Types and Enumerations

Namespaces

Name	Description
`RL`
`moira`
`EVFL`

Classes

Name	Description
`AgnusAPI`	API of the Agnus chip.
`AmigaAPI`	API of the Amiga as a whole.
`AnyFile`	Base class of all files that can be loaded or saved.
`API`	Base class of all APIs.
`AudioChannelAPI`	API of an audio channel of Paula.
`AudioPortAPI`	API of the audio port.
`BlitterAPI`	API of the Blitter.
`CIAAPI`	API of a CIA chip.
`ControlPortAPI`	API of a control port.
`CopperAPI`	API of the Copper.
`CPUAPI`	API of the CPU.
`CPUDebuggerAPI`	API of the CPU debugger (disassembler and dumps).
`DefaultsAPI`	The user's defaults storage
`DeniseAPI`	API of the Denise chip.
`DiskControllerAPI`	API of the disk controller.
`Error`	Base class of the errors thrown by the API.
`FloppyDriveAPI`	API of a floppy drive.
`GuardsAPI`	Guards API
`HardDriveAPI`	API of a hard drive.
`HdControllerAPI`	API of a hard drive controller.
`JoystickAPI`	API of a joystick.
`KeyboardAPI`	API of the keyboard.
`LogicAnalyzerAPI`	API of the logic analyzer.
`MemoryAPI`	API of the memory.
`MemoryDebuggerAPI`	API of the memory debugger (dumps and searches).
`MouseAPI`	API of a mouse.
`MsgQueueAPI`	API of the message queue.
`PaulaAPI`	API of the Paula chip.
`RemoteManagerAPI`	API of the remote manager.
`RetroShellAPI`	RetroShell Public API
`RTCAPI`	API of the real-time clock.
`SerialPortAPI`	API of the serial port.
`Snapshot`	A snapshot of the emulator state.
`UARTAPI`	API of the UART.
`VAmiga`	The emulator. Entry point of the API.
`VideoPortAPI`	API of the video port.
`XRayAPI`	API of the X-Ray visualizer.
`AgnusConfig`	Configuration options of Agnus.
`AgnusInfo`	State of Agnus (beam position, DMA, registers).
`AgnusMetrics`	Statistics collected by Agnus (DMA usage).
`AgnusTraits`	Static properties of an Agnus revision.
`AlarmCmd`	Payload of a command that schedules an alarm.
`AmigaConfig`	Configuration options of the Amiga.
`AmigaInfo`	State of the Amiga (clock and frame counters).
`AudioFilterConfig`	Configuration options of the audio filters.
`AudioPortConfig`	Configuration options of the audio port.
`AudioPortInfo`	State of the audio port.
`AudioPortMetrics`	Statistics collected by the audio port.
`BeamMsg`	Payload of messages that carry a beam position.
`BlitterConfig`	Configuration options of the Blitter.
`BlitterInfo`	State of the Blitter (registers and progress).
`CIAConfig`	Configuration options of a CIA chip.
`CIAInfo`	State of a CIA chip.
`CIAMetrics`	Statistics collected by a CIA chip.
`CIAPortInfo`	State of a CIA port.
`CIATimerInfo`	State of a CIA timer.
`Command`	A command sent to the emulator thread.
`ConfigCmd`	Payload of a command that changes a configuration option.
`ConfigMsg`	Payload of configuration messages.
`ControlPortInfo`	State of a control port.
`CoordCmd`	Payload of a command that carries a coordinate.
`CopperInfo`	State of the Copper (registers and program counter).
`CoreError`	Error thrown if a request does not match the state of the emulator.
`CPUConfig`	Configuration options of the CPU.
`CPUInfo`	State of the CPU (registers and flags).
`CpuMsg`	Payload of CPU messages (the program counter).
`DDFState`	State of the data-fetch logic of the sequencer.
`DeniseConfig`	Configuration options of Denise.
`DeniseInfo`	State of Denise (registers and sprite state).
`DiagBoardConfig`	Configuration options of the diagnostic board.
`DiskControllerConfig`	Configuration options of the disk controller.
`DiskControllerInfo`	State of the disk controller.
`DriveHead`	Position of a drive head (cylinder, head, and offset into the track).
`DriveMsg`	Payload of drive messages.
`EmulatorInfo`	The current emulator state.
`EmulatorMetrics`	Collected run-time data.
`EventInfo`	Clocks of the machine and the current beam position.
`EventSlotInfo`	State of an event slot.
`FloppyDiskInfo`	Properties of a floppy disk.
`FloppyDriveConfig`	Configuration options of a floppy drive.
`FloppyDriveInfo`	State of a floppy drive.
`GamePadCmd`	Payload of a command that carries a game pad action.
`GuardCmd`	Payload of a command that changes a guard.
`GuardInfo`	Description of a guard (breakpoint, watchpoint, ...).
`HardDriveConfig`	Configuration options of a hard drive.
`HardDriveInfo`	State of a hard drive.
`HardDriveTraits`	Static properties of a hard drive.
`HdcConfig`	Configuration options of a hard drive controller.
`HdcInfo`	State of a hard drive controller.
`HdcMetrics`	Counters of the commands executed by a hard drive controller.
`HdcMsg`	Payload of hard drive controller messages.
`HostConfig`	Properties of the host computer (display refresh rate, audio sample rate, ...).
`InputLine`	A line of input for a RetroShell console, together with its source.
`JoyStateCmd`	Payload of a command that carries a joystick state.
`JoystickConfig`	Configuration options of a joystick.
`JoystickInfo`	State of a joystick.
`KeyboardConfig`	Configuration options of the keyboard.
`KeyboardInfo`	State of the keyboard.
`KeyCmd`	Payload of a command that carries a key event.
`LogicAnalyzerConfig`	Configuration options of the logic analyzer.
`LogicAnalyzerInfo`	State of the logic analyzer.
`LogicAnalyzerSample`	A sample recorded by the logic analyzer.
`MediaError`	Error thrown if a media file is invalid or not supported.
`MemConfig`	Configuration options of the memory.
`MemInfo`	State of the memory.
`MemMetrics`	Statistics collected by the memory (access counters).
`Message`	A message sent by the emulator.
`MonitorConfig`	Configuration options of the monitor.
`MouseConfig`	Configuration options of a mouse.
`PartitionTraits`	Static properties of a hard drive partition.
`PaulaInfo`	State of Paula (interrupt and DMA registers).
`RemoteManagerInfo`	State of the remote manager.
`RemoteServerInfo`	State of a remote server.
`RetroShellInfo`	State of RetroShell.
`RTCConfig`	Configuration options of the real-time clock.
`ScriptMsg`	Payload of script messages.
`SerialPortConfig`	Configuration options of the serial port.
`SerialPortInfo`	State of the serial port.
`ServerConfig`	Configuration options of a remote server.
`SnapshotHeader`	Header of a snapshot file.
`SnapshotMsg`	Payload of snapshot messages.
`SpriteInfo`	State of a sprite.
`StateMachineInfo`	State of an audio state machine.
`Thumbnail`	A screenshot that is stored inside a snapshot.
`TODInfo`	State of a time-of-day counter.
`TrafficEntry`	A packet recorded by a remote server.
`UARTInfo`	State of the UART.
`VideoPortConfig`	Configuration options of the video port.
`VideoPortInfo`	State of the video port.
`VideoPortStats`	Statistics collected by the video port.
`ViewPortInfo`	Geometry of the visible area, derived from DIWSTRT and DIWSTOP.
`ViewportMsg`	Payload of viewport messages.
`vspace`	Vertical space (a number of blank lines) in RetroShell output.
`XRayConfig`	Configuration options of the X-Ray visualizer.
`XRayInfo`	State of the X-Ray visualizer.

