from ..assembler import ASM


def patchPhone(rom):
    # reenabled for text shuffle
#     rom.texts[0x141] = b""
#     rom.texts[0x142] = b""
#     rom.texts[0x143] = b""
#     rom.texts[0x144] = b""
#     rom.texts[0x145] = b""
#     rom.texts[0x146] = b""
#     rom.texts[0x147] = b""
#     rom.texts[0x148] = b""
#     rom.texts[0x149] = b""
#     rom.texts[0x14A] = b""
#     rom.texts[0x14B] = b""
#     rom.texts[0x14C] = b""
#     rom.texts[0x14D] = b""
#     rom.texts[0x14E] = b""
#     rom.texts[0x14F] = b""
#     rom.texts[0x16E] = b""
#     rom.texts[0x1FD] = b""
#     rom.texts[0x228] = b""
#     rom.texts[0x229] = b""
#     rom.texts[0x22A] = b""
#     rom.texts[0x240] = b""
#     rom.texts[0x241] = b""
#     rom.texts[0x242] = b""
#     rom.texts[0x243] = b""
#     rom.texts[0x244] = b""
#     rom.texts[0x245] = b""
#     rom.texts[0x247] = b""
#     rom.texts[0x248] = b""
    rom.patch(0x06, 0x2A8F, 0x2BBC, ASM("""
        ; We use $DB6D to store which tunics we have. This is normally the Dungeon9 instrument, which does not exist.
        ld  a, [$DC0F]
        ld  hl, wCollectedTunics
        inc a

        cp  $01
        jr  nz, notTunic1
        bit 0, [HL]
        jr  nz, notTunic1
        inc a
notTunic1: 

        cp  $02
        jr  nz, notTunic2
        bit 1, [HL]
        jr  nz, notTunic2
        inc a
notTunic2: 

        cp  $03
        jr  nz, noWrap
        xor a
noWrap:

        ld  [$DC0F], a
        ret
    """), fill_nop=True)