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cproof/tests/unittests/tools/test_parser.c
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merge: sync upstream profanity-im/profanity 
Sync with upstream profanity-im/profanity.

Major upstream changes incorporated:

Memory management
  - Replace malloc+memset with g_new0 throughout codebase
  - Adopt auto_gchar / auto_gcharv / auto_gerror / auto_jid cleanup macros
  - Replace free() with g_free() for GAlloc'd memory

Editor rewrite
  - Remove pthread-based async editor; use GChildWatch callback API
  - New launch_editor(initial_content, callback, user_data) interface
  - Proper signal handling (SIGINT, SIGTSTP, SIGPIPE reset in child)
  - ui_suspend()/ui_resume() integration for TTY management

OMEMO improvements
  - Dual backend support: libsignal-protocol-c and libomemo-c
  - Proper pre-key removal after use (XEP-0384 compliance)
  - Automatic pre-key regeneration when store drops below threshold
  - New functions: omemo_is_device_active(), omemo_is_jid_trusted()
  - omemo_get_jid_untrusted_fingerprints() for better error messages
  - Fingerprint notifications on new device identity discovery
  - Deterministic pre-key ID generation tracking max_pre_key_id
  - omemo_trust_changed() UI updates on trust state changes

JID validation
  - RFC 6122-compliant validation in jid_is_valid()
  - Character-level checks (RFC 6122 forbidden chars: & ' / : < > @)
  - Length limits: 1023 per component, 3071 total
  - New jid_is_valid_user_jid() for user vs. service JID distinction

Database
  - Schema migration v3: UNIQUE constraint on archive_id for deduplication
  - Triggers for corrected message tracking (replaces_db_id / replaced_by_db_id)
  - db_history_result_t return type, _truncate_datetime_suffix()

UI / console
  - win_warn_needed() / win_warn_sent() warning deduplication hash table
  - PAD_MIN_HEIGHT dynamic pad sizing with PAD_THRESHOLD auto-cleanup
  - Spellcheck integration in input field with Unicode word detection
  - cons_spellcheck_setting() for /settings ui output
  - /[command]? shortcut for command help

Account config
  - Account name sanitization for GKeyFile special chars ([ ] = # \n \r)
  - Replace popen() with g_spawn_sync() for eval_password
  - TLS policy: add "direct" option alongside legacy

Connection
  - Port validation with g_assert (0–65535)
  - SHA-256 certificate fingerprint support (XMPP_CERT_PUBKEY_FINGERPRINT_SHA256)
  - "direct" TLS policy alias for legacy SSL

Common utilities
  - str_xml_sanitize() for XML 1.0 illegal character removal
  - string_matches_one_of() with formatted error messages
  - valid_tls_policy_option() helper
  - prof_date_time_format_iso8601() utility
  - Improved strip_arg_quotes() with backslash unescaping
  - prof_occurrences() uses g_slist_prepend + reverse for performance

PGP / OX
  - Proper GPGME resource cleanup with goto-cleanup pattern
  - g_string_free(xmppuri) leak fix in _ox_key_lookup

CSV export
  - Use GString + g_file_set_contents instead of raw write() syscalls

Tests
  - Restructured into subdirectories: command/, config/, xmpp/, ui/, omemo/, otr/, pgp/
  - New test_cmd_ac.c for autocompleter unit tests
  - Updated stubs for new UI suspend/resume functions

License headers
  - Migrate to SPDX-3.0 identifiers (GPL-3.0-or-later WITH OpenSSL-exception)

────────────────────────────────────────────────────
cproof-specific preservations:

  - XEP-0308 LMC: replace_id ?: id logic in message/stanza/omemo
  - Force encryption: cmd_force_encryption, test_forced_encryption
  - CWE-134: format string protection (cons_show("%s", ...))
  - y_start_pos-based paging in window.c
  - db_history_result_t return type, _truncate_datetime_suffix()

Merge-time fixes:

  - common.c: format-security (-Werror) — cons_show(errmsg) → cons_show("%s", errmsg)
  - database.c: null-deref guard — !msg->timestamp → msg && !msg->timestamp
  - console.c: implicit size_t → int cast — (int)(maxlen + 1)
  - tlscerts.c: %d for size_t — %zu

