Merge branch 'cc/promisor-remote-capability'

The "promisor-remote" capability mechanism has been updated to
allow the "partialCloneFilter" settings and the "token" value to be
communicated from the server side.

* cc/promisor-remote-capability:
  promisor-remote: use string_list_split() in mark_remotes_as_accepted()
  promisor-remote: allow a client to check fields
  promisor-remote: use string_list_split() in filter_promisor_remote()
  promisor-remote: refactor how we parse advertised fields
  promisor-remote: use string constants for 'name' and 'url' too
  promisor-remote: allow a server to advertise more fields
  promisor-remote: refactor to get rid of 'struct strvec'
main
Junio C Hamano 2025-09-23 11:53:39 -07:00
commit 2be606a3bd
4 changed files with 509 additions and 101 deletions

View File

@ -9,6 +9,28 @@ promisor.advertise::
"false", which means the "promisor-remote" capability is not
advertised.

promisor.sendFields::
A comma or space separated list of additional remote related
field names. A server sends these field names and the
associated field values from its configuration when
advertising its promisor remotes using the "promisor-remote"
capability, see linkgit:gitprotocol-v2[5]. Currently, only the
"partialCloneFilter" and "token" field names are supported.
+
`partialCloneFilter`:: contains the partial clone filter
used for the remote.
+
`token`:: contains an authentication token for the remote.
+
When a field name is part of this list and a corresponding
"remote.foo.<field-name>" config variable is set on the server to a
non-empty value, then the field name and value are sent when
advertising the promisor remote "foo".
+
This list has no effect unless the "promisor.advertise" config
variable is set to "true", and the "name" and "url" fields are always
advertised regardless of this setting.

promisor.acceptFromServer::
If set to "all", a client will accept all the promisor remotes
a server might advertise using the "promisor-remote"
@ -28,3 +50,42 @@ promisor.acceptFromServer::
lazily fetchable from this promisor remote from its responses
to "fetch" and "clone" requests from the client. Name and URL
comparisons are case sensitive. See linkgit:gitprotocol-v2[5].

promisor.checkFields::
A comma or space separated list of additional remote related
field names. A client checks if the values of these fields
transmitted by a server correspond to the values of these
fields in its own configuration before accepting a promisor
remote. Currently, "partialCloneFilter" and "token" are the
only supported field names.
+
If one of these field names (e.g., "token") is being checked for an
advertised promisor remote (e.g., "foo"), three conditions must be met
for the check of this specific field to pass:
+
1. The corresponding local configuration (e.g., `remote.foo.token`)
must be set.
2. The server must advertise the "token" field for remote "foo".
3. The value of the locally configured `remote.foo.token` must exactly
match the value advertised by the server for the "token" field.
+
If any of these conditions is not met for any field name listed in
`promisor.checkFields`, the advertised remote "foo" is rejected.
+
For the "partialCloneFilter" field, this allows the client to ensure
that the server's filter matches what it expects locally, preventing
inconsistencies in filtering behavior. For the "token" field, this can
be used to verify that authentication credentials match expected
values.
+
Field values are compared case-sensitively.
+
The "name" and "url" fields are always checked according to the
`promisor.acceptFromServer` policy, independently of this setting.
+
The field names and values should be passed by the server through the
"promisor-remote" capability by using the `promisor.sendFields` config
variable. The fields are checked only if the
`promisor.acceptFromServer` config variable is not set to "None". If
set to "None", this config variable has no effect. See
linkgit:gitprotocol-v2[5].

View File

@ -785,33 +785,64 @@ retrieving the header from a bundle at the indicated URI, and thus
save themselves and the server(s) the request(s) needed to inspect the
headers of that bundle or bundles.

promisor-remote=<pr-infos>
~~~~~~~~~~~~~~~~~~~~~~~~~~
promisor-remote=<pr-info>
~~~~~~~~~~~~~~~~~~~~~~~~~

The server may advertise some promisor remotes it is using or knows
about to a client which may want to use them as its promisor remotes,
instead of this repository. In this case <pr-infos> should be of the
instead of this repository. In this case <pr-info> should be of the
form:

pr-infos = pr-info | pr-infos ";" pr-info
pr-info = pr-fields | pr-info ";" pr-fields

pr-info = "name=" pr-name | "name=" pr-name "," "url=" pr-url
pr-fields = pr-field | pr-fields "," pr-field

where `pr-name` is the urlencoded name of a promisor remote, and
`pr-url` the urlencoded URL of that promisor remote.
pr-field = field-name "=" field-value

In this case, if the client decides to use one or more promisor
remotes the server advertised, it can reply with
"promisor-remote=<pr-names>" where <pr-names> should be of the form:
where all the `field-name` and `field-value` in a given `pr-fields`
are field names and values related to a single promisor remote. A
given `field-name` MUST NOT appear more than once in given
`pr-fields`.

