int show_2numeric_input(const char * title, const char * subtitle, const char * msg1, int * value1_ref, int min_value1, int max_value1, const char * msg2, int * value2_ref, int min_value2, int max_value2) {
char title16[(strlen(title) + 1) * 2];
char subtitle16[(strlen(subtitle) + 1) * 2];
char msg116[(strlen(msg1) + 1) * 2];
char msg216[(strlen(msg2) + 1) * 2];
ascii2utf16(title16, title, sizeof(title16));
ascii2utf16(subtitle16, subtitle, sizeof(subtitle16));
ascii2utf16(msg116, msg1, sizeof(msg116));
ascii2utf16(msg216, msg2, sizeof(msg216));
int cheatMode = 0;
int real_min_value1 = min_value1;
int real_min_value2 = min_value2;
if(min_value1 == 0 || min_value1 == -1) {
real_min_value1 = -2;
cheatMode = 1;
}
if(min_value2 == 0 || min_value2 == -1) {
real_min_value2 = -2;
cheatMode = 1;
}
int result = (_show_2NumericInput(0, title16, subtitle16, msg116, value1_ref, 1, real_min_value1, max_value1, msg216, value2_ref, 1, real_min_value2, max_value2) == 5103);
if(cheatMode){
if(*value1_ref < min_value1)
*value1_ref = min_value1;
if(*value2_ref < min_value2)
*value2_ref = min_value2;
}
return result;
}
unsigned _show_msgbox(const char *title, const char *msg, unsigned button_num, ...) {
va_list ap;
char title16[(strlen(title) + 1) * 2];
char msg16[(strlen(msg) + 1) * 2];
char undef_buf[8];
unsigned button_pressed = 0;
memset(undef_buf, 0, sizeof(undef_buf));
va_start(ap, button_num);
ascii2utf16(title16, title, sizeof(title16));
ascii2utf16(msg16, msg, sizeof(msg16));
*(char**)undef_buf = "DLG";
BOOL incolor = lcd_isincolor();
void *saved_screen = NULL;
if (has_colors && !incolor) {
if ((saved_screen = malloc(SCREEN_WIDTH * SCREEN_HEIGHT * 2))) {
// The screen buffer size of the color mode is used, but before switching to it
memcpy(saved_screen, SCREEN_BASE_ADDRESS, SCREEN_WIDTH * SCREEN_HEIGHT * 2);
memset(SCREEN_BASE_ADDRESS, 0xFF, SCREEN_WIDTH * SCREEN_HEIGHT * 2); // clrscr. avoid displaying a grayscaled buffer in colors
}
lcd_incolor();
}
/* required since OS 2.1 for OS key scan */
int orig_mask = TCT_Local_Control_Interrupts(0);
if (button_num == 2 || button_num == 3) {
char *button1 = va_arg(ap, char*);
char *button2 = va_arg(ap, char*);
char button1_16[(strlen(button1) + 1) * 2];
char button2_16[(strlen(button2) + 1) * 2];
ascii2utf16(button1_16, button1, sizeof(button1_16));
ascii2utf16(button2_16, button2, sizeof(button2_16));
if (button_num == 2) {
button_pressed = _show_msgbox_2b(0, title16, msg16, button1_16, 1, button2_16, 2, undef_buf);
} else {
char *button3 = va_arg(ap, char*);
char button3_16[(strlen(button3) + 1) * 2];
ascii2utf16(button3_16, button3, sizeof(button3_16));
button_pressed = _show_msgbox_3b(0, title16, msg16, button1_16, 1, button2_16, 2, button3_16, 3, undef_buf);
}
} else {
const char16_t *calchook_ndls_run(void *, void *, unsigned int argc, char16_t *argv[])
{
if(argc == 0)
return u"\"Missing Argument!\"";
unsigned int i;
char *argv_prgm[argc];
for(i = 0; i < argc; ++i)
{
size_t len = utf16_strlen(reinterpret_cast<uint16_t*>(argv[i]));
argv_prgm[i] = new char[2*len + 1];
if(!argv_prgm[i])
{
// Free already allocated argv_prgm
