/**
* Convert a JavaScript Object to a map
*
* @param cx the JavaScript context
* @param t the JavaScript Object to convert
* @return a new map containing the JavaScript Object
*/
map* mapFromJSObject(JSContext *cx,jsval t){
map *res=NULL;
JSIdArray *idp=JS_Enumerate(cx,JSVAL_TO_OBJECT(t));
#ifdef JS_DEBUG
fprintf(stderr,"Properties %p\n",(void*)t);
#endif
if(idp!=NULL) {
int index;
jsdouble argNum;
#ifdef JS_DEBUG
fprintf(stderr,"Properties length : %d \n",idp->length);
#endif
for (index=0,argNum=idp->length;index<argNum;index++) {
jsval id = idp->vector[index];
jsval vp;
JS_IdToValue(cx,id,&vp);
char *tmp, *tmp1;
JSString *jsmsg,*jsmsg1;
size_t len,len1;
jsmsg = JS_ValueToString(cx,vp);
len = JS_GetStringLength(jsmsg);
jsval nvp;
tmp=JS_EncodeString(cx,jsmsg);
JS_GetProperty(cx, JSVAL_TO_OBJECT(t), tmp, &nvp);
jsmsg1 = JS_ValueToString(cx,nvp);
len1 = JS_GetStringLength(jsmsg1);
tmp1=JS_EncodeString(cx,jsmsg1);
#ifdef JS_DEBUG
fprintf(stderr,"Enumerate id : %d [ %s => %s ]\n",index,tmp,tmp1);
#endif
if(strcasecmp(tmp,"child")!=0){
if(res!=NULL){
#ifdef JS_DEBUG
fprintf(stderr,"%s - %s\n",tmp,tmp1);
#endif
addToMap(res,tmp,tmp1);
}
else{
res=createMap(tmp,tmp1);
res->next=NULL;
}
}
free(tmp);
free(tmp1);
#ifdef JS_DEBUG
dumpMap(res);
#endif
}
JS_DestroyIdArray(cx,idp);
}
#ifdef JS_DEBUG
dumpMap(res);
#endif
return res;
}
static int proto_server_mt_dump_handler(Proto_Session *s)
{
int rc;
Proto_Msg_Hdr h;
if (proto_debug()) {
fprintf(stderr, "proto_server_mt_dump_handler: invoked for session:\n");
//proto_session_dump(s);
}
dumpMap();
// create replay message
bzero(&h, sizeof(h));
h.type = proto_session_hdr_unmarshall_type(s);
h.type += PROTO_MT_REP_BASE_RESERVED_FIRST;
proto_session_hdr_marshall(s, &h);
rc = 1;
if (proto_session_body_marshall_int(s, rc) < 0 )
fprintf(stderr, "proto_server_mt_dump_handler: "
"proto_session_body_marshall_bytes failed\n");
rc = proto_session_send_msg(s, 1);
// TODO: return failed if an error occours
return rc;
}
value
ml_upnpDumpMaps(value unused)
{
int i;
ml_upnpmp_t * map;
printf("=============== g_unmaps ===============\n");
printf("enabled intPort extPort isTcp notes lanaddr upnpDscv upnpMapped upnpState natpmpDscv natpmpMapped natpmpState overTime natpmpStatus upnpStatus\n");
for(i = 0; i < MAX_MAPS; i++ ){
map = &g_unmaps[i];
dumpMap( map, 0 );
}
printf("=============== g_maps ===============\n");
printf("enabled intPort extPort isTcp notes lanaddr upnpDscv upnpMapped upnpState natpmpDscv natpmpMapped natpmpState overTime natpmpStatus upnpStatus\n");
for(i = 0; i < MAX_MAPS; i++ ){
map = &g_maps[i];
dumpMap( map, 0 );
}
return Val_unit;
}
template<typename I, typename O> int denoiseNLMeans(std::string inputfile, EBitmapType inputtype, std::string outputfile, EBitmapType outputtype, int r = 3, int f = 1, Float k = 0.7, Float sigma = 0.1, bool dump = true) {
NLMeansDenoiser<I, O> *denoiser = new NLMeansDenoiser<I, O>(sigma, dump);
TBitmap<I> *input = new TBitmap<I>();
if (!input->loadBitmap(inputfile, inputtype)){
std::cout << "Input bitmap " << inputfile << " failed to load!\n";
std::cin.get();
return 0;
}
DenoiserInput<I> *dInput = new DenoiserInput<I>(outputfile);
dInput->addImageBlock(new TImageBlock<I>(Point2i(0., 0.), input->getSize(), 1, false, input));
DenoiserOutput<O> *dOutput = denoiser->denoise(dInput);
LOG(EInfo, "Denoising finished. Time taken = %d seconds", dOutput->getDenoiseDuration());
dumpMap(dOutput->getDenoisedImage()->getBitmap(), outputfile, outputtype);
input->unloadBitmap();
std::cin.get();
_CrtDumpMemoryLeaks(); // prints mem leaks
return 0;
}
template<typename I, typename O> int denoiseModifiedNLMeans(std::string inputfile, EBitmapType inputtype, std::string outputfile, EBitmapType outputtype, int r = 3, int f = 1, Float k = 0.7, Float sigma = 0.1, bool dump = true) {
