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|
module uefi::proto::console;
import uefi;
/***/
bitstruct ConsoleColor : char @bigendian
{
TextColor background : 0..3;
TextColor foreground : 4..7; /* NOTE: bit '7' is technically not used per spec */
}
/* 12.1.) Console I/O Protocol (Scan Codes - see Appendix B, Table B.1) */
enum ScanCode : ushort (ushort raw)
{
NULL { 0x0000 },
UP_ARROW { 0x0001 },
DOWN_ARROW { 0x0002 },
RIGHT_ARROW { 0x0003 },
LEFT_ARROW { 0x0004 },
HOME { 0x0005 },
END { 0x0006 },
INSERT { 0x0007 },
DELETE { 0x0008 },
PAGE_UP { 0x0009 },
PAGE_DOWN { 0x000A },
F1 { 0x000B },
F2 { 0x000C },
F3 { 0x000D },
F4 { 0x000E },
F5 { 0x000F },
F6 { 0x0010 },
F7 { 0x0011 },
F8 { 0x0012 },
F9 { 0x0013 },
F10 { 0x0014 },
F11 { 0x0015 },
F12 { 0x0016 },
ESCAPE { 0x0017 },
PAUSE { 0x0048 },
F13 { 0x0068 },
F14 { 0x0069 },
F15 { 0x006A },
F16 { 0x006B },
F17 { 0x006C },
F18 { 0x006D },
F19 { 0x006E },
F20 { 0x006F },
F21 { 0x0070 },
F22 { 0x0071 },
F23 { 0x0072 },
F24 { 0x0073 },
MUTE { 0x007F },
VOLUME_UP { 0x0080 },
VOLUME_DOWN { 0x0081 },
BRIGHTNESS_UP { 0x0100 },
BRIGHTNESS_DOWN { 0x0101 },
SUSPEND { 0x0102 },
HIBERNATE { 0x0103 },
TOGGLE_DISPLAY { 0x0104 },
RECOVERY { 0x0105 },
EJECT { 0x0106 },
}
/* 12.3.) Simple Text Input Protocol */
module uefi::guid;
const EfiGuid SIMPLE_TEXT_INPUT_PROTOCOL = {
0x387477c1,
0x69c7,
0x11d2,
{ 0x8e, 0x39, 0x00, 0xa0, 0xc9, 0x69, 0x72, 0x3b }
};
const EfiGuid SIMPLE_TEXT_INPUT_EX_PROTOCOL = {
0xdd9e7534,
0x7762,
0x4698,
{ 0x8c, 0x14, 0xf5, 0x85, 0x17, 0xa6, 0x25, 0xaa }
};
module uefi::proto::console;
struct SimpleTextInputProtocol
{
FnInputReset reset;
FnInputReadKey read_key;
EfiEvent event_wait_for_key;
}
struct EfiInputKey
{
ushort scan_code;
ushort unicode_char;
}
alias FnInputReset = fn EfiStatus(SimpleTextInputProtocol*, bool);
alias FnInputReadKey = fn EfiStatus(SimpleTextInputProtocol*, EfiInputKey*);
/* 12.2.) Simple Text Input Ex Protocol */
struct SimpleTextInputExProtocol
{
FnInputResetEx reset;
FnInputReadKeyEx read_key;
EfiEvent event_wait_for_key;
FnInputSetState set_state;
FnInputRegisterKeystrokeNotify register_keystroke_notify;
FnInputUnregisterKeystrokeNotify unregister_keystroke_notify;
}
enum KeyShiftState : uint (uint raw)
{
SHIFT_STATE_VALID { 0x8000_0000 },
RIGHT_SHIFT_PRESSED { 0x0000_0001 },
LEFT_SHIFT_PRESSED { 0x0000_0002 },
RIGHT_CONTROL_PRESSED { 0x0000_0004 },
LEFT_CONTROL_PRESSED { 0x0000_0008 },
RIGHT_ALT_PRESSED { 0x0000_0010 },
LEFT_ALT_PRESSED { 0x0000_0020 },
RIGHT_LOGO_PRESSED { 0x0000_0040 },
LEFT_LOGO_PRESSED { 0x0000_0080 },
MENU_KEY_PRESSED { 0x0000_0100 },
SYS_REQ_PRESSED { 0x0000_0200 },
}
enum KeyToggleState : char (char raw)
