func mif_write(handle uintptr, blocknumber byte, blockdata string) {
var BlockData mif.MIF_DATA_BLOCK
byteblockdata, _ := hex.DecodeString(blockdata)
copy(BlockData.M_Value[:], byteblockdata)
if mif.MIF_Write(handle, blocknumber, &BlockData) != TRUE {
mif.MessageBox("mif_write failed!")
return
}
}
func main() {
defer mif.FreeLib()
hSerial := mif.HVD_OpenPort(2)
defer mif.HVD_ClosePort(hSerial)
fmt.Printf("hSerial=%06x\n", hSerial)
var ret int
if ret := mif.MIF_REQ_ANTI_SEL(hSerial); ret != TRUE {
mif.MessageBox("Please place the card in card reader!")
return
}
fmt.Println(ret)
fmt.Println(mif.KEY_A, mif.KEY_B)
var KEY_A mif.MIF_KEY
var keyA string = "123456"
//copy a string to array, need convert array to slice first
copy(KEY_A.M_Value[:], []byte(keyA))
if mif.MIF_AUTH_KEY(hSerial, mif.KEY_A, 0, &KEY_A) != TRUE {
mif.MessageBox("Auth failed!")
return
}
var BlockData mif.MIF_DATA_BLOCK
if mif.MIF_Read(hSerial, 0, &BlockData) != TRUE {
mif.MessageBox("MIF_Read failed!")
return
}
fmt.Println(BlockData)
copy(BlockData.M_Value[:], []byte("1111111111111111"))
if mif.MIF_Write(hSerial, 0, &BlockData) != TRUE {
mif.MessageBox("MIF_Write failed!")
return
}
if mif.MIF_Read(hSerial, 0, &BlockData) != TRUE {
mif.MessageBox("MIF_Read failed!")
return
}
fmt.Println(BlockData)
fmt.Printf("End hSerial=%06x\n", hSerial)
}