static
void BrowWriteUnformattedSet(Tcl_Interp *interp,struct Instance *i)
{
CONST struct set_t *s;
unsigned long len,c;
char value[80];
s = SetAtomList(i);
switch(SetKind(s)) {
case empty_set:
break;
case integer_set:
case string_set:
len = Cardinality(s);
for(c=1;c<=len;c++) {
if (SetKind(s)==integer_set) {
sprintf(value,"%u", FetchIntMember(s,c));
Tcl_AppendResult(interp,value," ",(char *)NULL);
} else {
Tcl_AppendResult(interp,"'",SCP(FetchStrMember(s,c)),"' ",
(char *)NULL);
}
}
return;
default:
return;
}
}
VHTTPConnectionListener::VHTTPConnectionListener (VHTTPServer *inServer, IRequestLogger* inRequestLogger)
: XBOX::VTask (NULL, 0, XBOX::eTaskStylePreemptive, NULL)
, fCertificatesFolderPath()
, fServerListener (NULL)
, fWorkerPool (NULL)
, fSelectIOPool (NULL)
, fRequestLogger (inRequestLogger)
, fListeningIP (DEFAULT_LISTENING_ADDRESS) // 0: All IP addresses
, fPort (DEFAULT_LISTENING_PORT)
, fSSLPort (DEFAULT_LISTENING_SSL_PORT)
, fSSLEnabled (false)
, fSSLMandatory (false)
, fConnectionHandlerFactory (NULL)
, fHTTPServer (NULL)
, fUsageCounter (1)
, fSocketDescriptor (-1)
, fSSLSocketDescriptor (-1)
, fReuseAddressSocketOption (true)
, fAbortTask (false)
{
fHTTPServer = XBOX::RetainRefCountable (inServer);
XBOX::VString taskName;
if (testAssert (NULL != fHTTPServer))
fHTTPServer->LocalizeString (CVSTR ("SNET_CONNECTION_LISTENER"), taskName);
SetName (taskName);
SetKind (kServerNetTaskKind);
SetKindData (kSNET_ConnectionListenerTaskKindData);
const short SHARED_WORKER_COUNT = 0;
const short SHARED_WORKER_MAX_COUNT = 0;
const short SHARED_WORKER_MAX_BUSYNESS = 0;
const short EXCLUSIVE_WORKER_COUNT = 5;
const short EXCLUSIVE_WORKER_MAX_COUNT = kMAX_sWORD;
fWorkerPool = new VWorkerPool ( SHARED_WORKER_COUNT,
SHARED_WORKER_MAX_COUNT,
SHARED_WORKER_MAX_BUSYNESS,
EXCLUSIVE_WORKER_COUNT,
EXCLUSIVE_WORKER_MAX_COUNT);
fSelectIOPool = new VTCPSelectIOPool();
}
void TagEntry::Create(const wxString& fileName,
const wxString& name,
int lineNumber,
const wxString& pattern,
const wxString& kind,
std::map<wxString, wxString>& extFields)
{
m_isCommentForamtted = false;
m_flags = 0;
m_isClangTag = false;
SetName(name);
SetLine(lineNumber);
SetKind(kind.IsEmpty() ? wxT("<unknown>") : kind);
SetPattern(pattern);
SetFile(fileName);
SetId(-1);
m_extFields = extFields;
wxString path;
// Check if we can get full name (including path)
path = GetExtField(wxT("class"));
if(!path.IsEmpty()) {
UpdatePath(path);
} else {
path = GetExtField(wxT("struct"));
if(!path.IsEmpty()) {
UpdatePath(path);
} else {
path = GetExtField(wxT("namespace"));
if(!path.IsEmpty()) {
UpdatePath(path);
} else {
path = GetExtField(wxT("interface"));
if(!path.IsEmpty()) {
UpdatePath(path);
} else {
path = GetExtField(wxT("enum"));
if(!path.IsEmpty()) {
UpdatePath(path);
} else {
path = GetExtField(wxT("union"));
wxString tmpname = path.AfterLast(wxT(':'));
if(!path.IsEmpty()) {
if(!tmpname.StartsWith(wxT("__anon"))) {
UpdatePath(path);
} else {
// anonymouse union, remove the anonymous part from its name
path = path.BeforeLast(wxT(':'));
path = path.BeforeLast(wxT(':'));
UpdatePath(path);
}
}
}
}
}
}
}
if(!path.IsEmpty()) {
SetScope(path);
} else {
SetScope(wxT("<global>"));
}
// If there is no path, path is set to name
if(GetPath().IsEmpty()) SetPath(GetName());
// Get the parent name
StringTokenizer tok(GetPath(), wxT("::"));
wxString parent;
(tok.Count() < 2) ? parent = wxT("<global>") : parent = tok[tok.Count() - 2];
SetParent(parent);
}
void TagEntry::Create(const wxString &fileName,
const wxString &name,
int lineNumber,
const wxString &pattern,
const wxString &kind,
std::map<wxString, wxString>& extFields)
{
SetPosition( wxNOT_FOUND );
