How to compile multiMAN

**xPreatorianx** · 06-14-2011,09:56 PM

Originally Posted by subcon959

If it needs psl1ght v1 then it might be a headache if you don't know which revision as stuff was changed around almost constantly.

No MM just needs the official Sony SDK that's it.

Originally Posted by MateoGodlike

How Would i download the Whole SRC Folder?

On which OS are you on? For windows use mecurial, for Linux use whatever the terminal says when you try and enter the command. It should be an easy apt-get install X command.

Here's the command to clone the repo locally

Code:

hg clone https://multiman.googlecode.com/hg/ multiman

**MateoGodlike** · 06-14-2011,10:15 PM

Originally Posted by xPreatorianx

No MM just needs the official Sony SDK that's it.

On which OS are you on? For windows use mecurial, for Linux use whatever the terminal says when you try and enter the command. It should be an easy apt-get install X command.

Here's the command to clone the repo locally

Code:

hg clone https://multiman.googlecode.com/hg/ multiman

Windows 7 Starter.. .... .. . .

**signupnow** · 06-15-2011,03:31 AM

I just have to find a working Official SDK for linux I guess, mine is incomplete!
EDIT: (It's OK now)

MateoGodlike: You can Use TortoiseHg if you want a GUI.

**signupnow** · 06-15-2011,07:36 AM

Originally Posted by xPreatorianx

No MM just needs the official Sony SDK that's it.

Unfortunately, it needs PSL1ght V1 to compile peek&poke.

**xPreatorianx** · 06-15-2011,03:10 PM

Originally Posted by signupnow

Unfortunately, it needs PSL1ght V1 to compile peek&poke.

Well thats not hard. Just get PSl1GHT configured as well.

**signupnow** · 06-16-2011,09:06 AM

Originally Posted by xPreatorianx

Well thats not hard. Just get PSl1GHT configured as well.

Yes I know and I've got PSL1ght V2 which works (Compiled openPS3FTP v2.3).

But I need the "good" PSL1ght V1 release used by Dean.

**deank** · 06-16-2011,04:23 PM

As you can see from the makefile:

-I/psl1ght/include

and the headers

#include <psl1ght/lv2.h>

it only needs lv2.h and types.h (slightly modified)

lv2.h

Code:

#pragma once

#include <psl1ght/types.h>

// lv2 retail 3.41
#define LV2_SYSCALL_TABLE	0x80000000002EB128ULL

#define LV2_INLINE static inline __attribute__((unused))
#define LV2_SYSCALL LV2_INLINE s32

#define __lv2syscallarg0 
#define __lv2syscallarg1 __lv2syscallarg0, u64 a1
#define __lv2syscallarg2 __lv2syscallarg1, u64 a2
#define __lv2syscallarg3 __lv2syscallarg2, u64 a3
#define __lv2syscallarg4 __lv2syscallarg3, u64 a4
#define __lv2syscallarg5 __lv2syscallarg4, u64 a5
#define __lv2syscallarg6 __lv2syscallarg5, u64 a6
#define __lv2syscallarg7 __lv2syscallarg6, u64 a7
#define __lv2syscallarg8 __lv2syscallarg7, u64 a8
#define __lv2syscallargt0 
#define __lv2syscallargt1 u64
#define __lv2syscallargt2 __lv2syscallargt1, u64
#define __lv2syscallargt3 __lv2syscallargt2, u64
#define __lv2syscallargt4 __lv2syscallargt3, u64
#define __lv2syscallargt5 __lv2syscallargt4, u64
#define __lv2syscallargt6 __lv2syscallargt5, u64
#define __lv2syscallargt7 __lv2syscallargt6, u64
#define __lv2syscallargt8 __lv2syscallargt7, u64
#define __lv2syscall0 
#define __lv2syscall1 a1
#define __lv2syscall2 __lv2syscall1, a2
#define __lv2syscall3 __lv2syscall2, a3
#define __lv2syscall4 __lv2syscall3, a4
#define __lv2syscall5 __lv2syscall4, a5
#define __lv2syscall6 __lv2syscall5, a6
#define __lv2syscall7 __lv2syscall6, a7
#define __lv2syscall8 __lv2syscall7, a8

#ifdef LV2
#define __lv2syscall(num) \
	LV2_INLINE u64 Lv2Syscall##num(u64 syscall __lv2syscallarg##num) \
	{ \
		u64 (*syscallopd)(__lv2syscallargt##num) = (u64 (*)(__lv2syscallargt##num))*(u64*)(LV2_SYSCALL_TABLE + syscall * 8); \
		return syscallopd(__lv2syscall##num); \
	}

