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db_handler_test.cc
1411 lines (1272 loc) · 62.8 KB
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db_handler_test.cc
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/*
* Copyright (c) 2013 Juniper Networks, Inc. All rights reserved.
*/
#include <pthread.h>
#include <boost/bind.hpp>
#include <boost/lexical_cast.hpp>
#include <boost/assign/ptr_list_of.hpp>
#include <boost/uuid/uuid.hpp>
#include <testing/gunit.h>
#include <base/logging.h>
#include <sandesh/sandesh_types.h>
#include <sandesh/sandesh.h>
#include <sandesh/sandesh_message_builder.h>
#include <sandesh/common/flow_types.h>
#include <analytics/viz_types.h>
#include <analytics/viz_constants.h>
#include <analytics/db_handler.h>
#include <analytics/db_handler_impl.h>
#include <analytics/vizd_table_desc.h>
#include <analytics/test/thrift_if_mock.h>
#ifdef USE_CASSANDRA_CQL
#include <analytics/test/cql_if_mock.h>
#endif // USE_CASSANDRA_CQL
using ::testing::Return;
using ::testing::Field;
using ::testing::AnyOf;
using ::testing::AnyNumber;
using ::testing::_;
using ::testing::Eq;
using ::testing::ElementsAre;
using ::testing::Pointee;
using ::testing::ElementsAreArray;
using namespace pugi;
using namespace GenDb;
TtlMap ttl_map = g_viz_constants.TtlValuesDefault;
class DbHandlerTest : public ::testing::Test {
public:
DbHandlerTest() :
builder_(SandeshXMLMessageTestBuilder::GetInstance()),
#ifdef USE_CASSANDRA_CQL
dbif_mock_(new CqlIfMock()),
#else // USE_CASSANDRA_CQL
dbif_mock_(new ThriftIfMock()),
#endif // !USE_CASSANDRA_CQL
db_handler_(new DbHandler(dbif_mock_, ttl_map)) {
}
~DbHandlerTest() {
}
virtual void SetUp() {
}
virtual void TearDown() {
}
#ifdef USE_CASSANDRA_CQL
CqlIfMock* dbif_mock() {
#else // USE_CASSANDRA_CQL
ThriftIfMock *dbif_mock() {
#endif // !USE_CASSANDRA_CQL
return dbif_mock_;
}
DbHandlerPtr db_handler() {
return db_handler_;
}
protected:
class SandeshXMLMessageTest : public SandeshXMLMessage {
public:
SandeshXMLMessageTest() {}
virtual ~SandeshXMLMessageTest() {}
virtual bool Parse(const uint8_t *xml_msg, size_t size) {
xml_parse_result result = xdoc_.load_buffer(xml_msg, size,
parse_default & ~parse_escapes);
if (!result) {
LOG(ERROR, __func__ << ": Unable to load Sandesh XML Test." <<
"(status=" << result.status << ", offset=" <<
result.offset << "): " << xml_msg);
return false;
}
message_node_ = xdoc_.first_child();
message_type_ = message_node_.name();
size_ = size;
return true;
}
void SetHeader(const SandeshHeader &header) { header_ = header; }
};
class SandeshXMLMessageTestBuilder : public SandeshMessageBuilder {
public:
SandeshXMLMessageTestBuilder() {}
virtual SandeshMessage *Create(const uint8_t *xml_msg,
size_t size) const {
SandeshXMLMessageTest *msg = new SandeshXMLMessageTest;
msg->Parse(xml_msg, size);
return msg;
}
static SandeshXMLMessageTestBuilder *GetInstance() {
return &instance_;
}
private:
static SandeshXMLMessageTestBuilder instance_;
};
SandeshMessageBuilder *builder_;
boost::uuids::random_generator rgen_;
private:
void DbErrorHandlerFn() {
assert(0);
}
EventManager evm_;
#ifdef USE_CASSANDRA_CQL
CqlIfMock *dbif_mock_;
#else // USE_CASSANDRA_CQL
ThriftIfMock *dbif_mock_;
#endif // !USE_CASSANDRA_CQL
DbHandlerPtr db_handler_;
};
DbHandlerTest::SandeshXMLMessageTestBuilder
DbHandlerTest::SandeshXMLMessageTestBuilder::instance_;
TEST_F(DbHandlerTest, MessageTableOnlyInsertTest) {
SandeshHeader hdr;
hdr.set_Source("127.0.0.1");
hdr.set_Module("VizdTest");
hdr.set_InstanceId("Test");
hdr.set_NodeType("Test");
hdr.set_Timestamp(UTCTimestampUsec());
std::string messagetype("SandeshAsyncTest2");
std::string xmlmessage = "<SandeshAsyncTest2 type=\"sandesh\"><file type=\"string\" identifier=\"-32768\">src/analytics/test/viz_collector_test.cc</file><line type=\"i32\" identifier=\"-32767\">80</line><f1 type=\"struct\" identifier=\"1\"><SAT2_struct><f1 type=\"string\" identifier=\"1\">sat2string101</f1><f2 type=\"i32\" identifier=\"2\">101</f2></SAT2_struct></f1><f2 type=\"i32\" identifier=\"2\">101</f2></SandeshAsyncTest2>";
SandeshXMLMessageTest *msg = dynamic_cast<SandeshXMLMessageTest *>(
builder_->Create(
reinterpret_cast<const uint8_t *>(xmlmessage.c_str()),
xmlmessage.size()));
msg->SetHeader(hdr);
boost::uuids::uuid unm(rgen_());
VizMsg vmsgp(msg, unm);
GenDb::DbDataValueVec rowkey;
rowkey.push_back(unm);
int ttl = ttl_map.find(TtlType::GLOBAL_TTL)->second*3600;
boost::ptr_vector<GenDb::NewCol> msg_table_expected_vector =
boost::assign::ptr_list_of<GenDb::NewCol>
(GenDb::NewCol(g_viz_constants.SOURCE, hdr.get_Source(), ttl))
(GenDb::NewCol(g_viz_constants.NAMESPACE, std::string(), ttl))
(GenDb::NewCol(g_viz_constants.MODULE, hdr.get_Module(), ttl))
(GenDb::NewCol(g_viz_constants.INSTANCE_ID, hdr.get_InstanceId(), ttl))
(GenDb::NewCol(g_viz_constants.NODE_TYPE, hdr.get_NodeType(), ttl))
(GenDb::NewCol(g_viz_constants.TIMESTAMP,
