fmt.Println(mm.SizeOf[int32]())
fmt.Println(mm.SizeOf[int64]())
// Output:
// 4
// 8

package main

import (
	"fmt"

	"github.com/joetifa2003/mm-go/allocator"
)

func main() {
	alloc := allocator.NewC()
	defer alloc.Destroy()

	ptr := allocator.Alloc[int](alloc)
	defer allocator.Free(alloc, ptr)

	*ptr = 15
	fmt.Println(*ptr)

}

package main

import (
	"fmt"

	"github.com/joetifa2003/mm-go/allocator"
	"github.com/joetifa2003/mm-go/linkedlist"
	"github.com/joetifa2003/mm-go/mmstring"
	"github.com/joetifa2003/mm-go/vector"
)

type MyStruct struct {
	a int
	b float32
}

func main() {
	alloc := allocator.NewC()
	defer alloc.Destroy() // all the memory allocated bellow will be freed, no need to free it manually.

	p := allocator.Alloc[MyStruct](alloc)
	defer allocator.Free(alloc, p)

	p.a = 100
	p.b = 200

	fmt.Println(*p)

	v := vector.New[int](alloc)
	defer v.Free()
	v.Push(15)
	v.Push(70)

	for _, i := range v.Iter() {
		fmt.Println(i)
	}

	l := linkedlist.New[*mmstring.MMString](alloc)
	defer l.Free()
	l.PushBack(mmstring.From(alloc, "hello"))
	l.PushBack(mmstring.From(alloc, "world"))

	for _, i := range l.Iter() {
		fmt.Println(i.GetGoString())
	}

}

alloc := allocator.NewC()
defer alloc.Destroy()

// So you can do this:
ptr := allocator.Alloc[int](alloc) // allocates a single int and returns a ptr to it
defer allocator.Free(alloc, ptr)   // frees the int (defer recommended to prevent leaks)
*ptr = 15
fmt.Println(*ptr)

// instead of doing this:
ptr2 := (*int)(alloc.Alloc(mm.SizeOf[int]()))
defer alloc.Free(unsafe.Pointer(ptr2))
*ptr2 = 15

fmt.Println(*ptr2)

// Output:
// 15
// 15

package main

import (
	"fmt"

	"github.com/joetifa2003/mm-go/allocator"
)

func main() {
	alloc := allocator.NewC()
	defer alloc.Destroy()

	heap := allocator.AllocMany[int](alloc, 2) // allocates 2 ints and returns it as a slice of ints with length 2
	defer allocator.FreeMany(alloc, heap)      // it's recommended to make sure the data gets deallocated (defer recommended to prevent leaks)

	heap[0] = 15    // changes the data in the slice (aka the heap)
	ptr := &heap[0] // takes a pointer to the first int in the heap
	// Be careful if you do ptr := heap[0] this will take a copy from the data on the heap
	*ptr = 45 // changes the value from 15 to 45
	heap[1] = 70

	fmt.Println(heap[0])
	fmt.Println(heap[1])

}

package main

import (
	"fmt"

	"github.com/joetifa2003/mm-go/allocator"
)

func main() {
	alloc := allocator.NewC()
	defer alloc.Destroy()

	heap := allocator.AllocMany[int](alloc, 2) // allocates 2 int and returns it as a slice of ints with length 2

	heap[0] = 15
	heap[1] = 70

	heap = allocator.Realloc(alloc, heap, 3)
	heap[2] = 100

	fmt.Println(heap[0])
	fmt.Println(heap[1])
	fmt.Println(heap[2])

	allocator.FreeMany(alloc, heap)

}

package main

import (
	"unsafe"

	"github.com/joetifa2003/mm-go/allocator"
)

func main() {
	// Create a custom allocator
	alloc := allocator.NewAllocator(
		nil,
		myallocator_alloc,
		myallocator_free,
		myallocator_realloc,
		myallocator_destroy,
	)

	// Check how C allocator is implemented
	// or batchallocator source for a reference

	_ = alloc
}

func myallocator_alloc(allocator unsafe.Pointer, size int) unsafe.Pointer {
	return nil
}

func myallocator_free(allocator unsafe.Pointer, ptr unsafe.Pointer) {
}

func myallocator_realloc(allocator unsafe.Pointer, ptr unsafe.Pointer, size int) unsafe.Pointer {
	return nil
}

func myallocator_destroy(allocator unsafe.Pointer) {
}

package main

import (
	"github.com/joetifa2003/mm-go/allocator"
	"github.com/joetifa2003/mm-go/batchallocator"
)

func main() {
	alloc := batchallocator.New(allocator.NewC()) // by default it allocates page, which is usually 4kb
	defer alloc.Destroy()                         // this frees all  memory allocated by the allocator automatically

	ptr := allocator.Alloc[int](alloc)
	// but you can still free the pointers manually if you want (will free buckets of memory if all pointers depending on it is freed)
	defer allocator.Free(alloc, ptr) // this can removed and the memory will be freed.
}

package main

import (
	"fmt"

	"github.com/joetifa2003/mm-go/allocator"
	"github.com/joetifa2003/mm-go/batchallocator"
	"github.com/joetifa2003/mm-go/linkedlist"
	"github.com/joetifa2003/mm-go/mmstring"
	"github.com/joetifa2003/mm-go/vector"
)

func main() {
	alloc := batchallocator.New(allocator.NewC())
	defer alloc.Destroy() // all the memory allocated bellow will be freed, no need to free it manually.

