/// <summary>
/// Declare a symbol having the specified structure.
/// </summary>
public unsafe SemanticID DeclareSymbol(Guid symbols, SemanticID st, string label, SemanticContexts sc = SemanticContexts.RECEPTOR_CONTEXT)
{
TreeNode * pnode = (TreeNode *)nodes[symbols];
SemanticID symbol = _d_declare_symbol(pnode, st, label, (UInt16)sc);
return(symbol);
}
/// <summary>
/// Create a root node.
/// </summary>
/// <param name="symbol">The node symbol.</param>
/// <returns>A GUID associated with this node instance.</returns>
public unsafe Guid CreateRootNode(SemanticID structures)
{
TreeNode *node = _t_new_root(structures);
Guid guid = RegisterNode(node);
return(guid);
}
public SemanticID GetList()
{
SemanticID sid = new SemanticID()
{
context = (UInt16)SemanticContexts.SYS_CONTEXT, flags = (UInt16)SemanticTypes.SEM_TYPE_STRUCTURE, id = (UInt32)SystemStructureID.LIST_ID
};
return(sid);
}
public unsafe SemanticID DefineStructure(Guid structures, string name, SemanticID[] symbolArray, SemanticContexts sc = SemanticContexts.RECEPTOR_CONTEXT)
{
TreeNode *structs = (TreeNode *)nodes[structures];
_dv_define_structure(structs, name, symbolArray.Length, __arglist(symbolArray));
SemanticID st = new SemanticID()
{
context = (ushort)sc, flags = (ushort)SemanticTypes.SEM_TYPE_STRUCTURE, id = (uint)_t_children(structs)
};
return(st);
}
public void CreateStructureAndSymbolNodes()
{
Structures = new SemanticID()
{
context = (UInt16)SemanticContexts.SYS_CONTEXT, flags = (UInt16)SemanticTypes.SEM_TYPE_SYMBOL, id = (UInt32)SystemSymbolIDs.STRUCTURES_ID
};
Symbols = new SemanticID()
{
context = (UInt16)SemanticContexts.SYS_CONTEXT, flags = (UInt16)SemanticTypes.SEM_TYPE_SYMBOL, id = (UInt32)SystemSymbolIDs.SYMBOLS_ID
};
RootStructuresNode = CreateRootNode(Structures);
RootSymbolsNode = CreateRootNode(Symbols);
}
public unsafe SemanticID DefineStructure(Guid structures, string name, SemanticID[] symbolArray, SemanticContexts sc = SemanticContexts.RECEPTOR_CONTEXT)
{
TreeNode *structs = (TreeNode*)nodes[structures];
_dv_define_structure(structs, name, symbolArray.Length, __arglist(symbolArray));
SemanticID st = new SemanticID() { context = (ushort)sc, flags = (ushort)SemanticTypes.SEM_TYPE_STRUCTURE, id = (uint)_t_children(structs) };
return st;
}
/// <summary>
/// Declare a symbol having the specified structure.
/// </summary>
public unsafe SemanticID DeclareSymbol(Guid symbols, SemanticID st, string label, SemanticContexts sc = SemanticContexts.RECEPTOR_CONTEXT)
{
TreeNode *pnode = (TreeNode*)nodes[symbols];
SemanticID symbol = _d_declare_symbol(pnode, st, label, (UInt16)sc);
return symbol;
}
public SemanticID GetList()
{
SemanticID sid = new SemanticID() { context = (UInt16)SemanticContexts.SYS_CONTEXT, flags = (UInt16)SemanticTypes.SEM_TYPE_STRUCTURE, id = (UInt32)SystemStructureID.LIST_ID };
return sid;
}
/// <summary>
/// Create a root node.
/// </summary>
/// <param name="symbol">The node symbol.</param>
/// <returns>A GUID associated with this node instance.</returns>
public unsafe Guid CreateRootNode(SemanticID structures)
{
TreeNode *node = _t_new_root(structures);
Guid guid = RegisterNode(node);
return guid;
}
public void CreateStructureAndSymbolNodes()
{
Structures = new SemanticID() { context = (UInt16)SemanticContexts.SYS_CONTEXT, flags = (UInt16)SemanticTypes.SEM_TYPE_SYMBOL, id = (UInt32)SystemSymbolIDs.STRUCTURES_ID };
Symbols = new SemanticID() { context = (UInt16)SemanticContexts.SYS_CONTEXT, flags = (UInt16)SemanticTypes.SEM_TYPE_SYMBOL, id = (UInt32)SystemSymbolIDs.SYMBOLS_ID };
RootStructuresNode = CreateRootNode(Structures);
RootSymbolsNode = CreateRootNode(Symbols);
}
extern static unsafe SemanticID _d_declare_symbol(TreeNode* symbols, SemanticID sid, string label, UInt16 context);
extern static unsafe TreeNode* _t_new_root(SemanticID sid);
extern static unsafe SemanticID _d_declare_symbol(TreeNode *symbols, SemanticID sid, string label, UInt16 context);
extern static unsafe TreeNode *_t_new_root(SemanticID sid);
