matiec: comparison stage1

equal deleted inserted replaced

-:e657008f43d0
+:da1a8186f86f
 /* Convert an il_operator_c into an identifier_c */
 symbol_c *il_operator_c_2_identifier_c(symbol_c *il_operator);
 /* return if current token is a syntax element */
+/* ERROR_CHECK_BEGIN */
 bool is_current_syntax_token();
+/* ERROR_CHECK_END */
 /* print an error message */
 void print_err_msg(int first_line,
 int first_column,
 int last_line,
 */
-/*****************************/
+/*************************************/
-/* Prelimenary constructs... */
+/* Prelimenary helpful constructs... */
-/*****************************/
+/*************************************/
 /* A token used to identify the very end of the input file
 * after all includes have already been processed.
 *
 * Flex automatically returns the token with value 0
 * at the end of the file. We therefore specify here
 %type  <leaf>	prev_declared_program_type_name
+/**********************************************************************************/
+/* B XXX - Things that are missing from the standard, but should have been there! */
+/**********************************************************************************/
 /* The pragmas... */
 %token <ID>	pragma_token
 %type <leaf>	pragma
-/* Where do these tokens belong ?? */
+/* Where do these tokens belong?? They are missing from the standard! */
-/* TODO: get the syntax parser to handle these tokens... */
+/* NOTE: There are other tokens related to these 'EN' ENO', that are also
+* missing from the standard. However, their location in the annex B is
+* relatively obvious, so they have been inserted in what seems to us their
+* correct place in order to ease understanding of the parser...
+*/
 %token	EN
 %token	ENO
-%type <leaf>	en_param
+%type <leaf>	en_identifier
-%type <leaf>	eno_param
+%type <leaf>	eno_identifier
 /***************************/
 /* B 0 - Programming Model */
 %type  <leaf>	input_declarations
 /* helper symbol for input_declarations */
 %type  <list>	input_declaration_list
 %type  <leaf>	input_declaration
 %type  <leaf>	edge_declaration
+/* en_param_declaration is not in the standard, but should be! */
 %type  <leaf>	en_param_declaration
 %type  <leaf>	var_init_decl
 %type  <leaf>	var1_init_decl
 %type  <list>	var1_list
 %type  <leaf>	array_var_init_decl
 // %type  <list>	fb_name_list
 // %type  <leaf>	fb_name
 %type  <leaf>	output_declarations
 %type  <leaf>	var_output_init_decl
 %type  <list>	var_output_init_decl_list
+/* eno_param_declaration is not in the standard, but should be! */
 %type  <leaf>	eno_param_declaration
 %type  <leaf>	input_output_declarations
 /* helper symbol for input_output_declarations */
 %type  <list>	var_declaration_list
 %type  <leaf>	var_declaration
 /********************************************************/
 /********************************************************/
 /********************************************************/
-/*****************************/
-/* Prelimenary constructs... */
-/*****************************/
 start:
 library	{$$ = $1;}
 ;
+/**********************************************************************************/
+/* B XXX - Things that are missing from the standard, but should have been there! */
+/**********************************************************************************/
 /* the pragmas... */
 pragma:
 pragma_token	{$$ = new pragma_c($1, locloc(@$));}
 /* EN/ENO */
-en_param:
+/* Tese tokens are essentially used as variable names, so we handle them
-EN	{$$ = new en_param_c(locloc(@$));}
+* similarly to these...
-;
+*/
+en_identifier:
-eno_param:
+EN	{$$ = new identifier_c("EN", locloc(@$));}
-ENO	{$$ = new eno_param_c(locloc(@$));}
+;
-;
+eno_identifier:
+ENO	{$$ = new identifier_c("ENO", locloc(@$));}
+;
+/*************************************/
+/* Prelimenary helpful constructs... */
+/*************************************/
 /* NOTE:
 *       short version:
 *       identifier is used for previously undeclared identifiers
 *       any_identifier is used when any identifier, previously
 /*********************/
 /* B 1.4 - Variables */
 /*********************/
+/* NOTE: The standard is erroneous in it's definition of 'variable' because:
+*         - The standard considers 'ENO' as a keyword...
