All Functions and Procedures

Move a caret belonging to a Window back 1 position and remove the character within the cell the caret occupies.

Enable or disable the drawing of the borders surrounding a Window.

Clear a Window Canvas.

Combine two 16-bit values representing Foreground and Background respectively, into a 32-bit value representing an attribute.

Draw 32-bits of pixel information at the screen position(x,y).

read/write must be capable of reading/writting any amknt of data upto disk size

Forcefully close all Windows

Get 32-bits of pixel information from the screen position(x,y).

Get a Pointer to the attribute used for Window Borders.

nullsectors : array[0..1024] of TFileEntry; //cache some null entry pointers for effeciency sake

Initialize the Frame Buffer & Window Manager ready for use.

Enable or disable the mouse.

Spawn a new Window at cell(x,y) with specified Width, Height and Title.

Draw an ASCII char to raw screen space conforming to cell constraints.

Draw an ASCII char without a background to raw screen space conforming to cell constraints.

Simple console writeln for debugging to a Window.

procedure flush();

Redraw all of the Window adhearing to Z-Order.

Register an Event Handler to a Window

(Will in future)returns TPCI_DEVICE.vendor_id := 0xFFFF if no device found.

Set the default set of attributes to be used when drawing to the screen.

Set a specified Window as a Shell Window (Window cannot be moved or closed).

Change a Windows visibility.

String Linked List

Toggle the visibility of a Window.

Write a 16-bit value as binary to the console.

Write a 16-bit value as binary to a Window, with the specified attributes.

Write a 16-bit value as binary + new-line to the console, with the specified attributes.

Write an 16-bit value as binary to a Window, followed by a new-line.

Write a 32-bit value as binary to the console.

Write a 32-bit value as binary to a Window, with the specified attributes.

Write a 32-bit value as binary + new-line to the console, with the specified attributes.

Write an 32-bit value as binary to a Window, followed by a new-line.

Write an 8-bit value as binary to the console.

Write an 8-bit value as binary to a Window, with the specified attributes.

Write an 8-bit value as binary + new-line to the console, with the specified attributes.

Write an 8-bit value as binary to a Window, followed by a new-line.

Write a single 8-bit character to the screen.

Write a single 8-bit character to a Window, specifying custom color attributes.

Write a single 8-bit character to the screen, followed by starting a new line, specifying custom color attributes.

Write a single 8-bit character to a Window, followed by starting a new line.

Write a 32-bit value as Hex Pairs to the console.

Write a 32-bit value as Hex Pairs to a Window, with the specified attributes.

Write a 32-bit value as Hex Pairs + new-line to the console, with the specified attributes.

Write a 32-bit value as Hex Pairs to a Window, followed by a new-line.

Write an 8-bit Hex Pair to a Window, with the specified attributes.

Write a 32-bit value as Hex Pairs to a Window.

Write a 32-bit value to the console, with the specified attributes.

Write a 32-bit value to the console followed by a new-line.

Write a 32-bit value + new-line to a Window, with the specified attributes.

Write a 32-bit value to a Window.

Write a NULL terminated string to the console.

Write a NULL terminated string to a Window, with the specified attributes.

Write a NULL terminated string + new-line to the console, with the specified attributes.

Write a NULL terminated string to a Window, followed by a new-line.

Increment the cursor one cell to the right (x+1).

Increment the cursor one cell down (y+1).

Callback for a MouseClick event.

Callback for a MouseUp event.

Increment the cursor within a Window one cell down and reposition it at the first X Cell (y+1, x=0),performing a Y-Axis scroll when needed.

Increment the cursor within a Window one cell to the right (x+1), wrapping to the next line and performing a Y-Axis scroll when when needed.

Increment the cursor one cell down (y+1), performing a Y-Axis roll when when needed.