//
// Copyright (C) 2012 The Android Open Source Project
//
// 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 "shill/key_value_store.h"

#if defined(ENABLE_BINDER)
#include <binder/PersistableBundle.h>
#include <utils/String16.h>
#endif  // ENABLE_BINDER
#include <gtest/gtest.h>

#if defined(ENABLE_BINDER)
using android::os::PersistableBundle;
using android::String16;
#endif  // ENABLE_BINDER
using std::map;
using std::string;
using std::vector;
using testing::Test;

namespace {
const char kBoolKey[] = "BoolKey";
const char kBoolsKey[] = "BoolsKey";
const char kByteArraysKey[] = "ByteArraysKey";
const char kIntKey[] = "IntKey";
const char kIntsKey[] = "IntsKey";
const char kInt16Key[] = "Int16Key";
const char kInt64Key[] = "Int64Key";
const char kInt64sKey[] = "Int64sKey";
const char kDoubleKey[] = "DoubleKey";
const char kDoublesKey[] = "DoublesKey";
const char kKeyValueStoreKey[] = "KeyValueStoreKey";
const char kRpcIdentifierKey[] = "RpcIdentifierKey";
const char kRpcIdentifiersKey[] = "RpcIdentifiersKey";
const char kStringKey[] = "StringKey";
const char kStringmapKey[] = "StringmapKey";
const char kStringsKey[] = "StringsKey";
const char kUintKey[] = "UintKey";
const char kUint16Key[] = "Uint16Key";
const char kUint8Key[] = "Uint8Key";
const char kUint8sKey[] = "Uint8sKey";
const char kUint32sKey[] = "Uint32sKey";
const char kNestedInt32Key[] = "NestedInt32Key";

const bool kBoolValue = true;
const vector<bool> kBoolsValue{true, false, false};
const vector<vector<uint8_t>> kByteArraysValue{{1}, {2}};
const int32_t kIntValue = 123;
const vector<int32_t> kIntsValue{123, 456, 789};
const int16_t kInt16Value = 123;
const int64_t kInt64Value = 0x1234000000000000;
const vector<int64_t> kInt64sValue{0x2345000000000000, 0x6789000000000000};
const double kDoubleValue = 1.1;
const vector<double> kDoublesValue{2.2, 3.3};
const size_t kDoublesValueSize = kDoublesValue.size();
const string kRpcIdentifierValue("/org/chromium/test");
const vector<string> kRpcIdentifiersValue{
    "/org/chromium/test0", "/org/chromium/test1", "/org/chromium/test2"};
const string kStringValue("StringValue");
const map<string, string> kStringmapValue = {{"key", "value"}};
const vector<string> kStringsValue = {"StringsValue1", "StringsValue2"};
const uint32_t kUintValue = 654;
const uint16_t kUint16Value = 123;
const uint8_t kUint8Value = 3;
const vector<uint8_t> kUint8sValue{1, 2};
const vector<uint32_t> kUint32sValue{1, 2};
const int32_t kNestedInt32Value = 1;
}

namespace shill {

class KeyValueStoreTest : public Test {
 public:
  KeyValueStoreTest() {}

  void SetOneOfEachType(KeyValueStore* store,
                        const KeyValueStore& nested_key_value_store_value) {
    store->SetBool(kBoolKey, kBoolValue);
    store->SetBools(kBoolsKey, kBoolsValue);
    store->SetByteArrays(kByteArraysKey, kByteArraysValue);
    store->SetInt(kIntKey, kIntValue);
    store->SetInts(kIntsKey, kIntsValue);
    store->SetInt16(kInt16Key, kInt16Value);
    store->SetInt64(kInt64Key, kInt64Value);
    store->SetInt64s(kInt64sKey, kInt64sValue);
    store->SetDouble(kDoubleKey, kDoubleValue);
    store->SetDoubles(kDoublesKey, kDoublesValue);
    store->SetKeyValueStore(kKeyValueStoreKey, nested_key_value_store_value);
    store->SetRpcIdentifier(kRpcIdentifierKey, kRpcIdentifierValue);
    store->SetRpcIdentifiers(kRpcIdentifiersKey, kRpcIdentifiersValue);
    store->SetString(kStringKey, kStringValue);
    store->SetStringmap(kStringmapKey, kStringmapValue);
    store->SetStrings(kStringsKey, kStringsValue);
    store->SetUint(kUintKey, kUintValue);
    store->SetUint16(kUint16Key, kUint16Value);
    store->SetUint8(kUint8Key, kUint8Value);
    store->SetUint8s(kUint8sKey, kUint8sValue);
    store->SetUint32s(kUint32sKey, kUint32sValue);
  }

 protected:
  KeyValueStore store_;
};

TEST_F(KeyValueStoreTest, Any) {
  EXPECT_FALSE(store_.Contains(kStringKey));
  store_.Set(kStringKey, brillo::Any(kStringValue));
  EXPECT_TRUE(store_.Contains(kStringKey));
  EXPECT_EQ(kStringValue, store_.Get(kStringKey).Get<string>());
  store_.Remove(kStringKey);
  EXPECT_FALSE(store_.Contains(kStringKey));
}

TEST_F(KeyValueStoreTest, Bool) {
  const bool kDefaultValue = true;
  const bool kValue = false;
  EXPECT_FALSE(store_.ContainsBool(kBoolKey));
  EXPECT_EQ(kDefaultValue, store_.LookupBool(kBoolKey, kDefaultValue));
  store_.SetBool(kBoolKey, kValue);
  EXPECT_TRUE(store_.ContainsBool(kBoolKey));
  // TODO(shenhan): investigate if a newer version of gtest handles EXPECT_EQ
  // for bools in a manner that gcc 4.7 is happy with. (Improper conversion from
  // "false" to "NULL").
  EXPECT_EQ(static_cast<int>(kValue),
            static_cast<int>(store_.LookupBool(kBoolKey, kDefaultValue)));
  EXPECT_EQ(static_cast<int>(kValue),
            static_cast<int>(store_.GetBool(kBoolKey)));
}

