sentry-contrib-native-sys 0.3.1

#include "sentry_json.h"
#include "sentry_testsupport.h"
#include "sentry_value.h"
#include <locale.h>
#include <math.h>
#include <sentry.h>

SENTRY_TEST(value_null)
{
    sentry_value_t val = sentry_value_new_null();
    TEST_CHECK(sentry_value_get_type(val) == SENTRY_VALUE_TYPE_NULL);
    TEST_CHECK(sentry_value_is_null(val));
    TEST_CHECK(sentry_value_as_int32(val) == 0);
    TEST_CHECK(isnan(sentry_value_as_double(val)));
    TEST_CHECK_STRING_EQUAL(sentry_value_as_string(val), "");
    TEST_CHECK(!sentry_value_is_true(val));
    TEST_CHECK_JSON_VALUE(val, "null");
    TEST_CHECK(sentry_value_refcount(val) == 1);
    TEST_CHECK(sentry_value_is_frozen(val));
    sentry_value_decref(val);
    TEST_CHECK(sentry_value_refcount(val) == 1);
}

SENTRY_TEST(value_bool)
{
    sentry_value_t val = sentry_value_new_bool(true);
    TEST_CHECK(sentry_value_get_type(val) == SENTRY_VALUE_TYPE_BOOL);
    TEST_CHECK(sentry_value_as_int32(val) == 0);
    TEST_CHECK(sentry_value_is_true(val));
    TEST_CHECK_JSON_VALUE(val, "true");
    TEST_CHECK(sentry_value_refcount(val) == 1);
    sentry_value_decref(val);
    TEST_CHECK(sentry_value_refcount(val) == 1);
    TEST_CHECK(sentry_value_is_frozen(val));

    val = sentry_value_new_bool(false);
    TEST_CHECK(sentry_value_get_type(val) == SENTRY_VALUE_TYPE_BOOL);
    TEST_CHECK(sentry_value_as_int32(val) == 0);
    TEST_CHECK(!sentry_value_is_true(val));
    TEST_CHECK_JSON_VALUE(val, "false");
    TEST_CHECK(sentry_value_refcount(val) == 1);
    TEST_CHECK(sentry_value_is_frozen(val));
    sentry_value_decref(val);
    TEST_CHECK(sentry_value_refcount(val) == 1);
}

SENTRY_TEST(value_int32)
{
    sentry_value_t val = sentry_value_new_int32(42);
    TEST_CHECK(sentry_value_get_type(val) == SENTRY_VALUE_TYPE_INT32);
    TEST_CHECK(sentry_value_as_int32(val) == 42);
    TEST_CHECK(sentry_value_as_double(val) == 42.0);
    TEST_CHECK(sentry_value_is_true(val));
    TEST_CHECK_JSON_VALUE(val, "42");
    TEST_CHECK(sentry_value_refcount(val) == 1);
    sentry_value_decref(val);
    TEST_CHECK(sentry_value_refcount(val) == 1);

    for (int32_t i = -255; i < 255; i++) {
        val = sentry_value_new_int32(i);
        TEST_CHECK_INT_EQUAL((int)i, (int)sentry_value_as_int32(val));
        TEST_CHECK(sentry_value_get_type(val) == SENTRY_VALUE_TYPE_INT32);
    }

    val = sentry_value_new_int32(-1);
    TEST_CHECK(sentry_value_get_type(val) == SENTRY_VALUE_TYPE_INT32);
    TEST_CHECK(sentry_value_as_int32(val) == -1);
    TEST_CHECK(sentry_value_is_true(val) == true);
    TEST_CHECK(sentry_value_refcount(val) == 1);
    TEST_CHECK(sentry_value_is_frozen(val));
    sentry_value_decref(val);
    TEST_CHECK(sentry_value_refcount(val) == 1);
}

SENTRY_TEST(value_double)
{
    sentry_value_t val = sentry_value_new_double(42.05);
    TEST_CHECK(sentry_value_get_type(val) == SENTRY_VALUE_TYPE_DOUBLE);
    TEST_CHECK(sentry_value_as_double(val) == 42.05);
    TEST_CHECK(sentry_value_is_true(val));
    TEST_CHECK_JSON_VALUE(val, "42.05");
    TEST_CHECK(sentry_value_refcount(val) == 1);
    TEST_CHECK(sentry_value_is_frozen(val));
    sentry_value_decref(val);

    val = sentry_value_new_double(4294967295.);
    TEST_CHECK(sentry_value_get_type(val) == SENTRY_VALUE_TYPE_DOUBLE);
    TEST_CHECK(sentry_value_as_double(val) == 4294967295.);
    TEST_CHECK_JSON_VALUE(val, "4294967295");
    sentry_value_decref(val);
}

