Memory input

Please enter MIPS binary below. It should include address-instruction pairs in hexadecimal, formatted with a colon between the address and the data (instruction). Instructions should be separated with a newline. Address-data pairs are OK too. Semicolon indicates comment. Then, if your code requires any inputs to be submitted, please enter them, separated by newlines, in the "input" box. (This code is only guaranteed to work with the Ackermann function from assembler.php.) Or, view source code (now also on Github).

00400000: <AckermannFunc> ; <input:24> AckermannFunc: 00400000: 23bdfff8 ; <input:26> addi $sp, $sp, -8 00400004: afb00004 ; <input:28> sw $s0, 4($sp) 00400008: afbf0000 ; <input:30> sw $ra, 0($sp) 0040000c: <LABEL_IF> ; <input:34> LABEL_IF: # check whether m==0 0040000c: 14800002 ; <input:36> bne $a0, $zero, LABEL_ELSE_IF 00400010: 20a20001 ; <input:39> addi $v0, $a1, 1 00400014: 08100012 ; <input:42> j LABEL_DONE 00400018: <LABEL_ELSE_IF> ; <input:45> LABEL_ELSE_IF: 00400018: 14a00004 ; <input:48> bne $a1, $zero, LABEL_ELSE 0040001c: 2084ffff ; <input:52> addi $a0, $a0, -1 00400020: 20050001 ; <input:53> addi $a1, $zero, 1 00400024: 0c100000 ; <input:57> jal AckermannFunc 00400028: 08100012 ; <input:61> j LABEL_DONE 0040002c: <LABEL_ELSE> ; <input:63> LABEL_ELSE: # This block may be a bit tricky ! 0040002c: 00808020 ; <input:67> add $s0, $a0, $zero 00400030: 20a5ffff ; <input:70> addi $a1, $a1, -1 00400034: 0c100000 ; <input:71> jal AckermannFunc 00400038: 2204ffff ; <input:76> addi $a0, $s0, -1 0040003c: 00402820 ; <input:77> add $a1, $v0, $zero 00400040: 0c100000 ; <input:78> jal AckermannFunc 00400044: 08100012 ; <input:81> j LABEL_DONE 00400048: <LABEL_DONE> ; <input:83> LABEL_DONE: 00400048: 8fb00004 ; <input:87> lw $s0, 4($sp) 0040004c: 8fbf0000 ; <input:89> lw $ra, 0($sp) 00400050: 23bd0008 ; <input:91> addi $sp, $sp, 8 00400054: 03e00008 ; <input:94> jr $ra 00400058: <Print> ; <input:111> Print: 00400058: 23bdfffc ; <input:113> addi $sp, $sp, -4 # make space on stack 0040005c: afa40000 ; <input:114> sw $a0, 0($sp) # preserve first parameter m; 00400060: 240400c0 ; <input:116> la $a0, msg1 # load address of msg1 00400064: 00042400 ; <input:116> la $a0, msg1 # load address of msg1 00400068: 24840008 ; <input:116> la $a0, msg1 # load address of msg1 0040006c: 34020004 ; <input:117> li $v0, 4 # load the "print string" syscall number 00400070: 0000000c ; <input:118> syscall 00400074: 8fa40000 ; <input:120> lw $a0, 0($sp) # load first parameter = m 00400078: 34020001 ; <input:121> li $v0, 1 # load the "print integer" syscall number 0040007c: 0000000c ; <input:122> syscall 00400080: 240400c0 ; <input:124> la $a0, comma # load address of comma 00400084: 00042400 ; <input:124> la $a0, comma # load address of comma 00400088: 24840018 ; <input:124> la $a0, comma # load address of comma 0040008c: 34020004 ; <input:125> li $v0, 4 # load the "print string" syscall number 00400090: 0000000c ; <input:126> syscall 00400094: 00052020 ; <input:128> move $a0,$a1 # load second parameter = n 00400098: 34020001 ; <input:129> li $v0, 1 # load the "print integer" syscall number 0040009c: 0000000c ; <input:130> syscall 004000a0: 240400c0 ; <input:133> la $a0, msg2 # load address of msg2 004000a4: 00042400 ; <input:133> la $a0, msg2 # load address of msg2 004000a8: 24840014 ; <input:133> la $a0, msg2 # load address of msg2 004000ac: 34020004 ; <input:134> li $v0, 4 # load the "print string" syscall number 004000b0: 0000000c ; <input:135> syscall 004000b4: 00062020 ; <input:137> move $a0, $a2 # load third parameter = value 004000b8: 34020001 ; <input:138> li $v0, 1 # load the "print integer" syscall number 004000bc: 0000000c ; <input:139> syscall 004000c0: 240400c0 ; <input:141> la $a0, endl # load address of endl 004000c4: 00042400 ; <input:141> la $a0, endl # load address of endl 004000c8: 2484001c ; <input:141> la $a0, endl # load address of endl 004000cc: 34020004 ; <input:142> li $v0, 4 # load the "print string" syscall number 004000d0: 0000000c ; <input:143> syscall 004000d4: 8fa40000 ; <input:146> lw $a0, 0($sp) # restore first parameter 004000d8: 23bd0004 ; <input:147> addi $sp, $sp, 4 # restore stack pointer 004000dc: 03e00008 ; <input:149> jr $ra # return 004000e0: <main> ; <input:154> main: 004000e0: 23bdfff0 ; <input:155> addi $sp, $sp, -16 # make space on stack. 004000e4: afbf0000 ; <input:156> sw $ra, 0($sp) # preserve return address. 004000e8: afb00004 ; <input:157> sw $s0, 4($sp) # preserve registers s0 through s2 004000ec: afb10008 ; <input:158> sw $s1, 8($sp) # as we may clobber it in main 004000f0: afb2000c ; <input:159> sw $s2, 12($sp) 004000f4: 240400c0 ; <input:162> la $a0, prompt_m # first parameter = prompt 004000f8: 00042400 ; <input:162> la $a0, prompt_m # first parameter = prompt 004000fc: 24840000 ; <input:162> la $a0, prompt_m # first parameter = prompt 00400100: 34020004 ; <input:163> li $v0, 4 # load the "print string" syscall number 00400104: 0000000c ; <input:164> syscall 00400108: 34020005 ; <input:166> li $v0, 5 # load the "read integer" syscall number 0040010c: 0000000c ; <input:167> syscall 00400110: 00028020 ; <input:168> move $s0, $v0 # m = s0 = value returned in v0 00400114: 240400c0 ; <input:171> la $a0, prompt_n # second parameter = prompt 00400118: 00042400 ; <input:171> la $a0, prompt_n # second parameter = prompt 0040011c: 24840004 ; <input:171> la $a0, prompt_n # second parameter = prompt 00400120: 34020004 ; <input:172> li $v0, 4 # load the "print string" syscall number 00400124: 0000000c ; <input:173> syscall 00400128: 34020005 ; <input:175> li $v0, 5 # load the "read integer" syscall number 0040012c: 0000000c ; <input:176> syscall 00400130: 00028820 ; <input:177> move $s1, $v0 # n = s1 = value returned in v0 00400134: 00102020 ; <input:180> move $a0, $s0 # first parameter = m 00400138: 00112820 ; <input:181> move $a1, $s1 # second parameter = n 0040013c: 0c100000 ; <input:183> jal AckermannFunc 00400140: 00029020 ; <input:184> move $s2, $v0 # Ackermann value = s2 = value returned 00400144: 00102020 ; <input:187> move $a0, $s0 # first parameter = m 00400148: 00112820 ; <input:188> move $a1, $s1 # second parameter = n 0040014c: 00123020 ; <input:189> move $a2, $s2 # 00400150: 0c100016 ; <input:191> jal Print 00400154: 34020000 ; <input:192> li $v0, 0 # return value for main 00400158: 8fbf0000 ; <input:194> lw $ra, 0($sp) # restore return address 0040015c: 8fb00004 ; <input:195> lw $s0, 4($sp) # restore registers s0 through s3 00400160: 8fb10008 ; <input:196> lw $s1, 8($sp) # before exiting main 00400164: 8fb2000c ; <input:197> lw $s2, 12($sp) 00400168: 23bd0010 ; <input:198> addi $sp, $sp, 16 # restore stack pointer 0040016c: 03e00008 ; <input:200> jr $ra # return to Operating System ; ; DATA IN MEMORY ; prompt_m 00c00000: 6d3d0000 ; m= ; prompt_n 00c00004: 6e3d0000 ; n= ; msg1 00c00008: 41636b65 ; Acke 00c0000c: 726d616e ; rman 00c00010: 6e280000 ; n( ; msg2 00c00014: 293d0000 ; )= ; comma 00c00018: 2c000000 ; , ; endl 00c0001c: 0a000000 ; \n
Input data (e.g. Ackerman parameters), separated by newlines:
2 2
Verbose/debug mode