491 lines
18 KiB
C
491 lines
18 KiB
C
//------------------------------------------------------------------------------
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// CLING - the C++ LLVM-based InterpreterG :)
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//
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// This file is dual-licensed: you can choose to license it under the University
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// of Illinois Open Source License or the GNU Lesser General Public License. See
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// LICENSE.TXT for details.
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//------------------------------------------------------------------------------
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// RUN: cat %s | %cling | FileCheck %s
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// The test verifies the expected behavior in cling::utils::Transform class,
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// which is supposed to provide different transformation of AST nodes and types.
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#include "cling/Interpreter/Interpreter.h"
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#include "cling/Interpreter/LookupHelper.h"
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#include "cling/Utils/AST.h"
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#include "clang/AST/Type.h"
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#include "clang/AST/ASTContext.h"
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#include "llvm/ADT/SmallSet.h"
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#include "clang/Sema/Sema.h"
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.rawInput 1
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#include <vector>
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#include <iostream>
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typedef double Double32_t;
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typedef int Int_t;
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typedef long Long_t;
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typedef Int_t* IntPtr_t;
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typedef Int_t& IntRef_t;
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template <typename T> class A {};
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template <typename T, typename U> class B {};
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template <typename T, typename U> class C {};
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typedef C<A<B<Double32_t, Int_t> >, Double32_t > CTD;
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typedef C<A<B<const Double32_t, const Int_t> >, Double32_t > CTDConst;
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template <typename key, typename value, typename compare_operation = std::less<key>, typename alloc = std::allocator<std::pair<const key, value> > > class cmap { key fKey; const value fValue; alloc fAlloc; public: cmap() : fValue(0) {} };
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// : public std::map<key, value, compare_operation, alloc> {
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template <typename key, typename value = const key> class mypair { public: key fKey; value fValue; };
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#include <string>
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namespace Details {
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class Impl {};
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}
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// To insure instantiation.
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// typedef std::pair<Details::Impl,std::vector<Details::Impl> > details_pairs;
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namespace NS {
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template <typename T, int size = 0> class ArrayType {};
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template <typename T> class Array {};
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template <typename T> class Container {
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public:
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class Content {};
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typedef T Value_t;
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typedef Content Content_t;
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typedef ::Details::Impl Impl_t;
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};
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template <typename T> class TDataPoint {};
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typedef TDataPoint<float> TDataPointF;
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typedef TDataPoint<Double32_t> TDataPointD32;
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const int typeN =1;
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typedef ArrayType<float, typeN + 1> FArray;
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typedef int IntNS_t;
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}
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// Anonymous namespace
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namespace {
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class InsideAnonymous {
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};
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}
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using namespace std;
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class Embedded_objects {
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public:
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enum Eenum {
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kEnumConst=16
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};
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class EmbeddedClasses;
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typedef EmbeddedClasses EmbeddedTypedef;
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class EmbeddedClasses {
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public:
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class Embedded1 {};
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class Embedded2 {};
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class Embedded3 {};
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class Embedded4 {};
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class Embedded5 {};
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class Embedded6 {};
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};
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EmbeddedClasses m_embedded;
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EmbeddedClasses::Embedded1 m_emb1;
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EmbeddedClasses::Embedded2 m_emb2;
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EmbeddedClasses::Embedded3 m_emb3;
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EmbeddedTypedef::Embedded4 m_emb4;
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Embedded_objects::EmbeddedClasses::Embedded5 m_emb5;
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Embedded_objects::EmbeddedTypedef::Embedded6 m_emb6;
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typedef std::vector<int> vecint;
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vecint* m_iter;
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const Eenum m_enum;
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typedef vector<int> vecint2;
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vecint2* m_iter2;
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vector<Double32_t> vd32a;
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typedef vector<Double32_t> vecd32t1;
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vecd32t1 vd32b;
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using vecd32t2 = vector<Double32_t>;
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vecd32t2 vd32c;
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template <typename T> using myvector = std::vector<T>;
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myvector<float> vfa;
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// Not yet, the desugar of template alias do not keep the opaque typedef.
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// myvector<Double32_t> vd32d;
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Double32_t *p1;
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template<class T> using ptr = T*;
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ptr<float> p2;
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// Not yet, the desugar of template alias do not keep the opaque typedef.
