2429

Committed 18 Jun 2024 04:04PM UTC coverage: 90.969% (-0.03%) from 90.996%

Build # 2429

Build Type

push

Evergreen

Committed by

web-flow

Commit Message

Make async_open_realm() return StatusWith<std::shared_ptr<Realm>> (#7808)

This simplifies a lot of test code and eliminates some cases where the Realm
was being opened on a background thread, which is unsupported on linux.

Run Details

102180 of 180376 branches covered (56.65%)

93 of 93 new or added lines in 4 files covered. (100.0%)

95 existing lines in 18 files now uncovered.

214765 of 236085 relevant lines covered (90.97%)

5528167.33 hits per line

Source File
Press 'n' to go to next uncovered line, 'b' for previous

87.23

/src/realm/array_string.cpp

/*************************************************************************
 *
 * Copyright 2016 Realm Inc.
 *
 * Licensed under the Apache License, Version 2.0 (the "License");
 * you may not use this file except in compliance with the License.
 * You may obtain a copy of the License at
 *
 * http://www.apache.org/licenses/LICENSE-2.0
 *
 * Unless required by applicable law or agreed to in writing, software
 * distributed under the License is distributed on an "AS IS" BASIS,
 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 * See the License for the specific language governing permissions and
 * limitations under the License.
 *
 **************************************************************************/

#include <realm/array_string.hpp>
#include <realm/spec.hpp>
#include <realm/mixed.hpp>

using namespace realm;

ArrayString::ArrayString(Allocator& a)
    : m_alloc(a)
{
    m_arr = new (&m_storage) ArrayStringShort(a, true);
}

void ArrayString::create()
{
    static_cast<ArrayStringShort*>(m_arr)->create();
}

void ArrayString::init_from_mem(MemRef mem) noexcept
{
    char* header = mem.get_addr();

    ArrayParent* parent = m_arr->get_parent();
    size_t ndx_in_parent = m_arr->get_ndx_in_parent();

    bool long_strings = Array::get_hasrefs_from_header(header);
    if (!long_strings) {
        // Small strings
        bool is_small = Array::get_wtype_from_header(header) == Array::wtype_Multiply;
        if (is_small) {
            auto arr = new (&m_storage) ArrayStringShort(m_alloc, m_nullable);
            arr->init_from_mem(mem);
            m_type = Type::small_strings;
        }
        else {
            auto arr = new (&m_storage) Array(m_alloc);
            arr->init_from_mem(mem);
            m_string_enum_values = std::make_unique<ArrayString>(m_alloc);
            ArrayParent* p;
            REALM_ASSERT(m_spec != nullptr);
            REALM_ASSERT(m_col_ndx != realm::npos);
            ref_type r = m_spec->get_enumkeys_ref(m_col_ndx, p);
            m_string_enum_values->init_from_ref(r);
            m_string_enum_values->set_parent(p, m_col_ndx);
            m_type = Type::enum_strings;
        }
    }
    else {
        bool is_big = Array::get_context_flag_from_header(header);
        if (!is_big) {
            auto arr = new (&m_storage) ArraySmallBlobs(m_alloc);
            arr->init_from_mem(mem);
            m_type = Type::medium_strings;
        }
        else {
            auto arr = new (&m_storage) ArrayBigBlobs(m_alloc, m_nullable);
            arr->init_from_mem(mem);
            m_type = Type::big_strings;
        }
    }
    m_arr->set_parent(parent, ndx_in_parent);
}

void ArrayString::init_from_parent()
{
    ref_type ref = m_arr->get_ref_from_parent();
    init_from_ref(ref);
}

void ArrayString::destroy() noexcept
{
    if (m_arr->is_attached()) {
        Array::destroy_deep(m_arr->get_ref(), m_alloc);
        detach();
    }
}

void ArrayString::detach() noexcept
{
    m_arr->detach();
    // Make sure the object is in a state like right after construction
    // Next call must be to create()
    m_arr = new (&m_storage) ArrayStringShort(m_alloc, true);
    m_type = Type::small_strings;
}

size_t ArrayString::size() const
{
    switch (m_type) {
        case Type::small_strings:
            return static_cast<ArrayStringShort*>(m_arr)->size();
        case Type::medium_strings:
            return static_cast<ArraySmallBlobs*>(m_arr)->size();
        case Type::big_strings:
            return static_cast<ArrayBigBlobs*>(m_arr)->size();
        case Type::enum_strings:
            return static_cast<Array*>(m_arr)->size();
    }
    return {};
}

