libs/androidfw/tests/CursorWindow_test.cpp - LeafOS-Project/android_frameworks_base - Gitiles

 /*
  * Copyright (C) 2020 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 <memory>
 #include <utility>

 #include "androidfw/CursorWindow.h"

 #include "TestHelpers.h"

 // Verify that the memory in use is a multiple of 4 bytes
 #define ASSERT_ALIGNED(w) \
     ASSERT_EQ(((w)->sizeInUse() & 3), 0); \
     ASSERT_EQ(((w)->freeSpace() & 3), 0); \
     ASSERT_EQ(((w)->sizeOfSlots() & 3), 0)

 #define CREATE_WINDOW_1K \
     CursorWindow* w; \
     CursorWindow::create(String8("test"), 1 << 10, &w); \
     ASSERT_ALIGNED(w);

 #define CREATE_WINDOW_1K_3X3 \
     CursorWindow* w; \
     CursorWindow::create(String8("test"), 1 << 10, &w); \
     ASSERT_EQ(w->setNumColumns(3), OK); \
     ASSERT_EQ(w->allocRow(), OK); \
     ASSERT_EQ(w->allocRow(), OK); \
     ASSERT_EQ(w->allocRow(), OK); \
     ASSERT_ALIGNED(w);

 #define CREATE_WINDOW_2M \
     CursorWindow* w; \
     CursorWindow::create(String8("test"), 1 << 21, &w); \
     ASSERT_ALIGNED(w);

 static constexpr const size_t kHalfInlineSize = 8192;
 static constexpr const size_t kGiantSize = 1048576;

 namespace android {

 TEST(CursorWindowTest, Empty) {
     CREATE_WINDOW_1K;

     ASSERT_EQ(w->getNumRows(), 0);
     ASSERT_EQ(w->getNumColumns(), 0);
     ASSERT_EQ(w->size(), 1 << 10);
     ASSERT_EQ(w->freeSpace(), 1 << 10);
     ASSERT_ALIGNED(w);
 }

 TEST(CursorWindowTest, SetNumColumns) {
     CREATE_WINDOW_1K;

     // Once we've locked in columns, we can't adjust
     ASSERT_EQ(w->getNumColumns(), 0);
     ASSERT_EQ(w->setNumColumns(4), OK);
     ASSERT_NE(w->setNumColumns(5), OK);
     ASSERT_NE(w->setNumColumns(3), OK);
     ASSERT_EQ(w->getNumColumns(), 4);
     ASSERT_ALIGNED(w);
 }

 TEST(CursorWindowTest, SetNumColumnsAfterRow) {
     CREATE_WINDOW_1K;

     // Once we've locked in a row, we can't adjust columns
     ASSERT_EQ(w->getNumColumns(), 0);
     ASSERT_EQ(w->allocRow(), OK);
     ASSERT_NE(w->setNumColumns(4), OK);
     ASSERT_EQ(w->getNumColumns(), 0);
     ASSERT_ALIGNED(w);
 }

 TEST(CursorWindowTest, AllocRow) {
     CREATE_WINDOW_1K;

     ASSERT_EQ(w->setNumColumns(4), OK);

     // Rolling forward means we have less free space
     ASSERT_EQ(w->getNumRows(), 0);
     auto before = w->freeSpace();
     ASSERT_EQ(w->allocRow(), OK);
     ASSERT_LT(w->freeSpace(), before);
     ASSERT_EQ(w->getNumRows(), 1);
     ASSERT_ALIGNED(w);

     // Verify we can unwind
     ASSERT_EQ(w->freeLastRow(), OK);
     ASSERT_EQ(w->freeSpace(), before);
     ASSERT_EQ(w->getNumRows(), 0);
     ASSERT_ALIGNED(w);

     // Can't unwind when no rows left
     ASSERT_NE(w->freeLastRow(), OK);
     ASSERT_ALIGNED(w);
 }

 TEST(CursorWindowTest, AllocRowBounds) {
     CREATE_WINDOW_1K;

     // 60 columns is 960 bytes, which means only a single row can fit
     ASSERT_EQ(w->setNumColumns(60), OK);
     ASSERT_EQ(w->allocRow(), OK);
     ASSERT_NE(w->allocRow(), OK);
     ASSERT_ALIGNED(w);
 }

