Revision 976aaedca0c6f64b37f4241bf06fa7ab06095986 authored by Johannes Schindelin on 29 July 2019, 20:08:12 UTC, committed by Junio C Hamano on 29 July 2019, 21:51:43 UTC
The entire idea of generating the VS solution makes only sense if we generate it via Continuous Integration; otherwise potential users would still have to download the entire Git for Windows SDK. If we pre-generate the Visual Studio solution, Git can be built entirely within Visual Studio, and the test scripts can be run in a regular Git for Windows (e.g. the Portable Git flavor, which does not include a full GCC toolchain and therefore weighs only about a tenth of Git for Windows' SDK). So let's just add a target in the Makefile that can be used to generate said solution; The generated files will then be committed so that they can be pushed to a branch ready to check out by Visual Studio users. To make things even more useful, we also generate and commit other files that are required to run the test suite, such as templates and bin-wrappers: with this, developers can run the test suite in a regular Git Bash after building the solution in Visual Studio. Note: for this build target, we do not actually need to initialize the `vcpkg` system, so we don't. Signed-off-by: Johannes Schindelin <johannes.schindelin@gmx.de> Signed-off-by: Junio C Hamano <gitster@pobox.com>
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list-objects-filter-options.h
#ifndef LIST_OBJECTS_FILTER_OPTIONS_H
#define LIST_OBJECTS_FILTER_OPTIONS_H
#include "parse-options.h"
#include "strbuf.h"
/*
* The list of defined filters for list-objects.
*/
enum list_objects_filter_choice {
LOFC_DISABLED = 0,
LOFC_BLOB_NONE,
LOFC_BLOB_LIMIT,
LOFC_TREE_DEPTH,
LOFC_SPARSE_OID,
LOFC__COUNT /* must be last */
};
struct list_objects_filter_options {
/*
* 'filter_spec' is the raw argument value given on the command line
* or protocol request. (The part after the "--keyword=".) For
* commands that launch filtering sub-processes, or for communication
* over the network, don't use this value; use the result of
* expand_list_objects_filter_spec() instead.
*/
char *filter_spec;
/*
* 'choice' is determined by parsing the filter-spec. This indicates
* the filtering algorithm to use.
*/
enum list_objects_filter_choice choice;
/*
* Choice is LOFC_DISABLED because "--no-filter" was requested.
*/
unsigned int no_filter : 1;
/*
* Parsed values (fields) from within the filter-spec. These are
* choice-specific; not all values will be defined for any given
* choice.
*/
struct object_id *sparse_oid_value;
unsigned long blob_limit_value;
unsigned long tree_exclude_depth;
};
/* Normalized command line arguments */
#define CL_ARG__FILTER "filter"
int parse_list_objects_filter(
struct list_objects_filter_options *filter_options,
const char *arg);
int opt_parse_list_objects_filter(const struct option *opt,
const char *arg, int unset);
#define OPT_PARSE_LIST_OBJECTS_FILTER(fo) \
{ OPTION_CALLBACK, 0, CL_ARG__FILTER, fo, N_("args"), \
N_("object filtering"), 0, \
opt_parse_list_objects_filter }
/*
* Translates abbreviated numbers in the filter's filter_spec into their
* fully-expanded forms (e.g., "limit:blob=1k" becomes "limit:blob=1024").
*
* This form should be used instead of the raw filter_spec field when
* communicating with a remote process or subprocess.
*/
void expand_list_objects_filter_spec(
const struct list_objects_filter_options *filter,
struct strbuf *expanded_spec);
void list_objects_filter_release(
struct list_objects_filter_options *filter_options);
static inline void list_objects_filter_set_no_filter(
struct list_objects_filter_options *filter_options)
{
list_objects_filter_release(filter_options);
filter_options->no_filter = 1;
}
void partial_clone_register(
const char *remote,
const struct list_objects_filter_options *filter_options);
void partial_clone_get_default_filter_spec(
struct list_objects_filter_options *filter_options);
#endif /* LIST_OBJECTS_FILTER_OPTIONS_H */
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