SENTRY_TEST(value_string)
{
    sentry_value_t val = sentry_value_new_string("Hello World!\n\t\r\f");
    TEST_CHECK(sentry_value_get_type(val) == SENTRY_VALUE_TYPE_STRING);
    TEST_CHECK(sentry_value_is_true(val) == true);
    TEST_CHECK_STRING_EQUAL(
        sentry_value_as_string(val), "Hello World!\n\t\r\f");
    TEST_CHECK_JSON_VALUE(val, "\"Hello World!\\n\\t\\r\\f\"");
    TEST_CHECK(sentry_value_refcount(val) == 1);
    TEST_CHECK(sentry_value_is_frozen(val));
    sentry_value_decref(val);
}

SENTRY_TEST(value_unicode)
{
    // https://xkcd.com/1813/ :-)
    sentry_value_t val
        = sentry_value_new_string("őá…–🤮🚀¿ 한글 테스트 \a\v");
    TEST_CHECK_STRING_EQUAL(sentry_value_as_string(val),
        "őá…–🤮🚀¿ 한글 테스트 \a\v");
    // json does not need to escape unicode, except for control characters
    TEST_CHECK_JSON_VALUE(
        val, "\"őá…–🤮🚀¿ 한글 테스트 \\u0007\\u000b\"");
    sentry_value_decref(val);
    char zalgo[] = "z̴̢̈͜ä̴̺̟́ͅl̸̛̦͎̺͂̃̚͝g̷̦̲͊͋̄̌͝o̸͇̞̪͙̞͌̇̀̓̏͜";
    val = sentry_value_new_string(zalgo);
    TEST_CHECK_STRING_EQUAL(sentry_value_as_string(val), zalgo);
    sentry_value_decref(val);
}

SENTRY_TEST(value_list)
{
    sentry_value_t val = sentry_value_new_list();
    for (size_t i = 0; i < 10; i++) {
        TEST_CHECK(
            !sentry_value_append(val, sentry_value_new_int32((int32_t)i)));
    }
    for (size_t i = 0; i < 20; i++) {
        sentry_value_t child = sentry_value_get_by_index(val, i);
        if (i < 10) {
            TEST_CHECK(sentry_value_get_type(child) == SENTRY_VALUE_TYPE_INT32);
            TEST_CHECK(sentry_value_as_int32(child) == (int32_t)i);
        } else {
            TEST_CHECK(sentry_value_is_null(child));
        }
    }
    TEST_CHECK(sentry_value_get_length(val) == 10);
    TEST_CHECK(sentry_value_get_type(val) == SENTRY_VALUE_TYPE_LIST);
    TEST_CHECK(sentry_value_is_true(val) == true);
    TEST_CHECK_JSON_VALUE(val, "[0,1,2,3,4,5,6,7,8,9]");
    sentry_value_decref(val);

    val = sentry_value_new_list();
    TEST_CHECK(sentry_value_is_true(val) == false);
    TEST_CHECK_JSON_VALUE(val, "[]");
    sentry_value_t copy = sentry__value_clone(val);
    TEST_CHECK_JSON_VALUE(copy, "[]");
    sentry_value_decref(copy);
    sentry_value_decref(val);

    val = sentry_value_new_list();
    sentry_value_set_by_index(val, 5, sentry_value_new_int32(100));
    sentry_value_set_by_index(val, 2, sentry_value_new_int32(10));
    TEST_CHECK_JSON_VALUE(val, "[null,null,10,null,null,100]");
    sentry_value_remove_by_index(val, 2);
    TEST_CHECK_JSON_VALUE(val, "[null,null,null,null,100]");
    TEST_CHECK(!sentry_value_is_frozen(val));
    sentry_value_freeze(val);
    TEST_CHECK(sentry_value_is_frozen(val));
    sentry_value_decref(val);

    val = sentry_value_new_list();
    for (uint32_t i = 1; i <= 10; i++) {
        sentry_value_append(val, sentry_value_new_int32(i));
    }
    sentry__value_append_bounded(val, sentry_value_new_int32(1010), 5);
#define CHECK_IDX(Idx, Val)                                                    \
    TEST_CHECK_INT_EQUAL(                                                      \
        sentry_value_as_int32(sentry_value_get_by_index(val, Idx)), Val)
    CHECK_IDX(0, 7);
    CHECK_IDX(1, 8);
    CHECK_IDX(2, 9);
    CHECK_IDX(3, 10);
    CHECK_IDX(4, 1010);
    sentry_value_decref(val);
}