void ArrayString::add(StringData value)
{
    switch (upgrade_leaf(value.size())) {
        case Type::small_strings:
            static_cast<ArrayStringShort*>(m_arr)->add(value);
            break;
        case Type::medium_strings:
            static_cast<ArraySmallBlobs*>(m_arr)->add_string(value);
            break;
        case Type::big_strings:
            static_cast<ArrayBigBlobs*>(m_arr)->add_string(value);
            break;
        case Type::enum_strings: {
            auto a = static_cast<Array*>(m_arr);
            size_t ndx = a->size();
            a->add(0);
            set(ndx, value);
            break;
        }
    }
}

void ArrayString::set(size_t ndx, StringData value)
{
    switch (upgrade_leaf(value.size())) {
        case Type::small_strings:
            static_cast<ArrayStringShort*>(m_arr)->set(ndx, value);
            break;
        case Type::medium_strings:
            static_cast<ArraySmallBlobs*>(m_arr)->set_string(ndx, value);
            break;
        case Type::big_strings:
            static_cast<ArrayBigBlobs*>(m_arr)->set_string(ndx, value);
            break;
        case Type::enum_strings: {
            size_t sz = m_string_enum_values->size();
            size_t res = m_string_enum_values->find_first(value, 0, sz);
            if (res == realm::not_found) {
                m_string_enum_values->add(value);
                res = sz;
            }
            static_cast<Array*>(m_arr)->set(ndx, res);
            break;
        }
    }
}

void ArrayString::insert(size_t ndx, StringData value)
{
    switch (upgrade_leaf(value.size())) {
        case Type::small_strings:
            static_cast<ArrayStringShort*>(m_arr)->insert(ndx, value);
            break;
        case Type::medium_strings:
            static_cast<ArraySmallBlobs*>(m_arr)->insert_string(ndx, value);
            break;
        case Type::big_strings:
            static_cast<ArrayBigBlobs*>(m_arr)->insert_string(ndx, value);
            break;
        case Type::enum_strings: {
            static_cast<Array*>(m_arr)->insert(ndx, 0);
            set(ndx, value);
        }
    }
}

StringData ArrayString::get(size_t ndx) const
{
    switch (m_type) {
        case Type::small_strings:
            return static_cast<ArrayStringShort*>(m_arr)->get(ndx);
        case Type::medium_strings:
            return static_cast<ArraySmallBlobs*>(m_arr)->get_string(ndx);
        case Type::big_strings:
            return static_cast<ArrayBigBlobs*>(m_arr)->get_string(ndx);
        case Type::enum_strings: {
            size_t index = size_t(static_cast<Array*>(m_arr)->get(ndx));
            return m_string_enum_values->get(index);
        }
    }
    return {};
}

StringData ArrayString::get_legacy(size_t ndx) const
{
    switch (m_type) {
        case Type::small_strings:
            return static_cast<ArrayStringShort*>(m_arr)->get(ndx);
        case Type::medium_strings:
            return static_cast<ArraySmallBlobs*>(m_arr)->get_string_legacy(ndx);
        case Type::big_strings:
            return static_cast<ArrayBigBlobs*>(m_arr)->get_string(ndx);
        case Type::enum_strings: {
            size_t index = size_t(static_cast<Array*>(m_arr)->get(ndx));
            return m_string_enum_values->get(index);
        }
    }
    return {};
}

Mixed ArrayString::get_any(size_t ndx) const
{
    return Mixed(get(ndx));
}

bool ArrayString::is_null(size_t ndx) const
{
    switch (m_type) {
        case Type::small_strings:
            return static_cast<ArrayStringShort*>(m_arr)->is_null(ndx);
        case Type::medium_strings:
            return static_cast<ArraySmallBlobs*>(m_arr)->is_null(ndx);
        case Type::big_strings:
            return static_cast<ArrayBigBlobs*>(m_arr)->is_null(ndx);
        case Type::enum_strings: {
            size_t index = size_t(static_cast<Array*>(m_arr)->get(ndx));
            return m_string_enum_values->is_null(index);
        }
    }
    return {};
}

void ArrayString::erase(size_t ndx)
{
    switch (m_type) {
        case Type::small_strings:
            static_cast<ArrayStringShort*>(m_arr)->erase(ndx);
            break;
        case Type::medium_strings:
            static_cast<ArraySmallBlobs*>(m_arr)->erase(ndx);
            break;
        case Type::big_strings:
            static_cast<ArrayBigBlobs*>(m_arr)->erase(ndx);
            break;
        case Type::enum_strings:
            static_cast<Array*>(m_arr)->erase(ndx);
            break;
    }
}

void ArrayString::move(ArrayString& dst, size_t ndx)
{
    size_t sz = size();
    for (size_t i = ndx; i < sz; i++) {
        dst.add(get(i));
    }

