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Since the release of Maven 2.0, several persistent issues related to the lifecycle and plugins have surfaced that seem to cause subtle problems in the build. Modifications to the lifecycle processing logic in the trunk code (what will be 2.1 someday) of Maven seek to lay the groundwork for addressing these issues, and others.
Some Common, Recurrent Problems
For instance, in cases where multiple sources specify mojo bindings for a particular lifecycle phase (packaging, POM ancestry, profiles, and current POM are all possible contributors), predicting the ordering of mojo executions within this phase can be quite difficult. Controlling this ordering can sometimes prove impossible, and force users to assign non-intuitive lifecycle phases to their mojo bindings, to ensure proper ordering.
Another common problem is that a build may sometimes fail after many successful prior builds, simply because a plugin bound to a later lifecycle (which is not invoked often) doesn't exist, or is configured incorrectly. This can waste quite a lot of time on builds that have no chance of success, especially when combined with plugins that are not sensitive to the up-to-date status of their contribution to that build, and reprocess sources regardless of what the last build did. It can also cause problems with processes that can be very hard to recover from a partial state, such as releasing a project (eg. the release plugin which changes files, commits and tags them, and then tries to build for deployment).
Still other problems include:
- lack of feedback to the user about what the build will do, before it does it (even figuring out exactly what it did can be challenging, considering the sheer volume of output from some plugins)
- some plugins execute in every build, regardless of the packaging type of the project being built. When these are bound to a parent POM, they can cause problems in building that parent POM, since it doesn't have associated source files.
- some plugins may need to be omitted in rare cases, but ideally would be configured in the parent POM for the 95% of child modules that do need it. Here, it would be simpler to allow the child POM to direct Maven to omit that plugin execution for its own build.
- In some cases (admittedly theoretical, as of now), it could be advantageous to allow one plugin to inject several others into the build at different phases of the lifecycle, as a way of standardizing and versioning a particular multi-plugin configuration to be used in concert within many builds. Just-in-time lifecycle discovery and configuration (the old style in 2.0.x) makes almost no provision for this. There is certainly no way of retrieving the list of mojo executions to be processed, which makes it much harder to imagine how the build could be manipulated by such a plugin.
Maven's Lifecycle-Processing Design, Revisited
The revisions to Maven's lifecycle-processing logic over the past year center on deterministic build planning, and providing more options to the lifecycle specification to allow for mojo configuration. The goal was to allow users and developers to know the full build lifecycle before the build started, or to report on this lifecycle without executing a single mojo of the main build. Another key criteria was to make the resulting build plan data structure easily navigable, without requiring developers to implement a complex lifecycle-walking algorithm in order to understand what would execute, when.
Other features of the lifecycle redesign include a first-class model for mojos and lifecycles, which makes it straightforward to query any node in the build plan list (or the more complex lifecycle definition instance, from which the build plan is constructed) using a concrete, getter/setter-style API. Also included is configuration planning, to allow users and developers to see what mojo configuration options are provided for each step in the build plan.
Deterministic Build Planning
Starting with Maven 2.1, each build will be mapped out completely before it is executed. This means that all direct mojo invocations specified on the command line, all bindings brought in via the default or specified project packaging (the <packaging/> element contents in the POM), all mojo bindings that are configured in the project's own POM or one of its ancestors (and including those specified in an active profile within one of those POMs) will be explored and added to a single data structure. Then, once all of this information about the build is compiled, Maven will use it to construct a flattened, straight-through list of ordered mojo executions to be processed...which it will then process. The aim of this is to reduce the number of plugin errors that happen late in the build, potentially after some unrecoverable mojo error has left your build in limbo between success and failure.
Along the way, Maven must cope with some obvious roadblocks standing in the way of creating this simple list of mojos. First, where normal mojos execute once per project in the build, aggregated mojos execute only once. These typically make use of the ${reactorProjects} expression, and act on all projects in the build at one time. When Maven encounters an aggregated mojo, it dices up the list of tasks given on the command line (or in the setGoals(..) method of the MavenExecutionRequest) into contiguous segments of aggregator and non-aggregator invocations, then iterates through the list of segments, executing either in once-per-project (sub-iterating through the list of projects for each task) or aggregated (simply execute the task) for each segment. This means that certain aggregator mojos will not be present in the build plan for each project, but rather will exist only in the build plan of the "root" project for the build.
