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// Copyright Yahoo. Licensed under the terms of the Apache 2.0 license. See LICENSE in the project root.
#include <vespa/vespalib/testkit/test_kit.h>
#include <vespa/config/common/configupdate.h>
#include <vespa/config/common/misc.h>
#include <vespa/config/common/configvalue.h>
#include <vespa/config/common/configkey.h>
#include <vespa/config/common/errorcode.h>
#include <vespa/config/common/vespa_version.h>
#include <vespa/config/subscription/sourcespec.h>
#include <vespa/vespalib/stllike/hash_map.h>
#include <map>
using namespace config;
TEST("requireThatConfigUpdateWorks") {
StringVector lines;
lines.push_back("foo");
ConfigUpdate up(ConfigValue(lines, "myxxhash"), true, 1337);
ASSERT_EQUAL(1337, up.getGeneration());
ASSERT_TRUE(up.hasChanged());
ConfigUpdate up2(ConfigValue(lines, "myxxhash2"), false, 1338);
ASSERT_EQUAL(1338, up2.getGeneration());
ASSERT_FALSE(up2.hasChanged());
}
TEST("requireThatConfigValueWorks") {
StringVector lines;
lines.push_back("myFooField \"bar\"");
ConfigValue v1(lines);
ConfigValue v2(lines);
ConfigValue v3(lines);
lines.push_back("myFooField \"bar2\"");
ConfigValue v4(lines);
ASSERT_TRUE(v1 == v2);
ASSERT_TRUE(v1 == v3);
}
TEST("requireThatConfigKeyWorks") {
ConfigKey key1("id1", "def1", "namespace1", "xxhash1");
ConfigKey key2("id1", "def1", "namespace1", "xxhash1");
ConfigKey key3("id2", "def1", "namespace1", "xxhash1");
ConfigKey key4("id1", "def2", "namespace1", "xxhash1");
ConfigKey key5("id1", "def1", "namespace2", "xxhash1");
ConfigKey key6("id1", "def1", "namespace1", "xxhash2"); // Special case. xxhash64 does not matter, so should be qual to key1 and key2
ASSERT_TRUE(key1 == key2);
ASSERT_TRUE(key1 == key1);
ASSERT_TRUE(key1 == key2);
ASSERT_TRUE(key1 < key3);
ASSERT_TRUE(key1 < key4);
ASSERT_TRUE(key1 < key5);
ASSERT_TRUE(key1 == key6);
ASSERT_TRUE(key2 == key1);
ASSERT_TRUE(key2 == key2);
ASSERT_TRUE(key2 < key3);
ASSERT_TRUE(key2 < key4);
ASSERT_TRUE(key2 < key5);
ASSERT_TRUE(key2 == key6);
ASSERT_TRUE(key3 > key1);
ASSERT_TRUE(key3 > key2);
ASSERT_TRUE(key3 == key3);
ASSERT_TRUE(key3 > key4);
ASSERT_TRUE(key3 > key5);
ASSERT_TRUE(key3 > key6);
ASSERT_TRUE(key4 > key1);
ASSERT_TRUE(key4 > key2);
ASSERT_TRUE(key4 < key3);
ASSERT_TRUE(key4 == key4);
ASSERT_TRUE(key4 > key5);
ASSERT_TRUE(key4 > key6);
ASSERT_TRUE(key5 > key1);
ASSERT_TRUE(key5 > key2);
ASSERT_TRUE(key5 < key3);
ASSERT_TRUE(key5 < key4);
ASSERT_TRUE(key5 == key5);
ASSERT_TRUE(key5 > key6);
ASSERT_TRUE(key6 == key1);
ASSERT_TRUE(key6 == key2);
ASSERT_TRUE(key6 < key3);
ASSERT_TRUE(key6 < key4);
ASSERT_TRUE(key6 < key5);
ASSERT_TRUE(key6 == key6);
std::map<ConfigKey, int> keymap;
keymap[key1] = 1;
keymap[key2] = 2;
keymap[key3] = 3;
keymap[key4] = 4;
keymap[key5] = 5;
ASSERT_EQUAL(2, keymap[key1]);
ASSERT_EQUAL(2, keymap[key2]);
ASSERT_EQUAL(3, keymap[key3]);
ASSERT_EQUAL(4, keymap[key4]);
ASSERT_EQUAL(5, keymap[key5]);
keymap[key6] = 6;
ASSERT_EQUAL(6, keymap[key1]);
ASSERT_EQUAL(6, keymap[key2]);