    switch (m_type) {
        case Type::small_strings:
            static_cast<ArrayStringShort*>(m_arr)->truncate(ndx);
            break;
        case Type::medium_strings:
            static_cast<ArraySmallBlobs*>(m_arr)->truncate(ndx);
            break;
        case Type::big_strings:
            static_cast<ArrayBigBlobs*>(m_arr)->truncate(ndx);
            break;
        case Type::enum_strings:
            // this operation will never be called for enumerated columns
            REALM_UNREACHABLE();
            break;
    }
}

void ArrayString::clear()
{
    switch (m_type) {
        case Type::small_strings:
            static_cast<ArrayStringShort*>(m_arr)->clear();
            break;
        case Type::medium_strings:
            static_cast<ArraySmallBlobs*>(m_arr)->clear();
            break;
        case Type::big_strings:
            static_cast<ArrayBigBlobs*>(m_arr)->clear();
            break;
        case Type::enum_strings:
            static_cast<Array*>(m_arr)->clear();
            break;
    }
}

size_t ArrayString::find_first(StringData value, size_t begin, size_t end) const noexcept
{
    switch (m_type) {
        case Type::small_strings:
            return static_cast<ArrayStringShort*>(m_arr)->find_first(value, begin, end);
        case Type::medium_strings: {
            BinaryData as_binary(value.data(), value.size());
            return static_cast<ArraySmallBlobs*>(m_arr)->find_first(as_binary, true, begin, end);
            break;
        }
        case Type::big_strings: {
            BinaryData as_binary(value.data(), value.size());
            return static_cast<ArrayBigBlobs*>(m_arr)->find_first(as_binary, true, begin, end);
            break;
        }
        case Type::enum_strings: {
            size_t sz = m_string_enum_values->size();
            size_t res = m_string_enum_values->find_first(value, 0, sz);
            if (res != realm::not_found) {
                return static_cast<Array*>(m_arr)->find_first(res, begin, end);
            }
            break;
        }
    }
    return not_found;
}

namespace {

template <class T>
inline StringData get_string(const T* arr, size_t ndx)
{
    return arr->get_string(ndx);
}

template <>
inline StringData get_string(const ArrayStringShort* arr, size_t ndx)
{
    return arr->get(ndx);
}

template <class T, class U>
size_t lower_bound_string(const T* arr, U value)
{
    size_t i = 0;
    size_t sz = arr->size();
    while (0 < sz) {
        size_t half = sz / 2;
        size_t mid = i + half;
        auto probe = get_string(arr, mid);
        if (probe < value) {
            i = mid + 1;
            sz -= half + 1;
        }
        else {
            sz = half;
        }
    }
    return i;
}
} // namespace

size_t ArrayString::lower_bound(StringData value)
{
    switch (m_type) {
        case Type::small_strings:
            return lower_bound_string(static_cast<ArrayStringShort*>(m_arr), value);
        case Type::medium_strings:
            return lower_bound_string(static_cast<ArraySmallBlobs*>(m_arr), value);
        case Type::big_strings:
            return lower_bound_string(static_cast<ArrayBigBlobs*>(m_arr), value);
        case Type::enum_strings:
            break;
    }
    return realm::npos;
}

ArrayString::Type ArrayString::upgrade_leaf(size_t value_size)
{
    if (m_type == Type::big_strings)
        return Type::big_strings;

    if (m_type == Type::enum_strings)
        return Type::enum_strings;

    if (m_type == Type::medium_strings) {
        if (value_size <= medium_string_max_size)
            return Type::medium_strings;

        // Upgrade root leaf from medium to big strings
        auto string_medium = static_cast<ArraySmallBlobs*>(m_arr);
        ArrayBigBlobs big_blobs(m_alloc, true);
        big_blobs.create(); // Throws

        size_t n = string_medium->size();
        for (size_t i = 0; i < n; i++) {
            big_blobs.add_string(string_medium->get_string(i)); // Throws
        }
        auto parent = string_medium->get_parent();
        auto ndx_in_parent = string_medium->get_ndx_in_parent();
        string_medium->destroy();

        auto arr = new (&m_storage) ArrayBigBlobs(m_alloc, true);
        arr->init_from_mem(big_blobs.get_mem());
        arr->set_parent(parent, ndx_in_parent);
        arr->update_parent();

        m_type = Type::big_strings;
        return Type::big_strings;
    }

    // m_type == Type::small
    if (value_size <= small_string_max_size)
        return Type::small_strings;

    if (value_size <= medium_string_max_size) {
        // Upgrade root leaf from small to medium strings
        auto string_short = static_cast<ArrayStringShort*>(m_arr);
        ArraySmallBlobs string_long(m_alloc);
        string_long.create(); // Throws

        size_t n = string_short->size();
        for (size_t i = 0; i < n; i++) {
            string_long.add_string(string_short->get(i)); // Throws
        }
        auto parent = string_short->get_parent();
        auto ndx_in_parent = string_short->get_ndx_in_parent();
        string_short->destroy();