Build system:
  - Kept autotools (Makefile.am, configure.ac); upstream uses Meson
  - Restored deleted files: bootstrap.sh, autogen.sh, ax_valgrind_check.m4, configure-debug
  - Updated Makefile.am test paths for subdirectory structure
  - Added test_cmd_ac, test_forced_encryption to test sources

Functional tests:
  - Use cproof version; upstream requires stbbr_for_xmlns from updated stabber
  - Not yet available in devs/stabber fork

Closes #64

Merge author: jabber.developer2
Commits authors:
 Michael Vetter <jubalh@iodoru.org>
& Steffen Jaeckel <s@jaeckel.eu>
2026-05-26 17:48:14 +00:00

766 lines
19 KiB
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#include "prof_cmocka.h"
#include <stdlib.h>
#include "tools/parser.h"
void
parse_args__returns__null_from_null(void** state)
{
char* inp = NULL;
gboolean result = TRUE;
gchar** args = parse_args(inp, 1, 2, &result);
assert_false(result);
assert_null(args);
g_strfreev(args);
}
void
parse_args__returns__null_from_empty(void** state)
{
char* inp = "";
gboolean result = TRUE;
gchar** args = parse_args(inp, 1, 2, &result);
assert_false(result);
assert_null(args);
g_strfreev(args);
}
void
parse_args__returns__null_from_space(void** state)
{
char* inp = " ";
gboolean result = TRUE;
gchar** args = parse_args(inp, 1, 2, &result);
assert_false(result);
assert_null(args);
g_strfreev(args);
}
void
parse_args__returns__null_when_no_args(void** state)
{
char* inp = "/cmd";
gboolean result = TRUE;
gchar** args = parse_args(inp, 1, 2, &result);
assert_false(result);
assert_null(args);
g_strfreev(args);
}
void
parse_args__returns__null_from_cmd_with_space(void** state)
{
char* inp = "/cmd ";
gboolean result = TRUE;
gchar** args = parse_args(inp, 1, 2, &result);
assert_false(result);
assert_null(args);
g_strfreev(args);
}
void
parse_args__returns__null_when_too_few(void** state)
{
char* inp = "/cmd arg1";
gboolean result = TRUE;
gchar** args = parse_args(inp, 2, 3, &result);
assert_false(result);
assert_null(args);
g_strfreev(args);
}
void
parse_args__returns__null_when_too_many(void** state)
{
char* inp = "/cmd arg1 arg2 arg3 arg4";
gboolean result = TRUE;
gchar** args = parse_args(inp, 1, 3, &result);
assert_false(result);
assert_null(args);
g_strfreev(args);
}
void
parse_args__returns__one_arg(void** state)
{
char* inp = "/cmd arg1";
gboolean result = FALSE;
gchar** args = parse_args(inp, 1, 2, &result);
assert_true(result);
assert_int_equal(1, g_strv_length(args));
assert_string_equal("arg1", args[0]);
g_strfreev(args);
}
void
parse_args__returns__two_args(void** state)
{
char* inp = "/cmd arg1 arg2";
gboolean result = FALSE;
gchar** args = parse_args(inp, 1, 2, &result);
assert_true(result);
assert_int_equal(2, g_strv_length(args));
assert_string_equal("arg1", args[0]);
assert_string_equal("arg2", args[1]);
g_strfreev(args);
}
void
parse_args__returns__three_args(void** state)
{
char* inp = "/cmd arg1 arg2 arg3";
gboolean result = FALSE;
gchar** args = parse_args(inp, 3, 3, &result);
assert_true(result);
assert_int_equal(3, g_strv_length(args));
assert_string_equal("arg1", args[0]);
assert_string_equal("arg2", args[1]);
assert_string_equal("arg3", args[2]);
g_strfreev(args);
}
void
parse_args__returns__three_args_with_spaces(void** state)
{
char* inp = " /cmd arg1 arg2 arg3 ";
gboolean result = FALSE;
gchar** args = parse_args(inp, 3, 3, &result);
assert_true(result);
assert_int_equal(3, g_strv_length(args));
assert_string_equal("arg1", args[0]);
assert_string_equal("arg2", args[1]);
assert_string_equal("arg3", args[2]);
g_strfreev(args);
}
void
parse_args_with_freetext__returns__freetext(void** state)
{
char* inp = "/cmd this is some free text";
gboolean result = FALSE;
