c or c++ or something

[Naglfar]

do any of you know this programming shit

teach me your ways

[Junkhead]

What about it.

[Dr. Tarrasque]

This is not serious.

[Quintessence]

...

if (you=="want help") {

cout<<endl<<"Ask Camtech about it :S"<<endl;

else {

cout<<endl<<"DERP"<<endl;

}

}

...

[Inactive Account]

if(learningC == true){
   int p = 20;

   printf("just get the Kernighan and Ritchie book\n");
   printf("pick that shit up from a library or it's like %d bucks used on Amazon\n", p);
}

give me proper indentation or give me death

Edited April 9, 2012 by kdanger

[Biabarr]

My answer depends on what you want to do...since my C++ knowledge is pretty basic.

[Thor Odinson]

...

if (you=="want help") {

cout<<endl<<"Ask Camtech about it :S"<<endl;

else {

cout<<endl<<"DERP"<<endl;

}

}

...

Not sure if Camcam is very familiar with C/C++. He can probably read it, but afaik his more familiar languages are Java, Python, and ASM.

[CT075]

...

if (you=="want help") {

cout<<endl<<"Ask Camtech about it :S"<<endl;

else {

cout<<endl<<"DERP"<<endl;

}

}

...

A) indentation plz

B) I'm not as comfortable with C/++ but I know enough about it to read it. Dunno if I could actually teach it to you.

C) why am i suddenly the dude to go to for programming help anyway

EDIT: @rimu: i can read basically anything that's C-derived (if you ask me to write something in them that's a different story) and ruby/python. and asm.

for the most part as long as the syntax isn't ungodly weird then I can get a decent idea of how it works? Aside from random syntax shit (ie i had no idea what a lambda was in python until like two months ago)

Edited April 9, 2012 by Camtech

[Balcerzak]

...

if (you=="want help") {

cout<<endl<<"Ask Camtech about it :S"<<endl;

else {

cout<<endl<<"DERP"<<endl;

}

}

...

Mishandled braces, oh my!

[CT075]

the random ending brace...

edit

oh shit the "if" isn't closed properly either

Edited April 9, 2012 by Camtech

[Thor Odinson]

Now that I actually look at the code

djfaljg;lagjl;ajg;lagjlagjalgakgh :<

[Inactive Account]

Eegh. I was half-asleep when I posted earlier and I missed that too. BRACKETS

The non-obfuscated version of my prior post is that there's a good solid textbook for starting with C (called The C Programming Language) that you can get for like 20 bucks on Amazon. Or at a library or whatever.

Overall I'd say the syntax is not the hard part in C. Memory management can get irritating. I can't speak as much for C++, since I haven't used it as much, but I know C++ comes pretty easily once you know C, and has some fun things like object oriented programming.

Edited April 9, 2012 by kdanger

[CT075]

C's syntax is only weird if you're used to languages like python or ruby (hell, even java to some degree). I'm not talking about constructs like for-loops or braces - I'm talking about like

int M_FUNCTION_NAME_WITH_PREFIX_S()

...

FUNCTION_NAME_WITH_PREFIX_END

// i'm not even sure this is right

or some shit with the m and the s denoting stuff like "static" "overridable" etc.

[Iris]

INDENTATIONPLZ

I know C++ basics if you need that, but there are plenty of other better programmers on this forum...! :P Including CamCam.

[Aleph]

My answer depends on what you want to do...since my C++ knowledge is pretty basic.

BASIC sucks.

C's syntax is only weird if you're used to languages like python or ruby (hell, even java to some degree). I'm not talking about constructs like for-loops or braces - I'm talking about like

int M_FUNCTION_NAME_WITH_PREFIX_S()

...

FUNCTION_NAME_WITH_PREFIX_END

// i'm not even sure this is right

or some shit with the m and the s denoting stuff like "static" "overridable" etc.

I...what

I hope that's not a reference to the code I was showing you for GBA hacking. That shit was full of macros and completely non standard.

Actual C/++ looks more like this

#define Cam idiot

/**
* Copyright [nobody] 2101
* Code was beginning
**/

#include "retardedlib.h"

int main() {
       printf("C sucks use something less procedural\n");
}

I should paste some of the code I've written at work it is god awful.