        auto arr = new (&m_storage) ArraySmallBlobs(m_alloc);
        arr->init_from_mem(string_long.get_mem());
        arr->set_parent(parent, ndx_in_parent);
        arr->update_parent();

        m_type = Type::medium_strings;
    }
    else {
        // Upgrade root leaf from small to big strings
        auto string_short = static_cast<ArrayStringShort*>(m_arr);
        ArrayBigBlobs big_blobs(m_alloc, true);
        big_blobs.create(); // Throws

        size_t n = string_short->size();
        for (size_t i = 0; i < n; i++) {
            big_blobs.add_string(string_short->get(i)); // Throws
        }
        auto parent = string_short->get_parent();
        auto ndx_in_parent = string_short->get_ndx_in_parent();
        string_short->destroy();

        auto arr = new (&m_storage) ArrayBigBlobs(m_alloc, true);
        arr->init_from_mem(big_blobs.get_mem());
        arr->set_parent(parent, ndx_in_parent);
        arr->update_parent();

        m_type = Type::big_strings;
    }

    return m_type;
}

void ArrayString::verify() const
{
#ifdef REALM_DEBUG
    switch (m_type) {
        case Type::small_strings:
            static_cast<ArrayStringShort*>(m_arr)->verify();
            break;
        case Type::medium_strings:
            static_cast<ArraySmallBlobs*>(m_arr)->verify();
            break;
        case Type::big_strings:
            static_cast<ArrayBigBlobs*>(m_arr)->verify();
            break;
        case Type::enum_strings:
            static_cast<Array*>(m_arr)->verify();
            break;
    }
#endif
}

