5 files changed, 21 insertions, 2723 deletions
diff --git a/doc/lispref/ChangeLog b/doc/lispref/ChangeLog
index 0dbfb9962e7..a3346642342 100644
--- a/doc/lispref/ChangeLog
+++ b/doc/lispref/ChangeLog
@@ -1,3 +1,7 @@
+2012-05-08  Glenn Morris  <rgm@gnu.org>
+        * vol1.texi, vol2.texi: No need to keep menus in these files.
 2012-05-05  Glenn Morris  <rgm@gnu.org>
        * objects.texi (Process Type, Overlay Type): Tweak page-breaks.
@@ -10994,7 +10998,7 @@
 ;; coding: utf-8
 ;; End:
-  Copyright (C) 1998-2012  Free Software Foundation, Inc.
+  Copyright (C) 1998-2012 Free Software Foundation, Inc.
  This file is part of GNU Emacs.
diff --git a/doc/lispref/anti.texi b/doc/lispref/anti.texi
index 59f8f91c855..f70d0235e92 100644
--- a/doc/lispref/anti.texi
+++ b/doc/lispref/anti.texi
@@ -7,8 +7,7 @@
 @node Antinews, GNU Free Documentation License, Packaging, Top
 @appendix Emacs 23 Antinews
-@c Update the elisp.texi, vol1.texi, vol2.texi Antinews menu entries
+@c Update the elisp.texi Antinews menu entry with the above version number.
-@c with the above version number.
 For those users who live backwards in time, here is information about
 downgrading to Emacs version 23.4.  We hope you will enjoy the greater
diff --git a/doc/lispref/elisp.texi b/doc/lispref/elisp.texi
index 5e0356ff1ff..a799b2fe1b4 100644
--- a/doc/lispref/elisp.texi
+++ b/doc/lispref/elisp.texi
@@ -108,7 +108,6 @@ Cover art by Etienne Suvasa.
 @insertcopying
 @end ifnottex
-@c Copy any updates to vol1.texi and vol2.texi.
 @menu
 * Introduction::            Introduction and conventions used.
@@ -189,7 +188,6 @@ Appendices
 @c be correctly identified by `texinfo-multiple-files-update'.  In
 @c particular, the detailed menu header line MUST be identical to the
 @c value of `texinfo-master-menu-header'.  See texnfo-upd.el.
-@c Copy any updates to vol1.texi and vol2.texi.
 @detailmenu
 --- The Detailed Node Listing ---
@@ -1522,12 +1520,8 @@ Object Internals
 @include package.texi
-@c MOVE to Emacs Manual:  include misc-modes.texi
 @c appendices
-@c  REMOVE this:  include non-hacker.texi
 @include anti.texi
 @include doclicense.texi
 @include gpl.texi
diff --git a/doc/lispref/vol1.texi b/doc/lispref/vol1.texi
index 2687cd57d5a..7712ea1f330 100644
--- a/doc/lispref/vol1.texi
+++ b/doc/lispref/vol1.texi
@@ -66,7 +66,7 @@
 This is edition @value{VERSION} of the GNU Emacs Lisp Reference Manual,@*
 corresponding to Emacs version @value{EMACSVER}.
-Copyright @copyright{} 1990-1996, 1998-2012  Free Software Foundation, Inc.
+Copyright @copyright{} 1990-1996, 1998-2012 Free Software Foundation, Inc.
 @quotation
 Permission is granted to copy, distribute and/or modify this document
@@ -114,7 +114,7 @@ Cover art by Etienne Suvasa.
 @ifnottex
-@node Top, Introduction, (dir), (dir)
+@node Top
 @top Emacs Lisp
 This Info file contains edition @value{VERSION} of the GNU Emacs Lisp
@@ -122,85 +122,8 @@ Reference Manual, corresponding to GNU Emacs version @value{EMACSVER}.
 @end ifnottex
 @menu
-* Introduction::            Introduction and conventions used.
+* Not used::                This file is only used with tex, which
+                              generates its own menu.
-* Lisp Data Types::         Data types of objects in Emacs Lisp.
-* Numbers::                 Numbers and arithmetic functions.
-* Strings and Characters::  Strings, and functions that work on them.
-* Lists::                   Lists, cons cells, and related functions.
-* Sequences Arrays Vectors::  Lists, strings and vectors are called sequences.
-                                Certain functions act on any kind of sequence.
-                                The description of vectors is here as well.
-* Hash Tables::             Very fast lookup-tables.
-* Symbols::                 Symbols represent names, uniquely.
-* Evaluation::              How Lisp expressions are evaluated.
-* Control Structures::      Conditionals, loops, nonlocal exits.
-* Variables::               Using symbols in programs to stand for values.
-* Functions::               A function is a Lisp program
-                              that can be invoked from other functions.
-* Macros::                  Macros are a way to extend the Lisp language.
-* Customization::           Making variables and faces customizable.
-* Loading::                 Reading files of Lisp code into Lisp.
-* Byte Compilation::        Compilation makes programs run faster.
-* Advising Functions::      Adding to the definition of a function.
-* Debugging::               Tools and tips for debugging Lisp programs.
-* Read and Print::          Converting Lisp objects to text and back.
-* Minibuffers::             Using the minibuffer to read input.
-* Command Loop::            How the editor command loop works,
-                              and how you can call its subroutines.
-* Keymaps::                 Defining the bindings from keys to commands.
-* Modes::                   Defining major and minor modes.
-* Documentation::           Writing and using documentation strings.
-* Files::                   Accessing files.
-* Backups and Auto-Saving:: Controlling how backups and auto-save
-                              files are made.
-* Buffers::                 Creating and using buffer objects.
-* Windows::                 Manipulating windows and displaying buffers.
-* Frames::                  Making multiple system-level windows.
-* Positions::               Buffer positions and motion functions.
-* Markers::                 Markers represent positions and update
-                              automatically when the text is changed.
-* Text::                    Examining and changing text in buffers.
-* Non-ASCII Characters::    Non-ASCII text in buffers and strings.
-* Searching and Matching::  Searching buffers for strings or regexps.
-* Syntax Tables::           The syntax table controls word and list parsing.
-* Abbrevs::                 How Abbrev mode works, and its data structures.
-* Processes::               Running and communicating with subprocesses.
-* Display::                 Features for controlling the screen display.
-* System Interface::        Getting the user id, system type, environment
-                              variables, and other such things.
-* Packaging::               Preparing Lisp code for distribution.
-Appendices
-* Antinews::                Info for users downgrading to Emacs 23.
-* GNU Free Documentation License:: The license for this documentation.
-* GPL::                     Conditions for copying and changing GNU Emacs.
-* Tips::                    Advice and coding conventions for Emacs Lisp.
-* GNU Emacs Internals::     Building and dumping Emacs;
-                              internal data structures.
-* Standard Errors::         List of some standard error symbols.
-* Standard Keymaps::        List of some standard keymaps.
-* Standard Hooks::          List of some standard hook variables.
-* Index::                   Index including concepts, functions, variables,
-                              and other terms.
-@ignore
-* New Symbols::             New functions and variables in Emacs @value{EMACSVER}.
-@end ignore
-@c Do NOT modify the following 3 lines!  They must have this form to
-@c be correctly identified by `texinfo-multiple-files-update'.  In
-@c particular, the detailed menu header line MUST be identical to the
-@c value of `texinfo-master-menu-header'.  See texnfo-upd.el.
 @detailmenu
 --- The Detailed Node Listing ---
@@ -209,1280 +132,10 @@ Appendices
 Here are other nodes that are subnodes of those already listed,
 mentioned here so you can get to them in one step:
-Introduction
+Not used
-* Caveats::                 Flaws and a request for help.
-* Lisp History::            Emacs Lisp is descended from Maclisp.
-* Conventions::             How the manual is formatted.
-* Version Info::            Which Emacs version is running?
-* Acknowledgements::        The authors, editors, and sponsors of this manual.
-Conventions
-* Some Terms::              Explanation of terms we use in this manual.
-* nil and t::               How the symbols @code{nil} and @code{t} are used.
-* Evaluation Notation::     The format we use for examples of evaluation.
-* Printing Notation::       The format we use when examples print text.
-* Error Messages::          The format we use for examples of errors.
-* Buffer Text Notation::    The format we use for buffer contents in examples.
-* Format of Descriptions::  Notation for describing functions, variables, etc.
-Format of Descriptions
-* A Sample Function Description::  A description of an imaginary
-                                     function, @code{foo}.
-* A Sample Variable Description::  A description of an imaginary
-                                     variable, @code{electric-future-map}.
-Lisp Data Types
-* Printed Representation::  How Lisp objects are represented as text.
-* Comments::                Comments and their formatting conventions.
-* Programming Types::       Types found in all Lisp systems.
-* Editing Types::           Types specific to Emacs.
-* Circular Objects::            Read syntax for circular structure.
-* Type Predicates::         Tests related to types.
-* Equality Predicates::     Tests of equality between any two objects.
-Programming Types
-* Integer Type::        Numbers without fractional parts.
-* Floating Point Type:: Numbers with fractional parts and with a large range.
-* Character Type::      The representation of letters, numbers and
-                          control characters.
-* Symbol Type::         A multi-use object that refers to a function,
-                        variable, or property list, and has a unique identity.
-* Sequence Type::       Both lists and arrays are classified as sequences.
-* Cons Cell Type::      Cons cells, and lists (which are made from cons cells).
-* Array Type::          Arrays include strings and vectors.
-* String Type::         An (efficient) array of characters.
-* Vector Type::         One-dimensional arrays.
-* Char-Table Type::     One-dimensional sparse arrays indexed by characters.
-* Bool-Vector Type::    One-dimensional arrays of @code{t} or @code{nil}.
-* Hash Table Type::     Super-fast lookup tables.
-* Function Type::       A piece of executable code you can call from elsewhere.
-* Macro Type::          A method of expanding an expression into another
-                          expression, more fundamental but less pretty.
-* Primitive Function Type::     A function written in C, callable from Lisp.
-* Byte-Code Type::      A function written in Lisp, then compiled.
-* Autoload Type::       A type used for automatically loading seldom-used
-                          functions.
-Character Type
-* Basic Char Syntax::       Syntax for regular characters.
-* General Escape Syntax::   How to specify characters by their codes.
-* Ctl-Char Syntax::         Syntax for control characters.
-* Meta-Char Syntax::        Syntax for meta-characters.
-* Other Char Bits::         Syntax for hyper-, super-, and alt-characters.
-Cons Cell and List Types
-* Box Diagrams::            Drawing pictures of lists.
-* Dotted Pair Notation::    A general syntax for cons cells.
-* Association List Type::   A specially constructed list.
-String Type
-* Syntax for Strings::      How to specify Lisp strings.
-* Non-ASCII in Strings::    International characters in strings.
-* Nonprinting Characters::  Literal unprintable characters in strings.
-* Text Props and Strings::  Strings with text properties.
-Editing Types
-* Buffer Type::             The basic object of editing.
-* Marker Type::             A position in a buffer.
-* Window Type::             Buffers are displayed in windows.
-* Frame Type::              Windows subdivide frames.
-* Terminal Type::           A terminal device displays frames.
-* Window Configuration Type::  Recording the way a frame is subdivided.
-* Frame Configuration Type::   Recording the status of all frames.
-* Process Type::            A subprocess of Emacs running on the underlying OS.
-* Stream Type::             Receive or send characters.
-* Keymap Type::             What function a keystroke invokes.
-* Overlay Type::            How an overlay is represented.
-* Font Type::               Fonts for displaying text.
-Numbers
-* Integer Basics::          Representation and range of integers.
-* Float Basics::            Representation and range of floating point.
-* Predicates on Numbers::   Testing for numbers.
-* Comparison of Numbers::   Equality and inequality predicates.
-* Numeric Conversions::     Converting float to integer and vice versa.
-* Arithmetic Operations::   How to add, subtract, multiply and divide.
-* Rounding Operations::     Explicitly rounding floating point numbers.
-* Bitwise Operations::      Logical and, or, not, shifting.
-* Math Functions::          Trig, exponential and logarithmic functions.
-* Random Numbers::          Obtaining random integers, predictable or not.
-Strings and Characters
-* String Basics::           Basic properties of strings and characters.
-* Predicates for Strings::  Testing whether an object is a string or char.
-* Creating Strings::        Functions to allocate new strings.
-* Modifying Strings::         Altering the contents of an existing string.
-* Text Comparison::         Comparing characters or strings.
-* String Conversion::       Converting to and from characters and strings.
-* Formatting Strings::      @code{format}: Emacs's analogue of @code{printf}.
-* Case Conversion::         Case conversion functions.
-* Case Tables::             Customizing case conversion.
-Lists
-* Cons Cells::              How lists are made out of cons cells.
-* List-related Predicates:: Is this object a list?  Comparing two lists.
-* List Elements::           Extracting the pieces of a list.
-* Building Lists::          Creating list structure.
-* List Variables::          Modifying lists stored in variables.
-* Modifying Lists::         Storing new pieces into an existing list.
-* Sets And Lists::          A list can represent a finite mathematical set.
-* Association Lists::       A list can represent a finite relation or mapping.
-* Rings::                   Managing a fixed-size ring of objects.
-Modifying Existing List Structure
-* Setcar::                  Replacing an element in a list.
-* Setcdr::                  Replacing part of the list backbone.
-                              This can be used to remove or add elements.
-* Rearrangement::           Reordering the elements in a list; combining lists.
-Sequences, Arrays, and Vectors
-* Sequence Functions::      Functions that accept any kind of sequence.
-* Arrays::                  Characteristics of arrays in Emacs Lisp.
-* Array Functions::         Functions specifically for arrays.
-* Vectors::                 Special characteristics of Emacs Lisp vectors.
-* Vector Functions::        Functions specifically for vectors.
-* Char-Tables::             How to work with char-tables.
-* Bool-Vectors::            How to work with bool-vectors.
-Hash Tables
-* Creating Hash::           Functions to create hash tables.
-* Hash Access::             Reading and writing the hash table contents.
-* Defining Hash::           Defining new comparison methods.
-* Other Hash::              Miscellaneous.
-Symbols
-* Symbol Components::       Symbols have names, values, function definitions
-                              and property lists.
-* Definitions::             A definition says how a symbol will be used.
-* Creating Symbols::        How symbols are kept unique.
-* Property Lists::          Each symbol has a property list
-                              for recording miscellaneous information.
-Property Lists
-* Plists and Alists::       Comparison of the advantages of property
-                              lists and association lists.
-* Symbol Plists::           Functions to access symbols' property lists.
-* Other Plists::            Accessing property lists stored elsewhere.
-Evaluation
-* Intro Eval::              Evaluation in the scheme of things.
-* Forms::                   How various sorts of objects are evaluated.
-* Quoting::                 Avoiding evaluation (to put constants in
-                              the program).
-* Backquote::               Easier construction of list structure.
-* Eval::                    How to invoke the Lisp interpreter explicitly.
-Kinds of Forms
-* Self-Evaluating Forms::   Forms that evaluate to themselves.
-* Symbol Forms::            Symbols evaluate as variables.
-* Classifying Lists::       How to distinguish various sorts of list forms.
