Ejemplo n.º 1
0
int CNIF_Network_Discover(int installer)
{
	CNNLHANDLE    hmdl           = NULL;
	unsigned long latest_version = CNNL_LIB_LATEST_VERSION;
	unsigned long param_size     = sizeof(unsigned long);
	CNNLNICINFO   *nic;
	char          model[STRING_SHORT];
	char          model2[STRING_SHORT];
	char          ipaddr[STRING_SHORT];
	int           i=0, j=0, max = MAX_COUNT_OF_PRINTERS, found=0;
	
	if (CNNL_Init(&hmdl) != CNNL_RET_SUCCESS) goto error;
	
	if (CNNL_Config(hmdl, CNNL_CONFIG_SET_VERSION, &latest_version, &param_size) != CNNL_RET_SUCCESS){
		goto error;
	}
	
	// find printers
	nic = (CNNLNICINFO *)malloc(sizeof(CNNLNICINFO)*max);
	memset(nic, 0x00, sizeof(CNNLNICINFO)*max);

	if (CNNL_SearchPrintersEx(hmdl, nic, CACHE_PATH, max, &found, CNNET_SEARCH_BROADCAST, 1, (installer==1)? 5000:3000) == CNNL_RET_SUCCESS){
		
		for (j=0; j<found; j++){
			
			memset(model, 0x00, sizeof(model));
			memset(model2, 0x00, sizeof(model2));
			
			memset(ipaddr, 0x00, STRING_SHORT);
			snprintf(ipaddr, STRING_SHORT-1, "%d.%d.%d.%d", 
					nic[j].ipaddr[0],nic[j].ipaddr[1],nic[j].ipaddr[2],nic[j].ipaddr[3]);
			
			if (CNNL_OpenEx(hmdl, ipaddr, CNNET_TYPE_PRINTER, 1, 3000) == CNNL_RET_SUCCESS){
				if (CNNL_GetModelName(hmdl, model, STRING_SHORT-1, 1, 3000) == CNNL_RET_SUCCESS){
					
					for (i=0; model[i]!='\0'; i++){
						if (model[i] == ' '){
							model2[i]='-';
						} else {
							model2[i]=model[i];
						}
					}
					
					if (installer != 1){
						/* cups list device mode */
						printf("network cnijbe2://Canon/?port=net&serial=%02X-%02X-%02X-%02X-%02X-%02X \"%s\" \"%s_%02X-%02X-%02X-%02X-%02X-%02X\"\n", 
							nic[j].macaddr[0],nic[j].macaddr[1],nic[j].macaddr[2],
							nic[j].macaddr[3],nic[j].macaddr[4],nic[j].macaddr[5],
							model,
							model2,
							nic[j].macaddr[0],nic[j].macaddr[1],nic[j].macaddr[2],
							nic[j].macaddr[3],nic[j].macaddr[4],nic[j].macaddr[5]);
					} else {
						/* installer mode */
						printf("network cnijbe2://Canon/?port=net&serial=%02X-%02X-%02X-%02X-%02X-%02X \"%s\" \"IP:%s\"\n", 
							nic[j].macaddr[0],nic[j].macaddr[1],nic[j].macaddr[2],
							nic[j].macaddr[3],nic[j].macaddr[4],nic[j].macaddr[5],
							model, ipaddr);
					}
				}
				CNNL_Close(hmdl);
			}
		}
	} else {
		free(nic);
		goto error;
	}
	
	free(nic);
	CNNL_Terminate(&hmdl);
	return CN_LGMON_OK;
	
error:
	if (hmdl!= NULL) CNNL_Terminate(&hmdl);

	return CN_LGMON_OK;
}
Ejemplo n.º 2
0
int CNIF_Network_Open(const char *_deviceID, CNIF_INFO *_if_info)
{
	unsigned long latest_version = CNNL_LIB_LATEST_VERSION;
	unsigned long regacy_version = 100;
	unsigned long param_size     = sizeof(unsigned long);
	char ipaddr[STRING_SHORT];
	
	fprintf(stderr, "DEBUG: CNIF_Network_Open DeviceID=%s\n", _deviceID);
	
	/* Init */
	if (CNNL_Init(&hnd) != CNNL_RET_SUCCESS){
		goto error_init;
	}
	if (CNNL_Config(hnd, CNNL_CONFIG_SET_VERSION, &latest_version, &param_size) != CNNL_RET_SUCCESS){
		goto error_open;
	}
		
	/* ---------------------------------------------------------------------
	    detect specified printers
	*/
	{
		int found=0;
		memset(ipaddr, 0x00, STRING_SHORT);
		if (CNNL_GetIPAddressEx(hnd, CACHE_PATH, _deviceID, ipaddr, STRING_SHORT, CNNET_SEARCH_AUTO, 1, 5000) == CNNL_RET_SUCCESS){
			found=1;
		}
		
