void ConceptionTestApp::UpdateWindowDimensions(Vector2n WindowDimensions)
{
// TODO: This is a hack, I should create a WindowResize listener type of thing and take care within Widget itself
static_cast<Canvas *>(m_Widgets[0].get())->SetDimensions(WindowDimensions + Vector2n(-200, -200));
static_cast<Canvas *>(m_Widgets[1].get())->SetDimensions(Vector2n(300, 500));
static_cast<Canvas *>(m_Widgets[2].get())->SetDimensions(WindowDimensions);
}
LiveFunctionWidget::LiveFunctionWidget(Vector2n Position, TypingModule & TypingModule, Project & Project)
: CompositeWidget(Position, {
std::shared_ptr<Widget>(m_ToggleWidget = new ToggleWidget(Vector2n(-1, -18), [=](bool State) { m_LiveProgramWidget->m_SourceWidget->m_Visible = State; }, true)),
std::shared_ptr<Widget>(new FlowLayoutWidget(Vector2n::ZERO, { std::shared_ptr<Widget>(m_InputWidget = new TextFieldWidget(Vector2n::ZERO, TypingModule)),
std::shared_ptr<Widget>(m_SourceWidget = new TextFieldWidget(Vector2n::ZERO, TypingModule)),
std::shared_ptr<Widget>(m_LiveProgramWidget = new LiveProgramWidget(Vector2n::ZERO, TypingModule, Project)) }, { }))
}, { std::shared_ptr<Behavior>(new DraggablePositionBehavior(*this)) })
{
m_LiveProgramWidget->RemoveAllBehaviors();
// With live test execution and all
m_SourceWidget->m_OnChange = [=, &Project]()
{
std::ostringstream GenProgram;
Project.GenerateProgramForFunction(GenProgram, m_InputWidget->GetContent(), m_SourceWidget->GetContent());
m_LiveProgramWidget->m_SourceWidget->SetContent(GenProgram.str());
};
m_InputWidget->m_OnChange = m_SourceWidget->m_OnChange;
{
auto ImportList = new ListWidget<ConceptId>(Vector2n::ZERO, Project.GetStdIncludes(), TypingModule);
auto pTypingModule = &TypingModule;
ImportList->m_TapAction = [=](Vector2n LocalPosition, std::vector<ConceptId> & m_List)
{
auto Entry = pTypingModule->TakeString();
if (!Entry.empty())
{
auto ConceptId = FindOrCreateConcept(Entry);
//Insert(ConceptId);
// TEST
auto Spot = m_List.begin() + (LocalPosition.Y() / lineHeight);
m_List.insert(Spot, ConceptId);
}
else
{
auto ListEntry = static_cast<decltype(m_List.size())>(LocalPosition.Y() / lineHeight);
if (ListEntry < m_List.size())
{
pTypingModule->SetString(GetConcept(m_List[ListEntry]).GetContent());
m_List.erase(m_List.begin() + ListEntry);
}
}
};
auto LabelledImportList = new FlowLayoutWidget(Vector2n(-280, -100), { std::shared_ptr<Widget>(new LabelWidget(Vector2n::ZERO, std::string("import (\""), LabelWidget::Background::None)),
std::shared_ptr<Widget>(ImportList),
std::shared_ptr<Widget>(new LabelWidget(Vector2n::ZERO, std::string("\")"), LabelWidget::Background::None)) }, {});
static_cast<FlowLayoutWidget *>(GetWidgets()[1].get())->AddWidget(LabelledImportList);
}
}
MultitouchTestBoxWidget::MultitouchTestBoxWidget(Vector2n Position)
: Widget(Position, Vector2n(200, 200), { std::shared_ptr<Behavior>(new DraggablePositionBehavior(*this)) }),
// m_GestureRecognizerTEST(),
m_Color(rand() % 6) // HACK
{
// m_GestureRecognizerTEST.m_Widget = this;
// m_GestureRecognizerTEST.m_OnTap = &MultitouchTestBoxWidget::ProcessTap;
ModifyGestureRecognizer().m_RecognizeTap = true;
}
void TextFieldWidget::ProcessManipulationStarted(const PointerState & PointerState)
{
if (!HasTypingFocus())
{
auto ParentLocalPosition = GlobalToParent(Vector2n(PointerState.GetAxisState(0).GetPosition(), PointerState.GetAxisState(1).GetPosition()));
ModifyGestureRecognizer().m_ManipulationOffset = GetPosition() - ParentLocalPosition;
}
}
void DraggablePositionBehavior::ProcessManipulationUpdate(const PointerState & PointerState)
{
if (!m_Widget.HasTypingFocus())
{
auto ParentLocalPosition = m_Widget.GlobalToParent(Vector2n(PointerState.GetAxisState(0).GetPosition(), PointerState.GetAxisState(1).GetPosition()));
m_Widget.ModifyPosition() = m_Widget.GetGestureRecognizer().m_ManipulationOffset + ParentLocalPosition;
}
}
template <typename T> void ListWidget<T>::ProcessManipulationUpdated(const PointerState & PointerState)
{
if (!HasTypingFocus())
{
auto ParentLocalPosition = GlobalToParent(Vector2n(PointerState.GetAxisState(0).GetPosition(), PointerState.GetAxisState(1).GetPosition()));
ModifyPosition() = GetGestureRecognizer().m_ManipulationOffset + ParentLocalPosition;
}
}
void MultitouchTestBoxWidget::ProcessManipulationUpdate(const InputEvent & InputEvent)
{
const PointerState & PointerState = InputEvent.m_PostEventState;
//printf("MultitouchTestBoxWidget::ProcessManipulationUpdate()\n");
/*Vector2d PositionDouble = GetParent()->GlobalToCanvas(Vector2n(PointerState.GetAxisState(0).GetPosition(), PointerState.GetAxisState(1).GetPosition()));
Vector2n PositionInt(std::lround(PositionDouble.X()), std::lround(PositionDouble.Y())); // TODO: Loss of accuracy? Fix it if needed.*/
auto ParentLocalPosition = GlobalToParent(Vector2n(PointerState.GetAxisState(0).GetPosition(), PointerState.GetAxisState(1).GetPosition()));
ModifyPosition() = GetGestureRecognizer().m_ManipulationOffset + ParentLocalPosition;
}
template <typename T> ListWidget<T>::ListWidget(Vector2n Position, std::vector<T> & List, TypingModule & TypingModule)
#if DECISION_LIST_WIDGET_IS_COMPOSITE
: CompositeWidget(Position, {
std::shared_ptr<Widget>(new ButtonWidget(Vector2n(-1, -17), Vector2n(lineHeight, lineHeight), [&]() {
// TEST: This is specific stuff for quick testing
if (!m_Entries.empty())
{
m_Entries.pop_back();
}
} )) }, {}),
#else
: Widget(Position, Vector2n::ZERO, {}),
#endif
m_Entries(List),
m_TypingModule(TypingModule)
{
ModifyGestureRecognizer().m_RecognizeTap = true;
UpdateDimensions();
}
void OpenGLStream::NewLine()
{
if (Color(1.0, 1.0, 1.0) != m_BackgroundColor)
{
glPushAttrib(GL_ALL_ATTRIB_BITS);
DrawBox(m_CaretPosition, Vector2n(charWidth, lineHeight), m_BackgroundColor, m_BackgroundColor);
glPopAttrib();
}
m_CaretPosition.X() = m_LineStartX;
m_CaretPosition.Y() += lineHeight;
}
// Prints a segment that doesn't contain line breaks, tabs
void OpenGLStream::PrintSegment(const std::string & Segment)
{
if (Color(1.0, 1.0, 1.0) != m_BackgroundColor)
{
glPushAttrib(GL_ALL_ATTRIB_BITS);
DrawBox(m_CaretPosition, Vector2n(static_cast<sint32>(Segment.length()) * charWidth, lineHeight), m_BackgroundColor, m_BackgroundColor);
glPopAttrib();
}
OglUtilsPrint(m_CaretPosition.X(), m_CaretPosition.Y(), 0, LEFT, Segment.c_str());
m_CaretPosition.X() += Segment.length() * charWidth;
}
void OpenGLStream::Tab()
{
auto NewCaretPositionX = m_LineStartX + (((m_CaretPosition.X() - m_LineStartX) / charWidth / 4) + 1) * 4 * charWidth;
if (Color(1.0, 1.0, 1.0) != m_BackgroundColor)
{
glPushAttrib(GL_ALL_ATTRIB_BITS);
DrawBox(m_CaretPosition, Vector2n(NewCaretPositionX - m_CaretPosition.X(), lineHeight), m_BackgroundColor, m_BackgroundColor);
glPopAttrib();
}
m_CaretPosition.X() = NewCaretPositionX;
}
// TODO: I've made this into a multi-line edit box, so change class name from Field (i.e. 1 line) to Box
TextFieldWidget::TextFieldWidget(Vector2n Position, TypingModule & TypingModule)
: Widget(Position, Vector2n(904, (3 + 2/*f.body_lines.size()*/) * lineHeight)),
m_OnChange(),
m_Content(),
m_ContentLines(),
m_MaxLineLength(0),
m_CaretPosition(0),
m_TargetCaretColumnX(0),
m_SelectionPosition(0),
m_TypingModule(TypingModule),
m_BackgroundColor(static_cast<uint8>(255), 255, 255)
{
ModifyGestureRecognizer().m_RecognizeTap = true;
ModifyGestureRecognizer().m_RecognizeDoubleTap = true;
ModifyGestureRecognizer().m_RecognizeManipulationTranslate = true;
UpdateContentLines(); // This is here at least for resize
}
void FlowLayoutWidget::Render()
{
// HACK: This doesn't belong in Render, etc.
