TEST (json, fetch_object)
{
std::string string1 ("{ \"thing\": \"junktest\" }");
std::stringstream stream1 (string1);
json_upgrade_test object1;
auto error1 (rai::fetch_object (object1, stream1));
ASSERT_FALSE (error1);
ASSERT_EQ ("changed", object1.text);
boost::property_tree::ptree tree1;
stream1.seekg (0);
boost::property_tree::read_json (stream1, tree1);
ASSERT_EQ ("changed", tree1.get <std::string> ("thing"));
std::string string2 ("{ \"thing\": \"junktest2\" }");
std::stringstream stream2 (string2);
json_upgrade_test object2;
auto error2 (rai::fetch_object (object2, stream2));
ASSERT_FALSE (error2);
ASSERT_EQ ("junktest2", object2.text);
ASSERT_EQ ("{ \"thing\": \"junktest2\" }", string2);
std::string string3 ("{ \"thing\": \"error\" }");
std::stringstream stream3 (string3);
json_upgrade_test object3;
auto error3 (rai::fetch_object (object3, stream3));
ASSERT_TRUE (error3);
std::fstream stream4;
rai::open_or_create (stream4, rai::unique_path().string());
json_upgrade_test object4;
auto error4 (rai::fetch_object (object4, stream4));
ASSERT_FALSE (error4);
ASSERT_EQ ("created", object4.text);
boost::property_tree::ptree tree2;
stream4.seekg (0);
boost::property_tree::read_json (stream4, tree2);
ASSERT_EQ ("created", tree2.get <std::string> ("thing"));
}
TestRefcountedString()
{
{
// copy construct
SmartString string1("string1");
SmartString string2(string1);
SmartString string3(string2);
}
{
// refcounted assignment
SmartString string1("string1");
SmartString string2("string2");
string1 = string2;
}
{
// copy assignment
SmartString string1("string1");
SmartString string2("string2");
string1 = string2.c_str();
}
{
// self-assignment
SmartString string1("string1");
string1 = string1;
}
{
// self-assignment via another reference
SmartString string1("string1");
SmartString string2(string1);
string1 = string2;
}
}
TEST_F(SecureStringTests, DISABLED_testConstructors)
{
OpenAB::SecureString string("test");
OpenAB::SecureString string1(string);
OpenAB::SecureString string2 = string;
OpenAB::SecureString string3(std::string("test"));
ASSERT_TRUE(strcmp("test", string.str()) == 0);
ASSERT_TRUE(strcmp("test", string1.str()) == 0);
ASSERT_TRUE(strcmp("test", string2.str()) == 0);
ASSERT_TRUE(strcmp("test", string3.str()) == 0);
string.clearStr();
string.clear();
ASSERT_TRUE(strcmp("test", string.str()) == 1);
}
TEST(fxcrt, ByteStringCNotNull) {
CFX_ByteStringC string3("abc");
CFX_ByteStringC string6("abcdef");
CFX_ByteStringC alternate_string3("abcdef", 3);
CFX_ByteStringC embedded_nul_string7("abc\0def", 7);
CFX_ByteStringC illegal_string7("abcdef", 7);
EXPECT_EQ(3, string3.GetLength());
EXPECT_EQ(6, string6.GetLength());
EXPECT_EQ(3, alternate_string3.GetLength());
EXPECT_EQ(7, embedded_nul_string7.GetLength());
EXPECT_EQ(7, illegal_string7.GetLength());
EXPECT_NE(string3, string6);
EXPECT_EQ(string3, alternate_string3);
EXPECT_NE(string3, embedded_nul_string7);
EXPECT_NE(string3, illegal_string7);
EXPECT_NE(string6, alternate_string3);
EXPECT_NE(string6, embedded_nul_string7);
EXPECT_NE(string6, illegal_string7);
EXPECT_NE(alternate_string3, embedded_nul_string7);
EXPECT_NE(alternate_string3, illegal_string7);
EXPECT_NE(embedded_nul_string7, illegal_string7);
CFX_ByteStringC copied_string3(string3);
CFX_ByteStringC copied_alternate_string3(alternate_string3);
CFX_ByteStringC copied_embedded_nul_string7(embedded_nul_string7);
EXPECT_EQ(string3, copied_string3);
EXPECT_EQ(alternate_string3, copied_alternate_string3);
EXPECT_EQ(embedded_nul_string7, copied_embedded_nul_string7);
CFX_ByteStringC assigned_string3("intially something else");
CFX_ByteStringC assigned_alternate_string3("initally something else");
CFX_ByteStringC assigned_ptr_string3("initially something else");
CFX_ByteStringC assigned_embedded_nul_string7("initially something else");
assigned_string3 = string3;
assigned_alternate_string3 = alternate_string3;
assigned_ptr_string3 = "abc";
assigned_embedded_nul_string7 = embedded_nul_string7;
