TEST(TodoList, Throws_When_Get_By_Invalid_Pos) {
// Arrange
TodoList list;
// Act & Assert
EXPECT_THROW(list.getItem(100500), out_of_range);
}
// virtual void SetUp() {}
void ActWithExistingFile(vector<string> args_) {
vector<const char*> options;
TodoList list;
TodoItem temp;
temp.setTitle("abc");
temp.setPriority(1);
temp.setText("abc text");
list.addItem(temp);
temp.setTitle("def");
temp.setPriority(2);
temp.setText("");
list.addItem(temp);
temp.setTitle("gik");
temp.setPriority(1);
list.addItem(temp);
list.save("test.txt");
options.push_back("appname");
for (size_t i = 0; i < args_.size(); ++i) {
options.push_back(args_[i].c_str());
}
const char** argv = &options.front();
int argc = static_cast<int>(args_.size()) + 1;
output_ = app_(argc, argv);
}
// This function does the actual solving.
void solvePuzzle(PuzzleState *start, TodoList<PuzzleState*> &active, PredDict<PuzzleState*> &seen, vector<PuzzleState*> &solution) {
PuzzleState *state;
PuzzleState *temp;
active.add(start); // Must explore the successors of the start state.
seen.add(start,NULL); // We've seen this state. It has no predecessor.
while (!active.is_empty()) {
// Loop Invariants:
// 'seen' contains the set of puzzle states that we know how to reach.
// 'active' contains the set of puzzle states that we know how to reach,
// and whose successors we might not have explored yet.
state = active.remove();
// Note: Do not delete this, as this PuzzleState is also in 'seen'
// uncomment the next two lines for debugging, if you'd like!
// cout << "Exploring State: \n";
// state->print(cout);
// cin.get();
if (state->isSolution()) {
// Found a solution!
cout << "Found solution! \n";
state->print(cout);
// Follow predecessors to construct path to solution.
temp = state;
while (temp!=NULL) {
solution.push_back(temp);
// Guaranteed to succeed, because these states must have been
// added to dictionary already.
seen.find(temp,temp);
}
return;
}
vector<PuzzleState*> nextMoves = state->getSuccessors();
for (unsigned int i=0; i < nextMoves.size(); i++) {
if (!seen.find(nextMoves[i], temp)) {
// Never seen this state before. Add it to 'seen' and 'active'
active.add(nextMoves[i]);
seen.add(nextMoves[i], state);
}
else {
// We're not using this duplicate state;
// so, we should delete it.
delete nextMoves[i];
}
}
}
// Ran out of states to explore. No solution!
cout << "No solution!" << endl;
solution.clear();
return;
}
TEST(TodoList, Can_Get_Size) {
// Arrange
TodoList list;
// Act
list.addItem("abc");
// Assert
EXPECT_EQ(1, list.size());
}
TEST(TodoList, Can_Add_By_Parameters) {
// Arrange
TodoList list;
// Act
list.addItem("abc", 2);
// Assert
EXPECT_NE(-1, list.search("abc"));
}
TEST(TodoList, Throw_When_Add_Existing_Title_By_Parameters) {
// Arrange
TodoList list;
// Act
list.addItem("abc");
// Assert
EXPECT_THROW(list.addItem("abc"), runtime_error);
}
TEST(TodoList, Throws_When_Delete_By_Invalid_Pos) {
// Arrange
TodoList list;
// Act
list.addItem("abc");
// Act & Assert
EXPECT_THROW(list.deleteItem(100500), out_of_range);
}
TEST(TodoList, Can_Get_Item) {
// Arrange
TodoList list;
// Act
list.addItem("abc");
list.addItem("defg");
list.addItem("higk");
// Assert
EXPECT_EQ(list.getItem(1).getTitle(), "defg");
}
TEST(TodoList, Can_Add_By_Item) {
// Arrange
TodoItem item;
TodoList list;
item.setTitle("abc");
// Act
list.addItem(item);
// Assert
EXPECT_NE(-1, list.search("abc"));
}
TEST(TodoList, Throw_When_Add_Existing_Title_By_Item) {
// Arrange
TodoItem item1;
TodoItem item2;
TodoList list;
item1.setTitle("abc");
item2.setTitle("abc");
// Act
list.addItem(item1);
// Assert
