maven/maven-core-it/README.txt

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it0000: The simplest of builds. We have one application class and one test
class. There are no resources, no source generation, no resource
generation and a the super model is employed to provide the build
information.
it0001: Builds upon it0000: we add an application resource that is packaged
up in the resultant JAR.
it0002: Builds upon it0001: we add the download of a dependency. We delete
the JAR from the local repository and make sure it is there post build.
it0003: Builds upon it0001: we add a jar installation step. We delete the JAR
from the local repository to make sure it is there post build.
it0004: The simplest of pom installation. We have a pom and we install it in
local repository.
it0005: The simplest of pom installation. We have a snapshot pom and we install
it in local repository.
it0006: Integration test for the verifier plugin.
it0007: We specify a parent in the POM and make sure that it is downloaded as
part of the process.
it0008: Simple goal decoration where a plugin binds to a phase and the plugin must
be downloaded from a remote repository before it can be executed. This
test also checks to make sure that mojo parameters are aligned to the
project basedir when their type is "java.io.File".
it0009: Test plugin configuration and goal configuration that overrides what the
mojo has specified.
it0010: Since the artifact resolution does not use the project builder, we must
ensure that the full hierarchy of all dependencies is resolved. This
includes the dependencies of the parent-pom's of dependencies. This test
will check this, by depending on classworlds, which is a dependency of
maven-component, which is the parent of maven-plugin, which is an
explicit dependency of this test.
# TODO: must correct the assumptions of this test
it0011: Test specification of dependency versions via <dependencyManagement/>.
it0012: Test simple POM interpolation
it0013: Test plugin-plugin, which tests maven-plugin-tools-api and
maven-plugin-tools-java. This will generate a plugin descriptor from
java-based mojo sources, install the plugin, and then use it.
it0014: Test POM configuration by settings the -source and -target for the
compiler to 1.4
it0015: Test marmalade-driven mojo support. This will compile supporting java
classes (mmld tag & taglib), generate plugin descriptor from mmld script,
install the plugin, and finally use the new plugin.
it0016: Test a WAR generation
it0017: Test an EJB generation
it0018: Ensure that managed dependencies for dependency POMs are calculated
correctly when resolved. Removes commons-logging-1.0.3 and checks it is
redownloaded.
it0019: Test that a version is managed by pluginManagement in the super POM
it0020: Test beanshell mojo support.
it0021: Test pom-level profile inclusion (this one is activated by system
property).
it0022: Test profile inclusion from profiles.xml (this one is activated by system
property).
it0023: Test profile inclusion from settings.xml (this one is activated by an id
in the activeProfiles section).
it0024: Test usage of <executions/> inside a plugin rather than <goals/>
that are directly inside th plugin.
it0025: Test multiple goal executions with different execution-level configs.
it0026: Test merging of global- and user-level settings.xml files.
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==============================
NOTE: About it0023 and it0026
==============================
I am disabling these for now, because they depend on locally-supplied settings
files, and need to know the location of the local repository where the plugin
builds were deposited in order to work. This is why they will result in
ArtifactResolutionException's...they literally cannot find the plugins in the
local repository, because they wind up using the default local repository.
=============================
- generated sources
- generated resources from sources
- generated resources from generated sources
- filtered resources
- build that requires a plugin download
- transitive dependencies
- goal attainment not requiring depedency resolution
- goal attainment where a POM is not required: this is a case where
we are using mgen to create new applications and project structures
which is used by the m2 geronimo plugin and tools like the "setup"
goal which brings a project to life from scratch using something like:
m2 --setup xstream --version 1.0
- write a small program to generate a massively nested build
which which use the reactor and inheritence. we need to have
integration tests that go far beyond what the average user
would ever setup.
- project with a cyclic dependency
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These are a set of builds that contain known errors. The errors should be
captured and reported in a useful manner to the user. We will start at it1000
for intentially flawed builds.
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it1000: A build which contains a malformed pom.xml. We have intentionally
created a mismatch in the first element. We have:
<projectX>...</project>
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it1001: A build whose pom.xml does not contain a <groupId/> element.
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it1002: A build with a syntax error in the first field declaration.
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it1003: A build with a simple test failure.
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- checksum mismatch
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it1005: A build with two mojo java sources that declare the same goal.
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