Enumerations

Name	Description
`AgnusRevision`	Agnus chip revision.
`EventSlot`	Slot of the event scheduler.
`EventID`	Identifies an event of the event scheduler.
`FrameType`	Type of a video frame (PAL or NTSC, long or short).
`BusOwner`	The component that owns the chip bus in a DMA cycle.
`XRayMode`	X-Ray visualization mode.
`XRayCompositor`	Where X-Ray images are composited.
`DmaDisplayMode`	How DMA activity is displayed by X-Ray.
`DmaChannel`	DMA channels visualized by X-Ray.
`TV`	Video standard.
`Resolution`	Display resolution.
`Warp`	When warp mode is entered automatically.
`ConfigScheme`	Predefined machine configuration.
`Reg`	Custom chip register.
`CIARev`	CIA chip revision.
`CIAReg`	Registers of a CIA chip.
`CPURev`	CPU revision.
`DasmRev`	CPU revision the disassembler targets.
`DasmSyntax`	Syntax style of the disassembler.
`DasmNumbers`	Number format of the disassembler.
`DeniseRev`	Denise chip revision.
`MemSrc`	Source of a memory access.
`Accessor`	The component that performs a memory access.
`BankMap`	Memory bank layout of an Amiga model.
`RamInitPattern`	Pattern that RAM is initialized with.
`UnmappedMemory`	Value that is read from unmapped memory.
`FilterType`	Type of an audio filter.
`SamplingMethod`	Method used to resample audio.
`DriveDmaState`	State of the disk DMA engine.
`IrqSource`	Source of an interrupt.
`RTCRevision`	Real-time clock chip revision.
`IoCommand`	Command of the hard drive controller.
`HdcState`	State of a hard drive controller.
`BoardState`	State of a Zorro expansion board.
`Cmd`	Emulator command.
`Class`	Class of an emulator component.
`Category`	Category of a dump or debug output.
`GuardType`	Type of a guard.
`TexFormat`	Pixel format of a texture.
`Msg`	Message type.
`Opt`	Configuration option.
`ExecState`	Execution state.
`Probe`	Signal that is recorded by the logic analyzer.
`ServerType`	Type of a remote server.
`TrafficDirection`	Direction of a network packet.
`SrvState`	State of a remote server.
`TransportProtocol`	Transport protocol of a remote server.
`CommandSet`	Command set of a RetroShell console.
`RSKey`	Special key of a RetroShell console.
`DiskFlags`	Flags describing the state of a disk.
`FloppyDriveType`	Type of a floppy drive.
`DriveMechanics`	Mechanical model of a floppy drive.
`HardDriveType`	Type of a hard drive.
`WriteThroughMode`	When a hard drive writes its data through to the image file.
`HardDriveState`	State of a hard drive.
`GamePadAction`	An action performed on a game pad.
`KbState`	State of the keyboard.
`Palette`	Monitor color palette.
`Zoom`	Zoom level of the visible area.
`Center`	Centering mode of the visible area.
`Upscaler`	Upscaling algorithm of the video port.
`Dotmask`	Dot mask of the monitor effect.
`Scanlines`	Scanline effect of the monitor.
`ControlPortDevice`	Type of a device connected to a control port.
`SerialPortDevice`	Type of a device connected to the serial port.
`Diameter`	Diameter of a disk.
`Density`	Density of a disk.

Typedefs

Return	Name	Description
`u32`	`EventFlags`	Bit mask of EVFL flags.
`u32`	`RunLoopFlags`	Bit mask of RL flags.
`u64`	`Texel`	The Texel datatype is utilized to access single texture elements. On the emulator side, one Texel covers a single Amiga hires pixel and holds two RGBA values, one per super-hires pixel. On the GPU side a texel is always 32 bit, so the GPU sees a texture of doubled horizontal resolution, i.e. one texel per super-hires pixel.
`void`	`Callback`	The callback receives the message and, for a message that reports a failure, the exception that caused it (null otherwise). Pointers inside the message are only valid for the duration of the call; the exception is a shared handle and can be kept.

EventFlags

cpp

using EventFlags = u32

Defined in Components/Agnus/AgnusTypes.h:645

Bit mask of EVFL flags.

RunLoopFlags

cpp

using RunLoopFlags = u32

Defined in Components/AmigaTypes.h:370

Bit mask of RL flags.

