• Nonobvious (26/26) Feb 24 2022 From [Go Your Own Way (Part Two: The
• 9il (2/5) Feb 24 2022 http://mir-algorithm.libmir.org/mir_ndslice_allocation.html#.stdcUninitS...
• Nonobvious (2/8) Feb 24 2022 Thank you.

Nonobvious <reply thisemail.com> writes:

 From [Go Your Own Way (Part Two: The 
Heap)](https://dlang.org/blog/2017/09/25/go-your-own-way-part-two-the-heap/):

`import core.stdc.stdlib;`

     `// Allocate a block of untyped bytes that can be managed`
     `// as a slice.`
     `void[] allocate(size_t size)`
     `{`
         `// malloc(0) is implementation defined (might return 
null `
         `// or an address), but is almost certainly not what we 
want.`
         `assert(size != 0);`

         `void* ptr = malloc(size);`
         `if(!ptr) assert(0, "Out of memory!");`

         `// Return a slice of the pointer so that the address is 
coupled`
         `// with the size of the memory block.`
         `return ptr[0 .. size];`
     }

`T[] allocArray(T)(size_t count) `
`{ `
`    // Make sure to account for the size of the`
`    // array element type!`
`    return cast(T[])allocate(T.sizeof * count); `
`}`

What is the equivalent for higher dimensional arrays?

9il <ilyayaroshenko gmail.com> writes:

On Friday, 25 February 2022 at 06:03:34 UTC, Nonobvious wrote:
 From [Go Your Own Way (Part Two: The 
 Heap)](https://dlang.org/blog/2017/09/25/go-your-own-way-part-two-the-heap/):

 [...]

Nonobvious <reply example.com> writes:

On Friday, 25 February 2022 at 06:13:35 UTC, 9il wrote:
 On Friday, 25 February 2022 at 06:03:34 UTC, Nonobvious wrote:
 From [Go Your Own Way (Part Two: The 
 Heap)](https://dlang.org/blog/2017/09/25/go-your-own-way-part-two-the-heap/):

 [...]



Thank you.