WITNESS LIST Elections Committee April 27, 2005-2:00P HB 166 For: Bailey, Ken (Texas Democratic Party) Behrman, John Robert (Harris County Democratic Party- Working Group on Election Procedure) Bogle, Edra (Self and Denton County Democratic Party) DeBeauvoir, Dana (Legislative Committee of the Texas County and District Clerks Association) Eckstein, Deece (People For the American Way) Hadden, Karen (Self) Howard, Robert (Libertarian Party of Texas) Levin, Adina (ACLU Texas) Merriman, Stan (Progressive Populist Caucus of the TDP) Riddering, Hannah (Self and Texas National Organization for Women) Wallach, Dan (Self) Against: Lee, Donald (Texas Conference of Urban Counties) On: McGeehan, Ann (TX Secretary of State- Elections Div.) Vanhoose, Laurie (Advocacy, Inc) Registering, but not testifying: For: Brown, William K. (AARP Texas) Figueroa, Luis (MALDEF) Finch, Mary (League of Women Voters of Texas) Littles, Paula (Texas AFL CIO) Looney Oldmixon, Sarah (Self) Santana, Sonia (Self) Schotz, Charles R. (Accupoll Inc) Smith, Tom "Smitty" (Public Citizen) Van Deusen, Teresa (Self) Woodford, Suzy (Common Cause Texas) Yanez-Correa, Ana (National LULAC) Against: Alexander, Don (Texas Association of Election Administrators) Beaty, Bruce (Rockwall Co. Commissioners Court) HB 429 For: Eckstein, Deece (People For the American Way) Wilbert, Curtis (Unlock Your Vote Campaign, Texas Criminal Justice Coalition) Yanez-Correa, Ana (National LULAC) On: Baldwin, Jeff (Texas Department of Criminal Justice) Registering, but not testifying: For: Bailey, Ken (Texas Democratic Party) Brock, Alison (Unlock Your Vote Campaign, ACLU of Texas) Currie, Lance (Christian Life Commission) Fajardo, Erick (Texas League of United Latin American Citizens (LULAC)) Figueroa, Luis (MALDEF) Finch, Mary (League of Women Voters of Texas) Howard, Robert (Libertarian Party of Texas) Hurt, Charles F. (Self and Texas Justice Network) Littles, Paula (Texas AFL CIO) Vanhoose, Laurie (Advocacy Inc) Woodford, Suzy (Common Cause Texas) Against: Carlson, Pat (Tarrant County Republican Party) On: McGeehan, Ann (TX Secretary of State- Elections) HB 1414 Registering, but not testifying: For: Bailey, Ken (Texas Democratic Party) Eckstein, Deece (People For the American Way, Texas Office) Gilbert, Margaret (The County and District Clerks Association) Woodford, Suzy (Common Cause Texas) On: Winn, Elizabeth H. (Sec. of State) HB 1555 Registering, but not testifying: For: Bailey, Ken (Texas Democratic Party) DeBeauvoir, Dana (Legislative Committee of the Texas County and Districts Clerks Assoc) Figueroa, Luis (MALDEF) Littles, Paula (Texas AFL-CIO) Woodford, Suzy (Common Cause Texas) HB 1721 For: Dixon, Patrick (Libertarian Party of Texas) Franks, Jerry (Self) Howard, Robert (Libertarian Party of Texas) Riddering, Hannah (Self and Texas National Organization for Women) On: Winn, Elizabeth (Sec.) Registering, but not testifying: For: Bailey, Ken (Texas Democratic Party) Carlson, Pat (Tarrant County Republican Party) Hardison, Jason (Kinky Friedman for Governor Campaign) Lewis, Fred (Campaigns for People) Smith, Tom "Smitty" (Public Citizen) Against: Reilly, Frank (Republican Party of Texas) HB 1790 For: Riddering, Hannah (Self and Texas National Organization for Women) On: Howard, Robert (Americans for Approval Voting) Registering, but not testifying: For: Eckstein, Deece (People For the American Way, Texas Office) Hadden, Karen (Self) Lewis, Fred (Campaigns for People) Looney Oldmixon, Sarah (Self) Santana, Sonia (Self) Smith, Tom "Smitty" (Public Citizen) Van Deusen, Teresa (Self) Woodford, Suzy (Common Cause Texas) On: Winn, Elizabeth Hanshaw (Sec.) HB 1953 On: Ashley, Natalia Luna (Texas Ethics Commission) Registering, but not testifying: For: Bailey, Ken (Texas Democratic Party) Finch, Mary (League of Women Voters of Texas) HB 2056 For: Van Deusen, Teresa (Self) Registering, but not testifying: For: Bailey, Ken (Texas Democratic Party) Finch, Mary (League of Women Voters of Texas) Gilbert, Margaret (The County and District Clerks Association) Hadden, Karen (Self) Littles, Paula (Texas AFL-CIO) Looney Oldmixon, Sarah (Self) Riddering, Hannah (Self and Texas National Organization for Women) Woodford, Suzy (Common Cause Texas) Against: Carlson, Pat (Tarrant County Republican Party) On: McGeehan, Ann (TX Sec. of State) HB 2073 Against: DeBeauvoir, Dana (Legislative Committee of the Texas