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-rw-r--r--meta/recipes-devtools/python/python3/python3-manifest.json94
1 files changed, 92 insertions, 2 deletions
diff --git a/meta/recipes-devtools/python/python3/python3-manifest.json b/meta/recipes-devtools/python/python3/python3-manifest.json
index 617256a3e0..3641d5bd7b 100644
--- a/meta/recipes-devtools/python/python3/python3-manifest.json
+++ b/meta/recipes-devtools/python/python3/python3-manifest.json
@@ -1,3 +1,93 @@
1# DO NOT (entirely) modify this file manually, please read.
2#
3# IMPORTANT NOTE:
4# Please keep in mind that the create_manifest task relies on the fact the the
5# target and native Python packages are the same, and it also needs to be executed
6# with a fully working native package (with all the PACKAGECONFIGs enabled and all
7# and all the modules should be working, check log.do_compile), otherwise the script
8# will fail to find dependencies correctly, this note is valid either if you are
9# upgrading to a new Python version or adding a new package.
10#
11#
12# If you are adding a new package please follow the next steps:
13# How to add a new package:
14# - If a user wants to add a new package all that has to be done is:
15# Modify the python3-manifest.json file, and add the required file(s) to the FILES list,
16# fill up the SUMMARY section as well, the script should handle all the rest.
17#
18# Real example:
19# We want to add a web browser package, including the file webbrowser.py
20# which at the moment is on python3-misc.
21# "webbrowser": {
22# "files": ["${libdir}/python${PYTHON_MAJMIN}/lib-dynload/webbrowser.py"],
23# "rdepends": [],
24# "summary": "Python Web Browser support"}
25#
26# * Note that the rdepends field was left empty
27#
28# We run $ bitbake python3 -c create_manifest and the resulting manifest
29# should be completed after a few seconds, showing something like:
30# "webbrowser": {
31# "files": ["${libdir}/python${PYTHON_MAJMIN}/webbrowser.py"],
32# "rdepends": ["core","fcntl","io","pickle","shell","subprocess"],
33# "summary": "Python Web Browser support"}
34#
35#
36# If you are upgrading Python to a new version please follow the next steps:
37# After each Python upgrade, the create_manifest task should be executed, because we
38# don't control what changes on upstream Python, so, some module dependency
39# might have changed without us realizing it, a certain module can either have
40# more or less dependencies, or could be depending on a new file that was just
41# created on the new release and for obvious reasons we wouldn't have it on our
42# old manifest, all of these issues would cause runtime errors on our system.
43#
44# - Upgrade both the native and target Python packages to a new version
45# - Run the create_manifest task for the target Python package as its shown below:
46#
47# $ bitbake python3 -c create_manifest
48#
49# This will automatically replace your manifest file located under the Python directory
50# with an new one, which contains the new dependencies (if any).
51#
52# Several things could have gone wrong here, I will try to explain a few:
53#
54# a) A new file was introduced on this release, e.g. sha3*.so:
55# The task will check what its needed to import every module, more than one module would
56# would probably depend on sha3*.so, although only one module should contain it.
57#
58# After running the task, the new manifest will have the sha3*.so file on more than one
59# module, you need to manually decide which one of them should get it and delete it from
60# the others, for example sha3*.so should likely be on ${PN}-crypt.
61# Once you have deleted from the others you need to run the create_manifest task again,
62# this will populate the other module's rdepends fields, with ${PN}-crypt and you should be
63# good to go.
64#
65# b) The native package wasn't built correctly and its missing a certain module:
66# As mentioned before, you need to make sure the native package was built with all the modules
67# because it is used as base to build the manifest file, you need to manually check log.do_compile
68# since it won't error out the compile function if its only missing a couple of modules.
69#
70# e.g. missing the _uuid module, log.do_compile would show the following:
71# Python build finished successfully!
72# The necessary bits to build these optional modules were not found:
73# _uuid
74#
75# What will happen here is that the new manifest would not be aware that the _uuid module exists, so
76# not only we won't know of any dependencies to it, but also, the _uuid* files will be packaged on
77# the misc package (which is where any file that doesn't belong anywhere else ends up).
78#
79# This will eventually cause runtime errors on our system if we don't include the misc package on
80# on our image, because the _uuid files will be missing.
81# If we build the _uuid module correctly and run the create_manifest task the _uuid files will be
82# detected correctly along with its dependencies, and we will get a working manifest.
83#
84# This is the reason why it is important to make sure we have a fully working native build,
85# so we can avoid these errors.
86#
87#
88#
89# DO NOT MODIFY THE NEXT LINE!, IT IS USED AS A MARKER FOR THE ACTUAL JSON MANIFEST
90# EOC
1{ 91{
2 "tests": { 92 "tests": {
3 "summary": "Python test suite", 93 "summary": "Python test suite",
@@ -1120,8 +1210,8 @@
1120 "unixadmin" 1210 "unixadmin"
1121 ], 1211 ],
1122 "files": [ 1212 "files": [
1123 "${libdir}/python${PYTHON_MAJMIN}/venv", 1213 "${bindir}/pyvenv*",
1124 "${bindir}/pyvenv*" 1214 "${libdir}/python${PYTHON_MAJMIN}/venv"
1125 ], 1215 ],
1126 "cached": [] 1216 "cached": []
1127 }, 1217 },