 TEST(CursorWindowTest, StoreNull) {
     CREATE_WINDOW_1K_3X3;

     ASSERT_EQ(w->putNull(1, 1), OK);
     ASSERT_EQ(w->putNull(0, 0), OK);

     {
         auto field = w->getFieldSlot(1, 1);
         ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_NULL);
     }
     {
         auto field = w->getFieldSlot(0, 0);
         ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_NULL);
     }
     ASSERT_ALIGNED(w);
 }

 TEST(CursorWindowTest, StoreLong) {
     CREATE_WINDOW_1K_3X3;

     ASSERT_EQ(w->putLong(1, 1, 0xf00d), OK);
     ASSERT_EQ(w->putLong(0, 0, 0xcafe), OK);

     {
         auto field = w->getFieldSlot(1, 1);
         ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_INTEGER);
         ASSERT_EQ(w->getFieldSlotValueLong(field), 0xf00d);
     }
     {
         auto field = w->getFieldSlot(0, 0);
         ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_INTEGER);
         ASSERT_EQ(w->getFieldSlotValueLong(field), 0xcafe);
     }
     ASSERT_ALIGNED(w);
 }

 TEST(CursorWindowTest, StoreString) {
     CREATE_WINDOW_1K_3X3;

     ASSERT_EQ(w->putString(1, 1, "food", 5), OK);
     ASSERT_EQ(w->putString(0, 0, "cafe", 5), OK);

     size_t size;
     {
         auto field = w->getFieldSlot(1, 1);
         ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_STRING);
         auto actual = w->getFieldSlotValueString(field, &size);
         ASSERT_EQ(std::string(actual), "food");
     }
     {
         auto field = w->getFieldSlot(0, 0);
         ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_STRING);
         auto actual = w->getFieldSlotValueString(field, &size);
         ASSERT_EQ(std::string(actual), "cafe");
     }
     ASSERT_ALIGNED(w);
 }

 TEST(CursorWindowTest, StoreBounds) {
     CREATE_WINDOW_1K_3X3;

     // Can't work with values beyond bounds
     ASSERT_NE(w->putLong(0, 3, 0xcafe), OK);
     ASSERT_NE(w->putLong(3, 0, 0xcafe), OK);
     ASSERT_NE(w->putLong(3, 3, 0xcafe), OK);
     ASSERT_EQ(w->getFieldSlot(0, 3), nullptr);
     ASSERT_EQ(w->getFieldSlot(3, 0), nullptr);
     ASSERT_EQ(w->getFieldSlot(3, 3), nullptr);

     // Can't work with invalid indexes
     ASSERT_NE(w->putLong(-1, 0, 0xcafe), OK);
     ASSERT_NE(w->putLong(0, -1, 0xcafe), OK);
     ASSERT_NE(w->putLong(-1, -1, 0xcafe), OK);
     ASSERT_EQ(w->getFieldSlot(-1, 0), nullptr);
     ASSERT_EQ(w->getFieldSlot(0, -1), nullptr);
     ASSERT_EQ(w->getFieldSlot(-1, -1), nullptr);
     ASSERT_ALIGNED(w);
 }

 TEST(CursorWindowTest, Inflate) {
     CREATE_WINDOW_2M;

     auto before = w->size();
     ASSERT_EQ(w->setNumColumns(4), OK);
     ASSERT_EQ(w->allocRow(), OK);

     // Scratch buffer that will fit before inflation
     char buf[kHalfInlineSize];

     // Store simple value
     ASSERT_EQ(w->putLong(0, 0, 0xcafe), OK);

     // Store first object that fits inside
     memset(buf, 42, kHalfInlineSize);
     ASSERT_EQ(w->putBlob(0, 1, buf, kHalfInlineSize), OK);
     ASSERT_EQ(w->size(), before);

     // Store second simple value
     ASSERT_EQ(w->putLong(0, 2, 0xface), OK);

     // Store second object that requires inflation
     memset(buf, 84, kHalfInlineSize);
     ASSERT_EQ(w->putBlob(0, 3, buf, kHalfInlineSize), OK);
     ASSERT_GT(w->size(), before);