__lv2syscall(0);
__lv2syscall(1);
__lv2syscall(2);
__lv2syscall(3);
__lv2syscall(4);
__lv2syscall(5);
__lv2syscall(6);
__lv2syscall(7);
__lv2syscall(8);
#else
#define __lv2syscallclobber8 "r0", "r2", "r12", "lr", \
	"ctr", "xer", "cr0", "cr1", "cr5", "cr6", "cr7", \
	"memory"
#define __lv2syscallclobber7 __lv2syscallclobber8, "r10"
#define __lv2syscallclobber6 __lv2syscallclobber7, "r9"
#define __lv2syscallclobber5 __lv2syscallclobber6, "r8"
#define __lv2syscallclobber4 __lv2syscallclobber5, "r7"
#define __lv2syscallclobber3 __lv2syscallclobber4, "r6"
#define __lv2syscallclobber2 __lv2syscallclobber3, "r5"
#define __lv2syscallclobber1 __lv2syscallclobber2, "r4"
#define __lv2syscallclobber0 __lv2syscallclobber1, "r3"
#define __lv2syscallreg(num, reg) \
	register u64 p##num __asm__(reg) = a##num
#define __lv2syscallregs \
	register u64 s __asm__("11") = syscall
#define __lv2syscallparam1(reg) reg(p1), reg(s)
#define __lv2syscallparam2(reg) reg(p1), reg(p2), reg(s)
#define __lv2syscallparam3(reg) reg(p1), reg(p2), reg(p3), reg(s)
#define __lv2syscallparam4(reg) reg(p1), reg(p2), reg(p3), reg(p4), reg(s)
#define __lv2syscallparam5(reg) reg(p1), reg(p2), reg(p3), reg(p4), reg(p5), reg(s)
#define __lv2syscallparam6(reg) reg(p1), reg(p2), reg(p3), reg(p4), reg(p5), reg(p6), reg(s)
#define __lv2syscallparam7(reg) reg(p1), reg(p2), reg(p3), reg(p4), reg(p5), reg(p6), reg(p7), reg(s)
#define __lv2syscallparam8(reg) reg(p1), reg(p2), reg(p3), reg(p4), reg(p5), reg(p6), reg(p7), reg(p8), reg(s)
LV2_INLINE u64 Lv2Syscall0(u64 syscall __lv2syscallarg0) {
	__lv2syscallregs;
	register u64 p1 __asm__("3") = 0;
	__asm__ volatile("sc"
			: __lv2syscallparam1("=r")
			: __lv2syscallparam1("r")
			: __lv2syscallclobber1);
	return p1;
}
LV2_INLINE u64 Lv2Syscall1(u64 syscall __lv2syscallarg1) {
	__lv2syscallregs;
	__lv2syscallreg(1, "3");
	__asm__ volatile("sc"
			: __lv2syscallparam1("=r")
			: __lv2syscallparam1("r")
			: __lv2syscallclobber1);
	return p1;
}
LV2_INLINE u64 Lv2Syscall2(u64 syscall __lv2syscallarg2) {
	__lv2syscallregs;
	__lv2syscallreg(1, "3");
	__lv2syscallreg(2, "4");
	__asm__ volatile("sc"
			: __lv2syscallparam2("=r")
			: __lv2syscallparam2("r")
			: __lv2syscallclobber2);
	return p1;
}
LV2_INLINE u64 Lv2Syscall3(u64 syscall __lv2syscallarg3) {
	__lv2syscallregs;
	__lv2syscallreg(1, "3");
	__lv2syscallreg(2, "4");
	__lv2syscallreg(3, "5");
	__asm__ volatile("sc"
			: __lv2syscallparam3("=r")
			: __lv2syscallparam3("r")
			: __lv2syscallclobber3);
	return p1;
}
LV2_INLINE u64 Lv2Syscall4(u64 syscall __lv2syscallarg4) {
	__lv2syscallregs;
	__lv2syscallreg(1, "3");
	__lv2syscallreg(2, "4");
	__lv2syscallreg(3, "5");
	__lv2syscallreg(4, "6");
	__asm__ volatile("sc"
			: __lv2syscallparam4("=r")
			: __lv2syscallparam4("r")
			: __lv2syscallclobber4);
	return p1;
}
LV2_INLINE u64 Lv2Syscall5(u64 syscall __lv2syscallarg5) {
	__lv2syscallregs;
	__lv2syscallreg(1, "3");
	__lv2syscallreg(2, "4");
	__lv2syscallreg(3, "5");
	__lv2syscallreg(4, "6");
	__lv2syscallreg(5, "7");
	__asm__ volatile("sc"
			: __lv2syscallparam5("=r")
			: __lv2syscallparam5("r")
			: __lv2syscallclobber5);
	return p1;
}
LV2_INLINE u64 Lv2Syscall6(u64 syscall __lv2syscallarg6) {
	__lv2syscallregs;
	__lv2syscallreg(1, "3");
	__lv2syscallreg(2, "4");
	__lv2syscallreg(3, "5");
	__lv2syscallreg(4, "6");
	__lv2syscallreg(5, "7");
	__lv2syscallreg(6, "8");
	__asm__ volatile("sc"
			: __lv2syscallparam6("=r")
			: __lv2syscallparam6("r")
			: __lv2syscallclobber6);
	return p1;
}
LV2_INLINE u64 Lv2Syscall7(u64 syscall __lv2syscallarg7) {
	__lv2syscallregs;
	__lv2syscallreg(1, "3");
	__lv2syscallreg(2, "4");
	__lv2syscallreg(3, "5");
	__lv2syscallreg(4, "6");
	__lv2syscallreg(5, "7");
	__lv2syscallreg(6, "8");
	__lv2syscallreg(7, "9");
	__asm__ volatile("sc"
			: __lv2syscallparam7("=r")
			: __lv2syscallparam7("r")
			: __lv2syscallclobber7);
	return p1;
}
LV2_INLINE u64 Lv2Syscall8(u64 syscall __lv2syscallarg8) {
	__lv2syscallregs;
	__lv2syscallreg(1, "3");
	__lv2syscallreg(2, "4");
	__lv2syscallreg(3, "5");
	__lv2syscallreg(4, "6");
	__lv2syscallreg(5, "7");
	__lv2syscallreg(6, "8");
	__lv2syscallreg(7, "9");
	__lv2syscallreg(8, "10");
	__asm__ volatile("sc"
			: __lv2syscallparam8("=r")
			: __lv2syscallparam8("r")
			: __lv2syscallclobber8);
	return p1;
}
#endif