-* Function Indirection::    When a symbol appears as the car of a list,
-                              we find the real function via the symbol.
-* Function Forms::          Forms that call functions.
-* Macro Forms::             Forms that call macros.
-* Special Forms::           "Special forms" are idiosyncratic primitives,
-                              most of them extremely important.
-* Autoloading::             Functions set up to load files
-                              containing their real definitions.
-Control Structures
-* Sequencing::              Evaluation in textual order.
-* Conditionals::            @code{if}, @code{cond}, @code{when}, @code{unless}.
-* Combining Conditions::    @code{and}, @code{or}, @code{not}.
-* Iteration::               @code{while} loops.
-* Nonlocal Exits::          Jumping out of a sequence.
-Nonlocal Exits
-* Catch and Throw::         Nonlocal exits for the program's own purposes.
-* Examples of Catch::       Showing how such nonlocal exits can be written.
-* Errors::                  How errors are signaled and handled.
-* Cleanups::                Arranging to run a cleanup form if an
-                              error happens.
-Errors
-* Signaling Errors::        How to report an error.
-* Processing of Errors::    What Emacs does when you report an error.
-* Handling Errors::         How you can trap errors and continue execution.
-* Error Symbols::           How errors are classified for trapping them.
-Variables
-* Global Variables::        Variable values that exist permanently, everywhere.
-* Constant Variables::      Certain "variables" have values that never change.
-* Local Variables::         Variable values that exist only temporarily.
-* Void Variables::          Symbols that lack values.
-* Defining Variables::      A definition says a symbol is used as a variable.
-* Tips for Defining::       Things you should think about when you
-                              define a variable.
-* Accessing Variables::     Examining values of variables whose names
-                              are known only at run time.
-* Setting Variables::       Storing new values in variables.
-* Variable Scoping::        How Lisp chooses among local and global values.
-* Buffer-Local Variables::  Variable values in effect only in one buffer.
-* File Local Variables::    Handling local variable lists in files.
-* Directory Local Variables:: Local variables common to all files in a
-                                directory.
-* Frame-Local Variables::   Frame-local bindings for variables.
-* Variable Aliases::        Variables that are aliases for other variables.
-* Variables with Restricted Values::  Non-constant variables whose value can
-                                        @emph{not} be an arbitrary Lisp object.
-Scoping Rules for Variable Bindings
-* Scope::                   Scope means where in the program a value
-                              is visible.  Comparison with other languages.
-* Extent::                  Extent means how long in time a value exists.
-* Impl of Scope::           Two ways to implement dynamic scoping.
-* Using Scoping::           How to use dynamic scoping carefully and
-                              avoid problems.
-Buffer-Local Variables
-* Intro to Buffer-Local::   Introduction and concepts.
-* Creating Buffer-Local::   Creating and destroying buffer-local bindings.
-* Default Value::           The default value is seen in buffers
-                              that don't have their own buffer-local values.
-Functions
-* What Is a Function::      Lisp functions vs. primitives; terminology.
-* Lambda Expressions::      How functions are expressed as Lisp objects.
-* Function Names::          A symbol can serve as the name of a function.
-* Defining Functions::      Lisp expressions for defining functions.
-* Calling Functions::       How to use an existing function.
-* Mapping Functions::       Applying a function to each element of a list, etc.
-* Anonymous Functions::     Lambda expressions are functions with no names.
-* Function Cells::          Accessing or setting the function definition
-                              of a symbol.
-* Closures::                Functions that enclose a lexical environment.
-* Obsolete Functions::      Declaring functions obsolete.
-* Inline Functions::        Defining functions that the compiler
-                              will expand inline.
-* Declaring Functions::     Telling the compiler that a function is defined.
-* Function Safety::         Determining whether a function is safe to call.
-* Related Topics::          Cross-references to specific Lisp primitives
-                              that have a special bearing on how
-                              functions work.
-Lambda Expressions
-* Lambda Components::       The parts of a lambda expression.
-* Simple Lambda::           A simple example.
-* Argument List::           Details and special features of argument lists.
-* Function Documentation::  How to put documentation in a function.
-Macros
-* Simple Macro::            A basic example.
-* Expansion::               How, when and why macros are expanded.
-* Compiling Macros::        How macros are expanded by the compiler.
-* Defining Macros::         How to write a macro definition.
-* Problems with Macros::    Don't evaluate the macro arguments too many times.
-                              Don't hide the user's variables.
-* Indenting Macros::        Specifying how to indent macro calls.
-Common Problems Using Macros
-* Wrong Time::             Do the work in the expansion, not in the macro.
-* Argument Evaluation::    The expansion should evaluate each macro arg once.
-* Surprising Local Vars::  Local variable bindings in the expansion
-                              require special care.
-* Eval During Expansion::  Don't evaluate them; put them in the expansion.
-* Repeated Expansion::     Avoid depending on how many times expansion is done.
-Customization Settings
-* Common Keywords::         Common keyword arguments for all kinds of
-                              customization declarations.
-* Group Definitions::       Writing customization group definitions.
-* Variable Definitions::    Declaring user options.
-* Customization Types::     Specifying the type of a user option.
-* Applying Customizations:: Functions to apply customization settings.
-* Custom Themes::           Writing Custom themes.
-Customization Types
-* Simple Types::            Simple customization types: sexp, integer, number,
-                              string, file, directory, alist.
-* Composite Types::         Build new types from other types or data.
-* Splicing into Lists::     Splice elements into list with @code{:inline}.
-* Type Keywords::           Keyword-argument pairs in a customization type.
-* Defining New Types::      Give your type a name.
-Loading
-* How Programs Do Loading:: The @code{load} function and others.
-* Load Suffixes::           Details about the suffixes that @code{load} tries.
-* Library Search::          Finding a library to load.
-* Loading Non-ASCII::       Non-@acronym{ASCII} characters in Emacs Lisp files.
-* Autoload::                Setting up a function to autoload.
-* Repeated Loading::        Precautions about loading a file twice.
-* Named Features::          Loading a library if it isn't already loaded.
-* Where Defined::           Finding which file defined a certain symbol.
-* Unloading::               How to "unload" a library that was loaded.
-* Hooks for Loading::       Providing code to be run when
-                              particular libraries are loaded.
-Byte Compilation
-* Speed of Byte-Code::      An example of speedup from byte compilation.
-* Compilation Functions::   Byte compilation functions.
-* Docs and Compilation::    Dynamic loading of documentation strings.
-* Dynamic Loading::         Dynamic loading of individual functions.
-* Eval During Compile::     Code to be evaluated when you compile.
-* Compiler Errors::         Handling compiler error messages.
-* Byte-Code Objects::       The data type used for byte-compiled functions.
-* Disassembly::             Disassembling byte-code; how to read byte-code.
-Advising Emacs Lisp Functions
-* Simple Advice::           A simple example to explain the basics of advice.
-* Defining Advice::         Detailed description of @code{defadvice}.
-* Around-Advice::           Wrapping advice around a function's definition.
-* Computed Advice::         ...is to @code{defadvice} as @code{fset} is to @code{defun}.
-* Activation of Advice::    Advice doesn't do anything until you activate it.
-* Enabling Advice::         You can enable or disable each piece of advice.
-* Preactivation::           Preactivation is a way of speeding up the
-                              loading of compiled advice.
-* Argument Access in Advice:: How advice can access the function's arguments.
-* Combined Definition::     How advice is implemented.
-Debugging Lisp Programs
-* Debugger::                A debugger for the Emacs Lisp evaluator.
-* Edebug::                  A source-level Emacs Lisp debugger.
-* Syntax Errors::           How to find syntax errors.
-* Test Coverage::           Ensuring you have tested all branches in your code.
-The Lisp Debugger
-* Error Debugging::         Entering the debugger when an error happens.
-* Infinite Loops::          Stopping and debugging a program that doesn't exit.
-* Function Debugging::      Entering it when a certain function is called.
-* Explicit Debug::          Entering it at a certain point in the program.
-* Using Debugger::          What the debugger does; what you see while in it.
-* Debugger Commands::       Commands used while in the debugger.
-* Invoking the Debugger::   How to call the function @code{debug}.
-* Internals of Debugger::   Subroutines of the debugger, and global variables.
-Edebug
-* Using Edebug::            Introduction to use of Edebug.
-* Instrumenting::           You must instrument your code
-                              in order to debug it with Edebug.
-* Edebug Execution Modes::  Execution modes, stopping more or less often.
-* Jumping::                 Commands to jump to a specified place.
-* Edebug Misc::             Miscellaneous commands.
-* Breaks::                  Setting breakpoints to make the program stop.
-* Trapping Errors::         Trapping errors with Edebug.
-* Edebug Views::            Views inside and outside of Edebug.
-* Edebug Eval::             Evaluating expressions within Edebug.
-* Eval List::               Expressions whose values are displayed
-                              each time you enter Edebug.
-* Printing in Edebug::      Customization of printing.
-* Trace Buffer::            How to produce trace output in a buffer.
-* Coverage Testing::        How to test evaluation coverage.
-* The Outside Context::     Data that Edebug saves and restores.
-* Edebug and Macros::       Specifying how to handle macro calls.
-* Edebug Options::          Option variables for customizing Edebug.
-Breaks
-* Breakpoints::             Breakpoints at stop points.
-* Global Break Condition::  Breaking on an event.
-* Source Breakpoints::      Embedding breakpoints in source code.
-The Outside Context
-* Checking Whether to Stop::When Edebug decides what to do.
-* Edebug Display Update::   When Edebug updates the display.
-* Edebug Recursive Edit::   When Edebug stops execution.
-Edebug and Macros
-* Instrumenting Macro Calls::The basic problem.
-* Specification List::      How to specify complex patterns of evaluation.
-* Backtracking::            What Edebug does when matching fails.
-* Specification Examples::  To help understand specifications.
-Debugging Invalid Lisp Syntax
-* Excess Open::             How to find a spurious open paren or missing close.
-* Excess Close::            How to find a spurious close paren or missing open.
-Reading and Printing Lisp Objects
-* Streams Intro::           Overview of streams, reading and printing.
-* Input Streams::           Various data types that can be used as
-                              input streams.
-* Input Functions::         Functions to read Lisp objects from text.
-* Output Streams::          Various data types that can be used as
-                              output streams.
-* Output Functions::        Functions to print Lisp objects as text.
-* Output Variables::        Variables that control what the printing
-                              functions do.
-Minibuffers
-* Intro to Minibuffers::    Basic information about minibuffers.
-* Text from Minibuffer::    How to read a straight text string.
-* Object from Minibuffer::  How to read a Lisp object or expression.
-* Minibuffer History::      Recording previous minibuffer inputs
-                              so the user can reuse them.
-* Initial Input::           Specifying initial contents for the minibuffer.
-* Completion::              How to invoke and customize completion.
-* Yes-or-No Queries::       Asking a question with a simple answer.
-* Multiple Queries::        Asking a series of similar questions.
-* Reading a Password::      Reading a password from the terminal.
-* Minibuffer Commands::     Commands used as key bindings in minibuffers.
-* Minibuffer Windows::      Operating on the special minibuffer windows.
-* Minibuffer Contents::     How such commands access the minibuffer text.
-* Recursive Mini::          Whether recursive entry to minibuffer is allowed.
-* Minibuffer Misc::         Various customization hooks and variables.
-Completion
-* Basic Completion::        Low-level functions for completing strings.
-                              (These are too low level to use the minibuffer.)
-* Minibuffer Completion::   Invoking the minibuffer with completion.
-* Completion Commands::     Minibuffer commands that do completion.
-* High-Level Completion::   Convenient special cases of completion
-                              (reading buffer names, variable names, etc.).
-* Reading File Names::      Using completion to read file names and
-                              shell commands.
-* Completion Variables::    Variables controlling completion behavior.
-* Programmed Completion::   Writing your own completion function.
-* Completion in Buffers::   Completing text in ordinary buffers.
-Command Loop
-* Command Overview::    How the command loop reads commands.
-* Defining Commands::   Specifying how a function should read arguments.
-* Interactive Call::    Calling a command, so that it will read arguments.
-* Distinguish Interactive::     Making a command distinguish interactive calls.
-* Command Loop Info::   Variables set by the command loop for you to examine.
-* Adjusting Point::     Adjustment of point after a command.
-* Input Events::        What input looks like when you read it.
-* Reading Input::       How to read input events from the keyboard or mouse.
-* Special Events::      Events processed immediately and individually.
-* Waiting::             Waiting for user input or elapsed time.
-* Quitting::            How @kbd{C-g} works.  How to catch or defer quitting.
-* Prefix Command Arguments::    How the commands to set prefix args work.
-* Recursive Editing::   Entering a recursive edit,
-                          and why you usually shouldn't.
-* Disabling Commands::  How the command loop handles disabled commands.
-* Command History::     How the command history is set up, and how accessed.
-* Keyboard Macros::     How keyboard macros are implemented.
-Defining Commands
-* Using Interactive::       General rules for @code{interactive}.
-* Interactive Codes::       The standard letter-codes for reading arguments
-                              in various ways.
-* Interactive Examples::    Examples of how to read interactive arguments.
-Input Events
-* Keyboard Events::         Ordinary characters--keys with symbols on them.
-* Function Keys::           Function keys--keys with names, not symbols.
-* Mouse Events::            Overview of mouse events.
-* Click Events::            Pushing and releasing a mouse button.
-* Drag Events::             Moving the mouse before releasing the button.
-* Button-Down Events::      A button was pushed and not yet released.
-* Repeat Events::           Double and triple click (or drag, or down).
-* Motion Events::           Just moving the mouse, not pushing a button.
-* Focus Events::            Moving the mouse between frames.
-* Misc Events::             Other events the system can generate.
-* Event Examples::          Examples of the lists for mouse events.
-* Classifying Events::      Finding the modifier keys in an event symbol.
-                              Event types.
-* Accessing Mouse::         Functions to extract info from mouse events.
-* Accessing Scroll::        Functions to get info from scroll bar events.
-* Strings of Events::       Special considerations for putting
-                              keyboard character events in a string.
-Reading Input
-* Key Sequence Input::      How to read one key sequence.
-* Reading One Event::       How to read just one event.
-* Event Mod::               How Emacs modifies events as they are read.
-* Invoking the Input Method::   How reading an event uses the input method.
-* Quoted Character Input::  Asking the user to specify a character.
-* Event Input Misc::        How to reread or throw away input events.
-Keymaps
-* Key Sequences::           Key sequences as Lisp objects.
-* Keymap Basics::           Basic concepts of keymaps.
-* Format of Keymaps::       What a keymap looks like as a Lisp object.
-* Creating Keymaps::        Functions to create and copy keymaps.
-* Inheritance and Keymaps:: How one keymap can inherit the bindings
-                              of another keymap.
-* Prefix Keys::             Defining a key with a keymap as its definition.
-* Active Keymaps::          How Emacs searches the active keymaps
-                              for a key binding.
-* Searching Keymaps::       A pseudo-Lisp summary of searching active maps.
-* Controlling Active Maps:: Each buffer has a local keymap
-                               to override the standard (global) bindings.
