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type_bit_ref.e
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1999-06-05
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-- This file is part of SmallEiffel The GNU Eiffel Compiler.
-- Copyright (C) 1994-98 LORIA - UHP - CRIN - INRIA - FRANCE
-- Dominique COLNET and Suzanne COLLIN - colnet@loria.fr
-- http://SmallEiffel.loria.fr
-- SmallEiffel is free software; you can redistribute it and/or modify it
-- under the terms of the GNU General Public License as published by the Free
-- Software Foundation; either version 2, or (at your option) any later
-- version. SmallEiffel is distributed in the hope that it will be useful,but
-- WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
-- or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
-- for more details. You should have received a copy of the GNU General
-- Public License along with SmallEiffel; see the file COPYING. If not,
-- write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330,
-- Boston, MA 02111-1307, USA.
--
class TYPE_BIT_REF
inherit TYPE;
creation make
feature
type_bit: TYPE_BIT;
written_mark: STRING;
run_time_mark: STRING;
feature
make(tb: TYPE_BIT) is
require
tb.is_run_type
do
type_bit := tb;
run_time_mark := "BIT ";
type_bit.nb.append_in(run_time_mark);
run_time_mark.append(" REF");
run_time_mark := string_aliaser.item(run_time_mark);
written_mark := run_time_mark;
ensure
type_bit = tb
end;
feature
is_run_type: BOOLEAN is true;
is_expanded: BOOLEAN is false;
is_none: BOOLEAN is false;
is_any: BOOLEAN is false;
is_basic_eiffel_expanded: BOOLEAN is false;
is_reference: BOOLEAN is true;
is_user_expanded: BOOLEAN is false;
is_dummy_expanded: BOOLEAN is false;
is_generic: BOOLEAN is false;
is_array: BOOLEAN is false;
is_like_current: BOOLEAN is false;
is_like_argument: BOOLEAN is false;
is_like_feature: BOOLEAN is false;
jvm_method_flags: INTEGER is 17;
static_base_class_name: CLASS_NAME is
do
Result := base_class_name;
end;
space_for_variable: INTEGER is
do
Result := space_for_pointer;
end;
space_for_object: INTEGER is
do
Result := standard_space_for_object;
end;
run_class: RUN_CLASS is
do
Result := small_eiffel.run_class(run_type);
end;
generic_list: ARRAY[TYPE] is
do
fatal_error_generic_list;
end;
expanded_initializer: RUN_FEATURE_3 is
do
end;
c_header_pass1 is
do
standard_c_typedef;
end;
c_header_pass2 is
do
tmp_string.copy(fz_struct);
tmp_string.extend('S');
id.append_in(tmp_string);
tmp_string.append("{int id;T");
type_bit.id.append_in(tmp_string);
tmp_string.append(" bit_n;};%N");
cpp.put_string(tmp_string);
-- Creation function :
tmp_string.copy("T0*toT");
id.append_in(tmp_string);
tmp_string.append("(T");
type_bit.id.append_in(tmp_string);
tmp_string.append(" bit)");
cpp.put_c_heading(tmp_string);
cpp.swap_on_c;
gc_handler.allocation(run_class);
cpp.put_string("n->bit_n=bit;%Nreturn (T0*)n;%N}%N");
cpp.swap_on_h;
end;
c_header_pass3 is
do
end;
c_header_pass4 is
local
mem_id: INTEGER;
rc: RUN_CLASS;
do
rc := run_class;
mem_id := rc.id;
tmp_string.copy(fz_extern);
tmp_string.extend('T');
mem_id.append_in(tmp_string);
tmp_string.extend(' ');
tmp_string.extend('M');
mem_id.append_in(tmp_string);
tmp_string.append(fz_00);
cpp.put_string(tmp_string);
cpp.swap_on_c;
