Пример #1
0
int __h3c_v8500_recv(pvp_uthttp put, char *utbuf, int *pack_len, int directon)
{
	const static char FLG_RTSP_SETUP[] = "SETUP rtsp://";
	char *ptr = NULL;

	if (directon == DO_REPLY)
		return 1;

	if (put->dport == 554)
	{
		puts("---- dport is 554 -------");
		if (memcmp(utbuf, FLG_RTSP_SETUP, sizeof(FLG_RTSP_SETUP)-1) == 0)
		{
			oss_malloc(&ptr, *pack_len);
			memcpy(ptr, utbuf, *pack_len);

			jincheng_h3c_record_rtsp_request(put, &ptr, (u32*)pack_len);

			memcpy(utbuf, ptr, *pack_len);
			oss_free(&ptr);
		}
	}

	return 1;
}
Пример #2
0
static int
oss_pause (void) {
    if (state == OUTPUT_STATE_STOPPED) {
        return -1;
    }
    // set pause state
    oss_free();
    state = OUTPUT_STATE_PAUSED;
    return 0;
}
Пример #3
0
int main(int argc, char **argv)
{
	const static char annotate = '#';
	char *ptr_annotate = NULL;
    char    path[128] = {0};
	char	line[128] = {0};
	char	*buf = NULL;
	char	*ptr = NULL;
    size_t  buf_sz = 0;
	pid_t	pid = -1;
//    int     len = 0;

	if ((argc == 0) && (strcmp(argv[1], "-d") != 0))
	{
		if ((pid = create_daemon()) < 0)
			_exit(-1);
		else if (pid > 0)
			_exit(1);
	}

    openlog("vp-promon", LOG_CONS|LOG_PID|LOG_PERROR, LOG_USER);

    sprintf(path, "%s/promon.conf", PATH_CFG);

	if ( ! t_read_full_file(path, &buf, &buf_sz, 0))
	{
		logdbg_fmt("Open configure file failed!(%s)\n", path);
		return -1;
	}

	ptr = buf;
	while ((ptr = loop_line_from_buf(ptr, line, sizeof(line))) != NULL)
	{
		if ((ptr_annotate = strchr(line, annotate)) != NULL)
			*ptr_annotate = '\0';
		trimleft(line);
        /*
        if (line[strlen(line)-1] == '&')
            line[strlen(line)] = '\0';
            */

		if (line[0] == '\0')
			continue ;

		if ((pid = create_daemon()) < 0)
			break;
		else if (pid == 0)
			do_promon(line);	
	}
	oss_free(&buf);

	return 0;
}
Пример #4
0
int process_keda_protocol(char **ut_buf, u32 *pack_len)
{
    char *ptr_one_proto = *ut_buf;
    u16  len_one_proto = 0;
    u16  len_msg = 0;
    char *ptr_keda_proto = NULL;
    u32  len_keda_proto = 0;
    puts("------------------ Source Data --------------------------------------");
    t_disbuf(*ut_buf, *pack_len);
    puts("---------------------------------------------------------------------");

    do
    {
        //ptr_one_proto = ptr_one_proto + len_last_proto;
        memcpy(&len_msg, ptr_one_proto + OFFSET_LEN_MSG, 2);
        len_msg = ntohs(len_msg);
        len_one_proto = len_msg + LEN_PROTO_HEAD;

        //printf("len_protocol: %d\n", len_one_proto);
        len_keda_proto = len_one_proto;
        oss_malloc(&ptr_keda_proto, len_keda_proto);
        memcpy(ptr_keda_proto, ptr_one_proto, len_keda_proto);

        //sleep (1);
        if (process_keda_one_protocol(&ptr_keda_proto, &len_keda_proto) < 0)
            return -1;
        //puts("KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKkk");
        //t_disbuf(ptr_keda_proto, len_keda_proto);
        //puts("--------------------------------------");

        oss_free(&ptr_keda_proto);
        len_keda_proto = 0;

        ptr_one_proto += len_one_proto;
    } while (ptr_one_proto < *ut_buf + *pack_len);
    oss_free(ut_buf);
    *pack_len = 0;

    return 1; 
}
Пример #5
0
bool gl_set_data(const char *name, char *data, int len)
{
    gldata *gld = NULL;
    char *tmp_data = NULL;

    if ((name == NULL) || (data == NULL) || (len < 0))
    {
        logdbg_fmt("gl_set_data: arg error! nameptr:[%p], dataptr:[%p], len:[%d]\n", name,data,len);
        return false;
    }

