int WebSocketHandshake::readServerHandshake(const char* header, size_t len)
{
m_mode = Incomplete;
int statusCode;
String statusText;
int lineLength = readStatusLine(header, len, statusCode, statusText);
if (lineLength == -1)
return -1;
if (statusCode == -1) {
m_mode = Failed; // m_failureReason is set inside readStatusLine().
return len;
}
LOG(Network, "WebSocketHandshake %p readServerHandshake() Status code is %d", this, statusCode);
m_serverHandshakeResponse = ResourceResponse();
m_serverHandshakeResponse.setHTTPStatusCode(statusCode);
m_serverHandshakeResponse.setHTTPStatusText(statusText);
if (statusCode != 101) {
m_mode = Failed;
m_failureReason = "Unexpected response code: " + String::number(statusCode);
return len;
}
m_mode = Normal;
if (!strnstr(header, "\r\n\r\n", len)) {
// Just hasn't been received fully yet.
m_mode = Incomplete;
return -1;
}
const char* p = readHTTPHeaders(header + lineLength, header + len);
if (!p) {
LOG(Network, "WebSocketHandshake %p readServerHandshake() readHTTPHeaders() failed", this);
m_mode = Failed; // m_failureReason is set inside readHTTPHeaders().
return len;
}
if (!checkResponseHeaders()) {
LOG(Network, "WebSocketHandshake %p readServerHandshake() checkResponseHeaders() failed", this);
m_mode = Failed;
return p - header;
}
m_mode = Connected;
return p - header;
}
int get_mime_len(uchar **data) { // Возвращает строку миме-параметра
uchar *str = *data;
int sl,len;
sl = strlen(str);
len=0; // Будем коллектить длину -)))
while(sl>0) {
int ipos = strnstr(str,sl,"\r\n",-1);
if (ipos<0) {
len+= sl; // Больше строк нет - возвращаем все...
break;
}
ipos+=2;
str+=ipos;
sl-=ipos;
len+=ipos;
if (sl==0 || *str>32) break; // Следующая строка - начало нового параметра...
}
return len;
}
static bool is_fota_boot(void)
{
char *ptr, buf[11];
unsigned long val;
ptr = strnstr(saved_command_line, WARMBOOT_STR, COMMAND_LINE_SIZE);
if (!ptr)
return 0;
ptr += sizeof(WARMBOOT_STR) - 1;
strlcpy(buf, ptr, sizeof(buf));
if (!kstrtoul(buf, 16, &val)) {
if (val == FOTA_BOOT_REASON)
return 1;
}
return 0;
}
int print_unique(char *loaded){
char * ptr, *unique, *addr;
addr = unique = (char *)malloc(sizeof(loaded));
if(unique == NULL)
return EXIT_FAILURE;
strcpy(unique, "");
ptr = strtok(loaded, "\n");
do{
if(strnstr(unique, ptr, strlen(ptr)) == NULL){
strcat(unique, ptr);
strcat(unique, "\n");
}
ptr = strtok(NULL, "\n");
}while(ptr != NULL);
printf("Unique strings:\n%s", unique);
free(addr);
return EXIT_SUCCESS;
}
int interactive(usb_dev_handle* device) {
int len;
char* commandBuffer = NULL;
do {
do {
usleep(100000);
len = get_response(device);
if(len > 0) {
fwrite(response_buffer, 1, len, stdout);
fflush(stdout);
}
} while(len > 0 && strnstr(response_buffer, "] ", len) == NULL);
if(len < 0)
break;
ProcessCommand:
if(commandBuffer != NULL)
free(commandBuffer);
commandBuffer = readline(NULL);
if(commandBuffer && *commandBuffer) {
add_history(commandBuffer);
}
if(strncmp(commandBuffer, "sendfile ", sizeof("sendfile ") - 1) == 0) {
char* file = commandBuffer + sizeof("sendfile ") - 1;
send_file(device, file);
goto ProcessCommand;
} else {
send_command(device, commandBuffer);
send_command(device, "\n");
}
} while(1);
return 0;
}
static void proxy_client_process(int fd)
{
char buf[1024];
size_t buflen = 0;
ssize_t val;
/* Read request (and possibly more) */
while (strnstr(buf, "\r\n\r\n", buflen) == NULL)
{
val = recv(fd, buf + buflen, sizeof (buf) - buflen - 1, 0);
if (val <= 0)
assert(!"Incomplete request");
buflen += val;
}
buf[buflen] = '\0';
char host[64];
unsigned port, ver;
int offset;
assert(sscanf(buf, "CONNECT %63[^:]:%u HTTP/1.%1u%n", host, &port, &ver,
&offset) == 3);
assert(!strcmp(host, "www.example.com"));
assert(port == 443);
assert(ver == 1);
assert(sscanf(buf + offset + 2, "Host: %63[^:]:%u", host, &port) == 2);
assert(!strcmp(host, "www.example.com"));
assert(port == 443);
assert(strstr(buf, "\r\nProxy-Authorization: Basic "
"QWxhZGRpbjpvcGVuIHNlc2FtZQ==\r\n") != NULL);
const char resp[] = "HTTP/1.1 500 Failure\r\n\r\n";
val = write(fd, resp, strlen(resp));
assert((size_t)val == strlen(resp));
shutdown(fd, SHUT_WR);
}
void
end_outcache()
{
char *ptr;
int len;
fclose(stdout);
*stdout = oldout;
if (!myoutbuf)
return;
ptr = strstr(myoutbuf, "\n\n");
if (!ptr) {
printf("\n\nfaint! 出毛病了...");
return;
}
if (strnstr(myoutbuf, "Content-type: ", ptr - myoutbuf)) {
len = myoutsize - (ptr - myoutbuf) - 2;
printf("Content-Length: %d\n", len);
}
fputs(myoutbuf, stdout);
free(myoutbuf);
myoutbuf = NULL;
}
void
parse_ns_str(const char *ns_str, char *ctrlr_str, int *nsid)
{
char *nsloc;
/*
* Pull the namespace id from the string. +2 skips past the "ns" part
* of the string. Don't search past 10 characters into the string,
* otherwise we know it is malformed.
*/
nsloc = strnstr(ns_str, NVME_NS_PREFIX, 10);
if (nsloc != NULL)
*nsid = strtol(nsloc + 2, NULL, 10);
if (nsloc == NULL || (*nsid == 0 && errno != 0))
errx(1, "invalid namespace ID '%s'", ns_str);
/*
* The controller string will include only the nvmX part of the
* nvmeXnsY string.
*/
snprintf(ctrlr_str, nsloc - ns_str + 1, "%s", ns_str);
}
MachinePower GetMachinePower()
{
char nameBuf[64];
size_t nameLen = sizeof(nameBuf);
memset(nameBuf, 0, sizeof(nameBuf));
sysctlbyname("hw.model", &nameBuf, &nameLen, NULL, NULL);
if (nameLen == 0)
return MACHINE_POWER_CAPABLE; // assume capable
else
{
// check our list
SDL_RWops* ops = ResourceManager::OpenFile("Config/MacModels.txt");
if (!ops)
return MACHINE_POWER_CAPABLE;
size_t length;
void* ptr = ResourceManager::ReadFull(&length, ops, 1);
if (!ptr)
return MACHINE_POWER_CAPABLE;
bool found = strnstr((const char*)ptr, nameBuf, length);
free(ptr);
return found ? MACHINE_POWER_MIGHTY : MACHINE_POWER_WIMPY;
}
}
int main(int argc, char *argv[])
{
if (argc < 2)
{
puts("Usage: ./mygrep <pattern> <name>");
}
else
{
FILE *f = fopen(argv[2], "r");
int str_len;
size_t buf_siz;
char *string;
char *pattern = argv[1];
while ((str_len = getline(&string, &buf_siz, f)) > 0)
{
if (strnstr(string, pattern, str_len))
printf("%s", string);
}
fclose(f);
}
return 0;
}
void
logpage(int argc, char *argv[])
{
int fd, nsid, len;
int log_page = 0, pageflag = false;
int hexflag = false;
int allow_ns = false;
char ch, *p, *nsloc = NULL;
char *cname = NULL;
size_t size;
void *buf;
struct logpage_function *f;
struct nvme_controller_data cdata;
print_fn_t print_fn;
while ((ch = getopt(argc, argv, "p:x")) != -1) {
switch (ch) {
case 'p':
/* TODO: Add human-readable ASCII page IDs */
log_page = strtol(optarg, &p, 0);
if (p != NULL && *p != '\0') {
fprintf(stderr,
"\"%s\" not valid log page id.\n",
optarg);
logpage_usage();
/* TODO: Define valid log page id ranges in nvme.h? */
} else if (log_page == 0 ||
(log_page >= 0x04 && log_page <= 0x7F) ||
(log_page >= 0x80 && log_page <= 0xBF)) {
fprintf(stderr,
"\"%s\" not valid log page id.\n",
optarg);
logpage_usage();
}
pageflag = true;
break;
case 'x':
hexflag = true;
break;
}
}
if (!pageflag) {
printf("Missing page_id (-p).\n");
logpage_usage();
}
/* Check that a controller and/or namespace was specified. */
if (optind >= argc)
logpage_usage();
/*
* The log page attribtues indicate whether or not the controller
* supports the SMART/Health information log page on a per
* namespace basis.
*/
cname = malloc(strlen(NVME_CTRLR_PREFIX) + 2);
len = strlen(NVME_CTRLR_PREFIX) + 1;
cname = strncpy(cname, argv[optind], len);
open_dev(cname, &fd, 1, 1);
read_controller_data(fd, &cdata);
if (log_page == NVME_LOG_HEALTH_INFORMATION && cdata.lpa.ns_smart != 0)
allow_ns = true;
/* If a namespace id was specified, validate it's use */
if (strstr(argv[optind], NVME_NS_PREFIX) != NULL) {
if (!allow_ns) {
if (log_page != NVME_LOG_HEALTH_INFORMATION) {
fprintf(stderr,
"Namespace ID not valid for log page %d.\n",
log_page);
} else if (cdata.lpa.ns_smart == 0) {
fprintf(stderr,
"Controller does not support per "
"namespace SMART/Health information.\n");
}
close(fd);
exit(EX_IOERR);
}
nsloc = strnstr(argv[optind], NVME_NS_PREFIX, 10);
if (nsloc != NULL)
nsid = strtol(nsloc + 2, NULL, 10);
if (nsloc == NULL || (nsid == 0 && errno != 0)) {
fprintf(stderr,
"Invalid namespace ID %s.\n",
argv[optind]);
close(fd);
exit(EX_IOERR);
}
/*
* User is asking for per namespace log page information
* so close the controller and open up the namespace.
*/
close(fd);
open_dev(argv[optind], &fd, 1, 1);
} else
nsid = NVME_GLOBAL_NAMESPACE_TAG;
print_fn = print_hex;
if (!hexflag) {
/*
* See if there is a pretty print function for the
* specified log page. If one isn't found, we
* just revert to the default (print_hex).
*/
f = logfuncs;
while (f->log_page > 0) {
if (log_page == f->log_page) {
print_fn = f->fn;
break;
}
f++;
}
}
/* Read the log page */
switch (log_page) {
case NVME_LOG_ERROR:
size = sizeof(struct nvme_error_information_entry);
size *= (cdata.elpe + 1);
break;
case NVME_LOG_HEALTH_INFORMATION:
size = sizeof(struct nvme_health_information_page);
break;
case NVME_LOG_FIRMWARE_SLOT:
size = sizeof(struct nvme_firmware_page);
break;
default:
size = DEFAULT_SIZE;
break;
}
buf = get_log_buffer(size);
read_logpage(fd, log_page, nsid, buf, size);
print_fn(buf, size);
close(fd);
exit(EX_OK);
}
void* doNetWork(struct threadData* td) {
/*Response Variables*/
struct http_request request;
int bytesSent;
int sendResponse;
int controller;
int status;
char * response;
/* Request variables */
int readAmount;
int totalRead;
int flags;
int j,k;
int contentLength;
int contentLengthRecieved;
int contentLengthPosition;
char * tempBuff;
char * raw_message;
char contentLengthBuff[100];
bytesSent = 0;
sendResponse =0;
response = malloc(sizeof(char)*STARTING_RESPONSE_SIZE);
if(response == NULL){
NETWORK_LOG_LEVEL_1("Fatal: Failed to allocate memory for response");
response = "{}";
status = 500;
goto internal_err;
}
memset(response,0,sizeof(char)*STARTING_RESPONSE_SIZE);
raw_message = malloc(1+sizeof(char)*BUFSIZ); /* Just enough space for the first read, to determine content length */
if(raw_message == NULL){
/* Internal Problem! */
NETWORK_LOG_LEVEL_1("Fatal: Failed to allocate memory for first-read temporary buffer");
response[0]='{'; response[1]='}'; response[2]='\0';
status = 500;
goto internal_err;
}
memset(raw_message, 0,1+sizeof(char)*BUFSIZ);
tempBuff = NULL; /* temp buff will be used to realloc */
/* Accept and read incoming request */
if(td->clientfd == -1)
goto bad_client_id;
readAmount=totalRead=contentLengthRecieved =contentLengthPosition= contentLength = 0;
NETWORK_LOG_LEVEL_2_NUM("Accepted Client Request on File Descriptor ", td->clientfd);
readAmount = 1; /* Sentinal */
flags = fcntl(td->clientfd, F_GETFL, 0);
fcntl(td->clientfd, F_SETFL, flags | O_NONBLOCK);
contentLength = -1; /* Sentinal */
while(readAmount != 0){
readAmount = read(td->clientfd,raw_message+totalRead,BUFSIZ);
if(readAmount == -1){
if(errno == EAGAIN && totalRead == 0)
continue;
else if(contentLengthRecieved != contentLength)
continue;
else
readAmount = 0;
}else{
NETWORK_LOG_LEVEL_2_NUM("Reading Data From Socket", td->clientfd);
/* Since we're here that means we have at least
* the beginning of the request itself but we're
* waiting for more. So determine the content-length
* and then figure out if we have all of it or not
*/
contentLengthPosition = strnstr("Content-Length", raw_message, BUFSIZ);
if(contentLengthPosition == -1){
/* You didn't send us a content length, carry on!
* so no data, so just url, so good bye.
*/
contentLengthRecieved = contentLength = readAmount = 0;
}else{
if(totalRead == 0){
/* Convert the content length
* reuse this connections buffer.
*/
bzero(contentLengthBuff, sizeof contentLengthBuff); /* Only what we need */
contentLength = contentLengthPosition;
contentLength+=strlen("Content-Length: "); /* Skip the text */
for(k=0; k < (int)sizeof(contentLengthBuff) && *(raw_message + contentLength) != '\0' && *(raw_message + contentLength) != '\r'; ++k, contentLength++)
contentLengthBuff[k] = *(raw_message + contentLength);
contentLengthBuff[k] = '\0';
contentLength = atoi(contentLengthBuff);
/* Malloc for the content Length
* j is the position of the data, all things prior
* need to be conserved as well
*/
if( contentLength > 0 ){
tempBuff = malloc(5+ strlen(raw_message) + contentLength + BUFSIZ);
if(tempBuff == NULL){
free(raw_message);
NETWORK_LOG_LEVEL_1("Could not reallocate memory during request data acquisition");
goto internal_err;
}else{
memset(tempBuff, 0, 5+ strlen(raw_message) + contentLength + BUFSIZ);
strcpy(tempBuff, raw_message);
swapCharPtr(&tempBuff, &raw_message);
free(tempBuff);
}
}
}
/* We've said a content length now, and we need
* determine how much we've actually recieved
* no need to store it, just count it with j.
