Statement.cc 501 KB
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/******************************************************************************
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 * Copyright (c) 2000-2021 Ericsson Telecom AB
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 * All rights reserved. This program and the accompanying materials
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 * are made available under the terms of the Eclipse Public License v2.0
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 * which accompanies this distribution, and is available at
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 * https://www.eclipse.org/org/documents/epl-2.0/EPL-2.0.html
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 *
 * Contributors:
 *   Baji, Laszlo
 *   Balasko, Jeno
 *   Baranyi, Botond
 *   Beres, Szabolcs
 *   Delic, Adam
 *   Feher, Csaba
 *   Forstner, Matyas
 *   Kovacs, Ferenc
 *   Raduly, Csaba
 *   Szabados, Kristof
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 *   Szabo, Bence Janos
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 *   Szabo, Janos Zoltan – initial implementation
 *   Zalanyi, Balazs Andor
 *
 ******************************************************************************/
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#include "../../common/dbgnew.hh"
#include "Statement.hh"
#include "Ttcnstuff.hh"
#include "../TypeCompat.hh"
#include "../CompType.hh"
#include "../CompField.hh"
#include "../SigParam.hh"
#include "TtcnTemplate.hh"
#include "ILT.hh"
#include "ArrayDimensions.hh"
#include "../Int.hh"
#include "../main.hh"
#include "Attributes.hh"
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#include "compiler2/Valuestuff.hh"
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namespace Ttcn {

  // =================================
  // ===== StatementBlock
  // =================================

  StatementBlock::StatementBlock()
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    : Scope(), checked(false), labels_checked(false), my_sb(0), my_def(0), exception_handling(EH_NONE),
    finally_block(NULL)
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  {
  }

  StatementBlock::~StatementBlock()
  {
    for(size_t i=0; i<stmts.size(); i++)
      delete stmts[i];
    stmts.clear();
    defs.clear();
    labels.clear();
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    for (size_t i = 0; i < catch_blocks.size(); ++i) {
      delete catch_blocks[i];
    }
    catch_blocks.clear();
    delete finally_block;
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  }

  StatementBlock *StatementBlock::clone() const
  {
    FATAL_ERROR("StatementBlock::clone");
  }

  void StatementBlock::dump(unsigned int level) const
  {
    size_t n = stmts.size();
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    DEBUG(level, "StatementBlock at %p with %lu", static_cast<const void*>(this),
      static_cast<unsigned long>( n ));
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    for (size_t i = 0; i < n; ++i) {
      stmts[i]->dump(level+1);
    }
  }

  void StatementBlock::add_stmt(Statement *p_stmt, bool to_front)
  {
    if(!p_stmt)
      FATAL_ERROR("StatementBlock::add_stmt()");
    if (to_front) {
      stmts.add_front(p_stmt);
    } else {
      stmts.add(p_stmt);
    }
    p_stmt->set_my_scope(this);
    p_stmt->set_my_sb(this, stmts.size()-1);
  }

  void StatementBlock::set_my_scope(Scope *p_scope)
  {
    set_parent_scope(p_scope);
    for(size_t i=0; i<stmts.size(); i++)
      stmts[i]->set_my_scope(this);
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    for (size_t i = 0; i < catch_blocks.size(); ++i) {
      catch_blocks[i]->set_parent_scope(p_scope);
    }
    if (finally_block != NULL) {
      finally_block->set_parent_scope(p_scope);
    }
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  }

  void StatementBlock::set_fullname(const string& p_fullname)
  {
    Node::set_fullname(p_fullname);
    for(size_t i=0; i<stmts.size(); i++)
      stmts[i]->set_fullname(p_fullname+".stmt_"+Int2string(i+1));
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    for (size_t i = 0; i < catch_blocks.size(); ++i) {
      catch_blocks[i]->set_fullname(p_fullname + ".catch_block_" + Int2string(i + 1));
    }
    if (finally_block != NULL) {
      finally_block->set_fullname(p_fullname + ".finally_block");
    }
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  }

  /** \todo handle loops and conditional statements */
  Statement *StatementBlock::get_first_stmt() const
  {
    size_t nof_stmts = stmts.size();
    for (size_t i = 0; i < nof_stmts; i++) {
      Statement *stmt = stmts[i];
      switch (stmt->get_statementtype()) {
      case Statement::S_LABEL:
	// ignore and go to the next statement
	break;
      case Statement::S_BLOCK: {
	// if the block is not empty return its first statement
	// otherwise go to the next statement
	Statement *first_stmt = stmt->get_block()->get_first_stmt();
	if (first_stmt) return first_stmt;
	else break; }
      case Statement::S_DOWHILE: {
	// if the block is not empty return its first statement
	// otherwise return the whole do-while statement
	Statement *first_stmt = stmt->get_block()->get_first_stmt();
	if (first_stmt) return first_stmt;
	else return stmt; }
      default:
        return stmt;
      }
    }
    return 0;
  }

  void StatementBlock::register_def(Definition *p_def)
  {
    if(!p_def) FATAL_ERROR("StatementBlock::register_def()");
    const Identifier& id=p_def->get_id();
    if (defs.has_key(id)) {
      const char *dispname = id.get_dispname().c_str();
      p_def->error("Duplicate definition with identifier `%s'", dispname);
      defs[id]->note("Previous definition with identifier `%s' is here",
	dispname);
    } else {
      defs.add(id, p_def);
      if (parent_scope) {
	if (parent_scope->has_ass_withId(id)) {
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    if (parent_scope->get_scope_class() == NULL) {
      const char *dispname = id.get_dispname().c_str();
      p_def->error("Definition with identifier `%s' is not unique"
                         " in the scope hierarchy", dispname);
      Reference ref(0, id.clone());
      Common::Assignment *ass = parent_scope->get_ass_bySRef(&ref);
      if (!ass) FATAL_ERROR("StatementBlock::register_def()");
      ass->note("Previous definition with identifier `%s' in higher "
                       "scope unit is here", dispname);
    }
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	} else if (parent_scope->is_valid_moduleid(id)) {
	  p_def->warning("Definition with name `%s' hides a module identifier",
	    id.get_dispname().c_str());
	}
      }
    }
  }

  bool StatementBlock::has_ass_withId(const Identifier& p_id)
  {
    return defs.has_key(p_id) || get_parent_scope()->has_ass_withId(p_id);
  }

  Common::Assignment* StatementBlock::get_ass_bySRef(Ref_simple *p_ref)
  {
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    if(p_ref->get_modid() || p_ref->get_reftype() != Ref_simple::REF_BASIC) {
      return get_parent_scope()->get_ass_bySRef(p_ref);
    }
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    const Identifier& id=*p_ref->get_id();
    if(defs.has_key(id)) return defs[id];
    else return get_parent_scope()->get_ass_bySRef(p_ref);
  }

