Identifying call sites that need to handle out of memory situations in Courgette.

courgette/encoded_program.h

 // Copyright (c) 2009 The Chromium Authors. All rights reserved.
 // Use of this source code is governed by a BSD-style license that can be
 // found in the LICENSE file.
 
 #ifndef COURGETTE_ENCODED_PROGRAM_H_
 #define COURGETTE_ENCODED_PROGRAM_H_
 
 #include <vector>
 
 #include "base/basictypes.h"
@@ skipping 14 matching lines @@
  public:
   EncodedProgram();
   ~EncodedProgram();
 
   // Generating an EncodedProgram:
   //
   // (1) The image base can be specified at any time.
   void set_image_base(uint64 base) { image_base_ = base; }
 
   // (2) Address tables and indexes defined first.
-  void DefineRel32Label(int index, RVA address);
-  void DefineAbs32Label(int index, RVA address);
+  CheckBool DefineRel32Label(int index, RVA address);
+  CheckBool DefineAbs32Label(int index, RVA address);
   void EndLabels();
 
   // (3) Add instructions in the order needed to generate bytes of file.
-  void AddOrigin(RVA rva);
-  void AddCopy(uint32 count, const void* bytes);
-  void AddRel32(int label_index);
-  void AddAbs32(int label_index);
-  void AddMakeRelocs();
+  CheckBool AddOrigin(RVA rva);
+  CheckBool AddCopy(uint32 count, const void* bytes);
+  CheckBool AddRel32(int label_index);
+  CheckBool AddAbs32(int label_index);
+  CheckBool AddMakeRelocs();
 
   // (3) Serialize binary assembly language tables to a set of streams.
-  void WriteTo(SinkStreamSet *streams);
+  CheckBool WriteTo(SinkStreamSet* streams);
 
   // Using an EncodedProgram to generate a byte stream:
   //
   // (4) Deserializes a fresh EncodedProgram from a set of streams.
-  bool ReadFrom(SourceStreamSet *streams);
+  bool ReadFrom(SourceStreamSet* streams);
 
   // (5) Assembles the 'binary assembly language' into final file.
-  bool AssembleTo(SinkStream *buffer);
+  CheckBool AssembleTo(SinkStream* buffer);
 
  private:
   // Binary assembly language operations.
   enum OP {
     ORIGIN,    // ORIGIN <rva> - set address for subsequent assembly.
     COPY,      // COPY <count> <bytes> - copy bytes to output.
     COPY1,     // COPY1 <byte> - same as COPY 1 <byte>.
     REL32,     // REL32 <index> - emit rel32 encoded reference to address at
                // address table offset <index>
     ABS32,     // ABS32 <index> - emit abs32 encoded reference to address at
                // address table offset <index>
     MAKE_BASE_RELOCATION_TABLE,  // Emit base relocation table blocks.
     OP_LAST
   };
 
   typedef std::vector<RVA, MemoryAllocator<RVA> > RvaVector;
   typedef std::vector<uint32, MemoryAllocator<uint32> > UInt32Vector;
   typedef std::vector<uint8, MemoryAllocator<uint8> > UInt8Vector;
   typedef std::vector<OP, MemoryAllocator<OP> > OPVector;
 
   void DebuggingSummary();
-  void GenerateBaseRelocations(SinkStream *buffer);
-  void DefineLabelCommon(RvaVector*, int, RVA);
+  CheckBool GenerateBaseRelocations(SinkStream *buffer);
+  CheckBool DefineLabelCommon(RvaVector*, int, RVA);
   void FinishLabelsCommon(RvaVector* addresses);
 
   // Binary assembly language tables.
   uint64 image_base_;
   RvaVector rel32_rva_;
   RvaVector abs32_rva_;
   OPVector ops_;
   RvaVector origins_;
   UInt32Vector copy_counts_;
   UInt8Vector copy_bytes_;
   UInt32Vector rel32_ix_;
   UInt32Vector abs32_ix_;
 
   // Table of the addresses containing abs32 relocations; computed during
   // assembly, used to generate base relocation table.
   UInt32Vector abs32_relocs_;
 
   DISALLOW_COPY_AND_ASSIGN(EncodedProgram);
 };
 
 }  // namespace courgette
 #endif  // COURGETTE_ENCODED_PROGRAM_H_