It's also the easiest thing to manage in the world and works flawlessly but that's another story

Just for fun here's that code I think Cam probably looked at too hard; this is for the hack Arch requested (disables the FE 7 minimap for a specific chapter):

THUMB_FUNC(void, dmm_hook) //{
       HACK_HEADER(dmm_hook, 0x080A3284);

       // r0 and r1 are free
       LOAD_SYM(r0, dmm_hook_targ);
       REG_BRANCH(r0);

       ALIGN_4;
       LABEL(dmm_hook_targ);
       LONG(HACK_ADDR(dmm_hack) + 1);

       HACK_FOOTER(dmm_hook);
THUMB_FUNC_END //}

#define DMM_ARRAY_TERMINATOR_VAL 0xFF
#define DMM_ARRAY_TERMINATOR     ((unsigned char)DMM_ARRAY_TERMINATOR_VAL)
#define DMM_DRAW_MINIMAP         0x08004494

// Not used; long call required
void (*DMM_DRAW_MINIMAP_CALL)(void*, int) = (void (*)(void*, int))DMM_DRAW_MINIMAP;

THUMB_FUNC(void, dmm_hack) //{
#ifdef DEBUG_DMM
       HACK_HEADER(dmm_hack, 0x08D00000);
#else
       HACK_HEADER(dmm_hack, 0x08DF00D0);
#endif

       PUSH(r2-r3, lr);
       unsigned char currChap = *(unsigned char*)0x0202BC06;
       unsigned char* chapList;
       LOAD_VAR_SYM(chapList, dmm_hack_data_ref);
       unsigned char check = *chapList;
       while (check != DMM_ARRAY_TERMINATOR) {
               if (currChap == check) {
                       POP(r2-r3, pc);
               }
               chapList++;
               check = *chapList;
       }
       LOAD_LIT(r0, 0x08CE3B6C);
       MOVI(r1, 3);
       LONG_CALL_THUMB(DMM_DRAW_MINIMAP, r4);
       POP(r2-r3, pc);

       ALIGN_4;
       LABEL(dmm_hack_data_ref);
       LONG(HACK_LABEL_ADDR(dmm_hack_data, dmm_data));

       HACK_FOOTER(dmm_hack);
       NO_REG(r4);
       NO_REG(r5);
       NO_REG(r6);
       NO_REG(r7);
       NO_REG(r8);
       NO_REG(r9);
       NO_REG(r10);
       NO_REG(r11);
       NO_REG(r12);
       NO_REG(r13);
       NO_REG(r14);
THUMB_FUNC_END //}

THUMB_FUNC(void, dmm_hack_data) //{
       HACK_HEADER(dmm_hack_data, HACK_END_ALIGN_4(dmm_hack));

       LABEL(dmm_data);
       BYTE(0x0D);
       BYTE(DMM_ARRAY_TERMINATOR_VAL);

       HACK_FOOTER(dmm_hack_data);
THUMB_FUNC_END //}

That's not the whole thing; just the important parts.

By god. It's beautiful

But yeah, C/++'s syntax is completely similar to Java's. Java is basically just C/++'s fat ass nephew.

Edited April 10, 2012 by Aleph

[CT075]

...herp

and this is why you shouldn't really offer advice on things you don't really use

[Aleph]

Then I shouldn't offer advice on anything because I never get a chance to use it.

Wow gouge your eyes out everyone. Quick, before you see it

# 1 "program2.cpp"
# 1 "<built-in>"
# 1 "<command-line>"
# 1 "program2.cpp"


# 1 "C:\\curr\\IO\\Dropbox\\Public\\Hextator's Doc\\Development\\Documentation\\Programming\\devkitPro\\Register Control\\regcontrol.h" 1
# 4 "program2.cpp" 2

