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use crate::prelude::*;
pub type clock_t = i32;
pub type wchar_t = i32;
pub type time_t = i64;
pub type suseconds_t = i64;
pub type register_t = i64;
s! {
pub struct reg32 {
pub r_fs: u32,
pub r_es: u32,
pub r_ds: u32,
pub r_edi: u32,
pub r_esi: u32,
pub r_ebp: u32,
pub r_isp: u32,
pub r_ebx: u32,
pub r_edx: u32,
pub r_ecx: u32,
pub r_eax: u32,
pub r_trapno: u32,
pub r_err: u32,
pub r_eip: u32,
pub r_cs: u32,
pub r_eflags: u32,
pub r_esp: u32,
pub r_ss: u32,
pub r_gs: u32,
}
pub struct reg {
pub r_r15: i64,
pub r_r14: i64,
pub r_r13: i64,
pub r_r12: i64,
pub r_r11: i64,
pub r_r10: i64,
pub r_r9: i64,
pub r_r8: i64,
pub r_rdi: i64,
pub r_rsi: i64,
pub r_rbp: i64,
pub r_rbx: i64,
pub r_rdx: i64,
pub r_rcx: i64,
pub r_rax: i64,
pub r_trapno: u32,
pub r_fs: u16,
pub r_gs: u16,
pub r_err: u32,
pub r_es: u16,
pub r_ds: u16,
pub r_rip: i64,
pub r_cs: i64,
pub r_rflags: i64,
pub r_rsp: i64,
pub r_ss: i64,
}
}
s_no_extra_traits! {
pub struct fpreg32 {
pub fpr_env: [u32; 7],
pub fpr_acc: [[u8; 10]; 8],
pub fpr_ex_sw: u32,
pub fpr_pad: [u8; 64],
}
pub struct fpreg {
pub fpr_env: [u64; 4],
pub fpr_acc: [[u8; 16]; 8],
pub fpr_xacc: [[u8; 16]; 16],
pub fpr_spare: [u64; 12],
}
pub struct xmmreg {
pub xmm_env: [u32; 8],
pub xmm_acc: [[u8; 16]; 8],
pub xmm_reg: [[u8; 16]; 8],
pub xmm_pad: [u8; 224],
}
pub union __c_anonymous_elf64_auxv_union {
pub a_val: c_long,
pub a_ptr: *mut c_void,
pub a_fcn: extern "C" fn(),
}
pub struct Elf64_Auxinfo {
pub a_type: c_long,
pub a_un: __c_anonymous_elf64_auxv_union,
}
#[allow(missing_debug_implementations)]
#[repr(align(16))]
pub struct max_align_t {
priv_: [f64; 4],
}
#[repr(align(16))]
pub struct mcontext_t {
pub mc_onstack: register_t,
pub mc_rdi: register_t,
pub mc_rsi: register_t,
pub mc_rdx: register_t,
pub mc_rcx: register_t,
pub mc_r8: register_t,
pub mc_r9: register_t,
pub mc_rax: register_t,
pub mc_rbx: register_t,
pub mc_rbp: register_t,
pub mc_r10: register_t,
pub mc_r11: register_t,
pub mc_r12: register_t,
pub mc_r13: register_t,
pub mc_r14: register_t,
pub mc_r15: register_t,
pub mc_trapno: u32,
pub mc_fs: u16,
pub mc_gs: u16,
pub mc_addr: register_t,
pub mc_flags: u32,
pub mc_es: u16,
pub mc_ds: u16,
pub mc_err: register_t,
pub mc_rip: register_t,
pub mc_cs: register_t,
pub mc_rflags: register_t,
pub mc_rsp: register_t,
pub mc_ss: register_t,
pub mc_len: c_long,
pub mc_fpformat: c_long,
pub mc_ownedfp: c_long,
pub mc_fpstate: [c_long; 64],
pub mc_fsbase: register_t,
pub mc_gsbase: register_t,
pub mc_xfpustate: register_t,
pub mc_xfpustate_len: register_t,
pub mc_spare: [c_long; 4],
}
}
cfg_if! {
if #[cfg(feature = "extra_traits")] {
impl PartialEq for fpreg32 {
fn eq(&self, other: &fpreg32) -> bool {
self.fpr_env == other.fpr_env
&& self.fpr_acc == other.fpr_acc
&& self.fpr_ex_sw == other.fpr_ex_sw
&& self
.fpr_pad
.iter()
.zip(other.fpr_pad.iter())
.all(|(a, b)| a == b)
}
}
impl Eq for fpreg32 {}
impl fmt::Debug for fpreg32 {
fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
f.debug_struct("fpreg32")
.field("fpr_env", &&self.fpr_env[..])
.field("fpr_acc", &self.fpr_acc)
.field("fpr_ex_sw", &self.fpr_ex_sw)
.field("fpr_pad", &&self.fpr_pad[..])
