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@ -1,7 +1,8 @@
# PyCalVer: Automatic CalVer Versioning for Python Packages
PyCalVer is a simple versioning system, which is compatible
with python packaging software
PyCalVer is a simple versioning system. It version strings
everywhere in your project, it generates git/mercurial tags and
is compatible with python packaging software
[setuptools](https://setuptools.readthedocs.io/en/latest/setuptools.html#specifying-your-project-s-version>)
[PEP440](https://www.python.org/dev/peps/pep-0440/).
@ -29,28 +30,30 @@ with python packaging software
[](TOC)
- [Introduction](#introduction)
- [Versioning Behaviour](#versioning-behaviour)
- [Lexical Ids](#lexical-ids)
- [Usage](#usage)
- [Installation](#installation)
- [Configuration](#configuration)
- [Pattern Search and Replacement](#pattern-search-and-replacement)
- [Other Versioning Software](#other-versioning-software)
- [Rational](#rational)
- [Some Details](#some-details)
- [Realities of Verion Numbers](#realities-of-verion-numbers)
- [Should I use PyCalVer for my Project?](#should-i-use-pycalver-for-my-project)
- [Marketing/Vanity](#marketing-vanity)
- [Rational](#rational-1)
- [Breaking Things is a Big Deal](#breaking-things-is-a-big-deal)
- [A Word on Marketing](#a-word-on-marketing)
- [Commitment to Compatability](#commitment-to-compatability)
- [The Life of a Library](#the-life-of-a-library)
- [FAQ](#faq)
- [Introduction](#introduction)
- [Format](#format)
- [Versioning Behaviour](#versioning-behaviour)
- [Lexical Ids](#lexical-ids)
- [Usage](#usage)
- [Configuration](#configuration)
- [Bump It Up](#bump-it-up)
- [Pattern Search and Replacement](#pattern-search-and-replacement)
- [Rational](#rational)
- [Other Versioning Software](#other-versioning-software)
- [Some Details](#some-details)
- [Realities of Version Numbers](#realities-of-version-numbers)
- [Should I use PyCalVer for my Project?](#should-i-use-pycalver-for-my-project)
- [Marketing/Vanity](#marketing-vanity)
- [Rational](#rational-1)
- [Breaking Things is a Big Deal](#breaking-things-is-a-big-deal)
- [A Word on Marketing](#a-word-on-marketing)
- [Commitment to Compatibility](#commitment-to-compatibility)
- [The Life of a Library](#the-life-of-a-library)
- [FAQ](#faq)
[](TOC)
## Introduction
The PyCalVer package provides the `pycalver` command and module
@ -207,6 +210,7 @@ preserved: `old_version < new_version`. This will even be the
case if the version number was incremented twice in the same
month.
## Usage
### Configuration
@ -221,11 +225,11 @@ $ cd my-project
Updated setup.cfg
```
This will add the following to your `setup.cfg`:
This will add the something like the following to your
`setup.cfg`:
```ini
[pycalver]
current_version = v201809.0001-dev
commit = True
tag = True
@ -272,7 +276,7 @@ patterns =
img.shields.io/badge/PyCalVer-{calver}{build}--{release}-blue
```
You can ommit `patterns` if the default patterns are sufficient.
You can omit `patterns` if the default patterns are sufficient.
These are:
```ini
@ -298,6 +302,59 @@ patterns =
img.shields.io/badge/PyCalVer-{calver}{build}--{release}-blue
```
### Bump It Up
To increment and publish a new version, you can use the
`pycalver bump` command:
```shell
$ pycalver bump
```
This will do a few things
0. Check that you don't have any non-committed local changes.
1. Fetch the most recent global vcs tags from origin.
2. Generate a new version, incremented from on the most recent
tag on any branch.
3. Update version strings in all configured files.
4. Commit the updated version strings.
5. Tag the new commit.
6. Push the new commit to origin.
The current version is defined either as
- The lexically largest git/mercurial tag in the repository.
- The value of `pycalver.current_version` in setup.cfg
The git/mercurial tags are used to minimize the chance that the
same version will be generated for different revisions. As part
of doing `pycalver bump`, your local repository is updated
using `git fetch --tags`/`hg pull`, to ensure that all tags are
known locally
git push --follow-tags
the version To
avoid this completely you n
The value in setup.cfg is only used on projects that don't use
revision control.
If your project does not use git or mercurial for version
control, then the current_version will be set by `pycalver init`.
```shell
$ pycalver show
Current Version: v201809.0001-beta
PEP440 Version: 201809.1b0
$ pycalver bump --dry
TODO: diff output
Don't forget to do $ git push --tags
```
TODO: commits and tags
### Pattern Search and Replacement
`patterns` is used both to search for version strings and to
@ -330,19 +387,6 @@ files, but the `--dry` flag will instead display a diff of the
changes that would be applied.
