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#ifndef PATHSPEC_H
#define PATHSPEC_H
struct index_state;
/* Pathspec magic */
#define PATHSPEC_FROMTOP (1<<0)
#define PATHSPEC_MAXDEPTH (1<<1)
#define PATHSPEC_LITERAL (1<<2)
#define PATHSPEC_GLOB (1<<3)
#define PATHSPEC_ICASE (1<<4)
#define PATHSPEC_EXCLUDE (1<<5)
#define PATHSPEC_ATTR (1<<6)
#define PATHSPEC_ALL_MAGIC \
(PATHSPEC_FROMTOP | \
PATHSPEC_MAXDEPTH | \
PATHSPEC_LITERAL | \
PATHSPEC_GLOB | \
PATHSPEC_ICASE | \
PATHSPEC_EXCLUDE | \
PATHSPEC_ATTR)
#define PATHSPEC_ONESTAR 1 /* the pathspec pattern satisfies GFNM_ONESTAR */
/**
* See glossary-context.txt for the syntax of pathspec.
* In memory, a pathspec set is represented by "struct pathspec" and is
* prepared by parse_pathspec().
*/
struct pathspec {
int nr;
unsigned int has_wildcard:1;
unsigned int recursive:1;
unsigned int recurse_submodules:1;
unsigned magic;
int max_depth;
struct pathspec_item {
char *match;
char *original;
unsigned magic;
int len, prefix;
int nowildcard_len;
int flags;
int attr_match_nr;
struct attr_match {
char *value;
enum attr_match_mode {
MATCH_SET,
MATCH_UNSET,
MATCH_VALUE,
MATCH_UNSPECIFIED
} match_mode;
} *attr_match;
struct attr_check *attr_check;
} *items;
};
#define GUARD_PATHSPEC(ps, mask) \
do { \
if ((ps)->magic & ~(mask)) \
BUG("unsupported magic %x", (ps)->magic & ~(mask)); \
} while (0)
/* parse_pathspec flags */
#define PATHSPEC_PREFER_CWD (1<<0) /* No args means match cwd */
#define PATHSPEC_PREFER_FULL (1<<1) /* No args means match everything */
#define PATHSPEC_MAXDEPTH_VALID (1<<2) /* max_depth field is valid */
/* die if a symlink is part of the given path's directory */
#define PATHSPEC_SYMLINK_LEADING_PATH (1<<3)
#define PATHSPEC_PREFIX_ORIGIN (1<<4)
#define PATHSPEC_KEEP_ORDER (1<<5)
/*
* For the callers that just need pure paths from somewhere else, not
* from command line. Global --*-pathspecs options are ignored. No
* magic is parsed in each pathspec either. If PATHSPEC_LITERAL is
* allowed, then it will automatically set for every pathspec.
*/
#define PATHSPEC_LITERAL_PATH (1<<6)
/**
* Given command line arguments and a prefix, convert the input to
* pathspec. die() if any magic in magic_mask is used.
*
* Any arguments used are copied. It is safe for the caller to modify
* or free 'prefix' and 'args' after calling this function.
*
* - magic_mask specifies what features that are NOT supported by the following
* code. If a user attempts to use such a feature, parse_pathspec() can reject
* it early.
*
* - flags specifies other things that the caller wants parse_pathspec to
* perform.
*
* - prefix and args come from cmd_* functions
*
* parse_pathspec() helps catch unsupported features and reject them politely.
* At a lower level, different pathspec-related functions may not support the
* same set of features. Such pathspec-sensitive functions are guarded with
* GUARD_PATHSPEC(), which will die in an unfriendly way when an unsupported
* feature is requested.
*
* The command designers are supposed to make sure that GUARD_PATHSPEC() never
* dies. They have to make sure all unsupported features are caught by
* parse_pathspec(), not by GUARD_PATHSPEC. grepping GUARD_PATHSPEC() should
* give the designers all pathspec-sensitive codepaths and what features they
* support.
*
* A similar process is applied when a new pathspec magic is added. The designer
* lifts the GUARD_PATHSPEC restriction in the functions that support the new
* magic while at the same time making sure this new feature will be
* caught at parse_pathspec() in commands that cannot handle the new magic in
* some cases. grepping parse_pathspec() should help.
*/
void parse_pathspec(struct pathspec *pathspec,
unsigned magic_mask,
unsigned flags,
const char *prefix,
const char **args);
/*
* Same as parse_pathspec() but uses file as input.
* When 'file' is exactly "-" it uses 'stdin' instead.
*/
void parse_pathspec_file(struct pathspec *pathspec,
unsigned magic_mask,
unsigned flags,
const char *prefix,
const char *file,
int nul_term_line);
void copy_pathspec(struct pathspec *dst, const struct pathspec *src);
void clear_pathspec(struct pathspec *);
static inline int ps_strncmp(const struct pathspec_item *item,
const char *s1, const char *s2, size_t n)
{
if (item->magic & PATHSPEC_ICASE)
return strncasecmp(s1, s2, n);
else
return strncmp(s1, s2, n);
}
static inline int ps_strcmp(const struct pathspec_item *item,
const char *s1, const char *s2)
{
if (item->magic & PATHSPEC_ICASE)
return strcasecmp(s1, s2);
else
return strcmp(s1, s2);
}
enum ps_skip_worktree_action {
PS_HEED_SKIP_WORKTREE = 0,
PS_IGNORE_SKIP_WORKTREE = 1
};
void add_pathspec_matches_against_index(const struct pathspec *pathspec,
struct index_state *istate,
char *seen,
enum ps_skip_worktree_action sw_action);
char *find_pathspecs_matching_against_index(const struct pathspec *pathspec,
struct index_state *istate,
enum ps_skip_worktree_action sw_action);
char *find_pathspecs_matching_skip_worktree(const struct pathspec *pathspec);
static inline int matches_skip_worktree(const struct pathspec *pathspec,
int item, char **seen_ptr)
{
if (!*seen_ptr)
*seen_ptr = find_pathspecs_matching_skip_worktree(pathspec);
return (*seen_ptr)[item];
}
int match_pathspec_attrs(struct index_state *istate,
const char *name, int namelen,
const struct pathspec_item *item);
/*
* Determine whether a pathspec will match only entire index entries (non-sparse
* files and/or entire sparse directories). If the pathspec has the potential to
* match partial contents of a sparse directory, return 1 to indicate the index
* should be expanded to match the appropriate index entries.
*
* For the sake of simplicity, always return 1 if using a more complex "magic"
* pathspec.
*/
int pathspec_needs_expanded_index(struct index_state *istate,
const struct pathspec *pathspec);
#endif /* PATHSPEC_H */
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