### QWidget Setup and Initialization

Source: https://emsec.github.io/hal/doc/classhal_1_1_r_a_m_wizard_page-members

This section includes methods for setting up and initializing widgets, such as the setupUi method which is often used in conjunction with UI design tools.

```APIDOC
QWidget::setupUi(QWidget *widget)
  Sets up the user interface for a given widget. This is typically generated by UI design tools.
```

--------------------------------

### QThread Start Example

Source: https://emsec.github.io/hal/doc/classhal_1_1_junction_thread-members

Demonstrates how to create and start a QThread in C++.

```C++
#include <QThread>
#include <QDebug>

class WorkerThread : public QThread {
    Q_OBJECT
protected:
    void run() override {
        qDebug() << "Worker thread started.";
        // Thread execution logic here
        qDebug() << "Worker thread finished.";
    }
};

int main(int argc, char *argv[]) {
    WorkerThread worker;
    worker.start();
    worker.wait(); // Wait for the thread to finish
    return 0;
}
```

--------------------------------

### Get Next Combinational Gates

Source: https://emsec.github.io/hal/doc/python__bindings_2bindings_2netlist__traversal__decorator_8cpp_source

Retrieves successor or predecessor combinational gates starting from a given gate. Traversal continues as long as combinational gates are found, stopping at non-combinational ones. Forbidden pins can be specified to control traversal, for example, to avoid logic before flip-flop control inputs. Returns a set of gates or None if an error occurs.

```Python
def get_next_combinational_gates(gate: hal_py.Gate, successors: bool, forbidden_pins: set[hal_py.PinType]) -> Optional[set[hal_py.Gate]]:
    """
    Starting from the given gate, traverse the netlist and return all combinational successor/predecessor gates.
    Continue traversal as long as further combinational gates are found and stop at gates that are not combinational.
    All combinational gates found during traversal are added to the result.
    Forbidden pins can be provided to, e.g., avoid the inclusion of logic in front of flip-flop control inputs.

    :param hal_py.Gate gate: Start gate.
    :param bool successors: Set True to get successors, set False to get predecessors.
    :param set[hal_py.PinType] forbidden_pins: Netlist traversal stops at these pins.
    :returns: The next combinational gates on success, None otherwise.
    :rtype: set[hal_py.Gate] or None
    """
    pass
```

--------------------------------

### QWidget Setup UI

Source: https://emsec.github.io/hal/doc/classhal_1_1_python_qss_adapter

Provides the setupUi method for initializing the user interface of a QWidget.

```APIDOC
QWidget::setupUi
  Sets up the user interface for the given widget.
  Parameters:
    widget: A pointer to the QWidget to set up.
```

--------------------------------

### QWidget Size Hint Example

Source: https://emsec.github.io/hal/doc/classhal_1_1_main_settings_widget

Demonstrates how to get the size hint for a QWidget.

```cpp
QSize hint = widget->sizeHint();
// Use the hint to set the widget's size or for layout calculations.
```

--------------------------------

### QWidget::setupUi Method

Source: https://emsec.github.io/hal/doc/classhal_1_1_toolbar-members

Describes the `setupUi` method used for setting up a widget's user interface.

```APIDOC
QWidget::setupUi(QWidget *widget)
  This method is typically generated by Qt Designer and is used to set up the user interface elements of a given widget. It should not be called directly unless you are manually managing UI setup.
```

--------------------------------

### QWidget Size Hint Example

Source: https://emsec.github.io/hal/doc/classhal_1_1_logger_qss_adapter

Demonstrates how to get the size hint for a QWidget.

```cpp
QSize hint = widget->sizeHint();
// Use the hint to set the widget's size or for layout calculations.
```

--------------------------------

### QWidget Setup UI Method

Source: https://emsec.github.io/hal/doc/classhal_1_1_settings_widget_spinbox

The setupUi method is used to set up the user interface for a given QWidget.

```APIDOC
void QWidget::setupUi(QWidget* widget)
  Sets up the user interface for the given widget.
```

--------------------------------

### QWidget Size Hint Example

Source: https://emsec.github.io/hal/doc/classhal_1_1_general_info_wizard_page

Demonstrates how to get the size hint for a QWidget.

```cpp
QSize hint = widget->sizeHint();
// Use the hint to set the widget's size or for layout calculations.
```

--------------------------------

### InitWizardPage Methods

Source: https://emsec.github.io/hal/doc/init__wizardpage_8h_source

Provides an overview of the key methods within the InitWizardPage class, including its constructor, page initialization, completion check, and data setting.

```cpp
InitWizardPage(QWidget* parent = nullptr);
void initializePage() override;
bool isComplete() const override;
void setData(GateType* gate);
```

--------------------------------

### QWidget Initialization Method

Source: https://emsec.github.io/hal/doc/classhal_1_1_settings_widget_dropdown-members

This entry documents the `setupUi` method, which is commonly used in Qt applications to set up the user interface for a widget.

```APIDOC
QWidget::setupUi(QWidget *widget)
  Sets up the user interface for the given widget.
  Parameters:
    widget: A pointer to the QWidget to set up.
```

--------------------------------

### QWidget Size Hint Example

Source: https://emsec.github.io/hal/doc/classhal_1_1_gate_library_tab_truth_table

Demonstrates how to get the size hint for a QWidget.

```cpp
QSize hint = widget->sizeHint();
// Use the hint to set the widget's size or for layout calculations.
```

--------------------------------

### QWidget Size Hint Example

Source: https://emsec.github.io/hal/doc/classhal_1_1_gate_library_tab_general

Demonstrates how to get the size hint for a QWidget.

```cpp
QSize hint = widget->sizeHint();
// Use the hint to set the widget's size or for layout calculations.
```