static_cast<uint64_t>(hdr.get_Timestamp()), ttl))
(GenDb::NewCol(g_viz_constants.CATEGORY, std::string(), ttl))
(GenDb::NewCol(g_viz_constants.LEVEL,
static_cast<uint32_t>(0), ttl))
(GenDb::NewCol(g_viz_constants.MESSAGE_TYPE, messagetype, ttl))
(GenDb::NewCol(g_viz_constants.SEQUENCE_NUM,
static_cast<uint32_t>(0), ttl))
(GenDb::NewCol(g_viz_constants.VERSION,
static_cast<uint32_t>(0), ttl))
(GenDb::NewCol(g_viz_constants.SANDESH_TYPE,
static_cast<uint8_t>(0), ttl))
(GenDb::NewCol(g_viz_constants.DATA, xmlmessage, ttl));
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_, g_viz_constants.COLLECTOR_GLOBAL_TABLE),
Field(&GenDb::ColList::rowkey_, rowkey),
Field(&GenDb::ColList::columns_, msg_table_expected_vector)))))
.Times(1)
.WillOnce(Return(true));
db_handler()->MessageTableOnlyInsert(&vmsgp);
vmsgp.msg = NULL;
delete msg;
}
TEST_F(DbHandlerTest, MessageTableOnlyInsertConfigAuditTest) {
SandeshHeader hdr;
hdr.set_Source("127.0.0.1");
hdr.set_Module("VizdTest");
hdr.set_InstanceId("Test");
hdr.set_NodeType("Test");
hdr.set_Timestamp(UTCTimestampUsec());
std::string messagetype("VncApiConfigLog");
std::string xmlmessage = "<VncApiConfigLog type=\"sandesh\"><file type=\"string\" identifier=\"-32768\">src/analytics/test/viz_collector_test.cc</file><line type=\"i32\" identifier=\"-32767\">80</line><f1 type=\"struct\" identifier=\"1\"><SAT2_struct><f1 type=\"string\" identifier=\"1\">sat2string101</f1><f2 type=\"i32\" identifier=\"2\">101</f2></SAT2_struct></f1><f2 type=\"i32\" identifier=\"2\">101</f2></VncApiConfigLog>";
SandeshXMLMessageTest *msg = dynamic_cast<SandeshXMLMessageTest *>(
builder_->Create(
reinterpret_cast<const uint8_t *>(xmlmessage.c_str()),
xmlmessage.size()));
msg->SetHeader(hdr);
boost::uuids::uuid unm(rgen_());
VizMsg vmsgp(msg, unm);
GenDb::DbDataValueVec rowkey;
rowkey.push_back(unm);
int ttl = ttl_map.find(TtlType::CONFIGAUDIT_TTL)->second*3600;
boost::ptr_vector<GenDb::NewCol> msg_table_expected_vector =
boost::assign::ptr_list_of<GenDb::NewCol>
(GenDb::NewCol(g_viz_constants.SOURCE, hdr.get_Source(), ttl))
(GenDb::NewCol(g_viz_constants.NAMESPACE, std::string(), ttl))
(GenDb::NewCol(g_viz_constants.MODULE, hdr.get_Module(), ttl))
(GenDb::NewCol(g_viz_constants.INSTANCE_ID, hdr.get_InstanceId(), ttl))
(GenDb::NewCol(g_viz_constants.NODE_TYPE, hdr.get_NodeType(), ttl))
(GenDb::NewCol(g_viz_constants.TIMESTAMP,
static_cast<uint64_t>(hdr.get_Timestamp()), ttl))
(GenDb::NewCol(g_viz_constants.CATEGORY, std::string(), ttl))
(GenDb::NewCol(g_viz_constants.LEVEL,
static_cast<uint32_t>(0), ttl))
(GenDb::NewCol(g_viz_constants.MESSAGE_TYPE, messagetype, ttl))
(GenDb::NewCol(g_viz_constants.SEQUENCE_NUM,
static_cast<uint32_t>(0), ttl))
(GenDb::NewCol(g_viz_constants.VERSION,
static_cast<uint32_t>(0), ttl))
(GenDb::NewCol(g_viz_constants.SANDESH_TYPE,
static_cast<uint8_t>(0), ttl))
(GenDb::NewCol(g_viz_constants.DATA, xmlmessage, ttl));
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_, g_viz_constants.COLLECTOR_GLOBAL_TABLE),
Field(&GenDb::ColList::rowkey_, rowkey),
Field(&GenDb::ColList::columns_, msg_table_expected_vector)))))
.Times(1)
.WillOnce(Return(true));
db_handler()->MessageTableOnlyInsert(&vmsgp);
vmsgp.msg = NULL;
delete msg;
}
TEST_F(DbHandlerTest, MessageIndexTableInsertTest) {
SandeshHeader hdr;
hdr.set_Source("127.0.0.1");
hdr.set_Timestamp(UTCTimestampUsec());
boost::uuids::uuid unm(rgen_());
int ttl = ttl_map.find(TtlType::GLOBAL_TTL)->second*3600;
#ifdef USE_CASSANDRA_CQL
DbDataValueVec *colname(new DbDataValueVec());
colname->reserve(3);
colname->push_back(hdr.get_Source());
colname->push_back((uint32_t)(hdr.get_Timestamp() & g_viz_constants.RowTimeInMask));
colname->push_back(unm);
DbDataValueVec *colvalue(new DbDataValueVec());
boost::ptr_vector<GenDb::NewCol> idx_expected_vector =
boost::assign::ptr_list_of<GenDb::NewCol>
(GenDb::NewCol(colname, colvalue, ttl));
GenDb::DbDataValueVec src_idx_rowkey;
src_idx_rowkey.push_back((uint32_t)(hdr.get_Timestamp() >> g_viz_constants.RowTimeInBits));
uint8_t partition_no = 1;
src_idx_rowkey.push_back(partition_no);
#else
DbDataValueVec *colname(new DbDataValueVec(1,
(uint32_t)(hdr.get_Timestamp() & g_viz_constants.RowTimeInMask)));
DbDataValueVec *colvalue(new DbDataValueVec(1, unm));
boost::ptr_vector<GenDb::NewCol> idx_expected_vector =
boost::assign::ptr_list_of<GenDb::NewCol>
(GenDb::NewCol(colname, colvalue, ttl));
GenDb::DbDataValueVec src_idx_rowkey;
src_idx_rowkey.push_back((uint32_t)(hdr.get_Timestamp() >> g_viz_constants.RowTimeInBits));
src_idx_rowkey.push_back(hdr.get_Source());
#endif
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_, g_viz_constants.MESSAGE_TABLE_SOURCE),
_,
Field(&GenDb::ColList::columns_,
idx_expected_vector)))))
.Times(1)
.WillOnce(Return(true));
db_handler()->MessageIndexTableInsert(g_viz_constants.MESSAGE_TABLE_SOURCE,
hdr, "", unm, "");
}
#ifndef USE_CASSANDRA_CQL
TEST_F(DbHandlerTest, MessageTableInsertTest) {
