YunYoo Uranium vCPU framework for arm/arm64/x86/x64 on Android/iOS/macOS.
UraniumVM is developed by YunYoo(云铀子), all rights reserved.
2021/4/18:
2021/4/15:
|
Android |
iOS |
macOS |
arm |
Yes |
No |
No |
arm64 |
Yes |
Yes |
Yes |
x86 |
Yes |
No |
No |
x86_64 |
Yes |
No |
Yes |
/
/
run function
'fn'
on UraniumVCPU with
'ctx'
/
/
return
value
is
r[
0
].sx
/
rax
long
uvm_run_interp(const void
*
fn, const uvm_context_t
*
ctx);
/
/
run function
'fn'
on UraniumVCPU with
'ctx'
/
/
return
value
is
r[
0
].sx
/
rax
long
uvm_run_interp(const void
*
fn, const uvm_context_t
*
ctx);
/
/
this api
is
used to make target's function pointer under your control
/
/
/
/
make a wrapper
for
function
'fn'
with
'usrctx'
,
'callback'
/
/
return
value
is
a new function pointer which will run under our VCPU
/
/
you can replace this pointer to target's function pointer
/
/
like C
+
+
-
Vtable
/
Script
-
Native
-
Bridge
/
/
if
return
null, you should check errno
const void
*
uvm_make_callee(const void
*
fn, void
*
usrctx,
uvm_interp_callback_t callback);
/
/
this api
is
used to make target's function pointer under your control
/
/
/
/
make a wrapper
for
function
'fn'
with
'usrctx'
,
'callback'
/
/
return
value
is
a new function pointer which will run under our VCPU
/
/
you can replace this pointer to target's function pointer
/
/
like C
+
+
-
Vtable
/
Script
-
Native
-
Bridge
/
/
if
return
null, you should check errno
const void
*
uvm_make_callee(const void
*
fn, void
*
usrctx,
uvm_interp_callback_t callback);
/
/
opcode
type
for
callback args
typedef enum uvm_optype_t {
vcop_read,
/
/
memory read
vcop_write,
/
/
memory write
vcop_call,
/
/
function call
vcop_return,
/
/
function
return
vcop_svc,
/
/
arm syscall
vcop_syscall,
/
/
intel syscall
vcop_ifetch,
/
/
interpreter fetch instruction
} uvm_optype_t;
/
/
opcode
type
for
callback args
typedef enum uvm_optype_t {
vcop_read,
/
/
memory read
vcop_write,
/
/
memory write
vcop_call,
/
/
function call
vcop_return,
/
/
function
return
vcop_svc,
/
/
arm syscall
vcop_syscall,
/
/
intel syscall
vcop_ifetch,
/
/
interpreter fetch instruction
} uvm_optype_t;
/
/
callback args
typedef struct uvm_callback_args_t {
/
/
your own context passed
for
uvm_run_interp
/
uvm_make_callee
const void
*
usrctx;
/
/
uvm execution context
uvm_regs_t
*
uvmctx;
/
/
current opcode
uvm_optype_t op;
union {
/
/
for
vcop_read
/
vcop_write
/
vcop_ifetch
struct {
const void
*
src;
void
*
dst;
int
byte;
} rw;
/
/
for
vcop_call
struct {
const void
*
callee;
} call;
/
/
for
vcop_return
struct {
const void
*
hitaddr;
/
/
which address hit
return
} ret;
/
/
for
vcop_svc
struct {
/
/
arm
/
/
parameters are
in
armctx
-
>r[
0.
..
6
]
/
/
syscall number
from
armctx
-
>r[
7
]
/
/
/
/
arm64
/
/
parameters are
in
arm64ctx
-
>x
/
/
syscall number
/
/
/
/
x86
/
x64
/
/
...
int
sysno;
} svc;
} info;
} uvm_callback_args_t;
/
/
callback args
typedef struct uvm_callback_args_t {
/
/
your own context passed
for
uvm_run_interp
/
uvm_make_callee
const void
*
usrctx;
/
/
uvm execution context
uvm_regs_t
*
uvmctx;
/
/
current opcode
uvm_optype_t op;
union {
/
/
for
vcop_read
/
vcop_write
/
vcop_ifetch
struct {
const void
*
src;
void
*
dst;
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