On Tuesday, 21 June 2016 at 19:42:54 UTC, Elie Morisse wrote:
On Monday, 20 June 2016 at 20:52:02 UTC, Guillaume Chatelet
wrote:
[...]
The templated function is the child symbol of the
TemplateDeclaration which shares the same name i.e
[...]
Thx Elie! It helps :)
I came up with this
On Tuesday, 21 June 2016 at 19:42:54 UTC, Elie Morisse wrote:
On Monday, 20 June 2016 at 20:52:02 UTC, Guillaume Chatelet
wrote:
« (cast(TypeFunction) fd->type)->parameters »
Mixing C++ and D once more..
On Monday, 20 June 2016 at 20:52:02 UTC, Guillaume Chatelet wrote:
I'll have a look at `parameters` from TemplateDeclaration [2]
but I still need to match it to the function arguments somehow.
The templated function is the child symbol of the
TemplateDeclaration which shares the same name i.e
On Tuesday, 21 June 2016 at 09:13:26 UTC, Jacob Carlborg wrote:
On 2016-06-21 09:45, Guillaume Chatelet wrote:
AFAIK basic types are instantiated once and reused:
https://github.com/dlang/dmd/blob/b67694a0d74437d3a1581da2b9f1b785dc7b3c88/src/mtype.d#L861
So comparing pointers wouldn't work.
On 2016-06-21 09:45, Guillaume Chatelet wrote:
AFAIK basic types are instantiated once and reused:
https://github.com/dlang/dmd/blob/b67694a0d74437d3a1581da2b9f1b785dc7b3c88/src/mtype.d#L861
So comparing pointers wouldn't work.
Yeah. I'm just guessing here :). Sorry, I don't think I can
On Tuesday, 21 June 2016 at 06:25:26 UTC, Jacob Carlborg wrote:
On 2016-06-20 22:52, Guillaume Chatelet wrote:
[...]
A guess: "tiargs" is the types of the values passed to the
template.
"tdtypes" is the types the template is instantiated with.
void foo(T)(T* a);
int b;
foo!(int)(*);
On 2016-06-20 22:52, Guillaume Chatelet wrote:
The TemplateInstance [1] gives me `tiargs` and `tdtypes`.
// Array of Types/Expressions of template
// instance arguments [int*, char, 10*10]
Objects* tiargs;
// Array of Types/Expressions corresponding
// to
On Monday, 20 June 2016 at 18:59:09 UTC, Jacob Carlborg wrote:
On 2016-06-20 14:33, Guillaume Chatelet wrote:
Problem 2:
--
Template arguments that are of basic types are mangled in a
special way
which requires to understand which 'int' is which.
extern(C++) A foo(A, B)(B, A, B);
On 2016-06-20 14:33, Guillaume Chatelet wrote:
Problem 2:
--
Template arguments that are of basic types are mangled in a special way
which requires to understand which 'int' is which.
extern(C++) A foo(A, B)(B, A, B);
static assert(foo!(int,int).mangleof == "_Z3fooIiiET_T0_S0_S1_");
On Monday, 20 June 2016 at 14:06:57 UTC, Guillaume Chatelet wrote:
Thx Johan. I'm confused though
Sorry for misreading your question.
On Monday, 20 June 2016 at 14:42:22 UTC, Jacob Carlborg wrote:
On 2016-06-20 16:06, Guillaume Chatelet wrote:
Thx Johan. I'm confused though: `FuncDeclaration.linkage` is
the linkage
for the function (which I already know is C++ function since
I'm
mangling it) but I need the linkage for the
On 2016-06-20 16:06, Guillaume Chatelet wrote:
Thx Johan. I'm confused though: `FuncDeclaration.linkage` is the linkage
for the function (which I already know is C++ function since I'm
mangling it) but I need the linkage for the Parameter. Parameter has a
Type but I can't get the linkage from
On Monday, 20 June 2016 at 13:50:45 UTC, Johan Engelen wrote:
On Monday, 20 June 2016 at 12:33:31 UTC, Guillaume Chatelet
wrote:
class Expression;
extern(C++) void foo(Expression);
Question:
-
- How to I get the linkage for Expression from a
FunDeclaration? This will ensure the
On Monday, 20 June 2016 at 12:33:31 UTC, Guillaume Chatelet wrote:
class Expression;
extern(C++) void foo(Expression);
Question:
-
- How to I get the linkage for Expression from a
FunDeclaration? This will ensure the added indirection is put
only for the D classes, not the C++
Context:
I'm working on a more correct implementation of the C++ name
mangling for Linux/OSX. This is needed for the integration with
C++/STL.
Problem 1:
--
In the following D code 'Expression' is a D class, 'foo' is a C++
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