Add to this complication the fact that some mojos create a forked execution, directing Maven to execute some other mojo or lifecycle phase, then processing the result in some way before resuming the main lifecycle's execution. When this happens, it effectively causes Maven's lifecycle-processing logic to recurse, and handle the new fork as a new set of tasks to execute. During the forked execution, any mojo executions that led to the current fork (we keep a Stack of mojos that led to the current fork, pushing the forking mojo onto the stack prior to fork execution, and popping it back off immediately afterward) must be omitted from the new fork to prevent infinite recursion. Further complicating things, Maven allows forked executions to use a special "lifecycle overlay" which provides its own mojo bindings and even configurations for mojo bindings. These are applicable only during the fork execution, then the existing bindings and configuration are restored. When Maven calculates all of this during the build-planning step, it accounts for lifecycle overlays by marking each fork point with a separate, nested build plan instance, so the differences can be maintained and taken into account when the build plan is rendered (more on this below). Aside from cloning the build plan and adding lifecycle overlays as necessary for forked executions, and special handling logic during the rendering step to actually calculate the impact of the fork, forked executions are pretty simple additions to the build-planning process.
After the build plan has been constructed, a flattened List of mojo-execution instances (the actual class is MojoBinding) can be rendered according to the list of tasks used to construct it. Whenever a plugin fails to load during build-plan discovery, that MojoBinding is preceded by a special, internal late-binding mojo execution. The late-binding mojo simply acts as a last-ditch effort at resolving the plugin before the build fails. This is especially useful if the plugin to be used is built as part of the current Maven execution, where the plugin may not exist in binary form before Maven is called. In addition, whenever a forked execution is encountered during this rendering, Maven traverses the nested, forked-execution build plan and renders it into a list that is added to the main mojo list. However, this forked list is bracketed by some special handling in the form of three internal mojos.
- Before the forked-execution mojos are added, a special StartForkedExecutionMojo runs. This mojo clones the current project, pushes the original instance onto a stack of forked projects, and replaces it with the clone so forked mojos don't affect the original project instance.
- After this is added, the forked-mojo listing is added. These are the mojos effectively referenced by the @execution annotation in the forking (fork-initiating) mojo.
- Next, an EndForkedExecutionMojo is added to pop the original project instance back out of the forked-project stack, and set the just-completed project instance as executedProject on the original instance. This is critical to allow the mojo which initiated the fork (usually, this mojo's source code makes use of the @execute annotation) to selectively transfer accumulated state from the forked project to the original one.
- Finally, after the forking mojo is added, a third special mojo called ClearForkedExecutionMojo is added. This mojo simply clears out the executionProject attribute from the current project instance, to hide the fork result as out-of-scope from subsequent mojo executions.
All of this complicated logic is used to first build, then render the complex web of forked-execution nestings and direct-mojo invocations - along with the straightforward mojo bindings that make up 80% or more of the mojo bindings typically in use - into a simple list of instructions for Maven to follow. While the complex data structure has value in terms of providing a single source of information about what Maven intends to do before it does it, the logic required to traverse this structure is too great to externalize. Therefore, the BuildPlan class incorporates logic for rendering itself into a List of MojoBinding instances, traversing direct mojo invocations and recursing into forked executions as needed. This allows developers to interact with the BuildPlan instance, then re-render it as needed to obtain updated MojoBinding lists.
The deterministic build plan enables users to use special plugins (or, even IDE tooling) to inspect the build plan before it is executed. Gone are the problems in determining what Maven is doing because all you see is a blur of console output. Gone is the guesswork trying to figure out where, relative to other mojos in a particular phase, your new mojo binding will be executed. Reduced - but not gone, as we see with the late-binding mojo - are the problems where the build fails in a late and often-unused phase because some plugin or other doesn't exist. Yes, build planning does incur some overhead during the bootstrapping phase of the build. However, the visibility into exactly what Maven is doing more than makes up for a small time penalty.