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// ptr<Double32_t> p3;
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typedef B<Int_t,Double32_t> t1;
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typedef t1* t2;
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typedef t2* t3;
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typedef t3 t4[3];
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typedef t4 t5[4];
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typedef t5& t6;
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typedef t1& t7;
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typedef t2& t8;
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typedef t2 t9;
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typedef t5* t10;
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t1 d1;
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t2 d2;
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t2 d2_1[5];
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t3 d3;
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t4 d4;
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t5 d5;
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t6 d6;
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t7 d7;
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t8 d8;
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t9 d9;
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t10 d10;
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};
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namespace NS1 {
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namespace NS2 {
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namespace NS3 {
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inline namespace InlinedNamespace {
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class InsideInline {};
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}
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class Point {};
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class Inner3 {
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public:
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Point p1;
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NS3::Point p2;
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::NS1::NS2::NS3::Point p3;
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InsideInline p4;
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};
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}
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}
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}
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.rawInput 0
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const cling::LookupHelper& lookup = gCling->getLookupHelper();
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cling::LookupHelper::DiagSetting diags = cling::LookupHelper::WithDiagnostics;
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const clang::ASTContext& Ctx = gCling->getSema().getASTContext();
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cling::utils::Transform::Config transConfig;
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transConfig.m_toSkip.insert(lookup.findType("Double32_t", diags).getTypePtr());
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using namespace std;
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transConfig.m_toSkip.insert(lookup.findType("string", diags).getTypePtr());
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transConfig.m_toSkip.insert(lookup.findType("std::string", diags).getTypePtr());
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const clang::Type* t = 0;
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clang::QualType QT;
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using namespace cling::utils;
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// Test the behavior on a simple class
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lookup.findScope("Details::Impl", diags, &t);
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QT = clang::QualType(t, 0);
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//QT.getAsString().c_str()
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "Details::Impl"
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// Test the behavior for a class inside an anonymous namespace
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lookup.findScope("InsideAnonymous", diags, &t);
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QT = clang::QualType(t, 0);
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//QT.getAsString().c_str()c
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "class <anonymous namespace>::InsideAnonymous"
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// The above result is not quite want we want, so the client must using
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// the following:
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// The scope suppression is required for getting rid of the anonymous part of the name of a class defined in an anonymous namespace.
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// This gives us more control vs not using the clang::ElaboratedType and relying on the Policy.SuppressUnwrittenScope which would
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// strip both the anonymous and the inline namespace names (and we probably do not want the later to be suppressed).
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clang::PrintingPolicy Policy(Ctx.getPrintingPolicy());
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Policy.SuppressTagKeyword = true; // Never get the class or struct keyword
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Policy.SuppressScope = true; // Force the scope to be coming from a clang::ElaboratedType.
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std::string name;
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsStringInternal(name,Policy);
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name.c_str()
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// CHECK: ({{[^)]+}}) "InsideAnonymous"
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// Test desugaring pointers types:
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QT = lookup.findType("Int_t*", diags);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK:({{[^)]+}}) "int *"
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QT = lookup.findType("const IntPtr_t*", diags);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK:({{[^)]+}}) "int *const *"
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// Test desugaring reference (both r- or l- value) types:
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QT = lookup.findType("const IntPtr_t&", diags);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK:({{[^)]+}}) "int *const &"
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//TODO: QT = lookup.findType("IntPtr_t[32], diags");
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// To do: findType does not return the const below:
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// Test desugaring reference (both r- or l- value) types:
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// QT = lookup.findType("const IntRef_t", diags);
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// Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// should print:({{[^)]+}}) "int &const"
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// but this is actually an illegal type:
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// C++ [dcl.ref]p1:
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// Cv-qualified references are ill-formed except when the
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// cv-qualifiers are introduced through the use of a typedef
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// (7.1.3) or of a template type argument (14.3), in which
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// case the cv-qualifiers are ignored.
