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am43299-TestDarwin.c++
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// ------------------------------------
// projects/darwin/TestDarwin.c++
// Copyright (C) 2013
// ------------------------------------
/*
To test the program:
% ls -al /usr/include/gtest/
...
gtest.h
...
% locate libgtest.a
/usr/lib/libgtest.a
% locate libpthread.a
/usr/lib/x86_64-linux-gnu/libpthread.a
/usr/lib32/libpthread.a
% locate libgtest_main.a
/usr/lib/libgtest_main.a
% g++ -pedantic -std=c++0x -Wall TestDarwin.c++ -o TestDarwin -lgtest -lpthread -lgtest_main
% valgrind TestDarwin > TestDarwin.out
*/
// --------
// includes
// --------
#include <iostream> // cout, endl
#include <sstream> // istringtstream, ostringstream
#include <string>
#include "gtest/gtest.h"
#include "Darwin.h"
//#include "Darwin.c++"
using namespace std;
// -------------
// TestDarwin
// -------------
//printBoard(ostream&) in class Darwin tests
TEST(TestDarwin, printBoard_1) {
Darwin x = Darwin(2, 2);
ostringstream w;
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 0.\n 01\n0 ..\n1 ..\n\n");
}
TEST(TestDarwin, printBoard_2) {
Darwin x = Darwin(2, 3);
ostringstream w;
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 0.\n 012\n0 ...\n1 ...\n\n");
}
TEST(TestDarwin, printBoard_3) {
Darwin x = Darwin(3, 2);
ostringstream w;
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 0.\n 01\n0 ..\n1 ..\n2 ..\n\n");
}
//Darwin(int, int) constructor tests
TEST(TestDarwin, Darwin_1) {
Darwin x = Darwin(4, 2);
ostringstream w;
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 0.\n 01\n0 ..\n1 ..\n2 ..\n3 ..\n\n");
}
TEST(TestDarwin, Darwin_2) {
Darwin x = Darwin(3, 6);
ostringstream w;
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 0.\n 012345\n0 ......\n1 ......\n2 ......\n\n");
}
TEST(TestDarwin, Darwin_3) {
Darwin x = Darwin(1, 1);
ostringstream w;
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 0.\n 0\n0 .\n\n");
}
// Species(str) Constructor tests
TEST(TestSpecies, Species_str_const1){
Species x = Species("h");
ASSERT_TRUE(x.print() == "h");
}
TEST(TestSpecies, Species_str_const2){
Species h = Species("h");
Species i = Species("i");
Species j = Species("j");
ASSERT_TRUE(h.print() == "h");
ASSERT_TRUE(i.print() == "i");
ASSERT_TRUE(j.print() == "j");
}
TEST(TestSpecies, Species_str_const3){
Species x = Species("h");
Species y = Species("");
ASSERT_TRUE(x.print() == "h");
ASSERT_TRUE(y.print() == "");
}
TEST(TestSpecies, Species_DefaultConst){
Species x = Species();
ASSERT_TRUE(x.print() == ".");
}
//left() method tests
TEST(TestSpecies, left1){ // Can't really get the direction directly, so use hop instruction to ensure it's actually turning
Darwin x = Darwin(2,2);
Species turn = Species("t");
turn.addInstruction("left");
turn.addInstruction("hop");
turn.addInstruction("go 0");
Creature t1 = Creature(turn, 0, true);
ostringstream z;
ostringstream w;
x.addCreature(t1, 0, 0);
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 0.\n 01\n0 t.\n1 ..\n\n");
x.run_game();
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 2.\n 01\n0 ..\n1 t.\n\n");
}
TEST(TestSpecies, left2){
Darwin x = Darwin(2,2);
Species turn = Species("t");
turn.addInstruction("left");
turn.addInstruction("hop");
turn.addInstruction("go 0");
Creature t1 = Creature(turn, 0, true);
ostringstream z;
ostringstream w;
x.addCreature(t1, 0, 0);
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 0.\n 01\n0 t.\n1 ..\n\n");
x.run_game();
x.run_game(); //makes creature go in a square and end up back where it started
x.run_game();
x.run_game();
x.run_game();