TEST_F(KeyValueStoreTest, Bools) {
  EXPECT_FALSE(store_.ContainsBools(kBoolsKey));
  store_.SetBools(kBoolsKey, kBoolsValue);
  EXPECT_TRUE(store_.ContainsBools(kBoolsKey));
  EXPECT_EQ(kBoolsValue, store_.GetBools(kBoolsKey));
}

TEST_F(KeyValueStoreTest, ByteArrays) {
  EXPECT_FALSE(store_.ContainsByteArrays(kByteArraysKey));
  store_.SetByteArrays(kByteArraysKey, kByteArraysValue);
  EXPECT_TRUE(store_.ContainsByteArrays(kByteArraysKey));
  EXPECT_EQ(kByteArraysValue, store_.GetByteArrays(kByteArraysKey));
  store_.RemoveByteArrays(kByteArraysKey);
  EXPECT_FALSE(store_.ContainsByteArrays(kByteArraysKey));
}

TEST_F(KeyValueStoreTest, Int) {
  EXPECT_FALSE(store_.ContainsInt(kIntKey));
  const int kDefaultValue = 789;
  const int kValue = 456;
  EXPECT_EQ(kDefaultValue, store_.LookupInt(kIntKey, kDefaultValue));
  store_.SetInt(kIntKey, kValue);
  EXPECT_TRUE(store_.ContainsInt(kIntKey));
  EXPECT_EQ(kValue, store_.GetInt(kIntKey));
  EXPECT_EQ(kValue, store_.LookupInt(kIntKey, kDefaultValue));
  store_.RemoveInt(kIntKey);
  EXPECT_FALSE(store_.ContainsInt(kIntKey));
}

TEST_F(KeyValueStoreTest, Ints) {
  EXPECT_FALSE(store_.ContainsInts(kIntsKey));
  store_.SetInts(kIntsKey, kIntsValue);
  EXPECT_TRUE(store_.ContainsInts(kIntsKey));
  EXPECT_EQ(kIntsValue, store_.GetInts(kIntsKey));
}

TEST_F(KeyValueStoreTest, Int16) {
  EXPECT_FALSE(store_.ContainsInt16(kInt16Key));
  store_.SetInt16(kInt16Key, kInt16Value);
  EXPECT_TRUE(store_.ContainsInt16(kInt16Key));
  EXPECT_EQ(kInt16Value, store_.GetInt16(kInt16Key));
  store_.RemoveInt16(kInt16Key);
  EXPECT_FALSE(store_.ContainsInt16(kInt16Key));
}

TEST_F(KeyValueStoreTest, Int64) {
  EXPECT_FALSE(store_.ContainsInt64(kInt64Key));
  store_.SetInt64(kInt64Key, kInt64Value);
  EXPECT_TRUE(store_.ContainsInt64(kInt64Key));
  EXPECT_EQ(kInt64Value, store_.GetInt64(kInt64Key));
}

TEST_F(KeyValueStoreTest, Int64s) {
  EXPECT_FALSE(store_.ContainsInt64s(kInt64sKey));
  store_.SetInt64s(kInt64sKey, kInt64sValue);
  EXPECT_TRUE(store_.ContainsInt64s(kInt64sKey));
  EXPECT_EQ(kInt64sValue, store_.GetInt64s(kInt64sKey));
}

TEST_F(KeyValueStoreTest, Double) {
  EXPECT_FALSE(store_.ContainsDouble(kDoubleKey));
  store_.SetDouble(kDoubleKey, kDoubleValue);
  EXPECT_TRUE(store_.ContainsDouble(kDoubleKey));
  EXPECT_DOUBLE_EQ(kDoubleValue, store_.GetDouble(kDoubleKey));
}

TEST_F(KeyValueStoreTest, Doubles) {
  EXPECT_FALSE(store_.ContainsDoubles(kDoublesKey));
  store_.SetDoubles(kDoublesKey, kDoublesValue);
  EXPECT_TRUE(store_.ContainsDoubles(kDoublesKey));
  vector<double> ret = store_.GetDoubles(kDoublesKey);
  EXPECT_EQ(kDoublesValueSize, ret.size());
  for (size_t i = 0; i < kDoublesValueSize; ++i) {
    EXPECT_DOUBLE_EQ(kDoublesValue[i], ret[i]);
  }
}

TEST_F(KeyValueStoreTest, KeyValueStore) {
  KeyValueStore value;
  value.SetStringmap(kStringmapKey, kStringmapValue);
  EXPECT_FALSE(store_.ContainsKeyValueStore(kKeyValueStoreKey));
  store_.SetKeyValueStore(kKeyValueStoreKey, value);
  EXPECT_TRUE(store_.ContainsKeyValueStore(kKeyValueStoreKey));
  EXPECT_EQ(value, store_.GetKeyValueStore(kKeyValueStoreKey));
  store_.RemoveKeyValueStore(kKeyValueStoreKey);
  EXPECT_FALSE(store_.ContainsKeyValueStore(kKeyValueStoreKey));
}