    // data using this name, has already exist.
    if (gl_get_data(name) != NULL)
    {
        logdbg_fmt("gl_set_data: name:[%s] already been used!", name);
        return false;
    }

    //if ((gld = (gldata*)malloc(sizeof(gldata))) == NULL)
    if (oss_malloc(&gld, sizeof(gldata)) < 0)
    {
        logdbg_out("gl_set_data: malloc gld struct failed!");
        return false;
    }

    if (oss_malloc(&tmp_data, len) < 0)
    {
        oss_free(&gld);
        logdbg_fmt("gl_set_data: malloc data buffer failed! size:[%d]", len);
        return false;
    }

    strncpy(gld->name, name, sizeof(gld->name)-1);
    memcpy(tmp_data, data, len);
    gld->data = tmp_data;
    gld->len = len;
    puts("1 >>>>>>>>>>>>>>>>>>>>>>");
    t_disbuf(gld->data, gld->len);
    puts("2 >>>>>>>>>>>>>>>>>>>>>>");

    pthread_mutex_lock(&s_gldata_mutex);
    gld->next = g_gl_data;
    g_gl_data = gld;
    pthread_mutex_unlock(&s_gldata_mutex);

    return true;
}
Пример #6
0
bool tp_set_data(const char *name, const char *data, int len)
{
	tprivate *tpriv = NULL;
	tdata *thread_data = NULL;
	char *tmp_data = NULL;

	if ((name == NULL) || (data == NULL) || (len < 0))
    {
        logdbg_fmt("tp_set_data: arg error! nameptr:[%p], dataptr:[%p], len:[%d]\n", name,data,len);
		return false;
    }

	if ((tpriv = current_tprivate()) == NULL)
    {
        logdbg_out("tp_set_data: get current private data flg failed!");
		return false;
    }

	// data using this name, has already exist.
	if (tp_getdata_from_priv(tpriv, name) != NULL)
    {
        logdbg_fmt("tp_set_data: name:[%s] already been used!", name);
		return false;
    }

	if (oss_malloc(&thread_data, sizeof(tdata)) < 0)
		return false;
	//if ((thread_data = (tdata*)malloc(sizeof(tdata))) == NULL)
		//return false;
	//if ((tmp_data = (char*)malloc(len)) == NULL)
	if (oss_malloc(&tmp_data, len) < 0)
	{
		oss_free(&thread_data);
		return false;
	}

	strncpy(thread_data->name, name, sizeof(thread_data->name)-1);
	memcpy(tmp_data, data, len);
	thread_data->data = tmp_data;
	thread_data->len = len;

	thread_data->next = tpriv->t_data;
	tpriv->t_data = thread_data;

	return true;
}
Пример #7
0
int str2hex(char **str, u32 *len_str)
{
    if ((str == NULL) || (*str == NULL) || (len_str == NULL))
    {
        printf("str2hex: arg error! %p, %p, %p\n", str, *str, len_str);
        return -1;
    }
    if ((*len_str % 2) != 0)
    {
        printf("str2hex: length error!\n");
        return -1;
    }

    u32 len_hex = *len_str/2;
    char *pHex = NULL;
    char hex = 0;
    u32 i = 0;
    char tmp[4] = {0};
    char *ptr = NULL;

    oss_malloc(&pHex, len_hex);

    ptr = pHex;
    for (i = 0; i < len_hex; ++i)
    {
        memset(tmp, 0, sizeof(tmp));
        memcpy(tmp, *str + i * 2, 2);
        hex = Hex2Int(tmp);
        memcpy(ptr, &hex, 1);
        ++ptr;
    }

    oss_free(str);
    *str = pHex;
    *len_str = len_hex;