     // Verify data is intact
     {
         auto field = w->getFieldSlot(0, 0);
         ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_INTEGER);
         ASSERT_EQ(w->getFieldSlotValueLong(field), 0xcafe);
     }
     {
         auto field = w->getFieldSlot(0, 1);
         ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_BLOB);
         size_t actualSize;
         auto actual = w->getFieldSlotValueBlob(field, &actualSize);
         ASSERT_EQ(actualSize, kHalfInlineSize);
         memset(buf, 42, kHalfInlineSize);
         ASSERT_NE(actual, buf);
         ASSERT_EQ(memcmp(buf, actual, kHalfInlineSize), 0);
     }
     {
         auto field = w->getFieldSlot(0, 2);
         ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_INTEGER);
         ASSERT_EQ(w->getFieldSlotValueLong(field), 0xface);
     }
     {
         auto field = w->getFieldSlot(0, 3);
         ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_BLOB);
         size_t actualSize;
         auto actual = w->getFieldSlotValueBlob(field, &actualSize);
         ASSERT_EQ(actualSize, kHalfInlineSize);
         memset(buf, 84, kHalfInlineSize);
         ASSERT_NE(actual, buf);
         ASSERT_EQ(memcmp(buf, actual, kHalfInlineSize), 0);
     }
     ASSERT_ALIGNED(w);
 }

 TEST(CursorWindowTest, ParcelEmpty) {
     CREATE_WINDOW_2M;

     Parcel p;
     w->writeToParcel(&p);
     p.setDataPosition(0);
     w = nullptr;

     ASSERT_EQ(CursorWindow::createFromParcel(&p, &w), OK);
     ASSERT_EQ(w->getNumRows(), 0);
     ASSERT_EQ(w->getNumColumns(), 0);
     ASSERT_EQ(w->size(), 0);
     ASSERT_EQ(w->freeSpace(), 0);
     ASSERT_ALIGNED(w);

     // We can't mutate the window after parceling
     ASSERT_NE(w->setNumColumns(4), OK);
     ASSERT_NE(w->allocRow(), OK);
     ASSERT_ALIGNED(w);
 }

 TEST(CursorWindowTest, ParcelSmall) {
     CREATE_WINDOW_2M;

     auto before = w->size();
     ASSERT_EQ(w->setNumColumns(4), OK);
     ASSERT_EQ(w->allocRow(), OK);

     // Scratch buffer that will fit before inflation
     char buf[kHalfInlineSize];

     // Store simple value
     ASSERT_EQ(w->putLong(0, 0, 0xcafe), OK);

     // Store first object that fits inside
     memset(buf, 42, kHalfInlineSize);
     ASSERT_EQ(w->putBlob(0, 1, buf, kHalfInlineSize), OK);
     ASSERT_EQ(w->size(), before);

     // Store second object with zero length
     ASSERT_EQ(w->putBlob(0, 2, buf, 0), OK);
     ASSERT_EQ(w->size(), before);

     // Force through a parcel
     Parcel p;
     w->writeToParcel(&p);
     p.setDataPosition(0);
     w = nullptr;

     ASSERT_EQ(CursorWindow::createFromParcel(&p, &w), OK);
     ASSERT_EQ(w->getNumRows(), 1);
     ASSERT_EQ(w->getNumColumns(), 4);

     // Verify data is intact
     {
         auto field = w->getFieldSlot(0, 0);
         ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_INTEGER);
         ASSERT_EQ(w->getFieldSlotValueLong(field), 0xcafe);
     }
     {
         auto field = w->getFieldSlot(0, 1);
         ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_BLOB);
         size_t actualSize;
         auto actual = w->getFieldSlotValueBlob(field, &actualSize);
         ASSERT_EQ(actualSize, kHalfInlineSize);
         memset(buf, 42, kHalfInlineSize);
         ASSERT_NE(actual, buf);
         ASSERT_EQ(memcmp(buf, actual, kHalfInlineSize), 0);
     }
     {
         auto field = w->getFieldSlot(0, 2);
         ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_BLOB);
         size_t actualSize;
         auto actual = w->getFieldSlotValueBlob(field, &actualSize);
         ASSERT_EQ(actualSize, 0);
         ASSERT_NE(actual, nullptr);
     }
     ASSERT_ALIGNED(w);
 }

