CPlaneText* InsertPlaneText( SelectNode &sn,
QChar ch, long style, RealFde kegl, CNodeInfo &ni, CNodeExInfo &ex_ni )
{
Q_ASSERT( !ni.isUnicode() );
QString sV( 1, ch );
return InsertPlaneText_Internal( sn, sV, style, kegl, ni, ex_ni );
}
TEST( Vector, Resize )
{
bolt::BCKND::device_vector< float > dV;
EXPECT_EQ( 0, dV.size( ) );
std::vector< float > sV( 10 );
for(int i=0; i<10; i++)
{
sV[i] = (float)i;
}
dV.insert( dV.cbegin( ), sV.begin( ), sV.end( ) );
EXPECT_EQ( 10, dV.size( ) );
dV.resize(7);
EXPECT_EQ( 7, dV.size( ) );
for(int i=0; i<7; i++)
{
EXPECT_FLOAT_EQ( (float)i, dV[ i ] );
}
dV.resize(15, 7);
EXPECT_EQ( 15, dV.size( ) );
for(int i=0; i<15; i++)
{
if(i<7)
EXPECT_FLOAT_EQ( (float)i, dV[ i ] );
else
EXPECT_FLOAT_EQ( 7.0f, dV[ i ] );
}
}
TEST( Vector, ResizeView )
{
std::vector< float > x( 100 );
bolt::BCKND::device_vector< float , concurrency::array_view> dV( x.begin(), 0 );
EXPECT_EQ( 0, dV.size( ) );
std::vector< float > sV( 10 );
for(int i=0; i<10; i++)
{
sV[i] = (float)i;
}
dV.insert( dV.cbegin( ), sV.begin( ), sV.end( ) );
EXPECT_EQ( 10, dV.size( ) );
dV.resize(7);
EXPECT_EQ( 7, dV.size( ) );
for(int i=0; i<7; i++)
{
EXPECT_FLOAT_EQ( (float)i, dV[ i ] );
}
dV.resize(15, 7);
EXPECT_EQ( 15, dV.size( ) );
for(int i=0; i<15; i++)
{
if(i<7)
EXPECT_FLOAT_EQ( (float)i, dV[ i ] );
else
EXPECT_FLOAT_EQ( 7.0f, dV[ i ] );
}
}
_THyPhyReturnObject* _THyPhy::CastResult (const void* theObject, const int requestedType)
{
_THyPhyReturnObject * convertedObject = nil;
if (CanCast(theObject,requestedType)) {
int hyphyObjClass = ((_PMathObj)theObject)->ObjectClass();
switch (hyphyObjClass) {
case NUMBER: {
if (hyphyObjClass == NUMBER) {
return new _THyPhyNumber (((_PMathObj)theObject)->Compute()->Value());
}
if (hyphyObjClass == STRING) {
_String sV ((_String*)((_FString*)theObject)->toStr());
return new _THyPhyNumber (sV.toNum());
}
}
case STRING: {
_String sV ((_String*)((_PMathObj)theObject)->toStr());
return new _THyPhyString (sV.sData,sV.sLength);
}
case MATRIX: {
if (hyphyObjClass == NUMBER) {
double evaluate = ((_PMathObj)theObject)->Compute()->Value();
return new _THyPhyMatrix (1,1,&evaluate);
}
if (hyphyObjClass == MATRIX) {
_Matrix * evalutedNumeric = (_Matrix*)((_Matrix*)(((_PMathObj)theObject)->Compute()))
->ComputeNumeric();
return new _THyPhyMatrix (evalutedNumeric->GetHDim(),evalutedNumeric->GetVDim(),evalutedNumeric->theData);
}
}
}
}
return convertedObject;
}
TEST( Vector, InsertFloatRangeIterator )
{
bolt::BCKND::device_vector< float > dV;
EXPECT_EQ( 0, dV.size( ) );
std::vector< float > sV( 5 );
sV[ 0 ] = 1.0f;
sV[ 1 ] = 2.0f;