    return 1;
}
Пример #8
0
static int
oss_stop (void) {
    state = OUTPUT_STATE_STOPPED;
    deadbeef->streamer_reset (1);
    return oss_free();
}
Пример #9
0
int do_sip_reply_invite(pvp_uthttp put, char **ut_buf, u32 *pack_len)
{
    const static char FLG_INIP4[] = "IN IP4 ";
    const static char FLG_VPORT[] = "m=video ";
    char cli_ip[16] = {0}; // outer server ip
    char   *pstr = NULL;
    char   sport[8] = {0};    /*Source port*/
    char r_src[64] = {0};
    char r_dst[64] = {0};
    char lip[16] = {0};
    char dip[16] = {0};
    char *ptr = NULL;
    u16 nlport = 0;
    char call_id[128] = {0};

    puts("******** 1");
    if ((pstr = strstr(*ut_buf, FLG_VPORT)) != NULL)
    {
    puts("******** 2");
    puts(*ut_buf);
        pstr += sizeof(FLG_VPORT)-1;
        sscanf(pstr, "%[0-9]", sport);
        if ((nlport = pplist_getidle_port_x()) == 0)
        {
            logwar_out("get idle port failed!");
            return -1;
        }

    puts("******** 3");
        // replace ip
        if ((ptr = strnstr(*ut_buf, FLG_INIP4, *pack_len, true)) != NULL)
        {
            ptr += sizeof(FLG_INIP4)-1;
            sscanf(ptr, "%[0-9.]", dip);
            inet_ultoa(__gg.outer_addr, lip);
            sprintf(r_src, "%s%s", FLG_INIP4, dip);
            //sprintf(r_dst, "%s%s", FLG_INIP4, g_value[L_AUTHIP]);
            sprintf(r_dst, "%s%s", FLG_INIP4, lip);
            strreplace_pos(NULL, NULL, ut_buf, r_src, r_dst, -1, pack_len);
        }
    puts("******** 4");
        // replace port
        sprintf(r_src, "%s%s", FLG_VPORT, sport);
        sprintf(r_dst, "%s%d", FLG_VPORT, nlport);
        strreplace_pos(NULL,NULL, ut_buf, r_src, r_dst, 1, pack_len);
        
        inet_ultoa(put->src_ip, cli_ip);

        // replace invite ip
        replace_cmd_ip_port(ut_buf, pack_len, cli_ip, put->src_port);

    puts("******** 5");
        // start proxy
        char camera_id[32] = {0};
        int ret = -1;
        clivlist *pcvn = NULL;
        if (oss_malloc(&pcvn, sizeof(clivlist)) < 0)
            return -1;
        get_virtual_cameraid(camera_id);

        strcpy(pcvn->visit_user, cli_ip);
        strcpy(pcvn->camera_id, camera_id);
        //if (is_tms())
            //pcvn->lip = __gg.inner_addr;
        //else
            pcvn->lip = __gg.outer_addr;
        pcvn->dip = inet_atoul(dip);
        pcvn->lvport = nlport;
        pcvn->dvport = atoi(sport);
        pcvn->platform_id = a_get_pmid();
        // pcvn->vstream_tout = put->session_tout;   //
        // 信令超时时间需要很长,如果视频流使用相同超时时间,会有大量已经使用完的视频进程逗留在系统中
        pcvn->vstream_tout = 60;
        pcvn->bind_video_port = nlport;

    puts("******** 6");
        if (get_call_id(*ut_buf, *pack_len, call_id, sizeof(call_id)) == NULL)
            logdbg_out("获取Call id 失败!");
        else if ( ! gl_set_data(call_id, (char*)&nlport, sizeof(nlport)))
            logdbg_out("记录Call id 失败!");
    
        ret = __start_vs_udp_proxy(pcvn, true, __gg.ferry_port + 1);
        oss_free(&pcvn);