+*         - ...which means that it may never be parsed as an 'identifier'...
+*         - ...and therefore may never be used as the name of a variable inside an expression.
+*         - However, a function/FB must be able to assign the ENO parameter
+*           it's value, doing it in an assignment statement, and therefore using the 'ENO'
+*           character sequence as an identifier!
+*        The solution we found was to also allow the ENO keyword to be
+*         used as the name of a variable. Note that this variable may be used
+*         even though it is not explicitly declared as a function/FB variable,
+*         as the standard requires us to define it implicitly in this case!
+*         We could not therefore handle the ENO as a normal variable that would
+*         go into the previously_declared_variable symbol table, as we may need to
+*         allow it to be used as a variable even though it is not declared as such!
+*/
 variable:
 symbolic_variable
 | prev_declared_direct_variable
-| eno_param
+| eno_identifier
+	{$$ = new symbolic_variable_c($1, locloc(@$));}
 ;
 symbolic_variable:
 /* NOTE: To be entirely correct, variable_name must be replacemed by
 /******************************************/
 /* B 1.4.3 - Declaration & Initialisation */
 /******************************************/
 input_declarations:
 VAR_INPUT            input_declaration_list END_VAR
-	{$$ = new input_declarations_c(NULL, $2, locloc(@$));}
+	{$$ = new input_declarations_c(NULL, $2, new explicit_definition_c(), locloc(@$));}
 | VAR_INPUT RETAIN     input_declaration_list END_VAR
-	{$$ = new input_declarations_c(new retain_option_c(locloc(@2)), $3, locloc(@$));}
+	{$$ = new input_declarations_c(new retain_option_c(locloc(@2)), $3, new explicit_definition_c(), locloc(@$));}
 | VAR_INPUT NON_RETAIN input_declaration_list END_VAR
-	{$$ = new input_declarations_c(new non_retain_option_c(locloc(@2)), $3, locloc(@$));}
+	{$$ = new input_declarations_c(new non_retain_option_c(locloc(@2)), $3, new explicit_definition_c(), locloc(@$));}
 /* ERROR_CHECK_BEGIN */
 | VAR_INPUT END_VAR
 	{$$ = NULL; print_err_msg(locl(@1), locf(@2), "no variable declared in input variable(s) declaration."); yynerrs++;}
 | VAR_INPUT RETAIN END_VAR
 	{$$ = NULL; print_err_msg(locl(@2), locf(@3), "no variable declared in retentive input variable(s) declaration."); yynerrs++;}
 	{$$ = $1; print_err_msg(locf(@2), locl(@2), "unexpected ';' after input variable(s) declaration."); yynerrs++;}
 /* ERROR_CHECK_END */
 ;
+/* NOTE: The formal definition of 'input_declaration' as defined in the standard is erroneous,
+*       as it does not allow a user defined 'EN' input parameter. However,
+*       The semantic description of the languages clearly states that this is allowed.
+*       We have added the 'en_param_declaration' clause to cover for this.
+*/
 input_declaration:
 var_init_decl
 | edge_declaration
 | en_param_declaration
 ;
 | var1_list BOOL R_EDGE
 	{$$ = NULL; print_err_msg(locl(@1), locf(@2), "':' missing between variable list and specification in edge declaration."); yynerrs++;}
 | var1_list BOOL F_EDGE
 	{$$ = NULL; print_err_msg(locl(@1), locf(@2), "':' missing between variable list and specification in edge declaration."); yynerrs++;}
 | var1_list ':' BOOL R_EDGE F_EDGE
-	{$$ = NULL; print_err_msg(locf(@5), locl(@5), "'R_EDGE' and 'F_EDGE' can't be present at the same time in edge declaration."); yynerrs++;}
+	{$$ = NULL; print_err_msg(locl(@5), locf(@5), "'R_EDGE' and 'F_EDGE' can't be present at the same time in edge declaration."); yynerrs++;}
+| var1_list ':' BOOL F_EDGE R_EDGE
+	{$$ = NULL; print_err_msg(locl(@5), locf(@5), "'R_EDGE' and 'F_EDGE' can't be present at the same time in edge declaration."); yynerrs++;}
 | var1_list ':' R_EDGE
 	{$$ = NULL; print_err_msg(locl(@2), locf(@3), "'BOOL' missing in edge declaration."); yynerrs++;}
 | var1_list ':' F_EDGE
 	{$$ = NULL; print_err_msg(locl(@2), locf(@3), "'BOOL' missing in edge declaration."); yynerrs++;}
 /* ERROR_CHECK_END */
 ;
+/* NOTE: The formal definition of the standard is erroneous, as it simply does not
+*       consider the EN and ENO keywords!