The server MUST advertise at least the "name" and "url" field names
along with the associated field values, which are the name of a valid
remote and its URL, in each `pr-fields`. The "name" and "url" fields
MUST appear first in each pr-fields, in that order.

After these mandatory fields, the server MAY advertise the following
optional fields in any order:

`partialCloneFilter`:: The filter specification used by the remote.
Clients can use this to determine if the remote's filtering strategy
is compatible with their needs (e.g., checking if both use "blob:none").
It corresponds to the "remote.<name>.partialCloneFilter" config setting.

`token`:: An authentication token that clients can use when
connecting to the remote. It corresponds to the "remote.<name>.token"
config setting.

No other fields are defined by the protocol at this time. Field names
are case-sensitive and MUST be transmitted exactly as specified
above. Clients MUST ignore fields they don't recognize to allow for
future protocol extensions.

For now, the client can only use information transmitted through these
fields to decide if it accepts the advertised promisor remote. In the
future that information might be used for other purposes though.

Field values MUST be urlencoded.

If the client decides to use one or more promisor remotes the server
advertised, it can reply with "promisor-remote=<pr-names>" where
<pr-names> should be of the form:

pr-names = pr-name | pr-names ";" pr-name

where `pr-name` is the urlencoded name of a promisor remote the server
advertised and the client accepts.

Note that, everywhere in this document, `pr-name` MUST be a valid
remote name, and the ';' and ',' characters MUST be encoded if they
appear in `pr-name` or `pr-url`.
Note that, everywhere in this document, the ';' and ',' characters
MUST be encoded if they appear in `pr-name` or `field-value`.

If the server doesn't know any promisor remote that could be good for
a client to use, or prefers a client not to use any promisor remote it
@ -822,9 +853,10 @@ In this case, or if the client doesn't want to use any promisor remote
the server advertised, the client shouldn't advertise the
"promisor-remote" capability at all in its reply.

The "promisor.advertise" and "promisor.acceptFromServer" configuration
options can be used on the server and client side to control what they
advertise or accept respectively. See the documentation of these
On the server side, the "promisor.advertise" and "promisor.sendFields"
configuration options can be used to control what it advertises. On
the client side, the "promisor.acceptFromServer" configuration option
can be used to control what it accepts. See the documentation of these
configuration options for more information.

Note that in the future it would be nice if the "promisor-remote"

View File

@ -314,9 +314,162 @@ static int allow_unsanitized(char ch)
return ch > 32 && ch < 127;
}

static void promisor_info_vecs(struct repository *repo,
struct strvec *names,
struct strvec *urls)
/*
* All the fields used in "promisor-remote" protocol capability,
* including the mandatory "name" and "url" ones.
*/
static const char promisor_field_name[] = "name";
static const char promisor_field_url[] = "url";
static const char promisor_field_filter[] = "partialCloneFilter";
static const char promisor_field_token[] = "token";

/*
* List of optional field names that can be used in the
* "promisor-remote" protocol capability (others must be
* ignored). Each field should correspond to a configurable property
* of a remote that can be relevant for the client.
*/
static const char *known_fields[] = {
promisor_field_filter, /* Filter used for partial clone */
promisor_field_token, /* Authentication token for the remote */
NULL
};

/*
* Check if 'field' is in the list of the known field names for the
* "promisor-remote" protocol capability.
*/
static int is_known_field(const char *field)
{
const char **p;

for (p = known_fields; *p; p++)
if (!strcasecmp(*p, field))
return 1;
return 0;
}

static int is_valid_field(struct string_list_item *item, void *cb_data)
{
const char *field = item->string;
const char *config_key = (const char *)cb_data;

if (!is_known_field(field)) {
warning(_("unsupported field '%s' in '%s' config"), field, config_key);
return 0;
}
return 1;
}

static char *fields_from_config(struct string_list *fields_list, const char *config_key)
{
char *fields = NULL;