		/* not found */
		if (found == 0) goto error_open;
		
		/* cancelled */
		if (isCanceled) goto error_open;
	}
	
	/* ---------------------------------------------------------------------
	    open printer 
	*/

	if (CNNL_OpenEx(hnd, ipaddr, CNNET_TYPE_PRINTER, 10, 60000) != CNNL_RET_SUCCESS){
		goto error_open;
	}
	
	// check wether the printer exists or not
	if (CNNL_CheckVersion(hnd, 10, 60000) != CNNL_RET_SUCCESS){
		goto error_close;
	}
	
	// check command type
	int command = CNNL_COMMAND_SUPPORT;
	if (CNNL_GetCommandType(hnd, &command, 10, 60000) != CNNL_RET_SUCCESS){
		goto error_close;
	}
	_if_info->isIVEC = (command == CNNL_COMMAND_SUPPORT)? 1 : 0;
		
	// switch functions
	if (command == CNNL_COMMAND_SUPPORT){
		// support ivec commands
	} else {
		param_size = sizeof(unsigned long);
		if (CNNL_Config(hnd, CNNL_CONFIG_SET_VERSION, &regacy_version, &param_size) != CNNL_RET_SUCCESS){
			goto error_close;
		}
	}
	return CN_LGMON_OK;
	
error_close:
	CNNL_Close(hnd);
	
error_open:
	CNNL_Terminate(&hnd);
		
error_init:
	return CN_LGMON_ERROR;
}
Ejemplo n.º 3
0
/*******************************************************************************
	_ij_network_print
********************************************************************************/
static int _ij_network_print(
	const char  *macaddr,
	const char  *user,
	const char  *job,
	const char  *model_number,
	const int    is_direct,
	FILE *fp
){
	int  errcode = 0;

	char ipaddr[STRING_SHORT];
	char hostname[HOST_NAME_MAX+1];
	char library_path[512];

	char *rbuffer    = NULL;
	char *p          = NULL;
	void *lib_handle = NULL;

	uint32_t len     = 0;
	int  working     = 0;
	int  count       = 0;
	int  tmp_ret     = CNNL_RET_SUCCESS;

	// clear buffer
	setbuf(stdout, NULL);
	setbuf(stderr, NULL);
	memset(ipaddr, 0x00, STRING_SHORT);
	memset(hostname, 0x00, HOST_NAME_MAX+1);

	// allocate memory
	if ((rbuffer=(char*)malloc(sizeof(char)*READ_BUFFER_SIZE)) == NULL){
		goto error_init;
	}

	// get hostname
	if (gethostname(hostname, HOST_NAME_MAX) != 0){
		errcode = 1;
		fprintf(stderr, "ERROR: cannot get hostname\n");
		goto error_init;
	}
	hostname[(HOST_NAME_MAX > 31)? 31:HOST_NAME_MAX] = 0;
	mode = CNNL_JOB_PREPARING;

init_printing:
	/* write to printer */
	{
		unsigned long latest_version = CNNL_LIB_LATEST_VERSION;
		unsigned long regacy_version = 100;
		unsigned long param_size     = sizeof(unsigned long);

		/* Init */
		if (CNNL_Init(&hnd) != CNNL_RET_SUCCESS){
			errcode = 1;
			fprintf(stderr, "ERROR: error occurred while preparing(%d)\n", __LINE__);
			goto error_init;
		}
		if (CNNL_Config(hnd, CNNL_CONFIG_SET_VERSION, &latest_version, &param_size) != CNNL_RET_SUCCESS){
			goto error_open;
		}

		/* ---------------------------------------------------------------------
		    find printers
		*/
		{
			int i, j, found=0;

			fprintf(stderr, "INFO: \n");
			for (i=0; !(mode & CNNL_JOB_CANCELLED); i++){

				memset(ipaddr, 0x00, STRING_SHORT);
				if (CNNL_GetIPAddressEx(hnd, CACHE_PATH, macaddr, ipaddr, STRING_SHORT, CNNET_SEARCH_AUTO, 1, 5000) == CNNL_RET_SUCCESS){
					found=1;
					break;
				}

				fprintf(stderr, "INFO: printer not responding; will retry in %d seconds...\n", WAITTIME_FIND_PRINTERS);
				for (j=0; j<WAITTIME_FIND_PRINTERS; j++, sleep(1)){
					// cancelled
					if ((mode & CNNL_JOB_CANCELLED)) goto error_init;
				}
				fprintf(stderr, "INFO: \n");
			}

			/* not found */
			if (found == 0){
				errcode = 1;
				fprintf(stderr, "ERROR: printer not found; job failed\n");
				goto error_init;
			}