EXPECT_THROW(list.addItem(item2), runtime_error);
}
TEST(TodoList, Can_Delete_By_Pos) {
// Arrange
TodoList list;
vector<TodoItem> v;
TodoItem temp;
// Act
temp.setTitle("abc");
temp.setPriority(1);
list.addItem(temp);
v.push_back(temp);
temp.setTitle("def");
temp.setPriority(2);
list.addItem(temp);
temp.setTitle("gik");
temp.setPriority(1);
list.addItem(temp);
v.push_back(temp);
list.deleteItem(1);
// Assert
EXPECT_EQ(list.getAll(), v);
}
TEST(TodoList, Can_Get_All) {
// Arrange
TodoList list;
vector<TodoItem> v;
TodoItem temp;
// Act
temp.setTitle("abc");
list.addItem(temp);
v.push_back(temp);
temp.setTitle("def");
list.addItem(temp);
v.push_back(temp);
temp.setTitle("gik");
list.addItem(temp);
v.push_back(temp);
// Assert
EXPECT_EQ(list.getAll(), v);
}
TEST(TodoList, Can_Sort_By_Priority) {
// Arrange
TodoList list;
TodoItem temp1;
TodoItem temp2;
vector<TodoItem> v;
// Act
temp1.setTitle("abc");
temp1.setPriority(0);
temp2.setTitle("def");
temp2.setPriority(5);
list.addItem(temp2);
list.addItem(temp1);
v.push_back(temp1);
v.push_back(temp2);
// Assert
EXPECT_EQ(list.sortByPriority(), v);
}
int WINAPI wWinMain(HINSTANCE hInstance, HINSTANCE hPrevInstance, PWSTR pCmdLine, int nCmdShow)
{
std::optional<Options> maybe_opts = ParseCommandLine(pCmdLine);
if (!maybe_opts)
return 1;
Options opts = std::move(*maybe_opts);
if (opts.log_file)
{
log_fp = _wfopen(UTF8ToUTF16(*opts.log_file).c_str(), L"w");
if (!log_fp)
log_fp = stderr;
else
atexit(FlushLog);
}
fprintf(log_fp, "Updating from: %s\n", opts.this_manifest_url.c_str());
fprintf(log_fp, "Updating to: %s\n", opts.next_manifest_url.c_str());
fprintf(log_fp, "Install path: %s\n", opts.install_base_path.c_str());
if (!File::IsDirectory(opts.install_base_path))
{
fprintf(log_fp, "Cannot find install base path, or not a directory.\n");
return 1;
}
if (opts.parent_pid)
{
fprintf(log_fp, "Waiting for parent PID %d to complete...\n", *opts.parent_pid);
HANDLE parent_handle = OpenProcess(SYNCHRONIZE, FALSE, *opts.parent_pid);
WaitForSingleObject(parent_handle, INFINITE);
CloseHandle(parent_handle);
fprintf(log_fp, "Completed! Proceeding with update.\n");
}
Manifest this_manifest, next_manifest;
{
std::optional<Manifest> maybe_manifest = FetchAndParseManifest(opts.this_manifest_url);
if (!maybe_manifest)
{
fprintf(log_fp, "Could not fetch current manifest. Aborting.\n");
return 1;
}
this_manifest = std::move(*maybe_manifest);
maybe_manifest = FetchAndParseManifest(opts.next_manifest_url);
if (!maybe_manifest)
{
fprintf(log_fp, "Could not fetch next manifest. Aborting.\n");
return 1;
}
next_manifest = std::move(*maybe_manifest);
}
TodoList todo = ComputeActionsToDo(this_manifest, next_manifest);
todo.Log();
std::optional<std::string> maybe_temp_dir = FindOrCreateTempDir(opts.install_base_path);
if (!maybe_temp_dir)
return 1;
std::string temp_dir = std::move(*maybe_temp_dir);
bool ok = PerformUpdate(todo, opts.install_base_path, opts.content_store_url, temp_dir);
if (!ok)
fprintf(log_fp, "Failed to apply the update.\n");
CleanUpTempDir(temp_dir, todo);
return !ok;
}
// For testing (DO NOT ALTER)
void UnitTest() {
string temp = "This unit test will test some of your code:\n";
cout << temp << string(temp.length() - 1, '-') << endl;
// Tests
string desc1 = "Go to Store";
string desc2 = "Brush Teeth @ 8PM";
cout << "*****TodoItem(\"Go to Store\")*****\n";
TodoItem item(desc1);
Test(item.description() == desc1, "description()");
Test(item.priority() == 1, "priority()");
Test(item.completed() == false, "completed()");
Test(item.ToFile() == "Go to Store@1@0", "ToFile()");
