#ifndef XVFS_CORE_H_1B4B28D60EBAA11D5FF85642FA7CA22C29E8E817 #define XVFS_CORE_H_1B4B28D60EBAA11D5FF85642FA7CA22C29E8E817 1 #include <tcl.h> #define XVFS_PROTOCOL_VERSION 1 typedef const char **(*xvfs_proc_getChildren_t)(const char *path, Tcl_WideInt *count); typedef const unsigned char *(*xvfs_proc_getData_t)(const char *path, Tcl_WideInt start, Tcl_WideInt *length); typedef int (*xvfs_proc_getStat_t)(const char *path, Tcl_StatBuf *statBuf); struct Xvfs_FSInfo { int protocolVersion; const char *name; xvfs_proc_getChildren_t getChildrenProc; xvfs_proc_getData_t getDataProc; xvfs_proc_getStat_t getStatProc; }; #define XVFS_REGISTER_INTERFACE(name) int name(Tcl_Interp *interp, struct Xvfs_FSInfo *fsInfo); #if defined(XVFS_MODE_STANDALONE) /* * In standalone mode, we just redefine calls to * Xvfs_Register() to go to the xvfs_standalone_register() * function */ # define Xvfs_Register xvfs_standalone_register static XVFS_REGISTER_INTERFACE(Xvfs_Register) #elif defined(XVFS_MODE_FLEXIBLE) /* * In flexible mode, we just redefine calls to * Xvfs_Register() to go to the xvfs_flexible_register() * function which will either dispatch to a common * core XVFS or use the xvfs_standalone_register() * function as a standalone would. */ # define Xvfs_Register xvfs_flexible_register static XVFS_REGISTER_INTERFACE(Xvfs_Register) #elif defined(XVFS_MODE_CLIENT) /* * In client mode we declare an external symbol named * Xvfs_Register() that must be provided by the environment * we are loaded into */ extern XVFS_REGISTER_INTERFACE(Xvfs_Register) #elif defined(XVFS_MODE_SERVER) /* * In server mode we are going to implementing Xvfs_Register() * for flexible/client modes, just forward declare it */ XVFS_REGISTER_INTERFACE(Xvfs_Register) #else # error Unsupported XVFS_MODE #endif /* * In flexible or standalone mode, directly include what * would otherwise be a separate translation unit, to * avoid symbols leaking */ #if defined(XVFS_MODE_FLEXIBLE) || defined(XVFS_MODE_STANDALONE) #include <xvfs-core.c> #endif #endif