$_invoke$vararg method

dynamic $_invoke$vararg(dynamic m$1, dynamic ks$1, dynamic f$1, dynamic args$1,)

Implementation

dc.dynamic $_invoke$vararg(dc.dynamic m$1, dc.dynamic ks$1, dc.dynamic f$1, dc.dynamic args$1, ){
dc.dynamic up$1(dc.dynamic m$2, dc.dynamic ks$2, dc.dynamic f$2, dc.dynamic args$2, ){
final dc.dynamic vec$8998_$1=ks$2;
final dc.dynamic o7603$2=vec$8998_$1;
late final dc.dynamic seq$8999_$1;
if((o7603$2 is lcoc_core.ISeqable$iface)){
seq$8999_$1=((o7603$2 as lcoc_core.ISeqable$iface).$_seq$0());
}else{
seq$8999_$1=((lcoc_core.ISeqable.extensions(o7603$2, ) as lcoc_core.ISeqable$ext).$_seq$0(o7603$2, ));
}
final dc.dynamic first$9000_$1=lcoc_core.first(seq$8999_$1, );
final dc.dynamic seq$8999_$2=lcoc_core.next(seq$8999_$1, );
final dc.dynamic k$2=first$9000_$1;
final dc.dynamic ks$4=seq$8999_$2;
if(((ks$4!=false)&&(ks$4!=null))){
final dc.dynamic coll7725$3=m$2;
final dc.dynamic k7726$3=k$2;
final dc.dynamic v7727$3=up$1((lcoc_core.$get_.$_invoke$2(m$2, k$2, )), ks$4, f$2, args$2, );
if((coll7725$3 is lcoc_core.IAssociative$iface)){
return ((coll7725$3 as lcoc_core.IAssociative$iface).$_assoc$2(k7726$3, v7727$3, ));
}
return ((lcoc_core.IAssociative.extensions(coll7725$3, ) as lcoc_core.IAssociative$ext).$_assoc$2(coll7725$3, k7726$3, v7727$3, ));
}
final dc.dynamic coll7725$4=m$2;
final dc.dynamic k7726$4=k$2;
final dc.dynamic v7727$4=(lcoc_core.apply.$_invoke$3(f$2, (lcoc_core.$get_.$_invoke$2(m$2, k$2, )), args$2, ));
if((coll7725$4 is lcoc_core.IAssociative$iface)){
return ((coll7725$4 as lcoc_core.IAssociative$iface).$_assoc$2(k7726$4, v7727$4, ));
}
return ((lcoc_core.IAssociative.extensions(coll7725$4, ) as lcoc_core.IAssociative$ext).$_assoc$2(coll7725$4, k7726$4, v7727$4, ));
}
final dc.dynamic Function(dc.dynamic, dc.dynamic, dc.dynamic, dc.dynamic, ) up$2=up$1;
return up$2(m$1, ks$1, f$1, args$1, );
}