Texel

cpp

using Texel = u64

Defined in Components/Denise/FrameBufferTypes.h:34

The Texel datatype is utilized to access single texture elements. On the emulator side, one Texel covers a single Amiga hires pixel and holds two RGBA values, one per super-hires pixel. On the GPU side a texel is always 32 bit, so the GPU sees a texture of doubled horizontal resolution, i.e. one texel per super-hires pixel.

This used to be selectable at compile time via a macro called TPP (texels per pixel), which could map Texel to a single u32 and produce a texture in hires resolution. That option has been removed: super-hires resolution is now the only texture format, so that a super-hires pixel is representable everywhere in the pipeline rather than being squeezed into a hires cell.

The TEXEL macro repeats the RGBA pattern, so writing a single Texel sets two GPU texels at once. Writing a 64 bit value costs about as much as writing a 32 bit one, which keeps the emulator-side price near zero; the cost is on the GPU side, which has to move twice as much memory per frame.

Callback

cpp

using Callback = void

Defined in Infrastructure/MsgQueueTypes.h:390

The callback receives the message and, for a message that reports a failure, the exception that caused it (null otherwise). Pointers inside the message are only valid for the duration of the call; the exception is a shared handle and can be kept.

Functions

Return	Name	Description
`bool`	`isPrimarySlot` `constexpr`	Returns true if the slot is a primary event slot.
`bool`	`isSecondarySlot` `constexpr`	Returns true if the slot is a secondary event slot.
`bool`	`isTertiarySlot` `constexpr`	Returns true if the slot is a tertiary event slot.
`bool`	`isBplxEvent` `static` `inline`	Returns true if the event is a bitplane event of the given bitplane.
`bool`	`isValidDriveSpeed` `inline`	Returns true if the given value is a valid drive speed.

isPrimarySlot

constexpr

cpp

constexpr bool isPrimarySlot(long s)

Defined in Components/Agnus/AgnusTypes.h:133

Returns true if the slot is a primary event slot.

isSecondarySlot

constexpr

cpp

constexpr bool isSecondarySlot(long s)

Defined in Components/Agnus/AgnusTypes.h:135

Returns true if the slot is a secondary event slot.

isTertiarySlot

constexpr

cpp

constexpr bool isTertiarySlot(long s)

Defined in Components/Agnus/AgnusTypes.h:137

Returns true if the slot is a tertiary event slot.

isBplxEvent

static inline

cpp

static inline bool isBplxEvent(EventID id, int x)

Defined in Components/Agnus/AgnusTypes.h:502

Returns true if the event is a bitplane event of the given bitplane.

isValidDriveSpeed

inline

cpp

inline bool isValidDriveSpeed(isize speed)

Defined in Components/Paula/DiskController/DiskControllerTypes.h:90

Returns true if the given value is a valid drive speed.