 TEST(CursorWindowTest, ParcelLarge) {
     CREATE_WINDOW_2M;

     ASSERT_EQ(w->setNumColumns(4), OK);
     ASSERT_EQ(w->allocRow(), OK);

     // Store simple value
     ASSERT_EQ(w->putLong(0, 0, 0xcafe), OK);

     // Store object that forces inflation
     std::unique_ptr<char> bufPtr(new char[kGiantSize]);
     void* buf = bufPtr.get();
     memset(buf, 42, kGiantSize);
     ASSERT_EQ(w->putBlob(0, 1, buf, kGiantSize), OK);

     // Store second object with zero length
     ASSERT_EQ(w->putBlob(0, 2, buf, 0), OK);

     // Force through a parcel
     Parcel p;
     w->writeToParcel(&p);
     p.setDataPosition(0);
     w = nullptr;

     ASSERT_EQ(CursorWindow::createFromParcel(&p, &w), OK);
     ASSERT_EQ(w->getNumRows(), 1);
     ASSERT_EQ(w->getNumColumns(), 4);

     // Verify data is intact
     {
         auto field = w->getFieldSlot(0, 0);
         ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_INTEGER);
         ASSERT_EQ(w->getFieldSlotValueLong(field), 0xcafe);
     }
     {
         auto field = w->getFieldSlot(0, 1);
         ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_BLOB);
         size_t actualSize;
         auto actual = w->getFieldSlotValueBlob(field, &actualSize);
         ASSERT_EQ(actualSize, kGiantSize);
         memset(buf, 42, kGiantSize);
         ASSERT_EQ(memcmp(buf, actual, kGiantSize), 0);
     }
     {
         auto field = w->getFieldSlot(0, 2);
         ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_BLOB);
         size_t actualSize;
         auto actual = w->getFieldSlotValueBlob(field, &actualSize);
         ASSERT_EQ(actualSize, 0);
         ASSERT_NE(actual, nullptr);
     }
     ASSERT_ALIGNED(w);
 }

 } // android
	/*
	* Copyright (C) 2020 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 <memory>
	#include <utility>

	#include "androidfw/CursorWindow.h"

	#include "TestHelpers.h"

	// Verify that the memory in use is a multiple of 4 bytes
	#define ASSERT_ALIGNED(w) \
	ASSERT_EQ(((w)->sizeInUse() & 3), 0); \
	ASSERT_EQ(((w)->freeSpace() & 3), 0); \
	ASSERT_EQ(((w)->sizeOfSlots() & 3), 0)

	#define CREATE_WINDOW_1K \
	CursorWindow* w; \
	CursorWindow::create(String8("test"), 1 << 10, &w); \
	ASSERT_ALIGNED(w);

	#define CREATE_WINDOW_1K_3X3 \
	CursorWindow* w; \
	CursorWindow::create(String8("test"), 1 << 10, &w); \
	ASSERT_EQ(w->setNumColumns(3), OK); \
	ASSERT_EQ(w->allocRow(), OK); \
	ASSERT_EQ(w->allocRow(), OK); \
	ASSERT_EQ(w->allocRow(), OK); \
	ASSERT_ALIGNED(w);

	#define CREATE_WINDOW_2M \
	CursorWindow* w; \
	CursorWindow::create(String8("test"), 1 << 21, &w); \
	ASSERT_ALIGNED(w);

	static constexpr const size_t kHalfInlineSize = 8192;
	static constexpr const size_t kGiantSize = 1048576;

	namespace android {

	TEST(CursorWindowTest, Empty) {
	CREATE_WINDOW_1K;

	ASSERT_EQ(w->getNumRows(), 0);
	ASSERT_EQ(w->getNumColumns(), 0);
	ASSERT_EQ(w->size(), 1 << 10);
	ASSERT_EQ(w->freeSpace(), 1 << 10);
	ASSERT_ALIGNED(w);
	}

	TEST(CursorWindowTest, SetNumColumns) {
	CREATE_WINDOW_1K;

