structure_member.cpp

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//_/_/
//_/_/ AERA
//_/_/ Autocatalytic Endogenous Reflective Architecture
//_/_/ 
//_/_/ Copyright (c) 2018-2025 Jeff Thompson
//_/_/ Copyright (c) 2018-2025 Kristinn R. Thorisson
//_/_/ Copyright (c) 2018-2025 Icelandic Institute for Intelligent Machines
//_/_/ http://www.iiim.is
//_/_/ 
//_/_/ Copyright (c) 2010-2012 Eric Nivel
//_/_/ Center for Analysis and Design of Intelligent Agents
//_/_/ Reykjavik University, Menntavegur 1, 102 Reykjavik, Iceland
//_/_/ http://cadia.ru.is
//_/_/ 
//_/_/ Part of this software was developed by Eric Nivel
//_/_/ in the HUMANOBS EU research project, which included
//_/_/ the following parties:
//_/_/
//_/_/ Autonomous Systems Laboratory
//_/_/ Technical University of Madrid, Spain
//_/_/ http://www.aslab.org/
//_/_/
//_/_/ Communicative Machines
//_/_/ Edinburgh, United Kingdom
//_/_/ http://www.cmlabs.com/
//_/_/
//_/_/ Istituto Dalle Molle di Studi sull'Intelligenza Artificiale
//_/_/ University of Lugano and SUPSI, Switzerland
//_/_/ http://www.idsia.ch/
//_/_/
//_/_/ Institute of Cognitive Sciences and Technologies
//_/_/ Consiglio Nazionale delle Ricerche, Italy
//_/_/ http://www.istc.cnr.it/
//_/_/
//_/_/ Dipartimento di Ingegneria Informatica
//_/_/ University of Palermo, Italy
//_/_/ http://diid.unipa.it/roboticslab/
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//_/_/
//_/_/ --- HUMANOBS Open-Source BSD License, with CADIA Clause v 1.0 ---
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#include "structure_member.h"
#include "compiler.h"
 
 
namespace r_comp {
 
StructureMember::StructureMember() {
}
 
StructureMember::StructureMember(_Read r,
  std::string m,
  std::string p,
  Iteration i) : read_(r),
  name_(m),
  class_(p),
  iteration_(i) {
 
  if (read_ == &Compiler::read_any) type_ = ANY;
  else if (read_ == &Compiler::read_number) type_ = NUMBER;
  else if (read_ == &Compiler::read_timestamp) type_ = TIMESTAMP;
  else if (read_ == &Compiler::read_duration) type_ = DURATION;
  else if (read_ == &Compiler::read_boolean) type_ = BOOLEAN;
  else if (read_ == &Compiler::read_string) type_ = STRING;
  else if (read_ == &Compiler::read_node) type_ = NODE_ID;
  else if (read_ == &Compiler::read_device) type_ = DEVICE_ID;
  else if (read_ == &Compiler::read_function) type_ = FUNCTION_ID;
  else if (read_ == &Compiler::read_expression) type_ = ANY;
  else if (read_ == &Compiler::read_set) type_ = ReturnType::SET;
  else if (read_ == &Compiler::read_class) type_ = ReturnType::CLASS;
}
 
Class *StructureMember::get_class(Metadata *metadata) const {
 
  return class_ == "" ? NULL : &metadata->classes_.find(class_)->second;
}
 
ReturnType StructureMember::get_return_type() const {
 
  return type_;
}
 
bool StructureMember::used_as_expression() const {
 
  return iteration_ == I_EXPRESSION;
}
 
StructureMember::Iteration StructureMember::getIteration() const {
 
  return iteration_;
}
 
_Read StructureMember::read() const {
 
  return read_;
}
 
void StructureMember::write(word32 *storage) const {
 
  if (read_ == &Compiler::read_any)
    storage[0] = R_ANY;
  else if (read_ == &Compiler::read_number)
    storage[0] = R_NUMBER;
  else if (read_ == &Compiler::read_timestamp)
    storage[0] = R_TIMESTAMP;
  else if (read_ == &Compiler::read_duration)
    storage[0] = R_DURATION;
  else if (read_ == &Compiler::read_boolean)
    storage[0] = R_BOOLEAN;
  else if (read_ == &Compiler::read_string)
    storage[0] = R_STRING;
  else if (read_ == &Compiler::read_node)
    storage[0] = R_NODE;
  else if (read_ == &Compiler::read_device)
    storage[0] = R_DEVICE;
  else if (read_ == &Compiler::read_function)
    storage[0] = R_FUNCTION;
  else if (read_ == &Compiler::read_expression)
    storage[0] = R_EXPRESSION;
  else if (read_ == &Compiler::read_set)
    storage[0] = R_SET;
  else if (read_ == &Compiler::read_class)
    storage[0] = R_CLASS;
  uint32 offset = 1;
  storage[offset++] = type_;
  r_code::Write(storage + offset, class_);
  offset += r_code::GetSize(class_);
  storage[offset++] = iteration_;
  r_code::Write(storage + offset, name_);
}
 
void StructureMember::read(word32 *storage) {
 
  switch (storage[0]) {
  case R_ANY: read_ = &Compiler::read_any; break;
  case R_NUMBER: read_ = &Compiler::read_number; break;
  case R_TIMESTAMP: read_ = &Compiler::read_timestamp; break;
  case R_DURATION: read_ = &Compiler::read_duration; break;
  case R_BOOLEAN: read_ = &Compiler::read_boolean; break;
  case R_STRING: read_ = &Compiler::read_string; break;
  case R_NODE: read_ = &Compiler::read_node; break;
  case R_DEVICE: read_ = &Compiler::read_device; break;
  case R_FUNCTION: read_ = &Compiler::read_function; break;
  case R_EXPRESSION: read_ = &Compiler::read_expression; break;
  case R_SET: read_ = &Compiler::read_set; break;
  case R_CLASS: read_ = &Compiler::read_class; break;
  }
  uint32 offset = 1;
  type_ = (ReturnType)storage[offset++];
  r_code::Read(storage + offset, class_);
  offset += r_code::GetSize(class_);
  iteration_ = (Iteration)storage[offset++];
  r_code::Read(storage + offset, name_);
}
 
uint32 StructureMember::get_size() { // see segments.cpp for the RAM layout
 
  uint32 size = 3; // read ID, return type, iteration
  size += r_code::GetSize(class_);
  size += r_code::GetSize(name_);
  return size;
}
}