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as67659-TestLife.c++
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as67659-TestLife.c++
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// --------------------------
// projects/life/TestLife.c++
// Copyright (C) 2016
// Glenn P. Downing
// --------------------------
// https://code.google.com/p/googletest/wiki/V1_7_Primer#Basic_Assertions
// --------
// includes
// --------
#include "gtest/gtest.h"
#include "Life.h"
using namespace std;
// // ------------
// // Conway tests
// // ------------
TEST(LifeFixture, test_1) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "1 1\n.";
l.lifeSetup(input);
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare(
"\nGeneration = 0, Population = 0.\n.\n") == 0);
}
TEST(LifeFixture, test_2) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "10 10\n..........\n..........\n..........\n..........\n"
"..........\n..........\n..........\n..........\n..........\n"
"..........\n";
l.lifeSetup(input);
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare("\nGeneration = 0, Population ="
" 0.\n..........\n..........\n..........\n..........\n..........\n"
"..........\n..........\n..........\n..........\n..........\n") == 0);
}
TEST(LifeFixture, test_3) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "1 1\n.";
l.lifeSetup(input);
l.runTurn();
l.printGrid();
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare("\nGeneration = 0, Population = 0.\n.\n"
"\nGeneration = 1, Population = 0.\n.\n") == 0);
}
TEST(LifeFixture, test_4) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "1 1\n*";
l.lifeSetup(input);
for(int i = 0; i < 2; i++) {
l.runTurn();
l.printGrid();
}
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare("\nGeneration = 0, Population = 1.\n*\n"
"\nGeneration = 1, Population = 0.\n.\n"
"\nGeneration = 2, Population = 0.\n.\n") == 0);
}
/****************
*Life::life_read
****************/
TEST(LifeFixture, test_5) {
Life<ConwayCell> l;
istringstream input("1 1\n*");
string line = "";
ASSERT_TRUE(l.life_read(input, line));
}
TEST(LifeFixture, test_6) {
Life<ConwayCell> l;
istringstream input("1");
string line = "";
ASSERT_TRUE(l.life_read(input, line));
}
TEST(LifeFixture, test_7) {
Life<ConwayCell> l;
istringstream input("alpha");
string line = "";
ASSERT_TRUE(l.life_read(input, line));
}
TEST(LifeFixture, test_8) {
Life<ConwayCell> l;
istringstream input("");
string line = "";
ASSERT_FALSE(l.life_read(input, line));
}
/************************
*Life::collectNeighboors
************************/
TEST(LifeFixture, test_9) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
neighboors[0].printCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare("*") == 0);
}
TEST(LifeFixture, test_10) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
neighboors[1].printCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare(".") == 0);
}
TEST(LifeFixture, test_11) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
neighboors[2].printCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare("*") == 0);
}
TEST(LifeFixture, test_12) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
neighboors[3].printCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare(".") == 0);
}
TEST(LifeFixture, test_13) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
neighboors[4].printCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare(".") == 0);
}
TEST(LifeFixture, test_14) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
neighboors[5].printCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare("*") == 0);
}
TEST(LifeFixture, test_15) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
neighboors[6].printCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare(".") == 0);
}
TEST(LifeFixture, test_16) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
neighboors[7].printCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare("*") == 0);
}
TEST(LifeFixture, test_17) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
neighboors[4].printCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare(".") == 0);
}
TEST(LifeFixture, test_18) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(0, 0);
neighboors[6].printCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare(".") == 0);
}
TEST(LifeFixture, test_19) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(0, 0);
neighboors[7].printCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare("*") == 0);
}
TEST(LifeFixture, test_20) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(0, 1);
neighboors[3].printCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare("*") == 0);
}
TEST(LifeFixture, test_21) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(0, 1);
neighboors[4].printCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare("*") == 0);
}
TEST(LifeFixture, test_22) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(0, 1);
neighboors[5].printCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare(".") == 0);
}
TEST(LifeFixture, test_23) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(0, 1);
neighboors[6].printCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare("*") == 0);
}
TEST(LifeFixture, test_24) {
Life<ConwayCell> l;
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(0, 1);
neighboors[7].printCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(output.str().compare(".") == 0);
}
TEST(LifeFixture, test_25) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
int turn = l.runTurn();
ASSERT_TRUE(turn == 1);
}
TEST(LifeFixture, test_26) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
int turn = 0;
while (turn != 5)
turn = l.runTurn();
ASSERT_TRUE(turn == 5);
}
TEST(LifeFixture, test_27) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
int turn = 0;
while (turn != 10)
turn = l.runTurn();
ASSERT_TRUE(turn == 10);
}
TEST(LifeFixture, test_28) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
int turn = 0;