cout << "Testing Overloaded <<: " << item << endl;
cout << "\n*****TodoItem(\"Go to Store\", 3)*****\n";
TodoItem item2(desc1, 3);
Test(item2.description() == desc1, "description()");
Test(item2.priority() == 3, "priority()");
Test(item2.completed() == false, "completed()");
Test(item2.ToFile() == "Go to Store@3@0", "ToFile()");
cout << "Testing Overloaded <<: " << item2 << endl;
cout << "\n*****TodoItem(\"Go to Store\", 2, true)*****\n";
TodoItem item3(desc1, 2, true);
Test(item3.description() == desc1, "description()");
Test(item3.priority() == 2, "priority()");
Test(item3.completed() == true, "completed()");
Test(item3.ToFile() == "Go to Store@2@1", "ToFile()");
cout << "Testing Overloaded <<: " << item3 << endl;
cout << "\n*****TodoItem Mutators*****\n";
item.set_description(desc2);
Test(item.description() == desc2,
"set_description(\"Brush Teeth @ 8PM\") / description()");
item.set_priority(4);
Test(item.priority() == 4, "set_priority(4) / priority()");
item.set_priority(0);
Test(item.priority() == 5, "set_priority(0) / priority()");
item.set_priority(6);
Test(item.priority() == 5, "set_priority(6) / priority()");
item.set_completed(true);
Test(item.completed() == true, "set_completed(true) / completed()");
Test(item.ToFile() == "Brush Teeth ` 8PM@5@1", "ToFile()");
cout << "Testing Overloaded <<: " << item << endl;
cout << "\n*****TodoList Constructor*****\n";
TodoList list;
Test(list.GetSize() == 0, "GetSize()");
Test(list.GetCapacity() == 25, "GetCapacity()");
Test(list.ToFile() == "", "ToFile()");
cout << "\n*****TodoList Member Functions with 1 Item*****\n";
list.AddItem(new TodoItem(desc1));
Test(list.GetSize() == 1, "AddItem(TodoItem(\"Go to Store\")) / GetSize()");
Test(list.GetCapacity() == 25, "GetCapacity()");
Test(list.GetItem(1)->ToFile() == "Go to Store@1@0", "GetItem(1)->ToFile()");
Test(list.ToFile() == "Go to Store@1@0\n", "ToFile()");
cout << "Testing Overloaded <<:\n" << list << endl;
cout << "\n*****TodoList Member Functions with 2 Items*****\n";
list.AddItem(new TodoItem(desc1, 2, true));
Test(list.GetSize() == 2,
"AddItem(TodoItem(\"Go to Store\", 2, true)) / GetSize()");
Test(list.GetCapacity() == 25, "GetCapacity()");
Test(list.GetItem(1)->ToFile() == "Go to Store@1@0", "GetItem(1)->ToFile()");
Test(list.GetItem(2)->ToFile() == "Go to Store@2@1", "GetItem(2)->ToFile()");
Test(list.ToFile() == "Go to Store@1@0\nGo to Store@2@1\n", "ToFile()");
list.DeleteItem(1);
Test(list.GetSize() == 1, "DeleteItem(1) / GetSize()");
Test(list.GetCapacity() == 25, "GetCapacity()");
cout << "Testing Overloaded <<:\n" << list << endl;
cout << "\n*****TodoList Member Functions with 25 Items*****\n";
list.AddItem(new TodoItem(desc2, 4, true));
stringstream ss;
for (int i = 0; i < 23; i++) {
ss << "Description #" << i + 3;
list.AddItem(new TodoItem(ss.str(), i % 5 + 1));
ss.str("");
}
Test(list.GetSize() == 25, "AddItem(Adding 24 More Items) / GetSize()");
Test(list.GetCapacity() == 25, "GetCapacity()");
Test(list.GetItem(17)->ToFile() == "Description #17@5@0",
"GetItem(17)->ToFile()");
Test(list.GetItem(25)->ToFile() == "Description #25@3@0",
"GetItem(25)->ToFile()");
string to_file =
"Go to Store@2@1\nBrush Teeth ` 8PM@4@1\nDescription #3@1@0\n"
"Description #4@2@0\nDescription #5@3@0\nDescription #6@4@0\n"
"Description #7@5@0\nDescription #8@1@0\nDescription #9@2@0\n"
"Description #10@3@0\nDescription #11@4@0\nDescription #12@5@0\n"
"Description #13@1@0\nDescription #14@2@0\nDescription #15@3@0\n"
"Description #16@4@0\nDescription #17@5@0\nDescription #18@1@0\n"
"Description #19@2@0\nDescription #20@3@0\nDescription #21@4@0\n"
