/*
* uemf.h -- Go Ahead Micro Embedded Management Framework Header
*
* Copyright (c) Go Ahead Software, Inc., 1995-1999
*
* See the file "license.txt" for usage and redistribution license requirements
*/
#ifndef _h_UEMF
#define _h_UEMF 1
/******************************** Description *********************************/
/*
* Go Ahead Web Server header. This defines the Web public APIs
*/
/******************************* Per O/S Includes *****************************/
#if WIN
#include <direct.h>
#include <io.h>
#include <sys/stat.h>
#include <limits.h>
#include <tchar.h>
#include <windows.h>
#include <winnls.h>
#include <time.h>
#include <sys/types.h>
#include <stdio.h>
#include <stdlib.h>
#endif
#if CE
#include <limits.h>
#include <tchar.h>
#include <windows.h>
#include <winnls.h>
#include "CE/wincompat.h"
#endif
#if NW
#include <stdio.h>
#endif
#if UNIX
#include <stdio.h>
#endif
#if LINUX || __rtems__
#include <sys/types.h>
#include <sys/stat.h>
#include <sys/param.h>
#include <limits.h>
#include <stdio.h>
#include <stdlib.h>
#include <unistd.h>
#include <sys/socket.h>
#include <sys/select.h>
#include <netinet/in.h>
#include <arpa/inet.h>
#include <netdb.h>
#include <time.h>
#endif
#if LYNX
#include <limits.h>
#include <stdarg.h>
#include <stdio.h>
#include <stdlib.h>
#include <unistd.h>
#include <socket.h>
#include <netinet/in.h>
#include <arpa/inet.h>
#include <netdb.h>
#include <time.h>
#endif
#if UW
#include <stdio.h>
#endif
#if VXW486
#include <vxWorks.h>
#include <sockLib.h>
#include <selectLib.h>
#include <inetLib.h>
#include <ioLib.h>
#include <stdio.h>
#include <stat.h>
#include <time.h>
#include <usrLib.h>
#endif
#if QNX4
#include <sys/types.h>
#include <stdio.h>
#include <sys/socket.h>
#include <sys/select.h>
#include <netinet/in.h>
#include <arpa/inet.h>
#include <netdb.h>
#endif
/********************************** Includes **********************************/
#include <ctype.h>
#include <stdarg.h>
#include <string.h>
/********************************** Unicode ***********************************/
/*
* Constants and limits. Also FNAMESIZE and PATHSIZE are currently defined
* in param.h to be 128 and 512
*/
#define TRACE_MAX (4096 - 48)
#define VALUE_MAX_STRING (4096 - 48)
#define SYM_MAX (512)
#define XML_MAX 4096 /* Maximum size for tags/tokens */
#define BUF_MAX 4096 /* General sanity check for bufs */
/*
* Type for unicode systems
*/
#if UNICODE
/*
* To convert strings to UNICODE. We have a level of indirection so things
* like T(__FILE__) will expand properly.
*/
#define T(x) __TXT(x)
#define __TXT(s) L ## s
typedef unsigned short char_t;
typedef unsigned short uchar_t;
/*
* Text size of buffer macro. A buffer bytes will hold (size / char size)
* characters.
*/
#define TSZ(x) (sizeof(x) / sizeof(char_t))
/*
* How many ASCII bytes are required to represent this UNICODE string?