        //sip_replace_contact(ut_buf, pack_len, g_value[L_AUTHIP], 5060);
        //do_sip_reply_replace_by_key(put, SIP_FLAG_CONTACT, ut_buf, pack_len);
    }

    return 1;
}
Пример #10
0
int memreplace_pos(char *pos_b, char *pos_e, char **content, u32 *len, int times, char *src, int nsrc, char *dst, int ndst)
{
    find_mem fmem;
    char *pfind = NULL;
    char *pnewbuf = NULL;
    int newbuflen = 0;
    char *pos = NULL;
    char *pos_last = NULL;
    char *ptmp = NULL;
    char *ptail = NULL;

    if (content == NULL || *content == NULL || len == NULL)
        return -1;
    ptail = *content + *len;

    //puts("rep 1");
    if (pos_b == NULL)
        pos_b = *content;
    if (pos_e == NULL)
        pos_e = ptail;
    if (pos_e < pos_b)
        return -1;
    if ( ((u32)(pos_b - *content) > *len) || ((pos_b - *content) < 0) )
        return -1;
    if ( ((u32)(pos_e - *content) > *len) || ((pos_e - *content) < 0) )
        return -1;

    //puts("rep 2");
    init_find(&fmem);
    pos = pos_b;
    while (times != 0)
    {
        //puts("----- 1");
        pfind = pos = (char*)memmem(pos, ptail - pos, src, nsrc);
        //puts("----- 2");
        if (pfind != NULL)
        {
            if (pfind > pos_e)
                break;
            add_find(&fmem, pfind);
        }
        pos += nsrc;
        if ( (pos >= pos_e) || ((*content - pos) > nsrc) )
            break;
        //puts("----- 3");
        if (times > 0)
            --times;
    }
        //puts("----- 4");
    if (fmem.nfind == 0)
        return 0;
    pos = NULL;
    newbuflen = *len + (ndst - nsrc) * fmem.nfind;

    //puts("rep 3");
#if 0
    printf("new len:%d, nsrc:%d, ndst:%d\n", newbuflen, nsrc, ndst);
#endif

    if (nsrc == ndst)
    {
    //puts("rep 4");
        pnewbuf = *content;
        while ( (pos = loop_find(&fmem)) != NULL)
            memcpy(pos, dst, ndst);
    }
    else
    {
    //puts("rep 5");
        if (oss_malloc(&pnewbuf, newbuflen + 1) < 0)
        {
            clr_find(&fmem);
            return -1;
        }
        ptmp = pnewbuf;
        pos_last = *content;
        while ( (pos = loop_find(&fmem)) != NULL)
        {
            memcpy(ptmp, pos_last, pos - pos_last);
            ptmp += pos - pos_last;
            pos_last += pos - pos_last;

            memcpy(ptmp, dst, ndst);
            ptmp += ndst;
            pos_last += nsrc;
        }
        memcpy(ptmp, pos_last, ptail - pos_last); 
        pnewbuf[newbuflen] = 0;

        oss_free(content);
        *content = pnewbuf;
        *len = newbuflen;
    }
    //puts("rep 6");
    clr_find(&fmem);

    return fmem.nfind;
}
Пример #11
0
//////////
//
// Assembles the indicated file.vasm, creating a file.bxml
//
//////
void iAssembleFile(s8* tcPathname)
{
    u32				lnI, lnMachineCodeBytes, lnErrorCount, lnWarningCount;
    s64				lnHandle, lnFileSize, lnNumread;
    s8*				lcData;
    s8*				lcBxmlPathname;
    SStartEnd		prog;
    SProgram*		lp;			// program
    SVvmmcError*	lve;		// error
    SVvmmcWarning*	lvw;		// warning
    SAssembly*		la;			// assembly info
    SSourceFile*	lsf;		// top-level source file


    // Attempt to open the file
    lnHandle = oss_sharedAsciiOpenFile(tcPathname, false, true, false, false, false, false, false, false);
    if (lnHandle < 0)
    {
        // Open file error
        printf(mc_loadResourceAsciiText(IDS_UNABLE_TO_OPEN), tcPathname);
        ++gnErrors;
        return;
    }
    // If we get here, we're good


    // Get file size
    lnFileSize = oss_sharedAsciiFileSize(lnHandle);
    if (lnFileSize > 0xffffffff)
    {
        // Uhhh... what are they trying to do to us? :-)
        printf(mc_loadResourceAsciiText(IDS_FILE_IS_TOO_BIG), tcPathname);
        ++gnErrors;
        return;
    }
    if (lnFileSize == 0)
    {
        printf(mc_loadResourceAsciiText(IDS_FILE_IS_ZERO_BYTES), tcPathname);
        ++gnErrors;
        return;
    }