ModifiedNLMeansDenoiser<I, O> *denoiser = new ModifiedNLMeansDenoiser<I, O>(r, f, k, sigma, dump);
TBitmap<I> *inputA = new TBitmap<I>;
//BitmapI *inputsppA = new BitmapI;
TBitmap<I> *inputsppA = new TBitmap<I>;
TBitmap<I> *inputvarA = new TBitmap<I>;
TBitmap<I> *inputvarsA = new TBitmap<I>;
TBitmap<I> *inputB = new TBitmap<I>;
//BitmapI *inputsppB = new BitmapI;
TBitmap<I> *inputsppB = new TBitmap<I>;
TBitmap<I> *inputvarB = new TBitmap<I>;
TBitmap<I> *inputvarsB = new TBitmap<I>;
Assert(inputA->loadBitmap(inputfile + "_A", inputtype), "Input bitmap A failed to load!");
Assert(inputsppA->loadBitmap(inputfile + "_spp_A", inputtype), "Input spp bitmap A failed to load!");
Assert(inputvarA->loadBitmap(inputfile + "_variance_A", inputtype), "Input variance bitmap A failed to load!");
Assert(inputvarsA->loadBitmap(inputfile + "_variance_square_A", inputtype), "Input variance square bitmap A failed to load!");
Assert(inputB->loadBitmap(inputfile + "_B", inputtype), "Input bitmap B failed to load!");
Assert(inputsppB->loadBitmap(inputfile + "_spp_B", inputtype), "Input spp bitmap B failed to load!");
Assert(inputvarsB->loadBitmap(inputfile + "_variance_square_B", inputtype), "Input variance square bitmap B failed to load!");
Assert(inputvarB->loadBitmap(inputfile + "_variance_B", inputtype), "Input variance bitmap B failed to load!");
DenoiserInput<I> *dInput = new DenoiserInput<I>(outputfile);
dInput->addImageBlock(new TImageBlock<I>(Point2i(0., 0.), inputA->getSize(), 1, false, inputA, inputsppA, inputvarA, inputvarsA));
dInput->addImageBlock(new TImageBlock<I>(Point2i(0., 0.), inputB->getSize(), 1, false, inputB, inputsppB, inputvarB, inputvarsB));
DenoiserOutput<O> *dOutput = denoiser->denoise(dInput);
LOG(EInfo, "Denoising finished. Time taken = %d seconds", dOutput->getDenoiseDuration());
dumpMap(dOutput->getDenoisedImage()->getBitmap(), outputfile, outputtype);
inputA->unloadBitmap();
inputsppA->unloadBitmap();
inputvarA->unloadBitmap();
inputvarsA->unloadBitmap();
inputB->unloadBitmap();
inputsppB->unloadBitmap();
inputvarB->unloadBitmap();
inputvarsB->unloadBitmap();
std::cin.get();
_CrtDumpMemoryLeaks(); // prints mem leaks
return 0;
}
template<typename I, typename O> int denoiseMLTNLMeans(std::string inputfile, EBitmapType inputtype, std::string outputfile, EBitmapType outputtype, int r = 3, int f = 1, Float k = 0.7, Float sigma = 0.1, int numinstances = 1, bool dump = true) {
MLTNLMeansDenoiser<I, O> *denoiser = new MLTNLMeansDenoiser<I, O>(r, f, k, sigma, numinstances, dump);
DenoiserInput<I> *dInput = new DenoiserInput<I>(outputfile);
// load bitmaps into DenoiserInput
for (int i = 1; i <= numinstances; ++i) {
TBitmap<I> *inputBitmap = new TBitmap<I> ;
std::string stri = std::to_string(i);
Assert(inputBitmap->loadBitmap(inputfile + "_" + stri, inputtype), "Input bitmap no."+ stri +" failed to load!");
dInput->addImageBlock(new TImageBlock<I>(Point2i(0., 0.), inputBitmap->getSize(), 1, false, inputBitmap));
}
DenoiserOutput<O> *dOutput = denoiser->denoise(dInput);
LOG(EInfo, "Denoising finished. Time taken = %d seconds", dOutput->getDenoiseDuration());
dumpMap(dOutput->getDenoisedImage()->getBitmap(), outputfile, outputtype);
for (int i = 0; i < numinstances; ++i) {
dInput->getImageBlocks()[i]->getBitmap()->unloadBitmap();
}
std::cin.get();
_CrtDumpMemoryLeaks(); // prints mem leaks
return 0;
}
//TODO this whole function can do with extracting whole blocks into functions
int main(int argc, char** argv)
{
argv;//squash warning
argc;
//TODO we should flip, and call it USE_DEBUG_MAP
#define REALMAP 1
#if REALMAP
char scene_dir_path[128];
elm_zeromem(scene_dir_path, 128);