SetName( name );
SetLine( lineNumber );
SetKind( kind.IsEmpty() ? wxT("<unknown>") : kind );
SetPattern( pattern );
SetFile( fileName );
SetId(-1);
SetParentId(-1);
m_extFields = extFields;
wxString path;
// Check if we can get full name (including path)
path = GetExtField(wxT("class"));
if(!path.IsEmpty()) {
UpdatePath( path ) ;
} else {
path = GetExtField(wxT("struct"));
if(!path.IsEmpty()) {
UpdatePath( path ) ;
} else {
path = GetExtField(wxT("namespace"));
if(!path.IsEmpty()) {
UpdatePath( path ) ;
} else {
path = GetExtField(wxT("interface"));
if(!path.IsEmpty()) {
UpdatePath( path ) ;
} else {
path = GetExtField(wxT("enum"));
if(!path.IsEmpty()) {
UpdatePath( path ) ;
} else {
path = GetExtField(wxT("union"));
if(!path.IsEmpty()) {
UpdatePath( path ) ;
}
}
}
}
}
}
if(!path.IsEmpty()) {
SetScope(path);
} else {
SetScope(wxT("<global>"));
}
// If there is no path, path is set to name
if( GetPath().IsEmpty() )
SetPath( GetName() );
// Get the parent name
StringTokenizer tok(GetPath(), wxT("::"));
wxString parent;
(tok.Count() < 2) ? parent = wxT("<global>") : parent = tok[tok.Count()-2];
SetParent(parent);
}
static struct gl_list_t *FindArrayChildrenPath(struct gl_list_t *list,
CONST struct set_t *sptr,
enum find_errors *errval)
{
struct gl_list_t *result;
CONST struct Instance *i,*child;
struct InstanceName rec;
struct TypeDescription *desc;
unsigned long c1,len1,c2,len2,pos;
PAN *p, *p2;
struct Name *n, *n2;
symchar *senum;
long sint;
switch(SetKind(sptr)){
case empty_set: return gl_create(0);
case string_set:
SetInstanceNameType(rec,StrArrayIndex);
len2 = Cardinality(sptr);
len1 = gl_length(list);
result = gl_create(len1*len2);
for (c1=1; c1<=len1; c1++){
p = (PAN *)gl_fetch(list,c1);
i = p->i;
if (InstanceKind(i)==ARRAY_ENUM_INST){
if (NextToExpand(i)!=1){
for (c2=1; c2<=len2; c2++){
senum = FetchStrMember(sptr,c2);
SetInstanceNameStrIndex(rec,senum);
if ((pos = ChildSearch(i,&rec))==0){
DestroyPANList(&result);
desc = InstanceTypeDesc(i);
if ( GetArrayBaseIsRelation(desc) || GetArrayBaseIsLogRel(desc)){
*errval = unmade_instance;
} else {
*errval = impossible_instance;
}
return NULL;
} else {
child = InstanceChild(i,pos);
if (child!=NULL){
n = CreateEnumElementName(senum);
n2 = CopyAppendNameNode(p->n, n);
DestroyName(n);
p2 = CreatePAN(child, n2);
gl_append_ptr(result,(VOIDPTR)p2);
} else {
DestroyPANList(&result);
*errval = unmade_instance;
return NULL;
}
}
}
} else {
DestroyPANList(&result);
*errval = unmade_instance;
return NULL;
}
} else {
DestroyPANList(&result);
*errval = impossible_instance;
return NULL;
}
}
return result;
case integer_set:
SetInstanceNameType(rec,IntArrayIndex);
len2 = Cardinality(sptr);
len1 = gl_length(list);
result = gl_create(len1*len2);
for (c1=1; c1<=len1; c1++){
p = (PAN *)gl_fetch(list,c1);
i = p->i;
if (InstanceKind(i)==ARRAY_INT_INST){
if (NextToExpand(i)!=1){
for (c2=1; c2<=len2; c2++){
sint = FetchIntMember(sptr,c2);
SetInstanceNameIntIndex(rec,sint);
if ((pos = ChildSearch(i,&rec))==0){
DestroyPANList(&result);
desc = InstanceTypeDesc(i);
if (GetArrayBaseIsRelation(desc) || GetArrayBaseIsLogRel(desc)) {
*errval = unmade_instance;
} else {
*errval = impossible_instance;
}
return NULL;
} else {
child = InstanceChild(i,pos);
if (child!=NULL){
n = CreateIntegerElementName(sint);
n2 = CopyAppendNameNode(p->n, n);
DestroyName(n);
p2 = CreatePAN(child, n2);
gl_append_ptr(result,(VOIDPTR)p2);
} else{
DestroyPANList(&result);
*errval = unmade_instance;
return NULL;
}
}
}
} else {
DestroyPANList(&result);
*errval = unmade_instance;
return NULL;
}
} else {
DestroyPANList(&result);
*errval = impossible_instance;
return NULL;
}
}
return result;
}
/*NOTREACHED*/
return NULL;
}