+*       The semantic description of the languages clearly states that these may be
+*       used in several ways. One of them is to declare an EN input parameter.
+*       We have added the 'en_param_declaration' clause to cover for this.
+*/
 en_param_declaration:
-en_param ':' BOOL ASSIGN boolean_literal
+en_identifier ':' BOOL ASSIGN boolean_literal
-{$$ = new en_param_declaration_c(locloc(@$));}
+{$$ = new en_param_declaration_c($1, new bool_type_name_c(locloc(@$)), $5, new explicit_definition_c(), locloc(@$));}
-| en_param ':' BOOL ASSIGN integer
+| en_identifier ':' BOOL ASSIGN integer
-{$$ = new en_param_declaration_c(locloc(@$));}
+{$$ = new en_param_declaration_c($1, new bool_type_name_c(locloc(@$)), $5, new explicit_definition_c(), locloc(@$));}
 /* ERROR_CHECK_BEGIN */
-| en_param BOOL ASSIGN boolean_literal
+| en_identifier BOOL ASSIGN boolean_literal
 	{$$ = NULL; print_err_msg(locl(@1), locf(@2), "':' missing between variable list and specification in EN declaration."); yynerrs++;}
-| en_param BOOL ASSIGN integer
+| en_identifier BOOL ASSIGN integer
 	{$$ = NULL; print_err_msg(locl(@1), locf(@2), "':' missing between variable list and specification in EN declaration."); yynerrs++;}
-| en_param ':' ASSIGN boolean_literal
+| en_identifier ':' ASSIGN boolean_literal
 {$$ = NULL; print_err_msg(locl(@2), locf(@3), "'BOOL' missing in EN declaration."); yynerrs++;}
-| en_param ':' ASSIGN integer
+| en_identifier ':' ASSIGN integer
 	{$$ = NULL; print_err_msg(locl(@2), locf(@3), "'BOOL' missing in EN declaration."); yynerrs++;}
-| en_param ':' BOOL ASSIGN error
+| en_identifier ':' BOOL ASSIGN error
 	{$$ = NULL;
 	 if (is_current_syntax_token()) {print_err_msg(locl(@2), locf(@3), "no specification defined in EN declaration.");}
 	 else {print_err_msg(locf(@3), locl(@3), "invalid specification in EN declaration."); yyclearin;}
 	 yyerrok;
 	}
 output_declarations:
 VAR_OUTPUT var_output_init_decl_list END_VAR
-	{$$ = new output_declarations_c(NULL, $2, locloc(@$));}
+	{$$ = new output_declarations_c(NULL, $2, new explicit_definition_c(), locloc(@$));}
 | VAR_OUTPUT RETAIN var_output_init_decl_list END_VAR
-	{$$ = new output_declarations_c(new retain_option_c(locloc(@2)), $3, locloc(@$));}
+	{$$ = new output_declarations_c(new retain_option_c(locloc(@2)), $3, new explicit_definition_c(), locloc(@$));}
 | VAR_OUTPUT NON_RETAIN var_output_init_decl_list END_VAR
-	{$$ = new output_declarations_c(new non_retain_option_c(locloc(@2)), $3, locloc(@$));}
+	{$$ = new output_declarations_c(new non_retain_option_c(locloc(@2)), $3, new explicit_definition_c(), locloc(@$));}
 /* ERROR_CHECK_BEGIN */
 | VAR_OUTPUT END_VAR
 	{$$ = NULL; print_err_msg(locl(@1), locf(@2), "no variable declared in output variable(s) declaration."); yynerrs++;}
 | VAR_OUTPUT RETAIN END_VAR
 	{$$ = NULL; print_err_msg(locl(@2), locf(@3), "no variable declared in retentive output variable(s) declaration."); yynerrs++;}
 | VAR_OUTPUT NON_RETAIN error END_VAR
 	{$$ = NULL; print_err_msg(locf(@3), locl(@3), "unknown error in non-retentive output variable(s) declaration."); yyerrok;}
 /* ERROR_CHECK_END */
 ;
+/* NOTE: The formal definition of 'var_output_init_decl' as defined in the standard is erroneous,
+*       as it does not allow a user defined 'ENO' output parameter. However,
+*       The semantic description of the languages clearly states that this is allowed.
