Commit 7a7eed1d authored by Jim Fulton's avatar Jim Fulton Committed by GitHub

Added topic on reusing option values and buildout config options reference (#347)

* Added topic on reusing option values and buildout config options reference

* unbroke capitalization

* added another todo

But maybe I should stop doing this because sphinx tells me about
missing references.

* note that paths are whitespace separated.

* fixed some minor wording bugs.

* Added a hidden test to check my understanding of interaction with install-from-cache

* Clarify modes and semantics of extends-cache

* emphasize that in newst mode, we always download configuration

* expanded on logging control

* clarified socket-timeout

* spelling and it's

* simplify user-default example

* warn about unpinning when using develop eggs

* discuss unpinning

* explain why unpinning with empty pin is useful.

* reverted examples to use longer more explict forms

* typos

* Added tests for variables-extending-and-substitutions.rst

Also added more test helpers.
parent 2b4e4112
......@@ -56,7 +56,6 @@ with a parts option. If we run Buildout:
>>> run_buildout(src)
>>> import os
>>> ls = lambda d='.': os.listdir(d)
>>> eqs(ls(), 'buildout.cfg', 'bin', 'eggs', 'develop-eggs', 'parts', 'out')
>>> eqs(ls('bin'))
......@@ -403,6 +402,8 @@ Buildout to *not* check for newer versions of Python requirements:
This relaxes repeatability, but with little risk if there was a recent
run without this option.
.. _pinned-versions:
Pinned versions
_______________
......@@ -567,6 +568,30 @@ that your component only works a range of versions of some dependency,
the express the range in your project requirements. Don't require
specific versions.
.. _unpinning-versions:
Unpinning versions
__________________
You can unpin a version by just removing it (or commenting it out of)
your ``versions`` section.
You can also unpin a version by setting the version to an empty
string:
.. code-block:: ini
[versions]
ZEO =
In an extending configuration (``buildout.cfg`` in the example above), or
:ref:`on the buildout command line <unpinning-on-command-line>`.
You might do this if pins are shared between projects and you want to
unpin a requirement for one of the projects, or want to remove a pin
while using a requirement in :ref:`development mode
<python-development-projects>`.
Buildout versions and automatic upgrade
---------------------------------------
......@@ -602,6 +627,8 @@ Then Buildout will upgrade or downgrade to be consistent with version
requirements. See the :doc:`bootstrapping topic
<topics/bootstrapping>` to learn more about bootstrapping.
.. _python-development-projects:
Python development projects
===========================
......
......@@ -2,6 +2,8 @@
Reference
=========
.. _buildout-command-line:
The Buildout command line
=========================
......@@ -11,6 +13,15 @@ A Buildout execution is of the form:
buildout [buildout-options] [settings] [subcommand [subcommand-arguments]]
Settings take the form ``section:option=value`` and override (or
augment) settings in configuration files. For example, to pin a
version of ZEO you could use ``versions:ZEO=4.3.1``. The section
defaults to the ``buildout`` section. So, for example: ``parts=test``
sets the ``buildout`` section ``parts`` option.
Command-line settings overrides can use ``+=`` and ``-=`` to
:ref:`merge values with existing values <merge-values-with-existing-values>`
Buildout options
----------------
......@@ -42,3 +53,294 @@ It then runs the resulting buildout.
See :ref:`Bootstrapping <init-generates-buildout.cfg>` for examples.
.. _buildout-configuration-options-reference:
Buildout configuration options
===============================
The standard buildout options are shown below. Values of options with
defaults shown can be used in :ref:`value substitutions
<value-substitutions>`.
abi-tag-eggs
A flag (true/false) indicating whether the eggs directory should be
divided into subdirectories by `ABI tag
<https://www.python.org/dev/peps/pep-0425/#abi-tag>`_. This may be
useful if you use multiple Python builds with different build
options or different Python implementations. It's especially
useful if you switch back and forth between PyPy and C Python.
