On Tuesday, 25 April 2017 at 20:46:24 UTC, Ali Çehreli wrote:
I think it's still consistent because the element type is not
int in the case of multi-dimensional arrays.
[...]
int[3][4] b;
b[] = [1, 1, 1];
It is consistent, I just miss the possibility to more easily
initialize
On 04/23/2017 12:04 PM, XavierAP wrote:
> For both multi-dimensional and
> uni-dimensional arrays a[] and a[][] are the same. And yet, a[] has
> different type in both cases and a[]=1 compiles for uni-dimensional but
> not for multi-dimensional.
I think it's still consistent because the element
On Sunday, 23 April 2017 at 09:06:35 UTC, Ali Çehreli wrote:
It took me a while to convince myself that there is no bug
here. The problem, as is obvious to others, ;) a whole slice of
a whole slice is still the same slice.
Ha, you're right, I hadn't realized.
But I still have a problem.
On 04/22/2017 01:51 PM, XavierAP wrote:
> I can do:
>
> int[3] arr = void;
> arr[] = 1;
>
> But apparently I can't do:
>
> int[3][4] arr = void;
> arr[][] = 1;
>
> What is the best way? What am I missing?
It took me a while to convince myself that there is no bug here. The
problem, as is
On Saturday, 22 April 2017 at 22:25:58 UTC, kinke wrote:
int[3][4] arr = void;
(cast(int[]) arr)[] = 1;
assert(arr[3][2] == 1);
Thanks... I think I prefer to write two loops though :p I wish D
built-in arrays supported [,] indexing notation like C# (or as
you can do in D for custom types)
On Saturday, 22 April 2017 at 20:51:46 UTC, XavierAP wrote:
I can do:
int[3] arr = void;
arr[] = 1;
But apparently I can't do:
int[3][4] arr = void;
arr[][] = 1;
What is the best way? What am I missing?
int[3][4] arr = void;
(cast(int[]) arr)[] = 1;
assert(arr[3][2] == 1);
I can do:
int[3] arr = void;
arr[] = 1;
But apparently I can't do:
int[3][4] arr = void;
arr[][] = 1;
What is the best way? What am I missing?
