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/*
* wwsr - Wireless Weather Station Reader
* 2007 dec 19, Michael Pendec (michael.pendec@gmail.com)
* Version 0.5
* 2008 jan 24 Svend Skafte (svend@skafte.net)
* 2008 sep 28 Adam Pribyl (covex@lowlevel.cz)
* Modifications for different firmware version(?)
*/
#include <stdio.h>
#include <string.h>
#include <stdlib.h>
#include <string.h>
#include <assert.h>
#include <signal.h>
#include <ctype.h>
#include <usb.h>
struct usb_dev_handle *devh;
int ret,mempos=0,showall=0,shownone=0,resetws=0,pdebug=0,postprocess=0;
int o1,o2,o3,o4,o5,o6,o7,o8,o9,o10,o11,o12,o13,o14,o15;
char buf[1000],*endptr;
char buf2[400];
void _close_readw() {
ret = usb_release_interface(devh, 0);
if (ret!=0) printf("could not release interface: %d\n", ret);
ret = usb_close(devh);
if (ret!=0) printf("Error closing interface: %d\n", ret);
}
struct usb_device *find_device(int vendor, int product) {
struct usb_bus *bus;
for (bus = usb_get_busses(); bus; bus = bus->next) {
struct usb_device *dev;
for (dev = bus->devices; dev; dev = dev->next) {
if (dev->descriptor.idVendor == vendor
&& dev->descriptor.idProduct == product)
return dev;
}
}
return NULL;
}
struct tempstat {
char ebuf[271];
unsigned short noffset;
char delay1;
char hindoor;
signed int tindoor;
unsigned char houtdoor;
signed int toutdoor;
unsigned char swind;
unsigned char swind2;
unsigned char tempf;
int pressure;
unsigned char temph;
unsigned char tempi;
signed int rain;
signed int rain2;
unsigned char rain1;
unsigned char oth1;
unsigned char oth2;
char nbuf[250];
char winddirection[100];
} buf4;
void print_bytes(char *bytes, int len) {
int i;
if (len > 0) {
for (i=0; i<len; i++) {
printf("%02x ", (int)((unsigned char)bytes[i]));
}
// printf("\"");
}
}
void _open_readw() {
struct usb_device *dev;
int vendor, product;
#if 0
usb_urb *isourb;
struct timeval isotv;
char isobuf[32768];
#endif
usb_init();
// usb_set_debug(0);
usb_find_busses();
usb_find_devices();
vendor = 0x1941;
product = 0x8021;
dev = find_device(vendor, product);
assert(dev);
devh = usb_open(dev);
assert(devh);
signal(SIGTERM, _close_readw);
ret = usb_get_driver_np(devh, 0, buf, sizeof(buf));
if (ret == 0) {
// printf("interface 0 already claimed by driver \"%s\", attempting to detach it\n", buf);
ret = usb_detach_kernel_driver_np(devh, 0);
// printf("usb_detach_kernel_driver_np returned %d\n", ret);
}
ret = usb_claim_interface(devh, 0);
if (ret != 0) {
printf("Could not open usb device, errorcode - %d\n", ret);
exit(1);
}
ret = usb_set_altinterface(devh, 0);
assert(ret >= 0);
}
void _init_wread() {
char tbuf[1000];
ret = usb_get_descriptor(devh, 1, 0, tbuf, 0x12);
// usleep(14*1000);
ret = usb_get_descriptor(devh, 2, 0, tbuf, 9);
// usleep(10*1000);
ret = usb_get_descriptor(devh, 2, 0, tbuf, 0x22);
// usleep(22*1000);
ret = usb_release_interface(devh, 0);
if (ret != 0) printf("failed to release interface before set_configuration: %d\n", ret);
ret = usb_set_configuration(devh, 1);
ret = usb_claim_interface(devh, 0);