Variables

Return	Name	Description
`i64`	`NEVER` `static` `constexpr`	Time stamp used for messages that never trigger.
`double`	`inspectionInterval` `static` `constexpr`	Inspection interval in seconds (interval between INS_xxx events).
`u16`	`BLTCON0_ASH` `constexpr`	BLTCON0 (area mode).
`u16`	`BLTCON0_USEA` `constexpr`	BLTCON0: Enable channel A.
`u16`	`BLTCON0_USEB` `constexpr`	BLTCON0: Enable channel B.
`u16`	`BLTCON0_USEC` `constexpr`	BLTCON0: Enable channel C.
`u16`	`BLTCON0_USED` `constexpr`	BLTCON0: Enable channel D.
`u16`	`BLTCON0_LF` `constexpr`	BLTCON0: Logic function minterm (LF7 ... LF0).
`u16`	`BLTCON0_START` `constexpr`	BLTCON0 (line mode).
`u16`	`BLTCON1_BSH` `constexpr`	BLTCON1 (area mode).
`u16`	`BLTCON1_DOFF` `constexpr`	BLTCON1: Disable output (ECS).
`u16`	`BLTCON1_EFE` `constexpr`	BLTCON1: Exclusive fill enable.
`u16`	`BLTCON1_IFE` `constexpr`	BLTCON1: Inclusive fill enable.
`u16`	`BLTCON1_FCI` `constexpr`	BLTCON1: Fill carry input.
`u16`	`BLTCON1_DESC` `constexpr`	BLTCON1: Descending mode.
`u16`	`BLTCON1_LINE` `constexpr`	BLTCON1: Line mode.
`u16`	`BLTCON1_TEXTURE` `constexpr`	BLTCON1 (line mode).
`u16`	`BLTCON1_SIGN` `constexpr`	BLTCON1 (line mode): Sign flag of the Bresenham algorithm.
`u16`	`BLTCON1_SUD` `constexpr`	BLTCON1 (line mode): Sign of the major axis step (up/down).
`u16`	`BLTCON1_SUL` `constexpr`	BLTCON1 (line mode): Sign of the minor axis step (left/right).
`u16`	`BLTCON1_AUL` `constexpr`	BLTCON1 (line mode): Auto-adjust the line (always one pixel per row).
`u16`	`BLTCON1_SING` `constexpr`	BLTCON1 (line mode): Single-bit-per-row mode.
`i8`	`BUS_NONE` `static` `constexpr`	Alias of BusOwner::NONE.
`i8`	`BUS_CPU` `static` `constexpr`	Alias of BusOwner::CPU.
`i8`	`BUS_REFRESH` `static` `constexpr`	Alias of BusOwner::REFRESH.
`i8`	`BUS_DISK` `static` `constexpr`	Alias of BusOwner::DISK.
`i8`	`BUS_AUD0` `static` `constexpr`	Alias of BusOwner::AUD0.
`i8`	`BUS_AUD1` `static` `constexpr`	Alias of BusOwner::AUD1.
`i8`	`BUS_AUD2` `static` `constexpr`	Alias of BusOwner::AUD2.
`i8`	`BUS_AUD3` `static` `constexpr`	Alias of BusOwner::AUD3.
`i8`	`BUS_BPL1` `static` `constexpr`	Alias of BusOwner::BPL1.
`i8`	`BUS_BPL2` `static` `constexpr`	Alias of BusOwner::BPL2.
`i8`	`BUS_BPL3` `static` `constexpr`	Alias of BusOwner::BPL3.
`i8`	`BUS_BPL4` `static` `constexpr`	Alias of BusOwner::BPL4.
`i8`	`BUS_BPL5` `static` `constexpr`	Alias of BusOwner::BPL5.
`i8`	`BUS_BPL6` `static` `constexpr`	Alias of BusOwner::BPL6.
`i8`	`BUS_BPL7` `static` `constexpr`	Alias of BusOwner::BPL7.
`i8`	`BUS_BPL8` `static` `constexpr`	Alias of BusOwner::BPL8.
`i8`	`BUS_SPRITE0` `static` `constexpr`	Alias of BusOwner::SPRITE0.
`i8`	`BUS_SPRITE1` `static` `constexpr`	Alias of BusOwner::SPRITE1.
`i8`	`BUS_SPRITE2` `static` `constexpr`	Alias of BusOwner::SPRITE2.
`i8`	`BUS_SPRITE3` `static` `constexpr`	Alias of BusOwner::SPRITE3.
`i8`	`BUS_SPRITE4` `static` `constexpr`	Alias of BusOwner::SPRITE4.
`i8`	`BUS_SPRITE5` `static` `constexpr`	Alias of BusOwner::SPRITE5.
`i8`	`BUS_SPRITE6` `static` `constexpr`	Alias of BusOwner::SPRITE6.
`i8`	`BUS_SPRITE7` `static` `constexpr`	Alias of BusOwner::SPRITE7.
`i8`	`BUS_COPPER` `static` `constexpr`	Alias of BusOwner::COPPER.
`i8`	`BUS_BLITTER` `static` `constexpr`	Alias of BusOwner::BLITTER.
`i8`	`BUS_BLOCKED` `static` `constexpr`	Alias of BusOwner::BLOCKED.
`i8`	`BUS_COUNT` `static` `constexpr`	Alias of BusOwner::COUNT.
`u16`	`SIG_NONE` `static` `constexpr`	No signal.
`u16`	`SIG_CON` `static` `constexpr`	Continue.
`u16`	`SIG_BMAPEN_CLR` `static` `constexpr`	Clear the bitplane DMA enable flip-flop.
`u16`	`SIG_BMAPEN_SET` `static` `constexpr`	Set the bitplane DMA enable flip-flop.
`u16`	`SIG_VFLOP_CLR` `static` `constexpr`	Clear the vertical flip-flop.
`u16`	`SIG_VFLOP_SET` `static` `constexpr`	Set the vertical flip-flop.
`u16`	`SIG_BPHSTART` `static` `constexpr`	The DDFSTRT position has been reached.
`u16`	`SIG_BPHSTOP` `static` `constexpr`	The DDFSTOP position has been reached.
`u16`	`SIG_SHW` `static` `constexpr`	Start of the horizontal fetch window.
`u16`	`SIG_RHW` `static` `constexpr`	End of the horizontal fetch window.
`u16`	`SIG_DONE` `static` `constexpr`	The fetch sequence is complete.
`isize`	`XRAY_COLOR_COUNT` `constexpr`	Number of persisted Opt::XRAY_COLORn slots. XRayMode::XRAY_DMA uses the first isize(DmaChannel::COUNT) of these, indexed by DmaChannel. XRayMode::XRAY_LAYERS (see PixelEngine::hide) uses all of them, indexed by sprite number 0-7, then playfield 1 and playfield 2 – both modes share the same palette.
`i8`	`IOERR_OPENFAIL` `constexpr`	Constants from exec/errors.h.
`i8`	`IOERR_ABORTED` `constexpr`	IO error: The request was aborted.
`i8`	`IOERR_NOCMD` `constexpr`	IO error: Unknown command.
`i8`	`IOERR_BADLENGTH` `constexpr`	IO error: Invalid length.
`i8`	`IOERR_BADADDRESS` `constexpr`	IO error: Invalid address.
`i8`	`IOERR_UNITBUSY` `constexpr`	IO error: The unit is busy.
`i8`	`IOERR_SELFTEST` `constexpr`	IO error: The self test failed.
`i8`	`TDERR_WRITEPROT` `constexpr`	The disk is write protected (trackdisk.device).
`i8`	`TDERR_DISKCHANGED` `constexpr`	No disk in the drive (trackdisk.device).
`u32`	`DRIVE_NEWSTYLE` `constexpr`	Answer to TD_GETDRIVETYPE from a device that understands the NSD commands.
`u16`	`NSDEVTYPE_TRACKDISK` `constexpr`	Device type reported by NSCMD_DEVICEQUERY.
`u32`	`NSD_QUERY_SIZE` `constexpr`	Size of the NSDeviceQueryResult structure this device fills in.
`u32`	`DG_SIZE` `constexpr`	Size of the DriveGeometry structure this device fills in.
`u8`	`DG_DIRECT_ACCESS` `constexpr`	Device type reported by TD_GETGEOMETRY.
`u32`	`IO_COMMAND` `constexpr`	Offsets into the IOStdReq struct.
`u32`	`IO_ERROR` `constexpr`	Offset of the IORequest error field.
`u32`	`IO_ACTUAL` `constexpr`	Offset of the IORequest actual field.
`u32`	`IO_LENGTH` `constexpr`	Offset of the IORequest length field.
`u32`	`IO_DATA` `constexpr`	Offset of the IORequest data pointer.
`u32`	`IO_OFFSET` `constexpr`	Offset of the IORequest offset field.
`int`	`ERT_ZORROII` `constexpr`	Autoconfig related constants ('type' field).
`int`	`ERT_ZORROIII` `constexpr`	Board type flag: Zorro III board.
`int`	`ERTF_MEMLIST` `constexpr`	Board type flag: Link the board's memory into the system memory list.
`int`	`ERTF_DIAGVALID` `constexpr`	Board type flag: The board contains a valid diagnostic area.
`int`	`ERTF_CHAINEDCONFIG` `constexpr`	Board type flag: The next board is chained to this one.
`int`	`ERFF_MEMSPACE` `constexpr`	Flag: The board occupies the memory address space.
`int`	`ERFF_NOSHUTUP` `constexpr`	Flag: The board cannot be shut up.
`int`	`ERFF_EXTENDED` `constexpr`	Flag: The board uses an extended size.
`int`	`ERFF_ZORRO_III` `constexpr`	Flag: The board is a Zorro III board.
`isize`	`hdrSnapshotLimit` `constexpr`	Largest disk a snapshot can carry, in MB.