sV[ 2 ] = 3.0f;
sV[ 3 ] = 4.0f;
sV[ 4 ] = 5.0f;
dV.insert( dV.cbegin( ), sV.begin( ), sV.end( ) );
EXPECT_EQ( 5, dV.size( ) );
EXPECT_FLOAT_EQ( 1.0f, dV[ 0 ] );
EXPECT_FLOAT_EQ( 2.0f, dV[ 1 ] );
EXPECT_FLOAT_EQ( 3.0f, dV[ 2 ] );
EXPECT_FLOAT_EQ( 4.0f, dV[ 3 ] );
EXPECT_FLOAT_EQ( 5.0f, dV[ 4 ] );
}
CPlaneText* InsertPlaneText(
SelectNode &sn, QString &strText,
long style, RealFde kegl, CNodeInfo& ni, CNodeExInfo& ex_ni )
{
if( ni.isUnicode() )
{
if( sn.GetNode()->GetType() == NODE_PLANETEXT )
BreakPlaneText( sn, 0 );
Q_ASSERT( sn.GetNode()->GetType() == NODE_LINE );
CParentNode *pParentNode = sn.GetNode()->GetParent();
CNode *pPrev, *pNext;
GetPrevNextInLine( sn, pPrev, pNext );
long nLen;
QString str;
CPlaneText *pPlaneText = NULL;
while( (nLen = strText.length()) )
{
long nPos = strText.indexOf("\r\n");
if( nPos == -1 )
{
str = strText.mid(0, nLen);
strText.clear();
}
else
{
str = strText.mid(0, nPos + 2);
strText.remove(0, nPos);
}
pPlaneText = InsertPlaneText_Internal( sn, str, style, kegl, ni, ex_ni );
if( nPos != -1 )
BreakLine( sn, 0 );
}
pPlaneText->GetParent()->RecalculateSize( 0 );
if( pPrev ) GlueText( sn, pPrev, 0 );
if( pNext ) GlueText( sn, pNext->GetPrev(), 0 );
pParentNode->RecalculateSize( 1 );
return pPlaneText;
}
else
{
if( sn.GetNode()->GetType() == NODE_PLANETEXT )
BreakPlaneText( sn, 0 );
Q_ASSERT( sn.GetNode()->GetType() == NODE_LINE );
CParentNode *pParentNode = sn.GetNode()->GetParent();
CNode *pPrev, *pNext;
GetPrevNextInLine( sn, pPrev, pNext );
//
long i, cb;
long nLen;
QString str;
QVector<CNode*> texts, lines;
while( (nLen = strText.length()) )
{
long nPos = strText.indexOf( "\r\n" );
if( nPos == -1 )
{
str = strText.mid(0, nLen);
strText.clear();
}
else
{
str = strText.mid(0, nPos);
strText.remove( 0, nPos + 2 );
}
lines.push_back( sn.GetNode()->GetLineNode() );
char ch = 0;
LFInsertStyle style2analyse;
long nNewStyle = -1;
for( cb = 0; ; )
{
ch = style2analyse.Analisys( str.midRef(cb) );
if( ch == 0 ) break;
if( style == -1 )
nNewStyle = ::getCurrentFormulatorStyle().getStyleByCharOnly( ch );
else
nNewStyle = style;
QString sV( style2analyse.getText() );
texts.push_back( InsertPlaneText_Internal( sn, sV, nNewStyle, kegl, ni, ex_ni, 0 ) );
cb += style2analyse.GetRead();
style2analyse.reset();
}
if( nPos != -1 )
BreakLine( sn, 0 );
}
for( i = 0; i < (long) texts.size(); i++ )
{
Q_ASSERT( texts[ i ] != NULL );
texts[ i ]->RecalculateSize( 0 );
}
for( i = 0; i < (long) lines.size(); i++ )
{
Q_ASSERT( lines[ i ] != NULL );
lines[ i ]->RecalculateSize( 0 );
}
if( pPrev ) GlueText( sn, pPrev, 0 );