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  Type *StatementBlock::get_mtc_system_comptype(bool is_system)
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  {
    // return NULL outside test cases
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    if (!my_def)
      return 0;
    Common::Assignment::asstype_t asstype = my_def->get_asstype();
    if (asstype == Common::Assignment::A_TESTCASE) {
      if (is_system) {
        Def_Testcase *t_tc = dynamic_cast<Def_Testcase*>(my_def);
        if (!t_tc) FATAL_ERROR("StatementBlock::get_mtc_system_comptype()");
        Type *system_ct = t_tc->get_SystemType();
        if (system_ct) return system_ct;
        // otherwise (if the testcase has no system clause) the type of 'system'
        // is the same as the type of 'mtc' (which is given in 'runs on' clause)
      }
      return my_def->get_RunsOnType();
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    } else if (asstype == Common::Assignment::A_FUNCTION ||
               asstype == Common::Assignment::A_FUNCTION_RVAL ||
               asstype == Common::Assignment::A_FUNCTION_RTEMP ||
               asstype == Common::Assignment::A_ALTSTEP) {
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      if (is_system) {
        return my_def->get_SystemType();
      } else {
        return my_def->get_MtcType();
      }
    } else {
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      return 0;
    }
  }

  Ttcn::StatementBlock *StatementBlock::get_statementblock_scope()
  {
    return this;
  }

  void StatementBlock::set_my_sb(StatementBlock *p_sb, size_t p_index)
  {
    my_sb=p_sb;
    my_sb_index=p_index;
    for(size_t i=0; i<stmts.size(); i++)
      stmts[i]->set_my_sb(this, i);
  }

  size_t StatementBlock::get_my_sb_index() const
  {
    if(!my_sb) FATAL_ERROR("StatementBlock::get_my_sb_index()");
    return my_sb_index;
  }

  void StatementBlock::set_my_def(Definition *p_def)
  {
    my_def=p_def;
    for(size_t i=0; i<stmts.size(); i++)
      stmts[i]->set_my_def(p_def);
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    for (size_t i = 0; i < catch_blocks.size(); ++i) {
      catch_blocks[i]->set_my_def(p_def);
    }
    if (finally_block != NULL) {
      finally_block->set_my_def(p_def);
    }
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  }

  void StatementBlock::set_my_ags(AltGuards *p_ags)
  {
    for(size_t i=0; i<stmts.size(); i++)
      stmts[i]->set_my_ags(p_ags);
  }

  void StatementBlock::set_my_laic_stmt(AltGuards *p_ags,
                                        Statement *p_loop_stmt)
  {
    for(size_t i=0; i<stmts.size(); i++)
      stmts[i]->set_my_laic_stmt(p_ags, p_loop_stmt);
  }
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  void StatementBlock::add_catch_block(StatementBlock* p_catch)
  {
    if (p_catch == NULL) {
      FATAL_ERROR("StatementBlock::add_catch_block");
    }
    p_catch->exception_handling = EH_OOP_CATCH;
    catch_blocks.add(p_catch);
  }
  
  void StatementBlock::set_finally_block(StatementBlock* p_finally)
  {
    if (finally_block != NULL || p_finally == NULL) {
      FATAL_ERROR("StatementBlock::set_finally_block");
    }
    p_finally->exception_handling = EH_OOP_FINALLY;
    finally_block = p_finally;
  }
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  StatementBlock::returnstatus_t StatementBlock::has_return() const
  {
    returnstatus_t ret_val = RS_NO;
    size_t nof_stmts = stmts.size();
    for (size_t i = 0; i < nof_stmts; i++) {
      Statement *stmt = stmts[i];
      if (stmt->get_statementtype() == Statement::S_GOTO) {
	if (stmt->goto_jumps_forward()) {
	  // heuristics without deep analysis of the control flow graph:
	  // skip over the next statements until a (used) label is found
	  // the behaviour will be sound (i.e. no false errors will be reported)
	  for (i++; i < nof_stmts; i++) {
	    stmt = stmts[i];
	    if (stmt->get_statementtype() == Statement::S_LABEL &&
		stmt->label_is_used()) break;
	  }
	} else return RS_YES;
      } else if (stmt->get_statementtype()==Statement::S_BLOCK && stmt->get_block()->exception_handling!=EH_NONE) {
        switch (stmt->get_block()->exception_handling) {
        case EH_TRY: // the i-th statement is a try{} statement block, the (i+1)-th must be a catch{} block
          if ((i+1)<nof_stmts && stmts[i+1]->get_statementtype()==Statement::S_BLOCK && stmts[i+1]->get_block()->exception_handling==EH_CATCH) {
            returnstatus_t try_block_rs = stmt->has_return();
            returnstatus_t catch_block_rs = stmts[i+1]->has_return();
            // 3 x 3 combinations
            if (try_block_rs==catch_block_rs) {
              switch (try_block_rs) {
              case RS_YES:
                return RS_YES;
              case RS_MAYBE:
                ret_val = RS_MAYBE;
              default:
                break;
              }
            } else {
              ret_val = RS_MAYBE;
            }
          } else { // if next statement is not a catch{} block then that error has already been reported
            ret_val = RS_MAYBE; // assume the catch block was an RS_MAYBE
          }
          break;
        case EH_CATCH:
          // logically this is part of the preceding try{} block, handle it as part of it, see above case EH_TRY
          break;
        default:
          FATAL_ERROR("StatementBlock::has_return()");
        }
      } else {
	switch (stmt->has_return()) {
	case RS_YES:
	  return RS_YES;
	case RS_MAYBE:
	  ret_val = RS_MAYBE;
	default:
	  break;
	}
      }
    }
    return ret_val;
  }

  bool StatementBlock::has_receiving_stmt(size_t start_i) const
  {
    for(size_t i=start_i; i<stmts.size(); i++)
      if(stmts[i]->has_receiving_stmt()) return true;
    return false;
  }

  bool StatementBlock::has_def_stmt_i(size_t start_i) const
  {
    for(size_t i=start_i; i<stmts.size(); i++)
      if(stmts[i]->get_statementtype()==Statement::S_DEF) return true;
    return false;
  }

  size_t StatementBlock::last_receiving_stmt_i() const
  {
    size_t nof_stmts = stmts.size();
    if (nof_stmts > 0) {
      size_t i = nof_stmts;
      do {
	if (stmts[--i]->has_receiving_stmt()) return i;
      } while (i > 0);
    }
    return nof_stmts;
  }

