Often, patch and security releases do not require schema migrations or
data migrations. However, if an empty upgrade class and associated
scripts are not defined, the upgrade process will break. With this
change, if a release does not have an upgrade, a noop DbUpgrade is added
to the upgrade path. This approach allows the upgrade to proceed and
for the database to properly reflect the installed version. This change
should make the release process simpler as RMs no longer need to
rememeber to create this boilerplate code when starting a new release.
Beginning with the 4.8.2.0 and 4.9.1.0 releases, the project will
formally adopt a four (4) position release number to properly accomodate
rekeases that contain only CVE fixes. The DatabaseUpgradeChecker and
Version classes made assumptions that they would always parse and
compare three (3) position version numbers. This change adds the
CloudStackVersion value object that supports both three (3) and four (4)
version numbers. It encapsulates version comparsion logic, as well as,
the rules to allow three (3) and four (4) to interoperate.
* Modifies DatabaseUpgradeChecker to handle derive an upgrade path for
a version that was not explicitly specified. It determines the
releases the first release before it with database migrations and uses
that list as the basis for the list for version being calculated. A
noop upgrade is then added to the list which causes no schema changes
or data migrations, but will update the database to the version.
* Adds unit tests for the upgrade path calculation logic in
DatabaseUpgradeChecker
* Removes dummy upgrade logic for the 4.8.2.0 introduced in previous
versions of this patch
* Introduces the CloudStackVersion value object which parses and
compares three (3) and four (4) position version numbers. This class
is intended to replace com.cloud.maint.Version.
* Adds the junit-dataprovider dependency -- allowing test data to be
concisely generated separately from the execution of a test case.
Used extensively in the CloudStackVersionTest.
Signed-off-by: Rohit Yadav <rohit.yadav@shapeblue.com>
The DefaultUserAuthenticator is an empty class, extending the
AdapterBase and implementing the UserAuthenticator interface. The class
is only being used as a marker and it's sole use is to be extended by
other UserAuthenticators. Noticing that the class had no purpose, I
removed it and made it's children extend from it's superclass and
implement it's interface instead. Also, I removed the @Local tags from
those classes, since EJB is not used anymore.
This reverts commit cd7218e241a8ac93df7a73f938320487aa526de6, reversing
changes made to f5a7395cc2ec37364a2e210eac60720e9b327451.
Reason for Revert:
noredist build failed with the below error:
[ERROR] Failed to execute goal org.apache.maven.plugins:maven-compiler-plugin:3.2:compile (default-compile) on project cloud-plugin-hypervisor-vmware: Compilation failure
[ERROR] /home/jenkins/acs/workspace/build-master-noredist/plugins/hypervisors/vmware/src/com/cloud/hypervisor/guru/VMwareGuru.java:[484,12] error: non-static variable logger cannot be referenced from a static context
[ERROR] -> [Help 1]
even the normal build is broken as reported by @koushik-das on dev list
http://markmail.org/message/nngimssuzkj5gpbz
ACS is now comprised of a hierarchy of spring application contexts.
Each plugin can contribute configuration files to add to an existing
module or create it's own module.
Additionally, for the mgmt server, ACS custom AOP is no longer used
and instead we use Spring AOP to manage interceptors.
DefaultUserAuthenticator maskes the _name varible in ComponentLifecycleBase
making the setName() method not work as expected. This patch cleans up the
code such that getName() will be getClass().getSimpleName() unless
overridden in the Spring configuration.
Description:
Making SHA256SALT the default encoding algorithm to encode
passwords when creating/updating users.
Introducing a new configurable list to allow admins to
separately configure the order of preference for encoding
and authentication schemes.
Since passwords are now sent by clients as clear text,
fixing the Plain text authenticator to check against the
password passed in rather than its md5 digest.
The authenticators now have an encode function that cloudstack will use to encode the user supplied password before storing it in the database. This makes it easier to add other authenticators with other hashing algorithms. The requires a two step approach to creating the admin account at first start as the authenticators are only present in the management-server component locator.
The SHA256 salted authenticator make use of this new system and adds a hashing algorithm based on SHA256 with a salt. This type of hash is far less susceptible to rainbow table attacks.
To make use of these new features the users password will be sent over the wire just as he typed it and it will be transformed into a hash on the server and compared with the stored password. This means that the hash will not go over the wire anymore.
The default authenticator in components.xml is still set to md5 for backwards compatibility. For new installations the sha256 could be enabled.