x.run_game();
x.run_game();
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 8.\n 01\n0 t.\n1 ..\n\n");
}
TEST(TestSpecies, left3){
Darwin x = Darwin(2,2);
Species turn = Species("t");
turn.addInstruction("left");
turn.addInstruction("hop");
turn.addInstruction("go 0");
Creature t1 = Creature(turn, 0, true);
Creature t2 = Creature(turn, 1, true);
ostringstream z;
ostringstream w;
x.addCreature(t1, 0, 0);
x.addCreature(t2, 0, 1);
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 0.\n 01\n0 tt\n1 ..\n\n");
x.run_game();
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 2.\n 01\n0 t.\n1 t.\n\n");
}
// Infect tests
TEST(TestSpecies, infect1){
Darwin x = Darwin(2, 1);
Species infect = Species("i");
infect.addInstruction("infect");
infect.addInstruction("go 0");
Species food = Species("f");
food.addInstruction("left");
food.addInstruction("go 0");
Creature i1 = Creature(infect, 1, true);
Creature f1 = Creature(food, 0, true);
ostringstream z;
ostringstream w;
x.addCreature(i1, 1, 0);
x.addCreature(f1, 0, 0);
x.printBoard(z);
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 1.\n 0\n0 i\n1 i\n\n");
}
TEST(TestSpecies, infect2){
Darwin x = Darwin(2, 1);
Species infect = Species("i");
infect.addInstruction("infect");
infect.addInstruction("left");
infect.addInstruction("go 0");
Species food = Species("f");
food.addInstruction("left");
food.addInstruction("go 0");
Creature i1 = Creature(infect, 2, true);
Creature f1 = Creature(food, 0, true);
ostringstream z;
ostringstream w;
x.addCreature(i1, 1, 0);
x.addCreature(f1, 0, 0);
x.run_game();
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 1.\n 0\n0 f\n1 i\n\n");
x.run_game();
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 3.\n 0\n0 i\n1 i\n\n");
}
TEST(TestSpecies, infect3){
Darwin x = Darwin(2, 2);
Species infect = Species("i");
infect.addInstruction("infect");
infect.addInstruction("left");
infect.addInstruction("go 0");
Species food = Species("f");
food.addInstruction("left");
food.addInstruction("go 0");
Creature i1 = Creature(infect, 2, true);
Creature i2 = Creature(infect, 2, true);
Creature f1 = Creature(food, 0, true);
ostringstream z;
ostringstream w;
x.addCreature(i1, 1, 0);
x.addCreature(i2, 1, 1);
x.addCreature(f1, 0, 0);
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 0.\n 01\n0 f.\n1 ii\n\n");
x.run_game();
x.run_game();
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 3.\n 01\n0 i.\n1 ii\n\n");
}
// if_wall tests
TEST(TestSpecies, if_wall1) {
Darwin x = Darwin(2, 2);
Species hop = Species("h");
hop.addInstruction("if_wall 3");
hop.addInstruction("hop");
hop.addInstruction("go 0");
hop.addInstruction("left");
hop.addInstruction("go 0");
Creature h1 = Creature(hop, 0, true);
ostringstream z;
ostringstream w;
x.addCreature(h1, 0, 1);
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 0.\n 01\n0 .h\n1 ..\n\n");
x.run_game();
x.run_game();
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 3.\n 01\n0 ..\n1 h.\n\n");
}
TEST(TestSpecies, if_wall2){
Darwin x = Darwin(2,2);
Species hop = Species("h");
hop.addInstruction("if_wall 3");
hop.addInstruction("hop");
hop.addInstruction("go 0");
hop.addInstruction("left");
hop.addInstruction("go 0");
Creature h1 = Creature(hop, 0, true);
ostringstream z;
ostringstream w;
x.addCreature(h1, 0, 0);
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 0.\n 01\n0 h.\n1 ..\n\n");
x.run_game();
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 2.\n 01\n0 ..\n1 h.\n\n");
}
TEST(TestSpecies, if_wall3){
vector<vector<Creature> > grid = vector<vector<Creature> >(3,vector<Creature>(3));
Species hop = Species("h");
