// The OS/K Team licenses this file to you under the MIT license.
// See the LICENSE file in the project root for more information.

#include <pc/device.h>

reg_t arch_r[] =
{
    { "zero", GPR }, { "fc1", RES }, { "cr0", SYS }, { "cr1", SYS }, 
    { "cr2", SYS }, { "cr3", SYS }, { "cr4", SYS }, { "trp", GPR },

    { "rax", GPR }, { "rbx", GPR }, { "rcx", GPR }, { "rdx", GPR },
    { "rsi", GPR }, { "rdi", GPR }, { "rbp", GPR }, { "rsp", GPR },
    { "rfx", GPR }, { "rip", GPR }, { "r10", GPR }, { "r11", GPR },
    { "r12", GPR }, { "r13", GPR }, { "r14", GPR }, { "r15", GPR },

    { "ax0", GPR }, { "ax1", GPR }, { "ax2", GPR }, { "ax3", GPR },
    { "ax4", GPR }, { "ax5", GPR }, { "ax6", GPR }, { "ax7", GPR },
    { "nx0", GPR }, { "nx1", GPR }, { "nx2", GPR }, { "nx3", GPR },
    { "nx4", GPR }, { "nx5", GPR }, { "nx6", GPR }, { "nx7", GPR },
};

static_assert(sizeof(arch_r)/sizeof(reg_t) == NREGS, "");

#define TRACE logerr

void dumpregs(ctx_t *ctx)
{
    TRACE("Current RFRAME index: #%lu", rfs_current_idx);

    TRACE("\n\nEnviron:");
    TRACE("\nrpc=0x%-16lX rip=0x%-16lX rfx=0x%-16lX", rpc, R(RIP), R(RFX));
    TRACE("\nrsp=0x%-16lX rbp=0x%-16lX trp=0x%-16lX", R(RSP), R(RBP), R(TRP));

    TRACE("\n\nControl:");
    TRACE("\ncr0=0x%-16lX cr1=0x%-16lX cr2=0x%-16lX", R(CR0), R(CR1), R(CR2));
    TRACE("\nfc0=0d%-16lu fc1=0d%-16lu fc2=0d%-16lu", fc0, fc1, fc2);

    TRACE("\n\nArgument:");
    TRACE("\nax0=0x%-16lX ax1=0x%-16lX ax2=0x%-16lX", R(AX0), R(AX1), R(AX2));
    TRACE("\nax3=0x%-16lX ax4=0x%-16lX ax5=0x%-16lX", R(AX3), R(AX4), R(AX5));

    TRACE("\n\nVolatile:");
    TRACE("\nrax=0x%-16lX rcx=0x%-16lX rdx=0x%-16lX", R(RAX), R(RCX), R(RDX));
    TRACE("\nr10=0x%-16lX r11=0x%-16lX r12=0x%-16lX", R(R10), R(R11), R(R12));
    TRACE("\nr13=0x%-16lX r14=0x%-16lX r15=0x%-16lX", R(R13), R(R14), R(R15));

    TRACE("\n\nPersistent:");
    TRACE("\nrbx=0x%-16lX rdi=0x%-16lX rsi=0x%-16lX", R(RBX), R(RDI), R(RSI));
    TRACE("\nnx0=0x%-16lX nx1=0x%-16lX nx2=0x%-16lX", R(NX0), R(NX1), R(NX2));
    TRACE("\nnx3=0x%-16lX nx4=0x%-16lX nx5=0x%-16lX", R(NX3), R(NX4), R(NX5));

    TRACE("\n");

    assert(R(RZX) == 0);
}