-                               A minor mode can also override them.
-* Key Lookup::              Finding a key's binding in one keymap.
-* Functions for Key Lookup::    How to request key lookup.
-* Changing Key Bindings::   Redefining a key in a keymap.
-* Remapping Commands::      A keymap can translate one command to another.
-* Translation Keymaps::     Keymaps for translating sequences of events.
-* Key Binding Commands::    Interactive interfaces for redefining keys.
-* Scanning Keymaps::        Looking through all keymaps, for printing help.
-* Menu Keymaps::            Defining a menu as a keymap.
-Menu Keymaps
-* Defining Menus::          How to make a keymap that defines a menu.
-* Mouse Menus::             How users actuate the menu with the mouse.
-* Keyboard Menus::          How users actuate the menu with the keyboard.
-* Menu Example::            Making a simple menu.
-* Menu Bar::                How to customize the menu bar.
-* Tool Bar::                A tool bar is a row of images.
-* Modifying Menus::         How to add new items to a menu.
-Defining Menus
-* Simple Menu Items::       A simple kind of menu key binding,
-                              limited in capabilities.
-* Extended Menu Items::     More powerful menu item definitions
-                              let you specify keywords to enable
-                              various features.
-* Menu Separators::         Drawing a horizontal line through a menu.
-* Alias Menu Items::        Using command aliases in menu items.
-* Toolkit Differences::     Not all toolkits provide the same features.
-Major and Minor Modes
-* Hooks::              How to use hooks; how to write code that provides hooks.
-* Major Modes::        Defining major modes.
-* Minor Modes::        Defining minor modes.
-* Mode Line Format::   Customizing the text that appears in the mode line.
-* Imenu::              Providing a menu of definitions made in a buffer.
-* Font Lock Mode::     How modes can highlight text according to syntax.
-* Auto-Indentation::   How to teach Emacs to indent for a major mode.
-* Desktop Save Mode::  How modes can have buffer state saved between
-                         Emacs sessions.
-Hooks
-* Running Hooks::      How to run a hook.
-* Setting Hooks::      How to put functions on a hook, or remove them.
-Major Modes
-* Major Mode Conventions::  Coding conventions for keymaps, etc.
+* Not used::                This file is only used with TeX, which
-* Auto Major Mode::         How Emacs chooses the major mode automatically.
+                              generates its own menu.
-* Mode Help::               Finding out how to use a mode.
-* Derived Modes::           Defining a new major mode based on another major
-                              mode.
-* Basic Major Modes::       Modes that other modes are often derived from.
-* Mode Hooks::              Hooks run at the end of major mode functions.
-* Tabulated List Mode::     Parent mode for buffers containing tabulated data.
-* Generic Modes::           Defining a simple major mode that supports
-                              comment syntax and Font Lock mode.
-* Example Major Modes::     Text mode and Lisp modes.
-Minor Modes
-* Minor Mode Conventions::  Tips for writing a minor mode.
-* Keymaps and Minor Modes:: How a minor mode can have its own keymap.
-* Defining Minor Modes::    A convenient facility for defining minor modes.
-Mode Line Format
-* Mode Line Basics::        Basic ideas of mode line control.
-* Mode Line Data::          The data structure that controls the mode line.
-* Mode Line Top::           The top level variable, mode-line-format.
-* Mode Line Variables::     Variables used in that data structure.
-* %-Constructs::            Putting information into a mode line.
-* Properties in Mode::      Using text properties in the mode line.
-* Header Lines::            Like a mode line, but at the top.
-* Emulating Mode Line::     Formatting text as the mode line would.
-Font Lock Mode
-* Font Lock Basics::        Overview of customizing Font Lock.
-* Search-based Fontification::  Fontification based on regexps.
-* Customizing Keywords::    Customizing search-based fontification.
-* Other Font Lock Variables::   Additional customization facilities.
-* Levels of Font Lock::     Each mode can define alternative levels
-                              so that the user can select more or less.
-* Precalculated Fontification:: How Lisp programs that produce the buffer
-                                  contents can also specify how to fontify it.
-* Faces for Font Lock::     Special faces specifically for Font Lock.
-* Syntactic Font Lock::     Fontification based on syntax tables.
-* Multiline Font Lock::     How to coerce Font Lock into properly
-                              highlighting multiline constructs.
-Multiline Font Lock Constructs
-* Font Lock Multiline::     Marking multiline chunks with a text property.
-* Region to Refontify::     Controlling which region gets refontified
-                              after a buffer change.
-Automatic Indentation of code
-* SMIE::                    A simple minded indentation engine.
-Simple Minded Indentation Engine
-* SMIE setup::              SMIE setup and features.
-* Operator Precedence Grammars:: A very simple parsing technique.
-* SMIE Grammar::            Defining the grammar of a language.
-* SMIE Lexer::              Defining tokens.
-* SMIE Tricks::             Working around the parser's limitations.
-* SMIE Indentation::        Specifying indentation rules.
-* SMIE Indentation Helpers:: Helper functions for indentation rules.
-* SMIE Indentation Example::  Sample indentation rules.
-Documentation
-* Documentation Basics::    Where doc strings are defined and stored.
-* Accessing Documentation:: How Lisp programs can access doc strings.
-* Keys in Documentation::   Substituting current key bindings.
-* Describing Characters::   Making printable descriptions of
-                              non-printing characters and key sequences.
-* Help Functions::          Subroutines used by Emacs help facilities.
-Files
-* Visiting Files::          Reading files into Emacs buffers for editing.
-* Saving Buffers::          Writing changed buffers back into files.
-* Reading from Files::      Reading files into buffers without visiting.
-* Writing to Files::        Writing new files from parts of buffers.
-* File Locks::              Locking and unlocking files, to prevent
-                              simultaneous editing by two people.
-* Information about Files:: Testing existence, accessibility, size of files.
-* Changing Files::          Renaming files, changing permissions, etc.
-* File Names::              Decomposing and expanding file names.
-* Contents of Directories:: Getting a list of the files in a directory.
-* Create/Delete Dirs::      Creating and Deleting Directories.
-* Magic File Names::        Special handling for certain file names.
-* Format Conversion::       Conversion to and from various file formats.
-Visiting Files
-* Visiting Functions::      The usual interface functions for visiting.
-* Subroutines of Visiting:: Lower-level subroutines that they use.
-Information about Files
-* Testing Accessibility::   Is a given file readable?  Writable?
-* Kinds of Files::          Is it a directory?  A symbolic link?
-* Truenames::               Eliminating symbolic links from a file name.
-* File Attributes::         How large is it?  Any other names?  Etc.
-* Locating Files::          How to find a file in standard places.
-File Names
-* File Name Components::    The directory part of a file name, and the rest.
-* Relative File Names::     Some file names are relative to a current directory.
-* Directory Names::         A directory's name as a directory
-                              is different from its name as a file.
-* File Name Expansion::     Converting relative file names to absolute ones.
-* Unique File Names::       Generating names for temporary files.
-* File Name Completion::    Finding the completions for a given file name.
-* Standard File Names::     If your package uses a fixed file name,
-                              how to handle various operating systems simply.
-File Format Conversion
-* Format Conversion Overview::   @code{insert-file-contents} and @code{write-region}.
-* Format Conversion Round-Trip:: Using @code{format-alist}.
-* Format Conversion Piecemeal::  Specifying non-paired conversion.
-Backups and Auto-Saving
-* Backup Files::            How backup files are made; how their names
-                              are chosen.
-* Auto-Saving::             How auto-save files are made; how their
-                              names are chosen.
-* Reverting::               @code{revert-buffer}, and how to customize
-                              what it does.
-Backup Files
-* Making Backups::          How Emacs makes backup files, and when.
-* Rename or Copy::          Two alternatives: renaming the old file
-                              or copying it.
-* Numbered Backups::        Keeping multiple backups for each source file.
-* Backup Names::            How backup file names are computed; customization.
-Buffers
-* Buffer Basics::           What is a buffer?
-* Current Buffer::          Designating a buffer as current
-                              so that primitives will access its contents.
-* Buffer Names::            Accessing and changing buffer names.
-* Buffer File Name::        The buffer file name indicates which file
-                              is visited.
-* Buffer Modification::     A buffer is @dfn{modified} if it needs to be saved.
-* Modification Time::       Determining whether the visited file was changed
-                              "behind Emacs's back".
-* Read Only Buffers::       Modifying text is not allowed in a
-                              read-only buffer.
-* The Buffer List::         How to look at all the existing buffers.
-* Creating Buffers::        Functions that create buffers.
-* Killing Buffers::         Buffers exist until explicitly killed.
-* Indirect Buffers::        An indirect buffer shares text with some
-                              other buffer.
-* Swapping Text::           Swapping text between two buffers.
-* Buffer Gap::              The gap in the buffer.
-Windows
-* Basic Windows::           Basic information on using windows.
-* Splitting Windows::       Splitting one window into two windows.
-* Deleting Windows::        Deleting a window gives its space to other windows.
-* Selecting Windows::       The selected window is the one that you edit in.
-* Cyclic Window Ordering::  Moving around the existing windows.
-* Buffers and Windows::     Each window displays the contents of a buffer.
-* Switching Buffers::       Higher-level functions for switching to a buffer.
-* Choosing Window::         How to choose a window for displaying a buffer.
-* Display Action Functions:: Subroutines for @code{display-buffer}.
-* Choosing Window Options:: Extra options affecting how buffers are displayed.
-* Window History::          Each window remembers the buffers displayed in it.
-* Dedicated Windows::       How to avoid displaying another buffer in
-                              a specific window.
-* Window Point::            Each window has its own location of point.
-* Window Start and End::    Buffer positions indicating which text is
-                              on-screen in a window.
-* Textual Scrolling::       Moving text up and down through the window.
-* Vertical Scrolling::      Moving the contents up and down on the window.
-* Horizontal Scrolling::    Moving the contents sideways on the window.
-* Size of Window::          Accessing the size of a window.
-* Resizing Windows::        Changing the size of a window.
-* Coordinates and Windows:: Converting coordinates to windows.
-* Window Tree::             The layout and sizes of all windows in a frame.
-* Window Configurations::   Saving and restoring the state of the screen.
-* Window Parameters::       Associating additional information with windows.
-* Window Hooks::            Hooks for scrolling, window size changes,
-                              redisplay going past a certain point,
-                              or window configuration changes.
-Frames
-* Creating Frames::         Creating additional frames.
-* Multiple Terminals::      Displaying on several different devices.
-* Frame Parameters::        Controlling frame size, position, font, etc.
-* Terminal Parameters::     Parameters common for all frames on terminal.
-* Frame Titles::            Automatic updating of frame titles.
-* Deleting Frames::         Frames last until explicitly deleted.
-* Finding All Frames::      How to examine all existing frames.
-* Frames and Windows::      A frame contains windows;
-                              display of text always works through windows.
-* Minibuffers and Frames::  How a frame finds the minibuffer to use.
-* Input Focus::             Specifying the selected frame.
-* Visibility of Frames::    Frames may be visible or invisible, or icons.
-* Raising and Lowering::    Raising a frame makes it hide other windows;
-                              lowering it makes the others hide it.
-* Frame Configurations::    Saving the state of all frames.
-* Mouse Tracking::          Getting events that say when the mouse moves.
-* Mouse Position::          Asking where the mouse is, or moving it.
-* Pop-Up Menus::            Displaying a menu for the user to select from.
-* Dialog Boxes::            Displaying a box to ask yes or no.
-* Pointer Shape::           Specifying the shape of the mouse pointer.
-* Window System Selections::Transferring text to and from other X clients.
-* Drag and Drop::               Internals of Drag-and-Drop implementation.
-* Color Names::             Getting the definitions of color names.
-* Text Terminal Colors::    Defining colors for text terminals.
-* Resources::               Getting resource values from the server.
-* Display Feature Testing:: Determining the features of a terminal.
-Frame Parameters
-* Parameter Access::        How to change a frame's parameters.
-* Initial Parameters::      Specifying frame parameters when you make a frame.
-* Window Frame Parameters:: List of frame parameters for window systems.
-* Size and Position::       Changing the size and position of a frame.
-* Geometry::                Parsing geometry specifications.
-Window Frame Parameters
-* Basic Parameters::        Parameters that are fundamental.
-* Position Parameters::     The position of the frame on the screen.
-* Size Parameters::         Frame's size.
-* Layout Parameters::       Size of parts of the frame, and
-                              enabling or disabling some parts.
-* Buffer Parameters::       Which buffers have been or should be shown.
-* Management Parameters::   Communicating with the window manager.
-* Cursor Parameters::       Controlling the cursor appearance.
-* Font and Color Parameters:: Fonts and colors for the frame text.
-Positions
-* Point::                   The special position where editing takes place.
-* Motion::                  Changing point.
-* Excursions::              Temporary motion and buffer changes.
-* Narrowing::               Restricting editing to a portion of the buffer.
-Motion
-* Character Motion::        Moving in terms of characters.
-* Word Motion::             Moving in terms of words.
-* Buffer End Motion::       Moving to the beginning or end of the buffer.
-* Text Lines::              Moving in terms of lines of text.
-* Screen Lines::            Moving in terms of lines as displayed.
-* List Motion::             Moving by parsing lists and sexps.
-* Skipping Characters::     Skipping characters belonging to a certain set.
-Markers
-* Overview of Markers::     The components of a marker, and how it relocates.
-* Predicates on Markers::   Testing whether an object is a marker.
-* Creating Markers::        Making empty markers or markers at certain places.
-* Information from Markers::Finding the marker's buffer or character position.
-* Marker Insertion Types::  Two ways a marker can relocate when you
-                              insert where it points.
-* Moving Markers::          Moving the marker to a new buffer or position.
-* The Mark::                How "the mark" is implemented with a marker.
-* The Region::              How to access "the region".
-Text
-* Near Point::              Examining text in the vicinity of point.
-* Buffer Contents::         Examining text in a general fashion.
-* Comparing Text::          Comparing substrings of buffers.
-* Insertion::               Adding new text to a buffer.
-* Commands for Insertion::  User-level commands to insert text.
-* Deletion::                Removing text from a buffer.
-* User-Level Deletion::     User-level commands to delete text.
-* The Kill Ring::           Where removed text sometimes is saved for
-                              later use.
-* Undo::                    Undoing changes to the text of a buffer.
-* Maintaining Undo::        How to enable and disable undo information.
-                              How to control how much information is kept.
-* Filling::                 Functions for explicit filling.
-* Margins::                 How to specify margins for filling commands.
-* Adaptive Fill::           Adaptive Fill mode chooses a fill prefix
-                              from context.
-* Auto Filling::            How auto-fill mode is implemented to break lines.
-* Sorting::                 Functions for sorting parts of the buffer.
-* Columns::                 Computing horizontal positions, and using them.
-* Indentation::             Functions to insert or adjust indentation.
-* Case Changes::            Case conversion of parts of the buffer.
-* Text Properties::         Assigning Lisp property lists to text characters.
-* Substitution::            Replacing a given character wherever it appears.
-* Transposition::           Swapping two portions of a buffer.
-* Registers::               How registers are implemented.  Accessing
-                              the text or position stored in a register.