elm_get_parent_dir(argv[0], scene_dir_path, 128);
strcat(scene_dir_path, "/../../tests/external/astar/scen");
int32 scene_name_buffer_len = 128;
char** scene_names = (char**)malloc(scene_name_buffer_len*sizeof(char*));
elm_zeromem(scene_names, scene_name_buffer_len);
int scenario_count = elm_get_dir_listing(
scene_dir_path,
scene_names,
scene_name_buffer_len
);
ELM_ASSERT(scenario_count);
QueryScenario** scenarios = (QueryScenario**)malloc(scenario_count*sizeof(QueryScenario*));
for (uint32 scenario_iter = 0; scenario_iter < scenario_count; ++scenario_iter)
{
QueryScenario* scenario = (QueryScenario*)malloc(sizeof(QueryScenario));
scenarios[scenario_iter] = scenario;
char* scene_path = malloc(128);
elm_zeromem(scene_path, 128);
strcpy(scene_path,scene_dir_path);
strcat(scene_path, "/");
strcat(scene_path,scene_names[scenario_iter]);
FILE* sceneFile = fopen(scene_path, "r");
ELM_ASSERT(sceneFile);
free(scene_path);
int lineCount = 0;
int iter = 0;
while (iter != EOF)
{
iter = fgetc(sceneFile);
if (iter == '\n')
++lineCount;
}
const int nonQueryLines = 1; //one for version
const int queryCount = lineCount - nonQueryLines;
MapQuery* queries = (MapQuery*)malloc(queryCount*sizeof(MapQuery));
scenario->queries = queries;
scenario->query_count = queryCount;
rewind(sceneFile);
//have to skip the first line
while (fgetc(sceneFile) != '\n');
char map_name[128];
int throwawayInt = 0xDEADBEEF;
for (int i = 0; i < queryCount; ++i)
{
fscanf(sceneFile, "%i %s %i %i %i %i %i %i %f\n",
&throwawayInt,
map_name,
&throwawayInt,
&throwawayInt,
&queries[i].startX,
&queries[i].startY,
&queries[i].endX,
&queries[i].endY,
&queries[i].reference
);
}
fclose(sceneFile);
int32 map_path_buffer_len = 128;
char* map_path = (char*)malloc(map_path_buffer_len);
elm_zeromem(map_path, map_path_buffer_len);
strcpy(map_path, scene_dir_path);
strcat(map_path, "/../map/");
strcat(map_path, map_name);
FILE* mapFile = fopen(map_path, "r");
if (mapFile == NULL)
{
printf("invalid map file %s", map_path);
return 1;
}
//handle header
int32 width = 0;
int32 height = 0;
while (fgetc(sceneFile) != '\n');
fscanf(mapFile, "height %i\n", &height);
fscanf(mapFile, "width %i\n", &width);
while (fgetc(sceneFile) != '\n');
elm_astar_map* map = elm_astar_create_map((int16)width, (int16)height);
for (int j = 0; j < height; ++j)
{
for (int i = 0; i < width; ++i)
map->data[i + j*width] = getc(mapFile) == '.' ? 0 : 1;
getc(mapFile);
}
fclose(mapFile);
scenario->map = map;
}
//TODO no!
scenario_count = 1;
for (uint32 scenario_iter = 0; scenario_iter < scenario_count; ++scenario_iter)
{
QueryScenario* scenario = scenarios[scenario_iter];
printf("starting scenario %d, %d queries\n", scenario_iter, scenario->query_count);
for (int i = 0; i < scenario->query_count; ++i)
{
uint16 outBuffer[0x1000];
ELM_BENCHMARK(
elm_astar_classic(
scenario->map,
(uint16)scenario->queries[i].startX,
(uint16)scenario->queries[i].startY,
(uint16)scenario->queries[i].endX,
(uint16)scenario->queries[i].endY,
outBuffer, 0x1000
);
);
#if ELM_ASTAR_TRACE
char outname[256];
sprintf(outname, "map_%04d.png", i);
dumpMap(scenario->map, outname);
//clear the dbg data from the map
for (int32 p = 0; p < scenario->map->width*scenario->map->height; ++p)
scenario->map->data[p] = scenario->map->data[p] == 1 ? 1 : 0;
#endif
}
}
pair<DOMPatchSupport::ResultMap, DOMPatchSupport::ResultMap>
DOMPatchSupport::diff(const Vector<OwnPtr<Digest> >& oldList, const Vector<OwnPtr<Digest> >& newList)
{
ResultMap newMap(newList.size());
ResultMap oldMap(oldList.size());
for (size_t i = 0; i < oldMap.size(); ++i) {
oldMap[i].first = 0;
oldMap[i].second = 0;
}
for (size_t i = 0; i < newMap.size(); ++i) {
newMap[i].first = 0;
newMap[i].second = 0;
}
// Trim head and tail.
