Paginator functionality could be found here:
   • paginator.h
3. Query of requests to `SearchServer' could be found here:
   • request_queue.h
   • request_queue.cpp

Code with search server could be found here: dev/sprint-5

Implemented items:

1. In SearchServer engine three function have been implemented: GetWordFrequencies, RemoveDocument and RemoveDuplicates

2. Duration logger functionality could be found here:

   • log_duration.h

3. Boost & Gtest functionality have been integrate to the project:

   • Gtest

Code with search server could be found here: dev/sprint-6

Implemented items:

1. SingleLinkedList template class could be found here:
   • single_linked_list.h
   • single_linked_list.cpp
2. Unit tests of SingleLinkedList class:
   • test_single_linked_list.cpp

Code with search server could be found here: dev/sprint-7

Implemented items:

1. SimpleVector template class could be found here:
   • simple_vector.h
   • array_ptr.h
2. Unit tests of SimpleVector class:
   • test_simple_vector.cpp

Code with search server could be found here: dev/sprint-8

Implemented items:

1. Multi-treading for methods of SearchServer class:
   • Methods list: RemoveDocument(), FindAllDocuments(), ParseQuery(), FindTopDocuments(), MatchDocument()
   • Could be found search_server.h
2. Change std::string on std::string_view for performance improvement:
   • Could be found search_server.h
3. Add multi-threading functions to process queries:
   • process_queries.h
4. Class ConcurrentMap and ForEach() method to thread safe process std::map<k,v>:
   • concurent_map.h

Code with search server could be found here: dev/sprint-9

Implemented items:

1. TransportCatalogue class:
   • Could be found transport_catalogue.h
2. Input data readers:
   • Could be found stat_reader.h
3. Output statistics writers:
   • Could be found input_reader.h

Code with transport catalogue visualization map: dev/sprint-10

Implemented items:

1. TransportCatalogue class update:
   • Could be found transport_catalogue.h
2. JsonReader library:
   • Could be found json_reader.h
3. SvgReader library:
   • svg.h

Code with JSON builder could be found here: dev/sprint-11

Implemented items:

1. Class Builder, which provides an interface for JSON creation:
   • json_builder.h
   • json_builder.cpp
2. Request handler adjustment to creation of JSON response via Builder class.
   • request_handler.cpp

Code with JSON builder could be found here: dev/sprint-12

Implemented items:

1. Class TransportRouter, which builds the fastest route from point A to point B:
   • transport_router.h
   • transport_router.cpp

In the graph, used to build the fastest routes, each stop represents as 2 vertexes:

• start - passenger arrives to this vertex on the stop (necessary to take into account bus waiting)
• end - passenger start wide from this vertex

P.S. Implementation notes:

• Each route starts from the start vertex of the first stop, and ends with start vertex of the last stop.
• Each bus ride starts with the end vertex stop and ends on the start vertex.
• Bus could go through the same stop several times - only the lowes time is chosen to build the fastest route.

Code changes for Optional<Type> and Vector<Type> could be found here: dev/sprint-13

Implemented items:

1. Class Vector<Type> is analog of std::vector<Type>:
   • vector.h
2. Class Optional<Type> is analog of `std::optional:
   • optional.h

P.S. Both classes implementation use raw memory, so the speed should be close to the analogs from STL library.

Code changes could be found here: dev/sprint-14

Implemented items:

1. Serialization of TransportCatalogue, TransportRouter, Settings (both: routing and rendering):
   • serialization.h
   • serialization.cpp
2. Requests handling is now split into 2 parts, where on the intermediate state we serialize all the date.

Code changes could be found here: dev/sprint-15

Implemented items: Language interpreter, consists from the following steps:

1. Lexical analyzer:
   • lexer.h
   • lexer.cpp
2. Syntax analyzer (runtime + parser):
   • runtime.h
   • runtime.cpp
3. Semantics analyzer:
   • statement.h
   • statement.cpp
4. Table of symbols

❗ ❗ ❗

Code changes could be found here: dev/sprint-16

Simple Excel-like sheet to work with text and formulas only.

Main implemented items:

1. Sheet:
   • sheet.h
   • sheet.cpp
2. Cell:
   • cell.h
   • cell.cpp
3. Formulas:
   • formula.h
   • formula.cpp
4. Adjustments to use formula parser with ANTLR

Steps to install & test:

1. Download & install Java SE Runtime Environment 8
2. Download & install Java SE Development Kit 8
3. Download *.jar file & set up all Path environment variable & *.bat files: here
4. Test the installation: here

Steps to integrate with C++:

1. Documentation page: here
2. Notes: here

P.S. In general, if ANTLR has been installed successfully, the only thing u need to do to integrate it with C++ is just download the runtime module (see. above) together with *.jar file and place it in project folder. CMakeFile will handle everything else.