СПРИНТ № 3 | Фреймворк для юнит-тестов | Урок 8: Фреймворк и поисковая система

#include <algorithm>
#include <cmath>
#include <map>
#include <set>
#include <string>
#include <utility>
#include <vector>
#include <cassert>

using namespace std;

// Тест проверяет, что поисковая система исключает стоп-слова при добавлении документов
void TestExcludeStopWordsFromAddedDocumentContent() {
    const int doc_id = 42;
    const string content = "cat in the city"s;
    const vector<int> ratings = {1, 2, 3};
    {
        SearchServer server;
        server.AddDocument(doc_id, content, DocumentStatus::ACTUAL, ratings);
        const auto found_docs = server.FindTopDocuments("in"s);
        ASSERT_EQUAL(found_docs.size(), 1u);
        const Document& doc0 = found_docs[0];
        ASSERT_EQUAL(doc0.id, doc_id);
    }

    {
        SearchServer server;
        server.SetStopWords("in the"s);
        server.AddDocument(doc_id, content, DocumentStatus::ACTUAL, ratings);
        ASSERT_HINT(server.FindTopDocuments("in"s).empty(),
                    "Stop words must be excluded from documents"s);
    }
}

void TestAddDocument(){
    const int doc_id = 25;
    const string content = "shaman - i'm russian";
    const vector<int>ratings = {0, 1, 2};
    const vector<int>ratings1 = {1};
    {
        SearchServer server;
        server.AddDocument(doc_id, content, DocumentStatus::ACTUAL, ratings);
        server.AddDocument(1, "FUCK THE POLICE"s, DocumentStatus::ACTUAL, ratings1);
        server.AddDocument(2, "shaman forever"s, DocumentStatus::ACTUAL, {0});
        ASSERT(!server.FindTopDocuments("shaman").empty());
        ASSERT_EQUAL_HINT(server.GetDocumentCount(), 3, "Not found this doc");
    }

}

void TestMinusWords(){
    {
        SearchServer server;
        server.AddDocument(1, "shaman isn't the russian"s, DocumentStatus::ACTUAL, {2,3,1});
        server.AddDocument(2, "killreal this the superman"s, DocumentStatus::ACTUAL, {5,12,3,1,1});
        server.AddDocument(3, "the famous people of great britain", DocumentStatus::ACTUAL, {3,1,2,3,1,1});
        server.AddDocument(4, "lalipop bob dad the", DocumentStatus::ACTUAL, {5});

        assert(server.GetDocumentCount() == 4);
        auto doc_vec = server.FindTopDocuments("-shaman -killreal the"s);
        ASSERT_EQUAL(doc_vec[0].id, 4);
        ASSERT_EQUAL(doc_vec[1].id, 3);
    }

}

void TestMatchDoc(){
    const int doc_id = 1;
    const string content = "just look in my eyes and you'll see russian paradise"s;
    const string content2 = "just russian paradise"s;
    vector<int>rating {1,3,4};
    {
        SearchServer server;
        server.AddDocument(doc_id, content, DocumentStatus::ACTUAL, rating);
        server.AddDocument(2, content2, DocumentStatus::ACTUAL, {1,3,4});
        const string raw_query = "just moment russian";
        const string min_raw_query = "-see";

        auto match_doc = server.MatchDocument(min_raw_query, doc_id);
        const auto [str, doc_st] = match_doc;
        ASSERT(str.empty());

        auto pl_match_doc = server.MatchDocument(raw_query, 2);
        const auto [s, dt] = pl_match_doc;
        ASSERT(!s.empty());
    }
}

void TestRelevance(){
    {
        SearchServer server;
        server.AddDocument(3, "hello world i'm from Pesua"s, DocumentStatus::ACTUAL, {2,3,4});
        server.AddDocument(2, "hello world i'm"s, DocumentStatus::ACTUAL, {2,3,4});
        server.AddDocument(1, "hello world"s, DocumentStatus::ACTUAL, {2,3,4});

        auto find_top = server.FindTopDocuments("hello world i'm from Pesua", DocumentStatus::ACTUAL);