ASSERT_EQUAL(6, keymap[key6]);
}
TEST("require that config key initializes schema")
{
StringVector schema;
schema.push_back("foo");
schema.push_back("bar");
ConfigKey key("id1", "def1", "namespace1", "xxhash1", schema);
const StringVector &vref(key.getDefSchema());
for (size_t i = 0; i < schema.size(); i++) {
ASSERT_EQUAL(schema[i], vref[i]);
}
}
TEST("require that error codes are correctly translated to strings") {
#define ASSERT_CONFIG(name) ASSERT_EQUAL(#name, ErrorCode::getName(ErrorCode::name))
ASSERT_CONFIG(UNKNOWN_CONFIG);
ASSERT_CONFIG(UNKNOWN_DEFINITION);
ASSERT_CONFIG(UNKNOWN_VERSION);
ASSERT_CONFIG(UNKNOWN_CONFIGID);
ASSERT_CONFIG(UNKNOWN_DEF_MD5);
ASSERT_CONFIG(UNKNOWN_VESPA_VERSION);
ASSERT_CONFIG(ILLEGAL_NAME);
ASSERT_CONFIG(ILLEGAL_VERSION);
ASSERT_CONFIG(ILLEGAL_CONFIGID);
ASSERT_CONFIG(ILLEGAL_DEF_MD5);
ASSERT_CONFIG(ILLEGAL_CONFIG_MD5);
ASSERT_CONFIG(ILLEGAL_CONFIG_MD5);
ASSERT_CONFIG(ILLEGAL_TIMEOUT);
ASSERT_CONFIG(ILLEGAL_TIMESTAMP);
ASSERT_CONFIG(ILLEGAL_NAME_SPACE);
ASSERT_CONFIG(ILLEGAL_PROTOCOL_VERSION);
ASSERT_CONFIG(ILLEGAL_CLIENT_HOSTNAME);
ASSERT_CONFIG(OUTDATED_CONFIG);
ASSERT_CONFIG(INTERNAL_ERROR);
ASSERT_CONFIG(APPLICATION_NOT_LOADED);
ASSERT_CONFIG(INCONSISTENT_CONFIG_MD5);
ASSERT_EQUAL("Unknown error", ErrorCode::getName(13434));
#undef ASSERT_CONFIG
}
TEST("require that source spec parses protocol version") {
const char * envName = "VESPA_CONFIG_PROTOCOL_VERSION";
EXPECT_EQUAL(3, ServerSpec().protocolVersion());
setenv(envName, "2", 1);
EXPECT_EQUAL(2, ServerSpec().protocolVersion());
setenv(envName, "3", 1);
EXPECT_EQUAL(3, ServerSpec().protocolVersion());
setenv(envName, "4", 1);
EXPECT_EQUAL(3, ServerSpec().protocolVersion());
setenv(envName, "illegal", 1);
EXPECT_EQUAL(3, ServerSpec().protocolVersion());
setenv(envName, "1", 1);
EXPECT_EQUAL(1, ServerSpec().protocolVersion());
unsetenv(envName);
}
TEST("require that source spec parses trace level") {
const char * envName = "VESPA_CONFIG_PROTOCOL_TRACELEVEL";
EXPECT_EQUAL(0, ServerSpec().traceLevel());
setenv(envName, "3", 1);
EXPECT_EQUAL(3, ServerSpec().traceLevel());
setenv(envName, "illegal", 1);
EXPECT_EQUAL(0, ServerSpec().traceLevel());
unsetenv(envName);
}
TEST("require that source spec parses compression type") {
const char * envName = "VESPA_CONFIG_PROTOCOL_COMPRESSION";
EXPECT_TRUE(CompressionType::LZ4 == ServerSpec().compressionType());
setenv(envName, "UNCOMPRESSED", 1);
EXPECT_TRUE(CompressionType::UNCOMPRESSED == ServerSpec().compressionType());
setenv(envName, "illegal", 1);
EXPECT_TRUE(CompressionType::LZ4 == ServerSpec().compressionType());
setenv(envName, "LZ4", 1);
EXPECT_TRUE(CompressionType::LZ4 == ServerSpec().compressionType());
unsetenv(envName);
}
TEST("require that vespa version is set") {
VespaVersion vespaVersion = VespaVersion::getCurrentVersion();
vespalib::string str = vespaVersion.toString();
EXPECT_TRUE(str.length() > 0);
}
TEST_MAIN() { TEST_RUN_ALL(); }
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