You are an expert in writing code in many different languages. Your goal is to perform code completion for the following code, keeping in mind the rest of the code and the file meta data.
    Metadata details:
    filename: dump_windows_amd64.go
    path of file: ./repos/delve/pkg/proc/native
    
    the code of the file until where you have to start completion: package native

import (
	"errors"
	"fmt"
	"unsafe"

	"github.com/go-delve/delve/pkg/elfwriter"
	"github.com/go-delve/delve/pkg/proc"
)

func (p *nativeProcess) MemoryMap() ([]proc.MemoryMapEntry, error) {
	var memoryMapError error
	r := []proc.MemoryMapEntry{}

	p.execPtraceFunc(func() {
		is64 := true
		if isWow64 := uint32(0); _IsWow64Process(p.os.hProcess, &isWow64) != 0 {
			if isWow64 != 0 {
				is64 = false
			}
		}

		maxaddr := uint64(1 << 48) // windows64 uses only 48 bit addresses
		if !is64 {
			maxaddr = uint64(^uint32(0))
		}

		var meminfo _MEMORY_BASIC_INFORMATION

		for addr := uint64(0); addr < maxaddr; addr += meminfo.RegionSize {
			size := _VirtualQueryEx(p.os.hProcess, uintptr(addr), &meminfo, unsafe.Sizeof(meminfo))
			if size == 0 {
				// size == 0 is an error and the only error returned by VirtualQueryEx
				// is when addr is above the highest address allocated for the
				// application.
				return
			}
			if size != unsafe.Sizeof(meminfo) {
				memoryMapError = fmt.Errorf("bad size returned by _VirtualQueryEx: %d (expected %d)", size, unsafe.Sizeof(meminfo))
				return
			}
			if addr+meminfo.RegionSize <= addr {
				// this shouldn't happen
				memoryMapError = errors.New("VirtualQueryEx wrapped around the address space or stuck")
				return
			}
			if meminfo.State == _MEM_FREE || meminfo.State == _MEM_RESERVE {
				continue
			}
			if meminfo.Protect&_PAGE_GUARD != 0 {
				// reading from this range will result in an error.
				continue
			}

			va
    
func (p *nativeProcess) MemoryMap() ([]proc.MemoryMapEntry, error) {
	var memoryMapError error
	r := []proc.MemoryMapEntry{}

	p.execPtraceFunc(func() {
		is64 := true
		if isWow64 := uint32(0); _IsWow64Process(p.os.hProcess, &isWow64) != 0 {
			if isWow64 != 0 {
				is64 = false
			}
		}

		maxaddr := uint64(1 << 48) // windows64 uses only 48 bit addresses
		if !is64 {
			maxaddr = uint64(^uint32(0))
		}

		var meminfo _MEMORY_BASIC_INFORMATION

		for addr := uint64(0); addr < maxaddr; addr += meminfo.RegionSize {
			size := _VirtualQueryEx(p.os.hProcess, uintptr(addr), &meminfo, unsafe.Sizeof(meminfo))
			if size == 0 {
				// size == 0 is an error and the only error returned by VirtualQueryEx
				// is when addr is above the highest address allocated for the
				// application.
				return
			}
			if size != unsafe.Sizeof(meminfo) {
				memoryMapError = fmt.Errorf("bad size returned by _VirtualQueryEx: %d (expected %d)", size, unsafe.Sizeof(meminfo))
				return
			}
			if addr+meminfo.RegionSize <= addr {
				// this shouldn't happen
				memoryMapError = errors.New("VirtualQueryEx wrapped around the address space or stuck")
				return
			}
			if meminfo.State == _MEM_FREE || meminfo.State == _MEM_RESERVE {
				continue
			}
			if meminfo.Protect&_PAGE_GUARD != 0 {
				// reading from this range will result in an error.
				continue
			}

			var mme proc.MemoryMapEntry
			mme.Addr = addr
			mme.Size = meminfo.RegionSize

			switch meminfo.Protect & 0xff {
			case _PAGE_EXECUTE:
				mme.Exec = true
			case _PAGE_EXECUTE_READ:
				mme.Exec = true
				mme.Read = true
			case _PAGE_EXECUTE_READWRITE:
				mme.Exec = true
				mme.Read = true
				mme.Write = true
			case _PAGE_EXECUTE_WRITECOPY:
				mme.Exec = true
				mme.Read = true
			case _PAGE_NOACCESS:
			case _PAGE_READONLY:
				mme.Read = true
			case _PAGE_READWRITE:
				mme.Read = true
				mme.Write = true
			case _PAGE_WRITECOPY:
				mme.Read = true
			}
			r = append(r, mme)
		}
	})

	return r, memoryMapError
}