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// So the following is the right behavior:
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// Will issue
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// "'const' qualifier on reference type 'IntRef_t' (aka 'int &') has no effect"
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// thus suppress diagnostics
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QT = lookup.findType("const IntRef_t", cling::LookupHelper::NoDiagnostics);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "int &"
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// Test desugaring reference (both r- or l- value) types:
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QT = lookup.findType("IntRef_t", diags);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK:({{[^)]+}}) "int &"
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//Desugar template parameters:
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lookup.findScope("A<B<Double32_t, Int_t*> >", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK:({{[^)]+}}) "A<B<Double32_t, int *> >"
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lookup.findScope("A<B<Double32_t, std::size_t*> >", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK:({{[^)]+}}) "A<B<Double32_t, unsigned {{long|int}} *> >"
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lookup.findScope("CTD", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "C<A<B<Double32_t, int> >, Double32_t>"
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lookup.findScope("CTDConst", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "C<A<B<const Double32_t, const int> >, Double32_t>"
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lookup.findScope("std::pair<const std::string,int>", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "std::pair<const std::string, int>"
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lookup.findScope("NS::Array<NS::ArrayType<double> >", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "NS::Array<NS::ArrayType<double> >"
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lookup.findScope("NS::Array<NS::ArrayType<Double32_t> >", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "NS::Array<NS::ArrayType<Double32_t> >"
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lookup.findScope("NS::Container<Long_t>::Content", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "NS::Container<long>::Content"
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QT = lookup.findType("NS::Container<Long_t>::Value_t", diags);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "long"
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lookup.findScope("NS::Container<Long_t>::Content_t", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "NS::Container<long>::Content"
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lookup.findScope("NS::Container<Long_t>::Impl_t", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "Details::Impl"
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lookup.findScope("NS::Container<Double32_t>::Content", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "NS::Container<Double32_t>::Content"
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QT = lookup.findType("NS::Container<Double32_t>::Value_t", diags);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "double"
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// Really we would want it to say Double32_t but oh well.
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lookup.findScope("NS::Container<Double32_t>::Content_t", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "NS::Container<Double32_t>::Content"
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lookup.findScope("NS::Container<Double32_t>::Impl_t", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "Details::Impl"
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lookup.findScope("NS::TDataPointF", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "NS::TDataPoint<float>"
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lookup.findScope("NS::TDataPointD32", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "NS::TDataPoint<Double32_t>"
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lookup.findScope("NS::ArrayType<float,1>", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "NS::ArrayType<float, 1>"
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lookup.findScope("NS::FArray", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "NS::ArrayType<float, 2>"
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QT = lookup.findType("const NS::IntNS_t", diags);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "const int"
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lookup.findScope("vector<Details::Impl>::value_type", diags, &t);
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QT = clang::QualType(t, 0);
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Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str()
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// CHECK: ({{[^)]+}}) "Details::Impl"
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const clang::Decl*decl=lookup.findScope("Embedded_objects", diags,&t);
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if (decl) {
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const clang::CXXRecordDecl *cxxdecl
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= llvm::dyn_cast<clang::CXXRecordDecl>(decl);
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if (cxxdecl) {
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clang::DeclContext::decl_iterator iter = cxxdecl->decls_begin();
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while ( *iter ) {
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const clang::Decl *mdecl = *iter;
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if (const clang::ValueDecl *vd = llvm::dyn_cast<clang::ValueDecl>(mdecl)) {
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clang::QualType vdType = vd->getType();
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name.clear();
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Transform::GetPartiallyDesugaredType(Ctx,vdType,transConfig).getAsStringInternal(name,Policy);
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std::cout << name.c_str() << std::endl;
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}
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++iter;
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}
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}
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}
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// CHECK: Embedded_objects::EmbeddedClasses
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// CHECK: Embedded_objects::EmbeddedClasses::Embedded1
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// CHECK: Embedded_objects::EmbeddedClasses::Embedded2
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// CHECK: Embedded_objects::EmbeddedClasses::Embedded3
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// CHECK: Embedded_objects::EmbeddedClasses::Embedded4
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// CHECK: Embedded_objects::EmbeddedClasses::Embedded5
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// CHECK: Embedded_objects::EmbeddedClasses::Embedded6
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// CHECK: std::vector<int> *
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// CHECK: const Embedded_objects::Eenum
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// CHECK: std::vector<int> *
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// CHECK: std::vector<Double32_t>
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// CHECK: std::vector<Double32_t>
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// CHECK: std::vector<Double32_t>
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// CHECK: std::vector<float>
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// NOT-YET-CHECK: std::vector<Double32_t>
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// CHECK: Double32_t *
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// CHECK: float *
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// NOT-YET-CHECK: Double32_t *
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// CHECK: B<int, Double32_t>
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// CHECK: B<int, Double32_t> *
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// CHECK: B<int, Double32_t> *[5]
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// CHECK: B<int, Double32_t> **
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// CHECK: B<int, Double32_t> **[3]
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// CHECK: B<int, Double32_t> **[4][3]
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// CHECK: B<int, Double32_t> **(&)[4][3]
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// CHECK: B<int, Double32_t> &
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// CHECK: B<int, Double32_t> *&
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// CHECK: B<int, Double32_t> *
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// CHECK: B<int, Double32_t> **(*)[4][3]
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// In the partial desugaring add support for the case where we have a type
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// that point to an already completely desugared template instantiation in
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// which case the type is a RecordDecl rather than a TemplateInstantationType
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decl = lookup.findScope("std::pair<Details::Impl,std::vector<Details::Impl> >", diags,&t);
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QT = clang::QualType(t, 0);
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std::cout << Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str() << std::endl;
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// CHECK: std::pair<Details::Impl, std::vector<Details::Impl> >
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if (const clang::RecordDecl *rdecl = llvm::dyn_cast_or_null<clang::RecordDecl>(decl)) {
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clang::RecordDecl::field_iterator field_iter = rdecl->field_begin();
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// For some reason we can not call field_end:
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// cling: root/interpreter/llvm/src/tools/clang/lib/CodeGen/CGCall.cpp:1839: void checkArgMatches(llvm::Value*, unsigned int&, llvm::FunctionType*): Assertion `Elt->getType() == FTy->getParamType(ArgNo)' failed.
