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#ifndef NTUX_DRIVER_IMPL_H
#define NTUX_DRIVER_IMPL_H
#include <psxabi/sys_abitypes.h>
#include <psxabi/sys_fcntl.h>
#include <psxscl/psxscl.h>
#include <stdint.h>
#include <stdio.h>
#include <ntux/ntux.h>
#include "ntux_dprintf_impl.h"
#include "argv/argv.h"
#define NTUX_OPTV_ELEMENTS 64
extern const struct argv_option ntux_default_options[];
extern const struct argv_option ntux_spawn_options[];
extern const struct argv_option ntux_strace_options[];
extern const struct argv_option ntux_chmod_options[];
extern const struct argv_option ntux_aceit_options[];
extern const struct argv_option ntux_fspath_options[];
extern const struct argv_option ntux_bridge_options[];
/* bridge functionality */
#define NTUX_EXE_SUFFIX ".exe"
#define NTUX_EXE_SUFFIX_LEN (4)
#define NTUX_MAX_PATH_UTF8 (32768 / 2 * 3)
#define NTUX_MAX_PATH NTUX_MAX_PATH_UTF8
enum app_tags {
TAG_HELP,
TAG_VERSION,
TAG_CMD,
TAG_LOADER,
TAG_LOGFILE,
TAG_VERBOSE,
TAG_SILENT,
TAG_RECURSIVE,
TAG_STRMODE,
TAG_REFOBJ,
TAG_CHANGES,
TAG_OWNER,
TAG_GROUP,
TAG_ROOTED,
TAG_ROOTLESS,
TAG_DUMP,
TAG_SYNTAX,
TAG_RPATH,
TAG_APATH,
TAG_NPATH,
TAG_DPATH,
TAG_INTERP,
TAG_SCRIPT,
TAG_OPTARG,
TAG_CWDPATH,
TAG_ABSPATH,
};
struct ntux_driver_ctx_impl {
struct ntux_common_ctx cctx;
struct ntux_driver_ctx ctx;
struct ntux_fd_ctx fdctx;
struct __psx_context xctx;
const struct ntux_unit_ctx *euctx;
const char * eunit;
char * interp;
struct ntux_error_info ** errinfp;
struct ntux_error_info ** erricap;
struct ntux_error_info * erriptr[64];
struct ntux_error_info erribuf[64];
char errsbuf[28];
int errcode;
};
static inline struct ntux_driver_ctx_impl * ntux_get_driver_ictx(const struct ntux_driver_ctx * dctx)
{
uintptr_t addr;
if (dctx) {
addr = (uintptr_t)dctx - offsetof(struct ntux_driver_ctx_impl,ctx);
return (struct ntux_driver_ctx_impl *)addr;
}
return 0;
}
static inline void ntux_driver_set_ectx(
const struct ntux_driver_ctx * dctx,
const struct ntux_unit_ctx * uctx,
const char * unit)
{
struct ntux_driver_ctx_impl * ictx;
ictx = ntux_get_driver_ictx(dctx);
ictx->euctx = uctx;
ictx->eunit = unit;
}
static inline int ntux_driver_fdin(const struct ntux_driver_ctx * dctx)
{
struct ntux_fd_ctx fdctx;
ntux_get_driver_fdctx(dctx,&fdctx);
return fdctx.fdin;
}
static inline int ntux_driver_fdout(const struct ntux_driver_ctx * dctx)
{
struct ntux_fd_ctx fdctx;
ntux_get_driver_fdctx(dctx,&fdctx);
return fdctx.fdout;
}
static inline int ntux_driver_fderr(const struct ntux_driver_ctx * dctx)
{
struct ntux_fd_ctx fdctx;
ntux_get_driver_fdctx(dctx,&fdctx);
return fdctx.fderr;
}
static inline int ntux_driver_fdlog(const struct ntux_driver_ctx * dctx)
{
struct ntux_fd_ctx fdctx;
ntux_get_driver_fdctx(dctx,&fdctx);
return fdctx.fdlog;
}
static inline int ntux_driver_fdcwd(const struct ntux_driver_ctx * dctx)
{
struct ntux_fd_ctx fdctx;
ntux_get_driver_fdctx(dctx,&fdctx);
return fdctx.fdcwd;
}
static inline int ntux_driver_fddst(const struct ntux_driver_ctx * dctx)
{
struct ntux_fd_ctx fdctx;
ntux_get_driver_fdctx(dctx,&fdctx);
return fdctx.fddst;
}
#endif
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