for(unsigned int j = 0; j < i; ++j)
delete[] argv_prgm[j];
return u"\"Out of memory!\"";
}
// Strip quotes from strings
if((*argv[i] == '"' && *(argv[i]+len-1) == '"')
|| (*argv[i] == '\'' && *(argv[i]+len-1) == '\''))
{
*(argv[i]+len-1) = 0;
utf162ascii(argv_prgm[i], reinterpret_cast<uint16_t*>(argv[i] + 1), 2*len);
}
else
utf162ascii(argv_prgm[i], reinterpret_cast<uint16_t*>(argv[i]), 2*len);
}
int ret = ld_exec_with_args(argv_prgm[0], argc - 1, argv_prgm + 1, nullptr);
// Free argv_prgm
for(unsigned int j = 0; j < i; ++j)
delete[] argv_prgm[j];
// The return value is never freed, so use a static buffer
static char16_t ret16[16]; static char retascii[16];
snprintf(retascii, 16, "%d", ret);
ascii2utf16(ret16, retascii, 16);
return ret16;
}
void CreateMetrics(struct Metrics** ppMetrics, SquareLib square, Gc* pgc)
{
*ppMetrics = malloc(sizeof(struct Metrics));
struct Metrics* pMetrics = *ppMetrics;
pMetrics->m_Square = square;
int nWidth = GetSquareWidth(square);
int nHeight = GetSquareHeight(square);
pMetrics->m_nMaxColIndicators = 0;
for(int x=0; x<nWidth; x++) {
int nIndicators = GetNumSquareIndicatorsForCol(square, x);
if( nIndicators > pMetrics->m_nMaxColIndicators )
pMetrics->m_nMaxColIndicators = nIndicators;
}
//printf("Max col indicators: %d\n", pMetrics->m_nMaxColIndicators);
pMetrics->m_nMaxRowIndicators = 0;
for(int y=0; y<nHeight; y++) {
int nIndicators = GetNumSquareIndicatorsForRow(square, y);
if( nIndicators > pMetrics->m_nMaxRowIndicators )
pMetrics->m_nMaxRowIndicators = nIndicators;
}
//printf("Max row indicators: %d\n", pMetrics->m_nMaxRowIndicators);
char buffer[16];
char buf[8];
sprintf(buf, "%d", 8/*Example wide character*/);
ascii2utf16(buffer, buf, 16);
gui_gc_setFont(*pgc, SerifRegular7);
const int nHorizontalSpacing = 3;
int nWidthPerChar = gui_gc_getStringWidth(*pgc, gui_gc_getFont(*pgc), buf, 0, 1) + nHorizontalSpacing;
const int nGapHorizontally = 4;
const int nGapVertically = 4;
int nIndicatorSpaceNeededHorizontally = pMetrics->m_nMaxRowIndicators * nWidthPerChar;
int nSpaceAvailableHorizontally = SCREEN_WIDTH - nGapHorizontally - nIndicatorSpaceNeededHorizontally;
//printf("Space available Horizontall: %d\n", nSpaceAvailableHorizontally);
int nHeightPerChar = gui_gc_getStringSmallHeight(*pgc, gui_gc_getFont(*pgc), buf, 0, 1);
//printf("HeightPerChar: %d\n", nHeightPerChar);
const int nIndicatorGapVertically = 3;
int nIndicatorSpaceNeededVertically = pMetrics->m_nMaxColIndicators * nHeightPerChar + nIndicatorGapVertically;
//printf("IndicatorSpaceNeededVertically: %d\n", nIndicatorSpaceNeededVertically);
int nSpaceAvailableVertically = SCREEN_HEIGHT - nGapVertically - nIndicatorSpaceNeededVertically;
//printf("Space available vertically: %d\n", nSpaceAvailableVertically);
int nMinSpaceAvailable = nSpaceAvailableHorizontally < nSpaceAvailableVertically ? nSpaceAvailableHorizontally - (nWidth-1) : nSpaceAvailableVertically - (nHeight-1);
int nPieceWidth = nMinSpaceAvailable / nWidth;
int nPieceHeight = nSpaceAvailableVertically / nHeight;
pMetrics->m_nPieceDim = nPieceWidth < nPieceHeight ? nPieceWidth : nPieceHeight;
//printf("PieceDim: %d\n", pMetrics->m_nPieceDim);
