void main(){
WDT_DISABLE;
// ucs_DCOFreq_set(1100000);
uart_init(UART1, 1100000, 9600);
uart_XLED_enable(UART1);
i2c_XLED_enable(I2C0);
i2c_slave_addr_setter(I2C0, 0x51); //PCF8563 RTC HW addr
i2c_init(I2C0, 1100000, 400000, 1); //@400kHz
qprintf(UART1, "Inited!\n");
while (1){
/* 1. get data by read register from i2c device with no delay */
char sec = i2c_reg8_read8(I2C0, 0x02);
qputc(UART1, sec & 0x7f); // MSb = VL> see PCF8563 datasheet
qputc(UART1,'\n');
/* 2. read multiple data with uncertain length */
char x[10] = {0x20, 0x21, 0x22, 0x23,
0x24, 0x25, 0x26, 0x27, 0x28, 0x00};
x[0] = 0x02;
i2c_write( I2C0, x, 1); // write 1 byte starting from x[0]
char *s = i2c_read(I2C0, x, 2); // read 2 byte with LSB = x[0]
qputs(UART1, s); // normally s = &x[1]
__delay_cycles(100000);
}
}
int main(void)
{
WDT_DISABLE;
BC1MSET;
USCIAB0RX_ISR_callbacks = rx_callbacks;
uart_init(UART0, 1000000, 9600);
uart_XLED_enable(UART0);
uart_interrupt_enable(UART0);
P1DIR &= ~BUTTON;
P1REN |= BUTTON;
P1OUT |= BUTTON;
qputs(UART0, "Inited.\n");
json_handle a;
while (1){
p = text;
wait = 1;
_BIS_SR(CPUOFF + GIE);
wait = 0;
*p = '\0';
if (P1IN & BUTTON) {// Key not pressed
a = objTest();
}
else {
pos = 0;
a = json_createObjectObj("root", json_createStringObj("response","cleared"), NULL);
}
json_dump(text, a);
json_free_rude(a);
// int i;
// qputh(_uart1, 0xff & (pos >> 8));
// qputh(_uart1, 0xff & (pos));
// qputc(_uart1,'\n');
// for (i=0;i<PERIOD_LENGTH/2;i++){
//
// //qputs(_uart1, " 0x");
// qputh(_uart1, 0xff & (data[pos+i] >> 8));
// qputh(_uart1, 0xff & data[pos+i]);
// }
// qputs(_uart1, "\n============\n");
// base64enc(text, &data[pos], PERIOD_LENGTH);
qputs(UART0, text);
qputc(UART0, '\n');
//__delay_cycles(800000);
}
}
// process a single INI file
static int IniFProc(LPTSTR fname, INIFILE *InitData, unsigned int fIgnoreSection)
{
LPTSTR arg;
unsigned int line_num, SecFound = 0, CurrentSec = 0;
int fh, nReturn = 0;
TCHAR szBuffer[2048];
LPTSTR errmsg;
if ( ++nNestLevel > MAX_INI_NEST ) {
ini_error( E_NEST, InitData, fname, 1, NULLSTR );
nReturn = -1;
goto IFProcExit;
}
// force ignore of sections that aren't ours
fIgnoreSection |= 0x100;
// open the INI file
if ((fh = _sopen(fname, (O_RDONLY | O_BINARY), SH_DENYWR)) < 0) {
nReturn = -1;
goto IFProcExit;
}
// loop to process each line
for ( line_num = 1; ( getline( fh, szBuffer, 2047, 0 ) > 0 ); line_num++ ) {
// skip line if empty or all comment
arg = skipspace( szBuffer );
if ((*arg == _TEXT('\0')) || (*arg == _TEXT(';')))
continue;
// query if it was requested
if ( InitData->INIQuery != 0 ) {
WriteTTY(szBuffer);
WriteTTY(INI_QUERY);
query_prompt:
switch (GetKeystroke(EDIT_BIOS_KEY | EDIT_ECHO | EDIT_ECHO_CRLF | EDIT_UC_SHIFT)) {
case YES_CHAR:
break;
case NO_CHAR:
continue;
case INI_QUIT_CHAR:
goto ini_done;
case REST_CHAR:
InitData->INIQuery = 0;
break;
case INI_EDIT_CHAR:
egets( szBuffer, 2047, EDIT_BIOS_KEY | EDIT_ECHO );
break;
default:
qputc( STDOUT, BS );
honk();
goto query_prompt;
}
}