Extended Lifecycle Specification
In addition to deterministic build planning, Maven 2.1 offers the ability to specify lifecycle bindings for a given packaging type that also contain mojo configurations. Currently, the only implementation of this new type of lifecycle-binding loader (the class is LifecycleLoader) is one that reads a classloader path, set as part of that loader's component configuration. Whatever the source, Maven now provides a concrete syntax for specifying lifecycle bindings with an accompanying parser that enforces the use of correct lifecycle and lifecycle-phase names, and renders a true Java API for inspecting and manipulating the bindings (as opposed to the current, reflectively-populated, obscure class which is organized into a Map according to the name of the lifecycle it addresses). As an additional benefit, these new binding specifications can contain configurations for the mojos they list. This allows the same mojo to serve multiple related purposes, depending on the type of project being built and the configuration options supplied by the lifecycle mapping. It also allows the same mojo to execute multiple times with different configurations, all in the same build - something Maven supports even in 2.0.x when specified explicitly within a POM, but not from a lifecycle mapping.
Easily Navigable Lifecycle/Build-Plan Models
As mentioned above, the concrete LifecycleBindings/MojoBinding model classes - along with the BuildPlan derivative used to inject direct invocations and forked executions - provide an easy way to inspect and manipulate the list of mojos that will execute during a particular Maven build. However, this is worth highlighting separately: where 2.0.x provided an immutable and obscure LifecycleMapping class collected by lifecycle-name into a java.util.Map instance, contained as a private member of the DefaultLifecycleExecutor, Maven 2.1 will present a concrete, strict syntax and class model that can be built, rendered, inspected, and manipulated via documented APIs.
Using the New Lifecycle API
TODO: Programmatic Access
NOTE: This section will change as soon as the build-plan instance is made available in the MavenSession and MavenExecutionResult classes. Once this is finished, build-plan access should be as easy as querying either using using the getBuildPlan( MavenProject ) method. However, until task-segmentation issues are resolved (issues related to creating a template instance of the build plan, then cloning it for each task-segment executed) the BuildPlanner component is the only option.
The build plan for a given project can be accessed using the BuildPlanner component (injected either as a @plexus.requirement or @component annotation, depending on whether you're writing a Plexus component or an implementation of the Mojo interface), found in the maven-core artifact. The method:
requires a List of tasks (these are just Strings), the current MavenProject instance, and the current MavenSession instance.
TODO: Change this section to talk about the up-coming MavenSession.getBuildPlan( MavenProject ) and MavenExecutionResult.getBuildPlan( MavenProject ) methods instead of direct use of the BuildPlanner component, which will not return the same instance of BuildPlan as that being used for the actual build execution.
Immediately Accessible Build Plan Listing:
Maven's debug mode (enabled using the -X flag) will always print the build plan before the build starts, preceded with the text "Our build plan is:", just to make sifting through all the console output marginally simpler.
However, far greater gains can be realized by using the still-experimental maven-lifecycle-plugin (http://svn.apache.org/repos/asf/maven/sandbox/trunk/plugins/maven-lifecycle-plugin). This plugin's lifecycle:build-plan goal takes one required parameter: -Dtasks=first,second,third and one optional parameter: -DextendedInfo=true. The tasks parameter gives the list of command-line tasks you would like to check. When executed, the build-plan mojo will print the list of mojos it would execute to complete the tasks listed, in order. With the extendedInfo flag enabled, each mojo execution will be accompanied by a small XML snippet showing the configuration options Maven would use for that invocation.
Along with the build-plan mojo, the lifecycle plugin also offers a mojo called lifecycle:show-lifecycle-phases. This mojo takes one optional parameter: -Dlifecycle=[build|site|clean] (which defaults to 'build', a new synonym for the 'default' lifecycle), and renders a listing of the specified lifecycle's phases, in order out to the console. This can be a great help to Maven users who don't have a lot of experience adding custom mojo bindings, to let them know what types of activities happen, in what order, during a Maven build.
Compatibility with 2.0.x
The new build-plan functionality should be completely backward compatible with Maven 2.0.x, even down to the private Map of LifecycleMapping instances present in the DefaultLifecycleExecutor (thanks to the Maven20xCompatibilityAspect, which populates the field out of the new build-plan discovery infrastructure). While the references and configuration for legacy-style lifecycle mappings have moved to a different component since 2.0.x (they're now in the component definition for DefaultLifecycleMappingParser, not DefaultLifecycleExecutor), these mappings are still supported. Maven now prefers to use LifecycleLoader implementations for a given packaging, but will default over to looking up the legacy LifecycleMapping component for the packaging type if no matching LifecycleLoader component is found.
