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test_angle.cpp
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test_angle.cpp
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//
// Created by pannous on 12.06.20.
//
#include "Wasp.h" // parse
#include "Angle.h" // analyze
#include "Node.h"
#include "wasm_emitter.h"
#import "asserts.cpp" // todo: move to asserts.h
#include "asserts.h"
void testFunctionParams() {
// assert_equals(parse("f(x)=x*x").param->first(),"x");
assert_equals("f(x)=x*x;f(3)", "9");// functions => angle!
}
//
//void testOperatorBinding() {
// assert_ast("a and b", "and(a,b)");
//}
//#if EMSCRIPTEN
//#define assert_expect(x)
//#define async_yield(y)
//#endif
//
void testCall() {
#if WASMTIME
warn("square 3 => SIGABRT in WASMTIME! must be bug there!?");
return ;
#endif
assert_is("square 3", 9)
assert_is("square(3)", 9)
// functionSignatures["square"] = (*new Signature()).add(i32t).returns(i32t).import();
assert_is("square(1+2)", 9)
assert_is("square 1+2", 9)
// preRegisterSignatures();
assert_is("1+square 2+3", 26)
assert_is("1 + square 1+2", 10)
skip(
// interpreter broken lol
assert_is("1+square(2+3)", 26)
assert_is("square{i:3}", 9) //todo: match arguments!
)
}
void testIf() {
// skip( // todo:
// assert_eval("if '':3", false);
// assert_eval("if ():3", false);
// assert_eval("if ΓΈ:3", false);
// assert_eval("if {}:3", false);
// assert_eval("if x:3", false);
// )
assert_eval("if(2):{3}", 3);
assert_eval("if 2 : 3 else 4", 3);
assert_eval("if 0:3", false);
assert_eval("if(0):{3}", false);
assert_eval("if(0):{3} else {4}", 4);
assert_eval("if 0:{3} else {4}", 4);
assert_eval("if 0:3 else {4}", 4);
assert_eval("if 0 {3} else {4}", 4);
assert_eval("if {0}:3 else 4", 4);
assert_eval("if 0:3 else 4", 4);
assert_eval("if 0:{3} else 4", 4);
assert_eval("if (2) {3} else 4", 3);
assert_eval("if(2){3} else 4", 3);
assert_eval("if(0){3} else 4", 4);
assert_eval("if 2 {3} else {4}", 3);
assert_eval("if 0 {3} else {4}", 4);
assert_eval("if (2) {3} else {4}", 3);
assert_eval("if(2){3} else {4}", 3);
assert_eval("if(0){3} else {4}", 4);
assert_eval("if (0) {3} else {4}", 4);
assert_eval("if(2):{3} else 4", 3);
assert_eval("if(2):{3} else {4}", 3);
assert_eval("if 2:{3} else 4", 3);
assert_eval("if 2:3 else 4", 3);
assert_eval("if 2:{3} else {4}", 3);
assert_eval("if 2:3 else {4}", 3);
assert_eval("if 2 {3}", 3);
assert_eval("if(0):{3} else 4", 4);
assert_eval("if (0) {3}", false);
assert_eval("if 2 then 3 else 4", 3);
assert_eval("if (0) {3} else 4", 4);
// assert_eval("2 then 3 else 4", 3);
skip(
assert_eval("2 and 3 or 4", 3);
assert_eval("false else 3", 3);
)
assert_eval("1 and 0 or 4", 4);
assert_eval("if 1 then 0 else 4", (int64) 0);
assert_eval("if 0:{3} else 4", 4);
assert_eval("if 0 {3}", false);
assert_eval("false or 3", 3);
// assert_eval("4 or 3", 4);
assert_eval("4 or 3", 7);
// assert_eval("4 else 3", 4);
assert_eval("if (2) {3}", 3);
assert_eval("if(2){3}", 3);
assert_eval("if(0){3}", false);
assert_eval("if 2:{3}", 3);
assert_eval("if 2:3", 3);
assert_eval("if 0 {3} else 4", 4);
assert_eval("if 2 {3} else 4", 3);
assert_eval("if{2 , 3 , 4}", 3);
assert_eval("if 2 then 3 else 4", 3);
assert_eval("if(2,3,4)", 3);
assert_eval("if({2},{3},{4})", 3);
skip(// esotheric nonsense?
assert_eval("if 2 , 3 , 4", 3);
assert_eval("if(2){3}{4}", 3); // maybe todo?
assert_eval("if(0,then=3,else=4)", 4);
assert_eval("if(1,then=3,else=4)", 3);
assert_eval("if(2,then=3)", 3);
assert_eval("if(condition=2,then=3)", 3);
assert_eval("if(condition=0,then=3,else=4)", 4);
assert_eval("if(condition=1,then=3,else=4)", 3);
assert_parses("if(condition=2,then=3,else=4)");
check(result["condition"] == 2);
check(result["else"] == 4);
assert_eval("if(condition=2,then=3,else=4)", 3); // this is what happens under the hood (?)