County & Districts Clerks Assoc.) Registering, but not testifying: For: Bailey, Ken (Texas Democratic Party) Figueroa, Luis (MALDEF) Finch, Mary (League of Women Voters of Texas) Vanhoose, Laurie (Advocacy, Inc.) Woodford, Suzy (Common Cause Texas) On: Winn, Elizabeth (Sec. of State) HB 2102 On: Winn, Elizabeth (Sec. of State) HB 2207 Registering, but not testifying: For: Bailey, Ken (Texas Democratic Party) Figueroa, Luis (MALDEF) Woodford, Suzy (Common Cause Texas) On: Winn, Elizabeth H. (Sec. of State) HB 2259 For: Bailey, Ken (Texas Democratic Party) Bogle, Edra (Self and Denton Co. Democratic Party) Eckstein, Deece (People For the American Way) Hadden, Karen (Self) Howard, Robert (Libertarian Party of Texas) Levin, Adina (ACLU Texas) Maguire, Mac (Self) Wallach, Dan (Self) Against: Lee, Donald (Texas Conference of Urban Counties) On: McGeehan, Ann (TX Secretary of State- Elections) Registering, but not testifying: For: Carlson, Pat (Tarrant County Republican Party) Santana, Sonia (Self) Schotz, Charles R. (Accupoll Inc) Smith, Tom "Smitty" (Public Citizen) Van Deusen, Teresa (Self) Woodford, Suzy (Common Cause Texas) Against: Gilbert, Margaret (The County and District Clerks Association) HB 2487 For: Mendez, David (Self) Registering, but not testifying: On: Winn, Elizabeth (Sec. of State) HB 2508 Registering, but not testifying: For: DeBeauvoir, Dana (Legislative Committee of the Texas County and Districts Clerks Assoc.) Howard, Robert (Libertarian Party of Texas) On: Winn, Elizabeth (Sec. of State) HB 2632 Registering, but not testifying: For: Bailey, Ken (Texas Democratic Party) DeBeauvoir, Dana (Legislative Committee of the Texas County and Districts Clerks Assoc.) Finch, Mary (League of Women Voters of Texas) Littles, Paula (Texas AFL-CIO) Woodford, Suzy (Common Cause Texas) On: Winn, Elizabeth (Sec. of State) HB 2693 For: Eckstein, Deece (People for the American Way, Texas Office) Figueroa, Luis (MALDEF) Yanez-Correa, Ana (National LULAC) On: McGeehan, Ann (TX Sec. of State) Registering, but not testifying: For: Bailey, Ken (Texas Democratic Party) Brock, Alison (ACLU of TX/Unlock Your Vote Campaign) Finch, Mary (League of Women Voters of Texas) Lewis, Fred (Campaigns for People) Littles, Paula (Texas AFL-CIO) Vanhoose, Laurie (Advocacy, Inc.) Woodford, Suzy (Common Cause Texas) HB 3083 For: Bailey, Ken (Texas Democratic Party) Bogle, Edra (Self and Denton Co. Democratic Party) Eckstein, Deece (People For the American Way, Texas Office) Hadden, Karen (Self) Howard, Robert (Libertarian Party of Texas) Levin, Adina (ACLU Texas) Wallach, Dan (Self) Against: Lee, Donald (Texas Conference of Urban Counties) On: McGeehan, Ann (TX Secretary of State) Registering, but not testifying: For: Santana, Sonia (Self) Schotz, Charles R. (Accupoll Inc) Smith, Tom "Smitty" (Public Citizen) Van Deusen, Teresa (Self) Woodford, Suzy (Common Cause Texas) Against: Gilbert, Margaret (The County and District Clerks Assoc.) HB 3171 For: Howard, Robert (Libertarian Party of Texas) Registering, but not testifying: For: Carlson, Pat (Tarrant County Republican Party) Littles, Paula (Texas AFL CIO) On: Winn, Elizabeth (Sec. of State) HB 3383 For: Behrman, John Robert (Self) Bogle, Edra (Self and Denton Co. Democratic Party) Mitchell, Kathy (Consumers Union) Wallach, Dan (Self) On: McGeehan, Ann (TX Secretary of State) Registering, but not testifying: For: Bailey, Ken (Texas Democratic Party) Finch, Mary (League of Women Voters of TX) Hadden, Karen (Self) Levin, Adina (ACLU-TX) Santana, Sonia (Self) Smith, Tom "Smitty" (Public Citizen) Van Deusen, Teresa (Self) Woodford, Suzy (Common Cause Texas) HB 3457 For: Behrman, John Robert (Self) Gilbert, Margaret (The County and District Clerks Assoc.) Hill, R. Lee (Self) Registering, but not testifying: For: Bailey, Ken (Texas Democratic Party) Carlson, Pat (Tarrant County Republican Party) Finch, Mary (League of Women Voters of Texas) Levin, Adina (ACLU-TX) Woodford, Suzy (Common Cause Texas) On: Winn, Elizabeth (Sec. of State) HJR 66 Registering, but not testifying: For: Bailey, Ken (Texas Democratic Party) Figueroa, Luis (MALDEF) On: Winn, Elizabeth (Sec. of State) HJR 84 Registering, but not testifying: For: Bailey, Ken (Texas Democratic Party) Figueroa, Luis (MALDEF) Littles, Paula (Texas AFL CIO) Timmarey, Mini (TX ACORN) Woodford, Suzy (Common Cause Texas) On: Winn, Elizabeth (Sec. of State)


