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ek6798-TestDarwin.c++
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// ------------------------------
// projects/darwin/TestDarwin.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 "Darwin.h"
using namespace std;
// ------------------
// Darwin constructor
// ------------------
TEST(DarwinFixture, test_1) {
Darwin d(1, 1);
}
TEST(DarwinFixture, test_2) {
Darwin d(72, 72);
}
TEST(DarwinFixture, test_3) {
Darwin d(100, 100);
}
TEST(DarwinFixture, test_4) {
for(int i = 0; i < 10; ++i) {
Darwin d(10, 10);}
}
// ---------------------
// Species constructor 1
// ---------------------
TEST(DarwinFixture, test_5) {
Species s('s');
}
TEST(DarwinFixture, test_6) {
for(int i = 0; i < 10; ++i) {
Species s('s');}
}
TEST(DarwinFixture, test_7) {
Species w('w');
Species h('h');
Species a('a');
Species t('t');
}
// ---------------------
// Species constructor 2
// ---------------------
TEST(DarwinFixture, test_8) {
Species s('s');
Species s2(s);
}
TEST(DarwinFixture, test_9) {
Species s('s');
for(int i = 0; i < 10; ++i) {
Species q(s);}
}
TEST(DarwinFixture, test_10) {
Species s('s');
Species s2(s);
Species s3(s2);
Species s4(s3);
Species s5(s4);
}
// --------------------
// Creature constructor
// --------------------
TEST(DarwinFixture, test_11) {
Species s('w');
Creature c(s, east);
}
TEST(DarwinFixture, test_12) {
Species s('w');
for(int i = 0; i < 10; ++i) {
Creature c(s, east);}
}
TEST(DarwinFixture, test_13) {
Species s('w');
Creature c(s, east);
Creature c1(s, west);
Creature c2(s, north);
Creature c3(s, south);
}
TEST(DarwinFixture, test_14) {
Darwin d(4,4);
Species hopper('h');
hopper.addInstruction("hop");
hopper.addInstruction("go", 0);
Species trap('t');
trap.addInstruction("if_enemy", 3);
trap.addInstruction("left");
trap.addInstruction("go", 0);
trap.addInstruction("infect");
trap.addInstruction("go", 0);
Creature t1(trap, east); // (west 0, north 1, east 2, south 3)
d.addCreature(t1, 0, 0);
Creature h1(hopper, south);
d.addCreature(h1, 0, 1);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(1);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare("Turn = 0.\n 0123\n0 th..\n1 ....\n2 ....\n3"
" ....\n\nTurn = 1.\n 0123\n0 tt..\n1 ....\n2 ....\n3 ....\n\n") == 0);
}
TEST(DarwinFixture, test_15) {
Darwin d(1,1);
Species hopper('h');
hopper.addInstruction("hop");
hopper.addInstruction("go", 0);
Creature h1(hopper, south);
d.addCreature(h1, 0, 0);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(1);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare("Turn = 0.\n 0\n0 h\n\n"
"Turn = 1.\n 0\n0 h\n\n") == 0);
}
TEST(DarwinFixture, test_16) {
Darwin d(1,1);
Species trap('t');
trap.addInstruction("if_enemy", 3);
trap.addInstruction("left");
trap.addInstruction("go", 0);
trap.addInstruction("infect");
trap.addInstruction("go", 0);
Creature t1(trap, east); // (west 0, north 1, east 2, south 3)
d.addCreature(t1, 0, 0);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(1);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare("Turn = 0.\n 0\n0 t\n\n"
"Turn = 1.\n 0\n0 t\n\n") == 0);
}
TEST(DarwinFixture, test_17) {
Darwin d(1,1);
Species trap('t');
trap.addInstruction("if_enemy", 3);
trap.addInstruction("left");
trap.addInstruction("go", 0);
trap.addInstruction("infect");
trap.addInstruction("go", 0);