Future Directions
This refactor of the Maven lifecycle discovery process sets the foundation for more work that will allow Maven users to tailor their build much more precisely. Once the BuildPlan is available via the MavenSession and MavenExecutionRequest classes, it only requires a small step farther to allow a custom Maven build extension to modify the build plan and turn off, reconfigure, or even replace certain mojo executions. It's even conceivable that a plugin or - better still - a modification to the POM's build section will allow fine-tuning of mojo ordering and execution on a project-by-project basis. This would provide the ultimate flexibility for large project sets, where plugins could be specified in a parent hierarchy for 95% of child modules to use, and simply turned off in the rest.
Aside from fine-tuning the lifecycle, deterministic build planning may open the door for modifications to the Maven plugin API that would allow a mojo to declare what modifications to build state it will make. IDE developers could then simply ask Maven for the build plan for a given project, then scan through and figure out which generated-source and -resource directories it should add to the workspace.
Maven has always had as one of its stated goals a high degree of determinism. The whole point of Maven is to allow users to provide a static description of a project, from which the tooling can draw its configuration and build the project. Discovery of the build process for a project in a just-in-time manner is counter-productive to this goal, since it effectively hides from the user the list and specific ordering of tasks that will be performed when the project is built. This hinders build-debugging efforts to a great degree, especially when combined with noisy plugins that create a flurry of console output as they execute. But it also turns Maven into a black-box system, where the user enters some project information, starts maven, details ommitted here, and out comes the project binary, ready for use. Resolving the details about the highlighted section requires a lot of effort on the part of the user, not to mention extraordinary measures like capturing console output and then sifting through it by hand. With the introduction of build planning, Maven 2.1 addresses the issues of transparency caused by JIT lifecycle discovery, and exposes the full plan of what it intends to execute, including all plugins and their associated configurations for each step, to the user and developer. In fact, the build plan is even available in Maven's debug output (using -X).
In addition to transparency, the new build-planning feature provides a solid foundation on which to build the capability for advanced build tuning and the extraction of build state information injected during the execution of certain mojos. Exposing the build plan to extension and plugin developers, along with consumers of Maven's embedder, could open the door to far more advanced use cases and tighter integration with third-party tooling than was ever possible using Maven 2.0.x.
Relevant Discussions and Issues
Wiki Articles
- Lifecycle and Plugin Handling: This is the parent page for lifecycle-related design proposals (or is meant to be). Much of the work in described in this page is foundational to improvements proposed here.
- Suppression, Ordering, and Replacement of Plugins and Mojos Bindings: Specific proposal designed to address many of the improvements mentioned in the above reference. Again, the work described on this page is foundational to the improvements outlined here.
JIRA Issues
- MNG-2442 : Querying lifecycle composition is a direct effect of the work outlined here.
- MNG-474 : Not entirely sure what this issue intends, but the build-planning subsystem does flatten forked execution into a single list of mojos to be executed. At the very least, this flattening should make analysis and elimination of needless, duplicate mojos easier.
6 Comments
Just a few thoughts about issues I've encountered in 2.0.x lifecycle:
- @aggregator only works from the command line. That is, an aggregator plugin bound to a phase still executes for each project, and this is usually not what the author intended.
- A mojo can't know what phase it is currently executing in (and likewise if it was invoked directly from the CLI). This can drastically alter our ability to make easier to use mojos.
- Even if a mojo could determine where it is, it still needs to be able to programatically alter the @execute statement (just look at all the xxxx and xxxx-only mojos to work around not forking the build when not needed)
- The executions inherited flag doesn't work so you can't control the inheritence at a fine level
- There is still a problem with how we handle mojos with @requiresDependencyResolution and @aggregator when one of the dependencies is in the current reactor. In 2.0.x, we skip the dependency and throw a warning, but this is not optimal and is a hackish workaround.
- Mojos need to be able to bind to a pre-execute phase for things like dependency manipulation and lifecycle introspection and manipulation.
- In 2.0.x, the first plugin version encountered is the one used everywhere in the reactor. That means you can't use different versions in different projects, or you get different behavior depending on the order or where the execution root is.