hop.addInstruction("if_wall 2");
hop.addInstruction("hop");
hop.addInstruction("left");
hop.addInstruction("go 0");
int hopX = 0;
int hopY = 0;
int hopDir = 0;
int progCount = 0;
Creature h1 = Creature(hop, hopDir, true);
grid[hopX][hopY] = h1;
ASSERT_TRUE(hop.if_wall(2, progCount, hopX, hopY, hopDir, grid) == false);
ASSERT_TRUE(progCount == 2);
}
// if_enemy tests
TEST(TestSpecies, if_enemy1) {
Darwin x = Darwin(2, 2);
Species detect = Species("d");
detect.addInstruction("if_enemy 3");
detect.addInstruction("right");
detect.addInstruction("go 0");
detect.addInstruction("infect");
detect.addInstruction("go 0");
Species food = Species("f");
food.addInstruction("right");
food.addInstruction("go 0");
Creature d1 = Creature(detect, 0, true);
Creature f1 = Creature(food, 0, true);
x.addCreature(d1, 1, 1);
x.addCreature(f1, 0, 1);
ostringstream w;
ostringstream z;
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 0.\n 01\n0 .f\n1 .d\n\n");
x.run_game();
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 2.\n 01\n0 .d\n1 .d\n\n");
}
TEST(TestSpecies, if_enemy2) {
Darwin x = Darwin(3, 3);
Species detect = Species("d");
detect.addInstruction("if_enemy 3");
detect.addInstruction("hop");
detect.addInstruction("go 0");
detect.addInstruction("infect");
detect.addInstruction("go 0");
Species food = Species("f");
food.addInstruction("right");
food.addInstruction("go 0");
Creature d1 = Creature(detect, 0, true);
Creature f1 = Creature(food, 0, true);
x.addCreature(d1, 0, 2);
x.addCreature(f1, 0, 0);
ostringstream w;
ostringstream z;
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 0.\n 012\n0 f.d\n1 ...\n2 ...\n\n");
x.run_game();
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 2.\n 012\n0 dd.\n1 ...\n2 ...\n\n");
}
TEST(TestSpecies, if_enemy3) {
vector<vector<Creature> > grid = vector<vector<Creature> >(3,vector<Creature>(3));
Species hop = Species("h");
hop.addInstruction("if_enemy 3");
hop.addInstruction("hop");
hop.addInstruction("go 0");
hop.addInstruction("left");
hop.addInstruction("go 0");
int hopX = 0;
int hopY = 1;
int hopDir = 0;
int progCount = 0;
Species evil = Species("e");
int hopX2 = 0;
int hopY2 = 0;
int hopDir2 = 0;
//int progCount2 = 0;
Creature h1 = Creature(hop, hopDir, true);
Creature h2 = Creature(evil, hopDir2, true);
grid[hopX][hopY] = h1;
grid[hopX2][hopY2] = h2;
ASSERT_TRUE(hop.if_enemy(3, progCount, hopX, hopY, hopDir, grid) == false);
ASSERT_TRUE(progCount == 3);
}
//Species Print tests
TEST(TestSpecies, print1){
Species tester = Species("t");
Creature t1 = Creature(tester, 0, true);
ASSERT_TRUE(t1.print() == "t");
}
TEST(TestSpecies, print2){
Species tester = Species("t");
Species tester2 = Species("2");
Creature t1 = Creature(tester, 0, true);
Creature t2 = Creature(tester2, 0, true);
ASSERT_TRUE(t1.print() == "t");
ASSERT_TRUE(t2.print() == "2");
}
TEST(TestSpecies, print3){
Species tester = Species("t");
Species tester2 = Species("2");
Species tester3 = Species("a");
Creature t1 = Creature(tester, 0, true);
Creature t2 = Creature(tester2, 1, false);
Creature t3 = Creature(tester3, 2, true);
ASSERT_TRUE(t1.print() == "t");
ASSERT_TRUE(t2.print() == "2");
ASSERT_TRUE(t3.print() == "a");
}
//hop tests
TEST(TestSpecies, hop_WEST){ // Can't really get the direction directly, so use hop instruction to ensure it's actually turning
Darwin x = Darwin(2,2);
Species hop = Species("t");
hop.addInstruction("hop");
Creature t1 = Creature(hop, 0, true);
ostringstream z;
ostringstream w;
x.addCreature(t1, 1, 1);
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 0.\n 01\n0 ..\n1 .t\n\n");