// TODO: Support for invisible widgets (i.e. they shouldn't add 2 points of space)
for (auto WidgetToLayout = 0; WidgetToLayout < GetWidgets().size(); ++WidgetToLayout)
{
if (0 == WidgetToLayout)
{
GetWidgets()[WidgetToLayout]->SetPosition(Vector2n::ZERO);
}
else
{
GetWidgets()[WidgetToLayout]->SetPosition(Vector2n(GetWidgets()[WidgetToLayout - 1]->GetPosition().X() + GetWidgets()[WidgetToLayout - 1]->GetDimensions().X() + 2, 0));
}
}
CompositeWidget::Render();
}
// Process a window resize event
void GLFWCALL InputManager::ProcessWindowSize(int WindowWidth, int WindowHeight)
{
// Set the viewport size
glViewport(0, 0, WindowWidth, WindowHeight);
// Update the projection matrix
glMatrixMode(GL_PROJECTION);
glLoadIdentity();
gluOrtho2D(0, WindowWidth, WindowHeight, 0);
glMatrixMode(GL_MODELVIEW);
m_pInstance->m_WindowDimensions = Vector2n(WindowWidth, WindowHeight);
printf("Window Dimensions: %dx%d\n", m_pInstance->m_WindowDimensions.X(), m_pInstance->m_WindowDimensions.Y());
if (nullptr != m_pInstance->m_InputHandler)
{
InputEvent InputEvent;
InputEvent.m_EventTypes.insert(InputEvent::EventType::PARENT_SIZE); // TODO: Maybe put the event details inside?
m_pInstance->m_InputHandler->ProcessEvent(InputEvent);
}
}
LiveProgramFileWidget::LiveProgramFileWidget(Vector2n Position, std::string Path, TypingModule & TypingModule, Project & Project)
: FlowLayoutWidget(Position, {
std::shared_ptr<Widget>(m_SourceFileWidget = new TextFileWidget(Vector2n::ZERO, Path, TypingModule)),
std::shared_ptr<Widget>(m_ProgramWidget = new ProgramWidget(Vector2n::ZERO, TypingModule, Project, m_SourceFileWidget->m_TextFieldWidget))
}, { std::shared_ptr<Behavior>(new DraggablePositionBehavior(*this)) }),
m_SourceWidget(m_SourceFileWidget->m_TextFieldWidget)
{
m_SourceFileWidget->RemoveAllBehaviors();
m_ProgramWidget->RemoveAllBehaviors();
m_SourceWidget->m_GetAutocompletions = GetAutocompletions(m_SourceFileWidget->GetPath());
// Add Dependee connector to the source widget (for connecting text fields that the source widget depends on)
for (int i = 0; i < 3; ++i)
{
auto Dependee = new ConnectionWidget<TextFieldWidget>(Vector2n(-16 - 2, (16 + 2) * i));
// TODO: Should do NotifyExternalChange() as long as I don't expect the contents of this thing to actually depend on the dependee...
Dependee->m_OnChange = [=]() { m_SourceWidget->NotifyChange(); };
m_SourceWidget->AddWidget(Dependee);
}
ModifyGestureRecognizer().AddShortcut(GestureRecognizer::ShortcutEntry('R', PointerState::Modifiers::Super, [=]() { m_SourceWidget->NotifyChange(true); }, "Run/Refresh"));
}
SayWidget::SayWidget(Vector2n Position, TypingModule & TypingModule)
: FlowLayoutWidget(Position, { std::shared_ptr<Widget>(m_InputWidget = new TextFieldWidget(Vector2n::ZERO, TypingModule)),
std::shared_ptr<Widget>(new LabelWidget(Vector2n::ZERO, std::string("say"), LabelWidget::Background::Normal))/*,
std::shared_ptr<Widget>(m_ExecuteWidget = new ButtonWidget(Vector2n::ZERO, Vector2n(16, 16), [&](){} ))*/ }, { std::shared_ptr<Behavior>(new DraggablePositionBehavior(*this)) })
{
// TEST
m_InputWidget->SetContent("Shall we play a game?");
{
m_ExecuteWidget = new ButtonWidget(Vector2n::ZERO, Vector2n(16, 16), [](){});
m_ExecuteWidget->SetAction([&]()
{
{
auto Pid = fork();
if (0 == Pid)
{
execl("/usr/bin/say", "/usr/bin/say", m_InputWidget->GetContent().c_str(), (char *)0);
// TODO: Add error checking on above execl(), and do exit() in case execution reaches here
//exit(1); // Not needed, just in case I comment out the above
}
else if (-1 == Pid)
{
std::cerr << "Error forking.\n";
throw 0;
}
else
{
}
}
});
}
ModifyGestureRecognizer().AddShortcut(GestureRecognizer::ShortcutEntry('R', PointerState::Modifiers::Super, m_ExecuteWidget->GetAction()));
}
template <typename T> void MenuWidget<T>::Render()
{
Color BackgroundColor(1.0, 1.0, 1.0);
Color BorderColor(0.3, 0.3, 0.3);
/*if (CheckHover(WidgetManager) && CheckActive(WidgetManager))
{
}
else if ((CheckHover(WidgetManager) && !CheckAnyActive(WidgetManager)) || (!CheckHover(WidgetManager) && CheckActive(WidgetManager)))
{
BorderColor[0] = 0.898;
BorderColor[1] = 0.765;
BorderColor[2] = 0.396;
}
else
{
}*/
// HACK, TODO: Make this a single DRY const
if (HasTypingFocus())
{
BorderColor[0] = 0.898;
BorderColor[1] = 0.765;
BorderColor[2] = 0.396;
}
// TODO: Think if I should outsource the entire rendering code for more generality
// Draw list
{
UpdateDimensions(); // LATER: Optimize by not repeating this calculation each time, only when something changes?