SandeshHeader hdr;
hdr.set_Source("127.0.0.1");
hdr.set_Module("VizdTest");
std::string messagetype("SandeshAsyncTest2");
hdr.set_InstanceId("Test");
hdr.set_NodeType("Test");
hdr.set_Timestamp(UTCTimestampUsec());
hdr.set_Type(SandeshType::SYSTEM);
std::string xmlmessage = "<SandeshAsyncTest2 type=\"sandesh\"><file type=\"string\" identifier=\"-32768\">src/analytics/test/viz_collector_test.cc</file><line type=\"i32\" identifier=\"-32767\">80</line><f1 type=\"struct\" identifier=\"1\"><SAT2_struct><f1 type=\"string\" identifier=\"1\">sat2string101</f1><f2 type=\"i32\" identifier=\"2\">101</f2></SAT2_struct></f1><f2 type=\"i32\" identifier=\"2\">101</f2></SandeshAsyncTest2>";
SandeshXMLMessageTest *msg = dynamic_cast<SandeshXMLMessageTest *>(
builder_->Create(
reinterpret_cast<const uint8_t *>(xmlmessage.c_str()),
xmlmessage.size()));
msg->SetHeader(hdr);
boost::uuids::uuid unm(rgen_());
VizMsg vmsgp(msg, unm);
GenDb::DbDataValueVec rowkey;
rowkey.push_back(unm);
boost::ptr_vector<GenDb::NewCol> msg_table_expected_vector =
boost::assign::ptr_list_of<GenDb::NewCol>
(GenDb::NewCol(g_viz_constants.SOURCE, hdr.get_Source(), 0))
(GenDb::NewCol(g_viz_constants.NAMESPACE, std::string(), 0))
(GenDb::NewCol(g_viz_constants.MODULE, hdr.get_Module(), 0))
(GenDb::NewCol(g_viz_constants.INSTANCE_ID, hdr.get_InstanceId(), 0))
(GenDb::NewCol(g_viz_constants.NODE_TYPE, hdr.get_NodeType(), 0))
(GenDb::NewCol(g_viz_constants.TIMESTAMP,
static_cast<uint64_t>(hdr.get_Timestamp()), 0))
(GenDb::NewCol(g_viz_constants.CATEGORY, std::string(), 0))
(GenDb::NewCol(g_viz_constants.LEVEL,
static_cast<uint32_t>(0), 0))
(GenDb::NewCol(g_viz_constants.MESSAGE_TYPE, messagetype, 0))
(GenDb::NewCol(g_viz_constants.SEQUENCE_NUM,
static_cast<uint32_t>(0), 0))
(GenDb::NewCol(g_viz_constants.VERSION,
static_cast<uint32_t>(0), 0))
(GenDb::NewCol(g_viz_constants.SANDESH_TYPE,
static_cast<uint8_t>(SandeshType::SYSTEM), 0))
(GenDb::NewCol(g_viz_constants.DATA, xmlmessage, 0));
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_, g_viz_constants.COLLECTOR_GLOBAL_TABLE),
Field(&GenDb::ColList::rowkey_, rowkey),
Field(&GenDb::ColList::columns_,
msg_table_expected_vector)))))
.Times(1)
.WillOnce(Return(true));
DbDataValueVec *colname(new DbDataValueVec(1,
(uint32_t)(hdr.get_Timestamp() & g_viz_constants.RowTimeInMask)));
DbDataValueVec *colvalue(new DbDataValueVec(1, unm));
boost::ptr_vector<GenDb::NewCol> idx_expected_vector =
boost::assign::ptr_list_of<GenDb::NewCol>
(GenDb::NewCol(colname, colvalue, 0));
GenDb::DbDataValueVec src_idx_rowkey;
src_idx_rowkey.push_back((uint32_t)(hdr.get_Timestamp() >> g_viz_constants.RowTimeInBits));
src_idx_rowkey.push_back(hdr.get_Source());
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_, g_viz_constants.MESSAGE_TABLE_SOURCE),
Field(&GenDb::ColList::rowkey_, src_idx_rowkey),
Field(&GenDb::ColList::columns_,
idx_expected_vector)))))
.Times(1)
.WillOnce(Return(true));
GenDb::DbDataValueVec mod_idx_rowkey;
mod_idx_rowkey.push_back((uint32_t)(hdr.get_Timestamp() >> g_viz_constants.RowTimeInBits));
mod_idx_rowkey.push_back(hdr.get_Module());
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_, g_viz_constants.MESSAGE_TABLE_MODULE_ID),
Field(&GenDb::ColList::rowkey_, mod_idx_rowkey),
Field(&GenDb::ColList::columns_,
idx_expected_vector)))))
.Times(1)
.WillOnce(Return(true));
GenDb::DbDataValueVec cat_idx_rowkey;
cat_idx_rowkey.push_back((uint32_t)(hdr.get_Timestamp() >> g_viz_constants.RowTimeInBits));
cat_idx_rowkey.push_back(hdr.get_Category());
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_, g_viz_constants.MESSAGE_TABLE_CATEGORY),
Field(&GenDb::ColList::rowkey_, cat_idx_rowkey),
Field(&GenDb::ColList::columns_,
idx_expected_vector)))))
.Times(1)
.WillOnce(Return(true));
GenDb::DbDataValueVec msgtype_idx_rowkey;
msgtype_idx_rowkey.push_back((uint32_t)(hdr.get_Timestamp() >> g_viz_constants.RowTimeInBits));
msgtype_idx_rowkey.push_back(messagetype);
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_, g_viz_constants.MESSAGE_TABLE_MESSAGE_TYPE),
Field(&GenDb::ColList::rowkey_, msgtype_idx_rowkey),
Field(&GenDb::ColList::columns_,
idx_expected_vector)))))
.Times(1)
.WillOnce(Return(true));
GenDb::DbDataValueVec ts_idx_rowkey;
ts_idx_rowkey.push_back((uint32_t)(hdr.get_Timestamp() >> g_viz_constants.RowTimeInBits));
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_, g_viz_constants.MESSAGE_TABLE_TIMESTAMP),
Field(&GenDb::ColList::rowkey_, ts_idx_rowkey),
Field(&GenDb::ColList::columns_,
idx_expected_vector)))))
.Times(1)
.WillOnce(Return(true));
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_, g_viz_constants.MESSAGE_TABLE_KEYWORD),
_,
Field(&GenDb::ColList::columns_,
idx_expected_vector)))))
.Times(2)
.WillRepeatedly(Return(true));
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_, g_viz_constants.STATS_TABLE_BY_STR_TAG),
_,
_))))
.Times(6)
.WillRepeatedly(Return(true));