1	/*************************************************************************
2	*
3	* Copyright 2016 Realm Inc.
4	*
5	* Licensed under the Apache License, Version 2.0 (the "License");
6	* you may not use this file except in compliance with the License.
7	* You may obtain a copy of the License at
8	*
9	* http://www.apache.org/licenses/LICENSE-2.0
10	*
11	* Unless required by applicable law or agreed to in writing, software
12	* distributed under the License is distributed on an "AS IS" BASIS,
13	* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
14	* See the License for the specific language governing permissions and
15	* limitations under the License.
16	*
17	**************************************************************************/
18
19	#include <realm/array_string.hpp>
20	#include <realm/spec.hpp>
21	#include <realm/mixed.hpp>
22
23	using namespace realm;
24
25	ArrayString::ArrayString(Allocator& a)
26	: m_alloc(a)	6,350,508✔
27	{	12,752,727✔
28	m_arr = new (&m_storage) ArrayStringShort(a, true);	12,752,727✔
29	}	12,752,727✔
30
31	void ArrayString::create()
32	{	258,819✔
33	static_cast<ArrayStringShort*>(m_arr)->create();	258,819✔
34	}	258,819✔
35
36	void ArrayString::init_from_mem(MemRef mem) noexcept
37	{	11,173,386✔
38	char* header = mem.get_addr();	11,173,386✔
39
40	ArrayParent* parent = m_arr->get_parent();	11,173,386✔
41	size_t ndx_in_parent = m_arr->get_ndx_in_parent();	11,173,386✔
42
43	bool long_strings = Array::get_hasrefs_from_header(header);	11,173,386✔
44	if (!long_strings) {	11,173,386✔
45	// Small strings
46	bool is_small = Array::get_wtype_from_header(header) == Array::wtype_Multiply;	8,399,367✔
47	if (is_small) {	8,399,367✔
48	auto arr = new (&m_storage) ArrayStringShort(m_alloc, m_nullable);	4,700,493✔
49	arr->init_from_mem(mem);	4,700,493✔
50	m_type = Type::small_strings;	4,700,493✔
51	}	4,700,493✔
52	else {	3,698,874✔
53	auto arr = new (&m_storage) Array(m_alloc);	3,698,874✔
54	arr->init_from_mem(mem);	3,698,874✔
55	m_string_enum_values = std::make_unique<ArrayString>(m_alloc);	3,698,874✔
56	ArrayParent* p;	3,698,874✔
57	REALM_ASSERT(m_spec != nullptr);	3,698,874✔
58	REALM_ASSERT(m_col_ndx != realm::npos);	3,698,874✔
59	ref_type r = m_spec->get_enumkeys_ref(m_col_ndx, p);	3,698,874✔
60	m_string_enum_values->init_from_ref(r);	3,698,874✔
61	m_string_enum_values->set_parent(p, m_col_ndx);	3,698,874✔
62	m_type = Type::enum_strings;	3,698,874✔
63	}	3,698,874✔
64	}	8,399,367✔
65	else {	2,774,019✔
66	bool is_big = Array::get_context_flag_from_header(header);	2,774,019✔
67	if (!is_big) {	2,774,019✔
68	auto arr = new (&m_storage) ArraySmallBlobs(m_alloc);	705,342✔
69	arr->init_from_mem(mem);	705,342✔
70	m_type = Type::medium_strings;	705,342✔
71	}	705,342✔
72	else {	2,068,677✔
73	auto arr = new (&m_storage) ArrayBigBlobs(m_alloc, m_nullable);	2,068,677✔
74	arr->init_from_mem(mem);	2,068,677✔
75	m_type = Type::big_strings;	2,068,677✔
76	}	2,068,677✔
77	}	2,774,019✔
78	m_arr->set_parent(parent, ndx_in_parent);	11,173,386✔
79	}	11,173,386✔
80
81	void ArrayString::init_from_parent()
82	{	5,124,954✔
83	ref_type ref = m_arr->get_ref_from_parent();	5,124,954✔
84	init_from_ref(ref);	5,124,954✔
85	}	5,124,954✔
86
87	void ArrayString::destroy() noexcept
88	{	1,026✔
89	if (m_arr->is_attached()) {	1,026✔
90	Array::destroy_deep(m_arr->get_ref(), m_alloc);	462✔
91	detach();	462✔
92	}	462✔
93	}	1,026✔
94
95	void ArrayString::detach() noexcept
96	{	494,385✔
97	m_arr->detach();	494,385✔
98	// Make sure the object is in a state like right after construction
99	// Next call must be to create()
100	m_arr = new (&m_storage) ArrayStringShort(m_alloc, true);	494,385✔
101	m_type = Type::small_strings;	494,385✔
102	}	494,385✔
103
104	size_t ArrayString::size() const
105	{	13,308,573✔
106	switch (m_type) {	13,308,573✔
107	case Type::small_strings:	4,711,446✔
108	return static_cast<ArrayStringShort*>(m_arr)->size();	4,711,446✔
109	case Type::medium_strings:	460,260✔
110	return static_cast<ArraySmallBlobs*>(m_arr)->size();	460,260✔
111	case Type::big_strings:	8,148,375✔
112	return static_cast<ArrayBigBlobs*>(m_arr)->size();	8,148,375✔
113	case Type::enum_strings:	246✔
114	return static_cast<Array*>(m_arr)->size();	246✔
115	}	13,308,573✔
116	return {};	×
