Ladder Character ID code?

[R.a.B.B.i.T]

It's not listed on BnetDocs :*(
Does anybody have it at Ladder HC?

[UserLoser.]

It's not listed on BnetDocs :*(
Does anybody have it at Ladder HC?

Explain what you mean any maybe we (Atleast, I) can understand you

[R.a.B.B.i.T]

HAH.  I got it with some help from Andy (or rather, he just told me).  I meant the byte that would allow my bot to recognize a ladder character from a non-ladder during stat-string parsing.

(As it turns out, Byte 26 value 0x40 is a ladder character.)

[K]

HAH.  I got it with some help from Andy (or rather, he just told me).  I meant the byte that would allow my bot to recognize a ladder character from a non-ladder during stat-string parsing.

(As it turns out, Byte 26 value 0x40 is a ladder character.)

I'm pretty sure it's not _value_ 0x40,  it's the bit, i.e: (byte && 0x40) != 0

[Spht]

HAH.  I got it with some help from Andy (or rather, he just told me).  I meant the byte that would allow my bot to recognize a ladder character from a non-ladder during stat-string parsing.

(As it turns out, Byte 26 value 0x40 is a ladder character.)

I'm pretty sure it's not _value_ 0x40,  it's the bit, i.e: (byte && 0x40) != 0

Right, considering it's also used for detecting a hardcore character.

[Kp]

I'm pretty sure it's not _value_ 0x40,  it's the bit, i.e: (byte && 0x40) != 0

Correction: byte & 0x40 /* single ampersand for bit test, double ampersand for truth evaluation */

[R.a.B.B.i.T]

BAH!  It works for me.  It might have been 0x80, I didn't look at it for a while when I posted (I still haven't).

[K]

I'm pretty sure it's not _value_ 0x40,  it's the bit, i.e: (byte && 0x40) != 0

Correction: byte & 0x40 /* single ampersand for bit test, double ampersand for truth evaluation */

Righto -- what was I thinking? I actually went back and replaced the single amperstand with a double after I finished writing.

[Stealth]

BAH!  It works for me.  It might have been 0x80, I didn't look at it for a while when I posted (I still haven't).

I told you it was a bitwise And comparison.

[R.a.B.B.i.T]

Shhh...I've forgotten about it completely by now and moved on to other problems...