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Pair and Triple Compare w/ Unit Tests (#2359)
* Pair and Triple Compare w/ Unit Tests * scope creep myself by adding date-time eq op * make Pair and Triple printable * Update releasenotes. Restrict equals on tuples to when underlying type supports `==`. Remove unnecessary Time.eq. --------- Co-authored-by: Christoffer Lerno <christoffer@aegik.com>
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71
test/unit/stdlib/collections/tuple.c3
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71
test/unit/stdlib/collections/tuple.c3
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module tuple_test;
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struct TestStruct
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{
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String a;
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int b;
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}
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fn bool TestStruct.eq(self, TestStruct other) @operator(==)
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=> self.a == other.a && self.b == other.b;
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module tuple_test @test;
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import std::collections::pair;
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import std::collections::triple;
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fn void pair_make_and_unpack()
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{
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Pair { ulong, String } x = { 0x8034534, "some string" };
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assert(x.first == 0x8034534);
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assert(x.second == "some string");
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ulong a;
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String b;
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x.unpack(&a, &b);
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assert(a == 0x8034534);
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assert(b == "some string");
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}
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fn void pair_compare()
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{
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Pair { TestStruct, String } x = { {"left", -123}, "right" };
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Pair { TestStruct, String } y = { {"left", -123}, "right" };
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Pair { TestStruct, String } z = { {"left", 4096}, "right" };
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assert(x == y);
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assert(x != z);
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}
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fn void triple_make_and_unpack()
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{
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int myval = 7;
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Triple { ulong, String, int* } x = { 0xA_DEAD_C0DE, "yet another string", &myval };
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assert(x.first == 0xA_DEAD_C0DE);
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assert(x.second == "yet another string");
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assert(x.third == &myval);
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ulong a;
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String b;
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int* c;
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x.unpack(&a, &b, &c);
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assert(a == 0xA_DEAD_C0DE);
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assert(b == "yet another string");
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assert(c == &myval);
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}
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fn void triple_compare()
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{
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Triple { TestStruct, String, String } x = { {"in", 42}, "left", "right" };
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Triple { TestStruct, String, String } y = { {"in", 42}, "left", "right" };
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Triple { TestStruct, String, String } z = { {"in", 42}, "up", "down" };
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assert(x == y);
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assert(x != z);
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}
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@@ -49,6 +49,44 @@ fn void test_parse_and_add()
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test::eq(x.day, 4);
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}
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fn void datetime_eq()
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{
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DateTime d = datetime::from_date(1973, APRIL, 27, 12, 23, 55, 34);
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DateTime d2 = d;
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assert(d == d2);
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d2 = d2.add_days(6);
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assert(d != d2);
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d2 = d2.add_days(-5);
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assert(d != d2);
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d2 = d2.add_days(-1);
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assert(d == d2);
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}
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fn void tzdatetime_eq()
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{
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int offset1_hours = 7;
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int offset2_hours = -1;
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TzDateTime d1 = datetime::from_date_tz(2022, OCTOBER, 15, 9, 07, 45, gmt_offset: offset1_hours * 3600);
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TzDateTime d2 = datetime::from_date_tz(2022, OCTOBER, 15, 1, 07, 45, gmt_offset: offset2_hours * 3600);
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assert(d1 == d2);
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d2 = d2.add_years(30);
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assert(d1 != d2);
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offset1_hours = 12;
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offset2_hours = -10;
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d1 = datetime::from_date_tz(2022, OCTOBER, 15, 20, 15, 31, gmt_offset: offset1_hours * 3600);
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d2 = datetime::from_date_tz(2022, OCTOBER, 14, 22, 15, 31, gmt_offset: offset2_hours * 3600);
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assert(d1 == d2);
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}
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fn void test_timezone()
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{
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int offset_hours = 7;
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@@ -13,6 +13,20 @@ fn void time_diff()
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test::eq(t, t2);
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}
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fn void time_eq()
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{
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Time t = time::now();
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Time t2 = t;
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assert(t == t2);
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t2 += time::US;
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assert(t != t2);
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t2 -= time::US;
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assert(t == t2);
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}
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fn void clock_diff()
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{
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Clock c = clock::now();
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