*/
#define TASTRL(x) ((wcslen(x) + 1) * sizeof(char_t))
#define gmain wmain
#define gsprintf swprintf
#define gprintf wprintf
#define gfprintf fwprintf
#define gsscanf swscanf
#define gvsprintf vswprintf
#define gstrcpy wcscpy
#define gstrncpy wcsncpy
#define gstrncat wcsncat
#define gstrlen wcslen
#define gstrcat wcscat
#define gstrcmp wcscmp
#define gstrncmp wcsncmp
#define gstricmp wcsicmp
#define gstrchr wcschr
#define gstrrchr wcsrchr
#define gstrtok wcstok
#define gstrnset wcsnset
#define gstrstr wcsstr
#define gfopen _wfopen
#define gopen _wopen
#define gcreat _wcreat
#define gfgets fgetws
#define gfputs fputws
#define gunlink _wunlink
#define grename _wrename
#define gtmpnam _wtmpnam
#define gtempnam _wtempnam
#define gfindfirst _wfindfirst
#define gfinddata_t _wfinddata_t
#define gfindnext _wfindnext
#define gfindclose _findclose
#define gstat _wstat
#define gaccess _waccess
typedef struct _stat gstat_t;
#define gmkdir _wmkdir
#define gchdir _wchdir
#define grmdir _wrmdir
#define gremove _wremove
#define ggetcwd _wgetcwd
#define gtolower towlower
#define gtoupper towupper
#define gisspace iswspace
#define gisdigit iswdigit
#define gisxdigit iswxdigit
#define gisalnum iswalnum
#define gisalpha iswalpha
#define gisupper iswupper
#define gislower iswlower
#define gatoi(s) wcstol(s, NULL, 10)
#define gctime _wctime
#define ggetenv _wgetenv
#define gexecvp _wexecvp
#else /* ! UNICODE */
#define T(s) s
#define TSZ(x) (sizeof(x))
#define TASTRL(x) (strlen(x) + 1)
typedef char char_t;
#if WIN
typedef unsigned char uchar_t;
#endif
#define gsprintf sprintf
#define gprintf printf
#define gfprintf fprintf
#define gsscanf sscanf
#define gvsprintf vsprintf
#define gstrcpy strcpy
#define gstrncpy strncpy
#define gstrncat strncat
#define gstrlen strlen
#define gstrcat strcat
#define gstrcmp strcmp
#define gstrncmp strncmp
#define gstricmp stricmp
#define gstrchr strchr
#define gstrrchr strrchr
#define gstrtok strtok
#define gstrnset strnset
#define gstrstr strstr
#define gfopen fopen
#define gopen open
#define gcreat creat
#define gfgets fgets
#define gfputs fputs
#define gunlink unlink
#define grename rename
#define gtmpnam tmpnam
#define gtempnam tempnam
#define gfindfirst _findfirst
#define gfinddata_t _finddata_t
#define gfindnext _findnext
#define gfindclose _findclose
#define gstat stat
#define gaccess access
typedef struct stat gstat_t;
#define gmkdir mkdir
#define gchdir chdir
#define grmdir rmdir
#define gremove remove
#define ggetcwd getcwd
#define gtolower tolower
#define gtoupper toupper
#define gisspace isspace
#define gisdigit isdigit
#define gisxdigit isxdigit
#define gisalnum isalnum
#define gisalpha isalpha
#define gisupper isupper
#define gislower islower
#define gatoi atoi
#define gctime ctime
#define ggetenv getenv
#define gexecvp execvp
#ifndef VXW486
#define gmain main
#endif
#endif
/********************************** Defines ***********************************/
#define FNAMESIZE 256 /* Max length of file names */
#define E_MAX_ERROR 4096
/*
* Error types
*/
#define E_ASSERT 0x1 /* Assertion error */
#define E_LOG 0x2 /* Log error to log file */
#define E_USER 0x3 /* Error that must be displayed */
#define E_L T(__FILE__), __LINE__
#define E_ARGS_DEC char_t *file, int line
#define E_ARGS file, line
#if ASSERT
#define a_assert(C) if (C) ; else error(E_L, E_ASSERT, T("%s"), #C)
#else
#define a_assert(C) if (1) ; else
#endif
#define VALUE_VALID { {0}, integer, 1 }
#define VALUE_INVALID { {0}, undefined, 0 }
/*
* Allocation flags
*/
#define VALUE_ALLOCATE 0x1
#define value_numeric(t) (t == integer)
#define value_str(t) (t >= string || t <= bytes)
#define value_ok(t) (t > undefined && t <= symbol)
/*
* These values are not prefixed so as to aid code readability
*/
#if !defined(UW) && !defined(__rtems__)
#pragma pack(2)
#endif
typedef enum {
undefined = 0,
integer = 1,
string = 2,
bytes = 3,
errmsg = 4
} value_type_t;
/*
* In UW, bit fields default to unsigned unless explicitly defined as signed.