for (size_t i = 0; i < oldList.size() && i < newList.size() && oldList[i]->m_sha1 == newList[i]->m_sha1; ++i) {
oldMap[i].first = oldList[i].get();
oldMap[i].second = i;
newMap[i].first = newList[i].get();
newMap[i].second = i;
}
for (size_t i = 0; i < oldList.size() && i < newList.size() && oldList[oldList.size() - i - 1]->m_sha1 == newList[newList.size() - i - 1]->m_sha1; ++i) {
size_t oldIndex = oldList.size() - i - 1;
size_t newIndex = newList.size() - i - 1;
oldMap[oldIndex].first = oldList[oldIndex].get();
oldMap[oldIndex].second = newIndex;
newMap[newIndex].first = newList[newIndex].get();
newMap[newIndex].second = oldIndex;
}
typedef HashMap<String, Vector<size_t> > DiffTable;
DiffTable newTable;
DiffTable oldTable;
for (size_t i = 0; i < newList.size(); ++i) {
newTable.add(newList[i]->m_sha1, Vector<size_t>()).storedValue->value.append(i);
}
for (size_t i = 0; i < oldList.size(); ++i) {
oldTable.add(oldList[i]->m_sha1, Vector<size_t>()).storedValue->value.append(i);
}
for (DiffTable::iterator newIt = newTable.begin(); newIt != newTable.end(); ++newIt) {
if (newIt->value.size() != 1)
continue;
DiffTable::iterator oldIt = oldTable.find(newIt->key);
if (oldIt == oldTable.end() || oldIt->value.size() != 1)
continue;
newMap[newIt->value[0]] = std::make_pair(newList[newIt->value[0]].get(), oldIt->value[0]);
oldMap[oldIt->value[0]] = std::make_pair(oldList[oldIt->value[0]].get(), newIt->value[0]);
}
for (size_t i = 0; newList.size() > 0 && i < newList.size() - 1; ++i) {
if (!newMap[i].first || newMap[i + 1].first)
continue;
size_t j = newMap[i].second + 1;
if (j < oldMap.size() && !oldMap[j].first && newList[i + 1]->m_sha1 == oldList[j]->m_sha1) {
newMap[i + 1] = std::make_pair(newList[i + 1].get(), j);
oldMap[j] = std::make_pair(oldList[j].get(), i + 1);
}
}
for (size_t i = newList.size() - 1; newList.size() > 0 && i > 0; --i) {
if (!newMap[i].first || newMap[i - 1].first || newMap[i].second <= 0)
continue;
size_t j = newMap[i].second - 1;
if (!oldMap[j].first && newList[i - 1]->m_sha1 == oldList[j]->m_sha1) {
newMap[i - 1] = std::make_pair(newList[i - 1].get(), j);
oldMap[j] = std::make_pair(oldList[j].get(), i - 1);
}
}
#ifdef DEBUG_DOM_PATCH_SUPPORT
dumpMap(oldMap, "OLD");
dumpMap(newMap, "NEW");
#endif
return std::make_pair(oldMap, newMap);
}
int main(int argc, char *argv[])
{
if (argc < 4){
printf( "Usage: %s <servicename> <directory>|<definition_file> <REQUEST> [<functionname> <param_1>[...<param_n>]]\n", basename(argv[0]) );
return 1;
}
map* outputs=NULL;
/**
* Parsing inputs (need a loop over all files in the service path !!)
*/
maps* m;
m=(maps*)malloc(MAP_SIZE);
conf_read("main.cfg",m);
map* tmpm=getMapFromMaps(m,"main","serverAddress");
int toto=count(tmpm);
//printf(" - %i \n",toto);
if(tmpm!=NULL)
SERVICE_URL=strdup(tmpm->value);
else
SERVICE_URL=DEFAULT_SERVICE_URL;
service* s[100];
service* s1;
int scount=0;
if(strcmp(argv[3],"GetCapabilities")==0){
int i=0;
struct dirent *dp;
DIR *dirp = opendir(argv[1]);
int t;
xmlDocPtr doc = xmlNewDoc(BAD_CAST "1.0");
xmlNodePtr n = printGetCapabilitiesHeader(doc,argv[2],m);
int saved_stdout = dup(fileno(stdout));
stdout = freopen("/dev/null" , "w" , stdout);
while ((dp = readdir(dirp)) != NULL)
if(strstr(dp->d_name,".zcfg")!=0){
char toto1[1024];
sprintf(toto1,"%s%s",argv[1],dp->d_name);
char *toto=toto1;
s1=(service*)malloc(sizeof(char*)+(MAP_SIZE*2)+(2*ELEMENTS_SIZE));
//s[scount]=(service*)malloc(sizeof(service*));
//#ifdef DEBUG
fprintf(stderr,"#################\n%s\n#################\n",toto1);
//printf("|(1)");
//#endif
t=getServiceFromFile(toto1,&s1);
//printf("|(2)");
printGetCapabilitiesForProcess(m,n,s1);
/**
* Valgrind told us that there is an issue regarding a
* "conditional jump or move depends on uninitialised value(s)" for
* freeIOType
*/
//freeService(&s1);
scount++;
}
char buf[20];
sprintf(buf, "/dev/fd/%d", saved_stdout);
stdout = freopen(buf , "w" , stdout);
printDocument(doc);
fflush(stdout);
free(m);
return 0;
}
else{
s1=(service*)malloc(sizeof(char*)+(MAP_SIZE*2)+(2*ELEMENTS_SIZE));
//s[0]=(service*)malloc(sizeof(service*));
int t=getServiceFromFile(argv[1],&s1);
if(strcmp(argv[3],"DescribeProcess")==0){
printDescribeProcessResponse(s1,argv[2]);
//dumpMaps(m);
