/* built in types:
   int8, uint8, 16, 32, 64
*/

typedef fixed28_4 int32 @ctype(SPICE_FIXED28_4);

struct Point {
    int32 x;
    int32 y;
};

struct Point16 {
    int16 x;
    int16 y;
};

struct PointFix {
    fixed28_4 x;
    fixed28_4 y;
};

struct Rect {
    int32 top;
    int32 left;
    int32 bottom;
    int32 right;
};

struct Transform {
    uint32 t00;
    uint32 t01;
    uint32 t02;
    uint32 t10;
    uint32 t11;
    uint32 t12;
};

enum32 link_err {
    OK,
    ERROR,
    INVALID_MAGIC,
    INVALID_DATA,
    VERSION_MISMATCH,
    NEED_SECURED,
    NEED_UNSECURED,
    PERMISSION_DENIED,
    BAD_CONNECTION_ID,
    CHANNEL_NOT_AVAILABLE
};

enum32 warn_code {
    WARN_GENERAL
} @prefix(SPICE_);

enum32 info_code {
    INFO_GENERAL
} @prefix(SPICE_);

flags32 migrate_flags {
    NEED_FLUSH,
    NEED_DATA_TRANSFER
} @prefix(SPICE_MIGRATE_);

flags32 composite_flags {
    OP0, OP1, OP2, OP3, OP4, OP5, OP6, OP7,
    SRC_FILTER0, SRC_FILTER1, SRC_FILTER2,
    MASK_FILTER0, MASK_FITLER1, MASK_FILTER2,

    SRC_REPEAT0, SRC_REPEAT1,
    MASK_REPEAT0, MASK_REPEAT1,
    COMPONENT_ALPHA,

    HAS_MASK,
    HAS_SRC_TRANSFORM,
    HAS_MASK_TRANSFORM,

    /* These are used to override the formats given in the images. For
     * example, if the mask image has format a8r8g8b8, but MASK_OPAQUE
     * is set, the image should be treated as if it were x8r8g8b8
     */
    SOURCE_OPAQUE,
    MASK_OPAQUE,
    DEST_OPAQUE,
} @prefix(SPICE_COMPOSITE_);

enum32 notify_severity {
    INFO,
    WARN,
    ERROR,
};

enum32 notify_visibility {
    LOW,
    MEDIUM,
    HIGH,
};

flags16 mouse_mode {
    SERVER,
    CLIENT,
};

enum16 pubkey_type {
    INVALID,
    RSA,
    RSA2,
    DSA,
    DSA1,
    DSA2,
    DSA3,
    DSA4,
    DH,
    EC,
};

message Empty {
};

message Data {
    uint8 data[] @end @ctype(uint8_t);
} @nocopy;

struct ChannelWait {
    uint8 channel_type;
    uint8 channel_id;
    uint64 message_serial;
} @ctype(SpiceWaitForChannel);

channel BaseChannel {
 server:
    message {
	migrate_flags flags;
    } migrate;

    Data migrate_data;

    message {
	uint32 generation;
	uint32 window;
    } set_ack;

    message {
	uint32 id;
	uint64 timestamp;
	uint8 data[] @ctype(uint8_t) @as_ptr(data_len);
    } ping;

    message {
	uint8 wait_count;
	ChannelWait wait_list[wait_count] @end;
    } wait_for_channels;

    message {
	uint64 time_stamp;
	link_err reason;
    } @ctype(SpiceMsgDisconnect) disconnecting;

    message {
	uint64 time_stamp;
	notify_severity severity;
	notify_visibility visibilty;
	uint32 what; /* error_code/warn_code/info_code */
	uint32 message_len;
	uint8 message[message_len] @end @nomarshal;
    } notify;

    Data list; /* the msg body is SpiceSubMessageList */

    Empty base_last = 100;

 client:
    message {
	uint32 generation;
    } ack_sync;

    Empty ack;

    message {
	uint32 id;
	uint64 timestamp;
    } @ctype(SpiceMsgPing) pong;