if (!repo_config_get_string(the_repository, config_key, &fields) && *fields) {
string_list_split_in_place_f(fields_list, fields, ",", -1,
STRING_LIST_SPLIT_TRIM |
STRING_LIST_SPLIT_NONEMPTY);
filter_string_list(fields_list, 0, is_valid_field, (void *)config_key);
}

return fields;
}

static struct string_list *fields_sent(void)
{
static struct string_list fields_list = STRING_LIST_INIT_NODUP;
static int initialized;

if (!initialized) {
fields_list.cmp = strcasecmp;
fields_from_config(&fields_list, "promisor.sendFields");
initialized = 1;
}

return &fields_list;
}

static struct string_list *fields_checked(void)
{
static struct string_list fields_list = STRING_LIST_INIT_NODUP;
static int initialized;

if (!initialized) {
fields_list.cmp = strcasecmp;
fields_from_config(&fields_list, "promisor.checkFields");
initialized = 1;
}

return &fields_list;
}

/*
* Struct for promisor remotes involved in the "promisor-remote"
* protocol capability.
*
* Except for "name", each <member> in this struct and its <value>
* should correspond (either on the client side or on the server side)
* to a "remote.<name>.<member>" config variable set to <value> where
* "<name>" is a promisor remote name.
*/
struct promisor_info {
const char *name;
const char *url;
const char *filter;
const char *token;
};

static void promisor_info_free(struct promisor_info *p)
{
free((char *)p->name);
free((char *)p->url);
free((char *)p->filter);
free((char *)p->token);
free(p);
}

static void promisor_info_list_clear(struct string_list *list)
{
for (size_t i = 0; i < list->nr; i++)
promisor_info_free(list->items[i].util);
string_list_clear(list, 0);
}

static void set_one_field(struct promisor_info *p,
const char *field, const char *value)
{
if (!strcasecmp(field, promisor_field_filter))
p->filter = xstrdup(value);
else if (!strcasecmp(field, promisor_field_token))
p->token = xstrdup(value);
else
BUG("invalid field '%s'", field);
}

static void set_fields(struct promisor_info *p,
struct string_list *field_names)
{
struct string_list_item *item;

for_each_string_list_item(item, field_names) {
char *key = xstrfmt("remote.%s.%s", p->name, item->string);
const char *val;
if (!repo_config_get_string_tmp(the_repository, key, &val) && *val)
set_one_field(p, item->string, val);
free(key);
}
}

/*
* Populate 'list' with promisor remote information from the config.
* The 'util' pointer of each list item will hold a 'struct
* promisor_info'. Except "name" and "url", only members of that
* struct specified by the 'field_names' list are set (using values
* from the configuration).
*/
static void promisor_config_info_list(struct repository *repo,
struct string_list *list,
struct string_list *field_names)
{
struct promisor_remote *r;

@ -328,8 +481,17 @@ static void promisor_info_vecs(struct repository *repo,

/* Only add remotes with a non empty URL */
if (!repo_config_get_string_tmp(the_repository, url_key, &url) && *url) {
strvec_push(names, r->name);
strvec_push(urls, url);
struct promisor_info *new_info = xcalloc(1, sizeof(*new_info));
struct string_list_item *item;

new_info->name = xstrdup(r->name);
new_info->url = xstrdup(url);

if (field_names)
set_fields(new_info, field_names);

item = string_list_append(list, new_info->name);
item->util = new_info;
}

free(url_key);
@ -340,47 +502,45 @@ char *promisor_remote_info(struct repository *repo)
{
struct strbuf sb = STRBUF_INIT;
int advertise_promisors = 0;
struct strvec names = STRVEC_INIT;
struct strvec urls = STRVEC_INIT;
struct string_list config_info = STRING_LIST_INIT_NODUP;
struct string_list_item *item;

repo_config_get_bool(the_repository, "promisor.advertise", &advertise_promisors);

if (!advertise_promisors)
return NULL;

promisor_info_vecs(repo, &names, &urls);
promisor_config_info_list(repo, &config_info, fields_sent());

if (!names.nr)
if (!config_info.nr)
return NULL;

for (size_t i = 0; i < names.nr; i++) {
if (i)
for_each_string_list_item(item, &config_info) {
struct promisor_info *p = item->util;

if (item != config_info.items)
strbuf_addch(&sb, ';');
strbuf_addstr(&sb, "name=");
strbuf_addstr_urlencode(&sb, names.v[i], allow_unsanitized);
strbuf_addstr(&sb, ",url=");
strbuf_addstr_urlencode(&sb, urls.v[i], allow_unsanitized);