SENTRY_TEST(value_object)
{
    sentry_value_t val = sentry_value_new_object();
    for (size_t i = 0; i < 10; i++) {
        char key[100];
        sprintf(key, "key%d", (int)i);
        sentry_value_set_by_key(val, key, sentry_value_new_int32((int32_t)i));
    }
    for (size_t i = 0; i < 20; i++) {
        char key[100];
        sprintf(key, "key%d", (int)i);
        sentry_value_t child = sentry_value_get_by_key(val, key);
        if (i < 10) {
            TEST_CHECK(sentry_value_as_int32(child) == (int32_t)i);
        } else {
            TEST_CHECK(sentry_value_is_null(child));
        }
    }

    TEST_CHECK(sentry_value_get_length(val) == 10);
    TEST_CHECK(sentry_value_get_type(val) == SENTRY_VALUE_TYPE_OBJECT);
    TEST_CHECK(sentry_value_is_true(val) == true);
    TEST_CHECK_JSON_VALUE(val,
        "{\"key0\":0,\"key1\":1,\"key2\":2,\"key3\":3,\"key4\":4,\"key5\":5,"
        "\"key6\":6,\"key7\":7,\"key8\":8,\"key9\":9}");

    sentry_value_t val2 = sentry__value_clone(val);
    sentry_value_decref(val);
    val = val2;
    sentry_value_set_by_key(val, "key1", sentry_value_new_int32(100));

    for (size_t i = 0; i < 10; i += 2) {
        char key[100];
        sprintf(key, "key%d", (int)i);
        sentry_value_remove_by_key(val, key);
    }

    TEST_CHECK(sentry_value_get_length(val) == 5);
    TEST_CHECK_JSON_VALUE(
        val, "{\"key1\":100,\"key3\":3,\"key5\":5,\"key7\":7,\"key9\":9}");

    sentry_value_decref(val);

    val = sentry_value_new_object();
    TEST_CHECK(sentry_value_is_true(val) == false);
    TEST_CHECK_JSON_VALUE(val, "{}");
    TEST_CHECK(!sentry_value_is_frozen(val));
    sentry_value_freeze(val);
    TEST_CHECK(sentry_value_is_frozen(val));
    sentry_value_decref(val);
}

SENTRY_TEST(value_freezing)
{
    sentry_value_t val = sentry_value_new_list();
    sentry_value_t inner = sentry_value_new_object();
    sentry_value_append(val, inner);
    TEST_CHECK(!sentry_value_is_frozen(val));
    TEST_CHECK(!sentry_value_is_frozen(inner));
    sentry_value_freeze(val);
    TEST_CHECK(sentry_value_is_frozen(val));
    TEST_CHECK(sentry_value_is_frozen(inner));

    TEST_CHECK_INT_EQUAL(sentry_value_append(val, sentry_value_new_bool(1)), 1);
    TEST_CHECK_INT_EQUAL(sentry_value_get_length(val), 1);

    TEST_CHECK_INT_EQUAL(
        sentry_value_set_by_key(inner, "foo", sentry_value_new_bool(1)), 1);
    TEST_CHECK_INT_EQUAL(sentry_value_get_length(inner), 0);

    sentry_value_decref(val);
}

#define STRING(X) X, (sizeof(X) - 1)

SENTRY_TEST(value_json_parsing)
{
    sentry_value_t rv;

    rv = sentry__value_from_json(STRING("42"));
    TEST_CHECK(sentry_value_get_type(rv) == SENTRY_VALUE_TYPE_INT32);
    TEST_CHECK_INT_EQUAL(sentry_value_as_int32(rv), 42);
    sentry_value_decref(rv);

    rv = sentry__value_from_json(STRING("false"));
    TEST_CHECK(sentry_value_get_type(rv) == SENTRY_VALUE_TYPE_BOOL);
    TEST_CHECK(!sentry_value_is_true(rv));
    sentry_value_decref(rv);

    rv = sentry__value_from_json(STRING("[42, \"foo\\u2603\"]"));
    TEST_CHECK_INT_EQUAL(
        sentry_value_as_int32(sentry_value_get_by_index(rv, 0)), 42);
    TEST_CHECK_STRING_EQUAL(
        sentry_value_as_string(sentry_value_get_by_index(rv, 1)),
        "foo\xe2\x98\x83");
    sentry_value_decref(rv);