  StatementBlock *StatementBlock::get_parent_block() const
  {
    for (Scope *s = get_parent_scope(); s; s=s->get_parent_scope()) {
      StatementBlock *sb = dynamic_cast<StatementBlock*>(s);
      if (sb) return sb;
    }
    return 0;
  }

  void StatementBlock::chk_trycatch_blocks(Statement* s1, Statement* s2) {
    if (s1 && s1->get_statementtype()==Statement::S_BLOCK && s1->get_block()->get_exception_handling()==StatementBlock::EH_TRY) {
      if (!(s2 && s2->get_statementtype()==Statement::S_BLOCK && s2->get_block()->get_exception_handling()==StatementBlock::EH_CATCH)) {
        s1->error("`try' statement block must be followed by a `catch' block");
      }
    }
    if (s2 && s2->get_statementtype()==Statement::S_BLOCK && s2->get_block()->get_exception_handling()==StatementBlock::EH_CATCH) {
      if (!(s1 && s1->get_statementtype()==Statement::S_BLOCK && s1->get_block()->get_exception_handling()==StatementBlock::EH_TRY)) {
        s2->error("`catch' statement block must be preceded by a `try' block");
      }
    }
  }

  void StatementBlock::chk()
  {
    if (checked) return;
    chk_labels();
    bool unreach_found = false;
    size_t nof_stmts = stmts.size();
    Statement *prev_stmt = 0;
    for (size_t i = 0; i < nof_stmts; i++) {
      Statement *stmt = stmts[i];
      stmt->chk();
      if (!unreach_found && stmt->get_statementtype() != Statement::S_LABEL &&
	  prev_stmt && prev_stmt->is_terminating()) {
	// a statement is unreachable if:
	// - it is not a label (i.e. goto cannot jump to it)
	// - it is not the first statement of the block
	// - the previous statement terminates the control flow
	stmt->warning("Control never reaches this statement");
	unreach_found = true;
      }
      // check try-catch statement block usage
      chk_trycatch_blocks(prev_stmt, stmt);
      //
      prev_stmt = stmt;
    }
    chk_trycatch_blocks(prev_stmt, 0);
    chk_unused_labels();
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    for (size_t i = 0; i < catch_blocks.size(); ++i) {
      catch_blocks[i]->chk();
    }
    if (finally_block != NULL) {
      finally_block->chk();
    }
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    checked = true;
  }

  void StatementBlock::chk_allowed_interleave()
  {
    size_t nof_stmts = stmts.size();
    for (size_t i = 0; i < nof_stmts; i++)
      stmts[i]->chk_allowed_interleave();
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    for (size_t i = 0; i < catch_blocks.size(); ++i) {
      catch_blocks[i]->chk_allowed_interleave();
    }
    if (finally_block != NULL) {
      finally_block->chk_allowed_interleave();
    }
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  }

  void StatementBlock::chk_labels()
  {
    if(labels_checked) return;
    for(size_t i=0; i<stmts.size(); i++) {
      Statement *st=stmts[i];
      if(st->get_statementtype()!=Statement::S_LABEL) continue;
      const Identifier& labelid=st->get_labelid();
      if(has_label(labelid)) {
        const char *name=labelid.get_dispname().c_str();
        st->error("Duplicate label `%s'", name);
        Statement *st2=get_label(labelid);
        st2->note("Previous definition of label `%s' is here", name);
      }
      else labels.add(labelid, st);
    }
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    for (size_t i = 0; i < catch_blocks.size(); ++i) {
      catch_blocks[i]->chk_labels();
    }
    if (finally_block != NULL) {
      finally_block->chk_labels();
    }
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    labels_checked=true;
  }

  void StatementBlock::chk_unused_labels()
  {
    size_t nof_stmts = stmts.size();
    for (size_t i = 0; i < nof_stmts; i++) {
      Statement *stmt = stmts[i];
      if (stmt->get_statementtype() == Statement::S_LABEL &&
	  !stmt->label_is_used())
	stmt->warning("Label `%s' is defined, but not used",
	  stmt->get_labelid().get_dispname().c_str());
    }
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    for (size_t i = 0; i < catch_blocks.size(); ++i) {
      catch_blocks[i]->chk_unused_labels();
    }
    if (finally_block != NULL) {
      finally_block->chk_unused_labels();
    }
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  }

  bool StatementBlock::has_label(const Identifier& p_id) const
  {
    for (const StatementBlock *sb = this; sb; sb = sb->get_parent_block())
      if (sb->labels.has_key(p_id)) return true;
    return false;
  }

  Statement *StatementBlock::get_label(const Identifier& p_id) const
  {
    for (const StatementBlock *sb = this; sb; sb = sb->get_parent_block())
      if (sb->labels.has_key(p_id)) return sb->labels[p_id];
    FATAL_ERROR("StatementBlock::get_label()");
    return 0;
  }

  void StatementBlock::set_code_section(
    GovernedSimple::code_section_t p_code_section)
  {
    for(size_t i = 0; i < stmts.size(); i++)
      stmts[i]->set_code_section(p_code_section);
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    for (size_t i = 0; i < catch_blocks.size(); ++i) {
      catch_blocks[i]->set_code_section(p_code_section);
    }
    if (finally_block != NULL) {
      finally_block->set_code_section(p_code_section);
    }
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  }

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  char* StatementBlock::generate_code(char *str, char*& def_glob_vars, char*& src_glob_vars,
                                      AltGuards* alt_guards /* = NULL */)
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  {
    if (exception_handling==EH_TRY) {
      str = mputstr(str, "TTCN_TryBlock try_block;\n");
    }
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    if (finally_block != NULL) {
      string tmp_id = get_scope_mod_gen()->get_temporary_id();
      /*str = mputprintf(str,
        "class %s_finally {\n"
        "public:\n", tmp_id.c_str());
      // TODO: all local declarations (or those referenced in the 'finally' block) need to
      // be added as members of this class, so the destructor can reach them
      // or the C++11 code could be used...
      if (include_location_info) {
        str = mputprintf(str,
          "TTCN_Location& current_location;\n"
          "%s_finally(TTCN_Location& p_loc):current_location(p_loc) { }\n",
          tmp_id.c_str());
      }
      str = mputprintf(str,
        "~%s_finally() {\n", tmp_id.c_str());
      str = finally_block->generate_code(str, def_glob_vars, src_glob_vars);
      str = mputprintf(str,
        "}\n"
        "};\n"
        "%s_finally %s%s;\n",
        tmp_id.c_str(), tmp_id.c_str(),
        include_location_info ? "(current_location)" : "");*/
      // C++11 version:
      str = mputprintf(str,
        "FINALLY %s([&] {\n", tmp_id.c_str());
      str = finally_block->generate_code(str, def_glob_vars, src_glob_vars);
      str = mputstr(str, "});\n");
    }
    if (catch_blocks.size() > 0) {
      str = mputstr(str, "try {\n");
    }
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    if (stmts.size()>0) {
      Statement* first_stmt = stmts[0];
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      str = first_stmt->generate_code(str, def_glob_vars, src_glob_vars);
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      if (exception_handling==EH_CATCH) {
        if (first_stmt->get_statementtype()!=Statement::S_DEF) FATAL_ERROR("StatementBlock::generate_code()");
        Definition* error_msg_def = first_stmt->get_def();
        string error_msg_name = error_msg_def->get_id().get_name();
        str = mputprintf(str, "%s = ttcn_error.get_message();\n", error_msg_name.c_str());
      }
    }
    for(size_t i=1; i<stmts.size(); i++) {
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      str = stmts[i]->generate_code(str, def_glob_vars, src_glob_vars);
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    }
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    if (alt_guards != NULL && exception_handling == EH_NONE) {
      str = alt_guards->generate_code_altstep(str, def_glob_vars, src_glob_vars);
    }
    if (exception_handling == EH_OOP_CATCH && alt_guards != NULL) {
      // we are in an altstep's statement block
      // indicate that an alt branch has been chosen (since exceptions can only be raised from
      // the statement blocks of the alt branches)
      str = mputstr(str, "return ALT_YES;\n");
    }
    if (catch_blocks.size() > 0) {
      str = mputstr(str,
        "}\n" // end of the 'try' block
        "catch (EXCEPTION_BASE& exc_base) {\n");
      for (size_t i = 0; i < catch_blocks.size(); ++i) {
        Type* exc_type = catch_blocks[i]->get_stmt_byIndex(0)->get_def()->get_Type();
        str = mputprintf(str,
          "%sif (exc_base.has_type(\"%s\")) {\n",
          i > 0 ? "else " : "", exc_type->get_exception_name().c_str());
        str = catch_blocks[i]->generate_code(str, def_glob_vars, src_glob_vars, alt_guards);
        str = mputstr(str, "}\n");
      }
      // if none of the exception types matched, then just re-throw the exception as if nothing happened
      str = mputstr(str, 
        "else { throw exc_base; }\n"
        "}\n"); // end of the catch block
    }
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    return str;
  }