117	}	13,308,573✔
118
119	void ArrayString::add(StringData value)
120	{	137,454✔
121	switch (upgrade_leaf(value.size())) {	137,454✔
122	case Type::small_strings:	81,273✔
123	static_cast<ArrayStringShort*>(m_arr)->add(value);	81,273✔
124	break;	81,273✔
125	case Type::medium_strings:	28,158✔
126	static_cast<ArraySmallBlobs*>(m_arr)->add_string(value);	28,158✔
127	break;	28,158✔
128	case Type::big_strings:	28,023✔
129	static_cast<ArrayBigBlobs*>(m_arr)->add_string(value);	28,023✔
130	break;	28,023✔
131	case Type::enum_strings: {	✔
132	auto a = static_cast<Array*>(m_arr);	×
133	size_t ndx = a->size();	×
134	a->add(0);	×
135	set(ndx, value);	×
136	break;	×
137	}	×
138	}	137,454✔
139	}	137,454✔
140
141	void ArrayString::set(size_t ndx, StringData value)
142	{	3,762,789✔
143	switch (upgrade_leaf(value.size())) {	3,762,789✔
144	case Type::small_strings:	505,407✔
145	static_cast<ArrayStringShort*>(m_arr)->set(ndx, value);	505,407✔
146	break;	505,407✔
147	case Type::medium_strings:	249,480✔
148	static_cast<ArraySmallBlobs*>(m_arr)->set_string(ndx, value);	249,480✔
149	break;	249,480✔
150	case Type::big_strings:	384,453✔
151	static_cast<ArrayBigBlobs*>(m_arr)->set_string(ndx, value);	384,453✔
152	break;	384,453✔
153	case Type::enum_strings: {	2,625,390✔
154	size_t sz = m_string_enum_values->size();	2,625,390✔
155	size_t res = m_string_enum_values->find_first(value, 0, sz);	2,625,390✔
156	if (res == realm::not_found) {	2,625,390✔
157	m_string_enum_values->add(value);	9,609✔
158	res = sz;	9,609✔
159	}	9,609✔
160	static_cast<Array*>(m_arr)->set(ndx, res);	2,625,390✔
161	break;	2,625,390✔
162	}	×
163	}	3,762,789✔
164	}	3,762,789✔
165
166	void ArrayString::insert(size_t ndx, StringData value)
167	{	3,465,534✔
168	switch (upgrade_leaf(value.size())) {	3,465,534✔
169	case Type::small_strings:	1,053,261✔
170	static_cast<ArrayStringShort*>(m_arr)->insert(ndx, value);	1,053,261✔
171	break;	1,053,261✔
172	case Type::medium_strings:	294,939✔
173	static_cast<ArraySmallBlobs*>(m_arr)->insert_string(ndx, value);	294,939✔
174	break;	294,939✔
175	case Type::big_strings:	805,692✔
176	static_cast<ArrayBigBlobs*>(m_arr)->insert_string(ndx, value);	805,692✔
177	break;	805,692✔
178	case Type::enum_strings: {	1,312,755✔
179	static_cast<Array*>(m_arr)->insert(ndx, 0);	1,312,755✔
180	set(ndx, value);	1,312,755✔
181	}	1,312,755✔
182	}	3,465,534✔
183	}	3,465,534✔
184
185	StringData ArrayString::get(size_t ndx) const
186	{	18,795,324✔
187	switch (m_type) {	18,795,324✔
188	case Type::small_strings:	9,628,980✔
189	return static_cast<ArrayStringShort*>(m_arr)->get(ndx);	9,628,980✔
190	case Type::medium_strings:	882,888✔
191	return static_cast<ArraySmallBlobs*>(m_arr)->get_string(ndx);	882,888✔
192	case Type::big_strings:	7,151,973✔
193	return static_cast<ArrayBigBlobs*>(m_arr)->get_string(ndx);	7,151,973✔
194	case Type::enum_strings: {	1,141,317✔
195	size_t index = size_t(static_cast<Array*>(m_arr)->get(ndx));	1,141,317✔
196	return m_string_enum_values->get(index);	1,141,317✔
197	}	×
198	}	18,795,324✔
199	return {};	×
200	}	18,795,324✔
201
202	StringData ArrayString::get_legacy(size_t ndx) const
203	{	×
204	switch (m_type) {	×
205	case Type::small_strings:	×
206	return static_cast<ArrayStringShort*>(m_arr)->get(ndx);	×
207	case Type::medium_strings:	×
208	return static_cast<ArraySmallBlobs*>(m_arr)->get_string_legacy(ndx);	×
209	case Type::big_strings:	×
210	return static_cast<ArrayBigBlobs*>(m_arr)->get_string(ndx);	×
211	case Type::enum_strings: {	×
212	size_t index = size_t(static_cast<Array*>(m_arr)->get(ndx));	×
213	return m_string_enum_values->get(index);	×
214	}	×
215	}	×
216	return {};	×
217	}	×
218
219	Mixed ArrayString::get_any(size_t ndx) const
220	{	132,864✔
221	return Mixed(get(ndx));	132,864✔
222	}	132,864✔
223
224	bool ArrayString::is_null(size_t ndx) const
225	{	3,544,824✔
226	switch (m_type) {	3,544,824✔
227	case Type::small_strings:	492,576✔
228	return static_cast<ArrayStringShort*>(m_arr)->is_null(ndx);	492,576✔
229	case Type::medium_strings:	16,962✔
230	return static_cast<ArraySmallBlobs*>(m_arr)->is_null(ndx);	16,962✔
231	case Type::big_strings:	3,035,310✔
232	return static_cast<ArrayBigBlobs*>(m_arr)->is_null(ndx);	3,035,310✔
233	case Type::enum_strings: {	✔
