mirror of
https://github.com/RPCS3/llvm-mirror.git
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241d75b40f
automatically. Use -S with llvm-gcc rather than -c, so tests can work when llvm-gcc is really dragonegg (which can output IR with -S but not -c). llvm-svn: 120160
490 lines
12 KiB
C++
490 lines
12 KiB
C++
// RUN: %llvmgxx %s -S -o /dev/null
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// PR2917
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#include <complex>
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template < int Dim, class T, class EngineTag > class Engine;
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template < class Subject, class Sub1, bool SV > struct View1Implementation;
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template < class LayoutTag, class PatchTag > struct MultiPatch;
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template < class LayoutTag, class PatchTag, int Dim2 > struct MultiPatchView;
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template < class Engine, class SubDomain > struct NewEngine
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{
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};
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template < class T > class DomainTraits;
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template < class DomT, class T, int Dim > struct DomainTraitsDomain
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{
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typedef DomT NewDomain1_t;
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};
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template < int Dim > class Interval;
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template < int Dim > class Loc;
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template < class DT > class DomainBase
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{
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};
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template < int Dim, class DT > class Domain:public DomainBase < DT >
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{
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};
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template < int Dim > struct DomainTraits <Interval < Dim >
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>:public DomainTraitsDomain < Interval < Dim >, int, Dim >
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{
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enum
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{
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singleValued = false
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};
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};
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template < class T1 > struct NewDomain1
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{
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typedef typename DomainTraits < T1 >::NewDomain1_t SliceType_t;
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};
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template < class Domain, class Sub > struct TemporaryNewDomain1
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{
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typedef typename NewDomain1 < Sub >::SliceType_t SliceType_t;
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};
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template < int Dim > class Interval:public Domain < Dim,
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DomainTraits < Interval < Dim > > >
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{
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};
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template < int Dim > class GuardLayers
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{
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};
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template < class T > class Observer
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{
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};
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template < class T > class Observable
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{
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private:T & observed_m;
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int count_m;
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};
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class RefCounted
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{
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};
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template < class T > class RefCountedPtr
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{
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public:typedef RefCountedPtr < T > This_t;
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RefCountedPtr (T * const pT):ptr_m (pT)
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{
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}
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inline T *operator-> () const
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{
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}
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T *ptr_m;
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};
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template < class Dom, class T > class DomainMap
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{
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};
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template < class LayoutTag, int Dim > struct MultiPatchLayoutTraits
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{
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};
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template < int Dim > class LayoutBaseData
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{
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public:typedef Interval < Dim > Domain_t;
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Domain_t domain_m;
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};
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template < int Dim, class LBD > class LayoutBase
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{
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public:typedef LayoutBaseData < Dim > LayoutData_t;
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typedef typename LayoutData_t::Domain_t Domain_t;
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typedef GuardLayers < Dim > GuardLayers_t;
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inline const Domain_t & domain () const
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{
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return pdata_m->domain_m;
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}
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inline const Domain_t & innerDomain () const
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{
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}
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inline GuardLayers_t externalGuards () const
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{
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}
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RefCountedPtr < LBD > pdata_m;
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};
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template < class Tag > struct Remote;
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struct Brick
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{
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};
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template < class Thing, class Sub > struct View1
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{
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};
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template < int Dim, class T, class LayoutTag,
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class PatchTag > struct NewEngine <Engine < Dim, T, MultiPatch < LayoutTag,
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PatchTag > >, Interval < Dim > >
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{
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typedef Engine < Dim, T, MultiPatchView < LayoutTag, PatchTag,
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Dim > >Type_t;
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};
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template < int Dim, class T, class LayoutTag, class PatchTag,
