void ARClef::setTagParameterList(TagParameterList& tpl)
{
if (ltpls.GetCount() == 0)
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail( (
"S,type,treble,r")); // old:;F,size,1.0,o"
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
TagParameterString * tps = TagParameterString::cast(rtpl->RemoveHead());
assert(tps);
setName(tps->getValue());
delete tps;
}
delete rtpl;
}
else
{
// failure
}
tpl.RemoveAll();
}
void ARNewSystem::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.GetCount() == 0)
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail( ( "U,dy,0,o"));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
mDy = TagParameterFloat::cast(rtpl->RemoveHead());
delete rtpl;
}
else
{
// failure
}
tpl.RemoveAll();
}
void ARStaccato::setTagParameterList(TagParameterList& tpl)
{
if (ltpls.GetCount() == 0)
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail(("S,type,,o"));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList *rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
TagParameterString * str = TagParameterString::cast(rtpl->RemoveHead());
assert(str);
if (str->TagIsSet())
{
if (str->getValue() == std::string("heavy"))
type = HEAVY;
else type = REGULAR;
}
delete str;
}
delete rtpl;
}
tpl.RemoveAll();
}
void ARRestFormat::setTagParameterList(TagParameterList &tpl)
{
if (ltpls.empty())
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail((""));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret >= 0 && rtpl)
{
delete rtpl;
}
else
{
// failure
}
tpl.RemoveAll();
}
void ARTStem::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.GetCount() == 0)
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail(( "U,length,7.0,o"));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = NULL;
const int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
// then, we now the match for
// the first ParameterList
// w, h, ml, mt, mr, mb
//GuidoPos pos = rtpl->GetHeadPosition();
mTpfLength = TagParameterFloat::cast( rtpl->RemoveHead());
}
delete rtpl;
}
else
{
// failure...
}
tpl.RemoveAll();
}
void ARMark::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.GetCount() == 0)
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail(
(
"S,text,,r"));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList *rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
text = TagParameterString::cast(rtpl->RemoveHead());
assert(text);
}
delete rtpl;
}
else
{
// failure
}
tpl.RemoveAll();
}
void ARShareStem::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.GetCount() == 0)
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail(
(
""));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList *rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
// then, we now the match for
// the first ParameterList
// GuidoPos pos = rtpl->GetHeadPosition();
}
delete rtpl;
}
tpl.RemoveAll();
}
void ARGrace::setTagParameterList(TagParameterList& tpl)
{
if (ltpls.GetCount() == 0)
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail(( "I,i,,o"));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = 0;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
num = TagParameterInt::cast(rtpl->RemoveHead());
assert(num);
}
delete rtpl;
}
else
{
// failure
}
tpl.RemoveAll();
}
void ARTremolo::setTagParameterList(TagParameterList& tpl)
{
if (ltpls.GetCount() == 0)
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail((
"I,dur,32,o"
// "S,text,,r;U,dy,-1,o"
));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
}
delete rtpl;
}
else
{
// failure
}
tpl.RemoveAll();
}
void ServerScheduler::GetListOfJobs(ListOfStrings& jobs)
{
boost::mutex::scoped_lock lock(mutex_);
jobs.clear();
for (Jobs::const_iterator
it = jobs_.begin(); it != jobs_.end(); ++it)
{
jobs.push_back(it->first);
}
}
void ARMarcato::setTagParameterList(TagParameterList& tpl)
{
if (ltpls.GetCount() == 0)
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail("S,position,,o");
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
TagParameterString * str = TagParameterString::cast(rtpl->RemoveHead());
assert(str);
std::string below ("below");
std::string above ("above");
if (str->TagIsSet() && (below == str->getValue()))
{
position = BELOW;
}
else if (str->TagIsSet() && (above == str->getValue()))
{
position = ABOVE;
}
delete str;
// Get The TagParameters ...
