main/buttons.c@e0f50087c909
main/buttons.c
Fri, 28 Jun 2024 15:33:24 +0200
- author
- Michiel Broek <mbroek@mbse.eu>
- date
- Fri, 28 Jun 2024 15:33:24 +0200
- branch
- idf 5.1
- changeset 137
- e0f50087c909
- parent 101
- 1bc6e9263ada
- permissions
- -rw-r--r--
Fixed changing runtime datarecord size during switching between IDF 4.2 and 5.1. Fixed wiping the /spiffs filesystem. The directory listing from the SD card doesn't overwrite parts of the screen anymore. Solved the slow speed issue with the SD card. Try to force the SD card to operate at 20 MHz. More project settings changed to improve performance and memory usage.
/** * @file buttons.c * @brief The touch buttons. */ #include "config.h" sButton Buttons[MAXBUTTONS]; ///< 40 buttons on a screen. int level = 1; ///< Keyboard level. const char *mashTypes[] = { "Infusion", "Temperature", "Decoction" }; const char *SSR2Types[] = { "Uit", "HLT of MLT", "HLT en MLT", "Idle" }; uint8_t WS_pressed = 0; ///< Websocket button received uint16_t WS_pointer_x = 0; ///< Websocket coordinate x uint16_t WS_pointer_y = 0; ///< Websocket coordinate y #define EDIT_TYPE_TEXT 0 ///< Editor type is text #define EDIT_TYPE_INT 1 ///< Editor type is integer #define EDIT_TYPE_FLOAT 2 ///< Editor type is float /***************************************************************************/ void WaitTouchReleased(void) { int tx, ty; // Do raw reads. while (TFT_read_touch(&tx, &ty, 1) == 1) { vTaskDelay(50 / portTICK_PERIOD_MS); } } void Buttons_Clear(void) { int i; for (i = 0; i < MAXBUTTONS; i++) { if ((Buttons[i].x != -1) && strlen(Buttons[i].text)) { TFT_fillRect(Buttons[i].x, Buttons[i].y, Buttons[i].w, Buttons[i].h, TFT_BLACK); } Buttons[i].x = -1; } } void Buttons_Add(int x, int y, int w, int h, char *txt, int order) { Buttons[order].x = x; Buttons[order].y = y; Buttons[order].w = w; Buttons[order].h = h; strncpy(Buttons[order].text, txt, 11); Buttons[order].dark = Buttons[order].small = Buttons[order].lock = false; } void Buttons_Show(void) { int i; const color_t KEY_NORM = { 191, 191, 191}; const color_t KEY_DARK = { 95, 95, 95}; const color_t KEY_LOCK = { 127, 127, 255}; _fg = TFT_BLACK; for (i = 0; i < MAXBUTTONS; i++) { if (Buttons[i].x != -1) { if (Buttons[i].lock) { _fg = TFT_BLACK; TFT_fillRoundRect(Buttons[i].x, Buttons[i].y, Buttons[i].w, Buttons[i].h, 5, KEY_LOCK); } else if (Buttons[i].dark) { _fg = TFT_WHITE; TFT_fillRoundRect(Buttons[i].x, Buttons[i].y, Buttons[i].w, Buttons[i].h, 5, KEY_DARK); } else { _fg = TFT_BLACK; TFT_fillRoundRect(Buttons[i].x, Buttons[i].y, Buttons[i].w, Buttons[i].h, 5, KEY_NORM); } TFT_drawRoundRect(Buttons[i].x, Buttons[i].y, Buttons[i].w, Buttons[i].h, 5, TFT_LIGHTGREY); if (Buttons[i].small) TFT_setFont(DEFAULT_FONT, NULL); // DEF_SMALL_FONT else TFT_setFont(DEJAVU18_FONT, NULL); font_transparent = 1; TFT_print(Buttons[i].text, Buttons[i].x + ((Buttons[i].w - TFT_getStringWidth(Buttons[i].text)) / 2), Buttons[i].y + 1 + ((Buttons[i].h - TFT_getfontheight()) / 2)); } } font_transparent = 0; } int Buttons_Search(int x, int y) { int i; for (i = 0; i < MAXBUTTONS; i++) { if (Buttons[i].x != -1) { if ((x >= Buttons[i].x) && (x <= (Buttons[i].x + Buttons[i].w)) && (y >= Buttons[i].y) && (y <= (Buttons[i].y + Buttons[i].h))) { return i; } } } return -1; } int Buttons_Scan(void) { int tx, ty, rc; static int ox = -1, oy = -1, vx = -1, vy = -1; static bool t_pressed = false, v_pressed = false; if (TFT_read_touch(&tx, &ty, 0)) { t_pressed = true; ox = tx; oy = ty; return -1; } else if (t_pressed) { rc = Buttons_Search(ox, oy); t_pressed = false; ox = oy = -1; return rc; } if (WS_pressed) { v_pressed = true; vx = WS_pointer_x; vy = WS_pointer_y; WS_pressed = 0; return -1; } else if (v_pressed) { rc = Buttons_Search(vx, vy); v_pressed = false; vx = vy = -1; return rc; } return -1; } void WS_touched(int x, int y) { WS_pointer_x = x; WS_pointer_y = y; WS_pressed = 1; } static const uint8_t alphalow_tab[] = { 'q','w','e','r','t','y','u','i','o','p', 'a','s','d','f','g','h','j','k','l', 'z','x','c','v','b','n','m' }; /** * @brief Level 1 keys, lowercase alpha. */ void B_AlphaLow(void) { Buttons_Clear(); Buttons_Add( 2, 80,28,36,(char *)"q", 0); Buttons_Add( 34, 80,28,36,(char *)"w", 1); Buttons_Add( 66, 80,28,36,(char *)"e", 2); Buttons_Add( 98, 80,28,36,(char *)"r", 3); Buttons_Add(130, 80,28,36,(char *)"t", 4); Buttons_Add(162, 80,28,36,(char *)"y", 5); Buttons_Add(194, 80,28,36,(char *)"u", 6); Buttons_Add(226, 80,28,36,(char *)"i", 7); Buttons_Add(258, 80,28,36,(char *)"o", 8); Buttons_Add(290, 80,28,36,(char *)"p", 9); Buttons_Add( 18,120,28,36,(char *)"a",10); Buttons_Add( 50,120,28,36,(char *)"s",11); Buttons_Add( 82,120,28,36,(char *)"d",12); Buttons_Add(114,120,28,36,(char *)"f",13); Buttons_Add(146,120,28,36,(char *)"g",14); Buttons_Add(178,120,28,36,(char *)"h",15); Buttons_Add(210,120,28,36,(char *)"j",16); Buttons_Add(242,120,28,36,(char *)"k",17); Buttons_Add(274,120,28,36,(char *)"l",18); Buttons_Add( 50,160,28,36,(char *)"z",19); Buttons_Add( 82,160,28,36,(char *)"x",20); Buttons_Add(114,160,28,36,(char *)"c",21); Buttons_Add(146,160,28,36,(char *)"v",22); Buttons_Add(178,160,28,36,(char *)"b",23); Buttons_Add(210,160,28,36,(char *)"n",24); Buttons_Add(242,160,28,36,(char *)"m",25); Buttons_Add( 2,160,42,36,(char *)"caps",26); Buttons[26].dark = true; Buttons[26].small = true; Buttons[26].lock = false; Buttons_Add(276,160,42,36,(char *)"del",27); Buttons[27].dark = true; Buttons[27].small = true; Buttons_Add( 2,200,60,36,(char *)"123",28); Buttons[28].dark = true; Buttons_Add( 72,200,28,36,(char *)"/",29); Buttons_Add(108,200,104,36,(char *)" ",30); Buttons_Add(220,200,28,36,(char *)".",31); Buttons_Add(258,200,60,36,(char *)"Ok",32); Buttons[32].dark = true; Buttons_Show(); } static const uint8_t alphacaps_tab[] = { 'Q','W','E','R','T','Y','U','I','O','P', 'A','S','D','F','G','H','J','K','L', 'Z','X','C','V','B','N','M' }; /** * @brief Level 2 and 3 keys, uppercase alpha. */ void B_AlphaCaps(int level) { Buttons_Clear(); Buttons_Add( 2, 80,28,36,(char *)"Q", 0); Buttons_Add( 34, 80,28,36,(char *)"W", 1); Buttons_Add( 66, 80,28,36,(char *)"E", 2); Buttons_Add( 98, 80,28,36,(char *)"R", 3); Buttons_Add(130, 80,28,36,(char *)"T", 4); Buttons_Add(162, 80,28,36,(char *)"Y", 5); Buttons_Add(194, 80,28,36,(char *)"U", 6); Buttons_Add(226, 80,28,36,(char *)"I", 7); Buttons_Add(258, 80,28,36,(char *)"O", 8); Buttons_Add(290, 80,28,36,(char *)"P", 9); Buttons_Add( 18,120,28,36,(char *)"A",10); Buttons_Add( 50,120,28,36,(char *)"S",11); Buttons_Add( 82,120,28,36,(char *)"D",12); Buttons_Add(114,120,28,36,(char *)"F",13); Buttons_Add(146,120,28,36,(char *)"G",14); Buttons_Add(178,120,28,36,(char *)"H",15); Buttons_Add(210,120,28,36,(char *)"J",16); Buttons_Add(242,120,28,36,(char *)"K",17); Buttons_Add(274,120,28,36,(char *)"L",18); Buttons_Add( 50,160,28,36,(char *)"Z",19); Buttons_Add( 82,160,28,36,(char *)"X",20); Buttons_Add(114,160,28,36,(char *)"C",21); Buttons_Add(146,160,28,36,(char *)"V",22); Buttons_Add(178,160,28,36,(char *)"B",23); Buttons_Add(210,160,28,36,(char *)"N",24); Buttons_Add(242,160,28,36,(char *)"M",25); Buttons_Add( 2,160,42,36,(char *)"caps",26); Buttons[26].dark = true; Buttons[26].small = true; if (level == 3) Buttons[26].lock = true; else Buttons[26].lock = false; Buttons_Add(276,160,42,36,(char *)"del",27); Buttons[27].dark = true; Buttons[27].small = true; Buttons_Add( 2,200,60,36,(char *)"123",28); Buttons[28].dark = true; Buttons_Add( 72,200,28,36,(char *)"/",29); Buttons_Add(108,204,100,36,(char *)" ",30); Buttons_Add(220,200,28,36,(char *)".",31); Buttons_Add(258,200,60,36,(char *)"Ok",32); Buttons[32].dark = true; Buttons_Show(); } static const uint8_t nums1_tab[] = { '1','2','3','4','5','6','7','8','9','0', '!','@','#','$','/','^','&','*','(',')', '-','\'','\"',':',';',',','?' }; /** * @brief Level 4, numeric keys and symbol */ void B_Nums1(void) { Buttons_Clear(); Buttons_Add( 2, 80,28,36,(char *)"1", 0); Buttons_Add( 34, 80,28,36,(char *)"2", 1); Buttons_Add( 66, 80,28,36,(char *)"3", 2); Buttons_Add( 98, 80,28,36,(char *)"4", 3); Buttons_Add(130, 80,28,36,(char *)"5", 4); Buttons_Add(162, 80,28,36,(char *)"6", 5); Buttons_Add(194, 80,28,36,(char *)"7", 6); Buttons_Add(226, 80,28,36,(char *)"8", 7); Buttons_Add(258, 80,28,36,(char *)"9", 8); Buttons_Add(290, 80,28,36,(char *)"0", 9); Buttons_Add( 2,120,28,36,(char *)"!",10); Buttons_Add( 34,120,28,36,(char *)"@",11); Buttons_Add( 66,120,28,36,(char *)"#",12); Buttons_Add( 98,120,28,36,(char *)"$",13); Buttons_Add(130,120,28,36,(char *)"/",14); Buttons_Add(162,120,28,36,(char *)"^",15); Buttons_Add(194,120,28,36,(char *)"&",16); Buttons_Add(226,120,28,36,(char *)"*",17); Buttons_Add(258,120,28,36,(char *)"(",18); Buttons_Add(290,120,28,36,(char *)")",19); Buttons_Add( 50,160,28,36,(char *)"-",20); Buttons_Add( 82,160,28,36,(char *)"'",21); Buttons_Add(114,160,28,36,(char *)"\"",22); Buttons_Add(146,160,28,36,(char *)":",23); Buttons_Add(178,160,28,36,(char *)";",24); Buttons_Add(210,160,28,36,(char *)",",25); Buttons_Add(242,160,28,36,(char *)"?",26); Buttons_Add( 2,160,42,36,(char *)"1/2",27); Buttons[27].dark = true; Buttons_Add(276,160,42,36,(char *)"del",28); Buttons[28].dark = true; Buttons[28].small = true; Buttons_Add( 2,200,60,36,(char *)"ABC",29); Buttons[29].dark = true; Buttons_Add( 72,200,28,36,(char *)"/",30); Buttons_Add(108,204,100,36,(char *)" ",31); Buttons_Add(220,200,28,36,(char *)".",32); Buttons_Add(258,200,60,36,(char *)"Ok",33); Buttons[33].dark = true; Buttons_Show(); } static const uint8_t nums2_tab[] = { '+','*','/','=','<','>','{','}','[',']', ' ',' ',' ',' ','%','~','`',' ',' ',' ', '_','\\','|',' ',' ',' ',' ' }; /** * @brief