	// Once we've locked in columns, we can't adjust
	ASSERT_EQ(w->getNumColumns(), 0);
	ASSERT_EQ(w->setNumColumns(4), OK);
	ASSERT_NE(w->setNumColumns(5), OK);
	ASSERT_NE(w->setNumColumns(3), OK);
	ASSERT_EQ(w->getNumColumns(), 4);
	ASSERT_ALIGNED(w);
	}

	TEST(CursorWindowTest, SetNumColumnsAfterRow) {
	CREATE_WINDOW_1K;

	// Once we've locked in a row, we can't adjust columns
	ASSERT_EQ(w->getNumColumns(), 0);
	ASSERT_EQ(w->allocRow(), OK);
	ASSERT_NE(w->setNumColumns(4), OK);
	ASSERT_EQ(w->getNumColumns(), 0);
	ASSERT_ALIGNED(w);
	}

	TEST(CursorWindowTest, AllocRow) {
	CREATE_WINDOW_1K;

	ASSERT_EQ(w->setNumColumns(4), OK);

	// Rolling forward means we have less free space
	ASSERT_EQ(w->getNumRows(), 0);
	auto before = w->freeSpace();
	ASSERT_EQ(w->allocRow(), OK);
	ASSERT_LT(w->freeSpace(), before);
	ASSERT_EQ(w->getNumRows(), 1);
	ASSERT_ALIGNED(w);

	// Verify we can unwind
	ASSERT_EQ(w->freeLastRow(), OK);
	ASSERT_EQ(w->freeSpace(), before);
	ASSERT_EQ(w->getNumRows(), 0);
	ASSERT_ALIGNED(w);

	// Can't unwind when no rows left
	ASSERT_NE(w->freeLastRow(), OK);
	ASSERT_ALIGNED(w);
	}

	TEST(CursorWindowTest, AllocRowBounds) {
	CREATE_WINDOW_1K;

	// 60 columns is 960 bytes, which means only a single row can fit
	ASSERT_EQ(w->setNumColumns(60), OK);
	ASSERT_EQ(w->allocRow(), OK);
	ASSERT_NE(w->allocRow(), OK);
	ASSERT_ALIGNED(w);
	}

	TEST(CursorWindowTest, StoreNull) {
	CREATE_WINDOW_1K_3X3;

	ASSERT_EQ(w->putNull(1, 1), OK);
	ASSERT_EQ(w->putNull(0, 0), OK);

	{
	auto field = w->getFieldSlot(1, 1);
	ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_NULL);
	}
	{
	auto field = w->getFieldSlot(0, 0);
	ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_NULL);
	}
	ASSERT_ALIGNED(w);
	}

	TEST(CursorWindowTest, StoreLong) {
	CREATE_WINDOW_1K_3X3;

	ASSERT_EQ(w->putLong(1, 1, 0xf00d), OK);
	ASSERT_EQ(w->putLong(0, 0, 0xcafe), OK);

	{
	auto field = w->getFieldSlot(1, 1);
	ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_INTEGER);
	ASSERT_EQ(w->getFieldSlotValueLong(field), 0xf00d);
	}
	{
	auto field = w->getFieldSlot(0, 0);
	ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_INTEGER);
	ASSERT_EQ(w->getFieldSlotValueLong(field), 0xcafe);
	}
	ASSERT_ALIGNED(w);
	}

	TEST(CursorWindowTest, StoreString) {
	CREATE_WINDOW_1K_3X3;

	ASSERT_EQ(w->putString(1, 1, "food", 5), OK);
	ASSERT_EQ(w->putString(0, 0, "cafe", 5), OK);

	size_t size;
	{
	auto field = w->getFieldSlot(1, 1);
	ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_STRING);
	auto actual = w->getFieldSlotValueString(field, &size);
	ASSERT_EQ(std::string(actual), "food");
	}
	{
	auto field = w->getFieldSlot(0, 0);
	ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_STRING);
	auto actual = w->getFieldSlotValueString(field, &size);
	ASSERT_EQ(std::string(actual), "cafe");
	}
	ASSERT_ALIGNED(w);
	}

	TEST(CursorWindowTest, StoreBounds) {
	CREATE_WINDOW_1K_3X3;