Creature t1(trap, east); // (west 0, north 1, east 2, south 3)
d.addCreature(t1, 0, 0);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(2);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare("Turn = 0.\n 0\n0 t\n\n"
"Turn = 1.\n 0\n0 t\n\n"
"Turn = 2.\n 0\n0 t\n\n") == 0);
}
TEST(DarwinFixture, test_18) {
Darwin d(2,2);
Species trap('t');
trap.addInstruction("if_enemy", 3);
trap.addInstruction("left");
trap.addInstruction("go", 0);
trap.addInstruction("infect");
trap.addInstruction("go", 0);
Creature t1(trap, east); // (west 0, north 1, east 2, south 3)
d.addCreature(t1, 0, 0);
Creature t2(trap, west);
d.addCreature(t2, 0, 1);
Species hopper('h');
hopper.addInstruction("hop");
hopper.addInstruction("go", 0);
Creature h1(hopper, south);
d.addCreature(h1, 1, 0);
Creature h2(hopper, north);
d.addCreature(h2, 1, 1);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(2);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare("Turn = 0.\n 01\n0 tt\n1 hh\n\n"
"Turn = 1.\n 01\n0 tt\n1 hh\n\n"
"Turn = 2.\n 01\n0 tt\n1 ht\n\n") == 0);
}
TEST(DarwinFixture, test_19) {
Darwin d(2,2);
Species hopper('h');
hopper.addInstruction("hop");
hopper.addInstruction("go", 0);
Creature h1(hopper, south);
d.addCreature(h1, 0, 0);
Creature h2(hopper, north);
d.addCreature(h2, 1, 1);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(2);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare("Turn = 0.\n 01\n0 h.\n1 .h\n\n"
"Turn = 1.\n 01\n0 .h\n1 h.\n\n"
"Turn = 2.\n 01\n0 .h\n1 h.\n\n") == 0);
}
TEST(DarwinFixture, test_20) {
Darwin d(4,4);
Species r('r');
r.addInstruction("if_enemy", 9);
r.addInstruction("if_empty", 7);
r.addInstruction("if_random", 5);
r.addInstruction("left");
r.addInstruction("go", 0);
r.addInstruction("right");
r.addInstruction("go", 0);
r.addInstruction("hop");
r.addInstruction("go", 0);
r.addInstruction("infect");
r.addInstruction("go", 0);
Species b('b');
b.addInstruction("if_enemy", 9);
b.addInstruction("if_empty", 7);
b.addInstruction("if_random", 5);
b.addInstruction("right");
b.addInstruction("go", 0);
b.addInstruction("left");
b.addInstruction("go", 0);
b.addInstruction("hop");
b.addInstruction("go", 0);
b.addInstruction("infect");
b.addInstruction("go", 0);
Creature r1(r, south);
d.addCreature(r1, 3, 3);
Creature b1(b, south);
d.addCreature(b1, 0, 0);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(4);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare(
"Turn = 0.\n 0123\n0 b...\n1 ....\n2 ....\n3 ...r\n\n"
"Turn = 1.\n 0123\n0 ....\n1 b...\n2 ....\n3 ...r\n\n"
"Turn = 2.\n 0123\n0 ....\n1 ....\n2 b...\n3 ..r.\n\n"
"Turn = 3.\n 0123\n0 ....\n1 ....\n2 ....\n3 br..\n\n"
"Turn = 4.\n 0123\n0 ....\n1 ....\n2 ....\n3 rr..\n\n") == 0);
}
TEST(DarwinFixture, test_21) {
Darwin d(4,4);
Species r('r');
r.addInstruction("if_enemy", 9);
r.addInstruction("if_empty", 7);
r.addInstruction("if_random", 5);
r.addInstruction("left");
r.addInstruction("go", 0);
r.addInstruction("right");
r.addInstruction("go", 0);
r.addInstruction("hop");
r.addInstruction("go", 0);
r.addInstruction("infect");
r.addInstruction("go", 0);
Species b('b');
b.addInstruction("if_enemy", 6);
b.addInstruction("if_empty", 4);
b.addInstruction("right");
b.addInstruction("go", 0);
b.addInstruction("hop");
b.addInstruction("go", 0);
b.addInstruction("infect");
b.addInstruction("go", 0);