+*       We have added the 'eno_param_declaration' clause to cover for this.
+*/
 var_output_init_decl:
 var_init_decl
 | eno_param_declaration
 ;
 | var_output_init_decl_list error ';'
 	{$$ = $1; print_err_msg(locf(@2), locl(@2), "invalid variable(s) declaration."); yyerrok;}
 /* ERROR_CHECK_END */
 ;
+/* NOTE: The formal definition of the standard is erroneous, as it simply does not
+*       consider the EN and ENO keywords!
+*       The semantic description of the languages clearly states that these may be
+*       used in several ways. One of them is to declare an ENO output parameter.
+*       We have added the 'eno_param_declaration' clause to cover for this.
+*/
 eno_param_declaration:
-eno_param ':' BOOL
+eno_identifier ':' BOOL
-{$$ = new eno_param_declaration_c(locloc(@$));}
+/* NOTE We do _NOT_ include this variable in the previously_declared_variable symbol table!
-/* ERROR_CHECK_BEGIN */
+*      Please read the comment above the definition of 'variable' for the reason for this.
-| en_param BOOL
+*/
-	{$$ = NULL; print_err_msg(locl(@1), locf(@2), "':' missing between variable list and specification in EN0 declaration."); yynerrs++;}
+{$$ = new eno_param_declaration_c($1, new bool_type_name_c(locloc(@$)), new explicit_definition_c(), locloc(@$));}
-| en_param ':' error
+/* ERROR_CHECK_BEGIN */
+| en_identifier BOOL
+	{$$ = NULL; print_err_msg(locl(@1), locf(@2), "':' missing between variable list and specification in ENO declaration."); yynerrs++;}
+| en_identifier ':' error
 	{$$ = NULL;
 	 if (is_current_syntax_token()) {print_err_msg(locl(@2), locf(@3), "no specification defined in ENO declaration.");}
 	 else {print_err_msg(locf(@3), locl(@3), "invalid specification in ENO declaration."); yyclearin;}
 	 yyerrok;
 	}
 il_assign_operator:
 /*  variable_name ASSIGN */
 any_identifier ASSIGN
 	{$$ = new il_assign_operator_c($1, locloc(@$));}
-| en_param ASSIGN
+| en_identifier ASSIGN
 	{$$ = new il_assign_operator_c($1, locloc(@$));}
 /* ERROR_CHECK_BEGIN */
 | error ASSIGN
 {$$ = NULL; print_err_msg(locf(@1), locl(@1), "invalid parameter defined in parameter assignment."); yyerrok;}
 /* ERROR_CHECK_END */
 il_assign_out_operator:
 /*  variable_name SENDTO */
 /*  any_identifier SENDTO */
 sendto_identifier SENDTO
 	{$$ = new il_assign_out_operator_c(NULL, $1, locloc(@$));}
-| eno_param SENDTO
+| eno_identifier SENDTO
 	{$$ = new il_assign_out_operator_c(NULL, $1, locloc(@$));}
 /*| NOT variable_name SENDTO */
 | NOT sendto_identifier SENDTO
 	{$$ = new il_assign_out_operator_c(new not_paramassign_c(locloc(@1)), $2, locloc(@$));}
-| NOT eno_param SENDTO
+| NOT eno_identifier SENDTO
 	{$$ = new il_assign_out_operator_c(new not_paramassign_c(locloc(@1)), $2, locloc(@$));}
 /* ERROR_CHECK_BEGIN */
 | error SENDTO
 {$$ = NULL; print_err_msg(locf(@1), locl(@1), "invalid parameter defined in parameter out assignment."); yyerrok;}
 | NOT SENDTO
 *       letting names clash!