strbuf_addf(&sb, "%s=", promisor_field_name);
strbuf_addstr_urlencode(&sb, p->name, allow_unsanitized);
strbuf_addf(&sb, ",%s=", promisor_field_url);
strbuf_addstr_urlencode(&sb, p->url, allow_unsanitized);

if (p->filter) {
strbuf_addf(&sb, ",%s=", promisor_field_filter);
strbuf_addstr_urlencode(&sb, p->filter, allow_unsanitized);
}
if (p->token) {
strbuf_addf(&sb, ",%s=", promisor_field_token);
strbuf_addstr_urlencode(&sb, p->token, allow_unsanitized);
}
}

strvec_clear(&names);
strvec_clear(&urls);
promisor_info_list_clear(&config_info);

return strbuf_detach(&sb, NULL);
}

/*
* Find first index of 'nicks' where there is 'nick'. 'nick' is
* compared case sensitively to the strings in 'nicks'. If not found
* 'nicks->nr' is returned.
*/
static size_t remote_nick_find(struct strvec *nicks, const char *nick)
{
for (size_t i = 0; i < nicks->nr; i++)
if (!strcmp(nicks->v[i], nick))
return i;
return nicks->nr;
}

enum accept_promisor {
ACCEPT_NONE = 0,
ACCEPT_KNOWN_URL,
@ -388,23 +548,84 @@ enum accept_promisor {
ACCEPT_ALL
};

static int should_accept_remote(enum accept_promisor accept,
const char *remote_name, const char *remote_url,
struct strvec *names, struct strvec *urls)
static int match_field_against_config(const char *field, const char *value,
struct promisor_info *config_info)
{
size_t i;
if (config_info->filter && !strcasecmp(field, promisor_field_filter))
return !strcmp(config_info->filter, value);
else if (config_info->token && !strcasecmp(field, promisor_field_token))
return !strcmp(config_info->token, value);

return 0;
}

static int all_fields_match(struct promisor_info *advertised,
struct string_list *config_info,
int in_list)
{
struct string_list *fields = fields_checked();
struct string_list_item *item_checked;

for_each_string_list_item(item_checked, fields) {
int match = 0;
const char *field = item_checked->string;
const char *value = NULL;
struct string_list_item *item;

if (!strcasecmp(field, promisor_field_filter))
value = advertised->filter;
else if (!strcasecmp(field, promisor_field_token))
value = advertised->token;

if (!value)
return 0;

if (in_list) {
for_each_string_list_item(item, config_info) {
struct promisor_info *p = item->util;
if (match_field_against_config(field, value, p)) {
match = 1;
break;
}
}
} else {
item = string_list_lookup(config_info, advertised->name);
if (item) {
struct promisor_info *p = item->util;
match = match_field_against_config(field, value, p);
}
}

if (!match)
return 0;
}

return 1;
}

static int should_accept_remote(enum accept_promisor accept,
struct promisor_info *advertised,
struct string_list *config_info)
{
struct promisor_info *p;
struct string_list_item *item;
const char *remote_name = advertised->name;
const char *remote_url = advertised->url;

if (accept == ACCEPT_ALL)
return 1;
return all_fields_match(advertised, config_info, 1);

i = remote_nick_find(names, remote_name);
/* Get config info for that promisor remote */
item = string_list_lookup(config_info, remote_name);

if (i >= names->nr)
if (!item)
/* We don't know about that remote */
return 0;

p = item->util;

if (accept == ACCEPT_KNOWN_NAME)
return 1;
return all_fields_match(advertised, config_info, 0);

if (accept != ACCEPT_KNOWN_URL)
BUG("Unhandled 'enum accept_promisor' value '%d'", accept);
@ -414,24 +635,72 @@ static int should_accept_remote(enum accept_promisor accept,
return 0;
}

if (!strcmp(urls->v[i], remote_url))
return 1;
if (!strcmp(p->url, remote_url))
return all_fields_match(advertised, config_info, 0);

warning(_("known remote named '%s' but with URL '%s' instead of '%s'"),
remote_name, urls->v[i], remote_url);
remote_name, p->url, remote_url);

return 0;
}

static int skip_field_name_prefix(const char *elem, const char *field_name, const char **value)
{
const char *p;
if (!skip_prefix(elem, field_name, &p) || *p != '=')
return 0;
*value = p + 1;
return 1;
}