AC CUSTOM CATERING INC is one of the largest mobile industrial catering companies in the Los Angeles area. We service a wide area of the Los Angeles basin ranging from the San Gabriel Valley to Central Cities and South to the Harbor areas and West to Beach Cities.
We operate as AC CUSTOM CATERING INC from a facility serving over 150 catering trucks in Bell Gardens. All mobile retail food service trucks are carefully maintained in a clean and sanitary condition all the times.
Our trucks and our personnel comply with all laws and regulations and have obtained all applicable licenses and inspection as required by any public authority governing the operations of our food trucks.
AC CUSTOM CATERING INC. Facility was constructed in 1979 and is recognized as the finest facility in the catering industry. It includes 3.7 acres of improved catering truck parking, a 20,000 sq. foot products sales warehouse with the best products and best quality for the catering business and 8 bay truck maintenance facilities.
We give each and every customer what they deserve; THE BEST SERVICE WE CAN POSSIBLY PROVIDE.
Our trucks are maintained and cleaned on a daily basis. AC CUSTOM CATERING INC takes pride personnel, who are some of the best in the industry. They are groomed, well trained and courteous. We believe in the basics, SERVICE AND RESPONSIBILITY.
Phone:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
7437 Scout Ave. Bell Gardens, CA 90201


7 February 2015
Response to Shereef's Fireside
I just finished watching Shereef's fireside chat video (which you can watch here), and I have to say I found it pretty inspiring. My motivation for doing DBC is that I'm not completely satisfied with the life I'm currently living and believe I can be doing so much more. I'm desperate for change, and I have a strong desire to learn, create, and be surrounded by similarly minded, ambitious people. Listening to Shereef, the founder of DBC, I feel pretty reassured that I made the right decision.
This first week has been a nice introduction to what life will be like at DBC. DBC will be tough but manageable. It will require adequate amounts of effort, focus, and preparation. It will require time management and a willingness to push myself. And it will also require a willingness to admit when I am lost and ask for help. And though it will be difficult at times, DBC is a journey that I will be embarking on with a group of people who I can learn from, depend on, and lend my support to as well. I am not in this alone, and this whole first week and Shereef's video only strengthened that feeling.
Overall, I think I'll fit in well at DBC. I've really enjoyed getting to meet the other people in my program. Everyone seems so friendly and supportive. It really feels like a good group of people, and I hope to build meaningful relationships with everyone. In terms of my expectations for the program, I'm coming in with hardly any expectations at all. I don't expect to get a job by the end of DBC (though it would be nice). And to be honest I don't even know enough about coding just yet to know exactly what hard skills I'll have learned by the program's end. But what I do expect is that whatever happens between now and June, I will be better for it. I will just be a better person, and I think that is a mindset that will serve me well on this journey.
Listening to Shereef's chat though, it was nice to hear him touch on the different fears of students. As someone with really no prior coding experience, I can certainly relate to feeling like I'm starting out at the back of the pack. I don't quite feel like an impostor, but I know that my place in this program is something I'm going to have to fight for. I also know I shouldn't freak out when I compare myself to others, because everyone is on their own journey and entering DBC at their own starting point. With that in mind, I can feel comfort in knowing that if I just focus on the task at hand and concentrate on learning, I will be fine. Sure, I will freak out from time to time, but I belong here and everything will be ok. And it was nice to hear that confirmed by the founder of the whole program.
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Bagel Programming Guide
Bagel is a Spark implementation of Google’s Pregel graph processing framework. Bagel currently supports basic graph computation, combiners, and aggregators.
In the Pregel programming model, jobs run as a sequence of iterations called supersteps. In each superstep, each vertex in the graph runs a user-specified function that can update state associated with the vertex and send messages to other vertices for use in the next iteration.
This guide shows the programming model and features of Bagel by walking through an example implementation of PageRank on Bagel.
Linking with Bagel
To write a Bagel application, you will need to add Spark, its dependencies, and Bagel to your CLASSPATH:
- Run
sbt/sbt update
to fetch Spark’s dependencies, if you haven’t already done so. - Run
sbt/sbt assembly
to build Spark and its dependencies into one JAR (core/target/spark-core-assembly-0.7.3.jar
) - Run
sbt/sbt package
build the Bagel JAR (bagel/target/scala_2.9.3/spark-bagel_2.9.3-0.7.3.jar
). - Add these two JARs to your CLASSPATH.
Programming Model
Bagel operates on a graph represented as a distributed dataset of (K, V) pairs, where keys are vertex IDs and values are vertices plus their associated state. In each superstep, Bagel runs a user-specified compute function on each vertex that takes as input the current vertex state and a list of messages sent to that vertex during the previous superstep, and returns the new vertex state and a list of outgoing messages.
For example, we can use Bagel to implement PageRank. Here, vertices represent pages, edges represent links between pages, and messages represent shares of PageRank sent to the pages that a particular page links to.
We first extend the default Vertex
class to store a Double
representing the current PageRank of the vertex, and similarly extend
the Message
and Edge
classes. Note that these need to be marked @serializable
to allow Spark to transfer them across machines. We also import the Bagel types and implicit conversions.
import spark.bagel._
import spark.bagel.Bagel._
@serializable class PREdge(val targetId: String) extends Edge
@serializable class PRVertex(
val id: String, val rank: Double, val outEdges: Seq[Edge],
val active: Boolean) extends Vertex
@serializable class PRMessage(
val targetId: String, val rankShare: Double) extends Message
Next, we load a sample graph from a text file as a distributed dataset and package it into PRVertex
objects. We also cache the distributed dataset because Bagel will use it multiple times and we’d like to avoid recomputing it.
val input = sc.textFile("pagerank_data.txt")
val numVerts = input.count()
val verts = input.map(line => {
val fields = line.split('\t')
val (id, linksStr) = (fields(0), fields(1))
val links = linksStr.split(',').map(new PREdge(_))
(id, new PRVertex(id, 1.0 / numVerts, links, true))
}).cache
We run the Bagel job, passing in verts
, an empty distributed dataset of messages, and a custom compute function that runs PageRank for 10 iterations.
val emptyMsgs = sc.parallelize(List[(String, PRMessage)]())
def compute(self: PRVertex, msgs: Option[Seq[PRMessage]], superstep: Int)
: (PRVertex, Iterable[PRMessage]) = {
val msgSum = msgs.getOrElse(List()).map(_.rankShare).sum
val newRank =
if (msgSum != 0)
0.15 / numVerts + 0.85 * msgSum
else
self.rank
val halt = superstep >= 10
val msgsOut =
if (!halt)
self.outEdges.map(edge =>
new PRMessage(edge.targetId, newRank / self.outEdges.size))
else
List()
(new PRVertex(self.id, newRank, self.outEdges, !halt), msgsOut)
}
val result = Bagel.run(sc, verts, emptyMsgs)()(compute)
Finally, we print the results.
println(result.map(v => "%s\t%s\n".format(v.id, v.rank)).collect.mkString)
Combiners
Sending a message to another vertex generally involves expensive communication over the network. For certain algorithms, it’s possible to reduce the amount of communication using combiners. For example, if the compute function receives integer messages and only uses their sum, it’s possible for Bagel to combine multiple messages to the same vertex by summing them.
For combiner support, Bagel can optionally take a set of combiner functions that convert messages to their combined form.
Example: PageRank with combiners
Aggregators
Aggregators perform a reduce across all vertices after each superstep, and provide the result to each vertex in the next superstep.
For aggregator support, Bagel can optionally take an aggregator function that reduces across each vertex.
Example
Operations
Here are the actions and types in the Bagel API. See Bagel.scala for details.
Actions
/*** Full form ***/
Bagel.run(sc, vertices, messages, combiner, aggregator, partitioner, numSplits)(compute)
// where compute takes (vertex: V, combinedMessages: Option[C], aggregated: Option[A], superstep: Int)
// and returns (newVertex: V, outMessages: Array[M])
/*** Abbreviated forms ***/
Bagel.run(sc, vertices, messages, combiner, partitioner, numSplits)(compute)
// where compute takes (vertex: V, combinedMessages: Option[C], superstep: Int)
// and returns (newVertex: V, outMessages: Array[M])
Bagel.run(sc, vertices, messages, combiner, numSplits)(compute)
// where compute takes (vertex: V, combinedMessages: Option[C], superstep: Int)
// and returns (newVertex: V, outMessages: Array[M])
Bagel.run(sc, vertices, messages, numSplits)(compute)
// where compute takes (vertex: V, messages: Option[Array[M]], superstep: Int)
// and returns (newVertex: V, outMessages: Array[M])
Types
trait Combiner[M, C] {
def createCombiner(msg: M): C
def mergeMsg(combiner: C, msg: M): C
def mergeCombiners(a: C, b: C): C
}
trait Aggregator[V, A] {
def createAggregator(vert: V): A
def mergeAggregators(a: A, b: A): A
}
trait Vertex {
def active: Boolean
}
trait Message[K] {
def targetId: K
}
Where to Go from Here
Two example jobs, PageRank and shortest path, are included in bagel/src/main/scala/spark/bagel/examples
. You can run them by passing the class name to the run
script included in Spark – for example, ./run spark.bagel.examples.WikipediaPageRank
. Each example program prints usage help when run without any arguments.


