-
/*
* mh.h -- main header file for all of nmh
*/
#define DMAXFOLDER 4 /* typical number of digits */
#define MAXFOLDER 1000 /* message increment */
+/*
+ * This macro is for use by scan, for example, so that platforms with
+ * a small BUFSIZ can easily allocate larger buffers.
+ */
+#define NMH_BUFSIZ (BUFSIZ>=8192 ? BUFSIZ : 8192)
+
#ifndef FALSE
-#define FALSE 0
+#define FALSE false
#endif
#ifndef TRUE
-#define TRUE 1
+#define TRUE true
#endif
typedef unsigned char boolean; /* not int so we can pack in a structure */
#define NMH_UNUSED(i) i
#endif
+/* DIM gives the number of elements in the one-dimensional array a. */
+#define DIM(a) (sizeof (a) / sizeof (*(a)))
+
+/* LEN gives the strlen() of string constant s, excluding the
+ * terminating NUL. */
+#define LEN(s) (sizeof (s) - 1)
+
+/*
+ * char array that keeps track of size in both bytes and characters
+ * Usage note:
+ * Don't store return value of charstring_buffer() and use later
+ * after intervening push_back's; use charstring_buffer_copy()
+ * instead.
+ */
+typedef struct charstring *charstring_t;
+
+charstring_t charstring_create (size_t);
+charstring_t charstring_copy (const charstring_t);
+void charstring_free (charstring_t);
+/* Append a single-byte character: */
+void charstring_push_back (charstring_t, const char);
+/* Append possibly multi-byte character(s): */
+void charstring_push_back_chars (charstring_t, const char [], size_t, size_t);
+void charstring_append (charstring_t, const charstring_t);
+void charstring_append_cstring (charstring_t, const char []);
+void charstring_clear (charstring_t);
+/* Don't store return value of charstring_buffer() and use later after
+ intervening push_back's; use charstring_buffer_copy() instead. */
+const char *charstring_buffer (const charstring_t);
+/* User is responsible for free'ing result of buffer copy. */
+char *charstring_buffer_copy (const charstring_t);
+size_t charstring_bytes (const charstring_t);
+size_t charstring_chars (const charstring_t);
+/* Length of the last character in the charstring. */
+int charstring_last_char_len (const charstring_t);
+
/*
* user context/profile structure
*/
/*
* Macros to use when declaring struct swit arrays.
*
- * These macros are what known as X-Macros. In your source code you
+ * These macros use a technique known as X-Macros. In your source code you
* use them like this:
*
* #define FOO_SWITCHES \
*
* The argument to each entry in FOO_SWITCHES are the switch name (sw),
* the minchars field (see above) and the return value for this switch.
+ * Note that the last entry in the above definition must either omit the
+ * continuation backslash, or be followed by a blank line. In the nmh
+ * code the style is to have every line include a backslash and follow
+ * the SWITCHES macro definition by a blank line.
*
* After you define FOO_SWITCHES, you instantiate it as follows:
*
extern struct swit anoyes[]; /* standard yes/no switches */
-#define ATTACHFORMATS 3 /* Number of send attach formats. */
-
/*
* general folder attributes
*/
#define READONLY (1<<0) /* No write access to folder */
-#define SEQMOD (1<<1) /* folder's sequences modifed */
+#define SEQMOD (1<<1) /* folder's sequences modified */
#define ALLOW_NEW (1<<2) /* allow the "new" sequence */
#define OTHERS (1<<3) /* folder has other files */
#define MODIFIED (1<<4) /* msh in-core folder modified */
#define FBITS "\020\01READONLY\02SEQMOD\03ALLOW_NEW\04OTHERS\05MODIFIED"
-/*
- * type for holding the sequence set of a message
- */
-typedef unsigned int seqset_t;
-
-/*
- * Determine the number of user defined sequences we
- * can have. The first 5 sequence flags are for
- * internal nmh message flags.