allow-hosts, default: '*'
Specify which hosts (as globs) you're willing to download
distributions from when following :ref:`dependency links
<use-dependency-links>`.
allow-picked-versions, default: 'true'
Indicate whether it should be possible to install requirements whose
`versions aren't pinned <pinned-versions>`.
bin-directory, default: bin
The directory where generated scripts should be installed. If this
is a relative path, it's evaluated relative to the buildout
directory.
.. _develop-option:
develop
One or more (whitespace-separated) paths to `distutils setup scripts
<https://docs.python.org/3.6/distutils/setupscript.html>`_ or (more
commonly) directories containing setup scripts named ``setup.py``.
See: :ref:`Python development projects <python-development-projects>`.
develop-eggs-directory, default: 'develop-eggs'
The directory where :ref:`develop eggs
<python-development-projects>` should be installed. If this is a
relative path, it's evaluated relative to the buildout directory.
directory, default: directory containing top-level buildout configuration
The top of the buildout. Other directories specified (or
defaulting) with relative paths are created relative to this directory.
.. _download-cache:
download-cache
An optional directory in which to cache downloads. Python
distributions are cached in the ``dist`` subdirectory of this
directory. Recipes may also cache downloads in this directory, or
in a subdirectory.
This is often set in a :ref:`User-default configuration
<user-default-configuration>` to share a cache between buildouts.
See the section on :doc:`Optimizing buildouts with shared eggs and
download caches <topics/optimizing>`.
If the value is a relative path and doesn't contain value
substitutions, it's interpreted relative to the directory containing
the configuration file that defined the value. (If it contains value
substitutions, and the result is a relative path, then it will be
interpreted relative to the buildout directory.)
eggs-directory, default: 'eggs'
The directory where :ref:`eggs <eggs-label>` are installed.
This is often set in a :ref:`User-default configuration
<user-default-configuration>` to share eggs between buildouts.
See the section on :doc:`Optimizing buildouts with shared eggs and
download caches <topics/optimizing>`.
If the value is a relative path and doesn't contain value
substitutions, it's interpreted relative to the directory containing
the configuration file that defined the value. (If it contains value
substitutions, and the result is a relative path, then it will be
interpreted relative to the buildout directory.)
executable, default: sys.executable, read-only
The full path to the Python executable used to run the buildout.
.. _extends-option-ref:
extends
The names, separated by whitespace, of one or more configurations
that the configuration containing the ``extends`` option should
:ref:`extend <extends_option>`. The names may be file paths, or
URLs. If they are relative paths, they are interpreted relative to
the configuration containing the ``extends`` option.
.. _extends-cache-buildout-option:
extends-cache
An optional directory to cache remote configurations in. Remote
configuration is configuration specified using a URL in an
:ref:`extends option <extends_option>` or as the argument to the
:ref:`-C buildout command-line option <-C-option>`. How the
extends-cache behaves depends on the buildout mode:
+---------------------------------+------------------------------+
| Mode | Behavior |
+=================================+==============================+
| :ref:`install-from-cache | Configuration is retrieved |
| <install-from-cache-mode>` or | from cache if possible. If |
| :ref:`offline <offline-mode>` | configuration isn't cached, |
| | the buildout fails. |
+---------------------------------+------------------------------+
| :ref:`non-newest | Configuration is retrieved |
| <non-newest-mode>` | from cache if possible. If |
| | configuration isn't cached, |
| | then it is downloaded |
| | and saved in the cache. |
+---------------------------------+------------------------------+
| Default | Configuration is downloaded |
| (:ref:`newest <newest-mode>`) | and saved in the cache, even |
| | if it is already cached, and |