TEST_F(KeyValueStoreTest, RpcIdentifier) {
  EXPECT_FALSE(store_.ContainsRpcIdentifier(kRpcIdentifierKey));
  store_.SetRpcIdentifier(kRpcIdentifierKey, kRpcIdentifierValue);
  EXPECT_TRUE(store_.ContainsRpcIdentifier(kRpcIdentifierKey));
  EXPECT_EQ(kRpcIdentifierValue, store_.GetRpcIdentifier(kRpcIdentifierKey));
  store_.RemoveRpcIdentifier(kRpcIdentifierKey);
  EXPECT_FALSE(store_.ContainsRpcIdentifier(kRpcIdentifierKey));
}

TEST_F(KeyValueStoreTest, RpcIdentifiers) {
  EXPECT_FALSE(store_.ContainsRpcIdentifiers(kRpcIdentifiersKey));
  store_.SetRpcIdentifiers(kRpcIdentifiersKey, kRpcIdentifiersValue);
  EXPECT_TRUE(store_.ContainsRpcIdentifiers(kRpcIdentifiersKey));
  EXPECT_EQ(kRpcIdentifiersValue, store_.GetRpcIdentifiers(kRpcIdentifiersKey));
  store_.Remove(kRpcIdentifiersKey);
  EXPECT_FALSE(store_.ContainsRpcIdentifiers(kRpcIdentifiersKey));
}

TEST_F(KeyValueStoreTest, String) {
  const string kDefaultValue("bar");
  const string kValue("baz");
  EXPECT_FALSE(store_.ContainsString(kStringKey));
  EXPECT_EQ(kDefaultValue, store_.LookupString(kStringKey, kDefaultValue));
  store_.SetString(kStringKey, kValue);
  EXPECT_TRUE(store_.ContainsString(kStringKey));
  EXPECT_EQ(kValue, store_.LookupString(kStringKey, kDefaultValue));
  EXPECT_EQ(kValue, store_.GetString(kStringKey));
  store_.RemoveString(kStringKey);
  EXPECT_FALSE(store_.ContainsString(kStringKey));
  EXPECT_EQ(kDefaultValue, store_.LookupString(kStringKey, kDefaultValue));
}

TEST_F(KeyValueStoreTest, Stringmap) {
  EXPECT_FALSE(store_.ContainsStringmap(kStringmapKey));
  store_.SetStringmap(kStringmapKey, kStringmapValue);
  EXPECT_TRUE(store_.ContainsStringmap(kStringmapKey));
  EXPECT_EQ(kStringmapValue, store_.GetStringmap(kStringmapKey));
  store_.RemoveStringmap(kStringmapKey);
  EXPECT_FALSE(store_.ContainsStringmap(kStringmapKey));
}

TEST_F(KeyValueStoreTest, Strings) {
  EXPECT_FALSE(store_.ContainsStrings(kStringsKey));
  store_.SetStrings(kStringsKey, kStringsValue);
  EXPECT_TRUE(store_.ContainsStrings(kStringsKey));
  EXPECT_EQ(kStringsValue, store_.GetStrings(kStringsKey));
  store_.RemoveStrings(kStringsKey);
  EXPECT_FALSE(store_.ContainsStrings(kStringsKey));
}

TEST_F(KeyValueStoreTest, Uint) {
  EXPECT_FALSE(store_.ContainsUint(kUintKey));
  store_.SetUint(kUintKey, kUintValue);
  EXPECT_TRUE(store_.ContainsUint(kUintKey));
  EXPECT_EQ(kUintValue, store_.GetUint(kUintKey));
}

TEST_F(KeyValueStoreTest, Uint16) {
  EXPECT_FALSE(store_.ContainsUint16(kUint16Key));
  store_.SetUint16(kUint16Key, kUint16Value);
  EXPECT_TRUE(store_.ContainsUint16(kUint16Key));
  EXPECT_EQ(kUint16Value, store_.GetUint16(kUint16Key));
}

TEST_F(KeyValueStoreTest, Uint8) {
  EXPECT_FALSE(store_.ContainsUint8(kUint8Key));
  store_.SetUint8(kUint8Key, kUint8Value);
  EXPECT_TRUE(store_.ContainsUint8(kUint8Key));
  EXPECT_EQ(kUint8Value, store_.GetUint8(kUint8Key));
  store_.RemoveUint8(kUint8Key);
  EXPECT_FALSE(store_.ContainsUint8(kUint8Key));
}

TEST_F(KeyValueStoreTest, Uint8s) {
  EXPECT_FALSE(store_.ContainsUint8s(kUint8sKey));
  store_.SetUint8s(kUint8sKey, kUint8sValue);
  EXPECT_TRUE(store_.ContainsUint8s(kUint8sKey));
  EXPECT_EQ(kUint8sValue, store_.GetUint8s(kUint8sKey));
  store_.RemoveUint8s(kUint8sKey);
  EXPECT_FALSE(store_.ContainsUint8s(kUint8sKey));
}

TEST_F(KeyValueStoreTest, Uint32s) {
  EXPECT_FALSE(store_.ContainsUint32s(kUint32sKey));
  store_.SetUint32s(kUint32sKey, kUint32sValue);
  EXPECT_TRUE(store_.ContainsUint32s(kUint32sKey));
  EXPECT_EQ(kUint32sValue, store_.GetUint32s(kUint32sKey));
  store_.RemoveUint32s(kUint32sKey);
  EXPECT_FALSE(store_.ContainsUint32s(kUint32sKey));
}

TEST_F(KeyValueStoreTest, DoubleRemove) {
  const string kKey("foo");
  // Make sure we don't get an exception/infinite loop if we do a
  // "Remove()" when the key does not exist.
  store_.RemoveInt(kKey);
  store_.RemoveInt(kKey);
  store_.RemoveString(kKey);
  store_.RemoveString(kKey);
}