    Empty migrate_flush_mark;

    Data migrate_data;

    message {
	uint64 time_stamp;
	link_err reason;
    } @ctype(SpiceMsgDisconnect) disconnecting;
};

struct ChannelId {
    uint8 type;
    uint8 id;
};

struct DstInfo {
	uint16 port;
	uint16 sport;
	uint32 host_size;
	uint8 *host_data[host_size] @zero_terminated @marshall @nonnull;
	uint32 cert_subject_size;
	uint8 *cert_subject_data[cert_subject_size] @zero_terminated @marshall;
} @ctype(SpiceMigrationDstInfo);

channel MainChannel : BaseChannel {
 server:
     message {
        DstInfo dst_info;
    } @ctype(SpiceMsgMainMigrationBegin) migrate_begin = 101;

    Empty migrate_cancel;

    message {
	uint32 session_id;
	uint32 display_channels_hint;
	uint32 supported_mouse_modes;
	uint32 current_mouse_mode;
	uint32 agent_connected;
	uint32 agent_tokens;
	uint32 multi_media_time;
	uint32 ram_hint;
    } init;

    message {
	uint32 num_of_channels;
	ChannelId channels[num_of_channels] @end;
    } @ctype(SpiceMsgChannels) channels_list;

    message {
	mouse_mode supported_modes;
	mouse_mode current_mode @unique_flag;
    } mouse_mode;

    message {
	uint32 time;
    } @ctype(SpiceMsgMainMultiMediaTime) multi_media_time;

    Empty agent_connected;

    message {
	link_err error_code;
    } @ctype(SpiceMsgMainAgentDisconnect) agent_disconnected;

    Data agent_data;

    message {
	uint32 num_tokens;
    } @ctype(SpiceMsgMainAgentTokens) agent_token;

    message {
      uint16 port;
      uint16 sport;
      uint32 host_size;
      uint8 *host_data[host_size] @zero_terminated @marshall;
      uint32 cert_subject_size;
      uint8 *cert_subject_data[cert_subject_size] @zero_terminated  @marshall;
    } @ctype(SpiceMsgMainMigrationSwitchHost) migrate_switch_host;

    Empty migrate_end;

    message {
       uint32 name_len;
       uint8 name[name_len] @end;
    } name;

    message {
       uint8 uuid[16];
    } uuid;

    message {
        uint32 num_tokens;
    } agent_connected_tokens;

    message {
        DstInfo dst_info;
        uint32 src_mig_version;
    } migrate_begin_seamless;

    Empty migrate_dst_seamless_ack;
    Empty migrate_dst_seamless_nack;

 client:
    message {
	uint64 cache_size;
    } @ctype(SpiceMsgcClientInfo) client_info = 101;

    Empty migrate_connected;

    Empty migrate_connect_error;

    Empty attach_channels;

    message {
	mouse_mode mode;
    } mouse_mode_request;

    message {
	uint32 num_tokens;
    } agent_start;

    Data agent_data;

    message {
        uint32 num_tokens;
    } @ctype(SpiceMsgcMainAgentTokens) agent_token;

    Empty migrate_end;

    message {
        uint32 src_version;
    } migrate_dst_do_seamless;

    Empty migrate_connected_seamless;
};

enum8 clip_type {
    NONE,
    RECTS
};

flags8 path_flags { /* TODO: C enum names changes */
    BEGIN = 0,
    END = 1,
    CLOSE = 3,
    BEZIER = 4,
} @prefix(SPICE_PATH_);

enum8 video_codec_type {
    MJPEG = 1,
    VP8,
    H264,
};

flags8 stream_flags {
    TOP_DOWN = 0,
};

enum8 brush_type {
    NONE,
    SOLID,
    PATTERN,
};

flags8 mask_flags {
    INVERS,
};

enum8 image_type {
    BITMAP,
    QUIC,
    RESERVED,
    LZ_PLT = 100,
    LZ_RGB,
    GLZ_RGB,
    FROM_CACHE,
    SURFACE,
    JPEG,
    FROM_CACHE_LOSSLESS,
    ZLIB_GLZ_RGB,
    JPEG_ALPHA,
    LZ4,
};