static struct promisor_info *parse_one_advertised_remote(const char *remote_info)
{
struct promisor_info *info = xcalloc(1, sizeof(*info));
struct string_list elem_list = STRING_LIST_INIT_DUP;
struct string_list_item *item;

string_list_split(&elem_list, remote_info, ",", -1);

for_each_string_list_item(item, &elem_list) {
const char *elem = item->string;
const char *p = strchr(elem, '=');

if (!p) {
warning(_("invalid element '%s' from remote info"), elem);
continue;
}

if (skip_field_name_prefix(elem, promisor_field_name, &p))
info->name = url_percent_decode(p);
else if (skip_field_name_prefix(elem, promisor_field_url, &p))
info->url = url_percent_decode(p);
else if (skip_field_name_prefix(elem, promisor_field_filter, &p))
info->filter = url_percent_decode(p);
else if (skip_field_name_prefix(elem, promisor_field_token, &p))
info->token = url_percent_decode(p);
}

string_list_clear(&elem_list, 0);

if (!info->name || !info->url) {
warning(_("server advertised a promisor remote without a name or URL: %s"),
remote_info);
promisor_info_free(info);
return NULL;
}

return info;
}

static void filter_promisor_remote(struct repository *repo,
struct strvec *accepted,
const char *info)
{
struct strbuf **remotes;
const char *accept_str;
enum accept_promisor accept = ACCEPT_NONE;
struct strvec names = STRVEC_INIT;
struct strvec urls = STRVEC_INIT;
struct string_list config_info = STRING_LIST_INIT_NODUP;
struct string_list remote_info = STRING_LIST_INIT_DUP;
struct string_list_item *item;

if (!repo_config_get_string_tmp(the_repository, "promisor.acceptfromserver", &accept_str)) {
if (!*accept_str || !strcasecmp("None", accept_str))
@ -450,49 +719,31 @@ static void filter_promisor_remote(struct repository *repo,
if (accept == ACCEPT_NONE)
return;

if (accept != ACCEPT_ALL)
promisor_info_vecs(repo, &names, &urls);

/* Parse remote info received */

remotes = strbuf_split_str(info, ';', 0);
string_list_split(&remote_info, info, ";", -1);

for (size_t i = 0; remotes[i]; i++) {
struct strbuf **elems;
const char *remote_name = NULL;
const char *remote_url = NULL;
char *decoded_name = NULL;
char *decoded_url = NULL;
for_each_string_list_item(item, &remote_info) {
struct promisor_info *advertised;

strbuf_strip_suffix(remotes[i], ";");
elems = strbuf_split(remotes[i], ',');
advertised = parse_one_advertised_remote(item->string);

for (size_t j = 0; elems[j]; j++) {
int res;
strbuf_strip_suffix(elems[j], ",");
res = skip_prefix(elems[j]->buf, "name=", &remote_name) ||
skip_prefix(elems[j]->buf, "url=", &remote_url);
if (!res)
warning(_("unknown element '%s' from remote info"),
elems[j]->buf);
if (!advertised)
continue;

if (!config_info.nr) {
promisor_config_info_list(repo, &config_info, fields_checked());
string_list_sort(&config_info);
}

if (remote_name)
decoded_name = url_percent_decode(remote_name);
if (remote_url)
decoded_url = url_percent_decode(remote_url);
if (should_accept_remote(accept, advertised, &config_info))
strvec_push(accepted, advertised->name);

if (decoded_name && should_accept_remote(accept, decoded_name, decoded_url, &names, &urls))
strvec_push(accepted, decoded_name);

strbuf_list_free(elems);
free(decoded_name);
free(decoded_url);
promisor_info_free(advertised);
}

strvec_clear(&names);
strvec_clear(&urls);
strbuf_list_free(remotes);
promisor_info_list_clear(&config_info);
string_list_clear(&remote_info, 0);
}

char *promisor_remote_reply(const char *info)
@ -518,16 +769,15 @@ char *promisor_remote_reply(const char *info)

void mark_promisor_remotes_as_accepted(struct repository *r, const char *remotes)
{
struct strbuf **accepted_remotes = strbuf_split_str(remotes, ';', 0);
struct string_list accepted_remotes = STRING_LIST_INIT_DUP;
struct string_list_item *item;

for (size_t i = 0; accepted_remotes[i]; i++) {
struct promisor_remote *p;
char *decoded_remote;
string_list_split(&accepted_remotes, remotes, ";", -1);

