/// @brief Check that the storages of the specific type hold the
/// same value.
///
- /// This function assumes that the ref_values storage holds exactly
- /// one parameter called 'foo'.
+ /// This function assumes that the ref_values storage holds parameter
+ /// called 'foo'.
///
/// @param ref_values A storage holding reference value. In the typical
/// case it is a storage held in the original context, which is assigned
}
/// @brief Check that the storages of the specific type hold the same
- /// position.
- ///
- /// This function assumes that the @c ref_values storage holds exactly
- /// one parameter called 'foo'.
+ /// position of the parameter.
///
+ /// @param name A name of the parameter to check.
/// @param ref_values A storage holding reference position. In the typical
/// case it is a storage held in the original context, which is assigned
/// to another context.
/// @tparam ContainerType A type of the storage.
/// @tparam ValueType A type of the value in the container.
template<typename ContainerType, typename ValueType>
- void checkPositionEq(const boost::shared_ptr<ContainerType>& ref_values,
+ void checkPositionEq(const std::string& name,
+ const boost::shared_ptr<ContainerType>& ref_values,
const boost::shared_ptr<ContainerType>& values) {
// Verify that the position is correct.
- EXPECT_EQ(ref_values->getPosition("foo").line_,
- values->getPosition("foo").line_);
+ EXPECT_EQ(ref_values->getPosition(name).line_,
+ values->getPosition(name).line_);
- EXPECT_EQ(ref_values->getPosition("foo").pos_,
- values->getPosition("foo").pos_);
+ EXPECT_EQ(ref_values->getPosition(name).pos_,
+ values->getPosition(name).pos_);
- EXPECT_EQ(ref_values->getPosition("foo").file_,
- values->getPosition("foo").file_);
+ EXPECT_EQ(ref_values->getPosition(name).file_,
+ values->getPosition(name).file_);
}
/// @brief Check that the storages of the specific type hold different
EXPECT_NE(ref_values->getParam("foo"), values->getParam("foo"));
}
- /// @brief Check that the storages of the specific type hold fifferent
+ /// @brief Check that the storages of the specific type hold different
/// position.
///
- /// This function assumes that the ref_values storage holds exactly
- /// one parameter called 'foo'.
- ///
+ /// @param name A name of the parameter to be checked.
/// @param ref_values A storage holding reference position. In the typical
/// case it is a storage held in the original context, which is assigned
/// to another context.
/// @tparam ContainerType A type of the storage.
/// @tparam ValueType A type of the value in the container.
template<typename ContainerType, typename ValueType>
- void checkPositionNeq(const boost::shared_ptr<ContainerType>& ref_values,
+ void checkPositionNeq(const std::string& name,
+ const boost::shared_ptr<ContainerType>& ref_values,
const boost::shared_ptr<ContainerType>& values) {
// At least one of the position fields must be different.
- EXPECT_TRUE((ref_values->getPosition("foo").line_ !=
- values->getPosition("foo").line_) ||
- (ref_values->getPosition("foo").pos_ !=
- values->getPosition("foo").pos_) ||
- (ref_values->getPosition("foo").pos_ !=
- values->getPosition("foo").pos_));
+ EXPECT_TRUE((ref_values->getPosition(name).line_ !=
+ values->getPosition(name).line_) ||
+ (ref_values->getPosition(name).pos_ !=
+ values->getPosition(name).pos_) ||
+ (ref_values->getPosition(name).file_ !=
+ values->getPosition(name).file_));
}
/// @brief Check that option definition storage in the context holds
ctx.boolean_values_->setParam("foo", true,
Element::Position("kea.conf", 123, 234));
+ // Set various parameters to test that position is copied between
+ // contexts.
+ ctx.boolean_values_->setParam("pos0", true,
+ Element::Position("kea.conf", 1, 2));
+ ctx.boolean_values_->setParam("pos1", true,
+ Element::Position("kea.conf", 10, 20));
+ ctx.boolean_values_->setParam("pos2", true,
+ Element::Position("kea.conf", 100, 200));
+
// Set uint32 parameter 'foo'.
ASSERT_TRUE(ctx.uint32_values_);
ctx.uint32_values_->setParam("foo", 123,
Element::Position("kea.conf", 123, 234));
+ // Set various parameters to test that position is copied between
+ // contexts.