Creature r1(r, south);
d.addCreature(r1, 3, 3);
Creature b1(b, south);
d.addCreature(b1, 0, 0);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(4);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare(
"Turn = 0.\n 0123\n0 b...\n1 ....\n2 ....\n3 ...r\n\n"
"Turn = 1.\n 0123\n0 ....\n1 b...\n2 ....\n3 ...r\n\n"
"Turn = 2.\n 0123\n0 ....\n1 ....\n2 b...\n3 ..r.\n\n"
"Turn = 3.\n 0123\n0 ....\n1 ....\n2 ....\n3 br..\n\n"
"Turn = 4.\n 0123\n0 ....\n1 ....\n2 ....\n3 rr..\n\n") == 0);
}
TEST(DarwinFixture, test_22) {
Darwin d(4,4);
Species r('r');
r.addInstruction("if_enemy", 9);
r.addInstruction("if_empty", 7);
r.addInstruction("if_random", 5);
r.addInstruction("left");
r.addInstruction("go", 0);
r.addInstruction("right");
r.addInstruction("go", 0);
r.addInstruction("hop");
r.addInstruction("go", 0);
r.addInstruction("infect");
r.addInstruction("go", 0);
Species b('b');
b.addInstruction("if_enemy", 6);
b.addInstruction("if_empty", 4);
b.addInstruction("right");
b.addInstruction("go", 0);
b.addInstruction("hop");
b.addInstruction("go", 0);
b.addInstruction("infect");
b.addInstruction("go", 0);
Creature r1(r, south);
d.addCreature(r1, 0, 0);
Creature b1(b, south);
d.addCreature(b1, 3, 3);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(4);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare(
"Turn = 0.\n 0123\n0 r...\n1 ....\n2 ....\n3 ...b\n\n"
"Turn = 1.\n 0123\n0 ....\n1 r...\n2 ....\n3 ...b\n\n"
"Turn = 2.\n 0123\n0 ....\n1 ....\n2 r...\n3 ..b.\n\n"
"Turn = 3.\n 0123\n0 ....\n1 ....\n2 ....\n3 rb..\n\n"
"Turn = 4.\n 0123\n0 ....\n1 ....\n2 ....\n3 bb..\n\n") == 0);
}
TEST(DarwinFixture, test_23) {
Darwin d(2,2);
string action = "hop";
string inFront = "enemy";
ASSERT_FALSE(d.actionValid(action, inFront));
}
TEST(DarwinFixture, test_24) {
Darwin d(2,2);
string action = "hop";
string inFront = "";
ASSERT_TRUE(d.actionValid(action, inFront));
}
TEST(DarwinFixture, test_25) {
Darwin d(2,2);
string action = "infect";
string inFront = "enemy";
ASSERT_TRUE(d.actionValid(action, inFront));
}
TEST(DarwinFixture, test_26) {
Darwin d(2,2);
string action = "infect";
string inFront = "";
ASSERT_FALSE(d.actionValid(action, inFront));
}
TEST(DarwinFixture, test_27) {
Darwin d(2,2);
string action = "right";
string inFront = "enemy";
ASSERT_TRUE(d.actionValid(action, inFront));
}
TEST(DarwinFixture, test_28) {
Darwin d(1,1);
Species hopper('h');
hopper.addInstruction("hop");
hopper.addInstruction("go", 0);
Creature h1(hopper, south);
d.addCreature(h1, 0, 0);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(1);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare("Turn = 0.\n 0\n0 h\n\n"
"Turn = 1.\n 0\n0 h\n\n") == 0);
}
TEST(DarwinFixture, test_29) {
Darwin d(1,1);
Species best('b');
best.addInstruction("if_enemy", 10); //0
best.addInstruction("if_empty", 12); //1
best.addInstruction("right"); //2
best.addInstruction("if_enemy", 10); //3
best.addInstruction("if_empty", 12); //4
best.addInstruction("if_random", 8); //5
best.addInstruction("right"); //6
best.addInstruction("go", 0); //7
best.addInstruction("right"); //8
best.addInstruction("go", 0); //9
best.addInstruction("infect"); //10
best.addInstruction("go", 0); //11
best.addInstruction("hop"); //12
best.addInstruction("go", 0); //13
Creature b1(best, south);