| | the previously cached value |
| | is replaced. |
+---------------------------------+------------------------------+
If the value is a relative path and doesn't contain value
substitutions, it's interpreted relative to the directory containing
the configuration file that defined the value. (If it contains value
substitutions, and the result is a relative path, then it will be
interpreted relative to the buildout directory.)
find-links, default: ''
Extra locations to search for distributions to download.
These may be file paths or URLs. These may name individual
distributions or directories containing
distributions. Subdirectories aren't searched.
index
An alternate index location.
This can be a local directory name or an URL. It can be a flat
collection of distributions, but should be a "simple" index, with
subdirectories for distribution `project names
<https://packaging.python.org/distributing/#name>`_ containing
distributions for those projects.
If this isn't set, then ``https://pypi.python.org/simple/`` is used.
.. _install-from-cache-mode:
install-from-cache, default: 'false'
Enable install-from-cache mode.
In install-from-cache mode, no network requests should be made.
It's a responsibility of recipes to adhere to this. Recipes that
would need to download files may use the :ref:`download cache
<download-cache>`.
The original purpose of the install-from-cache mode was to support
source-distribution of buildouts that could be built without making
network requests (mostly for security reasons).
This mode may only be used if a :ref:`download-cache
<download-cache>` is specified.
installed, default: '.installed.cfg'
The name of the file used to store information about what's installed.
Buildout keeps information about what's been installed so it can
remove files created by parts that are removed and so it knows
whether to update or install new parts from scratch.
If this is a relative path, then it's interpreted relative to the
buildout directory.
log-format, default: ''
`Format
<https://docs.python.org/3/library/logging.html#formatter-objects>`_
to use for log messages.
If ``log-format`` is blank, the default, Buildout will use the format::
%(message)s
for its own messages, and::
%(name)s: %(message)s
for the root logger [#root-logger]_.
If ``log-format`` is non-blank, then it will be used for the root logger
[#root-logger]_ (and for Buildout's messages).
log-level, default: 'INFO'
The `logging level
<https://docs.python.org/3/library/logging.html#logging-levels>`_.
This may be adjusted with the :ref:`-v option <-v-option>` or the
:ref:`-q option <-q-option>`, which are the more common ways to control
the logging level.
The ``log-level`` option is rarely used.
.. _newest-mode:
.. _non-newest-mode:
newest, default: 'true'
If true, check for newer distributions. If false, then only look
for distributions when installed distributions don't satisfy requirements.
The goal of non-newest mode is to speed Buildout runs by avoiding
network requests.
.. _offline-mode:
offline, default: 'false'
If true, then offline mode is enabled.
.. Warning:: Offline mode is deprecated.
Its purpose has evolved over time and the end result doesn't
make much sense, but it is retained for backward compatibility.
If you think you want an offline mode, you probably want the
:ref:`install-from-cache <install-from-cache-mode>` mode instead.
In offline mode, no network requests should be made. It's the
responsibility of recipes to adhere to this. Recipes that would
need to download files may use the :ref:`download
cache <download-cache>`.
No distributions are installed in offline mode. If installed
distributions don't satisfy requirements, the the buildout will
error in offline mode.
parts-directory, default: 'parts'
The directory where generated part artifacts should be installed. If this
is a relative path, it's evaluated relative to the buildout
directory.
If a recipe creates a file or directory, it will normally create it
in the parts directory with a name that's the same as the part name.
prefer-final, default: 'true'
If true, then only `final distribution releases
<https://www.python.org/dev/peps/pep-0440/#final-releases>`_ will be
used unless no final distributions satisfy requirements.