- */
-#define NUMATTRS ((sizeof(seqset_t) * Nbby) - 5)
-
/*
* first free slot for user defined sequences
* and attributes
/*
* internal messages attributes (sequences)
*/
-#define EXISTS (1<<0) /* exists */
-#define DELETED (1<<1) /* deleted */
-#define SELECTED (1<<2) /* selected for use */
-#define SELECT_EMPTY (1<<3) /* "new" message */
-#define SELECT_UNSEEN (1<<4) /* inc/show "unseen" */
+#define EXISTS (0) /* exists */
+#define DELETED (1) /* deleted */
+#define SELECTED (2) /* selected for use */
+#define SELECT_EMPTY (3) /* "new" message */
+#define SELECT_UNSEEN (4) /* inc/show "unseen" */
#define MBITS "\020\01EXISTS\02DELETED\03SELECTED\04NEW\05UNSEEN"
+/*
+ * type for holding the sequence set of a message
+ */
+typedef struct bvector *bvector_t;
+
+bvector_t bvector_create (size_t /* initial size in bits, can be 0 */);
+void bvector_copy (bvector_t, bvector_t);
+void bvector_free (bvector_t);
+void bvector_clear (bvector_t, size_t);
+void bvector_clear_all (bvector_t);
+void bvector_set (bvector_t, size_t);
+unsigned int bvector_at (bvector_t, size_t);
+const unsigned long *bvector_bits (bvector_t);
+size_t bvector_maxsize (bvector_t);
+
+typedef struct svector *svector_t;
+
+svector_t svector_create (size_t);
+void svector_free (svector_t);
+char *svector_push_back (svector_t, char *);
+char *svector_at (svector_t, size_t);
+char **svector_find(svector_t, const char *);
+char **svector_strs (svector_t);
+size_t svector_size (svector_t);
+
+typedef struct ivector *ivector_t;
+
+ivector_t ivector_create (size_t);
+void ivector_free (ivector_t);
+int ivector_push_back (ivector_t, int);
+int ivector_at (ivector_t, size_t);
+int *ivector_atp (ivector_t, size_t);
+size_t ivector_size (ivector_t);
+
/*
* Primary structure of folder/message information
*/
char *foldpath; /* Pathname of folder */
/*
- * Name of sequences in this folder. We add an
- * extra slot, so we can NULL terminate the list.
+ * Name of sequences in this folder.
*/
- char *msgattrs[NUMATTRS + 1];
+ svector_t msgattrs;
/*
* bit flags for whether sequence
* is public (0), or private (1)
*/
- seqset_t attrstats;
+ bvector_t attrstats;
/*
* These represent the lowest and highest possible
int hghoff;
/*
- * This is an array of seqset_t which we allocate dynamically.
- * Each seqset_t is a set of bits flags for a particular message.
+ * This is an array of bvector_t which we allocate dynamically.
+ * Each bvector_t is a set of bits flags for a particular message.
* These bit flags represent general attributes such as
* EXISTS, SELECTED, etc. as well as track if message is
* in a particular sequence.
*/
- seqset_t *msgstats; /* msg status */
+ size_t num_msgstats;
+ bvector_t *msgstats; /* msg status */
/*
* A FILE handle containing an open filehandle for the sequence file
/*
* Amount of space to allocate for msgstats. Allocate
- * the array to have space for messages numbers lo to hi.
+ * the array to have space for messages numbered lo to hi.
+ * Use MSGSTATNUM to load mp->num_msgstats first.
*/
-#define MSGSTATSIZE(mp,lo,hi) ((size_t) (((hi) - (lo) + 1) * sizeof(*(mp)->msgstats)))
+#define MSGSTATNUM(lo, hi) ((size_t) ((hi) - (lo) + 1))
+#define MSGSTATSIZE(mp) ((mp)->num_msgstats * sizeof *(mp)->msgstats)
/*
* macros for message and sequence manipulation
*/
-#define clear_msg_flags(mp,msgnum) ((mp)->msgstats[(msgnum) - mp->lowoff] = 0)
-#define copy_msg_flags(mp,i,j) \
- ((mp)->msgstats[(i) - mp->lowoff] = (mp)->msgstats[(j) - mp->lowoff])
-#define get_msg_flags(mp,ptr,msgnum) (*(ptr) = (mp)->msgstats[(msgnum) - mp->lowoff])
-#define set_msg_flags(mp,ptr,msgnum) ((mp)->msgstats[(msgnum) - mp->lowoff] = *(ptr))
-
-#define does_exist(mp,msgnum) ((mp)->msgstats[(msgnum) - mp->lowoff] & EXISTS)
-#define unset_exists(mp,msgnum) ((mp)->msgstats[(msgnum) - mp->lowoff] &= ~EXISTS)
-#define set_exists(mp,msgnum) ((mp)->msgstats[(msgnum) - mp->lowoff] |= EXISTS)
-
-#define is_selected(mp,msgnum) ((mp)->msgstats[(msgnum) - mp->lowoff] & SELECTED)
-#define unset_selected(mp,msgnum) ((mp)->msgstats[(msgnum) - mp->lowoff] &= ~SELECTED)
