┌ (fcn) fcn.000022a8 84
│   fcn.000022a8 ();
│           0x000022a8      10b5           push (r4, lr)
│           0x000022aa      0446           r4 = r0                     ; move value between registers
│           0x000022ac      0a20           r0 = 0xa                    ; move immediate into register and update flags
│           0x000022ae      6043           r0 = r4 * r0
│           0x000022b0      2049           r1 = [pc + 0x80]            ; [0x2334:4]=0x10000a90 ; load from memory to register
│           0x000022b2      4018           r0 = r0 + r1                ; add two values and update flags
│           0x000022b4      8079           r0 = (byte) [r0 + 6]        ; load byte from memory to register
│           0x000022b6      0028           if (r0 == 0)                ; compare
│       ┌─< 0x000022b8      04d0           je 0x22c4                   ; branches if equal (see 'b') Z is set
│       │   0x000022ba      0128           if (r0 == 1)                ; compare
│      ┌──< 0x000022bc      1bd0           je 0x22f6                   ; branches if equal (see 'b') Z is set
│      ││   0x000022be      0428           if (r0 == 4)                ; compare
│     ┌───< 0x000022c0      1ad1           bne 0x22f8                  ; branch if Z clear (not equal)
│    ┌────< 0x000022c2      17e0           jmp 0x22f4                  ; branches the program counter to dst (pc aka r15)
│    │││└─> 0x000022c4      00bf
│    │││    0x000022c6      00bf
│    │││    0x000022c8      0a20           r0 = 0xa                    ; move immediate into register and update flags
│    │││    0x000022ca      6043           r0 = r4 * r0
│    │││    0x000022cc      1949           r1 = [pc + 0x64]            ; [0x2334:4]=0x10000a90 ; load from memory to register
│    │││    0x000022ce      4018           r0 = r0 + r1                ; add two values and update flags
│    │││    0x000022d0      c078           r0 = (byte) [r0 + 3]        ; load byte from memory to register
│    │││    0x000022d2      0028           if (r0 == 0)                ; compare
│    │││┌─< 0x000022d4      03d0           je 0x22de                   ; branches if equal (see 'b') Z is set
│    ││││   0x000022d6      2046           r0 = r4                     ; move value between registers
│    ││││   0x000022d8      fff71efc       fcn.00001b18()              ; branches and link, similar to call in i386, set lr(r14) = pc, changes pc (r15) )
│   ┌─────< 0x000022dc      09e0           jmp 0x22f2                  ; branches the program counter to dst (pc aka r15)
│   ││││└─> 0x000022de      0a20           r0 = 0xa                    ; move immediate into register and update flags
│   ││││    0x000022e0      6043           r0 = r4 * r0
│   ││││    0x000022e2      1449           r1 = [pc + 0x50]            ; [0x2334:4]=0x10000a90 ; load from memory to register
│   ││││    0x000022e4      4018           r0 = r0 + r1                ; add two values and update flags
│   ││││    0x000022e6      0079           r0 = (byte) [r0 + 4]        ; load byte from memory to register
│   ││││    0x000022e8      0028           if (r0 == 0)                ; compare
│   ││││┌─< 0x000022ea      02d0           je 0x22f2                   ; branches if equal (see 'b') Z is set
│   │││││   0x000022ec      2046           r0 = r4                     ; move value between registers
│   │││││   0x000022ee      fff76ffc       fcn.00001bd0()              ; branches and link, similar to call in i386, set lr(r14) = pc, changes pc (r15) )
│  ┌└───└─> 0x000022f2      01e0           jmp 0x22f8                  ; branches the program counter to dst (pc aka r15)
│  │ └──┌─< 0x000022f4      00e0           jmp 0x22f8                  ; branches the program counter to dst (pc aka r15)
│  │  │└──> 0x000022f6      00bf
│  └──└─└─> 0x000022f8      00bf
└           0x000022fa      10bd           pop (r4, pc)                ; load N elements from stack into given registers