* Unfortunately, enum become ints, but not explicitly signed. Thus, if using
* an enum type in a bit field, it becomes unsigned, but we need signed. So
* for UW we declare value_type_t to be a signed int to make this all work.
*/
typedef struct {
union {
long integer;
char_t *string;
char_t *bytes;
char_t *errmsg;
void *symbol;
} value;
#if UW
signed int type : 8;
#else
value_type_t type : 8;
#endif
unsigned int valid : 1;
unsigned int user_def_1 : 1;
unsigned int allocated : 1; /* String was balloced */
} value_t;
/*
* Extract a string from the value depending whether inline or via pointer
*/
#define value_strget(v) \
(((v)->type == bytes) ? (v)->value.bytes : (v)->value.string)
#if !defined(UW) && !defined(__rtems__)
#pragma pack()
#endif
/******************************************************************************/
/*
* A ring queue allows maximum utilization of memory for data storage and is
* ideal for input/output buffering. This module provides a highly effecient
* implementation and a vehicle for dynamic strings.
*
* WARNING: This is a public implementation and callers have full access to
* the queue structure and pointers. Change this module very carefully.
*
* This module follows the open/close model.
*
* Operation of a ringq where rq is a pointer to a ringq :
*
* rq->buflen contains the size of the buffer.
* rq->buf will point to the start of the buffer.
* rq->servp will point to the first (un-consumed) data byte.
* rq->endp will point to the next free location to which new data is added
* rq->endbuf will point to one past the end of the buffer.
*
* Eg. If the ringq contains the data "abcdef", it might look like :
*
* +-------------------------------------------------------------------+
* | | | | | | | | a | b | c | d | e | f | | | | |
* +-------------------------------------------------------------------+
* ^ ^ ^ ^
* | | | |
* rq->buf rq->servp rq->endp rq->enduf
*
* The queue is empty when servp == endp. This means that the queue will hold
* at most rq->buflen -1 bytes. It is the fillers responsibility to ensure
* the ringq is never filled such that servp == endp.
*
* It is the fillers responsibility to "wrap" the endp back to point to
* rq->buf when the pointer steps past the end. Correspondingly it is the
* consumers responsibility to "wrap" the servp when it steps to rq->endbuf.
* The ringqPutc and ringqGetc routines will do this automatically.
*/
/*
* Ring queue buffer structure
*/
typedef struct {
unsigned char *buf; /* Holding buffer for data */
unsigned char *servp; /* Pointer to start of data */
unsigned char *endp; /* Pointer to end of data */
unsigned char *endbuf; /* Pointer to end of buffer */
int buflen; /* Length of ring queue */
int maxsize; /* Maximum size */
int increment; /* Growth increment */
} ringq_t;
/*
* Block allocation definitions
*/
#define B_L __FILE__, __LINE__
#define B_ARGS_DEC char *file, int line
#define B_ARGS file, line
/*
* Block classes are: 16, 32, 64, 128, 256, 512, 1024, 2048, 4096, 8192,
* 16384, 32768, 65536
*/
#define B_SHIFT 4 /* Convert size to class */
#define B_ROUND ((1 << (B_SHIFT)) - 1)
#define B_MAX_CLASS 13 /* Maximum class number + 1 */
#define B_MALLOCED 0x80000000 /* Block was malloced */
#define B_DEFAULT_MEM (64 * 1024) /* Default memory allocation */
#define B_MAX_FILES (512) /* Maximum number of files */
#define B_FILL_CHAR (0x77) /* Fill byte for buffers */
#define B_FILL_WORD (0x77777777) /* Fill word for buffers */
#define B_MAX_BLOCKS (64 * 1024) /* Maximum allocated blocks */
/*
* Flags. The integer value is used as an arbitrary value to fill the flags.