while (turn != 100)
turn = l.runTurn();
ASSERT_TRUE(turn == 100);
}
TEST(LifeFixture, test_29) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
vector<ConwayCell> neighboorsT = l.collectNeighboors(0, 0);
int count = neighboorsT[7].countLivingNeighboors (neighboors);
ASSERT_TRUE(count == 4);
}
TEST(LifeFixture, test_30) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(0, 0);
vector<ConwayCell> neighboorsT = l.collectNeighboors(1, 1);
int count = neighboorsT[0].countLivingNeighboors (neighboors);
ASSERT_TRUE(count == 1);
}
TEST(LifeFixture, test_31) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(1, 0);
vector<ConwayCell> neighboorsT = l.collectNeighboors(1, 1);
int count = neighboorsT[3].countLivingNeighboors (neighboors);
ASSERT_TRUE(count == 3);
}
TEST(LifeFixture, test_32) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
l.readInput(input);
l.populateObjGrid();
vector<ConwayCell> neighboors = l.collectNeighboors(0, 1);
vector<ConwayCell> neighboorsT = l.collectNeighboors(1, 1);
int count = neighboorsT[1].countLivingNeighboors (neighboors);
ASSERT_TRUE(count == 3);
}
TEST(LifeFixture, test_33) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
l.lifeSetup(input);
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
bool result = neighboors[0].killCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(result);
ASSERT_TRUE(output.str().compare("\nGeneration = 0, Population = 5.\n*.*"
"\n.*.\n*.*\n") == 0);
}
TEST(LifeFixture, test_34) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
l.lifeSetup(input);
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
bool result = neighboors[1].killCell();
cout.rdbuf(old_buf);
ASSERT_FALSE(result);
ASSERT_TRUE(output.str().compare("\nGeneration = 0, Population = 5.\n*.*"
"\n.*.\n*.*\n") == 0);
}
TEST(LifeFixture, test_35) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
l.lifeSetup(input);
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
bool result = neighboors[2].killCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(result);
ASSERT_TRUE(output.str().compare("\nGeneration = 0, Population = 5.\n*.*"
"\n.*.\n*.*\n") == 0);
}
TEST(LifeFixture, test_36) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
l.lifeSetup(input);
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
bool result = neighboors[3].killCell();
cout.rdbuf(old_buf);
ASSERT_FALSE(result);
ASSERT_TRUE(output.str().compare("\nGeneration = 0, Population = 5.\n*.*"
"\n.*.\n*.*\n") == 0);
}
TEST(LifeFixture, test_37) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
l.lifeSetup(input);
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
bool result = neighboors[4].killCell();
cout.rdbuf(old_buf);
ASSERT_FALSE(result);
ASSERT_TRUE(output.str().compare("\nGeneration = 0, Population = 5.\n*.*"
"\n.*.\n*.*\n") == 0);
}
TEST(LifeFixture, test_38) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
l.lifeSetup(input);
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
bool result = neighboors[5].killCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(result);
ASSERT_TRUE(output.str().compare("\nGeneration = 0, Population = 5.\n*.*"
"\n.*.\n*.*\n") == 0);
}
TEST(LifeFixture, test_39) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
l.lifeSetup(input);
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
bool result = neighboors[6].killCell();
cout.rdbuf(old_buf);
ASSERT_FALSE(result);
ASSERT_TRUE(output.str().compare("\nGeneration = 0, Population = 5.\n*.*"
"\n.*.\n*.*\n") == 0);
}
TEST(LifeFixture, test_40) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
l.lifeSetup(input);
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
bool result = neighboors[7].killCell();
cout.rdbuf(old_buf);
ASSERT_TRUE(result);
ASSERT_TRUE(output.str().compare("\nGeneration = 0, Population = 5.\n*.*"
"\n.*.\n*.*\n") == 0);
}
TEST(LifeFixture, test_41) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
l.lifeSetup(input);
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
bool result = neighboors[0].breathLife('-');
cout.rdbuf(old_buf);
ASSERT_FALSE(result);
ASSERT_TRUE(output.str().compare("\nGeneration = 0, Population = 5.\n*.*"
"\n.*.\n*.*\n") == 0);
}
TEST(LifeFixture, test_42) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
l.lifeSetup(input);
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
bool result = neighboors[1].breathLife('*');
cout.rdbuf(old_buf);
ASSERT_TRUE(result);
ASSERT_TRUE(output.str().compare("\nGeneration = 0, Population = 5.\n*.*"
"\n.*.\n*.*\n") == 0);
}
TEST(LifeFixture, test_43) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
l.lifeSetup(input);
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
bool result = neighboors[2].breathLife('-');
cout.rdbuf(old_buf);
ASSERT_FALSE(result);
ASSERT_TRUE(output.str().compare("\nGeneration = 0, Population = 5.\n*.*"
"\n.*.\n*.*\n") == 0);
}
TEST(LifeFixture, test_44) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
l.lifeSetup(input);
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
bool result = neighboors[3].breathLife('*');
cout.rdbuf(old_buf);
ASSERT_TRUE(result);
ASSERT_TRUE(output.str().compare("\nGeneration = 0, Population = 5.\n*.*"
"\n.*.\n*.*\n") == 0);
}
TEST(LifeFixture, test_45) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
l.lifeSetup(input);
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
bool result = neighboors[4].breathLife('*');
cout.rdbuf(old_buf);
ASSERT_TRUE(result);
ASSERT_TRUE(output.str().compare("\nGeneration = 0, Population = 5.\n*.*"
"\n.*.\n*.*\n") == 0);
}
TEST(LifeFixture, test_46) {
Life<ConwayCell> l;
stringstream input;
input << "3 3\n*.*"
"\n.*."
"\n*.*";
stringstream output;
auto old_buf = cout.rdbuf(output.rdbuf());
l.lifeSetup(input);
vector<ConwayCell> neighboors = l.collectNeighboors(1, 1);
bool result = neighboors[5].breathLife('-');
cout.rdbuf(old_buf);
ASSERT_FALSE(result);
ASSERT_TRUE(output.str().compare("\nGeneration = 0, Population = 5.\n*.*"