-* Base 64::                 Conversion to or from base 64 encoding.
-* Checksum/Hash::           Computing cryptographic hashes.
-* Parsing HTML/XML::        Parsing HTML and XML.
-* Atomic Changes::          Installing several buffer changes "atomically".
-* Change Hooks::            Supplying functions to be run when text is changed.
-The Kill Ring
-* Kill Ring Concepts::      What text looks like in the kill ring.
-* Kill Functions::          Functions that kill text.
-* Yanking::                 How yanking is done.
-* Yank Commands::           Commands that access the kill ring.
-* Low-Level Kill Ring::     Functions and variables for kill ring access.
-* Internals of Kill Ring::  Variables that hold kill ring data.
-Indentation
-* Primitive Indent::        Functions used to count and insert indentation.
-* Mode-Specific Indent::    Customize indentation for different modes.
-* Region Indent::           Indent all the lines in a region.
-* Relative Indent::         Indent the current line based on previous lines.
-* Indent Tabs::             Adjustable, typewriter-like tab stops.
-* Motion by Indent::        Move to first non-blank character.
-Text Properties
-* Examining Properties::    Looking at the properties of one character.
-* Changing Properties::     Setting the properties of a range of text.
-* Property Search::         Searching for where a property changes value.
-* Special Properties::      Particular properties with special meanings.
-* Format Properties::       Properties for representing formatting of text.
-* Sticky Properties::       How inserted text gets properties from
-                              neighboring text.
-* Lazy Properties::         Computing text properties in a lazy fashion
-                              only when text is examined.
-* Clickable Text::          Using text properties to make regions of text
-                              do something when you click on them.
-* Fields::                  The @code{field} property defines
-                              fields within the buffer.
-* Not Intervals::           Why text properties do not use
-                              Lisp-visible text intervals.
-Non-@acronym{ASCII} Characters
-* Text Representations::    How Emacs represents text.
-* Converting Representations::  Converting unibyte to multibyte and vice versa.
-* Selecting a Representation::  Treating a byte sequence as unibyte or multi.
-* Character Codes::         How unibyte and multibyte relate to
-                                codes of individual characters.
-* Character Properties::    Character attributes that define their
-                                behavior and handling.
-* Character Sets::          The space of possible character codes
-                                is divided into various character sets.
-* Scanning Charsets::       Which character sets are used in a buffer?
-* Translation of Characters::   Translation tables are used for conversion.
-* Coding Systems::          Coding systems are conversions for saving files.
-* Input Methods::           Input methods allow users to enter various
-                                non-ASCII characters without special keyboards.
-* Locales::                 Interacting with the POSIX locale.
-Coding Systems
-* Coding System Basics::    Basic concepts.
-* Encoding and I/O::        How file I/O functions handle coding systems.
-* Lisp and Coding Systems:: Functions to operate on coding system names.
-* User-Chosen Coding Systems::  Asking the user to choose a coding system.
-* Default Coding Systems::  Controlling the default choices.
-* Specifying Coding Systems::   Requesting a particular coding system
-                                    for a single file operation.
-* Explicit Encoding::       Encoding or decoding text without doing I/O.
-* Terminal I/O Encoding::   Use of encoding for terminal I/O.
-* MS-DOS File Types::       How DOS "text" and "binary" files
-                                relate to coding systems.
-Searching and Matching
-* String Search::           Search for an exact match.
-* Searching and Case::      Case-independent or case-significant searching.
-* Regular Expressions::     Describing classes of strings.
-* Regexp Search::           Searching for a match for a regexp.
-* POSIX Regexps::           Searching POSIX-style for the longest match.
-* Match Data::              Finding out which part of the text matched,
-                              after a string or regexp search.
-* Search and Replace::      Commands that loop, searching and replacing.
-* Standard Regexps::        Useful regexps for finding sentences, pages,...
-Regular Expressions
-* Syntax of Regexps::       Rules for writing regular expressions.
-* Regexp Example::          Illustrates regular expression syntax.
-* Regexp Functions::        Functions for operating on regular expressions.
-Syntax of Regular Expressions
-* Regexp Special::          Special characters in regular expressions.
-* Char Classes::            Character classes used in regular expressions.
-* Regexp Backslash::        Backslash-sequences in regular expressions.
-The Match Data
-* Replacing Match::         Replacing a substring that was matched.
-* Simple Match Data::       Accessing single items of match data,
-                              such as where a particular subexpression started.
-* Entire Match Data::       Accessing the entire match data at once, as a list.
-* Saving Match Data::       Saving and restoring the match data.
-Syntax Tables
-* Syntax Basics::           Basic concepts of syntax tables.
-* Syntax Descriptors::      How characters are classified.
-* Syntax Table Functions::  How to create, examine and alter syntax tables.
-* Syntax Properties::       Overriding syntax with text properties.
-* Motion and Syntax::       Moving over characters with certain syntaxes.
-* Parsing Expressions::     Parsing balanced expressions
-                              using the syntax table.
-* Standard Syntax Tables::  Syntax tables used by various major modes.
-* Syntax Table Internals::  How syntax table information is stored.
-* Categories::              Another way of classifying character syntax.
-Syntax Descriptors
-* Syntax Class Table::      Table of syntax classes.
-* Syntax Flags::            Additional flags each character can have.
-Parsing Expressions
-* Motion via Parsing::      Motion functions that work by parsing.
-* Position Parse::          Determining the syntactic state of a position.
-* Parser State::            How Emacs represents a syntactic state.
-* Low-Level Parsing::       Parsing across a specified region.
-* Control Parsing::         Parameters that affect parsing.
-Abbrevs and Abbrev Expansion
-* Abbrev Tables::           Creating and working with abbrev tables.
-* Defining Abbrevs::        Specifying abbreviations and their expansions.
-* Abbrev Files::            Saving abbrevs in files.
-* Abbrev Expansion::        Controlling expansion; expansion subroutines.
-* Standard Abbrev Tables::  Abbrev tables used by various major modes.
-* Abbrev Properties::       How to read and set abbrev properties.
-                            Which properties have which effect.
-* Abbrev Table Properties:: How to read and set abbrev table properties.
-                            Which properties have which effect.
-Processes
-* Subprocess Creation::     Functions that start subprocesses.
-* Shell Arguments::         Quoting an argument to pass it to a shell.
-* Synchronous Processes::   Details of using synchronous subprocesses.
-* Asynchronous Processes::  Starting up an asynchronous subprocess.
-* Deleting Processes::      Eliminating an asynchronous subprocess.
-* Process Information::     Accessing run-status and other attributes.
-* Input to Processes::      Sending input to an asynchronous subprocess.
-* Signals to Processes::    Stopping, continuing or interrupting
-                              an asynchronous subprocess.
-* Output from Processes::   Collecting output from an asynchronous subprocess.
-* Sentinels::               Sentinels run when process run-status changes.
-* Query Before Exit::       Whether to query if exiting will kill a process.
-* System Processes::        Accessing other processes running on your system.
-* Transaction Queues::      Transaction-based communication with subprocesses.
-* Network::                 Opening network connections.
-* Network Servers::         Network servers let Emacs accept net connections.
-* Datagrams::               UDP network connections.
-* Low-Level Network::       Lower-level but more general function
-                              to create connections and servers.
-* Misc Network::            Additional relevant functions for net connections.
-* Serial Ports::            Communicating with serial ports.
-* Byte Packing::            Using bindat to pack and unpack binary data.
-Receiving Output from Processes
-* Process Buffers::         If no filter, output is put in a buffer.
-* Filter Functions::        Filter functions accept output from the process.
-* Decoding Output::         Filters can get unibyte or multibyte strings.
-* Accepting Output::        How to wait until process output arrives.
-Low-Level Network Access
-* Network Processes::       Using @code{make-network-process}.
-* Network Options::         Further control over network connections.
-* Network Feature Testing:: Determining which network features work on
-                              the machine you are using.
-Packing and Unpacking Byte Arrays
-* Bindat Spec::             Describing data layout.
-* Bindat Functions::        Doing the unpacking and packing.
-* Bindat Examples::         Samples of what bindat.el can do for you!
-Emacs Display
-* Refresh Screen::          Clearing the screen and redrawing everything on it.
-* Forcing Redisplay::       Forcing redisplay.
-* Truncation::              Folding or wrapping long text lines.
-* The Echo Area::           Displaying messages at the bottom of the screen.
-* Warnings::                Displaying warning messages for the user.
-* Invisible Text::          Hiding part of the buffer text.
-* Selective Display::       Hiding part of the buffer text (the old way).
-* Temporary Displays::      Displays that go away automatically.
-* Overlays::                Use overlays to highlight parts of the buffer.
-* Width::                   How wide a character or string is on the screen.
-* Line Height::             Controlling the height of lines.
-* Faces::                   A face defines a graphics style
-                              for text characters: font, colors, etc.
-* Fringes::                 Controlling window fringes.
-* Scroll Bars::             Controlling vertical scroll bars.
-* Display Property::        Enabling special display features.
-* Images::                  Displaying images in Emacs buffers.
-* Buttons::                 Adding clickable buttons to Emacs buffers.
-* Abstract Display::        Emacs's Widget for Object Collections.
-* Blinking::                How Emacs shows the matching open parenthesis.
-* Character Display::       How Emacs displays individual characters.
-* Beeping::                 Audible signal to the user.
-* Window Systems::          Which window system is being used.
-* Bidirectional Display::   Display of bidirectional scripts, such as
-                              Arabic and Farsi.
-The Echo Area
-* Displaying Messages::     Explicitly displaying text in the echo area.
-* Progress::                Informing user about progress of a long operation.
-* Logging Messages::        Echo area messages are logged for the user.
-* Echo Area Customization:: Controlling the echo area.
-Reporting Warnings
-* Warning Basics::          Warnings concepts and functions to report them.
-* Warning Variables::       Variables programs bind to customize
-                              their warnings.
-* Warning Options::         Variables users set to control display of warnings.
-* Delayed Warnings::        Deferring warning display until the end of a command.
-Overlays
-* Managing Overlays::       Creating and moving overlays.
-* Overlay Properties::      How to read and set properties.
-                            What properties do to the screen display.
-* Finding Overlays::        Searching for overlays.
-Faces
-* Defining Faces::          How to define a face.
-* Face Attributes::         What is in a face?
-* Attribute Functions::     Functions to examine and set face attributes.
-* Displaying Faces::        How Emacs combines the faces specified for
-                              a character.
-* Face Remapping::         Remapping faces to alternative definitions.
-* Face Functions::          How to define and examine faces.
-* Auto Faces::              Hook for automatic face assignment.
-* Basic Faces::             Faces that are defined by default.
-* Font Selection::          Finding the best available font for a face.
-* Font Lookup::             Looking up the names of available fonts
-                              and information about them.
-* Fontsets::                A fontset is a collection of fonts
-                              that handle a range of character sets.
-* Low-Level Font::          Lisp representation for character display fonts.
-Fringes
-* Fringe Size/Pos::         Specifying where to put the window fringes.
-* Fringe Indicators::       Displaying indicator icons in the window fringes.
-* Fringe Cursors::          Displaying cursors in the right fringe.
-* Fringe Bitmaps::          Specifying bitmaps for fringe indicators.
-* Customizing Bitmaps::     Specifying your own bitmaps to use in the fringes.
-* Overlay Arrow::           Display of an arrow to indicate position.
-The @code{display} Property
-* Replacing Specs::         Display specs that replace the text.
-* Specified Space::         Displaying one space with a specified width.
-* Pixel Specification::     Specifying space width or height in pixels.
-* Other Display Specs::     Displaying an image; adjusting the height,
-                              spacing, and other properties of text.
-* Display Margins::         Displaying text or images to the side of
-                              the main text.
-Images
-* Image Formats::           Supported image formats.
-* Image Descriptors::       How to specify an image for use in @code{:display}.
-* XBM Images::              Special features for XBM format.
-* XPM Images::              Special features for XPM format.
-* GIF Images::              Special features for GIF format.
-* TIFF Images::             Special features for TIFF format.
-* PostScript Images::       Special features for PostScript format.
-* ImageMagick Images::      Special features available through ImageMagick.
-* Other Image Types::       Various other formats are supported.
-* Defining Images::         Convenient ways to define an image for later use.
-* Showing Images::          Convenient ways to display an image once
-                              it is defined.
-* Animated Images::         Some image formats can be animated.
-* Image Cache::             Internal mechanisms of image display.
-Buttons
-* Button Properties::       Button properties with special meanings.
-* Button Types::            Defining common properties for classes of buttons.
-* Making Buttons::          Adding buttons to Emacs buffers.
-* Manipulating Buttons::    Getting and setting properties of buttons.
-* Button Buffer Commands::  Buffer-wide commands and bindings for buttons.
-Abstract Display
-* Abstract Display Functions::  Functions in the Ewoc package.
-* Abstract Display Example::    Example of using Ewoc.
-Character Display
-* Usual Display::       The usual conventions for displaying characters.
-* Display Tables::      What a display table consists of.
-* Active Display Table::  How Emacs selects a display table to use.
-* Glyphs::              How to define a glyph, and what glyphs mean.
-* Glyphless Chars::     How glyphless characters are drawn.
-Operating System Interface
-* Starting Up::             Customizing Emacs startup processing.
-* Getting Out::             How exiting works (permanent or temporary).
-* System Environment::      Distinguish the name and kind of system.
-* User Identification::     Finding the name and user id of the user.
-* Time of Day::             Getting the current time.
-* Time Conversion::         Converting a time from numeric form to
-                              calendrical data and vice versa.
-* Time Parsing::            Converting a time from numeric form to text
-                              and vice versa.
-* Processor Run Time::      Getting the run time used by Emacs.
-* Time Calculations::       Adding, subtracting, comparing times, etc.
-* Timers::                  Setting a timer to call a function at a
-                              certain time.
-* Idle Timers::             Setting a timer to call a function when Emacs has
-                              been idle for a certain length of time.
-* Terminal Input::          Accessing and recording terminal input.
-* Terminal Output::         Controlling and recording terminal output.
-* Sound Output::            Playing sounds on the computer's speaker.
-* X11 Keysyms::             Operating on key symbols for X Windows.
-* Batch Mode::              Running Emacs without terminal interaction.
-* Session Management::      Saving and restoring state with
-                              X Session Management.
-* Notifications::           Desktop notifications.
-* Dynamic Libraries::       On-demand loading of support libraries.
-Starting Up Emacs
-* Startup Summary::         Sequence of actions Emacs performs at startup.
-* Init File::               Details on reading the init file.
-* Terminal-Specific::       How the terminal-specific Lisp file is read.
-* Command-Line Arguments::  How command-line arguments are processed,
-                              and how you can customize them.
-Getting Out of Emacs
-* Killing Emacs::           Exiting Emacs irreversibly.
-* Suspending Emacs::        Exiting Emacs reversibly.
-Terminal Input
-* Input Modes::             Options for how input is processed.
-* Recording Input::         Saving histories of recent or all input events.
-Preparing Lisp code for distribution
-* Packaging Basics::        The basic concepts of Emacs Lisp packages.
-* Simple Packages::         How to package a single .el file.