//free(s1);
return 0;
}
else
if(strcmp(argv[3],"Execute")!=0){
fprintf(stderr,"");
//free(s);
return 0;
}
}
//dumpService(s);
s[0]=s1;
map* inputs=NULL;
elements* c_inputs=s1->inputs;
int j;
for(j=0;j<argc-5;j++){
//dumpElements(c_inputs);
if(inputs!=NULL)
addToMap(inputs,c_inputs->name,argv[j+5]);
else
inputs=createMap(c_inputs->name,argv[j+5]);
if(c_inputs->next!=NULL || j+1>=argc-5)
c_inputs=c_inputs->next;
else{
map* tmps=createMap("text","ERROR you provided more inputs than requested.");
printExceptionReportResponse(m,tmps);
//printf("ERROR you provided more inputs than requested.");
return -1;
}
#ifdef DEBUG
printf("ARGV1 %d %s\n",j,inputs->value);
#endif
}
#ifdef DEBUG
dumpMap(inputs);
#endif
const struct tm *tm;
size_t len;
time_t now;
char *sDate;
now = time ( NULL );
tm = localtime ( &now );
sDate = new char[TIME_SIZE];
len = strftime ( sDate, TIME_SIZE, "%d-%B-%YT%I:%M:%SZ", tm );
#ifdef DEBUG
printf("Trying to load %s\n", argv[2]);
#endif
void* so = dlopen(argv[2], RTLD_LAZY);
char *errstr;
errstr = dlerror();
if( so != NULL ) {
typedef int (*execute_t)(map**,map**);
#ifdef DEBUG
printf("Library loaded %s \n",errstr);
#endif
execute_t execute=(execute_t)dlsym(so,argv[4]);
#ifdef DEBUG
errstr = dlerror();
printf("Function loaded %s\n",errstr);
#endif
/**
* Need to check if we need to fork to load a status enabled
*/
char _toto[10];
sprintf(_toto,"input_%i",argc-5);
map* toto=getMap(inputs,_toto);
if(strcmp(argv[argc-1],"bg")!=0){
#ifdef DEBUG
printf("RUN IN NORMAL MODE \n");
#endif
int res=execute(&inputs,&outputs);
#ifdef DEBUG
printf("RUNNED IN NORMAL MODE \n");
dumpMap(inputs);
dumpMap(outputs);
#endif
printProcessResponse(m,getpid(),s[0],argv[2],res,inputs,outputs);
}
else{
pid_t pid;
int cpid=getpid();
pid = fork ();
if (pid > 0) {
/**
* dady :
* set status to SERVICE_ACCEPTED
*/
printProcessResponse(m,pid,s[0],argv[2],SERVICE_ACCEPTED,inputs,outputs);
}else if (pid == 0) {
/* son */
if (signal(SIGINT, sigint_handler) == SIG_ERR) {
printf("signal");
map* tmps=createMap("text","father received sigint.");
printExceptionReportResponse(m,tmps);
exit(1);
}
#ifdef DEBUG
printf("RUN IN BACKGROUND MODE \n");
#endif
char tmp1[256];
sprintf(tmp1,"service/temp/%s_%d.xml",argv[2],getpid());
stdout = freopen(tmp1 , "w+" , stdout);
/**
* set status to SERVICE_STARTED
*/
printProcessResponse(m,getpid(),s[0],argv[2],SERVICE_STARTED,inputs,outputs);
fflush(stdout);
rewind(stdout);
int t=execute(&inputs,&outputs);
/**
* set status to status code returned by the service function
*/
printProcessResponse(m,getpid(),s[0],argv[2],t,inputs,outputs);
} else {
/* error */
}
}
#ifdef DEBUG
errstr = dlerror();
printf("Function successfully loaded %s, unloading now.\n",errstr);
#endif
dlclose(so);
}
else {
#ifdef DEBUG
printf("C Library can't be loaded %s \n",errstr);
#endif
python_support(m,s[0],argc,argv,inputs,outputs);
}
return 0;
}
int getServiceFromYAML(maps* conf, char* file,service** service,char *name){
FILE *fh = fopen("test.yml", "r");
if(current_content!=NULL){
freeMap(¤t_content);
free(current_content);
current_content=NULL;
}
#ifdef DEBUG_SERVICE_CONF
fprintf(stderr,"(STARTING)FREE current_element\n");
#endif
if(current_element!=NULL){
freeElements(¤t_element);
free(current_element);
current_element=NULL;
}
my_service=NULL;
my_service=*service;
my_service->name=strdup(name);
my_service->content=NULL;
my_service->metadata=NULL;
my_service->inputs=NULL;
my_service->outputs=NULL;
fh = fopen(file,"r");
if (fh==NULL){
fprintf(stderr,"error : file not found\n") ;
return -1;
}
yaml_parser_t parser;
yaml_token_t token; /* new variable */
/* Initialize parser */
if(!yaml_parser_initialize(&parser))
fputs("Failed to initialize parser!\n", stderr);
if(fh == NULL)
fputs("Failed to open file!\n", stderr);
/* Set input file */
yaml_parser_set_input_file(&parser, fh);
/* BEGIN new code */
int level=0;
int plevel=level;
int ilevel=-1;
int blevel=-1;
int ttype=0;
int wait_metadata=-1;
char *cur_key;
do {
yaml_parser_scan(&parser, &token);
switch(token.type)
{
/* Stream start/end */
case YAML_STREAM_START_TOKEN:
#ifdef DEBUG_YAML
puts("STREAM START");
#endif
break;
case YAML_STREAM_END_TOKEN:
#ifdef DEBUG_YAML
puts("STREAM END");
#endif
break;