    rv = sentry__value_from_json(
        STRING("[false, 42, \"foo\\u2603\", \"bar\", {\"foo\": 42}]"));
    TEST_CHECK_JSON_VALUE(rv, "[false,42,\"foo☃\",\"bar\",{\"foo\":42}]");
    sentry_value_decref(rv);

    rv = sentry__value_from_json(
        STRING("{\"escapes\": "
               "\"quot: \\\", backslash: \\\\, slash: \\/, backspace: \\b, "
               "formfeed: \\f, linefeed: \\n, carriage: \\r, tab: \\t\", "
               "\"surrogates\": "
               "\"\\uD801\\udc37\"}"));
    // escaped forward slashes are parsed, but not generated
    TEST_CHECK_JSON_VALUE(rv,
        "{\"escapes\":"
        "\"quot: \\\", backslash: \\\\, slash: /, backspace: \\b, "
        "formfeed: \\f, linefeed: \\n, carriage: \\r, tab: \\t\","
        "\"surrogates\":\"𐐷\"}");
    sentry_value_decref(rv);

    // unmatched surrogates don’t parse
    rv = sentry__value_from_json(STRING("\"\\uD801\""));
    TEST_CHECK(sentry_value_is_null(rv));
    rv = sentry__value_from_json(
        STRING("{\"valid key\": true, \"invalid key \\uD801\": false}"));
    TEST_CHECK_JSON_VALUE(rv, "{\"valid key\":true}");
    sentry_value_decref(rv);
}

SENTRY_TEST(value_json_deeply_nested)
{
    sentry_value_t root = sentry_value_new_list();
    sentry_value_t child = root;
    for (int i = 0; i < 128; i++) {
        sentry_value_t new_child;
        if (i % 2) {
            // odd = object
            sentry_value_set_by_key(child, "_1", sentry_value_new_null());
            new_child = sentry_value_new_list();
            sentry_value_set_by_key(child, "_2", new_child);
            sentry_value_set_by_key(child, "_3", sentry_value_new_null());
        } else {
            // even = list
            sentry_value_append(child, sentry_value_new_null());
            new_child = sentry_value_new_object();
            sentry_value_append(child, new_child);
            sentry_value_append(child, sentry_value_new_null());
        }
        child = new_child;
    }

    sentry_jsonwriter_t *jw = sentry__jsonwriter_new(NULL);
    sentry__jsonwriter_write_value(jw, root);
    size_t serialized_len = 0;
    char *serialized = sentry__jsonwriter_into_string(jw, &serialized_len);
    sentry_value_decref(root);

    sentry_value_t parsed = sentry__value_from_json(serialized, serialized_len);
    sentry_free(serialized);

    TEST_CHECK(!sentry_value_is_null(parsed));
    sentry_value_decref(parsed);
}

SENTRY_TEST(value_json_escaping)
{
    sentry_value_t rv = sentry__value_from_json(
        STRING("{\"escapes\": "
               "\"quot: \\\", backslash: \\\\, slash: \\/, backspace: \\b, "
               "formfeed: \\f, linefeed: \\n, carriage: \\r, tab: \\t\"}"));
    // escaped forward slashes are parsed, but not generated
    TEST_CHECK_JSON_VALUE(rv,
        "{\"escapes\":"
        "\"quot: \\\", backslash: \\\\, slash: /, backspace: \\b, "
        "formfeed: \\f, linefeed: \\n, carriage: \\r, tab: \\t\"}");
    sentry_value_decref(rv);

    // trailing blackslash
    rv = sentry__value_from_json(STRING("\"\\\""));
    TEST_CHECK(sentry_value_is_null(rv));
}

SENTRY_TEST(value_json_surrogates)
{
    sentry_value_t rv = sentry__value_from_json(
        STRING("{\"surrogates\": \"oh \\uD801\\udc37 hi\"}"));
    TEST_CHECK_JSON_VALUE(rv, "{\"surrogates\":\"oh 𐐷 hi\"}");
    sentry_value_decref(rv);

    // unmatched surrogates don’t parse
    rv = sentry__value_from_json(STRING("\"\\uD801\""));
    TEST_CHECK(sentry_value_is_null(rv));
    rv = sentry__value_from_json(
        STRING("{\"valid key\": true, \"invalid key \\uD801\": false}"));
    TEST_CHECK_JSON_VALUE(rv, "{\"valid key\":true}");
    sentry_value_decref(rv);
}