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int Dim2 > struct NewEngine <Engine < Dim, T, MultiPatchView < LayoutTag,
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PatchTag, Dim2 > >, Interval < Dim > >
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{
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typedef Engine < Dim, T, MultiPatchView < LayoutTag, PatchTag,
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Dim2 > >Type_t;
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};
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template < int Dim, class T, class LayoutTag,
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class PatchTag > class Engine < Dim, T, MultiPatch < LayoutTag,
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PatchTag > >:public Observer < typename MultiPatchLayoutTraits < LayoutTag,
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Dim >::Layout_t >
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{
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public:typedef MultiPatch < LayoutTag, PatchTag > Tag_t;
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typedef Interval < Dim > Domain_t;
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};
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template < int Dim, class T, class LayoutTag, class PatchTag,
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int Dim2 > class Engine < Dim, T, MultiPatchView < LayoutTag, PatchTag,
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Dim2 > >
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{
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public:typedef MultiPatchView < LayoutTag, PatchTag, Dim2 > Tag_t;
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typedef Interval < Dim > Domain_t;
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typedef T Element_t;
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enum
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{
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dimensions = Dim
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};
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};
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class Full;
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template < int Dim, class T = double, class EngineTag = Full > class Vector {
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};
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template < int Dim > inline Interval < Dim >
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shrinkRight (const Interval < Dim > &dom, int s)
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{
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}
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template < int Dim > class GridLayout;
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struct GridTag
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{
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};
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template < int Dim > struct MultiPatchLayoutTraits <GridTag, Dim >
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{
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typedef GridLayout < Dim > Layout_t;
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};
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template < int Dim > class GridLayoutData:public LayoutBaseData < Dim >,
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public RefCounted, public Observable < GridLayoutData < Dim > >
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{
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typedef int AxisIndex_t;
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mutable DomainMap < Interval < 1 >, AxisIndex_t > mapAloc_m[Dim];
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};
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template < int Dim > class GridLayout:public LayoutBase < Dim,
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GridLayoutData < Dim > >, public Observable < GridLayout < Dim > >,
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public Observer < GridLayoutData < Dim > >
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{
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public:typedef GridLayout < Dim > This_t;
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GridLayout ();
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};
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template < class MeshTag, class T, class EngineTag > class Field;
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enum CenteringType
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{
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VertexType, EdgeType, FaceType, CellType
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};
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enum ContinuityType
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{
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Continuous = 0, Discontinuous
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};
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template < int Dim > class Centering
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{
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public:typedef Loc < Dim > Orientation;
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inline int size () const
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{
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}
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};
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template < int Dim > const Centering < Dim >
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canonicalCentering (const enum CenteringType type,
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const enum ContinuityType discontinuous,
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const int dimension = 0);
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template < class Mesh, class T, class EngineTag > class FieldEngine
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{
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public:enum
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{
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dimensions = Mesh::dimensions
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};
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enum
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{
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Dim = dimensions
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};
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typedef Engine < Dim, T, EngineTag > Engine_t;
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typedef typename Engine_t::Domain_t Domain_t;
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typedef GuardLayers < Dim > GuardLayers_t;
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template < class Layout2 > FieldEngine (const Centering < Dim > ¢ering, const Layout2 & layout, const Mesh & mesh, int materials = 1):num_materials_m (materials), centering_m (centering),
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stride_m (centering.size ()), physicalCellDomain_m (layout.domain ()),
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guards_m (layout.externalGuards ()), mesh_m (mesh)
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{
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}
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unsigned int num_materials_m;
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Centering < Dim > centering_m;
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int stride_m;
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Domain_t physicalCellDomain_m;
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GuardLayers_t guards_m;
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Mesh mesh_m;
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};
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template < class Subject > class SubFieldView;
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template < class Mesh, class T,
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class EngineTag > class SubFieldView < Field < Mesh, T, EngineTag > >
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{
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public:typedef Field < Mesh, T, EngineTag > Type_t;
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};
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template < int Dim, class Mesh, class Domain > struct NewMeshTag