d.addCreature(b1, 0, 0);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(5);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare("Turn = 0.\n 0\n0 b\n\n"
"Turn = 1.\n 0\n0 b\n\n"
"Turn = 2.\n 0\n0 b\n\n"
"Turn = 3.\n 0\n0 b\n\n"
"Turn = 4.\n 0\n0 b\n\n"
"Turn = 5.\n 0\n0 b\n\n") == 0);
}
TEST(DarwinFixture, test_30) {
Darwin d(4,4);
Species best('b');
best.addInstruction("if_enemy", 10); //0
best.addInstruction("if_empty", 12); //1
best.addInstruction("right"); //2
best.addInstruction("if_enemy", 10); //3
best.addInstruction("if_empty", 12); //4
best.addInstruction("if_random", 8); //5
best.addInstruction("right"); //6
best.addInstruction("go", 0); //7
best.addInstruction("right"); //8
best.addInstruction("go", 0); //9
best.addInstruction("infect"); //10
best.addInstruction("go", 0); //11
best.addInstruction("hop"); //12
best.addInstruction("go", 0); //13
Creature b1(best, south);
d.addCreature(b1, 0, 0);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(5);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare(
"Turn = 0.\n 0123\n0 b...\n1 ....\n2 ....\n3 ....\n\n"
"Turn = 1.\n 0123\n0 ....\n1 b...\n2 ....\n3 ....\n\n"
"Turn = 2.\n 0123\n0 ....\n1 ....\n2 b...\n3 ....\n\n"
"Turn = 3.\n 0123\n0 ....\n1 ....\n2 ....\n3 b...\n\n"
"Turn = 4.\n 0123\n0 ....\n1 ....\n2 ....\n3 b...\n\n"
"Turn = 5.\n 0123\n0 ....\n1 ....\n2 ....\n3 b...\n\n") == 0);
}
TEST(DarwinFixture, test_31) {
Darwin d(4,4);
Species rover('r');
rover.addInstruction("if_enemy", 9);
rover.addInstruction("if_empty", 7);
rover.addInstruction("if_random", 5);
rover.addInstruction("left");
rover.addInstruction("go", 0);
rover.addInstruction("right");
rover.addInstruction("go", 0);
rover.addInstruction("hop");
rover.addInstruction("go", 0);
rover.addInstruction("infect");
rover.addInstruction("go", 0);
Creature r1(rover, south);
d.addCreature(r1, 0, 0);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(5);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare(
"Turn = 0.\n 0123\n0 r...\n1 ....\n2 ....\n3 ....\n\n"
"Turn = 1.\n 0123\n0 ....\n1 r...\n2 ....\n3 ....\n\n"
"Turn = 2.\n 0123\n0 ....\n1 ....\n2 r...\n3 ....\n\n"
"Turn = 3.\n 0123\n0 ....\n1 ....\n2 ....\n3 r...\n\n"
"Turn = 4.\n 0123\n0 ....\n1 ....\n2 ....\n3 r...\n\n"
"Turn = 5.\n 0123\n0 ....\n1 ....\n2 ....\n3 .r..\n\n") == 0);
}
TEST(DarwinFixture, test_32) {
Darwin d(1,1);
Species rover('r');
rover.addInstruction("if_enemy", 9);
rover.addInstruction("if_empty", 7);
rover.addInstruction("if_random", 5);
rover.addInstruction("left");
rover.addInstruction("go", 0);
rover.addInstruction("right");
rover.addInstruction("go", 0);
rover.addInstruction("hop");
rover.addInstruction("go", 0);
rover.addInstruction("infect");
rover.addInstruction("go", 0);
Creature r1(rover, south);
d.addCreature(r1, 0, 0);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(5);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare("Turn = 0.\n 0\n0 r\n\n"
"Turn = 1.\n 0\n0 r\n\n"
"Turn = 2.\n 0\n0 r\n\n"
"Turn = 3.\n 0\n0 r\n\n"
"Turn = 4.\n 0\n0 r\n\n"
"Turn = 5.\n 0\n0 r\n\n") == 0);
}
TEST(DarwinFixture, test_33) {
Darwin d(1,1);
Species trap('t');
trap.addInstruction("if_enemy", 3);
trap.addInstruction("left");
trap.addInstruction("go", 0);
trap.addInstruction("infect");
trap.addInstruction("go", 0);
Creature t1(trap, east); // (west 0, north 1, east 2, south 3)
