void CompilGenerator::generateEnumerationPrefix(const EnumerationSPtr& pEnumeration)
{
if (pEnumeration->structure().lock())
{
if (!table().isEmpty())
{
eot(declarationStream);
eol(declarationStream);
}
bAddNewLine = true;
}
switch (pEnumeration->cast().value())
{
case CastableType::ECast::kWeak:
line() << "weak ";
break;
case CastableType::ECast::kStrong:
line() << "strong ";
break;
default:
assert(false && "unknown cast type");
}
line() << "enum";
TypeSPtr pType = pEnumeration->parameterType().lock();
if (pType)
{
line() << "<" << pType->name()->value() << ">";
}
line() << " " << pEnumeration->name()->value();
openBlock(declarationStream);
}
void GameWidget::newGame()
{
for(int i=0;i<Max;i++)
{
for(int j=0;j<Max;j++)
{
map[i][j]->setVisible(false);
map[i][j]->reBrothers();
map[i][j]->setInit();
}
}
for(int i=0;i<hCount;i++)
{
for(int j=0;j<wCount;j++)
{
map[i][j]->setVisible(true);
connect(map[i][j],SIGNAL(start()),this,SLOT(createGame()));
connect(map[i][j],SIGNAL(isOpen()),this,SLOT(openBlock()));
connect(map[i][j],SIGNAL(isBoom()),this,SLOT(gameMiss()));
connect(map[i][j],SIGNAL(isFlag()),this,SLOT(isFlag()));
connect(map[i][j],SIGNAL(disFlag()),this,SLOT(disFlag()));
map[i][j]->unLocked();
}
}
firstRun=1;
emit mineSum(MineCount);
}
void CompilGenerator::generateStructurePrefix(const StructureSPtr& pStructure)
{
if (pStructure->controlled())
line() << "controlled ";
if (pStructure->immutable())
line() << "immutable ";
if (pStructure->partial())
line() << "partial ";
line() << "structure " << pStructure->name()->value();
int indexOffset = 0;
StructureSPtr pBaseStructure = pStructure->baseStructure().lock();
if (pBaseStructure)
{
eol(declarationStream);
++indexOffset;
++mIndent[declarationStream];
line() << "inherit " << pBaseStructure->name()->value();
const std::vector<ObjectSPtr>& objects = pStructure->objects();
bool first_alter = true;
std::vector<ObjectSPtr>::const_iterator it;
for (it = objects.begin(); it != objects.end(); ++it)
{
AlterSPtr pAlter = ObjectFactory::downcastAlter(*it);
if (!pAlter) continue;
if (first_alter)
{
first_alter = false;
eol(declarationStream);
++mIndent[declarationStream];
++indexOffset;
table() << TableAligner::row()
<< "alter ";
}
else
{
table() << ","
<< TableAligner::row();
}
table() << TableAligner::col()
<< pAlter->field()->name()->value() << " "
<< TableAligner::col()
<< "= "
<< pAlter->defaultValue()->value();
}
}
mIndent[declarationStream] -= indexOffset;
openBlock(declarationStream, indexOffset);
}
void CompilGenerator::generateSpecimenPrefix(const SpecimenSPtr& pSpecimen)
{
line() << "specimen";
TypeSPtr pType = pSpecimen->parameterType().lock();
if (pType)
{
line() << "<" << pType->name()->value() << ">";
}
line() << " " << pSpecimen->name()->value();
openBlock(declarationStream);
}
static bool downloadBlockRun(BigFileReaderData * data, char * chrom, struct fileOffsetSize * firstBlock, struct fileOffsetSize * afterBlock, bits64 mergedSize) {
char * mergedBuf, *blockBuf;
struct fileOffsetSize * block;
udcSeek(data->udc, firstBlock->offset);
blockBuf = mergedBuf = (char *) needLargeMem(mergedSize);
udcMustRead(data->udc, mergedBuf, mergedSize);
for (block = firstBlock; block != afterBlock; block = block->next) {
if (openBlock(data, block, blockBuf)) {
freeMem(mergedBuf);
return true;
}
blockBuf += block->size;
}
freeMem(mergedBuf);
return false;
}
void CompilGenerator::generateFactoryPrefix(const FactorySPtr& pFactory)
{