234	size_t index = size_t(static_cast<Array*>(m_arr)->get(ndx));	×
235	return m_string_enum_values->is_null(index);	×
236	}	×
237	}	3,544,824✔
238	return {};	×
239	}	3,544,824✔
240
241	void ArrayString::erase(size_t ndx)
242	{	128,034✔
243	switch (m_type) {	128,034✔
244	case Type::small_strings:	36,066✔
245	static_cast<ArrayStringShort*>(m_arr)->erase(ndx);	36,066✔
246	break;	36,066✔
247	case Type::medium_strings:	57,564✔
248	static_cast<ArraySmallBlobs*>(m_arr)->erase(ndx);	57,564✔
249	break;	57,564✔
250	case Type::big_strings:	26,049✔
251	static_cast<ArrayBigBlobs*>(m_arr)->erase(ndx);	26,049✔
252	break;	26,049✔
253	case Type::enum_strings:	8,355✔
254	static_cast<Array*>(m_arr)->erase(ndx);	8,355✔
255	break;	8,355✔
256	}	128,034✔
257	}	128,034✔
258
259	void ArrayString::move(ArrayString& dst, size_t ndx)
260	{	66✔
261	size_t sz = size();	66✔
262	for (size_t i = ndx; i < sz; i++) {	20,730✔
263	dst.add(get(i));	20,664✔
264	}	20,664✔
265
266	switch (m_type) {	66✔
267	case Type::small_strings:	✔
268	static_cast<ArrayStringShort*>(m_arr)->truncate(ndx);	×
269	break;	×
270	case Type::medium_strings:	60✔
271	static_cast<ArraySmallBlobs*>(m_arr)->truncate(ndx);	60✔
272	break;	60✔
273	case Type::big_strings:	6✔
274	static_cast<ArrayBigBlobs*>(m_arr)->truncate(ndx);	6✔
275	break;	6✔
276	case Type::enum_strings:	✔
277	// this operation will never be called for enumerated columns
278	REALM_UNREACHABLE();
279	break;	×
280	}	66✔
281	}	66✔
282
283	void ArrayString::clear()
284	{	354✔
285	switch (m_type) {	354✔
286	case Type::small_strings:	300✔
287	static_cast<ArrayStringShort*>(m_arr)->clear();	300✔
288	break;	300✔
289	case Type::medium_strings:	6✔
290	static_cast<ArraySmallBlobs*>(m_arr)->clear();	6✔
291	break;	6✔
292	case Type::big_strings:	48✔
293	static_cast<ArrayBigBlobs*>(m_arr)->clear();	48✔
294	break;	48✔
295	case Type::enum_strings:	✔
296	static_cast<Array*>(m_arr)->clear();	×
297	break;	×
298	}	354✔
299	}	354✔
300
301	size_t ArrayString::find_first(StringData value, size_t begin, size_t end) const noexcept
302	{	4,095,387✔
303	switch (m_type) {	4,095,387✔
304	case Type::small_strings:	3,113,979✔
305	return static_cast<ArrayStringShort*>(m_arr)->find_first(value, begin, end);	3,113,979✔
306	case Type::medium_strings: {	130,014✔
307	BinaryData as_binary(value.data(), value.size());	130,014✔
308	return static_cast<ArraySmallBlobs*>(m_arr)->find_first(as_binary, true, begin, end);	130,014✔
309	break;	×
310	}	×
311	case Type::big_strings: {	255,294✔
312	BinaryData as_binary(value.data(), value.size());	255,294✔
313	return static_cast<ArrayBigBlobs*>(m_arr)->find_first(as_binary, true, begin, end);	255,294✔
314	break;	×
315	}	×
316	case Type::enum_strings: {	596,868✔
317	size_t sz = m_string_enum_values->size();	596,868✔
318	size_t res = m_string_enum_values->find_first(value, 0, sz);	596,868✔
319	if (res != realm::not_found) {	596,868✔
320	return static_cast<Array*>(m_arr)->find_first(res, begin, end);	596,868✔
321	}	596,868✔
UNCOV 322	break;	×
323	}	596,868✔
324	}	4,095,387✔
325	return not_found;	×
326	}	4,095,387✔
327
328	namespace {
329
330	template <class T>
331	inline StringData get_string(const T* arr, size_t ndx)
332	{	437,337✔
333	return arr->get_string(ndx);	437,337✔
334	}	437,337✔
335
336	template <>
337	inline StringData get_string(const ArrayStringShort* arr, size_t ndx)
338	{	93,660✔
339	return arr->get(ndx);	93,660✔
340	}	93,660✔
341
342	template <class T, class U>
343	size_t lower_bound_string(const T* arr, U value)
344	{	234,912✔
345	size_t i = 0;	234,912✔
346	size_t sz = arr->size();	234,912✔
347	while (0 < sz) {	765,909✔
348	size_t half = sz / 2;	530,997✔
349	size_t mid = i + half;	530,997✔
350	auto probe = get_string(arr, mid);	530,997✔
351	if (probe < value) {	530,997✔
352	i = mid + 1;	190,797✔
353	sz -= half + 1;	190,797✔
354	}	190,797✔
355	else {	340,200✔
356	sz = half;	340,200✔
357	}	340,200✔
358	}	530,997✔
359	return i;	234,912✔
360	}	234,912✔
361	} // namespace
362
363	size_t ArrayString::lower_bound(StringData value)
364	{	234,912✔
365	switch (m_type) {	234,912✔
366	case Type::small_strings:	58,434✔
367	return lower_bound_string(static_cast<ArrayStringShort*>(m_arr), value);	58,434✔
368	case Type::medium_strings:	68,418✔