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{
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typedef Mesh Type_t;
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};
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template < class Mesh, class T, class EngineTag,
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class Domain > struct View1Implementation <Field < Mesh, T, EngineTag >,
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Domain, false >
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{
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typedef Field < Mesh, T, EngineTag > Subject_t;
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typedef typename Subject_t::Engine_t Engine_t;
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typedef typename NewEngine < Engine_t, Domain >::Type_t NewEngine_t;
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typedef typename NewEngine_t::Element_t NewT_t;
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typedef typename NewEngine_t::Tag_t NewEngineTag_t;
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typedef typename NewMeshTag < NewEngine_t::dimensions, Mesh,
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Domain >::Type_t NewMeshTag_t;
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typedef Field < NewMeshTag_t, NewT_t, NewEngineTag_t > Type_t;
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};
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template < class Mesh, class T, class EngineTag,
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class Sub1 > struct View1 <Field < Mesh, T, EngineTag >, Sub1 >
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{
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typedef Field < Mesh, T, EngineTag > Subject_t;
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typedef typename Subject_t::Domain_t Domain_t;
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typedef TemporaryNewDomain1 < Domain_t, Sub1 > NewDomain_t;
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typedef typename NewDomain_t::SliceType_t SDomain_t;
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enum
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{
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sv = DomainTraits < SDomain_t >::singleValued
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};
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typedef View1Implementation < Subject_t, SDomain_t, sv > Dispatch_t;
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typedef typename Dispatch_t::Type_t Type_t;
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};
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template < class Mesh, class T = double, class EngineTag = Brick > class Field {
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public:typedef Mesh MeshTag_t;
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typedef Mesh Mesh_t;
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typedef Field < Mesh, T, EngineTag > This_t;
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typedef FieldEngine < Mesh, T, EngineTag > FieldEngine_t;
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enum
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{
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dimensions = FieldEngine_t::dimensions
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};
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typedef Engine < dimensions, T, EngineTag > Engine_t;
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typedef typename Engine_t::Domain_t Domain_t;
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typedef Centering < dimensions > Centering_t;
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template < class Layout2 > Field (const Centering_t & centering,
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const Layout2 & layout,
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const Mesh_t &
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mesh):fieldEngine_m (centering, layout,
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mesh)
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{
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}
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inline typename SubFieldView < This_t >::Type_t center (int c) const
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{
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}
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inline typename View1 < This_t, Domain_t >::Type_t all () const
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{
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}
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template < class T1 > const This_t & operator= (const T1 & rhs) const
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{
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}
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private: FieldEngine_t fieldEngine_m;
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};
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struct UniformRectilinearTag
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{
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};
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struct CartesianTag
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{
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};
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template < class MeshTraits > struct CartesianURM;
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template < class MeshTraits > class UniformRectilinearMeshData;
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template < class MeshTraits > class UniformRectilinearMesh;
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template < int Dim, typename T = double, class MeshTag =
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UniformRectilinearTag, class CoordinateSystemTag = CartesianTag, int CDim =
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Dim > struct MeshTraits;
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template < int Dim, typename T, class MeshTag, class CoordinateSystemTag,
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int CDim > struct MeshTraitsBase
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{
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typedef MeshTraits < Dim, T, MeshTag, CoordinateSystemTag,
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CDim > MeshTraits_t;
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enum
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{
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dimensions = Dim
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};
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typedef Vector < CDim, T > PointType_t;
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};
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template < int Dim, typename T, int CDim > struct MeshTraits <Dim, T,
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UniformRectilinearTag, CartesianTag, CDim >:public MeshTraitsBase < Dim, T,
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UniformRectilinearTag, CartesianTag, CDim >
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{
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typedef typename MeshTraitsBase < Dim, T, UniformRectilinearTag,
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CartesianTag, CDim >::MeshTraits_t MeshTraits_t;
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typedef CartesianURM < MeshTraits_t > CoordinateSystem_t;
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typedef UniformRectilinearMeshData < MeshTraits_t > MeshData_t;
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typedef UniformRectilinearMesh < MeshTraits_t > Mesh_t;
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typedef Vector < CDim, T > SpacingsType_t;
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};
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template < int Dim > class NoMeshData:public RefCounted
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{
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public:NoMeshData ()
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{
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}
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template < class Layout >
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explicit NoMeshData (const Layout &
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layout):physicalVertexDomain_m (layout.
