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#include "catch.hpp"
#include "duckdb.hpp"
#include "duckdb/common/string_util.hpp"
#include "duckdb/main/extension/generated_extension_loader.hpp"
#include "duckdb/parser/parser.hpp"
#include "sqllogic_test_runner.hpp"
#include "test_helpers.hpp"
#include "test_config.hpp"
#include <functional>
#include <string>
#include <system_error>
#include <vector>
using namespace duckdb;
using namespace std;
// code below traverses the test directory and makes individual test cases out
// of each script
static void listFiles(FileSystem &fs, const string &path, std::function<void(const string &)> cb) {
fs.ListFiles(path, [&](string fname, bool is_dir) {
string full_path = fs.JoinPath(path, fname);
if (is_dir) {
// recurse into directory
listFiles(fs, full_path, cb);
} else {
cb(full_path);
}
});
}
static bool endsWith(const string &mainStr, const string &toMatch) {
return (mainStr.size() >= toMatch.size() &&
mainStr.compare(mainStr.size() - toMatch.size(), toMatch.size(), toMatch) == 0);
}
template <bool AUTO_SWITCH_TEST_DIR = false>
static void testRunner() {
// this is an ugly hack that uses the test case name to pass the script file
// name if someone has a better idea...
const auto name = Catch::getResultCapture().getCurrentTestName();
const auto test_dir_path = TestDirectoryPath(); // can vary between tests, and does IO
auto &test_config = TestConfiguration::Get();
string initial_dbpath = test_config.GetInitialDBPath();
test_config.ProcessPath(initial_dbpath, name);
if (!initial_dbpath.empty()) {
auto test_path = StringUtil::Replace(initial_dbpath, test_dir_path, string());
test_path = StringUtil::Replace(test_path, "\\", "/");
auto components = StringUtil::Split(test_path, "/");
components.pop_back();
string total_path = test_dir_path;
for (auto &component : components) {
if (component.empty()) {
continue;
}
total_path = TestJoinPath(total_path, component);
TestCreateDirectory(total_path);
}
}
SQLLogicTestRunner runner(std::move(initial_dbpath));
runner.output_sql = Catch::getCurrentContext().getConfig()->outputSQL();
string prev_directory;
// We assume the test working dir for extensions to be one dir above the test/sql. Note that this is very hacky.
// however for now it suffices: we use it to run tests from out-of-tree extensions that are based on the extension
// template which adheres to this convention.
if (AUTO_SWITCH_TEST_DIR) {
prev_directory = TestGetCurrentDirectory();
std::size_t found = name.rfind("/test/sql");
if (found == std::string::npos) {
throw InvalidInputException("Failed to auto detect working dir for test '" + name +
"' because a non-standard path was used!");
}
auto test_working_dir = name.substr(0, found);
test_config.ChangeWorkingDirectory(test_working_dir);
}
// setup this test runner with Config-based env, then override with ephemerals (only WORKING_DIR at this point)
for (auto &kv : test_config.GetTestEnvMap()) {
runner.environment_variables[kv.first] = kv.second;
}
// Per runner vars
runner.environment_variables["WORKING_DIR"] = TestGetCurrentDirectory();
runner.environment_variables["TEST_NAME"] = name;
runner.environment_variables["TEST_NAME__NO_SLASH"] = StringUtil::Replace(name, "/", "_");
ErrorData error;
try {
runner.ExecuteFile(name);
} catch (std::exception &ex) {
error = ErrorData(ex);
}
if (AUTO_SWITCH_TEST_DIR) {
test_config.ChangeWorkingDirectory(prev_directory);
}
auto on_cleanup = test_config.OnCleanupCommand();
if (!on_cleanup.empty()) {
// perform clean-up if any is defined
try {
if (!runner.con) {
runner.Reconnect();
}
auto res = runner.con->Query(on_cleanup);
if (res->HasError()) {
res->GetErrorObject().Throw();
}
} catch (std::exception &ex) {
string cleanup_failure = "Error while running clean-up routine:\n";
ErrorData error(ex);
cleanup_failure += error.Message();
FAIL(cleanup_failure);
}
}
// clear test directory after running tests
ClearTestDirectory();
if (error.HasError()) {
FAIL(error.Message());
}
}
static string ParseGroupFromPath(string file) {
string extension = "";
if (file.find(".test_slow") != std::string::npos) {
// "slow" in the name indicates a slow test (i.e. only run as part of allunit)
extension = "[.]";
}
if (file.find(".test_coverage") != std::string::npos) {
// "coverage" in the name indicates a coverage test (i.e. only run as part of coverage)
return "[coverage][.]";
}
// move backwards to the last slash