volatile __attribute__((noinline)) void ___thumb_header___() { __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__(".grab"); __asm__ __volatile__("@FILE_END"); }
# 26 "program2.cpp"
volatile __attribute__((noinline)) void dmm_hook ( ) { __asm__ __volatile__("@FILE_END"); volatile register int _yr0 __asm__("r0"); _yr0 = *(int*)_yr0; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr1 __asm__("r1"); _yr1 = *(int*)_yr1; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr2 __asm__("r2"); _yr2 = *(int*)_yr2; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr3 __asm__("r3"); _yr3 = *(int*)_yr3; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr4 __asm__("r4"); _yr4 = *(int*)_yr4; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr5 __asm__("r5"); _yr5 = *(int*)_yr5; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr6 __asm__("r6"); _yr6 = *(int*)_yr6; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr7 __asm__("r7"); _yr7 = *(int*)_yr7; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr8 __asm__("r8"); _yr8 = *(int*)_yr8; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr9 __asm__("r9"); _yr9 = *(int*)_yr9; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr10 __asm__("r10"); _yr10 = *(int*)_yr10; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr11 __asm__("r11"); _yr11 = *(int*)_yr11; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr12 __asm__("r12"); _yr12 = *(int*)_yr12; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr13 __asm__("r13"); _yr13 = *(int*)_yr13; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr14 __asm__("r14"); _yr14 = *(int*)_yr14; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__(".funcHeader"); __asm__ __volatile__(".ifndef\t" "dmm_hook" "Switch"); __asm__ __volatile__(".set\t" "dmm_hook" "Switch, 0"); __asm__ __volatile__(".endif"); __asm__ __volatile__(".if\t" "dmm_hook" "Switch != 0"); __asm__ __volatile__(".set\t" "dmm_hook" "Switch, 0"); __asm__ __volatile__(".endFuncHeader"); __asm__ __volatile__(".thumb");
__asm__ __volatile__(".set\t" "dmm_hook_ORIGIN" ", " "0x080A3284"); __asm__ __volatile__(".set\t" "dmm_hook_SIZE" ", " "dmm_hook" "_END - " "dmm_hook" "_START"); __asm__ __volatile__("@" "Origin"); __asm__ __volatile__(".long\t" "dmm_hook_ORIGIN"); __asm__ __volatile__("@" "Offset (bytes to ignore)"); __asm__ __volatile__(".long\t\v%0" :: "i" (0)); __asm__ __volatile__("@" "Size"); __asm__ __volatile__(".long\t" "dmm_hook_SIZE - 0"); __asm__ __volatile__("dmm_hook" "_START:");


__asm__ __volatile__("ldr\t" "r0" ", " "dmm_hook_targ");
__asm__ __volatile__("bx\t" "r0");

__asm__ __volatile__(".align\t2");
__asm__ __volatile__("dmm_hook_targ" ":");
__asm__ __volatile__(".long\t" "dmm_hack_ORIGIN + 1");

__asm__ __volatile__(".pool"); __asm__ __volatile__(".movedown" "dmm_hook" "_END:");
__asm__ __volatile__(".closeif"); __asm__ __volatile__("@FILE_END"); }
# 67 "program2.cpp"
void (*DMM_DRAW_MINIMAP_CALL)(void*, int) = (void (*)(void*, int))0x08004494;

volatile __attribute__((noinline)) void dmm_hack ( ) { __asm__ __volatile__("@FILE_END"); volatile register int _yr0 __asm__("r0"); _yr0 = *(int*)_yr0; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr1 __asm__("r1"); _yr1 = *(int*)_yr1; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr2 __asm__("r2"); _yr2 = *(int*)_yr2; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr3 __asm__("r3"); _yr3 = *(int*)_yr3; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr4 __asm__("r4"); _yr4 = *(int*)_yr4; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr5 __asm__("r5"); _yr5 = *(int*)_yr5; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr6 __asm__("r6"); _yr6 = *(int*)_yr6; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr7 __asm__("r7"); _yr7 = *(int*)_yr7; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr8 __asm__("r8"); _yr8 = *(int*)_yr8; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr9 __asm__("r9"); _yr9 = *(int*)_yr9; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr10 __asm__("r10"); _yr10 = *(int*)_yr10; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr11 __asm__("r11"); _yr11 = *(int*)_yr11; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr12 __asm__("r12"); _yr12 = *(int*)_yr12; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr13 __asm__("r13"); _yr13 = *(int*)_yr13; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr14 __asm__("r14"); _yr14 = *(int*)_yr14; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__(".funcHeader"); __asm__ __volatile__(".ifndef\t" "dmm_hack" "Switch"); __asm__ __volatile__(".set\t" "dmm_hack" "Switch, 0"); __asm__ __volatile__(".endif"); __asm__ __volatile__(".if\t" "dmm_hack" "Switch != 0"); __asm__ __volatile__(".set\t" "dmm_hack" "Switch, 0"); __asm__ __volatile__(".endFuncHeader"); __asm__ __volatile__(".thumb");



