void showSearchString(void)
{
Goto_pos(0, 1);
(void) Cconws("Search: ");
Goto_pos(8, 1);
(void) Cconws(search.text);
}
void
main( void )
{
int abort;
#define AES_active ( _GemParBlk.global[0] )
appl_init();
fix_rsh(); /* needed for addresses of "hello" strings */
/* get_cookie is now called from the startup
Supexec((long(*)())get_cookie);
*/
if( !ma_info ) {
ma_info = &start;
/* Not installed, set vectors */
Supexec( (long(*)())sethooks );
}
if( AES_active ) {
abort = configure();
appl_exit();
if( abort && (ma_info == &start) ) {
Supexec( (long(*)())unhook );
Pterm0();
}
}
if( ma_info == &start )
Supexec( (long(*)())set_cookie );
if( !AES_active ) {
Cconws( (char *)rs_frstr[HELLO1] );
Cconws( (char *)rs_frstr[HELLO2] );
}
}
/*
* Cleanup -- restore palette and sane VT52 state.
*/
vt_cleanup()
{
/*
* Restore desktop resolution (if we switched).
*/
if (drez != Getrez())
Setscreen(-1L, -1L, drez);
if (drez != 2) {
/*
* Restore desktop palette.
*/
Setpalette(dpalette);
Cconws("\033b");
Cconout(3 + VTC);
Cconws("\033c");
Cconout(0 + VTC);
}
/*
* Bring the mouse back
*/
graf_mouse(M_ON, NULL);
/*
* Make the cursor visible
*/
curs_show();
}
void getStatus(void)
{
commandShort[4] = FDD_CMD_GET_IMAGE_ENCODING_RUNNING;
commandShort[5] = 0;
sectorCount = 1; // read 1 sector
BYTE res = Supexec(ce_acsiReadCommand);
if(res != FDD_OK) { // fail? just quit
return;
}
status.encoding = pBfr[0]; // isRunning - 1: is running, 0: is not running
status.prevDoWeHaveStorage = status.doWeHaveStorage; // make a copy of previous value
status.doWeHaveStorage = pBfr[1]; // do we have storage on RPi attached?
status.prevDownloadCount = status.downloadCount; // make a copy of previous download files count
status.downloadCount = pBfr[2]; // how many files are still downloading?
Goto_pos(0, 23); // show status line
(void) Cconws("\33p"); // inverse on
(void) Cconws((const char *) (pBfr + 4)); // status string
(void) Cconws("\33q"); // inverse off
}
BYTE find_STiNG(void)
{
DWORD *work;
sting_drivers = NULL;
for (work = * (DWORD **) 0x5a0L; *work != 0L; work += 2) {
if (*work == 'STiK') {
sting_drivers = (DRV_LIST *) *(++work);
break;
}
}
if(sting_drivers == NULL) {
(void) Cconws("STiNG not found.\r\n");
return 0;
}
if(strncmp(sting_drivers->magic, MAGIC, 8) != 0) {
(void) Cconws("STiNG MAGIC mismatch.\r\n");
return 0;
}
tpl = (TPL *) (*sting_drivers->get_dftab) (TRANSPORT_DRIVER);
if (tpl == (TPL *) NULL) {
(void) Cconws("STiNG TRANSPORT layer not found.\r\n");
return 0;
}
(void) Cconws("STiNG found.\r\n");
return 1;
}
void showCmdLog(void)
{
int i, j, len;
(void) Cconws("\n\r\n\rCMD log:\n\r");
for(i=0; i<5; i++) {
if((cmdLog[i * 12] & 0x1f) == 0x1f) {
len = 11;
} else {
len = 6;
}
for(j=0; j<len; j++) {
showHexByte(cmdLog[i * 12 + j]); // show cmd
Cconout(' ');
}
for(j=0; j<(11 - len); j++) { // pad with spaces
(void) Cconws(" ");
}
(void) Cconws(" - ");
showHexByte(cmdLog[i * 12 + 11]); // show res
(void) Cconws("\n\r");
}
}
main()
{
Cconws ("Ceci est le programme appelant.\15\12\12");
if (Pexec (CHARGE_ET_LANCE, NOMFICH, PARAMETRE, ENVIRONNEMENT) < 0)
