On Thursday, 25 February 2016 at 20:53:12 UTC, Voitech wrote:
On Thursday, 25 February 2016 at 14:29:30 UTC, Nicholas Wilson
wrote:
On Thursday, 25 February 2016 at 13:16:43 UTC, Voitech wrote:
[...]
You can (see std.meta/(std.traits?) , with recursive
templates), but there is nothing stopping from using
for/foreach in a template
this should do what you want
string[] functionSig;
string[] params;
foreach(s; Parameters!T)) // returns AliasSeq of types
{
params ~=s.stringof;
}
string[] pits;
foreach(p; ParameterIdentifierTuple!(T)); // returns AliasSeq
of strings
{
pits ~=p;
}
and the either join(er) or do as you see fit.
or use plain old for
for(auto i=0;i< pits.length; i++)
{
functionSig ~= params[i];
functionSig ~= pits[i];
}
writeln(functionSig);
// should print ["int" , "param0" , "string" , "param1"]
Nic
Thank You for answering, well i wanted to make all of this in
template block, not using template functions (testing if it is
possible), but i'm getting error when i try to create something
like
template TupleToString(TList...){
string a;
foreach(T;TList){ // Error: declaration expected, not
'foreach'
a~=T.stringof;
}
enum string TupleToString=a;
}
Of course i can use template function, but wanted to know if
can omit this.
Cheers Voitech
See the recursive templates in std.meta;
this would be something like
template TupleToString(TList...)
{
static if(Tlist.length == 0)
enum string TupleToString = "";
else
enum string TupleToString=TList[0].stringof ~
TupleToString(TList[1 . $];
}
Nic