- You should also inject an end mojo processor to flush out the resolved dependencies like you do the executedProject. This way mojos that don't declare @requiresDep... don't work sometimes because the previous mojo did the execution
- We need to revisit the first principles that lead us to introduce aggregator plugins in the first place. These plugins cause innumerable problems, especially when they make assumptions about what part of a multimodule build they're going to execute in...the reality can be very subtle to tease out. IMO, we need to leave the concept of @aggregator plugins in 2.0.x, and come up with a better option that combines another point you raised: the pre-execution phase. Aggregation is meant to happen at particular times in the build, and the timing could vary according to what sort of aggregation the plugin is trying to accomplish. In the case of the assembly plugin, aggregation often means after-the-fact, when module builds have run and produced an artifact that can be aggregated into an archive. In the site plugin, it often means before and after the report plugins run, which is why the reports don't actually run directly...they're invoked by the site plugin (this causes a whole other slough of problems related to tracking report plugins in use). We need to reassess aggregation and come at it from the perspective of decorating an entire build with some sort of pluggable component (be that a plugin itself, or whatever).
- Aggregators and dependencies that are in the current reactor will always produce a fundamentally flawed interaction, since aggregation in itself makes no assertion about when the aggregation should run, and in practice this timing can vary according to several circumstances. Yet another reason to get rid of aggregation and go with some other solution that addresses the use cases more completely and elegantly.
- Plugin versions can now vary by project freely in 2.1. The first-plugin-version problem from 2.0.x has been resolved.
- Tidying activities related to every mojo should probably be part of a real mojo lifecycle (in terms of a plexus lifecycle that the mojo component instance traverses from lookup to disposal). This is already a possibility using plexus, we would just have to figure out how best to wire in project-handling logic without requiring that each Mojo implementation provide it.
Similar to the need for a pre lifecycle execution phase, we need a post lifecycle execution so that a plugin could do post build metrics, like build time, results etc.
Does the new Lifecycle design already support the ability to add runtime "listeners" to programatically track the progress of the build? I'm thinking of something analogous to Ant "Build Listeners". Apologies if such a "dynamic build progress listener" feature already exists.
You're probably looking for:
and the accompanying event constants class:
Though I think the only practical way to use a custom event monitor is through use of the embedder, not the CLI. Both classes are available in maven-core.
I'm thinking of something analogous to Ant "Build Listeners"
This is exactly what I've been thinking too.
The Build Listeners need to be able to be added from a maven plugin. When an event is fired, the listener needs the ability to interogate the state of the Project object. Ideally events should be fired for each goal, phase and build start and end. There are quite a few usecases for plugins needing to do work at the very end of a build.


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My Weird School #3: Mrs. Roopy Is Loopy!
My Weird School #3: Mrs. Roopy Is Loopy! (Paperback)
Never before has school been this mixed up—or this much fun!
Could Mrs Roopy, the new librarian, be A.J.'s craziest teacher yet? When the class shows up they find her dressed first as George Washington and then Little Miss Muffet. And Mrs Roopy won't even admit that it's her! Can A.J. and his class help their very troubled librarian before she does something really crazy?
About the Author
Dan Gutman is the author of the Baseball Card Adventure series, which has sold more than one and a half million copies, and the My Weird School series, which has sold more than 5.5 million copies!
Thanks to his many fans who voted in their classrooms, he has received fifteen state book awards and thirty-eight state book award nominations. Dan Gutman lives in Haddonfield, New Jersey, with his wife, Nina, and their two children, Sam and Emma.
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What is 30 for 30?
ESPN Films is proud to present its Emmy-nominated documentary series 30 for 30, and its 30-part digital short film series. 30 for 30 Shorts is a collaboration with Bill Simmons' Grantland.com and is similar to the feature-length films in that each piece represents a specific point of view of the filmmaker and is a reflection of how they blend the narrative with their own visual style.
The idea behind 30 for 30 was to commemorate ESPN's 30th anniversary by producing 30 films from some of today's finest directors. Each filmmaker brought their passion and personal point of view to each film, detailing the issues, trends, athletes, teams, rivalries, games and events that transformed the sports landscape from 1979 to 2009.
From Barry Levinson & Peter Berg to Steve James, Brett Morgen and Ice Cube, each filmmaker brings his or her unique perspective to an extraordinary sports story. Multiple films have received official selections from the Sundance, Toronto, Tribeca and South by Southwest film festivals, making this collection of remarkable films a must-have for any film fan. A look back at 30 for 30 films »
Recent Releases
The Price Of Gold
The Tonya Harding and Nancy Kerrigan saga captured the attention of the world 20 years ago.