    // Allocate memory to load
    lcData = (s8*)oss_alloc((u32)lnFileSize, false);
    if (!lcData)
    {
        printf(mc_loadResourceAsciiText(IDS_ERROR_ALLOCATING), lnFileSize, tcPathname);
        ++gnErrors;
        return;
    }
    // If we get here, memory is allocated


    // Read into it
    lnNumread = oss_sharedAsciiReadFile(lnHandle, lcData, (u32)lnFileSize);
    if (lnNumread != lnFileSize)
    {
        printf(mc_loadResourceAsciiText(IDS_UNABLE_TO_READ_BYTES_FROM), (u32)lnFileSize, tcPathname, lnNumread);
        ++gnErrors;
        return;
    }
    // We're good
    oss_sharedAsciiCloseFile(lnHandle);


    // Initialize our variables
    memset(&prog, 0, sizeof(prog));

    // Define this initial program to its default empty state
    lp = (SProgram*)vvm_SEChain_append(&prog, vvm_getNextUniqueId(), vvm_getNextUniqueId(), sizeof(SProgram), _COMMON_START_END_SMALL_BLOCK_SIZE, NULL);
    printf(mc_loadResourceAsciiText(IDS_ASSEMBLING), tcPathname);


    //////////
    // Physically translate into machine code, and the output bxml file
    //////
    lnMachineCodeBytes = mc_assembleSourceCode(tcPathname, lcData, (u32)lnFileSize, lp);



    // When we get here, we've assembled our source file, with warnings, errors, or whatever
    // Free up our processed memory
    oss_free(lcData);


    // See where we sit
    if (!lp->_assembly.root)
    {
        // A fatal, unrecoverable error occurred where we didn't even get the initial startup data allocated
        printf(mc_loadResourceAsciiText(IDS_UNRECOVERABLE_ERROR));
        ++gnErrors;
        return;
    }
    // We're good.
    // Grab the top-level file info
    la		= (SAssembly*)lp->_assembly.root->ptr;			// SAssembly information
    lsf		= (SSourceFile*)la->includeFiles.root->ptr;		// Top-level source file (which contains the master list of all errors, warnings, and source file lines)


    // Report on warnings and errors
    if (!glQuiet)
    {
        // Report warnings
        if (!glIgnoreWarnings)
        {
            lnWarningCount = 0;
            for (lnI = 0; lnI < lsf->warnings.masterCount; lnI++)
            {
                if (lsf->warnings.master[lnI] && lsf->warnings.master[lnI]->used)
                {
                    // Grab the warning data
                    lvw = (SVvmmcWarning*)lsf->warnings.master[lnI]->ptr;
                    printf("--- %s\n---   |W:%u L:%u C:%u - %s\n", lvw->pathName, lvw->code, lvw->lineNumber, lvw->column, lvw->text);
                    ++lnWarningCount;
                }
            }
        }

        // Report errors
        lnErrorCount = 0;
        for (lnI = 0; lnI < lsf->errors.masterCount; lnI++)
        {
            if (lsf->errors.master[lnI] && lsf->errors.master[lnI]->used)
            {
                // Grab the warning data
                lve = (SVvmmcError*)lsf->errors.master[lnI]->ptr;
                printf("--- %s\n---   |E:%u L:%u C:%u - %s\n", lve->pathName, lve->code, lve->lineNumber, lve->column, lve->text);
                ++lnErrorCount;
            }
        }
    }


    // Write the output
    lcBxmlPathname = oss_changePathnameExtension(tcPathname, ".bxml");
    mc_saveSnippetsToBxml(lcBxmlPathname, &prog, true);
    oss_free(lcBxmlPathname);


    // Indicate we've processed another file
    ++gnFilesProcessed;


    // Indicate our final status
    printf("---\n");
    printf(mc_loadResourceAsciiText(IDS_ERRORS_WARNINGS_FOUND), lsf->errors.masterCount, lsf->warnings.masterCount, tcPathname);
    printf("---\n");