EXPECT_EQ(string3, assigned_string3);
EXPECT_EQ(alternate_string3, assigned_alternate_string3);
EXPECT_EQ(alternate_string3, assigned_ptr_string3);
EXPECT_EQ(embedded_nul_string7, assigned_embedded_nul_string7);
}
void TestChainTraverserComments::TestStringHighlightStyles()
{
ComparisonContext cContext;
CRTF_String string(&cContext, Detached);
assertTest(string.GetHighlightStyle()==DV_STYLE_INSERTION);
string.DeleteAll();
assertTest(string.GetHighlightStyle()==DV_STYLE_DELETION);
CRTF_String string2(&cContext, Detached);
string2.MarkMatched();
assertTest(string2.GetHighlightStyle()==DV_STYLE_MATCH);
CRTF_String string3(&cContext, Detached);
string3.SetAsDVPComment();
assertTest(string3.GetHighlightStyle()==DV_STYLE_INSERTEDCOMMENT); // COMMENT_STUFF
string3.DeleteAll();
assertTest(string3.GetHighlightStyle()==DV_STYLE_DELETEDCOMMENT); // COMMENT_STUFF
}
int main(int argc, const char* argv[]) {
std::string string1("Testing the comparision functions.");
std::string string2("Hello");
std::string string3("stinger");
std::string string4(string2);
std::cout << "string1: " << string1 << "\nstring2: " << string2
<< "\nstring3: " << string3 << "\nstring4: " << string4 << "\n\n";
// comparing string1 and string4
if (string1 == string4)
std::cout << "string1 == string4\n";
else {
if (string1 > string4)
std::cout << "string1 > string4\n";
else
std::cout << "string1 < string4\n";
}
// comparing string1 and string2
int result = string1.compare(string2);
if (result == 0)
std::cout << "string1.compare(string2) == 0\n";
else {
if (result > 0)
std::cout << "string1.compare(string2) > 0\n";
else
std::cout << "string1.compare(string2) < 0\n";
}
// comparing string1 (elements 2-5) and string3 (elements 0-5)
result = string1.compare(2, 5, string3, 0, 5);
if (result == 0)
std::cout << "string1.compare(2, 5, string3, 0, 5) == 0\n";
else {
if (result > 0)
std::cout << "string1.compare(2, 5, string3, 0, 5) > 0\n";
else
std::cout << "string1.compare(2, 5, string3, 0, 5) < 0\n";
}
// comparing string2 and string4
result = string4.compare(0, string2.length(), string2);
if (result == 0)
std::cout << "string4.compare(0, string2.length(), string2) == 0"
<< std::endl;
else {
if (result > 0)
std::cout << "string4.compare(0, string2.length(), string2) > 0"
<< std::endl;
else
std::cout << "string4.compare(0, string2.length(), string2) < 0"
<< std::endl;
}
// comparing string2 and string4
result = string2.compare(0, 3, string4);
if (result == 0)
std::cout << "string2.compare(0, 3, string4) == 0" << std::endl;
else {
if (result > 0)
std::cout << "string2.compare(0, 3, string4) > 0" << std::endl;
else
std::cout << "string2.compare(0, 3, string4) < 0" << std::endl;
}
return 0;
}
void Debuger::DrawEntitiesStats(int eco){
sf::View currentView = _window->getView();
sf::Vector2f centerView = currentView.getCenter();
sf::Vector2f sizeView = currentView.getSize();
_text.setPosition(centerView.x-sizeView.x/2, centerView.y-sizeView.y/2+_displace);
std::stringstream buffer;
Scene* s = Scene::getScene();
Ecosystem *e1 = s->getEcosystem(eco);
buffer << "Ecosystem " << eco << " (" << e1->getInterval().x << " - " << e1->getInterval().y <<") Num Mobs: " << e1->getMobPopulationAndTreshold().x << "/" << e1->getMobPopulationAndTreshold().y << "/" << e1->getMobPopulationAndTreshold().z << "Num Trees: " << e1->getTreePopulationAndTreshold().x << "/" << e1->getTreePopulationAndTreshold().y << "/" << e1->getTreePopulationAndTreshold().z;
std::string string(buffer.str());
sf::String str(string);
_text.setString(str);
_window->draw(_text);
_displace = _displace + DISPLACEMENT;
sf::Vector2f position = _window->mapPixelToCoords(sf::Mouse::getPosition(*_window));
float zoom = s->getZoom();
sf::Vector2f position_center = sf::Vector2f(s->getPlayer()->GetPosition().x+Player::PLAYER_WIDTH/2,s->getPlayer()->GetPosition().y+Player::PLAYER_WIDTH/2);
sf::Vector2f position_zoomed = (position-position_center)/zoom +position_center;