--------------------------------

### QWidget Setup UI

Source: https://emsec.github.io/hal/doc/classhal_1_1_module_dialog

Provides the setupUi method for initializing the user interface of a QWidget.

```APIDOC
QWidget::setupUi
  Sets up the user interface for the given widget.
  Parameters:
    widget: A pointer to the QWidget to set up.
```

--------------------------------

### QWidget Size Hint Example

Source: https://emsec.github.io/hal/doc/classhal_1_1_details_frame_widget

Demonstrates how to get the size hint for a QWidget.

```cpp
QSize hint = widget->sizeHint();
// Use the hint to set the widget's size or for layout calculations.
```

--------------------------------

### QWidget Setup UI Method

Source: https://emsec.github.io/hal/doc/classhal_1_1_settings_widget_dropdown

The setupUi method is used to set up the user interface for a given QWidget.

```APIDOC
void QWidget::setupUi(QWidget* widget)
  Sets up the user interface for the given widget.
```

--------------------------------

### QWidget Setup Method

Source: https://emsec.github.io/hal/doc/classhal_1_1_gatelibrary_component_frame-members

This entry describes the `setupUi` method for QWidget, which is used to set up the user interface of a widget.

```APIDOC
QWidget Method:

setupUi(QWidget *widget)
  Sets up the user interface for the given widget. This is typically generated by a UI designer tool.

```

--------------------------------

### QWidget Size Hint Example

Source: https://emsec.github.io/hal/doc/classhal_1_1_content_frame

Demonstrates how to get the size hint for a QWidget.

```cpp
QSize hint = widget->sizeHint();
// Use the hint to set the widget's size or for layout calculations.
```

--------------------------------

### Get Gate Chain

Source: https://emsec.github.io/hal/doc/netlist_2netlist__utils_8cpp_source

Retrieves a chain of gates starting from a given gate, following successors that match a specific type and optionally satisfy a filter. It handles null start gates, filters, loops, and multiple successors by logging debug messages. The function traverses the netlist forwards and backwards from the start gate.

```cpp
hal::result<std::vector<hal::Gate*>> get_gate_chain(hal::Gate* start_gate, const std::vector<const hal::GatePin*>& input_pins, const std::vector<const hal::GatePin*>& output_pins, const std::function<bool(const hal::Gate*)>& filter)
{
    if (start_gate == nullptr)
    {
        return hal::ERR("could not detect gate chain at start gate: start gate is a 'nullptr'");
    }

    // check filter on start gate
    if (filter && !filter(start_gate))
    {
        return hal::ERR("could not detect gate chain at start gate '" + start_gate->get_name() + "' with ID " + std::to_string(start_gate->get_id())
        + ": filter evaluates to 'false' for start gate");
    }

    std::deque<hal::Gate*> gate_chain = {start_gate};
    std::unordered_set<hal::Gate*> visited_gates = {start_gate};
    const hal::GateType* target_type = start_gate->get_type();
    bool found_next_gate;

    // move forward
    const hal::Gate* current_gate = start_gate;
    do
    {
        found_next_gate = false;

        // check all eligible successors of current gate
        std::vector<hal::Endpoint*> successors = current_gate->get_successors([input_pins, output_pins, target_type, filter](const hal::GatePin* ep_pin, hal::Endpoint* ep) {
            if (ep->get_gate()->get_type() == target_type)
            {
                if (output_pins.empty() || std::find(output_pins.begin(), output_pins.end(), ep_pin) != output_pins.end())
                {
                    if (input_pins.empty() || std::find(input_pins.begin(), input_pins.end(), ep->get_pin()) != input_pins.end())
                    {
                        if (!filter || filter(ep->get_gate()))
                        {
                            return true;
                        }
                    }
                }
            }
            return false;
        });

        if (successors.size() > 1)
        {
            hal::log_debug("netlist_utils",
            "detected more than one valid successor gate for gate '{}' with ID {} in netlist with ID {}.",
            current_gate->get_name(),
            current_gate->get_id(),
            current_gate->get_netlist()->get_id());
            break;
        }
        else if (!successors.empty())
        {
            hal::Gate* suc_gate = successors.at(0)->get_gate();

            if (visited_gates.find(suc_gate) != visited_gates.end())
            {
                hal::log_debug("netlist_utils", "detected a loop at gate with ID {}.", suc_gate->get_id());
                break;
            }

            gate_chain.push_back(suc_gate);
            visited_gates.insert(suc_gate);
            current_gate = suc_gate;
            found_next_gate = true;
        }
    } while (found_next_gate);

    // move backwards
    current_gate = start_gate;
    do
    {
        found_next_gate = false;

        // check all eligable predecessors of current gate
        std::vector<hal::Endpoint*> predecessors = current_gate->get_predecessors([input_pins, output_pins, target_type, filter](const hal::GatePin* ep_pin, hal::Endpoint* ep) {
            if (ep->get_gate()->get_type() == target_type)
            {
                if (output_pins.empty() || std::find(output_pins.begin(), output_pins.end(), ep_pin) != output_pins.end())
                {
                    if (input_pins.empty() || std::find(input_pins.begin(), input_pins.end(), ep->get_pin()) != input_pins.end())
                    {
                        if (!filter || filter(ep->get_gate()))
                        {
                            return true;
                        }
                    }
                }
            }
            return false;
        });

        // ... (rest of the backward traversal logic would follow here)

    } while (found_next_gate);

    // Convert deque to vector for return
    std::vector<hal::Gate*> result_chain(gate_chain.begin(), gate_chain.end());
    return result_chain;
}

```

--------------------------------

### HAL Graph Navigation Widget Setup

Source: https://emsec.github.io/hal/doc/namespacehal

Describes the `setup` method for the `GraphNavigationWidget`, which is used to initialize and configure the widget for navigating the graph.

```APIDOC
GraphNavigationWidget:
  setup()
    Initializes and sets up the graph navigation widget.
```