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 1.\n 01\n0 ..\n1 t.\n\n");
}
TEST(TestSpecies, hop_WALL){ // Can't really get the direction directly, so use hop instruction to ensure it's actually turning
Darwin x = Darwin(2,2);
Species hop = Species("t");
hop.addInstruction("hop");
Creature t1 = Creature(hop, 0, true);
ostringstream z;
ostringstream w;
x.addCreature(t1, 0, 0);
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 0.\n 01\n0 t.\n1 ..\n\n");
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 1.\n 01\n0 t.\n1 ..\n\n");
}
TEST(TestSpecies, hop_NORTH){ // Can't really get the direction directly, so use hop instruction to ensure it's actually turning
Darwin x = Darwin(2,2);
Species hop = Species("t");
hop.addInstruction("hop");
Creature t1 = Creature(hop, 1, true);
ostringstream z;
ostringstream w;
x.addCreature(t1, 1, 1);
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 0.\n 01\n0 ..\n1 .t\n\n");
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 1.\n 01\n0 .t\n1 ..\n\n");
}
TEST(TestSpecies, hop_CREATURE){ // Can't really get the direction directly, so use hop instruction to ensure it's actually turning
Darwin x = Darwin(3,3);
Species hop = Species("t");
hop.addInstruction("hop");
Creature t1 = Creature(hop, 3, true);
Creature t2 = Creature(hop, 0, true);
ostringstream z;
ostringstream w;
x.addCreature(t1, 1, 1);
x.addCreature(t2, 2, 1);
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 0.\n 012\n0 ...\n1 .t.\n2 .t.\n\n");
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 1.\n 012\n0 ...\n1 .t.\n2 t..\n\n");
}
TEST(TestSpecies, hop_food){ // Can't really get the direction directly, so use hop instruction to ensure it's actually turning
vector<vector<Creature> > grid = vector<vector<Creature> >(3,vector<Creature>(3));
Species hop = Species("h");
hop.addInstruction("if_empty 2");
hop.addInstruction("left");
hop.addInstruction("hop");
hop.addInstruction("go 0");
int hopX = 1;
int hopY = 1;
int hopDir = 0;
int hopProgCount = 3;
Species food = Species("f");
food.addInstruction("left");
food.addInstruction("go 0");
int foodX = 1;
int foodY = 0;
int foodDir = 0;
Creature h1 = Creature(hop, hopDir, true);
Creature f1 = Creature(food, foodDir, true);
grid[hopX][hopY] = h1;
grid[foodX][foodY] = f1;
ASSERT_TRUE(hop.hop(hopX, hopY, hopDir, hopProgCount, grid) == true);
ASSERT_TRUE(hopProgCount == 4);
ASSERT_TRUE(grid[hopX][hopY].print() == "h");
hopProgCount = 3;
}
TEST(TestSpecies, hop_5){ // Can't really get the direction directly, so use hop instruction to ensure it's actually turning
vector<vector<Creature> > grid = vector<vector<Creature> >(3,vector<Creature>(3));
Species hop = Species("h");
hop.addInstruction("if_empty 3");
hop.addInstruction("left");
hop.addInstruction("go 0");
hop.addInstruction("hop");
hop.addInstruction("go 0");
int hopX = 1;
int hopY = 1;
int hopDir = 0;
int hopProgCount = 3;
Creature h1 = Creature(hop, hopDir, true);
grid[hopX][hopY] = h1;
ASSERT_TRUE(hop.hop(hopX, hopY, hopDir, hopProgCount, grid) == true);
ASSERT_TRUE(hopProgCount == 4);
ASSERT_TRUE(grid[hopX][hopY].print() == ".");
ASSERT_TRUE(grid[hopX][hopY-1].print() == "h");
}
TEST(TestSpecies, right_1){ // Can't really get the direction directly, so use hop instruction to ensure it's actually turning
Darwin x = Darwin(2,2);
Species turn = Species("t");
turn.addInstruction("right");
turn.addInstruction("hop");
turn.addInstruction("go 0");
Creature t1 = Creature(turn, 1, true);
ostringstream z;
ostringstream w;
x.addCreature(t1, 0, 0);
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 0.\n 01\n0 t.\n1 ..\n\n");
x.run_game();