enum8 image_compression {
    INVALID  = 0,
    OFF,
    AUTO_GLZ,
    AUTO_LZ,
    QUIC,
    GLZ,
    LZ,
    LZ4,
};

flags8 image_flags {
    CACHE_ME,
    HIGH_BITS_SET,
    CACHE_REPLACE_ME,
};

enum8 bitmap_fmt {
    INVALID,
    1BIT_LE,
    1BIT_BE,
    4BIT_LE,
    4BIT_BE,
    8BIT /* 8bit indexed mode */,
    16BIT, /* 0555 mode */
    24BIT /* 3 byte, brg */,
    32BIT /* 4 byte, xrgb in little endian format */,
    RGBA /* 4 byte, argb in little endian format */,
    8BIT_A /* 1 byte, alpha */
};

flags8 bitmap_flags {
    PAL_CACHE_ME,
    PAL_FROM_CACHE,
    TOP_DOWN,
};

flags8 jpeg_alpha_flags {
    TOP_DOWN,
};

enum8 image_scale_mode {
    INTERPOLATE,
    NEAREST,
};

flags16 ropd {
    INVERS_SRC,
    INVERS_BRUSH,
    INVERS_DEST,
    OP_PUT,
    OP_OR,
    OP_AND,
    OP_XOR,
    OP_BLACKNESS,
    OP_WHITENESS,
    OP_INVERS,
    INVERS_RES,
};

/* This *must* remain with values identical to api/winddi.h
   LA_STYLED == 0x8 (log_2)=> 3
   LA_STARTGAP == 0x4 (log_2)=> 2
   This is used by the windows driver.
 */
flags8 line_flags {
    STYLED = 3,
    START_WITH_GAP = 2,
};

flags8 string_flags {
    RASTER_A1,
    RASTER_A4,
    RASTER_A8,
    RASTER_TOP_DOWN,
};

flags32 surface_flags {
    /* Adding flags requires some caps check, since old clients only
       treat the value as an enum and not as a flag (flag == PRIMARY) */
    PRIMARY
};

enum32 surface_fmt {
    INVALID,
    1_A     = 1,
    8_A     = 8,
    16_555  = 16 ,
    16_565  = 80,
    32_xRGB = 32,
    32_ARGB = 96
};

flags8 alpha_flags {
    DEST_HAS_ALPHA,
    SRC_SURFACE_HAS_ALPHA
};

enum8 resource_type {
      INVALID,
      PIXMAP
} @prefix(SPICE_RES_TYPE_);

struct ClipRects {
    uint32 num_rects;
    Rect rects[num_rects] @end;
};

struct PathSegment {
    path_flags flags;
    uint32 count;
    PointFix points[count] @end;
}  @ctype(SpicePathSeg);

struct Path {
    uint32 num_segments;
    PathSegment segments[num_segments] @ptr_array;
};

struct Clip {
    clip_type type;
    switch (type) {
    case RECTS:
        ClipRects rects @outvar(cliprects) @to_ptr;
    } u @anon;
};

struct DisplayBase {
    uint32 surface_id;
    Rect box;
    Clip clip;
} @ctype(SpiceMsgDisplayBase);

struct ResourceID {
    uint8 type;
    uint64 id;
};

struct WaitForChannel {
    uint8 channel_type;
    uint8 channel_id;
    uint64 message_serial;
};

struct Palette {
    uint64 unique;
    uint16 num_ents;
    uint32 ents[num_ents] @end;
};

struct BitmapData {
    bitmap_fmt format;
    bitmap_flags flags;
    uint32 x;
    uint32 y;
    uint32 stride;
    switch (flags) {
    case PAL_FROM_CACHE:
	uint64 palette_id;
    default:
	Palette *palette @outvar(bitmap);
    } pal @anon;
    uint8 data[image_size(8, stride, y)] @chunk @nomarshal;
} @ctype(SpiceBitmap);