"Description #22@5@0\nDescription #23@1@0\nDescription #24@2@0\n"
"Description #25@3@0\n";
Test(list.ToFile() == to_file, "ToFile()");
cout << "Testing Overloaded <<:\n" << list << endl;
list.DeleteItem(15);
Test(list.GetSize() == 24, "DeleteItem(15) / GetSize()");
Test(list.GetCapacity() == 25, "GetCapacity()");
Test(list.GetItem(10)->ToFile() == "Description #10@3@0",
"GetItem(10)->ToFile()");
Test(list.GetItem(20)->ToFile() == "Description #21@4@0",
"GetItem(20)->ToFile()");
to_file = "Go to Store@2@1\nBrush Teeth ` 8PM@4@1\nDescription #3@1@0\n"
"Description #4@2@0\nDescription #5@3@0\nDescription #6@4@0\n"
"Description #7@5@0\nDescription #8@1@0\nDescription #9@2@0\n"
"Description #10@3@0\nDescription #11@4@0\nDescription #12@5@0\n"
"Description #13@1@0\nDescription #14@2@0\n"
"Description #16@4@0\nDescription #17@5@0\nDescription #18@1@0\n"
"Description #19@2@0\nDescription #20@3@0\nDescription #21@4@0\n"
"Description #22@5@0\nDescription #23@1@0\nDescription #24@2@0\n"
"Description #25@3@0\n";
Test(list.ToFile() == to_file, "ToFile()");
cout << "Testing Overloaded <<:\n" << list << endl;
cout << "\n*****TodoList Member Functions with 30 Items*****\n";
for (int i = 25; i <= 30; i++) {
ss << "New Description #" << i;
list.AddItem(new TodoItem(ss.str(), i % 5 + 1, true));
ss.str("");
}
Test(list.GetSize() == 30, "AddItem(Adding 6 More Items) / GetSize()");
Test(list.GetCapacity() == 35, "GetCapacity()");
Test(list.GetItem(11)->ToFile() == "Description #11@4@0",
"GetItem(11)->ToFile()");
Test(list.GetItem(30)->ToFile() == "New Description #30@1@1",
"GetItem(30)->ToFile()");
to_file = "Go to Store@2@1\nBrush Teeth ` 8PM@4@1\nDescription #3@1@0\n"
"Description #4@2@0\nDescription #5@3@0\nDescription #6@4@0\n"
"Description #7@5@0\nDescription #8@1@0\nDescription #9@2@0\n"
"Description #10@3@0\nDescription #11@4@0\nDescription #12@5@0\n"
"Description #13@1@0\nDescription #14@2@0\n"
"Description #16@4@0\nDescription #17@5@0\nDescription #18@1@0\n"
"Description #19@2@0\nDescription #20@3@0\nDescription #21@4@0\n"
"Description #22@5@0\nDescription #23@1@0\nDescription #24@2@0\n"
"Description #25@3@0\nNew Description #25@1@1\nNew Description #26@2@1\n"
"New Description #27@3@1\nNew Description #28@4@1\n"
"New Description #29@5@1\nNew Description #30@1@1\n";
Test(list.ToFile() == to_file, "ToFile()");
cout << "Testing Overloaded <<:\n" << list << endl;
cout << "\n*****Sorting TodoList with 30 Items*****\n";
list.Sort();
bool sorted = true;
for (int i = 1; i <= 30; i++) {
if ((i <= 7) && (list.GetItem(i)->priority()) != 1)
sorted = false;
else if ((i > 7 && i <= 14) && (list.GetItem(i)->priority()) != 2)
sorted = false;
else if ((i > 14 && i <= 19) && (list.GetItem(i)->priority()) != 3)
sorted = false;
else if ((i > 19 && i <= 25) && (list.GetItem(i)->priority()) != 4)
sorted = false;
else if ((i > 25 && i <= 30) && (list.GetItem(i)->priority()) != 5)
sorted = false;
}
Test(sorted, "Sort()");
cout << "Testing Overloaded <<:\n" << list << endl;
cout << "\n*****TodoList Member Functions with 1000 Items*****\n";
for (int i = 0; i < 970; i++)
list.AddItem(new TodoItem("A", 1, true));
Test(list.GetSize() == 1000, "AddItem(Adding 970 More Items) / GetSize()");
Test(list.GetCapacity() == 1005, "GetCapacity()");
cout << "**Deleting All Items**\n";
for (int i = 1000; i >= 1; i--)
list.DeleteItem(i);
Test(list.GetSize() == 0, "DeleteItem() / GetSize()");
Test(list.GetCapacity() == 1005, "GetCapacity()");
//Testing Destructors
cout << "\n*****Testing Destructors*****" << endl
<< "If the next line is the \"END Testing Destructors\" then you passed!"
