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So download this deductive.tlv and save it over the old deductive.tlv (alternatively, you can put it in the same directory from which you are testing your algorithms).
Compressed executables are available for Sun/Solaris, Linux, and cygwin. To use them, save the file to your disk; your browser may uncompress them automatically. However, if the resulting file has a ".Z" suffix then it is still compressed. Use the command "uncompress" to uncompress the file, for example:
% uncompress tlvlinux.Z
You can use the source files to compile TLV on other systems, however, we have only checked Solaris, Linux and cygwin. It is easier to compile if you have flex, bison, gcc, and gnu readline. To use the source files, create a new directory, put the file in that directory. Then type
% zcat src.tar.Z | tar xvf -Then, type "make" .
Additionally, you should download a set of rule files which implement verification procedures in TLV-Basic. The rule files also contain a simple example of model checking mutual exclusion using semaphores. For easy installation, open it in the directory in which you intend to work, using the following command:
% zcat rules.tar.Z | tar xvf -
If you want to put the rule files in a separate directory, you have to tell TLV where the rule files are. So set the environment variable TLV_PATH to point to the directory where the rule files are. For example, in cshell I use the command:
% setenv TLV_PATH /home/elad/tlvd/Modules
Currently the compiler from spl to smv is not available, thus you cannot use tlv to load programs written in spl.
This is Elad's last version.
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Dept. of Computer Science and Applied Math The Weizmann Institute of Science Rehovot 76100, Israel TelePhone: +972-8-934-3434 Telefax: +972-8-934-4122 To comment on this service, send feedback to the Nir Piterman |
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