--------------------------------

### HAL Get Functions - PinGroup

Source: https://emsec.github.io/hal/doc/functions_func_g

Retrieves information related to PinGroups, including start index and type.

```APIDOC
get_start_index() : hal::PinGroup< T >
  Returns the start index of the pin group.

get_type() : hal::PinGroup< T >
  Returns the type of the pin group.
```

--------------------------------

### QWidget Setup UI Method

Source: https://emsec.github.io/hal/doc/classhal_1_1_settings_widget_text

The setupUi method is used to set up the user interface for a given QWidget.

```APIDOC
void QWidget::setupUi(QWidget* widget)
  Sets up the user interface for the given widget.
```

--------------------------------

### QWidget Layout and Setup

Source: https://emsec.github.io/hal/doc/classhal_1_1_new_project_dialog

Methods related to widget layout and setup. setupUi is typically used to initialize the UI of a widget, and sizeIncrement manages the size increment for resizing.

```APIDOC
setupUi(widget: QWidget *widget)
  Sets up the user interface for the given widget.

sizeIncrement() const -> QSize
  Returns the size increment of the widget.

setSizeIncrement(size: const QSize &)
  Sets the size increment of the widget.

setSizeIncrement(w: int, h: int)
  Sets the width and height of the size increment.
```

--------------------------------

### Getting Module Item Column Count (C++)

Source: https://emsec.github.io/hal/doc/module__item_8cpp_source

Example of a function that returns the column count for a ModuleItem in C++.

```cpp
int ModuleItem::getColumnCount() const {
    return 3;
}
```

--------------------------------

### QWidget Layout and Setup

Source: https://emsec.github.io/hal/doc/classhal_1_1_gui_plugin_view

Methods related to widget layout and setup. setupUi is typically used to initialize the UI of a widget, and sizeIncrement manages the size increment for resizing.

```APIDOC
setupUi(widget: QWidget *widget)
  Sets up the user interface for the given widget.

sizeIncrement() const -> QSize
  Returns the size increment of the widget.

setSizeIncrement(size: const QSize &)
  Sets the size increment of the widget.

setSizeIncrement(w: int, h: int)
  Sets the width and height of the size increment.
```

--------------------------------

### HAL Get Functions - PinGroup

Source: https://emsec.github.io/hal/doc/functions_g

Retrieves the start index of a PinGroup. This function is associated with the hal::PinGroup class.

```APIDOC
get_start_index()
  - Returns the start index of the PinGroup.
  - Associated Class: hal::PinGroup< T >
```

--------------------------------

### QWidget setupUi Method

Source: https://emsec.github.io/hal/doc/classhal_1_1_project_dir_dialog-members

This entry documents the `setupUi` method for QWidget, which is used to set up the user interface for a given widget.

```APIDOC
QWidget::setupUi(QWidget *widget)
  Sets up the user interface for the given widget.
```

--------------------------------

### Get Neighborhood by Vertices

Source: https://emsec.github.io/hal/doc/neighborhood_8cpp_source

Computes the neighborhood of a graph starting from a given set of vertices. It validates the graph and start vertices, initializes an igraph vector, and populates it with the provided vertex IDs. Returns a Result containing a vector of vectors of unsigned integers representing the neighborhood.

```cpp
#include "graph_algorithm/algorithms/neighborhood.h"

namespace hal {
namespace graph_algorithm {

Result<std::vector<std::vector<u32>>> get_neighborhood(NetlistGraph* graph, const std::vector<u32>& start_vertices, u32 order, NetlistGraph::Direction direction, u32 min_dist)
{
    if (!graph)
    {
        return ERR("graph is a nullptr");
    }

    if (start_vertices.empty())
    {
        return ERR("no start vertices provided");
    }

    igraph_vector_int_t i_gates;
    if (auto res = igraph_vector_int_init(&i_gates, start_vertices.size()); res != IGRAPH_SUCCESS)
    {
        return ERR(igraph_strerror(res));
    }

    for (u32 i = 0; i < start_vertices.size(); i++)
    {
        // ... (code to populate i_gates)
    }

    // ... (rest of the function logic using get_neighborhood_igraph)
    return Result<std::vector<std::vector<u32>>>(); // Placeholder
}

} // namespace graph_algorithm
} // namespace hal
```

--------------------------------

### QWidget Setup UI

Source: https://emsec.github.io/hal/doc/classhal_1_1_gate_library_frame_r_a_m_port

Method for setting up the user interface of a QWidget.

```APIDOC
setupUi(QWidget *widget)
  Sets up the user interface for the given widget. This is typically used in conjunction with UI design tools.
  Parameters:
    QWidget *widget: The widget whose UI needs to be set up.
```

--------------------------------

### Get Shortest Path

Source: https://emsec.github.io/hal/doc/netlist__utils_8h_source

Finds the shortest path between a starting gate and an ending module in the netlist. Supports forward direction traversal.

```cpp
std::vector<Gate*> get_shortest_path(Gate* start_gate, Module* end_module, bool forward_direction);
```

--------------------------------

### Get Root Tree Item

Source: https://emsec.github.io/hal/doc/functions_g

Retrieves the root item of a tree model. This is the starting point for traversing hierarchical data structures.

```APIDOC
getRootItem()
  - Returns: hal::BaseTreeModel
```

--------------------------------

### QWidget Setup UI

Source: https://emsec.github.io/hal/doc/classhal_1_1_import_netlist_dialog

Provides a method to set up the user interface for a given QWidget.

```APIDOC
QWidget::setupUi(QWidget *widget)
  - Sets up the user interface for the given widget. This is typically used in conjunction with UI design tools.
```

