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/**
* SPDX-License-Identifier: GPL-2.0-or-later
*
* This file is part of osm2pgsql (https://osm2pgsql.org/).
*
* Copyright (C) 2006-2021 by the osm2pgsql developer community.
* For a full list of authors see the git log.
*/
#include <catch.hpp>
#include <string>
#include <utility>
#include <vector>
#include "common-pg.hpp"
#include "db-copy-mgr.hpp"
static testing::pg::tempdb_t db;
using copy_mgr_t = db_copy_mgr_t<db_deleter_by_id_t>;
static std::shared_ptr<db_target_descr_t> setup_table(std::string const &cols)
{
auto conn = db.connect();
conn.exec("DROP TABLE IF EXISTS test_copy_mgr");
conn.exec("CREATE TABLE test_copy_mgr (id int8{}{})"_format(
cols.empty() ? "" : ",", cols));
auto table = std::make_shared<db_target_descr_t>();
table->name = "test_copy_mgr";
table->id = "id";
return table;
}
template <typename... ARGS>
void add_row(copy_mgr_t &mgr, std::shared_ptr<db_target_descr_t> const &t,
ARGS &&... args)
{
mgr.new_line(t);
mgr.add_columns(std::forward<ARGS>(args)...);
mgr.finish_line();
mgr.sync();
}
template <typename T>
void add_array(copy_mgr_t &mgr, std::shared_ptr<db_target_descr_t> const &t,
int id, std::vector<T> const &values)
{
mgr.new_line(t);
mgr.add_column(id);
mgr.new_array();
for (auto const &v : values) {
mgr.add_array_elem(v);
}
mgr.finish_array();
mgr.finish_line();
mgr.sync();
}
static void
add_hash(copy_mgr_t &mgr, std::shared_ptr<db_target_descr_t> const &t, int id,
std::vector<std::pair<std::string, std::string>> const &values)
{
mgr.new_line(t);
mgr.add_column(id);
mgr.new_hash();
for (auto const &v : values) {
mgr.add_hash_elem(v.first, v.second);
}
mgr.finish_hash();
mgr.finish_line();
mgr.sync();
}
static void check_row(std::vector<std::string> const &row)
{
auto conn = db.connect();
auto res = conn.require_row("SELECT * FROM test_copy_mgr");
for (std::size_t i = 0; i < row.size(); ++i) {
CHECK(res.get_value(0, (int)i) == row[i]);
}
}
TEST_CASE("copy_mgr_t")
{
copy_mgr_t mgr(std::make_shared<db_copy_thread_t>(db.conninfo()));
SECTION("Insert null")
{
auto t = setup_table("big int8, t text");
mgr.new_line(t);
mgr.add_column(0);
mgr.add_null_column();
mgr.add_null_column();
mgr.finish_line();
mgr.sync();
auto conn = db.connect();
auto res = conn.require_row("SELECT * FROM test_copy_mgr");
CHECK(res.is_null(0, 1));
CHECK(res.is_null(0, 2));
}
SECTION("Insert numbers")
{
auto t = setup_table("big int8, small smallint");
add_row(mgr, t, 34, 0xfff12345678ULL, -4457);
check_row({"34", "17588196497016", "-4457"});
}
SECTION("Insert strings")
{
auto t = setup_table("s0 text, s1 varchar");
SECTION("Simple strings")
{
add_row(mgr, t, -2, "foo", "l");
check_row({"-2", "foo", "l"});
}
SECTION("Strings with special characters")
{
add_row(mgr, t, -2, "va\tr", "meme\n");
check_row({"-2", "va\tr", "meme\n"});
}
SECTION("Strings with more special characters")
{
add_row(mgr, t, -2, "\rrun", "K\\P");
check_row({"-2", "\rrun", "K\\P"});
}
SECTION("Strings with space and quote")
{
add_row(mgr, t, 1, "with space", "name \"quoted\"");
check_row({"1", "with space", "name \"quoted\""});
}
}
SECTION("Insert int arrays")
{
auto t = setup_table("a int[]");
add_array<int>(mgr, t, -9000, {45, -2, 0, 56});
check_row({"-9000", "{45,-2,0,56}"});
}
SECTION("Insert string arrays")
{
auto t = setup_table("a text[]");
add_array<std::string>(mgr, t, 3,
{"foo", "", "with space", "with \"quote\"",
"the\t", "line\nbreak", "rr\rrr", "s\\l"});
check_row({"3", "{foo,\"\",\"with space\",\"with "
"\\\"quote\\\"\",\"the\t\",\"line\nbreak\","
"\"rr\rrr\",\"s\\\\l\"}"});
auto c = db.connect();
CHECK(c.require_scalar<std::string>("SELECT a[4] FROM test_copy_mgr") ==
"with \"quote\"");
CHECK(c.require_scalar<std::string>("SELECT a[5] FROM test_copy_mgr") ==
"the\t");
CHECK(c.require_scalar<std::string>("SELECT a[6] FROM test_copy_mgr") ==
"line\nbreak");
CHECK(c.require_scalar<std::string>("SELECT a[7] FROM test_copy_mgr") ==
"rr\rrr");
CHECK(c.require_scalar<std::string>("SELECT a[8] FROM test_copy_mgr") ==
"s\\l");
}
SECTION("Insert hashes")
{
auto t = setup_table("h hstore");
std::vector<std::pair<std::string, std::string>> const values = {
{"one", "two"}, {"key 1", "value 1"},
{"\"key\"", "\"value\""}, {"key\t2", "value\t2"},
{"key\n3", "value\n3"}, {"key\r4", "value\r4"},
{"key\\5", "value\\5"}};
add_hash(mgr, t, 42, values);
auto c = db.connect();
for (auto const &v : values) {
auto const res = c.require_scalar<std::string>(
"SELECT h->'{}' FROM test_copy_mgr"_format(v.first));
CHECK(res == v.second);
}
}
}
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