1/* Copyright Statement:
2 *
3 * (C) 2021-2025  Cubios Inc. All rights reserved.
4 */
5 
6#pragma once
7#include <stdint.h>
8#include "native_access.h"
9#include "native_defines.h"
10 
11typedef uint32_t u32_t;
12typedef int32_t i32_t;
13 
14namespace Cubios {
15 
16 union __attribute__((packed)) AppVersion_t {
17    uint32_t full;
18    struct {
19        uint16_t patch : 16;
20        uint8_t minor : 4;
21        uint8_t major : 4;
22        uint8_t reserved: 8;
23    };
24};
25 
26typedef int32_t soundID_t;
27typedef int32_t spriteID_t;
28struct TOPOLOGY_faceletInfo_t {
29    int32_t module;
30    int32_t screen;
31    int32_t connected;
32};
33 
34struct TOPOLOGY_place_t {
35    int32_t face;
36    int32_t position;
37};
38 
39struct TOPOLOGY_twistInfo_t {
40    int32_t screen;
41    int32_t count;
42    int32_t direction;
43};
44 
45enum TOPOLOGY_twist_t {
46  TWIST_UNINDENTIFIED = 0,
47  TWIST_LEFT,
48  TWIST_RIGHT,
49  TWIST_DOUBLE,
50  TWIST_MAX,
51};
52 
53enum TOPOLOGY_orientation_mode_t {
54  ORIENTATION_MODE_MENU = 0,
55  ORIENTATION_MODE_GRAVITY,
56  ORIENTATION_MODE_SPLASH,
57  ORIENTATION_MODE_MAX,
58};
59 
60enum text_align_t{
61    TEXT_ALIGN_CENTER,
62    TEXT_ALIGN_TOP_CENTER,
63    TEXT_ALIGN_BOTTOM_CENTER,
64    TEXT_ALIGN_LEFT_CORNER,
65    TEXT_ALIGN_LEFT_TOP_CORNER,
66    TEXT_ALIGN_LEFT_BOTTOM_CORNER,
67    TEXT_ALIGN_RIGHT_CORNER,
68    TEXT_ALIGN_RIGHT_TOP_CORNER,
69    TEXT_ALIGN_RIGHT_BOTTOM_CORNER
70};
71 
72enum TOPOLOGY_orientation_t{
73    ORIENTATION_UP = 0,
74    ORIENTATION_DOWN,
75    ORIENTATION_FRONT,
76    ORIENTATION_BACK,
77    ORIENTATION_LEFT,
78    ORIENTATION_RIGHT,
79    ORIENTATION_MAX,
80};
81 
82enum TOPOLOGY_neighbor_t{
83  NEIGHBOR_SELF = 0,
84  NEIGHBOR_LEFT,
85  NEIGHBOR_DIAGONAL,
86  NEIGHBOR_TOP,
87  NEIGHBOR_RIGHT,
88  NEIGHBOR_BOTTOM,
89  NEIGHBOR_MAX,
90};
91 
92struct LB_info_t {
93    int32_t boardCount;
94    int32_t selfPosition;
95    int32_t selfScore;
96    int32_t wholeUserListCount;
97};
98 
99struct GFX_Particle_t {
100    int32_t ttl;
101    int32_t vx;
102    int32_t vy;
103    int32_t ax;
104    int32_t ay;
105    int32_t explosion;
106    int32_t velocity;
107    int32_t duration;
108    int32_t frequency;
109    int32_t max;
110    int32_t loop;
111    uint32_t time;
112};
113 
114enum GFX_mirror_t {
115    MIRROR_BLANK = 0,
116    MIRROR_X,
117    MIRROR_Y,
118    MIRROR_XY,
119};
120 
121enum GFX_PixelFormat_t {
122  FORMAT_RGB565 = 0,
123  FORMAT_ARGB6666,
124  FORMAT_ARGB8888,
125};
126 
127WASM_IMPORT("sendPacket") i32_t sendPacket(u32_t type, uint8_t* pkt, u32_t size);
128WASM_IMPORT("recvPacket") i32_t recvPacket(u32_t size, uint32_t* type, uint8_t* pkt);
129WASM_IMPORT("getTime") i32_t getTime();
130WASM_IMPORT("getUserName") i32_t getUserName(uint8_t* buffer, u32_t bufSize);
131WASM_IMPORT("toggleDebugInfo") i32_t toggleDebugInfo();
132WASM_IMPORT("saveState") i32_t saveState(void* data, u32_t size);
133WASM_IMPORT("loadState") i32_t loadState(u32_t* id, void* data, u32_t size);
134WASM_IMPORT("random") i32_t random(u32_t min, u32_t max);
135WASM_IMPORT("getAppVersion") i32_t getAppVersion(Cubios::AppVersion_t *version);
136WASM_IMPORT("LOG") i32_t LOG(uint8_t level, const char* text);
137WASM_IMPORT("getTap") i32_t getTap();
138WASM_IMPORT("sendBleData") i32_t sendBleData(u32_t type, uint8_t* pkt, u32_t size);
