# littler 0.0.11

littler is a scripting front-end for GNU R.

littler is a scripting front-end for GNU R.

littler provides hash-bang (i.e. script starting with #!/some/path) capability for GNU R, as well as simple command-line and piping use.

GNU R, a language and environment for statistical computing and graphics, provides a wonderful system for 'programming with data' as well as interactive exploratory analysis, often involving graphs.

Sometimes, however, simple scripts are desired. While R can be used in batch mode, and while so-called 'here' documents can be crafted, a long-standing need for a scripting front-end has often been expressed by the R Community.

littler (pronounced 'little R' and written 'r') aims to fill this need.

It can be used directly on the command-line just like, say, bc(1):

Equivalently, commands that are to be evaluated can be given on the command-line

But unlike bc(1), GNU R has a vast number of statistical functions. For example, we can quickly compute a summary() and show a stem-and-leaf plot for file sizes in a given directory via

**What?**littler provides hash-bang (i.e. script starting with #!/some/path) capability for GNU R, as well as simple command-line and piping use.

**Why?**GNU R, a language and environment for statistical computing and graphics, provides a wonderful system for 'programming with data' as well as interactive exploratory analysis, often involving graphs.

Sometimes, however, simple scripts are desired. While R can be used in batch mode, and while so-called 'here' documents can be crafted, a long-standing need for a scripting front-end has often been expressed by the R Community.

littler (pronounced 'little R' and written 'r') aims to fill this need.

It can be used directly on the command-line just like, say, bc(1):

*$ echo 'cat(pi^2,"n")' | r*

9.8696049.869604

Equivalently, commands that are to be evaluated can be given on the command-line

*$ r -e 'cat(pi^2, "n")'*

9.8696049.869604

But unlike bc(1), GNU R has a vast number of statistical functions. For example, we can quickly compute a summary() and show a stem-and-leaf plot for file sizes in a given directory via

*$ ls -l /boot | awk '!/^total/ {print $5}' | r -e 'fsizes*

- last updated on:
- May 27th, 2008, 1:42 GMT
- price:
- FREE!
- developed by:
**Dirk Eddelbuettel**- homepage:
- dirk.eddelbuettel.com
- license type:
- GPL (GNU General Public License)
- category:
- ROOT \ Utilities

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