if (ret != 0) printf("claim after set_configuration failed with error %d\n", ret);
ret = usb_set_altinterface(devh, 0);
// usleep(22*1000);
ret = usb_control_msg(devh, USB_TYPE_CLASS + USB_RECIP_INTERFACE, 0xa, 0, 0, tbuf, 0, 1000);
// usleep(4*1000);
ret = usb_get_descriptor(devh, 0x22, 0, tbuf, 0x74);
}
void _send_usb_msg( char msg1[1],char msg2[1],char msg3[1],char msg4[1],char msg5[1],char msg6[1],char msg7[1],char msg8[1] ) {
char tbuf[1000];
tbuf[0] = msg1[0];
tbuf[1] = msg2[0];
tbuf[2] = msg3[0];
tbuf[3] = msg4[0];
tbuf[4] = msg5[0];
tbuf[5] = msg6[0];
tbuf[6] = msg7[0];
tbuf[7] = msg8[0];
// print_bytes(tbuf, 8);
// printf(" - - - \n");
ret = usb_control_msg(devh, USB_TYPE_CLASS + USB_RECIP_INTERFACE, 9, 0x200, 0, tbuf, 8, 1000);
// usleep(28*1000);
}
void _read_usb_msg(char *buffer) {
char tbuf[1000];
usb_interrupt_read(devh, 0x81, tbuf, 0x20, 1000);
memcpy(buffer, tbuf, 0x20);
// usleep(82*1000);
}
void read_arguments(int argc, char **argv) {
int c,pinfo=0;
char *mempos1=0,*endptr;
shownone=0;
o1=0;
while ((c = getopt (argc, argv, "akwosiurthp:zyx")) != -1)
{
switch (c)
{
case 'a':
showall=1;
shownone=1;
break;
case 'i':
o1=1;
shownone=1;
break;
case 'u':
o2=1;
shownone=1;
break;
case 't':
o3=1;
shownone=1;
break;
case 'w':
o4=1;
shownone=1;
break;
case 'r':
o5=1;
shownone=1;
break;
case 'o':
o6=1;
shownone=1;
break;
case 's':
o7=1;
shownone=1;
break;
case 'j':
o9=1;
shownone=1;
break;
case 'p':
mempos1=optarg;
break;
case 'h':
pinfo=1;
break;
case 'x':
pdebug=1;
break;
case 'y':
postprocess=1;
shownone=1;
break;
case 'z':
resetws=1;
shownone=1;
break;
case '?':
if (isprint (optopt))
fprintf (stderr, "Unknown option `-%c'.\n", optopt);
else
fprintf (stderr,"Unknown option character `\\x%x'.\n",optopt);
default:
abort ();
}
}
if ( (pinfo!=0) | (shownone==0) ) {
printf("Wireless Weather Station Reader v0.1\n");
printf("(C) 2007 Michael Pendec\n\n");
printf("options\n");
printf(" -h help information\n");
printf(" -p Start at offset (can be used together with below parameters\n");
printf(" -x Show bytes retrieved from device\n");
printf(" -z Reset log buffer (will ask for confirmation.\n\n");
printf(" -a Show all stats (overrides below parameters)\n");
printf(" -s Show current history position\n");
printf(" -t Show temperature\n");
printf(" -j Show Pressure (hPa)\n");
printf(" -u Show humidity\n");
printf(" -r Show rain\n");
printf(" -w Show wind\n");
printf(" -o other \n\n");
exit(0);
}
if (mempos1!=0) {
mempos = strtol(mempos1, &endptr, 16);
} else {
printf("Reading last updated record from device\n");
}
}
int main(int argc, char **argv) {
int buftemp;
char ec='n';
struct tempstat buf5;
read_arguments(argc,argv);
_open_readw();
_init_wread();
if (resetws==1) {
printf(" Resetting WetterStation history\n");
printf("Sure you want to reset wetter station (y/N)?");
fflush(stdin);
scanf("%c",&ec);
if ( (ec=='y') || (ec=='Y') ) {
_send_usb_msg("\xa0","\x00","\x00","\x20","\xa0","\x00","\x00","\x20");
_send_usb_msg("\x55","\x55","\xaa","\xff","\xff","\xff","\xff","\xff");
