internal unsafe StoreTripleResponse_Accessor(byte *_CellPtr
, ResizeFunctionDelegate func
)
{
m_ptr = _CellPtr;
ResizeFunction = func;
RefId_Accessor_Field = new GuidAccessor(null); Subject_Accessor_Field = new StringAccessor(null,
(ptr, ptr_offset, delta) =>
{
int substructure_offset = (int)(ptr - this.m_ptr);
this.m_ptr = this.ResizeFunction(this.m_ptr, ptr_offset + substructure_offset, delta);
return(this.m_ptr + substructure_offset);
}); Predicate_Accessor_Field = new StringAccessor(null,
(ptr, ptr_offset, delta) =>
{
int substructure_offset = (int)(ptr - this.m_ptr);
this.m_ptr = this.ResizeFunction(this.m_ptr, ptr_offset + substructure_offset, delta);
return(this.m_ptr + substructure_offset);
}); Object_Accessor_Field = new StringAccessor(null,
(ptr, ptr_offset, delta) =>
{
int substructure_offset = (int)(ptr - this.m_ptr);
this.m_ptr = this.ResizeFunction(this.m_ptr, ptr_offset + substructure_offset, delta);
return(this.m_ptr + substructure_offset);
});
}
internal unsafe HelloMessageReponse_Accessor(byte *_CellPtr
, ResizeFunctionDelegate func
)
{
m_ptr = _CellPtr;
ResizeFunction = func;
HelloMessageContent_Accessor_Field = new StringAccessor(null,
(ptr, ptr_offset, delta) =>
{
int substructure_offset = (int)(ptr - this.m_ptr);
this.m_ptr = this.ResizeFunction(this.m_ptr, ptr_offset + substructure_offset, delta);
return(this.m_ptr + substructure_offset);
});
}
/// <summary>
/// Determines whether this instance and a specified object have the same value.
/// </summary>
/// <param name="obj">The StringAccessor to compare to this instance.</param>
/// <returns>true if obj is a StringAccessor and its value is the same as this instance; otherwise, false.</returns>
public override bool Equals(object obj)
{
if (obj == null)
{
return(false);
}
StringAccessor b = obj as StringAccessor;
if ((object)b == null)
{
string s = obj as string;
if ((object)s == null)
{
return(false);
}
return(this.ToString() == s);
}
return(this.ToString() == b.ToString());
}
internal unsafe Triple_Accessor(byte *_CellPtr
, ResizeFunctionDelegate func
)
{
m_ptr = _CellPtr;
ResizeFunction = func;
SubjectNode_Accessor_Field = new INode_Accessor(null,
(ptr, ptr_offset, delta) =>
{
int substructure_offset = (int)(ptr - this.m_ptr);
this.m_ptr = this.ResizeFunction(this.m_ptr, ptr_offset + substructure_offset, delta);
return(this.m_ptr + substructure_offset);
}); PredicateNode_Accessor_Field = new INode_Accessor(null,
(ptr, ptr_offset, delta) =>
{
int substructure_offset = (int)(ptr - this.m_ptr);
this.m_ptr = this.ResizeFunction(this.m_ptr, ptr_offset + substructure_offset, delta);
return(this.m_ptr + substructure_offset);
}); ObjectNode_Accessor_Field = new INode_Accessor(null,
(ptr, ptr_offset, delta) =>
{
int substructure_offset = (int)(ptr - this.m_ptr);
this.m_ptr = this.ResizeFunction(this.m_ptr, ptr_offset + substructure_offset, delta);
return(this.m_ptr + substructure_offset);
}); Url_Accessor_Field = new StringAccessor(null,
(ptr, ptr_offset, delta) =>
{
int substructure_offset = (int)(ptr - this.m_ptr);
this.m_ptr = this.ResizeFunction(this.m_ptr, ptr_offset + substructure_offset, delta);
return(this.m_ptr + substructure_offset);
}); Nodes_Accessor_Field = new INode_AccessorListAccessor(null,
(ptr, ptr_offset, delta) =>
{
int substructure_offset = (int)(ptr - this.m_ptr);
this.m_ptr = this.ResizeFunction(this.m_ptr, ptr_offset + substructure_offset, delta);
return(this.m_ptr + substructure_offset);
});
}
internal _iterator(StringAccessor target)
{
targetPtr = target.m_ptr;
endPtr = target.m_ptr + target.length;
}