/**
* Copyright (C) 2013 10gen Inc.
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU Affero General Public License, version 3,
* as published by the Free Software Foundation.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU Affero General Public License for more details.
*
* You should have received a copy of the GNU Affero General Public License
* along with this program. If not, see .
*
* As a special exception, the copyright holders give permission to link the
* code of portions of this program with the OpenSSL library under certain
* conditions as described in each individual source file and distribute
* linked combinations including the program with the OpenSSL library. You
* must comply with the GNU Affero General Public License in all respects for
* all of the code used other than as permitted herein. If you modify file(s)
* with this exception, you may extend this exception to your version of the
* file(s), but you are not obligated to do so. If you do not wish to do so,
* delete this exception statement from your version. If you delete this
* exception statement from all source files in the program, then also delete
* it in the license file.
*/
#include "mongo/db/ops/modifier_inc.h"
#include
#include "mongo/base/status.h"
#include "mongo/base/string_data.h"
#include "mongo/bson/mutable/algorithm.h"
#include "mongo/bson/mutable/document.h"
#include "mongo/bson/mutable/mutable_bson_test_utils.h"
#include "mongo/db/jsobj.h"
#include "mongo/db/json.h"
#include "mongo/db/ops/log_builder.h"
#include "mongo/platform/decimal128.h"
#include "mongo/unittest/unittest.h"
namespace {
using mongo::BSONObj;
using mongo::Decimal128;
using mongo::LogBuilder;
using mongo::ModifierInc;
using mongo::ModifierInterface;
using mongo::NumberInt;
using mongo::Status;
using mongo::StringData;
using mongo::fromjson;
using mongo::mutablebson::ConstElement;
using mongo::mutablebson::Document;
using mongo::mutablebson::Element;
using mongo::mutablebson::countChildren;
/** Helper to build and manipulate a $inc/$mul modifier */
class Mod {
public:
explicit Mod(BSONObj modObj)
: _modObj(modObj),
_mod(mongoutils::str::equals(modObj.firstElement().fieldName(), "$mul")
? ModifierInc::MODE_MUL
: ModifierInc::MODE_INC) {
StringData modName = modObj.firstElement().fieldName();
ASSERT_OK(_mod.init(_modObj[modName].embeddedObject().firstElement(),
ModifierInterface::Options::normal()));
}
Status prepare(Element root, StringData matchedField, ModifierInterface::ExecInfo* execInfo) {
return _mod.prepare(root, matchedField, execInfo);
}
Status apply() const {
return _mod.apply();
}
Status log(LogBuilder* logBuilder) const {
return _mod.log(logBuilder);
}
ModifierInc& mod() {
return _mod;
}
private:
BSONObj _modObj;
ModifierInc _mod;
};
TEST(Init, FailToInitWithInvalidValue) {
BSONObj modObj;
ModifierInc mod;
// String is an invalid increment argument
modObj = fromjson("{ $inc : { a : '' } }");
ASSERT_NOT_OK(mod.init(modObj["$inc"].embeddedObject().firstElement(),
ModifierInterface::Options::normal()));
// Object is an invalid increment argument
modObj = fromjson("{ $inc : { a : {} } }");
ASSERT_NOT_OK(mod.init(modObj["$inc"].embeddedObject().firstElement(),
ModifierInterface::Options::normal()));
// Array is an invalid increment argument
modObj = fromjson("{ $inc : { a : [] } }");
ASSERT_NOT_OK(mod.init(modObj["$inc"].embeddedObject().firstElement(),
ModifierInterface::Options::normal()));
}
TEST(Init, InitParsesNumberInt) {
Mod incMod(BSON("$inc" << BSON("a" << static_cast(1))));
}
TEST(Init, InitParsesNumberLong) {
Mod incMod(BSON("$inc" << BSON("a" << static_cast(1))));
}
TEST(Init, InitParsesNumberDouble) {
Mod incMod(BSON("$inc" << BSON("a" << 1.0)));
}
TEST(Init, InitParsesNumberDecimal) {
Mod incMod(BSON("$inc" << BSON("a" << Decimal128(1.0))));
}
TEST(SimpleMod, PrepareSimpleOK) {
Document doc(fromjson("{ a : 1 }"));