	// Can't work with values beyond bounds
	ASSERT_NE(w->putLong(0, 3, 0xcafe), OK);
	ASSERT_NE(w->putLong(3, 0, 0xcafe), OK);
	ASSERT_NE(w->putLong(3, 3, 0xcafe), OK);
	ASSERT_EQ(w->getFieldSlot(0, 3), nullptr);
	ASSERT_EQ(w->getFieldSlot(3, 0), nullptr);
	ASSERT_EQ(w->getFieldSlot(3, 3), nullptr);

	// Can't work with invalid indexes
	ASSERT_NE(w->putLong(-1, 0, 0xcafe), OK);
	ASSERT_NE(w->putLong(0, -1, 0xcafe), OK);
	ASSERT_NE(w->putLong(-1, -1, 0xcafe), OK);
	ASSERT_EQ(w->getFieldSlot(-1, 0), nullptr);
	ASSERT_EQ(w->getFieldSlot(0, -1), nullptr);
	ASSERT_EQ(w->getFieldSlot(-1, -1), nullptr);
	ASSERT_ALIGNED(w);
	}

	TEST(CursorWindowTest, Inflate) {
	CREATE_WINDOW_2M;

	auto before = w->size();
	ASSERT_EQ(w->setNumColumns(4), OK);
	ASSERT_EQ(w->allocRow(), OK);

	// Scratch buffer that will fit before inflation
	char buf[kHalfInlineSize];

	// Store simple value
	ASSERT_EQ(w->putLong(0, 0, 0xcafe), OK);

	// Store first object that fits inside
	memset(buf, 42, kHalfInlineSize);
	ASSERT_EQ(w->putBlob(0, 1, buf, kHalfInlineSize), OK);
	ASSERT_EQ(w->size(), before);

	// Store second simple value
	ASSERT_EQ(w->putLong(0, 2, 0xface), OK);

	// Store second object that requires inflation
	memset(buf, 84, kHalfInlineSize);
	ASSERT_EQ(w->putBlob(0, 3, buf, kHalfInlineSize), OK);
	ASSERT_GT(w->size(), before);

	// Verify data is intact
	{
	auto field = w->getFieldSlot(0, 0);
	ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_INTEGER);
	ASSERT_EQ(w->getFieldSlotValueLong(field), 0xcafe);
	}
	{
	auto field = w->getFieldSlot(0, 1);
	ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_BLOB);
	size_t actualSize;
	auto actual = w->getFieldSlotValueBlob(field, &actualSize);
	ASSERT_EQ(actualSize, kHalfInlineSize);
	memset(buf, 42, kHalfInlineSize);
	ASSERT_NE(actual, buf);
	ASSERT_EQ(memcmp(buf, actual, kHalfInlineSize), 0);
	}
	{
	auto field = w->getFieldSlot(0, 2);
	ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_INTEGER);
	ASSERT_EQ(w->getFieldSlotValueLong(field), 0xface);
	}
	{
	auto field = w->getFieldSlot(0, 3);
	ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_BLOB);
	size_t actualSize;
	auto actual = w->getFieldSlotValueBlob(field, &actualSize);
	ASSERT_EQ(actualSize, kHalfInlineSize);
	memset(buf, 84, kHalfInlineSize);
	ASSERT_NE(actual, buf);
	ASSERT_EQ(memcmp(buf, actual, kHalfInlineSize), 0);
	}
	ASSERT_ALIGNED(w);
	}

	TEST(CursorWindowTest, ParcelEmpty) {
	CREATE_WINDOW_2M;

	Parcel p;
	w->writeToParcel(&p);
	p.setDataPosition(0);
	w = nullptr;

	ASSERT_EQ(CursorWindow::createFromParcel(&p, &w), OK);
	ASSERT_EQ(w->getNumRows(), 0);
	ASSERT_EQ(w->getNumColumns(), 0);
	ASSERT_EQ(w->size(), 0);
	ASSERT_EQ(w->freeSpace(), 0);
	ASSERT_ALIGNED(w);

	// We can't mutate the window after parceling
	ASSERT_NE(w->setNumColumns(4), OK);
	ASSERT_NE(w->allocRow(), OK);
	ASSERT_ALIGNED(w);
	}