usleep(28*1000);
_send_usb_msg("\xff","\xff","\xff","\xff","\xff","\xff","\xff","\xff");
usleep(28*1000);
_send_usb_msg("\x05","\x20","\x01","\x38","\x11","\x00","\x00","\x00");
usleep(28*1000);
_send_usb_msg("\x00","\x00","\xaa","\x00","\x00","\x00","\x20","\x3e");
usleep(28*1000);
} else {
printf(" Aborted reset of history buffer\n");
}
_close_readw();
return 0;
}
_send_usb_msg("\xa1","\x00","\x00","\x20","\xa1","\x00","\x00","\x20");
_read_usb_msg(buf2);
if ( ( pdebug==1) )
{
printf("000-031: ");
print_bytes(buf2, 32);
printf("\n");
}
_send_usb_msg("\xa1","\x00","\x20","\x20","\xa1","\x00","\x20","\x20");
_read_usb_msg(buf2+32);
if ( ( pdebug==1) )
{
printf("032-063: ");
print_bytes(buf2+32, 32);
printf("\n");
}
_send_usb_msg("\xa1","\x00","\x40","\x20","\xa1","\x00","\x40","\x20");
_read_usb_msg(buf2+64);
if ( ( pdebug==1) )
{
printf("064-095: ");
print_bytes(buf2+64, 32);
printf("\n");
}
_send_usb_msg("\xa1","\x00","\x60","\x20","\xa1","\x00","\x60","\x20");
_read_usb_msg(buf2+96);
if ( ( pdebug==1) )
{
printf("096-123: ");
print_bytes(buf2+96, 32);
printf("\n");
}
_send_usb_msg("\xa1","\x00","\x80","\x20","\xa1","\x00","\x80","\x20");
_read_usb_msg(buf2+128);
if ( ( pdebug==1) )
{
printf("124-159: ");
print_bytes(buf2+128, 32);
printf("\n");
}
_send_usb_msg("\xa1","\x00","\xa0","\x20","\xa1","\x00","\xa0","\x20");
_read_usb_msg(buf2+160);
if ( ( pdebug==1) )
{
printf("160-191: ");
print_bytes(buf2+160, 32);
printf("\n");
}
_send_usb_msg("\xa1","\x00","\xc0","\x20","\xa1","\x00","\xc0","\x20");
_read_usb_msg(buf2+192);
if ( ( pdebug==1) )
{
printf("192-223: ");
print_bytes(buf2+192, 32);
printf("\n");
}
_send_usb_msg("\xa1","\x00","\xe0","\x20","\xa1","\x00","\xe0","\x20");
_read_usb_msg(buf2+224);
if ( ( pdebug==1) )
{
printf("224-255: ");
print_bytes(buf2+224, 32);
printf("\n");
}
// buf4.noffset = (unsigned char) buf2[22] + ( 256 * buf2[23] );
buf4.noffset = (unsigned char) buf2[30] + ( 256 * buf2[31] );
if (mempos!=0) buf4.noffset = mempos;
buftemp = 0;
if (buf4.noffset!=0) buftemp = buf4.noffset - 0x10;
buf[1] = ( buftemp >>8 & 0xFF ) ;
buf[2] = buftemp & 0xFF;
buf[3] = ( buftemp >>8 & 0xFF ) ;
buf[4] = buftemp & 0xFF;
_send_usb_msg("\xa1",buf+1,buf+2,"\x20","\xa1",buf+3,buf+4,"\x20");
_read_usb_msg(buf2+224);
if ( ( pdebug==1) )
{
printf("224-255: ");
print_bytes(buf2+224, 32);
printf("\n");
}
ret = usb_control_msg(devh, USB_TYPE_CLASS + USB_RECIP_INTERFACE, 0x0000009, 0x0000200, 0x0000000, buf, 0x0000008, 1000);
// usleep(8*1000);
ret = usb_interrupt_read(devh, 0x00000081, buf, 0x0000020, 1000);
memcpy(buf2+256, buf, 0x0000020);
if ( ( pdebug==1) )
{
printf("256-287: ");
print_bytes(buf2+256, 32);
printf("\n");
}
buf4.delay1 = buf2[224];
buf4.tempi=buf2[236];
if (buf4.tempi==0) strcpy(buf4.winddirection,"N");
if (buf4.tempi==1) strcpy(buf4.winddirection,"NNE");
if (buf4.tempi==2) strcpy(buf4.winddirection,"NE");
if (buf4.tempi==3) strcpy(buf4.winddirection,"ENE");
if (buf4.tempi==4) strcpy(buf4.winddirection,"E");