Mod incMod(fromjson("{ $inc: { a : 1 }}"));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_EQUALS(execInfo.fieldRef[0]->dottedField(), "a");
ASSERT_TRUE(doc.isInPlaceModeEnabled());
ASSERT_FALSE(execInfo.noOp);
}
TEST(SimpleMod, PrepareSimpleNonNumericObject) {
Document doc(fromjson("{ a : {} }"));
Mod incMod(fromjson("{ $inc: { a : 1 }}"));
ModifierInterface::ExecInfo execInfo;
ASSERT_NOT_OK(incMod.prepare(doc.root(), "", &execInfo));
}
TEST(SimpleMod, PrepareSimpleNonNumericArray) {
Document doc(fromjson("{ a : [] }"));
Mod incMod(fromjson("{ $inc: { a : 1 }}"));
ModifierInterface::ExecInfo execInfo;
ASSERT_NOT_OK(incMod.prepare(doc.root(), "", &execInfo));
}
TEST(SimpleMod, PrepareSimpleNonNumericString) {
Document doc(fromjson("{ a : '' }"));
Mod incMod(fromjson("{ $inc: { a : 1 }}"));
ModifierInterface::ExecInfo execInfo;
ASSERT_NOT_OK(incMod.prepare(doc.root(), "", &execInfo));
}
TEST(SimpleMod, ApplyAndLogEmptyDocument) {
Document doc(fromjson("{}"));
Mod incMod(fromjson("{ $inc: { a : 1 }}"));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_FALSE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(fromjson("{ a : 1 }"), doc);
Document logDoc;
LogBuilder logBuilder(logDoc.root());
ASSERT_OK(incMod.log(&logBuilder));
ASSERT_EQUALS(fromjson("{ $set : { a : 1 } }"), logDoc);
}
TEST(SimpleMod, LogWithoutApplyEmptyDocument) {
Document doc(fromjson("{}"));
Mod incMod(fromjson("{ $inc: { a : 1 }}"));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
Document logDoc;
LogBuilder logBuilder(logDoc.root());
ASSERT_OK(incMod.log(&logBuilder));
ASSERT_EQUALS(fromjson("{ $set : { a : 1 } }"), logDoc);
}
TEST(SimpleMod, ApplyAndLogSimpleDocument) {
Document doc(fromjson("{ a : 2 }"));
Mod incMod(fromjson("{ $inc: { a : 1 }}"));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_TRUE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(fromjson("{ a : 3 }"), doc);
Document logDoc;
LogBuilder logBuilder(logDoc.root());
ASSERT_OK(incMod.log(&logBuilder));
ASSERT_EQUALS(fromjson("{ $set : { a : 3 } }"), logDoc);
}
TEST(DottedMod, ApplyAndLogSimpleDocument) {
Document doc(fromjson("{ a : { b : 2 } }"));
Mod incMod(fromjson("{ $inc: { 'a.b' : 1 } }"));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_TRUE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(fromjson("{ a : { b : 3 } }"), doc);
Document logDoc;
LogBuilder logBuilder(logDoc.root());
ASSERT_OK(incMod.log(&logBuilder));
ASSERT_EQUALS(fromjson("{ $set : { 'a.b' : 3 } }"), logDoc);
}
TEST(InPlace, IntToInt) {
Document doc(BSON("a" << static_cast(1)));
Mod incMod(BSON("$inc" << BSON("a" << static_cast(1))));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
}
TEST(InPlace, LongToLong) {
Document doc(BSON("a" << static_cast(1)));
Mod incMod(BSON("$inc" << BSON("a" << static_cast(1))));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
}
TEST(InPlace, DoubleToDouble) {
Document doc(BSON("a" << 1.0));
Mod incMod(BSON("$inc" << BSON("a" << 1.0)));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
}
TEST(NoOp, Int) {
Document doc(BSON("a" << static_cast(1)));
Mod incMod(BSON("$inc" << BSON("a" << static_cast(0))));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_TRUE(execInfo.noOp);
}
TEST(NoOp, Long) {
Document doc(BSON("a" << static_cast(1)));
Mod incMod(BSON("$inc" << BSON("a" << static_cast(0))));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_TRUE(execInfo.noOp);
}
TEST(NoOp, Double) {
Document doc(BSON("a" << 1.0));
Mod incMod(BSON("$inc" << BSON("a" << 0.0)));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_TRUE(execInfo.noOp);
}
TEST(NoOp, Decimal) {
Document doc(BSON("a" << Decimal128("1.0")));
Mod incMod(BSON("$inc" << BSON("a" << Decimal128("0.0"))));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_TRUE(execInfo.noOp);
}
TEST(Upcasting, UpcastIntToLong) {
// Checks that $inc : NumberLong(0) turns a NumberInt into a NumberLong and logs it
// correctly.