	v := vector.New[int](alloc)
	v.Push(15)
	v.Push(70)

	for _, i := range v.Iter() {
		fmt.Println(i)
	}

	l := linkedlist.New[*mmstring.MMString](alloc)
	l.PushBack(mmstring.From(alloc, "hello"))
	l.PushBack(mmstring.From(alloc, "world"))

	for _, i := range l.Iter() {
		fmt.Println(i.GetGoString())
	}

}

alloc := batchallocator.New(
	allocator.NewC(),
	batchallocator.WithBucketSize(mm.SizeOf[int]()*15), // configure the allocator to allocate size of 15 ints per bucket.
)
defer alloc.Destroy()

ptr := allocator.Alloc[int](alloc)
defer allocator.Free(alloc, ptr) // this can be removed and the memory will still be freed on Destroy.

ptr2 := allocator.Alloc[int](alloc) // will not call CGO because there is still enough memory in the Bucket.
defer allocator.Free(alloc, ptr2)   // this can be removed and the memory will still be freed on Destroy.

alloc := batchallocator.New(allocator.NewC())
defer alloc.Destroy()

hm := New[int, int](alloc)
defer hm.Free() // can be removed

hm.Set(1, 10)
hm.Set(2, 20)
hm.Set(3, 30)

sumKeys := 0
sumValues := 0
for k, v := range hm.Iter() {
	sumKeys += k
	sumValues += v
}

fmt.Println(sumKeys)
fmt.Println(sumValues)

// Output:
// 6
// 60

alloc := allocator.NewC()
defer alloc.Destroy()

ll := New[int](alloc)
defer ll.Free()

ll.PushBack(1)
ll.PushBack(2)
ll.PushBack(3)
ll.PushBack(4)

fmt.Println("PopBack:", ll.PopBack())
fmt.Println("PopFront:", ll.PopFront())

for _, i := range ll.Iter() {
	fmt.Println(i)
}

// Output:
// PopBack: 4
// PopFront: 1
// 2
// 3

package main

import (
	"fmt"

	"github.com/joetifa2003/mm-go/allocator"
	"github.com/joetifa2003/mm-go/minheap"
)

func int_less(a, b int) bool { return a < b }

func main() {
	alloc := allocator.NewC()
	defer alloc.Destroy()

	h := minheap.New[int](alloc, int_less)

	// Push some values onto the heap
	h.Push(2)
	h.Push(1)
	h.Push(4)
	h.Push(3)
	h.Push(5)

	// Pop the minimum value from the heap
	fmt.Println(h.Pop())
	fmt.Println(h.Pop())

}

package main

import (
	"fmt"

	"github.com/joetifa2003/mm-go/allocator"
	"github.com/joetifa2003/mm-go/minheap"
)

func int_greater(a, b int) bool { return a > b }

func main() {
	alloc := allocator.NewC()
	defer alloc.Destroy()

	h := minheap.New[int](alloc, int_greater)

	// Push some values onto the heap
	h.Push(2)
	h.Push(1)
	h.Push(4)
	h.Push(3)
	h.Push(5)

	// Pop the max value from the heap
	fmt.Println(h.Pop())
	fmt.Println(h.Pop())

}

package main

import (
	"fmt"

	"github.com/joetifa2003/mm-go/allocator"
	"github.com/joetifa2003/mm-go/mmstring"
)

func main() {
	alloc := allocator.NewC()
	defer alloc.Destroy()

	s := mmstring.New(alloc)
	defer s.Free()

	s.AppendGoString("Hello ")
	s.AppendGoString("World")

	s2 := mmstring.From(alloc, "Foo Bar")
	defer s2.Free()

	fmt.Println(s.GetGoString())
	fmt.Println(s2.GetGoString())

}

package main

import (
	"fmt"

	"github.com/joetifa2003/mm-go/allocator"
	"github.com/joetifa2003/mm-go/batchallocator"
	"github.com/joetifa2003/mm-go/mmstring"
	"github.com/joetifa2003/mm-go/vector"
)

func main() {
	alloc := batchallocator.New(allocator.NewC())
	defer alloc.Destroy() // all the memory allocated bellow will be freed, no need to free it manually.

	m := vector.New[*mmstring.MMString](alloc)
	m.Push(mmstring.From(alloc, "hello"))
	m.Push(mmstring.From(alloc, "world"))

	for k, v := range m.Iter() {
		fmt.Println(k, v.GetGoString())
	}

}

package main

import (
	"fmt"

	"github.com/joetifa2003/mm-go/allocator"
	"github.com/joetifa2003/mm-go/typedarena"
)

type Entity struct {
	VelocityX float32
	VelocityY float32
	PositionX float32
	PositionY float32
}

func main() {
	alloc := allocator.NewC()
	defer alloc.Destroy()

	arena := typedarena.New[Entity](
		alloc,
		10,
	)
	defer arena.Free() // frees all memory

	for i := 0; i < 10; i++ {
		e := arena.Alloc() // *Entity
		e.VelocityX = float32(i)
		e.VelocityY = float32(i)
		e.PositionX = float32(i)
		e.PositionY = float32(i)
		fmt.Println(e.VelocityX, e.VelocityY, e.PositionX, e.PositionY)
	}

	entities := arena.AllocMany(10) // allocate slice of 10 entities (cannot exceed 10 here because chunk size is 10 above, this limitation doesn't exist in batchallocator)

	_ = entities

}

package main

import (
	"fmt"

	"github.com/joetifa2003/mm-go/allocator"
	"github.com/joetifa2003/mm-go/vector"
)

func main() {
	alloc := allocator.NewC()
	v := vector.New[int](alloc)
	v.Push(1)
	v.Push(2)
	v.Push(3)

	fmt.Println("Length:", v.Len())
	for i := 0; i < v.Len(); i++ {
		fmt.Println(v.At(i))
	}

	for _, k := range v.Iter() {
		fmt.Println(k)
	}

}