// text =
// TagParameterString::cast(rtpl->RemoveHead());
//assert(text);
}
delete rtpl;
}
else
{
// failure
}
tpl.RemoveAll();
}
const char *PropertySet::getPropertyName(int which) {
ListOfStrings *propNames = (ListOfStrings *) propertyNameList;
int i = 0;
for (ListOfStrings::iterator itr = propNames->begin(); itr != propNames->end(); itr++, i++) {
if (i == which) {
std::string s = *itr;
char *pc = new char[strlen(s.c_str())+1];
strcpy(pc, s.c_str());
return pc;
}
}
return(NULL);
}
bool StorePeerCommand::Apply(ListOfStrings& outputs,
const ListOfStrings& inputs)
{
// Configure the HTTP client
HttpClient client;
client.SetProxy(Configuration::GetGlobalStringParameter("HttpProxy", ""));
if (peer_.GetUsername().size() != 0 &&
peer_.GetPassword().size() != 0)
{
client.SetCredentials(peer_.GetUsername().c_str(),
peer_.GetPassword().c_str());
}
client.SetUrl(peer_.GetUrl() + "instances");
client.SetMethod(HttpMethod_Post);
for (ListOfStrings::const_iterator
it = inputs.begin(); it != inputs.end(); ++it)
{
LOG(INFO) << "Sending resource " << *it << " to peer \""
<< peer_.GetUrl() << "\"";
try
{
context_.ReadFile(client.AccessPostData(), *it, FileContentType_Dicom);
std::string answer;
if (!client.Apply(answer))
{
LOG(ERROR) << "Unable to send resource " << *it << " to peer \"" << peer_.GetUrl() << "\"";
throw OrthancException(ErrorCode_NetworkProtocol);
}
// Only chain with other commands if this command succeeds
outputs.push_back(*it);
}
catch (OrthancException& e)
{
LOG(ERROR) << "Unable to forward to an Orthanc peer in a Lua script (instance "
<< *it << ", peer " << peer_.GetUrl() << "): " << e.What();
if (!ignoreExceptions_)
{
throw;
}
}
}
return true;
}
void ARFermata::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.GetCount() == 0)
{
ListOfStrings lstrs;
lstrs.AddTail("S,type,short,o;S,position,above,o");
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls, tpl, &rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
TagParameterString * str = TagParameterString::cast(rtpl->RemoveHead());
assert(str);
std::string shortstr ("short");
std::string longstr ("long");
std::string below ("below");
if (str->TagIsSet())
{
if (shortstr == str->getValue())
type = SHORT;
else if (longstr == str->getValue())
type = LONG;
else type = REGULAR;
}
delete str;
str = TagParameterString::cast(rtpl->RemoveHead());
assert(str);
if (str->TagIsSet() && (below == str->getValue()))
{
position = BELOW;
}
else position = ABOVE;
delete str;
}
delete rtpl;
}
tpl.RemoveAll();
}
void ARStaff::setTagParameterList(TagParameterList& tpl)
{
if (ltpls.GetCount() == 0)
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail( ("I,id,,r;U,dy,,o"));
lstrs.AddTail( ("S,id,,r;U,dy,,o"));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
idi = TagParameterInt::cast(rtpl->RemoveHead());
assert(idi);
if (idi->getValue() < 1)
{
GuidoWarn("Staff-Parameter-Value smaller than 1");
idi->setValue(1);
}
mDy = TagParameterFloat::cast(rtpl->RemoveHead());
assert(mDy);
}
else if (ret==1)
{
// we have a match with the second parameter ...
ids = TagParameterString::cast(rtpl->RemoveHead());
assert(ids);
mDy = TagParameterFloat::cast(rtpl->RemoveHead());
assert(mDy);
}
delete rtpl;
}
else
{
// failure ...
}
if (idi && idi->getValue() < 0)
idi->setValue(0);
tpl.RemoveAll();
}
void ARTitle::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.GetCount() == 0)
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail((
"S,name,,r;"
"S,pageformat,c2,o;S,textformat,cc,o"));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList *rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
// then, we now the match for the first ParameterList name
delete name;
delete pageformat;
delete textformat;
name = TagParameterString::cast(rtpl->RemoveHead());
assert(name);
// pageformat
pageformat = TagParameterString::cast(rtpl->RemoveHead());
assert(pageformat);
textformat = TagParameterString::cast(rtpl->RemoveHead());
assert(textformat);
}
if (fsize && fsize->TagIsNotSet())
{
fsize->setValue(24);
fsize->setUnit("pt");
}
delete rtpl;
}
else
{
// failure
}
tpl.RemoveAll();
}
void ARStaffFormat::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.GetCount() == 0) {
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail( ( "S,style,standard,o;U,size,3pt,o"));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = 0;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret >= 0 && rtpl)
{
// we found a match!
if (ret == 0) {
// then, we now the match for the first ParameterList
// w, h, ml, mt, mr, mb
style = TagParameterString::cast(rtpl->RemoveHead());
assert(style);
if (style->TagIsSet() == false) {
delete style;
style = NULL;
}
size = TagParameterFloat::cast(rtpl->RemoveHead());
assert(size);
if (size->TagIsSet() == false) {
delete size;
size = NULL;
}
else
{
// one idea is to adjust the size, so that it matches an integer (internally)
float intunits = size->getValue(); // per halfspace ...