{
TOGGLE_STATE_VALID { 0x80 },
KEY_STATE_EXPOSED { 0x40 },
SCROLL_LOCK_ACTIVE { 0x01 },
NUM_LOCK_ACTIVE { 0x02 },
CAPS_LOCK_ACTIVE { 0x04 },
}
struct EfiKeyState
{
KeyShiftState key_shift_state;
KeyToggleState key_toggle_state;
}
struct EfiKeyData
{
EfiInputKey key;
EfiKeyState key_state;
}
alias FnInputResetEx = fn EfiStatus(SimpleTextInputExProtocol*, bool);
alias FnInputReadKeyEx = fn EfiStatus(SimpleTextInputExProtocol*, EfiKeyData*);
alias FnInputSetState = fn EfiStatus(SimpleTextInputExProtocol*, KeyToggleState*);
alias FnInputRegisterKeystrokeNotify = fn EfiStatus(
SimpleTextInputExProtocol*,
EfiKeyData*,
FnKeyNotificationFunction,
void**
);
alias FnInputUnregisterKeystrokeNotify = fn EfiStatus(EfiKeyData*);
alias FnKeyNotificationFunction = fn EfiStatus(EfiKeyData*);
/* 12.4.) Simple Text Output Protocol */
module uefi::guid;
const EfiGuid SIMPLE_TEXT_OUTPUT_PROTOCOL = {
0x387477c2,
0x69c7,
0x11d2,
{ 0x8e, 0x39, 0x00, 0xa0, 0xc9, 0x69, 0x72, 0x3b }
};
module uefi::proto::console;
struct SimpleTextOutputProtocol
{
FnOutputReset reset;
FnOutputString output_string;
FnOutputTestString test_string;
FnOutputQueryMode query_mode;
FnOutputSetMode set_mode;
FnOutputSetAttribute set_attribute;
FnOutputClearScreen clear_screen;
FnOutputSetCursorPosition set_cursor_position;
FnOutputEnableCursor enable_cursor;
TextMode* mode;
}
struct TextMode
{
int max_mode;
int current_mode;
int current_attribute;
int current_cursor_column;
int current_cursor_row;
bool is_cursor_visible;
}
alias FnOutputReset = fn EfiStatus(SimpleTextOutputProtocol*, bool);
alias FnOutputString = fn EfiStatus(SimpleTextOutputProtocol*, EfiStringRaw);
alias FnOutputTestString = fn EfiStatus(SimpleTextOutputProtocol*, EfiStringRaw);
alias FnOutputQueryMode = fn EfiStatus(SimpleTextOutputProtocol*, usz, usz*, usz*);
alias FnOutputSetMode = fn EfiStatus(SimpleTextOutputProtocol*, usz);
alias FnOutputSetAttribute = fn EfiStatus(SimpleTextOutputProtocol*, usz);
alias FnOutputClearScreen = fn EfiStatus(SimpleTextOutputProtocol*);
alias FnOutputSetCursorPosition = fn EfiStatus(SimpleTextOutputProtocol*, usz, usz);
alias FnOutputEnableCursor = fn EfiStatus(SimpleTextOutputProtocol*, bool);
/* Standard terminal color constants. */
enum TextColor : char (char raw)
{
BLACK { 0x00 },
BLUE { 0x01 },
GREEN { 0x02 },
CYAN { 0x03 },
RED { 0x04 },
MAGENTA { 0x05 },
BROWN { 0x06 },
LIGHT_GRAY { 0x07 },
DARK_GRAY { 0x08 }, /* BRIGHT, or (BLACK|BRIGHT) */
LIGHT_BLUE { 0x09 },
LIGHT_GREEN { 0x0A },
LIGHT_CYAN { 0x0B },
LIGHT_RED { 0x0C },
LIGHT_MAGENTA { 0x0D },
YELLOW { 0x0E },
WHITE { 0x0F },
}
macro char @efi_color($fg, $bg) @builtin @public => ($fg | ((0x07 & $bg) << 4));
|