*/
#define B_USE_MALLOC 0x1 /* Okay to use malloc if required */
#define B_USER_BUF 0x2 /* User supplied buffer for mem */
#define B_INTEGRITY 0x8124000 /* Integrity value */
#define B_INTEGRITY_MASK 0xFFFF000 /* Integrity mask */
/*
* The symbol table record for each symbol entry
*/
typedef struct sym_t {
struct sym_t *forw; /* Pointer to next hash list */
value_t name; /* Name of symbol */
value_t content; /* Value of symbol */
int arg; /* Parameter value */
} sym_t;
typedef int sym_fd_t; /* Returned by symOpen */
/*
* Socket flags
*/
#define SOCKET_EOF 0x1 /* Seen end of file */
#define SOCKET_CONNECTING 0x2 /* Connect in progress */
#define SOCKET_BROADCAST 0x4 /* Broadcast mode */
#define SOCKET_PENDING 0x8 /* Message pending on this socket */
#define SOCKET_FLUSHING 0x10 /* Background flushing */
#define SOCKET_LISTENING 0x20 /* Server socket listening */
/*
* Socket error values
*/
#define SOCKET_WOULDBLOCK 1 /* Socket would block on I/O */
#define SOCKET_RESET 2 /* Socket has been reset */
#define SOCKET_NETDOWN 3 /* Network is down */
#define SOCKET_AGAIN 4 /* Issue the request again */
#define SOCKET_INTR 5 /* Call was interrupted */
#define SOCKET_INVAL 6 /* Invalid */
/*
* Handler event masks
*/
#define SOCKET_READABLE 0x2 /* Make socket readable */
#define SOCKET_WRITABLE 0x4 /* Make socket writable */
#define SOCKET_EXCEPTION 0x8 /* Interested in exceptions */
#define SOCKET_BUFSIZ 512 /* Underlying buffer size */
typedef void (*socketHandler_t)(int sid, int mask, int data);
typedef int (*socketAccept_t)(int sid, char *ipaddr, int port);
/*
* Script engines
*/
#define EMF_SCRIPT_JSCRIPT 0 /* javascript */
#define EMF_SCRIPT_TCL 1 /* tcl */
#define EMF_SCRIPT_EJSCRIPT 2 /* Ejscript */
#define EMF_SCRIPT_MAX 3
#define MAXINT INT_MAX
#define BITSPERBYTE 8
#define BITS(type) (BITSPERBYTE * (int) sizeof(type))
#ifndef max
#define max(a,b) (((a) > (b)) ? (a) : (b))
#endif
#ifndef min
#define min(a,b) (((a) < (b)) ? (a) : (b))
#endif
/******************************* Per O/S Defines ******************************/
#if VXW486 || LINUX || __rtems__ || LYNX
#ifndef O_BINARY
#define O_BINARY 0
#endif
#define SOCKET_ERROR -1
#endif
#if WIN
#undef R_OK
#define R_OK 4
#undef W_OK
#define W_OK 2
#undef X_OK
#define X_OK 1
#undef F_OK
#define F_OK 0
#endif
/********************************* Prototypes *********************************/
extern void bclose();
extern int bopen(void *buf, int bufsize, int flags);
#if NO_BALLOC
#undef B_L
#define B_L x
#define balloc(x, num) malloc(num)
#define bfree(x, p) free(p)
#define bfreeSafe(x, p) \
if (p) { bfree(x, p); } else
#define brealloc(x, p, num) realloc(p, num)
extern char *bstrdupANoBalloc(char *s);
#define bstrdupA(x, s) bstrdupANoBalloc(s)
#if UNICODE
extern char_t *bstrdupNoBalloc(char_t *s);
#define bstrdup(x, s) bstrdupNoBalloc(s)
#define gstrdup(x, s) bstrdupNoBalloc(s)
#else /* Not UNICODE */
#define bstrdup(x, s) bstrdupANoBalloc(s)
#define gstrdup(x, s) bstrdupANoBalloc(s)
#endif /* UNICODE */
#else /* BALLOC */
extern void *balloc(B_ARGS_DEC, int size);
extern void bfree(B_ARGS_DEC, void *mp);
extern void *brealloc(B_ARGS_DEC, void *buf, int newsize);
extern void bstats(int handle, void (*writefn)(int fd, char_t *fmt, ...));
extern char_t *bstrdup(B_ARGS_DEC, char_t *s);
extern void bfreeSafe(B_ARGS_DEC, void* mp);
#define gstrdup(B_ARGS, s) bstrdup(B_ARGS, s)
#if UNICODE
extern char *bstrdupA(B_ARGS_DEC, char *s);
#else
#define bstrdupA bstrdup