)
}
void testIfMath() {
assert_eval("if 0+2:{3*1} else 4+0", 3);
skip( // no colon => no work. ok!
assert_eval("if 2+0 {3*1} else {4*1}", 3);
assert_eval("if 2+0 {3*1}", 3);
)
assert_eval("if(0*2):{3*1} else {4*1}", 4);
assert_eval("if 2+0 then 3 else 4+0", 3);
// assert_group("if 2+0 : 3 else 4+0", "(if (2+0) (3) (4+0))");
assert_eval("if 2+0 : 3 else 4+0", 3);
assert_eval("if 0*2:{3*1} else {4*1}", 4);
assert_is("2+0", 2)
assert_eval("if 0*2:3*1", false);
skip(
assert_eval("if(2,then=3*1)", 3);
assert_eval("if(0,then=3,else=4*1)", 4);
assert_eval("if(1,then=3+0,else=4)", 3);
)
assert_eval("if 0*2:3 else {4*1}", 4);
assert_eval("if 0*2 {3*1} else {4*1}", 4);
assert_eval("if {0}:3 else 4+0", 4);
assert_eval("if 0*2:3 else 4+0", 4);
assert_eval("if 0*2:{3*1} else 4+0", 4);
assert_eval("if(2*1):{3*1}", 3);
assert_eval("if (2*1) {3*1} else 4+0", 3);
assert_eval("if(2*1){3*1} else 4+0", 3);
assert_eval("if(0*2){3*1} else 4+0", 4);
assert_eval("if 0*2 {3*1} else {4*1}", 4);
assert_eval("if (2*1) {3*1} else {4*1}", 3);
assert_eval("if(2*1){3*1} else {4*1}", 3);
assert_eval("if(0*2){3*1} else {4*1}", 4);
assert_eval("if (0*2) {3*1} else {4*1}", 4);
assert_eval("if(2*1):{3*1} else 4+0", 3);
assert_eval("if(2*1):{3*1} else {4*1}", 3);
assert_eval("if 0+2:3 else 4+0", 3);
assert_eval("if 0+2:{3*1} else {4*1}", 3);
assert_eval("if 0+2:3 else {4*1}", 3);
assert_eval("if(0*2):{3*1}", false);
assert_eval("if(0*2):{3*1} else 4+0", 4);
assert_eval("if (0*2) {3*1}", false);
assert_eval("if (0*2) {3*1} else 4+0", 4);
assert_eval("if 1 then 0 else 4+0", (int64) 0);
assert_eval("if 0*2:{3*1} else 4+0", 4);
assert_eval("if 0*2 {3*1}", false);
assert_eval("4 or 3*1", 4);
assert_eval("if (2*1) {3*1}", 3);
assert_eval("if(2*1){3*1}", 3);
assert_eval("if(0*2){3*1}", false);
assert_eval("if 0+2:{3*1}", 3);
assert_eval("if 0+2:3*1", 3);
skip(
assert_eval("if 0*2 {3*1} else 4+0", 4);
assert_eval("if 2+0 {3*1} else 4+0", 3);
)
assert_eval("if(2,3,4)", 3);
assert_eval("if({2},{3*1},{4*1})", 3);
assert_eval("if(2*1){3*1}{4*1}", 3);
}
void testIfGt() {
assert_eval("if(2<4):{3}", 3);
assert_eval("1<0 or 3", 3);
assert_eval("1<0 else 3", 3);
assert_eval("4 or 3", 4);
assert_eval("if (1<2) {3} else {4}", 3);
skip(// maybe later: auto-group:
assert_eval("if 1<2 {3} else {4}", 3);
assert_eval("if 0>1 {3} else {4}", 4);
assert_eval("if (0<1) {3} else {4}", 4);
assert_eval("if 1<2 {3}", 3);
)
assert_eval("if (1<0) {3}", false);
assert_eval("if (0<1) {3}", 3);
assert_eval("if(3<0):{3} else {4}", 4);
assert_eval("if 0>1 : {3} else {4}", 4);
assert_eval("if 0>1 : 3 else {4}", 4);
assert_eval("if 0>1 : 3 else 4", 4);
assert_eval("if 0>1:3 else 4", 4);
assert_eval("if 0>1:{3} else {4}", 4);
assert_eval("if 0>1:3 else {4}", 4);
assert_eval("if 0>1 {3} else {4}", 4);
assert_eval("if 1<2 : 3 else 4", 3);
// assert_eval("if 3<2 5 else 4", 4);
assert_eval("if 0>1:3", false);
assert_eval("if (2<3) {3} else 4", 3);
assert_eval("if(2<4){3} else 4", 3);
assert_eval("if(3<0){3} else 4", 4);
assert_eval("if (2<3) {3} else {4}", 3);
assert_eval("if(2<4){3} else {4}", 3);
assert_eval("if(3<0){3} else {4}", 4);
assert_eval("if(2<4):{3} else 4", 3);
assert_eval("if(2<4):{3} else {4}", 3);
assert_eval("if 1<2:{3} else 4", 3);
assert_eval("if 1<2:3 else 4", 3);
assert_eval("if 1<2:{3} else {4}", 3);