*/
j = strnstr("\r\n\r\n", raw_message, BUFSIZ);
if(j != -1){
j+=4; /* skip newlines */
j+= contentLengthRecieved;
for(contentLengthRecieved = (contentLengthRecieved==0 ? 0 : contentLengthRecieved); (unsigned int)j < strlen(raw_message); ++j, ++contentLengthRecieved)
;
}else{
/* Could not find content...*/
if(contentLength <= 0)
readAmount = 0; /* Get out */
else
contentLengthRecieved = 0; /* Haven't received it yet */
}
}
/* Important to do this last as the totalRead is what
* determines if we malloc for content or not
*/
fprintf(stderr, "Recieving Data From Socket %d: %d/%d\n", td->clientfd ,contentLengthRecieved, contentLength);
totalRead += readAmount;
if(contentLength == contentLengthRecieved)
readAmount = 0;
}
}
if(totalRead > THREAD_DATA_MAX_SIZE)
NETWORK_LOG_LEVEL_1("Warning: Total Read Greater than Buffer Length");
/*Blank JSON response for no control*/
*(response+1)='{'; *(response+1)='}'; *(response+2)='\0';
status = 200;
parseRequest(&request, raw_message);
/* Pass the request off to a handler */
controller = determineController(request.url);
/* Determine method and call. */
switch(controller){
case HEARTBEAT_CONTROLLER :
NETWORK_LOG_LEVEL_2("Heartbeat Controller Processing Request.");
status = heartbeat_controller(response, STARTING_RESPONSE_SIZE);
break;
case COMMENTS_CONTROLLER :
NETWORK_LOG_LEVEL_2("Comments Controller Processing Request.");
status = comment_controller(&request, &response, STARTING_RESPONSE_SIZE);
break;
case HEATMAP_CONTROLLER :
NETWORK_LOG_LEVEL_2("Heatmap Controller Processing Request.");
status = heatmap_controller(&request, &response, STARTING_RESPONSE_SIZE);
break;
case MARKER_CONTROLLER :
NETWORK_LOG_LEVEL_2("Marker Controller Processing Request.");
status = marker_controller(&request, &response, STARTING_RESPONSE_SIZE);
break;
case REPORT_CONTROLLER :
NETWORK_LOG_LEVEL_2("Report Controller Processing Request.");
status = report_controller(&request, &response, STARTING_RESPONSE_SIZE);
break;
default:
NETWORK_LOG_LEVEL_2("Unknown URL. Refusing to process request.");
/* We have no clue what the client is talking about with their url */
status = 404;
break;
}
/* Log and clean up. */
NETWORK_LOG_LEVEL_1("Incoming Request:")
NETWORK_LOG_LEVEL_1(request.url);
if(request.contentLength > 0){
NETWORK_LOG_LEVEL_2("Incoming Data:");
NETWORK_LOG_LEVEL_2_NUM("Content length of Data: ", request.contentLength);
NETWORK_LOG_LEVEL_2(request.data);
}
if(request.contentLength > 0)
free(request.data);
internal_err:
td->msg = malloc(strlen(response) + 256);
if(td->msg == NULL){
NETWORK_LOG_LEVEL_2_NUM("Fatal: Not enough memory for HTTP response", (int)strlen(response)+256);
free(raw_message);
free(response);
close(td->clientfd);
return NULL;
}
memset(td->msg,0,strlen(response)+256);
createResponse(response,td->msg,status);
td->msg[strlen(td->msg)] = '\0';\
bad_client_id:
if(td->clientfd != -1){
do{
sendResponse = send(td->clientfd,(td->msg)+bytesSent,strlen(td->msg)-bytesSent,0);
if(sendResponse == -1){
NETWORK_LOG_LEVEL_2(strerror(errno));
}else{
bytesSent += sendResponse;
}
NETWORK_LOG_LEVEL_1("Sending Response:");
NETWORK_LOG_LEVEL_1( ( td->msg )+bytesSent );
NETWORK_LOG_LEVEL_2_NUM("Bytes sent to client: ", bytesSent);
} while(bytesSent < (int)strlen(td->msg) -1 );
close(td->clientfd);
}else{
NETWORK_LOG_LEVEL_2("File Descriptor invalid. If shutting down there is no problem.");
NETWORK_LOG_LEVEL_2("If not shutting down, there was an issue sending data to the client.");
}
free(td->msg);
free(raw_message);
free(response);
return NULL;
}
void LogKlog::sniffTime(log_time &now,
const char **buf, size_t len,
bool reverse) {
const char *cp = now.strptime(*buf, "[ %s.%q]");
if (cp && (cp >= &(*buf)[len])) {
cp = NULL;
}
if (cp) {
static const char healthd[] = "healthd";
static const char battery[] = ": battery ";
len -= cp - *buf;
if (len && isspace(*cp)) {
++cp;
--len;
}
*buf = cp;
if (isMonotonic()) {
return;
}
const char *b;
if (((b = strnstr(cp, len, suspendStr)))
&& ((size_t)((b += sizeof(suspendStr) - 1) - cp) < len)) {
len -= b - cp;
calculateCorrection(now, b, len);
} else if (((b = strnstr(cp, len, resumeStr)))
&& ((size_t)((b += sizeof(resumeStr) - 1) - cp) < len)) {
len -= b - cp;
calculateCorrection(now, b, len);
} else if (((b = strnstr(cp, len, healthd)))
&& ((size_t)((b += sizeof(healthd) - 1) - cp) < len)
&& ((b = strnstr(b, len -= b - cp, battery)))
&& ((size_t)((b += sizeof(battery) - 1) - cp) < len)) {
// NB: healthd is roughly 150us late, so we use it instead to
// trigger a check for ntp-induced or hardware clock drift.
log_time real(CLOCK_REALTIME);
log_time mono(CLOCK_MONOTONIC);
correction = (real < mono) ? log_time::EPOCH : (real - mono);
} else if (((b = strnstr(cp, len, suspendedStr)))
&& ((size_t)((b += sizeof(suspendStr) - 1) - cp) < len)) {
len -= b - cp;
log_time real;
char *endp;
real.tv_sec = strtol(b, &endp, 10);
if ((*endp == '.') && ((size_t)(endp - b) < len)) {
unsigned long multiplier = NS_PER_SEC;
real.tv_nsec = 0;
len -= endp - b;
while (--len && isdigit(*++endp) && (multiplier /= 10)) {
real.tv_nsec += (*endp - '0') * multiplier;
}
if (reverse) {
if (real > correction) {
correction = log_time::EPOCH;
} else {
correction -= real;
}
} else {
correction += real;
}
}
}
convertMonotonicToReal(now);
} else {
if (isMonotonic()) {
now = log_time(CLOCK_MONOTONIC);
} else {
now = log_time(CLOCK_REALTIME);
}
}
}
int OpenDemux( vlc_object_t* p_this )
{
demux_t *p_demux = (demux_t*)p_this;
demux_sys_t *p_sys;
const uint8_t *p_peek;
ssize_t i_peek = vlc_stream_Peek( p_demux->s, &p_peek, 2048 );
if( unlikely( i_peek <= 32 ) )
return VLC_EGENERIC;
const char *psz_xml = (const char *) p_peek;
size_t i_xml = i_peek;
/* Try to probe without xml module/loading the full document */
char *psz_alloc = NULL;
switch( GetQWBE(p_peek) )
{
/* See RFC 3023 Part 4 */
case UINT64_C(0xFFFE3C003F007800): /* UTF16 BOM<? */
case UINT64_C(0xFFFE3C003F007400): /* UTF16 BOM<t */
case UINT64_C(0xFEFF003C003F0078): /* UTF16 BOM<? */
case UINT64_C(0xFEFF003C003F0074): /* UTF16 BOM<t */
psz_alloc = FromCharset( "UTF-16", p_peek, i_peek );
break;
case UINT64_C(0x3C003F0078006D00): /* UTF16-LE <?xm */
case UINT64_C(0x3C003F0074007400): /* UTF16-LE <tt */
psz_alloc = FromCharset( "UTF-16LE", p_peek, i_peek );
break;
case UINT64_C(0x003C003F0078006D): /* UTF16-BE <?xm */
case UINT64_C(0x003C003F00740074): /* UTF16-BE <tt */
psz_alloc = FromCharset( "UTF-16BE", p_peek, i_peek );
break;
case UINT64_C(0xEFBBBF3C3F786D6C): /* UTF8 BOM<?xml */
case UINT64_C(0x3C3F786D6C207665): /* UTF8 <?xml ve */
case UINT64_C(0xEFBBBF3C74742078): /* UTF8 BOM<tt x*/
break;
default:
if(GetDWBE(p_peek) != UINT32_C(0x3C747420)) /* tt node without xml document marker */
return VLC_EGENERIC;
}
if( psz_alloc )
{
psz_xml = psz_alloc;
i_xml = strlen( psz_alloc );
}
/* Simplified probing. Valid TTML must have a namespace declaration */
const char *psz_tt = strnstr( psz_xml, "tt ", i_xml );
if( !psz_tt || psz_tt == psz_xml ||
(psz_tt[-1] != ':' && psz_tt[-1] != '<') )
{
free( psz_alloc );
return VLC_EGENERIC;
}
else
{
const char * const rgsz[] =
{
"=\"http://www.w3.org/ns/ttml\"",
"=\"http://www.w3.org/2004/11/ttaf1\"",
"=\"http://www.w3.org/2006/04/ttaf1\"",
"=\"http://www.w3.org/2006/10/ttaf1\"",
};
const char *psz_ns = NULL;
for( size_t i=0; i<ARRAY_SIZE(rgsz) && !psz_ns; i++ )
{
psz_ns = strnstr( psz_xml, rgsz[i],
i_xml - (psz_tt - psz_xml) );
}
free( psz_alloc );
if( !psz_ns )
return VLC_EGENERIC;
}
p_demux->p_sys = p_sys = calloc( 1, sizeof( *p_sys ) );
if( unlikely( p_sys == NULL ) )
return VLC_ENOMEM;
p_sys->b_first_time = true;
p_sys->temporal_extent.i_type = TT_TIMINGS_PARALLEL;
tt_time_Init( &p_sys->temporal_extent.begin );
tt_time_Init( &p_sys->temporal_extent.end );
tt_time_Init( &p_sys->temporal_extent.dur );
p_sys->temporal_extent.begin.base = 0;
p_sys->p_xml = xml_Create( p_demux );
if( !p_sys->p_xml )
goto error;
p_sys->p_reader = xml_ReaderCreate( p_sys->p_xml, p_demux->s );
if( !p_sys->p_reader )
goto error;
#ifndef TTML_DEMUX_DEBUG
p_sys->p_reader->obj.flags |= OBJECT_FLAGS_QUIET;
#endif
if( ReadTTML( p_demux ) != VLC_SUCCESS )
goto error;
tt_timings_Resolve( (tt_basenode_t *) p_sys->p_rootnode, &p_sys->temporal_extent,
&p_sys->times.p_array, &p_sys->times.i_count );
#ifdef TTML_DEMUX_DEBUG
{
struct vlc_memstream stream;
if( vlc_memstream_open( &stream ) )
goto error;
tt_time_t t;
tt_time_Init( &t );
tt_node_ToText( &stream, (tt_basenode_t*)p_sys->p_rootnode, &t /* invalid */ );
vlc_memstream_putc( &stream, '\0' );
if( vlc_memstream_close( &stream ) == VLC_SUCCESS )
{
msg_Dbg( p_demux, "%s", stream.ptr );
free( stream.ptr );
}
}
#endif
p_demux->pf_demux = Demux;
p_demux->pf_control = Control;
es_format_t fmt;
es_format_Init( &fmt, SPU_ES, VLC_CODEC_TTML );
p_sys->p_es = es_out_Add( p_demux->out, &fmt );
if( !p_sys->p_es )
goto error;
es_format_Clean( &fmt );
return VLC_SUCCESS;
error:
CloseDemux( p_demux );
return VLC_EGENERIC;
}
int tps_pack_request(sip_msg_t *msg, tps_data_t *ptsd)
{
hdr_field_t *hdr;
via_body_t *via;
rr_t *rr;
int i;
int vlen;
if(ptsd->cp==NULL) {
ptsd->cp = ptsd->cbuf;
}
i = 0;
for(hdr=msg->h_via1; hdr; hdr=next_sibling_hdr(hdr)) {
for(via=(struct via_body*)hdr->parsed; via; via=via->next) {
i++;
vlen = tps_skip_rw(via->name.s, via->bsize);
if(ptsd->cp + vlen + 2 >= ptsd->cbuf + TPS_DATA_SIZE) {
LM_ERR("no more spage to pack via headers\n");
return -1;
}
if(i>1) {
*ptsd->cp = ',';
ptsd->cp++;
if(i>2) {
ptsd->x_via2.len++;
}
}
memcpy(ptsd->cp, via->name.s, vlen);
if(i==1) {
ptsd->x_via1.s = ptsd->cp;
ptsd->x_via1.len = vlen;
if(via->branch!=NULL) {
ptsd->x_vbranch1.s = ptsd->x_via1.s + (via->branch->value.s - via->name.s);
ptsd->x_vbranch1.len = via->branch->value.len;
}
} else {
if(i==2) {
ptsd->x_via2.s = ptsd->cp;
}
ptsd->x_via2.len += vlen;
}
ptsd->cp += vlen;
}
}
LM_DBG("compacted headers - x_via1: [%.*s](%d) - x_via2: [%.*s](%d)"
" - x_vbranch1: [%.*s](%d)\n",
ptsd->x_via1.len, ZSW(ptsd->x_via1.s), ptsd->x_via1.len,
ptsd->x_via2.len, ZSW(ptsd->x_via2.s), ptsd->x_via2.len,
ptsd->x_vbranch1.len, ZSW(ptsd->x_vbranch1.s), ptsd->x_vbranch1.len);
i = 0;
ptsd->a_rr.len = 0;
for(hdr=msg->record_route; hdr; hdr=next_sibling_hdr(hdr)) {
if (parse_rr(hdr) < 0) {
LM_ERR("failed to parse RR\n");
return -1;
}
for(rr =(rr_t*)hdr->parsed; rr; rr=rr->next) {
i++;
if(ptsd->cp + rr->nameaddr.uri.len + 4 >= ptsd->cbuf + TPS_DATA_SIZE) {
LM_ERR("no more spage to pack rr headers\n");
return -1;
}
if(i>1) {
*ptsd->cp = ',';
ptsd->cp++;
ptsd->a_rr.len++;
}
*ptsd->cp = '<';
if(i==1) {
ptsd->a_rr.s = ptsd->cp;
}
ptsd->cp++;
ptsd->a_rr.len++;
memcpy(ptsd->cp, rr->nameaddr.uri.s, rr->nameaddr.uri.len);
if(i==1) {
ptsd->bs_contact.s = ptsd->cp;
ptsd->bs_contact.len = rr->nameaddr.uri.len;
if(strnstr(ptsd->bs_contact.s, ";r2=on",
ptsd->bs_contact.len)==NULL) {
LM_DBG("single record routing by proxy\n");
ptsd->as_contact.s = ptsd->cp;
ptsd->as_contact.len = rr->nameaddr.uri.len;
}
} else {
if(i==2 && ptsd->as_contact.len==0) {
LM_DBG("double record routing by proxy\n");
ptsd->as_contact.s = ptsd->cp;
ptsd->as_contact.len = rr->nameaddr.uri.len;
}
}
ptsd->a_rr.len += rr->nameaddr.uri.len;
ptsd->cp += rr->nameaddr.uri.len;
*ptsd->cp = '>';
ptsd->cp++;
ptsd->a_rr.len++;
}
}
LM_DBG("compacted headers - a_rr: [%.*s](%d) - b_rr: [%.*s](%d)\n",
ptsd->a_rr.len, ZSW(ptsd->a_rr.s), ptsd->a_rr.len,
ptsd->b_rr.len, ZSW(ptsd->b_rr.s), ptsd->b_rr.len);
LM_DBG("compacted headers - as_contact: [%.*s](%d) - bs_contact: [%.*s](%d)\n",
ptsd->as_contact.len, ZSW(ptsd->as_contact.s), ptsd->as_contact.len,
ptsd->bs_contact.len, ZSW(ptsd->bs_contact.s), ptsd->bs_contact.len);
return 0;
}
// returns false and sets g_errno on error
bool Title::setTitle ( Xml *xml, Words *words, int32_t maxTitleLen, Query *query,
LinkInfo *linkInfo, Url *firstUrl, const char *filteredRootTitleBuf, int32_t filteredRootTitleBufSize,
uint8_t contentType, uint8_t langId, int32_t niceness ) {
// make Msg20.cpp faster if it is just has
// Msg20Request::m_setForLinkInfo set to true, no need to extricate a title.
if ( maxTitleLen <= 0 ) {
return true;
}
m_niceness = niceness;
m_maxTitleLen = maxTitleLen;
// if this is too big the "first line" algo can be huge!!!