Level 5, symbol keys */ void B_Nums2(void) { Buttons_Clear(); Buttons_Add( 2, 80,28,36,(char *)"+", 0); Buttons_Add( 34, 80,28,36,(char *)"*", 1); Buttons_Add( 66, 80,28,36,(char *)"/", 2); Buttons_Add( 98, 80,28,36,(char *)"=", 3); Buttons_Add(130, 80,28,36,(char *)"<", 4); Buttons_Add(162, 80,28,36,(char *)">", 5); Buttons_Add(194, 80,28,36,(char *)"{", 6); Buttons_Add(226, 80,28,36,(char *)"}", 7); Buttons_Add(258, 80,28,36,(char *)"[", 8); Buttons_Add(290, 80,28,36,(char *)"]", 9); Buttons_Add( 2,120,28,36,(char *)" ",10); Buttons_Add( 34,120,28,36,(char *)" ",11); Buttons_Add( 66,120,28,36,(char *)" ",12); Buttons_Add( 98,120,28,36,(char *)" ",13); Buttons_Add(130,120,28,36,(char *)"%",14); Buttons_Add(162,120,28,36,(char *)"~",15); Buttons_Add(194,120,28,36,(char *)"`",16); Buttons_Add(226,120,28,36,(char *)" ",17); Buttons_Add(258,120,28,36,(char *)" ",18); Buttons_Add(290,120,28,36,(char *)" ",19); Buttons_Add( 50,160,28,36,(char *)"_",20); Buttons_Add( 82,160,28,36,(char *)"\\",21); Buttons_Add(114,160,28,36,(char *)"|",22); Buttons_Add(146,160,28,36,(char *)" ",23); Buttons_Add(178,160,28,36,(char *)" ",24); Buttons_Add(210,160,28,36,(char *)" ",25); Buttons_Add(242,160,28,36,(char *)" ",26); Buttons_Add( 2,160,42,36,(char *)"2/2",27); Buttons[27].dark = true; Buttons_Add(276,160,42,36,(char *)"del",28); Buttons[28].dark = true; Buttons[28].small = true; Buttons_Add( 2,200,60,36,(char *)"ABC",29); Buttons[29].dark = true; Buttons_Add( 72,200,28,36,(char *)"/",30); Buttons_Add(108,204,100,36,(char *)" ",31); Buttons_Add(220,200,28,36,(char *)".",32); Buttons_Add(258,200,60,36,(char *)"Ok",33); Buttons[33].dark = true; Buttons_Show(); } static const uint8_t digits_tab[] = { '1', '2', '3', '4', '5', '6', '7', '8', '9', '0', '+', '-', '.' }; /** * @brief A small nummeric keyboard */ void B_Digits(void) { Buttons_Clear(); Buttons_Add( 61,200,147,36,(char *)"0", 9); Buttons_Add( 61,160,47,36,(char *)"1", 0); Buttons_Add(111,160,47,36,(char *)"2", 1); Buttons_Add(161,160,47,36,(char *)"3", 2); Buttons_Add(211,160,47,36,(char *)"+",10); Buttons[10].dark = true; Buttons_Add( 61,120,47,36,(char *)"4", 3); Buttons_Add(111,120,47,36,(char *)"5", 4); Buttons_Add(161,120,47,36,(char *)"6", 5); Buttons_Add(211,120,47,36,(char *)"-",11); Buttons[11].dark = true; Buttons_Add( 61, 80,47,36,(char *)"7", 6); Buttons_Add(111, 80,47,36,(char *)"8", 7); Buttons_Add(161, 80,47,36,(char *)"9", 8); Buttons_Add(211, 80,47,36,(char *)".",12); Buttons[12].dark = true; Buttons_Add(211,200,47,36,(char *)"del",13); Buttons[13].dark = true; Buttons[13].small = true; Buttons_Add(271,200,47,36,(char *)"Ok",14); Buttons[14].dark = true; Buttons_Show(); } int KeyBoardAll(void) { int key; key = Buttons_Scan(); if (key == -1) return -1; switch (level) { case 1: if (key >= 0 && key <= 25) { key = alphalow_tab[key]; } else if (key == 26) { level = 2; B_AlphaCaps(level); } else if (key == 27) { key = 127; } else if (key == 28) { level = 4; B_Nums1(); } else if (key == 29) { key = '/'; } else if (key == 30) { key = ' '; } else if (key == 31) { key = '.'; } else if (key == 32) { key = 0; } break; case 2: case 3: if (key >= 0 && key <= 25) { key = alphacaps_tab[key]; if (level == 2) { level = 1; B_AlphaLow(); } } else if (key == 26 && level == 3) { level = 1; B_AlphaLow(); } else if (key == 26 && level == 2) { level = 3; B_AlphaCaps(level); } else if (key == 27) { key = 127; } else if (key == 28) { level = 4; B_Nums1(); } else if (key == 29) { key = '/'; } else if (key == 30) { key = ' '; } else if (key == 31) { key = '.'; } else if (key == 32) { key = 0; } break; case 4: if (key >= 0 && key <= 26) { key = nums1_tab[key]; } else if (key == 27) { level = 5; B_Nums2(); } else if (key == 28) { key = 127; } else if (key == 29) { level = 1; B_AlphaLow(); } else if (key == 30) { key = '/'; } else if (key == 31) { key = ' '; } else if (key == 32) { key = '.'; } else if (key == 33) { key = 0; } break; case 5: if (key >= 0 && key <= 26) { key = nums2_tab[key]; } else if (key == 27) { level = 4; B_Nums1(); } else if (key == 28) { key = 127; } else if (key == 29) { level = 1; B_AlphaLow(); } else if (key == 30) { key = '/'; } else if (key == 31) { key = ' '; } else if (key == 32) { key = '.'; } else if (key == 33) { key = 0; } break; } return key; } int KeyBoardDigits(void) { int key; key = Buttons_Scan(); if (key == -1) return -1; if (key >= 0 && key <= 12) { key = digits_tab[key]; } else if (key == 13) { key = 127; } else if (key == 14) { key = 0; } return key; } /**************************************************************************/ /* * Data show and edit functions. */ void ShowLabel(uint16_t x, uint16_t y, char *label) { _fg = TFT_LIGHTGREY; TFT_print(label, x, y); _fg = TFT_YELLOW; TFT_print((char *)" ", LASTX, LASTY); } void ShowText(uint16_t x, uint16_t y, char *label, char *txt) { ShowLabel(x, y, label); TFT_print(txt, LASTX, LASTY); } void ShowInteger(uint16_t x, uint16_t y, char *label, char *suffix, int val) { char tmp[32]; ShowLabel(x, y, label); sprintf(tmp, "%d", val); TFT_print(tmp, LASTX, LASTY); if (suffix) { _fg = TFT_LIGHTGREY; TFT_print(suffix, LASTX, LASTY); } } void Show2Integer(uint16_t x, uint16_t y, char *label, char *suffix, int val, int val2) { char tmp[32]; ShowLabel(x, y, label); sprintf(tmp, "%d/%d", val, val2); TFT_print(tmp, LASTX, LASTY); if (suffix) { _fg = TFT_LIGHTGREY; TFT_print(suffix, LASTX, LASTY); } } void ShowBool(uint16_t x, uint16_t y, char *label, bool val) { ShowLabel(x, y, label); if (val) TFT_print((char *)"J", LASTX, LASTY); else TFT_print((char *)"N", LASTX, LASTY); } void ShowSSR2(uint16_t x, uint16_t y, int val) { ShowLabel(x, y, (char *)"SSR2"); TFT_clearStringRect(TFT_X, TFT_Y, (char *)"HLT en MLT"); TFT_print((char *)SSR2Types[val], LASTX, LASTY); } void ShowFloat(uint16_t x, uint16_t y, char *label, char *suffix, float val, int decimals) { char tmp[32]; ShowLabel(x, y, label); sprintf(tmp, "%.*f", decimals, val); TFT_print(tmp, LASTX, LASTY); if (suffix) { _fg = TFT_LIGHTGREY; TFT_print(suffix, LASTX, LASTY); } } void ShowDouble(uint16_t x, uint16_t y, char *label, char *suffix, double val, int decimals) { char tmp[32]; ShowLabel(x, y, label); sprintf(tmp, "%.