show-picked-versions, default: 'false'
If true, when Buildout finds a newest distribution for a
requirement that `wasn't pinned <pinned-versions>`, it will print
lines it would write to a versions configuration if the
:ref:`update-versions-file <update-versions-file>` option was used.
socket-timeout, default: ''
Specify a socket timeout [#socket-timeout]_, in seconds, to use when
downloading distributions and other artifacts. If non-blank, the
value must be a positive non-zero integer. If left blank, the socket
timeout is system dependent.
This may be useful if downloads are attempted from very slow
sources.
.. _update-versions-file:
update-versions-file, default: ''
If non-blank, this is the name of a file to write versions to when
selecting a distribution for a requirement whose version `wasn't
pinned <pinned-versions>`. This file, typically ``versions.cfg``,
should end with a ``versions`` section (or whatever name is
specified by the ``versions`` option).
.. _use-dependency-links:
use-dependency-links, default: true
Distribution meta-data may include URLs, called dependency links, of
additional locations to search for distribution dependencies. If
this option is set to ``false``, then these URLs will be ignored.
versions, default 'versions'
The name of a section that contains :ref:`version pins <pinned-versions>`.
.. [#root-logger] Generally, the root logger format is used for all
messages unless it is overridden by a lower-level logger.
.. [#socket-timeout] This timeout reflects how long to wait on
individual socket operations. A slow request may take much longer
than this timeout.
......@@ -70,6 +70,8 @@ To achieve Buildout's goals, it was necessary to interact with
setuptools at a much lower level and to write quite a bit more
packaging logic than planned.
.. _eggs-label:
Eggs
----
......
......@@ -6,9 +6,11 @@ Buildout Topics
:maxdepth: 2
history
variables-extending-and-substitutions
bootstrapping
.. todo:
variables-extending-and-substitutions
writing-recipes
optimizing
======================================================================
Staying DRY with value substitutions, extending, and macros
======================================================================
A buildout configuration is a collection of sections, each holding a
collection of options. It's common for option values to be repeated
across options. For examples, many file-path options might start
with common path prefixes. Configurations that include clients and
servers might share server-address options. This topic presents
various ways you can reuse option values without repeating yourself.
.. _value-substitutions:
Value substitutions
======================
When supplying values in a configuration, you can include values from
other options using the syntax::
${SECTION:OPTION}
For example: ``${buildout:directory}`` refers to the value of the
``directory`` option in the in the ``buildout`` section of the
configuration. The value of the referenced option will be substituted
for the referencing text.
You can simplify references to options in the current section by omitting the
section name. If we wanted to use the ``buildout`` ``directory``
option from within the ``buildout`` section itself, we could use
``${:directory}``. This convenience is especially useful in
:ref:`macros <macros-label>`, which we'll discuss later in this topic.
There's a special value that's also useful in macros, named
``_buildout_section_name_``, which has the name of the current
section. We'll show how this is used when we discuss :ref:`macros
<macros-label>`.
Default and computed option values
===================================
Many sections have option values that can be used in substitutions
without being defined in a configuration.
The ``buildout`` section, where settings for the buildout as a whole
are provided has many default option values. For example, the
directory where scripts are installed is configurable and the value is
available as ``${buildout:bin-directory}``. See the :ref:`Buildout
options reference <buildout-configuration-options-reference>` for a
complete list of Buildout options that can be used in substitutions.
Many recipes also have options that have defaults or that are computed and