int nBoardDim = ((pMetrics->m_nPieceDim * nWidth) > (pMetrics->m_nPieceDim * nHeight)) ? pMetrics->m_nPieceDim * nWidth : pMetrics->m_nPieceDim * nHeight;
pMetrics->m_nLeftBoard = SCREEN_WIDTH - nGapHorizontally - nBoardDim;
pMetrics->m_nTopBoard = nIndicatorSpaceNeededVertically;
pMetrics->m_nLeft = pMetrics->m_nLeftBoard - nIndicatorSpaceNeededHorizontally;
pMetrics->m_nTop = 0;
}
void DrawMenuPieces(struct MainMenu* pMenu, Gc* pgc)
{
const int nDimensionSize = 6;
int nPieceWidth = SCREEN_WIDTH/nDimensionSize;
int nPieceHeight = (SCREEN_HEIGHT-60)/nDimensionSize;
int nMinPieceDim = nPieceWidth > nPieceHeight ? nPieceHeight : nPieceWidth;
int nWidthNeeded = nDimensionSize*nMinPieceDim;
int nHeightNeeded = nDimensionSize*nMinPieceDim;
int x = (SCREEN_WIDTH - nWidthNeeded)/2;
int y = (SCREEN_HEIGHT - nHeightNeeded)/2;
for(int nX=0; nX<nDimensionSize; nX++) {
for(int nY=0; nY<nDimensionSize; nY++) {
int nPieceX = x + nX*nMinPieceDim;
int nPieceY = y + nY*nMinPieceDim;
int nLevelNum = nY*nDimensionSize + nX + 1/*0-based to 1-based*/;
int bCurrentRow = 0;
int nColorIndex = 0;
if( pMenu->m_eChoice == Play ) {
if( pMenu->m_nLevelNum >= 1 && pMenu->m_nLevelNum <= 6 && nLevelNum >= 1 && nLevelNum <= 6 ) {
nColorIndex = 0;
bCurrentRow = 1;
} else if( pMenu->m_nLevelNum >= 7 && pMenu->m_nLevelNum <= 12 && nLevelNum >= 7 && nLevelNum <= 12 ) {
nColorIndex = 1;
bCurrentRow = 1;
} else if( pMenu->m_nLevelNum >= 13 && pMenu->m_nLevelNum <= 18 && nLevelNum >= 13 && nLevelNum <= 18 ) {
nColorIndex = 2;
bCurrentRow = 1;
} else if( pMenu->m_nLevelNum >= 19 && pMenu->m_nLevelNum <= 24 && nLevelNum >= 19 && nLevelNum <= 24 ) {
nColorIndex = 3;
bCurrentRow = 1;
} else if( pMenu->m_nLevelNum >= 25 && pMenu->m_nLevelNum <= 30 && nLevelNum >= 25 && nLevelNum <= 30 ) {
nColorIndex = 4;
bCurrentRow = 1;
} else if( pMenu->m_nLevelNum >= 31 && nLevelNum >= 31 ) {
nColorIndex = 5;
bCurrentRow = 1;
}
}
if( bCurrentRow == 1 ) {
LevelColors clr = g_Colors[nColorIndex];
gui_gc_setColorRGB(*pgc, clr.r, clr.g, clr.b);
//gui_gc_setColorRGB(*pgc, 0, 220, 0);
} else {
gui_gc_setColorRGB(*pgc, 0x59, 0x59, 0x59);
}
gui_gc_fillRect(*pgc, nPieceX + 2, nPieceY + 2, nMinPieceDim-3, nMinPieceDim-3);
if( pMenu->m_eChoice == Play && pMenu->m_nLevelNum == nLevelNum ) {
gui_gc_setColorRGB(*pgc, 255, 0, 0);
gui_gc_drawRect(*pgc, nPieceX, nPieceY, nMinPieceDim, nMinPieceDim);
}
gui_gc_setColorRGB(*pgc, 255, 255, 255);
char buf[8];
sprintf(buf, "%d", nLevelNum);
char buffer[16];
ascii2utf16(buffer, buf, 16);
int nHeightSpaceDesired = gui_gc_getStringSmallHeight(*pgc, gui_gc_getFont(*pgc), buf, 0, 1);
int nWidthSpaceDesired = gui_gc_getStringWidth(*pgc, gui_gc_getFont(*pgc), buf, 0, 1);
int nXOffset = nMinPieceDim/2 - nWidthSpaceDesired/2;
int nYOffset = 2;
int nPosX = nPieceX + nXOffset;
int nPosY = nPieceY + nYOffset;
gui_gc_drawString(*pgc, buffer, nPosX, nPosY, GC_SM_TOP);
int nStars = 0;
GetBeatLevel(pMenu->m_pConfig, nLevelNum-1, &nStars);
int a = nMinPieceDim/3;
for(int nStarsToDraw=0; nStarsToDraw<nStars; nStarsToDraw++) {
DrawStar(pgc, nPieceX+nStarsToDraw*a+a/2+1, nPosY+nMinPieceDim-a, a);
}
}
}
}