| =$translation['67'];?> | =$translation['63'];?> | =$translation['28'];?> | =$translation['29'];?> | =$translation['30'];?> | ||
| =$translation['31'];?> | =$translation['32'];?> | |||||
| " . "\n | " . $f['timestamp'] . " | " . "\n$title $content | " .
"\n\t"; include "inc/priority.html"; echo " | " . "\n\t"; include "inc/visibility.html"; echo " | " . "\n$translation[31] | " . "\n$translation[32] | " . "


| Value | Type | Unit | Time | Place | Precipitation Type | Direction |
| Value | Type | Unit | Time | Place | Precipitation Type | Direction |
| Value | Type | Unit | Time | Place | Precipitation Type | Direction |
| Value | Type | Unit | Time | Place | Precipitation Type | Direction |
| Value | Type | Unit | Time | Place | Precipitation Type | Direction |
| Occurence % | Type | Unit | Time | Place | Precipitation Type | Dominant Direction |
| Value | Type | Unit | Time | Place | Precipitation Type | Direction |
| Type | Time | Place | From | To | Unit |


Modifying the Announcement Publish Date
How to change the publish date of an announcement on the Announcements module.
- If the announcement isn't displayed select Expired, Future or All from the Select View drop down list.
- Click the Edit button beside the announcement to be edited.
- At Publish Date, edit these options:
- Click the Calendar link and select the date when the announcement will be published on the module. The publish date is displayed beside the announcement title in the default template.
- Optional. Select the Hour, Minute and AM/PM to set a publish time. The default time is 12:00 AM.
-
Click the OK button to confirm.


This subpart provides policies and procedures on contractor-submitted paper documents.
“Printed or copied double-sided,” as used in this subpart, means printing or reproducing a document so that information is on both sides of a sheet of paper.
(a) Section 3(a) of E.O. 13423, Strengthening Federal Environmental, Energy, and Transportation Management, directs agencies to implement waste prevention. In addition, section 2(e) of E.O. 13514, Federal Leadership in Environmental, Energy, and Economic Performance, directs agencies to eliminate waste. Electronic commerce methods (see 4.502) and double-sided printing and copying are best practices for waste prevention.
(b) When electronic commerce methods (see 4.502) are not used, agencies shall require contractors to submit paper documents to the Government relating to an acquisition printed or copied double-sided on at least 30 percent postconsumer fiber paper whenever practicable. If the contractor cannot print or copy double-sided, it shall print or copy single-sided on at least 30 percent postconsumer fiber paper.
Insert the clause at 52.204-4, Printed or Copied Double-Sided on Recycled Paper, in solicitations and contracts that exceed the simplified acquisition threshold.


Current month only Current week only
Selected project only
| Project | Type | Position | Report date | Effort | Status |
| Test project | Work | Developer | 04/02/2018 | 8h | Approved |
| Test project | Work | Developer | 04/03/2018 | 8h | Approved |
| Test project | Work | Developer | 04/04/2018 | 8h | Approved |
| Test project | Work | Developer | 04/05/2018 | 8h | Approved |
| Test project | Work | Developer | 04/09/2018 | 8h | Approved |
| Test project | Work | Developer | 04/10/2018 | 8h | Approved |
| Test project | Work | Developer | 04/06/2018 | 8h | Pending |


What we need:
- People who're good at coding browser plugins (you)
- A Database
I would write a plugin by my own, but I've no idea how browser plugins work right now and I'm generally lazy about learning new programming languages or however you wanna call it. Moreover: you have currently plenty of users who would populate the database.
xXJumpyXx
Helping Hand
This has been suggested and discussed in the past, and has always been rejected.
It's more of a plugin thing than a main BBLog feature, that is of course if a plugin developer wants to host their own database.


Contents General Statistics Evaluate Constant Expression User Output Progress Output
This page reports the history and status of the current or most recent execution of TLC on this model. This information is retained after TLC stops (either successfully or with an error). Even if you close the spec and open another one, or if you close the Toolbox, it will be there the next time you open the spec and this model. The information is lost only if you run TLC on the model again or delete the model or the entire spec. So, don't re-run TLC on this model until you are sure you're through examining the results of running it the last time.
Note that you can set the Toolbox to automatically snapshot (clone) the model when you re-run it. Please click the corresponding checkbox on the TLC Model Checker preference page on the File/Preferences menu. A model snapshot appears in the spec explorer tree as a child of its (parent) model. The snapshot's name indicates the date and time of its creation. Alternatively, you can manually create a clone of this model to run TLC on. (See the Models help page.)
The information reported in this section is self-explanatory. See the How to run section of the Model Overview Page help page. Clicking on the Errors detected field's link raises the TLC Errors View; ignore the number of errors the field reports.
This shows a history of TLC's reachable state space computation. The columns have the following meanings. (See Section 14.26 [page 237] of Specifying Systems.)
Clicking on the heading of any column displays a graph of that column's value (the vertical axis) versus execution time (the horizontal axis).
The queue size is the best guide to how far along TLC is in its computation of the reachable states. For most behavior specs, the graph of the queue size versus time is a convex curve that grows to a maximum and then decreases.
A common error in writing a behavior spec is for an action not to be enabled when it should be, so the spec cannot reach states that represent reachable states of the actual system being specified. This kind of error leads to a violation of desired liveness properties, but does not cause any violation of safety. The action statistics give you a way of catching such an error even if you're not checking liveness.
Sub-Actions of next-state shows the number of states generated by each sub-action of the next-state relation. Don't worry about how TLC decides what a sub-action is; just look at the values reported and the corresponding parts of the specification to which they refer. A sub-action that generates no states - emphasized by yellow background coloring of the table row - usually indicates an error in the spec. Double-clicking on an entry takes you to the indicated location. The time shown above the table indicates the execution time the numbers were recorded.
This section is described on its own page.
This section shows the output generated by TLC when it evaluates Print
and PrintT
expressions in the spec. (A PlusCal print
statement
generates a TLA+ PrintT
expression.) These expressions are most often used
for debugging. The Print
operator is described in Section 14.4 (page 248) of
Specifying Systems; PrintT(exp)
is defined to equal Print(exp,TRUE)
.