-* Multi-file Packages::     How to package multiple files.
-* Package Archives::        Maintaining package archives.
-Tips and Conventions
-* Coding Conventions::      Conventions for clean and robust programs.
-* Key Binding Conventions:: Which keys should be bound by which programs.
-* Programming Tips::        Making Emacs code fit smoothly in Emacs.
-* Compilation Tips::        Making compiled code run fast.
-* Warning Tips::            Turning off compiler warnings.
-* Documentation Tips::      Writing readable documentation strings.
-* Comment Tips::            Conventions for writing comments.
-* Library Headers::         Standard headers for library packages.
-GNU Emacs Internals
-* Building Emacs::          How the dumped Emacs is made.
-* Pure Storage::            Kludge to make preloaded Lisp functions shareable.
-* Garbage Collection::      Reclaiming space for Lisp objects no longer used.
-* Memory Usage::            Info about total size of Lisp objects made so far.
-* Writing Emacs Primitives::  Writing C code for Emacs.
-* Object Internals::        Data formats of buffers, windows, processes.
-Object Internals
-* Buffer Internals::        Components of a buffer structure.
-* Window Internals::        Components of a window structure.
-* Process Internals::       Components of a process structure.
 @end detailmenu
 @end menu
@@ -1538,12 +191,8 @@ Object Internals
 @c include display.texi
 @c include os.texi
-@c MOVE to Emacs Manual:  include misc-modes.texi
 @c appendices
-@c  REMOVE this:  include non-hacker.texi
 @c include anti.texi
 @c include doclicense.texi
 @c include gpl.texi
diff --git a/doc/lispref/vol2.texi b/doc/lispref/vol2.texi
index c74e7c438b4..66e0250bd71 100644
--- a/doc/lispref/vol2.texi
+++ b/doc/lispref/vol2.texi
@@ -113,7 +113,7 @@ Cover art by Etienne Suvasa.
 @ifnottex
-@node Top, Introduction, (dir), (dir)
+@node Top
 @top Emacs Lisp
 This Info file contains edition @value{VERSION} of the GNU Emacs Lisp
@@ -121,85 +121,8 @@ Reference Manual, corresponding to GNU Emacs version @value{EMACSVER}.
 @end ifnottex
 @menu
-* Introduction::            Introduction and conventions used.
+* Not used::                This file is only used with tex, which
+                              generates its own menu.
-* Lisp Data Types::         Data types of objects in Emacs Lisp.
-* Numbers::                 Numbers and arithmetic functions.
-* Strings and Characters::  Strings, and functions that work on them.
-* Lists::                   Lists, cons cells, and related functions.
-* Sequences Arrays Vectors::  Lists, strings and vectors are called sequences.
-                                Certain functions act on any kind of sequence.
-                                The description of vectors is here as well.
-* Hash Tables::             Very fast lookup-tables.
-* Symbols::                 Symbols represent names, uniquely.
-* Evaluation::              How Lisp expressions are evaluated.
-* Control Structures::      Conditionals, loops, nonlocal exits.
-* Variables::               Using symbols in programs to stand for values.
-* Functions::               A function is a Lisp program
-                              that can be invoked from other functions.
-* Macros::                  Macros are a way to extend the Lisp language.
-* Customization::           Making variables and faces customizable.
-* Loading::                 Reading files of Lisp code into Lisp.
-* Byte Compilation::        Compilation makes programs run faster.
-* Advising Functions::      Adding to the definition of a function.
-* Debugging::               Tools and tips for debugging Lisp programs.
-* Read and Print::          Converting Lisp objects to text and back.
-* Minibuffers::             Using the minibuffer to read input.
-* Command Loop::            How the editor command loop works,
-                              and how you can call its subroutines.
-* Keymaps::                 Defining the bindings from keys to commands.
-* Modes::                   Defining major and minor modes.
-* Documentation::           Writing and using documentation strings.
-* Files::                   Accessing files.
-* Backups and Auto-Saving:: Controlling how backups and auto-save
-                              files are made.
-* Buffers::                 Creating and using buffer objects.
-* Windows::                 Manipulating windows and displaying buffers.
-* Frames::                  Making multiple system-level windows.
-* Positions::               Buffer positions and motion functions.
-* Markers::                 Markers represent positions and update
-                              automatically when the text is changed.
-* Text::                    Examining and changing text in buffers.
-* Non-ASCII Characters::    Non-ASCII text in buffers and strings.
-* Searching and Matching::  Searching buffers for strings or regexps.
-* Syntax Tables::           The syntax table controls word and list parsing.
-* Abbrevs::                 How Abbrev mode works, and its data structures.
-* Processes::               Running and communicating with subprocesses.
-* Display::                 Features for controlling the screen display.
-* System Interface::        Getting the user id, system type, environment
-                              variables, and other such things.
-* Packaging::               Preparing Lisp code for distribution.
-Appendices
-* Antinews::                Info for users downgrading to Emacs 23.
-* GNU Free Documentation License:: The license for this documentation.
-* GPL::                     Conditions for copying and changing GNU Emacs.
-* Tips::                    Advice and coding conventions for Emacs Lisp.
-* GNU Emacs Internals::     Building and dumping Emacs;
-                              internal data structures.
-* Standard Errors::         List of some standard error symbols.
-* Standard Keymaps::        List of some standard keymaps.
-* Standard Hooks::          List of some standard hook variables.
-* Index::                   Index including concepts, functions, variables,
-                              and other terms.
-@ignore
-* New Symbols::             New functions and variables in Emacs @value{EMACSVER}.
-@end ignore
-@c Do NOT modify the following 3 lines!  They must have this form to
-@c be correctly identified by `texinfo-multiple-files-update'.  In
-@c particular, the detailed menu header line MUST be identical to the
-@c value of `texinfo-master-menu-header'.  See texnfo-upd.el.
 @detailmenu
 --- The Detailed Node Listing ---
@@ -208,1280 +131,13 @@ Appendices
 Here are other nodes that are subnodes of those already listed,
 mentioned here so you can get to them in one step:
-Introduction
+Here are other nodes that are subnodes of those already listed,
+mentioned here so you can get to them in one step:
-* Caveats::                 Flaws and a request for help.
-* Lisp History::            Emacs Lisp is descended from Maclisp.
-* Conventions::             How the manual is formatted.
-* Version Info::            Which Emacs version is running?
-* Acknowledgements::        The authors, editors, and sponsors of this manual.
-Conventions
-* Some Terms::              Explanation of terms we use in this manual.
-* nil and t::               How the symbols @code{nil} and @code{t} are used.
-* Evaluation Notation::     The format we use for examples of evaluation.
-* Printing Notation::       The format we use when examples print text.
-* Error Messages::          The format we use for examples of errors.
-* Buffer Text Notation::    The format we use for buffer contents in examples.
-* Format of Descriptions::  Notation for describing functions, variables, etc.
-Format of Descriptions
-* A Sample Function Description::  A description of an imaginary
-                                     function, @code{foo}.
-* A Sample Variable Description::  A description of an imaginary
-                                     variable, @code{electric-future-map}.
-Lisp Data Types
-* Printed Representation::  How Lisp objects are represented as text.
-* Comments::                Comments and their formatting conventions.
-* Programming Types::       Types found in all Lisp systems.
-* Editing Types::           Types specific to Emacs.
-* Circular Objects::            Read syntax for circular structure.
-* Type Predicates::         Tests related to types.
-* Equality Predicates::     Tests of equality between any two objects.
-Programming Types
-* Integer Type::        Numbers without fractional parts.
-* Floating Point Type:: Numbers with fractional parts and with a large range.
-* Character Type::      The representation of letters, numbers and
-                          control characters.
-* Symbol Type::         A multi-use object that refers to a function,
-                        variable, or property list, and has a unique identity.
-* Sequence Type::       Both lists and arrays are classified as sequences.
-* Cons Cell Type::      Cons cells, and lists (which are made from cons cells).
-* Array Type::          Arrays include strings and vectors.
-* String Type::         An (efficient) array of characters.
-* Vector Type::         One-dimensional arrays.
-* Char-Table Type::     One-dimensional sparse arrays indexed by characters.
-* Bool-Vector Type::    One-dimensional arrays of @code{t} or @code{nil}.
-* Hash Table Type::     Super-fast lookup tables.
-* Function Type::       A piece of executable code you can call from elsewhere.
-* Macro Type::          A method of expanding an expression into another
-                          expression, more fundamental but less pretty.
-* Primitive Function Type::     A function written in C, callable from Lisp.
-* Byte-Code Type::      A function written in Lisp, then compiled.
-* Autoload Type::       A type used for automatically loading seldom-used
-                          functions.
-Character Type
-* Basic Char Syntax::       Syntax for regular characters.
-* General Escape Syntax::   How to specify characters by their codes.
-* Ctl-Char Syntax::         Syntax for control characters.
-* Meta-Char Syntax::        Syntax for meta-characters.
-* Other Char Bits::         Syntax for hyper-, super-, and alt-characters.
-Cons Cell and List Types
-* Box Diagrams::            Drawing pictures of lists.
-* Dotted Pair Notation::    A general syntax for cons cells.
-* Association List Type::   A specially constructed list.
-String Type
-* Syntax for Strings::      How to specify Lisp strings.
-* Non-ASCII in Strings::    International characters in strings.
-* Nonprinting Characters::  Literal unprintable characters in strings.
-* Text Props and Strings::  Strings with text properties.
-Editing Types
-* Buffer Type::             The basic object of editing.
-* Marker Type::             A position in a buffer.
-* Window Type::             Buffers are displayed in windows.
-* Frame Type::              Windows subdivide frames.
-* Terminal Type::           A terminal device displays frames.
-* Window Configuration Type::  Recording the way a frame is subdivided.
-* Frame Configuration Type::   Recording the status of all frames.
-* Process Type::            A subprocess of Emacs running on the underlying OS.
-* Stream Type::             Receive or send characters.
-* Keymap Type::             What function a keystroke invokes.
-* Overlay Type::            How an overlay is represented.
-* Font Type::               Fonts for displaying text.
-Numbers
-* Integer Basics::          Representation and range of integers.
-* Float Basics::            Representation and range of floating point.
-* Predicates on Numbers::   Testing for numbers.
-* Comparison of Numbers::   Equality and inequality predicates.
-* Numeric Conversions::     Converting float to integer and vice versa.
-* Arithmetic Operations::   How to add, subtract, multiply and divide.
-* Rounding Operations::     Explicitly rounding floating point numbers.
-* Bitwise Operations::      Logical and, or, not, shifting.
-* Math Functions::          Trig, exponential and logarithmic functions.
-* Random Numbers::          Obtaining random integers, predictable or not.
-Strings and Characters
-* String Basics::           Basic properties of strings and characters.
-* Predicates for Strings::  Testing whether an object is a string or char.
-* Creating Strings::        Functions to allocate new strings.
-* Modifying Strings::         Altering the contents of an existing string.
-* Text Comparison::         Comparing characters or strings.
-* String Conversion::       Converting to and from characters and strings.
-* Formatting Strings::      @code{format}: Emacs's analogue of @code{printf}.
-* Case Conversion::         Case conversion functions.
-* Case Tables::             Customizing case conversion.
-Lists
-* Cons Cells::              How lists are made out of cons cells.
-* List-related Predicates:: Is this object a list?  Comparing two lists.
-* List Elements::           Extracting the pieces of a list.
-* Building Lists::          Creating list structure.
-* List Variables::          Modifying lists stored in variables.
-* Modifying Lists::         Storing new pieces into an existing list.
-* Sets And Lists::          A list can represent a finite mathematical set.
-* Association Lists::       A list can represent a finite relation or mapping.
-* Rings::                   Managing a fixed-size ring of objects.
-Modifying Existing List Structure
-* Setcar::                  Replacing an element in a list.
-* Setcdr::                  Replacing part of the list backbone.
-                              This can be used to remove or add elements.
-* Rearrangement::           Reordering the elements in a list; combining lists.
-Sequences, Arrays, and Vectors
-* Sequence Functions::      Functions that accept any kind of sequence.
-* Arrays::                  Characteristics of arrays in Emacs Lisp.
-* Array Functions::         Functions specifically for arrays.
-* Vectors::                 Special characteristics of Emacs Lisp vectors.
-* Vector Functions::        Functions specifically for vectors.
-* Char-Tables::             How to work with char-tables.
-* Bool-Vectors::            How to work with bool-vectors.
-Hash Tables
-* Creating Hash::           Functions to create hash tables.
-* Hash Access::             Reading and writing the hash table contents.
-* Defining Hash::           Defining new comparison methods.
-* Other Hash::              Miscellaneous.
-Symbols
-* Symbol Components::       Symbols have names, values, function definitions
-                              and property lists.
-* Definitions::             A definition says how a symbol will be used.
-* Creating Symbols::        How symbols are kept unique.
-* Property Lists::          Each symbol has a property list
-                              for recording miscellaneous information.
-Property Lists
-* Plists and Alists::       Comparison of the advantages of property
-                              lists and association lists.
-* Symbol Plists::           Functions to access symbols' property lists.
-* Other Plists::            Accessing property lists stored elsewhere.
-Evaluation
-* Intro Eval::              Evaluation in the scheme of things.
-* Forms::                   How various sorts of objects are evaluated.
-* Quoting::                 Avoiding evaluation (to put constants in
-                              the program).
-* Backquote::               Easier construction of list structure.
-* Eval::                    How to invoke the Lisp interpreter explicitly.
-Kinds of Forms
-* Self-Evaluating Forms::   Forms that evaluate to themselves.
-* Symbol Forms::            Symbols evaluate as variables.
-* Classifying Lists::       How to distinguish various sorts of list forms.
-* Function Indirection::    When a symbol appears as the car of a list,
-                              we find the real function via the symbol.
-* Function Forms::          Forms that call functions.
-* Macro Forms::             Forms that call macros.
-* Special Forms::           "Special forms" are idiosyncratic primitives,
-                              most of them extremely important.
-* Autoloading::             Functions set up to load files
-                              containing their real definitions.
-Control Structures
-* Sequencing::              Evaluation in textual order.
-* Conditionals::            @code{if}, @code{cond}, @code{when}, @code{unless}.
-* Combining Conditions::    @code{and}, @code{or}, @code{not}.
-* Iteration::               @code{while} loops.
-* Nonlocal Exits::          Jumping out of a sequence.
-Nonlocal Exits
-* Catch and Throw::         Nonlocal exits for the program's own purposes.
-* Examples of Catch::       Showing how such nonlocal exits can be written.
-* Errors::                  How errors are signaled and handled.
-* Cleanups::                Arranging to run a cleanup form if an
-                              error happens.
-Errors
-* Signaling Errors::        How to report an error.
-* Processing of Errors::    What Emacs does when you report an error.
-* Handling Errors::         How you can trap errors and continue execution.
-* Error Symbols::           How errors are classified for trapping them.
-Variables
-* Global Variables::        Variable values that exist permanently, everywhere.
-* Constant Variables::      Certain "variables" have values that never change.
-* Local Variables::         Variable values that exist only temporarily.
-* Void Variables::          Symbols that lack values.