db_handler()->MessageTableInsert(&vmsgp);
vmsgp.msg = NULL;
delete msg;
}
#else
TEST_F(DbHandlerTest, MessageTableInsertTest) {
SandeshHeader hdr;
hdr.set_Source("127.0.0.1");
hdr.set_Module("VizdTest");
std::string messagetype("SandeshAsyncTest2");
hdr.set_InstanceId("Test");
hdr.set_NodeType("Test");
hdr.set_Timestamp(UTCTimestampUsec());
hdr.set_Type(SandeshType::SYSTEM);
std::string xmlmessage = "<SandeshAsyncTest2 type=\"sandesh\"><file type=\"string\" identifier=\"-32768\">src/analytics/test/viz_collector_test.cc</file><line type=\"i32\" identifier=\"-32767\">80</line><f1 type=\"struct\" identifier=\"1\"><SAT2_struct><f1 type=\"string\" identifier=\"1\">sat2string101</f1><f2 type=\"i32\" identifier=\"2\">101</f2></SAT2_struct></f1><f2 type=\"i32\" identifier=\"2\">101</f2></SandeshAsyncTest2>";
SandeshXMLMessageTest *msg = dynamic_cast<SandeshXMLMessageTest *>(
builder_->Create(
reinterpret_cast<const uint8_t *>(xmlmessage.c_str()),
xmlmessage.size()));
msg->SetHeader(hdr);
boost::uuids::uuid unm(rgen_());
VizMsg vmsgp(msg, unm);
GenDb::DbDataValueVec rowkey;
rowkey.push_back(unm);
int ttl = ttl_map.find(TtlType::GLOBAL_TTL)->second*3600;
boost::ptr_vector<GenDb::NewCol> msg_table_expected_vector =
boost::assign::ptr_list_of<GenDb::NewCol>
(GenDb::NewCol(g_viz_constants.SOURCE, hdr.get_Source(), ttl))
(GenDb::NewCol(g_viz_constants.NAMESPACE, std::string(), ttl))
(GenDb::NewCol(g_viz_constants.MODULE, hdr.get_Module(), ttl))
(GenDb::NewCol(g_viz_constants.INSTANCE_ID, hdr.get_InstanceId(), ttl))
(GenDb::NewCol(g_viz_constants.NODE_TYPE, hdr.get_NodeType(), ttl))
(GenDb::NewCol(g_viz_constants.TIMESTAMP,
static_cast<uint64_t>(hdr.get_Timestamp()), ttl))
(GenDb::NewCol(g_viz_constants.CATEGORY, std::string(), ttl))
(GenDb::NewCol(g_viz_constants.LEVEL,
static_cast<uint32_t>(0), ttl))
(GenDb::NewCol(g_viz_constants.MESSAGE_TYPE, messagetype, ttl))
(GenDb::NewCol(g_viz_constants.SEQUENCE_NUM,
static_cast<uint32_t>(0), ttl))
(GenDb::NewCol(g_viz_constants.VERSION,
static_cast<uint32_t>(0), ttl))
(GenDb::NewCol(g_viz_constants.SANDESH_TYPE,
static_cast<uint8_t>(SandeshType::SYSTEM), ttl))
(GenDb::NewCol(g_viz_constants.DATA, xmlmessage, ttl));
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_,
g_viz_constants.COLLECTOR_GLOBAL_TABLE),
Field(&GenDb::ColList::rowkey_, rowkey),
Field(&GenDb::ColList::columns_,
msg_table_expected_vector)))))
.Times(1)
.WillOnce(Return(true));
DbDataValueVec *colname(new DbDataValueVec());
colname->reserve(3);
colname->push_back(hdr.get_Source());
colname->push_back((uint32_t)
(hdr.get_Timestamp() & g_viz_constants.RowTimeInMask));
colname->push_back(unm);
DbDataValueVec *colvalue(new DbDataValueVec());
boost::ptr_vector<GenDb::NewCol> idx_expected_vector =
boost::assign::ptr_list_of<GenDb::NewCol>
(GenDb::NewCol(colname, colvalue, ttl));
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_,
g_viz_constants.MESSAGE_TABLE_SOURCE),
_,
Field(&GenDb::ColList::columns_,
idx_expected_vector)))))
.Times(1)
.WillOnce(Return(true));
DbDataValueVec *modcolname(new DbDataValueVec());
modcolname->reserve(3);
modcolname->push_back(hdr.get_Module());
modcolname->push_back((uint32_t)
(hdr.get_Timestamp() & g_viz_constants.RowTimeInMask));
modcolname->push_back(unm);
colvalue =new DbDataValueVec();
boost::ptr_vector<GenDb::NewCol> mod_idx_expected_vector =
boost::assign::ptr_list_of<GenDb::NewCol>
(GenDb::NewCol(modcolname, colvalue, ttl));
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_,
g_viz_constants.MESSAGE_TABLE_MODULE_ID),
_,
Field(&GenDb::ColList::columns_,
mod_idx_expected_vector)))))
.Times(1)
.WillOnce(Return(true));
DbDataValueVec *catcolname(new DbDataValueVec());
catcolname->reserve(3);
catcolname->push_back(hdr.get_Category());
catcolname->push_back((uint32_t)
(hdr.get_Timestamp() & g_viz_constants.RowTimeInMask));
catcolname->push_back(unm);
colvalue =new DbDataValueVec();
boost::ptr_vector<GenDb::NewCol> cat_idx_expected_vector =
boost::assign::ptr_list_of<GenDb::NewCol>
(GenDb::NewCol(catcolname, colvalue, ttl));
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_,
g_viz_constants.MESSAGE_TABLE_CATEGORY),
_,
Field(&GenDb::ColList::columns_,
cat_idx_expected_vector)))))
.Times(1)
.WillOnce(Return(true));
DbDataValueVec *msgtypecolname(new DbDataValueVec());
msgtypecolname->reserve(3);
msgtypecolname->push_back(messagetype);
msgtypecolname->push_back((uint32_t)
(hdr.get_Timestamp() & g_viz_constants.RowTimeInMask));
msgtypecolname->push_back(unm);
colvalue =new DbDataValueVec();
boost::ptr_vector<GenDb::NewCol> msg_type_idx_expected_vector =
boost::assign::ptr_list_of<GenDb::NewCol>
(GenDb::NewCol(msgtypecolname, colvalue, ttl));
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_,
g_viz_constants.MESSAGE_TABLE_MESSAGE_TYPE),
_,
Field(&GenDb::ColList::columns_,
msg_type_idx_expected_vector)))))
.Times(1)
.WillOnce(Return(true));
DbDataValueVec *ts_colname(new DbDataValueVec());
