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d4_0x0b_DNFWAH_diy_your_own_android_emu

eZine's profile picture
Published in 
Do not fuck with a hacker
 · 5 years ago

  


|=-----------------------------------------------------------------=|
|=-----=[ D O N O T F U C K W I T H A H A C K E R ]=-----=|
|=-----------------------------------------------------------------=|
|=------------------------[ #4 File 0x0a ]-------------------------=|
|=-----------------------------------------------------------------=|
|=------------------=[ DIY your own Android emulator ]=------------=|
|=-----------------------------------------------------------------=|
|=-------------------------=[ By jigsaw ]=-------------------------=|
|=-----------------------------------------------------------------=|
|=------------------------=[ Feb 7 2015 ]=------------------------=|
|=-----------------------------------------------------------------=|

Native Android Runtime Emulation
================================


The problem
-----------

Now I have a Android app to be reverse engineered. Its main
functionality is built on top of JNI, i.e. in the shared library. It
is not sth. I would not hesitate using all my efforts. Therefore I
started to look for a shortcut. It could save me lots of time if the
.so can be loaded and debugged at runtime.


The offcial Android emulator
----------------------------

The offcial Android emulator consists of a qemu based emulator, the
Android runtime, and a toolset to deploy, run and debug native
execultabes built by Android NDK. However, it turns out to be
handicapped.

The gdbserver delivered with the NDK is basically broken. It fails to
recognize tons of Thumb-2 instructions, thus sends SIGILL to terminate
the program.


The first approach: QEMU
------------------------

Since Android emulator is essentially a qemu image, it is quite
attemptive to load Android executables on certain ARMv7-a compatible
qemu image, where a complete native toolchain is available. The effort
was in vain. Google adopts a different linker and loader, together
with a different libc and libstdc++, which are found nowhere in any
other Linux distro. The consequence is not only missing symbols, but
crashing the Linux loader when being loaded.

One solution is to port Bionic to Linux. But I'm afraid it won't be
enough: the .so is bound to the Android linker/loader. It suggets that
the Android loader must be ported to Linux as well. It is likely to
become a nightmare considering the size of the code, and even worse,
the obvious strategy of Google is to diffrentiate and isolate Android
with other Linux distros.


Build own emulator
------------------

An emulator from scratch pops up as the final solution. Afer all, it
is always more interesting to build sth. from scratch than to fix
sth. broken. To provid a emulated environment for a Android native
shared lib, several layers of services are required:

* Disassembler, which translates binary to instructions.
* Simulator, which executes the instructions and maintains the processor states.
* Loader, which parses the ELF and do what a loader is supposed to do.
* Memory management, which supervises access to memory.
* C runtime, which implements the C library.
* Facilities for user extension and debugging.

We will give a brief to each layer hereunder.


### Disassembler

The libcapstone is a library for disassembler. Its API is very handy,
and it is evolving rapidly. It was a easy decision to take it for
disassembler. The disassembling is done in-time, i.e. only disassemble
current address. This is because it is slow and difficult to scan all
.text section beforehand. The difficulty arises from the PC related
data fetching, which makes the .text section a mixture of code and
data.


### Simulator

The simulator is meant to keep state of the processor, and execute the
instructions in a controlled manner. The processor state is defined by
several registers and nothing more. The simulator shall know how to
manipulate the register values according to current instruction
execution result. The manual of ARM is the only thing needed during
programming.

The support to multi-threads adds a little bit overhead to the
simulator, coz each thread has its own set of registers. The simulator
needs to switch register-set when switching to another
thread. Likewise, the stack of each thread is also isolated. The
manipulation of stack switching is done in the memory management
layer.


### Loader

Besides usual task of a generic loader, this loader has some extra
features. First of all, it needn't fixing all reloc entries. It can
safely assume the .so is loaded to address 0x0. Secondly, it has no
knowledge of runtime, so it cannot resolve external symbols. The
solution is to expose the unknown symbols to the user, who will
provides the location and size of the missing symbols to the
loader. Note that not all missing symbols are needed: only those that
are accessed in runtime are necessary.