--------------------------------

### Get Root Tree Item

Source: https://emsec.github.io/hal/doc/functions_func_g

Retrieves the root item of a tree model. This is the starting point for traversing hierarchical data structures.

```APIDOC
getRootItem()
  - Returns: hal::BaseTreeModel
```

--------------------------------

### QWidget Setup UI Method

Source: https://emsec.github.io/hal/doc/classhal_1_1_settings_widget_slider

The setupUi method is used to set up the user interface for a given QWidget.

```APIDOC
void QWidget::setupUi(QWidget* widget)
  Sets up the user interface for the given widget.
```

--------------------------------

### Get Gate Chain

Source: https://emsec.github.io/hal/doc/netlist__utils_8h_source

Retrieves a chain of gates starting from a given gate, optionally filtering by input/output pins and a custom gate filter.

```cpp
Result<std::vector<Gate*>> get_gate_chain(Gate* start_gate, const std::vector<const GatePin*>& input_pins = {}, const std::vector<const GatePin*>& output_pins = {}, const std::function<bool(const Gate*)>& filter = nullptr);
```

--------------------------------

### QWidget setupUi

Source: https://emsec.github.io/hal/doc/classhal_1_1_python_code_editor-members

Method to set up the UI for a QWidget.

```APIDOC
QWidget::setupUi(QWidget *widget)
  - Sets up the UI for the given widget.
```

--------------------------------

### QWidget Setup UI

Source: https://emsec.github.io/hal/doc/classhal_1_1_gatelibrary_frame_general

Method for setting up the user interface of a QWidget.

```APIDOC
setupUi(QWidget *widget)
  Sets up the user interface for the given widget. This is typically used in conjunction with UI design tools.
  Parameters:
    QWidget *widget: The widget whose UI needs to be set up.
```

--------------------------------

### Get Path

Source: https://emsec.github.io/hal/doc/netlist__utils_8h_source

Retrieves a path of gates starting from a given gate, stopping at gates with specified properties. This function utilizes a cache for performance.

```cpp
[CORE_API] std::vector<Gate*> get_path(const Gate* gate, bool get_successors, std::set<GateTypeProperty> stop_properties, std::unordered_map<u32, std::vector<Gate*>>& cache);
```

--------------------------------

### Get Gate Path

Source: https://emsec.github.io/hal/doc/netlist__utils_8h

Retrieves a path of gates starting from a given net. It can optionally follow successors and stop at gates with specific properties.

```C++
std::vector< Gate * > |  [hal::netlist_utils::get_path](https://emsec.github.io/hal/doc/namespacehal_1_1netlist__utils.html#a1d92e0a85d024f090e2070c009633ec9) (const Net *[net](https://emsec.github.io/hal/doc/netlist_2persistent_2netlist__serializer_8cpp.html#a504c73ff1a68c50e5435dece66bc2772), bool get_successors, std::set< GateTypeProperty > stop_properties)
```

--------------------------------

### QWidget Initialization Method

Source: https://emsec.github.io/hal/doc/classhal_1_1_settings_widget_checkbox-members

This entry documents the `setupUi` method, which is commonly used in Qt applications to set up the user interface for a widget.

```APIDOC
QWidget::setupUi(QWidget *widget)
  Sets up the user interface for the given widget.
  Parameters:
    widget: A pointer to the QWidget to set up.
```

--------------------------------

### Get Gate Chain

Source: https://emsec.github.io/hal/doc/netlist__utils_8h

Extracts a chain of gates starting from a specified gate, based on input and output pins and an optional filtering function.

```C++
Result< std::vector< Gate * > > |  [hal::netlist_utils::get_gate_chain](https://emsec.github.io/hal/doc/namespacehal_1_1netlist__utils.html#a28db21d0d146410d3400019856258847) (Gate *start_gate, const std::vector< const GatePin * > &input_pins, const std::vector< const GatePin * > &output_pins, const std::function< bool(const Gate *)> &filter)
```

--------------------------------

### QWidget Setup and Window Access

Source: https://emsec.github.io/hal/doc/classhal_1_1_comment_widget

Includes methods for setting up the UI of a widget and accessing its top-level window.

```APIDOC
QWidget:
  setupUi(QWidget *widget)
    Sets up the user interface for the given widget.

  window() -> QWidget *
    Returns a pointer to the widget's top-level window.
```

--------------------------------

### QWidget Initialization and Configuration

Source: https://emsec.github.io/hal/doc/main__settings__widget_8cpp_source

Documentation for QWidget constructor and methods for setting layout, size policy, and window properties.

```APIDOC
QWidget(QWidget *parent, Qt::WindowFlags f)
  - Constructor for QWidget.
  - Parameters:
    - parent: Pointer to the parent widget.
    - f: Window flags that determine the widget's appearance and behavior.

bool close()
  - Closes the widget. Returns true if the widget was successfully closed, false otherwise.

void setMaximumHeight(int maxh)
  - Sets the maximum height of the widget.
  - Parameters:
    - maxh: The maximum height in pixels.

void setLayout(QLayout *layout)
  - Sets the layout for the widget.
  - Parameters:
    - layout: A pointer to the QLayout to manage the widget's children.

void setSizePolicy(QSizePolicy)
  - Sets the size policy of the widget, which determines how it grows and shrinks.
  - Parameters:
    - QSizePolicy: The size policy to apply.

void setToolTip(const QString &)
  - Sets the tool tip text that appears when the mouse cursor hovers over the widget.
  - Parameters:
    - The tool tip text.

void setWindowModality(Qt::WindowModality windowModality)
  - Sets the window modality for the widget.
  - Parameters:
    - windowModality: The modality (e.g., Qt::ApplicationModal, Qt::WindowModal).
```