gchar** args = parse_args_with_freetext(inp, 1, 1, &result);
assert_true(result);
assert_int_equal(1, g_strv_length(args));
assert_string_equal("this is some free text", args[0]);
g_strfreev(args);
}
void
parse_args_with_freetext__returns__one_arg_with_freetext(void** state)
{
char* inp = "/cmd arg1 this is some free text";
gboolean result = FALSE;
gchar** args = parse_args_with_freetext(inp, 1, 2, &result);
assert_true(result);
assert_int_equal(2, g_strv_length(args));
assert_string_equal("arg1", args[0]);
assert_string_equal("this is some free text", args[1]);
g_strfreev(args);
}
void
parse_args_with_freetext__returns__two_args_with_freetext(void** state)
{
char* inp = "/cmd arg1 arg2 this is some free text";
gboolean result = FALSE;
gchar** args = parse_args_with_freetext(inp, 1, 3, &result);
assert_true(result);
assert_int_equal(3, g_strv_length(args));
assert_string_equal("arg1", args[0]);
assert_string_equal("arg2", args[1]);
assert_string_equal("this is some free text", args[2]);
g_strfreev(args);
}
void
parse_args__returns__zero_args_when_min_zero(void** state)
{
char* inp = "/cmd";
gboolean result = FALSE;
gchar** args = parse_args(inp, 0, 2, &result);
assert_true(result);
assert_int_equal(0, g_strv_length(args));
assert_null(args[0]);
g_strfreev(args);
}
void
parse_args_with_freetext__returns__zero_args_when_min_zero(void** state)
{
char* inp = "/cmd";
gboolean result = FALSE;
gchar** args = parse_args_with_freetext(inp, 0, 2, &result);
assert_true(result);
assert_int_equal(0, g_strv_length(args));
assert_null(args[0]);
g_strfreev(args);
}
void
parse_args__returns__quoted_args(void** state)
{
char* inp = "/cmd \"arg1\" arg2";
gboolean result = FALSE;
gchar** args = parse_args(inp, 2, 2, &result);
assert_true(result);
assert_int_equal(2, g_strv_length(args));
assert_string_equal("arg1", args[0]);
assert_string_equal("arg2", args[1]);
g_strfreev(args);
}
void
parse_args__returns__quoted_args_with_space(void** state)
{
char* inp = "/cmd \"the arg1\" arg2";
gboolean result = FALSE;
gchar** args = parse_args(inp, 2, 2, &result);
assert_true(result);
assert_int_equal(2, g_strv_length(args));
assert_string_equal("the arg1", args[0]);
assert_string_equal("arg2", args[1]);
g_strfreev(args);
}
void
parse_args__returns__quoted_args_with_many_spaces(void** state)
{
char* inp = "/cmd \"the arg1 is here\" arg2";
gboolean result = FALSE;
gchar** args = parse_args(inp, 2, 2, &result);
assert_true(result);
assert_int_equal(2, g_strv_length(args));
assert_string_equal("the arg1 is here", args[0]);
assert_string_equal("arg2", args[1]);
g_strfreev(args);
}
void
parse_args__returns__many_quoted_args_with_many_spaces(void** state)
{
char* inp = "/cmd \"the arg1 is here\" \"and arg2 is right here\"";
gboolean result = FALSE;
gchar** args = parse_args(inp, 2, 2, &result);
assert_true(result);
assert_int_equal(2, g_strv_length(args));
assert_string_equal("the arg1 is here", args[0]);
assert_string_equal("and arg2 is right here", args[1]);
g_strfreev(args);
}
void
parse_args_with_freetext__returns__quoted_args(void** state)
{
char* inp = "/cmd \"arg1\" arg2 hello there what's up";
gboolean result = FALSE;
gchar** args = parse_args_with_freetext(inp, 3, 3, &result);
assert_true(result);
assert_int_equal(3, g_strv_length(args));
assert_string_equal("arg1", args[0]);
assert_string_equal("arg2", args[1]);
assert_string_equal("hello there what's up", args[2]);
g_strfreev(args);
}
void
parse_args_with_freetext__returns__quoted_args_with_space(void** state)
{
char* inp = "/cmd \"the arg1\" arg2 another bit of freetext";
gboolean result = FALSE;
gchar** args = parse_args_with_freetext(inp, 3, 3, &result);
assert_true(result);
assert_int_equal(3, g_strv_length(args));