        ASSERT_EQUAL(find_top[0].id, 3);
        ASSERT_EQUAL(find_top[1].id, 2);
        ASSERT_EQUAL(find_top[2].id, 1);
    }
}

void TestByRating(){

    {
        SearchServer server;
        server.AddDocument(3, "hello world i'm from Pesua"s, DocumentStatus::ACTUAL, {2,3,4});
        server.AddDocument(4, "sss psss add"s, DocumentStatus::ACTUAL, {6,1,2,7});
        auto find_top = server.FindTopDocuments("hello world i'm from Pesua sss", DocumentStatus::ACTUAL);

        ASSERT_EQUAL(find_top[0].rating, 3);
        ASSERT_EQUAL(find_top[1].rating, 4);
    }

}

void TestStatus(){

    const int doc_id = 1;
    const string content = "blue cat and red dog";
    vector<int>rating = {1, 1, 2, 3, 4};

    const int doc_id2 = 2;
    const string content2 = "yellow rabbit blue cat matrix";
    vector<int>rating2 = {2, 2, 3, 3, 1};

    const int doc_id3 = 3;
    const string content3 = "slut and river blue cat minner";
    vector<int>rating3 = {2, 0, 1, 2, 3, 1};

    const int doc_id4 = 4;
    const string content4 = "upload blue image";
    vector<int>rating4 = {1, 2, 3};

    const string raw_query = "blue cat";

    {
        SearchServer server;
        server.AddDocument(doc_id, content, DocumentStatus::ACTUAL, rating);
        server.AddDocument(doc_id2, content2, DocumentStatus::BANNED, rating2);
        server.AddDocument(doc_id3, content3, DocumentStatus::IRRELEVANT, rating3);
        server.AddDocument(doc_id4, content4, DocumentStatus::REMOVED, rating4);

        auto doc_act = server.FindTopDocuments(raw_query, DocumentStatus::ACTUAL);
        auto doc_ban = server.FindTopDocuments(raw_query, DocumentStatus::BANNED);
        auto doc_irr = server.FindTopDocuments(raw_query, DocumentStatus::IRRELEVANT);
        auto doc_rem = server.FindTopDocuments(raw_query, DocumentStatus::REMOVED);

        ASSERT_EQUAL(doc_act[0].id, 1);
        ASSERT_EQUAL(doc_ban[0].id, 2);
        ASSERT_EQUAL(doc_irr[0].id, 3);
        ASSERT_EQUAL(doc_rem[0].id, 4);
    }
}

void TestPredicate(){
    {
        SearchServer server;
        server.AddDocument(1, "blue green red bad"s, DocumentStatus::ACTUAL, {0});
        server.AddDocument(2, "sick peek world word"s, DocumentStatus::BANNED, {2});

        server.FindTopDocuments("peek"s);
        server.FindTopDocuments("raw"s, DocumentStatus::BANNED);
        server.FindTopDocuments("sick", [](int document_id, DocumentStatus doc_status, int rating){ return doc_status == DocumentStatus::BANNED;

        });


    }
}

void TestRelevanceNum(){
    SearchServer search_server;
    int document_id = 1;
    vector<int> rating1 = {1, 7, 13};
    DocumentStatus status = DocumentStatus::ACTUAL;
    string document1 = "tabby cat with big eyes"s;
    search_server.AddDocument(document_id, document1, status, rating1);

    document_id = 2;
    vector<int> rating2 = {2, 4, 10};
    string document2 = "small dog and tabby bird"s;
    search_server.AddDocument(document_id, document2, status, rating2);

    vector<Document> document = search_server.FindTopDocuments("cat"s);
    ASSERT_EQUAL(round(document[0].relevance*1000000)/1000000, 0.138629);

}

/*
Разместите код остальных тестов здесь
*/

// Функция TestSearchServer является точкой входа для запуска тестов
void TestSearchServer() {
    RUN_TEST(TestExcludeStopWordsFromAddedDocumentContent);
    RUN_TEST(TestAddDocument);
    RUN_TEST(TestMinusWords);
    RUN_TEST(TestStatus);
    RUN_TEST(TestMatchDoc);
    RUN_TEST(TestRelevance);
    RUN_TEST(TestByRating);
    RUN_TEST(TestPredicate);
    RUN_TEST(TestRelevanceNum);
    // Не забудьте вызывать остальные тесты здесь
}

// --------- Окончание модульных тестов поисковой системы -----------

int main() {
    TestSearchServer();
    // Если вы видите эту строку, значит все тесты прошли успешно
    cout << "Search server testing finished"s << endl;
}