struct BinaryData {
    uint32 data_size;
    uint8 data[data_size] @nomarshal @chunk;
} @ctype(SpiceQUICData);

struct LZPLTData {
    bitmap_flags flags;
    uint32 data_size;
    switch (flags) {
    case PAL_FROM_CACHE:
	uint64 palette_id;
    default:
	Palette *palette @nonnull @outvar(lzplt);
    } pal @anon;
    uint8 data[data_size] @nomarshal @chunk;
};

struct ZlibGlzRGBData {
    uint32 glz_data_size;
    uint32 data_size;
    uint8 data[data_size] @nomarshal @chunk;
} @ctype(SpiceZlibGlzRGBData);

struct JPEGAlphaData {
    jpeg_alpha_flags flags;
    uint32 jpeg_size;
    uint32 data_size;
    uint8 data[data_size] @nomarshal @chunk;
} @ctype(SpiceJPEGAlphaData);

struct Surface {
    uint32 surface_id;
};


struct Image {
    struct ImageDescriptor {
        uint64 id;
        image_type type;
        image_flags flags;
        uint32 width;
        uint32 height;
    } descriptor;

    switch (descriptor.type) {
    case BITMAP:
        BitmapData bitmap;
    case QUIC:
        BinaryData quic;
    case LZ_RGB:
    case GLZ_RGB:
        BinaryData lz_rgb;
    case JPEG:
        BinaryData jpeg;
    case LZ4:
        BinaryData lz4;
    case LZ_PLT:
        LZPLTData lz_plt;
    case ZLIB_GLZ_RGB:
        ZlibGlzRGBData zlib_glz;
    case JPEG_ALPHA:
        JPEGAlphaData jpeg_alpha;
    case SURFACE:
        Surface surface;
    } u;
};

struct Pattern {
    Image *pat @nonnull;
    Point pos;
};

struct Brush {
    brush_type type;
    switch (type) {
    case SOLID:
        uint32 color;
    case PATTERN:
        Pattern pattern;
    } u;
};

struct QMask {
    mask_flags flags;
    Point pos;
    Image *bitmap;
};

struct LineAttr {
    line_flags flags;
    switch (flags) {
    case STYLED:
        uint8 style_nseg;
   } u1 @anon;
   switch (flags) {
   case STYLED:
        fixed28_4 *style[style_nseg];
   } u2 @anon;
};

struct RasterGlyphA1 {
    Point render_pos;
    Point glyph_origin;
    uint16 width;
    uint16 height;
    uint8 data[image_size(1, width, height)] @end;
} @ctype(SpiceRasterGlyph);

struct RasterGlyphA4 {
    Point render_pos;
    Point glyph_origin;
    uint16 width;
    uint16 height;
    uint8 data[image_size(4, width, height)] @end;
} @ctype(SpiceRasterGlyph);

struct RasterGlyphA8 {
    Point render_pos;
    Point glyph_origin;
    uint16 width;
    uint16 height;
    uint8 data[image_size(8, width, height)] @end;
} @ctype(SpiceRasterGlyph);

struct String {
    uint16 length;
    string_flags flags; /* Special: Only one of a1/a4/a8 set */
    switch (flags) {
    case RASTER_A1:
	RasterGlyphA1 glyphs[length] @ctype(SpiceRasterGlyph) @ptr_array;
    case RASTER_A4:
	RasterGlyphA4 glyphs[length] @ctype(SpiceRasterGlyph) @ptr_array;
    case RASTER_A8:
	RasterGlyphA8 glyphs[length] @ctype(SpiceRasterGlyph) @ptr_array;
    } u @anon;
};

struct StreamDataHeader {
	uint32 id;
	uint32 multi_media_time;
};

struct Head {
    uint32 id;
    uint32 surface_id;
    uint32 width;
    uint32 height;
    uint32 x;
    uint32 y;
    uint32 flags;
};

flags32 gl_scanout_flags {
    Y0TOP
};

channel DisplayChannel : BaseChannel {
 server:
    message {
	uint32 x_res;
	uint32 y_res;
	uint32 bits;
    } mode = 101;