-* Defining Variables::      A definition says a symbol is used as a variable.
-* Tips for Defining::       Things you should think about when you
-                              define a variable.
-* Accessing Variables::     Examining values of variables whose names
-                              are known only at run time.
-* Setting Variables::       Storing new values in variables.
-* Variable Scoping::        How Lisp chooses among local and global values.
-* Buffer-Local Variables::  Variable values in effect only in one buffer.
-* File Local Variables::    Handling local variable lists in files.
-* Directory Local Variables:: Local variables common to all files in a
-                                directory.
-* Frame-Local Variables::   Frame-local bindings for variables.
-* Variable Aliases::        Variables that are aliases for other variables.
-* Variables with Restricted Values::  Non-constant variables whose value can
-                                        @emph{not} be an arbitrary Lisp object.
-Scoping Rules for Variable Bindings
-* Scope::                   Scope means where in the program a value
-                              is visible.  Comparison with other languages.
-* Extent::                  Extent means how long in time a value exists.
-* Impl of Scope::           Two ways to implement dynamic scoping.
-* Using Scoping::           How to use dynamic scoping carefully and
-                              avoid problems.
-Buffer-Local Variables
-* Intro to Buffer-Local::   Introduction and concepts.
-* Creating Buffer-Local::   Creating and destroying buffer-local bindings.
-* Default Value::           The default value is seen in buffers
-                              that don't have their own buffer-local values.
-Functions
-* What Is a Function::      Lisp functions vs. primitives; terminology.
-* Lambda Expressions::      How functions are expressed as Lisp objects.
-* Function Names::          A symbol can serve as the name of a function.
-* Defining Functions::      Lisp expressions for defining functions.
-* Calling Functions::       How to use an existing function.
-* Mapping Functions::       Applying a function to each element of a list, etc.
-* Anonymous Functions::     Lambda expressions are functions with no names.
-* Function Cells::          Accessing or setting the function definition
-                              of a symbol.
-* Closures::                Functions that enclose a lexical environment.
-* Obsolete Functions::      Declaring functions obsolete.
-* Inline Functions::        Defining functions that the compiler
-                              will expand inline.
-* Declaring Functions::     Telling the compiler that a function is defined.
-* Function Safety::         Determining whether a function is safe to call.
-* Related Topics::          Cross-references to specific Lisp primitives
-                              that have a special bearing on how
-                              functions work.
-Lambda Expressions
-* Lambda Components::       The parts of a lambda expression.
-* Simple Lambda::           A simple example.
-* Argument List::           Details and special features of argument lists.
-* Function Documentation::  How to put documentation in a function.
-Macros
-* Simple Macro::            A basic example.
-* Expansion::               How, when and why macros are expanded.
-* Compiling Macros::        How macros are expanded by the compiler.
-* Defining Macros::         How to write a macro definition.
-* Problems with Macros::    Don't evaluate the macro arguments too many times.
-                              Don't hide the user's variables.
-* Indenting Macros::        Specifying how to indent macro calls.
-Common Problems Using Macros
-* Wrong Time::             Do the work in the expansion, not in the macro.
-* Argument Evaluation::    The expansion should evaluate each macro arg once.
-* Surprising Local Vars::  Local variable bindings in the expansion
-                              require special care.
-* Eval During Expansion::  Don't evaluate them; put them in the expansion.
-* Repeated Expansion::     Avoid depending on how many times expansion is done.
-Customization Settings
-* Common Keywords::         Common keyword arguments for all kinds of
-                              customization declarations.
-* Group Definitions::       Writing customization group definitions.
-* Variable Definitions::    Declaring user options.
-* Customization Types::     Specifying the type of a user option.
-* Applying Customizations:: Functions to apply customization settings.
-* Custom Themes::           Writing Custom themes.
-Customization Types
-* Simple Types::            Simple customization types: sexp, integer, number,
-                              string, file, directory, alist.
-* Composite Types::         Build new types from other types or data.
-* Splicing into Lists::     Splice elements into list with @code{:inline}.
-* Type Keywords::           Keyword-argument pairs in a customization type.
-* Defining New Types::      Give your type a name.
-Loading
-* How Programs Do Loading:: The @code{load} function and others.
-* Load Suffixes::           Details about the suffixes that @code{load} tries.
-* Library Search::          Finding a library to load.
-* Loading Non-ASCII::       Non-@acronym{ASCII} characters in Emacs Lisp files.
-* Autoload::                Setting up a function to autoload.
-* Repeated Loading::        Precautions about loading a file twice.
-* Named Features::          Loading a library if it isn't already loaded.
-* Where Defined::           Finding which file defined a certain symbol.
-* Unloading::               How to "unload" a library that was loaded.
-* Hooks for Loading::       Providing code to be run when
-                              particular libraries are loaded.
-Byte Compilation
-* Speed of Byte-Code::      An example of speedup from byte compilation.
-* Compilation Functions::   Byte compilation functions.
-* Docs and Compilation::    Dynamic loading of documentation strings.
-* Dynamic Loading::         Dynamic loading of individual functions.
-* Eval During Compile::     Code to be evaluated when you compile.
-* Compiler Errors::         Handling compiler error messages.
-* Byte-Code Objects::       The data type used for byte-compiled functions.
-* Disassembly::             Disassembling byte-code; how to read byte-code.
-Advising Emacs Lisp Functions
-* Simple Advice::           A simple example to explain the basics of advice.
-* Defining Advice::         Detailed description of @code{defadvice}.
-* Around-Advice::           Wrapping advice around a function's definition.
-* Computed Advice::         ...is to @code{defadvice} as @code{fset} is to @code{defun}.
-* Activation of Advice::    Advice doesn't do anything until you activate it.
-* Enabling Advice::         You can enable or disable each piece of advice.
-* Preactivation::           Preactivation is a way of speeding up the
-                              loading of compiled advice.
-* Argument Access in Advice:: How advice can access the function's arguments.
-* Combined Definition::     How advice is implemented.
-Debugging Lisp Programs
-* Debugger::                A debugger for the Emacs Lisp evaluator.
-* Edebug::                  A source-level Emacs Lisp debugger.
-* Syntax Errors::           How to find syntax errors.
-* Test Coverage::           Ensuring you have tested all branches in your code.
-The Lisp Debugger
-* Error Debugging::         Entering the debugger when an error happens.
-* Infinite Loops::          Stopping and debugging a program that doesn't exit.
-* Function Debugging::      Entering it when a certain function is called.
-* Explicit Debug::          Entering it at a certain point in the program.
-* Using Debugger::          What the debugger does; what you see while in it.
-* Debugger Commands::       Commands used while in the debugger.
-* Invoking the Debugger::   How to call the function @code{debug}.
-* Internals of Debugger::   Subroutines of the debugger, and global variables.
-Edebug
-* Using Edebug::            Introduction to use of Edebug.
-* Instrumenting::           You must instrument your code
-                              in order to debug it with Edebug.
-* Edebug Execution Modes::  Execution modes, stopping more or less often.
-* Jumping::                 Commands to jump to a specified place.
-* Edebug Misc::             Miscellaneous commands.
-* Breaks::                  Setting breakpoints to make the program stop.
-* Trapping Errors::         Trapping errors with Edebug.
-* Edebug Views::            Views inside and outside of Edebug.
-* Edebug Eval::             Evaluating expressions within Edebug.
-* Eval List::               Expressions whose values are displayed
-                              each time you enter Edebug.
-* Printing in Edebug::      Customization of printing.
-* Trace Buffer::            How to produce trace output in a buffer.
-* Coverage Testing::        How to test evaluation coverage.
-* The Outside Context::     Data that Edebug saves and restores.
-* Edebug and Macros::       Specifying how to handle macro calls.
-* Edebug Options::          Option variables for customizing Edebug.
-Breaks
-* Breakpoints::             Breakpoints at stop points.
-* Global Break Condition::  Breaking on an event.
-* Source Breakpoints::      Embedding breakpoints in source code.
-The Outside Context
-* Checking Whether to Stop::When Edebug decides what to do.
-* Edebug Display Update::   When Edebug updates the display.
-* Edebug Recursive Edit::   When Edebug stops execution.
-Edebug and Macros
-* Instrumenting Macro Calls::The basic problem.
-* Specification List::      How to specify complex patterns of evaluation.
-* Backtracking::            What Edebug does when matching fails.
-* Specification Examples::  To help understand specifications.
-Debugging Invalid Lisp Syntax
-* Excess Open::             How to find a spurious open paren or missing close.
-* Excess Close::            How to find a spurious close paren or missing open.
-Reading and Printing Lisp Objects
-* Streams Intro::           Overview of streams, reading and printing.
-* Input Streams::           Various data types that can be used as
-                              input streams.
-* Input Functions::         Functions to read Lisp objects from text.
-* Output Streams::          Various data types that can be used as
-                              output streams.
-* Output Functions::        Functions to print Lisp objects as text.
-* Output Variables::        Variables that control what the printing
-                              functions do.
-Minibuffers
-* Intro to Minibuffers::    Basic information about minibuffers.
-* Text from Minibuffer::    How to read a straight text string.
-* Object from Minibuffer::  How to read a Lisp object or expression.
-* Minibuffer History::      Recording previous minibuffer inputs
-                              so the user can reuse them.
-* Initial Input::           Specifying initial contents for the minibuffer.
-* Completion::              How to invoke and customize completion.
-* Yes-or-No Queries::       Asking a question with a simple answer.
-* Multiple Queries::        Asking a series of similar questions.
-* Reading a Password::      Reading a password from the terminal.
-* Minibuffer Commands::     Commands used as key bindings in minibuffers.
-* Minibuffer Windows::      Operating on the special minibuffer windows.
-* Minibuffer Contents::     How such commands access the minibuffer text.
-* Recursive Mini::          Whether recursive entry to minibuffer is allowed.
-* Minibuffer Misc::         Various customization hooks and variables.
-Completion
-* Basic Completion::        Low-level functions for completing strings.
-                              (These are too low level to use the minibuffer.)
-* Minibuffer Completion::   Invoking the minibuffer with completion.
-* Completion Commands::     Minibuffer commands that do completion.
-* High-Level Completion::   Convenient special cases of completion
-                              (reading buffer names, variable names, etc.).
-* Reading File Names::      Using completion to read file names and
-                              shell commands.
-* Completion Variables::    Variables controlling completion behavior.
-* Programmed Completion::   Writing your own completion function.
-* Completion in Buffers::   Completing text in ordinary buffers.
-Command Loop
-* Command Overview::    How the command loop reads commands.
-* Defining Commands::   Specifying how a function should read arguments.
-* Interactive Call::    Calling a command, so that it will read arguments.
-* Distinguish Interactive::     Making a command distinguish interactive calls.
-* Command Loop Info::   Variables set by the command loop for you to examine.
-* Adjusting Point::     Adjustment of point after a command.
-* Input Events::        What input looks like when you read it.
-* Reading Input::       How to read input events from the keyboard or mouse.
-* Special Events::      Events processed immediately and individually.
-* Waiting::             Waiting for user input or elapsed time.
-* Quitting::            How @kbd{C-g} works.  How to catch or defer quitting.
-* Prefix Command Arguments::    How the commands to set prefix args work.
-* Recursive Editing::   Entering a recursive edit,
-                          and why you usually shouldn't.
-* Disabling Commands::  How the command loop handles disabled commands.
-* Command History::     How the command history is set up, and how accessed.
-* Keyboard Macros::     How keyboard macros are implemented.
-Defining Commands
-* Using Interactive::       General rules for @code{interactive}.
-* Interactive Codes::       The standard letter-codes for reading arguments
-                              in various ways.
-* Interactive Examples::    Examples of how to read interactive arguments.
-Input Events
-* Keyboard Events::         Ordinary characters--keys with symbols on them.
-* Function Keys::           Function keys--keys with names, not symbols.
-* Mouse Events::            Overview of mouse events.
-* Click Events::            Pushing and releasing a mouse button.
-* Drag Events::             Moving the mouse before releasing the button.
-* Button-Down Events::      A button was pushed and not yet released.
-* Repeat Events::           Double and triple click (or drag, or down).
-* Motion Events::           Just moving the mouse, not pushing a button.
-* Focus Events::            Moving the mouse between frames.
-* Misc Events::             Other events the system can generate.
-* Event Examples::          Examples of the lists for mouse events.
-* Classifying Events::      Finding the modifier keys in an event symbol.
-                              Event types.
-* Accessing Mouse::         Functions to extract info from mouse events.
-* Accessing Scroll::        Functions to get info from scroll bar events.
-* Strings of Events::       Special considerations for putting
-                              keyboard character events in a string.
-Reading Input
-* Key Sequence Input::      How to read one key sequence.
-* Reading One Event::       How to read just one event.
-* Event Mod::               How Emacs modifies events as they are read.
-* Invoking the Input Method::   How reading an event uses the input method.
-* Quoted Character Input::  Asking the user to specify a character.
-* Event Input Misc::        How to reread or throw away input events.
-Keymaps
-* Key Sequences::           Key sequences as Lisp objects.
-* Keymap Basics::           Basic concepts of keymaps.
-* Format of Keymaps::       What a keymap looks like as a Lisp object.
-* Creating Keymaps::        Functions to create and copy keymaps.
-* Inheritance and Keymaps:: How one keymap can inherit the bindings
-                              of another keymap.
-* Prefix Keys::             Defining a key with a keymap as its definition.
-* Active Keymaps::          How Emacs searches the active keymaps
-                              for a key binding.
-* Searching Keymaps::       A pseudo-Lisp summary of searching active maps.
-* Controlling Active Maps:: Each buffer has a local keymap
-                               to override the standard (global) bindings.
-                               A minor mode can also override them.
-* Key Lookup::              Finding a key's binding in one keymap.
-* Functions for Key Lookup::    How to request key lookup.
-* Changing Key Bindings::   Redefining a key in a keymap.
-* Remapping Commands::      A keymap can translate one command to another.
-* Translation Keymaps::     Keymaps for translating sequences of events.
-* Key Binding Commands::    Interactive interfaces for redefining keys.
-* Scanning Keymaps::        Looking through all keymaps, for printing help.
-* Menu Keymaps::            Defining a menu as a keymap.
-Menu Keymaps
-* Defining Menus::          How to make a keymap that defines a menu.
-* Mouse Menus::             How users actuate the menu with the mouse.
-* Keyboard Menus::          How users actuate the menu with the keyboard.
-* Menu Example::            Making a simple menu.
-* Menu Bar::                How to customize the menu bar.
-* Tool Bar::                A tool bar is a row of images.
-* Modifying Menus::         How to add new items to a menu.
-Defining Menus
-* Simple Menu Items::       A simple kind of menu key binding,
-                              limited in capabilities.
-* Extended Menu Items::     More powerful menu item definitions
-                              let you specify keywords to enable
-                              various features.
-* Menu Separators::         Drawing a horizontal line through a menu.
-* Alias Menu Items::        Using command aliases in menu items.
-* Toolkit Differences::     Not all toolkits provide the same features.
-Major and Minor Modes
-* Hooks::              How to use hooks; how to write code that provides hooks.
-* Major Modes::        Defining major modes.
