/*!
* Assuming a string of standard abiword properties eg. "fred:nerk; table-width:1.0in; table-height:10.in"
* Return the value of the property sProp or NULL if it is not present.
* This UT_String * should be deleted by the calling programming after it is finished with it.
*/
UT_String UT_String_getPropVal(const UT_String & sPropertyString, const UT_String & sProp)
{
UT_String sWork(sProp);
sWork += ":";
const char * szWork = sWork.c_str();
const char * szProps = sPropertyString.c_str();
const char * szLoc = strstr(szProps,szWork);
if(szLoc == NULL)
{
return UT_String();
}
//
// Look if this is the last property in the string.
//
const char * szDelim = strchr(szLoc,';');
if(szDelim == NULL)
{
//
// Remove trailing spaces
//
UT_sint32 iSLen = strlen(szProps);
while(iSLen > 0 && szProps[iSLen-1] == ' ')
{
iSLen--;
}
//
// Calculate the location of the substring
//
UT_sint32 offset = static_cast<UT_sint32>(reinterpret_cast<size_t>(szLoc) - reinterpret_cast<size_t>(szProps));
offset += strlen(szWork);
return UT_String(sPropertyString.substr(offset,(iSLen - offset)));
}
else
{
szDelim = strchr(szLoc,';');
if(szDelim == NULL)
{
//
// bad property string
//
UT_ASSERT(UT_SHOULD_NOT_HAPPEN);
return UT_String();
}
//
// Remove trailing spaces.
//
while(*szDelim == ';' || *szDelim == ' ')
{
szDelim--;
}
//
// Calculate the location of the substring
//
UT_sint32 offset = static_cast<UT_sint32>(reinterpret_cast<size_t>(szLoc) - reinterpret_cast<size_t>(szProps));
offset += strlen(szWork);
UT_sint32 iLen = static_cast<UT_sint32>(reinterpret_cast<size_t>(szDelim) - reinterpret_cast<size_t>(szProps)) + 1;
return UT_String(sPropertyString.substr(offset,(iLen - offset)));
}
}
UT_String UT_String::substr(size_t iStart, size_t nChars) const
{
const size_t nSize = pimpl->size();
if (iStart >= nSize || !nChars) {
return UT_String();
}
const char* p = pimpl->data() + iStart;
if (iStart + nChars > nSize) {
nChars = nSize - iStart;
}
return UT_String(p, nChars);
}
void BIN_ProjectLoader::loadSpriteSheetNames( const STD_String &projectFolder, StringPairCol_t &sheetNames )
{
// Todo, remove need for PL_FileSpec here!
PL_FileSpec fileSpec( (projectFolder + "/spriteSheets").c_str() );
for ( PL_FileSpec::iterator i = fileSpec.begin(), iEnd = fileSpec.end() ; i!=iEnd ; ++i )
{
if ( i->GetExtension() == UT_String( "bin" ) )
{
UT_String spriteSheetName = i->GetName( false /* no extension */ );
size_t idx = spriteSheetName.find ( "-" );
if ( idx != STD_String::npos )
{
StringPair_t sheetName;
sheetName.first = spriteSheetName.substr( 0, idx ).utf8();
sheetName.second = spriteSheetName.substr( idx+1 ).utf8();
sheetNames.push_back( sheetName );
}
}
}
}
OP_TemplatePair*
GusdOBJ_usdcamera::GetTemplates()
{
/* Our common camera params come from the same initialization script
as the standard camera.*/
static PRM_Default primPathDef(0, "/World/main_cam");
static PRM_Name frameName("frame", "Frame");
static PRM_Default frameDef(0, "$FF");
static PRM_Name xformName("xformmode", "Transform Mode");
static PRM_Name xformNames[] = {
PRM_Name("postmultctm", "Object to World"),
PRM_Name("ctm", "Parent to World"),
PRM_Name("obj", "Object"),
PRM_Name("none", "None"),
PRM_Name()
};
static PRM_ChoiceList xformMenu(PRM_CHOICELIST_SINGLE, xformNames);
GusdPRM_Shared prmShared;
static PRM_Template camTemplates[] = {
PRM_Template(PRM_FILE, 1, &prmShared->filePathName, 0,
/*choicelist*/ 0, /*range*/ 0,
/*callback*/ 0, &prmShared->usdFileROData),
PRM_Template(PRM_STRING, 1, &prmShared->primPathName,
&primPathDef),
PRM_Template(PRM_FLT, 1, &frameName, &frameDef),
PRM_Template(PRM_ORD, 1, &xformName,
/* default*/ 0,
/* choice list */ &xformMenu,
/* range */0,
/* callback */0,
/* spare */0,
/* group */0,
"If this node is included in a OBJ hierarchy this "
"should be set to 'Object'. If not, it should "
"be set to 'Object to World'"),
PRM_Template()
};
unsigned numCamTemplates = PRM_Template::countTemplates(camTemplates);