// and really slow everything way down with a huge title candidate
int32_t maxTitleWords = 128;
// assume no title
reset();
int32_t NW = words->getNumWords();
//
// now get all the candidates
//
// . allow up to 100 title CANDIDATES
// . "as" is the word # of the first word in the candidate
// . "bs" is the word # of the last word IN the candidate PLUS ONE
int32_t n = 0;
int32_t as[MAX_TIT_CANDIDATES];
int32_t bs[MAX_TIT_CANDIDATES];
float scores[MAX_TIT_CANDIDATES];
Words *cptrs[MAX_TIT_CANDIDATES];
int32_t types[MAX_TIT_CANDIDATES];
int32_t parent[MAX_TIT_CANDIDATES];
// record the scoring algos effects
float baseScore [MAX_TIT_CANDIDATES];
float noCapsBoost [MAX_TIT_CANDIDATES];
float qtermsBoost [MAX_TIT_CANDIDATES];
float inCommonCandBoost[MAX_TIT_CANDIDATES];
// reset these
for ( int32_t i = 0 ; i < MAX_TIT_CANDIDATES ; i++ ) {
// assume no parent
parent[i] = -1;
}
// xml and words class for each link info, rss item
Xml tx[MAX_TIT_CANDIDATES];
Words tw[MAX_TIT_CANDIDATES];
int32_t ti = 0;
// restrict how many link texts and rss blobs we check for titles
// because title recs like www.google.com have hundreds and can
// really slow things down to like 50ms for title generation
int32_t kcount = 0;
int32_t rcount = 0;
//int64_t x = gettimeofdayInMilliseconds();
// . get every link text
// . TODO: repeat for linkInfo2, the imported link text
for ( Inlink *k = NULL; linkInfo && (k = linkInfo->getNextInlink(k)) ; ) {
// breathe
QUICKPOLL(m_niceness);
// fast skip check for link text
if ( k->size_linkText >= 3 && ++kcount >= 20 ) continue;
// fast skip check for rss item
if ( k->size_rssItem > 10 && ++rcount >= 20 ) continue;
// set Url
Url u;
u.set( k->getUrl(), k->size_urlBuf );
// is it the same host as us?
bool sh = true;
// skip if not from same host and should be
if ( firstUrl->getHostLen() != u.getHostLen() ) {
sh = false;
}
// skip if not from same host and should be
if ( strncmp( firstUrl->getHost(), u.getHost(), u.getHostLen() ) ) {
sh = false;
}
// get the link text
if ( k->size_linkText >= 3 ) {
char *p = k->getLinkText();
int32_t plen = k->size_linkText - 1;
if ( ! verifyUtf8 ( p , plen ) ) {
log("title: set4 bad link text from url=%s", k->getUrl());
continue;
}
// now the words.
if ( !tw[ti].set( k->getLinkText(), k->size_linkText - 1, true, 0 ) ) {
return false;
}
// set the bookends, it is the whole thing
cptrs [n] = &tw[ti];
as [n] = 0;
bs [n] = tw[ti].getNumWords();
// score higher if same host
if ( sh ) scores[n] = 1.05;
// do not count so high if remote!
else scores[n] = 0.80;
// set the type
if ( sh ) types [n] = TT_LINKTEXTLOCAL;
else types [n] = TT_LINKTEXTREMOTE;
// another candidate
n++;
// use xml and words
ti++;
// break out if too many already. save some for below.
if ( n + 30 >= MAX_TIT_CANDIDATES ) break;
}
// get the rss item
if ( k->size_rssItem <= 10 ) continue;
// . returns false and sets g_errno on error
// . use a 0 for niceness
if ( ! k->setXmlFromRSS ( &tx[ti] , 0 ) ) return false;
// get the word range
int32_t tslen;
bool isHtmlEnc;
char *ts = tx[ti].getRSSTitle ( &tslen , &isHtmlEnc );
// skip if not in the rss
if ( ! ts ) continue;
// skip if empty
if ( tslen <= 0 ) continue;
// now set words to that
if ( !tw[ti].set( ts, tslen, true, 0 ) ) {
return false;
}
// point to that
cptrs [n] = &tw[ti];
as [n] = 0;
bs [n] = tw[ti].getNumWords();
// increment since we are using it
ti++;
// base score for rss title
if ( sh ) scores[n] = 5.0;
// if not same host, treat like link text
else scores[n] = 2.0;
// set the type
if ( sh ) types [n] = TT_RSSITEMLOCAL;
else types [n] = TT_RSSITEMREMOTE;
// advance
n++;
// break out if too many already. save some for below.
if ( n + 30 >= MAX_TIT_CANDIDATES ) break;
}
//logf(LOG_DEBUG,"title: took1=%" PRId64,gettimeofdayInMilliseconds()-x);
//x = gettimeofdayInMilliseconds();
// . set the flags array
// . indicates what words are in title candidates already, but
// that is set below
// . up here we set words that are not allowed to be in candidates,
// like words that are in a link that is not a self link
// . alloc for it
char *flags = NULL;
char localBuf[10000];
int32_t need = words->getNumWords();
if ( need <= 10000 ) {
flags = (char *)localBuf;
} else {
flags = (char *)mmalloc(need,"TITLEflags");
}
if ( ! flags ) {
return false;
}
// clear it
memset ( flags , 0 , need );
// check tags in body
nodeid_t *tids = words->getTagIds();
// scan to set link text flags
// loop over all "words" in the html body
char inLink = false;
char selfLink = false;
for ( int32_t i = 0 ; i < NW ; i++ ) {
// breathe
QUICKPOLL(m_niceness);
// if in a link that is not self link, cannot be in a candidate
if ( inLink && ! selfLink ) {
flags[i] |= 0x02;
}
// out of a link
if ( tids[i] == (TAG_A | BACKBIT) ) {
inLink = false;
}
// if not start of <a> tag, skip it
if ( tids[i] != TAG_A ) {
continue;
}
// flag it
inLink = true;
// get the node in the xml
int32_t xn = words->getNodes()[i];
// is it a self link?
int32_t len;
char *link = xml->getString(xn,"href",&len);
// . set the url class to this
// . TODO: use the base url in the doc
Url u;
u.set( link, len, true, false );
// compare
selfLink = u.equals ( firstUrl );
// skip if not selfLink
if ( ! selfLink ) {
continue;
}
// if it is a selflink , check for an "onClick" tag in the
// anchor tag to fix that Mixx issue for:
// http://www.npr.org/templates/story/story.php?storyId=5417137
int32_t oclen;
char *oc = xml->getString(xn,"onclick",&oclen);
if ( ! oc ) {
oc = xml->getString(xn,"onClick",&oclen);
}
// assume not a self link if we see that...
if ( oc ) {
selfLink = false;
}
// if this <a href> link has a "title" attribute, use that
// instead! that thing is solid gold.
int32_t atlen;
char *atitle = xml->getString(xn,"title",&atlen);
// stop and use that, this thing is gold!
if ( ! atitle || atlen <= 0 ) {
continue;
}
// craziness? ignore it...
if ( atlen > 400 ) {
continue;
}
// if it contains permanent, permalink or share, ignore it!
if ( strncasestr ( atitle, "permalink", atlen ) ||
strncasestr ( atitle,"permanent", atlen) ||
strncasestr ( atitle,"share", atlen) ) {
continue;
}
// do not count the link text as viable
selfLink = false;
// aw, dammit
if ( ti >= MAX_TIT_CANDIDATES ) {
continue;
}
// other dammit
if ( n >= MAX_TIT_CANDIDATES ) {
break;
}
// ok, process it
if ( ! tw[ti].set ( atitle, atlen, true, 0 )) {
return false;
}
// set the bookends, it is the whole thing
cptrs [n] = &tw[ti];
as [n] = 0;
bs [n] = tw[ti].getNumWords();
scores [n] = 3.0; // not ALWAYS solid gold!
types [n] = TT_TITLEATT;
// we are using the words class
ti++;
// advance
n++;
// break out if too many already. save some for below.
if ( n + 20 >= MAX_TIT_CANDIDATES ) {
break;
}
}
//logf(LOG_DEBUG,"title: took2=%" PRId64,gettimeofdayInMilliseconds()-x);
//x = gettimeofdayInMilliseconds();
//int64_t *wids = WW->getWordIds();
// . find the last positive scoring guy
// . do not consider title candidates after "r" if "r" is non-zero
// . FIXES http://larvatusprodeo.net/2009/01/07/partisanship-politics-and-participation/
// the candidate # of the title tag
int32_t tti = -1;
// allow up to 4 tags from each type
char table[512];
// sanity check
if ( getNumXmlNodes() > 512 ) { char *xx=NULL;*xx=0; }
// clear table counts
memset ( table , 0 , 512 );
// the first word
char *wstart = NULL;
if ( NW > 0 ) {
wstart = words->getWord(0);
}
// loop over all "words" in the html body
for ( int32_t i = 0 ; i < NW ; i++ ) {
// come back up here if we encounter another "title-ish" tag
// within our first alleged "title-ish" tag
subloop:
// stop after 30k of text
if ( words->getWord(i) - wstart > 200000 ) {
break; // 1106
}
// get the tag id minus the back tag bit
nodeid_t tid = tids[i] & BACKBITCOMP;
// pen up and pen down for these comment like tags
if ( tid == TAG_SCRIPT || tid == TAG_STYLE ) {
// ignore "titles" in script or style tags
if ( ! (tids[i] & BACKBIT) ) {
continue;
}
}
/// @todo ALC we should allow more tags than just title/link
// skip if not a good tag.
if (tid != TAG_TITLE && tid != TAG_A) {
continue;
}
// must NOT be a back tag
if ( tids[i] & BACKBIT ) {
continue;
}
// skip if we hit our limit
if ( table[tid] >= 4 ) {
continue;
}
// skip over tag/word #i
i++;
// no words in links, unless it is a self link
if ( i < NW && (flags[i] & 0x02) ) {
continue;
}
// the start should be here
int32_t start = -1;
// do not go too far
int32_t max = i + 200;
// find the corresponding back tag for it
for ( ; i < NW && i < max ; i++ ) {
// hey we got it, BUT we got no alnum word first
// so the thing was empty, so loop back to subloop
if ( (tids[i] & BACKBITCOMP) == tid &&
(tids[i] & BACKBIT ) &&
start == -1 ) {
goto subloop;
}
// if we hit another title-ish tag, loop back up
if ( (tids[i] & BACKBITCOMP) == TAG_TITLE || (tids[i] & BACKBITCOMP) == TAG_A ) {
// if no alnum text, restart at the top
if ( start == -1 ) {
goto subloop;
}
// otherwise, break out and see if title works
break;
}
// if we hit a breaking tag...
if ( isBreakingTagId ( tids[i] & BACKBITCOMP ) &&
// do not consider <span> tags breaking for
// our purposes. i saw a <h1><span> setup before.
tids[i] != TAG_SPAN ) {
break;
}
// skip if not alnum word
if ( ! words->isAlnum(i) ) {
continue;
}
// if we hit an alnum word, break out
if ( start == -1 ) {
start = i;
}
}
// if no start was found, must have had a 0 score in there
if ( start == -1 ) {
continue;
}
// if we exhausted the doc, we are done
if ( i >= NW ) {
break;
}
// skip if way too big!
if ( i >= max ) {
continue;
}
// if was too long do not consider a title
if ( i - start > 300 ) {
continue;
}
// . skip if too many bytes
// . this does not include the length of word #i, but #(i-1)
if ( words->getStringSize ( start , i ) > 1000 ) {
continue;
}
// when using pdftohtml, the title tag is the filename when PDF property does not have title tag
if ( tid == TAG_TITLE && contentType == CT_PDF ) {
// skip if title == '/in.[0-9]*'
char* title_start = words->getWord(start);
char* title_end = words->getWord(i);
size_t title_size = title_end - title_start;
const char* result = strnstr( title_start, "/in.", title_size );
if (result != NULL) {
char* endp = NULL;
// do some further verification to avoid screwing up title
if ((strtoll(result + 4, &endp, 10) > 0) && (endp == title_end)) {
continue;
}
}
}
// count it
table[tid]++;
// max it out if we are positive scoring. stop after the
// first positive scoring guy in a section. this might
// hurt the "Hamlet" thing though...
// store a point to the title tag guy. Msg20.cpp needs this
// because the zak's proximity algo uses it in Summary.cpp
// and in Msg20.cpp
// only get the first one! often the 2nd on is in an iframe!! which we now expand into here.
if ( tid == TAG_TITLE && m_titleTagStart == -1 ) {
m_titleTagStart = start;
m_titleTagEnd = i;
// save the candidate # because we always use this
// as the title if we are a root
if ( tti < 0 ) {
tti = n;
}
}
// point to words class of the body that was passed in to us
cptrs[n] = words;
as[n] = start;
bs[n] = i;
if ( tid == TAG_B ) {
types[n] = TT_BOLDTAG;
scores[n] = 1.0;
} else if ( tid == TAG_H1 ) {
types[n] = TT_HTAG;
scores[n] = 1.8;
} else if ( tid == TAG_H2 ) {
types[n] = TT_HTAG;
scores[n] = 1.7;
} else if ( tid == TAG_H3 ) {
types[n] = TT_HTAG;
scores[n] = 1.6;
} else if ( tid == TAG_TITLE ) {
types[n] = TT_TITLETAG;
scores[n] = 3.0;
} else if ( tid == TAG_DIV ) {
types[n] = TT_DIVTAG;
scores[n] = 1.0;
} else if ( tid == TAG_TD ) {
types[n] = TT_TDTAG;
scores[n] = 1.0;
} else if ( tid == TAG_P ) {
types[n] = TT_PTAG;
scores[n] = 1.0;
} else if ( tid == TAG_FONT ) {
types[n] = TT_FONTTAG;
scores[n] = 1.0;
} else if ( tid == TAG_A ) {
types[n] = TT_ATAG;
// . self link is very powerful BUT
// http://www.npr.org/templates/story/story.php?storyId=5417137
// doesn't use it right! so use
// 1.3 instead of 3.0. that has an "onClick" thing in the
// <a> tag, so check for that!
// this was bad for
// http://www.spiritualwoman.net/?cat=191
// so i am demoting from 3.0 to 1.5
scores[n] = 1.5;
}
// count it
n++;
// start loop over at tag #i, for loop does an i++, so negate
// that so this will work
i--;
// break out if too many already. save some for below.
if ( n + 10 >= MAX_TIT_CANDIDATES ) {
break;
}
}
//logf(LOG_DEBUG,"title: took3=%" PRId64,gettimeofdayInMilliseconds()-x);
//x = gettimeofdayInMilliseconds();
// to handle text documents, throw in the first line of text
// as a title candidate, just make the score really low
bool textDoc = (contentType == CT_UNKNOWN || contentType == CT_TEXT);
if (textDoc) {
// make "i" point to first alphabetical word in the document
int32_t i ;
for ( i = 0 ; i < NW && !words->isAlpha(i) ; i++);
// if we got a first alphabetical word, then assume that to be the start of our title
if ( i < NW && n < MAX_TIT_CANDIDATES ) {
// first word in title is "t0"
int32_t t0 = i;
// find end of first line
int32_t numWords = 0;
// set i to the end now. we MUST find a \n to terminate the
// title, otherwise we will not have a valid title
while (i < NW && numWords < maxTitleWords && (words->isAlnum(i) || !words->hasChar(i, '\n'))) {
if(words->isAlnum(i)) {
numWords++;
}
++i;
}
// "t1" is the end
int32_t t1 = -1;
// we must have found our \n in order to set "t1"
if (i <= NW && numWords < maxTitleWords ) {
t1 = i;
}
// set the ptrs
cptrs [n] = words;
// this is the last resort i guess...
scores [n] = 0.5;
types [n] = TT_FIRSTLINE;
as [n] = t0;
bs [n] = t1;
// add it as a candidate if t0 and t1 were valid
if (t0 >= 0 && t1 > t0) {
n++;
}
}
}
//logf(LOG_DEBUG,"title: took4=%" PRId64,gettimeofdayInMilliseconds()-x);
//x = gettimeofdayInMilliseconds();
{
// now add the last url path to contain underscores or hyphens
char *pstart = firstUrl->getPath();
// get first url
Url *fu = firstUrl;
// start at the end
char *p = fu->getUrl() + fu->getUrlLen();
// end pointer
char *pend = NULL;
// come up here for each path component
while ( p >= pstart ) {
// save end
pend = p;
// skip over /
if ( *p == '/' ) {
p--;
}
// now go back to next /
int32_t count = 0;
for ( ; p >= pstart && *p !='/' ; p-- ) {
if ( *p == '_' || *p == '-' ) {
count++;
}
}
// did we get it?
if ( count > 0 ) {
break;
}
}
// did we get any?
if ( p > pstart && n < MAX_TIT_CANDIDATES ) {
// now set words to that
if ( ! tw[ti].set ( p, (pend - p), true, 0 )) {
return false;
}
// point to that
cptrs [n] = &tw[ti];
as [n] = 0;
bs [n] = tw[ti].getNumWords();
scores [n] = 1.0;
types [n] = TT_URLPATH;
// increment since we are using it
ti++;
// advance
n++;
}
}
// save old n
int32_t oldn = n;
// . do not split titles if we are a root url maps.yahoo.com was getting "Maps" for the title
if ( firstUrl->isRoot() ) {
oldn = -2;
}
// point to list of \0 separated titles
const char *rootTitleBuf = NULL;
const char *rootTitleBufEnd = NULL;
// get the root title if we are not root!
if (filteredRootTitleBuf) {
#ifdef _VALGRIND_
VALGRIND_CHECK_MEM_IS_DEFINED(filteredRootTitleBuf,filteredRootTitleBufSize);
#endif
// point to list of \0 separated titles
rootTitleBuf = filteredRootTitleBuf;
rootTitleBufEnd = filteredRootTitleBuf + filteredRootTitleBufSize;
}
{
Matches m;
if ( rootTitleBuf && query ) {
m.setQuery ( query );
}
// convert into an array
int32_t nr = 0;
const char *pr = rootTitleBuf;
const char *rootTitles[20];
int32_t rootTitleLens[20];
// loop over each root title segment
for ( ; pr && pr < rootTitleBufEnd ; pr += strnlen(pr,rootTitleBufEnd-pr) + 1 ) {
// if we had a query...
if ( query ) {
// reset it
m.reset();
// see if root title segment has query terms in it
m.addMatches ( const_cast<char*>(pr), strnlen(pr,rootTitleBufEnd-pr), MF_TITLEGEN, m_niceness );
// if matches query, do NOT add it, we only add it for
// removing from the title of the page...
if ( m.getNumMatches() ) {
continue;
}
}
// point to it. it should start with an alnum already
// since it is the "filtered" list of root titles...