NEVER

static constexpr

cpp

i64 NEVER = INT64_MAX

Defined in Components/Agnus/AgnusTypes.h:28

Time stamp used for messages that never trigger.

inspectionInterval

static constexpr

cpp

double inspectionInterval = 0.1

Defined in Components/Agnus/AgnusTypes.h:31

Inspection interval in seconds (interval between INS_xxx events).

BLTCON0_ASH

constexpr

cpp

u16 BLTCON0_ASH = 0xF000

Defined in Components/Agnus/Blitter/BlitterTypes.h:22

BLTCON0 (area mode).

BLTCON0_USEA

constexpr

cpp

u16 BLTCON0_USEA = 0x0800

Defined in Components/Agnus/Blitter/BlitterTypes.h:23

BLTCON0: Enable channel A.

BLTCON0_USEB

constexpr

cpp

u16 BLTCON0_USEB = 0x0400

Defined in Components/Agnus/Blitter/BlitterTypes.h:24

BLTCON0: Enable channel B.

BLTCON0_USEC

constexpr

cpp

u16 BLTCON0_USEC = 0x0200

Defined in Components/Agnus/Blitter/BlitterTypes.h:25

BLTCON0: Enable channel C.

BLTCON0_USED

constexpr

cpp

u16 BLTCON0_USED = 0x0100

Defined in Components/Agnus/Blitter/BlitterTypes.h:26

BLTCON0: Enable channel D.

BLTCON0_LF

constexpr

cpp

u16 BLTCON0_LF = 0x00FF

Defined in Components/Agnus/Blitter/BlitterTypes.h:27

BLTCON0: Logic function minterm (LF7 ... LF0).

BLTCON0_START

constexpr

cpp

u16 BLTCON0_START = 0xF000

Defined in Components/Agnus/Blitter/BlitterTypes.h:30

BLTCON0 (line mode).

BLTCON1_BSH

constexpr

cpp

u16 BLTCON1_BSH = 0xF000

Defined in Components/Agnus/Blitter/BlitterTypes.h:33

BLTCON1 (area mode).

BLTCON1_DOFF

constexpr

cpp

u16 BLTCON1_DOFF = 0x0080

Defined in Components/Agnus/Blitter/BlitterTypes.h:34

BLTCON1: Disable output (ECS).

BLTCON1_EFE

constexpr

cpp

u16 BLTCON1_EFE = 0x0010

Defined in Components/Agnus/Blitter/BlitterTypes.h:35

BLTCON1: Exclusive fill enable.

BLTCON1_IFE

constexpr

cpp

u16 BLTCON1_IFE = 0x0008

Defined in Components/Agnus/Blitter/BlitterTypes.h:36

BLTCON1: Inclusive fill enable.

BLTCON1_FCI

constexpr

cpp

u16 BLTCON1_FCI = 0x0004

Defined in Components/Agnus/Blitter/BlitterTypes.h:37

BLTCON1: Fill carry input.

BLTCON1_DESC

constexpr

cpp

u16 BLTCON1_DESC = 0x0002

Defined in Components/Agnus/Blitter/BlitterTypes.h:38

BLTCON1: Descending mode.

BLTCON1_LINE

constexpr

cpp

u16 BLTCON1_LINE = 0x0001

Defined in Components/Agnus/Blitter/BlitterTypes.h:39

BLTCON1: Line mode.

BLTCON1_TEXTURE

constexpr

cpp

u16 BLTCON1_TEXTURE = 0xF000

Defined in Components/Agnus/Blitter/BlitterTypes.h:42

BLTCON1 (line mode).

BLTCON1_SIGN

constexpr

cpp

u16 BLTCON1_SIGN = 0x0040

Defined in Components/Agnus/Blitter/BlitterTypes.h:43

BLTCON1 (line mode): Sign flag of the Bresenham algorithm.

BLTCON1_SUD

constexpr

cpp

u16 BLTCON1_SUD = 0x0010

Defined in Components/Agnus/Blitter/BlitterTypes.h:44

BLTCON1 (line mode): Sign of the major axis step (up/down).

BLTCON1_SUL

constexpr

cpp

u16 BLTCON1_SUL = 0x0008

Defined in Components/Agnus/Blitter/BlitterTypes.h:45

BLTCON1 (line mode): Sign of the minor axis step (left/right).

BLTCON1_AUL

constexpr

cpp

u16 BLTCON1_AUL = 0x0004

Defined in Components/Agnus/Blitter/BlitterTypes.h:46

BLTCON1 (line mode): Auto-adjust the line (always one pixel per row).

BLTCON1_SING

constexpr

cpp

u16 BLTCON1_SING = 0x0002

Defined in Components/Agnus/Blitter/BlitterTypes.h:47

BLTCON1 (line mode): Single-bit-per-row mode.

BUS_NONE

static constexpr

cpp

i8 BUS_NONE = i8(BusOwner::NONE)

Defined in Components/Agnus/BusTypes.h:51

Alias of BusOwner::NONE.

BUS_CPU

static constexpr

cpp

i8 BUS_CPU = i8(BusOwner::CPU)

Defined in Components/Agnus/BusTypes.h:52

Alias of BusOwner::CPU.

BUS_REFRESH

static constexpr

cpp

i8 BUS_REFRESH = i8(BusOwner::REFRESH)

Defined in Components/Agnus/BusTypes.h:53

Alias of BusOwner::REFRESH.

BUS_DISK

static constexpr

cpp

i8 BUS_DISK = i8(BusOwner::DISK)

Defined in Components/Agnus/BusTypes.h:54

Alias of BusOwner::DISK.

BUS_AUD0

static constexpr

cpp

i8 BUS_AUD0 = i8(BusOwner::AUD0)

Defined in Components/Agnus/BusTypes.h:55

Alias of BusOwner::AUD0.