  void StatementBlock::ilt_generate_code(ILT *ilt)
  {
    size_t nof_stmts = stmts.size();
    if (nof_stmts == 0) return;
    char*& str=ilt->get_out_branches();
    size_t last_recv_stmt_i=last_receiving_stmt_i();
    // has no receiving stmt
    if (last_recv_stmt_i == nof_stmts) {
      bool has_def=has_def_stmt_i();
      if(has_def) str=mputstr(str, "{\n");
      for(size_t i=0; i<nof_stmts; i++)
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        str=stmts[i]->generate_code(str, ilt->get_out_def_glob_vars(),
          ilt->get_out_src_glob_vars());
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      if(has_def) str=mputstr(str, "}\n");
      return;
    }
    for(size_t i=0; i<=last_recv_stmt_i; i++)
      stmts[i]->ilt_generate_code(ilt);
    // the last part which does not contain receiving stmt
    if(last_recv_stmt_i==nof_stmts-1) return;
    bool has_def=has_def_stmt_i(last_recv_stmt_i+1);
    if(has_def) str=mputstr(str, "{\n");
    for(size_t i=last_recv_stmt_i+1; i<nof_stmts; i++)
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      str=stmts[i]->generate_code(str, ilt->get_out_def_glob_vars(),
        ilt->get_out_src_glob_vars());
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    if(has_def) str=mputstr(str, "}\n");
  }

  void StatementBlock::set_parent_path(WithAttribPath* p_path)
  {
    for (size_t i = 0; i < stmts.size(); i++)
      stmts[i]->set_parent_path(p_path);
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    for (size_t i = 0; i < catch_blocks.size(); ++i) {
      catch_blocks[i]->set_parent_path(p_path);
    }
    if (finally_block != NULL) {
      finally_block->set_parent_path(p_path);
    }
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  }

  // =================================
  // ===== Statement
  // =================================

  void Statement::clean_up()
  {
    switch (statementtype) {
    case S_ERROR:
    case S_BREAK:
    case S_CONTINUE:
    case S_STOP_EXEC:
    case S_REPEAT:
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    case S_START_PROFILER:
    case S_STOP_PROFILER:
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      break;
    case S_START_UNDEF:
    case S_STOP_UNDEF:
      delete undefstartstop.ref;
      delete undefstartstop.val;
      break;
    case S_UNKNOWN_INSTANCE:
    case S_FUNCTION_INSTANCE:
    case S_ALTSTEP_INSTANCE:
    case S_ACTIVATE:
      delete ref_pard;
      break;
    case S_DEF:
      delete def;
      break;
    case S_ASSIGNMENT:
      delete ass;
      break;
    case S_BLOCK:
      delete block;
      break;
    case S_LOG:
    case S_ACTION:
    case S_STOP_TESTCASE:
      delete logargs;
      break;
    case S_LABEL:
      delete label.id;
      delete label.clabel;
      break;
    case S_GOTO:
      delete go_to.id;
      break;
    case S_IF:
      delete if_stmt.ics;
      delete if_stmt.elseblock;
      delete if_stmt.elseblock_location;
      break;
    case S_SELECT:
      delete select.expr;
      delete select.scs;
      break;
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    case S_SELECTUNION:
      delete select_union.expr;
      delete select_union.sus;
      break;
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    case S_SELECT_CLASS:
      delete select_class.ref;
      delete select_class.sccs;
      break;
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    case S_FOR:
      if(loop.for_stmt.varinst)
        delete loop.for_stmt.init_varinst;
      else
        delete loop.for_stmt.init_ass;
      delete loop.for_stmt.finalexpr;
      delete loop.for_stmt.step;
      delete loop.block;
      if (loop.label_next)
        delete loop.label_next;
      if (loop.il_label_end)
        delete loop.il_label_end;
      break;
    case S_WHILE:
    case S_DOWHILE:
      delete loop.expr;
      delete loop.block;
      if (loop.label_next)
        delete loop.label_next;
      if (loop.il_label_end)
        delete loop.il_label_end;
      break;
    case S_ALT:
    case S_INTERLEAVE:
      delete ags;
      break;
    case S_RETURN:
      delete returnexpr.v;
      delete returnexpr.t;
      break;
    case S_DEACTIVATE:
      delete deactivate;
      break;
    case S_SEND:
      delete port_op.portref;
      delete port_op.s.sendpar;
      delete port_op.s.toclause;
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      delete port_op.s.timestampredirect;
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      break;
    case S_CALL:
      delete port_op.portref;
      delete port_op.s.sendpar;
      delete port_op.s.call.timer;
      delete port_op.s.toclause;
      delete port_op.s.call.body;
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      delete port_op.s.timestampredirect;
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      break;
    case S_REPLY:
      delete port_op.portref;
      delete port_op.s.sendpar;
      delete port_op.s.replyval;
      delete port_op.s.toclause;
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      delete port_op.s.timestampredirect;
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      break;
    case S_RAISE:
      delete port_op.portref;
      delete port_op.s.raise.signature_ref;
      delete port_op.s.sendpar;
      delete port_op.s.toclause;
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      delete port_op.s.timestampredirect;
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      break;
    case S_RECEIVE:
    case S_CHECK_RECEIVE:
    case S_TRIGGER:
      delete port_op.portref;
      delete port_op.r.rcvpar;
      delete port_op.r.fromclause;
      delete port_op.r.redirect.value;
      delete port_op.r.redirect.sender;
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      delete port_op.r.redirect.index;
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      delete port_op.r.redirect.timestamp;
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      break;
    case S_GETCALL:
    case S_CHECK_GETCALL:
      delete port_op.portref;
      delete port_op.r.rcvpar;
      delete port_op.r.fromclause;
      delete port_op.r.redirect.param;
      delete port_op.r.redirect.sender;
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      delete port_op.r.redirect.index;
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      delete port_op.r.redirect.timestamp;
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      break;
    case S_GETREPLY:
    case S_CHECK_GETREPLY:
      delete port_op.portref;
      delete port_op.r.rcvpar;
      delete port_op.r.getreply_valuematch;
      delete port_op.r.fromclause;
      delete port_op.r.redirect.value;
      delete port_op.r.redirect.param;
      delete port_op.r.redirect.sender;
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      delete port_op.r.redirect.index;
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      delete port_op.r.redirect.timestamp;
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      break;
    case S_CATCH:
    case S_CHECK_CATCH:
      delete port_op.portref;
      delete port_op.r.ctch.signature_ref;
      delete port_op.r.rcvpar;
      delete port_op.r.fromclause;
      delete port_op.r.redirect.value;
      delete port_op.r.redirect.sender;
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      delete port_op.r.redirect.index;
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      delete port_op.r.redirect.timestamp;
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      break;
    case S_CHECK:
      delete port_op.portref;
      delete port_op.r.fromclause;
      delete port_op.r.redirect.sender;
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      delete port_op.r.redirect.index;
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      delete port_op.r.redirect.timestamp;
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      break;
    case S_CLEAR:
    case S_START_PORT:
    case S_STOP_PORT:
    case S_HALT:
      delete port_op.portref;
      break;
    case S_START_COMP:
      delete comp_op.compref;
      delete comp_op.funcinstref;
      break;
    case S_START_COMP_REFD:
      delete comp_op.compref;
      delete comp_op.derefered.value;
      delete comp_op.derefered.ap_list2;
      break;
    case S_STOP_COMP:
    case S_KILL:
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      delete comp_op.compref;
      break;
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    case S_KILLED:
      delete comp_op.compref;
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      delete comp_op.index_redirect;
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      break;
    case S_DONE:
      if (comp_op.compref) {
        delete comp_op.compref;
        delete comp_op.donereturn.donematch;
        delete comp_op.donereturn.redirect;
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        delete comp_op.index_redirect;
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      }
      break;
    case S_CONNECT:
    case S_MAP:
    case S_DISCONNECT:
    case S_UNMAP:
      delete config_op.compref1;
      delete config_op.portref1;
      delete config_op.compref2;
      delete config_op.portref2;
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      delete config_op.ap_list;
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      break;
    case S_START_TIMER:
      delete timer_op.timerref;
      delete timer_op.value;
      break;
    case S_TIMEOUT:
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      delete timer_op.index_redirect;
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      // no break
    case S_STOP_TIMER:
      delete timer_op.timerref;
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      break;
    case S_SETVERDICT:
      delete setverdict.verdictval;
      delete setverdict.logargs;
      break;
    case S_TESTCASE_INSTANCE:
      delete testcase_inst.tcref;
      delete testcase_inst.timerval;
      break;
    case S_TESTCASE_INSTANCE_REFD:
      delete execute_refd.value;
      delete execute_refd.ap_list2;
      delete execute_refd.timerval;
      break;
    case S_ACTIVATE_REFD:
    case S_UNKNOWN_INVOKED:
    case S_FUNCTION_INVOKED:
    case S_ALTSTEP_INVOKED:
      delete fau_refd.value;
      delete fau_refd.ap_list2;
      break;
    case S_STRING2TTCN:
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    case S_INT2ENUM:
      delete convert_op.val;
      delete convert_op.ref;
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      break;
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    case S_UPDATE:
      delete update_op.ref;
      delete update_op.w_attrib_path;
      delete update_op.err_attrib;
      break;
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    case S_SETSTATE:
      delete setstate_op.val;
      delete setstate_op.ti;
      break;
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    case S_SETENCODE:
      delete setencode_op.type;
      delete setencode_op.encoding;
      break;
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    case S_RAISE_OOP:
      if (raise_op.checked) {
        delete raise_op.v;
      }
      else {
        delete raise_op.ti;
      }
      break;
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    default:
      FATAL_ERROR("Statement::clean_up()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st)
    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_REPEAT:
      ags=0;
    case S_ERROR:
    case S_STOP_EXEC:
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    case S_START_PROFILER:
    case S_STOP_PROFILER:
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      break;
    case S_BREAK:
    case S_CONTINUE:
      brk_cnt.loop_stmt=0;
      brk_cnt.ags=0;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