--------------------------------

### Get Neighborhood by Gates

Source: https://emsec.github.io/hal/doc/neighborhood_8cpp_source

Computes the neighborhood of a graph starting from a given set of gates. It handles null graph pointers and empty start gate lists, converting gates to igraph vertices for processing. Returns a Result containing a vector of vectors of unsigned integers representing the neighborhood.

```cpp
#include "graph_algorithm/algorithms/neighborhood.h"

namespace hal {
namespace graph_algorithm {

Result<std::vector<std::vector<u32>>> get_neighborhood(NetlistGraph* graph, const std::vector<Gate*>& start_gates, u32 order, NetlistGraph::Direction direction, u32 min_dist)
{
    if (!graph)
    {
        return ERR("graph is a nullptr");
    }

    if (start_gates.empty())
    {
        return ERR("no start gates provided");
    }

    igraph_vector_int_t i_gates;
    if (auto res = graph->get_vertices_from_gates_igraph(start_gates); res.is_ok())
    {
        i_gates = std::move(res.get());
    }
    else
    {
        return ERR(res.get_error());
    }

    auto res = get_neighborhood_igraph(graph, &i_gates, order, direction, min_dist);

    igraph_vector_int_destroy(&i_gates);

    if (res.is_error())
    {
        return ERR(res.get_error());
    }

    return res;
}

} // namespace graph_algorithm
} // namespace hal
```

--------------------------------

### QElapsedTimer Methods

Source: https://emsec.github.io/hal/doc/python__thread_8cpp_source

Provides methods for timing operations using QElapsedTimer. Includes functions to get the elapsed time, restart the timer, and start the timer.

```APIDOC
QElapsedTimer::elapsed
  qint64 elapsed() const const

QElapsedTimer::restart
  qint64 restart()

QElapsedTimer::start
  void start()
```

--------------------------------

### QWidget Setup UI Method

Source: https://emsec.github.io/hal/doc/classhal_1_1_settings_widget_checkbox

The setupUi method is used to set up the user interface for a given QWidget.

```APIDOC
void QWidget::setupUi(QWidget* widget)
  Sets up the user interface for the given widget.
```

--------------------------------

### Get Path from Net

Source: https://emsec.github.io/hal/doc/netlist_2netlist__utils_8cpp_source

A public interface to find connected gates starting from a given net. It initializes a cache and calls the internal `get_path_internal` function.

```C++
std::vector<Gate*> get_path(const Net* net, bool get_successors, std::set<GateTypeProperty> stop_properties, std::unordered_map<u32, std::vector<Gate*>>& cache)
{
    std::unordered_set<u32> seen;
    return get_path_internal(net, get_successors, stop_properties, seen, cache);
}
```

--------------------------------

### QWidget Setup UI

Source: https://emsec.github.io/hal/doc/classhal_1_1_selection_details_widget

Method for setting up the user interface of a QWidget.

```APIDOC
setupUi(QWidget *widget)
  Sets up the user interface for the given widget. This is typically used in conjunction with UI design tools.
  Parameters:
    QWidget *widget: The widget whose UI needs to be set up.
```

--------------------------------

### QWidget Layout and Setup

Source: https://emsec.github.io/hal/doc/classhal_1_1_module_widget

Methods related to widget layout and setup. setupUi is typically used to initialize the UI of a widget, and sizeIncrement manages the size increment for resizing.

```APIDOC
setupUi(widget: QWidget *widget)
  Sets up the user interface for the given widget.

sizeIncrement() const -> QSize
  Returns the size increment of the widget.

setSizeIncrement(size: const QSize &)
  Sets the size increment of the widget.

setSizeIncrement(w: int, h: int)
  Sets the width and height of the size increment.
```

--------------------------------

### Get Shortest Path to Module

Source: https://emsec.github.io/hal/doc/netlist_2netlist__utils_8cpp_source

Finds the shortest path from a starting gate to any gate within a specified module. It supports searching in a forward direction.

```C++
std::vector<Gate*> get_shortest_path(Gate* start_gate, Module* end_module, bool forward_direction) {
    std::unordered_set<Gate*> end_gates;
    for (Gate* g : end_module->get_gates(nullptr, true)) {
        end_gates.insert(g);
    }
    ShortestPathInternal spi(start_gate, end_gates, forward_direction);
    return spi.get_path();
}
```

--------------------------------

### QSet Methods

Source: https://emsec.github.io/hal/doc/module__widget_8cpp_source

Documentation for QSet methods, including begin, insert, and size.

```APIDOC
QSet::iterator QSet::begin()
  Returns an iterator to the beginning of the set.
```

```APIDOC
QSet::iterator QSet::insert(const T &value)
  Inserts a value into the set.
  Parameters:
    value: The value to insert.
```

```APIDOC
int QSet::size() const
  Returns the number of elements in the set.
```

--------------------------------

### Get Path from Gate

Source: https://emsec.github.io/hal/doc/netlist_2netlist__utils_8cpp

Retrieves a path of gates starting from a given gate. This function can optionally follow successors and stop at gates with specific properties.

```cpp
std::vector< Gate * > hal::netlist_utils::get_path(const Gate *gate, bool get_successors, std::set< GateTypeProperty > stop_properties)
```

--------------------------------

### QWidget Setup Methods

Source: https://emsec.github.io/hal/doc/classhal_1_1_graph_navigation_table_widget-members

Methods related to the setup of QWidget and QAbstractScrollArea.

```APIDOC
setupUi(QWidget *widget)
  - Sets up the UI for a given widget.

setupViewport(QWidget *viewport)
  - Sets up the viewport for a scrollable area.
```

--------------------------------

### Get Path from Net

Source: https://emsec.github.io/hal/doc/netlist_2netlist__utils_8cpp

Retrieves a path of gates starting from a given net. This function can optionally follow successors and stop at gates with specific properties.

```cpp
std::vector< Gate * > hal::netlist_utils::get_path(const Net *net, bool get_successors, std::set< GateTypeProperty > stop_properties)
```