// Integer internal units
const int Iintunits = (int) (intunits + 0.5);
const double cmunits = Iintunits * kVirtualToCm;
const char * unit = size->getUnit();
intunits = (float)gd_convertUnits(cmunits,"cm",unit);
size->setValue( intunits );
}
}
delete rtpl;
}
else {
// failure
}
tpl.RemoveAll();
}
void ARABreak::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.empty())
{
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail(("S,page,on,o;S,system,on,o"));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
TagParameterString * str = TagParameterString::cast(rtpl->RemoveHead());
assert(str);
std::string off ("off");
if (str->TagIsSet())
{
if (off == str->getValue())
mPageBreakState = OFF;
}
delete str;
str = TagParameterString::cast(rtpl->RemoveHead());
assert(str);
if (str->TagIsSet())
{
if (off == str->getValue())
mSystemBreakState = OFF;
}
delete str;
}
delete rtpl;
}
// all Parameters are ignored ...
// issue warning...
tpl.RemoveAll();
return;
}
void ARBarFormat::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.GetCount() == 0)
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail(
(
"S,style,staff,o"));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
// then, we now the match for
// the first ParameterList
// w, h, ml, mt, mr, mb
style = TagParameterString::cast(rtpl->RemoveHead());
assert(style);
if( style->TagIsSet() == false )
{
delete style;
style = NULL;
}
}
delete rtpl;
}
else
{
// failure
}
tpl.RemoveAll();
}
// --------------------------------------------------------------------------
void
ARTempo::setTagParameterList( TagParameterList & tpl )
{
if( ltpls.GetCount() == 0 ) {
ListOfStrings lstrs;
// A required tempo string and an optional bpm string.
lstrs.AddTail( "S,tempo,,r;S,bpm,,o;U,dy,0,o" );
CreateListOfTPLs( ltpls, lstrs );
}
TagParameterList * rtpl = 0;
const int ret = MatchListOfTPLsWithTPL( ltpls, tpl, &rtpl );
/*
We may have :
\tempo <s1, s2> // s1 is pure graphical, s2 (optional) pure musical
\tempo <"Andante [1/4]=60"> will be the kString type
\tempo <"Andante","1/4=60"> will be the kBPM type
\tempo <"Andante [1/4]=[1/8]","1/4=1/8"> will be the kNoteEquiv type
*/
if( ret >= 0 && rtpl )
{
// we found a match!
if( ret == 0 )
{
// - extract tempo mark informations.
TagParameterString * tps = TagParameterString::cast(rtpl->RemoveHead());
if (tps && strlen(tps->getValue())) {
FormatStringParser p;
mTempoMark.clear();
p.parse (tps->getValue(), mTempoMark);
}
delete tps;
// ParseTempoMark( tps );
// - extract bpm informations
tps = TagParameterString::cast(rtpl->RemoveHead());
ParseBpm( tps );
delete tps;
delete mDy;
mDy = TagParameterFloat::cast(rtpl->RemoveHead());
}
delete rtpl;
}
tpl.RemoveAll();
}
void ARIntens::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.GetCount() == 0)
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail(( "S,type,,r;F,value,-1.0,o"));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = 0;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
// then, we now the match for
// the first ParameterList
// w, h, ml, mt, mr, mb
GuidoPos pos = rtpl->GetHeadPosition();
TagParameterString * tps = TagParameterString::cast(rtpl->GetNext(pos));
assert(tps);
mIntensText = tps->getValue();
TagParameterFloat * tpf = TagParameterFloat::cast(rtpl->GetNext(pos));
assert(tpf);
if (tpf->pflag != TagParameter::NOTSET)
{
value = tpf->getValue();
}
}
delete rtpl;
}
else
{
// failure
}
tpl.RemoveAll();
}
void ARDrHoos::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.GetCount() == 0)
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail(
(
"I,inverse,0,o"));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList *rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
// then, we now the match for
// the first ParameterList
// w, h, ml, mt, mr, mb
GuidoPos pos = rtpl->GetHeadPosition();
TagParameterInt * tpi =TagParameterInt::cast(rtpl->GetNext(pos));
assert(tpi);
if (tpi->pflag != TagParameter::NOTSET)
{
inverse = tpi->getValue();
}
}
delete rtpl;
}
else
{
// failure
}
tpl.RemoveAll();
}
void ARAccolade::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.empty())
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail(
(
"S,id,,r;S,range,,r;S,type,standard,o"));
lstrs.AddTail(
(
"I,id,,r;S,range,,r;S,type,standard,o"));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
// then, we now the match for the first ParameterList
sid = TagParameterString::cast(rtpl->RemoveHead());
nid = NULL;
range = TagParameterString::cast(rtpl->RemoveHead());
type = TagParameterString::cast(rtpl->RemoveHead());
}
else if (ret == 1)
{
nid = TagParameterInt::cast(rtpl->RemoveHead());
range = TagParameterString::cast(rtpl->RemoveHead());
type = TagParameterString::cast(rtpl->RemoveHead());
}
delete rtpl;
}
else
{
// failure
}
tpl.RemoveAll();
}
void ARAlter::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.GetCount() == 0)
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail(( "F,detune,0.0,r;S,text,,o"));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = 0;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
delete altervalue;
altervalue = TagParameterFloat::cast(rtpl->RemoveHead());
assert(altervalue);
delete alterstring;
alterstring = TagParameterString::cast(rtpl->RemoveHead());
assert(alterstring);
if (alterstring->TagIsNotSet())
{
// then we can set it to the value ...