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  Statement::Statement(statementtype_t p_st, Reference *p_ref, Value *p_val)
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    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_START_UNDEF:
      if (!p_ref) FATAL_ERROR("Statement::Statement()");
      undefstartstop.ref=p_ref;
      undefstartstop.val=p_val;
      break;
    case S_STOP_UNDEF:
      if (!p_ref || p_val) FATAL_ERROR("Statement::Statement()");
      undefstartstop.ref=p_ref;
      undefstartstop.val=0;
      break;
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    case S_TESTCASE_INSTANCE:
      if(!p_ref)
        FATAL_ERROR("Statement::Statement()");
      testcase_inst.tcref=p_ref;
      testcase_inst.timerval=p_val;
      break;
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    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

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  Statement::Statement(statementtype_t p_st, Reference *p_ref)
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    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_UNKNOWN_INSTANCE:
    case S_FUNCTION_INSTANCE:
    case S_ALTSTEP_INSTANCE:
    case S_ACTIVATE:
      if(!p_ref)
        FATAL_ERROR("Statement::Statement()");
      ref_pard=p_ref;
      break;
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    case S_CLEAR:
    case S_START_PORT:
    case S_STOP_PORT:
    case S_HALT:
      port_op.portref=p_ref;
      break;
    case S_STOP_TIMER:
      timer_op.timerref=p_ref;
      break;
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    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st, Value *p_derefered_value,
                       ParsedActualParameters *p_ap_list)
    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_ACTIVATE_REFD:
    case S_UNKNOWN_INVOKED:
    case S_FUNCTION_INVOKED:
    case S_ALTSTEP_INVOKED:
      if(!p_derefered_value || !p_ap_list)
        FATAL_ERROR("Statement::Statement()");
      fau_refd.value = p_derefered_value;
      fau_refd.t_list1 = p_ap_list;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    }
  }

