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src/IceELFObjectWriter.h

Index: src/IceELFObjectWriter.h
diff --git a/src/IceELFObjectWriter.h b/src/IceELFObjectWriter.h
index 9356ee32a948636dcd26dc72252c6ff070ca0341..0562c9b32f26d00aa9153f11c16d18da93765fdd 100644
--- a/src/IceELFObjectWriter.h
+++ b/src/IceELFObjectWriter.h
@@ -6,9 +6,10 @@
 // License. See LICENSE.TXT for details.
 //
 //===----------------------------------------------------------------------===//
-//
-// Abstraction for a writer that is responsible for writing an ELF file.
-//
+///
+/// \file
+/// Abstraction for a writer that is responsible for writing an ELF file.
+///
 //===----------------------------------------------------------------------===//
 
 #ifndef SUBZERO_SRC_ICEELFOBJECTWRITER_H
@@ -23,26 +24,26 @@ using namespace llvm::ELF;
 
 namespace Ice {
 
-// Higher level ELF object writer.  Manages section information and writes
-// the final ELF object.  The object writer will write to file the code
-// and data as it is being defined (rather than keep a copy).
-// After all definitions are written out, it will finalize the bookkeeping
-// sections and write them out.  Expected usage:
-//
-// (1) writeInitialELFHeader (invoke once)
-// (2) writeDataSection      (may be invoked multiple times, as long as
-//                            SectionSuffix is unique)
-// (3) writeFunctionCode     (must invoke once per function)
-// (4) writeConstantPool     (must invoke once per pooled primitive type)
-// (5) setUndefinedSyms      (invoke once)
-// (6) writeNonUserSections  (invoke once)
-//
-// The requirement for writeDataSection to be invoked only once can
-// be relaxed if using -fdata-sections. The requirement to invoke only once
-// without -fdata-sections is so that variables that belong to each possible
-// SectionType are contiguous in the file. With -fdata-sections, each global
-// variable is in a separate section and therefore the sections will be
-// trivially contiguous.
+/// Higher level ELF object writer.  Manages section information and writes
+/// the final ELF object.  The object writer will write to file the code
+/// and data as it is being defined (rather than keep a copy).
+/// After all definitions are written out, it will finalize the bookkeeping
+/// sections and write them out.  Expected usage:
+///
+/// (1) writeInitialELFHeader (invoke once)
+/// (2) writeDataSection      (may be invoked multiple times, as long as
+///                            SectionSuffix is unique)
+/// (3) writeFunctionCode     (must invoke once per function)
+/// (4) writeConstantPool     (must invoke once per pooled primitive type)
+/// (5) setUndefinedSyms      (invoke once)
+/// (6) writeNonUserSections  (invoke once)
+///
+/// The requirement for writeDataSection to be invoked only once can
+/// be relaxed if using -fdata-sections. The requirement to invoke only once
+/// without -fdata-sections is so that variables that belong to each possible
+/// SectionType are contiguous in the file. With -fdata-sections, each global
+/// variable is in a separate section and therefore the sections will be
+/// trivially contiguous.
 class ELFObjectWriter {
   ELFObjectWriter() = delete;
   ELFObjectWriter(const ELFObjectWriter &) = delete;
@@ -51,39 +52,39 @@ class ELFObjectWriter {
 public:
   ELFObjectWriter(GlobalContext &Ctx, ELFStreamer &Out);
 
-  // Write the initial ELF header. This is just to reserve space in the ELF
-  // file. Reserving space allows the other functions to write text
-  // and data directly to the file and get the right file offsets.
+  /// Write the initial ELF header. This is just to reserve space in the ELF
+  /// file. Reserving space allows the other functions to write text
+  /// and data directly to the file and get the right file offsets.
   void writeInitialELFHeader();
 
-  // Copy initializer data for globals to file and note the offset and size
-  // of each global's definition in the symbol table.
-  // Use the given target's RelocationKind for any relocations.
+  /// Copy initializer data for globals to file and note the offset and size
+  /// of each global's definition in the symbol table.
+  /// Use the given target's RelocationKind for any relocations.
   void writeDataSection(const VariableDeclarationList &Vars,
                         FixupKind RelocationKind,
                         const IceString &SectionSuffix);
 
-  // Copy data of a function's text section to file and note the offset of the
-  // symbol's definition in the symbol table.
-  // Copy the text fixups for use after all functions are written.
-  // The text buffer and fixups are extracted from the Assembler object.
+  /// Copy data of a function's text section to file and note the offset of the
+  /// symbol's definition in the symbol table.
+  /// Copy the text fixups for use after all functions are written.
+  /// The text buffer and fixups are extracted from the Assembler object.
   void writeFunctionCode(const IceString &FuncName, bool IsInternal,
                          const Assembler *Asm);
 