// if not, fix it in xmldoc then.
rootTitles [nr] = pr;
rootTitleLens[nr] = gbstrlen(pr);
// advance
nr++;
// no breaching
if ( nr >= 20 ) break;
}
// now split up candidates in children candidates by tokenizing
// using :, | and - as delimters.
// the hyphen must have a space on at least one side, so "cd-rom" does
// not create a pair of tokens...
// FIX: for the title:
// Best Careers 2009: Librarian - US News and World Report
// we need to recognize "Best Careers 2009: Librarian" as a subtitle
// otherwise we don't get it as the title. so my question is are we
// going to have to do all the permutations at some point? for now
// let's just add in pairs...
for ( int32_t i = 0 ; i < oldn && n + 3 < MAX_TIT_CANDIDATES ; i++ ) {
// stop if no root title segments
if ( nr <= 0 ) break;
// get the word info
Words *w = cptrs[i];
int32_t a = as[i];
int32_t b = bs[i];
// init
int32_t lasta = a;
char prev = false;
// char length in bytes
//int32_t charlen = 1;
// see how many we add
int32_t added = 0;
char *skipTo = NULL;
bool qualified = true;
// . scan the words looking for a token
// . sometimes the candidates end in ": " so put in "k < b-1"
// . made this from k<b-1 to k<b to fix
// "Hot Tub Time Machine (2010) - IMDb" to strip IMDb
for ( int32_t k = a ; k < b && n + 3 < MAX_TIT_CANDIDATES; k++){
// get word
char *wp = w->getWord(k);
// skip if not alnum
if ( ! w->isAlnum(k) ) {
// in order for next alnum word to
// qualify for "clipping" if it matches
// the root title, there has to be more
// than just spaces here, some punct.
// otherwise title
// "T. D. Jakes: Biography from Answers.com"
// becomes
// "T. D. Jakes: Biography from"
qualified=isWordQualified(wp,w->getWordLen(k));
continue;
}
// gotta be qualified!
if ( ! qualified ) continue;
// skip if in root title
if ( skipTo && wp < skipTo ) continue;
// does this match any root page title segments?
int32_t j;
for ( j = 0 ; j < nr ; j++ ) {
// . compare to root title
// . break out if we matched!
if ( ! strncmp( wp, rootTitles[j], rootTitleLens[j] ) ) {
break;
}
}
// if we did not match a root title segment,
// keep on chugging
if ( j >= nr ) continue;
// . we got a root title match!
// . skip over
skipTo = wp + rootTitleLens[j];
// must land on qualified punct then!!
int32_t e = k+1;
for ( ; e<b && w->getWord(e)<skipTo ; e++ );
// ok, word #e must be a qualified punct
if ( e<b &&
! isWordQualified(w->getWord(e),w->getWordLen(e)))
// assume no match then!!
continue;
// if we had a previous guy, reset the end of the
// previous candidate
if ( prev ) {
bs[n-2] = k;
bs[n-1] = k;
}
// . ok, we got two more candidates
// . well, only one more if this is not the 1st time
if ( ! prev ) {
cptrs [n] = cptrs [i];
scores [n] = scores [i];
types [n] = types [i];
as [n] = lasta;
bs [n] = k;
parent [n] = i;
n++;
added++;
}
// the 2nd one
cptrs [n] = cptrs [i];
scores [n] = scores [i];
types [n] = types [i];
as [n] = e + 1;
bs [n] = bs [i];
parent [n] = i;
n++;
added++;
// now add in the last pair as a whole token
cptrs [n] = cptrs [i];
scores [n] = scores [i];
types [n] = types [i];
as [n] = lasta;
bs [n] = bs [i];
parent [n] = i;
n++;
added++;
// nuke the current candidate then since it got
// split up to not contain the root title...
//cptrs[i] = NULL;
// update this
lasta = k+1;
// if we encounter another delimeter we will have to revise bs[n-1], so note that
prev = true;
}
// nuke the current candidate then since it got
// split up to not contain the root title...
if ( added ) {
scores[i] = 0.001;
//cptrs[i] = NULL;
}
// erase the pair if that there was only one token
if ( added == 3 ) n--;
}
}
for ( int32_t i = 0 ; i < n ; i++ ) baseScore[i] = scores[i];
//
// . now punish by 0.85 for every lower case non-stop word it has
// . reward by 1.1 if has a non-stopword in the query
//
for ( int32_t i = 0 ; i < n ; i++ ) {
// point to the words
Words *w = cptrs[i];
// skip if got nuked above
if ( ! w ) {
continue;
}
// the word ptrs
char **wptrs = w->getWordPtrs();
// skip if empty
if ( w->getNumWords() <= 0 ) {
continue;
}
// get the word boundaries
int32_t a = as[i];
int32_t b = bs[i];
// record the boosts
float ncb = 1.0;
float qtb = 1.0;
// a flag
char uncapped = false;
// scan the words in this title candidate
for ( int32_t j = a ; j < b ; j++ ) {
// skip stop words
if ( w->isQueryStopWord( j, langId ) ) {
continue;
}
// punish if uncapitalized non-stopword
if ( ! w->isCapitalized(j) ) {
uncapped = true;
}
// skip if no query
if ( ! query ) {
continue;
}
int64_t wid = w->getWordId(j);
// reward if in the query
if ( query->getWordNum(wid) >= 0 ) {
qtb *= 1.5;
scores[i] *= 1.5;
}
}
// . only punish once if missing a capitalized word hurts us for:
// http://content-uk.cricinfo.com/ausvrsa2008_09/engine/current/match/351682.html
if ( uncapped ) {
ncb *= 1.00;
scores[i] *= 1.00;
}
// punish if a http:// title thingy
char *s = wptrs[a];
int32_t size = w->getStringSize(a,b);
if ( size > 9 && memcmp("http://", s, 7) == 0 ) {
ncb *= .10;
}
if ( size > 14 && memcmp("h\0t\0t\0p\0:\0/\0/", s, 14) == 0 ) {
ncb *= .10;
}
// set these guys
scores[i] *= ncb;
noCapsBoost[i] = ncb;
qtermsBoost[i] = qtb;
}
// . now compare each candidate to the other candidates
// . give a boost if matches
for ( int32_t i = 0 ; i < n ; i++ ) {
// point to the words
Words *w1 = cptrs[i];
// skip if got nuked above
if ( ! w1 ) {
continue;
}
int32_t a1 = as[i];
int32_t b1 = bs[i];
// reset some flags
char localFlag1 = 0;
char localFlag2 = 0;
// record the boost
float iccb = 1.0;
// total boost
float total = 1.0;
// to each other candidate
for ( int32_t j = 0 ; j < n ; j++ ) {
// not to ourselves
if ( j == i ) {
continue;
}
// or our derivatives
if ( parent[j] == i ) {
continue;
}
// or derivates to their parent
if ( parent[i] == j ) {
continue;
}
// only check parents now. do not check kids.
// this was only for when doing percent contained
// not getSimilarity() per se
//if ( parent[j] != -1 ) continue;
// TODO: do not accumulate boosts from a parent
// and its kids, subtitles...
//
// do not compare type X to type Y
if ( types[i] == TT_TITLETAG ) {
if ( types[j] == TT_TITLETAG ) {
continue;
}
}
// do not compare a div candidate to another div cand
// http://friendfeed.com/foxiewire?start=30
// likewise, a TD to another TD
// http://content-uk.cricinfo.com/ausvrsa2008_09/engine/match/351681.html
// ... etc.
if ( types[i] == TT_BOLDTAG ||
types[i] == TT_HTAG ||
types[i] == TT_DIVTAG ||
types[i] == TT_TDTAG ||
types[i] == TT_FONTTAG ) {
if ( types[j] == types[i] ) continue;
}
// . do not compare one kid to another kid
// . i.e. if we got "x | y" as a title and "x | z"
// as a link text, it will emphasize "x" too much
// http://content-uk.cricinfo.com/ausvrsa2008_09/engine/current/match/351682.html
if ( parent[j] != -1 && parent[i] != -1 ) continue;
// . body type tags are mostly mutually exclusive
// . for the legacy.com url mentioned below, we have
// good stuff in <td> tags, so this hurts us...
// . but for the sake of
// http://larvatusprodeo.net/2009/01/07/partisanship-politics-and-participation/
// i put bold tags back
if ( types[i] == TT_LINKTEXTLOCAL ) {
if ( types[j] == TT_LINKTEXTLOCAL ) continue;
}
if ( types[i] == TT_RSSITEMLOCAL ) {
if ( types[j] == TT_RSSITEMLOCAL ) continue;
}
// only compare to one local link text for each i
if ( types[j] == TT_LINKTEXTLOCAL && localFlag1 ) {
continue;
}
if ( types[j] == TT_RSSITEMLOCAL && localFlag2 ) {
continue;
}
if ( types[j] == TT_LINKTEXTLOCAL ) {
localFlag1 = 1;
}
if ( types[j] == TT_RSSITEMLOCAL ) {
localFlag2 = 1;
}
// not link title attr to link title attr either
// fixes http://www.spiritualwoman.net/?cat=191
if ( types[i] == TT_TITLEATT &&
types[j] == TT_TITLEATT )
continue;
// get our words
Words *w2 = cptrs[j];
// skip if got nuked above
if ( ! w2 ) continue;
int32_t a2 = as [j];
int32_t b2 = bs [j];
// how similar is title #i to title #j ?
float fp = getSimilarity ( w2 , a2 , b2 , w1 , a1 , b1 );
// error?
if ( fp == -1.0 ) return false;
// custom boosting...
float boost = 1.0;
if ( fp >= .95 ) boost = 3.0;
else if ( fp >= .90 ) boost = 2.0;
else if ( fp >= .85 ) boost = 1.5;
else if ( fp >= .80 ) boost = 1.4;
else if ( fp >= .75 ) boost = 1.3;
else if ( fp >= .70 ) boost = 1.2;
else if ( fp >= .60 ) boost = 1.1;
else if ( fp >= .50 ) boost = 1.08;
else if ( fp >= .40 ) boost = 1.04;
// limit total
total *= boost;
if ( total > 100.0 ) break;
// if you are matching the url path, that is pretty
// good so give more!
// actually, that would hurt:
// http://michellemalkin.com/2008/12/29/gag-worthy/
// custom boosting!
if ( fp > 0.0 && g_conf.m_logDebugTitle )
logf(LOG_DEBUG,"title: i=%" PRId32" j=%" PRId32" fp=%.02f "
"b=%.02f", i,j,fp,boost);
// apply it
scores[i] *= boost;
iccb *= boost;
}
inCommonCandBoost[i] = iccb;
}
//logf(LOG_DEBUG,"title: took7=%" PRId64,gettimeofdayInMilliseconds()-x);
//x = gettimeofdayInMilliseconds();
// loop over all n candidates
for ( int32_t i = 0 ; i < n ; i++ ) {
// skip if not in the document body
if ( cptrs[i] != words ) continue;
// point to the words
int32_t a1 = as [i];
int32_t b1 = bs [i];
// . loop through this candidates words
// . TODO: use memset here?