139WASM_IMPORT("recvBleData") i32_t recvBleData(uint8_t* pkt, u32_t size);
140 
141WASM_IMPORT("TOPOLOGY_getAdjacentFacelet") i32_t TOPOLOGY_getAdjacentFacelet(u32_t module, u32_t screen, u32_t direction, Cubios::TOPOLOGY_faceletInfo_t* result);
142WASM_IMPORT("TOPOLOGY_getFacelet") i32_t TOPOLOGY_getFacelet(u32_t face, u32_t position, Cubios::TOPOLOGY_orientation_mode_t mode, Cubios::TOPOLOGY_faceletInfo_t* result);
143WASM_IMPORT("TOPOLOGY_getPlace") i32_t TOPOLOGY_getPlace(u32_t module, u32_t screen, Cubios::TOPOLOGY_orientation_mode_t mode, Cubios::TOPOLOGY_place_t* result);
144WASM_IMPORT("TOPOLOGY_getOppositeFacelet") i32_t TOPOLOGY_getOppositeFacelet(u32_t module, u32_t screen, Cubios::TOPOLOGY_faceletInfo_t* result);
145WASM_IMPORT("TOPOLOGY_getAngle") i32_t TOPOLOGY_getAngle(u32_t module, u32_t screen, Cubios::TOPOLOGY_orientation_mode_t mode);
146WASM_IMPORT("TOPOLOGY_getFaceletOrientation") i32_t TOPOLOGY_getFaceletOrientation(u32_t module, u32_t screen);
147WASM_IMPORT("TOPOLOGY_getPlaceOrientation") i32_t TOPOLOGY_getPlaceOrientation(u32_t face, u32_t position);
148WASM_IMPORT("TOPOLOGY_getFace") i32_t TOPOLOGY_getFace(u32_t orientation);
149WASM_IMPORT("TOPOLOGY_isAssembled") i32_t TOPOLOGY_isAssembled();
150WASM_IMPORT("TOPOLOGY_getTwist") i32_t TOPOLOGY_getTwist(Cubios::TOPOLOGY_twistInfo_t* twist);
151 
152WASM_IMPORT("LB_getInfo") i32_t LB_getInfo(Cubios::LB_info_t* info);
153WASM_IMPORT("LB_getScore") i32_t LB_getScore(uint8_t* leadTableBin, u32_t bufSize);
154 
155WASM_IMPORT("MS_getFaceAccelX") i32_t MS_getFaceAccelX(u32_t display);
156WASM_IMPORT("MS_getFaceAccelY") i32_t MS_getFaceAccelY(u32_t display);
157WASM_IMPORT("MS_getFaceAccelZ") i32_t MS_getFaceAccelZ(u32_t display);
158WASM_IMPORT("MS_getFaceGyroX") i32_t MS_getFaceGyroX(u32_t display);
159WASM_IMPORT("MS_getFaceGyroY") i32_t MS_getFaceGyroY(u32_t display);
160WASM_IMPORT("MS_getFaceGyroZ")i32_t MS_getFaceGyroZ(u32_t display);
161 
162WASM_IMPORT("GFX_getAssetId") i32_t GFX_getAssetId(const char* spriteName);
163WASM_IMPORT("GFX_clear") i32_t GFX_clear(u32_t color);
164WASM_IMPORT("GFX_drawText") i32_t GFX_drawText(i32_t x, i32_t y, u32_t scale, u32_t angle, u32_t align, u32_t color, const char* text);
165WASM_IMPORT("GFX_drawPoint") i32_t GFX_drawPoint(i32_t x, i32_t y, u32_t color);
166WASM_IMPORT("GFX_drawCircle") i32_t GFX_drawCircle(u32_t x, u32_t y, u32_t radius, u32_t width, u32_t color);
167WASM_IMPORT("GFX_drawSolidCircle") i32_t GFX_drawSolidCircle(u32_t x, u32_t y, u32_t radius, u32_t color); // DEPRECATED: use fill shader intead
168WASM_IMPORT("GFX_drawArc") i32_t GFX_drawArc(i32_t x, i32_t y, u32_t radius, u32_t width, u32_t angle0, u32_t angle1, u32_t color);
169WASM_IMPORT("GFX_drawSector") i32_t GFX_drawSector(i32_t x, i32_t y, u32_t radius, u32_t angle0, u32_t angle1, u32_t color);
170WASM_IMPORT("GFX_drawLine") i32_t GFX_drawLine(i32_t x0, i32_t y0, i32_t x1, i32_t y1, u32_t thickness, u32_t color);
171WASM_IMPORT("GFX_drawRectangle") i32_t GFX_drawRectangle(i32_t x, i32_t y, i32_t w, i32_t h, u32_t color);
172WASM_IMPORT("GFX_bakeImage") i32_t GFX_bakeImage(spriteID_t id, u32_t width, u32_t height, GFX_PixelFormat_t format, u32_t overwrite);
173WASM_IMPORT("GFX_setRenderTarget") i32_t GFX_setRenderTarget(u32_t display);