-  // Queries the GlobalContext for constant pools of the given type
-  // and writes out read-only data sections for those constants. This also
-  // fills the symbol table with labels for each constant pool entry.
+  /// Queries the GlobalContext for constant pools of the given type
+  /// and writes out read-only data sections for those constants. This also
+  /// fills the symbol table with labels for each constant pool entry.
   template <typename ConstType> void writeConstantPool(Type Ty);
 
-  // Populate the symbol table with a list of external/undefined symbols.
+  /// Populate the symbol table with a list of external/undefined symbols.
   void setUndefinedSyms(const ConstantList &UndefSyms);
 
-  // Do final layout and write out the rest of the object file.
-  // Finally, patch up the initial ELF header with the final info.
+  /// Do final layout and write out the rest of the object file.
+  /// Finally, patch up the initial ELF header with the final info.
   void writeNonUserSections();
 
-  // Which type of ELF section a global variable initializer belongs to.
-  // This is used as an array index so should start at 0 and be contiguous.
+  /// Which type of ELF section a global variable initializer belongs to.
+  /// This is used as an array index so should start at 0 and be contiguous.
   enum SectionType { ROData = 0, Data, BSS, NumSectionTypes };
 
 private:
@@ -116,48 +117,48 @@ private:
                    Elf64_Xword ShFlags, Elf64_Xword ShAddralign,
                    Elf64_Xword ShEntsize);
 
-  // Create a relocation section, given the related section
-  // (e.g., .text, .data., .rodata).
+  /// Create a relocation section, given the related section
+  /// (e.g., .text, .data., .rodata).
   ELFRelocationSection *
   createRelocationSection(const ELFSection *RelatedSection);
 
-  // Align the file position before writing out a section's data,
-  // and return the position of the file.
+  /// Align the file position before writing out a section's data,
+  /// and return the position of the file.
   Elf64_Off alignFileOffset(Elf64_Xword Align);
 
-  // Assign an ordering / section numbers to each section.
-  // Fill in other information that is only known near the end
-  // (such as the size, if it wasn't already incrementally updated).
-  // This then collects all sections in the decided order, into one vector,
-  // for conveniently writing out all of the section headers.
+  /// Assign an ordering / section numbers to each section.
+  /// Fill in other information that is only known near the end
+  /// (such as the size, if it wasn't already incrementally updated).
+  /// This then collects all sections in the decided order, into one vector,
+  /// for conveniently writing out all of the section headers.
   void assignSectionNumbersInfo(SectionList &AllSections);
 
-  // This function assigns .foo and .rel.foo consecutive section numbers.
-  // It also sets the relocation section's sh_info field to the related
-  // section's number.
+  /// This function assigns .foo and .rel.foo consecutive section numbers.
+  /// It also sets the relocation section's sh_info field to the related
+  /// section's number.
   template <typename UserSectionList>
   void assignRelSectionNumInPairs(SizeT &CurSectionNumber,
                                   UserSectionList &UserSections,
                                   RelSectionList &RelSections,
                                   SectionList &AllSections);
 
-  // Link the relocation sections to the symbol table.
+  /// Link the relocation sections to the symbol table.
   void assignRelLinkNum(SizeT SymTabNumber, RelSectionList &RelSections);
 
-  // Helper function for writeDataSection. Writes a data section of type
-  // SectionType, given the global variables Vars belonging to that SectionType.
+  /// Helper function for writeDataSection. Writes a data section of type
+  /// SectionType, given the global variables Vars belonging to that SectionType.
   void writeDataOfType(SectionType SectionType,
                        const VariableDeclarationList &Vars,
                        FixupKind RelocationKind,
                        const IceString &SectionSuffix);
 
-  // Write the final relocation sections given the final symbol table.
-  // May also be able to seek around the file and resolve function calls
-  // that are for functions within the same section.
+  /// Write the final relocation sections given the final symbol table.
+  /// May also be able to seek around the file and resolve function calls
+  /// that are for functions within the same section.
   void writeAllRelocationSections();
   void writeRelocationSections(RelSectionList &RelSections);
 
-  // Write the ELF file header with the given information about sections.
+  /// Write the ELF file header with the given information about sections.
   template <bool IsELF64>
   void writeELFHeaderInternal(Elf64_Off SectionHeaderOffset,
                               SizeT SectHeaderStrIndex, SizeT NumSections);