-* Minor Modes::        Defining minor modes.
-* Mode Line Format::   Customizing the text that appears in the mode line.
-* Imenu::              Providing a menu of definitions made in a buffer.
-* Font Lock Mode::     How modes can highlight text according to syntax.
-* Auto-Indentation::   How to teach Emacs to indent for a major mode.
-* Desktop Save Mode::  How modes can have buffer state saved between
-                         Emacs sessions.
-Hooks
-* Running Hooks::      How to run a hook.
-* Setting Hooks::      How to put functions on a hook, or remove them.
-Major Modes
-* Major Mode Conventions::  Coding conventions for keymaps, etc.
-* Auto Major Mode::         How Emacs chooses the major mode automatically.
-* Mode Help::               Finding out how to use a mode.
-* Derived Modes::           Defining a new major mode based on another major
-                              mode.
-* Basic Major Modes::       Modes that other modes are often derived from.
-* Mode Hooks::              Hooks run at the end of major mode functions.
-* Tabulated List Mode::     Parent mode for buffers containing tabulated data.
-* Generic Modes::           Defining a simple major mode that supports
-                              comment syntax and Font Lock mode.
-* Example Major Modes::     Text mode and Lisp modes.
-Minor Modes
-* Minor Mode Conventions::  Tips for writing a minor mode.
-* Keymaps and Minor Modes:: How a minor mode can have its own keymap.
-* Defining Minor Modes::    A convenient facility for defining minor modes.
-Mode Line Format
-* Mode Line Basics::        Basic ideas of mode line control.
-* Mode Line Data::          The data structure that controls the mode line.
-* Mode Line Top::           The top level variable, mode-line-format.
-* Mode Line Variables::     Variables used in that data structure.
-* %-Constructs::            Putting information into a mode line.
-* Properties in Mode::      Using text properties in the mode line.
-* Header Lines::            Like a mode line, but at the top.
-* Emulating Mode Line::     Formatting text as the mode line would.
-Font Lock Mode
-* Font Lock Basics::        Overview of customizing Font Lock.
-* Search-based Fontification::  Fontification based on regexps.
-* Customizing Keywords::    Customizing search-based fontification.
-* Other Font Lock Variables::   Additional customization facilities.
-* Levels of Font Lock::     Each mode can define alternative levels
-                              so that the user can select more or less.
-* Precalculated Fontification:: How Lisp programs that produce the buffer
-                                  contents can also specify how to fontify it.
-* Faces for Font Lock::     Special faces specifically for Font Lock.
-* Syntactic Font Lock::     Fontification based on syntax tables.
-* Multiline Font Lock::     How to coerce Font Lock into properly
-                              highlighting multiline constructs.
-Multiline Font Lock Constructs
-* Font Lock Multiline::     Marking multiline chunks with a text property.
-* Region to Refontify::     Controlling which region gets refontified
-                              after a buffer change.
-Automatic Indentation of code
-* SMIE::                    A simple minded indentation engine.
-Simple Minded Indentation Engine
-* SMIE setup::              SMIE setup and features.
-* Operator Precedence Grammars:: A very simple parsing technique.
-* SMIE Grammar::            Defining the grammar of a language.
-* SMIE Lexer::              Defining tokens.
-* SMIE Tricks::             Working around the parser's limitations.
-* SMIE Indentation::        Specifying indentation rules.
-* SMIE Indentation Helpers:: Helper functions for indentation rules.
-* SMIE Indentation Example::  Sample indentation rules.
-Documentation
-* Documentation Basics::    Where doc strings are defined and stored.
-* Accessing Documentation:: How Lisp programs can access doc strings.
-* Keys in Documentation::   Substituting current key bindings.
-* Describing Characters::   Making printable descriptions of
-                              non-printing characters and key sequences.
-* Help Functions::          Subroutines used by Emacs help facilities.
-Files
-* Visiting Files::          Reading files into Emacs buffers for editing.
-* Saving Buffers::          Writing changed buffers back into files.
-* Reading from Files::      Reading files into buffers without visiting.
-* Writing to Files::        Writing new files from parts of buffers.
-* File Locks::              Locking and unlocking files, to prevent
-                              simultaneous editing by two people.
-* Information about Files:: Testing existence, accessibility, size of files.
-* Changing Files::          Renaming files, changing permissions, etc.
-* File Names::              Decomposing and expanding file names.
-* Contents of Directories:: Getting a list of the files in a directory.
-* Create/Delete Dirs::      Creating and Deleting Directories.
-* Magic File Names::        Special handling for certain file names.
-* Format Conversion::       Conversion to and from various file formats.
-Visiting Files
-* Visiting Functions::      The usual interface functions for visiting.
-* Subroutines of Visiting:: Lower-level subroutines that they use.
-Information about Files
-* Testing Accessibility::   Is a given file readable?  Writable?
-* Kinds of Files::          Is it a directory?  A symbolic link?
-* Truenames::               Eliminating symbolic links from a file name.
-* File Attributes::         How large is it?  Any other names?  Etc.
-* Locating Files::          How to find a file in standard places.
-File Names
-* File Name Components::    The directory part of a file name, and the rest.
-* Relative File Names::     Some file names are relative to a current directory.
-* Directory Names::         A directory's name as a directory
-                              is different from its name as a file.
-* File Name Expansion::     Converting relative file names to absolute ones.
-* Unique File Names::       Generating names for temporary files.
-* File Name Completion::    Finding the completions for a given file name.
-* Standard File Names::     If your package uses a fixed file name,
-                              how to handle various operating systems simply.
-File Format Conversion
-* Format Conversion Overview::   @code{insert-file-contents} and @code{write-region}.
-* Format Conversion Round-Trip:: Using @code{format-alist}.
-* Format Conversion Piecemeal::  Specifying non-paired conversion.
-Backups and Auto-Saving
-* Backup Files::            How backup files are made; how their names
-                              are chosen.
-* Auto-Saving::             How auto-save files are made; how their
-                              names are chosen.
-* Reverting::               @code{revert-buffer}, and how to customize
-                              what it does.
-Backup Files
-* Making Backups::          How Emacs makes backup files, and when.
-* Rename or Copy::          Two alternatives: renaming the old file
-                              or copying it.
-* Numbered Backups::        Keeping multiple backups for each source file.
-* Backup Names::            How backup file names are computed; customization.
-Buffers
-* Buffer Basics::           What is a buffer?
-* Current Buffer::          Designating a buffer as current
-                              so that primitives will access its contents.
-* Buffer Names::            Accessing and changing buffer names.
-* Buffer File Name::        The buffer file name indicates which file
-                              is visited.
-* Buffer Modification::     A buffer is @dfn{modified} if it needs to be saved.
-* Modification Time::       Determining whether the visited file was changed
-                              "behind Emacs's back".
-* Read Only Buffers::       Modifying text is not allowed in a
-                              read-only buffer.
-* The Buffer List::         How to look at all the existing buffers.
-* Creating Buffers::        Functions that create buffers.
-* Killing Buffers::         Buffers exist until explicitly killed.
-* Indirect Buffers::        An indirect buffer shares text with some
-                              other buffer.
-* Swapping Text::           Swapping text between two buffers.
-* Buffer Gap::              The gap in the buffer.
-Windows
-* Basic Windows::           Basic information on using windows.
-* Splitting Windows::       Splitting one window into two windows.
-* Deleting Windows::        Deleting a window gives its space to other windows.
-* Selecting Windows::       The selected window is the one that you edit in.
-* Cyclic Window Ordering::  Moving around the existing windows.
-* Buffers and Windows::     Each window displays the contents of a buffer.
-* Switching Buffers::       Higher-level functions for switching to a buffer.
-* Choosing Window::         How to choose a window for displaying a buffer.
-* Display Action Functions:: Subroutines for @code{display-buffer}.
-* Choosing Window Options:: Extra options affecting how buffers are displayed.
-* Window History::          Each window remembers the buffers displayed in it.
-* Dedicated Windows::       How to avoid displaying another buffer in
-                              a specific window.
-* Window Point::            Each window has its own location of point.
-* Window Start and End::    Buffer positions indicating which text is
-                              on-screen in a window.
-* Textual Scrolling::       Moving text up and down through the window.
-* Vertical Scrolling::      Moving the contents up and down on the window.
-* Horizontal Scrolling::    Moving the contents sideways on the window.
-* Size of Window::          Accessing the size of a window.
-* Resizing Windows::        Changing the size of a window.
-* Coordinates and Windows:: Converting coordinates to windows.
-* Window Tree::             The layout and sizes of all windows in a frame.
-* Window Configurations::   Saving and restoring the state of the screen.
-* Window Parameters::       Associating additional information with windows.
-* Window Hooks::            Hooks for scrolling, window size changes,
-                              redisplay going past a certain point,
-                              or window configuration changes.
-Frames
-* Creating Frames::         Creating additional frames.
-* Multiple Terminals::      Displaying on several different devices.
-* Frame Parameters::        Controlling frame size, position, font, etc.
-* Terminal Parameters::     Parameters common for all frames on terminal.
-* Frame Titles::            Automatic updating of frame titles.
-* Deleting Frames::         Frames last until explicitly deleted.
-* Finding All Frames::      How to examine all existing frames.
-* Frames and Windows::      A frame contains windows;
-                              display of text always works through windows.
-* Minibuffers and Frames::  How a frame finds the minibuffer to use.
-* Input Focus::             Specifying the selected frame.
-* Visibility of Frames::    Frames may be visible or invisible, or icons.
-* Raising and Lowering::    Raising a frame makes it hide other windows;
-                              lowering it makes the others hide it.
-* Frame Configurations::    Saving the state of all frames.
-* Mouse Tracking::          Getting events that say when the mouse moves.
-* Mouse Position::          Asking where the mouse is, or moving it.
-* Pop-Up Menus::            Displaying a menu for the user to select from.
-* Dialog Boxes::            Displaying a box to ask yes or no.
-* Pointer Shape::           Specifying the shape of the mouse pointer.
-* Window System Selections::Transferring text to and from other X clients.
-* Drag and Drop::               Internals of Drag-and-Drop implementation.
-* Color Names::             Getting the definitions of color names.
-* Text Terminal Colors::    Defining colors for text terminals.
-* Resources::               Getting resource values from the server.
-* Display Feature Testing:: Determining the features of a terminal.
-Frame Parameters
-* Parameter Access::        How to change a frame's parameters.
-* Initial Parameters::      Specifying frame parameters when you make a frame.
-* Window Frame Parameters:: List of frame parameters for window systems.
-* Size and Position::       Changing the size and position of a frame.
-* Geometry::                Parsing geometry specifications.
-Window Frame Parameters
-* Basic Parameters::        Parameters that are fundamental.
-* Position Parameters::     The position of the frame on the screen.
-* Size Parameters::         Frame's size.
-* Layout Parameters::       Size of parts of the frame, and
-                              enabling or disabling some parts.
-* Buffer Parameters::       Which buffers have been or should be shown.
-* Management Parameters::   Communicating with the window manager.
-* Cursor Parameters::       Controlling the cursor appearance.
-* Font and Color Parameters:: Fonts and colors for the frame text.
-Positions
-* Point::                   The special position where editing takes place.
-* Motion::                  Changing point.
-* Excursions::              Temporary motion and buffer changes.
-* Narrowing::               Restricting editing to a portion of the buffer.
-Motion
-* Character Motion::        Moving in terms of characters.
-* Word Motion::             Moving in terms of words.
-* Buffer End Motion::       Moving to the beginning or end of the buffer.
-* Text Lines::              Moving in terms of lines of text.
-* Screen Lines::            Moving in terms of lines as displayed.
-* List Motion::             Moving by parsing lists and sexps.
-* Skipping Characters::     Skipping characters belonging to a certain set.
-Markers
-* Overview of Markers::     The components of a marker, and how it relocates.
-* Predicates on Markers::   Testing whether an object is a marker.
-* Creating Markers::        Making empty markers or markers at certain places.
-* Information from Markers::Finding the marker's buffer or character position.
-* Marker Insertion Types::  Two ways a marker can relocate when you
-                              insert where it points.
-* Moving Markers::          Moving the marker to a new buffer or position.
-* The Mark::                How "the mark" is implemented with a marker.
-* The Region::              How to access "the region".
-Text
-* Near Point::              Examining text in the vicinity of point.
-* Buffer Contents::         Examining text in a general fashion.
-* Comparing Text::          Comparing substrings of buffers.
-* Insertion::               Adding new text to a buffer.
-* Commands for Insertion::  User-level commands to insert text.
-* Deletion::                Removing text from a buffer.
-* User-Level Deletion::     User-level commands to delete text.
-* The Kill Ring::           Where removed text sometimes is saved for
-                              later use.
-* Undo::                    Undoing changes to the text of a buffer.
-* Maintaining Undo::        How to enable and disable undo information.
-                              How to control how much information is kept.
-* Filling::                 Functions for explicit filling.
-* Margins::                 How to specify margins for filling commands.
-* Adaptive Fill::           Adaptive Fill mode chooses a fill prefix
-                              from context.
-* Auto Filling::            How auto-fill mode is implemented to break lines.
-* Sorting::                 Functions for sorting parts of the buffer.
-* Columns::                 Computing horizontal positions, and using them.
-* Indentation::             Functions to insert or adjust indentation.
-* Case Changes::            Case conversion of parts of the buffer.
-* Text Properties::         Assigning Lisp property lists to text characters.
-* Substitution::            Replacing a given character wherever it appears.
-* Transposition::           Swapping two portions of a buffer.
-* Registers::               How registers are implemented.  Accessing
-                              the text or position stored in a register.
-* Base 64::                 Conversion to or from base 64 encoding.
-* Checksum/Hash::           Computing cryptographic hashes.
-* Parsing HTML/XML::        Parsing HTML and XML.
-* Atomic Changes::          Installing several buffer changes "atomically".
-* Change Hooks::            Supplying functions to be run when text is changed.
-The Kill Ring
-* Kill Ring Concepts::      What text looks like in the kill ring.
-* Kill Functions::          Functions that kill text.
-* Yanking::                 How yanking is done.
-* Yank Commands::           Commands that access the kill ring.
-* Low-Level Kill Ring::     Functions and variables for kill ring access.
-* Internals of Kill Ring::  Variables that hold kill ring data.
-Indentation
-* Primitive Indent::        Functions used to count and insert indentation.
-* Mode-Specific Indent::    Customize indentation for different modes.
-* Region Indent::           Indent all the lines in a region.
-* Relative Indent::         Indent the current line based on previous lines.
-* Indent Tabs::             Adjustable, typewriter-like tab stops.
-* Motion by Indent::        Move to first non-blank character.
-Text Properties
-* Examining Properties::    Looking at the properties of one character.
-* Changing Properties::     Setting the properties of a range of text.
-* Property Search::         Searching for where a property changes value.
-* Special Properties::      Particular properties with special meanings.
-* Format Properties::       Properties for representing formatting of text.
-* Sticky Properties::       How inserted text gets properties from
-                              neighboring text.
-* Lazy Properties::         Computing text properties in a lazy fashion
-                              only when text is examined.
-* Clickable Text::          Using text properties to make regions of text
-                              do something when you click on them.