*f", decimals, val); TFT_print(tmp, LASTX, LASTY); if (suffix) { _fg = TFT_LIGHTGREY; TFT_print(suffix, LASTX, LASTY); } } void EditerTop(char *label) { _bg = TFT_BLACK; TFT_fillScreen(_bg); TFT_resetclipwin(); TopMessage(label); } void Editer(char *label, char *txt, char *errmsg, int len, int type) { int key; EditerTop((char *)"Wijzigen"); _fg = TFT_LIGHTGREY; TFT_setFont(DEFAULT_FONT, NULL); TFT_print(label, 2, 28); if (strlen(errmsg)) { _fg = TFT_RED; TFT_print(errmsg, 2, 60); } TFT_fillRect(2, 40, 10 * len, 14, TFT_BLUE); _fg = TFT_YELLOW; _bg = TFT_BLUE; TFT_print(txt, 2, 41); TFT_fillRect(TFT_X, 50, 10, 4, TFT_GREEN); switch(type) { case EDIT_TYPE_INT: B_Digits(); break; default: level = 1; B_AlphaLow(); break; } while (1) { switch (type) { case EDIT_TYPE_INT: key = KeyBoardDigits(); break; default: key = KeyBoardAll(); break; } if (key != -1) { if (key >= 32 && key <= 126 && strlen(txt) < len) { // Append key txt[strlen(txt) + 1] = '\0'; txt[strlen(txt)] = key; } else if (key == 127 && strlen(txt)) { // Delete key txt[strlen(txt) - 1] = '\0'; } _fg = TFT_YELLOW; _bg = TFT_BLACK; TFT_setFont(DEFAULT_FONT, NULL); TFT_fillRect(2, 40, 10 * len, 14, TFT_BLUE); TFT_print(txt, 2, 41); TFT_fillRect(TFT_X, 50, 10, 4, TFT_GREEN); } if (key == 0) break; vTaskDelay(20 / portTICK_PERIOD_MS); } } void EditText(char *label, char *txt, int len) { char errmsg[40]; errmsg[0] = '\0'; while (1) { Editer(label, txt, errmsg, len, EDIT_TYPE_TEXT); if (strlen(txt)) break; sprintf(errmsg, "Tekst veld mag niet leeg zijn"); } } void EditTextMin(char *label, char *txt, int len, int min) { char errmsg[40]; errmsg[0] = '\0'; while (1) { Editer(label, txt, errmsg, len, EDIT_TYPE_TEXT); if (strlen(txt) >= min) break; sprintf(errmsg, "Tekst veld moet tussen %d en %d lang zijn", min, len); } } void EditInt(char *label, int *val, int min, int max) { char *valstr, errmsg[40]; int newval; errmsg[0] = '\0'; valstr = malloc(20); sprintf(valstr, "%d", *val); while (1) { Editer(label, valstr, errmsg, 8, EDIT_TYPE_INT); newval = atoi(valstr); if (newval < min || newval > max) { sprintf(errmsg, "De waarde moet tussen %d en %d zijn.", min, max); } else { break; } } *val = newval; free(valstr); } void EditUint8(char *label, uint8_t *val, uint8_t min, uint8_t max) { char *valstr, errmsg[40]; uint8_t newval; errmsg[0] = '\0'; valstr = malloc(20); sprintf(valstr, "%d", *val); while (1) { Editer(label, valstr, errmsg, 5, EDIT_TYPE_INT); newval = atoi(valstr); if (newval < min || newval > max) { sprintf(errmsg, "De waarde moet tussen %d en %d zijn.", min, max); } else { break; } } *val = newval; free(valstr); } void EditUint16(char *label, uint16_t *val, uint16_t min, uint16_t max) { char *valstr, errmsg[64]; uint16_t newval; errmsg[0] = '\0'; valstr = malloc(20); sprintf(valstr, "%d", *val); while (1) { Editer(label, valstr, errmsg, 5, EDIT_TYPE_INT); newval = atoi(valstr); if (newval < min || newval > max) { sprintf(errmsg, "De waarde moet tussen %d en %d zijn.", min, max); } else { break; } } *val = newval; free(valstr); } void EditFloat(char *label, float *val, float min, float max, int decimals) { char *valstr, errmsg[672]; float newval; errmsg[0] = '\0'; valstr = malloc(30); sprintf(valstr, " %.*f", decimals, *val); while (1) { Editer(label, valstr, errmsg, 25, EDIT_TYPE_INT); newval = atof(valstr); if (newval < min || newval > max) { sprintf(errmsg, "De waarde moet tussen %.