Cconws("Une erreur s'est produite!!!\15\12\12");
Cconws ("Revoici le programme appelant!\15\12");
Crawcin(); /* Fin en tapant une touche */
}
void err_init(const char *str)
{
/*
* FIXME: figure out how to get at the apid of the
* the app that loaded us (LDG->id), and perform
* either Cconws() or form_alert()
*/
(void) Cconws(str);
(void) Cconws("\r\n");
/* if (__mint) */ Salert(str);
}
void showPageNumber(void)
{
Goto_pos(13, 2);
(void) Cconws("Page: ");
Goto_pos(19, 2);
char tmp[10];
intToStr(search.pageCurrent + 1, tmp);
tmp[3] = '/';
intToStr(search.pagesCount, tmp + 4);
(void) Cconws(tmp);
}
main()
{
int i;
init_screens (); /* Initialisiation du 2Šme ‚cran */
gem_init(); /* Se trouve dans fichier Include GEM_INEX.C */
v_hide_c (handle); /* D‚sactiver pointeur souris */
for (i=20; i<=300; i++)
{
Cconws ("\33E"); /* Effacer ‚cran */
v_gtext (handle, i, i, "Salut!"); /* Affichage texte sous GEM */
swap_screens (); /* Commuter ‚crans log./phys. */
Vsync(); /* Attente retour image */
}
Crawcin(); /* Attente appui touche */
Setscreen (screen1, screen1, -1); /* Retour … l'‚cran normal */
v_show_c (handle, 1); /* Pointeur souris actif */
gem_exit();
}
static void InitNatfeat(void)
{
long ver;
nfOps = nf_init();
if (!nfOps) {
err_init("__NF cookie not present on this system");
return;
}
nfOSMesaId=nfOps->get_id("OSMESA");
if (nfOSMesaId==0) {
err_init("NF OSMesa functions not present on this system");
return;
}
ver = nfOps->call(nfOSMesaId+GET_VERSION, 0l, 0l);
if (ver < ARANFOSMESA_NFAPI_VERSION)
{
if (err_old_nfapi())
{
err_init("NF OSMesa functions in ARAnyM too old");
nfOSMesaId = 0;
return;
}
}
if (ver > ARANFOSMESA_NFAPI_VERSION)
{
/*
* they should be backward compatible, but give a warning
*/
(void) Cconws("Warning: NF OSMesa functions in ARAnyM newer than library\r\n");
}
}
static int wait_key(void)
{
while (Cconis()) {
Cconin();
}
Cconws("\r\n<press key>\r\n");
return Cconin();
}
void showMenuDownload(BYTE showMask)
{
if(showMask & SHOWMENU_STATICTEXT) {
(void) Clear_home();
(void) Cconws("\33p[Floppy image download, Jookie 2014-18]\33q\r\n");
}
if(showMask & SHOWMENU_SEARCHSTRING) {
showSearchString();
}
if(showMask & SHOWMENU_RESULTS_ALL) {
showPageNumber();
}
showResults(showMask);
if(showMask & SHOWMENU_STATICTEXT) {
Goto_pos(0, 19);
(void) Cconws("\33pA..Z\33q - search, \33p(shift) arrows\33q - move\r\n");
if(status.doWeHaveStorage) { // with storage
(void) Cconws("\33pF1, F2, F3\33q - insert into slot 1, 2, 3\r\n");
(void) Cconws("\33pF4\33q - download, \33pF5\33q - refresh list,\r\n");
} else { // without storage
(void) Cconws(" \r\n");
(void) Cconws(" \33pF5\33q - refresh list,\r\n");
}
(void) Cconws("\33pF8\33q - setup screen, \33pF10\33q - quit\r\n");
}
}
long nf_print(const char *text)
{
if (nfid_print) {
return nf_call(nfid_print, text);
} else {
Cconws("NF_STDERR unavailable!\r\n");
return 0;
}
}
long nf_debugger(void)
{
if (nfid_debugger) {
return nf_call(nfid_debugger);
} else {
Cconws("NF_DEBUGGER unavailable!\r\n");
return 0;
}
}
long nf_fastforward(long enabled)
{
if (nfid_fastforward) {
return nf_call(nfid_fastforward, enabled);
