103 lines
2.1 KiB
Core
103 lines
2.1 KiB
Core
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/*
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PushStruct :: (a: *MA.Arena, $T: Type): *$T
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size := size_of(Type)
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result := PushSize(a, size)
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return result
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Array(int)
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QueueAddSLL(list: $List, node: $Node, first: #Identifier = first, last: #Identifier = last, next: #Identifier = next)
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ArrayAdd(array: $Array, item: $Item, data: #Identifier = data, len: #Identifier = len, len: #Identifier = cap)
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QueueAddSLL(list: $List, node: $Node, $first = first, $last = last, $next = next)
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if list.first == 0
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list.first = list.last = node
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else
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list.last = list.last.next = node
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*/
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Array :: struct($T: Type)
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data: *T
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len: int
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cap: int
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Tuple :: struct($A: Type, $B: Type)
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a: A
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b: B
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Triple :: struct($A: Type, $B: Type, $C: Type)
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a: A
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b: B
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c: C
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Variant :: union($A: Type, $B: Type, $C: Type)
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a: A
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b: B
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c: C
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MakeArray :: (a: *int, count: int): Array(int)
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result := Array(int) {
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data = a,
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len = count,
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cap = count
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}
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return result
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// :Multiple arguments
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// @todo: maybe disallow multiple arguments in current form
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// and use polimorphism. Then we could make var unpacking,
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// unpack structs making it more powerful
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// a,b := MultipleArgs() // @todo var unpacking
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MultipleArgs :: (): Tuple(int, F32)
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return {32, 32}
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PolyLambda :: ($T: Type = *int): T
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return 0
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PolyType :: (a: $T): T
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return a
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GetCount :: (a: int): int
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return a
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// @todo: this is allowed, shouldn't be
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// Test :: (a: int, b: int = 10, c: int???)
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Test :: (a: int, b: int = 10, c: int = 20)
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pass
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main :: (argc: int, argv: **char): int
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buff: *int
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array: Array(int) = {len = 10, cap = 10, data = buff}
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second_array: Array(int)
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third_array: Array(int)
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fourth: Array(F32)
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fifth: Array(F32)
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sixth: Array(Array(F32))
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seventh: Variant(int, F32, S64)
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test_a := int
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test := *int
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Assert(test_a != test)
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// c := MakeArray(buff, GetCount(GetCount(32)))
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a := MultipleArgs()
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Test(10)
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Test(10, 20)
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Test(10, 20, 30)
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Test(10, b = 10)
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Test(10, b = 10, c = 20)
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Test(a = 10, b = 10, c = 20)
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// value := PolyLambda(**int)
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// PolyType_r1 := PolyType(10)
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// PolyType_r2 := PolyType(int)
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PolyType_r5 := PolyType(seventh)
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// PolyType_r3 := PolyType(test)
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// PolyType_r4 := PolyType(test_a)
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// PolyType_r5 := PolyType(sixth)
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return 0 |