if( pNext ) GlueText( sn, pNext->GetPrev(), 0 );
pParentNode->RecalculateSize( 1 );
return (CPlaneText*) (texts.size() ? texts[ texts.size() - 1 ] : NULL);
}
}
CFormulaNode* CLineNode::InsertMMLFormulaNode_MFENCED( AST_TXML_Tag *node )
{
AST_TXML_Attribute *_attr;
QString attr_open, attr_close, b_attr_separator, attr_separator = _T("");
long i;
//=== 'open', 'close' and 'separator' attributes (or their defaults)
_attr = node->getAttribute( FBL_ATTR_open );
attr_open = ::formatBlankAsXML( _attr ? _attr->getStringValue() : FBL_VAL_DEFAULT_mfenced_open );
_attr = node->getAttribute( FBL_ATTR_close );
attr_close = ::formatBlankAsXML( _attr ? _attr->getStringValue() : FBL_VAL_DEFAULT_mfenced_close );
_attr = node->getAttribute( FBL_ATTR_separators );
if( node->getTags() &&
node->getTags()->getChildNumber() == 1 &&
node->getTags()->getChild( 0 ) &&
node->getTags()->getChild( 0 )->getNodeType() == ASTT_TXML_Tag )
{
QString fid = _T("");
if( ::isXMLSymbol__BracketL( attr_open ) &&
::isXMLSymbol__BracketR( attr_close ) )
fid = HF_BTNID_DEFAULT_BRACKET_LR;
else if( ::isXMLSymbol__BracketLB( attr_open ) &&
::isXMLSymbol__BracketRB( attr_close ) )
fid = HF_BTNID_DEFAULT_BRACKET_LRB;
else if( ::isXMLSymbol__BracketLF( attr_open ) &&
::isXMLSymbol__BracketRF( attr_close ) )
fid = HF_BTNID_DEFAULT_BRACKET_LRF;
else if( ::isXMLSymbol__BracketLA( attr_open ) &&
::isXMLSymbol__BracketRA( attr_close ) )
fid = HF_BTNID_DEFAULT_BRACKET_LRA;
else if( ::isXMLSymbol__BracketVerBar( attr_open ) &&
::isXMLSymbol__BracketVerBar( attr_close ) )
fid = HF_BTNID_DEFAULT_BRACKET_ABS;
else if( ::isXMLSymbol__BracketDblVerBar( attr_open ) &&
::isXMLSymbol__BracketDblVerBar( attr_close ) )
fid = HF_BTNID_DEFAULT_BRACKET_NORM;
else if( ::isXMLSymbol__BracketLFloor( attr_open ) &&
::isXMLSymbol__BracketRFloor( attr_close ) )
fid = HF_BTNID_DEFAULT_BRACKET_FLOOR;
else if( ::isXMLSymbol__BracketLCeil( attr_open ) &&
::isXMLSymbol__BracketRCeil( attr_close ) )
fid = HF_BTNID_DEFAULT_BRACKET_CEIL;
else if( attr_close.length() == 0 )
{
if( ::isXMLSymbol__BracketL( attr_open ) )
fid = HF_BTNID_DEFAULT_BRACKET_L;
else if( ::isXMLSymbol__BracketLB( attr_open ) )
fid = HF_BTNID_DEFAULT_BRACKET_LB;
else if( ::isXMLSymbol__BracketLF( attr_open ) )
fid = HF_BTNID_DEFAULT_BRACKET_LF;
else if( ::isXMLSymbol__BracketLA( attr_open ) )
fid = HF_BTNID_DEFAULT_BRACKET_LA;
else if( ::isXMLSymbol__BracketVerBar( attr_open ) )
fid = HF_BTNID_DEFAULT_BRACKET_ABS_L;
else if( ::isXMLSymbol__BracketDblVerBar( attr_open ) )
fid = HF_BTNID_DEFAULT_BRACKET_NORM_L;
}
else if( attr_open.length() == 0 )
{
