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@@ -20,6 +20,10 @@ and passing the resulting equation to a decision procedure.
 
 For full information see [cprover.org](http://www.cprover.org/cbmc).
 
+For an overview of the various tools that are part of CProver and
+how to use them see [TOOLS_OVERVIEW.md](TOOLS_OVERVIEW.md).
+
+
 Versions
 ========
 
diff --git a/TOOLS_OVERVIEW.md b/TOOLS_OVERVIEW.md
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+## Overview of CProver Tools
+
+This document provides a brief overview of the various tools in
+the CProver project. The goal is as to provide a lightweight reference
+with links to detailed documentation on each of the tools.
+
+The tools in the CProver project are as follows:
+- [cbmc](#cbmc)
+- [goto-analyzer](#goto-analyzer)
+- [goto-cc (goto-gcc, goto-ld)](#goto-cc)
+- [goto-diff](#goto-diff)
+- [goto-harness](#goto-harness)
+- [goto-instrument](#goto-instrument)
+- [janalyzer](#janalyzer)
+- [jbmc](#jbmc)
+- [jdiff](#jdiff)
+- [memory-analyzer](#memory-analyzer)
+- [smt2_solver](#smt2_solver)
+- [symtab2gb](#symtab2gb)
+- [Developer Utilities](#developer-utilities)
+    - [java-unit](#java-unit)
+    - [unit](#unit)
+    - [others (converter, driver, file_converter, java-converter)](#others)
+
+The rest of this document provides a section on each of these tools in alphabetical order.
+Most links in this document are to the [CProver online documentation](http://cprover.diffblue.com/index.html).
+
+
+## cbmc
+
+The C Bounded Model Checker (`cbmc`) is the main tool used in the CProver suite.
+`cbmc` does the entire analysis from the source code through to the result,
+including generating traces. This includes invoking various sub-tools and 
+modules.
+
+For details on usage of the `cbmc` tool see the following documentation
+- [Developer Tutorial](http://cprover.diffblue.com/tutorial.html)
+includes a very brief tutorial on many aspects of `cbmc` and other tools.
+
+For details on the architecture of the `cbmc` tool and how the analysis is performed
+see the following documents:
+- [CBMC Architecture](http://cprover.diffblue.com/cbmc-architecture.html)
+gives a high level overview of the `cbmc` architecture and data flow.
+- [Background Concepts](http://cprover.diffblue.com/background-concepts.html)
+overviews all the key concepts used in the `cbmc` analysis.
+
+For details on compiling, testing, contributing, and documentation related to 
+development see:
+- [CProver Developer Documentation](http://cprover.diffblue.com/index.html)
+
+
+## goto-analyzer
+
+The `goto-analyzer` is a wrapper program around the
+[abstract interpretation](http://cprover.diffblue.com/background-concepts.html#abstract_interpretation_section)
+implementations. (For more detail on these implementations see
+[here](http://cprover.diffblue.com/group__analyses.html).)
+It is possible to configure which abstractions are used and what
+is done with the chosen abstractions (verification, display,
+simplification, etc.). The current best documentation is available
+[here](http://cprover.diffblue.com/goto__analyzer__parse__options_8h.html).
+
+Other documentation useful for this tool can be found:
+- [Analysis Information](http://cprover.diffblue.com/group__analyses.html)
+
+Details of all the options can be seen by running
+```
+goto-analyzer --help
+```
+
+## goto-cc
+
+This is a compiler designed to be able to be dropped in to an existing
+build process to replace the existing compiler. `goto-cc` is able to do
+normal compilation, but is designed to output goto programs (optionally
+in addition to the normal compiled program). Note that `goto-cc` is both
+the compiler and linker (`goto-gcc` and `goto-ld` are symbolic links to
+`goto-cc`, where the file name is used to ensure the program behaves
+according to the name, e.g. if called from `goto-gcc` then `goto-cc`
+will behave like `gcc`). The additional object code is used as the internal
+representation for `cbmc` and related tools. These can also be extracted and
+used themselves.
+
+Further information on `goto-cc` can be found:
+- [Developer Tutorial](http://cprover.diffblue.com/tutorial.html) with
+some very simple examples and notes.
+- [goto-cc](http://cprover.diffblue.com/group__goto-cc.html) information
+on the `goto-cc` compilers
+- [goto Programs](http://cprover.diffblue.com/group__goto-programs.html)
+for information on goto programs and how they are used.
+
+Note that `goto-cc` can emulate GCC, Visual Studio, and CodeWarrior
+compilers.
+
+
+## goto-diff
+
+Provides a variety of difference checks between two goto programs
+produced by `goto-cc` (essentially a `diff` tool for goto programs).
+This invokes some of the cbmc tools to convert the goto
+program and then determine which functions are added/removed/changed.
+
+Details of all the options can be seen by running
+```
+goto-diff --help
+```
+this includes both options for the difference, and options for the goto
+program instrumentation.
+
+