TEST_F(KeyValueStoreTest, Clear) {
  EXPECT_TRUE(store_.IsEmpty());
  SetOneOfEachType(&store_, KeyValueStore());

  EXPECT_TRUE(store_.ContainsBool(kBoolKey));
  EXPECT_TRUE(store_.ContainsBools(kBoolsKey));
  EXPECT_TRUE(store_.ContainsByteArrays(kByteArraysKey));
  EXPECT_TRUE(store_.ContainsInt(kIntKey));
  EXPECT_TRUE(store_.ContainsInts(kIntsKey));
  EXPECT_TRUE(store_.ContainsInt16(kInt16Key));
  EXPECT_TRUE(store_.ContainsInt64(kInt64Key));
  EXPECT_TRUE(store_.ContainsInt64s(kInt64sKey));
  EXPECT_TRUE(store_.ContainsDouble(kDoubleKey));
  EXPECT_TRUE(store_.ContainsDoubles(kDoublesKey));
  EXPECT_TRUE(store_.ContainsKeyValueStore(kKeyValueStoreKey));
  EXPECT_TRUE(store_.ContainsRpcIdentifier(kRpcIdentifierKey));
  EXPECT_TRUE(store_.ContainsString(kStringKey));
  EXPECT_TRUE(store_.ContainsStringmap(kStringmapKey));
  EXPECT_TRUE(store_.ContainsStrings(kStringsKey));
  EXPECT_TRUE(store_.ContainsUint(kUintKey));
  EXPECT_TRUE(store_.ContainsUint16(kUint16Key));
  EXPECT_TRUE(store_.ContainsUint8s(kUint8sKey));
  EXPECT_TRUE(store_.ContainsUint32s(kUint32sKey));
  EXPECT_FALSE(store_.IsEmpty());
  store_.Clear();
  EXPECT_TRUE(store_.IsEmpty());
  EXPECT_FALSE(store_.ContainsBool(kBoolKey));
  EXPECT_FALSE(store_.ContainsBools(kBoolsKey));
  EXPECT_FALSE(store_.ContainsByteArrays(kByteArraysKey));
  EXPECT_FALSE(store_.ContainsInt(kIntKey));
  EXPECT_FALSE(store_.ContainsInts(kIntsKey));
  EXPECT_FALSE(store_.ContainsInt16(kInt16Key));
  EXPECT_FALSE(store_.ContainsInt64(kInt64Key));
  EXPECT_FALSE(store_.ContainsInt64s(kInt64sKey));
  EXPECT_FALSE(store_.ContainsDouble(kDoubleKey));
  EXPECT_FALSE(store_.ContainsDoubles(kDoublesKey));
  EXPECT_FALSE(store_.ContainsKeyValueStore(kKeyValueStoreKey));
  EXPECT_FALSE(store_.ContainsRpcIdentifier(kRpcIdentifierKey));
  EXPECT_FALSE(store_.ContainsString(kStringKey));
  EXPECT_FALSE(store_.ContainsStringmap(kStringmapKey));
  EXPECT_FALSE(store_.ContainsStrings(kStringsKey));
  EXPECT_FALSE(store_.ContainsUint(kUintKey));
  EXPECT_FALSE(store_.ContainsUint16(kUint16Key));
  EXPECT_FALSE(store_.ContainsUint8s(kUint8sKey));
  EXPECT_FALSE(store_.ContainsUint32s(kUint32sKey));
}

TEST_F(KeyValueStoreTest, Equals) {
  KeyValueStore first, second;

  first.SetBool("boolKey", true);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  second.SetBool("boolKey", true);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetBool("boolKey", true);
  second.SetBool("boolOtherKey", true);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetBool("boolKey", true);
  second.SetBool("boolKey", false);
  EXPECT_NE(first, second);

  const vector<bool> kBools1{true, false};
  const vector<bool> kBools2{false, true};

  first.Clear();
  second.Clear();
  first.SetBools("boolsKey", kBools1);
  second.SetBools("boolsOtherKey", kBools1);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetBools("boolsKey", kBools1);
  second.SetBools("boolsKey", kBools2);
  EXPECT_NE(first, second);

  const vector<vector<uint8_t>> kByteArrays1{ {1, 2} };
  const vector<vector<uint8_t>> kByteArrays2{ {3, 4} };

  first.Clear();
  second.Clear();
  first.SetByteArrays("byteArraysKey", kByteArrays1);
  second.SetByteArrays("byteArraysOtherKey", kByteArrays1);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetByteArrays("byteArraysKey", kByteArrays1);
  second.SetByteArrays("byteArraysKey", kByteArrays2);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetInt("intKey", 123);
  second.SetInt("intOtherKey", 123);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetInt("intKey", 123);
  second.SetInt("intKey", 456);
  EXPECT_NE(first, second);

  const vector<int32_t> kInts1{1, 2};
  const vector<int32_t> kInts2{3, 4};

  first.Clear();
  second.Clear();
  first.SetInts("intsKey", kInts1);
  second.SetInts("intsOtherKey", kInts1);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetInts("intsKey", kInts1);
  second.SetInts("intsKey", kInts2);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetInt16("int16Key", 123);
  second.SetInt16("int16OtherKey", 123);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetInt16("int16Key", 123);
  second.SetInt16("int16Key", 456);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetInt64("int64Key", 0x1234000000000000);
  second.SetInt64("int64OtherKey", 0x1234000000000000);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetInt64("int64Key", 0x6789000000000000);
  second.SetInt64("int64Key", 0x2345000000000000);
  EXPECT_NE(first, second);

