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We currently have a problem in the handling of locks in the `upgrade
<app>` command when a transitive dependency switches supervision trees.
If we start with:
A
/ \
B1 C
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D
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E
And upgrade to:
A
/ \
B2 C
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E D
by calling `rebar3 upgrade b`, we would expect the ugprade command to do
so directly. However we are currently left with the following lock file:
A
/ \
B2 C
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D
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E
This is _not_ critical since on the next run, the lock file is fixed
automatically through an install-deps sequence. However, this is a
jarring state in which to leave a project.
The reason is that we proceed the following way to handle an upgrade:
1. pick the name of the chosen app, and unlock it if it's at the level 0
2. grab a list of all its current children (and their own) and unlock
them
3. do the same for all the other unlocked dependencies
4. pass this new lock internal format to the get-deps provider in
upgrade mode
5. take the result and save it to the lock file.
What's interesting is that right now this yields invalid locks at
step 3, because we have removed the lock on B1, but not on E
(which we don't yet know is going to be a new child of the next
B version until we fetch it)
In step 4, we fetch dependencies, and in there we compare the
pre-upgrade locks and fetch structure with those expected in the current
lock state, and rebuild everything.
The fix in this commit adds a check there where if the app is in the
current lock set at a level deeper than the current one, the lock is
forced to be refreshed as if it were not there. This lock would get
refreshed on a blank run anyway since the current lock set would start
empty (rather than pre-populated by `upgrade`), and the level-order
traversal ensures that the locks remain safe in all cases.
Fixes #2030
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* update to hex_core for hex-v2 repo support (#1865)
* update to hex_core for hex-v2 repo support
This patch adds only single repo hex-v2 support through hex_core.
Packages no longer filtered out by buildtool metadata and the
package index is updated per-package instead of fetched as one
large ets dump.
* tell travis to also build hex_core branch
* support list of repos for hex packages (#1866)
* support list of repos for hex packages
repos are defined under the hex key in rebar configs. They can be
defined at the top level of a project or globally, but not in
profiles and the repos configured in dependencies are also ignored.
Searching for packages involves first checking for a match in the
local repo index cache, in the order repos are defined. If not found
each repo is checked through the hex api for any known versions of
the package and the first repo with a version that fits the constraint
is used.
* add {repos, replace, []} for overriding the global & default repos
* add hex auth handling for repos (#1874)
auth token are kept in a hex.config file that is modified by the
rebar3 hex plugin.
Repo names that have a : separating a parent and child are considered
organizations. The parent repo's auth will be included with the child.
So an organization named hexpm:rebar3_test will include any hexpm
auth tokens found in the rebar3_test organization's configuration.
* move packages to top level of of hexpm cache dir (#1876)
* move packages to top level of of hexpm cache dir
* append organization name to parent's repo_url when parsing repos
* only eval config scripts and apply overrides once per app (#1879)
* only eval config scripts and apply overrides once per app
* move new resource behaviour to rebar_resource_v2 and keep v1
* cleanup use of rebar_resource module and unused functions
* cleanup error messages and unused code
* when discovering apps support mix packages as unbuilt apps (#1882)
* use hex_core tarball unpacking support in pkg resource (#1883)
* use hex_core tarball unpacking support in pkg resource
* ignore etag if package doesn't exist and delete if checksum fails
* add back tests for bad package checksums
* improve bad registry checksum error message
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Prevents showing false upgrade messages when upgrading in a non-default
profile. Also shows an info message explaining default deps don't get
updated in a non-default upgrade.
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lock file contains expected hash for pkg dependencies
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Tests have broken as locks were expanded and auto-filled newer versions
of lockfiles. This fixes them back.
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When the operation for an unlock takes place in the config of a umbrella
application, the `unlock' provider does not see the dependency in the
`deps' value of the config (since it only includes the deps at the root
of the project) and ignores these.
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This commit replaces the method of upgrading by unlocking all transitive
deps by one that utilizes the parent element of each app to only
unlock transitive deps of children of the top level deps being upgraded.
Additionally the run function of upgrade_SUITE is modified to only create
the mock updates before the upgrade provider is run, instead of before
any provider is run, which would cause improper behavior in install_deps.
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Requires a rework of other test suites using the same dep-handling
mechanism.
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they would always be left unfound otherwise.
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Lock forwarding is what happens when the file on disk are on a different
version from what is specified in the lock file. Files on disk should be
updated to respect what's in the lock file.
A negative test has been added so that lock files that are outdated vis.
the underlying git and packages but match files on disk do not get
forwarded. This job is left to the `upgrade' command.
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- Track level of packages properly, they're not level 0 anymore (this
could yield an issue where a src dep takes precedence over a pkg dep)
- Proper stable sort of vertices in the digraph module
- PkgDeps no longer 'see themselves' when fetching and upgrading after
locking themselves
- Pkg Locks are added to pkg deps rather than source deps
- Updating test cases to support pkg mocking on top of src mocking
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Apps that are no longer used are not automatically deleted, but we tell
users it can be done. This is safer while we're not sure of the
correctness of these messages.
Error messages are added for transient dependencies and dependencies not
found.
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- Many apps is supported through and through
- Not mentioning any app upgrades all apps
- Locks are refreshed on disk and tested as such after an upgrade
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todo:
- relock stuff
- default to all apps needing upgrade
- more tests?
- pkgs?
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Only the most complex case is failing, where cross-dependencies would
need to be refetched as an update clears an app of its dependencies and
a different subtree should override it.
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The problem with the current effort is handling of transitive dependency
upgrades and possible values.
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Test that all the correct locks are set for an upgrade run.
Now to actually re-run the install deps and prove it works
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