Make is a program that is used to control the production of executables or other files from their source files. The process is controlled from a Makefile, in which the developer specifies how each file is generated from its source. It has powerful dependency resolution and the ability to determine when files have to be regenerated after their sources change. GNU make offers many powerful extensions over the standard utility.

Make is a program that is used to control the production of executables or other files from their source files. The process is controlled from a Makefile, in which the developer specifies how each file is generated from its source. It has powerful dependency resolution and the ability to determine when files have to be regenerated after their sources change. GNU make offers many powerful extensions over the standard utility.

Makedepend is an utility for creating dependencies in makefiles.

Makepasswd is a program that generates pseudo-random passwords of a desired length. It can also generate their corresponding hashes for a given encryption algorithm if so desired.

Documentation at https://melpa.org/#/makey

This package provides an Emacs interactive command-line mode.

Stress Make is a customized GNU Make that explicitly manages the order in which concurrent jobs are run to provoke erroneous behavior into becoming manifest. It can run jobs in the order in which they're launched, in backwards order, or in random order. The thought is that if code builds correctly with Stress Make, then it is likely that the Makefile contains no race conditions.

This is a Common Lisp package for hash table creation with flexible, extensible initializers.

This package implements two functions. One of them reads an Affymetrix CDF and creates a hash table environment containing the location/probe set membership mapping. The other one creates a package that automatically loads that environment.

The makefile package is a simple, powerful and extensible way to write makefiles for a GNUstep-based project. It allows the user to write a project without having to deal with the complex issues associated with configuration, building, installation, and packaging. It also allows the user to easily create cross-compiled binaries.

Make a directory and its parents if needed - Think `mkdir -p`

This is a Common Lisp package for hash table creation with flexible, extensible initializers.

Makeup is a generic syntax highlighter in the style of Pygments suitable for use in code hosting, forums, wikis or other applications that need to prettify source code.

The first version of the package allows to include Arduino or Processing code using three different forms: writing the code directly in the LaTeX document, writing Arduino or Processing commands in line with the text, calling to Arduino or Processing files. All these options support the syntax highlighting of the official IDE.

This package provides tools for Makefile execution powered by pure Python.

This is a Common Lisp package for hash table creation with flexible, extensible initializers.

makefun helps create functions dynamically with a given signature. It was largely inspired by python-decorator and functools.

make2graph creates a graph of dependencies from GNU Make. The output is a graphviz-dot file, a Gexf-XML file or a list of the deepest independent targets.

Documentation at https://melpa.org/#/helm-make

helm-make or helm-make-projectile will give you a helm selection of directory Makefile's targets. Selecting a target will call compile on it.

This package defines a \makebox* command that does the same as a \makebox command, except that the width is given by a sample text instead of an explicit length measure.

make4ht is a simple build system for TeX4ht, a TeX to XML converter. It provides a command line tool that drives the conversion process. It also provides a library which can be used to create customized conversion tools.

The makedtx bundle is provided to help LaTeX2e developers to write the code and documentation in separate files, and then combine them into a single .dtx file for distribution. It automatically generates the character table, and also writes the associated installation (.ins) script.