  const vector<int64_t> kInt64s1{0x1000000000000000, 0x2000000000000000};
  const vector<int64_t> kInt64s2{0x3000000000000000, 0x4000000000000000};

  first.Clear();
  second.Clear();
  first.SetInt64s("int64sKey", kInt64s1);
  second.SetInt64s("int64sOtherKey", kInt64s1);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetInt64s("int64sKey", kInt64s1);
  second.SetInt64s("int64sKey", kInt64s2);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetDouble("doubleKey", 1.1);
  second.SetDouble("doubleOtherKey", 1.1);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetDouble("doubleKey", 2.3);
  second.SetDouble("doubleKey", 4.5);
  EXPECT_NE(first, second);

  const vector<double> kDoubles1{1.1, 2.2};
  const vector<double> kDoubles2{3.3, 4.4};

  first.Clear();
  second.Clear();
  first.SetDoubles("doublesKey", kDoubles1);
  second.SetDoubles("doublesOtherKey", kDoubles1);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetDoubles("doublesKey", kDoubles1);
  second.SetDoubles("doublesKey", kDoubles2);
  EXPECT_NE(first, second);

  KeyValueStore key_value0;
  key_value0.SetInt("intKey", 123);
  KeyValueStore key_value1;
  key_value1.SetInt("intOtherKey", 123);

  first.Clear();
  second.Clear();
  first.SetKeyValueStore("keyValueKey", key_value0);
  second.SetKeyValueStore("keyValueKey", key_value1);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetKeyValueStore("keyValueKey", key_value0);
  second.SetKeyValueStore("keyValueOtherKey", key_value0);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetRpcIdentifier("rpcIdentifierKey", "rpcIdentifier");
  second.SetRpcIdentifier("rpcIdentifierOtherKey", "rpcIdentifier");
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetRpcIdentifier("rpcIdentifierKey", "rpcIdentifier");
  second.SetRpcIdentifier("rpcIdentifierKey", "otherRpcIdentifier");
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetString("stringKey", "string");
  second.SetString("stringOtherKey", "string");
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetString("stringKey", "string");
  second.SetString("stringKey", "otherString");
  EXPECT_NE(first, second);

  const map<string, string> kStringmap1{{"key", "value"}};
  const map<string, string> kStringmap2{{"otherKey", "value"}};
  const map<string, string> kStringmap3{{"key", "otherValue"}};

  first.Clear();
  second.Clear();
  first.SetStringmap("stringmapKey", kStringmap1);
  second.SetStringmap("stringmapOtherKey", kStringmap1);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetStringmap("stringmapKey", kStringmap1);
  second.SetStringmap("stringmapKey", kStringmap2);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetStringmap("stringmapKey", kStringmap1);
  second.SetStringmap("stringmapKey", kStringmap3);
  EXPECT_NE(first, second);

  const vector<string> kStrings1{"value"};
  const vector<string> kStrings2{"otherValue"};

  first.Clear();
  second.Clear();
  first.SetStrings("stringsKey", kStrings1);
  second.SetStrings("stringsOtherKey", kStrings1);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetStrings("stringsKey", kStrings1);
  second.SetStrings("stringsKey", kStrings2);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetUint("uintKey", 1);
  second.SetUint("uintOtherKey", 1);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetUint("uintKey", 1);
  second.SetUint("uintKey", 2);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetUint16("uint16Key", 1);
  second.SetUint16("uint16OtherKey", 1);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetUint16("uint16Key", 1);
  second.SetUint16("uint16Key", 2);
  EXPECT_NE(first, second);

  const vector<uint8_t> kUint8s1{1};
  const vector<uint8_t> kUint8s2{2};

  first.Clear();
  second.Clear();
  first.SetUint8s("uint8sKey", kUint8s1);
  second.SetUint8s("uint8sOtherKey", kUint8s1);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetUint8s("uint8sKey", kUint8s1);
  second.SetUint8s("uint8sKey", kUint8s2);
  EXPECT_NE(first, second);

  const vector<uint32_t> kUint32s1{1};
  const vector<uint32_t> kUint32s2{2};

  first.Clear();
  second.Clear();
  first.SetUint32s("uint32sKey", kUint32s1);
  second.SetUint32s("uint32sOtherKey", kUint32s1);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetUint32s("uint32sKey", kUint32s1);
  second.SetUint32s("uint32sKey", kUint32s2);
  EXPECT_NE(first, second);

  first.Clear();
  second.Clear();
  first.SetBool("boolKey", true);
  first.SetBools("boolsKey", kBools1);
  first.SetByteArrays("byteArraysKey", kByteArrays1);
  first.SetInt("intKey", 123);
  first.SetInts("intsKey", kInts1);
  first.SetInt16("int16Key", 123);
  first.SetInt64("int64Key", 0x1234000000000000);
  first.SetInt64s("int64sKey", kInt64s1);
  first.SetDouble("doubleKey", 1.1);
  first.SetDoubles("doublesKey", kDoubles1);
  first.SetRpcIdentifier("rpcIdentifierKey", "rpcid");
  first.SetString("stringKey", "value");
  first.SetStringmap("stringmapKey", kStringmap1);
  first.SetStrings("stringsKey", kStrings1);
  first.SetUint("uintKey", 1);
  first.SetUint16("uint16Key", 1);
  first.SetUint8s("uint8sKey", kUint8s1);
  first.SetUint32s("uint32sKey", kUint32s1);
  second.SetBool("boolKey", true);
  second.SetBools("boolsKey", kBools1);
  second.SetByteArrays("byteArraysKey", kByteArrays1);
  second.SetInt("intKey", 123);
  second.SetInts("intsKey", kInts1);
  second.SetInt16("int16Key", 123);
  second.SetInt64("int64Key", 0x1234000000000000);
  second.SetInt64s("int64sKey", kInt64s1);
  second.SetDouble("doubleKey", 1.1);
  second.SetDoubles("doublesKey", kDoubles1);
  second.SetRpcIdentifier("rpcIdentifierKey", "rpcid");
  second.SetString("stringKey", "value");
  second.SetStringmap("stringmapKey", kStringmap1);
  second.SetStrings("stringsKey", kStrings1);
  second.SetUint("uintKey", 1);
  second.SetUint16("uint16Key", 1);
  second.SetUint8s("uint8sKey", kUint8s1);
  second.SetUint32s("uint32sKey", kUint32s1);
  EXPECT_EQ(first, second);
}