BUS_AUD1

static constexpr

cpp

i8 BUS_AUD1 = i8(BusOwner::AUD1)

Defined in Components/Agnus/BusTypes.h:56

Alias of BusOwner::AUD1.

BUS_AUD2

static constexpr

cpp

i8 BUS_AUD2 = i8(BusOwner::AUD2)

Defined in Components/Agnus/BusTypes.h:57

Alias of BusOwner::AUD2.

BUS_AUD3

static constexpr

cpp

i8 BUS_AUD3 = i8(BusOwner::AUD3)

Defined in Components/Agnus/BusTypes.h:58

Alias of BusOwner::AUD3.

BUS_BPL1

static constexpr

cpp

i8 BUS_BPL1 = i8(BusOwner::BPL1)

Defined in Components/Agnus/BusTypes.h:59

Alias of BusOwner::BPL1.

BUS_BPL2

static constexpr

cpp

i8 BUS_BPL2 = i8(BusOwner::BPL2)

Defined in Components/Agnus/BusTypes.h:60

Alias of BusOwner::BPL2.

BUS_BPL3

static constexpr

cpp

i8 BUS_BPL3 = i8(BusOwner::BPL3)

Defined in Components/Agnus/BusTypes.h:61

Alias of BusOwner::BPL3.

BUS_BPL4

static constexpr

cpp

i8 BUS_BPL4 = i8(BusOwner::BPL4)

Defined in Components/Agnus/BusTypes.h:62

Alias of BusOwner::BPL4.

BUS_BPL5

static constexpr

cpp

i8 BUS_BPL5 = i8(BusOwner::BPL5)

Defined in Components/Agnus/BusTypes.h:63

Alias of BusOwner::BPL5.

BUS_BPL6

static constexpr

cpp

i8 BUS_BPL6 = i8(BusOwner::BPL6)

Defined in Components/Agnus/BusTypes.h:64

Alias of BusOwner::BPL6.

BUS_BPL7

static constexpr

cpp

i8 BUS_BPL7 = i8(BusOwner::BPL7)

Defined in Components/Agnus/BusTypes.h:65

Alias of BusOwner::BPL7.

BUS_BPL8

static constexpr

cpp

i8 BUS_BPL8 = i8(BusOwner::BPL8)

Defined in Components/Agnus/BusTypes.h:66

Alias of BusOwner::BPL8.

BUS_SPRITE0

static constexpr

cpp

i8 BUS_SPRITE0 = i8(BusOwner::SPRITE0)

Defined in Components/Agnus/BusTypes.h:67

Alias of BusOwner::SPRITE0.

BUS_SPRITE1

static constexpr

cpp

i8 BUS_SPRITE1 = i8(BusOwner::SPRITE1)

Defined in Components/Agnus/BusTypes.h:68

Alias of BusOwner::SPRITE1.

BUS_SPRITE2

static constexpr

cpp

i8 BUS_SPRITE2 = i8(BusOwner::SPRITE2)

Defined in Components/Agnus/BusTypes.h:69

Alias of BusOwner::SPRITE2.

BUS_SPRITE3

static constexpr

cpp

i8 BUS_SPRITE3 = i8(BusOwner::SPRITE3)

Defined in Components/Agnus/BusTypes.h:70

Alias of BusOwner::SPRITE3.

BUS_SPRITE4

static constexpr

cpp

i8 BUS_SPRITE4 = i8(BusOwner::SPRITE4)

Defined in Components/Agnus/BusTypes.h:71

Alias of BusOwner::SPRITE4.

BUS_SPRITE5

static constexpr

cpp

i8 BUS_SPRITE5 = i8(BusOwner::SPRITE5)

Defined in Components/Agnus/BusTypes.h:72

Alias of BusOwner::SPRITE5.

BUS_SPRITE6

static constexpr

cpp

i8 BUS_SPRITE6 = i8(BusOwner::SPRITE6)

Defined in Components/Agnus/BusTypes.h:73

Alias of BusOwner::SPRITE6.

BUS_SPRITE7

static constexpr

cpp

i8 BUS_SPRITE7 = i8(BusOwner::SPRITE7)

Defined in Components/Agnus/BusTypes.h:74

Alias of BusOwner::SPRITE7.

BUS_COPPER

static constexpr

cpp

i8 BUS_COPPER = i8(BusOwner::COPPER)

Defined in Components/Agnus/BusTypes.h:75

Alias of BusOwner::COPPER.

BUS_BLITTER

static constexpr

cpp

i8 BUS_BLITTER = i8(BusOwner::BLITTER)

Defined in Components/Agnus/BusTypes.h:76

Alias of BusOwner::BLITTER.

BUS_BLOCKED

static constexpr

cpp

i8 BUS_BLOCKED = i8(BusOwner::BLOCKED)

Defined in Components/Agnus/BusTypes.h:77

Alias of BusOwner::BLOCKED.

BUS_COUNT

static constexpr

cpp

i8 BUS_COUNT = i8(BusOwner::COUNT)

Defined in Components/Agnus/BusTypes.h:78

Alias of BusOwner::COUNT.

SIG_NONE

static constexpr

cpp

u16 SIG_NONE = 0b0000000000

Defined in Components/Agnus/Sequencer/SequencerTypes.h:18

No signal.

SIG_CON

static constexpr

cpp

u16 SIG_CON = 0b0000000001

Defined in Components/Agnus/Sequencer/SequencerTypes.h:19

Continue.

SIG_BMAPEN_CLR

static constexpr

cpp

u16 SIG_BMAPEN_CLR = 0b0000000010

Defined in Components/Agnus/Sequencer/SequencerTypes.h:20

Clear the bitplane DMA enable flip-flop.

SIG_BMAPEN_SET

static constexpr

cpp

u16 SIG_BMAPEN_SET = 0b0000000100

Defined in Components/Agnus/Sequencer/SequencerTypes.h:21

Set the bitplane DMA enable flip-flop.

SIG_VFLOP_CLR

static constexpr

cpp

u16 SIG_VFLOP_CLR = 0b0000001000

Defined in Components/Agnus/Sequencer/SequencerTypes.h:22

Clear the vertical flip-flop.

