int url_nr;
int url_alloc;
+ const char **pushurl;
+ int pushurl_nr;
+ int pushurl_alloc;
+
const char **push_refspec;
struct refspec *push;
int push_refspec_nr;
};
struct remote *remote_get(const char *name);
+int remote_is_configured(const char *name);
typedef int each_remote_fn(struct remote *remote, void *priv);
int for_each_remote(each_remote_fn fn, void *priv);
int valid_fetch_refspec(const char *refspec);
struct refspec *parse_fetch_refspec(int nr_refspec, const char **refspec);
-int match_refs(struct ref *src, struct ref *dst, struct ref ***dst_tail,
+int match_refs(struct ref *src, struct ref **dst,
int nr_refspec, const char **refspec, int all);
/*
struct ref *get_local_heads(void);
/*
- * Look in refs for HEAD. Then look for a matching SHA1 in mapped_refs,
- * first checking if refs/heads/master matches. Return NULL if nothing matches
- * or if there is no HEAD in refs. remote_head_p is assigned HEAD if not NULL.
+ * Find refs from a list which are likely to be pointed to by the given HEAD
+ * ref. If 'all' is false, returns the most likely ref; otherwise, returns a
+ * list of all candidate refs. If no match is found (or 'head' is NULL),
+ * returns NULL. All returns are newly allocated and should be freed.
*/
-const struct ref *guess_remote_head(const struct ref *refs,
- const struct ref *mapped_refs,
- const struct ref **remote_head_p);
+struct ref *guess_remote_head(const struct ref *head,
+ const struct ref *refs,
+ int all);
#endif