TEST_F(KeyValueStoreTest, CopyFrom) {
  KeyValueStore donor;
  KeyValueStore keyValueStoreValue;
  keyValueStoreValue.SetInt(kIntKey, kIntValue);
  SetOneOfEachType(&donor, keyValueStoreValue);

  EXPECT_TRUE(store_.IsEmpty());
  store_.CopyFrom(donor);
  EXPECT_FALSE(store_.IsEmpty());
  EXPECT_EQ(donor, store_);
}

TEST_F(KeyValueStoreTest, ConvertToVariantDictionary) {
  KeyValueStore store;
  KeyValueStore nested_store;
  nested_store.SetInt(kNestedInt32Key, kNestedInt32Value);
  SetOneOfEachType(&store, nested_store);

  brillo::VariantDictionary dict;
  KeyValueStore::ConvertToVariantDictionary(store, &dict);
  EXPECT_EQ(21, dict.size());
  EXPECT_EQ(kStringValue, dict[kStringKey].Get<string>());
  map<string, string> stringmap_value =
      dict[kStringmapKey].Get<map<string, string>>();
  EXPECT_EQ(kStringmapValue, stringmap_value);
  EXPECT_EQ(kStringsValue, dict[kStringsKey].Get<vector<string>>());
  EXPECT_EQ(kBoolValue, dict[kBoolKey].Get<bool>());
  EXPECT_EQ(kBoolsValue, dict[kBoolsKey].Get<vector<bool>>());
  EXPECT_EQ(kIntValue, dict[kIntKey].Get<int32_t>());
  EXPECT_EQ(kIntsValue, dict[kIntsKey].Get<vector<int32_t>>());
  EXPECT_EQ(kUintValue, dict[kUintKey].Get<uint32_t>());
  EXPECT_EQ(kByteArraysValue,
            dict[kByteArraysKey].Get<vector<vector<uint8_t>>>());
  EXPECT_EQ(kInt16Value, dict[kInt16Key].Get<int16_t>());
  EXPECT_EQ(kRpcIdentifierValue,
            dict[kRpcIdentifierKey].Get<dbus::ObjectPath>().value());
  EXPECT_EQ(kUint16Value, dict[kUint16Key].Get<uint16_t>());
  EXPECT_EQ(kInt64Value, dict[kInt64Key].Get<int64_t>());
  EXPECT_EQ(kInt64sValue, dict[kInt64sKey].Get<vector<int64_t>>());
  EXPECT_DOUBLE_EQ(kDoubleValue, dict[kDoubleKey].Get<double>());
  vector<double> doubles_value = dict[kDoublesKey].Get<vector<double>>();
  EXPECT_EQ(kDoublesValueSize, doubles_value.size());
  for (size_t i = 0; i < kDoublesValueSize; ++i) {
    EXPECT_DOUBLE_EQ(kDoublesValue[i], doubles_value[i]);
  }
  EXPECT_EQ(kUint8sValue, dict[kUint8sKey].Get<vector<uint8_t>>());
  EXPECT_EQ(kUint32sValue, dict[kUint32sKey].Get<vector<uint32_t>>());
  brillo::VariantDictionary nested_dict =
      dict[kKeyValueStoreKey].Get<brillo::VariantDictionary>();
  EXPECT_EQ(kNestedInt32Value, nested_dict[kNestedInt32Key].Get<int32_t>());
}

TEST_F(KeyValueStoreTest, ConvertFromVariantDictionary) {
  brillo::VariantDictionary dict;
  dict[kStringKey] = brillo::Any(string(kStringValue));
  dict[kStringmapKey] = brillo::Any(kStringmapValue);
  dict[kStringsKey] = brillo::Any(kStringsValue);
  dict[kBoolKey] = brillo::Any(kBoolValue);
  dict[kBoolsKey] = brillo::Any(kBoolsValue);
  dict[kIntKey] = brillo::Any(kIntValue);
  dict[kIntsKey] = brillo::Any(kIntsValue);
  dict[kUintKey] = brillo::Any(kUintValue);
  dict[kByteArraysKey] = brillo::Any(kByteArraysValue);
  dict[kInt16Key] = brillo::Any(kInt16Value);
  dict[kInt64Key] = brillo::Any(kInt64Value);
  dict[kInt64sKey] = brillo::Any(kInt64sValue);
  dict[kDoubleKey] = brillo::Any(kDoubleValue);
  dict[kDoublesKey] = brillo::Any(kDoublesValue);
  dict[kRpcIdentifierKey] =
      brillo::Any(dbus::ObjectPath(kRpcIdentifierValue));
  dict[kUint16Key] = brillo::Any(kUint16Value);
  dict[kUint8sKey] = brillo::Any(kUint8sValue);
  dict[kUint32sKey] = brillo::Any(kUint32sValue);
  brillo::VariantDictionary nested_dict;
  nested_dict[kNestedInt32Key] = brillo::Any(kNestedInt32Value);
  dict[kKeyValueStoreKey] = brillo::Any(nested_dict);