} else {
Cconws("NF_FASTFORWARD unavailable!\r\n");
return 0;
}
}
void showMenu(void)
{
//(void) Cconws("\33E");
(void) Cconws("Select which tests to run:\r\n");
(void) Cconws(" \33p[ 0 ]\33q Basic API tests + resolve\r\n");
(void) Cconws(" \33p[ 1 ]\33q TCP/UDP echo + UDP datagrams\r\n");
(void) Cconws(" \33p[ 2 ]\33q CNbyte_count / CNget_char / CNget_block / etc.\r\n");
(void) Cconws(" \33p[ 3 ]\33q ICMP\r\n");
(void) Cconws(" \33p[ S ]\33q SPEED TEST\r\n");
(void) Cconws(" \33p[ A ]\33q ALL TESTS\r\n");
(void) Cconws(" \33p[ Q ]\33q QUIT\r\n");
}
int main(int argc, char *argv[])
{
char str[1024];
int i;
for (i = 0; i < 10; i++)
{
sprintf(str, "this is test #%d\r\n", i);
Cconws(str);
}
for (i = 0; i < 10; i++)
{
sprintf(str, "this is test #%f\r\n", (float) i);
Cconws(str);
}
sprintf(str, "This %s %d complex %s%s", "is", 1, "test", "\r\n");
Cconws(str);
printf("little test: %x, %d, %f\r\n", 0xff, 12345, 3.1415926);
char *endp;
#define _strtol(v) do{ printf("strtol(\"" v "\") => %x", strtol(v,&endp,0)); printf(*endp ? " Rest:%s\n\r":"\n\r", endp); } while(0)
#define _strtoul(v) do{ printf("strtoul(\"" v "\") => %x", strtoul(v,&endp,0)); printf(*endp ? " Rest:%s\n\r":"\n\r", endp); } while(0)
_strtol("0x5050");
_strtol("0b1010");
_strtol("077");
_strtol("-0x5050");
_strtol("0xDEADBEEF");
_strtol("10kg");
_strtoul("0x5050");
_strtoul("0b1010");
_strtoul("077");
_strtoul("-0x5050");
_strtoul("0xDEADBEEF");
_strtoul("10kg");
Cconws("press a key to return to desktop\r\n");
Cconin();
}
void getServerIp(void)
{
(void) Cconws("Enter server IP (default " SERVER_ADDR_DEFAULT_STRING ") : ");
char inIp[20];
memset(inIp, 0, 20);
inIp[0] = 19; // offset 0: maximum number of chars allowed to read
Cconrs(inIp); // read the string from keyboard
// offset 1: number of chars retrieved
// offset 2: the retrieved string
// minimal IP lenght: strlen("1.2.3.4") = 7
if(inIp[1] < 7) { // if the new IP is too short to be valid, use default
SERVER_ADDR = SERVER_ADDR_DEFAULT_DWORD;
} else {
SERVER_ADDR = tryToParseIp(inIp + 2);
}
(void) Cconws("\r\n");
char tmp[100];
strcpy(tmp, "Server IP : ");
int ofs;
ofs = strlen(tmp);
intToString((SERVER_ADDR >> 24) & 0xff, -1, tmp + ofs);
strcat(tmp, ".");
ofs = strlen(tmp);
intToString((SERVER_ADDR >> 16) & 0xff, -1, tmp + ofs);
strcat(tmp, ".");
ofs = strlen(tmp);
intToString((SERVER_ADDR >> 8) & 0xff, -1, tmp + ofs);
strcat(tmp, ".");
ofs = strlen(tmp);
intToString((SERVER_ADDR ) & 0xff, -1, tmp + ofs);
out_s(tmp);
}
void nf_exit(long exitval)
{
long id;
if(nf_ok && (id = nf_id("NF_EXIT"))) {
nf_call(id, exitval);
} else {
/* NF_EXIT is Hatari specific, NF_SHUTDOWN isn't */
Cconws("NF_EXIT unavailable, trying NF_SHUTDOWN...\r\n");
nf_shutdown();
}
}
void nf_shutdown(void)
{
long id;
if(nf_ok && (id = nf_id("NF_SHUTDOWN"))) {
void *sup = (void*)Super(0);
/* needs to be called in supervisor mode */
nf_call(id);
Super(sup);
} else {
Cconws("NF_SHUTDOWN unavailable!\r\n");
}
}
int main(void)
{
Clear_home();
initBuffer();
rBuf = readBuffer;
wBuf = writeBuffer;
(void) Cconws("STiNG test...\r\n");