assert_eval("if 1<2:3 else {4}", 3);
assert_eval("if(3<0):{3}", false);
assert_eval("if(3<0):{3} else 4", 4);
assert_eval("if 1<2 then 3 else 4", 3);
// assert_eval("2 then 3 else 4", 3);
assert_eval("2 and 3 or 4", 3);
assert_eval("1 and 0 or 4", 4);
assert_eval("if 1 then 0 else 4", (int64) 0);
assert_eval("if 0>1:{3} else 4", 4);
assert_eval("if (0<1) {3} else 4", 3);
assert_eval("if 0>1 {3}", false);
// assert_eval("4 else 3", 4);
assert_eval("if (2<3) {3}", 3);
assert_eval("if(2<4){3}", 3);
assert_eval("if(3<0){3}", false);
assert_eval("if 1<2:{3}", 3);
assert_eval("if 1<2:3", 3);
assert_eval("if 0>1 {3} else 4", 4);
// assert_eval("if 1<2 , 3 , 4", 3);
// assert_eval("if{2 , 3 , 4}", 3);
// assert_eval("if 1<2 then 3 else 4", 3);
skip( // esotheric
assert_eval("if(2<4,3,4)", 3);
assert_eval("if(3<{2},{3},{4})", 3);
assert_eval("if(2<4){3}{4}", 3);
assert_eval("if 1<2 {3} else 4", 3);
assert_parses("if(3<condition=2,then=3,else=4)");
check(result["condition"] == 2);
check(result["else"] == 4);
assert_eval("if(3<condition=2,then=3,else=4)", 3); // this is what happens under the hood (?)
)
}
void testSwitchEvaluation() {
assert_is("{a:1+1 b:2}(a)", 2)
assert_is("x=a;{a:1 b:2}(x)", 1)
// functor switch(x,xs)=xs[x] or xs[default]
}
void testSwitch() {
// todo if(1>0) ... innocent groups
todo_emit(assert_is("{a:1 b:2}[a]", 1))
todo_emit(assert_is("{a:1 b:2}[b]", 2))
}
/*
#include "smart_types.h"
void testSmartTypes(){
check(Node(0xC0000020)==' ');
char* hi="Hello";
strcpy2(&memoryChars[0x1000], hi);
printf(">>>%s<<<", &memoryChars[0x1000]);
check(Node(0x90001000)==hi);
short typ=getSmartType(string_header_32);
check(typ==0x1);
printf("%08x", u'β');// ok 0x221a
printf("%08x", U'β');// ok 0x221a
printf("%08x", L'β');// ok 0x221a
// printf("%08x", u'π');// too small: character too large for enclosing character literal type
printf("%08x", U'π');// ok 0x1221a
printf("%08x", L'π');// ok 0x1221a
check(Node((spointer)0x00000009)==9);
check(Node(0xC000221a)=="β");
check(Node(0xC000221a)==String(u'β'));
check(Node(0xC000221a)==String(U'β'));
check(Node(0xC000221a)==String(L'β'));
check(Node(0xC001221A)==String(U'π'));
check(Node(0xC001221A)=="π");
// check(Node(0xD808DE1A)==U'π');
typ=getSmartType(0xC0000000);
check(typ==0xC);
check(Node(0xC0000020)==' ');
check(Node(0xFFFFFFFF)==-1);
}
*/
void nl() {
put_char('\n');
}
//Prescedence type for Precedence
void testLogicPrecedence() {
check(precedence("and") > 1);
check(precedence("and") < precedence("or"));
assert_is("true", true);
assert_is("false", false);
Node ok = parse("true or true");
// const Node &ja = ok.interpret();// Undefined symbols if not compiled with Interpret.cpp
// print(ja);
assert_is("true or true", true);
assert_is("true or false", true);
assert_is("true and false", false);
assert_is("1 β 1 β§ 0", 1);
assert_is("1 β 0 β§ 1", 1);
assert_is("1 β 0 β§ 0", 1);
assert_is("0 β 1 β§ 0", 0);
assert_is("0 β 0 β§ 1", 0);
assert_is("true or true and false", true);
assert_is("true or false and true", true);
assert_is("true or false and false", true);
assert_is("false or true and false", false);
assert_is("false or false and true", false);
}
void testAllAngle() {// emmitting or not
testLogicPrecedence();
// testSmartTypes();
testIf();
testCall();
skip(
testSwitch();
)
// testFunctionParams();
}
void testAngle() {
testAllAngle();
}