  KeyValueStore store;
  KeyValueStore::ConvertFromVariantDictionary(dict, &store);
  EXPECT_TRUE(store.ContainsString(kStringKey));
  EXPECT_EQ(kStringValue, store.GetString(kStringKey));
  EXPECT_TRUE(store.ContainsStringmap(kStringmapKey));
  EXPECT_EQ(kStringmapValue, store.GetStringmap(kStringmapKey));
  EXPECT_TRUE(store.ContainsStrings(kStringsKey));
  EXPECT_EQ(kStringsValue, store.GetStrings(kStringsKey));
  EXPECT_TRUE(store.ContainsBool(kBoolKey));
  EXPECT_EQ(kBoolValue, store.GetBool(kBoolKey));
  EXPECT_TRUE(store.ContainsBools(kBoolsKey));
  EXPECT_EQ(kBoolsValue, store.GetBools(kBoolsKey));
  EXPECT_TRUE(store.ContainsInt(kIntKey));
  EXPECT_EQ(kIntValue, store.GetInt(kIntKey));
  EXPECT_TRUE(store.ContainsInts(kIntsKey));
  EXPECT_EQ(kIntsValue, store.GetInts(kIntsKey));
  EXPECT_TRUE(store.ContainsUint(kUintKey));
  EXPECT_EQ(kUintValue, store.GetUint(kUintKey));
  EXPECT_TRUE(store.ContainsByteArrays(kByteArraysKey));
  EXPECT_EQ(kByteArraysValue, store.GetByteArrays(kByteArraysKey));
  EXPECT_TRUE(store.ContainsInt16(kInt16Key));
  EXPECT_EQ(kInt16Value, store.GetInt16(kInt16Key));
  EXPECT_TRUE(store.ContainsInt64(kInt64Key));
  EXPECT_EQ(kInt64Value, store.GetInt64(kInt64Key));
  EXPECT_TRUE(store.ContainsInt64s(kInt64sKey));
  EXPECT_EQ(kInt64sValue, store.GetInt64s(kInt64sKey));
  EXPECT_TRUE(store.ContainsDouble(kDoubleKey));
  EXPECT_DOUBLE_EQ(kDoubleValue, store.GetDouble(kDoubleKey));
  EXPECT_TRUE(store.ContainsDoubles(kDoublesKey));
  vector<double> doubles_value = store.GetDoubles(kDoublesKey);
  EXPECT_EQ(kDoublesValueSize, doubles_value.size());
  for (size_t i = 0; i < kDoublesValueSize; ++i) {
    EXPECT_DOUBLE_EQ(kDoublesValue[i], doubles_value[i]);
  }
  EXPECT_TRUE(store.ContainsRpcIdentifier(kRpcIdentifierKey));
  EXPECT_EQ(kRpcIdentifierValue, store.GetRpcIdentifier(kRpcIdentifierKey));
  EXPECT_TRUE(store.ContainsUint16(kUint16Key));
  EXPECT_EQ(kUint16Value, store.GetUint16(kUint16Key));
  EXPECT_TRUE(store.ContainsUint8s(kUint8sKey));
  EXPECT_EQ(kUint8sValue, store.GetUint8s(kUint8sKey));
  EXPECT_TRUE(store.ContainsUint32s(kUint32sKey));
  EXPECT_EQ(kUint32sValue, store.GetUint32s(kUint32sKey));
  EXPECT_TRUE(store.ContainsKeyValueStore(kKeyValueStoreKey));
  KeyValueStore nested_store;
  nested_store.SetInt(kNestedInt32Key, kNestedInt32Value);
  EXPECT_EQ(nested_store, store.GetKeyValueStore(kKeyValueStoreKey));
}

#if defined(ENABLE_BINDER)
TEST_F(KeyValueStoreTest, ConvertToPersistableBundle) {
  KeyValueStore store;
  KeyValueStore nested_store;
  nested_store.SetInt(kNestedInt32Key, kNestedInt32Value);
  SetOneOfEachType(&store, nested_store);

  PersistableBundle bundle;
  KeyValueStore::ConvertToPersistableBundle(store, &bundle);
  // Only a subset of the values added to |store| in SetOneOfEachType() are
  // supported.
  EXPECT_EQ(11, bundle.size());
  bool bool_value;
  EXPECT_TRUE(bundle.getBoolean(String16(kBoolKey), &bool_value));
  EXPECT_EQ(kBoolValue, bool_value);
  int int_value;
  EXPECT_TRUE(bundle.getInt(String16(kIntKey), &int_value));
  EXPECT_EQ(kIntValue, int_value);
  int64_t int64_value;
  EXPECT_TRUE(bundle.getLong(String16(kInt64Key), &int64_value));
  EXPECT_EQ(kInt64Value, int64_value);
  double double_value;
  EXPECT_TRUE(bundle.getDouble(String16(kDoubleKey), &double_value));
  EXPECT_EQ(kDoubleValue, double_value);
  String16 string16_value;
  EXPECT_TRUE(bundle.getString(String16(kStringKey), &string16_value));
  EXPECT_EQ(kStringValue, String16::std_string(string16_value));
  vector<bool> bools_value;
  EXPECT_TRUE(bundle.getBooleanVector(String16(kBoolsKey), &bools_value));
  EXPECT_EQ(kBoolsValue, bools_value);
  vector<int> ints_value;
  EXPECT_TRUE(bundle.getIntVector(String16(kIntsKey), &ints_value));
  EXPECT_EQ(kIntsValue, ints_value);
  vector<int64_t> int64s_value;
  EXPECT_TRUE(bundle.getLongVector(String16(kInt64sKey), &int64s_value));
  EXPECT_EQ(kInt64sValue, int64s_value);
  vector<double> doubles_value;
  EXPECT_TRUE(bundle.getDoubleVector(String16(kDoublesKey), &doubles_value));
  EXPECT_EQ(kDoublesValue, doubles_value);
  vector<String16> string16_vector_value;
  vector<string> strings_value;
  EXPECT_TRUE(
      bundle.getStringVector(String16(kStringsKey), &string16_vector_value));
  for (const auto& str : string16_vector_value) {
    strings_value.push_back(String16::std_string(str));
  }
  EXPECT_EQ(kStringsValue, strings_value);
  PersistableBundle nested_bundle;
  EXPECT_TRUE(
      bundle.getPersistableBundle(String16(kKeyValueStoreKey), &nested_bundle));
  EXPECT_EQ(1, nested_bundle.size());
  int nested_int_value;
  EXPECT_TRUE(
      nested_bundle.getInt(String16(kNestedInt32Key), &nested_int_value));
  EXPECT_EQ(kNestedInt32Value, nested_int_value);
}