switch (pFactory->type().value())
{
case Factory::EType::kHierarchy:
line() << "hierarchy ";
break;
case Factory::EType::kObject:
line() << "object ";
break;
default:
assert(false && "unknown cast type");
}
line() << "factory";
TypeSPtr pType = pFactory->parameterType().lock();
if (pType)
{
line() << "<" << pType->name()->value() << ">";
}
line() << " " << pFactory->name()->value();
openBlock(declarationStream);
}
void CompilGenerator::generateMethodPrefix(const MethodSPtr& pMethod)
{
line() << "method " << pMethod->name()->value();
openBlock(declarationStream);
}
void CompilGenerator::generateInterfacePrefix(const InterfaceSPtr& pInterface)
{
line() << "interface " << pInterface->name()->value();
openBlock(declarationStream);
}
bool CppFlagsEnumerationGenerator::generate()
{
includeHeaders(declarationStream, Dependency::global_section);
std::string guard = frm->headerGuard("core/flags_enumeration.hpp");
line() << "#ifndef "
<< guard;
eol(declarationStream);
line() << "#define "
<< guard;
eol(declarationStream);
eol(declarationStream);
includeHeaders(declarationStream, Dependency::private_section);
cf::TypeSPtr decoratedType = T;
cf::TypeSPtr decoratedInherit = F;
cf::TypeSPtr decoratedInheritRef = cstFRef;
cf::ConstructorNameSPtr class_name = cf::constructorNameRef("flags_enumeration");
cf::VariableNameSPtr memberValue = frm->memberVariableName(value);
cf::ArgumentSPtr argMask = cf::argumentRef() << decoratedInheritRef
<< cf::variableNameRef("mask");
cf::ArgumentSPtr argValue = cf::argumentRef() << decoratedInheritRef
<< value;
line() << "template<class "
<< T->name()->value()
<< ", class "
<< F->name()->value()
<< ">";
eol(declarationStream);
line() << "class "
<< class_name;
openBlock(declarationStream);
line() << "public:";
eol(declarationStream, -1);
line() << "// Default constructor - sets the value to invalid";
eol(declarationStream);
fdef() << (cf::constructorRef() << class_name);
eofd(declarationStream);
line() << ": "
<< (cf::initializationRef() << memberValue
<< cf::parameterValueRef("0"));
openBlock(declarationStream, 1);
closeBlock(declarationStream);
eol(declarationStream);
fdef() << (cf::constructorRef() << class_name
<< (cf::argumentRef() << decoratedType
<< value));
eofd(declarationStream);
line() << ": "
<< (cf::initializationRef() << memberValue
<< frm->parameterValue(value));
openBlock(declarationStream, 1);
closeBlock(declarationStream);
eol(declarationStream);
fdef() << (cf::methodRef() << decoratedType
<< fnValue
<< cf::EMethodDeclaration::const_());
openBlock(declarationStream);
line() << "return "
<< memberValue
<< ";";
closeBlock(declarationStream);
eol(declarationStream);
commentInLine(declarationStream,
"Resets the flags included in the mask to the state in value");
fdef() << (cf::methodRef() << vd
<< fnReset
<< argMask
<< argValue);
openBlock(declarationStream);
line() << memberValue
<< " = value.value() | (this->value() & ~mask.value());";
closeBlock(declarationStream);
eol(declarationStream);
commentInLine(declarationStream,
"Sets the flags included in the mask. Equivalent to reset(mask, all).");
fdef() << (cf::methodRef() << vd
<< fnSet
<< argMask);
openBlock(declarationStream);
line() << memberValue
<< " |= mask.value();";
closeBlock(declarationStream);
eol(declarationStream);
commentInLine(declarationStream,
"Clears the flags included in the mask. Equivalent to reset(mask, nil).");
fdef() << (cf::methodRef() << vd
<< fnClear
<< argMask);
