ParameterizedTest(LogTransportMockConstructor *log_transport_mock_new, log_proto,
test_lines_separated_with_prefix_and_garbage)
{
LogProtoServer *proto;
MultiLineRegexp *re1, *re2;
proto = log_proto_prefix_garbage_multiline_server_new(
/* 32 bytes max line length, which means that the complete
* multi-line block plus one additional line must fit into 32
* bytes. */
(*log_transport_mock_new)(
"Foo First Line Bar\n"
"Foo Second Line Bar\n"
"Foo Third Line Bar\n"
"Foo Multiline\n"
"multi Bar\n"
"Foo final\n", -1,
LTM_PADDING,
LTM_EOF),
get_inited_proto_server_options(),
re1 = multi_line_regexp_compile("^Foo", NULL),
re2 = multi_line_regexp_compile(" Bar$", NULL));
assert_proto_server_fetch(proto, "Foo First Line", -1);
assert_proto_server_fetch(proto, "Foo Second Line", -1);
assert_proto_server_fetch(proto, "Foo Third Line", -1);
assert_proto_server_fetch(proto, "Foo Multiline\nmulti", -1);
log_proto_server_free(proto);
multi_line_regexp_free(re1);
multi_line_regexp_free(re2);
}
static void
test_lines_separated_with_prefix_and_suffix(gboolean input_is_stream)
{
LogProtoServer *proto;
MultiLineRegexp *re1, *re2;
proto = log_proto_prefix_suffix_multiline_server_new(
/* 32 bytes max line length, which means that the complete
* multi-line block plus one additional line must fit into 32
* bytes. */
(0 && input_is_stream ? log_transport_mock_stream_new : log_transport_mock_records_new)(
"prefix first suffix garbage\n"
"prefix multi\n"
"suffix garbage\n"
"prefix final\n", -1,
LTM_PADDING,
LTM_EOF),
get_inited_proto_server_options(),
re1 = multi_line_regexp_compile("^prefix", NULL),
re2 = multi_line_regexp_compile("suffix", NULL));
assert_proto_server_fetch(proto, "prefix first suffix", -1);
assert_proto_server_fetch(proto, "prefix multi\nsuffix", -1);
log_proto_server_free(proto);
log_proto_server_options_destroy(&proto_server_options);
multi_line_regexp_free(re1);
multi_line_regexp_free(re2);
};
static void
test_lines_separated_with_prefix_and_garbage(gboolean input_is_stream)
{
LogProtoServer *proto;
MultiLineRegexp *re1, *re2;
proto = log_proto_prefix_garbage_multiline_server_new(
/* 32 bytes max line length, which means that the complete
* multi-line block plus one additional line must fit into 32
* bytes. */
(input_is_stream ? log_transport_mock_stream_new : log_transport_mock_records_new)(
"Foo First Line Bar\n"
"Foo Second Line Bar\n"
"Foo Third Line Bar\n"
"Foo Multiline\n"
"multi Bar\n"
"Foo final\n", -1,
LTM_PADDING,
LTM_EOF),
get_inited_proto_server_options(),
re1 = multi_line_regexp_compile("^Foo", NULL),
re2 = multi_line_regexp_compile(" Bar$", NULL));
assert_proto_server_fetch(proto, "Foo First Line", -1);
assert_proto_server_fetch(proto, "Foo Second Line", -1);
assert_proto_server_fetch(proto, "Foo Third Line", -1);
assert_proto_server_fetch(proto, "Foo Multiline\nmulti", -1);
log_proto_server_free(proto);
log_proto_server_options_destroy(&proto_server_options);
multi_line_regexp_free(re1);
multi_line_regexp_free(re2);
}
gboolean
affile_sd_set_multi_line_garbage(LogDriver *s, const gchar *garbage_regexp, GError **error)
{
AFFileSourceDriver *self = (AFFileSourceDriver *) s;
self->multi_line_garbage = multi_line_regexp_compile(garbage_regexp, error);
return self->multi_line_garbage != NULL;
}
gboolean
affile_sd_set_multi_line_prefix(LogDriver *s, const gchar *prefix_regexp, GError **error)
{
AFFileSourceDriver *self = (AFFileSourceDriver *) s;
self->multi_line_prefix = multi_line_regexp_compile(prefix_regexp, error);
return self->multi_line_prefix != NULL;
}