.finish()
}
}
impl hash::Hash for fpreg32 {
fn hash<H: hash::Hasher>(&self, state: &mut H) {
self.fpr_env.hash(state);
self.fpr_acc.hash(state);
self.fpr_ex_sw.hash(state);
self.fpr_pad.hash(state);
}
}
impl PartialEq for fpreg {
fn eq(&self, other: &fpreg) -> bool {
self.fpr_env == other.fpr_env
&& self.fpr_acc == other.fpr_acc
&& self.fpr_xacc == other.fpr_xacc
&& self.fpr_spare == other.fpr_spare
}
}
impl Eq for fpreg {}
impl fmt::Debug for fpreg {
fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
f.debug_struct("fpreg")
.field("fpr_env", &self.fpr_env)
.field("fpr_acc", &self.fpr_acc)
.field("fpr_xacc", &self.fpr_xacc)
.field("fpr_spare", &self.fpr_spare)
.finish()
}
}
impl hash::Hash for fpreg {
fn hash<H: hash::Hasher>(&self, state: &mut H) {
self.fpr_env.hash(state);
self.fpr_acc.hash(state);
self.fpr_xacc.hash(state);
self.fpr_spare.hash(state);
}
}
impl PartialEq for xmmreg {
fn eq(&self, other: &xmmreg) -> bool {
self.xmm_env == other.xmm_env
&& self.xmm_acc == other.xmm_acc
&& self.xmm_reg == other.xmm_reg
&& self
.xmm_pad
.iter()
.zip(other.xmm_pad.iter())
.all(|(a, b)| a == b)
}
}
impl Eq for xmmreg {}
impl fmt::Debug for xmmreg {
fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
f.debug_struct("xmmreg")
.field("xmm_env", &self.xmm_env)
.field("xmm_acc", &self.xmm_acc)
.field("xmm_reg", &self.xmm_reg)
.field("xmm_pad", &&self.xmm_pad[..])
.finish()
}
}
impl hash::Hash for xmmreg {
fn hash<H: hash::Hasher>(&self, state: &mut H) {
self.xmm_env.hash(state);
self.xmm_acc.hash(state);
self.xmm_reg.hash(state);
self.xmm_pad.hash(state);
}
}
// FIXME(msrv): suggested method was added in 1.85
#[allow(unpredictable_function_pointer_comparisons)]
impl PartialEq for __c_anonymous_elf64_auxv_union {
fn eq(&self, other: &__c_anonymous_elf64_auxv_union) -> bool {
unsafe {
self.a_val == other.a_val
|| self.a_ptr == other.a_ptr
|| self.a_fcn == other.a_fcn
}
}
}
impl Eq for __c_anonymous_elf64_auxv_union {}
impl PartialEq for Elf64_Auxinfo {
fn eq(&self, other: &Elf64_Auxinfo) -> bool {
self.a_type == other.a_type && self.a_un == other.a_un
}
}
impl Eq for Elf64_Auxinfo {}
impl fmt::Debug for Elf64_Auxinfo {
fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
f.debug_struct("Elf64_Auxinfo")
.field("a_type", &self.a_type)
.field("a_un", &self.a_un)
.finish()
}
}
impl PartialEq for mcontext_t {
fn eq(&self, other: &mcontext_t) -> bool {
self.mc_onstack == other.mc_onstack
&& self.mc_rdi == other.mc_rdi
&& self.mc_rsi == other.mc_rsi
&& self.mc_rdx == other.mc_rdx
&& self.mc_rcx == other.mc_rcx
&& self.mc_r8 == other.mc_r8
&& self.mc_r9 == other.mc_r9
&& self.mc_rax == other.mc_rax
&& self.mc_rbx == other.mc_rbx
&& self.mc_rbp == other.mc_rbp
&& self.mc_r10 == other.mc_r10
&& self.mc_r11 == other.mc_r11
&& self.mc_r12 == other.mc_r12
&& self.mc_r13 == other.mc_r13
&& self.mc_r14 == other.mc_r14
&& self.mc_r15 == other.mc_r15
&& self.mc_trapno == other.mc_trapno
&& self.mc_fs == other.mc_fs
&& self.mc_gs == other.mc_gs
&& self.mc_addr == other.mc_addr
&& self.mc_flags == other.mc_flags
&& self.mc_es == other.mc_es
&& self.mc_ds == other.mc_ds
&& self.mc_err == other.mc_err
&& self.mc_rip == other.mc_rip
&& self.mc_cs == other.mc_cs
&& self.mc_rflags == other.mc_rflags
&& self.mc_rsp == other.mc_rsp
&& self.mc_ss == other.mc_ss
&& self.mc_len == other.mc_len
&& self.mc_fpformat == other.mc_fpformat
&& self.mc_ownedfp == other.mc_ownedfp
&& self
.mc_fpstate
.iter()
.zip(other.mc_fpstate.iter())
.all(|(a, b)| a == b)