#endif /* UNICODE */
#endif /* BALLOC */
#if !LINUX && !__rtems__
extern char_t* basename(char_t* name);
#endif
extern void *emfCreateTimer(int delay, void (*routine)(long arg), long arg);
extern void emfDeleteTimer(void *id);
extern int emfInstGet();
extern void emfInstSet(int inst);
extern void error(E_ARGS_DEC, int flags, char_t *fmt, ...);
extern int hAlloc(void*** map);
extern int hFree(void*** map, int handle);
extern int hAllocEntry(void ***list, int *max, int size);
extern int ringqOpen(ringq_t *rq, int increment, int maxsize);
extern void ringqClose(ringq_t *rq);
extern int ringqLen(ringq_t *rq);
extern int ringqPutc(ringq_t *rq, char_t c);
extern int ringqInsertc(ringq_t *rq, char_t c);
extern int ringqPutstr(ringq_t *rq, char_t *str);
extern int ringqGetc(ringq_t *rq);
extern int gvsnprintf(char_t **s, int n, char_t *fmt, va_list arg);
extern int gsnprintf(char_t **s, int n, char_t *fmt, ...);
#if UNICODE
extern int ringqPutcA(ringq_t* rq, char c);
extern int ringqInsertcA(ringq_t* rq, char c);
extern int ringqPutstrA(ringq_t* rq, char* str);
extern int ringqGetcA(ringq_t* rq);
#else
#define ringqPutcA ringqPutc
#define ringqInsertcA ringqInsertc
#define ringqPutstrA ringqPutstr
#define ringqGetcA ringqGetc
#endif
extern int ringqPutBlk(ringq_t *rq, unsigned char *buf, int len);
extern int ringqPutBlkMax(ringq_t *rq);
extern void ringqPutBlkAdj(ringq_t *rq, int size);
extern int ringqGetBlk(ringq_t *rq, unsigned char *buf, int len);
extern int ringqGetBlkMax(ringq_t *rq);
extern void ringqGetBlkAdj(ringq_t *rq, int size);
extern void ringqFlush(ringq_t *rq);
extern int scriptSetVar(int engine, char_t *var, char_t *value);
extern int scriptEval(int engine, char_t *cmd, char_t **rslt, int chan);
extern void socketClose();
extern void socketCloseConnection(int sid);
extern void socketCreateHandler(int sid, int mask, socketHandler_t
handler, int arg);
extern void socketDeleteHandler(int sid);
extern int socketEof(int sid);
extern int socketFlush(int sid, int block);
extern int socketGets(int sid, char_t** buf);
extern int socketInputBuffered(int sid);
extern int socketOpen();
extern int socketOpenConnection(char *host, int port,
socketAccept_t accept, int flags);
extern void socketProcess();
extern int socketRead(int sid, char *buf, int len);
extern int socketReady();
extern int socketWrite(int sid, char *buf, int len);
extern int socketWriteString(int sid, char_t *buf);
extern int socketSelect();
extern char_t *strlower(char_t *string);
extern char_t *strupper(char_t *string);
extern char_t *stritoa(int n, char_t *string, int width);
extern sym_fd_t symOpen(int hash_size);
extern void symClose(sym_fd_t sd, void (*cleanup)(sym_t *sp));
extern sym_t *symLookup(sym_fd_t sd, char_t *name);
extern sym_t *symEnter(sym_fd_t sd, char_t *name, value_t v, int arg);
extern int symDelete(sym_fd_t sd, char_t *name);
extern void symWalk(sym_fd_t sd, void (*fn)(sym_t *symp));
extern void trace(int lev, char_t *fmt, ...);
extern value_t valueInteger(long value);
extern value_t valueString(char_t *value, int flags);
extern value_t valueErrmsg(char_t *value);
extern void valueFree(value_t *v);
extern char_t *ascToUni(char_t *ubuf, char *str, int nBytes);
extern char *uniToAsc(char *buf, char_t *ustr, int nBytes);
extern char_t *ballocAscToUni(char * cp);
extern char *ballocUniToAsc(char_t * unip, int ulen);
#endif /* _h_UEMF */
/******************************************************************************/
