// Unit Tests for Scintilla internal data structures #include #include #include #include #include #include #include #include #include "Platform.h" #include "Position.h" #include "UniqueString.h" #include "SplitVector.h" #include "Partitioning.h" #include "SparseVector.h" #include "catch.hpp" using namespace Scintilla; // Test SparseVector. // Helper to produce a string representation of a SparseVector // to simplify checks. static std::string Representation(const SparseVector &st) { std::string ret; for (int i = 0;i < st.Length();i++) { const char *value = st.ValueAt(i).get(); if (value && *value) ret += value; else ret += "-"; } return ret; } TEST_CASE("SparseVector") { SparseVector st; SECTION("IsEmptyInitially") { REQUIRE(1 == st.Elements()); REQUIRE(0 == st.Length()); st.Check(); } SECTION("InsertSpace") { st.InsertSpace(0, 5); REQUIRE(1 == st.Elements()); REQUIRE(static_cast(nullptr) == st.ValueAt(0).get()); REQUIRE(static_cast(nullptr) == st.ValueAt(1).get()); REQUIRE(static_cast(nullptr) == st.ValueAt(4).get()); st.Check(); } SECTION("InsertValue") { st.InsertSpace(0, 5); st.SetValueAt(3, UniqueStringCopy("3")); REQUIRE(2 == st.Elements()); REQUIRE("---3-" == Representation(st)); st.Check(); } SECTION("InsertAndChangeAndDeleteValue") { st.InsertSpace(0, 5); REQUIRE(5 == st.Length()); st.SetValueAt(3, UniqueStringCopy("3")); REQUIRE(2 == st.Elements()); st.SetValueAt(3, UniqueStringCopy("4")); REQUIRE(2 == st.Elements()); st.DeletePosition(3); REQUIRE(1 == st.Elements()); REQUIRE(4 == st.Length()); REQUIRE("----" == Representation(st)); st.Check(); } SECTION("InsertAndDeleteAtStart") { REQUIRE(1 == st.Elements()); st.InsertSpace(0, 5); st.SetValueAt(0, UniqueStringCopy("3")); REQUIRE(1 == st.Elements()); REQUIRE("3----" == Representation(st)); st.DeletePosition(0); REQUIRE(1 == st.Elements()); REQUIRE("----" == Representation(st)); st.SetValueAt(0, UniqueStringCopy("4")); REQUIRE(1 == st.Elements()); REQUIRE("4---" == Representation(st)); st.DeletePosition(0); REQUIRE(1 == st.Elements()); REQUIRE("---" == Representation(st)); st.Check(); } SECTION("InsertStringAtStartThenInsertSpaceAtStart") { REQUIRE(1 == st.Elements()); st.InsertSpace(0, 5); st.SetValueAt(0, UniqueStringCopy("3")); REQUIRE(1 == st.Elements()); REQUIRE("3----" == Representation(st)); st.InsertSpace(0, 1); REQUIRE(2 == st.Elements()); REQUIRE("-3----" == Representation(st)); st.Check(); } SECTION("InsertSpaceAfterStart") { REQUIRE(1 == st.Elements()); st.InsertSpace(0, 5); st.SetValueAt(1, UniqueStringCopy("1")); REQUIRE(2 == st.Elements()); REQUIRE("-1---" == Representation(st)); st.InsertSpace(1, 1); REQUIRE(2 == st.Elements()); REQUIRE("--1---" == Representation(st)); st.Check(); } SECTION("InsertStringAt1ThenInsertLettersAt1") { REQUIRE(1 == st.Elements()); st.InsertSpace(0, 5); st.SetValueAt(1, UniqueStringCopy("9")); REQUIRE(2 == st.Elements()); REQUIRE("-9---" == Representation(st)); st.InsertSpace(0, 1); REQUIRE(2 == st.Elements()); REQUIRE("--9---" == Representation(st)); // Initial st has allocation of 9 values so this should cause reallocation const std::string letters("ABCDEFGHIJKLMNOP"); // 16 letters for (const char letter : letters) { const char sLetter[] = { letter, 0 }; st.InsertSpace(0, 1); st.SetValueAt(1, UniqueStringCopy(sLetter)); } REQUIRE("-PONMLKJIHGFEDCBA-9---" == Representation(st)); st.Check(); } SECTION("InsertAndDeleteAtEnd") { REQUIRE(1 == st.Elements()); st.InsertSpace(0, 5); st.SetValueAt(4, UniqueStringCopy("5")); REQUIRE(2 == st.Elements()); REQUIRE("----5" == Representation(st)); st.DeletePosition(4); REQUIRE(1 == st.Elements()); REQUIRE("----" == Representation(st)); st.Check(); } SECTION("SetNULL") { REQUIRE(1 == st.Elements()); st.InsertSpace(0, 5); st.SetValueAt(4, UniqueStringCopy("5")); REQUIRE(2 == st.Elements()); REQUIRE("----5" == Representation(st)); st.SetValueAt(4, nullptr); REQUIRE(1 == st.Elements()); REQUIRE("-----" == Representation(st)); st.Check(); } SECTION("DeleteAll") { REQUIRE(1 == st.Elements()); st.InsertSpace(0, 10); st.SetValueAt(9, UniqueStringCopy("9")); st.SetValueAt(7, UniqueStringCopy("7")); st.SetValueAt(4, UniqueStringCopy("4")); st.SetValueAt(3, UniqueStringCopy("3")); REQUIRE(5 == st.Elements()); REQUIRE("---34--7-9" == Representation(st)); st.Check(); } } TEST_CASE("SparseTextInt") { SparseVector st; SECTION("InsertAndDeleteValue") { st.InsertSpace(0, 5); st.SetValueAt(3, 3); REQUIRE(2 == st.Elements()); REQUIRE(0 == st.ValueAt(0)); REQUIRE(0 == st.ValueAt(1)); REQUIRE(0 == st.ValueAt(2)); REQUIRE(3 == st.ValueAt(3)); REQUIRE(0 == st.ValueAt(4)); st.SetValueAt(3, -3); REQUIRE(2 == st.Elements()); REQUIRE(0 == st.ValueAt(0)); REQUIRE(0 == st.ValueAt(1)); REQUIRE(0 == st.ValueAt(2)); REQUIRE(-3 == st.ValueAt(3)); REQUIRE(0 == st.ValueAt(4)); st.SetValueAt(3, 0); REQUIRE(1 == st.Elements()); REQUIRE(0 == st.ValueAt(0)); REQUIRE(0 == st.ValueAt(1)); REQUIRE(0 == st.ValueAt(2)); REQUIRE(0 == st.ValueAt(3)); REQUIRE(0 == st.ValueAt(4)); st.Check(); } } TEST_CASE("SparseTextString") { SparseVector st; SECTION("InsertAndDeleteValue") { st.InsertSpace(0, 5); REQUIRE(5 == st.Length()); st.SetValueAt(3, std::string("3")); REQUIRE(2 == st.Elements()); REQUIRE("" == st.ValueAt(0)); REQUIRE("" == st.ValueAt(2)); REQUIRE("3" == st.ValueAt(3)); REQUIRE("" == st.ValueAt(4)); st.DeletePosition(0); REQUIRE(4 == st.Length()); REQUIRE("3" == st.ValueAt(2)); st.DeletePosition(2); REQUIRE(1 == st.Elements()); REQUIRE(3 == st.Length()); REQUIRE("" == st.ValueAt(0)); REQUIRE("" == st.ValueAt(1)); REQUIRE("" == st.ValueAt(2)); st.Check(); } SECTION("SetAndMoveString") { st.InsertSpace(0, 2); REQUIRE(2u == st.Length()); std::string s24("24"); st.SetValueAt(0, s24); REQUIRE("24" == s24); // Not moved from REQUIRE("" == st.ValueAt(-1)); REQUIRE("24" == st.ValueAt(0)); REQUIRE("" == st.ValueAt(1)); std::string s25("25"); st.SetValueAt(1, std::move(s25)); REQUIRE("" == s25); // moved from REQUIRE("25" == st.ValueAt(1)); } }