ts_colname->reserve(2);
ts_colname->push_back((uint32_t)
(hdr.get_Timestamp() & g_viz_constants.RowTimeInMask));
ts_colname->push_back(unm);
colvalue =new DbDataValueVec();
boost::ptr_vector<GenDb::NewCol> ts_idx_expected_vector =
boost::assign::ptr_list_of<GenDb::NewCol>
(GenDb::NewCol(ts_colname, colvalue, ttl));
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_,
g_viz_constants.MESSAGE_TABLE_TIMESTAMP),
_,
Field(&GenDb::ColList::columns_,
ts_idx_expected_vector)))))
.Times(1)
.WillOnce(Return(true));
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_,
g_viz_constants.MESSAGE_TABLE_KEYWORD),
_,
_))))
.Times(2)
.WillRepeatedly(Return(true));
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_,
g_viz_constants.STATS_TABLE_BY_STR_TAG),
_,
_))))
.Times(6)
.WillRepeatedly(Return(true));
db_handler()->MessageTableInsert(&vmsgp);
vmsgp.msg = NULL;
delete msg;
}
#endif
TEST_F(DbHandlerTest, ObjectTableInsertTest) {
SandeshHeader hdr;
hdr.set_Timestamp(UTCTimestampUsec());
hdr.set_Source("127.0.0.1");
uint64_t timestamp(hdr.get_Timestamp());
boost::uuids::uuid unm(rgen_());
std::string table("ObjectTableInsertTest");
std::string rowkey_str("ObjectTableInsertTestRowkey");
std::string xmlmessage = "<VNSwitchErrorMsgObject type=\"sandesh\"><length type=\"i32\">0000000020</length><field1 type=\"string\">field1_value</field1><field2 type=\"struct\"><field21 type=\"i16\">21</field21><field22 type=\"string\">string22</field22></field2><field3 type=\"i32\">3</field3></VNSwitchErrorMsgObject>";
SandeshXMLMessageTest *msg = dynamic_cast<SandeshXMLMessageTest *>(
builder_->Create(
reinterpret_cast<const uint8_t *>(xmlmessage.c_str()),
xmlmessage.size()));
msg->SetHeader(hdr);
VizMsg vmsgp(msg, unm);
int ttl = ttl_map.find(TtlType::GLOBAL_TTL)->second*3600;
{
DbDataValueVec *colname(new DbDataValueVec());
colname->reserve(2);
colname->push_back("ObjectTableInsertTestRowkey");
colname->push_back((uint32_t)(hdr.get_Timestamp() & g_viz_constants.RowTimeInMask));
DbDataValueVec *colvalue(new DbDataValueVec(1, unm));
boost::ptr_vector<GenDb::NewCol> expected_vector =
boost::assign::ptr_list_of<GenDb::NewCol>
(GenDb::NewCol(colname, colvalue, ttl));
GenDb::DbDataValueVec rowkey;
rowkey.push_back((uint32_t)(hdr.get_Timestamp() >> g_viz_constants.RowTimeInBits));
rowkey.push_back((uint8_t)0);
rowkey.push_back("ObjectTableInsertTest");
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_, g_viz_constants.OBJECT_TABLE),
Field(&GenDb::ColList::rowkey_, rowkey),
Field(&GenDb::ColList::columns_,
expected_vector)))))
.Times(1)
.WillOnce(Return(true));
}
{
DbDataValueVec *colname(new DbDataValueVec(1,
(uint32_t)(hdr.get_Timestamp() & g_viz_constants.RowTimeInMask)));
DbDataValueVec *colvalue(new DbDataValueVec(1,
"ObjectTableInsertTestRowkey"));
boost::ptr_vector<GenDb::NewCol> expected_vector =
boost::assign::ptr_list_of<GenDb::NewCol>
(GenDb::NewCol(colname, colvalue, ttl));
GenDb::DbDataValueVec rowkey;
rowkey.push_back((uint32_t)(hdr.get_Timestamp() >> g_viz_constants.RowTimeInBits));
rowkey.push_back("ObjectTableInsertTest");
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_, g_viz_constants.OBJECT_VALUE_TABLE),
Field(&GenDb::ColList::rowkey_, rowkey),
Field(&GenDb::ColList::columns_,
expected_vector)))))
.Times(1)
.WillOnce(Return(true));
}
{
GenDb::DbDataValueVec rowkey;
rowkey.push_back((uint32_t)(hdr.get_Timestamp() >> g_viz_constants.RowTimeInBits));
rowkey.push_back((uint8_t)0);
rowkey.push_back("FieldNames");
rowkey.push_back("fields");
rowkey.push_back("name");
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_, g_viz_constants.STATS_TABLE_BY_STR_TAG),
Field(&GenDb::ColList::rowkey_, rowkey),_))))
.Times(5)
.WillRepeatedly(Return(true));
}
{
GenDb::DbDataValueVec rowkey;
rowkey.push_back((uint32_t)(hdr.get_Timestamp() >> g_viz_constants.RowTimeInBits));
rowkey.push_back((uint8_t)0);
rowkey.push_back("FieldNames");
rowkey.push_back("fields");
rowkey.push_back("Source");
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_, g_viz_constants.STATS_TABLE_BY_STR_TAG),
Field(&GenDb::ColList::rowkey_, rowkey),_))))
.Times(5)
.WillRepeatedly(Return(true));
}
db_handler()->ObjectTableInsert(table, rowkey_str, timestamp, unm, &vmsgp);
vmsgp.msg = NULL;
delete msg;
}
TEST_F(DbHandlerTest, FlowTableInsertTest) {
#ifdef USE_CASSANDRA_CQL
init_vizd_tables(true);
#else // USE_CASSANDRA_CQL
init_vizd_tables(false);
#endif // !USE_CASSANDRA_CQL
SandeshHeader hdr;
hdr.set_Timestamp(UTCTimestampUsec());
hdr.set_Module("VizdTest");
hdr.set_Source("127.0.0.1");
std::string messagetype("");
std::vector<std::pair<std::string, std::vector<FlowLogData> > > flow_msgs;
// Flow sandesh with single flow sample
{