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graph4nlp.evaluation¶
Evaluation Metrics¶
-
class
graph4nlp.evaluation.
BLEU
(n_grams, verbose=0)¶ The BLEU evaluation metric class.
- Parameters
n_grams (list[int]) – The BLEU’s n_gram parameter. The results will be returned according to the
n_grams
one-by-one.verbose (int, default = 0) – The log indicator. If set to 0, it will output no logs.
Methods
calculate_scores
(ground_truth, predict)The BLEU calculation function. It will compute the BLEU scores.
-
calculate_scores
(ground_truth, predict)¶ The BLEU calculation function. It will compute the BLEU scores.
- Parameters
ground_truth (list[string]) – The ground truth (correct) target values. It is a list of strings.
predict (list[string]) – The predicted target values. It is a list of strings.
- Returns
score (list[float]) – The list contains BLEU_n results according to
n_grams
.scores (list[list[float]]) – The specific results for each needed BLEU_n metric.
-
class
graph4nlp.evaluation.
CIDEr
(df)¶ The CIDEr evaluation metric class.
- Parameters
df (string) – Parameter indicating document frequency.
Methods
calculate_scores
(ground_truth, predict)The CIDEr calculation function. It will compute the CIDEr scores.
-
calculate_scores
(ground_truth, predict)¶ The CIDEr calculation function. It will compute the CIDEr scores.
- Parameters
ground_truth (list[string]) – The ground truth (correct) target values. It is a list of strings.
predict (list[string]) – The predicted target values. It is a list of strings.
- Returns
score (float) – The CIDEr value.
scores (list[float]) – The specific results for CIDEr metric.
-
class
graph4nlp.evaluation.
METEOR
¶ The METEOR evaluation metric class.
- Parameters
rubric: (.) – Methods:
autosummary:: (.) –
- toctree
calculate_scores
. – !! processed by numpydoc !!
-
calculate_scores
(ground_truth, predict)¶ The METEOR calculation function. It will compute the METEOR scores.
- Parameters
ground_truth (list[string]) – The ground truth (correct) target values. It is a list of strings.
predict (list[string]) – The predicted target values. It is a list of strings.
- Returns
score (float) – The METEOR value.
scores (list[float]) – The specific results for METEOR metric.
-
class
graph4nlp.evaluation.
ROUGE
¶ The METEOR evaluation metric class.
- Parameters
rubric: (.) – Methods:
autosummary:: (.) –
- toctree
calculate_scores
. – !! processed by numpydoc !!
-
calculate_scores
(ground_truth, predict)¶ The METEOR calculation function. It will compute the METEOR scores.
- Parameters
ground_truth (list[string]) – The ground truth (correct) target values. It is a list of strings.
predict (list[string]) – The predicted target values. It is a list of strings.
- Returns
score (float) – The METEOR value.
scores (list[float]) – The specific results for METEOR metric.


--- title: "Level 2" layout: default permalink: /2/ ---
Oh no!


Editing an Image Map
How to edit an image map using the TelerikEditorProvider for the RTE.
- Select the mapped image.
- Click the Image Map Editor button in the toolbar - OR - Right click on the image and then select Image Map Editor from the drop down list. This opens the Image Map Editor window.
- Add, edit/update and delete mapped areas as required. See "Creating an Image Map"
-
Click the OK button confirm.
Creating an Image Map


Checklist App
This is a beta!
Do Dishes
Sweep Floors
Make Bed
Finished!
Finish your checklist!
Add to checklist
Submit


SEXY BEAST A film review by Steve Rhodes Copyright 2001 Steve Rhodes RATING (0 TO ****): ***
Ah, it's the good life. Retired from the daily grind of making a living as a British gangster, Gary "Gal" Dove (Ray Winstone), accompanied by his wife DeeDee (Amanda Redman), lives in a remote Spanish villa. With their fellow British friends, Aitch (Cavan Kendall) and Jackie (Julianne White), they are retired and comfortable.
One day, into this life of contentment comes an unwelcome reminder of Gal's past, a scary hood whose mere name, Don Logan, causes everyone to freeze.  Like Gandhi's evil twin, Don uses silence and laser-like glares to frighten the wits out of anyone who dares to cross his path.
SEXY BEAST, directed by Jonathan Glazer and written by Louis Mellis and David Scinto, has the intensity and the staccato dialog of a David Mamet film. Don is there to make Gal an offer that he can't refuse, literally. Don needs Gal's help on one more job. Gal makes up his mind to turn down the offer, but he explains to DeeDee that Don is not someone who allows disagreements. Although normally possessing a demeanor that's roughly the equivalent to the calm of the eye in the center of a hurricane, Don can be riled. In his most explosive scene, Kingsley starts shouting, "No, no, no, ..." with machine gun cadence and force.
The melancholy music suggests that all is not going to go well. And Gal's close escape from a freak, killer boulder is an unmistakable omen. The story's real questions are how Don will convince Gal to do his bidding and who might end up dead in the process. Although there are a few nice twists along the way, this is a crime drama that uses the force of the characters, not cheap plot tricks, to maintain the tension. Only those who require non-stop action will leave disappointed.
SEXY BEAST runs a fast 1:28. It is rated R for pervasive language, strong violence and some sexuality and would be acceptable for older teenagers.
The film is playing in nationwide release now in the United States. In the Silicon Valley, is it currently showing at the Camera Cinemas and the Century theaters.
Web: http://www.InternetReviews.com Email<EMAIL_ADDRESS>Want free reviews and weekly movie and video recommendations via Email? Just send me a letter with the word "subscribe" in the subject line.
========== X-RAMR-ID: 28860 X-Language: en X-RT-ReviewID: 236487 X-RT-TitleID: 1108222 X-RT-SourceID: 703 X-RT-AuthorID: 1271 X-RT-RatingText: 3/4
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Watch the first trailer for HBO's 'Avenue 5' sci-fi space comedy
From the creators of 'Veep.'
by Daniel CooperAvenue 5, HBO's new sci-fi comedy, debuts in January, and HBO has released the first teaser to get you excited. The show is about the cruise ship Avenue 5, led by the acerbic Captain Ryan Clark, played by Hugh Laurie. All seems to be pleasant and delightful until an as-yet unforeseen disaster causes mayhem and panic that the crew scrambles to resolve.
Joining Laurie is Rebecca Front, Josh Gad, Lenora Crichlow, Zach Woods and Ethan Phillips, best known for being Neelix on Voyager. But of more interest is the folks behind the show, which has been made by Veep and The Thick of It mastermind Armando Iannucci. Sadly, we don't know much about how the show will play out, but we're imagining some smart social commentary, a hefty dose of satire, and plenty of creative swearing.