 */
 function_invocation:
 /*  function_name '(' [param_assignment_list] ')' */
 function_name_no_NOT_clashes '(' param_assignment_formal_list ')'
-	{$$ = new function_invocation_c($1, $3, locloc(@$));}
+	{$$ = new function_invocation_c($1, $3, NULL, locloc(@$));}
 | function_name_no_NOT_clashes '(' param_assignment_nonformal_list ')'
-	{$$ = new function_invocation_c($1, $3, locloc(@$));}
+	{$$ = new function_invocation_c($1, NULL, $3, locloc(@$));}
 /* ERROR_CHECK_BEGIN */
 | function_name_no_NOT_clashes param_assignment_formal_list ')'
 {$$ = NULL; print_err_msg(locl(@1), locf(@2), "'(' missing after function name in ST expression."); yynerrs++;}
 | function_name_no_NOT_clashes '(' ')'
 {$$ = NULL; print_err_msg(locl(@2), locf(@3), "no parameter defined in function invocation of ST expression."); yynerrs++;}
 fb_invocation:
 prev_declared_fb_name '(' ')'
-	{$$ = new fb_invocation_c($1, NULL, locloc(@$));	}
+	{$$ = new fb_invocation_c($1, NULL, NULL, locloc(@$));	}
 | prev_declared_fb_name '(' param_assignment_formal_list ')'
-	{$$ = new fb_invocation_c($1, $3, locloc(@$));}
+	{$$ = new fb_invocation_c($1, $3, NULL, locloc(@$));}
 | prev_declared_fb_name '(' param_assignment_nonformal_list ')'
-	{$$ = new fb_invocation_c($1, $3, locloc(@$));}
+	{$$ = new fb_invocation_c($1, NULL, $3, locloc(@$));}
 /* ERROR_CHECK_BEGIN */
 | prev_declared_fb_name ')'
 	{$$ = NULL; print_err_msg(locl(@1), locf(@2), "'(' missing after function block name in ST statement."); yynerrs++;}
 | prev_declared_fb_name param_assignment_formal_list ')'
 	{$$ = NULL; print_err_msg(locl(@1), locf(@2), "'(' missing after function block name in ST statement."); yynerrs++;}
 param_assignment_formal:
 any_identifier ASSIGN expression
 	{$$ = new input_variable_param_assignment_c($1, $3, locloc(@$));}
-| en_param ASSIGN expression
+| en_identifier ASSIGN expression
 	{$$ = new input_variable_param_assignment_c($1, $3, locloc(@$));}
 /*| variable_name SENDTO variable */
 /*| any_identifier SENDTO variable */
 | sendto_identifier SENDTO variable
 	{$$ = new output_variable_param_assignment_c(NULL, $1, $3, locloc(@$));}
-| eno_param SENDTO variable
+| eno_identifier SENDTO variable
 	{$$ = new output_variable_param_assignment_c(NULL, $1, $3, locloc(@$));}
 /*| NOT variable_name SENDTO variable */
 /*| NOT any_identifier SENDTO variable*/
 | NOT sendto_identifier SENDTO variable
 	{$$ = new output_variable_param_assignment_c(new not_paramassign_c(locloc(@$)), $2, $4, locloc(@$));}
-| NOT eno_param SENDTO variable
+| NOT eno_identifier SENDTO variable
 	{$$ = new output_variable_param_assignment_c(new not_paramassign_c(locloc(@$)), $2, $4, locloc(@$));}
 /* ERROR_CHECK_BEGIN */
 | any_identifier ASSIGN error
 {$$ = NULL;
 	 if (is_current_syntax_token()) {print_err_msg(locl(@2), locf(@3), "no expression defined in ST formal parameter assignment.");}