if (buf4.tempi==5) strcpy(buf4.winddirection,"ESE");
if (buf4.tempi==6) strcpy(buf4.winddirection,"SE");
if (buf4.tempi==7) strcpy(buf4.winddirection,"SSE");
if (buf4.tempi==8) strcpy(buf4.winddirection,"S");
if (buf4.tempi==9) strcpy(buf4.winddirection,"SSW");
if (buf4.tempi==10) strcpy(buf4.winddirection,"SW");
if (buf4.tempi==11) strcpy(buf4.winddirection,"WSW");
if (buf4.tempi==12) strcpy(buf4.winddirection,"W");
if (buf4.tempi==13) strcpy(buf4.winddirection,"WNW");
if (buf4.tempi==14) strcpy(buf4.winddirection,"NW");
if (buf4.tempi==15) strcpy(buf4.winddirection,"NNW");
buf4.hindoor = buf2[225];
buf4.tindoor =( (unsigned char) buf2[226] + (unsigned char) buf2[227] *256);
buf4.houtdoor = buf2[228];
buf4.toutdoor =( (unsigned char) buf2[229] + (unsigned char) buf2[230] *256);
buf4.pressure = (unsigned char) buf2[231] + ( 256*buf2[232]);
buf4.swind = buf2[233];
buf4.swind2 = buf2[234];
buf4.oth1 = buf2[235];
buf4.rain2 = (unsigned char) buf2[237];
buf4.rain =( (unsigned char) buf2[238] + (unsigned char) buf2[239] *256);
buf4.rain1 = buf2[238];
buf4.oth2 = buf2[239];
//------------------
buf5.delay1 = buf2[240];
buf5.tempi=buf2[252];
if (buf5.tempi==0) strcpy(buf5.winddirection,"N");
if (buf5.tempi==1) strcpy(buf5.winddirection,"NNE");
if (buf5.tempi==2) strcpy(buf5.winddirection,"NE");
if (buf5.tempi==3) strcpy(buf5.winddirection,"ENE");
if (buf5.tempi==4) strcpy(buf5.winddirection,"E");
if (buf5.tempi==5) strcpy(buf5.winddirection,"ESE");
if (buf5.tempi==6) strcpy(buf5.winddirection,"SE");
if (buf5.tempi==7) strcpy(buf5.winddirection,"SSE");
if (buf5.tempi==8) strcpy(buf5.winddirection,"S");
if (buf5.tempi==9) strcpy(buf5.winddirection,"SSW");
if (buf5.tempi==10) strcpy(buf5.winddirection,"SW");
if (buf5.tempi==11) strcpy(buf5.winddirection,"WSW");
if (buf5.tempi==12) strcpy(buf5.winddirection,"W");
if (buf5.tempi==13) strcpy(buf5.winddirection,"WNW");
if (buf5.tempi==14) strcpy(buf5.winddirection,"NW");
if (buf5.tempi==15) strcpy(buf5.winddirection,"NNW");
buf5.hindoor = buf2[241];
buf5.tindoor =( (unsigned char) buf2[242] + (unsigned char) buf2[243] *256);
buf5.tindoor &= 32767;
//buf5.tindoor = (unsigned char) buf2[242];
buf5.houtdoor = buf2[244];
buf5.toutdoor =( (unsigned char) buf2[245] + (unsigned char) buf2[246] *256);
buf5.toutdoor &= 32767;
//buf5.toutdoor = (unsigned char) buf2[245];
buf5.pressure = (unsigned char) buf2[247] + ( 256*buf2[248]);
buf5.swind = buf2[249];
buf5.swind2 = buf2[250];
buf5.oth1 = buf2[251];
buf5.rain2 = (unsigned char) buf2[253];
buf5.rain =( (unsigned char) buf2[254] + (unsigned char) buf2[255] *256);
buf5.rain1 = buf2[254];
buf5.oth2 = buf2[255];
//------------------
/*
buf4.delay1 = buf2[272];
buf4.tempi=buf2[284];
if (buf4.tempi==0) strcpy(buf4.winddirection,"N");
if (buf4.tempi==1) strcpy(buf4.winddirection,"NNE");
if (buf4.tempi==2) strcpy(buf4.winddirection,"NE");
if (buf4.tempi==3) strcpy(buf4.winddirection,"ENE");
if (buf4.tempi==4) strcpy(buf4.winddirection,"E");
if (buf4.tempi==5) strcpy(buf4.winddirection,"SEE");