Document doc(BSON("a" << static_cast(1)));
ASSERT_EQUALS(mongo::NumberInt, doc.root()["a"].getType());
Mod incMod(BSON("$inc" << BSON("a" << static_cast(0))));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_FALSE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(fromjson("{ a : 1 }"), doc);
ASSERT_EQUALS(mongo::NumberLong, doc.root()["a"].getType());
Document logDoc;
LogBuilder logBuilder(logDoc.root());
ASSERT_OK(incMod.log(&logBuilder));
ASSERT_EQUALS(fromjson("{ $set : { a : 1 } }"), logDoc);
ASSERT_EQUALS(mongo::NumberLong, logDoc.root()["$set"]["a"].getType());
}
TEST(Upcasting, UpcastIntToDouble) {
// Checks that $inc : 0.0 turns a NumberInt into a NumberDouble and logs it
// correctly.
Document doc(BSON("a" << static_cast(1)));
ASSERT_EQUALS(mongo::NumberInt, doc.root()["a"].getType());
Mod incMod(fromjson("{ $inc : { a : 0.0 } }"));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_FALSE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(fromjson("{ a : 1.0 }"), doc);
ASSERT_EQUALS(mongo::NumberDouble, doc.root()["a"].getType());
Document logDoc;
LogBuilder logBuilder(logDoc.root());
ASSERT_OK(incMod.log(&logBuilder));
ASSERT_EQUALS(fromjson("{ $set : { a : 1.0 } }"), logDoc);
ASSERT_EQUALS(mongo::NumberDouble, logDoc.root()["$set"]["a"].getType());
}
TEST(Upcasting, UpcastLongToDouble) {
// Checks that $inc : 0.0 turns a NumberLong into a NumberDouble and logs it
// correctly.
Document doc(BSON("a" << static_cast(1)));
ASSERT_EQUALS(mongo::NumberLong, doc.root()["a"].getType());
Mod incMod(fromjson("{ $inc : { a : 0.0 } }"));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_TRUE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(fromjson("{ a : 1.0 }"), doc);
ASSERT_EQUALS(mongo::NumberDouble, doc.root()["a"].getType());
Document logDoc;
LogBuilder logBuilder(logDoc.root());
ASSERT_OK(incMod.log(&logBuilder));
ASSERT_EQUALS(fromjson("{ $set : { a : 1.0 } }"), logDoc);
ASSERT_EQUALS(mongo::NumberDouble, logDoc.root()["$set"]["a"].getType());
}
TEST(Upcasting, DoublesStayDoubles) {
// Checks that $inc : 0 doesn't change a NumberDouble away from double
Document doc(fromjson("{ a : 1.0 }"));
ASSERT_EQUALS(mongo::NumberDouble, doc.root()["a"].getType());
Mod incMod(fromjson("{ $inc : { a : 1 } }"));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_TRUE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(fromjson("{ a : 2.0 }"), doc);
ASSERT_EQUALS(mongo::NumberDouble, doc.root()["a"].getType());
Document logDoc;
LogBuilder logBuilder(logDoc.root());
ASSERT_OK(incMod.log(&logBuilder));
ASSERT_EQUALS(fromjson("{ $set : { a : 2.0 } }"), logDoc);
ASSERT_EQUALS(mongo::NumberDouble, logDoc.root()["$set"]["a"].getType());
}
TEST(Upcasting, UpcastIntToDecimal) {
// Checks that $inc : NumberDecimal(0) turns a NumberInt into a NumberDecimal and logs it
// correctly.
