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// Copyright Yahoo. Licensed under the terms of the Apache 2.0 license. See LICENSE in the project root.
#include <vespa/document/base/testdocrepo.h>
#include <vespa/document/datatype/documenttype.h>
#include <vespa/document/fieldvalue/fieldvalues.h>
#include <vespa/document/repo/configbuilder.h>
#include <vespa/document/repo/documenttyperepo.h>
#include <vespa/vespalib/testkit/test_kit.h>
#include <gtest/gtest.h>
#include <gmock/gmock.h>
using document::config_builder::Struct;
using document::config_builder::Wset;
using document::config_builder::Array;
using document::config_builder::Map;
using namespace ::testing;
namespace document {
TEST(DocumentTypeTest, testSetGet)
{
DocumentType docType("doctypetestdoc", 0);
docType.addField(Field("stringattr", 3, *DataType::STRING));
docType.addField(Field("nalle", 0, *DataType::INT));
const Field& fetch1 = docType.getField("stringattr");
const Field& fetch2 = docType.getField("stringattr");
EXPECT_TRUE(fetch1 == fetch2);
EXPECT_TRUE(fetch1.getName() == "stringattr");
const Field& fetch3 = docType.getField(3);
EXPECT_TRUE(fetch1 == fetch3);
const Field& fetch4 = docType.getField(0);
EXPECT_TRUE(fetch4 != fetch1);
}
void
categorizeFields(const Field::Set& fields,
std::vector<const Field*>& headers)
{
for (const Field * field : fields)
{
headers.push_back(field);
}
}
TEST(DocumentTypeTest, testInheritanceConfig)
{
DocumentTypeRepo
repo(readDocumenttypesConfig(TEST_PATH("data/inheritancetest.cfg")));
{
const DocumentType* type(repo.getDocumentType("music"));
EXPECT_TRUE(type != NULL);
}
{
const DocumentType* type(repo.getDocumentType("books"));
EXPECT_TRUE(type != NULL);
}
}
TEST(DocumentTypeTest, testHeaderContent)
{
DocumentTypeRepo
repo(readDocumenttypesConfig(TEST_PATH("data/doctypesconfigtest.cfg")));
const DocumentType* type(repo.getDocumentType("derived"));
Field::Set fields = type->getFieldsType().getFieldSet();
std::vector<const Field*> headers;
categorizeFields(fields, headers);
EXPECT_TRUE(headers.size() == 6);
EXPECT_TRUE(headers[0]->getName() == "field1");
EXPECT_TRUE(headers[1]->getName() == "field2");
EXPECT_TRUE(headers[2]->getName() == "field3");
EXPECT_TRUE(headers[3]->getName() == "field4");
EXPECT_TRUE(headers[4]->getName() == "field5");
EXPECT_TRUE(headers[5]->getName() == "fieldarray1");
}
TEST(DocumentTypeTest, testMultipleInheritance)
{
config_builder::DocumenttypesConfigBuilderHelper builder;
builder.document(42, "test1", Struct("test1.header"),
Struct("test1.body")
.addField("stringattr", DataType::T_STRING)
.addField("nalle", DataType::T_INT));
builder.document(43, "test2", Struct("test2.header"),
Struct("test2.body")
.addField("stringattr", DataType::T_STRING)
.addField("tmp", DataType::T_STRING)
.addField("tall", DataType::T_INT));
builder.document(44, "test3",
Struct("test3.header"), Struct("test3.body"))
.inherit(42).inherit(43);
DocumentTypeRepo repo(builder.config());
const DocumentType* docType3(repo.getDocumentType("test3"));
EXPECT_TRUE(docType3->hasField("stringattr"));
EXPECT_TRUE(docType3->hasField("nalle"));
EXPECT_TRUE(docType3->hasField("tmp"));
EXPECT_TRUE(docType3->hasField("tall"));
Document doc(repo, *docType3, DocumentId("id:ns:test3::1"));
IntFieldValue intVal(3);
doc.setValue(doc.getField("nalle"), intVal);
StringFieldValue stringVal("tmp");
doc.setValue(doc.getField("tmp"), stringVal);
EXPECT_TRUE(doc.getValue(doc.getField("nalle"))->getAsInt()==3);
EXPECT_EQ(vespalib::string("tmp"),
doc.getValue(doc.getField("tmp"))->getAsString());
}
namespace {
bool containsField(const DocumentType::FieldSet &fieldSet, const vespalib::string &field) {
return fieldSet.getFields().find(field) != fieldSet.getFields().end();
}
}
TEST(DocumentTypeTest, testFieldSetCanContainFieldsNotInDocType)
{
DocumentType docType("test1");
docType.addField(Field("stringattr", 3, *DataType::STRING));
docType.addField(Field("nalle", 0, *DataType::INT));
{
DocumentType::FieldSet::Fields tmp;
tmp.insert("nalle");
tmp.insert("nulle");
docType.addFieldSet("a", tmp);
}
auto fieldSet = docType.getFieldSet("a");
EXPECT_EQ((size_t)2, fieldSet->getFields().size());
EXPECT_TRUE(containsField(*fieldSet, "nalle"));
EXPECT_TRUE(containsField(*fieldSet, "nulle"));
}
TEST(DocumentTypeTest, testInheritance)
{
// Inheritance of conflicting but equal datatype ok
DocumentType docType("test1");
docType.addField(Field("stringattr", 3, *DataType::STRING));
docType.addField(Field("nalle", 0, *DataType::INT));
DocumentType docType2("test2");
docType2.addField(Field("stringattr", 3, *DataType::STRING));
docType2.addField(Field("tmp", 5, *DataType::STRING));
docType2.addField(Field("tall", 10, *DataType::INT));
docType.inherit(docType2);
EXPECT_TRUE(docType.hasField("stringattr"));
EXPECT_TRUE(docType.hasField("nalle"));
EXPECT_TRUE(docType.hasField("tmp"));
EXPECT_TRUE(docType.hasField("tall"));
DocumentType docType3("test3");
docType3.addField(Field("stringattr", 3, *DataType::RAW));
docType3.addField(Field("tall", 10, *DataType::INT));
try{
docType2.inherit(docType3);
// FAIL() << "Supposed to fail";
} catch (std::exception& e) {
EXPECT_EQ(std::string("foo"), std::string(e.what()));
}
try{
docType.inherit(docType3);
// FAIL() << "Supposed to fail";
} catch (std::exception& e) {
EXPECT_EQ(std::string("foo"), std::string(e.what()));
}
DocumentType docType4("test4");
docType4.inherit(docType3);
EXPECT_TRUE(docType4.hasField("stringattr"));
EXPECT_TRUE(docType4.hasField("tall"));
try{
docType3.inherit(docType4);
FAIL() << "Accepted cyclic inheritance";
} catch (std::exception& e) {
EXPECT_THAT(e.what(), HasSubstr("Cannot add cyclic dependencies"));
}
DocumentType docType5("test5");
docType5.addField(Field("stringattr", 20, *DataType::RAW));
try{
docType4.inherit(docType5);
// FAIL() << "Supposed to fail";
} catch (std::exception& e) {
EXPECT_EQ(std::string("foo"), std::string(e.what()));
}
}
TEST(DocumentTypeTest,testOutputOperator)
{
DocumentType docType("test1");
std::ostringstream ost;
ost << docType;
std::string expected("DocumentType(test1)");
EXPECT_EQ(expected, ost.str());
}
} // document
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