### Memory management

The memory management defines a few things: where the ELF is loaded,
where the heap and stack are located, and how to access these regions.
The memory mapping is as below:

+-------------+ ---> STACK END
| Stack | | Each thread has its own stack
| | v
+-------------+ ---> STACK START
| Heap | ^ Heap is shared between threads
| | |
+-------------+ ---> HEAP START
| |
| .bss |
| .text |
| .data |
| .rodata |
| .got |
| ... |
| |
+-------------+ ---> elf load addr: 0x0

All the memory references must be tapped and controlled. This is not
only because of the difference of 32bits and 64 bits architectures,
but also because the memory references are related to the load address
of the ELF, which is defined to be 0x0. This restriction actually
brings benefits: the memory access tapping becomes
straightforward. User can easily set watchpoint in any address, and on
any value.

Also note that the heap region are shared between threads, and the
stack is privately owned by each thread.


### C runtime

The missing plt entries in the .so are mainly from C runtime. The
oftenly used functions such as string, stdlib, pthread, and socket are
provided. The loader is aware of the functions, and co-operate with
the simulator to stub the calls to the implementation, which is built
on local (x86) C runtime.

Manual translation on arguments and return values are needed, but it
is easier than it sounds. For instance, the sizeof(time_t) is
different between 32bits and 64bits platform. Therefore the call to
gettimeofday(2) should take care of the translation.


### Extensions

It is not unusual that some existing sub-routines need to be masked or
watched. The loader is aware of those checkpoints as well. The
simulator just blindly asks the loader to provide entries when a
called routine is not in place. The loader then take this chance to
allow even swapping the stubs in the fly.


The result
----------

With this emulator, the user can start from any address or call any
subroutine with any arguments. All the calls to libc will be adapted
to local C runtime. The execution can be stopped on given memory
access and/or .text address. The whole procedure can be monitored by
local gdb session.

## Hello-World

A hello-world example is provided with the libtwolib-second.so, which
is built from Android official NDK sample, two-libs. The subroutine
"first" can be fired with below code:

FILE *fp;
struct armld ld;
struct elf *elf;
struct vm *vm;
int ret;
uint32_t args[4] = {0};

if (!(fp = fopen(argv[1], "r"))) {
printf("Cannot open file [%s]\n", argv[1]);
return -1;
}

vm = vm_init();
elf = elf_load(vm, fp);
vm_set_elf(vm, elf);
fclose(fp);

ld.vm = vm;
ld.elf = elf;

setbuf(stdout,NULL);
setbuf(stderr,NULL);

/* Will trigger a trap exception which
* can break the gdb session.
*/

//exec_set_breakpoint(0xc62);

/* Watch any store operation to memory address 0x79490 */
//vm_set_mem_watch(0x79490, 1);

/* Set up the arguments to the subroutine.
* The number of arguments can be as many as needed.
*/

args[0] = 1;
args[1] = 2;

/* 0xc60 is the entry to the subroutine.
* The address can be read from readelf -s.
*
* The 3rd param is the halt address. When it
* is set to 0, the execution will return
* when current subroutine returns.
*
* The return value of the called subroutine
* is the return value of arm_exec.
*/

ret = arm_exec(&ld, 0xc60, 0, args, 4);

/* It should be 3, which is result of 1 + 2.
* Meantime, the message printed in the library
* will be visible on the console.
*/

printf("return: %d\n", ret);

The output of the program is as below:

$ ./armexec ../libtwolib-second.so
First is called with 1 + 2
return: 3
$


## GDB script

The dbg.gdb has several commands for printing register values, setting
breakpoints, printing backtrace, etc.


Roadmap
--------

This is just the first release of the emulator. It has the potential
to be a more sophiscated lib. It could support loading more than one
.so files, other architectures, or even loading .so files built for
different arch.


Code
----

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====

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