openBlock(declarationStream);
line() << memberValue
<< " &= ~mask.value();";
closeBlock(declarationStream);
eol(declarationStream);
commentInLine(declarationStream,
"Turns the flags included in the mask.");
fdef() << (cf::methodRef() << vd
<< fnTurn
<< argMask);
openBlock(declarationStream);
line() << memberValue
<< " ^= mask.value();";
closeBlock(declarationStream);
eol(declarationStream);
commentInLine(declarationStream,
"Returns assemble of the current flags with the flags from the mask to "
"the state in value. This is immutable version of reset.");
fdef() << (cf::methodRef() << decoratedInherit
<< fnAssemble
<< argMask
<< argValue
<< cf::EMethodDeclaration::const_());
openBlock(declarationStream);
line() << "return "
<< F->name()->value()
<< "(value.value() | (this->value() & ~mask.value()));";
closeBlock(declarationStream);
eol(declarationStream);
commentInLine(declarationStream,
"Returns combination of the flags included in the mask. "
"This is immutable version of set.");
fdef() << (cf::methodRef() << decoratedInherit
<< fnCombine
<< argMask
<< cf::EMethodDeclaration::const_());
openBlock(declarationStream);
line() << "return "
<< F->name()->value()
<< "(value() | mask.value());";
closeBlock(declarationStream);
eol(declarationStream);
commentInLine(declarationStream,
"Returns intersection of the flags included in the mask. "
"This is immutable version of clear.");
fdef() << (cf::methodRef() << decoratedInherit
<< fnIntersect
<< argMask
<< cf::EMethodDeclaration::const_());
openBlock(declarationStream);
line() << "return "
<< F->name()->value()
<< "(value() & ~mask.value());";
closeBlock(declarationStream);
eol(declarationStream);
commentInLine(declarationStream,
"Returns flipped the flags included in the mask. "
"This is immutable version of turn.");
fdef() << (cf::methodRef() << decoratedInherit
<< fnFlip
<< argMask
<< cf::EMethodDeclaration::const_());
openBlock(declarationStream);
line() << "return "
<< F->name()->value()
<< "(value() ^ mask.value());";
closeBlock(declarationStream);
eol(declarationStream);
commentInLine(declarationStream,
"Tests if the flags included in the mask are the same state as state in value");
fdef() << (cf::methodRef() << bl
<< fnTest
<< argMask
<< argValue
<< cf::EMethodDeclaration::const_());
openBlock(declarationStream);
line() << "return (this->value() & mask.value()) == value.value();";
closeBlock(declarationStream);
eol(declarationStream);
commentInLine(declarationStream,
"Tests if the flags included in the mask are set. Equivalent to test(mask, all).");
fdef() << (cf::methodRef() << bl
<< fnIsSet
<< argMask
<< cf::EMethodDeclaration::const_());
openBlock(declarationStream);
line() << "return (value() & mask.value()) == mask.value();";
closeBlock(declarationStream);
eol(declarationStream);
commentInLine(declarationStream,
"Tests if the flags included in the mask are clear. Equivalent to test(mask, nil).");
fdef() << (cf::methodRef() << bl
<< fnIsClear
<< argMask
<< cf::EMethodDeclaration::const_());
openBlock(declarationStream);
line() << "return (value() & mask.value()) == 0;";
closeBlock(declarationStream);
eol(declarationStream);
line() << "protected:";
eol(declarationStream, -1);
line() << T->name()->value()
<< " "
<< memberValue
<< ";";
eol(declarationStream);
closeBlock(declarationStream, "};");
eol(declarationStream);
line() << "#endif // "
<< guard;
eol(declarationStream);
eol(declarationStream);
return serializeStreams();
}