int group_begin = -1, group_end = -1;
for (idx_t i = file.size(); i > 0; i--) {
if (file[i - 1] == '/' || file[i - 1] == '\\') {
if (group_end == -1) {
group_end = i - 1;
} else {
group_begin = i;
return "[" + file.substr(group_begin, group_end - group_begin) + "]" + extension;
}
}
}
if (group_end == -1) {
return "[" + file + "]" + extension;
}
return "[" + file.substr(0, group_end) + "]" + extension;
}
namespace duckdb {
void RegisterSqllogictests() {
vector<string> excludes = {
// tested separately
"test/select1.test", "test/select2.test", "test/select3.test", "test/select4.test",
// feature not supported
"evidence/slt_lang_replace.test", // INSERT OR REPLACE
"evidence/slt_lang_reindex.test", // REINDEX
"evidence/slt_lang_update.test", // Multiple assignments to same column "x" in update
"evidence/slt_lang_createtrigger.test", // TRIGGER
"evidence/slt_lang_droptrigger.test", // TRIGGER
// no + for varchar columns
"test/index/random/10/slt_good_14.test", "test/index/random/10/slt_good_1.test",
"test/index/random/10/slt_good_0.test", "test/index/random/10/slt_good_12.test",
"test/index/random/10/slt_good_6.test", "test/index/random/10/slt_good_13.test",
"test/index/random/10/slt_good_5.test", "test/index/random/10/slt_good_10.test",
"test/index/random/10/slt_good_11.test", "test/index/random/10/slt_good_4.test",
"test/index/random/10/slt_good_8.test", "test/index/random/10/slt_good_3.test",
"test/index/random/10/slt_good_2.test", "test/index/random/100/slt_good_1.test",
"test/index/random/100/slt_good_0.test", "test/index/random/1000/slt_good_0.test",
"test/index/random/1000/slt_good_7.test", "test/index/random/1000/slt_good_6.test",
"test/index/random/1000/slt_good_5.test", "test/index/random/1000/slt_good_8.test",
// overflow in 32-bit integer multiplication (sqlite does automatic upcasting)
"test/random/aggregates/slt_good_96.test", "test/random/aggregates/slt_good_75.test",
"test/random/aggregates/slt_good_64.test", "test/random/aggregates/slt_good_9.test",
"test/random/aggregates/slt_good_110.test", "test/random/aggregates/slt_good_101.test",
"test/random/expr/slt_good_55.test", "test/random/expr/slt_good_115.test", "test/random/expr/slt_good_103.test",
"test/random/expr/slt_good_80.test", "test/random/expr/slt_good_75.test", "test/random/expr/slt_good_42.test",
"test/random/expr/slt_good_49.test", "test/random/expr/slt_good_24.test", "test/random/expr/slt_good_30.test",
"test/random/expr/slt_good_8.test", "test/random/expr/slt_good_61.test",
// dependencies between tables/views prevent dropping in DuckDB without CASCADE
"test/index/view/1000/slt_good_0.test", "test/index/view/100/slt_good_0.test",
"test/index/view/100/slt_good_5.test", "test/index/view/100/slt_good_1.test",
"test/index/view/100/slt_good_3.test", "test/index/view/100/slt_good_4.test",
"test/index/view/100/slt_good_2.test", "test/index/view/10000/slt_good_0.test",
"test/index/view/10/slt_good_5.test", "test/index/view/10/slt_good_7.test",
"test/index/view/10/slt_good_1.test", "test/index/view/10/slt_good_3.test",
"test/index/view/10/slt_good_4.test", "test/index/view/10/slt_good_6.test",
"test/index/view/10/slt_good_2.test",
// strange error in hash comparison, results appear correct...
"test/index/random/10/slt_good_7.test", "test/index/random/10/slt_good_9.test"};
duckdb::unique_ptr<FileSystem> fs = FileSystem::CreateLocal();
listFiles(*fs, fs->JoinPath(fs->JoinPath("third_party", "sqllogictest"), "test"), [&](const string &path) {
if (endsWith(path, ".test")) {
for (auto &excl : excludes) {
if (path.find(excl) != string::npos) {
return;
}
}
REGISTER_TEST_CASE(testRunner, StringUtil::Replace(path, "\\", "/"), "[sqlitelogic][.]");
}
});
listFiles(*fs, "test", [&](const string &path) {
if (endsWith(path, ".test") || endsWith(path, ".test_slow") || endsWith(path, ".test_coverage")) {
// parse the name / group from the test
REGISTER_TEST_CASE(testRunner<false>, StringUtil::Replace(path, "\\", "/"), ParseGroupFromPath(path));
}
});
for (const auto &extension_test_path : ExtensionHelper::LoadedExtensionTestPaths()) {
listFiles(*fs, extension_test_path, [&](const string &path) {
if (endsWith(path, ".test") || endsWith(path, ".test_slow") || endsWith(path, ".test_coverage")) {
auto fun = testRunner<true>;
REGISTER_TEST_CASE(fun, StringUtil::Replace(path, "\\", "/"), ParseGroupFromPath(path));
}
});
}
}
} // namespace duckdb
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