if( ::isXMLSymbol__BracketR( attr_close ) )
fid = HF_BTNID_DEFAULT_BRACKET_R;
else if( ::isXMLSymbol__BracketRB( attr_close ) )
fid = HF_BTNID_DEFAULT_BRACKET_RB;
else if( ::isXMLSymbol__BracketRF( attr_close ) )
fid = HF_BTNID_DEFAULT_BRACKET_RF;
else if( ::isXMLSymbol__BracketRA( attr_close ) )
fid = HF_BTNID_DEFAULT_BRACKET_RA;
else if( ::isXMLSymbol__BracketVerBar( attr_close ) )
fid = HF_BTNID_DEFAULT_BRACKET_ABS_R;
else if( ::isXMLSymbol__BracketDblVerBar( attr_close ) )
fid = HF_BTNID_DEFAULT_BRACKET_NORM_R;
}
CFormulaNode *r;
if( fid.length() &&
(r = InsertMMLFormulaNode_OTHERS_byID( fid, node )) != 0 )
return r;
}
b_attr_separator = _attr ? _attr->getStringValue() : FBL_VAL_DEFAULT_mfenced_separator;
for( i = 0; i < (long) b_attr_separator.length(); i++ )
if( !_isspace( b_attr_separator.at(i) ) )
attr_separator += b_attr_separator.at(i);
AST_TXML_Compound *_tags = new AST_TXML_Compound();
AST_TXML_Compound *_a;
AST_TXML_Value *_v;
AST_TXML_Compound *_innner_tags = new AST_TXML_Compound();
AST_TXML_Tag *node_inner_mrow;
_a = new AST_TXML_Compound();
_a->Add( new AST_TXML_Attribute( &fenceV, &trueV ) );
QString sV( attr_open ), s2V( attr_close );
_v = new AST_TXML_Value( &sV );
_tags->Add( new AST_TXML_Tag( &moV, _a, _v ) );
_tags->Add( node_inner_mrow = new AST_TXML_Tag( &mrowV, 0, _innner_tags ) );
_a = new AST_TXML_Compound();
_a->Add( new AST_TXML_Attribute( &fenceV, &trueV ) );
_v = new AST_TXML_Value( &s2V );
_tags->Add( new AST_TXML_Tag( &moV, _a, _v ) );
std::vector<long> loan;
if( node->getTags() && node->getTags()->getChildNumber() )
{
if( attr_separator.length() &&
((long) attr_separator.length()) < node->getTags()->getChildNumber() - 1 )
attr_separator.append( QString( node->getTags()->getChildNumber() - 1 - attr_separator.length(), attr_separator.at(attr_separator.length() - 1) ) );
for( i = 0; i < node->getTags()->getChildNumber() - 1; i++ )
{
loan.push_back( _innner_tags->Add( node->getTags()->getChild( i ) ) );
if( i < (long) attr_separator.length() )
{
_a = new AST_TXML_Compound();
_a->Add( new AST_TXML_Attribute( &separatorV, &trueV ) );
QString s3V(1, attr_separator.at(i));
_v = new AST_TXML_Value( &s3V );
_innner_tags->Add( new AST_TXML_Tag( &moV, _a, _v ) );
}
}
loan.push_back( _innner_tags->Add( node->getTags()->getChild( i ) ) );
}
AST_TXML_Tag *node_mrow = new AST_TXML_Tag( &mrowV, 0, _tags );
node_mrow->mode.setFlag(OLIMP_MATHML_FLAG__MROW_KEEP1CHILD);
CFormulaNode *_node = InsertMMLFormulaNode( node_mrow );
for( i = 0; i < (long) loan.size(); i++ )
_innner_tags->ReplaceChild( loan[ i ], 0 );
delete node_mrow;
return _node;
}