-#define set_selected(mp,msgnum) ((mp)->msgstats[(msgnum) - mp->lowoff] |= SELECTED)
-
-#define is_select_empty(mp,msgnum) ((mp)->msgstats[(msgnum) - mp->lowoff] & SELECT_EMPTY)
+#define msgstat(mp,n) (mp)->msgstats[(n) - mp->lowoff]
+#define clear_msg_flags(mp,msgnum) bvector_clear_all (msgstat(mp, msgnum))
+#define copy_msg_flags(mp,i,j) bvector_copy (msgstat(mp,i), msgstat(mp,j))
+#define get_msg_flags(mp,ptr,msgnum) bvector_copy (ptr, msgstat(mp, msgnum))
+#define set_msg_flags(mp,ptr,msgnum) bvector_copy (msgstat(mp, msgnum), ptr)
+
+#define does_exist(mp,msgnum) bvector_at (msgstat(mp, msgnum), EXISTS)
+#define unset_exists(mp,msgnum) bvector_clear (msgstat(mp, msgnum), EXISTS)
+#define set_exists(mp,msgnum) bvector_set (msgstat(mp, msgnum), EXISTS)
+
+#define is_selected(mp,msgnum) bvector_at (msgstat(mp, msgnum), SELECTED)
+#define unset_selected(mp,msgnum) bvector_clear (msgstat(mp, msgnum), SELECTED)
+#define set_selected(mp,msgnum) bvector_set (msgstat(mp, msgnum), SELECTED)
+
+#define is_select_empty(mp,msgnum) \
+ bvector_at (msgstat(mp, msgnum), SELECT_EMPTY)
#define set_select_empty(mp,msgnum) \
- ((mp)->msgstats[(msgnum) - mp->lowoff] |= SELECT_EMPTY)
+ bvector_set (msgstat(mp, msgnum), SELECT_EMPTY)
-#define is_unseen(mp,msgnum) ((mp)->msgstats[(msgnum) - mp->lowoff] & SELECT_UNSEEN)
-#define unset_unseen(mp,msgnum) ((mp)->msgstats[(msgnum) - mp->lowoff] &= ~SELECT_UNSEEN)
-#define set_unseen(mp,msgnum) ((mp)->msgstats[(msgnum) - mp->lowoff] |= SELECT_UNSEEN)
+#define is_unseen(mp,msgnum) \
+ bvector_at (msgstat(mp, msgnum), SELECT_UNSEEN)
+#define unset_unseen(mp,msgnum) \
+ bvector_clear (msgstat(mp, msgnum), SELECT_UNSEEN)
+#define set_unseen(mp,msgnum) \
+ bvector_set (msgstat(mp, msgnum), SELECT_UNSEEN)
/* for msh only */
-#define set_deleted(mp,msgnum) ((mp)->msgstats[(msgnum) - mp->lowoff] |= DELETED)
+#define set_deleted(mp,msgnum) bvector_set (msgstat(mp, msgnum), DELETED)
#define in_sequence(mp,seqnum,msgnum) \
- ((mp)->msgstats[(msgnum) - mp->lowoff] & (1 << (FFATTRSLOT + seqnum)))
+ bvector_at (msgstat(mp, msgnum), FFATTRSLOT + seqnum)
#define clear_sequence(mp,seqnum,msgnum) \
- ((mp)->msgstats[(msgnum) - mp->lowoff] &= ~(1 << (FFATTRSLOT + seqnum)))
+ bvector_clear (msgstat(mp, msgnum), FFATTRSLOT + seqnum)
#define add_sequence(mp,seqnum,msgnum) \
- ((mp)->msgstats[(msgnum) - mp->lowoff] |= (1 << (FFATTRSLOT + seqnum)))
+ bvector_set (msgstat(mp, msgnum), FFATTRSLOT + seqnum)
#define is_seq_private(mp,seqnum) \
- ((mp)->attrstats & (1 << (FFATTRSLOT + seqnum)))
+ bvector_at (mp->attrstats, FFATTRSLOT + seqnum)
#define make_seq_public(mp,seqnum) \
- ((mp)->attrstats &= ~(1 << (FFATTRSLOT + seqnum)))
+ bvector_clear (mp->attrstats, FFATTRSLOT + seqnum)
#define make_seq_private(mp,seqnum) \
- ((mp)->attrstats |= (1 << (FFATTRSLOT + seqnum)))
+ bvector_set (mp->attrstats, FFATTRSLOT + seqnum)
#define make_all_public(mp) \
- ((mp)->attrstats = 0)
+ mp->attrstats = bvector_create(0); bvector_clear_all (mp->attrstats)
/*
* macros for folder attributes
#define MS_UNKNOWN 1 /* type not known yet */
#define MS_MBOX 2 /* Unix-style "from" lines */
#define MS_MMDF 3 /* string mmdlm2 */
-#define MS_MSH 4 /* whacko msh */
#define NOUSE 0 /* draft being re-used */
#define LINK "@" /* Name of link to file to which you are */
/* replying. */
-#define NMH_ATTACH_HEADER "Nmh-Attachment" /* Default header for -attach */
+/*
+ * credentials management
+ */
+struct nmh_creds;
+typedef struct nmh_creds *nmh_creds_t;
/*
* miscellaneous macros
extern char *components;
extern char *context;
extern char *current;
+extern char *credentials_file;
+extern int credentials_no_perm_check;
extern char *defaultfolder;
extern char *digestcomps;
extern char *distcomps;
extern char *mhlreply;
extern char *moreproc;
extern char *msgprot;
-extern char *mshproc;
extern char *nmhaccessftp;
extern char *nmhaccessurl;
extern char *nmhstorage;
extern char *showmimeproc;
extern char *showproc;
extern char *usequence;
+extern char *user_agent;
extern char *version_num;
extern char *version_str;
-extern char *vmhproc;
extern char *whatnowproc;
extern char *whomproc;
projects / nmh / blobdiff