A powerful, modern, and friendly wrapper for Javascript dates and times.
DateTime.local().setZone('America/New_York').minus({ weeks: 1 }).endOf('day').toISO();
| Browser global | Debug | Minified |
Exports a global variable called "luxon". Use it like this
See the install instructions for details on older browsers, including IE 11. |
Demo |
| Node |
|
Luxon as a Node.js module
|
||
| AMD | Debug | Minified |
Luxon as an AMD module. Use with Require.js, System.js, and so on.
|
Demo |
| ES6 | Debug | Minified |
Luxon as an ES6 module.
|
More details are available in the install guide.
Luxon is distributed under the MIT license. The code is available on GitHub. Patches welcome.


HAPPY GILMORE/ANGELS AND INSECTS A film review by John Paul Powell Copyright 1996 John Paul Powell
Originally Published In The Outreach Connection Newspaper (Feb. 21, 1996) Swatting Bugs And Golf Balls A Review By John Powell Copyright 1996 John Powell Angels And Insects Starring: Mark Rylance, Patsy Kensit, Kristin Scott Thomas and Douglas Henshall. Written by: Philip Haas and Belinda Haas. Directed by: Philip Haas. Produced by: Belinda Haas and Joyce Herlihy. A Malofilm Distribution release. Happy Gilmore Starring: Adam Sandler, Christopher McDonald, Julie Bowen, Frances Bay and Carl Weathers. Written by: Tim Herlihy and Adam Sandler. Directed by: Dennis Dugan. Produced by: Robert Simonds. A Universal Pictures release.
Eggbert: Good day, readers. I'm Reginald Eggbert, a multi-bazillionaire residing in Forest Hill.
Driskel: Yo. How ya doin'? I'm Dean Driskel, an auto mechanic outta..ah... Rosedale...yeah...Rosedale!
Eggbert: Rosedale? Rosedale! How can you perpetuate such a conspicuous falsehood?  Proclaim contrition to the good people.
Driskel: Huh?
Eggbert: Tell them you're sorry, you slobbering baboon.
Driskel: Alright. I live in Parkdale. Happy now, Reginald?
Eggbert: Deliriously so.
Driskel: Anyways, you Outreach readers wuz expectin' J.P. ta give ya da skinny on da flicks. Due to circumstances beyond his control, he couldn't make it. Me an' Egghead are fillin' in.
Our Numero-Uno film is called Angels And Insects. My old lady. Sometimes I don't git her. She goes freakin' nutso for these kinda movies. You guys understand what I'm gettin' at.  She loves dat stuff. She be slobberin' all over me when the tape's done, so I close my eyes and pretend I fell asleep. It works like a charm.
Angels And Insects stars Patsy Kensit. She wuz dat South African babe who had hot tamales for Mel in Lethal Weapon 2. Personally, I thought she wuz better as da werewolf-ninja-commando-assassin in Full Eclipse.  Not hard enuff though. He still made Highlander III and Panther.
Eggbert: Desist dallying this instant! You're deluding yourself supposing that they revere your monosyllabic, incoherent babble.
Driskel: No problem-o, Richie Rich. Geez. Tip da chauffeur an' you ain't hearin' da end of it. As I wuz sayin' before Eggbert threw a hissy fit, Patsy plays the useless Eugenia Alabaster. She don't work.  Eugenia don't hafta do nothin' cuz her old man's rich. If she wuz my kid, I woulda booted her out da door.
Eggbert: Barbarian.
 Eugenia's brother Edgar is a horny drunk. Old man Alabaster invites a poorbug scientist to shack wit them and da family gits bent outta shape.
Eggbert: He's a Naturalist.
Driskel: What?
Eggbert: The proper term for the character you ignorantly alluded to as a "bug scientist" is a "Naturalist".
Driskel: They collect bugs and stuff, right?
Eggbert: Yes. (Sigh) They collect bugs and..."stuff".
Driskel: Man, did I pick the wrong line of work. I use ta be good at catchin' grasshoppers. Do you know dat if ya stick a grasshopper inna freezer long enuff they go into suspended animation?
Eggbert: No. Do tell.
Driskel: Yeah. Then, if ya zap 'em inna microwave, they thaw out, turn red an' explode.
Eggbert: How delightful. Hours of entertainment, I'm sure.
Driskel: More than I can say about Angels And Insects. I vote thumbs down. It wuz like a nature special.  I only watch da ones where alligators and sharks chew off da crew's arms and legs. Dat's kool.
Eggbert: I beg to differ. As the honourable Naturalist, Mark Rylance was superb. My predicament is, I can't recommend Angels And Insects in good conscious because the filmmakers endorse an unjustifiable contempt for the Victorian English aristocracy. Symbolically comparing a nobel, principled, mannered peoples epitomizing refinement and propriety to loathsome insects is an insufferable slight. My manicured thumb goes down.
Eggbert: Our next film is Happy Gilmore. An impertinent farce brutishly mocking a gentleman's sport. Happy Gilmore features the uncouth Adam Sandler. He formerly of the Saturday Night Live television program.
 They should do da humane thing an' take it out back behind da barn an' shoot it.
Eggbert: Mr. Gilmore (Sandler), a failed hockey player, holds two illustrious records. He spent the most time in the penalty box and is the only player ever to attempt to lacerate an opposing competitor with a skate. The churlish lout has but one forte. A slapshot which transforms smoothly to a pulverizing, 400 yard tee shot on the links. Under the tutelage of golf pro Chubbs Peterson (Carl Weathers)...
Driskel: Apollo Creed! Apollo Creed!
Eggbert: ...Gilmore joins the Pro Golf tour to save his tax-evading Grandmother. His uncontrollable temper and scandalous behaviour entice common riffraff to cheer their moronic hero.
In 90 minutes, the boorish American filmmakers malign golf's opulent traditions and despoil a proud heritage taking centuries to cultivate. Rude gestures and obscene language on prominent golf courses? Unruly club house brawls?
Philistines! Thumbs down!
Driskel: Take a Valium, Reggie. Take a whole box.
Eggbert: You swine!
Driskel: Adam Sandler busted my gut. I laughed so hard, it brought tears ta my eyes. Happy Gilmore stomps Caddyshack, dat's fer sure. It's worth da eight bucks justa see Bob Barker git a whoopin'. Thumbs up!
Eggbert: Precisely what I'd assume from an unlettered Neanderthal.
Driskel: You smell.
Eggbert: Insolent dolt!
Driskel: Bite me.
Angels And Insects is rated S for Snotty. Mark Rylance - terminally dull dinner chatter - gratuitous swooning - heavingbosoms + extreme close-ups of hatching insects + dandelion handcuffs - pretentious highbrow symbolism = National Geographic meets Merchant and Ivory.
Outreach Rating: 3 cuddly ant farms / 10
Happy Gilmore is rated C for Comical. Adam Sandler + a hockey stick-shaped putter + guest star Lee Travino + assault and battery on a caddy x an AC/DC T-Shirt x wilful property damage to a mini-putt course + one midget cowboy + Jaws from Moonraker x Adam Sandler vs Bob Barker in a Texas Street Fight x golf balls dinging people in the head = a hole in one.
Outreach Rating: 7.5 eagles / 10
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Build powerful pivot tables (aka Pivot Grid, Pivot Chart, Cross-Tab) and dynamically slice & dice / drag 'n' drop your data. 'rpivotTable' is a wrapper of 'pivottable', a powerful open-source Pivot Table library implemented in 'JavaScript' by Nicolas Kruchten. Aligned to 'pivottable' v2.19.0.
| Version: | 0.3.0 |
| Depends: | R (≥ 3.2.0) |
| Imports: | htmlwidgets (≥ 0.5) |
| Suggests: | testthat, htmltools, knitr, rmarkdown, devtools, dplyr, data.table |
| Enhances: | shiny (≥ 0.12) |
| Published: | 2018-01-30 |
| Author: | Enzo Martoglio [aut, cre], Nicolas Kruchten [ctb, cph], Nagarajan Chinnasamy [ctb, cph], Kenton Russell [ctb] |
| Maintainer: | Enzo Martoglio <enzo at smartinsightsfromdata.com> |
| License: | MIT + file LICENSE |
| URL: | https://github.com/smartinsightsfromdata, http://smartinsightsfromdata.github.io |
| NeedsCompilation: | no |
| Materials: | README |
| CRAN checks: | rpivotTable results |
| Reference manual: | rpivotTable.pdf |
| Vignettes: |
News rpivotTable Introduction |
| Package source: | rpivotTable_0.3.0.tar.gz |
| Windows binaries: | r-devel: rpivotTable_0.3.0.zip, r-release: rpivotTable_0.3.0.zip, r-oldrel: rpivotTable_0.3.0.zip |
| OS X binaries: | r-release: rpivotTable_0.3.0.tgz, r-oldrel: rpivotTable_0.3.0.tgz |
| Old sources: | rpivotTable archive |
| Reverse imports: | biva |
| Reverse suggests: | vaersNDvax |
Please use the canonical form https://CRAN.R-project.org/package=rpivotTable to link to this page.