<< endl;
TodoItem *dynamic_item = new TodoItem("testing");
delete dynamic_item;
dynamic_item = new TodoItem("testing2", 5);
delete dynamic_item;
dynamic_item = new TodoItem("Testing3", 3, true);
TodoList *dynamic_list = new TodoList();
delete dynamic_list;
dynamic_list = new TodoList();
for (int i = 0; i < 50; i++)
dynamic_list->AddItem(new TodoItem("testing"));
delete dynamic_list;
cout << "*****END Testing Destructors*****" << endl;
cout << string(temp.length() - 1, '-') << endl;
cout << "Unit Test Complete!\n\n";
}
bool RunUpdater(std::vector<std::string> args)
{
std::optional<Options> maybe_opts = ParseCommandLine(args);
if (!maybe_opts)
{
return false;
}
UI::Init();
Options opts = std::move(*maybe_opts);
if (opts.log_file)
{
log_fp = fopen(opts.log_file.value().c_str(), "w");
if (!log_fp)
log_fp = stderr;
else
atexit(FlushLog);
}
fprintf(log_fp, "Updating from: %s\n", opts.this_manifest_url.c_str());
fprintf(log_fp, "Updating to: %s\n", opts.next_manifest_url.c_str());
fprintf(log_fp, "Install path: %s\n", opts.install_base_path.c_str());
if (!File::IsDirectory(opts.install_base_path))
{
FatalError("Cannot find install base path, or not a directory.");
return false;
}
if (opts.parent_pid)
{
UI::SetDescription("Waiting for Dolphin to quit...");
fprintf(log_fp, "Waiting for parent PID %d to complete...\n", *opts.parent_pid);
auto pid = opts.parent_pid.value();
UI::WaitForPID(static_cast<u32>(pid));
fprintf(log_fp, "Completed! Proceeding with update.\n");
}
UI::SetVisible(true);
UI::SetDescription("Fetching and parsing manifests...");
Manifest this_manifest, next_manifest;
{
std::optional<Manifest> maybe_manifest = FetchAndParseManifest(opts.this_manifest_url);
if (!maybe_manifest)
{
FatalError("Could not fetch current manifest. Aborting.");
return false;
}
this_manifest = std::move(*maybe_manifest);
maybe_manifest = FetchAndParseManifest(opts.next_manifest_url);
if (!maybe_manifest)
{
FatalError("Could not fetch next manifest. Aborting.");
return false;
}
next_manifest = std::move(*maybe_manifest);
}
UI::SetDescription("Computing what to do...");
TodoList todo = ComputeActionsToDo(this_manifest, next_manifest);
todo.Log();
std::optional<std::string> maybe_temp_dir = FindOrCreateTempDir(opts.install_base_path);
if (!maybe_temp_dir)
return false;
std::string temp_dir = std::move(*maybe_temp_dir);
UI::SetDescription("Performing Update...");
bool ok = PerformUpdate(todo, opts.install_base_path, opts.content_store_url, temp_dir);
if (!ok)
{
FatalError("Failed to apply the update.");
CleanUpTempDir(temp_dir, todo);
return false;
}
UI::ResetCurrentProgress();
UI::ResetTotalProgress();
UI::SetCurrentMarquee(false);
UI::SetTotalMarquee(false);
UI::SetCurrentProgress(1, 1);
UI::SetTotalProgress(1, 1);
UI::SetDescription("Done!");
// Let the user process that we are done.
UI::Sleep(1);
if (opts.binary_to_restart)
{
UI::LaunchApplication(opts.binary_to_restart.value());
}
UI::Stop();
return true;
}
TEST(TodoList, Can_Not_Load_From_File_With_Empty_Name) {
// Arrange
TodoList listForLoad;
// Act and Assert
EXPECT_THROW(listForLoad.load(""), std::runtime_error);
}
TEST(TodoList, Can_Not_Load_From_Non_Existing_File) {
// Arrange
TodoList listForLoad;
// Act and Assert
EXPECT_THROW(listForLoad.load("todo1.list"), std::runtime_error);
}