    Empty mark;
    Empty reset;
    message {
	DisplayBase base;
	Point src_pos;
    } copy_bits;

    message {
	uint16 count;
	ResourceID resources[count] @end;
    } @ctype(SpiceResourceList) inval_list;

    message {
	uint8 wait_count;
	WaitForChannel wait_list[wait_count] @end;
    } @ctype(SpiceMsgWaitForChannels) inval_all_pixmaps;

    message {
	uint64 id;
    } @ctype(SpiceMsgDisplayInvalOne) inval_palette;

    Empty inval_all_palettes;

    message {
	uint32 surface_id;
	uint32 id;
	stream_flags flags;
	video_codec_type codec_type;
	uint64 stamp;
	uint32 stream_width;
	uint32 stream_height;
	uint32 src_width;
	uint32 src_height;
	Rect dest;
	Clip clip;
    } stream_create = 122;

    message {
	StreamDataHeader base;
	uint32 data_size;
	uint8 data[data_size] @end @nomarshal;
    } stream_data;

    message {
	uint32 id;
	Clip clip;
    } stream_clip;

    message {
	uint32 id;
    } stream_destroy;

    Empty stream_destroy_all;

    message {
	DisplayBase base;
	struct Fill {
	    Brush brush @outvar(brush);
	    ropd rop_descriptor;
	    QMask mask @outvar(mask);
	} data;
    } draw_fill = 302;

    message {
	DisplayBase base;
	struct Opaque {
	    Image *src_bitmap;
	    Rect src_area;
	    Brush brush;
	    ropd rop_descriptor;
	    image_scale_mode scale_mode;
	    QMask mask @outvar(mask);
	} data;
    } draw_opaque;

    message {
	DisplayBase base;
	struct Copy {
	    Image *src_bitmap;
	    Rect src_area;
	    ropd rop_descriptor;
	    image_scale_mode scale_mode;
	    QMask mask @outvar(mask);
	} data;
    } draw_copy;

    message {
	DisplayBase base;
	struct Blend {
	    Image *src_bitmap;
	    Rect src_area;
	    ropd rop_descriptor;
	    image_scale_mode scale_mode;
	    QMask mask @outvar(mask);
	} @ctype(SpiceCopy) data;
    } draw_blend;

    message {
	DisplayBase base;
	struct Blackness {
	    QMask mask @outvar(mask);
	} data;
    } draw_blackness;

    message {
	DisplayBase base;
	struct Whiteness {
	    QMask mask @outvar(mask);
	} data;
    } draw_whiteness;

    message {
	DisplayBase base;
	struct Invers {
	    QMask mask @outvar(mask);
	} data;
    } draw_invers;

    message {
	DisplayBase base;
	struct Rop3 {
	    Image *src_bitmap;
	    Rect src_area;
	    Brush brush;
	    uint8 rop3;
	    image_scale_mode scale_mode;
	    QMask mask @outvar(mask);
	} data;
    } draw_rop3;

    message {
	DisplayBase base;
	struct Stroke {
	    Path *path @marshall @nonnull;
	    LineAttr attr;
	    Brush brush;
	    uint16 fore_mode;
	    uint16 back_mode;
	} data;
    } draw_stroke;

    message {
	DisplayBase base;
	struct Text {
	    String *str @marshall @nonnull;
	    Rect back_area;
	    Brush fore_brush @outvar(fore_brush);
	    Brush back_brush @outvar(back_brush);
	    uint16 fore_mode;
	    uint16 back_mode;
	} data;
    } draw_text;

    message {
	DisplayBase base;
	struct Transparent {
	    Image *src_bitmap;
	    Rect src_area;
	    uint32 src_color;
	    uint32 true_color;
	} data;
    } draw_transparent;

    message {
	DisplayBase base;
	struct AlphaBlend {
	    alpha_flags alpha_flags;
	    uint8 alpha;
	    Image *src_bitmap;
	    Rect src_area;
	} data;
    } draw_alpha_blend;