			/* cancelled */
			if ((mode & CNNL_JOB_CANCELLED)) goto error_init;
		}
		fprintf(stderr, "INFO: \n");

		/* ---------------------------------------------------------------------
		    open printer
		*/

		if (CNNL_OpenEx(hnd, ipaddr, CNNET_TYPE_PRINTER, 10, 60000) != CNNL_RET_SUCCESS){
			errcode = 1;
			fprintf(stderr, "ERROR: error occurred while preparing(%d)\n", __LINE__);
			goto error_open;
		}

		// check wether the printer exists or not
		if (CNNL_CheckVersion(hnd, 10, 60000) != CNNL_RET_SUCCESS){
			errcode = 1;
			fprintf(stderr, "ERROR: error occurred while preparing(%d)\n", __LINE__);
			goto error_close;
		}

		// check command type
		if (CNNL_GetCommandType(hnd, &command, 10, 60000) != CNNL_RET_SUCCESS){
			errcode = 1;
			fprintf(stderr, "ERROR: error occurred while preparing(%d)\n", __LINE__);
			goto error_close;
		}

		// switch functions
		if (command == CNNL_COMMAND_IVEC){
			// support ivec commands
			start_print  = CheckStartPrint;
			end_print    = CheckEndPrint;
			check_print  = CheckExecutePrint;

			memset(library_path, 0x00, sizeof(library_path));
			snprintf(library_path, sizeof(library_path)-1, CNCL_LIB_PATH, model_number);

			// load functions
			lib_handle = dlopen(library_path, RTLD_LAZY);
			if (lib_handle == NULL){
				fprintf(stderr, "ERROR: cannot load library(%d)\n", __LINE__);
				errcode = 1;
				goto error_close;
			}

			makePrintCommand  = dlsym(lib_handle, "CNCL_MakePrintCommand");
			if (dlerror() != NULL){
				fprintf(stderr, "ERROR: cannot load function(%d)\n", __LINE__);
				errcode = 1;
				goto error_close;
			}

			checkPrintCommand = dlsym(lib_handle, "CNCL_CheckPrintCommand");
			if (dlerror() != NULL){
				fprintf(stderr, "ERROR: cannot load function(%d)\n", __LINE__);
				errcode = 1;
				goto error_close;
			}

			getStatusCommand  = dlsym(lib_handle, "CNCL_GetStatusCommand");
			if (dlerror() != NULL){
				fprintf(stderr, "ERROR: cannot load function(%d)\n", __LINE__);
				errcode = 1;
				goto error_close;
			}
		} else {
			param_size = sizeof(unsigned long);
			if (CNNL_Config(hnd, CNNL_CONFIG_SET_VERSION, &regacy_version, &param_size) != CNNL_RET_SUCCESS){
				goto error_close;
			}

			// not support ivec commands
			start_print  = CNNL_StartPrint;
			end_print    = CNNL_EndPrint;
			check_print  = CNNL_CheckPrint;
		}
		packet_size = get_packet_size(hnd, atoi(model_number));

		/* ---------------------------------------------------------------------
		    start session
		*/
		mode = CNNL_JOB_WAITING;
		{
			int j=0, ret;

			if (!(mode & CNNL_JOB_CANCELLED)){ // if job is not cancelled
				while (!(mode & CNNL_JOB_CANCELLED)){
					// request to start session
					if ((ret=CNNL_SessionStart(hnd, user, hostname, job, 3, 9000)) == CNNL_RET_SUCCESS){
						// succeed to start session
						mode=CNNL_JOB_PRINTING;
						break;
					}

					// failed to start session
					if (ret == CNNL_RET_BUSY){
						for (j=0; j<WAITTIME_START_SESSION; j++, sleep(1)){
							// cancelled
							CheckParentProcess(hnd);
							if ((mode & CNNL_JOB_CANCELLED)) goto error_close;
						}
					} else {
						fprintf(stderr, "INFO: cannot start printing; will retry in %d seconds...\n", WAITTIME_RETRY_SEARCH);

						for (j=0; j<WAITTIME_RETRY_SEARCH; j++, sleep(1)){
							// cancelled
							CheckParentProcess(hnd);
							if ((mode & CNNL_JOB_CANCELLED)) goto error_init;
						}

						CNNL_Close(hnd);
						CNNL_Terminate(&hnd);
						hnd = NULL;
						goto init_printing;
					}
				}
			}
			if ((mode & CNNL_JOB_CANCELLED)){
				goto error_job_cancelled;
			}
		}
		fprintf(stderr, "INFO: \n");

		/* set timeout */
		CNNL_SetTimeout(hnd, SESSION_TIMEOUT, 3, 15000);