/* Token types (read before actual token) */
case YAML_KEY_TOKEN:
#ifdef DEBUG_YAML
printf("(Key token) ");
#endif
ttype=0;
break;
case YAML_VALUE_TOKEN:
#ifdef DEBUG_YAML
printf("(Value token) ");
#endif
ttype=1;
break;
/* Block delimeters */
case YAML_BLOCK_SEQUENCE_START_TOKEN:
#ifdef DEBUG_YAML
puts("<b>Start Block (Sequence)</b>");
#endif
break;
case YAML_BLOCK_ENTRY_TOKEN:
#ifdef DEBUG_YAML
puts("<b>Start Block (Entry)</b>");
#endif
break;
case YAML_BLOCK_END_TOKEN:
blevel--;
if(ilevel>=0)
ilevel--;
#ifdef DEBUG_YAML
printf("<b>End block</b> (%d,%d,%d,%d)\n", blevel,level,ilevel,ttype);
#endif
break;
/* Data */
case YAML_BLOCK_MAPPING_START_TOKEN:
#ifdef DEBUG_YAML
puts("[Block mapping]");
#endif
blevel++;
break;
case YAML_SCALAR_TOKEN:
if(ttype==0){
cur_key=zStrdup((char *)token.data.scalar.value);
}
if(ttype==1){
if(current_content==NULL){
current_content=createMap(cur_key,(char *)token.data.scalar.value);
}else{
addToMap(current_content,cur_key,(char *)token.data.scalar.value);
}
free(cur_key);
cur_key=NULL;
}
if(ttype==0 && blevel==0 && level==0 && strcasecmp((char *)token.data.scalar.value,"MetaData")==0 && blevel==0){
addMapToMap(&my_service->content,current_content);
#ifdef DEBUG_YAML
fprintf(stderr,"MSG: %s %d \n",__FILE__,__LINE__);
#endif
freeMap(¤t_content);
free(current_content);
current_content=NULL;
wait_metadata=1;
}
if(ttype==0 && blevel>0 && level>0 && strcasecmp((char *)token.data.scalar.value,"MetaData")==0){
if(current_element->content==NULL && current_content!=NULL)
addMapToMap(¤t_element->content,current_content);
#ifdef DEBUG_YAML
dumpMap(current_content);
fprintf(stderr,"MSG: %s %d \n",__FILE__,__LINE__);
#endif
freeMap(¤t_content);
free(current_content);
current_content=NULL;
wait_metadata=1;
}
if(ttype==0 && strcasecmp((char *)token.data.scalar.value,"inputs")==0 && blevel==0){
if(wait_metadata>0){
addMapToMap(&my_service->metadata,current_content);
wait_metadata=-1;
}else{
if(current_content!=NULL && my_service->content==NULL)
addMapToMap(&my_service->content,current_content);
}
#ifdef DEBUG_YAML
dumpMap(current_content);
fprintf(stderr,"MSG: %s %d \n",__FILE__,__LINE__);
#endif
freeMap(¤t_content);
free(current_content);
current_content=NULL;
wait_metadata=false;
level++;
}
if(ttype==0 && strcasecmp((char *)token.data.scalar.value,"outputs")==0 && blevel==1){
level++;
#ifdef DEBUG_YAML
dumpMap(current_content);
printf("\n***\n%d (%d,%d,%d,%d)\n+++\n", current_element->defaults==NULL,blevel,level,ilevel,ttype);
#endif
if(current_element->defaults==NULL && current_content!=NULL && ilevel<0){
current_element->defaults=(iotype*)malloc(IOTYPE_SIZE);
current_element->defaults->content=NULL;
current_element->defaults->next=NULL;
addMapToMap(¤t_element->defaults->content,current_content);
#ifdef DEBUG_YAML
dumpElements(current_element);
dumpMap(current_content);
fprintf(stderr,"MSG: %s %d \n",__FILE__,__LINE__);
#endif
freeMap(¤t_content);
free(current_content);
current_content=NULL;
}else{
if(current_content!=NULL && ilevel<=0){
addMapToIoType(¤t_element->supported,current_content);
#ifdef DEBUG_YAML
dumpElements(current_element);
dumpMap(current_content);
fprintf(stderr,"MSG: %s %d \n",__FILE__,__LINE__);
#endif
freeMap(¤t_content);
free(current_content);
current_content=NULL;
}
}
}
if(level==1 && strcasecmp((char *)token.data.scalar.value,"default")==0){
ilevel=0;
}
if(level==1 && strcasecmp((char *)token.data.scalar.value,"supported")==0){
#ifdef DEBUG_YAML
dumpMap(current_content);
printf("\n***\n%d (%d,%d,%d,%d)\n+++\n", current_element->defaults==NULL,blevel,level,ilevel,ttype);
#endif
if(current_element->defaults==NULL && current_content!=NULL && ilevel<0){
current_element->defaults=(iotype*)malloc(IOTYPE_SIZE);
current_element->defaults->content=NULL;
current_element->defaults->next=NULL;
addMapToMap(¤t_element->defaults->content,current_content);
#ifdef DEBUG_YAML
dumpElements(current_element);
dumpMap(current_content);
fprintf(stderr,"MSG: %s %d \n",__FILE__,__LINE__);
#endif
freeMap(¤t_content);
free(current_content);
current_content=NULL;
}else{
if(current_content!=NULL && ilevel<=0){
if(current_element->supported==NULL){
current_element->supported=(iotype*)malloc(IOTYPE_SIZE);
current_element->supported->content=NULL;