- Like a Rolling Stone - Bob Dylan (1965)
- (I Can't Get No) Satisfaction - The Rolling Stones (1965)
- Imagine - John Lennon (1971)
- What's Going On - Marvin Gaye (1971)
- Respect - Aretha Franklin (1967)
- Good Vibrations - The Beach Boys (1966)
- Johnny B. Goode - Chuck Berry (1958)
- Hey Jude - The Beatles (1968)
- Smells Like Teen Spirit - Nirvana (1991)
- What'd I Say - Ray Charles (1959)
- My Generation - The Who (1965)
- A Change Is Gonna Come - Sam Cooke (1964)
- Yesterday - The Beatles (1965)
- Blowin' in the Wind - Bob Dylan (1963)
- London Calling - The Clash (1980)
- I Want to Hold Your Hand - The Beatles (1963)
- Purple Haze - Jimi Hendrix (1967)
- Maybellene - Chuck Berry (1955)
- Hound Dog - Elvis Presley (1956)
- Let It Be - The Beatles (1970)
- Born to Run - Bruce Springsteen (1975)
- Be My Baby - The Ronettes (1963)
- In My Life - The Beatles (1965)
- People Get Ready - The Impressions (1965)
- God Only Knows - The Beach Boys (1966)
- A Day in the Life - The Beatles (1967)
- Layla - Derek and the Dominos (1970)
- (Sittin' on) the Dock of the Bay - Otis Redding (1968)
- Help! - The Beatles (1965)
- I Walk the Line - Johnny Cash (1956)
- Stairway to Heaven - Led Zeppelin (1971)
- Sympathy for the Devil - The Rolling Stones (1968)
- River Deep, Mountain High - Tina Turner (1966)
- You've Lost That Lovin' Feeling - Righteous Brothers (1964)
- Light My Fire - The Doors (1967)
- One - U2 (1991)
- No Woman, No Cry - Bob Marley (1975)
- Gimme Shelter - The Rolling Stones (1969)
- That'll Be the Day - Buddy Holly (1957)
- Dancin' in the Streets - Martha and the Vandellas (1964)
- The Weight - The Band (1968)
- Waterloo Sunset - The Kinks (1968)
- Tutti Frutti - Little Richard (1956)
- Georgia on My Mind - Ray Charles (1960)
- Heartbreak Hotel - Elvis Presley (1956)
- Heroes - David Bowie (1977)
- Bridge Over Troubled Water - Simon & Garfunkel (1970)
- All Along the Watchtower - Jimi Hendrix (1968)
- Hotel California - The Eagles (1976)
- The Tracks of My Tears - Smokey Robinson (1965)
- The Message - Grandmaster Flash (1982)
- When Doves Cry - Prince (1984)
- Anarchy in the U.K. - The Sex Pistols (1977)
- When a Man Loves a Woman - Percy Sledge (1966)
- Louie Louie - The Kingsmen (1963)
- Long Tall Sally - Little Richard (1956)
- A Whiter Shade of Pale - Procol Harum (1967)
- Billie Jean - Michael Jackson (1983)
- The Times They Are A-Changin' - Bob Dylan (1964)
- Let's Stay Together - Al Green (1971)
- Whole Lotta Shakin' Going On - Jerry Lee Lewis (1957)
- Bo Diddley - Bo Diddley (1955)
- For What It's Worth - Buffalo Springfield (1967)
- She Loves You - The Beatles (1963)
- Sunshine of Your Love - Cream (1968)
- Redemption Song - Bob Marley (1980)
- Jailhouse Rock - Elvis Presley (1957)
- Tangled Up in Blue - Bob Dylan (1975)
- Crying - Roy Orbison (1961)
- Walk On By - Dionne Warwick (1964)
- California Girls - The Beach Boys (1965)
- Papa's Got a Brand New Bag - James Brown (1966)
- Summertime Blues - Eddie Cochran (1958)
- Superstition - Stevie Wonder (1972)
- Whole Lotta Love - Led Zeppelin (1969)
- Strawberry Fields Forever - The Beatles (1967)
- Mystery Train - Elvis Presley (1955)
- I Got You (I Feel Good) - James Brown (1965)
- Mr. Tambourine Man - The Byrds (1965)
- I Heard It Through the Grapevine - Marvin Gaye (1968)
- Blueberry Hill - Fats Domino (1956)
- You Really Got Me - The Kinks (1964)
- Norwegian Wood (This Bird Has Flown) - The Beatles (1965)
- Every Breath You Take - The Police (1983)
- Crazy - Patsy Cline (1961)
- Thunder Road - Bruce Springsteen (1975)
- Ring of Fire - Johnny Cash (1963)
- My Girl - The Temptations (1965)
- California Dreamin' - The Mamas & The Papas (1965)
- In the Still of the Night - The Five Satins (1956)
- Suspicious Minds - Elvis Presley (1969)
- Blitzkrieg Bop - The Ramones (1976)
- I Still Haven't Found What I'm Looking For - U2 (1987)
- Good Golly, Miss Molly - Little Richard (1958)
- Blue Suede Shoes - Carl Perkins (1956)
- Great Balls of Fire - Jerry Lee Lewis (1957)
- Roll Over Beethoven - Chuck Berry (1956)
- Love and Happiness - Al Green (1972)
- Fortunate Son - Creedence Clearwater Revival (1969)
- You Can't Always Get What You Want - Rolling Stones (1969)