Buy the "30 for 30 Fifth Anniversary" box set. Available exclusively at Groupon ».


text:
When the General Assembly reconvenes at the end of this month, legislators representing North Carolina's coastal communities plan to work as a more cohesive group to address issues unique to their districts.
A bi-partisan North Carolina Coastal Caucus got its start during an informal meeting of coastal legislators in December in Carteret County, and they head to Raleigh for the upcoming legislative session ready to work cooperatively on issues such funding for waterway dredging and beach nourishment.
Caucuses, groups of like-minded elected representatives, have long been part of the General Assembly. Sen. Harry Brown, R-Onslow, said reviving a Coastal Caucus is particularly important now.
"We've lost representation because most of the growth is in Wake and Mecklenburg counties. It's more important than ever that we work together and have one voice," he said.
Brown noted that there are five senators representing all or parts of Wake County, while there are five senators representing all of the state's coastal counties.
The Coastal Caucus will bring together coastal legislators from both parties in the House of Representatives to focus on the issues important to their coastal districts.
Area legislators said that there are critical issues that are unique to this area of the state, and a cooperative effort is needed to make sure the interests of the state's coastal communities are heard.
Sen. Norman Sanderson, R-Pamlico County, who represents Carteret, Pamlico and Craven counties, said the caucus is needed and one they are going to keep active.
"We're going to make it happen," he said. "The first meeting we had was a productive one and I think this is going to help Eastern North Carolina."
Brown said the caucus will include districts bordering the state's coastline. The issues impacting the coast, he said, aren't necessarily the same for more inland areas of Eastern North Carolina.
The need for a dedicated source of funding for beach nourishment, either through a state funding source or a new local revenue source, is one issue expected to come up this session. The Town of Emerald Isle has asked for the authority to levy a local option sales tax for beach nourishment.
There are also ongoing concerns about sea level rise, coastal property insurance costs and a need for a dedicated state funding source for navigation maintenance for waterways used for fishing, recreation and shipping.
Brown said they discussed some of the issues at the December meeting in Atlantic Beach, and he expects there will be some legislation to come out of the discussions.
He said he plans to introduce legislation related to the dredging issue.
"We need to try to find a state revenue source, a dedicated source. Federal dollars have gone away and this has become a state issue," Brown said.
The formation of the Coastal Caucus has also been one supported by Rep. Pat McElraft, R-Emerald Isle, who expressed her support during a recent legislative luncheon hosted by the Carteret County Chamber of Commerce.
The initiative also had the support of coastal communities, many of which have adopted a resolution of support that has been circulated by the N.C. Beach, Inlet and Waterway Association.
Harry Simmons, mayor of Caswell Beach and executive director of NCBIWA, said coastal communities were invited to adopt the resolution encouraging the formation and "aggressive engagement" of a bi-partisan Coastal Caucus and to forward a copy to their respective legislative delegation.
Simmons said they want legislators know the coastal communities are on board as well.
"We wanted to encourage them to do so and put it to use," Simmons said.
He said he's received responses from communities from all parts of the coast indicating their support.
Contact Daily News reporter Jannette Pippin at 910-382-2557 or email@example.com.