  Statement::Statement(statementtype_t p_st, Definition *p_def)
    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_DEF:
      if(!p_def)
        FATAL_ERROR("Statement::Statement()");
      def=p_def;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st, Assignment *p_ass)
    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_ASSIGNMENT:
      if(!p_ass)
        FATAL_ERROR("Statement::Statement()");
      ass=p_ass;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st, StatementBlock *p_block)
    : statementtype(p_st), my_sb(0)
  {
    switch (statementtype) {
    case S_BLOCK:
      if (!p_block) FATAL_ERROR("Statement::Statement()");
      block = p_block;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st, LogArguments *p_logargs)
    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_LOG:
    case S_ACTION:
    case S_STOP_TESTCASE:
      logargs=p_logargs;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st, Identifier *p_id)
    : statementtype(p_st), my_sb(0)
  {
    if (!p_id)
      FATAL_ERROR("Statement::Statement()");
    switch (statementtype) {
    case S_LABEL:
      label.id = p_id;
      label.stmt_idx = 0;
      label.clabel = 0;
      label.used = false;
      break;
    case S_GOTO:
      go_to.id = p_id;
      go_to.stmt_idx = 0;
      go_to.label = 0;
      go_to.jumps_forward = false;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st, IfClauses *p_ics,
                       StatementBlock *p_block, Location *p_loc)
    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_IF:
      if(!p_ics)
        FATAL_ERROR("Statement::Statement()");
      if_stmt.ics=p_ics;
      if (p_block) {
	if (!p_loc) FATAL_ERROR("Statement::Statement()");
	if_stmt.elseblock = p_block;
	if_stmt.elseblock_location = p_loc;
      } else {
	if (p_loc) FATAL_ERROR("Statement::Statement()");
	if_stmt.elseblock = 0;
	if_stmt.elseblock_location = 0;
      }
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st, Value *p_expr, SelectCases *p_scs)
    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_SELECT:
      if(!p_expr || !p_scs)
        FATAL_ERROR("Statement::Statement()");
      select.expr=p_expr;
      select.scs=p_scs;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }
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  Statement::Statement(statementtype_t p_st, Value *p_expr, SelectUnions *p_sus)
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    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_SELECTUNION:
      if(!p_expr || !p_sus)
        FATAL_ERROR("Statement::Statement()");
      select_union.expr=p_expr;
      select_union.sus=p_sus;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }
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  Statement::Statement(statementtype_t p_st, Reference *p_ref, SelectClassCases *p_sccs)
    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_SELECT_CLASS:
      if (p_ref == NULL || p_sccs == NULL) {
        FATAL_ERROR("Statement::Statement()");
      }
      select_class.ref = p_ref;
      select_class.sccs = p_sccs;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }
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  Statement::Statement(statementtype_t p_st, Definitions *p_defs,
                       Assignment *p_ass, Value *p_final,
                       Assignment *p_step, StatementBlock *p_block)
    : statementtype(p_st), my_sb(0)
  {
    switch (statementtype) {
    case S_FOR: // precisely one of p_defs, p_ass allowed
      if (p_defs) {
        // it came from a for loop which looked like this:
        // for (var integer foo:=1; foo<10; foo:=foo+1) ;
	if (p_ass) FATAL_ERROR("Statement::Statement()");
	loop.for_stmt.varinst = true;
	loop.for_stmt.init_varinst = p_defs;
      } else {
        // it came from a for loop which looked like this:
        // for (foo:=1; foo<10; foo:=foo+1) ;
	if (!p_ass) FATAL_ERROR("Statement::Statement()");
	loop.for_stmt.varinst = false;
	loop.for_stmt.init_ass = p_ass;
      }
      if(!p_final || !p_step || !p_block)
        FATAL_ERROR("Statement::Statement()");
      loop.for_stmt.finalexpr=p_final;
      loop.for_stmt.step=p_step;
      loop.block=p_block;
      loop.label_next=0;
      loop.il_label_end=0;
      loop.has_cnt=false;
      loop.has_brk=false;
      loop.has_cnt_in_ags=false;
      loop.iterate_once=false; // not used by for
      loop.is_ilt=false;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st, Value *p_val,
                       StatementBlock *p_block)
    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_WHILE:
    case S_DOWHILE:
      if(!p_val || !p_block)
        FATAL_ERROR("Statement::Statement()");
      loop.expr=p_val;
      loop.block=p_block;
      loop.label_next=0;
      loop.il_label_end=0;
      loop.has_cnt=false;
      loop.has_brk=false;
      loop.has_cnt_in_ags=false;
      loop.iterate_once=false; // used only by do-while
      loop.is_ilt=false;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st, AltGuards *p_ags)
    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_ALT:
    case S_INTERLEAVE:
      if(!p_ags)
        FATAL_ERROR("Statement::Statement()");
      ags=p_ags;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st, Template *p_temp)
    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_RETURN:
      returnexpr.v=0;
      returnexpr.t=p_temp;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st, Value *p_val)
    : statementtype(p_st), my_sb(0)
  {
    switch (statementtype) {
    case S_STOP_COMP:
    case S_KILL:
      comp_op.compref=p_val;
      break;
    case S_DEACTIVATE:
      deactivate=p_val;
      break;
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    case S_SETSTATE:
      setstate_op.val = p_val;
      setstate_op.ti = NULL;
      break;
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    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }
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  Statement::Statement(statementtype_t p_st, Value *p_val, bool p_any_from,
                       Reference* p_index_redirect)
    : statementtype(p_st), my_sb(0)
  {
    switch (statementtype) {
    case S_KILLED:
      if (p_val == NULL) {
        FATAL_ERROR("Statement::Statement()");
      }
      comp_op.compref = p_val;
      comp_op.any_from = p_any_from;
      comp_op.index_redirect = p_index_redirect;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }
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  Statement::Statement(statementtype_t p_st, Value *p_val,
                       LogArguments *p_logargs)
    : statementtype(p_st), my_sb(0)
  {
    if (!p_val || statementtype != S_SETVERDICT)
      FATAL_ERROR("Statement::Statement()");
    setverdict.verdictval = p_val;
    setverdict.logargs = p_logargs;
  }

  Statement::Statement(statementtype_t p_st, Reference *p_ref,
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                       TemplateInstance *p_templinst, Value *p_val,
                       Reference* p_timestampredirect, bool p_translate)
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    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_SEND:
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      if((!p_ref && p_translate == false) || !p_templinst)
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        FATAL_ERROR("Statement::Statement()");
      port_op.portref=p_ref;
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      port_op.translate = p_translate;
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      port_op.s.sendpar=p_templinst;
      port_op.s.toclause=p_val;
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      port_op.s.timestampredirect = p_timestampredirect;
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      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st, Reference *p_ref,
              TemplateInstance *p_templinst, Value *p_timerval,
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              bool p_nowait, Value *p_toclause, Reference* p_timestampredirect,
              AltGuards *p_callbody)
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    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_CALL:
      if(!p_ref || !p_templinst || (p_timerval && p_nowait))
        FATAL_ERROR("Statement::Statement()");
      port_op.portref=p_ref;
      port_op.s.sendpar=p_templinst;
      port_op.s.call.timer=p_timerval;
      port_op.s.call.nowait=p_nowait;
      port_op.s.toclause=p_toclause;
      port_op.s.call.body=p_callbody;
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      port_op.s.timestampredirect = p_timestampredirect;
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      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st, Reference *p_ref,
                       TemplateInstance *p_templinst, Value *p_replyval,
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                       Value *p_toclause, Reference* p_timestampredirect)
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    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_REPLY:
      if(!p_ref || !p_templinst)
        FATAL_ERROR("Statement::Statement()");
      port_op.portref=p_ref;
      port_op.s.sendpar=p_templinst;
      port_op.s.replyval=p_replyval;
      port_op.s.toclause=p_toclause;
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      port_op.s.timestampredirect = p_timestampredirect;
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      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st, Reference *p_ref,
                       Reference *p_sig, TemplateInstance *p_templinst,
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                       Value *p_toclause, Reference* p_timestampredirect)
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    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_RAISE:
      if(!p_ref || !p_templinst || !p_sig)
        FATAL_ERROR("Statement::Statement()");
      port_op.portref=p_ref;
      port_op.s.raise.signature_ref=p_sig;
      port_op.s.raise.signature=0;
      port_op.s.sendpar=p_templinst;
      port_op.s.toclause=p_toclause;
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      port_op.s.timestampredirect = p_timestampredirect;
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      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

