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main.cpp
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main.cpp
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#include <cstdio>
#include <stdexcept>
#include "assert.h"
#include "type.h"
#include "list.h"
#include "int.h"
#include "float.h"
#include "str.h"
#include "dict.h"
#include "bool.h"
#include "set.h"
#include "func.h"
#include "none.h"
#include "range.h"
#include "range_iterator.h"
#include "slice.h"
void test_none() {
assert(make$none() == make$none());
assert(__bool__(make$none()) == make$bool_(false));
}
void test_bool() {
assert(make$bool_(true) == make$int_(1));
assert(make$bool_(false) == make$float_(0));
assert(make$bool_(false) < make$bool_(true));
assert(!(make$bool_(false) < make$bool_(false)));
assert(make$bool_(true) <= make$bool_(true));
assert(make$bool_(true) > make$int_(0));
assert(make$bool_(true) >= make$float_(0.5));
assert(__bool__(make$bool_(true)));
assert(!__bool__(make$bool_(false)));
assert(make$bool_(true) & make$bool_(true));
assert(!(make$bool_(false) | make$bool_(false)));
assert(!(make$bool_(true) ^ make$bool_(true)));
assert(~make$bool_(true) == make$int_(-2));
assert((make$bool_(true) << make$bool_(true)) == make$int_(2));
assert((make$int_(3) >> make$bool_(true)) == make$int_(1));
}
void test_int() {
assert(make$int_(1) + make$int_(2) == make$int_(3));
assert(make$int_(1) - make$int_(2) == make$int_(-1));
assert(make$int_(3) * make$int_(4) == make$int_(12));
assert(make$int_(10) / make$int_(3) == make$float_(10.0 / 3.0));
assert(make$int_(10) % make$int_(3) == make$int_(1));
assert(make$int_(3) + make$float_(4.5) == make$float_(7.5));
assert(make$int_(2) == make$float_(2.0));
assert(make$int_(2) < make$float_(2.1));
assert(__bool__(make$int_(1)));
assert(!__bool__(make$int_(0)));
assert((make$int_(123) & make$int_(456)) == make$int_(123 & 456));
assert((make$int_(-3) >> make$int_(1)) == make$int_(-2));
}
void test_float() {
assert(make$float_(1.1) + make$float_(2.2) == make$float_(1.1 + 2.2));
assert(make$float_(1.1) - make$float_(2.2) == make$float_(1.1 - 2.2));
assert(make$float_(1.1) * make$float_(2.2) == make$float_(1.1 * 2.2));
assert(make$float_(1.1) / make$float_(2.2) == make$float_(1.1 / 2.2));
assert(make$float_(10.75) % make$float_(5.25) == make$float_(0.25));
assert(make$float_(3.8) >= make$float_(3.8));
}
void test_str() {
assert(make$str("hello") == make$str("hello"));
assert(__getitem__(make$str("hello"), make$int_(1)) == make$str("e"));
assert(make$str("hello") + make$str("world") == make$str("helloworld"));
assert(make$str("he") * make$int_(5) == make$str("hehehehehe"));
assert(make$int_(-10) * make$str("whatever") == make$str(""));
assert(__len__(make$str("12345")) == make$int_(5));
assert(__contains__(make$str("foobar"), make$str("oob")) ==
make$bool_(true));
assert(__contains__(make$str("foobar"), make$str("boo")) ==
make$bool_(false));
assert(__bool__(make$str("")) == make$bool_(false));
assert(__bool__(make$str("a")) == make$bool_(true));
assert(make$str("abc") < make$str("abcd"));
assert(make$str("abd") >= make$str("abcd"));
assert(__getitem__(make$str("0123456"),
slice$int_$int_$int_(make$int_(1), make$int_(50),
make$int_(2))) == make$str("135"));
}
value list1() {
value l = make$list();
append(l, make$int_(2));
append(l, make$float_(3.0));
append(l, make$str("4"));
return l;
}
value list2() {
value l = make$list();
append(l, make$int_(5));
append(l, make$float_(6.0));
return l;
}
value list11() {
value l = make$list();
append(l, make$int_(2));
append(l, make$str("w"));
append(l, make$str("4"));
return l;
}
value list12() {
value l = make$list();
append(l, make$int_(2));
append(l, make$float_(3.0));
append(l, make$str("4"));
append(l, make$int_(5));
append(l, make$float_(6.0));
return l;
}
value list13() {
value l = make$list();
append(l, make$int_(2));
append(l, make$float_(3.0));
append(l, make$str("4"));
append(l, make$int_(2));
append(l, make$float_(3.0));
append(l, make$str("4"));
append(l, make$int_(2));
append(l, make$float_(3.0));
append(l, make$str("4"));
return l;
}
value list1_del() {
value l = make$list();
append(l, make$int_(2));
append(l, make$str("4"));
return l;
}
value list1_pop() {
value l = make$list();
append(l, make$int_(2));
append(l, make$float_(3.0));
return l;
}
value list1_slice() {
value l = make$list();
append(l, make$str("4"));
append(l, make$int_(2));
return l;