369	return lower_bound_string(static_cast<ArraySmallBlobs*>(m_arr), value);	68,418✔
370	case Type::big_strings:	108,060✔
371	return lower_bound_string(static_cast<ArrayBigBlobs*>(m_arr), value);	108,060✔
372	case Type::enum_strings:	✔
373	break;	×
374	}	234,912✔
375	return realm::npos;	×
376	}	234,912✔
377
378	ArrayString::Type ArrayString::upgrade_leaf(size_t value_size)
379	{	7,362,486✔
380	if (m_type == Type::big_strings)	7,362,486✔
381	return Type::big_strings;	1,197,759✔
382
383	if (m_type == Type::enum_strings)	6,164,727✔
384	return Type::enum_strings;	3,937,857✔
385
386	if (m_type == Type::medium_strings) {	2,226,870✔
387	if (value_size <= medium_string_max_size)	532,548✔
388	return Type::medium_strings;	532,047✔
389
390	// Upgrade root leaf from medium to big strings
391	auto string_medium = static_cast<ArraySmallBlobs*>(m_arr);	501✔
392	ArrayBigBlobs big_blobs(m_alloc, true);	501✔
393	big_blobs.create(); // Throws	501✔
394
395	size_t n = string_medium->size();	501✔
396	for (size_t i = 0; i < n; i++) {	10,056✔
397	big_blobs.add_string(string_medium->get_string(i)); // Throws	9,555✔
398	}	9,555✔
399	auto parent = string_medium->get_parent();	501✔
400	auto ndx_in_parent = string_medium->get_ndx_in_parent();	501✔
401	string_medium->destroy();	501✔
402
403	auto arr = new (&m_storage) ArrayBigBlobs(m_alloc, true);	501✔
404	arr->init_from_mem(big_blobs.get_mem());	501✔
405	arr->set_parent(parent, ndx_in_parent);	501✔
406	arr->update_parent();	501✔
407
408	m_type = Type::big_strings;	501✔
409	return Type::big_strings;	501✔
410	}	532,548✔
411
412	// m_type == Type::small
413	if (value_size <= small_string_max_size)	1,694,322✔
414	return Type::small_strings;	1,639,785✔
415
416	if (value_size <= medium_string_max_size) {	54,537✔
417	// Upgrade root leaf from small to medium strings
418	auto string_short = static_cast<ArrayStringShort*>(m_arr);	40,377✔
419	ArraySmallBlobs string_long(m_alloc);	40,377✔
420	string_long.create(); // Throws	40,377✔
421
422	size_t n = string_short->size();	40,377✔
423	for (size_t i = 0; i < n; i++) {	73,680✔
424	string_long.add_string(string_short->get(i)); // Throws	33,303✔
425	}	33,303✔
426	auto parent = string_short->get_parent();	40,377✔
427	auto ndx_in_parent = string_short->get_ndx_in_parent();	40,377✔
428	string_short->destroy();	40,377✔
429
430	auto arr = new (&m_storage) ArraySmallBlobs(m_alloc);	40,377✔
431	arr->init_from_mem(string_long.get_mem());	40,377✔
432	arr->set_parent(parent, ndx_in_parent);	40,377✔
433	arr->update_parent();	40,377✔
434
435	m_type = Type::medium_strings;	40,377✔
436	}	40,377✔
437	else {	14,160✔
438	// Upgrade root leaf from small to big strings
439	auto string_short = static_cast<ArrayStringShort*>(m_arr);	14,160✔
440	ArrayBigBlobs big_blobs(m_alloc, true);	14,160✔
441	big_blobs.create(); // Throws	14,160✔
442
443	size_t n = string_short->size();	14,160✔
444	for (size_t i = 0; i < n; i++) {	34,413✔
445	big_blobs.add_string(string_short->get(i)); // Throws	20,253✔
446	}	20,253✔
447	auto parent = string_short->get_parent();	14,160✔
448	auto ndx_in_parent = string_short->get_ndx_in_parent();	14,160✔
449	string_short->destroy();	14,160✔
450
451	auto arr = new (&m_storage) ArrayBigBlobs(m_alloc, true);	14,160✔
452	arr->init_from_mem(big_blobs.get_mem());	14,160✔
453	arr->set_parent(parent, ndx_in_parent);	14,160✔
454	arr->update_parent();	14,160✔
455
456	m_type = Type::big_strings;	14,160✔
457	}	14,160✔
458
459	return m_type;	54,537✔
460	}	1,694,322✔
461
462	void ArrayString::verify() const
463	{	167,865✔
464	#ifdef REALM_DEBUG	167,865✔
465	switch (m_type) {	167,865✔
466	case Type::small_strings:	161,475✔
467	static_cast<ArrayStringShort*>(m_arr)->verify();	161,475✔
468	break;	161,475✔
469	case Type::medium_strings:	897✔
470	static_cast<ArraySmallBlobs*>(m_arr)->verify();	897✔
471	break;	897✔
472	case Type::big_strings:	5,247✔
473	static_cast<ArrayBigBlobs*>(m_arr)->verify();	5,247✔
474	break;	5,247✔
475	case Type::enum_strings:	246✔
476	static_cast<Array*>(m_arr)->verify();	246✔
477	break;	246✔
478	}	167,865✔
479	#endif	167,865✔
480	}	167,865✔

realm / realm-core / 2429

Source File Press 'n' to go to next uncovered line, 'b' for previous

Source File
Press 'n' to go to next uncovered line, 'b' for previous