    // Update global totals
    gnErrors	+= lnErrorCount;
    gnWarnings	+= lnWarningCount;
}
Пример #12
0
int process_keda_one_protocol(char **pOneProto, u32 *len_one_proto)
{
    puts("----------- ONE PROTOCOL ---------------");
    t_disbuf(*pOneProto, *len_one_proto);
    puts("-- -- -- -- -- -- -- -- -- -- -- -- -- -- --");
    //const static char FLG_COMP[] = "\x02\x23";
    u16 inet_len_msg_compress = 0;
    //u16 host_len_msg_compress = 0;
    u16 len_msg_uncompress = 0;
    unsigned long host_len_msg_compress_l = 0;
    unsigned long len_msg_uncompress_l = 0;
    unsigned char *pUncompress = NULL;
    unsigned char *ptr = NULL;
    //puts("process_keda_one_protocol: 1");
    //if (memcmp(*pOneProto + 18, FLG_COMP, sizeof(FLG_COMP)-1) != 0)
        //return 1;
    //puts("process_keda_one_protocol: 2");
    memcpy(&inet_len_msg_compress, *pOneProto + OFFSET_LEN_MSG, 2);
    host_len_msg_compress_l = ntohs(inet_len_msg_compress) - 4;
    //puts("process_keda_one_protocol: 3");
    //inet_len_msg_compress = htons(ntohs(inet_len_msg_compress) - 4);
    //len_msg_compress_l = ntohs(inet_len_msg_compress) - 4;
    memcpy(&len_msg_uncompress, *pOneProto + 41, 2);
    len_msg_uncompress_l = len_msg_uncompress;
    //printf("len_msg_uncompress:%d\n", len_msg_uncompress);

    //puts("process_keda_one_protocol: 4");
    if (oss_malloc(&pUncompress, len_msg_uncompress) < 0)
    {
        logerr_out("malloc uncompress memory failed!");
        return -1;
    }

    //puts("process_keda_one_protocol: 5");
    ptr = (unsigned char*)(*pOneProto + LEN_PROTO_HEAD + 4);
    //puts("--------- before uncompress -----------");
    //t_disbuf(ptr, len_msg_compress_l);
	if (zdecompress(ptr,host_len_msg_compress_l, pUncompress, &len_msg_uncompress_l) < 0)
    {
        oss_free(&pUncompress);
        puts("-------------------------------------------------");
        t_disbuf(ptr, host_len_msg_compress_l);
        logerr_out("uncompress failed!");
        return 1;
    }

    //puts("process_keda_one_protocol: 6");
    //printf("uncompress len:%ld\n", len_msg_uncompress_l);
    //puts("-------- uncompress ----------------------------------------");
    t_disbuf(pUncompress, len_msg_uncompress_l);

    //if (process_keda_uncompress(put, &pUncompress, &len_msg_uncompress) < 0)
    //{
        //oss_free(&pUncompress);
        //logerr_out("process keda uncompress failed!");
        //return -1;
    //}

    //puts("process_keda_one_protocol: 7");
    // ReCompress
    unsigned char *pNewCompress = NULL;
    unsigned long len_new_compress = len_msg_uncompress + 128; // sometimes compress data is larger than that uncompress.
    if (oss_malloc(&pNewCompress, len_new_compress) < 0)
    {
        logerr_fmt("malloc failed! size:%lu", len_new_compress);
        return -1;
    }
    if (zcompress(pUncompress,len_msg_uncompress_l, pNewCompress,&len_new_compress) < 0)
    {
        printf("pUn:%p, len_un:%lu, pNew:%p, len_new:%lu\n", pUncompress, len_msg_uncompress_l, pNewCompress,len_new_compress);
        oss_free(&pUncompress);
        oss_free(&pNewCompress);
        logerr_out("compress failed!");
        exit(-1);
        return -1;
    }
    //puts("process_keda_one_protocol: 8");
    //puts("------------ new compress ----------------------------");
    //t_disbuf(pNewCompress, len_new_compress);