174WASM_IMPORT("GFX_drawImage") i32_t GFX_drawImage(spriteID_t id, i32_t x, i32_t y, u32_t opacity, u32_t colorKey, u32_t scale_x, u32_t scale_y, u32_t angle, u32_t mirror);
175WASM_IMPORT("GFX_drawBakedImage") i32_t GFX_drawBakedImage(i32_t x, i32_t y, u32_t opacity, u32_t colorKey, u32_t scale_x, u32_t scale_y, u32_t angle, u32_t mirror, spriteID_t id);
176WASM_IMPORT("GFX_drawQrCode") i32_t GFX_drawQRCode(i32_t x, i32_t y, u32_t size, u32_t color0, u32_t color1, u32_t angle, u32_t id, const char *text);
177WASM_IMPORT("GFX_render") i32_t GFX_render();
178WASM_IMPORT("GFX_clearCache") i32_t GFX_clearCache();
179WASM_IMPORT("GFX_removeBakedImage") i32_t GFX_removeBakedImage(spriteID_t id);
180WASM_IMPORT("GFX_cacheImages") i32_t GFX_cacheImages(spriteID_t* spriteIDs, u32_t count);
181WASM_IMPORT("GFX_setFpsWindow") i32_t GFX_setFpsWindow(u32_t size);
182WASM_IMPORT("GFX_getAssetsCount") i32_t GFX_getAssetsCount();
183WASM_IMPORT("GFX_setFillShader") i32_t GFX_setFillShader(u32_t color);
184WASM_IMPORT("GFX_setLinearGradientShader") i32_t GFX_setLinearGradientShader(u32_t x0, u32_t y0, u32_t x1, u32_t y1, u32_t color0, u32_t color1);
185WASM_IMPORT("GFX_setRadialGradientShader") i32_t GFX_setRadialGradientShader(u32_t x0, u32_t y0, u32_t radius, u32_t color0, u32_t color1);
186WASM_IMPORT("GFX_removeShader") i32_t GFX_removeShader();
187 
188WASM_IMPORT("GFX_drawSubImage") i32_t GFX_drawSubImage(spriteID_t id,i32_t x,i32_t y,u32_t rect_x,u32_t rect_y,u32_t rect_w,u32_t rect_h,u32_t opacity,u32_t colorKey,u32_t scale_x, u32_t scale_y,u32_t angle, u32_t mirror);
189 
190WASM_IMPORT("SND_getAssetId") i32_t SND_getAssetId(const char* soundName);
191WASM_IMPORT("SND_play") i32_t SND_play(soundID_t soundID, u32_t volume);
192WASM_IMPORT("SND_cacheSounds") i32_t SND_cacheSounds(soundID_t* soundIDs, u32_t count);
193WASM_IMPORT("SND_isPlaying") i32_t SND_isPlaying();
194WASM_IMPORT("SND_stop") i32_t SND_stop();
195WASM_IMPORT("SND_getAssetsCount") i32_t SND_getAssetsCount();
196 
197WASM_IMPORT("EVENT_getList") i32_t EVENT_getList();
198 
199 
200extern uint32_t cubeN;
201 
202static const uint8_t NET_BROADCAST = 0xFF;
203 
204enum uartID_t {
205    UART0 = 0,
206    UART1,
207    UART2
208};
209 
210enum eventMask_t {
211    WASM_EVENT_ON_NET_UART0_RX    = (1 << 0),
212    WASM_EVENT_ON_NET_UART1_RX    = (1 << 1),
213    WASM_EVENT_ON_NET_UART2_RX    = (1 << 2),
214    WASM_EVENT_ON_PHYSICAL_TICK   = (1 << 3),
215    WASM_EVENT_ON_CLOSE           = (1 << 4),
216    WASM_EVENT_ON_TWIST           = (1 << 5),
217    WASM_EVENT_ON_PAT             = (1 << 6),
218    WASM_EVENT_ON_CFG_DATA        = (1 << 7),
219    WASM_EVENT_ON_UART_RX         = (1 << 8),
220};
221 
222enum LogLevel_t {
223    LOG_LVL_ASSERT,
224    LOG_LVL_ERROR,
225    LOG_LVL_WARN,
226    LOG_LVL_INFO,
227    ELOG_LVL_DEBUG,
228    LOG_LVL_VERBOSE
229};
230 
231void log(uint8_t logLvl, const char *format, ...);
232 
233#define LOG_a(...) Cubios::log(Cubios::LOG_LVL_ASSERT, __VA_ARGS__)
234#define LOG_e(...) Cubios::log(Cubios::LOG_LVL_ERROR, __VA_ARGS__)
235#define LOG_w(...) Cubios::log(Cubios::LOG_LVL_WARN, __VA_ARGS__)
236#define LOG_i(...) Cubios::log(Cubios::LOG_LVL_INFO, __VA_ARGS__)
237#define LOG_d(...) Cubios::log(Cubios::ELOG_LVL_DEBUG, __VA_ARGS__)
238#define LOG_v(...) Cubios::log(Cubios::LOG_LVL_VERBOSE, __VA_ARGS__)
239 
240}
241 
242