current_element->supported->next=NULL;
}
addMapToMap(¤t_element->supported->content,current_content);
#ifdef DEBUG_YAML
dumpElements(current_element);
fprintf(stderr,"MSG: %s %d \n",__FILE__,__LINE__);
#endif
freeMap(¤t_content);
free(current_content);
current_content=NULL;
}
}
ilevel=1;
}
if(strncasecmp((char *)token.data.scalar.value,"ComplexData",11)==0 ||
strncasecmp((char *)token.data.scalar.value,"LiteralData",10)==0 ||
strncasecmp((char *)token.data.scalar.value,"ComplexOutput",13)==0 ||
strncasecmp((char *)token.data.scalar.value,"LiteralOutput",12)==0 ||
strncasecmp((char *)token.data.scalar.value,"BoundingBoxOutput",13)==0 ||
strncasecmp((char *)token.data.scalar.value,"BoundingBoxData",12)==0){
current_element->format=zStrdup((char *)token.data.scalar.value);
free(cur_key);
cur_key=NULL;
if(wait_metadata>0 && current_content!=NULL){
addMapToMap(¤t_element->metadata,current_content);
wait_metadata=-1;
}else{
if(current_content!=NULL){
addMapToMap(¤t_element->content,current_content);
}
}
#ifdef DEBUG_YAML
dumpMap(current_content);
fprintf(stderr,"MSG: %s %d \n",__FILE__,__LINE__);
#endif
freeMap(¤t_content);
free(current_content);
current_content=NULL;
#ifdef DEBUG_YAML
dumpElements(current_element);
#endif
}
if(blevel==1 && level==1){
if(current_element!=NULL && current_content!=NULL){
if(current_element->defaults==NULL){
current_element->defaults=(iotype*)malloc(IOTYPE_SIZE);
current_element->defaults->content=NULL;
current_element->defaults->next=NULL;
addMapToMap(¤t_element->defaults->content,current_content);
}else{
if(current_element->supported==NULL){
current_element->supported=(iotype*)malloc(IOTYPE_SIZE);
current_element->supported->content=NULL;
current_element->supported->next=NULL;
addMapToMap(¤t_element->supported->content,current_content);
}else
addMapToIoType(¤t_element->supported,current_content);
}
}
if(current_element!=NULL){
if(my_service->inputs==NULL)
my_service->inputs=dupElements(current_element);
else
addToElements(&my_service->inputs,current_element);
freeElements(¤t_element);
free(current_element);
}
plevel=level;
current_element=(elements*)malloc(ELEMENTS_SIZE);
current_element->name=zStrdup((char *)token.data.scalar.value);
current_element->content=NULL;
current_element->metadata=NULL;
current_element->format=NULL;
current_element->defaults=NULL;
current_element->supported=NULL;
current_element->next=NULL;
}
if(blevel==1 && level==2){
if(current_element!=NULL && current_content!=NULL){
if(current_element->defaults==NULL){
current_element->defaults=(iotype*)malloc(IOTYPE_SIZE);
current_element->defaults->content=NULL;
current_element->defaults->next=NULL;
addMapToMap(¤t_element->defaults->content,current_content);
}else{
if(current_element->supported==NULL){
current_element->supported=(iotype*)malloc(IOTYPE_SIZE);
current_element->supported->content=NULL;
current_element->supported->next=NULL;
addMapToMap(¤t_element->supported->content,current_content);
}else
addMapToIoType(¤t_element->supported,current_content);
}
}
if(current_element!=NULL){
if(plevel==level){
if(my_service->outputs==NULL)
my_service->outputs=dupElements(current_element);
else
addToElements(&my_service->outputs,current_element);
}else{
if(my_service->inputs==NULL)
my_service->inputs=dupElements(current_element);
else
addToElements(&my_service->inputs,current_element);
}
freeElements(¤t_element);
free(current_element);
}
plevel=level;
current_element=(elements*)malloc(ELEMENTS_SIZE);
current_element->name=zStrdup((char *)token.data.scalar.value);
current_element->content=NULL;
current_element->metadata=NULL;
current_element->format=NULL;
current_element->defaults=NULL;
current_element->supported=NULL;
current_element->next=NULL;
}
#ifdef DEBUG_YAML
printf("scalar %s (%d,%d,%d,%d,%d)\n", token.data.scalar.value,blevel,level,plevel,ilevel,ttype);
#endif
break;
/* Others */
default:
if(token.type==0){
char tmp[1024];
sprintf(tmp,"Wrong charater found in %s: \\t",name);
setMapInMaps(conf,"lenv","message",tmp);
return -1;
}
#ifdef DEBUG_YAML
printf("Got token of type %d\n", token.type);
#endif
break;
}
if(token.type != YAML_STREAM_END_TOKEN )
yaml_token_delete(&token);
} while(token.type != YAML_STREAM_END_TOKEN);