// for backwards compatibility with old stereo attributes {
static PRM_Name isStereoName("isstereo", "Is Stereo");
static PRM_Name rightEyeName( "isrighteye", "Is Right Eye" );
static PRM_Name convergenceDistanceName("convergencedistance",
"Convergence Distance");
static PRM_Name interocularDistanceName("interoculardistance",
"Interocular Distance");
static PRM_Name leftEyeBiasName("lefteyebias", "Left Eye Bias");
static PRM_Template stereoAttrsTemplates[] = {
PRM_Template(PRM_TOGGLE | PRM_TYPE_INVISIBLE, 1, &isStereoName,
/* defaults */ 0,
/* choice list */ 0,
/* range ptr */0,
/* callback */0,
/* spare */ 0,
/* parmgroup*/ 1,
"Show mono view if off. Right or left eye view if on."),
PRM_Template(PRM_TOGGLE | PRM_TYPE_INVISIBLE, 1, &rightEyeName,
/* defaults */ 0,
/* choice list */ 0,
/* range ptr */0,
/* callback */0,
/* spare */ 0,
/* parmgroup*/ 1,
"If checked, show right eye view. "
"Otherwise show left eye view."),
PRM_Template(PRM_FLT | PRM_TYPE_INVISIBLE, 1, &convergenceDistanceName, 0),
PRM_Template(PRM_FLT | PRM_TYPE_INVISIBLE, 1, &interocularDistanceName, 0),
PRM_Template(PRM_FLT | PRM_TYPE_INVISIBLE, 1, &leftEyeBiasName,
/* defaults */ 0,
/* choice list */ 0,
/* range ptr */0,
/* callback */0,
/* spare */ 0,
/* parmgroup*/ 1,
"If 0, left eye view matches mono view. "
"If 1, right eye view matches mono view." ),
PRM_Template()
};
unsigned numStereoAttrsTemplates =
PRM_Template::countTemplates(stereoAttrsTemplates);
// }
static PRM_Name displayFrustumName( "displayFrustum", "Display Frustum");
static PRM_Template displayFrustum(PRM_TOGGLE, 1, &displayFrustumName, 0);
const PRM_Template* const objTemplates = getTemplateList(OBJ_PARMS_PLAIN);
unsigned numObjTemplates = PRM_Template::countTemplates(objTemplates);
/* First template in common obj parms is a switcher.
We need to modify the switcher to include our own tab.*/
UT_IntArray numSwitchersOnPages, numNonSwitchersOnPages;
PRM_Template::getSwitcherStats(objTemplates,
numSwitchersOnPages,
numNonSwitchersOnPages);
unsigned oldSwitcherSize = numNonSwitchersOnPages.entries();
static std::vector<PRM_Default> tabs(oldSwitcherSize+1);
static PRM_Default renderPaneDefault;
for(int i = 0; i < oldSwitcherSize; ++i)
{
tabs[i] = objTemplates->getFactoryDefaults()[i];
// We want to add an item to the Render pane, displayFrustum.
// We need to increase the item count in the switcher default.
if(UT_String(tabs[i].getString()) == "Render")
{
renderPaneDefault.setString(tabs[i].getString());
renderPaneDefault.setFloat(tabs[i].getFloat() + 1);
tabs[i] = renderPaneDefault;
}
}
tabs[oldSwitcherSize] =
PRM_Default(numCamTemplates + numStereoAttrsTemplates, "USD");
static PRM_Name switcherName = *objTemplates->getNamePtr();
static std::vector<PRM_Template> templates;
templates.push_back(
PRM_Template(PRM_SWITCHER, tabs.size(), &switcherName, &tabs[0]));
for(std::size_t i = 1; i < numObjTemplates; ++i)
{
templates.push_back( objTemplates[i] );
if(UT_String(objTemplates[i].getNamePtr()->getToken()) == "display")
templates.push_back(displayFrustum);
}
templates.insert(templates.end(), camTemplates,
camTemplates + numCamTemplates);
templates.insert(templates.end(), stereoAttrsTemplates,
stereoAttrsTemplates + numStereoAttrsTemplates);
templates.push_back(PRM_Template());
static OP_TemplatePair templatePair(&templates[0], NULL);
return &templatePair;
}
void FabricDFGView::saveJsonData()
{
m_op->setString(UT_String(getJSON().c_str()), CH_STRING_LITERAL, "jsonData", 0, 0);
}
#include "tf_test.h"
#include "ut_string_class.h"
#define TFSUITE "core.af.util.stringclass"
TFTEST_MAIN("UT_String")
{
UT_String s("foobar");
TFPASS(s.size() == 6);
TFPASS(s.length() == 6);
TFFAIL(s.empty());
TFPASS(s == "foobar");
TFPASS(s == UT_String("foobar"));
s += "baz";
TFPASS(s.size() == 9);
TFPASS(s == "foobarbaz");
s += UT_String("42");
TFPASS(s.size() == 11);
TFPASS(s == "foobarbaz42");
s += '!';
TFPASS(s.size() == 12);
TFPASS(s == "foobarbaz42!");
TFPASS(s[3] == 'b');
s[3] = 'c';
/*!