if (m_Entries.empty())
{
BackgroundColor[0] = 234 / 255.0;
BackgroundColor[1] = 233 / 255.0;
BackgroundColor[2] = 190 / 255.0;
}
DrawAroundBox(GetPosition(), GetDimensions(), BackgroundColor, BorderColor);
// TEST
auto Spot = m_Entries.end();
if ( nullptr != m_TypingModule
&& !m_TypingModule->GetString().empty())
{
for (auto & Pointer : GetGestureRecognizer().GetConnected())
{
if (Pointer::VirtualCategory::POINTING == Pointer->GetVirtualCategory())
{
Vector2n GlobalPosition(Pointer->GetPointerState().GetAxisState(0).GetPosition(), Pointer->GetPointerState().GetAxisState(1).GetPosition());
Vector2n LocalPosition(GlobalToLocal(GlobalPosition));
Spot = m_Entries.begin() + (LocalPosition.Y() / lineHeight);
}
}
}
OpenGLStream OpenGLStream(GetPosition());
//for (auto & Entry : m_Entries)
for (auto Entry = m_Entries.begin(); m_Entries.end() != Entry; ++Entry)
{
if (Entry == Spot)
OpenGLStream << endl;
if (Entry - m_Entries.begin() == m_SelectedEntryId)
{
if (HasTypingFocus())
DrawBox(GetPosition() + Vector2n(0, static_cast<sint32>((Entry - m_Entries.begin() + (Entry >= Spot)) * lineHeight)), Vector2n(GetDimensions().X(), lineHeight), m_SelectedColor, m_SelectedColor);
else
DrawBox(GetPosition() + Vector2n(0, static_cast<sint32>((Entry - m_Entries.begin() + (Entry >= Spot)) * lineHeight)), Vector2n(GetDimensions().X(), lineHeight), m_UnfocusedSelectedColor, m_UnfocusedSelectedColor);
}
OpenGLStream << *Entry << endl;
}
}
}
DebugOverlayWidget::DebugOverlayWidget(CanvasWidget * MainCanvas)
: CanvasWidget(Vector2n::ZERO, false, false)
{
{
auto Content = []() -> std::string
{
std::ostringstream out;
out << "Mouse.PntrMppng.m_Entries.size(): " << g_InputManager->m_MousePointer->ModifyPointerMapping().m_Entries.size();
for (auto & i : g_InputManager->m_MousePointer->ModifyPointerMapping().m_Entries)
{
PrintName(out, i);
auto LocalPosition = dynamic_cast<Widget *>(&i->GetOwner())->GlobalToLocal(Vector2n(g_InputManager->m_MousePointer->GetPointerState().GetAxisState(0).GetPosition(), g_InputManager->m_MousePointer->GetPointerState().GetAxisState(1).GetPosition()));
out << " [" << static_cast<Widget *>(&i->GetOwner())->GetDimensions().X() << ", " << static_cast<Widget *>(&i->GetOwner())->GetDimensions().Y() << "]";
out << " (" << LocalPosition.X() << ", " << LocalPosition.Y() << ")";
out << " <" << static_cast<Widget *>(&i->GetOwner())->m_DebugDescription << ">";
}
out << "\nKB.PntrMppng.m_Entries.size(): " << g_InputManager->m_TypingPointer->ModifyPointerMapping().m_Entries.size();
for (auto & i : g_InputManager->m_TypingPointer->ModifyPointerMapping().m_Entries)
{
PrintName(out, i);
}
return out.str();
};
AddWidget(new LabelWidget(Vector2n(0, 18), Content));
}
{
auto Content = []() -> std::string
{
std::ostringstream out;
out << "InputManager.m_IEQueue.m_Queue" << std::endl;
for (auto & i : g_InputManager->m_InputEventQueue.m_Queue)
{
out << i.ToString() << std::endl;
}
return out.str();
};
AddWidget(new LabelWidget(Vector2n(0, 240), Content));
}
// Visualizer of currently available shortcuts
{
auto Content = []() -> std::string
{
std::ostringstream out;
std::map<GestureRecognizer::ShortcutEntry::Key, GestureRecognizer::ShortcutEntry &> AvailShortcuts;
// Find all non-overlapping available shortcuts
for (auto & i : g_InputManager->m_TypingPointer->ModifyPointerMapping().m_Entries)
{
for (auto & S : i->m_Shortcuts)
{
// TODO: Highlight shortcuts that can be activated in current state (e.g. Cmd+O does nothing when a folder is selected, etc.)
// Only add this shortcut if there isn't any other overlapping one (i.e., with the same signature <Modifier, InputId>)
auto Key = decltype(AvailShortcuts)::key_type(S.InputId, S.Modifiers);
if (AvailShortcuts.end() == AvailShortcuts.find(Key))
AvailShortcuts.insert(decltype(AvailShortcuts)::value_type(Key, S));
}
}
// Print out all available shortcuts (in some sorted order)
for (auto & aS : AvailShortcuts)
{
auto & S = aS.second;
if (PointerState::Modifiers::Super == S.Modifiers) // TODO: Make this more general (Modifier -> string)
out << "Cmd+";
switch (S.InputId) {
case GLFW_KEY_F3:
out << "F3";
break;
default:
out << static_cast<char>(S.InputId);
break;
}
out << " - " << S.Description;
out << endl;
}
return out.str();
};
// TODO: Make it right aligned to edge of screen
AddWidget(new LabelWidget(Vector2n(1536 - 19 * charWidth, lineHeight + 2), Content));
}
// Time in top right corner
// TODO: Add support for reference frames other than top left corner as origin
auto TimeWidget = new class TimeWidget(Vector2n(1536 - 13 * charWidth - 1, 1));
//TimeWidget->SetPosition(TimeWidget->GetPosition() - Vector2n(TimeWidget->GetDimensions().X(), 0)); // This doesn't work because its dimensions are updated after render...