    message {
	uint32 surface_id;
	uint32 width;
	uint32 height;
	surface_fmt format;
	surface_flags flags;
    } @ctype(SpiceMsgSurfaceCreate) surface_create;

    message {
	uint32 surface_id;
    } @ctype(SpiceMsgSurfaceDestroy) surface_destroy;

    message {
	StreamDataHeader base;
	uint32 width;
	uint32 height;
	Rect dest;
	uint32 data_size;
	uint8 data[data_size] @end @nomarshal;
    } stream_data_sized;

    message {
	uint16 count;
    uint16 max_allowed;
	Head heads[count] @end;
    } monitors_config;

    message {
	DisplayBase base;
	struct Composite {
	    composite_flags flags;
	    Image *src_bitmap;
	    switch (flags) {
	    case HAS_MASK:
	        Image *mask_bitmap;
            } a @anon;
	    switch (flags) {
	    case HAS_SRC_TRANSFORM:
	        Transform src_transform;
            } b @anon;
	    switch (flags) {
	    case HAS_MASK_TRANSFORM:
	        Transform mask_transform;
            } c @anon;
	    Point16 src_origin;
	    Point16 mask_origin;
	} data;
    } draw_composite;

    message {
        uint32 stream_id;
        uint32 unique_id;
        uint32 max_window_size;
        uint32 timeout_ms;
    } stream_activate_report;

    message {
        unix_fd drm_dma_buf_fd;
        uint32 width;
        uint32 height;
        uint32 stride;
        /* specifies the format of drm_dma_buf_fd defined in drm_fourcc.h */
        uint32 drm_fourcc_format;
        gl_scanout_flags flags;
    } gl_scanout_unix;

    message {
        uint32 x;
        uint32 y;
        uint32 w;
        uint32 h;
    } gl_draw;

 client:
    message {
	uint8 pixmap_cache_id;
	int64 pixmap_cache_size; //in pixels
	uint8 glz_dictionary_id;
	int32 glz_dictionary_window_size;  // in pixels
    } init = 101;

    message {
        uint32 stream_id;
        uint32 unique_id;
        uint32 start_frame_mm_time;
        uint32 end_frame_mm_time;
        uint32 num_frames;
        uint32 num_drops;
        int32 last_frame_delay;
        uint32 audio_delay;
    } stream_report;

    message {
        image_compression image_compression;
    } preferred_compression;

    message {
    } gl_draw_done;
};

flags16 keyboard_modifier_flags {
    SCROLL_LOCK,
    NUM_LOCK,
    CAPS_LOCK
};

enum8 mouse_button {
    INVALID,
    LEFT,
    MIDDLE,
    RIGHT,
    UP,
    DOWN,
};

flags16 mouse_button_mask {
    LEFT,
    MIDDLE,
    RIGHT
};

channel InputsChannel : BaseChannel {
 client:
    message {
	uint32 code;
    } @ctype(SpiceMsgcKeyDown) key_down = 101;

    message {
	uint32 code;
    } @ctype(SpiceMsgcKeyUp) key_up;

    message {
	keyboard_modifier_flags modifiers;
    } @ctype(SpiceMsgcKeyModifiers) key_modifiers;

    Data key_scancode;

    message {
	int32 dx;
	int32 dy;
	mouse_button_mask buttons_state;
    } @ctype(SpiceMsgcMouseMotion) mouse_motion = 111;

    message {
	uint32 x;
	uint32 y;
	mouse_button_mask buttons_state;
	uint8 display_id;
    } @ctype(SpiceMsgcMousePosition) mouse_position;

    message {
	mouse_button button;
	mouse_button_mask buttons_state;
    } @ctype(SpiceMsgcMousePress) mouse_press;

    message {
	mouse_button button;
	mouse_button_mask buttons_state;
    } @ctype(SpiceMsgcMouseRelease) mouse_release;

 server:
    message {
	keyboard_modifier_flags keyboard_modifiers;
    } init = 101;

    message {
	keyboard_modifier_flags modifiers;
    } key_modifiers;