std::string xmlmessage = "<FlowDataIpv4Object type=\"sandesh\"><flowdata type=\"struct\" identifier=\"1\"><FlowDataIpv4><flowuuid type=\"string\" identifier=\"1\">555788e0-513c-4351-8711-3fc481cf2eb4</flowuuid><direction_ing type=\"byte\" identifier=\"2\">0</direction_ing><sourcevn type=\"string\" identifier=\"3\">default-domain:demo:vn1</sourcevn><sourceip type=\"i32\" identifier=\"4\">-1062731011</sourceip><destvn type=\"string\" identifier=\"5\">default-domain:demo:vn0</destvn><destip type=\"i32\" identifier=\"6\">-1062731267</destip><protocol type=\"byte\" identifier=\"7\">6</protocol><sport type=\"i16\" identifier=\"8\">5201</sport><dport type=\"i16\" identifier=\"9\">-24590</dport><vm type=\"string\" identifier=\"12\">04430130-664a-4b89-9287-39d71f351207</vm><reverse_uuid type=\"string\" identifier=\"16\">58745ee7-d616-4e59-b8f7-96f896487c9f</reverse_uuid><bytes type=\"i64\" identifier=\"23\">0</bytes><packets type=\"i64\" identifier=\"24\">0</packets><diff_bytes type=\"i64\" identifier=\"26\">0</diff_bytes><diff_packets type=\"i64\" identifier=\"27\">0</diff_packets></FlowDataIpv4></flowdata></FlowDataIpv4Object>";
std::vector<FlowLogData> flowdata_list;
FlowLogData flow_data1;
flow_data1.set_flowuuid("555788e0-513c-4351-8711-3fc481cf2eb4");
flow_data1.set_direction_ing(0);
flow_data1.set_sourcevn("default-domain:demo:vn1");
flow_data1.set_sourceip(Ip4Address((uint32_t)-1062731011));
flow_data1.set_destvn("default-domain:demo:vn0");
flow_data1.set_destip(Ip4Address((uint32_t)-1062731267));
flow_data1.set_protocol(6);
flow_data1.set_sport(5201);
flow_data1.set_dport(-24590);
flow_data1.set_diff_bytes(0);
flow_data1.set_diff_packets(0);
flowdata_list.push_back(flow_data1);
flow_msgs.push_back(std::make_pair(xmlmessage, flowdata_list));
}
// Flow sandesh with list of flow samples
{
std::string xmlmessage = "<FlowDataIpv4Object type=\"sandesh\"><flowdata type=\"list\" identifier=\"1\"><list type=\"struct\" size=\"2\"><FlowDataIpv4><flowuuid type=\"string\" identifier=\"1\">511788e0-513f-4351-8711-3fc481cf2efa</flowuuid><direction_ing type=\"byte\" identifier=\"2\">1</direction_ing><sourcevn type=\"string\" identifier=\"3\">default-domain:contrail:vn0</sourcevn><sourceip type=\"i32\" identifier=\"4\">168430081</sourceip><destvn type=\"string\" identifier=\"5\">default-domain:contrail:vn1</destvn><destip type=\"i32\" identifier=\"6\">-1062731263</destip><protocol type=\"byte\" identifier=\"7\">17</protocol><sport type=\"i16\" identifier=\"8\">12345</sport><dport type=\"i16\" identifier=\"9\">8087</dport><vm type=\"string\" identifier=\"12\">04430130-6641-1b89-9287-39d71f351206</vm><reverse_uuid type=\"string\" identifier=\"16\">58745ee6-d616-4e59-b8f7-96e896587c9f</reverse_uuid><bytes type=\"i64\" identifier=\"23\">1024</bytes><packets type=\"i64\" identifier=\"24\">4</packets><diff_bytes type=\"i64\" identifier=\"26\">256</diff_bytes><diff_packets type=\"i64\" identifier=\"27\">1</diff_packets></FlowDataIpv4><FlowDataIpv4><flowuuid type=\"string\" identifier=\"1\">525538ef-513f-435f-871f-3fc482cf2ebf</flowuuid><direction_ing type=\"byte\" identifier=\"2\">0</direction_ing><sourcevn type=\"string\" identifier=\"3\">default-domain:demo:vn0</sourcevn><sourceip type=\"i32\" identifier=\"4\">-1062731011</sourceip><destvn type=\"string\" identifier=\"5\">default-domain:contrail:vn0</destvn><destip type=\"i32\" identifier=\"6\">168430082</destip><protocol type=\"byte\" identifier=\"7\">6</protocol><sport type=\"i16\" identifier=\"8\">11221</sport><dport type=\"i16\" identifier=\"9\">8086</dport><vm type=\"string\" identifier=\"12\">04430130-664a-4b89-3456-39d71f351207</vm><reverse_uuid type=\"string\" identifier=\"16\">58745ee3-d613-4e53-b8f3-96f896487c93</reverse_uuid><bytes type=\"i64\" identifier=\"23\">512</bytes><packets type=\"i64\" identifier=\"24\">2</packets><diff_bytes type=\"i64\" identifier=\"26\">512</diff_bytes><diff_packets type=\"i64\" identifier=\"27\">2</diff_packets></FlowDataIpv4></list></flowdata></FlowDataIpv4Object>";
std::vector<FlowLogData> flowdata_list;
FlowLogData flow_data1;
flow_data1.set_flowuuid("511788e0-513f-4351-8711-3fc481cf2efa");
flow_data1.set_direction_ing(1);
flow_data1.set_sourcevn("default-domain:contrail:vn0");
flow_data1.set_sourceip(Ip4Address(168430081));
flow_data1.set_destvn("default-domain:contrail:vn1");
flow_data1.set_destip(Ip4Address((uint32_t)-1062731263));
flow_data1.set_protocol(17);
flow_data1.set_sport(12345);
flow_data1.set_dport(8087);
flow_data1.set_diff_bytes(256);
flow_data1.set_diff_packets(1);
flowdata_list.push_back(flow_data1);
FlowLogData flow_data2;
flow_data2.set_flowuuid("525538ef-513f-435f-871f-3fc482cf2ebf");
flow_data2.set_direction_ing(0);
flow_data2.set_sourcevn("default-domain:demo:vn0");
flow_data2.set_sourceip(Ip4Address((uint32_t)-1062731011));
flow_data2.set_destvn("default-domain:contrail:vn0");
flow_data2.set_destip(Ip4Address(168430082));
flow_data2.set_protocol(6);
flow_data2.set_sport(11221);
flow_data2.set_dport(8086);
flow_data2.set_diff_bytes(512);
flow_data2.set_diff_packets(2);
flowdata_list.push_back(flow_data2);