```shell
$ pycalver show
Current Version: v201809.0001-beta
PEP440 Version: 201809.1b0
$ pycalver bump --dry
TODO: diff output
Dont forget to do $ git push --tags
```
TODO: commits and tags
## Rational
### Other Versioning Software
@ -362,7 +406,7 @@ generated automatically, usage is a bit more simple.
- There should be only one person or system responsible for
updating the version number at the time of release, otherwise
the same version number may be generated for different builds.
- Lexeographical order is
- Lexical order is
Canonical PyCalVer version strings can be parsed with this
@ -390,7 +434,7 @@ In [2]: version_dict
### Realities of Verion Numbers
### Realities of Version Numbers
Nobody knows what the semantics of a version number are, because
nobody can guarantee that a given release adheres to whatever
@ -424,19 +468,19 @@ Quotes from http://sedimental.org/designing_a_version.html
### Rational
PyCalVer is opinionated software. This keeps things simple,
when the opintions match yours, but makes it useless for
when the opinion match yours, but makes it useless for
everybody else.
The less machine parsable semantics you put in your version
string, the better. The ideal would be to only have a single
semantic: newer == better.
The less semantics you put in your version string, the better.
The ideal would be to only have a single semantic: newer ==
better.
Some projects depend recursively on hundreds of libraries, so
compatability issues generated by your project can be a heavy
burdon on thousands of users; users who learn of the existance
of your library for the first time in the form of a stacktrace.
PyCalVer is for projects that are comitted to and can maintain
backward compatability. Newer versions are always better,
compatibility issues generated by your project can be a heavy
burden on thousands of users; users who learn of the existence
of your library for the first time in the form of a stack-trace.
PyCalVer is for projects that are committed to and can maintain
backward compatibility. Newer versions are always better,
updates are always safe, an update won't break things, and if it
does, the maintainer's hair is on fire and they will publish a
new release containing a fix ASAP.
@ -455,7 +499,7 @@ big and exciting 2.0 major releases.
### Breaking Things is a Big Deal
Using an increment in a version string to express that a release
may break client code is not tennable. A developer cannot be
may break client code is not tenable. A developer cannot be
expected to think about how their code may or may not break as a
consequence of your decision to rename some functions. As the
author of any software, there is a great temptation to move fast
@ -467,9 +511,9 @@ your software.
The less the users of your library have to know about your
project, the better. The less they have to deal with issues
of compatability, the better. SemVer can be overly specifc
of compatibility, the better. SemVer can be overly specific
for some kinds of projects. If you are writing a library
and you have a commitment to backward compatability
and you have a commitment to backward compatibility
PyCalVer version strings can be parsed according to PEP440
https://www.python.org/dev/peps/pep-0440/
@ -485,7 +529,7 @@ for libraries, it pays to keep things as simple as possible for
your human users.
### Commitment to Compatability
### Commitment to Compatibility
Software projects can depend on many libraries. Consider that one
package introducing a breaking change is enough to mess up your
@ -498,12 +542,12 @@ PyCalVer is explicitly non semantic. A PyCalVer version number does
not express anything about
- Don't ever break things. When users depend on your
software, backward compatability matters and the way to
software, backward compatibility matters and the way to
express backward incompatible changes is not to bump a
version number, but to change the package name. A change
in the package name clearly communicates that a user must
change their code so that it will work with the changed
API. Everybody who does not have the bandwith for those
API. Everybody who does not have the bandwidth for those
changes, doesn't even have to be aware of your new
release.
@ -511,19 +555,19 @@ not express anything about
bug that has to be fixed as quickly as possible in a new
version. It should always be safe for a user to update
their dependencies. If something does break, users have to
temporarilly pin an older (known good) version, or update
temporarily pin an older (known good) version, or update
to a newer fixed version.
- Version numbers should not require a parser (present
package excluded of course). A newer version number should
always be lexeographically greater than an older one.
always be lexically greater than an older one.
TODO:
https://setuptools.readthedocs.io/en/latest/setuptools.html#specifying-your-project-s-version
The main component of the version number is based on the
calendar date. This is allows you to show your commitment (or
lack thereof) to the maintenance of your libarary. It also
lack thereof) to the maintenance of your library. It also
allows users to see at a glance that their dependency might be
out of date. In this versioning scheme it is completely
reasonable to bump the version number without any changes,
@ -604,7 +648,7 @@ I have given up on the idea that version numbers express
anything about changes made between versions. Trying to
express such information assumes 1. that the author of a package
is aware of how a given change needs to be reflected in a
version number and 2. that users and packaging softare correctly
version number and 2. that users and packaging software correctly
parse that meaning. When I used semantic versioning, I realized that
the major version number of my packages would never change,
because I don't think breaking changes should ever be