AddWidget(TimeWidget);
// Visibility toggle
{
auto ToggleWidget = new class ToggleWidget(Vector2n(1, 1), [=](bool State) {
// Toggle visibility of all widgets but the last one (i.e. this toggle)
// TODO: Fix problem where upon initialize, OnChange is called before this widget has been added, so 2nd last widget is not hidden
for (auto Widget = GetWidgets().begin(); GetWidgets().end() != Widget && GetWidgets().end() - 3 != Widget; ++Widget)
{
(*Widget)->m_Visible = State;
}
}, false);
AddWidget(ToggleWidget);
ProcessTimePassed(0); // HACK: Get all the widgets actually added
ToggleWidget->UpdateHACK();
}
}
void GestureRecognizer::ProcessEvent(InputEvent & InputEvent)
{
// DEBUG: This check is probably not needed anymore... it should always pass, due to new architecture
if (true == InputEvent.m_Handled)
{
printf("Exception in void GestureRecognizer::ProcessEvent(InputEvent & InputEvent), InputEvent.m_Handled is not false!");
throw 0;
return;
}
// DECISION
/*#if 1
// TEST: Capture the pointer if the pointer is activated (via primary button)
if ( InputEvent.HasType(InputEvent::EventType::POINTER_ACTIVATION)
&& ( InputEvent.HasType(InputEvent::EventType::BUTTON_EVENT)
&& 0 == InputEvent.m_InputId
&& true == InputEvent.m_Buttons[0]))
{
InputEvent.m_Pointer->ModifyPointerMapping().RequestPointerCapture(this);
}
// Release the pointer capture if the pointer is deactivated
if (InputEvent.HasType(InputEvent::EventType::POINTER_DEACTIVATION))
{
InputEvent.m_Pointer->ModifyPointerMapping().RequestPointerRelease(this);
}
#endif*/
// EXPERIMENTAL
/*if ( m_RecognizeDoubleTap
&& !InputEvent.m_Handled)
{
if ( InputEvent.HasType(InputEvent::EventType::BUTTON_EVENT)
&& 0 == InputEvent.m_InputId
&& false == InputEvent.m_Buttons[0]
&& std::fabs(InputEvent.m_Pointer->GetPointerState().GetTimestamp() - m_LastTapCompletedStateTEST.GetTimestamp()) <= 0.400
&& (Vector2n(InputEvent.m_Pointer->GetPointerState().GetAxisState(0).GetPosition(), InputEvent.m_Pointer->GetPointerState().GetAxisState(1).GetPosition()) - Vector2n(m_LastTapStateTEST.GetAxisState(0).GetPosition(), m_LastTapStateTEST.GetAxisState(1).GetPosition())).LengthSquared() <= (3 * 3))
{
printf("Recognized a double tap of %f ms.\n", std::fabs(InputEvent.m_Pointer->GetPointerState().GetTimestamp() - m_LastTapCompletedStateTEST.GetTimestamp()) * 1000);
InputEvent.m_Handled = true;
m_Owner.ProcessDoubleTap(InputEvent, Vector2n(m_LastTapStateTEST.GetAxisState(0).GetPosition(), m_LastTapStateTEST.GetAxisState(1).GetPosition()));
m_LastTapCompletedStateTEST.InvalidateTEST();
}
}*/
// TODO: Fix bug where dragging the object out of down-event range and then bringing it back still activates the tap (it shouldn't)
/*if ( m_RecognizeTap
&& !InputEvent.m_Handled)
{
if ( InputEvent.HasType(InputEvent::EventType::BUTTON_EVENT)
&& 0 == InputEvent.m_InputId
&& true == InputEvent.m_Buttons[0])
{
m_LastTapStateTEST = InputEvent.m_Pointer->GetPointerState();
}
else if ( InputEvent.HasType(InputEvent::EventType::BUTTON_EVENT)
&& 0 == InputEvent.m_InputId
&& false == InputEvent.m_Buttons[0]
//&& std::fabs(InputEvent.m_Timestamp - m_LastTapEventTEST.m_Timestamp) <= 1.0)
&& (Vector2n(InputEvent.m_Pointer->GetPointerState().GetAxisState(0).GetPosition(), InputEvent.m_Pointer->GetPointerState().GetAxisState(1).GetPosition()) - Vector2n(m_LastTapStateTEST.GetAxisState(0).GetPosition(), m_LastTapStateTEST.GetAxisState(1).GetPosition())).LengthSquared() <= (3 * 3))
{
printf("Recognized a tap.\n");
InputEvent.m_Handled = true;
m_Owner.ProcessTap(InputEvent, Vector2n(m_LastTapStateTEST.GetAxisState(0).GetPosition(), m_LastTapStateTEST.GetAxisState(1).GetPosition()));
m_LastTapCompletedStateTEST = m_LastTapStateTEST;
}
}*/
//if (m_RecognizeDrag)
/*{
if ( InputEvent.HasType(InputEvent::EventType::AXIS_EVENT)
&& 0 == InputEvent.m_InputId
&& true == InputEvent.GetPointerState().GetButtonState(0))
{
//printf("Recognized a drag by (%d, %d).\n", InputEvent.m_Sliders[0], InputEvent.m_Sliders[1]);
//double Scaler = GetAttached().size();
//printf("GetAttached().size() %d\n", GetAttached().size());
//m_Owner.ProcessDrag(Vector2d(InputEvent.m_Sliders[0] / Scaler, InputEvent.m_Sliders[1] / Scaler));
m_Owner.ProcessDrag(Vector2d(InputEvent.m_Sliders[0], InputEvent.m_Sliders[1])); // TODO: Figure out this GetAttached() stuff
}
}*/
if ( m_RecognizeScroll
&& !InputEvent.m_Handled)
{
if ( InputEvent.HasType(InputEvent::EventType::AXIS_EVENT)
&& 2 == InputEvent.m_InputId)
{
//printf("Recognized a wheel move by %d.\n", InputEvent.m_Sliders[0]);
m_Owner.ProcessScroll(InputEvent, Vector2n(InputEvent.m_Sliders[0], InputEvent.m_Sliders[1]));
InputEvent.m_Handled = true;
}
}
// TODO: Support for manipulation with >1 pointer simultaneously (including translation, as well as rotation/scale)
/*if ( m_RecognizeManipulationTranslate
&& !InputEvent.m_Handled)
{
if ( InputEvent.HasType(InputEvent::EventType::BUTTON_EVENT)
&& 0 == InputEvent.m_InputId
&& true == InputEvent.m_Buttons[0])
{
m_InManipulation = true;
m_Owner.ProcessManipulationBegin(InputEvent.m_Pointer->GetPointerState());
// DECISION
//InputEvent.m_Pointer->ModifyPointerMapping().RequestPointerCapture(this); // TEST
InputEvent.m_Handled = true;
}
if ( InputEvent.HasType(InputEvent::EventType::AXIS_EVENT)
&& 0 == InputEvent.m_InputId
&& true == InputEvent.m_Pointer->GetPointerState().GetButtonState(0))
{
//double Scaler = GetAttached().size();
m_Owner.ProcessManipulationUpdate(InputEvent.m_Pointer->GetPointerState());
// DECISION
//InputEvent.m_Pointer->ModifyPointerMapping().RequestPointerCapture(this); // TEST
InputEvent.m_Handled = true;
}
if ( InputEvent.HasType(InputEvent::EventType::BUTTON_EVENT)
&& 0 == InputEvent.m_InputId
&& false == InputEvent.m_Buttons[0])
{
m_InManipulation = false;
m_Owner.ProcessManipulationEnd(InputEvent.m_Pointer->GetPointerState());
// DECISION
//InputEvent.m_Pointer->ModifyPointerMapping().RequestPointerRelease(this); // TEST
InputEvent.m_Handled = true;
}
}*/
//if ( m_RecognizeCharacters
if ( true
&& !InputEvent.m_Handled)
{
if (InputEvent.HasType(InputEvent::EventType::CHARACTER_EVENT))
{
m_Owner.ProcessCharacter(InputEvent, InputEvent.m_InputId);
//InputEvent.m_Handled = true;
}
}
// TODO: There might be duplication here this way, I think I should eliminate it (by providing a complete alternative gesture-level api for all events
// Low-level event passthrough
if (!InputEvent.m_Handled)
{
m_Owner.ProcessEvent(InputEvent);
}
}
MatchResult GestureRecognizer::MatchEventQueue(InputEventQueue::FilteredQueue & UnreservedEvents)
{
auto InputEventIterator = UnreservedEvents.begin();
auto & InputEvent = **InputEventIterator;
#if 1
// If the pointer is not connected to this GR (meaning a failed HitTest), return failed match
// DEBUG: Is this the right way to go about it? Or a temporary hack? Figure it out.