flow_msgs.push_back(std::make_pair(xmlmessage, flowdata_list));
}
// Flow sandesh with single flow sample -
// Renamed "FlowDataIpv4Object" to "FlowLogDataObject"
{
std::string xmlmessage = "<FlowLogDataObject type=\"sandesh\"><flowdata type=\"struct\" identifier=\"1\"><FlowLogData><flowuuid type=\"string\" identifier=\"1\">555788e0-513c-4351-8711-3fc481cf2eb4</flowuuid><direction_ing type=\"byte\" identifier=\"2\">0</direction_ing><sourcevn type=\"string\" identifier=\"3\">default-domain:demo:vn1</sourcevn><sourceip type=\"i32\" identifier=\"4\">-1062731011</sourceip><destvn type=\"string\" identifier=\"5\">default-domain:demo:vn0</destvn><destip type=\"i32\" identifier=\"6\">-1062731267</destip><protocol type=\"byte\" identifier=\"7\">6</protocol><sport type=\"i16\" identifier=\"8\">5201</sport><dport type=\"i16\" identifier=\"9\">-24590</dport><vm type=\"string\" identifier=\"12\">04430130-664a-4b89-9287-39d71f351207</vm><reverse_uuid type=\"string\" identifier=\"16\">58745ee7-d616-4e59-b8f7-96f896487c9f</reverse_uuid><bytes type=\"i64\" identifier=\"23\">0</bytes><packets type=\"i64\" identifier=\"24\">0</packets><diff_bytes type=\"i64\" identifier=\"26\">0</diff_bytes><diff_packets type=\"i64\" identifier=\"27\">0</diff_packets></FlowLogData></flowdata></FlowLogDataObject>";
std::vector<FlowLogData> flowdata_list;
FlowLogData flow_data1;
flow_data1.set_flowuuid("555788e0-513c-4351-8711-3fc481cf2eb4");
flow_data1.set_direction_ing(0);
flow_data1.set_sourcevn("default-domain:demo:vn1");
flow_data1.set_sourceip(Ip4Address((uint32_t)-1062731011));
flow_data1.set_destvn("default-domain:demo:vn0");
flow_data1.set_destip(Ip4Address((uint32_t)-1062731267));
flow_data1.set_protocol(6);
flow_data1.set_sport(5201);
flow_data1.set_dport(-24590);
flow_data1.set_diff_bytes(0);
flow_data1.set_diff_packets(0);
flowdata_list.push_back(flow_data1);
flow_msgs.push_back(std::make_pair(xmlmessage, flowdata_list));
}
// Flow sandesh with list of flow samples -
// Renamed "FlowDataIpv4Object" to "FlowLogDataObject"
{
std::string xmlmessage = "<FlowLogDataObject type=\"sandesh\"><flowdata type=\"list\" identifier=\"1\"><list type=\"struct\" size=\"2\"><FlowLogData><flowuuid type=\"string\" identifier=\"1\">511788e0-513f-4351-8711-3fc481cf2efa</flowuuid><direction_ing type=\"byte\" identifier=\"2\">1</direction_ing><sourcevn type=\"string\" identifier=\"3\">default-domain:contrail:vn0</sourcevn><sourceip type=\"i32\" identifier=\"4\">168430081</sourceip><destvn type=\"string\" identifier=\"5\">default-domain:contrail:vn1</destvn><destip type=\"i32\" identifier=\"6\">-1062731263</destip><protocol type=\"byte\" identifier=\"7\">17</protocol><sport type=\"i16\" identifier=\"8\">12345</sport><dport type=\"i16\" identifier=\"9\">8087</dport><vm type=\"string\" identifier=\"12\">04430130-6641-1b89-9287-39d71f351206</vm><reverse_uuid type=\"string\" identifier=\"16\">58745ee6-d616-4e59-b8f7-96e896587c9f</reverse_uuid><bytes type=\"i64\" identifier=\"23\">1024</bytes><packets type=\"i64\" identifier=\"24\">4</packets><diff_bytes type=\"i64\" identifier=\"26\">256</diff_bytes><diff_packets type=\"i64\" identifier=\"27\">1</diff_packets></FlowLogData><FlowLogData><flowuuid type=\"string\" identifier=\"1\">525538ef-513f-435f-871f-3fc482cf2ebf</flowuuid><direction_ing type=\"byte\" identifier=\"2\">0</direction_ing><sourcevn type=\"string\" identifier=\"3\">default-domain:demo:vn0</sourcevn><sourceip type=\"i32\" identifier=\"4\">-1062731011</sourceip><destvn type=\"string\" identifier=\"5\">default-domain:contrail:vn0</destvn><destip type=\"i32\" identifier=\"6\">168430082</destip><protocol type=\"byte\" identifier=\"7\">6</protocol><sport type=\"i16\" identifier=\"8\">11221</sport><dport type=\"i16\" identifier=\"9\">8086</dport><vm type=\"string\" identifier=\"12\">04430130-664a-4b89-3456-39d71f351207</vm><reverse_uuid type=\"string\" identifier=\"16\">58745ee3-d613-4e53-b8f3-96f896487c93</reverse_uuid><bytes type=\"i64\" identifier=\"23\">512</bytes><packets type=\"i64\" identifier=\"24\">2</packets><diff_bytes type=\"i64\" identifier=\"26\">512</diff_bytes><diff_packets type=\"i64\" identifier=\"27\">2</diff_packets></FlowLogData></list></flowdata></FlowLogDataObject>";
std::vector<FlowLogData> flowdata_list;
FlowLogData flow_data1;
flow_data1.set_flowuuid("511788e0-513f-4351-8711-3fc481cf2efa");
flow_data1.set_direction_ing(1);
flow_data1.set_sourcevn("default-domain:contrail:vn0");
flow_data1.set_sourceip(Ip4Address(168430081));
flow_data1.set_destvn("default-domain:contrail:vn1");
flow_data1.set_destip(Ip4Address((uint32_t)-1062731263));
flow_data1.set_protocol(17);
flow_data1.set_sport(12345);
flow_data1.set_dport(8087);
flow_data1.set_diff_bytes(256);
flow_data1.set_diff_packets(1);
flowdata_list.push_back(flow_data1);
FlowLogData flow_data2;
flow_data2.set_flowuuid("525538ef-513f-435f-871f-3fc482cf2ebf");
flow_data2.set_direction_ing(0);