    // update data
    if ((ptr = (unsigned char*)realloc(*pOneProto, LEN_PROTO_HEAD + 4 + len_new_compress)) == NULL)
    {
        oss_free(&pUncompress);
        oss_free(&pNewCompress);
        logerr_out("realloc failed!");
        return -1;
    }
    //puts("process_keda_one_protocol: 9");
    *pOneProto= (char*)ptr;
    *len_one_proto = LEN_PROTO_HEAD + 4 + len_new_compress;

    memcpy(*pOneProto + LEN_PROTO_HEAD + 4, pNewCompress, len_new_compress);
    len_new_compress += 4;
    u16 inet_len_new_compress = htons(len_new_compress);
    memcpy(*pOneProto + 20, &inet_len_new_compress, 2);

    //puts("process_keda_one_protocol: 10");
    //puts("-------- new data -----------");
    //t_disbuf((unsigned char*)*ut_buf, *pack_len);
    
    oss_free(&pUncompress);
    oss_free(&pNewCompress);

    //puts("process_keda_one_protocol: 11");
    return 1;
}
Пример #13
0
//////////
// #02 - Save the processed bxml file to disk (should match cgc_Test_Bxml_2_1 in Bxml_test2.h)
//////
bool iivvmt_testBxml_2(u64 lnHandleLog, SBxml* bxml)
{
    u64		lnBytesWritten, lnBytesRead, lnErrorOffset, lnErrorCode, lnSha1As64Bit;
    u32		lnSha1As32Bit;
    u8		sha20Bytes[20];
    s8*		lcFileOut;
    SBxml*	bxml2;


    // Tell which test we're running
    vvm_resourcePrintf(IDS_VVM_TEST_BXML_2);

    // Save the current state to see how she fared
    lcFileOut = oss_sharedAsciiGetTempFilename();
    if (!lcFileOut)
    {
        // Unable to allocate the temporary filename
        vvm_resourcePrintf(IDS_VVM_TEST_BXML_UNABLE_TO_GET_TEMP_FILE);
        vvm_resourcePrintf(IDS_VVM_TEST_FAIL);
        return(false);
    }

    // Save the file to disk
    vvm_bxmlSave(bxml, lcFileOut, sizeof(lcFileOut) - 1, true, true, &lnBytesWritten);

    // Try to read it back in, and compare the memory
    bxml2 = vvm_bxmlLoad(lcFileOut, strlen(lcFileOut), &lnBytesRead, &lnErrorOffset, &lnErrorCode);

    // Clean house
    oss_sharedAsciiDeleteFile(lcFileOut);
    oss_free(lcFileOut);

    // Did we read it back in correctly?
    if (!bxml2 || lnErrorCode != 0 || lnBytesRead != lnBytesWritten)
    {
        // Unable to load the temporary file back in correctly
        vvm_resourcePrintf(IDS_VVM_TEST_BXML_UNABLE_TO_RELOAD_TEMP_FILE);
        vvm_resourcePrintf(IDS_VVM_TEST_FAIL);
        return(false);
    }
    // If we get here, file was loaded properly

    // Grab the SHA-1 value from the loaded file
    lnSha1As64Bit	= vvm_bxmlNodeSha1(bxml2, sha20Bytes);
    lnSha1As32Bit	= vvm_sha1Compute32BitFromSha1(sha20Bytes);
    if (lnSha1As64Bit != cgnTestBxmlDotHNodeSha1As64Bit || lnSha1As32Bit != cgnTestBxmlDotHNodeSha1As32Bit)
    {
        // The file does not match the expected SHA-1 value
        vvm_resourcePrintf(IDS_VVM_TEST_BXML_RELOAD_DOES_NOT_MATCH);
        vvm_resourcePrintf(IDS_VVM_TEST_FAIL);
        return(false);
    }
    // If we get here, we're good, the re-loaded file matched the form with which it was
    // saved, and the SHA-1 validation upon reload indicated they were identical.
    // In short, it's time to do a little dance! Woo hoo! :-)

    // Delete the loaded node
    vvm_bxmlNodeDelete(bxml2, true);
    bxml2 = NULL;