if ( nullptr != InputEvent.m_Pointer
&& GetConnected().end() == GetConnected().find(InputEvent.m_Pointer)
&& nullptr == dynamic_cast<TypingModule *>(&m_Owner)) // HACK!! (To enable TypingModule to work, i.e. get input while not being pointed to)
{
m_InManipulation = false; // HACK: Not sure if this is the best way of doing it
return MatchResult();
}
#else
Vector2n GlobalPosition(InputEvent.m_PreEventState.GetAxisState(0).GetPosition(), InputEvent.m_PreEventState.GetAxisState(1).GetPosition());
//printf("Global Pos %d, %d.\n", GlobalPosition.X(), GlobalPosition.Y());
if (/* !m_InManipulation
&& */!static_cast<Widget &>(m_Owner).IsHit(static_cast<Widget &>(m_Owner).GlobalToParent(GlobalPosition))
&& ( nullptr != InputEvent.m_Pointer
&& GetConnected().end() == GetConnected().find(InputEvent.m_Pointer)))
{
return MatchResult();
}
#endif
// DEBUG: I don't think the following is neccessary anymore, so I will try just setting Hit to true at all times and see if that breaks anything. If not, might as well remove this (unneccessary?) check
#if 0
Vector2n GlobalPosition(InputEvent.m_PreEventState.GetAxisState(0).GetPosition(), InputEvent.m_PreEventState.GetAxisState(1).GetPosition());
auto Hit = static_cast<Widget &>(m_Owner).IsHit(static_cast<Widget &>(m_Owner).GlobalToParent(GlobalPosition));
/*if (!Hit) {
std::cout << "OMGGG LOOK HERE!!!! Hit IS false\n";
}*/
#else
auto Hit = true;
#endif
MatchResult Match;
if (m_RecognizeDoubleTap && (Match = MatchDoubleTap2(UnreservedEvents, InputEventIterator)).AnySuccess())
{
if (2 == Match.Status)
{
m_Owner.ProcessDoubleTap(InputEvent, Vector2n((*InputEventIterator)->m_PostEventState.GetAxisState(0).GetPosition(), (*InputEventIterator)->m_PostEventState.GetAxisState(1).GetPosition()));
}
}
else if (m_RecognizeTap && (Match = MatchTap2(UnreservedEvents, InputEventIterator)).AnySuccess())
{
if (2 == Match.Status)
{
m_Owner.ProcessTap(InputEvent, Vector2n((*InputEventIterator)->m_PostEventState.GetAxisState(0).GetPosition(), (*InputEventIterator)->m_PostEventState.GetAxisState(1).GetPosition()));
}
}
else if (m_RecognizeManipulationTranslate && (Match = MatchManipulationBegin(UnreservedEvents, InputEventIterator, m_InManipulation, Hit, m_RecognizeManipulationTranslateButtonId)).AnySuccess())
{
if (2 == Match.Status)
{
m_InManipulation = true;
m_Owner.ProcessManipulationBegin(InputEvent);
}
}
else if (m_RecognizeManipulationTranslate && (Match = MatchManipulationUpdate(UnreservedEvents, InputEventIterator, m_InManipulation)).AnySuccess())
{
if (2 == Match.Status)
{
m_Owner.ProcessManipulationUpdate(InputEvent);
}
}
else if (m_RecognizeManipulationTranslate && (Match = MatchManipulationEnd(UnreservedEvents, InputEventIterator, m_InManipulation, m_RecognizeManipulationTranslateButtonId)).AnySuccess())
{
if (2 == Match.Status)
{
m_Owner.ProcessManipulationEnd(InputEvent);
m_InManipulation = false;
}
}
else if (ProcessShortcuts(InputEvent))
{
Match.Status = 2;
Match.Events.push_back(*InputEventIterator);
}
else if (ProcessEventHandledTEST(InputEvent))
{
Match.Status = 2;
Match.Events.push_back(*InputEventIterator);
}
return Match;
}
MultitouchTestApp::MultitouchTestApp(InputManager & InputManager)
: App(InputManager)
{
{
#if 0
auto MainCanvas = new Canvas(Vector2n(300, 0), true, true);
MainCanvas->m_BlackBackgroundTEST = true;
MainCanvas->AddWidget(new MultitouchTestBoxWidget(Vector2n(-200 - 5, -200 - 5)));
MainCanvas->AddWidget(new MultitouchTestBoxWidget(Vector2n(0 + 5, -200 - 5)));
MainCanvas->AddWidget(new MultitouchTestBoxWidget(Vector2n(-200 - 5, 0 + 5)));
MainCanvas->AddWidget(new MultitouchTestBoxWidget(Vector2n(0 + 5, 0 + 5)));
MainCanvas->AddWidget(new MultitouchTestBoxWidget(Vector2n(100 + 5, 100 + 5)));
m_Widgets.push_back(std::unique_ptr<Widget>(MainCanvas)); // MainCanvas
#else
/// Canvas inside Canvas test
auto OuterCanvasTEST = new Canvas(Vector2n(0, 0), true, true);
auto MainCanvas = new Canvas(Vector2n(-100, -340), true, true);
MainCanvas->m_BlackBackgroundTEST = true;
OuterCanvasTEST->AddWidget(MainCanvas);
MainCanvas->AddWidget(new MultitouchTestBoxWidget(Vector2n(-200 - 5, -200 - 5)));
MainCanvas->AddWidget(new MultitouchTestBoxWidget(Vector2n(0 + 5, -200 - 5)));
MainCanvas->AddWidget(new MultitouchTestBoxWidget(Vector2n(-200 - 5, 0 + 5)));
MainCanvas->AddWidget(new MultitouchTestBoxWidget(Vector2n(0 + 5, 0 + 5)));
MainCanvas->AddWidget(new MultitouchTestBoxWidget(Vector2n(100 + 5, 100 + 5)));
OuterCanvasTEST->AddWidget(new MultitouchTestBoxWidget(Vector2n(-300, 250)));
MainCanvas->SetDimensions(Vector2n(500, 500));
m_Widgets.push_back(std::unique_ptr<Widget>(OuterCanvasTEST));
m_Widgets.push_back(std::unique_ptr<Widget>(new DebugOverlayWidget())); // DEBUG: Print debug info
#endif
}
}
ConceptStringBoxWidget::ConceptStringBoxWidget(Vector2n Position, TypingModule & TypingModule)
: Widget(Position, Vector2n(80 * charWidth, 24 * lineHeight), { /*std::shared_ptr<Behavior>(new DraggablePositionBehavior(*this))*/ }),
m_Content(),
m_CaretPosition(0),
m_TypingModule(TypingModule)
{
UpdateGestureRecognizer();
// DEBUG: Irregular starting state, for testing
{
/*m_Content.push_back(FindConcept("int"));
m_Content.push_back(FindConcept("main"));
m_Content.push_back(FindConcept("("));
m_Content.push_back(FindConcept("int"));
m_Content.push_back(FindConcept("argc"));
m_Content.push_back(FindConcept(","));
m_Content.push_back(FindConcept("char"));
m_Content.push_back(FindConcept("*"));
m_Content.push_back(FindConcept("argv"));
m_Content.push_back(FindConcept(")"));
m_Content.push_back(FindConcept("{"));
m_Content.push_back(17);
m_Content.push_back(FindConcept("("));
m_Content.push_back(FindConcept(")"));
m_Content.push_back(FindConcept(";"));
m_Content.push_back(FindConcept("return"));
m_Content.push_back(FindConcept("0"));
m_Content.push_back(FindConcept(";"));