tmp_string.clear;
tmp_string.extend('T');
mem_id.append_in(tmp_string);
tmp_string.extend(' ');
tmp_string.extend('M');
mem_id.append_in(tmp_string);
tmp_string.extend('=');
tmp_string.extend('{');
if rc.is_tagged then
mem_id.append_in(tmp_string);
tmp_string.extend(',');
end;
type_bit.c_initialize_in(tmp_string);
tmp_string.extend('}');
tmp_string.append(fz_00);
cpp.put_string(tmp_string);
cpp.swap_on_h;
standard_c_print_function;
end;
c_initialize is
do
cpp.put_string(fz_null);
end;
c_initialize_in(str: STRING) is
do
str.append(fz_null);
end;
c_type_for_argument_in(str: STRING) is
do
str.append(fz_t0_star);
end;
c_type_for_target_in(str: STRING) is
do
str.extend('T');
id.append_in(str);
str.extend('*');
end;
c_type_for_result_in(str: STRING) is
do
str.append(fz_t0_star);
end;
run_type: TYPE_BIT_REF is
do
Result := Current;
end;
used_as_reference is
do
end;
to_reference is
do
end;
jvm_descriptor_in(str: STRING) is
do
str.append(jvm_root_descriptor);
end;
jvm_target_descriptor_in(str: STRING) is
do
end;
jvm_return_code is
do
end;
jvm_check_class_invariant is
do
end;
jvm_push_local(offset: INTEGER) is
do
code_attribute.opcode_aload(offset);
end;
jvm_push_default: INTEGER is
do
code_attribute.opcode_aconst_null;
Result := 1;
end;
jvm_write_local(offset: INTEGER) is
do
code_attribute.opcode_astore(offset);
end;
jvm_xnewarray is
local
idx: INTEGER;
do
idx := constant_pool.idx_jvm_root_class;
code_attribute.opcode_anewarray(idx);
end;
jvm_xastore is
do
code_attribute.opcode_aastore;
end;
jvm_xaload is
do
code_attribute.opcode_aaload;
end;
jvm_if_x_eq: INTEGER is
do
Result := code_attribute.opcode_if_acmpeq;
end;
jvm_if_x_ne: INTEGER is
do
Result := code_attribute.opcode_if_acmpne;
end;
jvm_to_reference is
do
end;
jvm_expanded_from_reference(other: TYPE): INTEGER is
do
check
false
end;
end;
jvm_convert_to(destination: TYPE): INTEGER is
do
if destination.is_expanded then
Result := destination.jvm_expanded_from_reference(Current);
else
Result := 1;
end;
end;
jvm_standard_is_equal is
local
rc: RUN_CLASS;
wa: ARRAY[RUN_FEATURE_2];
do
rc := run_class;
wa := rc.writable_attributes;
jvm.std_is_equal(rc,wa);
end;
to_runnable(rt: TYPE): like Current is
do
Result := Current;
end;
base_class_name: CLASS_NAME is
once
!!Result.make(as_bit_n_ref,Void);
end;
id: INTEGER is
do
Result := run_class.id;
end;
smallest_ancestor(other: TYPE): TYPE is
do
if run_time_mark = other.run_time_mark then
Result := Current;
else
Result := type_any;
end;
end;
is_a(other: TYPE): BOOLEAN is
do
if run_time_mark = other.run_time_mark then
Result := true;
else
Result := base_class.is_subclass_of(other.base_class);
if not Result then
eh.add_type(Current,fz_inako);
eh.add_type(other,fz_dot);
end;
end;
end;
start_position: POSITION is do end;
has_creation(fn: FEATURE_NAME): BOOLEAN is do end;
need_c_struct: BOOLEAN is true;
feature {RUN_CLASS,TYPE}
need_gc_mark_function: BOOLEAN is true;
just_before_gc_mark_in(str: STRING) is
do
standard_just_before_gc_mark_in(str);
end;
gc_info_in(str: STRING) is
do
standard_gc_info_in(str);
end;
gc_define1 is
do
standard_gc_define1;
end;
gc_define2 is
do
standard_gc_define2;
end;
feature {TYPE}
frozen short_hook is
do
short_print.a_class_name(base_class_name);
end;
invariant
type_bit /= Void
end -- TYPE_BIT_REF