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// so just 'guess' the size
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int i = 0;
|
|
while( i < 2 ) {
|
|
name.clear();
|
|
clang::QualType fdType = field_iter->getType();
|
|
Transform::GetPartiallyDesugaredType(Ctx,fdType,transConfig).getAsStringInternal(name,Policy);
|
|
std::cout << name.c_str() << std::endl;
|
|
++field_iter;
|
|
++i;
|
|
}
|
|
}
|
|
// CHECK: Details::Impl
|
|
// CHECK: std::vector<Details::Impl, std::allocator<Details::Impl> >
|
|
|
|
|
|
decl=lookup.findScope("NS1::NS2::NS3::Inner3", diags,&t);
|
|
if (decl) {
|
|
const clang::CXXRecordDecl *cxxdecl
|
|
= llvm::dyn_cast<clang::CXXRecordDecl>(decl);
|
|
if (cxxdecl) {
|
|
clang::DeclContext::decl_iterator iter = cxxdecl->decls_begin();
|
|
while ( *iter ) {
|
|
const clang::Decl *mdecl = *iter;
|
|
if (const clang::ValueDecl *vd = llvm::dyn_cast<clang::ValueDecl>(mdecl)) {
|
|
clang::QualType vdType = vd->getType();
|
|
name.clear();
|
|
Transform::GetPartiallyDesugaredType(Ctx,vdType,transConfig).getAsStringInternal(name,Policy);
|
|
std::cout << name.c_str() << std::endl;
|
|
}
|
|
++iter;
|
|
}
|
|
}
|
|
}
|
|
// CHECK: NS1::NS2::NS3::Point
|
|
// CHECK: NS1::NS2::NS3::Point
|
|
// CHECK: NS1::NS2::NS3::Point
|
|
|
|
decl = lookup.findScope("cmap<volatile int,volatile int>", diags,&t);
|
|
QT = clang::QualType(t, 0);
|
|
std::cout << Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str() << std::endl;
|
|
if (const clang::RecordDecl *rdecl = llvm::dyn_cast_or_null<clang::RecordDecl>(decl)) {
|
|
QT = clang::QualType(rdecl->getTypeForDecl(), 0);
|
|
std::cout << Transform::GetPartiallyDesugaredType(Ctx, QT, transConfig).getAsString().c_str() << std::endl;
|
|
clang::RecordDecl::field_iterator field_iter = rdecl->field_begin();
|
|
// For some reason we can not call field_end:
|
|
// cling: root/interpreter/llvm/src/tools/clang/lib/CodeGen/CGCall.cpp:1839: void checkArgMatches(llvm::Value*, unsigned int&, llvm::FunctionType*): Assertion `Elt->getType() == FTy->getParamType(ArgNo)' failed.
|
|
// so just 'guess' the size
|
|
int i = 0;
|
|
while( i < 2 ) {
|
|
name.clear();
|
|
clang::QualType fdType = field_iter->getType();
|
|
Transform::GetPartiallyDesugaredType(Ctx,fdType,transConfig).getAsStringInternal(name,Policy);
|
|
std::cout << name.c_str() << std::endl;
|
|
++field_iter;
|
|
++i;
|
|
}
|
|
}
|
|
// CHECK: cmap<volatile int, volatile int>
|
|
// CHECK: cmap<volatile int, volatile int, std::less<volatile int>, std::allocator<std::pair<const volatile int, volatile int> > >
|
|
// CHECK: volatile int
|
|
// CHECK: const volatile int
|