SENTRY_TEST(value_json_locales)
{
    // we set a locale that uses decimal-commas to make sure we parse/stringify
    // correctly with a decimal dot.
    setlocale(LC_ALL, "de-DE");

    sentry_value_t rv = sentry__value_from_json(
        STRING("{\"dbl_max\": 1.7976931348623158e+308,"
               "\"dbl_min\": 2.2250738585072014e-308,"
               "\"max_int32\": 4294967295,"
               "\"max_safe_int\": 9007199254740991}"));

    // thou shalt not use exact comparison for floating point values
    TEST_CHECK(sentry_value_as_double(sentry_value_get_by_key(rv, "dbl_max"))
        == 1.7976931348623158e+308);
    TEST_CHECK(sentry_value_as_double(sentry_value_get_by_key(rv, "dbl_min"))
        == 2.2250738585072014e-308);

    TEST_CHECK(sentry_value_as_double(sentry_value_get_by_key(rv, "max_int32"))
        == 4294967295.);
    TEST_CHECK(
        sentry_value_as_double(sentry_value_get_by_key(rv, "max_safe_int"))
        == 9007199254740991.);

    // we format to 16 digits:
    TEST_CHECK_JSON_VALUE(rv,
        "{\"dbl_max\":1.797693134862316e+308,"
        "\"dbl_min\":2.225073858507201e-308,"
        "\"max_int32\":4294967295,"
        "\"max_safe_int\":9007199254740991}");

    sentry_value_decref(rv);
}

SENTRY_TEST(value_json_invalid_doubles)
{
    sentry_value_t val;

    val = sentry_value_new_double(INFINITY);
    TEST_CHECK_JSON_VALUE(val, "null");
    sentry_value_decref(val);

    val = sentry_value_new_double(-INFINITY);
    TEST_CHECK_JSON_VALUE(val, "null");
    sentry_value_decref(val);

    val = sentry_value_new_double(NAN);
    TEST_CHECK_JSON_VALUE(val, "null");
    sentry_value_decref(val);
}

SENTRY_TEST(value_wrong_type)
{
    sentry_value_t val = sentry_value_new_null();

    TEST_CHECK(sentry_value_set_by_key(val, "foobar", val) == 1);
    TEST_CHECK(sentry_value_remove_by_key(val, "foobar") == 1);
    TEST_CHECK(sentry_value_append(val, val) == 1);
    TEST_CHECK(sentry_value_set_by_index(val, 1, val) == 1);
    TEST_CHECK(sentry_value_remove_by_index(val, 1) == 1);
    TEST_CHECK(sentry_value_is_null(sentry_value_get_by_key(val, "foobar")));
    TEST_CHECK(
        sentry_value_is_null(sentry_value_get_by_key_owned(val, "foobar")));
    TEST_CHECK(sentry_value_is_null(sentry_value_get_by_index(val, 1)));
    TEST_CHECK(sentry_value_is_null(sentry_value_get_by_index_owned(val, 1)));
    TEST_CHECK(sentry_value_get_length(val) == 0);
}

SENTRY_TEST(value_collections_leak)
{
    // decref the value correctly on error
    sentry_value_t obj = sentry_value_new_object();
    sentry_value_t null_v = sentry_value_new_null();

    sentry_value_incref(obj);
    sentry_value_set_by_key(null_v, "foo", obj);

    sentry_value_incref(obj);
    sentry_value_set_by_index(null_v, 123, obj);

    sentry_value_incref(obj);
    sentry_value_append(null_v, obj);

    TEST_CHECK_INT_EQUAL(sentry_value_refcount(obj), 1);

    sentry_value_t list = sentry_value_new_list();

    sentry_value_incref(obj);
    sentry_value_append(list, obj);
    sentry_value_incref(obj);
    sentry_value_append(list, obj);
    sentry_value_incref(obj);
    sentry_value_append(list, obj);
    sentry_value_incref(obj);
    sentry_value_append(list, obj);
    sentry_value_incref(obj);
    sentry_value_append(list, obj);

    // decref the existing values correctly on bounded append
    sentry_value_incref(obj);
    sentry__value_append_bounded(list, obj, 2);
    sentry_value_incref(obj);
    sentry__value_append_bounded(list, obj, 2);

    TEST_CHECK_INT_EQUAL(sentry_value_refcount(obj), 3);

    sentry_value_decref(list);

    TEST_CHECK_INT_EQUAL(sentry_value_refcount(obj), 1);
    sentry_value_decref(obj);
}