assert_string_equal("the arg1", args[0]);
assert_string_equal("arg2", args[1]);
assert_string_equal("another bit of freetext", args[2]);
g_strfreev(args);
}
void
parse_args_with_freetext__returns__quoted_args_with_many_spaces(void** state)
{
char* inp = "/cmd \"the arg1 is here\" arg2 some more freetext";
gboolean result = FALSE;
gchar** args = parse_args_with_freetext(inp, 3, 3, &result);
assert_true(result);
assert_int_equal(3, g_strv_length(args));
assert_string_equal("the arg1 is here", args[0]);
assert_string_equal("arg2", args[1]);
assert_string_equal("some more freetext", args[2]);
g_strfreev(args);
}
void
parse_args_with_freetext__returns__many_quoted_args_with_many_spaces(void** state)
{
char* inp = "/cmd \"the arg1 is here\" \"and arg2 is right here\" and heres the free text";
gboolean result = FALSE;
gchar** args = parse_args_with_freetext(inp, 3, 3, &result);
assert_true(result);
assert_int_equal(3, g_strv_length(args));
assert_string_equal("the arg1 is here", args[0]);
assert_string_equal("and arg2 is right here", args[1]);
assert_string_equal("and heres the free text", args[2]);
g_strfreev(args);
}
void
parse_args_with_freetext__returns__quoted_freetext(void** state)
{
char* inp = "/cmd arg1 here is \"some\" quoted freetext";
gboolean result = FALSE;
gchar** args = parse_args_with_freetext(inp, 1, 2, &result);
assert_true(result);
assert_int_equal(2, g_strv_length(args));
assert_string_equal("arg1", args[0]);
assert_string_equal("here is \"some\" quoted freetext", args[1]);
g_strfreev(args);
}
void
parse_args_with_freetext__returns__quoted_start_of_freetext(void** state)
{
char* inp = "/cmd arg1 \"arg2 with space\" more text";
gboolean result = FALSE;
gchar** args = parse_args_with_freetext(inp, 1, 2, &result);
assert_true(result);
assert_int_equal(2, g_strv_length(args));
assert_string_equal("arg1", args[0]);
assert_string_equal("\"arg2 with space\" more text", args[1]);
g_strfreev(args);
}
void
parse_args_with_freetext__returns__third_arg_quoted(void** state)
{
char* inp = "/group add friends \"The User\"";
gboolean result = FALSE;
gchar** args = parse_args_with_freetext(inp, 0, 3, &result);
assert_true(result);
assert_int_equal(3, g_strv_length(args));
assert_string_equal("add", args[0]);
assert_string_equal("friends", args[1]);
assert_string_equal("The User", args[2]);
g_strfreev(args);
}
void
parse_args_with_freetext__returns__second_arg_quoted(void** state)
{
char* inp = "/group add \"The Group\" friend";
gboolean result = FALSE;
gchar** args = parse_args_with_freetext(inp, 0, 3, &result);
assert_true(result);
assert_int_equal(3, g_strv_length(args));
assert_string_equal("add", args[0]);
assert_string_equal("The Group", args[1]);
assert_string_equal("friend", args[2]);
g_strfreev(args);
}
void
parse_args_with_freetext__returns__second_and_third_arg_quoted(void** state)
{
char* inp = "/group add \"The Group\" \"The User\"";
gboolean result = FALSE;
gchar** args = parse_args_with_freetext(inp, 0, 3, &result);
assert_true(result);
assert_int_equal(3, g_strv_length(args));
assert_string_equal("add", args[0]);
assert_string_equal("The Group", args[1]);
assert_string_equal("The User", args[2]);
g_strfreev(args);
}
void
parse_args__returns__escaped_quotes(void** state)
{
char* inp = "/cmd \"Thor \\\"The Thunderer\\\" Odinson\" arg2";
gboolean result = FALSE;
gchar** args = parse_args(inp, 2, 2, &result);
assert_true(result);
assert_int_equal(2, g_strv_length(args));
assert_string_equal("Thor \"The Thunderer\" Odinson", args[0]);
assert_string_equal("arg2", args[1]);
g_strfreev(args);
}
void
parse_args__returns__escaped_spaces(void** state)
{
char* inp = "/cmd Thor\\ The\\ Thunderer\\ Odinson arg2";
