import Bitmancer

import Bitmancer/core

import Bitmancer/core/obfuscation/hash

var wStr {.stackStringW.} = "Hello!"
var cStr {.stackStringA.} = "World!"

## Import syscalls
import Bitmancer/syscalls

## For hashing
import Bitmancer/core/obfuscation/hash

## Define your type
type NtClose = proc(h: HANDLE): NTSTATUS {.stdcall, gcsafe.}

## Generate the wrapper
genSyscall(NtClose)

## Define configurations for how to retrieve and execute the syscall

## The procedure's symbol enumeration method - available options are:
## UseEAT - use the export address table to resolve the symbol
## UseIAT - use the import address table to resolve the symbol
## UseLdrThunks - use the NTLoader's LdrThunkSignatures to map a clean NTDLL to resolve symbols from
const symEnum = SymbolEnumeration.UseEAT

## The SSN enumeration method - available options are:
## HellsGate
## HalosGate
## TartarusGate
## ZwCounter
const ssnEnum = SsnEnumeration.HellsGate

## Finally, the execution method - available options are:
## Direct   - use the direct syscall stub
## Indirect - use the indirect syscall stub
const exeEnum = SyscallExecution.Indirect

## Define an ident to use to identify the symbol
const NtCloseHash = ctDjb2 "NtClose"

## Retrive NTDLL
let Ntdll = ? NTDLL_BASE()

## Call ctGetNtSyscall, retrieving the NtSyscall object containing the SSN, pointer to the address of the function
## and a casted stub to your type.
let NtSyscall = ctGetNtSyscall[NtClose](Ntdll, ModuleHandle(NULL), NtCloseHash, symEnum, ssnEnum, exeEnum)

## Finally, call the wrapper!
NtCloseWrapper(h, NtSyscall.wSyscall, NtSyscall.pSyscall, NtSyscall.pFunction)