SIG_VFLOP_SET

static constexpr

cpp

u16 SIG_VFLOP_SET = 0b0000010000

Defined in Components/Agnus/Sequencer/SequencerTypes.h:23

Set the vertical flip-flop.

SIG_BPHSTART

static constexpr

cpp

u16 SIG_BPHSTART = 0b0000100000

Defined in Components/Agnus/Sequencer/SequencerTypes.h:24

The DDFSTRT position has been reached.

SIG_BPHSTOP

static constexpr

cpp

u16 SIG_BPHSTOP = 0b0001000000

Defined in Components/Agnus/Sequencer/SequencerTypes.h:25

The DDFSTOP position has been reached.

SIG_SHW

static constexpr

cpp

u16 SIG_SHW = 0b0010000000

Defined in Components/Agnus/Sequencer/SequencerTypes.h:26

Start of the horizontal fetch window.

SIG_RHW

static constexpr

cpp

u16 SIG_RHW = 0b0100000000

Defined in Components/Agnus/Sequencer/SequencerTypes.h:27

End of the horizontal fetch window.

SIG_DONE

static constexpr

cpp

u16 SIG_DONE = 0b1000000000

Defined in Components/Agnus/Sequencer/SequencerTypes.h:28

The fetch sequence is complete.

XRAY_COLOR_COUNT

constexpr

cpp

isize XRAY_COLOR_COUNT = 10

Defined in Components/Agnus/XRay/XRayTypes.h:185

Number of persisted Opt::XRAY_COLORn slots. XRayMode::XRAY_DMA uses the first isize(DmaChannel::COUNT) of these, indexed by DmaChannel. XRayMode::XRAY_LAYERS (see PixelEngine::hide) uses all of them, indexed by sprite number 0-7, then playfield 1 and playfield 2 – both modes share the same palette.

IOERR_OPENFAIL

constexpr

cpp

i8 IOERR_OPENFAIL = -1

Defined in Components/Zorro/HdControllerTypes.h:22

Constants from exec/errors.h.

IOERR_ABORTED

constexpr

cpp

i8 IOERR_ABORTED = -2

Defined in Components/Zorro/HdControllerTypes.h:23

IO error: The request was aborted.

IOERR_NOCMD

constexpr

cpp

i8 IOERR_NOCMD = -3

Defined in Components/Zorro/HdControllerTypes.h:24

IO error: Unknown command.

IOERR_BADLENGTH

constexpr

cpp

i8 IOERR_BADLENGTH = -4

Defined in Components/Zorro/HdControllerTypes.h:25

IO error: Invalid length.

IOERR_BADADDRESS

constexpr

cpp

i8 IOERR_BADADDRESS = -5

Defined in Components/Zorro/HdControllerTypes.h:26

IO error: Invalid address.

IOERR_UNITBUSY

constexpr

cpp

i8 IOERR_UNITBUSY = -6

Defined in Components/Zorro/HdControllerTypes.h:27

IO error: The unit is busy.

IOERR_SELFTEST

constexpr

cpp

i8 IOERR_SELFTEST = -7

Defined in Components/Zorro/HdControllerTypes.h:28

IO error: The self test failed.

TDERR_WRITEPROT

constexpr

cpp

i8 TDERR_WRITEPROT = 28

Defined in Components/Zorro/HdControllerTypes.h:29

The disk is write protected (trackdisk.device).

TDERR_DISKCHANGED

constexpr

cpp

i8 TDERR_DISKCHANGED = 29

Defined in Components/Zorro/HdControllerTypes.h:30

No disk in the drive (trackdisk.device).

DRIVE_NEWSTYLE

constexpr

cpp

u32 DRIVE_NEWSTYLE = 0x4E535459

Defined in Components/Zorro/HdControllerTypes.h:33

Answer to TD_GETDRIVETYPE from a device that understands the NSD commands.

NSDEVTYPE_TRACKDISK

constexpr

cpp

u16 NSDEVTYPE_TRACKDISK = 5

Defined in Components/Zorro/HdControllerTypes.h:36

Device type reported by NSCMD_DEVICEQUERY.

NSD_QUERY_SIZE

constexpr

cpp

u32 NSD_QUERY_SIZE = 16

Defined in Components/Zorro/HdControllerTypes.h:39

Size of the NSDeviceQueryResult structure this device fills in.

DG_SIZE

constexpr

cpp

u32 DG_SIZE = 32

Defined in Components/Zorro/HdControllerTypes.h:42

Size of the DriveGeometry structure this device fills in.

DG_DIRECT_ACCESS

constexpr

cpp

u8 DG_DIRECT_ACCESS = 0

Defined in Components/Zorro/HdControllerTypes.h:45

Device type reported by TD_GETGEOMETRY.

IO_COMMAND

constexpr

cpp

u32 IO_COMMAND = 0x1C

Defined in Components/Zorro/HdControllerTypes.h:48

Offsets into the IOStdReq struct.

IO_ERROR

constexpr

cpp

u32 IO_ERROR = 0x1F

Defined in Components/Zorro/HdControllerTypes.h:49

Offset of the IORequest error field.

IO_ACTUAL

constexpr

cpp

u32 IO_ACTUAL = 0x20

Defined in Components/Zorro/HdControllerTypes.h:50

Offset of the IORequest actual field.

IO_LENGTH

constexpr

cpp

u32 IO_LENGTH = 0x24

Defined in Components/Zorro/HdControllerTypes.h:51

Offset of the IORequest length field.

IO_DATA

constexpr

cpp

u32 IO_DATA = 0x28

Defined in Components/Zorro/HdControllerTypes.h:52

Offset of the IORequest data pointer.

IO_OFFSET

constexpr

cpp

u32 IO_OFFSET = 0x2C

Defined in Components/Zorro/HdControllerTypes.h:53

Offset of the IORequest offset field.

ERT_ZORROII

constexpr

cpp

int ERT_ZORROII = 0xc0

Defined in Components/Zorro/ZorroBoardTypes.h:22

Autoconfig related constants ('type' field).

ERT_ZORROIII

constexpr

cpp

int ERT_ZORROIII = 0x80

Defined in Components/Zorro/ZorroBoardTypes.h:23

Board type flag: Zorro III board.