d.addCreature(t1, 0, 0);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(5);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare("Turn = 0.\n 0\n0 t\n\n"
"Turn = 1.\n 0\n0 t\n\n"
"Turn = 2.\n 0\n0 t\n\n"
"Turn = 3.\n 0\n0 t\n\n"
"Turn = 4.\n 0\n0 t\n\n"
"Turn = 5.\n 0\n0 t\n\n") == 0);
}
TEST(DarwinFixture, test_34) {
Species trap('t');
Creature t1(trap, east);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
t1.print();
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare("t") == 0);
}
TEST(DarwinFixture, test_35) {
Species hopper('h');
Creature h1(hopper, east);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
h1.print();
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare("h") == 0);
}
TEST(DarwinFixture, test_36) {
Species s('r');
Creature c(s, east);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
c.print();
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare("r") == 0);
}
TEST(DarwinFixture, test_37) {
Species s('f');
Creature c(s, east);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
c.print();
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare("f") == 0);
}
TEST(DarwinFixture, test_38) {
Species s('b');
Creature c(s, east);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
c.print();
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare("b") == 0);
}
TEST(DarwinFixture, test_39) {
Darwin d(2,2);
Species trap('t');
trap.addInstruction("if_enemy", 3);
trap.addInstruction("left");
trap.addInstruction("go", 0);
trap.addInstruction("infect");
trap.addInstruction("go", 0);
Creature t1(trap, east); // (west 0, north 1, east 2, south 3)
d.addCreature(t1, 0, 0);
Species food('f');
food.addInstruction("left");
food.addInstruction("go", 0);
Creature f1(food, west);
d.addCreature(f1, 0, 1);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(1);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare("Turn = 0.\n 01\n0 tf\n1 ..\n\n"
"Turn = 1.\n 01\n0 tt\n1 ..\n\n") == 0);
}
TEST(DarwinFixture, test_40) {
Darwin d(2,2);
Species rover('r');
rover.addInstruction("if_enemy", 9);
rover.addInstruction("if_empty", 7);
rover.addInstruction("if_random", 5);
rover.addInstruction("left");
rover.addInstruction("go", 0);
rover.addInstruction("right");
rover.addInstruction("go", 0);
rover.addInstruction("hop");
rover.addInstruction("go", 0);
rover.addInstruction("infect");
rover.addInstruction("go", 0);
Creature r1(rover, east);
d.addCreature(r1, 0, 0);
Species food('f');
food.addInstruction("left");
food.addInstruction("go", 0);
Creature f1(food, west);
d.addCreature(f1, 0, 1);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(1);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare("Turn = 0.\n 01\n0 rf\n1 ..\n\n"
"Turn = 1.\n 01\n0 rr\n1 ..\n\n") == 0);
}
TEST(DarwinFixture, test_41) {
Darwin d(2,2);
Species rover('r');
rover.addInstruction("if_enemy", 9);
rover.addInstruction("if_empty", 7);
rover.addInstruction("if_random", 5);
rover.addInstruction("left");
rover.addInstruction("go", 0);
rover.addInstruction("right");
rover.addInstruction("go", 0);
rover.addInstruction("hop");
rover.addInstruction("go", 0);
rover.addInstruction("infect");
rover.addInstruction("go", 0);
Creature r1(rover, east);
d.addCreature(r1, 1, 0);
Species food('f');
food.addInstruction("left");
food.addInstruction("go", 0);
Creature f1(food, west);
