package main
func main() {
var i interface { } = 1;
a := i.(*[]byte);
}
interface { } is int, not *[]uint8
throw: interface conversion
package main
func main() {
var i interface { };
a := i.(*[]byte);
}
interface is nil, not *[]uint8
throw: interface conversion
package main
func main() {
i := sys.unreflect(0, "*bogus");
a := i.(*[]byte);
}
interface { } is *bogus, not *[]uint8
throw: interface conversion
R=r
DELTA=30 (24 added, 2 deleted, 4 changed)
OCL=18548
CL=18565
recognize methods for a variable whose type is a named type
which is a pointer type. Add bug117 to test this case.
R=r
DELTA=24 (22 added, 0 deleted, 2 changed)
OCL=18547
CL=18554
* allow conversion between nil interface and any type.
* mark signatures as DUPOK so that multiple .6 can
contain sigt.*[]byte and only one gets used.
R=ken
OCL=18538
CL=18542
current spec forbids it:
The type specified by the type name is called ``receiver
base type''. The receiver base type must be a type
declared in the current file, and it must not be a pointer
type.
R=r
DELTA=2 (0 added, 0 deleted, 2 changed)
OCL=18527
CL=18541
add Value.Interface, to extract an empty interface
that can be converted to a regular Go value of the
appropriate type, if known.
R=rsc
DELTA=49 (2 added, 0 deleted, 47 changed)
OCL=18526
CL=18526
parsed interfaces wrong.
could not handle a function with a single type as a return value.
R=rsc
DELTA=34 (20 added, 2 deleted, 12 changed)
OCL=18511
CL=18520
sigi and sigt:
sys·sigi_inter -> sigi·inter
sys·sigt_int -> sigt·int
Package·sigt_Type -> sigt·Package.Type
local type T in file x.go T_x -> T·x
second one T_x_1 -> T·x·1
method names M on T T_M -> T·M
correctly handle local embedded types
init functions are the only place left that use underscores
R=ken
OCL=18377
CL=18377
(operates on 30bit values at a time instead of 20bit values)
- refactored and cleaned up lots of code
- more tests
- close to check-in as complete library
R=r
OCL=18326
CL=18326
Plus print[ln] with the ability to print struct values.
Note for language mavens: if a "..." function passes its argument
to another "..." function, the argument is not wrapped again. This
allows printf to call fprintf without extra manipulation. It's good
but needs to go in the spec.
This code works:
///
package main
import fmt "fmt"
import os "os"
type T struct { s string; a, b int }
func main() {
P := fmt.Printer();
P.printf("%s = %d with float value %.4f\n", "hi there", 7, 123.456);
P.println("hi there", 7, 123.456);
P.fprintf(os.Stdout, "%s = %d with float value %.4f\n", "hi there", 7, 123.456);
P.println(T{"x", 7, 234}, "end of struct", 8, 9);
}
R=rsc
DELTA=28 (7 added, 3 deleted, 18 changed)
OCL=18321
CL=18324