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innerDomain ()),
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physicalCellDomain_m (shrinkRight (physicalVertexDomain_m, 1)),
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totalVertexDomain_m (layout.domain ()),
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totalCellDomain_m (shrinkRight (totalVertexDomain_m, 1))
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{
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}
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private:Interval < Dim > physicalVertexDomain_m, physicalCellDomain_m;
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Interval < Dim > totalVertexDomain_m, totalCellDomain_m;
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};
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template < class MeshTraits > class UniformRectilinearMeshData:public NoMeshData <
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MeshTraits::
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dimensions >
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{
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public:typedef typename
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MeshTraits::MeshData_t
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MeshData_t;
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typedef typename
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MeshTraits::PointType_t
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PointType_t;
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typedef typename
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MeshTraits::SpacingsType_t
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SpacingsType_t;
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enum
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{
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dimensions = MeshTraits::dimensions
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};
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template < class Layout > UniformRectilinearMeshData (const Layout & layout,
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const PointType_t &
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origin,
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const SpacingsType_t &
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spacings):
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NoMeshData <
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dimensions > (layout),
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origin_m (origin),
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spacings_m (spacings)
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{
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}
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private:PointType_t origin_m;
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SpacingsType_t
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spacings_m;
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};
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template < class MeshTraits > class UniformRectilinearMesh:public MeshTraits::
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CoordinateSystem_t
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{
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public:typedef MeshTraits
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MeshTraits_t;
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typedef typename
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MeshTraits::MeshData_t
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MeshData_t;
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typedef typename
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MeshTraits::PointType_t
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PointType_t;
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typedef typename
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MeshTraits::SpacingsType_t
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SpacingsType_t;
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enum
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{
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dimensions = MeshTraits::dimensions
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};
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template < class Layout >
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inline UniformRectilinearMesh (const Layout & layout,
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const PointType_t & origin,
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const SpacingsType_t & spacings):
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data_m (new MeshData_t (layout, origin, spacings))
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{
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}
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private:RefCountedPtr < MeshData_t > data_m;
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};
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template < class MeshTraits > struct GenericURM
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{
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};
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template < class MeshTraits > struct CartesianURM:
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public
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GenericURM <
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MeshTraits >
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{
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};
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template < int
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dim,
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class
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MeshTag = UniformRectilinearTag, class CoordinateSystemTag = CartesianTag > struct ParallelTraits {
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enum
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{
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Dim = dim
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};
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typedef
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GridLayout <
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dim >
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Layout_t;
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typedef
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MeshTraits <
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dim, double,
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MeshTag,
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CoordinateSystemTag >
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MeshTraits_t;
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typedef typename
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MeshTraits_t::Mesh_t
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Mesh_t;
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typedef
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MultiPatch <
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GridTag,
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Remote <
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Brick > >
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Engine_t;
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};
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template < class ComputeTraits > struct RhalkTraits:
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public
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ComputeTraits
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{
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typedef typename
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ComputeTraits::Mesh_t
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Mesh_t;
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typedef typename
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ComputeTraits::Engine_t
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Engine_t;
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enum
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{
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Dim = ComputeTraits::Dim
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};
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typedef
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Centering <
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Dim >
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Centering_t;
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typedef typename
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Mesh_t::SpacingsType_t
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Spacings_t;
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typedef
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Field <
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Mesh_t, double,
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Engine_t >
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Scalar_t;
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};
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enum
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{
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Dim = 3
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};
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typedef
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RhalkTraits <
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ParallelTraits <
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Dim,
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UniformRectilinearTag,
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CartesianTag > >
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Traits_t;
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Vector < Dim > origin;
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Traits_t::Spacings_t spacings;
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int
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main (int argc, char **argv)
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{
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Traits_t::Layout_t layout;
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Traits_t::Mesh_t mesh (layout, origin, spacings);
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Traits_t::Centering_t face =
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canonicalCentering < Traits_t::Dim > (FaceType, Continuous);
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Traits_t::Scalar_t v (face, layout, mesh);
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for (int i = 0; i < Dim; ++i)
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v.center (i).all () = std::numeric_limits < double >::signaling_NaN ();
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}
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