deb-src-control(5) | dpkg suite | deb-src-control(5) |
deb-src-control - Debian source package template control file format
debian/control
Each Debian source package contains the «debian/control» template source control file, and its deb822(5) format is a superset of the control file shipped in Debian binary packages, see deb-control(5).
This file contains at least 2 stanzas, separated by a blank line. The first stanza is called the source package stanza and lists all information about the source package in general, while each following stanzas are called the binary package stanzas and describe exactly one binary package per stanza. Each stanza consists of at least one field. A field starts with a field name, such as Package or Section (case insensitive), followed by a colon, the body of the field (case sensitive unless stated otherwise) and a newline. Multi-line fields are also allowed, but each supplementary line, without a field name, should start with at least one space. The content of the multi-line fields is generally joined to a single line by the tools (except in the case of the Description field, see below). To insert empty lines into a multi-line field, insert a dot after the space. Lines starting with a ‘#’ are treated as comments.
Keywords consist of namespace/cases. The namespace part cannot contain "/" or whitespace. The cases part cannot contain whitespace. Furthermore, both parts must consist entirely of printable ASCII characters.
Each tool/package will define a namespace named after itself and provide a number of cases where (fake)root is required. (See "Implementation provided keywords" in rootless-builds.txt).
When the field is set to one of the impl-keywords, the builder will expose an interface that is used to run a command under (fake)root. (See "Gain Root API" in rootless-builds.txt.)
The Section and Priority fields usually have a defined set of accepted values based on the specific distribution policy.
The syntax of the Build-Depends, Build-Depends-Arch and Build-Depends-Indep fields is a list of groups of alternative packages. Each group is a list of packages separated by vertical bar (or “pipe”) symbols, ‘|’. The groups are separated by commas ‘,’, and can end with a trailing comma that will be eliminated when generating the fields for deb-control(5) (since dpkg 1.10.14). Commas are to be read as “AND”, and pipes as “OR”, with pipes binding more tightly. Each package name is optionally followed by an architecture qualifier appended after a colon ‘:’, optionally followed by a version number specification in parentheses ‘(’ and ‘)’, an architecture specification in square brackets ‘[’ and ‘]’, and a restriction formula consisting of one or more lists of profile names in angle brackets ‘<’ and ‘>’.
The syntax of the Build-Conflicts, Build-Conflicts-Arch and Build-Conflicts-Indep fields is a list of comma-separated package names, where the comma is read as an “AND”, and where the list can end with a trailing comma that will be eliminated when generating the fields for deb-control(5) (since dpkg 1.10.14). Specifying alternative packages using a “pipe” is not supported. Each package name is optionally followed by a version number specification in parentheses, an architecture specification in square brackets, and a restriction formula consisting of one or more lists of profile names in angle brackets.
An architecture qualifier name can be a real Debian architecture name (since dpkg 1.16.5), any (since dpkg 1.16.2) or native (since dpkg 1.16.5). If omitted, the default for Build-Depends fields is the current host architecture, the default for Build-Conflicts fields is any. A real Debian architecture name will match exactly that architecture for that package name, any will match any architecture for that package name if the package is marked with Multi-Arch: allowed, and native will match the current build architecture if the package is not marked with Multi-Arch: foreign.
A version number may start with a ‘>>’, in which case any later version will match, and may specify or omit the Debian packaging revision (separated by a hyphen). Accepted version relationships are ‘>>’ for greater than, ‘<<’ for less than, ‘>=’ for greater than or equal to, ‘<=’ for less than or equal to, and ‘=’ for equal to.
An architecture specification consists of one or more architecture names, separated by whitespace. Exclamation marks may be prepended to each of the names, meaning “NOT”.
A restriction formula consists of one or more restriction lists, separated by whitespace. Each restriction list is enclosed in angle brackets. Items in the restriction list are build profile names, separated by whitespace and can be prefixed with an exclamation mark, meaning “NOT”. A restriction formula represents a disjunctive normal form expression.
Note that dependencies on packages in the build-essential set can be omitted and that declaring build conflicts against them is impossible. A list of these packages is in the build-essential package.
Note that the Priority, Section and Homepage fields can also be in a binary stanza to override the global value from the source package.
If a binary package stanza does not contain this field, then it implicitly means that it builds with all build profiles (including none at all).
In other words, if a binary package stanza is annotated with a non-empty Build-Profiles field, then this binary package is generated if and only if the condition expressed by the conjunctive normal form expression evaluates to true.
It is allowed to add additional user-defined fields to the control file. The tools will ignore these fields. If you want the fields to be copied over to the output files, such as the binary packages, you need to use a custom naming scheme: the fields should start with an X, followed by zero or more of the letters SBC and a hyphen.
Note that the X[SBC]- prefixes are stripped when the fields are copied over to the output files. A field XC-Approved-By will appear as Approved-By in the changes file and will not appear in the binary or source package control files.
Take into account that these user-defined fields will be using the global namespace, which might at some point in the future collide with officially recognized fields. To avoid such potential situation you can prefix those fields with Private-, such as XB-Private-New-Field.
# Comment Source: dpkg Section: admin Priority: required Maintainer: Dpkg Developers <debian-dpkg@lists.debian.org> # this field is copied to the binary and source packages XBS-Upstream-Release-Status: stable Homepage: https://wiki.debian.org/Teams/Dpkg Vcs-Browser: https://git.dpkg.org/cgit/dpkg/dpkg.git Vcs-Git: https://git.dpkg.org/git/dpkg/dpkg.git Standards-Version: 3.7.3 Build-Depends: pkgconf, debhelper (>= 4.1.81), libselinux1-dev (>= 1.28-4) [!linux-any] Package: dpkg-dev Section: utils Priority: optional Architecture: all # this is a custom field in the binary package XB-Mentoring-Contact: Raphael Hertzog <hertzog@debian.org> Depends: dpkg (>= 1.14.6), perl5, perl-modules, cpio (>= 2.4.2-2), bzip2, lzma, patch (>= 2.2-1), make, binutils, libtimedate-perl Recommends: gcc | c-compiler, build-essential Suggests: gnupg, debian-keyring Conflicts: dpkg-cross (<< 2.0.0), devscripts (<< 2.10.26) Replaces: manpages-pl (<= 20051117-1) Description: Debian package development tools This package provides the development tools (including dpkg-source) required to unpack, build and upload Debian source packages. . Most Debian source packages will require additional tools to build; for example, most packages need make and the C compiler gcc.
/usr/share/doc/dpkg/spec/rootless-builds.txt, deb822(5), deb-control(5), deb-version(7), dpkg-source(1)
2024-09-26 | 1.22.6 |