mini_buildd.distribution module

class mini_buildd.distribution.Codename(codename)

Bases: object

has_lintian_suppress()

Test if the distribution (identified by the codename) has a recent lintian with the ‘–suppress-tags’ option.

produces_ddeb_appendix()

Get list of codenames that (oddly) use ddeb as file appendix.

Some Ubuntu codenames produce ‘ddeb’ file appendix for automated debug packages. reprepro can’t handle these yet – so this is needed for a workaround for the wizard setup.

See https://bugs.debian.org/cgi-bin/bugreport.cgi?bug=730572

arch_optional(arch)

Ubuntu drops i386.

‘focal’ still has i386 repo (debootrap still works), so i386 is still picked by mini-buildd’s autosetup. However, builds no longer work (default resolver aptitude missing). Choosing “apt” resolver would master this hurdle, but this would also change the default resolver for amd64. Imho best solution for mini-buildd’s autosetup is to make this arch optional.

Ref: https://discourse.ubuntu.com/t/community-process-for-32-bit-compatibility/12598?u=d0od

apt_transports_apt_get_options()

class mini_buildd.distribution.Distribution(distribution)

Bases: object

A mini-buildd distribution string.

Normal distribution:

>>> d = Distribution("squeeze-test-stable")
>>> d.codename.codename, d.repository, d.suite
('squeeze', 'test', 'stable')
>>> d.get()
'squeeze-test-stable'

Rollback distribution:

>>> d = Distribution("squeeze-test-stable-rollback5")
>>> d.is_rollback
True
>>> d.codename.codename, d.repository, d.suite, d.rollback
('squeeze', 'test', 'stable', 'rollback5')
>>> d.get()
'squeeze-test-stable-rollback5'
>>> d.rollback_no
5

Malformed distributions:

>>> Distribution("-squeeze-stable")
Traceback (most recent call last):
...
mini_buildd.HTTPBadRequest: HTTP 400: Malformed distribution '-squeeze-stable': Must be '<codename>-<repoid>-<suite>[-rollback<n>]'

>>> Distribution("squeeze--stable")
Traceback (most recent call last):
...
mini_buildd.HTTPBadRequest: HTTP 400: Malformed distribution 'squeeze--stable': Must be '<codename>-<repoid>-<suite>[-rollback<n>]'

>>> Distribution("squeeze-test-stable-")
Traceback (most recent call last):
...
mini_buildd.HTTPBadRequest: HTTP 400: Malformed distribution 'squeeze-test-stable-': Must be '<codename>-<repoid>-<suite>[-rollback<n>]'

>>> Distribution("squeeze-test-stable-rollback")
Traceback (most recent call last):
...
mini_buildd.HTTPBadRequest: HTTP 400: Malformed distribution 'squeeze-test-stable-rollback': Must be '<codename>-<repoid>-<suite>[-rollback<n>]'

>>> Distribution("squeeze-test-stable-rolback0")
Traceback (most recent call last):
...
mini_buildd.HTTPBadRequest: HTTP 400: Malformed distribution 'squeeze-test-stable-rolback0': Must be '<codename>-<repoid>-<suite>[-rollback<n>]'

get(rollback=True)

mini_buildd.distribution.guess_codeversion(release)

Guess the ‘codeversion’.

Aka the first two digits of a Debian release version; for releases without version, this falls back to the uppercase codename.

In Debian,

• point release <= sarge had the ‘M.PrN’ syntax (with 3.1 being a major release).

• point release in squeeze used ‘M.0.N’ syntax.

• point releases for >= wheezy have the ‘M.N’ syntax (with 7.1 being a point release).

• testing and unstable do not gave a version in Release and fall back to uppercase codename

Ubuntu just uses YY.MM which we can use as-is.

>>> guess_codeversion({"Origin": "Debian", "Version": "3.1r8", "Codename": "sarge"})
'31'
>>> guess_codeversion({"Origin": "Debian", "Version": "4.0r9", "Codename": "etch"})
'40'
>>> guess_codeversion({"Origin": "Debian", "Version": "6.0.6", "Codename": "squeeze"})
'60'
>>> guess_codeversion({"Origin": "Debian", "Version": "7.0", "Codename": "wheezy"})
'7'
>>> guess_codeversion({"Origin": "Debian", "Version": "7.1", "Codename": "wheezy"})
'7'
>>> guess_codeversion({"Origin": "Debian", "Codename": "jessie"})
'~JESSIE'
>>> guess_codeversion({"Origin": "Debian", "Codename": "sid"})
'~SID'
>>> guess_codeversion({"Origin": "Ubuntu", "Version": "12.10", "Codename": "quantal"})
'1210'