Currently, preferred-install accepts the hash of patterns as the value in the composer.json. I've followed the same approach as used in extra and platform for letting the user define install preferences through CLI in the format: `composer config preferred-install my-organization/stable-package.dist`.
This includes two breaking changes:
- the hostname is not resolved in the case of an IP address.
- a hostname with a trailing period (FQDN) is not matched.
This brings the basic implementation in line with curl behaviour, with
the addition of full IP address and range matching (curl does not
differentiate between IP addresses host names).
The NO_PROXY environment variable can be set to either a comma-separated
list of host names that should not use a proxy, or single asterisk `*`
to match all hosts.
- Port numbers can be included by prefixing the port with a colon `:`.
- IP addresses can be used, but must be enclosed in square brackets
`[...]` if they include a port number.
- IP address ranges can specified in CIDR notation, separating the IP
address and prefix-length with a forward slash `/`.
Commit: 149250ab92
ProcessExecutor::escape handled a false value inconsistently across
platforms, returning an emtpy string on Windows, otherwise `''`. This
is fixed to return `""` on Windows.
The GitDownloaderTest code has been appropriately updated.
This only removes the credentials if they are managed by composer auth.json or equivalent, if the credentials were present in the package URL to begin with they might remain
Refs #8293Fixes#3644Closes#3608
Composer was unable canonicalize URLs in non-HTTP(S) Composer
repositories. For example it was not possible to use a `providers-url`
in a repository loaded via the `file://` scheme.
See also: #8115
* 1.8:
Fix solver problem exceptions with unexpected contradictory "Conclusions"
Also load config into IO if not freshly created
Only load configuration into IO if IO is available
Fix defaultRepos fallback does not use auth config
This 5 character fix comes with a solver test as well as a functional
installer test essentially verifying the same thing. The solver test is
more useful when working on the solver. But the functional test is less
likely to be accidentally modified incorrectly during refactoring, as
every single package, version and link in the rather complex test
scenario is essential, and a modified version of the test may very well
still result in a successful installation but no longer verify the bug
described below.
Background:
In commit 451bab1c2c from May 19, 2012 I
refactored literals from complex objects into pure integers to reduce
memory consumption. The absolute value of an integer literal is the id
of the package it refers to in the package pool. The sign indicates
whether the package should be installed (positive) or removed (negative),
So a major part of the refactoring was swapping this call:
$literal->getPackageId()
For this:
abs($literal)
Unintentionally in line 554/523 I incorrectly applied this change to the
line:
$this->literalFromId(-$literal->getPackageId());
It was converted to:
-abs($literal);
The function literalFromId used to create a new literal object. By using
the abs() function this change essentially forces the resulting literal
to be negative, while the minus sign previously inverted the literal, so
positive into negative and vice versa.
This particular line is in a function meant to analyze a conflicting
decision during dependency resolution and to draw a conclusion from it,
then revert the state of the solver to an earlier position, and attempt
to solve the rest of the rules again with this new "learned" conclusion.
Because of this bug these conclusions could only ever occur in the
negative, e.g. "don't install package X". This is by far the most likely
scenario when the solver reaches this particular line, but there are
exceptions.
If you experienced a solver problem description that contained a
statement like "Conclusion: don't install vendor/package 1.2.3" which
directly contradicted other statements listed as part of the problem,
this could likely have been the cause.
hhvm-nightly (and the next release) are no longer able to execute
Composer. Support executing Composer with PHP to install dependencies
for hack projects.
The goal is for this to be temporary, until Hack identifies a new
package manager, given that Composer does not aim to be a multi-language
package manager.
fixes#7734
The update command can receive a pattern like `vendor/prefix-*`
to update all matching packages.
This has not worked if multiple packages, depending on each other,
where matched to the given pattern. No package has been updated
in this case as only the first package matching the pattern was
added to the whitelist.
Jordi Boggiano