yaml_token_delete(&token);
#ifdef DEBUG_YAML
fprintf(stderr,"MSG: %s %d \n",__FILE__,__LINE__);
#endif
if(current_element!=NULL && current_content!=NULL){
if(current_element->defaults==NULL){
current_element->defaults=(iotype*)malloc(IOTYPE_SIZE);
current_element->defaults->content=NULL;
current_element->defaults->next=NULL;
addMapToMap(¤t_element->defaults->content,current_content);
}else{
if(current_element->supported==NULL){
current_element->supported=(iotype*)malloc(IOTYPE_SIZE);
current_element->supported->content=NULL;
current_element->supported->next=NULL;
addMapToMap(¤t_element->supported->content,current_content);
}else
addMapToIoType(¤t_element->supported,current_content);
}
#ifdef DEBUG_YAML
dumpMap(current_content);
fprintf(stderr,"MSG: %s %d \n",__FILE__,__LINE__);
#endif
freeMap(¤t_content);
free(current_content);
current_content=NULL;
}
if(current_element!=NULL){
if(my_service->outputs==NULL)
my_service->outputs=dupElements(current_element);
else
addToElements(&my_service->outputs,current_element);
freeElements(¤t_element);
free(current_element);
current_element=NULL;
}
/* END new code */
/* Cleanup */
yaml_parser_delete(&parser);
fclose(fh);
#ifdef DEBUG_YAML
dumpService(my_service);
#endif
*service=my_service;
return 1;
}
static void *
upnpNatpmpThread( )
{
int oldStatus, newStatus;
int i, err;
time_t now;
struct timespec deltatime;
pthread_mutex_lock(&g_mutex);
g_stop = 0;
pthread_mutex_unlock(&g_mutex);
while( g_running ){
//clear in g_unmaps
now = time(NULL);
for(i = 0; i < MAX_MAPS; i++){
if ( ! g_running ) break;
if ( ! g_unmaps[i].enabled && g_unmaps[i].extPort > 0 ){
if ( g_unmaps[i].overTime < now ){
oldStatus = getStatus( &g_unmaps[i] );
pthread_mutex_lock(&g_mutex);
switch (oldStatus){
case ML_PORT_MAPPED:
g_unmaps[i].overTime = now + 60 * 20;
break;
case ML_PORT_ERROR:
g_unmaps[i].overTime = now + 60;
break;
default:
/* in progress. pulse frequently. */
g_unmaps[i].overTime = now + 333;
break;
}
g_unmaps[i].natpmpStatus = natpmpPulse( &g_unmaps[i] );
g_unmaps[i].doPortCheck = 0;
g_unmaps[i].upnpStatus = upnpPulse( &g_unmaps[i]);
dbg_printf( "upnpNatpmpThread g_unmaps[%d]\n", i);
#ifdef DEBUG_PRINTF_UPNP
dumpMap(&g_unmaps[i], 1);
#endif
newStatus = getStatus( &g_unmaps[i] );
if( newStatus != oldStatus )
dbg_printf( "port forwarding state changed from \"%s\" to \"%s\"\n", getNatStateStr( oldStatus ), getNatStateStr( newStatus ) );
if( newStatus == ML_PORT_UNMAPPED ){
memset(&g_unmaps[i], 0, sizeof(ml_upnpmp_t));
}
pthread_mutex_unlock(&g_mutex);
}
}
}
//create,check in g_maps
now = time(NULL);
for(i = 0; i < MAX_MAPS; i++){
if ( ! g_running ) break;
if ( g_maps[i].enabled && g_maps[i].extPort ){
if ( g_maps[i].overTime < now ){
oldStatus = getStatus( &g_maps[i] );
pthread_mutex_lock(&g_mutex);
switch (oldStatus){
case ML_PORT_MAPPED:
g_maps[i].overTime = now + 60 * 20;
break;
case ML_PORT_ERROR:
g_maps[i].overTime = now + 60;
break;
default:
/* in progress. pulse frequently. */
g_maps[i].overTime = now + 333;
break;
}
g_maps[i].natpmpStatus = natpmpPulse( &g_maps[i] );
g_maps[i].doPortCheck = 1;
g_maps[i].upnpStatus = upnpPulse( &g_maps[i] );
pthread_mutex_unlock(&g_mutex);
dbg_printf( "upnpNatpmpThread g_maps[%d]\n", i);
#ifdef DEBUG_PRINTF_UPNP
dumpMap(&g_maps[i], 1);
#endif
newStatus = getStatus( &g_maps[i] );
if( newStatus != oldStatus )
dbg_printf( "port forwarding state changed from \"%s\" to \"%s\"\n", getNatStateStr( oldStatus ), getNatStateStr( newStatus ) );
}
}
}
if ( g_running ){
deltatime.tv_sec = time(NULL) + 30;
deltatime.tv_nsec = 0;
#if defined(_POSIX_TIMEOUTS) && (_POSIX_TIMEOUTS - 200112L) >= 0L
err = pthread_mutex_timedlock(&g_delay_mutex, &deltatime);
dbg_printf("%d seconds timedlock err=%d, running...\n", deltatime.tv_sec, err);
#else
do {
err = pthread_mutex_trylock(&g_delay_mutex);
if(err == EBUSY){
struct timespec ts;
ts.tv_sec = 0;
ts.tv_nsec = 100000000;
int status = -1;
while (status == -1) status = nanosleep(&ts, &ts);
} else break;
//dbg_printf("trylock err=%d, running...\n", err);
} while (err != 0 && (time(NULL) < deltatime.tv_sec));
#endif
}else{
break;
}
}
pthread_mutex_lock(&g_mutex);
g_stop = 1;
pthread_mutex_unlock(&g_mutex);
dbg_printf("upnp thread stopped!\n");
return NULL;
}