*f en %.*f zijn.", decimals, min, decimals, max); } else { break; } } *val = newval; free(valstr); } void EditDouble(char *label, double *val, double min, double max, int decimals) { char *valstr, errmsg[672]; double newval; errmsg[0] = '\0'; valstr = malloc(30); sprintf(valstr, " %.*f", decimals, *val); while (1) { Editer(label, valstr, errmsg, 25, EDIT_TYPE_INT); newval = atof(valstr); if (newval < min || newval > max) { sprintf(errmsg, "De waarde moet tussen %.*f en %.*f zijn.", decimals, min, decimals, max); } else { break; } } *val = newval; free(valstr); } void EditBool(char *label, bool *val) { bool loop = true, value = *val; int curpos; EditerTop((char *)"Wijzigen"); _fg = TFT_LIGHTGREY; TFT_setFont(DEFAULT_FONT, NULL); TFT_print(label, 2, 28); curpos = TFT_X; _fg = TFT_YELLOW; (value) ? TFT_print((char *)" J ", curpos, 28) : TFT_print((char *)" N ", curpos, 28); Buttons_Clear(); Buttons_Add( 40, 100, 80, 40, (char *)"J/N", 0); Buttons_Add(200, 100, 80, 40, (char *)"Ok", 1); Buttons_Show(); while (loop) { switch (Buttons_Scan()) { case 0: TFT_setFont(DEFAULT_FONT, NULL); _fg = TFT_YELLOW; if (value) { value = false; TFT_print((char *)" N ", curpos, 28); } else { value = true; TFT_print((char *)" J ", curpos, 28); } break; case 1: loop = false; break; default: break; } vTaskDelay(20 / portTICK_PERIOD_MS); } *val = value; } void EditSSR2(int *val) { bool loop = true; int value = *val; int key; EditerTop((char *)"Wijzigen"); Buttons_Clear(); Buttons_Add( 20, 60,120, 40, (char *)SSR2Types[0], 0); Buttons_Add(180, 60,120, 40, (char *)SSR2Types[1], 1); Buttons_Add( 20, 130,120, 40, (char *)SSR2Types[2], 2); Buttons_Add(180, 130,120, 40, (char *)SSR2Types[3], 3); Buttons_Add(120, 200, 80, 40, (char *)"Ok", 4); Buttons[4].dark = true; Buttons[value].lock = true; Buttons_Show(); while (loop) { key = Buttons_Scan(); if (key >= 0 && key <= 3) { Buttons[value].lock = false; value = key; Buttons[value].lock = true; Buttons_Show(); } else if (key == 4) { loop = false; } vTaskDelay(20 / portTICK_PERIOD_MS); } *val = value; } void EditMashType(uint8_t *val) { bool loop = true; int value = (int)*val; int key; EditerTop((char *)"Wijzigen"); Buttons_Clear(); Buttons_Add( 80, 40,160, 40, (char *)mashTypes[0], 0); Buttons_Add( 80, 90,160, 40, (char *)mashTypes[1], 1); Buttons_Add( 80, 140,160, 40, (char *)mashTypes[2], 2); Buttons_Add(120, 200, 80, 40, (char *)"Ok", 3); Buttons[3].dark = true; Buttons[value].lock = true; Buttons_Show(); while (loop) { key = Buttons_Scan(); if (key >= 0 && key <= 2) { Buttons[value].lock = false; value = key; Buttons[value].lock = true; Buttons_Show(); } else if (key == 3) { loop = false; } vTaskDelay(20 / portTICK_PERIOD_MS); } Buttons[value].lock = false; *val = (uint8_t)value; } int Confirm(char *top, char *ack, char *nak) { int rc = false; bool loop = true; EditerTop(top); Buttons_Clear(); Buttons_Add( 40, 100, 80, 40, ack, 0); Buttons_Add(200, 100, 80, 40, nak, 1); Buttons_Show(); SoundPlay(SOUND_Prompt); while (loop) { switch (Buttons_Scan()) { case 0: loop = false; rc = true; break; case 1: loop = false; rc = false; break; default: break; } vTaskDelay(50 / portTICK_PERIOD_MS); } Buttons_Clear(); return rc; }
