Open arkanoid87 opened 2 years ago
Can you explain this more, perhaps with an example to reproduce?
Here you can find the nimble project: https://github.com/arkanoid87/nimarrowglib that uses futhark the way it is intended to be used. It creates a futhark
Within vscode you won't have any symbols defined in cache. Here is where I think the inclusion of the cache happens.
Attached here is the same project after futhark but without it, with just a quick test on the lib and the nim generated by futhark included. This version get parsed correctly and autocompletion works
include futharkcache
var error: ptr Gerror
var builder = garrow_int32_array_builder_new()
discard garrow_int32_array_builder_append_value(builder, 29, error.addr)
discard garrow_int32_array_builder_append_value(builder, 2929, error.addr)
discard garrow_int32_array_builder_append_value(builder, 292929, error.addr)
var myarray = garrow_array_builder_finish(cast[ptr Garrowarraybuilder](builder), error.addr)
g_object_unref(builder)
var n = garrow_array_get_length(myarray)
echo n
for i in 0..<n:
var val = garrow_int32_array_get_value(cast[ptr Garrowint32array](myarray), i)
echo val
g_object_unref(myarray)
Both depends on apache arrow-glib dev packages
While experimenting with futhark I've found out that contrary to the javascript based extension, this one doesn't consider the nim files inside the cache