position = position_zoomed;
std::vector<Mob*> mobs;
s->getMobsOnArea(mobs,sf::Vector2i(position),100,eco);
for(int i =0; i<mobs.size();i++){
mobs[i]->_focusDebug = true;
}
if(mobs.size()>0) {
std::stringstream buffer2;
buffer2 << "Mob Position colision: " << mobs[0]->_positionCol.x << " " << mobs[0]->_positionCol.y << " Size colision: " << mobs[0]->_sizeCol.x << " " << mobs[0]->_sizeCol.y << " Radius: " << mobs[0]->getGenetics()->_distanceMaxReproduce << "/" << mobs[0]->getGenetics()->_distanceMaxMove;
std::string string(buffer2.str());
sf::String str(string);
_text.setString(str);
_text.setPosition(centerView.x-sizeView.x/2, centerView.y-sizeView.y/2+_displace);
_window->draw(_text);
_displace = _displace + DISPLACEMENT;
std::stringstream buffer3;
buffer3 << "Race: " << mobs[0]->getGenetics()->_race << " Life: " << mobs[0]->_life << "/" << mobs[0]->getGenetics()->_health << " Hunger: " << mobs[0]->_hunger << "/" << mobs[0]->getGenetics()->_foodNeeds << " Age: " << mobs[0]->_age << "/" << mobs[0]->getGenetics()->_age << " Target: " << (mobs[0]->_target !=nullptr);
std::string string3(buffer3.str());
sf::String str3(string3);
_text.setString(str3);
_text.setPosition(centerView.x-sizeView.x/2, centerView.y-sizeView.y/2+_displace);
_window->draw(_text);
_displace = _displace + DISPLACEMENT;
std::stringstream buffer4;
buffer4 << "Food: ";
for(int i =0; i< mobs[0]->getGenetics()->_food.size();i++){
buffer4 << mobs[0]->getGenetics()->_food[i] << " ";
}
buffer4 << "\n Enemys: ";
for(int i =0; i< mobs[0]->getGenetics()->_enemys.size();i++){
buffer4 << mobs[0]->getGenetics()->_enemys[i] << " ";
}
buffer4 << "\n Friends: ";
for(int i =0; i< mobs[0]->getGenetics()->_friends.size();i++){
buffer4 << mobs[0]->getGenetics()->_friends[i] << " ";
}
buffer4 << "\n Neutral: ";
for(int i =0; i< mobs[0]->getGenetics()->_neutral.size();i++){
buffer4 << mobs[0]->getGenetics()->_neutral[i] << " ";
}
std::string string4(buffer4.str());
sf::String str4(string4);
_text.setString(str4);
_text.setPosition(centerView.x-sizeView.x/2, centerView.y-sizeView.y/2+_displace);
_window->draw(_text);
_displace = _displace + DISPLACEMENT*4;
} else {
std::vector<Tree*> trees;
s->getTreesOnArea(trees,sf::Vector2i(position),100,eco);
if(trees.size() >0){
int pos_l = 0;
int pos_r = 0;
if(trees[0]->_left_n != nullptr) pos_l = trees[0]->_left_n->_position.x;
if(trees[0]->_right_n != nullptr) pos_r = trees[0]->_right_n->_position.x;
std::stringstream buffer2;
buffer2 << "Tree Position: " << trees[0]->_position.x << " " << trees[0]->_position.y << " padding: " << trees[0]->_min_x << ", " << trees[0]->_max_x <<" Health: " << trees[0]->_life <<" Reproduce countdown: " << trees[0]->_timeToReproduce << "\n";
buffer2 << "Damage time: " << trees[0]->_debug_last_damage_time << " Damage distance: " << trees[0]->_debug_last_damage_distance << " Damage temp: " << trees[0]->_debug_last_damage_temp << " Damage humid " << trees[0]->_debug_last_damage_hum << "\n";
buffer2 << "Tree Fathers: " << pos_l << " " << pos_r << "\n";
TreeGenetics *gens = trees[0]->getGenetics();
buffer2 << "Tree corb: " << gens->_corb << " Tree amplitude: " << gens->_amplitude << " Tree height: " << gens->_height << "\n";
buffer2 << "Branch amount: " << gens->_branchAmount << " Curve branch: " << gens->_curveBranch << " Branch size: " << gens->_sizeBranch << "\n";
buffer2 << "Type leave: " << gens->_typeLeave << " Amount leave: " << gens->_amountLeave << " Density leave: " << gens->_densityLeave << "\n";
buffer2 << "Life: " << gens->_health << " Cold res " << gens->_cold << " Hot res " << gens->_hot << " Humidity res " << gens->_humidity << " Gen strenght " << gens->_strenghtGen << " Reproduce freq " << gens->_reproduceFactor;
std::string string(buffer2.str());
sf::String str(string);
_text.setString(str);
_text.setPosition(centerView.x-sizeView.x/2, centerView.y-sizeView.y/2+_displace);
_window->draw(_text);
_displace = _displace + DISPLACEMENT*7;
}
}
}