}
value list3() {
value l = make$list();
append(l, make$int_(0));
append(l, make$int_(1));
append(l, make$int_(2));
append(l, make$int_(3));
append(l, make$int_(4));
return l;
}
value list4() {
value l = make$list();
append(l, make$int_(50));
append(l, make$int_(51));
return l;
}
value list3_setslice1() {
value l = make$list();
append(l, make$int_(0));
append(l, make$int_(51));
append(l, make$int_(2));
append(l, make$int_(50));
append(l, make$int_(4));
return l;
}
value list3_setslice2() {
value l = make$list();
append(l, make$int_(0));
append(l, make$int_(1));
append(l, make$int_(50));
append(l, make$int_(51));
append(l, make$int_(3));
append(l, make$int_(4));
return l;
}
void test_list() {
assert(list1() == list1());
assert(__len__(list1()) == make$int_(3));
assert(__getitem__(list1(), make$int_(1)) == make$float_(3.0));
assert(list1() + list2() == list12());
assert(make$int_(3) * list1() == list13());
assert(__contains__(list1(), make$str("4")) == make$bool_(true));
assert(__contains__(list1(), make$str("5")) == make$bool_(false));
assert(__bool__(make$list()) == make$bool_(false));
assert(__bool__(list1()) == make$bool_(true));
assert(list1() <= list12());
assert(__getitem__(list1(), slice$int_$int_$int_(make$int_(10), make$int_(-10),
make$int_(-2))) ==
list1_slice());
value l = list1();
__setitem__(l, make$int_(1), make$str("w"));
assert(l == list11());
l = list1();
__delitem__(l, make$int_(1));
assert(l == list1_del());
l = list1();
assert(make$str("4") == pop(l));
assert(l == list1_pop());
l = list3();
__setitem__(l,
slice$int_$int_$int_(make$int_(3), make$int_(-50), make$int_(-2)),
list4());
assert(l == list3_setslice1());
l = list3();
__setitem__(l, slice$int_$int_$int_(make$int_(2), make$int_(3), make$int_(1)),
list4());
assert(l == list3_setslice2());
value iter = __iter__(list1());
assert(__next__(iter) == make$int_(2));
assert(__next__(iter) == make$float_(3.0));
assert(__next__(iter) == make$str("4"));
assert(__next__(iter) == make$none());
}
value set1() {
value s = make$set();
add(s, make$int_(1));
add(s, make$float_(2.0));
add(s, make$str("3"));
return s;
}
value set1_removed() {
value s = make$set();
add(s, make$int_(1));
add(s, make$float_(2.0));
return s;
}
void test_set() {
assert(set1() == set1());
assert(__len__(set1()) == make$int_(3));
assert(__contains__(set1(), make$int_(1)));
assert(!__contains__(set1(), make$int_(4)));
assert(set1() > set1_removed());
assert(!(set1() > set1()));
assert(set1() >= set1());
value s = set1();
add(s, make$str("3"));
assert(s == set1());
s = set1();
add(s, make$float_(1.0));
assert(s == set1());
s = set1();
remove(s, make$str("3"));
assert(s == set1_removed());
value iter = __iter__(set1());
assert(__next__(iter) != make$none());
assert(__next__(iter) != make$none());
assert(__next__(iter) != make$none());
assert(__next__(iter) == make$none());
}
value dict1() {
value d = make$dict();
__setitem__(d, make$int_(1), make$int_(2));
__setitem__(d, make$str("a"), make$str("b"));
return d;
}
value dict1_added() {
value d = make$dict();
__setitem__(d, make$int_(1), make$str("foo"));
__setitem__(d, make$str("a"), make$str("b"));
return d;
}
value dict1_del() {
value d = make$dict();
__setitem__(d, make$int_(1), make$int_(2));
return d;
}
void test_dict() {
assert(dict1() == dict1());
assert(__len__(dict1()) == make$int_(2));
assert(__contains__(dict1(), make$int_(1)));
assert(!__contains__(dict1(), make$int_(2)));
assert(__getitem__(dict1(), make$int_(1)) == make$int_(2));
value d = dict1();
__setitem__(d, make$int_(1), make$str("foo"));
assert(d == dict1_added());
assert(d != dict1());
d = dict1();
__delitem__(d, make$str("a"));
assert(d == dict1_del());
value iter = __iter__(dict1());
assert(__next__(iter) != make$none());
assert(__next__(iter) != make$none());
assert(__next__(iter) == make$none());
}
void test_range() {
value r = range$int_(make$int_(3));
value iter = __iter__(r);
assert(__next__(iter) == make$int_(0));
assert(__next__(iter) == make$int_(1));
assert(__next__(iter) == make$int_(2));
assert(__next__(iter) == make$none());
r = range$int_$int_$int_(make$int_(5), make$int_(1), make$int_(-2));
iter = __iter__(r);
assert(__next__(iter) == make$int_(5));
assert(__next__(iter) == make$int_(3));
assert(__next__(iter) == make$none());
}
int main() {
test_none();
test_bool();
test_int();
test_float();
test_str();
test_list();
test_set();
test_dict();
test_range();
}