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  Statement::Statement(statementtype_t p_st, Reference *p_ref, bool p_anyfrom,
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                       TemplateInstance *p_templinst,
                       TemplateInstance *p_fromclause,
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                       ValueRedirect *p_redirectval, Reference *p_redirectsender,
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                       Reference* p_redirectindex, Reference* p_timestamp_redirect,
                       bool p_translate)
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    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_RECEIVE:
    case S_CHECK_RECEIVE:
    case S_TRIGGER:
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      port_op.translate = p_translate;
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      port_op.portref=p_ref;
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      port_op.anyfrom = p_anyfrom;
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      port_op.r.rcvpar=p_templinst;
      port_op.r.fromclause=p_fromclause;
      port_op.r.redirect.value=p_redirectval;
      port_op.r.redirect.param=0;
      port_op.r.redirect.sender=p_redirectsender;
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      port_op.r.redirect.index = p_redirectindex;
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      port_op.r.redirect.timestamp = p_timestamp_redirect;
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      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

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  Statement::Statement(statementtype_t p_st, Reference *p_ref, bool p_anyfrom,
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                       TemplateInstance *p_templinst,
                       TemplateInstance *p_fromclause,
                       ParamRedirect *p_redirectparam,
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                       Reference *p_redirectsender,
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                       Reference* p_redirectindex,
                       Reference* p_timestamp_redirect)
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    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_GETCALL:
    case S_CHECK_GETCALL:
      port_op.portref=p_ref;
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      port_op.anyfrom = p_anyfrom;
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      port_op.r.rcvpar=p_templinst;
      port_op.r.fromclause=p_fromclause;
      port_op.r.redirect.value=0;
      port_op.r.redirect.param=p_redirectparam;
      port_op.r.redirect.sender=p_redirectsender;
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      port_op.r.redirect.index = p_redirectindex;
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      port_op.r.redirect.timestamp = p_timestamp_redirect;
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      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

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  Statement::Statement(statementtype_t p_st, Reference *p_ref, bool p_anyfrom,
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                       TemplateInstance *p_templinst,
                       TemplateInstance *p_valuematch,
                       TemplateInstance *p_fromclause,
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                       ValueRedirect *p_redirectval, ParamRedirect *p_redirectparam,
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                       Reference *p_redirectsender, Reference* p_redirectindex,
                       Reference* p_timestamp_redirect)
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    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_GETREPLY:
    case S_CHECK_GETREPLY:
      if (!p_templinst && p_valuematch) FATAL_ERROR("Statement::Statement()");
      port_op.portref=p_ref;
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      port_op.anyfrom = p_anyfrom;
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      port_op.r.rcvpar=p_templinst;
      port_op.r.getreply_valuematch=p_valuematch;
      port_op.r.fromclause=p_fromclause;
      port_op.r.redirect.value=p_redirectval;
      port_op.r.redirect.param=p_redirectparam;
      port_op.r.redirect.sender=p_redirectsender;
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      port_op.r.redirect.index = p_redirectindex;
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      port_op.r.redirect.timestamp = p_timestamp_redirect;
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      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

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  Statement::Statement(statementtype_t p_st, Reference *p_ref, bool p_anyfrom,
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                       Reference *p_sig, TemplateInstance *p_templinst,
                       bool p_timeout, TemplateInstance *p_fromclause,
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                       ValueRedirect *p_redirectval, Reference *p_redirectsender,
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                       Reference* p_redirectindex, Reference* p_timestamp_redirect)
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    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_CATCH:
    case S_CHECK_CATCH:
      if (((p_sig || p_templinst) && p_timeout) ||
        (p_sig && !p_templinst) || (!p_sig && p_templinst))
	FATAL_ERROR("Statement::Statement()");
      port_op.portref=p_ref;
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      port_op.anyfrom = p_anyfrom;
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      port_op.r.ctch.signature_ref=p_sig;
      port_op.r.ctch.signature=0;
      port_op.r.rcvpar=p_templinst;
      port_op.r.ctch.timeout=p_timeout;
      port_op.r.ctch.in_call=false;
      port_op.r.ctch.call_has_timer=false;
      port_op.r.fromclause=p_fromclause;
      port_op.r.redirect.value=p_redirectval;
      port_op.r.redirect.param=0;
      port_op.r.redirect.sender=p_redirectsender;
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      port_op.r.redirect.index = p_redirectindex;
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      port_op.r.redirect.timestamp = p_timestamp_redirect;
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      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

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  Statement::Statement(statementtype_t p_st, Reference *p_ref, bool p_anyfrom,
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                       TemplateInstance *p_fromclause,
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                       Reference *p_redirectsender, Reference* p_redirectindex,
                       Reference* p_timestamp_redirect)
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    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_CHECK:
      port_op.portref=p_ref; // may be NULL for "any port.check"
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      port_op.anyfrom = p_anyfrom;
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      port_op.r.fromclause=p_fromclause;
      port_op.r.redirect.value=0;
      port_op.r.redirect.param=0;
      port_op.r.redirect.sender=p_redirectsender;
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      port_op.r.redirect.index = p_redirectindex;
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      port_op.r.redirect.timestamp = p_timestamp_redirect;
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      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }
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  Statement::Statement(statementtype_t p_st, Reference *p_ref, bool p_any_from,
                       Reference* p_redirectindex)
    : statementtype(p_st), my_sb(0)
  {
    if (statementtype != S_TIMEOUT) {
      FATAL_ERROR("Statement::Statement()");
    }
    timer_op.timerref = p_ref;
    timer_op.any_from = p_any_from;
    timer_op.index_redirect = p_redirectindex;
  }
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  Statement::Statement(statementtype_t p_st, Value *p_compref,
                        Value *p_derefered_value, ParsedActualParameters *p_ap_list)
    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_START_COMP_REFD:
      if(!p_compref || !p_derefered_value || !p_ap_list)
        FATAL_ERROR("Statement::Statement()");
      comp_op.compref = p_compref;
      comp_op.derefered.value = p_derefered_value;
      comp_op.derefered.t_list1 = p_ap_list;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    }
  }

  Statement::Statement(statementtype_t p_st, Value *p_compref,
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                       TemplateInstance *p_donematch, ValueRedirect *p_redirect,
                       Reference* p_index_redirect, bool p_any_from)
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    : statementtype(p_st), my_sb(0)
  {
    switch (statementtype) {
    case S_DONE:
      if (!p_compref) FATAL_ERROR("Statement::Statement()");
      comp_op.compref = p_compref;
      comp_op.donereturn.donematch = p_donematch;
      comp_op.donereturn.redirect = p_redirect;
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      comp_op.index_redirect = p_index_redirect;
      comp_op.any_from = p_any_from;
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      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st, component_t p_anyall)
    : statementtype(p_st), my_sb(0)
  {
    switch (statementtype) {
    case S_DONE:
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      comp_op.donereturn.donematch = NULL;
      comp_op.donereturn.redirect = NULL;
      // no break
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    case S_KILLED:
      comp_op.compref = 0;
      comp_op.any_or_all = p_anyall;
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      comp_op.any_from = false;
      comp_op.index_redirect = NULL;
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      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st,
                       Value *p_compref1, Reference *p_portref1,
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                       Value *p_compref2, Reference *p_portref2,
                       ParsedActualParameters* p_params)
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    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_CONNECT:
    case S_MAP:
    case S_DISCONNECT:
    case S_UNMAP:
      if(!p_compref1 || !p_portref1 || !p_compref2 || !p_portref2)
        FATAL_ERROR("Statement::Statement()");
      config_op.compref1=p_compref1;
      config_op.portref1=p_portref1;
      config_op.compref2=p_compref2;
      config_op.portref2=p_portref2;
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      config_op.translate=false;
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      config_op.parsed_params=p_params;
      config_op.fp_list=NULL;
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      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    } // switch statementtype
  }