&& self.mc_fsbase == other.mc_fsbase
&& self.mc_gsbase == other.mc_gsbase
&& self.mc_xfpustate == other.mc_xfpustate
&& self.mc_xfpustate_len == other.mc_xfpustate_len
&& self.mc_spare == other.mc_spare
}
}
impl Eq for mcontext_t {}
impl fmt::Debug for mcontext_t {
fn fmt(&self, f: &mut fmt::Formatter) -> fmt::Result {
f.debug_struct("mcontext_t")
.field("mc_onstack", &self.mc_onstack)
.field("mc_rdi", &self.mc_rdi)
.field("mc_rsi", &self.mc_rsi)
.field("mc_rdx", &self.mc_rdx)
.field("mc_rcx", &self.mc_rcx)
.field("mc_r8", &self.mc_r8)
.field("mc_r9", &self.mc_r9)
.field("mc_rax", &self.mc_rax)
.field("mc_rbx", &self.mc_rbx)
.field("mc_rbp", &self.mc_rbp)
.field("mc_r10", &self.mc_r10)
.field("mc_r11", &self.mc_r11)
.field("mc_r12", &self.mc_r12)
.field("mc_r13", &self.mc_r13)
.field("mc_r14", &self.mc_r14)
.field("mc_r15", &self.mc_r15)
.field("mc_trapno", &self.mc_trapno)
.field("mc_fs", &self.mc_fs)
.field("mc_gs", &self.mc_gs)
.field("mc_addr", &self.mc_addr)
.field("mc_flags", &self.mc_flags)
.field("mc_es", &self.mc_es)
.field("mc_ds", &self.mc_ds)
.field("mc_err", &self.mc_err)
.field("mc_rip", &self.mc_rip)
.field("mc_cs", &self.mc_cs)
.field("mc_rflags", &self.mc_rflags)
.field("mc_rsp", &self.mc_rsp)
.field("mc_ss", &self.mc_ss)
.field("mc_len", &self.mc_len)
.field("mc_fpformat", &self.mc_fpformat)
.field("mc_ownedfp", &self.mc_ownedfp)
// FIXME(debug): .field("mc_fpstate", &self.mc_fpstate)
.field("mc_fsbase", &self.mc_fsbase)
.field("mc_gsbase", &self.mc_gsbase)
.field("mc_xfpustate", &self.mc_xfpustate)
.field("mc_xfpustate_len", &self.mc_xfpustate_len)
.field("mc_spare", &self.mc_spare)
.finish()
}
}
impl hash::Hash for mcontext_t {
fn hash<H: hash::Hasher>(&self, state: &mut H) {
self.mc_onstack.hash(state);
self.mc_rdi.hash(state);
self.mc_rsi.hash(state);
self.mc_rdx.hash(state);
self.mc_rcx.hash(state);
self.mc_r8.hash(state);
self.mc_r9.hash(state);
self.mc_rax.hash(state);
self.mc_rbx.hash(state);
self.mc_rbp.hash(state);
self.mc_r10.hash(state);
self.mc_r11.hash(state);
self.mc_r12.hash(state);
self.mc_r13.hash(state);
self.mc_r14.hash(state);
self.mc_r15.hash(state);
self.mc_trapno.hash(state);
self.mc_fs.hash(state);
self.mc_gs.hash(state);
self.mc_addr.hash(state);
self.mc_flags.hash(state);
self.mc_es.hash(state);
self.mc_ds.hash(state);
self.mc_err.hash(state);
self.mc_rip.hash(state);
self.mc_cs.hash(state);
self.mc_rflags.hash(state);
self.mc_rsp.hash(state);
self.mc_ss.hash(state);
self.mc_len.hash(state);
self.mc_fpformat.hash(state);
self.mc_ownedfp.hash(state);
self.mc_fpstate.hash(state);
self.mc_fsbase.hash(state);
self.mc_gsbase.hash(state);
self.mc_xfpustate.hash(state);
self.mc_xfpustate_len.hash(state);
self.mc_spare.hash(state);
}
}
}
}
pub(crate) const _ALIGNBYTES: usize = mem::size_of::<c_long>() - 1;
pub const BIOCSRTIMEOUT: c_ulong = 0x8010426d;
pub const BIOCGRTIMEOUT: c_ulong = 0x4010426e;
pub const MAP_32BIT: c_int = 0x00080000;
pub const MINSIGSTKSZ: size_t = 2048; // 512 * 4
pub const _MC_HASSEGS: u32 = 0x1;
pub const _MC_HASBASES: u32 = 0x2;
pub const _MC_HASFPXSTATE: u32 = 0x4;
pub const _MC_FLAG_MASK: u32 = _MC_HASSEGS | _MC_HASBASES | _MC_HASFPXSTATE;
pub const _MC_FPFMT_NODEV: c_long = 0x10000;
pub const _MC_FPFMT_XMM: c_long = 0x10002;
pub const _MC_FPOWNED_NONE: c_long = 0x20000;
pub const _MC_FPOWNED_FPU: c_long = 0x20001;
pub const _MC_FPOWNED_PCB: c_long = 0x20002;
pub const KINFO_FILE_SIZE: c_int = 1392;
pub const TIOCTIMESTAMP: c_ulong = 0x40107459;