TEST_F(KeyValueStoreTest, ConvertFromPersistableBundle) {
  PersistableBundle bundle;
  bundle.putBoolean(String16(kBoolKey), kBoolValue);
  bundle.putInt(String16(kIntKey), kIntValue);
  bundle.putLong(String16(kInt64Key), kInt64Value);
  bundle.putDouble(String16(kDoubleKey), kDoubleValue);
  bundle.putString(String16(kStringKey), String16(kStringValue.c_str()));
  bundle.putBooleanVector(String16(kBoolsKey), kBoolsValue);
  bundle.putIntVector(String16(kIntsKey), kIntsValue);
  bundle.putLongVector(String16(kInt64sKey), kInt64sValue);
  bundle.putDoubleVector(String16(kDoublesKey), kDoublesValue);
  vector<String16> string16_vector_value;
  for (const auto& str : kStringsValue) {
    string16_vector_value.push_back(String16(str.c_str()));
  }
  bundle.putStringVector(String16(kStringsKey), string16_vector_value);
  PersistableBundle nested_bundle;
  nested_bundle.putInt(String16(kNestedInt32Key), kNestedInt32Value);
  bundle.putPersistableBundle(String16(kKeyValueStoreKey), nested_bundle);

  KeyValueStore store;
  KeyValueStore::ConvertFromPersistableBundle(bundle, &store);
  EXPECT_TRUE(store.ContainsBool(kBoolKey));
  EXPECT_EQ(kBoolValue, store.GetBool(kBoolKey));
  EXPECT_TRUE(store.ContainsInt(kIntKey));
  EXPECT_EQ(kIntValue, store.GetInt(kIntKey));
  EXPECT_TRUE(store.ContainsInt64(kInt64Key));
  EXPECT_EQ(kInt64Value, store.GetInt64(kInt64Key));
  EXPECT_TRUE(store.ContainsDouble(kDoubleKey));
  EXPECT_DOUBLE_EQ(kDoubleValue, store.GetDouble(kDoubleKey));
  EXPECT_TRUE(store.ContainsString(kStringKey));
  EXPECT_EQ(kStringValue, store.GetString(kStringKey));
  EXPECT_TRUE(store.ContainsBools(kBoolsKey));
  EXPECT_EQ(kBoolsValue, store.GetBools(kBoolsKey));
  EXPECT_TRUE(store.ContainsInts(kIntsKey));
  EXPECT_EQ(kIntsValue, store.GetInts(kIntsKey));
  EXPECT_TRUE(store.ContainsInt64s(kInt64sKey));
  EXPECT_EQ(kInt64sValue, store.GetInt64s(kInt64sKey));
  EXPECT_TRUE(store.ContainsDoubles(kDoublesKey));
  vector<double> doubles_value = store.GetDoubles(kDoublesKey);
  EXPECT_EQ(kDoublesValueSize, doubles_value.size());
  for (size_t i = 0; i < kDoublesValueSize; ++i) {
    EXPECT_DOUBLE_EQ(kDoublesValue[i], doubles_value[i]);
  }
  EXPECT_TRUE(store.ContainsStrings(kStringsKey));
  EXPECT_EQ(kStringsValue, store.GetStrings(kStringsKey));
  EXPECT_TRUE(store.ContainsKeyValueStore(kKeyValueStoreKey));
  KeyValueStore nested_store;
  nested_store.SetInt(kNestedInt32Key, kNestedInt32Value);
  EXPECT_EQ(nested_store, store.GetKeyValueStore(kKeyValueStoreKey));
}
#endif  // ENABLE_BINDER

TEST_F(KeyValueStoreTest, ConvertPathsToRpcIdentifiers) {
  const string kRpcIdentifier1("/test1");
  const string kRpcIdentifier2("/test2");
  vector<dbus::ObjectPath> paths;
  paths.push_back(dbus::ObjectPath(kRpcIdentifier1));
  paths.push_back(dbus::ObjectPath(kRpcIdentifier2));
  vector<string> actual_rpc_identifiers;
  KeyValueStore::ConvertPathsToRpcIdentifiers(paths, &actual_rpc_identifiers);
  vector<string> expected_rpc_identifiers;
  expected_rpc_identifiers.push_back(kRpcIdentifier1);
  expected_rpc_identifiers.push_back(kRpcIdentifier2);
  EXPECT_EQ(expected_rpc_identifiers, actual_rpc_identifiers);
}

}  // namespace shill