On Saturday, 26 March 2016 at 09:47:10 UTC, Ali Çehreli wrote:
Please ignore my earlier response. :)
On 03/25/2016 02:54 PM, data pulverizer wrote:
> template ColumnTable(T...){
[...]
> auto output = ColumnTable!(new_data)(new_data); //
This is the
> problem
You want to slice the
Please ignore my earlier response. :)
On 03/25/2016 02:54 PM, data pulverizer wrote:
> template ColumnTable(T...){
[...]
> auto output = ColumnTable!(new_data)(new_data); // This is the
> problem
You want to slice the template arguments there. The following removes
the infinite
On Saturday, 26 March 2016 at 06:28:42 UTC, Ali Çehreli wrote:
Likewise, that instantiation of ColumnTable is with the symbols
'names', 'salary', and 'age'. Is that what you want? Or do you
want to instantiate with their types? Can you explain some more
what you are trying to do.
Ali
I
On Saturday, 26 March 2016 at 06:28:42 UTC, Ali Çehreli wrote:
WARNING: Do not try to compile this code. Your computer may be
unresponsive for a while. :)
On 03/25/2016 02:54 PM, data pulverizer wrote:
> I am attempting to create a table struct with generic column
types using
> templates.
WARNING: Do not try to compile this code. Your computer may be
unresponsive for a while. :)
On 03/25/2016 02:54 PM, data pulverizer wrote:
> I am attempting to create a table struct with generic column types using
> templates.
However, the template arguments are not types; rather, aliases.
>
p.s. I realise that the ColumnTable call is a little ponderous
but I tidy it up in a convenience wrapper function:
auto CreateDataTable(Args...)(){
string[] names;
foreach(i, arg; Args){
names ~= Args[i].stringof;
}
auto df =
I am attempting to create a table struct with generic column
types using templates. The subTable() member function subsets the
table, however I am getting a template recursion error. I know
where the problem is from, I don't know how to resolve it. I am
modelling it after the matrix example in