m_Content.push_back(FindConcept("}"));*/
/*
// Skip non-spaces to the right
auto LookAt = m_CaretPosition;
while ( LookAt < m_Content.length()
&& IsCoreCharacter(m_Content[LookAt]))
{
++LookAt;
}
SetCaretPosition(LookAt, false);
*/
/*m_Content.push_back(FindOrCreateConcept("// Skip non-spaces to the right"));
m_Content.push_back(FindOrCreateConcept("auto LookAt = m_CaretPosition;"));
m_Content.push_back(FindOrCreateConcept("while ("));
m_Content.push_back(FindOrCreateConcept(" LookAt < m_Content.length()\n&& IsCoreCharacter(m_Content[LookAt])"));
m_Content.push_back(FindOrCreateConcept(")"));
m_Content.push_back(FindOrCreateConcept("{"));
m_Content.push_back(FindOrCreateConcept("++LookAt;"));
m_Content.push_back(FindOrCreateConcept("}"));
m_Content.push_back(FindOrCreateConcept(""));
m_Content.push_back(FindOrCreateConcept("SetCaretPosition(LookAt, false);"));*/
//m_Content.push_back(37);
/*m_Content.push_back(38);
m_Content.push_back(ConceptInstance(38, {33}));
m_Content.push_back(ConceptInstance(39, {33}));*/
//m_Content.push_back(ConceptInstance(40, {36, 28}));
m_Content.push_back(LastConceptId() - 2);
}
}
ConceptionApp::ConceptionApp(InputManager & InputManager)
: App(InputManager),
m_CurrentProject(),
m_TypingModule(new TypingModule()) // Gets cleaned up via unique_ptr when pushed back to m_Widgets
{
PopulateConcepts();
{
auto MainCanvas = new Canvas(Vector2n(0, 0), true, true);
//MainCanvas->MoveView(0, 336);
MainCanvas->MoveView(1, -64);
#if 1
{
auto StdIncludesList = new ListWidget<ConceptId>(Vector2n::ZERO, m_CurrentProject.GetStdIncludes(), *m_TypingModule);
StdIncludesList->m_TapAction = [=](Vector2n LocalPosition, std::vector<ConceptId> & m_List)
{
auto Entry = m_TypingModule->TakeString();
if (!Entry.empty())
{
auto ConceptId = FindOrCreateConcept(Entry);
//Insert(ConceptId);
// TEST
auto Spot = m_List.begin() + (LocalPosition.Y() / lineHeight);
m_List.insert(Spot, ConceptId);
}
else
{
auto ListEntry = static_cast<decltype(m_List.size())>(LocalPosition.Y() / lineHeight);
if (ListEntry < m_List.size())
{
m_TypingModule->SetString(GetConcept(m_List[ListEntry]).GetContent());
m_List.erase(m_List.begin() + ListEntry);
}
}
};
auto LabelledStdIncludesList = new FlowLayoutWidget(Vector2n(-280, -250), { std::shared_ptr<Widget>(new LabelWidget(Vector2n::ZERO, std::string("#include <"), LabelWidget::Background::None)),
std::shared_ptr<Widget>(StdIncludesList),
std::shared_ptr<Widget>(new LabelWidget(Vector2n::ZERO, std::string(">"), LabelWidget::Background::None))
}, {});
LabelledStdIncludesList->AddBehavior(std::shared_ptr<Behavior>(new DraggablePositionBehavior(*LabelledStdIncludesList)));
MainCanvas->AddWidget(LabelledStdIncludesList);
}
#endif
MainCanvas->AddWidget(new ButtonWidget(Vector2n(-100, -350), []() {
std::cout << "Hi from anon func.\n";
} ));
MainCanvas->AddWidget(new ButtonWidget(Vector2n(-60, -350), []() {
std::cout << "Second button.\n";
} ));
MainCanvas->AddWidget(new ToggleWidget(Vector2n(-20, -350), [](bool State) {
std::cout << "Testing this toggle widget! It's now set to " << State << ".\n";
}, true));
MainCanvas->AddWidget(new LiveFunctionWidget(Vector2n(-100, 100), *m_TypingModule, m_CurrentProject));
MainCanvas->AddWidget(new LiveProgramWidget(Vector2n(-100, -300), *m_TypingModule, m_CurrentProject));
MainCanvas->AddWidget(new LiveProgramWidget(Vector2n(-100, -100), *m_TypingModule, m_CurrentProject));
MainCanvas->AddWidget(new LiveGofmtWidget(Vector2n(-460, 200), *m_TypingModule, m_CurrentProject));
MainCanvas->AddWidget(new TextFieldWidget(Vector2n(-460, 160), *m_TypingModule));
MainCanvas->AddWidget(new ShellWidget(Vector2n(-460, 60), *m_TypingModule));
MainCanvas->AddWidget(new SayWidget(Vector2n(-460, -100), *m_TypingModule));
MainCanvas->AddWidget(new ConceptStringBoxWidget(Vector2n(-400, 100 + 400), *m_TypingModule));
// TEST: Modify some Concept
{
auto Widget = new TextFieldWidget(Vector2n(-320, 470), *m_TypingModule);
Widget->SetContent(GetConcept(47).GetContent());
Widget->m_OnChange = [=]() {
static_cast<ConceptBasic &>(ModifyConcept(47)).SetContentTEST(Widget->GetContent());
};
Widget->AddBehavior(std::shared_ptr<Behavior>(new DraggablePositionBehavior(*Widget)));
MainCanvas->AddWidget(Widget);
}
// Label resizing test
{
auto SourceWidget = new TextFieldWidget(Vector2n::ZERO, *m_TypingModule);
auto Content = [=]() -> std::string {
return SourceWidget->GetContent();
};
auto LabelWidget = new class LabelWidget(Vector2n::ZERO, Content, LabelWidget::Background::Normal);
MainCanvas->AddWidget(new FlowLayoutWidget(Vector2n(-100, -450), { std::shared_ptr<Widget>(SourceWidget), std::shared_ptr<Widget>(LabelWidget) }, {}));
}
// Time widget
{
auto Content = []() -> std::string {
auto now = std::chrono::system_clock::now();
auto duration = now.time_since_epoch();
auto seconds = std::chrono::duration_cast<std::chrono::seconds>(duration).count();
return std::to_string(seconds);
};
auto LabelWidget = new class LabelWidget(Vector2n(360, -340), Content, LabelWidget::Background::Normal);
LabelWidget->AddBehavior(std::shared_ptr<Behavior>(new DraggablePositionBehavior(*LabelWidget)));
MainCanvas->AddWidget(LabelWidget);
}
MainCanvas->AddWidget(new TimeWidget(Vector2n(360, -360))); // Time widget
#if 0
// "./GenProgram.go" file contents displayed (in real-time) in this Label Widget
{
auto Content = []() -> std::string {
//return FromFileToString("./GenProgram.go");
return FromFileToString("/Users/Dmitri/Desktop/goproj_play/src/gist.github.com/4670289.git/gistfile1.go");
};
auto LabelWidget = new class LabelWidget(Vector2n(-546, -186), Content, LabelWidget::Background::Normal);
LabelWidget->AddBehavior(std::shared_ptr<Behavior>(new DraggablePositionBehavior(*LabelWidget)));
MainCanvas->AddWidget(LabelWidget);
}
#endif
#if 1
{
MainCanvas->AddWidget(new ListWidget<Concept *>(Vector2n(-730 - 450, -250), Concepts, *m_TypingModule));