__asm__ __volatile__(".set\t" "dmm_hack_ORIGIN" ", " "0x08DF00D0"); __asm__ __volatile__(".set\t" "dmm_hack_SIZE" ", " "dmm_hack" "_END - " "dmm_hack" "_START"); __asm__ __volatile__("@" "Origin"); __asm__ __volatile__(".long\t" "dmm_hack_ORIGIN"); __asm__ __volatile__("@" "Offset (bytes to ignore)"); __asm__ __volatile__(".long\t\v%0" :: "i" (0)); __asm__ __volatile__("@" "Size"); __asm__ __volatile__(".long\t" "dmm_hack_SIZE - 0"); __asm__ __volatile__("dmm_hack" "_START:");



__asm__ __volatile__("push\t{" "r2-r3, lr" "}");

unsigned char currChap = *(unsigned char*)0x0202BC06;
unsigned char* chapList;
__asm__ __volatile__("ldr\t%0, " "dmm_hack_data_ref" : "=r" (chapList));
unsigned char check = *chapList;




while (check != ((unsigned char)0xFF)) {
 if (currChap == check) {
  __asm__ __volatile__("pop\t{" "r2-r3, pc" "}");
 }
 chapList++;
 check = *chapList;
}

__asm__ __volatile__("ldr\t" "r0" ", =" "0x08CE3B6C");
__asm__ __volatile__("mov\t" "r1" ", %0" :: "i" (3));
__asm__ __volatile__("push\t{" "r0" "}"); __asm__ __volatile__("adr\tr0, literalCall" "program2.cpp" "97" "_return"); __asm__ __volatile__("add\tr0, #0x01"); __asm__ __volatile__("mov\t" "lr" ", " "r0"); __asm__ __volatile__("pop\t{" "r0" "}"); __asm__ __volatile__("ldr\t" "r4" ", =" "0x08004494 + 1"); __asm__ __volatile__("bx\t" "r4"); __asm__ __volatile__(".align\t2"); __asm__ __volatile__("literalCall" "program2.cpp" "97" "_return:");
__asm__ __volatile__("pop\t{" "r2-r3, pc" "}");


__asm__ __volatile__(".align\t2");
__asm__ __volatile__("dmm_hack_data_ref" ":");
__asm__ __volatile__(".long\t" "(dmm_hack_data_ORIGIN + dmm_data - dmm_hack_data_START)");

__asm__ __volatile__(".pool"); __asm__ __volatile__(".movedown" "dmm_hack" "_END:");







__asm__ __volatile__("@FILE_END"); volatile register int _nr4 __asm__("r4"); __asm__ __volatile__("str\t" "r4" ", [r0]" :: "r" (_nr4)); __asm__ __volatile__("@FILE_BEGIN");
__asm__ __volatile__("@FILE_END"); volatile register int _nr5 __asm__("r5"); __asm__ __volatile__("str\t" "r5" ", [r0]" :: "r" (_nr5)); __asm__ __volatile__("@FILE_BEGIN");
__asm__ __volatile__("@FILE_END"); volatile register int _nr6 __asm__("r6"); __asm__ __volatile__("str\t" "r6" ", [r0]" :: "r" (_nr6)); __asm__ __volatile__("@FILE_BEGIN");
__asm__ __volatile__("@FILE_END"); volatile register int _nr7 __asm__("r7"); __asm__ __volatile__("str\t" "r7" ", [r0]" :: "r" (_nr7)); __asm__ __volatile__("@FILE_BEGIN");
__asm__ __volatile__("@FILE_END"); volatile register int _nr8 __asm__("r8"); __asm__ __volatile__("str\t" "r8" ", [r0]" :: "r" (_nr8)); __asm__ __volatile__("@FILE_BEGIN");
__asm__ __volatile__("@FILE_END"); volatile register int _nr9 __asm__("r9"); __asm__ __volatile__("str\t" "r9" ", [r0]" :: "r" (_nr9)); __asm__ __volatile__("@FILE_BEGIN");
__asm__ __volatile__("@FILE_END"); volatile register int _nr10 __asm__("r10"); __asm__ __volatile__("str\t" "r10" ", [r0]" :: "r" (_nr10)); __asm__ __volatile__("@FILE_BEGIN");
__asm__ __volatile__("@FILE_END"); volatile register int _nr11 __asm__("r11"); __asm__ __volatile__("str\t" "r11" ", [r0]" :: "r" (_nr11)); __asm__ __volatile__("@FILE_BEGIN");
__asm__ __volatile__("@FILE_END"); volatile register int _nr12 __asm__("r12"); __asm__ __volatile__("str\t" "r12" ", [r0]" :: "r" (_nr12)); __asm__ __volatile__("@FILE_BEGIN");
__asm__ __volatile__("@FILE_END"); volatile register int _nr13 __asm__("r13"); __asm__ __volatile__("str\t" "r13" ", [r0]" :: "r" (_nr13)); __asm__ __volatile__("@FILE_BEGIN");
__asm__ __volatile__("@FILE_END"); volatile register int _nr14 __asm__("r14"); __asm__ __volatile__("str\t" "r14" ", [r0]" :: "r" (_nr14)); __asm__ __volatile__("@FILE_BEGIN");
__asm__ __volatile__(".closeif"); __asm__ __volatile__("@FILE_END"); }