char tmp[10];
snprintf(tmp, 10, "%.2f", altervalue->getValue());
alterstring->setValue(tmp);
}
}
delete rtpl;
}
else
{
// failure
}
tpl.RemoveAll();
}
void ARChordTag::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.GetCount() == 0)
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail(
(
"S,label,,o"));
lstrs.AddTail(
(
"I,label,,o"));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
// then, we now the match for
// the first ParameterList
// GuidoPos pos = rtpl->GetHeadPosition();
labels = TagParameterString::cast(rtpl->RemoveHead());
}
else if (ret == 1)
{
// we have a label-number
labeli = TagParameterInt::cast(rtpl->RemoveHead());
}
delete rtpl;
}
tpl.RemoveAll();
}
void ARUnits::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.GetCount() == 0)
{
// create a list of string ...
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail(("S,type,cm,r"));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
// then, we now the match for
// the first ParameterList
// w, h, ml, mt, mr, mb
GuidoPos pos = rtpl->GetHeadPosition();
TagParameterString * tps =
TagParameterString::cast(rtpl->GetNext(pos));
assert(tps);
sType = tps->getValue();
}
delete rtpl;
}
else
{
// failure
}
tpl.RemoveAll();
}
void ARPizzicato::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.GetCount() == 0)
{
ListOfStrings lstrs;
lstrs.AddTail("S,type,lefthand,o");
CreateListOfTPLs(ltpls, lstrs);
}
TagParameterList * rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls, tpl, &rtpl);
if (ret>=0 && rtpl)
{
//we found a match !
if (ret == 0)
{
TagParameterString * str = TagParameterString::cast(rtpl->RemoveHead());
assert(str);
if (str->TagIsSet())
{
std::string val(str->getValue());
if (val == "buzz")
type = BUZZ;
else if (val == "snap" || val == "bartok")
type = SNAP;
else if (val == "fingernail")
type = FINGERNAIL;
else
type = LEFTHAND;
}
else
type = LEFTHAND;
delete str;
}
delete rtpl;
}
tpl.RemoveAll();
}
bool DeleteInstanceCommand::Apply(ListOfStrings& outputs,
const ListOfStrings& inputs)
{
for (ListOfStrings::const_iterator
it = inputs.begin(); it != inputs.end(); ++it)
{
LOG(INFO) << "Deleting instance " << *it;
try
{
Json::Value tmp;
context_.DeleteResource(tmp, *it, ResourceType_Instance);
}
catch (OrthancException& e)
{
LOG(ERROR) << "Unable to delete instance " << *it << " in a Lua script: " << e.What();
}
}
return true;
}
void ARSpace::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.GetCount() == 0)
{
ListOfStrings lstrs; // (1); std::vector test impl
lstrs.AddTail( ( "U,dd,,r"));
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if (ret>=0 && rtpl)
{
// we found a match!
if (ret == 0)
{
// then, we now the match for
// the first ParameterList
// w, h, ml, mt, mr, mb
GuidoPos pos = rtpl->GetHeadPosition();
TagParameterFloat * tpf = TagParameterFloat::cast(rtpl->GetNext(pos));
assert(tpf);
val = tpf->getValue();
}
delete rtpl;
}
else
{
// failure.
}
tpl.RemoveAll();
}
void ARVolta::setTagParameterList(TagParameterList & tpl)
{
if (ltpls.empty()) {
ListOfStrings lstrs;
lstrs.AddTail( "S,pass,,r;S,m,,r;S,format,,o" );
CreateListOfTPLs(ltpls,lstrs);
}
TagParameterList * rtpl = NULL;
int ret = MatchListOfTPLsWithTPL(ltpls,tpl,&rtpl);
if( ret >= 0 && rtpl ) {
if( ret == 0 ) {
TagParameterString * tps = TagParameterString::cast(rtpl->RemoveHead());
if (tps) mPass = tps->getValue();
tps = TagParameterString::cast(rtpl->RemoveHead());
if (tps) mMark = tps->getValue();
tps = TagParameterString::cast(rtpl->RemoveHead());
if (tps) mFormat = tps->getValue();
}
delete rtpl;
}
tpl.RemoveAll();
}