d.addCreature(f1, 0, 1);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(5);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare(
"Turn = 0.\n 01\n0 .f\n1 r.\n\n"
"Turn = 1.\n 01\n0 .f\n1 .r\n\n"
"Turn = 2.\n 01\n0 .f\n1 .r\n\n"
"Turn = 3.\n 01\n0 .f\n1 .r\n\n"
"Turn = 4.\n 01\n0 .f\n1 .r\n\n"
"Turn = 5.\n 01\n0 .r\n1 .r\n\n") == 0);
}
TEST(DarwinFixture, test_42) {
Darwin d(2,2);
Species rover('r');
rover.addInstruction("if_enemy", 9);
rover.addInstruction("if_empty", 7);
rover.addInstruction("if_random", 5);
rover.addInstruction("left");
rover.addInstruction("go", 0);
rover.addInstruction("right");
rover.addInstruction("go", 0);
rover.addInstruction("hop");
rover.addInstruction("go", 0);
rover.addInstruction("infect");
rover.addInstruction("go", 0);
Creature r1(rover, east);
d.addCreature(r1, 0, 0);
Species food('f');
food.addInstruction("left");
food.addInstruction("go", 0);
Creature f1(food, west);
d.addCreature(f1, 0, 1);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(1);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare(
"Turn = 0.\n 01\n0 rf\n1 ..\n\n"
"Turn = 1.\n 01\n0 rr\n1 ..\n\n") == 0);
}
TEST(DarwinFixture, test_43) {
Darwin d(2,2);
Species rover('r');
rover.addInstruction("if_enemy", 9);
rover.addInstruction("if_empty", 7);
rover.addInstruction("if_random", 5);
rover.addInstruction("left");
rover.addInstruction("go", 0);
rover.addInstruction("right");
rover.addInstruction("go", 0);
rover.addInstruction("hop");
rover.addInstruction("go", 0);
rover.addInstruction("infect");
rover.addInstruction("go", 0);
Creature r1(rover, east);
d.addCreature(r1, 1, 1);
Species food('f');
food.addInstruction("left");
food.addInstruction("go", 0);
Creature f1(food, west);
d.addCreature(f1, 0, 1);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(2);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare(
"Turn = 0.\n 01\n0 .f\n1 .r\n\n"
"Turn = 1.\n 01\n0 .f\n1 .r\n\n"
"Turn = 2.\n 01\n0 .r\n1 .r\n\n") == 0);
}
TEST(DarwinFixture, test_44) {
Darwin d(2,2);
Species s('c');
s.addInstruction("left");
s.addInstruction("go", 0);
Creature c(s, south);
d.addCreature(c, 0, 0);
stringstream ss;
auto old_buf = cout.rdbuf(ss.rdbuf());
d.startGame(5);
cout.rdbuf(old_buf);
ASSERT_TRUE(ss.str().compare(
"Turn = 0.\n 01\n0 c.\n1 ..\n\n"
"Turn = 1.\n 01\n0 c.\n1 ..\n\n"
"Turn = 2.\n 01\n0 c.\n1 ..\n\n"
"Turn = 3.\n 01\n0 c.\n1 ..\n\n"
"Turn = 4.\n 01\n0 c.\n1 ..\n\n"
"Turn = 5.\n 01\n0 c.\n1 ..\n\n") == 0);
}
TEST(DarwinFixture, test_45) {
Darwin d(2,2);
Species s('c');
Creature c(s, south);
d.addCreature(c, 0, 0);
ASSERT_TRUE(c.lookAhead(d).compare("") == 0);
}
TEST(DarwinFixture, test_46) {
Darwin d(2,2);
Species s('c');
Creature c(s, north);
d.addCreature(c, 0, 0);
ASSERT_TRUE(c.lookAhead(d).compare("wall") == 0);
}
TEST(DarwinFixture, test_47) {
Darwin d(2,2);
Species s('c');
Creature c(s, east);
d.addCreature(c, 0, 0);
ASSERT_TRUE(c.lookAhead(d).compare("") == 0);
}
TEST(DarwinFixture, test_48) {
Darwin d(2,2);
Species s('c');
Creature c(s, east);
d.addCreature(c, 1, 0);
ASSERT_TRUE(c.lookAhead(d).compare("") == 0);
}
TEST(DarwinFixture, test_49) {
Darwin d(2,2);
Species s('c');
Creature c(s, west);
d.addCreature(c, 0, 1);
ASSERT_TRUE(c.lookAhead(d).compare("wall") == 0);
}
TEST(DarwinFixture, test_50) {
Darwin d(2,2);
Species s('c');
Creature c(s, west);
d.addCreature(c, 1, 1);
ASSERT_TRUE(c.lookAhead(d).compare("wall") == 0);
}