BYTE found = Supexec (find_STiNG);
if(!found) {
sleep(3);
return 0;
}
getServerIp();
WORD whichTests = 0;
while(whichTests == 0) {
showMenu();
char req = Cnecin();
if(req >= 'A' && req <= 'Z') req += 32; // to upper case
if(req == 'q') break; // quit
switch(req) {
case 'a': // all tests
whichTests = 0xffff;
break;
case 's':
whichTests = 0x8000;
break;
case '0':
case '1':
case '2':
case '3':
whichTests = 1 << (req - '0');
}
}
if(whichTests & 1) doTest00();
if(whichTests & 2) doTest01();
if(whichTests & 4) doTest02();
if(whichTests & 8) doTest03();
if(whichTests & 0x8000) doSpeedTest();
if(whichTests != 0) writeBufferToFile();
deinitBuffer();
sleep(3);
return 0;
}
int
boot_kernel_p()
{
extern int gl_lang;
struct yn_message *msg;
int y;
msg = &boot_it[gl_lang];
Cconws(msg->message);
y = (int) Cconin();
if (tolower(y) == msg->yes_let)
return 1;
else
return 0;
}
/* show emulator name */
static void nf_showname(void)
{
long id;
if (nf_ok && (id = nf_id("NF_NAME"))) {
long chars;
char buffer[64];
id |= 0x0001; /* name + version */
chars = nf_call(id, buffer, (long)sizeof(buffer)-2);
buffer[chars++] = '\n';
buffer[chars++] = '\0';
nf_print(buffer);
} else {
Cconws("NF_NAME unavailable!\r\n");
}
}
int nf_init(void)
{
void *sup = (void*)Super(0);
nf_ok = detect_nf();
Super(sup);
if (nf_ok) {
/* initialize commonly used handles */
nfid_print = nf_id("NF_STDERR");
nfid_debugger = nf_id("NF_DEBUGGER");
nfid_fastforward = nf_id("NF_FASTFORWARD");
} else {
Cconws("Native Features initialization failed!\r\n");
}
return nf_ok;
}
/******************
* scan thru arg list, call check func for each arg
* default to *.fnt if no args
*/
int main( int argc, char *argv[] )
{
dtap = (struct _dta*)Fgetdta();
if( argc == 1 ) check_files( "*.fnt" );
else {
while( --argc>0 ) check_files(*++argv);
} /* if */
Cconws( "finished! press a key ..." );
while( Cconis() == 0 );
(void)Cconin();
return 0;
} /* main() */
void _crtinit(void)
{
register BASEPAGE *bp;
register long m;
register long freemem;
bp = _base;
/* m = # bytes used by environment + args */
m = parseargs(bp);
/* make m the total number of bytes required by program sans stack/heap */
m += (bp->p_tlen + bp->p_dlen + bp->p_blen + sizeof(BASEPAGE));
m = (m + 3L) & (~3L);
/* freemem the amount of free mem accounting for MINFREE at top */
if ((freemem = (long)bp->p_hitpa - (long)bp - MINFREE - m) <= 0L)
goto notenough;
/* make m the total number of bytes including stack */
m += _stksize;
/* make sure there's enough room for the stack */
if (((long)bp + m) > ((long)bp->p_hitpa - MINFREE))
goto notenough;
/* set up the new stack to bp + m */
_setstack((char *)bp + m);
/* shrink the TPA */
(void)Mshrink(0, bp, m);
Pterm(main());
__builtin_unreachable();
notenough:
(void) Cconws("Fatal error: insufficient memory\r\n"
"Hint: either decrease stack size using 'stack' command (not recomended)\r\n"
" or increase TPA_INITIALMEM value in mint.cnf.\r\n");
Pterm(-1);
__builtin_unreachable();
}
void showInt(int value, int length)
{
char tmp[10];
memset(tmp, 0, 10);
//--------------------------------------
// determine length?