+## goto-harness
+
+This is a tool for creating a harness around a (part of a) goto program that
+can then be analysed (using the harness). Harnesses can be either function
+call environments, or memory snapshots. 
+
+Documentation on `goto-harness` can be found
+[here](http://cprover.diffblue.com/md__home_travis_build_diffblue_cbmc_doc_architectural_goto-harness.html)
+including details and examples.
+
+Details of all the options can be seen by running
+```
+goto-harness --help
+```
+
+
+## goto-instrument
+
+This is a collection of tools for analysing and modifying goto programs 
+(programs created with #goto-cc). Generally these take a goto program 
+and output another goto program.
+
+Further examples and documentation can be found:
+- [goto-instrument](http://cprover.diffblue.com/group__goto-instrument.html)
+has an overview of `goto-instrument` and a small tutorial example.
+- [Developer Tutorial](http://cprover.diffblue.com/tutorial.html) has high
+level overview and some example commands for `goto-instrument`.
+
+
+## janalyzer
+
+This provides a way to access and invoke various forms of analysis on
+Java programs. This is a fork of [goto-analyzer](#goto-analyzer) with
+a Java Virtual Machine front end.
+
+Documentation useful for this tool can be found:
+- [Analysis Information](http://cprover.diffblue.com/group__analyses.html)
+
+Details of all the options can be seen by running
+```
+janalyzer --help
+```
+
+
+## jbmc
+
+This is the main analysis engine the performs the analysis
+of Java files using bounded model checking. This is a
+version of the `cbmc` tool that checks Java programs
+(more documentation for `cbmc` is available and much of
+it applies to `jbmc` since they use many of the same back
+end utilities).
+
+Note that the `jbmc` tool follows `java` conventions so that
+programs can be analyzed in the same way you would run them
+using the `java` executable. There also many additional
+options to support nondeterministic initialisation of variable
+size arrays, data structures and strings, control how to assert
+on exceptions etc.
+
+For some light information on usage of the jbmc tool see the following documentation
+- [JBMC homepage](https://www.cprover.org/jbmc/) includes some
+simple examples and information.
+
+For details on how analysis is performed in the `cbmc` and
+`jbmc` tools see see the following documents:
+- [CBMC Architecture](http://cprover.diffblue.com/cbmc-architecture.html)
+gives a high level overview of the `cbmc` architecture and data flow that *should also apply to* `jbmc`.
+- [Background Concepts](http://cprover.diffblue.com/background-concepts.html)
+overviews all the key concepts used in the `jbmc` analysis.
+
+For details on compiling, testing, contributing, and documentation related to development see:
+- [CProver Development Documentation](http://cprover.diffblue.com/index.html)
+
+
+## jdiff
+
+Provides a variety of difference checks between two goto programs (produced
+by `goto-cc`). This invokes some of the `cbmc`/`jbmc` tools to convert the goto
+program and then determine which functions are added/removed/changed.
+This is a clone of `goto-diff` for Java programs and is essentially
+a `diff` for goto programs generated from Java code.
+
+Details of all the options can be seen by running
+```
+jdiff --help
+```
+this includes both options for the difference, and options for the goto
+program instrumentation.
+
+
+## memory-analyzer
+
+This is a wrapper program that provides a front end to `gdb` that adds some
+useful features related to the other goto utilities. In particular
+`memory-analyzer` can run a compiled binary using `gdb` and then (at the
+right point) create a harness from the current program state for use with
+`goto-harness`.
+
+Note that to use `memory-analyzer` the program must be compiled with
+`goto-cc`. To make best use of `memory-analyzer` and `gdb` you should
+compile with the `-g` option. 
+
+For further documentation and examples see 
+[here](http://cprover.diffblue.com/md__home_travis_build_diffblue_cbmc_doc_architectural_memory-analyzer.html).
+
+
+## smt2_solver
+
+This is an (Satisfiability Modulo Theories) SMT solver that
+parses SMT-LIB 2 format files and uses CProver's internal bit-blasting
+solver (see [solvers](http://cprover.diffblue.com/group__solvers.html))
+to resolve queries.
+
+## symtab2gb
+
+This utility is to compile a cbmc symbols table (in JSON format) into a goto binary.
+This is to support integration of external language frontends
+(e.g. [Ada using GNAT2GOTO](https://github.com/diffblue/gnat2goto/)).
+For usage run
+```
+symtab2gb --help
+```
+
+
+## Developer Utilities
+
+The utilities below are designed for developer use.
+
+### java-unit
+
+Runs Java unit tests. For more details use
+```
+java-unit --help
+```
+Default behaviour is to only show failed test cases.
+
+
+### unit
+
+Runs C unit tests. For more details use
+```
+unit --help
+```
+Default behaviour is to only show failed test cases.
+