flow_data2.set_sourcevn("default-domain:demo:vn0");
flow_data2.set_sourceip(Ip4Address((uint32_t)-1062731011));
flow_data2.set_destvn("default-domain:contrail:vn0");
flow_data2.set_destip(Ip4Address(168430082));
flow_data2.set_protocol(6);
flow_data2.set_sport(11221);
flow_data2.set_dport(8086);
flow_data2.set_diff_bytes(512);
flow_data2.set_diff_packets(2);
flowdata_list.push_back(flow_data2);
flow_msgs.push_back(std::make_pair(xmlmessage, flowdata_list));
}
// FieldNames will be call 7 times each for FlowTable and FlowSeriesTable
// This dataset has 3 unique svn, 3 unique dvn, and a single vrouter
{
GenDb::DbDataValueVec rowkey;
rowkey.push_back((uint32_t)(hdr.get_Timestamp() >> g_viz_constants.RowTimeInBits));
rowkey.push_back((uint8_t)0);
rowkey.push_back("FieldNames");
rowkey.push_back("fields");
rowkey.push_back("name");
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_, g_viz_constants.STATS_TABLE_BY_STR_TAG),
Field(&GenDb::ColList::rowkey_, rowkey),_))))
.Times(14)
.WillRepeatedly(Return(true));
}
{
GenDb::DbDataValueVec rowkey;
rowkey.push_back((uint32_t)(hdr.get_Timestamp() >> g_viz_constants.RowTimeInBits));
rowkey.push_back((uint8_t)0);
rowkey.push_back("FieldNames");
rowkey.push_back("fields");
rowkey.push_back("Source");
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_, g_viz_constants.STATS_TABLE_BY_STR_TAG),
Field(&GenDb::ColList::rowkey_, rowkey),_))))
.Times(14)
.WillRepeatedly(Return(true));
}
std::vector<std::pair<std::string, std::vector<FlowLogData> > >::
const_iterator fit;
for (fit = flow_msgs.begin(); fit != flow_msgs.end(); fit++) {
std::auto_ptr<SandeshXMLMessageTest> msg(
dynamic_cast<SandeshXMLMessageTest *>(
builder_->Create(reinterpret_cast<const uint8_t *>(
fit->first.c_str()), fit->first.size())));
msg->SetHeader(hdr);
std::vector<FlowLogData>::const_iterator dit;
for (dit = fit->second.begin(); dit != fit->second.end(); dit++) {
boost::uuids::uuid flowu = StringToUuid(dit->get_flowuuid());
// set expectations for FLOW_TABLE
{
GenDb::DbDataValueVec rowkey;
rowkey.push_back(flowu);
EXPECT_CALL(*dbif_mock(),
Db_AddColumnProxy(
Pointee(
AllOf(Field(&GenDb::ColList::cfname_,
g_viz_constants.FLOW_TABLE),
Field(&GenDb::ColList::rowkey_, rowkey)))))
.Times(1)
.WillOnce(Return(true));
}
int ttl = ttl_map.find(TtlType::FLOWDATA_TTL)->second*3600;
GenDb::DbDataValueVec ocolvalue;
#ifdef USE_CASSANDRA_CQL
std::ostringstream cv_ss;
const std::vector<std::string> &frnames(
g_viz_constants.FlowRecordNames);
cv_ss << "{";
cv_ss << "\"" << frnames[FlowRecordFields::FLOWREC_DIFF_BYTES]
<< "\":" << (uint64_t)dit->get_diff_bytes() << ",";
cv_ss << "\"" << frnames[FlowRecordFields::FLOWREC_DIFF_PACKETS]
<< "\":" << (uint64_t)dit->get_diff_packets() << ",";
cv_ss << "\"" << frnames[FlowRecordFields::FLOWREC_SHORT_FLOW]
<< "\":" << 0 << ",";
cv_ss << "\"" << frnames[FlowRecordFields::FLOWREC_FLOWUUID]
<< "\":\"" << to_string(flowu) << "\",";
cv_ss << "\"" << frnames[FlowRecordFields::FLOWREC_VROUTER]
<< "\":\"" << hdr.get_Source() << "\",";
cv_ss << "\"" << frnames[FlowRecordFields::FLOWREC_SOURCEVN]
<< "\":\"" << dit->get_sourcevn() << "\",";
cv_ss << "\"" << frnames[FlowRecordFields::FLOWREC_DESTVN]
<< "\":\"" << dit->get_destvn() << "\",";
cv_ss << "\"" << frnames[FlowRecordFields::FLOWREC_SOURCEIP]
<< "\":\"" << dit->get_sourceip() << "\",";
cv_ss << "\"" << frnames[FlowRecordFields::FLOWREC_DESTIP]
<< "\":\"" << dit->get_destip() << "\",";
cv_ss << "\"" << frnames[FlowRecordFields::FLOWREC_PROTOCOL]
<< "\":" << (uint16_t)dit->get_protocol() << ",";
cv_ss << "\"" << frnames[FlowRecordFields::FLOWREC_SPORT]
<< "\":" << (uint16_t)dit->get_sport() << ",";
cv_ss << "\"" << frnames[FlowRecordFields::FLOWREC_DPORT]
<< "\":" << (uint16_t)dit->get_dport() << ",";
cv_ss << "\"" << frnames[FlowRecordFields::FLOWREC_JSON]
<< "\":" << "\"\"";
cv_ss << "}";
std::string ocolvalue_s(cv_ss.str());
ocolvalue.push_back(ocolvalue_s);
#else // USE_CASSANDRA_CQL
ocolvalue.push_back((uint64_t)dit->get_diff_bytes());
ocolvalue.push_back((uint64_t)dit->get_diff_packets());
ocolvalue.push_back((uint8_t)0); // short flow
ocolvalue.push_back(flowu);
ocolvalue.push_back(hdr.get_Source()); // vrouter
ocolvalue.push_back(dit->get_sourcevn());
ocolvalue.push_back(dit->get_destvn());
ocolvalue.push_back(dit->get_sourceip().to_v4().to_ulong());
ocolvalue.push_back(dit->get_destip().to_v4().to_ulong());
ocolvalue.push_back((uint8_t)dit->get_protocol());
ocolvalue.push_back((uint16_t)dit->get_sport());
ocolvalue.push_back((uint16_t)dit->get_dport());
ocolvalue.push_back(""); // json
#endif // !USE_CASSANDRA_CQL
// set expectations for FLOW_TABLE_SVN_SIP
{
GenDb::DbDataValueVec *colname(new GenDb::DbDataValueVec);
colname->reserve(4);
colname->push_back(dit->get_sourcevn());
#ifdef USE_CASSANDRA_CQL
colname->push_back(dit->get_sourceip());
#else // USE_CASSANDRA_CQL
colname->push_back(dit->get_sourceip().to_v4().to_ulong());