Document doc(BSON("a" << static_cast(1)));
ASSERT_EQUALS(mongo::NumberInt, doc.root()["a"].getType());
Mod incMod(fromjson("{ $inc : { a : NumberDecimal(\"0\") }}"));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_FALSE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(fromjson("{ a : NumberDecimal(\"1.0\") }"), doc);
ASSERT_EQUALS(mongo::NumberDecimal, doc.root()["a"].getType());
Document logDoc;
LogBuilder logBuilder(logDoc.root());
ASSERT_OK(incMod.log(&logBuilder));
ASSERT_EQUALS(fromjson("{ $set : { a : NumberDecimal(\"1.0\") }}"), logDoc);
ASSERT_EQUALS(mongo::NumberDecimal, logDoc.root()["$set"]["a"].getType());
}
TEST(Upcasting, UpcastLongToDecimal) {
// Checks that $inc : NumberDecimal(0) turns a NumberLong into a NumberDecimal and logs it
// correctly.
Document doc(BSON("a" << static_cast(1)));
ASSERT_EQUALS(mongo::NumberLong, doc.root()["a"].getType());
Mod incMod(fromjson("{ $inc : { a : NumberDecimal(\"0\") }}"));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_FALSE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(fromjson("{ a : NumberDecimal(\"1.0\") }"), doc);
ASSERT_EQUALS(mongo::NumberDecimal, doc.root()["a"].getType());
Document logDoc;
LogBuilder logBuilder(logDoc.root());
ASSERT_OK(incMod.log(&logBuilder));
ASSERT_EQUALS(fromjson("{ $set : { a : NumberDecimal(\"1.0\") }}"), logDoc);
ASSERT_EQUALS(mongo::NumberDecimal, logDoc.root()["$set"]["a"].getType());
}
TEST(Upcasting, UpcastDoubleToDecimal) {
// Checks that $inc : NumberDecimal(0) turns a double into a NumberDecimal and logs it
// correctly.
Document doc(BSON("a" << static_cast(1.0)));
ASSERT_EQUALS(mongo::NumberDouble, doc.root()["a"].getType());
Mod incMod(fromjson("{ $inc : { a : NumberDecimal(\"0\") }}"));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_FALSE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(fromjson("{ a : NumberDecimal(\"1.0\") }"), doc);
ASSERT_EQUALS(mongo::NumberDecimal, doc.root()["a"].getType());
Document logDoc;
LogBuilder logBuilder(logDoc.root());
ASSERT_OK(incMod.log(&logBuilder));
ASSERT_EQUALS(fromjson("{ $set : { a : NumberDecimal(\"1.0\") }}"), logDoc);
ASSERT_EQUALS(mongo::NumberDecimal, logDoc.root()["$set"]["a"].getType());
}
TEST(Upcasting, DecimalsStayDecimals) {
// Checks that $inc : NumberDecimal(1) keeps a NumberDecimal as a NumberDecimal and logs it
// correctly.
Document doc(BSON("a" << mongo::Decimal128("1.0")));
ASSERT_EQUALS(mongo::NumberDecimal, doc.root()["a"].getType());
Mod incMod(fromjson("{ $inc : { a : NumberDecimal(\"1\") }}"));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_TRUE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(fromjson("{ a : NumberDecimal(\"2.0\") }"), doc);
ASSERT_EQUALS(mongo::NumberDecimal, doc.root()["a"].getType());
Document logDoc;
LogBuilder logBuilder(logDoc.root());
ASSERT_OK(incMod.log(&logBuilder));
ASSERT_EQUALS(fromjson("{ $set : { a : NumberDecimal(\"2.0\") }}"), logDoc);
ASSERT_EQUALS(mongo::NumberDecimal, logDoc.root()["$set"]["a"].getType());
}
// The only interesting overflow cases are int->long via increment: we never overflow to
// double, and we never decrease precision on decrement.