ERTF_MEMLIST

constexpr

cpp

int ERTF_MEMLIST = (1<<5)

Defined in Components/Zorro/ZorroBoardTypes.h:24

Board type flag: Link the board's memory into the system memory list.

ERTF_DIAGVALID

constexpr

cpp

int ERTF_DIAGVALID = (1<<4)

Defined in Components/Zorro/ZorroBoardTypes.h:25

Board type flag: The board contains a valid diagnostic area.

ERTF_CHAINEDCONFIG

constexpr

cpp

int ERTF_CHAINEDCONFIG = (1<<3)

Defined in Components/Zorro/ZorroBoardTypes.h:26

Board type flag: The next board is chained to this one.

ERFF_MEMSPACE

constexpr

cpp

int ERFF_MEMSPACE = (1<<7)

Defined in Components/Zorro/ZorroBoardTypes.h:29

Flag: The board occupies the memory address space.

ERFF_NOSHUTUP

constexpr

cpp

int ERFF_NOSHUTUP = (1<<6)

Defined in Components/Zorro/ZorroBoardTypes.h:30

Flag: The board cannot be shut up.

ERFF_EXTENDED

constexpr

cpp

int ERFF_EXTENDED = (1<<5)

Defined in Components/Zorro/ZorroBoardTypes.h:31

Flag: The board uses an extended size.

ERFF_ZORRO_III

constexpr

cpp

int ERFF_ZORRO_III = (1<<4)

Defined in Components/Zorro/ZorroBoardTypes.h:32

Flag: The board is a Zorro III board.

hdrSnapshotLimit

constexpr

cpp

isize hdrSnapshotLimit = 128

Defined in Peripherals/Drive/HardDriveTypes.h:152

Largest disk a snapshot can carry, in MB.

Types and Enumerations ​

Namespaces ​

Classes ​

Enumerations ​

Typedefs ​

EventFlags ​

RunLoopFlags ​

Texel ​

Callback ​

Functions ​

isPrimarySlot ​

isSecondarySlot ​

isTertiarySlot ​

isBplxEvent ​

isValidDriveSpeed ​

Variables ​

NEVER ​

inspectionInterval ​

BLTCON0_ASH ​

BLTCON0_USEA ​

BLTCON0_USEB ​

BLTCON0_USEC ​

BLTCON0_USED ​

BLTCON0_LF ​

BLTCON0_START ​

BLTCON1_BSH ​

BLTCON1_DOFF ​

BLTCON1_EFE ​

BLTCON1_IFE ​

BLTCON1_FCI ​

BLTCON1_DESC ​

BLTCON1_LINE ​

BLTCON1_TEXTURE ​

BLTCON1_SIGN ​

BLTCON1_SUD ​

BLTCON1_SUL ​

BLTCON1_AUL ​

BLTCON1_SING ​

BUS_NONE ​

BUS_CPU ​

BUS_REFRESH ​

BUS_DISK ​

BUS_AUD0 ​

BUS_AUD1 ​

BUS_AUD2 ​

BUS_AUD3 ​

BUS_BPL1 ​

BUS_BPL2 ​

BUS_BPL3 ​

BUS_BPL4 ​

BUS_BPL5 ​

BUS_BPL6 ​

BUS_BPL7 ​

BUS_BPL8 ​

BUS_SPRITE0 ​

BUS_SPRITE1 ​

BUS_SPRITE2 ​

BUS_SPRITE3 ​

BUS_SPRITE4 ​

BUS_SPRITE5 ​

BUS_SPRITE6 ​

BUS_SPRITE7 ​

BUS_COPPER ​

BUS_BLITTER ​

BUS_BLOCKED ​

BUS_COUNT ​

SIG_NONE ​

SIG_CON ​

SIG_BMAPEN_CLR ​

SIG_BMAPEN_SET ​

SIG_VFLOP_CLR ​

SIG_VFLOP_SET ​

SIG_BPHSTART ​

SIG_BPHSTOP ​

SIG_SHW ​

SIG_RHW ​

SIG_DONE ​

XRAY_COLOR_COUNT ​

IOERR_OPENFAIL ​

IOERR_ABORTED ​

Types and Enumerations

Namespaces

Classes

Enumerations

Typedefs

EventFlags

RunLoopFlags

Texel

Callback

Functions

isPrimarySlot

isSecondarySlot

isTertiarySlot

isBplxEvent

isValidDriveSpeed

Variables

NEVER

inspectionInterval

BLTCON0_ASH

BLTCON0_USEA

BLTCON0_USEB

BLTCON0_USEC

BLTCON0_USED

BLTCON0_LF

BLTCON0_START

BLTCON1_BSH

BLTCON1_DOFF

BLTCON1_EFE

BLTCON1_IFE

BLTCON1_FCI

BLTCON1_DESC

BLTCON1_LINE

BLTCON1_TEXTURE

BLTCON1_SIGN

BLTCON1_SUD

BLTCON1_SUL

BLTCON1_AUL

BLTCON1_SING

BUS_NONE

BUS_CPU

BUS_REFRESH

BUS_DISK

BUS_AUD0

BUS_AUD1

BUS_AUD2

BUS_AUD3

BUS_BPL1

BUS_BPL2

BUS_BPL3

BUS_BPL4

BUS_BPL5

BUS_BPL6

BUS_BPL7

BUS_BPL8

BUS_SPRITE0

BUS_SPRITE1

BUS_SPRITE2

BUS_SPRITE3

BUS_SPRITE4

BUS_SPRITE5

BUS_SPRITE6

BUS_SPRITE7

BUS_COPPER

BUS_BLITTER

BUS_BLOCKED

BUS_COUNT

SIG_NONE

SIG_CON

SIG_BMAPEN_CLR

SIG_BMAPEN_SET

SIG_VFLOP_CLR

SIG_VFLOP_SET

SIG_BPHSTART

SIG_BPHSTOP

SIG_SHW

SIG_RHW

SIG_DONE

XRAY_COLOR_COUNT

IOERR_OPENFAIL

IOERR_ABORTED