are available for substitutions.
Sources of configuration options
====================================
Configuration option values can come from a number of sources (in
increasing precedence):
software default values
These are defined by buildout and recipe sources.
user default values
These are set in :ref:`per-user default configuration files
<user-default-configuration>` and override default values.
options from one or more configuration files
These override user defaults and each other, as described below.
option values in the :ref:`buildout command line <buildout-command-line>`
These override configuration-file settings.
.. _extends_option:
Extending configuration files
================================
The :ref:`extends <extends-option-ref>` option in a ``buildout``
section can be used to extend one or more configuration files. There
are a number of applications for this. For example, common options for
a set of projects might be kept in a common base configuration. A
production buildout could extend a development buildout, or they could
both extend a common base.
The option values in the extending configuration file override those
in the files being extended. If multiple configurations are named in
the ``extends`` option (separated by whitespace), then the
configurations are processed in order from left/top to right/bottom,
with the later (right/bottom) configurations overriding earlier
(left/top) ones. For example, in:
.. code-block:: ini
extends = base1.cfg base2.cfg
base3.cfg
.. -> src
>>> write("[buildout]\na=11\nb=12\n", 'base1.cfg')
>>> write("[buildout]\nb=21\nc=22\n", 'base2.cfg')
>>> write("[buildout]\nc=31\nd=32\n", 'base3.cfg')
>>> write("[buildout]\nparts=\n" + src, 'buildout.cfg')
>>> run_buildout("buildout -vv")
>>> print(read()) # doctest: +ELLIPSIS
Creating ...
[buildout]
a = 11
allow-hosts = *
allow-picked-versions = true
b = 21
bin-directory = ...
c = 31
d = 32
develop-eggs-directory = ...
>>> clear_here()
The options in the configuration using the extends option override the
options in ``base3.cfg``, which override the options in ``base2.cfg``,
which override the options in ``base1.cfg``.
Base configurations may be extended multiple times. For example, in
the example above, ``base1.cfg`` might, itself, extend ``base3.cfg``,
or they might both extend a common base configuration. Of course, cycles
are not allowed.
Configurations may be named with URLs in the ``extends`` option, in
which case they may be downloaded from remote servers. See :ref:`The
extends-cache buildout option <extends-cache-buildout-option>`.
When a relative path is used in an extends option, it's interpreted
relative to the path of the extending configuration.
.. _user-default-configuration:
User-default configuration
==============================
A per-user default configuration may be defined in the ``default.cfg``
file in the ``.buildout`` subdirectory of a user's home directory
(``~/.buildout/default.cfg`` on Mac OS and Linux). This configuration
is typically used to set up a shared egg or cache directory, as in:
.. code-block:: ini
[buildout]
eggs-directory = ~/.buildout/eggs
download-cache = ~/.buildout/download-cache
abi-tag-eggs = true
.. -> src
>>> import os
>>> os.makedirs(join('home', '.buildout'))
>>> write(src, 'home', '.buildout', 'default.cfg')
>>> write("""\
... [buildout]
... parts = bobo
... [bobo]
... recipe=zc.recipe.egg
... eggs=bobo
... """, "buildout.cfg")
>>> run_buildout()
>>> eqs(ls(),
... 'out', 'home', '.installed.cfg', 'buildout.cfg',
... 'develop-eggs', 'parts', 'bin')
>>> eqs(ls(join('home', '.buildout')),
... 'default.cfg', 'eggs', 'download-cache')
>>> [abieggs] = ls(join('home', '.buildout', 'eggs'))
>>> eqs([n.split('-', 1)[0]
... for n in ls('home', '.buildout', 'eggs', abieggs)],
... 'bobo', 'WebOb')
>>> clear_here()
See the section on :doc:`optimizing buildouts with shared eggs and
download caches <topics/optimizing>` for an explanation of the options
used in the example above.
.. _merge-values-with-existing-values:
Merging, rather than overriding values
========================================
Normally, values in extending configurations override values in
extended configurations by replacing them, but it's also possible to