 	 else {print_err_msg(locf(@3), locl(@3), "invalid expression in ST formal parameter assignment."); yyclearin;}
 	 yyerrok;
 	}
-| en_param ASSIGN error
+| en_identifier ASSIGN error
 {$$ = NULL;
 	 if (is_current_syntax_token()) {print_err_msg(locl(@2), locf(@3), "no expression defined in ST formal parameter assignment.");}
 	 else {print_err_msg(locf(@3), locl(@3), "invalid expression in ST formal parameter assignment."); yyclearin;}
 	 yyerrok;
 	}
 {$$ = NULL;
 	 if (is_current_syntax_token()) {print_err_msg(locl(@2), locf(@3), "no expression defined in ST formal parameter out assignment.");}
 	 else {print_err_msg(locf(@3), locl(@3), "invalid expression in ST formal parameter out assignment."); yyclearin;}
 	 yyerrok;
 	}
-| eno_param SENDTO error
+| eno_identifier SENDTO error
 {$$ = NULL;
 	 if (is_current_syntax_token()) {print_err_msg(locl(@2), locf(@3), "no expression defined in ST formal parameter out assignment.");}
 	 else {print_err_msg(locf(@3), locl(@3), "invalid expression in ST formal parameter out assignment."); yyclearin;}
 	 yyerrok;
 	}
 {$$ = NULL;
 	 if (is_current_syntax_token()) {print_err_msg(locl(@3), locf(@4), "no expression defined in ST formal parameter out negated assignment.");}
 	 else {print_err_msg(locf(@4), locl(@4), "invalid expression in ST formal parameter out negated assignment."); yyclearin;}
 	 yyerrok;
 	}
-| NOT eno_param SENDTO error
+| NOT eno_identifier SENDTO error
 {$$ = NULL;
 	 if (is_current_syntax_token()) {print_err_msg(locl(@3), locf(@4), "no expression defined in ST formal parameter out negated assignment.");}
 	 else {print_err_msg(locf(@4), locl(@4), "invalid expression in ST formal parameter out negated assignment."); yyclearin;}
 	 yyerrok;
 	}
 * control_variable: prev_declared_variable_name;
 *
 * If we don't, then the correct use of any previosuly declared
 * variable would result in an incorrect syntax error
 */
-control_variable: prev_declared_variable_name {$$ = $1;};
+control_variable:
+prev_declared_variable_name
+	{$$ = new symbolic_variable_c($1,locloc(@$));};
 // control_variable: identifier {$$ = $1;};
 /* Integrated directly into for_statement */
 /*
 for_list:
 /* fprintf(stderr, "error %d: %s\n", yynerrs // global variable //, error_msg); */
 /*  print_include_stack(); */
 }
+/* ERROR_CHECK_BEGIN */
 bool is_current_syntax_token() {
-	switch (yychar) {
+switch (yychar) {
-	case ';':
+case ';':
-	case ',':
+case ',':
-	case ')':
+case ')':
-	case ']':
+case ']':
-	case '+':
+case '+':
-	case '*':
+case '*':
-	case '-':
+case '-':
-	case '/':
+case '/':
-	case '<':
+case '<':
-	case '>':
+case '>':
-	case '=':
+case '=':
-	case '&':
+case '&':
-	case OR:
+case OR:
-	case XOR:
+case XOR:
-	case AND:
+case AND:
-	case AND2:
+case AND2:
-	case OPER_NE:
+case OPER_NE:
-	case OPER_LE:
+case OPER_LE:
-	case OPER_GE:
+case OPER_GE:
-	case MOD:
+case MOD:
-	case OPER_EXP:
+case OPER_EXP:
-	case NOT:
+case NOT:
-		return true;
+return true;
-		default:
+default:
-			return false;
+return false;
-	}
+}
 }
+/* ERROR_CHECK_END */
 void print_err_msg(int first_line,
 int first_column,
 int last_line,
 int last_column,
 */
 symbol_c *il_operator_c_2_identifier_c(symbol_c *il_operator) {
 const char *name = NULL;
 identifier_c *res;
-op_2_str(NOT, "NOT");
+op_2_str(NOT,   "NOT");
-op_2_str(AND, "AND");
+op_2_str(AND,   "AND");
-op_2_str(OR, "OR");
+op_2_str(OR,    "OR");
-op_2_str(XOR, "XOR");
+op_2_str(XOR,   "XOR");
-op_2_str(ADD, "ADD");
+op_2_str(ADD,   "ADD");
-op_2_str(SUB, "SUB");
+op_2_str(SUB,   "SUB");
-op_2_str(MUL, "MUL");
+op_2_str(MUL,   "MUL");
-op_2_str(DIV, "DIV");
+op_2_str(DIV,   "DIV");
-op_2_str(MOD, "MOD");
+op_2_str(MOD,   "MOD");
-op_2_str(GT, "GT");
+op_2_str(GT,    "GT");
-op_2_str(GE, "GE");
+op_2_str(GE,    "GE");
-op_2_str(EQ, "EQ");
+op_2_str(EQ,    "EQ");
-op_2_str(LT, "LT");
+op_2_str(LT,    "LT");
-op_2_str(LE, "LE");
+op_2_str(LE,    "LE");
-op_2_str(NE, "NE");
+op_2_str(NE,    "NE");
-op_2_str(LD, "LD");
+op_2_str(LD,    "LD");
-op_2_str(LDN, "LDN");
+op_2_str(LDN,   "LDN");
-op_2_str(ST, "ST");
+op_2_str(ST,    "ST");
-op_2_str(STN, "STN");
+op_2_str(STN,   "STN");
-op_2_str(S, "S");
+op_2_str(S,     "S");
-op_2_str(R, "R");
+op_2_str(R,     "R");
-op_2_str(S1, "S1");
+op_2_str(S1,    "S1");
-op_2_str(R1, "R1");
+op_2_str(R1,    "R1");
-op_2_str(CLK, "CLK");
+op_2_str(CLK,   "CLK");
-op_2_str(CU, "CU");
+op_2_str(CU,    "CU");
-op_2_str(CD, "CD");
+op_2_str(CD,    "CD");
-op_2_str(PV, "PV");
+op_2_str(PV,    "PV");
-op_2_str(IN, "IN");
+op_2_str(IN,    "IN");
-op_2_str(PT, "PT");
+op_2_str(PT,    "PT");
-op_2_str(ANDN, "ANDN");
+op_2_str(ANDN,  "ANDN");
-op_2_str(ORN, "ORN");
+op_2_str(ORN,   "ORN");
-op_2_str(XORN, "XORN");
+op_2_str(XORN,  "XORN");
-op_2_str(ADD, "ADD");
+op_2_str(ADD,   "ADD");
-op_2_str(SUB, "SUB");
+op_2_str(SUB,   "SUB");
-op_2_str(MUL, "MUL");
+op_2_str(MUL,   "MUL");
-op_2_str(DIV, "DIV");
+op_2_str(DIV,   "DIV");
-op_2_str(GT, "GT");
+op_2_str(GT,    "GT");
-op_2_str(GE, "GE");
+op_2_str(GE,    "GE");
-op_2_str(EQ, "EQ");
+op_2_str(EQ,    "EQ");
-op_2_str(LT, "LT");
+op_2_str(LT,    "LT");
-op_2_str(LE, "LE");
+op_2_str(LE,    "LE");
-op_2_str(NE, "NE");
+op_2_str(NE,    "NE");
-op_2_str(CAL, "CAL");
+op_2_str(CAL,   "CAL");
-op_2_str(CALC, "CALC");
+op_2_str(CALC,  "CALC");
 op_2_str(CALCN, "CALCN");
-op_2_str(RET, "RET");
+op_2_str(RET,   "RET");
-op_2_str(RETC, "RETC");
+op_2_str(RETC,  "RETC");
 op_2_str(RETCN, "RETCN");
-op_2_str(JMP, "JMP");
+op_2_str(JMP,   "JMP");
-op_2_str(JMPC, "JMPC");
+op_2_str(JMPC,  "JMPC");
 op_2_str(JMPCN, "JMPCN");
 if (name == NULL)
 ERROR;

changeset 202	da1a8186f86f
parent 193	5ef4fe412e34
child 207	56ee922d0112
child 257	90782e241346