gboolean result = FALSE;
gchar** args = parse_args(inp, 2, 2, &result);
assert_true(result);
assert_int_equal(2, g_strv_length(args));
assert_string_equal("Thor The Thunderer Odinson", args[0]);
assert_string_equal("arg2", args[1]);
g_strfreev(args);
}
void
parse_args__returns__escaped_backslash(void** state)
{
char* inp = "/cmd \"Thor \\\\ Odinson\" arg2";
gboolean result = FALSE;
gchar** args = parse_args(inp, 2, 2, &result);
assert_true(result);
assert_int_equal(2, g_strv_length(args));
assert_string_equal("Thor \\ Odinson", args[0]);
assert_string_equal("arg2", args[1]);
g_strfreev(args);
}
void
count_tokens__returns__one_token(void** state)
{
char* inp = "one";
int result = count_tokens(inp);
assert_int_equal(1, result);
}
void
count_tokens__returns__one_token_quoted_no_whitespace(void** state)
{
char* inp = "\"one\"";
int result = count_tokens(inp);
assert_int_equal(1, result);
}
void
count_tokens__returns__one_token_quoted_with_whitespace(void** state)
{
char* inp = "\"one two\"";
int result = count_tokens(inp);
assert_int_equal(1, result);
}
void
count_tokens__returns__two_tokens(void** state)
{
char* inp = "one two";
int result = count_tokens(inp);
assert_int_equal(2, result);
}
void
count_tokens__returns__two_tokens_first_quoted(void** state)
{
char* inp = "\"one and\" two";
int result = count_tokens(inp);
assert_int_equal(2, result);
}
void
count_tokens__returns__two_tokens_second_quoted(void** state)
{
char* inp = "one \"two and\"";
int result = count_tokens(inp);
assert_int_equal(2, result);
}
void
count_tokens__returns__two_tokens_both_quoted(void** state)
{
char* inp = "\"one and then\" \"two and\"";
int result = count_tokens(inp);
assert_int_equal(2, result);
}
void
count_tokens__handles__escapes(void** state)
{
char* inp = "one\\ two \"three \\\" four\"";
int result = count_tokens(inp);
assert_int_equal(2, result);
}
void
count_tokens__handles__multiple_spaces(void** state)
{
char* inp = "one two";
int result = count_tokens(inp);
assert_int_equal(2, result);
}
void
get_start__returns__first_of_one(void** state)
{
char* inp = "one";
char* result = get_start(inp, 2);
assert_string_equal("one", result);
g_free(result);
}
void
get_start__returns__first_of_two(void** state)
{
char* inp = "one two";
char* result = get_start(inp, 2);
assert_string_equal("one ", result);
g_free(result);
}
void
get_start__returns__first_two_of_three(void** state)
{
char* inp = "one two three";
char* result = get_start(inp, 3);
assert_string_equal("one two ", result);
g_free(result);
}
void
get_start__returns__first_two_of_three_first_quoted(void** state)
{
char* inp = "\"one\" two three";
char* result = get_start(inp, 3);
assert_string_equal("\"one\" two ", result);
g_free(result);
}
void
get_start__returns__first_two_of_three_second_quoted(void** state)
{
char* inp = "one \"two\" three";
char* result = get_start(inp, 3);
assert_string_equal("one \"two\" ", result);
g_free(result);
}
void
get_start__returns__first_two_of_three_first_and_second_quoted(void** state)
{
char* inp = "\"one\" \"two\" three";
char* result = get_start(inp, 3);
assert_string_equal("\"one\" \"two\" ", result);
g_free(result);
}
void
get_start__handles__escapes(void** state)
{
char* inp = "one\\ two three";
char* result = get_start(inp, 2);
assert_string_equal("one\\ two ", result);
g_free(result);
}
void
get_start__handles__multiple_spaces(void** state)
{
char* inp = "one two";
char* result = get_start(inp, 2);
assert_string_equal("one ", result);
g_free(result);
}
void
parse_options__returns__empty_hashmap_when_none(void** state)
{
gchar* args[] = { "cmd1", "cmd2", NULL };
gchar* keys[] = { "opt1", NULL };
gboolean res = FALSE;