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 2.\n 01\n0 .t\n1 ..\n\n");
}
TEST(TestSpecies, right_2){
Darwin x = Darwin(3,3);
Species turn = Species("t");
turn.addInstruction("right");
turn.addInstruction("hop");
turn.addInstruction("go 0");
Creature t1 = Creature(turn, 0, true);
ostringstream z;
ostringstream w;
x.addCreature(t1, 1, 1);
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 0.\n 012\n0 ...\n1 .t.\n2 ...\n\n");
x.run_game();
x.run_game();
x.run_game();
x.run_game();
x.run_game();
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 6.\n 012\n0 ...\n1 ..t\n2 ...\n\n");
}
TEST(TestSpecies, right_3){
Darwin x = Darwin(2,2);
Species turn = Species("t");
turn.addInstruction("right");
turn.addInstruction("hop");
turn.addInstruction("right");
turn.addInstruction("go 0");
Creature t1 = Creature(turn, 0, true);
ostringstream z;
ostringstream w;
x.addCreature(t1, 1, 0);
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 0.\n 01\n0 ..\n1 t.\n\n");
x.run_game();
x.run_game();
x.run_game();
x.run_game();
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 5.\n 01\n0 ..\n1 t.\n\n");
}
TEST(TestSpecies, right_4){ // Can't really get the direction directly, so use hop instruction to ensure it's actually turning
vector<vector<Creature> > grid = vector<vector<Creature> >(3,vector<Creature>(3));
Species hop = Species("h");
hop.addInstruction("right");
hop.addInstruction("go 0");
int hopX = 1;
int hopY = 1;
int hopDir = 0;
int hopProgCount = 0;
Creature h1 = Creature(hop, hopDir, true);
grid[hopX][hopY] = h1;
ASSERT_TRUE(hop.right(hopDir, hopProgCount) == true);
ASSERT_TRUE(hopDir == 1);
ASSERT_TRUE(hopProgCount == 1);
}
//Creature default constructor
TEST(TestCreature, default_const1){
Darwin x = Darwin(2, 2);
Creature c = Creature();
ASSERT_TRUE(c.print() == ".");
}
TEST(TestCreature, default_const2){
Darwin x = Darwin(1, 1);
ostringstream w;
x.printBoard(w);
ASSERT_TRUE(w.str() =="Turn = 0.\n 0\n0 .\n\n"); //checks if default constructor runs when Darwin created
}
TEST(TestCreature, default_const3){
Darwin x = Darwin(2, 2);
ostringstream w;
x.printBoard(w);
ASSERT_TRUE(w.str() =="Turn = 0.\n 01\n0 ..\n1 ..\n\n"); //checks if default constructor runs when Darwin created
}
TEST(TestCreature, print1){
Species test = Species("t");
Creature testC = Creature(test, 0, true);
ASSERT_TRUE(testC.print() == "t");
}
TEST(TestCreature, print2){
Species test = Species("t");
Creature testC = Creature(test, 0, true);
Creature testC2 = Creature(test, 1, false);
ASSERT_TRUE(testC.print() == "t");
ASSERT_TRUE(testC2.print() == "t");
}
TEST(TestCreature, print3){
Species test = Species("t");
Species test2 = Species("x");
Species test3 = Species("v");
Creature testC = Creature(test, 0, true);
Creature testC2 = Creature(test2, 1, false);
Creature testC3 = Creature(test3, 3, true);
ASSERT_TRUE(testC.print() == "t");
ASSERT_TRUE(testC2.print() == "x");
ASSERT_TRUE(testC3.print() == "v");
}
//Creature evolve tests
TEST(TestCreature, evolve1){
Species infecter = Species("i");
Species infectee = Species("j");
Creature infectC = Creature(infecter, 0, true);
Creature infecteeC = Creature(infectee, 0, true);
ASSERT_TRUE(infectC.print() == "i");
ASSERT_TRUE(infecteeC.print() == "j");
infecteeC.evolve(&infecter);
ASSERT_TRUE(infectC.print() == "i");
ASSERT_TRUE(infecteeC.print() == "i");
}
TEST(TestCreature, evolve2){
Darwin x = Darwin(3, 3);
Species infecter = Species("i");
infecter.addInstruction("if_enemy 6");
infecter.addInstruction("if_empty 4");
infecter.addInstruction("right");
infecter.addInstruction("go 0;");
infecter.addInstruction("hop");
infecter.addInstruction("go 0");