Want to get in touch with your local state officials? Here's how you can contact them:
N.C. House of Representatives
George Cleveland (R)
Office: 417A
Phone: 919-715-6707
Email: firstname.lastname@example.com
Legislative Mailing Address: NC House of Representatives;
Terms in House: 5
District: 14
Counties Represented: Onslow
Standing or select committees: Agriculture; Appropriations (vice-chairman); Appropriations Subcommittee on General Government (chairman); Appropriations Subcommittee on Information Technology, Education, Government; Homeland Security, Military, and Veterans Affairs (chairman); Judiciary; Judiciary Subcommittee C; Transportation (vice-chairman)
Jimmy Dixon (R)
Office: 416B
Phone: 919-715-3021
Email: email@example.com
Legislative Mailing Address: NC House of Representatives;
Terms in House: 2
District: 4
Counties Represented: Duplin, Wayne
Standing or select committees: Agriculture (chairman); Appropriations; Appropriations Subcommittee on Natural and Economic Resources (vice-chairman); Education; Elections; Environment; Regulatory Reform
Pat McElraft (R)
Office: 634 Legislative Office Building
Phone: 919-733-6275
Email: email@example.com
Legislative Mailing Address: NC House of Representatives;
Terms in House: 4
District: 13
Counties Represented: Carteret, Jones
Standing or select committees: Appropriations (vice-chairman); Appropriations Subcommittee on Information Technology; Appropriations Subcommittee on Natural and Economic Resources (chairman); Environment (chairman); Insurance (vice-chairman); Regulatory Reform; Transportation
Chris Millis (R)
Office: 609 Legislative Office Building
Phone: 919-715-9664
Email: email@example.com
Legislative Mailing Address: NC House of Representatives;
Terms in House: 1
District: 16
Counties Represented: Onslow, Pender
Standing or select committees: Appropriations; Appropriations Subcommittee on Natural and Economic Resources; Commerce and Job Development (vice-chairman); Environment; Public Utilities; Regulatory Reform; State Personnel
Phil Shepard (R)
Office: 530 Legislative Office Building
Phone: 919-715-9644
Email: firstname.lastname@example.com
Legislative Mailing Address: NC House of Representatives;
Terms in House: 2
District: 15
Counties Represented: Onslow
Standing or select committees: Appropriations (vice-chairman); Appropriations Subcommittee on Transportation (chairman); Commerce and Job Development; Education; Insurance; Regulatory Reform; Transportation (vice-chairman)
Harry Brown (R)
Office: 300-B
Phone: 919-715-3034
Email: email@example.com
Legislative Mailing Address: NC Senate;
Terms in Senate: 5
District: 6
Counties Represented: Jones, Onslow
Standing or select committees: Appropriations/Base Budget (co-chairman), Commerce (vice-chairman), Education/Higher Education, Finance, Judiciary I and Rules and Operations of the Senate
Brent Jackson (R)
Office: 523 Legislative Office Building
Phone: 919-733-5705
Email: firstname.lastname@example.com
Legislative Mailing Address: NC Senate;
Terms in Senate: 2
District: 10
Counties Represented: Duplin, Johnston, Sampson
Standing or select committees: Agriculture/Environment/Natural Resources (co-chairman), Appropriations on Natural and Economic Resources (co-chairman), Appropriations/Base Budget, Finance, Rules and Operations of the Senate, State and Local Government
Bill Rabon (R)
Office: 2108
Phone: 919-733-5963
Email: firstname.lastname@example.com
Legislative Mailing Address: NC Senate;
Terms in Senate: 2
District: 8
Counties Represented: Bladen,
Standing or select committees: Agriculture/Environment/Natural Resources, Appropriations on Department of Transportation (co-chairman), Appropriations/Base Budget Finance(co-chairman), Rules and Operations of the Senate, Transportation (vice-chairman)
Norm Sanderson (R)
Office: 629 Legislative Office Building
Phone: 919-733-5706
Email: firstname.lastname@example.com
Legislative Mailing Address: NC Senate
Terms in Senate: 1
District: 2
Counties Represented: Carteret, Craven, Pamlico
Standing or select committees: Appropriations on General Government and Information Technology, Commerce, Finance, Insurance (vice-chairman), Judiciary I, Program Evaluation


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A whimsical take on everyday wear, WOODLEIGH is comprised of fresh, sexy, and sophisticated pieces. The brand utilizes mixed media fabrications for the perfect combination of femininity and fun. Novelty lace and crochet detailing are the lines guilty pleasures, adding a stylish twist to its up-to-date basics. WOODLEIGHS unique ability to create timeless pieces combined with chic designs that are beautiful and different are what sets the collection apart from other lines of today.
If an item you would like to purchase is out of stock, you can place a Special Order Inquiry. REVOLVE will then check the availability and obtain an approximate arrival date for the item, if available. Typically, it takes up to 3-4 weeks to verify this information.
Placing a Special Order Inquiry is absolutely free and there is no obligation to follow through with a purchase.
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I had to get this in XS but had it shortened. I am 5'1" and very athletic, large (D/DD)chest, and about 115-117 pounds. I removed one star because I had to get it hemmed and also it didn't sit super fabulously on my large chest, but I used a strapless, bandless "nu-bra" and it kept everything moderately in place for the wedding i wore it to. it looked quite elegant and totally completed the hippie look i was going for. I received compliments.
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