GHashTable* options = parse_options(&args[2], keys, &res);
assert_true(options != NULL);
assert_int_equal(0, g_hash_table_size(options));
assert_true(res);
options_destroy(options);
}
void
parse_options__returns__error_when_opt1_no_val(void** state)
{
gchar* args[] = { "cmd1", "cmd2", "opt1", NULL };
gchar* keys[] = { "opt1", NULL };
gboolean res = TRUE;
GHashTable* options = parse_options(&args[2], keys, &res);
assert_null(options);
assert_false(res);
options_destroy(options);
}
void
parse_options__returns__map_when_one(void** state)
{
gchar* args[] = { "cmd1", "cmd2", "opt1", "val1", NULL };
gchar* keys[] = { "opt1", NULL };
gboolean res = FALSE;
GHashTable* options = parse_options(&args[2], keys, &res);
assert_int_equal(1, g_hash_table_size(options));
assert_true(g_hash_table_contains(options, "opt1"));
assert_string_equal("val1", g_hash_table_lookup(options, "opt1"));
assert_true(res);
options_destroy(options);
}
void
parse_options__returns__error_when_opt2_no_val(void** state)
{
gchar* args[] = { "cmd1", "cmd2", "opt1", "val1", "opt2", NULL };
gchar* keys[] = { "opt1", "opt2", NULL };
gboolean res = TRUE;
GHashTable* options = parse_options(&args[2], keys, &res);
assert_null(options);
assert_false(res);
options_destroy(options);
}
void
parse_options__returns__map_when_two(void** state)
{
gchar* args[] = { "cmd1", "cmd2", "opt1", "val1", "opt2", "val2", NULL };
gchar* keys[] = { "opt1", "opt2", NULL };
gboolean res = FALSE;
GHashTable* options = parse_options(&args[2], keys, &res);
assert_int_equal(2, g_hash_table_size(options));
assert_true(g_hash_table_contains(options, "opt1"));
assert_true(g_hash_table_contains(options, "opt2"));
assert_string_equal("val1", g_hash_table_lookup(options, "opt1"));
assert_string_equal("val2", g_hash_table_lookup(options, "opt2"));
assert_true(res);
options_destroy(options);
}
void
parse_options__returns__error_when_opt3_no_val(void** state)
{
gchar* args[] = { "cmd1", "cmd2", "opt1", "val1", "opt2", "val2", "opt3", NULL };
gchar* keys[] = { "opt1", "opt2", "opt3", NULL };
gboolean res = TRUE;
GHashTable* options = parse_options(&args[2], keys, &res);
assert_null(options);
assert_false(res);
options_destroy(options);
}
void
parse_options__returns__map_when_three(void** state)
{
gchar* args[] = { "cmd1", "cmd2", "opt1", "val1", "opt2", "val2", "opt3", "val3", NULL };
gchar* keys[] = { "opt1", "opt2", "opt3", NULL };
gboolean res = FALSE;
GHashTable* options = parse_options(&args[2], keys, &res);
assert_int_equal(3, g_hash_table_size(options));
assert_true(g_hash_table_contains(options, "opt1"));
assert_true(g_hash_table_contains(options, "opt2"));
assert_true(g_hash_table_contains(options, "opt3"));
assert_string_equal("val1", g_hash_table_lookup(options, "opt1"));
assert_string_equal("val2", g_hash_table_lookup(options, "opt2"));
assert_string_equal("val3", g_hash_table_lookup(options, "opt3"));
assert_true(res);
options_destroy(options);
}
void
parse_options__returns__error_when_unknown_opt(void** state)
{
gchar* args[] = { "cmd1", "cmd2", "opt1", "val1", "oops", "val2", "opt3", "val3", NULL };
gchar* keys[] = { "opt1", "opt2", "opt3", NULL };
gboolean res = TRUE;
GHashTable* options = parse_options(&args[2], keys, &res);
assert_null(options);
assert_false(res);
options_destroy(options);
}
void
parse_options__returns__error_when_duplicated_option(void** state)
{
gchar* args[] = { "cmd1", "cmd2", "opt1", "val1", "opt2", "val2", "opt1", "val3", NULL };
gchar* keys[] = { "opt1", "opt2", "opt3", NULL };
gboolean res = TRUE;
GHashTable* options = parse_options(&args[2], keys, &res);
assert_null(options);
assert_false(res);
options_destroy(options);
}
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