augment or trim overridden values. If ``+=`` is used rather than
``=``, the overriding option value is appended to the original. So,
for example if we have a base configuration, ``buildout.cfg``:
.. code-block:: ini
[buildout]
parts =
py
test
server
...
.. -> src
>>> py_part = """
... [{name}]
... recipe = zc.recipe.egg
... eggs = bobo
... scripts = {name}
... interpreter = {name}
... """
>>> parts = (py_part.format(name='py')
... + py_part.format(name='test')
... + py_part.format(name='server'))
>>> write(src.replace('...', parts), 'buildout.cfg')
>>> run_buildout()
>>> eqs(ls('bin'), 'py', 'test', 'server')
And a production configuration ``prod.cfg``, we can add another part,
``monitor``, like this:
.. code-block:: ini
[buildout]
extends = buildout.cfg
parts += monitor
...
.. -> src
>>> write(src.replace('...', py_part.format(name='monitor')), 'e.cfg')
>>> run_buildout("buildout -N -c e.cfg")
>>> eqs(ls('bin'), 'py', 'test', 'server', 'monitor')
In this example, we didn't have to repeat (or necessarily know) the
base parts to add the ``monitor`` part.
We can also subtract values using ``-=``, so if we wanted to exclude
the ``test`` part in production:
.. code-block:: ini
[buildout]
extends = buildout.cfg
parts += monitor
parts -= test
...
.. -> src
>>> write(src.replace('...', py_part.format(name='monitor')), 'e.cfg')
>>> run_buildout("buildout -N -c e.cfg")
>>> eqs(ls('bin'), 'py', 'server', 'monitor')
>>> clear_here()
Something to keep in mind is that this works by *lines*. The ``+=``
form adds the lines in the new data to the lines of the
old. Similarly, ``-=`` removes *lines* in the overriding option from the
original *lines*. This is a bit delicate. In the example above,
we were careful to put the base values on separate lines, in
anticipation of using ``-=``.
Merging values also works with option settings provided via the
:ref:`buildout command line <buildout-command-line>`. For example, if
you want to temporarily use a :ref:`development version
<python-development-projects>` of another project, you can augment the
buildout :ref:`develop option <develop-option>` on the command-line
when running buildout:
.. code-block:: console
buildout develop+=/path/to/other/project
.. -> src
>>> write("import setuptools; setuptools.setup(name='a')", "setup.py")
>>> write("""
... [buildout]
... develop=.
... parts=py
... [py]
... recipe=zc.recipe.egg
... eggs = a
... b
... [versions]
... b=1
... """, "buildout.cfg")
>>> os.mkdir('b')
>>> write("import setuptools; setuptools.setup(name='b', version=1)",
... "b", "setup.py")
>>> run_buildout(src.replace('/path/to/other/project', 'b'))
>>> eqs(ls('develop-eggs'), 'b.egg-link', 'a.egg-link')
.. _unpinning-on-command-line:
Although, if you've pinned the version of that project, you'll need to
:ref:`unpin it <unpinning-versions>`, which you can also do on the command-line:
.. code-block:: console
buildout develop+=/path/to/other/project versions:projectname=
.. -> src
>>> write("import setuptools; setuptools.setup(name='b', version=2)",
... "b", "setup.py")
>>> run_buildout(src.replace('/path/to/other/project', 'b')
... .replace('projectname', 'b'))
>>> eqs(ls('develop-eggs'), 'b.egg-link', 'a.egg-link')
>>> clear_here()
.. _macros-label:
Extending sections using macros
===============================
We can extend other sections in a configuration as macros by naming
then using the ``<`` option. For example, perhaps we have to create
multiple server processes that listen on different ports. We might
have a base ``server`` section, and some sections that use it as a
macro:
.. code-block:: ini
[server]
recipe = zc.zdaemonrecipe
port = 8080
program =
${buildout:bin-directory}/serve
--port ${:port}
--name ${:_buildout_section_name_}
[server1]
<= server
port = 8081
[server2]
<= server
port = 8082
.. -> src
>>> write("[buildout]\nparts=server server1 server2\n" + src, "buildout.cfg")
>>> run_buildout("buildout -vv")
>>> print(read()) # doctest: +ELLIPSIS
Creating ...
[server]
...
port = 8080
program = .../bin/serve...--port 8080...--name server
...
recipe = zc.zdaemonrecipe
...
[server1]
...
port = 8081
program = .../bin/serve...--port 8081...--name server1
...
recipe = zc.zdaemonrecipe
...
[server2]