if(length == -1) {
length = countIntDigits(value);
}
//--------------------------------------
// check if it will fit in the displayed lenght
int bigDiv = 1;
int i;
for(i=0; i<length; i++) { // create the big divider, which will determine if the number will fit in the length or not
bigDiv *= 10;
}
if((value / bigDiv) != 0) { // if this value won't fit in the specified length
value = 999999;
}
//--------------------------------------
// show the digits
for(i=0; i<length; i++) { // go through the int lenght and get the digits
int val, mod;
val = value / 10;
mod = value % 10;
tmp[length - 1 - i] = mod + 48; // store the current digit
value = val;
}
(void) Cconws(tmp); // write it out
}
BYTE searchInit(void)
{
commandShort[4] = FDD_CMD_SEARCH_INIT;
commandShort[5] = 0;
sectorCount = 1; // read 1 sector
BYTE res;
(void) Clear_home();
(void) Cconws("Initializing... Press ESC to stop.\n\r\n\r");
while(1) {
res = Supexec(ce_acsiReadCommand);
if(res == FDD_DN_LIST) {
(void) Cconws("Downloading list of floppy images...\n\r");
} else if(res == FDD_ERROR) {
(void) Cconws("Failed to initialize! Press any key.\n\r");
Cnecin();
return 0;
} else if(res == FDD_OK) {
(void) Cconws("Done.\n\r");
return 1;
} else {
(void) Cconws("CosmosEx device communication problem!\n\r");
}
WORD val = Cconis(); // see if there is some char waiting
if(val != 0) { // char waiting?
BYTE key = getKey();
if(key == KEY_ESC) {
(void) Cconws("Init terminated by user. Press any key.\n\r");
Cnecin();
return 0;
}
}
sleep(1);
}
}
void handleImagesDownload(void) // OBSOLETE
{
if(destDir.isSet == 0) { // destination dir not set?
selectDestinationDir();
if(destDir.isSet == 0) { // destination dir still not set?
(void) Clear_home();
(void) Cconws("You have to select destination dir!\r\nPress any key to continue.\n\r");
getKey();
return;
}
}
BYTE res;
(void) Clear_home();
(void) Cconws("Downloading selected images...\r\n");
while(1) {
commandShort[4] = FDD_CMD_SEARCH_DOWNLOAD;
commandShort[5] = 0;
sectorCount = 1; // read 1 sector
res = Supexec(ce_acsiReadCommand);
if(res == FDD_DN_WORKING) { // if downloading
(void) Cconws(pBfr); // write out status string
(void) Cconws("\n\r");
} else if(res == FDD_DN_NOTHING_MORE) { // if nothing more to download
(void) Cconws("All selected images downloaded.\r\nPress any key to continue.\n\r");
getKey();
break;
} else if(res == FDD_DN_DONE) { // if this image finished downloading
downloadImage(10); // store this downloaded image
(void) Cconws("\n\r\n\r");
}
sleep(1); // wait a second
}
}