* `graph_init()` creates a new `struct git_graph`
-* `graph_release()` destroys a `struct git_graph`, and frees the memory
- associated with it.
-
* `graph_update()` moves the graph to a new commit.
* `graph_next_line()` outputs the next line of the graph into a strbuf. It
They can all be called with a NULL graph argument, in which case no graph
output will be printed.
-* `graph_show_commit()` calls `graph_next_line()` until it returns non-zero.
- This prints all graph lines up to, and including, the line containing this
- commit. Output is printed to stdout. The last line printed does not contain
- a terminating newline. This should not be called if the commit line has
- already been printed, or it will loop forever.
+* `graph_show_commit()` calls `graph_next_line()` and
+ `graph_is_commit_finished()` until one of them return non-zero. This prints
+ all graph lines up to, and including, the line containing this commit.
+ Output is printed to stdout. The last line printed does not contain a
+ terminating newline.
* `graph_show_oneline()` calls `graph_next_line()` and prints the result to
stdout. The line printed does not contain a terminating newline.
it is invoked.
* For each commit, call `graph_next_line()` repeatedly, until
- `graph_is_commit_finished()` returns non-zero. Each call go
+ `graph_is_commit_finished()` returns non-zero. Each call to
`graph_next_line()` will output a single line of the graph. The resulting
lines will not contain any newlines. `graph_next_line()` returns 1 if the
resulting line contains the current commit, or 0 if this is merely a line
struct git_graph *graph = graph_init(opts);
while ((commit = get_revision(opts)) != NULL) {
- graph_update(graph, commit);
while (!graph_is_commit_finished(graph))
{
struct strbuf sb;
putchar(opts->diffopt.line_termination);
}
}
-
-graph_release(graph);
------------
Sample output