volatile __attribute__((noinline)) void dmm_hack_data ( ) { __asm__ __volatile__("@FILE_END"); volatile register int _yr0 __asm__("r0"); _yr0 = *(int*)_yr0; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr1 __asm__("r1"); _yr1 = *(int*)_yr1; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr2 __asm__("r2"); _yr2 = *(int*)_yr2; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr3 __asm__("r3"); _yr3 = *(int*)_yr3; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr4 __asm__("r4"); _yr4 = *(int*)_yr4; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr5 __asm__("r5"); _yr5 = *(int*)_yr5; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr6 __asm__("r6"); _yr6 = *(int*)_yr6; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr7 __asm__("r7"); _yr7 = *(int*)_yr7; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr8 __asm__("r8"); _yr8 = *(int*)_yr8; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr9 __asm__("r9"); _yr9 = *(int*)_yr9; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr10 __asm__("r10"); _yr10 = *(int*)_yr10; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr11 __asm__("r11"); _yr11 = *(int*)_yr11; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr12 __asm__("r12"); _yr12 = *(int*)_yr12; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr13 __asm__("r13"); _yr13 = *(int*)_yr13; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__("@FILE_END"); volatile register int _yr14 __asm__("r14"); _yr14 = *(int*)_yr14; __asm__ __volatile__("@FILE_BEGIN"); __asm__ __volatile__(".funcHeader"); __asm__ __volatile__(".ifndef\t" "dmm_hack_data" "Switch"); __asm__ __volatile__(".set\t" "dmm_hack_data" "Switch, 0"); __asm__ __volatile__(".endif"); __asm__ __volatile__(".if\t" "dmm_hack_data" "Switch != 0"); __asm__ __volatile__(".set\t" "dmm_hack_data" "Switch, 0"); __asm__ __volatile__(".endFuncHeader"); __asm__ __volatile__(".thumb");
__asm__ __volatile__(".set\t" "dmm_hack_data_ORIGIN" ", " "(((dmm_hack_ORIGIN + dmm_hack_SIZE) + 3) & (~3))"); __asm__ __volatile__(".set\t" "dmm_hack_data_SIZE" ", " "dmm_hack_data" "_END - " "dmm_hack_data" "_START"); __asm__ __volatile__("@" "Origin"); __asm__ __volatile__(".long\t" "dmm_hack_data_ORIGIN"); __asm__ __volatile__("@" "Offset (bytes to ignore)"); __asm__ __volatile__(".long\t\v%0" :: "i" (0)); __asm__ __volatile__("@" "Size"); __asm__ __volatile__(".long\t" "dmm_hack_data_SIZE - 0"); __asm__ __volatile__("dmm_hack_data" "_START:");


__asm__ __volatile__("dmm_data" ":");
__asm__ __volatile__(".byte\t" "0x0D");
__asm__ __volatile__(".byte\t" "0xFF");

__asm__ __volatile__(".pool"); __asm__ __volatile__(".movedown" "dmm_hack_data" "_END:");

__asm__ __volatile__(".closeif"); __asm__ __volatile__("@FILE_END"); }

If you looked at that you've died. All the life you live from here on is just an illusion; you are dead and should accept it.

Edited April 11, 2012 by Aleph