for ( int32_t j = a1 ; j <= b1 && j < NW ; j++ ) {
// flag it
flags[j] |= 0x01;
}
}
// free our stuff
if ( flags!=localBuf ) {
mfree (flags, need, "TITLEflags");
}
// now get the highest scoring candidate title
float max = -1.0;
int32_t winner = -1;
for ( int32_t i = 0 ; i < n ; i++ ) {
// skip if got nuked
if ( ! cptrs[i] ) {
continue;
}
if ( winner != -1 && scores[i] <= max ) {
continue;
}
// url path's cannot be titles in and of themselves
if ( types[i] == TT_URLPATH ) {
continue;
}
// skip if empty basically, like if title was exact
// copy of root, then the whole thing got nuked and
// some empty string added, where a > b
if ( as[i] >= bs[i] ) {
continue;
}
// got one
max = scores[i];
// save it
winner = i;
}
// if we are a root, always pick the title tag as the title
if ( oldn == -2 && tti >= 0 ) {
winner = tti;
}
// if no winner, all done. no title
if ( winner == -1 ) {
// last resort use file name
if ((contentType == CT_PDF) && (firstUrl->getFilenameLen() != 0)) {
Words w;
w.set(firstUrl->getFilename(), firstUrl->getFilenameLen(), true);
if (!copyTitle(&w, 0, w.getNumWords())) {
return false;
}
}
return true;
}
// point to the words class of the winner
Words *w = cptrs[winner];
// skip if got nuked above
if ( ! w ) { char *xx=NULL;*xx=0; }
// need to make our own Pos class if title not from body
Pos tp;
if ( w != words ) {
// set "Scores" ptr to NULL. we assume all are positive scores
if ( ! tp.set ( w ) ) {
return false;
}
}
// the string ranges from word #a up to and including word #b
int32_t a = as[winner];
int32_t b = bs[winner];
// sanity check
if ( a < 0 || b > w->getNumWords() ) { char*xx=NULL;*xx=0; }
// save the title
if ( ! copyTitle(w, a, b) ) {
return false;
}
/*
// debug logging
SafeBuf sb;
SafeBuf *pbuf = &sb;
log("title: candidates for %s",xd->getFirstUrl()->getUrl() );
pbuf->safePrintf("<div stype=\"border:1px solid black\">");
pbuf->safePrintf("<b>***Finding Title***</b><br>\n");
pbuf->safePrintf("<table cellpadding=5 border=2><tr>"
"<td colspan=20><center><b>Title Generation</b>"
"</center></td>"
"</tr>\n<tr>"
"<td>#</td>"
"<td>type</td>"
"<td>parent</td>"
"<td>base score</td>"
"<td>format penalty</td>"
"<td>query term boost</td>"
"<td>candidate intersection boost</td>"
"<td>FINAL SCORE</td>"
"<td>title</td>"
"</tr>\n" );
// print out all candidates
for ( int32_t i = 0 ; i < n ; i++ ) {
char *ts = "unknown";
if ( types[i] == TT_LINKTEXTLOCAL ) ts = "local inlink text";
if ( types[i] == TT_LINKTEXTREMOTE ) ts = "remote inlink text";
if ( types[i] == TT_RSSITEMLOCAL ) ts = "local rss title";
if ( types[i] == TT_RSSITEMREMOTE ) ts = "remote rss title";
if ( types[i] == TT_BOLDTAG ) ts = "bold tag";
if ( types[i] == TT_HTAG ) ts = "header tag";
if ( types[i] == TT_TITLETAG ) ts = "title tag";
if ( types[i] == TT_FIRSTLINE ) ts = "first line in text";
if ( types[i] == TT_FONTTAG ) ts = "font tag";
if ( types[i] == TT_ATAG ) ts = "anchor tag";
if ( types[i] == TT_DIVTAG ) ts = "div tag";
if ( types[i] == TT_TDTAG ) ts = "td tag";
if ( types[i] == TT_PTAG ) ts = "p tag";
if ( types[i] == TT_URLPATH ) ts = "url path";
if ( types[i] == TT_TITLEATT ) ts = "title attribute";
// get the title
pbuf->safePrintf(
"<tr>"
"<td>#%" PRId32"</td>"
"<td><nobr>%s</nobr></td>"
"<td>%" PRId32"</td>"
"<td>%0.2f</td>" // baseScore
"<td>%0.2f</td>"
"<td>%0.2f</td>"
"<td>%0.2f</td>"
"<td>%0.2f</td>"
"<td>",
i,
ts ,
parent[i],
baseScore[i],
noCapsBoost[i],
qtermsBoost[i],
inCommonCandBoost[i],
scores[i]);
// ptrs
Words *w = cptrs[i];
int32_t a = as[i];
int32_t b = bs[i];
// skip if no words
if ( w->getNumWords() <= 0 ) continue;
// the word ptrs
char **wptrs = w->getWordPtrs();
// string ptrs
char *ptr = wptrs[a];//w->getWord(a);
int32_t size = w->getStringSize(a,b);
// it is utf8
pbuf->safeMemcpy ( ptr , size );
// end the line
pbuf->safePrintf("</td></tr>\n");
}
pbuf->safePrintf("</table>\n<br>\n");
// log these for now
log("title: %s",sb.getBufStart());
*/
return true;
}
int db_input_wrapper(char* buf, int max_size, int db)
{
int retval=0;
int c=0;
int err=0;
int* domd=NULL;
url_t* db_url=NULL;
#ifdef WITH_MHASH
char* tmp=NULL;
MHASH* md=NULL;
void* key=NULL;
int keylen;
#endif
FILE** db_filep=NULL;
#ifdef WITH_ZLIB
gzFile* db_gzp=NULL;
#endif
switch(db) {
case DB_OLD: {
db_url=conf->db_in_url;
domd=&(conf->do_dboldmd);
#ifdef WITH_MHASH
md=&(conf->dboldmd);
#endif
db_filep=&(conf->db_in);
#ifdef WITH_ZLIB
db_gzp=&(conf->db_gzin);
#endif
break;
}
case DB_NEW: {
db_url=conf->db_new_url;
domd=&(conf->do_dbnewmd);
#ifdef WITH_MHASH
md=&(conf->dbnewmd);
#endif
db_filep=&(conf->db_new);
#ifdef WITH_ZLIB
db_gzp=&(conf->db_gznew);
#endif
break;
}
}
#ifdef WITH_CURL
switch (db_url->type) {
case url_http:
case url_https:
case url_ftp: {
retval=url_fread(buf,1,max_size,(URL_FILE *)*db_filep);
break;
}
default:
#endif /* WITH CURL */
/* Read a character at a time until we are doing md */
#ifdef WITH_ZLIB
if((*db_gzp==NULL)&&(*domd)){
retval=fread(buf,1,max_size,*db_filep);
}
if((*db_gzp!=NULL)&&(*domd)){
if(gzeof(*db_gzp)){
retval=0;
buf[0]='\0';
}else {
if((retval=gzread(*db_gzp,buf,max_size))<0){
error(0,_("gzread() failed: gzerr=%s!\n"),gzerror(*db_gzp,&err));
retval=0;
buf[0]='\0';
} else {
/* gzread returns 0 even if uncompressed bytes were read*/
error(240,"nread=%d,strlen(buf)=%lu,errno=%s,gzerr=%s\n",
retval,(unsigned long)strnlen((char*)buf, max_size),
strerror(errno),gzerror(*db_gzp,&err));
if(retval==0){
retval=strnlen((char*)buf, max_size);
}
}
}
}
if((*db_gzp!=NULL)&&!(*domd)){
c=gzgetc(*db_gzp);
retval= (c==EOF) ? 0 : (buf[0] = c,1);
}
if((*db_gzp==NULL)&&!(*domd)){
c=fgetc(*db_filep);
if(c==(unsigned char)'\037'){
c=fgetc(*db_filep);
if(c==(unsigned char)'\213'){
/* We got gzip header. */
error(255,"Got Gzip header. Handling..\n");
lseek(fileno(*db_filep),0L,SEEK_SET);
*db_gzp=gzdopen(fileno(*db_filep),"rb");
c=gzgetc(*db_gzp);
error(255,"First character after gzip header is: %c(%#X)\n",c,c);
if(c==-1) {
int xx;
error(0,"Error reading gzipped file: %s\n",gzerror(*db_gzp,&xx));
exit(EXIT_FAILURE);
}
}else {
/* False alarm */
ungetc(c,*db_filep);
}
}
retval= (c==EOF) ? 0 : (buf[0] = c,1);
}
#else /* WITH_ZLIB */
#ifdef WITH_MHASH
if(*domd){
retval=fread(buf,1,max_size,*db_filep);
}else {
c=fgetc(*db_filep);
retval= (c==EOF) ? 0 : (buf[0] = c,1);
}
#else /* WITH_MHASH */
retval=fread(buf,1,max_size,*db_filep);
#endif /* WITH_MHASH */
#endif /* WITH_ZLIB */
#ifdef WITH_MHASH
if(*domd){
if(!*md){
if((key=get_db_key())!=NULL){
keylen=get_db_key_len();
if( (*md=
mhash_hmac_init(conf->dbhmactype,
key,
keylen,
mhash_get_hash_pblock(conf->dbhmactype)))==
MHASH_FAILED){
error(0, "mhash_hmac_init() failed for db check. Aborting\n");
exit(EXIT_FAILURE);
}
} else {
*domd=0;
}
}
/* FIXME This does not handle the case that @@end_config is on
buffer boundary. */
if (*domd!=0) {
if((tmp=strnstr(buf,"@@end_db",retval))!=NULL){
/* We have end of db don't feed the last line to mhash */
mhash(*md,(void*)buf,tmp-buf);
/* We don't want to come here again after the *md has been deinited
by db_readline_file() */
*domd=0;
} else {
mhash(*md,(void*)buf,retval);
}
}
}
#endif
#ifdef WITH_CURL
}
#endif /* WITH CURL */
return retval;
}
void stm401_irq_wake_work_func(struct work_struct *work)
{
int err;
unsigned short irq_status;
u32 irq2_status;
uint8_t irq3_status;
struct stm401_data *ps_stm401 = container_of(work,
struct stm401_data, irq_wake_work);
dev_dbg(&ps_stm401->client->dev, "stm401_irq_wake_work_func\n");
mutex_lock(&ps_stm401->lock);
if (ps_stm401->mode == BOOTMODE)
goto EXIT_NO_WAKE;
/* This is to handle the case of receiving an interrupt after
suspend_late, but before interrupts were globally disabled. If this
is the case, interrupts might be disabled now, so we cannot handle
this at this time. suspend_noirq will return BUSY if this happens
so that we can handle these interrupts. */
if (ps_stm401->ignore_wakeable_interrupts) {
dev_info(&ps_stm401->client->dev,
"Deferring interrupt work\n");
ps_stm401->ignored_interrupts++;
goto EXIT_NO_WAKE;
}
stm401_wake(ps_stm401);
/* read interrupt mask register */
stm401_cmdbuff[0] = WAKESENSOR_STATUS;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1, 2);
if (err < 0) {
dev_err(&ps_stm401->client->dev, "Reading from stm401 failed\n");
goto EXIT;
}
irq_status = (stm401_readbuff[IRQ_WAKE_MED] << 8)
| stm401_readbuff[IRQ_WAKE_LO];
/* read algorithm interrupt status register */
stm401_cmdbuff[0] = ALGO_INT_STATUS;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1, 3);
if (err < 0) {
dev_err(&ps_stm401->client->dev, "Reading from stm401 failed\n");
goto EXIT;
}
irq2_status = (stm401_readbuff[IRQ_WAKE_HI] << 16) |
(stm401_readbuff[IRQ_WAKE_MED] << 8) |
stm401_readbuff[IRQ_WAKE_LO];
/* read generic interrupt register */
stm401_cmdbuff[0] = GENERIC_INT_STATUS;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1, 1);
if (err < 0) {
dev_err(&ps_stm401->client->dev, "Reading from stm failed\n");
goto EXIT;
}
irq3_status = stm401_readbuff[0];
if (ps_stm401->qw_irq_status) {
irq_status |= ps_stm401->qw_irq_status;
ps_stm401->qw_irq_status = 0;
}
/* First, check for error messages */
if (irq_status & M_LOG_MSG) {
stm401_cmdbuff[0] = ERROR_STATUS;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff,
1, ESR_SIZE);
if (err >= 0) {
memcpy(stat_string, stm401_readbuff, ESR_SIZE);
stat_string[ESR_SIZE] = 0;
dev_err(&ps_stm401->client->dev,
"STM401 Error: %s\n", stat_string);
} else
dev_err(&ps_stm401->client->dev,
"Failed to read error message %d\n", err);
}
/* Second, check for a reset request */
if (irq_status & M_HUB_RESET) {
unsigned char status;
if (strnstr(stat_string, "modality", ESR_SIZE))
status = 0x01;
else if (strnstr(stat_string, "Algo", ESR_SIZE))
status = 0x02;
else if (strnstr(stat_string, "Watchdog", ESR_SIZE))
status = 0x03;
else
status = 0x04;
stm401_as_data_buffer_write(ps_stm401, DT_RESET, &status, 1, 0);
stm401_reset_and_init();
dev_err(&ps_stm401->client->dev, "STM401 requested a reset\n");
goto EXIT;
}
/* Check all other status bits */
if (irq_status & M_DOCK) {
int state;
dev_err(&ps_stm401->client->dev,
"Invalid M_DOCK bit set. irq_status = 0x%06x\n",
irq_status);
stm401_cmdbuff[0] = DOCK_DATA;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1, 1);
if (err < 0) {
dev_err(&ps_stm401->client->dev,
"Reading Dock state failed\n");
goto EXIT;
}
stm401_as_data_buffer_write(ps_stm401, DT_DOCK,
stm401_readbuff, 1, 0);
state = stm401_readbuff[DOCK_STATE];
if (ps_stm401->dsdev.dev != NULL)
switch_set_state(&ps_stm401->dsdev, state);
if (ps_stm401->edsdev.dev != NULL)
switch_set_state(&ps_stm401->edsdev, state);
dev_dbg(&ps_stm401->client->dev, "Dock status:%d\n", state);
}
if (irq_status & M_PROXIMITY) {
stm401_cmdbuff[0] = PROXIMITY;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1, 1);
if (err < 0) {
dev_err(&ps_stm401->client->dev,
"Reading prox from stm401 failed\n");
goto EXIT;
}
stm401_as_data_buffer_write(ps_stm401, DT_PROX,
stm401_readbuff, 1, 0);
dev_dbg(&ps_stm401->client->dev,
"Sending Proximity distance %d\n",
stm401_readbuff[PROX_DISTANCE]);
}
if (irq_status & M_TOUCH) {
if (stm401_display_handle_touch_locked(ps_stm401) < 0)
goto EXIT;
}
if (irq_status & M_COVER) {
int state;
stm401_cmdbuff[0] = COVER_DATA;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1, 1);
if (err < 0) {
dev_err(&ps_stm401->client->dev,
"Reading Cover state failed\n");
goto EXIT;
}
state = stm401_readbuff[COVER_STATE];
if (state > 0)
state = 1;
input_report_switch(ps_stm401->input_dev, SW_LID, state);
input_sync(ps_stm401->input_dev);
dev_dbg(&ps_stm401->client->dev, "Cover status: %d\n", state);
}
if (irq_status & M_QUICKPEEK) {
if (stm401_display_handle_quickpeek_locked(ps_stm401,
irq_status == M_QUICKPEEK) < 0)
goto EXIT;
}
if (irq_status & M_FLATUP) {
stm401_cmdbuff[0] = FLAT_DATA;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1, 1);
if (err < 0) {
dev_err(&ps_stm401->client->dev,
"Reading flat data from stm401 failed\n");
goto EXIT;
}
stm401_as_data_buffer_write(ps_stm401, DT_FLAT_UP,
stm401_readbuff, 1, 0);
dev_dbg(&ps_stm401->client->dev, "Sending Flat up %d\n",
stm401_readbuff[FLAT_UP]);
}
if (irq_status & M_FLATDOWN) {
stm401_cmdbuff[0] = FLAT_DATA;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1, 1);
if (err < 0) {
dev_err(&ps_stm401->client->dev,
"Reading flat data from stm401 failed\n");
goto EXIT;
}
stm401_as_data_buffer_write(ps_stm401, DT_FLAT_DOWN,
stm401_readbuff, 1, 0);
dev_dbg(&ps_stm401->client->dev, "Sending Flat down %d\n",
stm401_readbuff[FLAT_DOWN]);
}
if (irq_status & M_STOWED) {
stm401_cmdbuff[0] = STOWED;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1, 1);
if (err < 0) {
dev_err(&ps_stm401->client->dev,
"Reading stowed from stm401 failed\n");
goto EXIT;
}
stm401_as_data_buffer_write(ps_stm401, DT_STOWED,
stm401_readbuff, 1, 0);
dev_dbg(&ps_stm401->client->dev,
"Sending Stowed status %d\n", stm401_readbuff[STOWED]);
}
if (irq_status & M_CAMERA_ACT) {
stm401_cmdbuff[0] = CAMERA;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1, 2);
if (err < 0) {
dev_err(&ps_stm401->client->dev,
"Reading camera data from stm failed\n");
goto EXIT;
}
stm401_as_data_buffer_write(ps_stm401, DT_CAMERA_ACT,
stm401_readbuff, 2, 0);
dev_dbg(&ps_stm401->client->dev,
"Sending Camera: %d\n", STM16_TO_HOST(CAMERA_VALUE));
input_report_key(ps_stm401->input_dev, KEY_CAMERA, 1);
input_report_key(ps_stm401->input_dev, KEY_CAMERA, 0);
input_sync(ps_stm401->input_dev);
dev_dbg(&ps_stm401->client->dev,
"Report camkey toggle\n");
}
if (irq_status & M_NFC) {
stm401_cmdbuff[0] = NFC;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1, 1);
if (err < 0) {
dev_err(&ps_stm401->client->dev,
"Reading nfc data from stm failed\n");
goto EXIT;
}
stm401_as_data_buffer_write(ps_stm401, DT_NFC,
stm401_readbuff, 1, 0);
dev_dbg(&ps_stm401->client->dev,
"Sending NFC value: %d\n", stm401_readbuff[NFC_VALUE]);