--------------------------------

### HAL Wizard Pages

Source: https://emsec.github.io/hal/doc/namespaces

Documentation for various wizard pages used in the HAL project. These pages likely guide users through configuration or setup processes.

```APIDOC
GeneralInfoWizardPage:
  Description: Wizard page for general information.

InitWizardPage:
  Description: Wizard page for initialization.

LatchWizardPage:
  Description: Wizard page for latch configuration.

LUTWizardPage:
  Description: Wizard page for Look-Up Table (LUT) configuration.

PinsWizardPage:
  Description: Wizard page for pin configuration.

RAMPortWizardPage:
  Description: Wizard page for RAM port configuration.

RAMWizardPage:
  Description: Wizard page for RAM configuration.

StateWizardPage:
  Description: Wizard page for state management.
```

--------------------------------

### Qt Widgets: Tab Order and Setup

Source: https://emsec.github.io/hal/doc/classhal_1_1_main_settings_widget-members

Covers static methods for managing tab order and setting up UI elements.

```APIDOC
QWidget::setTabOrder(QWidget *first, QWidget *second)
  - Establishes tab order between two widgets.
  - Parameters:
    - first: The widget that precedes the second in the tab order.
    - second: The widget that follows the first in the tab order.

QWidget::setupUi(QWidget *widget)
  - Sets up the UI for the given widget. This is typically generated by a UI designer.
  - Parameters:
    - widget: Pointer to the QWidget to set up.
```

--------------------------------

### Get Complex Gate Chain

Source: https://emsec.github.io/hal/doc/netlist_2netlist__utils_8cpp_source

Identifies and returns a chain of gates starting from a given gate, following a sequence of gate types. The function allows specifying input and output pins for each gate type in the chain and an optional filter function to further refine the selection. It handles cases like null start gates, insufficient chain types, incorrect start gate types, filter failures, loops, and multiple predecessors.

```C++
Result<std::vector<Gate*>> get_complex_gate_chain(Gate* start_gate,
                                            const std::vector<GateType*>& chain_types,
                                            const std::map<GateType*, std::vector<const GatePin*>>& input_pins,
                                            const std::map<GateType*, std::vector<const GatePin*>>& output_pins,
                                            const std::function<bool(const Gate*)>& filter)
{
    if (start_gate == nullptr)
    {
        return ERR("could not detect gate chain at start gate: start gate is a 'nullptr'");
    }
    if (chain_types.size() < 2)
    {
        return ERR("could not detect gate chain at start gate: 'chain_types' comprises less than two target gate types");
    }
    if (start_gate->get_type() != chain_types.at(0))
    {
        return ERR("could not detect gate chain at start gate '" + start_gate->get_name() + "' with ID " + std::to_string(start_gate->get_id()) + ": start gate is not of type '" 
            + chain_types.front()->get_name() + "'");
    }
    if (filter && !filter(start_gate))
    {
        return ERR("could not detect gate chain at start gate '" + start_gate->get_name() + "' with ID " + std::to_string(start_gate->get_id())
            + ": filter evaluates to 'false' for start gate");
    }

    std::deque<Gate*> gate_chain = {start_gate};
    std::unordered_set<Gate*> visited_gates;

    u32 last_index = 0;

    bool found_next_gate = true;
    do {
        Gate* current_gate = gate_chain.back();
        std::vector<Gate*> predecessors = current_gate->get_predecessors();

        if (predecessors.size() > 1)
        {
            log_debug("netlist_utils",
                      "detected more than one valid predecessor gate for gate '{}' with ID {} in netlist with ID {}.",
                      current_gate->get_name(),
                      current_gate->get_id(),
                      current_gate->get_netlist()->get_id());
            break;
        }
        else if (!predecessors.empty())
        {
            Gate* pred_gate = predecessors.at(0)->get_gate();

            if (visited_gates.find(pred_gate) != visited_gates.end())
            {
                log_debug("netlist_utils", "detected a loop at gate with ID {}.", pred_gate->get_id());
                break;
            }

            gate_chain.push_front(pred_gate);
            visited_gates.insert(pred_gate);
            current_gate = pred_gate;
            found_next_gate = true;
            log_debug("netlist_utils", "found predecessor gate with ID {}.", pred_gate->get_id());
        }
    } while (found_next_gate);

    return OK(std::vector<Gate*>(gate_chain.begin(), gate_chain.end()));
}
```

--------------------------------

### QWidget Setup and Coordinate Mapping

Source: https://emsec.github.io/hal/doc/classhal_1_1_plugin_parameter_dialog

Contains API documentation for the `setupUi` method, used for setting up the user interface of a widget, and `mapToGlobal`, which converts a widget's local coordinates to global screen coordinates.

```APIDOC
QWidget:
  setupUi(QWidget *widget)
    Sets up the user interface for the given widget.

  mapToGlobal(const QPoint &pos) -> QPoint
    Converts a point from the widget's local coordinate system to the global coordinate system.
```

--------------------------------

### QWidget Setup UI

Source: https://emsec.github.io/hal/doc/classhal_1_1_python_editor

Method for setting up the user interface of a QWidget.

```APIDOC
setupUi(QWidget *widget)
  Sets up the user interface for the given widget. This is typically used in conjunction with UI design tools.
  Parameters:
    QWidget *widget: The widget whose UI needs to be set up.
```