		/* start printing */
		if (!(mode & CNNL_JOB_ERROR) && start_print(hnd, 3, 9000) != CNNL_RET_SUCCESS){
			errcode = 1;
			mode |= CNNL_JOB_ERROR;
			fprintf(stderr, "ERROR: error occurred while preparing(%d)\n", __LINE__);
			goto error_printing;
		}

		/* ---------------------------------------------------------------------
		    print(after this line, response error is fatal; job is canceled)
		*/

		/* send start command... */
		if (is_direct == 0 && command == CNNL_COMMAND_IVEC){
			// IVEC
			dispatchCommandIVEC(hnd, CNCL_COMMAND_POWERON);

			if (dispatchCommandIVEC(hnd, CNCL_COMMAND_START1) < 0){
				errcode = 1;
				mode |= CNNL_JOB_ERROR;
				fprintf(stderr, "ERROR: error occurred while printing(%d)\n", __LINE__);
				goto error_printing;
			}

			if (dispatchCommandIVEC(hnd, CNCL_COMMAND_START2) < 0){
				errcode = 1;
				mode |= CNNL_JOB_ERROR;
				fprintf(stderr, "ERROR: error occurred while printing(%d)\n", __LINE__);
				goto error_printing;
			}
		} else {
			// standard commands
		}

		/* send print data... */
		{
			// waiting for print data...
			fprintf(stderr, "INFO: waiting print data ...\n");
			len = fread_with_retry(rbuffer, READ_BUFFER_SIZE, fp);
			if ((mode & CNNL_JOB_ERROR)){
				errcode = 1;
				fprintf(stderr, "ERROR: error occurred while printing(%d)\n", __LINE__);
				goto error_close;
			}

			p = rbuffer;
			fprintf(stderr, "INFO: \n");
			while (!(mode & CNNL_JOB_ERROR) && !(mode & CNNL_JOB_CANCELLED) && len > 0){

				if (sendData(hnd, p, len, SEND_PRINT_DATA, fp) < 0){
					errcode = 1;
					mode |= CNNL_JOB_ERROR;
					fprintf(stderr, "ERROR: error occurred while printing(%d)\n", __LINE__);
					goto error_printing;
				}

				len = fread_with_retry(rbuffer, READ_BUFFER_SIZE, fp);
				p   = rbuffer;

				// check if printer is working
				if (working != 1){
					tmp_ret = check_print(hnd, 3, 9000);
					if (tmp_ret == CNNL_RET_SUCCESS) working = 1;
				}

				usleep(40*1000);
			}
			if ((mode & CNNL_JOB_CANCELLED)) goto error_job_cancelled;
		}

		/* send end command... */
		if (is_direct == 0 && command == CNNL_COMMAND_IVEC){
			if (dispatchCommandIVEC(hnd, CNCL_COMMAND_END) < 0){
				errcode = 1;
				mode |= CNNL_JOB_ERROR;
				fprintf(stderr, "ERROR: error occurred while printing(%d)\n", __LINE__);
				goto error_printing;
			}
		}

		/* wait until printer starts working (for utility) */
		for (count=0; working!=1 && count<10; sleep(1)){
			tmp_ret = check_print(hnd, 3, 6000);
			if (tmp_ret == CNNL_RET_SUCCESS){
				break;
			} else if (tmp_ret == CNNL_RET_POWEROFF){
				goto error_job_cancelled;
			} else {
				count++;
			}
			if ((mode & CNNL_JOB_CANCELLED)) goto error_job_cancelled;
		}

		/* wait until printer is idle */
		if (!(mode & CNNL_JOB_ERROR) && end_print(hnd, 3, 9000) != CNNL_RET_SUCCESS){
			// cannot get end of print
			errcode = 1;
			mode |= CNNL_JOB_ERROR;
			fprintf(stderr, "ERROR: error occurred while printing(%d)\n", __LINE__);
			goto error_printing;
		}

		/* ---------------------------------------------------------------------
		    close printer
		*/
error_job_cancelled:

error_printing:

		if ((mode & CNNL_JOB_ERROR) || (mode & CNNL_JOB_CANCELLED)){
			CNNL_SoftReset(hnd, 5, 30000);
		}
		CNNL_SessionEnd(hnd, 5, 30000);

error_close:
		if (lib_handle != NULL) dlclose(lib_handle);
		CNNL_Close(hnd);

error_open:
		CNNL_Terminate(&hnd);

error_init:
		fprintf(stderr, "INFO: \n");
		free(rbuffer);
	}

	// read buffer(flush)
	{
		unsigned char dummy;
		while (fread(&dummy, sizeof(unsigned char), 1, fp) > 0);
	}
	fflush(stdout);
	fflush(stderr);

	// wait for next job
	sleep(1);

	// clear error if job is cancelled
	if (mode & CNNL_JOB_CANCELLED) errcode = 0;

	return (errcode == 0)? 0: 1;
}