  Statement::Statement(statementtype_t p_st, Value *p_derefered_value,
                        TemplateInstances *p_ap_list, Value *p_val)
    : statementtype(p_st), my_sb(0)
  {
    switch(statementtype) {
    case S_TESTCASE_INSTANCE_REFD:
      if(!p_derefered_value) FATAL_ERROR("Statement::Statement()");
      execute_refd.value = p_derefered_value;
      execute_refd.t_list1 = p_ap_list;
      execute_refd.timerval = p_val;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    }
  }

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  Statement::Statement(statementtype_t p_st, Value* p_val, Reference* p_ref)
    : statementtype(p_st), my_sb(0)
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  {
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    switch (statementtype) {
    case S_STRING2TTCN:
    case S_INT2ENUM:
      if (p_val==NULL || p_ref==NULL) {
        FATAL_ERROR("Statement::Statement()");
      }
      convert_op.val = p_val;
      convert_op.ref = p_ref;
      break;
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    case S_START_COMP:
      if (p_val==NULL || p_ref==NULL) {
        FATAL_ERROR("Statement::Statement()");
      }
      comp_op.compref = p_val;
      comp_op.funcinstref = p_ref;
      break;
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    default:
      FATAL_ERROR("Statement::Statement()");
    }
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  }
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  Statement::Statement(statementtype_t p_st, Reference* p_ref, MultiWithAttrib* p_attrib)
  : statementtype(p_st), my_sb(0)
  {
    switch (statementtype) {
    case S_UPDATE:
      if (p_ref == NULL) {
        FATAL_ERROR("Statement::Statement()");
      }
      update_op.ref = p_ref;
      if (p_attrib != NULL) {
        update_op.w_attrib_path = new WithAttribPath;
        update_op.w_attrib_path->set_with_attr(p_attrib);
      }
      else {
        update_op.w_attrib_path = NULL;
      }
      update_op.err_attrib = NULL;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    }
  }
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  Statement::Statement(statementtype_t p_st, Value* p_val, TemplateInstance* p_ti)
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  : statementtype(p_st), my_sb(0)
  {
    switch (statementtype) {
    case S_SETSTATE:
      if (p_val == NULL || p_ti == NULL) {
        FATAL_ERROR("Statement::Statement()");
      }
      setstate_op.val = p_val;
      setstate_op.ti = p_ti;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    }
  }
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  Statement::Statement(statementtype_t p_st, Type* p_type, Value* p_encoding)
  : statementtype(p_st), my_sb(0)
  {
    switch (statementtype) {
    case S_SETENCODE:
      if (p_type == NULL || p_encoding == NULL) {
        FATAL_ERROR("Statement::Statement()");
      }
      setencode_op.type = p_type;
      setencode_op.encoding = p_encoding;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    }
  }
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  Statement::Statement(statementtype_t p_st, TemplateInstance* p_ti)
  : statementtype(p_st), my_sb(0)
  {
    switch (statementtype) {
    case S_RAISE_OOP:
      if (p_ti == NULL) {
        FATAL_ERROR("Statement::Statement()");
      }
      raise_op.checked = false;
      raise_op.ti = p_ti;
      break;
    default:
      FATAL_ERROR("Statement::Statement()");
    }
  }
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  Statement::~Statement()
  {
    clean_up();
  }

  Statement *Statement::clone() const
  {
    FATAL_ERROR("Statement::clone");
  }

  void Statement::dump(unsigned int level) const
  {
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    DEBUG(level, "Statement at %p, a(n) %s", static_cast<const void *>(this),
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          get_stmt_name());
    switch (statementtype) {
    case S_TESTCASE_INSTANCE:
    case S_TESTCASE_INSTANCE_REFD: {
      Common::Value *v = execute_refd.value;
      v->dump(level + 1);
    } break;
    case S_DEF:
      def->dump(level + 1);
      break;
    case S_ASSIGNMENT:
      ass->dump(level + 1);
      break;
    case S_BLOCK:
      block->dump(level + 1);
      break;
    case S_IF:
      if_stmt.ics->dump(level + 1);
      if (if_stmt.elseblock) if_stmt.elseblock->dump(level + 1);
      break;
    default:
      break;
    }
  }

  size_t Statement::get_my_sb_index() const
  {
    switch (statementtype) {
    case S_LABEL:
      return label.stmt_idx;
    case S_GOTO:
      return go_to.stmt_idx;
    default:
      FATAL_ERROR("Statement::get_my_sb_index()");
      return 0;
    }
  }

  const char *Statement::get_stmt_name() const
  {
    switch(statementtype) {
    case S_ERROR: return "<erroneous statement>";
    case S_START_UNDEF: return "start";
    case S_STOP_UNDEF: return "stop";
    case S_UNKNOWN_INSTANCE: return "function or altstep instance";
    case S_UNKNOWN_INVOKED: return "function or altstep type invocation";
    case S_DEF: return "definition";
    case S_ASSIGNMENT: return "assignment";
    case S_FUNCTION_INSTANCE: return "function instance";
    case S_FUNCTION_INVOKED: return "function type invocation";
    case S_BLOCK: return "statement block";
    case S_LOG: return "log";
    case S_LABEL: return "label";
    case S_GOTO: return "goto";
    case S_IF: return "if";
    case S_SELECT: return "select-case";
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    case S_SELECTUNION: return "select-union";
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    case S_SELECT_CLASS: return "select-class";
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    case S_FOR: return "for";
    case S_WHILE: return "while";
    case S_DOWHILE: return "do-while";
    case S_BREAK: return "break";
    case S_CONTINUE: return "continue";
    case S_STOP_EXEC: return "stop";
    case S_STOP_TESTCASE: return "testcase.stop";
    case S_ALT: return "alt";
    case S_REPEAT: return "repeat";
    case S_INTERLEAVE: return "interleave";
    case S_ALTSTEP_INSTANCE: return "altstep instance";
    case S_ALTSTEP_INVOKED: return "altstep type invocation";
    case S_RETURN: return "return";
    case S_ACTIVATE:
    case S_ACTIVATE_REFD:
      return "activate";
    case S_DEACTIVATE: return "deactivate";
    case S_SEND: return "send";
    case S_CALL: return "call";
    case S_REPLY: return "reply";
    case S_RAISE: return "raise";
    case S_RECEIVE: return "receive";
    case S_TRIGGER: return "trigger";
    case S_GETCALL: return "getcall";
    case S_GETREPLY: return "getreply";
    case S_CATCH: return "catch";
    case S_CHECK: return "check";
    case S_CHECK_RECEIVE: return "check-receive";
    case S_CHECK_GETCALL: return "check-getca