}
#endif
m_Widgets.push_back(std::unique_ptr<Widget>(m_TypingModule));
m_Widgets.push_back(std::unique_ptr<Widget>(MainCanvas));
m_Widgets.push_back(std::unique_ptr<Widget>(new DebugOverlayWidget())); // DEBUG: Print debug info
}
// Prepare and start the thread
{
m_CurrentProject.StartBackgroundThread();
}
{
// Load program
m_CurrentProject.LoadSampleGenProgram(*static_cast<Canvas *>(m_Widgets[0].get()));
}
}
// TODO: Make a more direct implementation
void DrawInnerRoundedBox(Vector2n Position, Vector2n Size, uint32 Radius, Color BackgroundColor, Color BorderColor)
{
DrawCircle(Position + Vector2n(Radius, Radius), Vector2n(Radius * 2, Radius * 2), BackgroundColor, BorderColor);
if ( Size.X() < Radius * 2
|| Size.Y() < Radius * 2)
{
return;
}
DrawCircle(Position + Vector2n(Size.X(), 0) + Vector2n(-Radius, Radius), Vector2n(Radius * 2, Radius * 2), BackgroundColor, BorderColor);
DrawCircle(Position + Vector2n(0, Size.Y()) + Vector2n(Radius, -Radius), Vector2n(Radius * 2, Radius * 2), BackgroundColor, BorderColor);
DrawCircle(Position + Size - Vector2n(Radius, Radius), Vector2n(Radius * 2, Radius * 2), BackgroundColor, BorderColor);
{
Position += Vector2n(Radius, 0);
Size -= Vector2n(Radius * 2, 0);
// DUPLICATION: A tweaked copy of DrawBox()
{
glDisable(GL_TEXTURE_2D);
glBegin(GL_QUADS);
glColor3dv(BorderColor.GetComponents());
glVertex2i(Position.X(), Position.Y());
glVertex2i(Position.X(), Position.Y() + Size.Y());
glVertex2i(Position.X() + Size.X(), Position.Y() + Size.Y());
glVertex2i(Position.X() + Size.X(), Position.Y());
glEnd();
glBegin(GL_QUADS);
glColor3dv(BackgroundColor.GetComponents());
glVertex2i(Position.X(), +1 + Position.Y());
glVertex2i(Position.X(), -1 + Position.Y() + Size.Y());
glVertex2i(Position.X() + Size.X(), -1 + Position.Y() + Size.Y());
glVertex2i(Position.X() + Size.X(), +1 + Position.Y());
glEnd();
glEnable(GL_TEXTURE_2D);
}
}
{
Position += Vector2n(-Radius, Radius);
Size += Vector2n(Radius * 2, -Radius * 2);
// DUPLICATION: A tweaked copy of DrawBox()
{
glDisable(GL_TEXTURE_2D);
glBegin(GL_QUADS);
glColor3dv(BorderColor.GetComponents());
glVertex2i(Position.X(), Position.Y());
glVertex2i(Position.X(), Position.Y() + Size.Y());
glVertex2i(Position.X() + Size.X(), Position.Y() + Size.Y());
glVertex2i(Position.X() + Size.X(), Position.Y());
glEnd();
glBegin(GL_QUADS);
glColor3dv(BackgroundColor.GetComponents());
glVertex2i(+1 + Position.X(), Position.Y());
glVertex2i(+1 + Position.X(), Position.Y() + Size.Y());
glVertex2i(-1 + Position.X() + Size.X(), Position.Y() + Size.Y());
glVertex2i(-1 + Position.X() + Size.X(), Position.Y());
glEnd();
glEnable(GL_TEXTURE_2D);
}
}
}
ConceptionTestApp::ConceptionTestApp(InputManager & InputManager)
: App(InputManager),
m_CurrentProject(),
m_TypingModule()
/*OverlayCanvas(Vector2n(0, 0), false),
SystemInputListener(),
ControlModuleMapping0(),
ControlModuleMapping1(),
WidgetManager(),
WidgetModule(WidgetManager),
UnrealCameraModule(MainCanvas),
UnrealCameraModule2TEST(MainCanvas2TEST),
TypingModule(),*/
{
/*{
{ auto Widget = new ButtonWidget(Vector2n(10, 10)); WidgetManager.Add(Widget); Widget->SetOwnerCanvas(OverlayCanvas); }
{ auto Widget = new ButtonWidget(Vector2n(50, 10)); WidgetManager.Add(Widget); Widget->SetOwnerCanvas(OverlayCanvas); }
{ auto Widget = new TextFieldWidget(Vector2n(10, 50)); WidgetManager.Add(Widget); Widget->SetOwnerCanvas(OverlayCanvas); }
{ auto Widget = new ListWidget(Vector2n(-200, -292), CurrentProject.GetStdIncludes()); WidgetManager.Add(Widget); Widget->SetOwnerCanvas(MainCanvas); }
}
{
std::vector<InputManager::InputId> ButtonMappings; ButtonMappings.push_back(InputManager::InputId(1000, GLFW_MOUSE_BUTTON_LEFT));
std::vector<InputManager::InputId> SliderMappings;
std::vector<InputManager::InputId> AxisMappings; AxisMappings.push_back(InputManager::InputId(1000, 0)); AxisMappings.push_back(InputManager::InputId(1000, 1));
std::vector<InputManager::InputId> PositiveConstraints;
std::vector<InputManager::InputId> NegativeConstraints;
ControlModuleMapping0.AddMapping(&WidgetModule, 0, ButtonMappings, SliderMappings, AxisMappings, PositiveConstraints, NegativeConstraints);
WidgetModule.SetOwnerCanvas(OverlayCanvas);
}
{
std::vector<InputManager::InputId> ButtonMappings; ButtonMappings.push_back(InputManager::InputId(1000, GLFW_MOUSE_BUTTON_LEFT));
std::vector<InputManager::InputId> SliderMappings; SliderMappings.push_back(InputManager::InputId(1000, 0)); SliderMappings.push_back(InputManager::InputId(1000, 1)); SliderMappings.push_back(InputManager::InputId(1000, 2));
std::vector<InputManager::InputId> AxisMappings; AxisMappings.push_back(InputManager::InputId(1000, 0)); AxisMappings.push_back(InputManager::InputId(1000, 1));
std::vector<InputManager::InputId> PositiveConstraints;
std::vector<InputManager::InputId> NegativeConstraints;
ControlModuleMapping0.AddMapping(&UnrealCameraModule2TEST, 0, ButtonMappings, SliderMappings, AxisMappings, PositiveConstraints, NegativeConstraints);
UnrealCameraModule2TEST.SetOwnerCanvas(MainCanvas2TEST);
}
{
std::vector<InputManager::InputId> ButtonMappings; ButtonMappings.push_back(InputManager::InputId(1000, GLFW_MOUSE_BUTTON_LEFT));
std::vector<InputManager::InputId> SliderMappings; SliderMappings.push_back(InputManager::InputId(1000, 0)); SliderMappings.push_back(InputManager::InputId(1000, 1)); SliderMappings.push_back(InputManager::InputId(1000, 2));
std::vector<InputManager::InputId> AxisMappings; AxisMappings.push_back(InputManager::InputId(1000, 0)); AxisMappings.push_back(InputManager::InputId(1000, 1));
std::vector<InputManager::InputId> PositiveConstraints;
std::vector<InputManager::InputId> NegativeConstraints;
ControlModuleMapping0.AddMapping(&UnrealCameraModule, 0, ButtonMappings, SliderMappings, AxisMappings, PositiveConstraints, NegativeConstraints);