// process the line, holler if any error
if ((nReturn = IniLine(szBuffer, InitData, (fIgnoreSection & CurrentSec), 0, &errmsg)) > 0)
ini_error( errmsg, InitData, fname, line_num , szBuffer );
// if no error, see if we have an included file to process
else if (nReturn == -1) {
// call ourselves recursively to process the included file
if ( is_file( szBuffer ))
(void)IniFProc( szBuffer, InitData, fIgnoreSection);
else
ini_error( E_INCL, InitData, fname, line_num, szBuffer );
// if no error, see if we found a section name
} else if (nReturn < 0) {
CurrentSec = -nReturn;
// save section bit if section is one of ours
if (CurrentSec & 0xFF)
SecFound |= CurrentSec;
}
}
ini_done:
InitData->SecFlag = SecFound; // save sections found
_close(fh);
nReturn = 0;
IFProcExit:
--nNestLevel;
return nReturn;
}
// print the file on the default printer
void ListPrintFile( void )
{
register int i, n;
int c, nRows, nBytesPrinted, nFH;
long lTemp;
POPWINDOWPTR wn;
TCHAR szBuffer[MAXLISTLINE+1];
int fKBHit;
// disable ^C / ^BREAK handling
HoldSignals();
wn = wOpen( 2, 1, 4, strlen( LIST_PRINTING ) + 8, nInverse, LIST_PRINT_TITLE, NULL );
wn->nAttrib = nNormal;
wClear();
sprintf( szBuffer, LIST_QUERY_PRINT, LIST_PRINT_FILE_CHAR, LIST_PRINT_PAGE_CHAR );
wWriteListStr( 0, 1, wn, szBuffer );
if ((( c = GetKeystroke( EDIT_ECHO | EDIT_UC_SHIFT | EDIT_BIOS_KEY )) == LIST_PRINT_FILE_CHAR ) || ( c == LIST_PRINT_PAGE_CHAR )) {
// save start position
lTemp = LFile.lViewPtr;
// display "Printing ..."
wWriteListStr( 0, 1, wn, LIST_PRINTING );
if (( nFH = _sopen((( gpIniptr->Printer != INI_EMPTYSTR ) ? gpIniptr->StrData + gpIniptr->Printer : _TEXT("LPT1") ), (_O_BINARY | _O_WRONLY | _O_CREAT), _SH_DENYNO, _S_IWRITE | _S_IREAD )) >= 0 ) {
if ( setjmp( cv.env ) == -1 ) {
_close( nFH );
return;
}
// reset to beginning of file
if ( c == LIST_PRINT_FILE_CHAR )
ListSetCurrent( 0L );
else {
nRows = GetScrRows();
ListSetCurrent( LFile.lViewPtr );
}
// print the header (filename, date & time)
qprintf( nFH, _TEXT("%s %s %s\r\n\r\n"), LFile.szName, gdate( 0 ), gtime( gaCountryInfo.fsTimeFmt ) );
do {
// abort printing if a key is hit
// kbhit() in DOS tries to read from STDIN, which screws
// up a LIST /S pipe
_asm {
mov ah, 1
int 16h
mov fKBHit, 1
jnz KBHDone
mov fKBHit, 0
KBHDone:
}
if ( fKBHit && ( GetKeystroke( EDIT_NO_ECHO | EDIT_BIOS_KEY ) == ESC ))
break;
i = FormatLine( szBuffer, MAXLISTLINE, LFile.lViewPtr, &nBytesPrinted, TRUE );
LFile.lViewPtr += 16;
// replace 0-31 with "."
if ( lListFlags & LIST_HEX ) {
for ( n = 0; ( n < i ); n++ ) {
if ( szBuffer[n] < 32 )
szBuffer[n] = _TEXT('.');
}
}
if (( c == LIST_PRINT_PAGE_CHAR ) && ( nRows-- <= 0 ))
break;
} while (( nBytesPrinted > 0 ) && ( qprintf( nFH, _TEXT("%.*s\r\n"), i, szBuffer ) > 0 ));
// print a formfeed
qputc( nFH, _TEXT('\014') );
_close( nFH );
// restore start position
LFile.lViewPtr = lTemp;
ListSetCurrent( LFile.lViewPtr );
} else
honk();
}
wRemove( wn );
// enable ^C / ^BREAK handling
EnableSignals();
}