    Empty mouse_motion_ack = 111;
};

enum8 cursor_type {
    ALPHA,
    MONO,
    COLOR4,
    COLOR8,
    COLOR16,
    COLOR24,
    COLOR32,
};

flags16 cursor_flags {
    NONE, /* Means no cursor */
    CACHE_ME,
    FROM_CACHE,
};

struct CursorHeader {
    uint64 unique;
    cursor_type type;
    uint16 width;
    uint16 height;
    uint16 hot_spot_x;
    uint16 hot_spot_y;
};

struct Cursor {
    cursor_flags flags;
    switch (flags) {
    case !NONE:
        CursorHeader header;
    } u @anon;
    uint8 data[] @as_ptr(data_size);
};

channel CursorChannel : BaseChannel {
 server:
    message {
	Point16 position;
	uint16 trail_length;
	uint16 trail_frequency;
	uint8 visible;
	Cursor cursor;
    } init = 101;

    Empty reset;

    message {
	Point16 position;
	uint8 visible;
	Cursor cursor;
    } set;

    message {
	Point16 position;
    } move;

    Empty hide;

    message {
	uint16 length;
	uint16 frequency;
    } trail;

    message {
	uint64 id;
    } @ctype(SpiceMsgDisplayInvalOne) inval_one;

    Empty inval_all;
};

enum16 audio_data_mode {
    INVALID,
    RAW,
    CELT_0_5_1,
    OPUS,
};

enum16 audio_fmt {
    INVALID,
    S16,
};

message AudioVolume {
    uint8 nchannels;
    uint16 volume[nchannels] @end;
};

message AudioMute {
    uint8 mute;
};

channel PlaybackChannel : BaseChannel {
 server:
    message {
	uint32 time;
	uint8 data[] @as_ptr(data_size);
    } @ctype(SpiceMsgPlaybackPacket) data = 101;

    message {
	uint32 time;
	audio_data_mode mode;
	uint8 data[] @as_ptr(data_size);
    } mode;

    message {
       uint32 channels;
       audio_fmt format;
       uint32 frequency;
       uint32 time;
    } start;

    Empty stop;
    AudioVolume volume;
    AudioMute mute;

    message {
        uint32 latency_ms;
    } latency;
};

channel RecordChannel : BaseChannel {
 server:
    message {
	uint32 channels;
	audio_fmt format;
	uint32 frequency;
    } start = 101;

    Empty stop;
    AudioVolume volume;
    AudioMute mute;
 client:
    message {
	uint32 time;
	uint8 data[] @nomarshal @as_ptr(data_size);
    } @ctype(SpiceMsgcRecordPacket) data = 101;

    message {
	uint32 time;
	audio_data_mode mode;
	uint8 data[] @as_ptr(data_size);
    } mode;

    message {
	uint32 time;
    } start_mark;
};

enum16 tunnel_service_type {
    INVALID,
    GENERIC,
    IPP,
};

enum16 tunnel_ip_type {
    INVALID,
    IPv4,
};

struct TunnelIpInfo {
    tunnel_ip_type type;
    switch (type) {
    case IPv4:
	uint8 ipv4[4];
    } u;
} @ctype(SpiceMsgTunnelIpInfo);

channel TunnelChannel : BaseChannel {
 server:
    message {
	uint16 max_num_of_sockets;
	uint32 max_socket_data_size;
    } init = 101;

    message {
	uint32 service_id;
	TunnelIpInfo virtual_ip;
    } service_ip_map;

    message {
	uint16 connection_id;
	uint32 service_id;
	uint32 tokens;
    } socket_open;

    message {
	uint16 connection_id;
    } socket_fin;

    message {
	uint16 connection_id;
    } socket_close;

    message {
	uint16 connection_id;
	uint8 data[] @end;
    } socket_data;

    message {
	uint16 connection_id;
    } socket_closed_ack;

    message {
	uint16 connection_id;
	uint32 num_tokens;
    } @ctype(SpiceMsgTunnelSocketTokens) socket_token;