UnrealCameraModule.SetOwnerCanvas(MainCanvas);
}
ControlModuleMapping0.DoneAdding();
g_TypingModuleTEST = &TypingModule;
{
std::vector<InputManager::InputId> ButtonMappings; ButtonMappings.push_back(InputManager::InputId(0, GLFW_KEY_BACKSPACE));
std::vector<InputManager::InputId> SliderMappings;
std::vector<InputManager::InputId> AxisMappings; AxisMappings.push_back(InputManager::InputId(1000, 0)); AxisMappings.push_back(InputManager::InputId(1000, 1));
std::vector<InputManager::InputId> PositiveConstraints;
std::vector<InputManager::InputId> NegativeConstraints;
ControlModuleMapping1.AddMapping(&TypingModule, 0, ButtonMappings, SliderMappings, AxisMappings, PositiveConstraints, NegativeConstraints);
TypingModule.SetOwnerCanvas(OverlayCanvas);
}
ControlModuleMapping1.DoneAdding();
m_InputManager.RegisterListener(&SystemInputListener);
m_InputManager.RegisterListener(&ControlModuleMapping0);
m_InputManager.RegisterListener(&ControlModuleMapping1);*/
/*{
MainCanvas.RenderBackground();
MainCanvas.SetupTransform();
{
CurrentProject.Render();
WidgetManager.Render(MainCanvas);
}
MainCanvas.EndTransform();
}
{
MainCanvas2TEST.RenderBackground();
MainCanvas2TEST.SetupTransform();
{
CurrentProject.Render();
WidgetManager.Render(MainCanvas2TEST);
}
MainCanvas2TEST.EndTransform();
}
{
OverlayCanvas.SetupTransform();
{
WidgetManager.Render(OverlayCanvas);
g_TypingModuleTEST->Render();
}
OverlayCanvas.EndTransform();
}*/
{
auto MainCanvas = new Canvas(Vector2n(50, 50), true, true);
MainCanvas->AddWidget(new ButtonWidget(Vector2n(0, 0), []() {} ));
MainCanvas->AddWidget(new ButtonWidget(Vector2n(10, 10), []() {} ));
//MainCanvas->AddWidget(new ListWidget<ConceptId>(Vector2n(-200, -292), m_CurrentProject.GetStdIncludes()));
MainCanvas->AddWidget(new TextFieldWidget(Vector2n(-400, -100), m_TypingModule));
m_Widgets.push_back(std::unique_ptr<Widget>(MainCanvas));
}
{
auto MainCanvas2TEST = new Canvas(Vector2n(800, 100), true, true);
m_Widgets.push_back(std::unique_ptr<Widget>(MainCanvas2TEST));
}
{
auto OverlayCanvas = new Canvas(Vector2n(0, 0), false, false);
OverlayCanvas->AddWidget(new ButtonWidget(Vector2n(10, 10), []() {} ));
OverlayCanvas->AddWidget(new ButtonWidget(Vector2n(50, 10), []() {} ));
//OverlayCanvas->AddWidget(new TextFieldWidget(Vector2n(10, 50)));
//OverlayCanvas->AddWidget(new TextFieldWidget(Vector2n(10, 100)));
//OverlayCanvas->AddWidget(new TextFieldWidget(Vector2n(10, 150)));
m_Widgets.push_back(std::unique_ptr<Widget>(OverlayCanvas));
}
{
PopulateConcepts();
// Load program
m_CurrentProject.LoadSampleGenProgram(*static_cast<Canvas *>(m_Widgets[0].get())); // HACK, TEST: Should use MainCanvas or something
}
}
FunctionWidget::FunctionWidget(Vector2n Position, Function & Function)
: Widget(Position, Vector2n(904, (3 + 2/*f.body_lines.size()*/) * lineHeight), {}),
m_Function(Function)
{
ModifyGestureRecognizer().m_RecognizeTap = true;
}
const Vector2n DimensionsStream::GetDimensions() const
{
return Vector2n(std::max<sint32>(m_CaretPosition.X(), m_MaxLineLengthX), m_CaretPosition.Y() + lineHeight);
}
TextFileWidget::TextFileWidget(Vector2n Position, std::string Path, TypingModule & TypingModule)
: FlowLayoutWidget(Position, {
std::shared_ptr<Widget>(new FlowLayoutWidget(Vector2n::ZERO, {
std::shared_ptr<Widget>(m_FileMinimizeToggle = new ToggleWidget(Vector2n::ZERO, Vector2n(12, 12), [](bool State) { if (!State) g_InputManager->RequestTypingPointer(*static_cast<GestureRecognizer *>(nullptr)); }, true)),
std::shared_ptr<Widget>(new LabelWidget(Vector2n(0, -lineHeight - 2), Path, LabelWidget::Background::Normal))
}, {})),
std::shared_ptr<Widget>(m_TextFieldWidget = new TextFieldWidget(Vector2n::ZERO, TypingModule))
}, { std::shared_ptr<Behavior>(new DraggablePositionBehavior(*this)) }, FlowLayoutWidget::LayoutType::Vertical),
m_Path(Path)
{
m_TextFieldWidget->SetContent(FromFileToString(Path));
m_OnChange = [=]() // Saving takes place in TextFileWidget when it gets its NotifyChange() from the contained TextFieldWidget
{
//PlayBeep();
//printf("Saving '%s'.\n", Path.c_str());
// Write to file
WriteToFile(Path, m_TextFieldWidget->GetContent());
};
const std::string Folder = ParsePath(Path, 0);
const std::string Filename = ParsePath(Path, 1);
auto CopyPath = [this, &TypingModule]() {
#if DECISION_USE_CLIPBOARD_INSTEAD_OF_TypingModule
glfwSetClipboardString(this->m_Path);
#else
TypingModule.SetString(this->m_Path);
#endif
};
ModifyGestureRecognizer().AddShortcut(GestureRecognizer::ShortcutEntry('I', PointerState::Modifiers::Super, CopyPath, "Copy Path"));
// TEST: Line Gutters
#if 0
//if ("./Gen/5086673/gistfile1.go" == Path)
m_TextFieldWidget->m_GetLineGutters = [=](uint32 LineNumber) -> std::string
{
#if 0
std::string x = "."; Ls(x);
return std::to_string(LineNumber + 1);
#endif
// HACK: Pass file folder and name info
if (0 == LineNumber)
return Folder;
else if (1 == LineNumber)
return Filename;
else
throw 0;
};
#endif
if (IsFileTrackedByGit(Path)) {
auto GitDiff = new GitDiffWidget(Vector2n::ZERO, TypingModule, this);
GitDiff->RemoveAllBehaviors();
AddWidget(GitDiff);
auto GitCommit = new ButtonWidget(Vector2n(-160, -350), [=, &TypingModule]() {
auto Shell = std::unique_ptr<ShellWidget>(new ShellWidget(Vector2n::ZERO, TypingModule));
std::string Command = "cd \'" + Folder + "\'\ngit commit --allow-empty-message -m '' -- \'" + Filename + "\'";
Command += "\ngit push origin master";
Shell->m_CommandWidget->SetContent(Command);
Shell->m_ExecuteWidget->GetAction()();
this->NotifyExternalChange(); // Do this to triger potential GitDiffWidget, GitStatusWidget, etc.
//std::cerr << "Commit & Push: '" << Folder << "' folder and '" << Filename << "' file.\n";
std::cerr << Shell->m_OutputWidget->GetContent() << endl;
},
"Commit & Push");
AddWidget(GitCommit);
}
m_TextFieldWidget->m_MinimizeToggle = m_FileMinimizeToggle;
}