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/*******************************************************************************
* tests/logger_test.cpp
*
* Part of tlx - http://panthema.net/tlx
*
* Copyright (C) 2018 Timo Bingmann <tb@panthema.net>
*
* All rights reserved. Published under the Boost Software License, Version 1.0
******************************************************************************/
#include <tlx/die.hpp>
#include <tlx/logger.hpp>
#include <tlx/logger/all.hpp>
template <typename Lambda>
void check(const char* output, Lambda lambda) {
tlx::LoggerCollectOutput collect;
lambda();
die_unequal(output, collect.get());
}
//! printable struct
struct MyPrintable {
int a = 42;
};
std::ostream& operator << (std::ostream& os, const MyPrintable& p) {
return os << p.a;
}
//! unprintable struct
struct MyUnprintable {
int a = 42;
};
int main() {
check("42 - abc\n",
[]() {
LOG1 << 42 << " - abc";
});
check("42 abc\n",
[]() {
sLOG1 << 42 << "abc";
});
check("(42,abc)\n(42,abc)\n",
[]() {
LOG1 << std::make_pair(42, "abc");
sLOG1 << std::make_pair(42, "abc");
});
check("(42,abc,5)\n(42,abc,5)\n",
[]() {
LOG1 << std::make_tuple(42, "abc", 5);
sLOG1 << std::make_tuple(42, "abc", 5);
});
check("(42,abc)\n(42,abc)\n",
[]() {
LOG1 << std::make_tuple(42, "abc");
sLOG1 << std::make_tuple(42, "abc");
});
check("(42)\n(42)\n",
[]() {
LOG1 << std::make_tuple(42);
sLOG1 << std::make_tuple(42);
});
check("()\n()\n",
[]() {
LOG1 << std::make_tuple();
sLOG1 << std::make_tuple();
});
check("(42,(abc,10),5)\n(42,(abc,10),5)\n",
[]() {
LOG1 << std::make_tuple(42, std::make_pair("abc", 10), 5);
sLOG1 << std::make_tuple(42, std::make_pair("abc", 10), 5);
});
check("[42,5,31]\n[42,5,31]\n",
[]() {
std::vector<int> v {
{ 42, 5, 31 }
};
LOG1 << v;
sLOG1 << v;
});
check("[42,5,31]\n[42,5,31]\n",
[]() {
std::array<int, 3> a {
{ 42, 5, 31 }
};
LOG1 << a;
sLOG1 << a;
});
check("[42,5,31]\n[42,5,31]\n",
[]() {
std::deque<int> d {
{ 42, 5, 31 }
};
LOG1 << d;
sLOG1 << d;
});
check("{5,31,42}\n{5,31,42}\n",
[]() {
std::set<int> s {
{ 42, 5, 31 }
};
LOG1 << s;
sLOG1 << s;
});
check("{5,5,31,42}\n{5,5,31,42}\n",
[]() {
std::multiset<int> s {
{ 42, 5, 31, 5 }
};
LOG1 << s;
sLOG1 << s;
});
check("{5=b,31=c,42=a}\n{5=b,31=c,42=a}\n",
[]() {
std::map<int, const char*> m {
{ 42, "a" }, { 5, "b" }, { 31, "c" }
};
LOG1 << m;
sLOG1 << m;
});
check("{5=b,31=c,42=a}\n{5=b,31=c,42=a}\n",
[]() {
std::multimap<int, const char*> m {
{ 42, "a" }, { 5, "b" }, { 31, "c" }
};
LOG1 << m;
sLOG1 << m;
});
check("{42}\n{42}\n",
[]() {
std::unordered_set<int> s { 42 };
LOG1 << s;
sLOG1 << s;
});
check("{42,42}\n{42,42}\n",
[]() {
std::unordered_multiset<int> s { 42, 42 };
LOG1 << s;
sLOG1 << s;
});
check("{42=a}\n{42=a}\n",
[]() {
std::unordered_map<int, const char*> m {
{ 42, "a" }
};
LOG1 << m;
sLOG1 << m;
});
check("{42=a}\n{42=a}\n",
[]() {
std::unordered_multimap<int, const char*> m {
{ 42, "a" }
};
LOG1 << m;
sLOG1 << m;
});
check("42\n42\n",
[]() {
MyPrintable m;
LOG1 << tlx::wrap_unprintable(m);
sLOG1 << tlx::wrap_unp(m);
});
check("<unprintable>\n<unprintable>\n",
[]() {
MyUnprintable m;
LOG1 << tlx::wrap_unprintable(m);
sLOG1 << tlx::wrap_unp(m);
});
return 0;
}
/******************************************************************************/