print foo
###### output: bad_main
- .tmp.code:??:??: error: expected []string but variable 'foo' is string
- .tmp.code:??:??: info: this is where 'NOTVAR' was set to string
+ .tmp.code:2:10: error: expected []string but variable 'foo' is string
+ .tmp.code:2:10: info: this is where 'foo' was set to string
oceani: main has wrong type.
Test for type errors with functions
###### output: func_err_args
.tmp.code:34:5: error: function cannot return value of type foo
- .tmp.code:28:14: error: expected string, found none
+ .tmp.code:28:8: error: expected string, found none
.tmp.code:25:8: error: expected string, found number
.tmp.code:15:14: error: insufficient arguments to function.
.tmp.code:16:14: error: expected number found string
.tmp.code:20:14: error: attempt to call a non-function.
.tmp.code:20:32: error: expected string found number
.tmp.code:20:28: error: insufficient arguments to function.
- .tmp.code:21:20: error: expected *invalid*type* but variable 'test2' is *invalid*type*
- .tmp.code:??:??: info: this is where 'NOTVAR' was set to *invalid*type*
+ .tmp.code:21:20: error: expected "func test1" but variable 'test2' is "func test2"
+ .tmp.code:5:5: info: this is where 'test2' was set to "func test2"
.tmp.code:10:14: error: variable used but not declared: a
.tmp.code:10:17: error: variable used but not declared: z
oceani: type error in program - not running.
if (loc->type == Xbinode)
return __fput_loc(cast(binode,loc)->left, f) ||
__fput_loc(cast(binode,loc)->right, f); // NOTEST
- return 0;
+ return 0; // NOTEST
}
static void fput_loc(struct exec *loc, FILE *f)
{
if (!__fput_loc(loc, f))
- fprintf(f, "??:??: ");
+ fprintf(f, "??:??: "); // NOTEST
}
Each different type of `exec` node needs a number of functions defined,
va_start(ap, name);
vasprintf(&t.txt, name, ap);
va_end(ap);
- t.len = strlen(name);
+ t.len = strlen(t.txt);
return _add_type(c, t, proto, 1);
}
fprintf(f, "%.*s", type->name.len, type->name.txt);
else if (type->print_type)
type->print_type(type, f);
+ else if (type->name.len && type->anon)
+ fprintf(f, "\"%.*s\"", type->name.len, type->name.txt);
else
- fputs("*invalid*type*", f);
+ fputs("*invalid*type*", f); // NOTEST
}
static void val_init(struct type *type, struct value *val)
} else
fputs("???", stderr); // NOTEST
} else
- fputs("NOTVAR", stderr);
+ fputs("NOTVAR", stderr); // NOTEST
break;
###### propagate exec cases
e->var = v;
if (v) {
v->where_decl = e;
+ v->where_set = e;
$0 = v;
} else {
v = var_ref(c, $1.txt);
| Varlist ; ${ $0 = $<1; }$
Varlist -> Varlist ; ArgDecl ${
- $0 = new(binode);
+ $0 = new_pos(binode, $2);
$0->op = List;
$0->left = $<Vl;
$0->right = $<AD;
$*var
ArgDecl -> IDENTIFIER : FormalType ${ {
- struct variable *v = var_decl(c, $1.txt);
- $0 = new(var);
+ struct variable *v = var_decl(c, $ID.txt);
+ $0 = new_pos(var, $ID);
$0->var = v;
+ v->where_decl = $0;
+ v->where_set = $0;
v->type = $<FT;
} }$
###### SimpleStatement Grammar
| print ExpressionList ${
- $0 = b = new(binode);
+ $0 = b = new_pos(binode, $1);
b->op = Print;
b->right = NULL;
b->left = reorder_bilist($<EL);
}$
| print ExpressionList , ${ {
- $0 = b = new(binode);
+ $0 = b = new_pos(binode, $1);
b->op = Print;
b->right = reorder_bilist($<EL);
b->left = NULL;
} }$
| print ${
- $0 = b = new(binode);
+ $0 = b = new_pos(binode, $1);
b->op = Print;
b->left = NULL;
b->right = NULL;