}
if (irq_status & M_SIM) {
stm401_cmdbuff[0] = SIM;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1, 2);
if (err < 0) {
dev_err(&ps_stm401->client->dev,
"Reading sig_motion data from stm failed\n");
goto EXIT;
}
stm401_as_data_buffer_write(ps_stm401, DT_SIM,
stm401_readbuff, 2, 0);
/* This is one shot sensor */
stm401_g_wake_sensor_state &= (~M_SIM);
dev_dbg(&ps_stm401->client->dev, "Sending SIM Value=%d\n",
STM16_TO_HOST(SIM_DATA));
}
if (irq_status & M_CHOPCHOP) {
stm401_cmdbuff[0] = CHOPCHOP;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1, 2);
if (err < 0) {
dev_err(&ps_stm401->client->dev,
"Reading chopchop data from stm failed\n");
goto EXIT;
}
stm401_as_data_buffer_write(ps_stm401, DT_CHOPCHOP,
stm401_readbuff, 2, 0);
dev_dbg(&ps_stm401->client->dev, "ChopChop triggered. Gyro aborts=%d\n",
STM16_TO_HOST(CHOPCHOP_DATA));
}
if (irq2_status & M_MMOVEME) {
unsigned char status;
/* Client recieving action will be upper 2 most significant */
/* bits of the least significant byte of status. */
status = (irq2_status & STM401_CLIENT_MASK) | M_MMOVEME;
stm401_ms_data_buffer_write(ps_stm401, DT_MMMOVE, &status, 1);
dev_dbg(&ps_stm401->client->dev,
"Sending meaningful movement event\n");
}
if (irq2_status & M_NOMMOVE) {
unsigned char status;
/* Client recieving action will be upper 2 most significant */
/* bits of the least significant byte of status. */
status = (irq2_status & STM401_CLIENT_MASK) | M_NOMMOVE;
stm401_ms_data_buffer_write(ps_stm401, DT_NOMOVE, &status, 1);
dev_dbg(&ps_stm401->client->dev,
"Sending no meaningful movement event\n");
}
if (irq2_status & M_ALGO_MODALITY) {
stm401_cmdbuff[0] =
stm401_algo_info[STM401_IDX_MODALITY].evt_register;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1,
STM401_EVT_SZ_TRANSITION);
if (err < 0) {
dev_err(&ps_stm401->client->dev,
"Reading modality event failed\n");
goto EXIT;
}
stm401_readbuff[ALGO_TYPE] = STM401_IDX_MODALITY;
stm401_ms_data_buffer_write(ps_stm401, DT_ALGO_EVT,
stm401_readbuff, 8);
dev_dbg(&ps_stm401->client->dev, "Sending modality event\n");
}
if (irq2_status & M_ALGO_ORIENTATION) {
stm401_cmdbuff[0] =
stm401_algo_info[STM401_IDX_ORIENTATION].evt_register;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1,
STM401_EVT_SZ_TRANSITION);
if (err < 0) {
dev_err(&ps_stm401->client->dev,
"Reading orientation event failed\n");
goto EXIT;
}
stm401_readbuff[ALGO_TYPE] = STM401_IDX_ORIENTATION;
stm401_ms_data_buffer_write(ps_stm401, DT_ALGO_EVT,
stm401_readbuff, 8);
dev_dbg(&ps_stm401->client->dev, "Sending orientation event\n");
}
if (irq2_status & M_ALGO_STOWED) {
stm401_cmdbuff[0] =
stm401_algo_info[STM401_IDX_STOWED].evt_register;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1,
STM401_EVT_SZ_TRANSITION);
if (err < 0) {
dev_err(&ps_stm401->client->dev,
"Reading stowed event failed\n");
goto EXIT;
}
stm401_readbuff[ALGO_TYPE] = STM401_IDX_STOWED;
stm401_ms_data_buffer_write(ps_stm401, DT_ALGO_EVT,
stm401_readbuff, 8);
dev_dbg(&ps_stm401->client->dev, "Sending stowed event\n");
}
if (irq2_status & M_ALGO_ACCUM_MODALITY) {
stm401_cmdbuff[0] =
stm401_algo_info[STM401_IDX_ACCUM_MODALITY]
.evt_register;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1,
STM401_EVT_SZ_ACCUM_STATE);
if (err < 0) {
dev_err(&ps_stm401->client->dev,
"Reading accum modality event failed\n");
goto EXIT;
}
stm401_readbuff[ALGO_TYPE] = STM401_IDX_ACCUM_MODALITY;
stm401_ms_data_buffer_write(ps_stm401, DT_ALGO_EVT,
stm401_readbuff, 8);
dev_dbg(&ps_stm401->client->dev, "Sending accum modality event\n");
}
if (irq2_status & M_ALGO_ACCUM_MVMT) {
stm401_cmdbuff[0] =
stm401_algo_info[STM401_IDX_ACCUM_MVMT].evt_register;
err = stm401_i2c_write_read(ps_stm401, stm401_cmdbuff, 1,
STM401_EVT_SZ_ACCUM_MVMT);
if (err < 0) {
dev_err(&ps_stm401->client->dev,
"Reading accum mvmt event failed\n");
goto EXIT;
}
stm401_readbuff[ALGO_TYPE] = STM401_IDX_ACCUM_MVMT;
stm401_ms_data_buffer_write(ps_stm401, DT_ALGO_EVT,
stm401_readbuff, 8);
dev_dbg(&ps_stm401->client->dev, "Sending accum mvmt event\n");
}
if (irq2_status & M_IR_WAKE_GESTURE) {
err = stm401_process_ir_gesture(ps_stm401);
if (err < 0)
goto EXIT;
}
if (irq3_status & M_GENERIC_INTRPT) {
dev_err(&ps_stm401->client->dev,
"Invalid M_GENERIC_INTRPT bit set. irq_status = 0x%06x\n",
irq_status);
/* x (data1) : irq3_status */
stm401_ms_data_buffer_write(ps_stm401, DT_GENERIC_INT,
&irq3_status, 1);
dev_dbg(&ps_stm401->client->dev,
"Sending generic interrupt event:%d\n", irq3_status);
}
EXIT:
stm401_sleep(ps_stm401);
EXIT_NO_WAKE:
mutex_unlock(&ps_stm401->lock);
}
static void
whois(const char *query, const char *hostname, int flags)
{
FILE *sfi, *sfo;
struct addrinfo *hostres, *res;
char *buf, *host, *nhost, *p;
int i, s;
size_t c, len;
hostres = gethostinfo(hostname, 1);
for (res = hostres; res; res = res->ai_next) {
s = socket(res->ai_family, res->ai_socktype, res->ai_protocol);
if (s < 0)
continue;
if (connect(s, res->ai_addr, res->ai_addrlen) == 0)
break;
close(s);
}
freeaddrinfo(hostres);
if (res == NULL)
err(EX_OSERR, "connect()");
sfi = fdopen(s, "r");
sfo = fdopen(s, "w");
if (sfi == NULL || sfo == NULL)
err(EX_OSERR, "fdopen()");
if (strcmp(hostname, GERMNICHOST) == 0) {
#ifdef __APPLE__
/* radar:18958875 radar:21503897 */
fprintf(sfo, "-T dn -C UTF-8 %s\r\n", query);
#else
fprintf(sfo, "-T dn,ace -C US-ASCII %s\r\n", query);
#endif
} else {
fprintf(sfo, "%s\r\n", query);
}
fflush(sfo);
nhost = NULL;
while ((buf = fgetln(sfi, &len)) != NULL) {
while (len > 0 && isspace((unsigned char)buf[len - 1]))
buf[--len] = '\0';
printf("%.*s\n", (int)len, buf);
if ((flags & WHOIS_RECURSE) && nhost == NULL) {
host = strnstr(buf, WHOIS_SERVER_ID, len);
if (host != NULL) {
host += sizeof(WHOIS_SERVER_ID) - 1;
for (p = host; p < buf + len; p++) {
if (!ishost(*p)) {
*p = '\0';
break;
}
}
s_asprintf(&nhost, "%.*s",
(int)(buf + len - host), host);
} else if ((host =
strnstr(buf, WHOIS_ORG_SERVER_ID, len)) != NULL) {
host += sizeof(WHOIS_ORG_SERVER_ID) - 1;
for (p = host; p < buf + len; p++) {
if (!ishost(*p)) {
*p = '\0';
break;
}
}
s_asprintf(&nhost, "%.*s",
(int)(buf + len - host), host);
} else if (strcmp(hostname, ANICHOST) == 0) {
for (c = 0; c <= len; c++)
buf[c] = tolower((int)buf[c]);
for (i = 0; ip_whois[i] != NULL; i++) {
if (strnstr(buf, ip_whois[i], len) !=
NULL) {
s_asprintf(&nhost, "%s",
ip_whois[i]);
break;
}
}
}
}
}
if (nhost != NULL) {
whois(query, nhost, 0);
free(nhost);
}
}
/*
* Check if the host name h passed matches the pattern passed in m which
* is usually part of subjectAltName or CN of a certificate presented to
* the client. This includes wildcard matching. The algorithm is based on
* RFC6125, sections 6.4.3 and 7.2, which clarifies RFC2818 and RFC3280.
*/
static int
fetch_ssl_hname_match(const char *h, size_t hlen, const char *m,
size_t mlen)
{
int delta, hdotidx, mdot1idx, wcidx;
const char *hdot, *mdot1, *mdot2;
const char *wc; /* wildcard */
if (!(h && *h && m && *m))
return (0);
if ((wc = strnstr(m, "*", mlen)) == NULL)
return (fetch_ssl_hname_equal(h, hlen, m, mlen));
wcidx = wc - m;
/* hostname should not be just dots and numbers */
if (fetch_ssl_hname_is_only_numbers(h, hlen))
return (0);
/* only one wildcard allowed in pattern */
if (strnstr(wc + 1, "*", mlen - wcidx - 1) != NULL)
return (0);
/*
* there must be at least two more domain labels and
* wildcard has to be in the leftmost label (RFC6125)
*/
mdot1 = strnstr(m, ".", mlen);
if (mdot1 == NULL || mdot1 < wc || (mlen - (mdot1 - m)) < 4)
return (0);
mdot1idx = mdot1 - m;
mdot2 = strnstr(mdot1 + 1, ".", mlen - mdot1idx - 1);
if (mdot2 == NULL || (mlen - (mdot2 - m)) < 2)
return (0);
/* hostname must contain a dot and not be the 1st char */
hdot = strnstr(h, ".", hlen);
if (hdot == NULL || hdot == h)
return (0);
hdotidx = hdot - h;
/*
* host part of hostname must be at least as long as
* pattern it's supposed to match
*/
if (hdotidx < mdot1idx)
return (0);
/*
* don't allow wildcards in non-traditional domain names
* (IDN, A-label, U-label...)
*/
if (!fetch_ssl_is_trad_domain_label(h, hdotidx, 0) ||
!fetch_ssl_is_trad_domain_label(m, mdot1idx, 1))
return (0);
/* match domain part (part after first dot) */
if (!fetch_ssl_hname_equal(hdot, hlen - hdotidx, mdot1,
mlen - mdot1idx))
return (0);
/* match part left of wildcard */
if (!fetch_ssl_hname_equal(h, wcidx, m, wcidx))
return (0);
/* match part right of wildcard */
delta = mdot1idx - wcidx - 1;
if (!fetch_ssl_hname_equal(hdot - delta, delta,
mdot1 - delta, delta))
return (0);
/* all tests succeded, it's a match */
return (1);
}
Network::Err Network::handleConnection(SocketData* conn)
{
int connSock = conn->fd;
char* buffer = conn->readBuf;
size_t toRead = readBufSize - conn->readLen;
ssize_t receivedBytes = recv(connSock, buffer + conn->readLen, toRead, 0);
if (receivedBytes == -1)
{
Log::err("recv(): %s", strerror(errno));
if (close(connSock) == -1)
{
Log::err("close(): %s", strerror(errno));
}
return Err::Process;
}
else if (receivedBytes == 0)
{
Log::info("Closing disconnected socket");
if (close(connSock) == -1)
{
Log::err("close(): %s", strerror(errno));
}
return Err::Process;
}
conn->readLen += receivedBytes;
receivedBytes = conn->readLen;
if (strnstr(buffer, "\r\n\r\n", receivedBytes) == nullptr
&& strnstr(buffer, "\r\r", receivedBytes) == nullptr
&& strnstr(buffer, "\n\n", receivedBytes) == nullptr)
{
if (receivedBytes == readBufSize)
{
if (close(connSock) == -1)
{
Log::err("close(): %s", strerror(errno));
}
return Err::Process;
}
return Err::ReadMore;
}
char* rPos = (char*)memchr(buffer, '\r', receivedBytes);
char* nPos = (char*)memchr(buffer, '\n', receivedBytes);
char* lineEndPos = nPos;
if (nPos == nullptr || (rPos != nullptr && rPos < nPos))
{
lineEndPos = rPos;
}
RequestResult res;
RequestErr status;
size_t requestLineLen;
if (lineEndPos == nullptr)
{
requestLineLen = receivedBytes;
status = RequestErr::BAD_REQUEST;
res.version = HttpVersion::V1_0;
}
else
{
requestLineLen = lineEndPos - buffer;
status = readRequestLine(buffer, requestLineLen, res);
}
char pathBuff[1024];
const char* path = nullptr;
switch (status)
{
case RequestErr::OK:
{
int unescapedLen = unescape(res.path, pathBuff, res.pathLen);
if (unescapedLen == -1)
{
status = RequestErr::BAD_REQUEST;
path = "/400.html";
}
else
{
pathBuff[unescapedLen] = 0;
path = pathBuff;
}
}
break;
case RequestErr::BAD_REQUEST:
path = "/400.html";
break;
case RequestErr::FORBIDDEN:
path = "/403.html";
break;
case RequestErr::NOT_FOUND:
path = "/404.html";
break;
case RequestErr::INTERNAL:
path = "/500.html";
break;
case RequestErr::NOT_IMPLEMENTED:
path = "/501.html";
break;
}
if (strcmp(path, "/") == 0)
{
path = "/index.html";
}
int file = open(path, O_RDONLY);
if (file == -1)
{
status = RequestErr::NOT_FOUND;
file = open("/404.html", O_RDONLY);
if (file == -1)
{
Log::err("open(): %s, Failed to open 404.html", strerror(errno));
if (close(connSock) == -1)
{
Log::err("close(): %s", strerror(errno));
}
return Err::Process;
}
}
struct stat fileStat;
if (fstat(file, &fileStat) == -1)
{
Log::err("fstat(): %s", strerror(errno));
if (close(file) == -1)
{
Log::err("close(): %s", strerror(errno));
}
if (close(connSock) == -1)
{
Log::err("close(): %s", strerror(errno));
}
return Err::Process;
}
if (res.version >= HttpVersion::V1_0)
{
char headerBuff[1024];
int headerLen = snprintf(headerBuff, sizeof(headerBuff), "HTTP/1.0 %3.3d %s\r\n", (int)status, getStatusStr(status));
const char* mimeType = mimeFinder->findMimeType(dup(file), path);
if (lseek(file, 0, SEEK_SET) == -1)
{
Log::err("lseek(): %s", strerror(errno));
if (close(file) == -1)
{
Log::err("close(): %s", strerror(errno));
}
if (close(connSock) == -1)
{
Log::err("close(): %s", strerror(errno));
}
return Err::Process;
}
if (mimeType != nullptr)
{
headerLen += snprintf(headerBuff + headerLen, sizeof(headerBuff) - headerLen,
"Content-Type: %s\r\n", mimeType);
}
headerLen += snprintf(headerBuff + headerLen, sizeof(headerBuff) - headerLen, "Content-Length: %ld\r\n\r\n", fileStat.st_size);
if (send(connSock, headerBuff, headerLen, 0) == -1)
{
Log::err("send(): %s", strerror(errno));
if (close(file) == -1)
{
Log::err("close(): %s", strerror(errno));
}
if (close(connSock) == -1)
{
Log::err("close(): %s", strerror(errno));
}
return Err::Process;
}
}
size_t bytesSent;
if(res.method == HttpMethod::GET)
{
if ((bytesSent = sendfile(connSock, file, nullptr, fileStat.st_size)) == -1)
{
Log::err("sendfile(): %s", strerror(errno));
if (close(file) == -1)
{
Log::err("close(): %s", strerror(errno));
}
if (close(connSock) == -1)
{
Log::err("close(): %s", strerror(errno));
}
return Err::Process;
}
}
if(close(file) == -1)
{
Log::err("close(): %s", strerror(errno));
}
logStatus(buffer, requestLineLen, connSock, bytesSent, (int)status);
if (close(connSock) == -1)
{
Log::err("close(): %s", strerror(errno));
}
return Err::OK;
}
void LogKlog::sniffTime(log_time &now,
const char **buf, size_t len,
bool reverse) {
const char *cp = now.strptime(*buf, "[ %s.%q]");
if (cp && (cp >= &(*buf)[len])) {
cp = NULL;
}
len -= cp - *buf;
if (cp) {
static const char healthd[] = "healthd";
static const char battery[] = ": battery ";
if (len && isspace(*cp)) {
++cp;
--len;
}
*buf = cp;
const char *b;
if (((b = strnstr(cp, len, suspendStr)))
&& ((size_t)((b += sizeof(suspendStr) - 1) - cp) < len)) {
len -= b - cp;
calculateCorrection(now, b, len);
} else if (((b = strnstr(cp, len, resumeStr)))
&& ((size_t)((b += sizeof(resumeStr) - 1) - cp) < len)) {
len -= b - cp;
calculateCorrection(now, b, len);
} else if (((b = strnstr(cp, len, healthd)))
&& ((size_t)((b += sizeof(healthd) - 1) - cp) < len)
&& ((b = strnstr(b, len -= b - cp, battery)))
&& ((size_t)((b += sizeof(battery) - 1) - cp) < len)) {
len -= b - cp;
// NB: healthd is roughly 150us late, worth the price to deal with
// ntp-induced or hardware clock drift.