 client:
    message {
	tunnel_service_type type;
	uint32 id;
	uint32 group;
	uint32 port;
	uint8 *name[cstring()] @nocopy;
	uint8 *description[cstring()] @nocopy;
	switch (type) {
	case IPP:
	    TunnelIpInfo ip @ctype(SpiceMsgTunnelIpInfo);
	} u;
    } @ctype(SpiceMsgcTunnelAddGenericService) service_add = 101;

    message {
	uint32 id;
    } @ctype(SpiceMsgcTunnelRemoveService) service_remove;

    message {
	uint16 connection_id;
	uint32 tokens;
    } socket_open_ack;

    message {
	uint16 connection_id;
    } socket_open_nack;

    message {
	uint16 connection_id;
    } socket_fin;

    message {
	uint16 connection_id;
    } socket_closed;

    message {
	uint16 connection_id;
    } socket_closed_ack;

    message {
	uint16 connection_id;
	uint8 data[] @end;
    } socket_data;

    message {
	uint16 connection_id;
	uint32 num_tokens;
    } @ctype(SpiceMsgcTunnelSocketTokens) socket_token;
};

enum32 vsc_message_type {
    Init = 1,
    Error,
    ReaderAdd,
    ReaderRemove,
    ATR,
    CardRemove,
    APDU,
    Flush,
    FlushComplete
};

struct VscMessageHeader {
    vsc_message_type type;
    uint32 reader_id;
    uint32 length;
} @ctype(VSCMsgHeader);

struct VscMessageError {
    uint32 code;
} @ctype(VSCMsgError);

struct VscMessageAPDU {
    uint8 data[];
} @ctype(VSCMsgAPDU);

struct VscMessageATR {
    uint8 data[];
} @ctype(VSCMsgATR);

struct VscMessageReaderAdd {
    int8 *reader_name[] @zero_terminated @nonnull @end @nomarshal;
} @ctype(VSCMsgReaderAdd);

channel SmartcardChannel : BaseChannel {
 server:
    message {
	vsc_message_type type;
	uint32 reader_id;
	uint32 length;
	uint8 data[] @end;
    } @ctype(SpiceMsgSmartcard) data = 101;

 client:
    message {
	VscMessageHeader header;
	switch (header.type) {
	case ReaderAdd:
	    VscMessageReaderAdd add;
	case ATR:
	case APDU:
	    VscMessageATR atr_data;
	case Error:
	    VscMessageError error;
	} u @anon;
    } @ctype(SpiceMsgcSmartcard) data = 101;

    message {
	vsc_message_type type;
	uint32 reader_id;
	uint32 length;
    } @ctype(VSCMsgHeader) header = 101;

    message {
	uint32 code;
    } @ctype(VSCMsgError) error = 101;

    message {
	uint8 data[];
    } @ctype(VSCMsgATR) atr = 101;

    message {
	int8 reader_name[] @zero_terminated @nonnull;
    } @ctype(VSCMsgReaderAdd) reader_add = 101;
} @ifdef(USE_SMARTCARD);

channel SpicevmcChannel : BaseChannel {
server:
    Data data = 101;
client:
    Data data = 101;
};

channel UsbredirChannel : SpicevmcChannel {
};

channel PortChannel : SpicevmcChannel {
 client:
    message {
	uint8 event;
    } event = 201;
 server:
    message {
	uint32 name_size;
	uint8 *name[name_size] @zero_terminated @marshall @nonnull;
	uint8 opened;
    } init = 201;
    message {
	uint8 event;
    } event;
};

channel WebDAVChannel : PortChannel {
};

protocol Spice {
    MainChannel main = 1;
    DisplayChannel display;
    InputsChannel inputs;
    CursorChannel cursor;
    PlaybackChannel playback;
    RecordChannel record;
    TunnelChannel tunnel;
    SmartcardChannel smartcard;
    UsbredirChannel usbredir;
    PortChannel port;
    WebDAVChannel webdav;
};