* A callback for AP_Args's doWindowlessArgs call which handles
* platform-specific windowless args.
* return false if we should exit normally but Window should not be displayed
*/
bool AP_Win32App::doWindowlessArgs(const AP_Args *Args, bool & bSuccess)
{
bSuccess = true;
AP_Win32App * pMyWin32App = static_cast<AP_Win32App*>(Args->getApp());
if (Args->m_sGeometry)
{
// [--geometry <X geometry string>]
#if 0
gint x = 0;
gint y = 0;
guint width = 0;
guint height = 0;
XParseGeometry(Args->m_sGeometry, &x, &y, &width, &height);
// set the xap-level geometry for future frame use
Args->getApp()->setGeometry(x, y, width, height, f);
#endif
parseAndSetGeometry(Args->m_sGeometry);
}
else
if (Args->m_sPrintTo)
{
if (Args->m_sFiles[0])
{
UT_DEBUGMSG(("DOM: Printing file %s\n", Args->m_sFiles[0]));
AP_Convert conv ;
if (Args->m_sMerge)
conv.setMergeSource (Args->m_sMerge);
if (Args->m_impProps)
conv.setImpProps (Args->m_impProps);
if (Args->m_expProps)
conv.setExpProps (Args->m_expProps);
UT_String s = "AbiWord: ";
s+= Args->m_sFiles[0];
UT_Win32LocaleString prn, doc;
prn.fromASCII (Args->m_sPrintTo);
doc.fromASCII (s.c_str());
GR_Graphics * pG = GR_Win32Graphics::getPrinterGraphics(prn.c_str(), doc.c_str());
if(!pG)
{
// do not assert here, if the graphics creation failed, the static
// constructor has asserted already somewhere more relevant
return false;
}
conv.setVerbose(Args->m_iVerbose);
conv.print (Args->m_sFiles[0], pG, Args->m_sFileExtension);
delete pG;
}
else
{
// couldn't load document
UT_DEBUGMSG(("Error: no file to print!\n"));
bSuccess = false;
}
return false;
}
if(Args->m_sPluginArgs)
{
//
// Start a plugin rather than the main abiword application.
//
const char * szName = NULL;
XAP_Module * pModule = NULL;
bool bFound = false;
if(Args->m_sPluginArgs[0])
{
const char * szRequest = Args->m_sPluginArgs[0];
const UT_GenericVector<XAP_Module*> * pVec = XAP_ModuleManager::instance().enumModules ();
UT_DEBUGMSG((" %d plugins loaded \n",pVec->getItemCount()));
for (UT_sint32 i = 0; (i < pVec->size()) && !bFound; i++)
{
pModule = pVec->getNthItem (i);
szName = pModule->getModuleInfo()->name;
UT_DEBUGMSG(("%s\n", szName));
if(strcmp(szName,szRequest) == 0)
{
bFound = true;
}
}
}
if(!bFound)
{
UT_DEBUGMSG(("Plugin %s not found or loaded \n",Args->m_sPluginArgs[0]));
bSuccess = false;
return false;
}
//
// You must put the name of the ev_EditMethod in the usage field
// of the plugin registered information.
//
const char * evExecute = pModule->getModuleInfo()->usage;
EV_EditMethodContainer* pEMC = pMyWin32App->getEditMethodContainer();
const EV_EditMethod * pInvoke = pEMC->findEditMethodByName(evExecute);
if(!pInvoke)
{
UT_DEBUGMSG(("Plugin %s invoke method %s not found \n",
Args->m_sPluginArgs[0],evExecute));
bSuccess = false;
return false;
}
//
// Execute the plugin, then quit
//
ev_EditMethod_invoke(pInvoke, UT_String("Called From App"));
return false;
}
return true;
}
/**
* Called when parsing the content between the start and end element tags.
*/
void ODi_MetaStream_ListenerState::charData (const gchar* pBuffer, int length)
{
if (pBuffer && length) {
m_charData += UT_String (pBuffer, length).c_str();
}
}
bool ev_EditMethod_invoke (const char * methodName, const char * data)
{
UT_return_val_if_fail(data, false);
return ev_EditMethod_invoke ( methodName, UT_String(data) ) ;
}