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NodeList<T> Class

Definition at line 16 of NodeList.hpp

Member Functions

void	Add(T* node)
void	Clear()
std::vector<std::unique_ptr<T>>	Content()
int	Count() const
void	Insert(int index, T* node)
std::vector<std::unique_ptr<T>>&	Nodes()
void	Read(AstReader& reader)
T*	Release(int index)
void	RemoveEmpty()
void	SetContent(std::vector<std::unique_ptr<T>>&& content)
void	SetParent(Node* parent)
void	Write(AstWriter& writer)
T*	operator[](int index) const

Member Variables

std::vector<std::unique_ptr<T>>

nodes

Member Function Details

Add Member Function

void sngcm::ast::NodeList::Add(T * node)

Clear Member Function

void sngcm::ast::NodeList::Clear()

Definition at line 46 of NodeList.hpp :
47 {
48 nodes.clear();
49 }

Called by: sngcm::ast::NamespaceCombiner::Visit

Content Member Function

std::vector<std::unique_ptr<T >> sngcm::ast::NodeList::Content()

Definition at line 98 of NodeList.hpp :
98 { return std::move(nodes); }

Count Member Function

int sngcm::ast::NodeList::Count() const

Insert Member Function

void sngcm::ast::NodeList::Insert(int index, T * node)

Definition at line 35 of NodeList.hpp :
36 {
37     if (index >= static_cast<int>(nodes.size()))
38     {
39         Add(node);
40     }
41     else
42     {
43         nodes.insert(nodes.begin() + index, std::unique_ptr<T>(node));
44     }
45 }

Calls: sngcm::ast::NodeList::Add

Called by: sngcm::ast::ClassNode::ArrangeMembers , sngcm::ast::UnnamedNamespaceProcessor::Visit

Nodes Member Function

std::vector<std::unique_ptr<T >>& sngcm::ast::NodeList::Nodes()

Definition at line 97 of NodeList.hpp :
97 { return nodes; }

Read Member Function

void sngcm::ast::NodeList::Read(AstReader & reader)

Definition at line 86 of NodeList.hpp :
87 {
88     uint32_t n = reader.GetBinaryReader().ReadULEB128UInt();
89     for (uint32_t i = 0u; i < n; ++i)
90     {
91         Node* node = reader.ReadNode();
92         T* asTPtrNode = dynamic_cast<T*>(node);
93         Assert(asTPtrNode, "wrong node type");
94         nodes.push_back(std::unique_ptr<T>(asTPtrNode));
95     }
96 }

Calls: sngcm::ast::AstReader::GetBinaryReader , sngcm::ast::AstReader::ReadNode , soulng::util::BinaryReader::ReadULEB128UInt

Called by: sngcm::ast::ArrayLiteralNode::Read , sngcm::ast::AxiomNode::Read , sngcm::ast::CaseStatementNode::Read , sngcm::ast::ClassDelegateNode::Read , sngcm::ast::ClassNode::Read , sngcm::ast::CompoundStatementNode::Read , sngcm::ast::ConceptIdNode::Read , sngcm::ast::ConceptNode::Read , sngcm::ast::ConditionalCompilationPartNode::Read , sngcm::ast::ConditionalCompilationStatementNode::Read , sngcm::ast::ConstructNode::Read , sngcm::ast::ConstructionStatementNode::Read , sngcm::ast::ConstructorConstraintNode::Read , sngcm::ast::ConstructorNode::Read , sngcm::ast::DefaultStatementNode::Read , sngcm::ast::DelegateNode::Read , sngcm::ast::EnumTypeNode::Read , sngcm::ast::FunctionConstraintNode::Read , sngcm::ast::FunctionNode::Read , sngcm::ast::InitializerNode::Read , sngcm::ast::InterfaceNode::Read , sngcm::ast::InvokeNode::Read , sngcm::ast::MemberFunctionConstraintNode::Read , sngcm::ast::MultiParamConstraintNode::Read , sngcm::ast::NamespaceNode::Read , sngcm::ast::NewNode::Read , sngcm::ast::StaticConstructorNode::Read , sngcm::ast::StructuredLiteralNode::Read , sngcm::ast::SwitchStatementNode::Read , sngcm::ast::TemplateIdNode::Read , sngcm::ast::TryStatementNode::Read

Release Member Function

T * sngcm::ast::NodeList::Release(int index)

Definition at line 31 of NodeList.hpp :
32 {
33 return nodes[index].release();
34 }

Called by: sngcm::ast::ClassNode::ArrangeMembers , sngcm::ast::NamespaceCombiner::Visit

RemoveEmpty Member Function

void sngcm::ast::NodeList::RemoveEmpty()

Definition at line 50 of NodeList.hpp

Called by: sngcm::ast::ClassNode::ArrangeMembers

SetContent Member Function

void sngcm::ast::NodeList::SetContent(std::vector<std::unique_ptr<T >>&& content)

Definition at line 99 of NodeList.hpp :
99 { nodes = std::move(content); }

Called by: sngcm::ast::NamespaceCombiner::Visit

SetParent Member Function

void sngcm::ast::NodeList::SetParent(Node * parent)

Write Member Function

void sngcm::ast::NodeList::Write(AstWriter & writer)

Definition at line 77 of NodeList.hpp :
78 {
79     uint32_t n = static_cast<uint32_t>(nodes.size());
80     writer.GetBinaryWriter().WriteULEB128UInt(n);
81     for (uint32_t i = 0u; i < n; ++i)
82     {
83         writer.Write(nodes[i].get());
84     }
85 }

Calls: sngcm::ast::AstWriter::GetBinaryWriter , soulng::util::BinaryWriter::WriteULEB128UInt

Called by: sngcm::ast::ArrayLiteralNode::Write , sngcm::ast::AxiomNode::Write , sngcm::ast::CaseStatementNode::Write , sngcm::ast::ClassDelegateNode::Write , sngcm::ast::ClassNode::Write , sngcm::ast::CompoundStatementNode::Write , sngcm::ast::ConceptIdNode::Write , sngcm::ast::ConceptNode::Write , sngcm::ast::ConditionalCompilationPartNode::Write , sngcm::ast::ConditionalCompilationStatementNode::Write , sngcm::ast::ConstructNode::Write , sngcm::ast::ConstructionStatementNode::Write , sngcm::ast::ConstructorConstraintNode::Write , sngcm::ast::ConstructorNode::Write , sngcm::ast::DefaultStatementNode::Write , sngcm::ast::DelegateNode::Write , sngcm::ast::EnumTypeNode::Write , sngcm::ast::FunctionConstraintNode::Write , sngcm::ast::FunctionNode::Write , sngcm::ast::InitializerNode::Write , sngcm::ast::InterfaceNode::Write , sngcm::ast::InvokeNode::Write , sngcm::ast::MemberFunctionConstraintNode::Write , sngcm::ast::MultiParamConstraintNode::Write , sngcm::ast::NamespaceNode::Write , sngcm::ast::NewNode::Write , sngcm::ast::StaticConstructorNode::Write , sngcm::ast::StructuredLiteralNode::Write , sngcm::ast::SwitchStatementNode::Write , sngcm::ast::TemplateIdNode::Write , sngcm::ast::TryStatementNode::Write

operator[] Member Function

T * sngcm::ast::NodeList::operator[](int index) const

Definition at line 23 of NodeList.hpp :
24 {
25 return nodes[index].get();
26 }

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