...
port = 8082
program = .../bin/serve...--port 8082...--name server2
...
recipe = zc.zdaemonrecipe
...
In the example above, the ``server1`` and ``server2`` sections use the
``server`` section, getting its ``recipe`` and ``program`` options.
The resulting configuration is equivalent to:
.. code-block:: ini
[server]
recipe = zc.zdaemonrecipe
port = 8080
program =
${buildout:bin-directory}/serve
--port ${:port}
--name ${:_buildout_section_name_}
[server1]
recipe = zc.zdaemonrecipe
port = 8081
program =
${buildout:bin-directory}/serve
--port ${:port}
--name ${:_buildout_section_name_}
[server2]
recipe = zc.zdaemonrecipe
port = 8082
program =
${buildout:bin-directory}/serve
--port ${:port}
--name ${:_buildout_section_name_}
.. -> src
>>> write("[buildout]\nparts=server server1 server2\n" + src, "buildout.cfg")
>>> run_buildout("buildout -vv")
>>> print(read()) # doctest: +ELLIPSIS
Installing ...
[server]
...
port = 8080
program = .../bin/serve...--port 8080...--name server
...
recipe = zc.zdaemonrecipe
...
[server1]
...
port = 8081
program = .../bin/serve...--port 8081...--name server1
...
recipe = zc.zdaemonrecipe
...
[server2]
...
port = 8082
program = .../bin/serve...--port 8082...--name server2
...
recipe = zc.zdaemonrecipe
...
Value substitutions in the base section are applied after its
application as a macro, so the substitutions are applied using data
from the sections that used the macro (using the ``<`` option).
You can extend multiple sections by listing them in the ``<`` option
on separate lines, as in:
.. code-block:: ini
[server2]
<= server
monitored
port = 8082
.. -> src
>>> old = read('buildout.cfg')
>>> write(old + src + """
... [monitored]
... name = ${:_buildout_section_name_}
... mport = 1${:port}
... """, "buildout.cfg")
>>> run_buildout("buildout -vv")
>>> print(read()) # doctest: +ELLIPSIS
Installing ...
[server2]
...
mport = 18082
name = server2
port = 8082
program = .../bin/serve...--port 8082...--name server2
...
recipe = zc.zdaemonrecipe
...
If multiple sections are extended, they're processed in order, with
later ones taking precedence. In the example above, if both
``server`` and ``monitored`` provided an option, then the value from
``monitored`` would be used.
A section that's used as a macro can extend another section.
......@@ -107,6 +107,11 @@ base.cfg from the cache:
>>> print_(system(buildout + ' -o'))
Unused options for buildout: 'foo'.
.. verify same behavior for install-from-cache:
>>> print_(system(buildout + ' install-from-cache=true download-cache=.'))
Unused options for buildout: 'foo'.
In online mode, buildout will download and use the modified version:
>>> print_(system(buildout))
......
......@@ -3455,7 +3455,8 @@ normalize_S = (
)
def run_buildout(command):
os.environ['HOME'] = os.getcwd() # Make sure we don't get .buildout
# Make sure we don't get .buildout
os.environ['HOME'] = os.path.join(os.getcwd(), 'home')
args = command.strip().split()
import pkg_resources
buildout = pkg_resources.load_entry_point(
......@@ -3751,18 +3752,32 @@ def test_suite():
with open(path) as f:
return f.read()
def write(text, path):
with open(path, 'w') as f:
def write(text, *path):
with open(os.path.join(*path), 'w') as f:
f.write(text)
def eqs(a, *b):
a = set(a); b = set(b)
return None if a == b else (a - b, b - a)
def clear_here():
for name in os.listdir('.'):
if os.path.isfile(name):
os.remove(name)
else:
shutil.rmtree(name)
test.globs.update(
run_buildout=run_buildout_in_process,
yup=lambda cond, orelse='Nope': None if cond else orelse,
nope=lambda cond, orelse='Nope': orelse if cond else None,
eq=lambda a, b: None if a == b else (a, b),
eqs=lambda a, *b: None if set(a) == set(b) else (a, b),
eqs=eqs,
read=read,
write=write,
ls=lambda d='.', *rest: os.listdir(os.path.join(d, *rest)),
join=os.path.join,
clear_here=clear_here
)
setupstack.setUpDirectory(test)
......@@ -3771,6 +3786,9 @@ def test_suite():
manuel.doctest.Manuel() + manuel.capture.Manuel(),
os.path.join(docdir, 'getting-started.rst'),
os.path.join(docdir, 'topics', 'bootstrapping.rst'),
os.path.join(
docdir,
'topics', 'variables-extending-and-substitutions.rst'),
setUp=docSetUp, tearDown=setupstack.tearDown
))
......
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