if (buf4.tempi==6) strcpy(buf4.winddirection,"SE");
if (buf4.tempi==7) strcpy(buf4.winddirection,"SSE");
if (buf4.tempi==8) strcpy(buf4.winddirection,"S");
if (buf4.tempi==9) strcpy(buf4.winddirection,"SSW");
if (buf4.tempi==10) strcpy(buf4.winddirection,"SW");
if (buf4.tempi==11) strcpy(buf4.winddirection,"SWW");
if (buf4.tempi==12) strcpy(buf4.winddirection,"W");
if (buf4.tempi==13) strcpy(buf4.winddirection,"NWW");
if (buf4.tempi==14) strcpy(buf4.winddirection,"NW");
if (buf4.tempi==15) strcpy(buf4.winddirection,"NNW");
buf4.hindoor = buf2[273];
buf4.tindoor =( (unsigned char) buf2[274] + (unsigned char) buf2[275] *256);
buf4.houtdoor = buf2[276];
buf4.toutdoor =( (unsigned char) buf2[277] + (unsigned char) buf2[278] *256);
buf4.pressure = (unsigned char) buf2[279] + ( 256*buf2[280]);
buf4.swind = buf2[281];
buf4.swind2 = buf2[282];
buf4.oth1 = buf2[283];
buf4.rain2 = (unsigned char) buf2[285];
buf4.rain =( (unsigned char) buf2[286] + (unsigned char) buf2[287] *256);
buf4.rain1 = buf2[286];
buf4.oth2 = buf2[287];
*/
printf("Last saved values:\n");
unsigned int remain;
if ( (showall==1) | ( o1==1) ) printf("224:\t\tinterval:\t\t%5d\n", buf4.delay1);
if ( (showall==1) | ( o2==1) ) printf("225:\t\tindoor humidity\t\t%5d\n", buf4.hindoor);
if ( (showall==1) | ( o2==1) ) printf("228:\t\toutdoor humidity\t%5d\n", buf4.houtdoor);
remain = buf4.tindoor%10;
if ((signed) remain<0) remain = remain * -1;
if ( (showall==1) | ( o3==1) ) printf("226 227:\tindoor temperature\t%5d.%d\n", buf4.tindoor / 10 ,remain);
remain = buf4.toutdoor%10;
if ((signed) remain<0) remain = remain * -1;
if ( (showall==1) | ( o3==1) ) printf("229 230:\toutdoor temperature\t%5d.%d\n", buf4.toutdoor / 10 ,remain);
remain = buf4.swind%10;
if ( (showall==1) | ( o4==1) ) printf("233:\t\twind speed\t\t%5d.%d\n", buf4.swind / 10 , remain);
remain = buf4.swind2%10;
if ( (showall==1) | ( o4==1) ) printf("234:\t\twind gust\t\t%5d.%d\n", buf4.swind2 / 10 , remain);
if ( (showall==1) | ( o4==1) ) printf("236:\t\twind direction\t\t%5s\n", buf4.winddirection);
remain = buf4.rain%10;
if ( (showall==1) | ( o5==1) ) printf("238 239:\train?\t\t\t%5d.%d\n", buf4.rain / 10 , remain);
remain = (buf4.rain2)%10;
if ( (showall==1) | ( o5==1) ) printf("237:\t\train - ??\t\t%5d.%d\n", buf4.rain2 / 10 , remain);
if ( (showall==1) | ( o5==1) ) printf("248:\t\train1\t\t\t%5d\n", buf4.rain1);
if ( (showall==1) | ( o5==1) ) printf("\t\train2\t\t\t%5d\n", buf4.rain2);
if ( (showall==1) | ( o6==1) ) printf("235:\t\tother 1\t\t\t%5d\n", buf4.oth1);
if ( (showall==1) | ( o6==1) ) printf("239:\t\tother 2\t\t\t%5d\n", buf4.oth2);
remain = buf4.pressure%10;
if ( (showall==1) | ( o9==1) ) printf("231 232:\tpressure(hPa)\t\t%5d.%d\n", buf4.pressure / 10 , remain);
if ( (showall==1) | ( o7==1) ) printf("\t\tCurrent history pos:\t%5x\n", buf4.noffset);
printf("\n");
//------------------
printf("Current values:\n");
if ( (showall==1) | ( o1==1) ) printf("240:\t\tSince last save:\t%5dmin\n", buf5.delay1);