+ ctx.uint32_values_->setParam("pos0", 123,
+ Element::Position("kea.conf", 1, 2));
+ ctx.uint32_values_->setParam("pos1", 123,
+ Element::Position("kea.conf", 10, 20));
+ ctx.uint32_values_->setParam("pos2", 123,
+ Element::Position("kea.conf", 100, 200));
+
// Ser string parameter 'foo'.
ASSERT_TRUE(ctx.string_values_);
ctx.string_values_->setParam("foo", "some string",
Element::Position("kea.conf", 123, 234));
+ // Set various parameters to test that position is copied between
+ // contexts.
+ ctx.string_values_->setParam("pos0", "some string",
+ Element::Position("kea.conf", 1, 2));
+ ctx.string_values_->setParam("pos1", "some string",
+ Element::Position("kea.conf", 10, 20));
+ ctx.string_values_->setParam("pos2", "some string",
+ Element::Position("kea.conf", 100, 200));
+
+
// Add new option, with option code 10, to the context.
ASSERT_TRUE(ctx.options_);
OptionPtr opt1(new Option(Option::V6, 10));
ctx_new->boolean_values_);
}
- // New context has the same boolean value position.
+ // New context has the same boolean values' positions.
{
SCOPED_TRACE("Check that positions of boolean values are equal"
" in both contexts");
- checkPositionEq<BooleanStorage, bool>(ctx.boolean_values_,
+ checkPositionEq<BooleanStorage, bool>("pos0", ctx.boolean_values_,
+ ctx_new->boolean_values_);
+ checkPositionEq<BooleanStorage, bool>("pos1", ctx.boolean_values_,
+ ctx_new->boolean_values_);
+ checkPositionEq<BooleanStorage, bool>("pos2", ctx.boolean_values_,
ctx_new->boolean_values_);
}
ctx_new->uint32_values_);
}
+ // New context has the same uint32 values' positions.
+ {
+ SCOPED_TRACE("Check that positions of uint32 values are equal"
+ " in both contexts");
+ checkPositionEq<Uint32Storage, bool>("pos0", ctx.uint32_values_,
+ ctx_new->uint32_values_);
+ checkPositionEq<Uint32Storage, bool>("pos1", ctx.uint32_values_,
+ ctx_new->uint32_values_);
+ checkPositionEq<Uint32Storage, bool>("pos2", ctx.uint32_values_,
+ ctx_new->uint32_values_);
+ }
+
// New context has the same uint32 value position.
{
SCOPED_TRACE("Check that positions of uint32_t values are equal"
" in both contexts");
- checkPositionEq<Uint32Storage, uint32_t>(ctx.uint32_values_,
+ checkPositionEq<Uint32Storage, uint32_t>("foo", ctx.uint32_values_,
ctx_new->uint32_values_);
}
ctx_new->string_values_);
}
- // New context has the same string value position.
+ // New context has the same string values' positions.
{
- SCOPED_TRACE("Check that position of string values are equal"
+ SCOPED_TRACE("Check that positions of string values are equal"
" in both contexts");
- checkPositionEq<StringStorage, std::string>(ctx.string_values_,
- ctx_new->string_values_);
+ checkPositionEq<StringStorage, bool>("pos0", ctx.string_values_,
+ ctx_new->string_values_);
+ checkPositionEq<StringStorage, bool>("pos1", ctx.string_values_,
+ ctx_new->string_values_);
+ checkPositionEq<StringStorage, bool>("pos2", ctx.string_values_,
+ ctx_new->string_values_);
}
// New context has the same option.
// Change the value of the boolean parameter. This should not affect the
// corresponding value in the new context.
{
- SCOPED_TRACE("Check that boolean value and position isn't changed"
- " when original value and position is changed");
+ SCOPED_TRACE("Check that boolean value isn't changed when original"
+ " value and position is changed");
ctx.boolean_values_->setParam("foo", false,
Element::Position("kea.conf",
12, 10));
checkValueNeq<BooleanStorage, bool>(ctx.boolean_values_,
ctx_new->boolean_values_);
- checkPositionNeq<BooleanStorage, bool>(ctx.boolean_values_,
+ }
+
+ {
+ SCOPED_TRACE("Check that positions of the boolean parameters aren't"
+ " changed when the corresponding positions in the"
+ " original context are changed");
+ // Modify file name.