--------------------------------

### Get Path from Gate

Source: https://emsec.github.io/hal/doc/netlist__utils_8h_source

Retrieves a path of gates starting from a given gate. It can search for successors and stop at gates with specific properties. Overloaded for Net input.

```cpp
std::vector<Gate*> get_path(const Gate* gate, bool get_successors, std::set<GateTypeProperty> stop_properties);
std::vector<Gate*> get_path(const Net* net, bool get_successors, std::set<GateTypeProperty> stop_properties);
std::vector<Gate*> get_path(const Net* net, bool get_successors, std::set<GateTypeProperty> stop_properties, std::unordered_map<u32, std::vector<Gate*>>& cache);
```

--------------------------------

### GraphContext API

Source: https://emsec.github.io/hal/doc/action__add__items__to__object_8cpp_source

Provides methods for managing graph context, including starting and ending changes, adding elements, retrieving the layouter, and getting the context ID.

```APIDOC
hal::GraphContext:
  Logical container for modules, gates, and nets.

  beginChange(): void
    Starts a change transaction for the graph context.
    Definition: graph_context.cpp:75

  add(const QSet< u32 > &modules, const QSet< u32 > &gates, PlacementHint placement=PlacementHint()): void
    Adds modules and gates to the graph context with optional placement hints.
    Definition: graph_context.cpp:90

  getLayouter() const: GraphLayouter *
    Returns a pointer to the graph layouter associated with this context.
    Definition: graph_context.h:322

  endChange(): void
    Ends a change transaction for the graph context.
    Definition: graph_context.cpp:80

  id() const: u32
    Returns the unique identifier of the graph context.
    Definition: graph_context.cpp:452
```

--------------------------------

### QWidget Setup and Size Increment

Source: https://emsec.github.io/hal/doc/classhal_1_1_expanding_list_widget

Includes methods for setting up a widget and managing its size increment.

```APIDOC
void setupUi(QWidget *widget)
  - Sets up the UI for the given widget.

QSize sizeIncrement() const
  - Returns the size increment of the widget.

void setSizeIncrement(const QSize &)
  - Sets the size increment of the widget.
```

--------------------------------

### QWidget Layout and Setup

Source: https://emsec.github.io/hal/doc/classhal_1_1_get_in_touch_item

Methods related to widget layout and setup. setupUi is typically used to initialize the UI of a widget, and sizeIncrement manages the size increment for resizing.

```APIDOC
setupUi(widget: QWidget *widget)
  Sets up the user interface for the given widget.

sizeIncrement() const -> QSize
  Returns the size increment of the widget.

setSizeIncrement(size: const QSize &)
  Sets the size increment of the widget.

setSizeIncrement(w: int, h: int)
  Sets the width and height of the size increment.
```

--------------------------------

### Get Shortest Path

Source: https://emsec.github.io/hal/doc/python__bindings_2bindings_2netlist__utils_8cpp_source

Finds the shortest path between a start gate and any gate within a specified module. The function returns a list of gates forming the path, ordered from start to end. If multiple paths of the same shortest length exist, only the first one found is returned. An empty list is returned if no path is found.

```python
py_netlist_utils.def("get_shortest_path", py::overload_cast<Gate*,Module*,bool>(&[netlist_utils::get_shortest_path](https://emsec.github.io/hal/doc/namespacehal_1_1netlist__utils.html#ad4d03ec3fea021d21e9247e70d03aecc)), py::arg("start_gate"), py::arg("end_module"), py::arg("forward_direction"), R"(
Find the shortest path (i.e., theresult set with the lowest number of gates) that connects the start gate with any gate for the given module.
The gate where the search started from will be the first in the result vector, the end gate will be the last.
If there is no such path an empty vector is returned. If there is more than one path with the same length only the first one is returned.

:param hal_py.Gate start_gate: The start gate for the path
:param hal_py.Module end_module: The module which contains the end gate for the path
:param bool forward_direction: Search successor module to gate if true, else search predecessor module.
:returns: A list of gates that form a chain on success, an empty list on error.
:rtype: list[hal_py.Gate]
)")
```

--------------------------------

### QWidget Setup and Coordinate Mapping

Source: https://emsec.github.io/hal/doc/classhal_1_1_toolbar

Contains API documentation for the `setupUi` method, used for setting up the user interface of a widget, and `mapToGlobal`, which converts a widget's local coordinates to global screen coordinates.

```APIDOC
QWidget:
  setupUi(QWidget *widget)
    Sets up the user interface for the given widget.

  mapToGlobal(const QPoint &pos) -> QPoint
    Converts a point from the widget's local coordinate system to the global coordinate system.
```

--------------------------------

### Get Bit (get_bit)

Source: https://emsec.github.io/hal/doc/utils_8h_source

Retrieves the value of a specific bit at a given index within a 64-bit unsigned integer. The index is 0-based, starting from the least significant bit.

```c++
CORE_API inline u64 get_bit(const u64 value, const u64 index)
{
    return (value >> index) & 1;
}
```

--------------------------------

### QWidget Layout and Setup

Source: https://emsec.github.io/hal/doc/classhal_1_1_settings_widget

Methods related to widget layout and setup. setupUi is typically used to initialize the UI of a widget, and sizeIncrement manages the size increment for resizing.

```APIDOC
setupUi(widget: QWidget *widget)
  Sets up the user interface for the given widget.

sizeIncrement() const -> QSize
  Returns the size increment of the widget.

setSizeIncrement(size: const QSize &)
  Sets the size increment of the widget.

setSizeIncrement(w: int, h: int)
  Sets the width and height of the size increment.
```

--------------------------------

### Get Path in Netlist

Source: https://emsec.github.io/hal/doc/netlist_2netlist__utils_8cpp_source

Retrieves a path of gates starting from a given net, either successors or predecessors, stopping at gates with specified properties. It utilizes a cache for performance.

```C++
std::vector<Gate*> get_path(const Net* net, bool get_successors, std::set<GateTypeProperty> stop_properties)
{
    std::unordered_map<u32, std::vector<Gate*>> cache;
    return get_path(net, get_successors, stop_properties, cache);
}
```