// look for " 2???-??-?? ??:??:??.????????? ???"
for (; len && *b && (*b != '\n'); ++b, --len) {
if ((b[0] == ' ') && (b[1] == '2') && (b[5] == '-')) {
calculateCorrection(now, b + 1, len - 1);
break;
}
}
} else if (((b = strnstr(cp, len, suspendedStr)))
&& ((size_t)((b += sizeof(suspendStr) - 1) - cp) < len)) {
len -= b - cp;
log_time real;
char *endp;
real.tv_sec = strtol(b, &endp, 10);
if ((*endp == '.') && ((size_t)(endp - b) < len)) {
unsigned long multiplier = NS_PER_SEC;
real.tv_nsec = 0;
len -= endp - b;
while (--len && isdigit(*++endp) && (multiplier /= 10)) {
real.tv_nsec += (*endp - '0') * multiplier;
}
if (reverse) {
correction -= real;
} else {
correction += real;
}
}
}
convertMonotonicToReal(now);
} else {
now = log_time(CLOCK_REALTIME);
}
}
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;
}
//
// log a message into the kernel log buffer
//
// Filter rules to parse <PRI> <TIME> <tag> and <message> in order for
// them to appear correct in the logcat output:
//
// LOG_KERN (0):
// <PRI>[<TIME>] <tag> ":" <message>
// <PRI>[<TIME>] <tag> <tag> ":" <message>
// <PRI>[<TIME>] <tag> <tag>_work ":" <message>
// <PRI>[<TIME>] <tag> '<tag>.<num>' ":" <message>
// <PRI>[<TIME>] <tag> '<tag><num>' ":" <message>
// <PRI>[<TIME>] <tag>_host '<tag>.<num>' ":" <message>
// (unimplemented) <PRI>[<TIME>] <tag> '<num>.<tag>' ":" <message>
// <PRI>[<TIME>] "[INFO]"<tag> : <message>
// <PRI>[<TIME>] "------------[ cut here ]------------" (?)
// <PRI>[<TIME>] "---[ end trace 3225a3070ca3e4ac ]---" (?)
// LOG_USER, LOG_MAIL, LOG_DAEMON, LOG_AUTH, LOG_SYSLOG, LOG_LPR, LOG_NEWS
// LOG_UUCP, LOG_CRON, LOG_AUTHPRIV, LOG_FTP:
// <PRI+TAG>[<TIME>] (see sys/syslog.h)
// Observe:
// Minimum tag length = 3 NB: drops things like r5:c00bbadf, but allow PM:
// Maximum tag words = 2
// Maximum tag length = 16 NB: we are thinking of how ugly logcat can get.
// Not a Tag if there is no message content.
// leading additional spaces means no tag, inherit last tag.
// Not a Tag if <tag>: is "ERROR:", "WARNING:", "INFO:" or "CPU:"
// Drop:
// empty messages
// messages with ' audit(' in them if auditd is running
// logd.klogd:
// return -1 if message logd.klogd: <signature>
//
int LogKlog::log(const char *buf, size_t len) {
if (auditd && strnstr(buf, len, " audit(")) {
return 0;
}
const char *p = buf;
int pri = parseKernelPrio(&p, len);
log_time now;
sniffTime(now, &p, len - (p - buf), false);
// sniff for start marker
const char klogd_message[] = "logd.klogd: ";
const char *start = strnstr(p, len - (p - buf), klogd_message);
if (start) {
uint64_t sig = strtoll(start + sizeof(klogd_message) - 1, NULL, 10);
if (sig == signature.nsec()) {
if (initialized) {
enableLogging = true;
} else {
enableLogging = false;
}
return -1;
}
return 0;
}
if (!enableLogging) {
return 0;
}
// Parse pid, tid and uid
const pid_t pid = sniffPid(p, len - (p - buf));
const pid_t tid = pid;
const uid_t uid = pid ? logbuf->pidToUid(pid) : 0;
// Parse (rules at top) to pull out a tag from the incoming kernel message.
// Some may view the following as an ugly heuristic, the desire is to
// beautify the kernel logs into an Android Logging format; the goal is
// admirable but costly.
while ((isspace(*p) || !*p) && (p < &buf[len])) {
++p;
}
if (p >= &buf[len]) { // timestamp, no content
return 0;
}
start = p;
const char *tag = "";
const char *etag = tag;
size_t taglen = len - (p - buf);
if (!isspace(*p) && *p) {
const char *bt, *et, *cp;
bt = p;
if (!strncmp(p, "[INFO]", 6)) {
// <PRI>[<TIME>] "[INFO]"<tag> ":" message
bt = p + 6;
taglen -= 6;
}
for(et = bt; taglen && *et && (*et != ':') && !isspace(*et); ++et, --taglen) {
// skip ':' within [ ... ]
if (*et == '[') {
while (taglen && *et && *et != ']') {
++et;
--taglen;
}
}
}
for(cp = et; taglen && isspace(*cp); ++cp, --taglen);
size_t size;
if (*cp == ':') {
// One Word
tag = bt;
etag = et;
p = cp + 1;
} else if (taglen) {
size = et - bt;
if (strncmp(bt, cp, size)) {
// <PRI>[<TIME>] <tag>_host '<tag>.<num>' : message
if (!strncmp(bt + size - 5, "_host", 5)
&& !strncmp(bt, cp, size - 5)) {
const char *b = cp;
cp += size - 5;
taglen -= size - 5;
if (*cp == '.') {
while (--taglen && !isspace(*++cp) && (*cp != ':'));
const char *e;
for(e = cp; taglen && isspace(*cp); ++cp, --taglen);
if (*cp == ':') {
tag = b;
etag = e;
p = cp + 1;
}
}
} else {
while (--taglen && !isspace(*++cp) && (*cp != ':'));
const char *e;
for(e = cp; taglen && isspace(*cp); ++cp, --taglen);
// Two words
if (*cp == ':') {
tag = bt;
etag = e;
p = cp + 1;
}
}
} else if (isspace(cp[size])) {
cp += size;
taglen -= size;
while (--taglen && isspace(*++cp));
// <PRI>[<TIME>] <tag> <tag> : message
if (*cp == ':') {
tag = bt;
etag = et;
p = cp + 1;
}
} else if (cp[size] == ':') {
// <PRI>[<TIME>] <tag> <tag> : message
tag = bt;
etag = et;
p = cp + size + 1;
} else if ((cp[size] == '.') || isdigit(cp[size])) {
// <PRI>[<TIME>] <tag> '<tag>.<num>' : message
// <PRI>[<TIME>] <tag> '<tag><num>' : message
const char *b = cp;
cp += size;
taglen -= size;
while (--taglen && !isspace(*++cp) && (*cp != ':'));
const char *e = cp;
while (taglen && isspace(*cp)) {
++cp;
--taglen;
}
if (*cp == ':') {
tag = b;
etag = e;
p = cp + 1;
}
} else {
while (--taglen && !isspace(*++cp) && (*cp != ':'));
const char *e = cp;
while (taglen && isspace(*cp)) {
++cp;
--taglen;
}
// Two words
if (*cp == ':') {
tag = bt;
etag = e;
p = cp + 1;
}
}
}
size = etag - tag;
if ((size <= 1)
// register names like x9
|| ((size == 2) && (isdigit(tag[0]) || isdigit(tag[1])))
// register names like x18 but not driver names like en0
|| ((size == 3) && (isdigit(tag[1]) && isdigit(tag[2])))
// blacklist
|| ((size == 3) && !strncmp(tag, "CPU", 3))
|| ((size == 7) && !strncasecmp(tag, "WARNING", 7))
|| ((size == 5) && !strncasecmp(tag, "ERROR", 5))
|| ((size == 4) && !strncasecmp(tag, "INFO", 4))) {
p = start;
etag = tag = "";
}
}
// Suppress additional stutter in tag:
// eg: [143:healthd]healthd -> [143:healthd]
taglen = etag - tag;
// Mediatek-special printk induced stutter
const char *mp = strnrchr(tag, ']', taglen);
if (mp && (++mp < etag)) {
size_t s = etag - mp;
if (((s + s) < taglen) && !memcmp(mp, mp - 1 - s, s)) {
taglen = mp - tag;
}
}
// skip leading space
while ((isspace(*p) || !*p) && (p < &buf[len])) {
++p;
}
// truncate trailing space or nuls
size_t b = len - (p - buf);
while (b && (isspace(p[b-1]) || !p[b-1])) {
--b;
}
// trick ... allow tag with empty content to be logged. log() drops empty
if (!b && taglen) {
p = " ";
b = 1;
}
size_t n = 1 + taglen + 1 + b + 1;
int rc = n;
if ((taglen > n) || (b > n)) { // Can not happen ...
rc = -EINVAL;
return rc;
}
// Allocate a buffer to hold the interpreted log message
char *newstr = reinterpret_cast<char *>(malloc(n));
if (!newstr) {
rc = -ENOMEM;
return rc;
}
char *np = newstr;
// Convert priority into single-byte Android logger priority
*np = convertKernelPrioToAndroidPrio(pri);
++np;
// Copy parsed tag following priority
memcpy(np, tag, taglen);
np += taglen;
*np = '\0';
++np;
// Copy main message to the remainder
memcpy(np, p, b);
np[b] = '\0';
// Log message
rc = logbuf->log(LOG_ID_KERNEL, now, uid, pid, tid, newstr,
(n <= USHRT_MAX) ? (unsigned short) n : USHRT_MAX);
free(newstr);
// notify readers
if (!rc) {
reader->notifyNewLog();
}
return rc;
}
/**
* mdss_dsi_find_panel_of_node(): find device node of dsi panel
* @pdev: platform_device of the dsi ctrl node
* @panel_cfg: string containing intf specific config data
*
* Function finds the panel device node using the interface
* specific configuration data. This configuration data is
* could be derived from the result of bootloader's GCDB
* panel detection mechanism. If such config data doesn't
* exist then this panel returns the default panel configured
* in the device tree.
*
* returns pointer to panel node on success, NULL on error.
*/
static struct device_node *mdss_dsi_find_panel_of_node(
struct platform_device *pdev, char *panel_cfg,
struct mdss_dsi_ctrl_pdata *ctrl_pdata)
{
int len, i;
int ctrl_id = pdev->id - 1;
char panel_name[MDSS_MAX_PANEL_LEN];
char ctrl_id_stream[3] = "0:";
char *stream = NULL, *pan = NULL;
struct device_node *dsi_pan_node = NULL, *mdss_node = NULL;
len = strlen(panel_cfg);
if (!len) {
dsi_pan_node = mdss_dsi_panel_search_dt_nodes(pdev,
ctrl_pdata);
if (dsi_pan_node)
return dsi_pan_node;
/* no panel cfg chg, parse dt */
pr_debug("%s:%d: no cmd line cfg present\n",
__func__, __LINE__);
goto end;
} else {
if (ctrl_id == 1)
strlcpy(ctrl_id_stream, "1:", 3);
stream = strnstr(panel_cfg, ctrl_id_stream, len);
if (!stream) {
pr_err("controller config is not present\n");
goto end;
}
stream += 2;
pan = strnchr(stream, strlen(stream), ':');
if (!pan) {
strlcpy(panel_name, stream, MDSS_MAX_PANEL_LEN);
} else {
for (i = 0; (stream + i) < pan; i++)
panel_name[i] = *(stream + i);
panel_name[i] = 0;
}
pr_debug("%s:%d:%s:%s\n", __func__, __LINE__,
panel_cfg, panel_name);
mdss_node = of_parse_phandle(pdev->dev.of_node,
"qcom,mdss-mdp", 0);
if (!mdss_node) {
pr_err("%s: %d: mdss_node null\n",
__func__, __LINE__);
return NULL;
}
dsi_pan_node = of_find_node_by_name(mdss_node,
panel_name);
if (!dsi_pan_node) {
pr_err("%s: invalid pan node, selecting prim panel\n",
__func__);
goto end;
}
return dsi_pan_node;
}
end:
dsi_pan_node = mdss_dsi_pref_prim_panel(pdev);
return dsi_pan_node;
}
int WebSocketHandshake::readServerHandshake(const char* header, size_t len)
{
m_mode = Incomplete;
if (len < sizeof(webSocketServerHandshakeHeader) - 1) {
// Just hasn't been received fully yet.
return -1;
}
if (!memcmp(header, webSocketServerHandshakeHeader, sizeof(webSocketServerHandshakeHeader) - 1))
m_mode = Normal;
else {
const String& code = extractResponseCode(header, len);
if (code.isNull()) {
m_context->addMessage(ConsoleDestination, JSMessageSource, LogMessageType, ErrorMessageLevel, "Short server handshake: " + String(header, len), 0, clientOrigin());
return -1;
}
if (code.isEmpty()) {
m_mode = Failed;
m_context->addMessage(ConsoleDestination, JSMessageSource, LogMessageType, ErrorMessageLevel, "No response code found: " + String(header, len), 0, clientOrigin());
return len;
}
LOG(Network, "response code: %s", code.utf8().data());
if (code == "401") {
m_mode = Failed;
m_context->addMessage(ConsoleDestination, JSMessageSource, LogMessageType, ErrorMessageLevel, "Authentication required, but not implemented yet.", 0, clientOrigin());
return len;
} else {
m_mode = Failed;
m_context->addMessage(ConsoleDestination, JSMessageSource, LogMessageType, ErrorMessageLevel, "Unexpected response code:" + code, 0, clientOrigin());
return len;
}
}
const char* p = header + sizeof(webSocketServerHandshakeHeader) - 1;
const char* end = header + len + 1;
if (m_mode == Normal) {
size_t headerSize = end - p;
if (headerSize < sizeof(webSocketUpgradeHeader) - 1) {
m_mode = Incomplete;
return 0;
}
if (memcmp(p, webSocketUpgradeHeader, sizeof(webSocketUpgradeHeader) - 1)) {
m_mode = Failed;
m_context->addMessage(ConsoleDestination, JSMessageSource, LogMessageType, ErrorMessageLevel, "Bad Upgrade header: " + String(p, end - p), 0, clientOrigin());
return p - header + sizeof(webSocketUpgradeHeader) - 1;
}
p += sizeof(webSocketUpgradeHeader) - 1;
headerSize = end - p;
if (headerSize < sizeof(webSocketConnectionHeader) - 1) {
m_mode = Incomplete;
return -1;
}
if (memcmp(p, webSocketConnectionHeader, sizeof(webSocketConnectionHeader) - 1)) {
m_mode = Failed;
m_context->addMessage(ConsoleDestination, JSMessageSource, LogMessageType, ErrorMessageLevel, "Bad Connection header: " + String(p, end - p), 0, clientOrigin());
return p - header + sizeof(webSocketConnectionHeader) - 1;
}
p += sizeof(webSocketConnectionHeader) - 1;
}
if (!strnstr(p, "\r\n\r\n", end - p)) {
// Just hasn't been received fully yet.
