/* Distributed Checksum Clearinghouse
 *
 * --C-LICENSE--
 * $Revision: 1.25 $
 */

#include "dcc_defs.h"
#include "dcc_xhdr.h"

char *
type2str(char *buf, u_int buf_len,	/* put it here */
	 DCC_CK_TYPES type,		/* this type */
	 const char *sub_str,		/* sub-type for DCC_CK_SUB */
	 u_char is_db,			/* 0=whitelist 1=database */
	 u_char is_grey_db)		/* 1=greylist DB */
{
#define PCK(t) case DCC_CK_##t:					\
	STRLCPY(buf,DCC_XHDR_TYPE_##t,buf_len);			\
	return buf;
#define PCK2(c,sw,t1,t2) case DCC_CK_##c:			\
	if (!sw)						\
		STRLCPY(buf,DCC_XHDR_TYPE_##t1,buf_len);	\
	else							\
		STRLCPY(buf,DCC_XHDR_TYPE_##t2,buf_len);	\
	return buf;

	switch (type) {
	PCK(IP)
	PCK(ENV_FROM)
	PCK(FROM)
	PCK(MESSAGE_ID)
	PCK(RECEIVED)
	PCK(BODY)
	PCK(FUZ1)
	PCK(FUZ2)
	PCK2(G_MSG_R_TOTAL, is_grey_db, REP_TOTAL, GREY_MSG)
	PCK2(G_TRIPLE_R_BULK, is_grey_db, REP_BULK, GREY_TRIPLE)
	PCK(SRVR_ID)
	PCK2(FLOD_PATH, is_db, ENV_TO, FLOD_PATH)
	case DCC_CK_SUB:
		if (sub_str)
			snprintf(buf, buf_len, DCC_XHDR_TYPE_SUB" %s",
				 sub_str);
		else
			snprintf(buf, buf_len, DCC_XHDR_TYPE_SUB);
		return buf;
	case DCC_CK_INVALID:
		break;
	}

	snprintf(buf, buf_len, DCC_XHDR_TYPE_UNKNOWN, type);
	return buf;
#undef PCK
#undef PCK2
}



/* use sparingly for error messages since it is not thread safe */
const char *
type2str_err(DCC_CK_TYPES type,		/* type to convert to a string */
	     const char *sub_str,	/* sub-type for DCC_CK_SUB */
	     u_char is_db,		/* 0=whitelist 1=database */
	     u_char is_grey_db)		/* 1=greylist DB */
{
	static int bufno;
	static struct {
	    char    str[DCC_XHDR_MAX_TYPE_LEN_BUF];
	} bufs[4];
	char *s;

	s = bufs[bufno].str;
	bufno = (bufno+1) % DIM(bufs);

	return type2str(s, sizeof(bufs[0].str),
			type, sub_str, is_db, is_grey_db);
}