-* Fields::                  The @code{field} property defines
-                              fields within the buffer.
-* Not Intervals::           Why text properties do not use
-                              Lisp-visible text intervals.
-Non-@acronym{ASCII} Characters
-* Text Representations::    How Emacs represents text.
-* Converting Representations::  Converting unibyte to multibyte and vice versa.
-* Selecting a Representation::  Treating a byte sequence as unibyte or multi.
-* Character Codes::         How unibyte and multibyte relate to
-                                codes of individual characters.
-* Character Properties::    Character attributes that define their
-                                behavior and handling.
-* Character Sets::          The space of possible character codes
-                                is divided into various character sets.
-* Scanning Charsets::       Which character sets are used in a buffer?
-* Translation of Characters::   Translation tables are used for conversion.
-* Coding Systems::          Coding systems are conversions for saving files.
-* Input Methods::           Input methods allow users to enter various
-                                non-ASCII characters without special keyboards.
-* Locales::                 Interacting with the POSIX locale.
-Coding Systems
-* Coding System Basics::    Basic concepts.
-* Encoding and I/O::        How file I/O functions handle coding systems.
-* Lisp and Coding Systems:: Functions to operate on coding system names.
-* User-Chosen Coding Systems::  Asking the user to choose a coding system.
-* Default Coding Systems::  Controlling the default choices.
-* Specifying Coding Systems::   Requesting a particular coding system
-                                    for a single file operation.
-* Explicit Encoding::       Encoding or decoding text without doing I/O.
-* Terminal I/O Encoding::   Use of encoding for terminal I/O.
-* MS-DOS File Types::       How DOS "text" and "binary" files
-                                relate to coding systems.
-Searching and Matching
-* String Search::           Search for an exact match.
-* Searching and Case::      Case-independent or case-significant searching.
-* Regular Expressions::     Describing classes of strings.
-* Regexp Search::           Searching for a match for a regexp.
-* POSIX Regexps::           Searching POSIX-style for the longest match.
-* Match Data::              Finding out which part of the text matched,
-                              after a string or regexp search.
-* Search and Replace::      Commands that loop, searching and replacing.
-* Standard Regexps::        Useful regexps for finding sentences, pages,...
-Regular Expressions
-* Syntax of Regexps::       Rules for writing regular expressions.
-* Regexp Example::          Illustrates regular expression syntax.
-* Regexp Functions::        Functions for operating on regular expressions.
-Syntax of Regular Expressions
-* Regexp Special::          Special characters in regular expressions.
-* Char Classes::            Character classes used in regular expressions.
-* Regexp Backslash::        Backslash-sequences in regular expressions.
-The Match Data
-* Replacing Match::         Replacing a substring that was matched.
-* Simple Match Data::       Accessing single items of match data,
-                              such as where a particular subexpression started.
-* Entire Match Data::       Accessing the entire match data at once, as a list.
-* Saving Match Data::       Saving and restoring the match data.
-Syntax Tables
-* Syntax Basics::           Basic concepts of syntax tables.
-* Syntax Descriptors::      How characters are classified.
-* Syntax Table Functions::  How to create, examine and alter syntax tables.
-* Syntax Properties::       Overriding syntax with text properties.
-* Motion and Syntax::       Moving over characters with certain syntaxes.
-* Parsing Expressions::     Parsing balanced expressions
-                              using the syntax table.
-* Standard Syntax Tables::  Syntax tables used by various major modes.
-* Syntax Table Internals::  How syntax table information is stored.
-* Categories::              Another way of classifying character syntax.
-Syntax Descriptors
-* Syntax Class Table::      Table of syntax classes.
-* Syntax Flags::            Additional flags each character can have.
-Parsing Expressions
-* Motion via Parsing::      Motion functions that work by parsing.
-* Position Parse::          Determining the syntactic state of a position.
-* Parser State::            How Emacs represents a syntactic state.
-* Low-Level Parsing::       Parsing across a specified region.
-* Control Parsing::         Parameters that affect parsing.
-Abbrevs and Abbrev Expansion
-* Abbrev Tables::           Creating and working with abbrev tables.
-* Defining Abbrevs::        Specifying abbreviations and their expansions.
-* Abbrev Files::            Saving abbrevs in files.
-* Abbrev Expansion::        Controlling expansion; expansion subroutines.
-* Standard Abbrev Tables::  Abbrev tables used by various major modes.
-* Abbrev Properties::       How to read and set abbrev properties.
-                            Which properties have which effect.
-* Abbrev Table Properties:: How to read and set abbrev table properties.
-                            Which properties have which effect.
-Processes
-* Subprocess Creation::     Functions that start subprocesses.
-* Shell Arguments::         Quoting an argument to pass it to a shell.
-* Synchronous Processes::   Details of using synchronous subprocesses.
-* Asynchronous Processes::  Starting up an asynchronous subprocess.
-* Deleting Processes::      Eliminating an asynchronous subprocess.
-* Process Information::     Accessing run-status and other attributes.
-* Input to Processes::      Sending input to an asynchronous subprocess.
-* Signals to Processes::    Stopping, continuing or interrupting
-                              an asynchronous subprocess.
-* Output from Processes::   Collecting output from an asynchronous subprocess.
-* Sentinels::               Sentinels run when process run-status changes.
-* Query Before Exit::       Whether to query if exiting will kill a process.
-* System Processes::        Accessing other processes running on your system.
-* Transaction Queues::      Transaction-based communication with subprocesses.
-* Network::                 Opening network connections.
-* Network Servers::         Network servers let Emacs accept net connections.
-* Datagrams::               UDP network connections.
-* Low-Level Network::       Lower-level but more general function
-                              to create connections and servers.
-* Misc Network::            Additional relevant functions for
-                              network connections.
-* Serial Ports::            Communicating with serial ports.
-* Byte Packing::            Using bindat to pack and unpack binary data.
-Receiving Output from Processes
-* Process Buffers::         If no filter, output is put in a buffer.
-* Filter Functions::        Filter functions accept output from the process.
-* Decoding Output::         Filters can get unibyte or multibyte strings.
-* Accepting Output::        How to wait until process output arrives.
-Low-Level Network Access
-* Network Processes::       Using @code{make-network-process}.
-* Network Options::         Further control over network connections.
-* Network Feature Testing:: Determining which network features work on
-                              the machine you are using.
-Packing and Unpacking Byte Arrays
-* Bindat Spec::             Describing data layout.
-* Bindat Functions::        Doing the unpacking and packing.
-* Bindat Examples::         Samples of what bindat.el can do for you!
-Emacs Display
-* Refresh Screen::          Clearing the screen and redrawing everything on it.
-* Forcing Redisplay::       Forcing redisplay.
-* Truncation::              Folding or wrapping long text lines.
-* The Echo Area::           Displaying messages at the bottom of the screen.
-* Warnings::                Displaying warning messages for the user.
-* Invisible Text::          Hiding part of the buffer text.
-* Selective Display::       Hiding part of the buffer text (the old way).
-* Temporary Displays::      Displays that go away automatically.
-* Overlays::                Use overlays to highlight parts of the buffer.
-* Width::                   How wide a character or string is on the screen.
-* Line Height::             Controlling the height of lines.
-* Faces::                   A face defines a graphics style
-                              for text characters: font, colors, etc.
-* Fringes::                 Controlling window fringes.
-* Scroll Bars::             Controlling vertical scroll bars.
-* Display Property::        Enabling special display features.
-* Images::                  Displaying images in Emacs buffers.
-* Buttons::                 Adding clickable buttons to Emacs buffers.
-* Abstract Display::        Emacs's Widget for Object Collections.
-* Blinking::                How Emacs shows the matching open parenthesis.
-* Character Display::       How Emacs displays individual characters.
-* Beeping::                 Audible signal to the user.
-* Window Systems::          Which window system is being used.
-* Bidirectional Display::   Display of bidirectional scripts, such as
-                              Arabic and Farsi.
-The Echo Area
-* Displaying Messages::     Explicitly displaying text in the echo area.
-* Progress::                Informing user about progress of a long operation.
-* Logging Messages::        Echo area messages are logged for the user.
-* Echo Area Customization:: Controlling the echo area.
-Reporting Warnings
-* Warning Basics::          Warnings concepts and functions to report them.
-* Warning Variables::       Variables programs bind to customize
-                              their warnings.
-* Warning Options::         Variables users set to control display of warnings.
-* Delayed Warnings::        Deferring a warning until the end of a command.
-Overlays
-* Managing Overlays::       Creating and moving overlays.
-* Overlay Properties::      How to read and set properties.
-                            What properties do to the screen display.
-* Finding Overlays::        Searching for overlays.
-Faces
-* Defining Faces::          How to define a face.
-* Face Attributes::         What is in a face?
-* Attribute Functions::     Functions to examine and set face attributes.
-* Displaying Faces::        How Emacs combines the faces specified for
-                              a character.
-* Face Remapping::         Remapping faces to alternative definitions.
-* Face Functions::          How to define and examine faces.
-* Auto Faces::              Hook for automatic face assignment.
-* Basic Faces::             Faces that are defined by default.
-* Font Selection::          Finding the best available font for a face.
-* Font Lookup::             Looking up the names of available fonts
-                              and information about them.
-* Fontsets::                A fontset is a collection of fonts
-                              that handle a range of character sets.
-* Low-Level Font::          Lisp representation for character display fonts.
-Fringes
-* Fringe Size/Pos::         Specifying where to put the window fringes.
-* Fringe Indicators::       Displaying indicator icons in the window fringes.
-* Fringe Cursors::          Displaying cursors in the right fringe.
-* Fringe Bitmaps::          Specifying bitmaps for fringe indicators.
-* Customizing Bitmaps::     Specifying your own bitmaps to use in the fringes.
-* Overlay Arrow::           Display of an arrow to indicate position.
-The @code{display} Property
-* Replacing Specs::         Display specs that replace the text.
-* Specified Space::         Displaying one space with a specified width.
-* Pixel Specification::     Specifying space width or height in pixels.
-* Other Display Specs::     Displaying an image; adjusting the height,
-                              spacing, and other properties of text.
-* Display Margins::         Displaying text or images to the side of
-                              the main text.
-Images
-* Image Formats::           Supported image formats.
-* Image Descriptors::       How to specify an image for use in @code{:display}.
-* XBM Images::              Special features for XBM format.
-* XPM Images::              Special features for XPM format.
-* GIF Images::              Special features for GIF format.
-* TIFF Images::             Special features for TIFF format.
-* PostScript Images::       Special features for PostScript format.
-* ImageMagick Images::      Special features available through ImageMagick.
-* Other Image Types::       Various other formats are supported.
-* Defining Images::         Convenient ways to define an image for later use.
-* Showing Images::          Convenient ways to display an image once
-                              it is defined.
-* Animated Images::         Some image formats can be animated.
-* Image Cache::             Internal mechanisms of image display.
-Buttons
-* Button Properties::       Button properties with special meanings.
-* Button Types::            Defining common properties for classes of buttons.
-* Making Buttons::          Adding buttons to Emacs buffers.
-* Manipulating Buttons::    Getting and setting properties of buttons.
-* Button Buffer Commands::  Buffer-wide commands and bindings for buttons.
-Abstract Display
-* Abstract Display Functions::  Functions in the Ewoc package.
-* Abstract Display Example::    Example of using Ewoc.
-Character Display
-* Usual Display::       The usual conventions for displaying characters.
-* Display Tables::      What a display table consists of.
-* Active Display Table::  How Emacs selects a display table to use.
-* Glyphs::              How to define a glyph, and what glyphs mean.
-* Glyphless Chars::     How glyphless characters are drawn.
-Operating System Interface
-* Starting Up::             Customizing Emacs startup processing.
-* Getting Out::             How exiting works (permanent or temporary).
-* System Environment::      Distinguish the name and kind of system.
-* User Identification::     Finding the name and user id of the user.
-* Time of Day::             Getting the current time.
-* Time Conversion::         Converting a time from numeric form to
-                              calendrical data and vice versa.
-* Time Parsing::            Converting a time from numeric form to text
-                              and vice versa.
-* Processor Run Time::      Getting the run time used by Emacs.
-* Time Calculations::       Adding, subtracting, comparing times, etc.
-* Timers::                  Setting a timer to call a function at a
-                              certain time.
-* Idle Timers::             Setting a timer to call a function when Emacs has
-                              been idle for a certain length of time.
-* Terminal Input::          Accessing and recording terminal input.
-* Terminal Output::         Controlling and recording terminal output.
-* Sound Output::            Playing sounds on the computer's speaker.
-* X11 Keysyms::             Operating on key symbols for X Windows.
-* Batch Mode::              Running Emacs without terminal interaction.
-* Session Management::      Saving and restoring state with
-                              X Session Management.
-* Notifications::           Desktop notifications.
-* Dynamic Libraries::       On-demand loading of support libraries.
-Starting Up Emacs
-* Startup Summary::         Sequence of actions Emacs performs at startup.
-* Init File::               Details on reading the init file.
-* Terminal-Specific::       How the terminal-specific Lisp file is read.
-* Command-Line Arguments::  How command-line arguments are processed,
-                              and how you can customize them.
-Getting Out of Emacs
-* Killing Emacs::           Exiting Emacs irreversibly.
-* Suspending Emacs::        Exiting Emacs reversibly.
-Terminal Input
-* Input Modes::             Options for how input is processed.
-* Recording Input::         Saving histories of recent or all input events.
-Preparing Lisp code for distribution
-* Packaging Basics::        The basic concepts of Emacs Lisp packages.
-* Simple Packages::         How to package a single .el file.
-* Multi-file Packages::     How to package multiple files.
-Tips and Conventions
-* Coding Conventions::      Conventions for clean and robust programs.
-* Key Binding Conventions:: Which keys should be bound by which programs.
-* Programming Tips::        Making Emacs code fit smoothly in Emacs.
-* Compilation Tips::        Making compiled code run fast.
-* Warning Tips::            Turning off compiler warnings.
-* Documentation Tips::      Writing readable documentation strings.
-* Comment Tips::            Conventions for writing comments.
-* Library Headers::         Standard headers for library packages.
-GNU Emacs Internals
-* Building Emacs::          How the dumped Emacs is made.
-* Pure Storage::            Kludge to make preloaded Lisp functions shareable.
-* Garbage Collection::      Reclaiming space for Lisp objects no longer used.
-* Memory Usage::            Info about total size of Lisp objects made so far.
-* Writing Emacs Primitives::  Writing C code for Emacs.
-* Object Internals::        Data formats of buffers, windows, processes.
-Object Internals
+Not used
-* Buffer Internals::        Components of a buffer structure.
+* Not used::                This file is only used with TeX, which
-* Window Internals::        Components of a window structure.
+                              generates its own menu.
-* Process Internals::       Components of a process structure.
 @end detailmenu
 @end menu
@@ -1537,12 +193,8 @@ Object Internals
 @include display.texi
 @include os.texi
-@c MOVE to Emacs Manual:  include misc-modes.texi
 @c appendices
-@c  REMOVE this:  include non-hacker.texi
 @include anti.texi
 @include doclicense.texi
 @include gpl.texi