if ( (showall==1) | ( o2==1) ) printf("241:\t\tindoor humidity\t\t%5d\n", buf5.hindoor);
if ( (showall==1) | ( o2==1) ) printf("244:\t\toutdoor humidity\t%5d\n", buf5.houtdoor);
remain = buf5.tindoor%10;
if ((signed) remain<0) remain = remain * -1;
if ( (showall==1) | ( o3==1) ) printf("242 243:\tindoor temperature\t%5d.%d\n", buf5.tindoor / 10 ,remain);
remain = buf5.toutdoor%10;
if ((signed) remain<0) remain = remain * -1;
if ( (showall==1) | ( o3==1) ) printf("245 246:\toutdoor temperature\t%5d.%d\n", buf5.toutdoor / 10 ,remain);
remain = buf5.swind%10;
if ( (showall==1) | ( o4==1) ) printf("249:\t\twind speed\t\t%5d.%d\n", buf5.swind / 10 , remain);
remain = buf5.swind2%10;
if ( (showall==1) | ( o4==1) ) printf("250:\t\twind gust\t\t%5d.%d\n", buf5.swind2 / 10 , remain);
if ( (showall==1) | ( o4==1) ) printf("252:\t\twind direction\t\t%5s\n", buf5.winddirection);
remain = buf5.rain%10;
if ( (showall==1) | ( o5==1) ) printf("254 255:\train? this is always zero %5d.%d\n", buf5.rain / 10 , remain);
remain = (buf5.rain2)%10;
if ( (showall==1) | ( o5==1) ) printf("253:\t\train - 24h?\t\t%5d.%d\n", buf5.rain2 / 10 , remain);
if ( (showall==1) | ( o5==1) ) printf("254:\t\train1\t\t\t%5d\n", buf5.rain1);
if ( (showall==1) | ( o5==1) ) printf("\t\train2\t\t\t%5d\n", buf5.rain2);
if ( (showall==1) | ( o6==1) ) printf("251:\t\tother 1\t\t\t%5d\n", buf5.oth1);
if ( (showall==1) | ( o6==1) ) printf("255:\t\tother 2\t\t\t%5d\n", buf5.oth2);
remain = buf5.pressure%10;
if ( (showall==1) | ( o9==1) ) printf("247 248:\tpressure(hPa)\t\t%5d.%d\n", buf5.pressure / 10 , remain);
if ( (showall==1) | ( o7==1) ) printf("\t\tCurrent history pos:\t%5x\n", buf5.noffset);
printf("\n");
if (postprocess==1) {
printf ("For postprocessing\n");
printf ("Interval\t%d min\n", buf5.delay1);
printf ("Humidity indoor\t%d %%\n", buf5.hindoor);
printf ("Humidity outdoor\t%d %%\n", buf5.houtdoor);
if ((buf2[243] & 128) > 0) {
printf ("Temperature indoor\t-%d.%d C\n", buf5.tindoor / 10, abs(buf5.tindoor % 10));
} else {
printf ("Temperature indoor\t%d.%d C\n", buf5.tindoor / 10, abs(buf5.tindoor % 10));
};
if ((buf2[246] & 128) > 0) {
printf ("Temperature outdoor\t-%d.%d C\n", buf5.toutdoor / 10, abs(buf5.toutdoor % 10));
} else {
printf ("Temperature outdoor\t%d.%d C\n", buf5.toutdoor / 10, abs(buf5.toutdoor % 10));
};
printf ("Wind speed\t%d.%d m/s\n", buf5.swind / 10, abs(buf5.swind %10));
printf ("Wind gust\t%d.%d m/s\n", buf5.swind2 / 10, abs(buf5.swind %10));
printf ("Wind direction\t%d %s\n", buf2[252], buf5.winddirection);
if (buf5.delay1 != 0) {
printf ("Rain 1h\t%.1f mm/h\n", (double)((buf5.rain2 - buf4.rain2) + (buf5.rain1 - buf4.rain1)*256)*0.3*(60/buf5.delay1) );
} else {
printf ("Rain 1h\t%.1f mm/h\n", 0.0);
}
printf ("Rain total\t%.1f mm\n", (double)(buf5.rain2 + buf5.rain1*256) * 0.3);
printf ("Pressure air\t%d.%d hPa\n", buf5.pressure / 10, buf5.pressure % 10);
printf ("\n");
}
//------------------
_close_readw();
return 0;
}
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