#ifdef __cplusplus
#define __lv2syscallcomma0
#define __lv2syscallcomma1 ,
#define __lv2syscallcomma2 ,
#define __lv2syscallcomma3 ,
#define __lv2syscallcomma4 ,
#define __lv2syscallcomma5 ,
#define __lv2syscallcomma6 ,
#define __lv2syscallcomma7 ,
#define __lv2syscallcomma8 ,
#define __lv2syscallcpp(num) \
	LV2_INLINE u64 Lv2Syscall(u64 syscall __lv2syscallarg##num) \
	{ \
		return Lv2Syscall##num(syscall __lv2syscallcomma##num __lv2syscall##num); \
	}
__lv2syscallcpp(0);
__lv2syscallcpp(1);
__lv2syscallcpp(2);
__lv2syscallcpp(3);
__lv2syscallcpp(4);
__lv2syscallcpp(5);
__lv2syscallcpp(6);
__lv2syscallcpp(7);
__lv2syscallcpp(8);
#endif

types.h

Code:

#pragma once

#include <stdint.h>

#ifndef NULL
#define NULL 0
#endif

typedef int8_t				s8;
typedef uint8_t				u8;
typedef int16_t				s16;
typedef uint16_t			u16;
typedef int32_t				s32;
typedef uint32_t			u32;
typedef int64_t				s64;
typedef uint64_t			u64;
typedef float				f32;
typedef double				f64;
typedef volatile int8_t		vs8;
typedef volatile uint8_t	vu8;
typedef volatile int16_t	vs16;
typedef volatile uint16_t	vu16;
typedef volatile int32_t	vs32;
typedef volatile uint32_t	vu32;
typedef volatile int64_t	vs64;
typedef volatile uint64_t	vu64;
typedef volatile float		vf32;
typedef volatile double		vf64;

typedef struct opd64 {
	void* 	func;
	void* 	rtoc;
	u64 	zero;
} opd64;

typedef struct opd32 {
	u32 func;
	u32 rtoc;
} opd32;

extern opd64 opd64_start[];
extern opd32 opd32_start[];
#define OPD32(ptr) (opd32_start + ((opd64*)ptr - opd64_start))

typedef u32 mem_container_t;

// 32bit types
typedef u32 lv2_void;
typedef u32 lv2_size_t;

typedef s64 system_time_t;

struct timeval_32 {
	u32 tv_sec;
	s32 tv_usec;
};


#ifdef __cplusplus
#define EXTERN_BEGIN	extern "C" {
#define EXTERN_END		}
#else
#define EXTERN_BEGIN
#define EXTERN_END
#endif

**signupnow** · 06-17-2011,03:30 AM

The headers worked like a charm

This error breaks my build:

Code:

No rules to build the target « -l./libpmsd », needed for « multiMAN2_BARE.elf »

libpmsd.a is already built in the lib directory

Grrrrr...

**ozayturay** · 06-20-2011,11:22 AM

Any progress signupnow.

I wonder how will you change multiMAN source even when you cannot compile it.

**signupnow** · 06-20-2011,11:44 AM

Originally Posted by ozayturay

Any progress signupnow.

I wonder how will you change multiMAN source even when you cannot compile it.

Yeah, I feel like i'm a real noob here, I could compile ChromeOS & run it in a VM but I can't compile MM correctly, what a shame!
Will try with Windows (like a noob

) to see if i get more luck!

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