    // If we get here, we're good
    vvm_resourcePrintf(IDS_VVM_TEST_PASS);
    return(true);
}
Пример #14
0
static void * __start_local_tcpclient(void * arg)
{
    SAI ser_addr;
    SAI cli_addr;
    int cli_sock = -1;
	struct timeval tout;
	char buf[32] = {0};
	vp_local_client lc;

	char *pSend = NULL;
	char *pRecv = NULL;
	int  nSend = 0;
	int  nRecvBuf = 0;
	int  nRecv = 0;

	if (arg == NULL)
		return NULL;
	memcpy(&lc, arg, sizeof(lc));
	oss_free(&arg);

	puts("-- 1");
    if ((cli_sock = socket(AF_INET, SOCK_STREAM, IPPROTO_TCP)) < 0)
	{
		logdbg_out("Start local tcp client: create socket failed!");
		return NULL;
	}

	puts("-- 2");
    if (Setsockopt(cli_sock, SOL_SOCKET, SO_REUSEADDR) < 0)
	{
		logdbg_out("Start local tcp client: set socket reuse failed!");
		close(cli_sock);
		return NULL;
	}

	// set server address
	init_sockaddr(&ser_addr, lc.args.dip, lc.args.dport);

	puts("-- 3");
	// set client address
	if ((lc.args.lip != 0) || (lc.args.lport != 0))
	{
		init_sockaddr(&cli_addr, lc.args.lip, lc.args.lport);
		if (Bind(cli_sock, cli_addr, sizeof(cli_addr)) < 0)
		{
			logdbg_fmt("Start local tcp client: bind socket to %s:%d failed!", inet_ultoa(lc.args.lip, buf), lc.args.lport);
			close(cli_sock);
			return NULL;
		}
	}

	puts("-- 4");
	tout.tv_sec = lc.args.session_tout;  // Seconds Timeout
	tout.tv_usec = 0;  
	if (setsockopt(cli_sock, SOL_SOCKET, SO_RCVTIMEO, &tout,sizeof(struct timeval)) < 0)
	{
		logdbg_out("Start local tcp client: set connect timeout failed!");
		close(cli_sock);
		return NULL;
	}

	puts("-- 5");
	if (Connect(cli_sock, (struct sockaddr*)&ser_addr, sizeof(ser_addr), 5) < 0)
	{
		logdbg_fmt("Start local tcp client: connect %s:%d failed!", inet_ultoa(lc.args.lip, buf), lc.args.lport);
		close(cli_sock);
		return NULL;
	}

	puts("-- 6");
	if (lc.do_connect != NULL)
	{
		if (lc.do_connect(&(lc.args), &pSend, &nSend) <= 0)
		{
			close(cli_sock);
			return NULL;
		}
		if (Send(cli_sock, pSend, nSend, MSG_NOSIGNAL) <= 0)
		{
			close(cli_sock);
			return NULL;
		}
	}
	puts("-- 7");
	// int  (* do_process_recv)(pvp_local_client_args *pclient_args, char **ppreply, int *preply_len);
	nRecvBuf = BUF_SIZE;
	//if (pRecv = (char*)malloc(BUF_SIZE);
	if (oss_malloc(&pRecv, nRecvBuf) < 0)
	{
		logdbg_out("Start local tcp client: malloc receive buffer failed!");
		close(cli_sock);
		return NULL;
	}

	char *pTmp = NULL;
	while (true)
	{
		if (nRecvBuf < BUF_SIZE)
		{
			if ((pTmp = (char*)realloc(pRecv, BUF_SIZE)) == NULL)
			{
				logdbg_out("Start local tcp client: realloc buffer failed!");
				break;
			}
			pRecv = pTmp;
			nRecvBuf = BUF_SIZE;
		}

		if ((nRecv = Recv(cli_sock, pRecv, nRecvBuf, 0)) <= 0)
		{
			if (nRecv < 0)
				logdbg_out("Start local tcp client: receive failed!");
			break;
		}

		if (lc.do_process_recv != NULL)
		{
			if (lc.do_process_recv(&lc.args, &pRecv, &nRecv, &nRecvBuf) < 0)
				break;
		}
	}

    close_sock(&cli_sock);

    return NULL;
}