	TEST(CursorWindowTest, ParcelSmall) {
	CREATE_WINDOW_2M;

	auto before = w->size();
	ASSERT_EQ(w->setNumColumns(4), OK);
	ASSERT_EQ(w->allocRow(), OK);

	// Scratch buffer that will fit before inflation
	char buf[kHalfInlineSize];

	// Store simple value
	ASSERT_EQ(w->putLong(0, 0, 0xcafe), OK);

	// Store first object that fits inside
	memset(buf, 42, kHalfInlineSize);
	ASSERT_EQ(w->putBlob(0, 1, buf, kHalfInlineSize), OK);
	ASSERT_EQ(w->size(), before);

	// Store second object with zero length
	ASSERT_EQ(w->putBlob(0, 2, buf, 0), OK);
	ASSERT_EQ(w->size(), before);

	// Force through a parcel
	Parcel p;
	w->writeToParcel(&p);
	p.setDataPosition(0);
	w = nullptr;

	ASSERT_EQ(CursorWindow::createFromParcel(&p, &w), OK);
	ASSERT_EQ(w->getNumRows(), 1);
	ASSERT_EQ(w->getNumColumns(), 4);

	// Verify data is intact
	{
	auto field = w->getFieldSlot(0, 0);
	ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_INTEGER);
	ASSERT_EQ(w->getFieldSlotValueLong(field), 0xcafe);
	}
	{
	auto field = w->getFieldSlot(0, 1);
	ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_BLOB);
	size_t actualSize;
	auto actual = w->getFieldSlotValueBlob(field, &actualSize);
	ASSERT_EQ(actualSize, kHalfInlineSize);
	memset(buf, 42, kHalfInlineSize);
	ASSERT_NE(actual, buf);
	ASSERT_EQ(memcmp(buf, actual, kHalfInlineSize), 0);
	}
	{
	auto field = w->getFieldSlot(0, 2);
	ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_BLOB);
	size_t actualSize;
	auto actual = w->getFieldSlotValueBlob(field, &actualSize);
	ASSERT_EQ(actualSize, 0);
	ASSERT_NE(actual, nullptr);
	}
	ASSERT_ALIGNED(w);
	}

	TEST(CursorWindowTest, ParcelLarge) {
	CREATE_WINDOW_2M;

	ASSERT_EQ(w->setNumColumns(4), OK);
	ASSERT_EQ(w->allocRow(), OK);

	// Store simple value
	ASSERT_EQ(w->putLong(0, 0, 0xcafe), OK);

	// Store object that forces inflation
	std::unique_ptr<char> bufPtr(new char[kGiantSize]);
	void* buf = bufPtr.get();
	memset(buf, 42, kGiantSize);
	ASSERT_EQ(w->putBlob(0, 1, buf, kGiantSize), OK);

	// Store second object with zero length
	ASSERT_EQ(w->putBlob(0, 2, buf, 0), OK);

	// Force through a parcel
	Parcel p;
	w->writeToParcel(&p);
	p.setDataPosition(0);
	w = nullptr;

	ASSERT_EQ(CursorWindow::createFromParcel(&p, &w), OK);
	ASSERT_EQ(w->getNumRows(), 1);
	ASSERT_EQ(w->getNumColumns(), 4);

	// Verify data is intact
	{
	auto field = w->getFieldSlot(0, 0);
	ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_INTEGER);
	ASSERT_EQ(w->getFieldSlotValueLong(field), 0xcafe);
	}
	{
	auto field = w->getFieldSlot(0, 1);
	ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_BLOB);
	size_t actualSize;
	auto actual = w->getFieldSlotValueBlob(field, &actualSize);
	ASSERT_EQ(actualSize, kGiantSize);
	memset(buf, 42, kGiantSize);
	ASSERT_EQ(memcmp(buf, actual, kGiantSize), 0);
	}
	{
	auto field = w->getFieldSlot(0, 2);
	ASSERT_EQ(w->getFieldSlotType(field), CursorWindow::FIELD_TYPE_BLOB);
	size_t actualSize;
	auto actual = w->getFieldSlotValueBlob(field, &actualSize);
	ASSERT_EQ(actualSize, 0);
	ASSERT_NE(actual, nullptr);
	}
	ASSERT_ALIGNED(w);
	}

	} // android