infecter.addInstruction("infect");
infecter.addInstruction("go 0");
Species infectee = Species("j");
infectee.addInstruction("right");
infectee.addInstruction("go 0");
Creature infectC = Creature(infecter, 3, true);
Creature infecteeC = Creature(infectee, 0, true);
x.addCreature(infectC, 0, 2);
x.addCreature(infecteeC, 2, 2);
ostringstream w;
ostringstream z;
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 0.\n 012\n0 ..i\n1 ...\n2 ..j\n\n");
x.run_game();
x.run_game();
x.run_game();
x.run_game();
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 4.\n 012\n0 ...\n1 .i.\n2 ..i\n\n");
}
TEST(TestCreature, evolve3){
Species infecter = Species("i");
Species infectee = Species("j");
Creature infectC = Creature(infecter, 0, true);
Creature infecteeC = Creature(infectee, 0, true);
Creature infecteeC2 = Creature(infectee, 1, true);
ASSERT_TRUE(infectC.print() == "i");
ASSERT_TRUE(infecteeC.print() == "j");
ASSERT_TRUE(infecteeC2.print() == "j");
infecteeC.evolve(&infecter);
ASSERT_TRUE(infectC.print() == "i");
ASSERT_TRUE(infecteeC.print() == "i");
ASSERT_TRUE(infecteeC2.print() == "j");
infecteeC2.evolve(&infecter);
ASSERT_TRUE(infectC.print() == "i");
ASSERT_TRUE(infecteeC.print() == "i");
ASSERT_TRUE(infecteeC2.print() == "i");
}
TEST(TestSpecies, if_empty_1){
Darwin x = Darwin(3,3);
Species hop = Species("h");
hop.addInstruction("if_empty 2");
hop.addInstruction("left");
hop.addInstruction("hop");
hop.addInstruction("go 0");
Creature h1 = Creature(hop, 0, true);
ostringstream z;
ostringstream w;
x.addCreature(h1, 1, 1);
x.printBoard(z);
ASSERT_TRUE(z.str() == "Turn = 0.\n 012\n0 ...\n1 .h.\n2 ...\n\n");
x.run_game();
x.run_game();
x.run_game();
x.printBoard(w);
ASSERT_TRUE(w.str() == "Turn = 3.\n 012\n0 ...\n1 ...\n2 h..\n\n");
}
TEST(TestSpecies, if_empty_2){
vector<vector<Creature> > grid = vector<vector<Creature> >(3,vector<Creature>(3));
Species hop = Species("h");
hop.addInstruction("if_empty 2");
hop.addInstruction("left");
hop.addInstruction("hop");
hop.addInstruction("go 0");
int hopX = 1;
int hopY = 1;
int hopDir = 0;
int progCount = 0;
Creature h1 = Creature(hop, hopDir, true);
grid[hopX][hopY] = h1;
ASSERT_TRUE(hop.if_empty(2, progCount, hopX, hopY, hopDir, grid) == false);
ASSERT_TRUE(progCount == 2);
}
TEST(TestSpecies, if_empty_Food){
vector<vector<Creature> > grid = vector<vector<Creature> >(3,vector<Creature>(3));
Species hop = Species("h");
hop.addInstruction("if_empty 2");
hop.addInstruction("left");
hop.addInstruction("hop");
hop.addInstruction("go 0");
int hopX = 1;
int hopY = 1;
int hopDir = 0;
int hopProgCount = 0;
Species food = Species("f");
food.addInstruction("left");
food.addInstruction("go 0");
int foodX = 1;
int foodY = 0;
int foodDir = 0;
Creature h1 = Creature(hop, hopDir, true);
Creature f1 = Creature(food, foodDir, true);
grid[hopX][hopY] = h1;
grid[foodX][foodY] = f1;
ASSERT_TRUE(hop.if_empty(2, hopProgCount, hopX, hopY, hopDir, grid) == false);
ASSERT_TRUE(hopProgCount == 1);
}
TEST(TestSpecies, if_empty_Wall){
vector<vector<Creature> > grid = vector<vector<Creature> >(3,vector<Creature>(3));
Species hop = Species("h");
hop.addInstruction("if_empty 2");
hop.addInstruction("left");
hop.addInstruction("hop");
hop.addInstruction("go 0");
int hopX = 1;
int hopY = 0;
int hopDir = 0;
int hopProgCount = 0;
Creature h1 = Creature(hop, hopDir, true);
grid[hopX][hopY] = h1;
ASSERT_TRUE(hop.if_empty(2, hopProgCount, hopX, hopY, hopDir, grid) == false);
ASSERT_TRUE(hopProgCount == 1);
}
TEST(TestSpecies, go_1){
Species hop = Species("h");
int progCount = 0;
ASSERT_TRUE(hop.go(2, progCount) == false);