TEST(Spilling, OverflowIntToLong) {
const int initial_value = std::numeric_limits::max();
Document doc(BSON("a" << static_cast(initial_value)));
ASSERT_EQUALS(mongo::NumberInt, doc.root()["a"].getType());
Mod incMod(fromjson("{ $inc : { a : 1 } }"));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
const long long target_value = static_cast(initial_value) + 1;
ASSERT_OK(incMod.apply());
ASSERT_FALSE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(BSON("a" << target_value), doc);
}
TEST(Spilling, UnderflowIntToLong) {
const int initial_value = std::numeric_limits::min();
Document doc(BSON("a" << static_cast(initial_value)));
ASSERT_EQUALS(mongo::NumberInt, doc.root()["a"].getType());
Mod incMod(fromjson("{ $inc : { a : -1 } }"));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
const long long target_value = static_cast(initial_value) - 1;
ASSERT_OK(incMod.apply());
ASSERT_FALSE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(BSON("a" << target_value), doc);
}
TEST(Lifecycle, IncModCanBeReused) {
Document doc1(fromjson("{ a : 1 }"));
Document doc2(fromjson("{ a : 1 }"));
Mod incMod(fromjson("{ $inc: { a : 1 }}"));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc1.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_TRUE(doc1.isInPlaceModeEnabled());
ASSERT_EQUALS(fromjson("{ a : 2 }"), doc1);
ASSERT_OK(incMod.prepare(doc2.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_TRUE(doc2.isInPlaceModeEnabled());
ASSERT_EQUALS(fromjson("{ a : 2 }"), doc2);
}
// Given the current implementation of $mul, we really only need one test for
// $mul. However, in the future, we should probably write additional ones, or, perhaps find
// a way to run all the above tests in both modes.
TEST(Multiplication, ApplyAndLogSimpleDocument) {
Document doc(fromjson("{ a : { b : 2 } }"));
Mod incMod(fromjson("{ $mul: { 'a.b' : 3 } }"));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_TRUE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(fromjson("{ a : { b : 6 } }"), doc);
Document logDoc;
LogBuilder logBuilder(logDoc.root());
ASSERT_OK(incMod.log(&logBuilder));
ASSERT_EQUALS(fromjson("{ $set : { 'a.b' : 6 } }"), logDoc);
}
TEST(Multiplication, ApplyAndLogMissingElement) {
Document doc(fromjson("{ a : 0 }"));
Mod incMod(fromjson("{ $mul : { b : 3 } }"));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_FALSE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(fromjson("{ a : 0, b : 0 }"), doc);
Document logDoc;
LogBuilder logBuilder(logDoc.root());
ASSERT_OK(incMod.log(&logBuilder));
ASSERT_EQUALS(fromjson("{ $set : { b : 0 } }"), logDoc);
}
TEST(Multiplication, ApplyMissingElementInt) {
const int int_zero = 0;
const int int_three = 3;
Document doc(BSON("a" << int_zero));
Mod incMod(BSON("$mul" << BSON("b" << int_three)));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_FALSE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(BSON("a" << int_zero << "b" << int_zero), doc);
ASSERT_EQUALS(mongo::NumberInt, doc.root().rightChild().getType());
}
TEST(Multiplication, ApplyMissingElementLongLong) {
const long long ll_zero = 0;
const long long ll_three = 3;
Document doc(BSON("a" << ll_zero));
Mod incMod(BSON("$mul" << BSON("b" << ll_three)));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_FALSE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(BSON("a" << ll_zero << "b" << ll_zero), doc);
ASSERT_EQUALS(mongo::NumberLong, doc.root().rightChild().getType());
}
TEST(Multiplication, ApplyMissingElementDouble) {
const double double_zero = 0;
const double double_three = 3;
Document doc(BSON("a" << double_zero));
Mod incMod(BSON("$mul" << BSON("b" << double_three)));
ModifierInterface::ExecInfo execInfo;
ASSERT_OK(incMod.prepare(doc.root(), "", &execInfo));
ASSERT_FALSE(execInfo.noOp);
ASSERT_OK(incMod.apply());
ASSERT_FALSE(doc.isInPlaceModeEnabled());
ASSERT_EQUALS(BSON("a" << double_zero << "b" << 0), doc);
ASSERT_EQUALS(mongo::NumberDouble, doc.root().rightChild().getType());
}
} // namespace