m_mode = Incomplete;
return -1;
}
HTTPHeaderMap headers;
p = readHTTPHeaders(p, end, &headers);
if (!p) {
LOG(Network, "readHTTPHeaders failed");
m_mode = Failed;
return len;
}
if (!processHeaders(headers)) {
LOG(Network, "header process failed");
m_mode = Failed;
return p - header;
}
switch (m_mode) {
case Normal:
checkResponseHeaders();
break;
default:
m_mode = Failed;
break;
}
return p - header;
}
/*****************************************************************************
* Spawn a new task
****************************************************************************/
int SNetThreadingSpawn(snet_entity_t *ent)
/*
snet_entity_type_t type,
snet_locvec_t *locvec,
int location,
const char *name,
snet_entityfunc_t func,
void *arg
)
*/
{
int worker;
snet_entity_descr_t type = SNetEntityDescr(ent);
int location = SNetEntityNode(ent);
const char *name = SNetEntityName(ent);
int l1 = strlen(SNET_SOURCE_PREFIX);
int l2 = strlen(SNET_SINK_PREFIX);
if ( type != ENTITY_other) {
if (sosi_placement && (strnstr(name, SNET_SOURCE_PREFIX, l1) || strnstr(name, SNET_SINK_PREFIX, l2))) {
worker = LPEL_MAP_SOSI; // sosi placemnet and entity is source/sink
} else if (dloc_placement) {
assert(location != -1);
worker = location % num_workers;
} else
worker = SNetAssignTask( (type==ENTITY_box), name );
} else
worker = SNetEntityNode(ent); //wrapper
lpel_task_t *t = LpelTaskCreate(
worker,
//(lpel_taskfunc_t) func,
EntityTask,
ent,
GetStacksize(type)
);
#ifdef USE_LOGGING
if ((mon_flags & SNET_MON_TASK) || (mon_flags & SNET_MON_WAIT_PROP)){
mon_task_t *mt = SNetThreadingMonTaskCreate(
LpelTaskGetId(t),
name
);
LpelTaskMonitor(t, mt);
/* if we monitor the task, we make an entry in the map file */
}
if ((mon_flags & SNET_MON_MAP) && mapfile) {
int tid = LpelTaskGetId(t);
(void) fprintf(mapfile, "%d%s %d%c", tid, SNetEntityStr(ent), worker, END_LOG_ENTRY);
}
#endif
if (type != ENTITY_box && type != ENTITY_fbbuf) {
LpelTaskSetPriority(t, 1);
}
//FIXME only for debugging purposes
//fflush(mapfile);
LpelTaskStart(t);
return 0;
}
/*
* Receive a reply message
*/
DBUF *ebxml_receive (NETCON *conn)
{
long n;
int e;
char c, *ch;
DBUF *b;
b = dbuf_alloc ();
n = 0;
/*
* read to end of message request header - empty line
*/
while ((e = net_read (conn, &c, 1)) == 1)
{
dbuf_putc (b, c);
if (c == '\n')
{
if (n++ == 1)
break;
}
else if (c != '\r')
n = 0;
}
if (e != 1)
{
if (e == 0)
error ("Acknowledgment header read failed or connection closed\n");
else
error ("Timed out reading acknowledgment header\n");
dbuf_free (b);
return (NULL);
}
ch = strnstr (dbuf_getbuf (b), "Content-Length: ", dbuf_size (b));
if (ch == NULL)
{
error ("Acknowledgment header missing Content-Length\n");
dbuf_free (b);
return (NULL);
}
n = atol (ch + 16);
debug ("expecting %d bytes\n", n);
readbytes:
while (n--)
{
if ((e = net_read (conn, &c, 1)) != 1)
{
if (e == 0)
error ("Acknowledgment content read failed or connection closed");
else
error ("Timed out reading acknowledgment content\n");
// note we'll take what we get and hope it's enough...
break;
}
dbuf_putc (b, c);
}
if (n = net_available (conn))
{
warn ("Found %d unread bytes...\n", n);
goto readbytes;
}
debug ("returning %d bytes\n", dbuf_size (b));
return (b);
}
//
// log a message into the kernel log buffer
//
// Filter rules to parse <PRI> <TIME> <tag> and <message> in order for
// them to appear correct in the logcat output:
//
// LOG_KERN (0):
// <PRI>[<TIME>] <tag> ":" <message>
// <PRI>[<TIME>] <tag> <tag> ":" <message>
// <PRI>[<TIME>] <tag> <tag>_work ":" <message>
// <PRI>[<TIME>] <tag> '<tag>.<num>' ":" <message>
// <PRI>[<TIME>] <tag> '<tag><num>' ":" <message>
// <PRI>[<TIME>] <tag>_host '<tag>.<num>' ":" <message>
// (unimplemented) <PRI>[<TIME>] <tag> '<num>.<tag>' ":" <message>
// <PRI>[<TIME>] "[INFO]"<tag> : <message>
// <PRI>[<TIME>] "------------[ cut here ]------------" (?)
// <PRI>[<TIME>] "---[ end trace 3225a3070ca3e4ac ]---" (?)
// LOG_USER, LOG_MAIL, LOG_DAEMON, LOG_AUTH, LOG_SYSLOG, LOG_LPR, LOG_NEWS
// LOG_UUCP, LOG_CRON, LOG_AUTHPRIV, LOG_FTP:
// <PRI+TAG>[<TIME>] (see sys/syslog.h)
// Observe:
// Minimum tag length = 3 NB: drops things like r5:c00bbadf, but allow PM:
// Maximum tag words = 2
// Maximum tag length = 16 NB: we are thinking of how ugly logcat can get.
// Not a Tag if there is no message content.
// leading additional spaces means no tag, inherit last tag.
// Not a Tag if <tag>: is "ERROR:", "WARNING:", "INFO:" or "CPU:"
// Drop:
// empty messages
// messages with ' audit(' in them if auditd is running
// logd.klogd:
// return -1 if message logd.klogd: <signature>
//
int LogKlog::log(const char *buf, size_t len) {
if (auditd && strnstr(buf, len, " audit(")) {
return 0;
}
const char *p = buf;
int pri = parseKernelPrio(&p, len);
log_time now;
sniffTime(now, &p, len - (p - buf), false);
// sniff for start marker
const char klogd_message[] = "logd.klogd: ";
const char *start = strnstr(p, len - (p - buf), klogd_message);
if (start) {
uint64_t sig = strtoll(start + sizeof(klogd_message) - 1, NULL, 10);
if (sig == signature.nsec()) {
if (initialized) {
enableLogging = true;
} else {
enableLogging = false;
}
return -1;
}
return 0;
}
if (!enableLogging) {
return 0;
}
// Parse pid, tid and uid
const pid_t pid = sniffPid(p, len - (p - buf));
const pid_t tid = pid;
const uid_t uid = pid ? logbuf->pidToUid(pid) : 0;
// Parse (rules at top) to pull out a tag from the incoming kernel message.
// Some may view the following as an ugly heuristic, the desire is to
// beautify the kernel logs into an Android Logging format; the goal is
// admirable but costly.
while ((p < &buf[len]) && (isspace(*p) || !*p)) {
++p;
}
if (p >= &buf[len]) { // timestamp, no content
return 0;
}
start = p;
const char *tag = "";
const char *etag = tag;
size_t taglen = len - (p - buf);
if (!isspace(*p) && *p) {
const char *bt, *et, *cp;
bt = p;
if ((taglen >= 6) && !fast<strncmp>(p, "[INFO]", 6)) {
// <PRI>[<TIME>] "[INFO]"<tag> ":" message
bt = p + 6;
taglen -= 6;
}
for(et = bt; taglen && *et && (*et != ':') && !isspace(*et); ++et, --taglen) {
// skip ':' within [ ... ]
if (*et == '[') {
while (taglen && *et && *et != ']') {
++et;
--taglen;
}
}
}
for(cp = et; taglen && isspace(*cp); ++cp, --taglen);
size_t size;
if (*cp == ':') {
// One Word
tag = bt;
etag = et;
p = cp + 1;
} else if (taglen) {
size = et - bt;
if ((taglen > size) && // enough space for match plus trailing :
(*bt == *cp) && // ubber fast<strncmp> pair
fast<strncmp>(bt + 1, cp + 1, size - 1)) {
// <PRI>[<TIME>] <tag>_host '<tag>.<num>' : message
if (!fast<strncmp>(bt + size - 5, "_host", 5)
&& !fast<strncmp>(bt + 1, cp + 1, size - 6)) {
const char *b = cp;
cp += size - 5;
taglen -= size - 5;
if (*cp == '.') {
while (--taglen && !isspace(*++cp) && (*cp != ':'));
const char *e;
for(e = cp; taglen && isspace(*cp); ++cp, --taglen);
if (*cp == ':') {
tag = b;
etag = e;
p = cp + 1;
}
}
} else {
while (--taglen && !isspace(*++cp) && (*cp != ':'));
const char *e;
for(e = cp; taglen && isspace(*cp); ++cp, --taglen);
// Two words
if (*cp == ':') {
tag = bt;
etag = e;
p = cp + 1;
}
}
} else if (isspace(cp[size])) {
cp += size;
taglen -= size;
while (--taglen && isspace(*++cp));
// <PRI>[<TIME>] <tag> <tag> : message
if (*cp == ':') {
tag = bt;
etag = et;
p = cp + 1;
}
} else if (cp[size] == ':') {
// <PRI>[<TIME>] <tag> <tag> : message
tag = bt;
etag = et;
p = cp + size + 1;
} else if ((cp[size] == '.') || isdigit(cp[size])) {
// <PRI>[<TIME>] <tag> '<tag>.<num>' : message
// <PRI>[<TIME>] <tag> '<tag><num>' : message
const char *b = cp;
cp += size;
taglen -= size;
while (--taglen && !isspace(*++cp) && (*cp != ':'));
const char *e = cp;
while (taglen && isspace(*cp)) {
++cp;
--taglen;
}
if (*cp == ':') {
tag = b;
etag = e;
p = cp + 1;
}
} else {
while (--taglen && !isspace(*++cp) && (*cp != ':'));
const char *e = cp;
while (taglen && isspace(*cp)) {
++cp;
--taglen;
}
// Two words
if (*cp == ':') {
tag = bt;
etag = e;
p = cp + 1;
}
}
} /* else no tag */
size = etag - tag;
if ((size <= 1)
// register names like x9
|| ((size == 2) && (isdigit(tag[0]) || isdigit(tag[1])))
// register names like x18 but not driver names like en0
|| ((size == 3) && (isdigit(tag[1]) && isdigit(tag[2])))
// blacklist
|| ((size == 3) && !fast<strncmp>(tag, "CPU", 3))
|| ((size == 7) && !fast<strncasecmp>(tag, "WARNING", 7))
|| ((size == 5) && !fast<strncasecmp>(tag, "ERROR", 5))
|| ((size == 4) && !fast<strncasecmp>(tag, "INFO", 4))) {
p = start;
etag = tag = "";
}
}
// Suppress additional stutter in tag:
// eg: [143:healthd]healthd -> [143:healthd]
taglen = etag - tag;
// Mediatek-special printk induced stutter
const char *mp = strnrchr(tag, ']', taglen);
if (mp && (++mp < etag)) {
size_t s = etag - mp;
if (((s + s) < taglen) && !fast<memcmp>(mp, mp - 1 - s, s)) {
taglen = mp - tag;
}
}
// Deal with sloppy and simplistic harmless p = cp + 1 etc above.
if (len < (size_t)(p - buf)) {
p = &buf[len];
}
// skip leading space
while ((p < &buf[len]) && (isspace(*p) || !*p)) {
++p;
}
// truncate trailing space or nuls
size_t b = len - (p - buf);
while (b && (isspace(p[b-1]) || !p[b-1])) {
--b;
}
// trick ... allow tag with empty content to be logged. log() drops empty
if (!b && taglen) {
p = " ";
b = 1;
}
// paranoid sanity check, can not happen ...
if (b > LOGGER_ENTRY_MAX_PAYLOAD) {
b = LOGGER_ENTRY_MAX_PAYLOAD;
}
if (taglen > LOGGER_ENTRY_MAX_PAYLOAD) {
taglen = LOGGER_ENTRY_MAX_PAYLOAD;
}
// calculate buffer copy requirements
size_t n = 1 + taglen + 1 + b + 1;
// paranoid sanity check, first two just can not happen ...
if ((taglen > n) || (b > n) || (n > USHRT_MAX)) {
return -EINVAL;
}
// Careful.
// We are using the stack to house the log buffer for speed reasons.
// If we malloc'd this buffer, we could get away without n's USHRT_MAX
// test above, but we would then required a max(n, USHRT_MAX) as
// truncating length argument to logbuf->log() below. Gain is protection
// of stack sanity and speedup, loss is truncated long-line content.
char newstr[n];
char *np = newstr;
// Convert priority into single-byte Android logger priority
*np = convertKernelPrioToAndroidPrio(pri);
++np;
// Copy parsed tag following priority
memcpy(np, tag, taglen);
np += taglen;
*np = '\0';
++np;
// Copy main message to the remainder
memcpy(np, p, b);
np[b] = '\0';
if (!isMonotonic()) {
// Watch out for singular race conditions with timezone causing near
// integer quarter-hour jumps in the time and compensate accordingly.
// Entries will be temporal within near_seconds * 2. b/21868540
static uint32_t vote_time[3];
vote_time[2] = vote_time[1];
vote_time[1] = vote_time[0];
vote_time[0] = now.tv_sec;
if (vote_time[1] && vote_time[2]) {
static const unsigned near_seconds = 10;
static const unsigned timezones_seconds = 900;
int diff0 = (vote_time[0] - vote_time[1]) / near_seconds;
unsigned abs0 = (diff0 < 0) ? -diff0 : diff0;
int diff1 = (vote_time[1] - vote_time[2]) / near_seconds;
unsigned abs1 = (diff1 < 0) ? -diff1 : diff1;
if ((abs1 <= 1) && // last two were in agreement on timezone
((abs0 + 1) % (timezones_seconds / near_seconds)) <= 2) {
abs0 = (abs0 + 1) / (timezones_seconds / near_seconds) *
timezones_seconds;
now.tv_sec -= (diff0 < 0) ? -abs0 : abs0;
}
}
}
// Log message
int rc = logbuf->log(LOG_ID_KERNEL, now, uid, pid, tid, newstr,
(unsigned short) n);
// notify readers
if (!rc) {
reader->notifyNewLog();
}
return rc;
}
int parseRequest(struct http_request * requestToFill, char * requestStr){
char buff[FIRSTLINEBUFFSIZE]; /* This is the most we'll read */
int i;
int methodLoc;
int urlEnd;
int contentLength;
bzero(buff,FIRSTLINEBUFFSIZE);
bzero(requestToFill->url,MAX_URL_LENGTH);
requestToFill->url[0] = '/'; /* Default assumption */
/* Attempt to determine the request method */
for(i=0; i < FIRSTLINEBUFFSIZE && requestStr[i] != '\0'; ++i){
if(requestStr[i] == '\r')
if(requestStr[i+1] == '\n')
break;
/* Copy copy copy... */
buff[i] = requestStr[i];
}
methodLoc = strnstr("GET", buff, FIRSTLINEBUFFSIZE );
if(methodLoc == -1){
methodLoc = strnstr("POST", buff, FIRSTLINEBUFFSIZE );
if(methodLoc == -1){
methodLoc = strnstr("PUT", buff, FIRSTLINEBUFFSIZE );
if(methodLoc == -1){
methodLoc = strnstr("DELETE", buff, FIRSTLINEBUFFSIZE );
if(methodLoc == -1){
/* F**k it. What'd you try to give me? */
NETWORK_LOG_LEVEL_1("Could not determine HTTP method. Method Not Recognized:");
NETWORK_LOG_LEVEL_2(buff);
requestToFill->method = UNKNOWN_METHOD;
}else{
requestToFill->method = DELETE;
methodLoc+= 7; /* Advance past the method and space */
}
}else{
requestToFill->method = PUT;
methodLoc+= 4;
}
}else{
requestToFill->method = POST;
methodLoc+=5;
}
}else{
requestToFill->method = GET;
methodLoc+=4;
}
urlEnd = strnstr("HTTP", buff, FIRSTLINEBUFFSIZE );
/* Find the url (Which will be between the method to the http version)*/
i=methodLoc;
for(methodLoc=0; methodLoc < MAX_URL_LENGTH && i < FIRSTLINEBUFFSIZE && requestStr[i] != '\0' && i < urlEnd; ++i){
if(requestStr[i] != ' '){
requestToFill->url[methodLoc] = requestStr[i];
methodLoc++; /* Just re-using a variable instead of using a new one */
}
}
/* Find out if there's any content: */
contentLength = strnstr("Content-Length",requestStr,strlen(requestStr));
if(contentLength != -1){
/*Determine actual content length */
contentLength+=strlen("Content-Length: "); /* Skip the text */
methodLoc=0; /* ReUsing again */
for(i=contentLength; methodLoc < FIRSTLINEBUFFSIZE && requestStr[i] != '\0' && requestStr[i] != '\r'; ++i)
buff[methodLoc++] = requestStr[i];
buff[i] = '\0';
/* Attempt to parse: */
contentLength = atoi(buff);
if(contentLength > 0){
/* If there's data than place it into the structure */
if(requestToFill->method == POST || requestToFill->method == PUT){
requestToFill->data = malloc(contentLength*sizeof(char)+1);
if(requestToFill->data != NULL){
/* Find the content: */
i = strnstr("\r\n\r\n", requestStr, strlen(requestStr));
if(i != -1){
i+=4; /* skip newlines */
for(methodLoc = 0; i < (int)strlen(requestStr) && requestStr[i] != '\0'; ++i, ++methodLoc)
requestToFill->data[methodLoc] = requestStr[i];
requestToFill->data[methodLoc] = '\0';
}else{
/* Could not find content...*/
free(requestToFill->data);
}
}else{
NETWORK_LOG_LEVEL_1("Could not allocate enough memory for content in request");
}
}else{
/* Don't preallocate memory for the struct or this will cause
* memory not being able to be reached
*/
requestToFill->data = NULL;
}
}
}
/* Calling parties must use contentLength to tell if they will need to free the memory */
requestToFill->contentLength = contentLength;
return contentLength;
}