strbuf_strip_suffix(accepted_remotes[i], ";");
decoded_remote = url_percent_decode(accepted_remotes[i]->buf);
for_each_string_list_item(item, &accepted_remotes) {
char *decoded_remote = url_percent_decode(item->string);
struct promisor_remote *p = repo_promisor_remote_find(r, decoded_remote);

p = repo_promisor_remote_find(r, decoded_remote);
if (p)
p->accepted = 1;
else
@ -537,5 +787,5 @@ void mark_promisor_remotes_as_accepted(struct repository *r, const char *remotes
free(decoded_remote);
}

strbuf_list_free(accepted_remotes);
string_list_clear(&accepted_remotes, 0);
}

View File

@ -295,6 +295,71 @@ test_expect_success "clone with 'KnownUrl' and empty url, so not advertised" '
check_missing_objects server 1 "$oid"
'

test_expect_success "clone with promisor.sendFields" '
git -C server config promisor.advertise true &&
test_when_finished "rm -rf client" &&

git -C server remote add otherLop "https://invalid.invalid" &&
git -C server config remote.otherLop.token "fooBar" &&
git -C server config remote.otherLop.stuff "baz" &&
git -C server config remote.otherLop.partialCloneFilter "blob:limit=10k" &&
test_when_finished "git -C server remote remove otherLop" &&
test_config -C server promisor.sendFields "partialCloneFilter, token" &&
test_when_finished "rm trace" &&

# Clone from server to create a client
GIT_TRACE_PACKET="$(pwd)/trace" GIT_NO_LAZY_FETCH=0 git clone \
-c remote.lop.promisor=true \
-c remote.lop.fetch="+refs/heads/*:refs/remotes/lop/*" \
-c remote.lop.url="file://$(pwd)/lop" \
-c promisor.acceptfromserver=All \
--no-local --filter="blob:limit=5k" server client &&

# Check that fields are properly transmitted
ENCODED_URL=$(echo "file://$(pwd)/lop" | sed -e "s/ /%20/g") &&
PR1="name=lop,url=$ENCODED_URL,partialCloneFilter=blob:none" &&
PR2="name=otherLop,url=https://invalid.invalid,partialCloneFilter=blob:limit=10k,token=fooBar" &&
test_grep "clone< promisor-remote=$PR1;$PR2" trace &&
test_grep "clone> promisor-remote=lop;otherLop" trace &&

# Check that the largest object is still missing on the server
check_missing_objects server 1 "$oid"
'

test_expect_success "clone with promisor.checkFields" '
git -C server config promisor.advertise true &&
test_when_finished "rm -rf client" &&

git -C server remote add otherLop "https://invalid.invalid" &&
git -C server config remote.otherLop.token "fooBar" &&
git -C server config remote.otherLop.stuff "baz" &&
git -C server config remote.otherLop.partialCloneFilter "blob:limit=10k" &&
test_when_finished "git -C server remote remove otherLop" &&
test_config -C server promisor.sendFields "partialCloneFilter, token" &&
test_when_finished "rm trace" &&

# Clone from server to create a client
GIT_TRACE_PACKET="$(pwd)/trace" GIT_NO_LAZY_FETCH=0 git clone \
-c remote.lop.promisor=true \
-c remote.lop.fetch="+refs/heads/*:refs/remotes/lop/*" \
-c remote.lop.url="file://$(pwd)/lop" \
-c remote.lop.partialCloneFilter="blob:none" \
-c promisor.acceptfromserver=All \
-c promisor.checkFields=partialcloneFilter \
--no-local --filter="blob:limit=5k" server client &&

# Check that fields are properly transmitted
ENCODED_URL=$(echo "file://$(pwd)/lop" | sed -e "s/ /%20/g") &&
PR1="name=lop,url=$ENCODED_URL,partialCloneFilter=blob:none" &&
PR2="name=otherLop,url=https://invalid.invalid,partialCloneFilter=blob:limit=10k,token=fooBar" &&
test_grep "clone< promisor-remote=$PR1;$PR2" trace &&
test_grep "clone> promisor-remote=lop" trace &&
test_grep ! "clone> promisor-remote=lop;otherLop" trace &&

# Check that the largest object is still missing on the server
check_missing_objects server 1 "$oid"
'

test_expect_success "clone with promisor.advertise set to 'true' but don't delete the client" '
git -C server config promisor.advertise true &&