+ ctx.boolean_values_->setParam("pos0", false,
+ Element::Position("foo.conf",
+ 1, 2));
+ checkPositionNeq<BooleanStorage, bool>("pos0", ctx.boolean_values_,
+ ctx_new->boolean_values_);
+ // Modify line number.
+ ctx.boolean_values_->setParam("pos1", false,
+ Element::Position("kea.conf",
+ 11, 20));
+ checkPositionNeq<BooleanStorage, bool>("pos1", ctx.boolean_values_,
ctx_new->boolean_values_);
+ // Modify position within a line.
+ ctx.boolean_values_->setParam("pos2", false,
+ Element::Position("kea.conf",
+ 101, 201));
+ checkPositionNeq<BooleanStorage, bool>("pos2", ctx.boolean_values_,
+ ctx_new->boolean_values_);
+
}
// Change the value of the uint32_t parameter. This should not affect
// the corresponding value in the new context.
{
- SCOPED_TRACE("Check that uint32_t value and position isn't changed"
- " when original value and position is changed");
+ SCOPED_TRACE("Check that uint32_t value isn't changed when original"
+ " value and position is changed");
ctx.uint32_values_->setParam("foo", 987,
- Element::Position("kea.conf",
- 10, 11));
+ Element::Position("kea.conf", 10, 11));
checkValueNeq<Uint32Storage, uint32_t>(ctx.uint32_values_,
ctx_new->uint32_values_);
+ }
- checkPositionNeq<Uint32Storage, uint32_t>(ctx.uint32_values_,
- ctx_new->uint32_values_);
+ {
+ SCOPED_TRACE("Check that positions of the uint32 parameters aren't"
+ " changed when the corresponding positions in the"
+ " original context are changed");
+ // Modify file name.
+ ctx.uint32_values_->setParam("pos0", 123,
+ Element::Position("foo.conf", 1, 2));
+ checkPositionNeq<Uint32Storage, bool>("pos0", ctx.uint32_values_,
+ ctx_new->uint32_values_);
+ // Modify line number.
+ ctx.uint32_values_->setParam("pos1", 123,
+ Element::Position("kea.conf",
+ 11, 20));
+ checkPositionNeq<Uint32Storage, bool>("pos1", ctx.uint32_values_,
+ ctx_new->uint32_values_);
+ // Modify position within a line.
+ ctx.uint32_values_->setParam("pos2", 123,
+ Element::Position("kea.conf",
+ 101, 201));
+ checkPositionNeq<Uint32Storage, bool>("pos2", ctx.uint32_values_,
+ ctx_new->uint32_values_);
}
// Change the value of the string parameter. This should not affect the
// corresponding value in the new context.
{
- SCOPED_TRACE("Check that string value and position isn't changed"
- " when original value and position is changed");
+ SCOPED_TRACE("Check that string value isn't changed when original"
+ " value and position is changed");
ctx.string_values_->setParam("foo", "different string",
- Element::Position("kea.conf",
- 10, 11));
+ Element::Position("kea.conf", 10, 11));
checkValueNeq<StringStorage, std::string>(ctx.string_values_,
ctx_new->string_values_);
+ }
- checkPositionNeq<
- StringStorage, std::string>(ctx.string_values_,
- ctx_new->string_values_);
+ {
+ SCOPED_TRACE("Check that positions of the string parameters aren't"
+ " changed when the corresponding positions in the"
+ " original context are changed");
+ // Modify file name.
+ ctx.string_values_->setParam("pos0", "some string",
+ Element::Position("foo.conf", 1, 2));
+ checkPositionNeq<StringStorage, bool>("pos0", ctx.string_values_,
+ ctx_new->string_values_);
+ // Modify line number.
+ ctx.string_values_->setParam("pos1", "some string",
+ Element::Position("kea.conf",
+ 11, 20));
+ checkPositionNeq<StringStorage, bool>("pos1", ctx.string_values_,
+ ctx_new->string_values_);
+ // Modify position within a line.
+ ctx.string_values_->setParam("pos2", "some string",
+ Element::Position("kea.conf",
+ 101, 201));
+ checkPositionNeq<StringStorage, bool>("pos2", ctx.string_values_,
+ ctx_new->string_values_);
}
EXPECT_EQ(Option::V6, ctx_new->universe_);
}
+
};
// Check that the assignment operator of the ParserContext class copies all