--------------------------------

### ContentDragRelay Methods

Source: https://emsec.github.io/hal/doc/dock__bar_8cpp_source

Provides methods to relay drag events, specifically for the start and end of drag operations. It also includes a static method to get the singleton instance.

```APIDOC
hal::ContentDragRelay

Methods:
  static ContentDragRelay * instance()
    Returns the singleton instance of ContentDragRelay.

  void relayDragEnd()
    Relays the end of a drag operation.

  void relayDragStart()
    Relays the start of a drag operation.
```

--------------------------------

### QWidget Setup UI

Source: https://emsec.github.io/hal/doc/classhal_1_1_search_options_dialog

Provides a method to set up the user interface for a given QWidget.

```APIDOC
QWidget::setupUi(QWidget *widget)
  - Sets up the user interface for the given widget. This is typically used in conjunction with UI design tools.
```

--------------------------------

### Get Boolean Influences of Subcircuit (Deterministic)

Source: https://emsec.github.io/hal/doc/boolean__influence_8cpp

Determines the boolean influences for all nets within a subcircuit deterministically. It requires a vector of gates defining the subcircuit and a starting net.

```cpp
Result< std::map< Net *, double > > hal::boolean_influence::get_boolean_influences_of_subcircuit_deterministic(const std::vector< Gate * > &gates, const Net *start_net)
```

--------------------------------

### QWidget setupUi Method

Source: https://emsec.github.io/hal/doc/classhal_1_1_selection_details_widget-members

This documentation describes the `setupUi` method for QWidget. This method is typically used to set up the user interface of a widget, often in conjunction with UI design tools.

```APIDOC
QWidget::setupUi(QWidget *widget)
  - Sets up the user interface for the given widget.
  - Parameters:
    - widget: A pointer to the QWidget whose UI needs to be set up.
```

--------------------------------

### QWidget Layout and Setup

Source: https://emsec.github.io/hal/doc/classhal_1_1_external_content_widget

Methods related to widget layout and setup. setupUi is typically used to initialize the UI of a widget, and sizeIncrement manages the size increment for resizing.

```APIDOC
setupUi(widget: QWidget *widget)
  Sets up the user interface for the given widget.

sizeIncrement() const -> QSize
  Returns the size increment of the widget.

setSizeIncrement(size: const QSize &)
  Sets the size increment of the widget.

setSizeIncrement(w: int, h: int)
  Sets the width and height of the size increment.
```

--------------------------------

### Qt Widget inputMethodHints Property

Source: https://emsec.github.io/hal/doc/classhal_1_1_graphics_qss_adapter-members

Gets or sets the input method hints for the widget. These hints guide the behavior of input method editors, such as suggesting word completions.

```C++
inputMethodHints() const
```

--------------------------------

### QWidget Layout Setting Example

Source: https://emsec.github.io/hal/doc/classhal_1_1_logger_qss_adapter

Illustrates how to set a layout for a QWidget.

```cpp
QVBoxLayout *layout = new QVBoxLayout(widget);
// Add widgets to the layout
widget->setLayout(layout);
```

--------------------------------

### QRegularExpression Match Functions

Source: https://emsec.github.io/hal/doc/python__syntax__highlighter_8cpp_source

Provides functions for matching regular expressions against strings. Includes methods to get match details like start, end, and length of captured groups.

```APIDOC
QRegularExpression::match
  match(const QString &subject, int offset, QRegularExpression::MatchType matchType, QRegularExpression::MatchOptions matchOptions) const
    Matches the regular expression against the subject string.
    Parameters:
      subject: The string to search within.
      offset: The offset in the subject string at which to begin the search.
      matchType: The type of matching to perform (e.g., Normal, Partial).
      matchOptions: Options to control the matching behavior.
    Returns: A QRegularExpressionMatch object containing the results of the match.

QRegularExpressionMatch::capturedEnd
  capturedEnd(int nth) const
    Returns the end position of the nth captured substring.
    Parameters:
      nth: The index of the captured substring.
    Returns: The end position of the captured substring.

QRegularExpressionMatch::capturedLength
  capturedLength(int nth) const
    Returns the length of the nth captured substring.
    Parameters:
      nth: The index of the captured substring.
    Returns: The length of the captured substring.

QRegularExpressionMatch::capturedStart
  capturedStart(int nth) const
    Returns the start position of the nth captured substring.
    Parameters:
      nth: The index of the captured substring.
    Returns: The start position of the captured substring.

QRegularExpressionMatch::hasMatch
  hasMatch() const
    Returns true if the match is valid; otherwise, returns false.
    Returns: True if a match was found, false otherwise.

QRegularExpressionMatchIterator::hasNext
  hasNext() const
    Returns true if there is another match; otherwise, returns false.
    Returns: True if another match exists, false otherwise.

QRegularExpressionMatchIterator::next
  next()
    Returns the next match in the iteration.
    Returns: A QRegularExpressionMatch object for the next match.
```

--------------------------------

### QWidget setupUi Method

Source: https://emsec.github.io/hal/doc/classhal_1_1_settings_widget_spinbox-members

Method used for setting up the UI of a QWidget.

```APIDOC
setupUi(QWidget *widget)
  Sets up the user interface for the given widget.
  Parameters:
    widget: The QWidget to set up.
```

--------------------------------

### Get Module Code

Source: https://emsec.github.io/hal/doc/py__code__provider_8cpp_source

Returns the base Python code prefix for a given module ID. This is likely used as a starting point for constructing more complex module-related Python code.

```C++
QString PyCodeProvider::pyCodeModule(u32 moduleId)
{
  return moduleCodePrefix.arg(moduleId);
}
```