Abstract base class for Mailbox implementations.
More...
#include <Mailbox.h>
Abstract base class for Mailbox implementations.
◆ Mailbox()
| swarmio::Mailbox::Mailbox |
( |
Endpoint * |
endpoint | ) |
|
|
inlineprotected |
Construct a new Mailbox object.
- Parameters
-
◆ FinishMovingTo()
| void swarmio::Mailbox::FinishMovingTo |
( |
Mailbox * |
other | ) |
|
|
inlineprotected |
Called when message handling should be passed onto the new instance.
- Parameters
-
◆ GetEndpoint()
| Endpoint * swarmio::Mailbox::GetEndpoint |
( |
| ) |
|
|
inline |
Get the associated Endpoint.
- Returns
- Endpoint*
◆ MailboxWasConnected()
| virtual void swarmio::Mailbox::MailboxWasConnected |
( |
| ) |
|
|
inlinevirtualnoexcept |
◆ MailboxWillBeDisconnected()
| virtual void swarmio::Mailbox::MailboxWillBeDisconnected |
( |
| ) |
|
|
inlinevirtualnoexcept |
◆ NodeDidJoin()
| virtual void swarmio::Mailbox::NodeDidJoin |
( |
const Node * |
node | ) |
|
|
inlinevirtualnoexcept |
Called when a new Node has joined the group.
- Parameters
-
| node | The node that has been discovered |
◆ NodeWasDiscovered()
| virtual void swarmio::Mailbox::NodeWasDiscovered |
( |
const Node * |
node | ) |
|
|
inlinevirtualnoexcept |
Called when a new Node has been discovered.
- Parameters
-
| node | The node that has been discovered |
◆ NodeWillLeave()
| virtual void swarmio::Mailbox::NodeWillLeave |
( |
const Node * |
node | ) |
|
|
inlinevirtualnoexcept |
Called when a Node signals that it will leave.
- Parameters
-
| node | The node that has left |
◆ operator=()
Remove assignment operator.
- Returns
- Awaiter&
◆ ReceiveMessage()
| virtual bool swarmio::Mailbox::ReceiveMessage |
( |
const Node * |
sender, |
|
|
const data::Message * |
message |
|
) |
| |
|
inlinevirtual |
The documentation for this class was generated from the following file:


Enhancing Deep Learning Sentiment Analysis with Ensemble Techniques in Social Applications
Additional material for the paper published in Expert Systems with Applications
Extended metrics of the models
Performance metrics for the base classifiers.
Performance metrics for the proposed models.
Vectorial models for download
Word2Vec for Twitter modelDoc2Vec for Movie Reviews model
For loading the models, the gensim library may be used. Python sample code:
from gensim.models import Word2Vec, Doc2Vec
import numpy as np
twitter_word2vec_model = Word2Vec.load_word2vec_format('path-to-twitter-model')
movie_doc2vec_model = Doc2Vec.load_word2vec_format('path-to-dos2vec-movie-model')
def read_sentiwords(vecs_f, vocab_f):
sentiwords = dict()
with open(vocab_f, 'r') as f:
vocab = f.read().splitlines()
with open(vecs_f, 'r') as f:
for i, line in enumerate(f):
v = np.fromstring(line, sep=' ')
sentiwords[vocab[i]] = v
return sentiwords
movie_sswe_model = read_sentiwords('path-to-vecs-file', 'path-to-vocab-file')


The first job to be done is to set up the wireless connection. Students may help with this task so that setting up a wireless connection can be completed in other environments more independently. Students may want to use a wireless connection at home or in a public library.
in-context


{% extends 'layouts/main.html' %} {% load static %} {% block layoutContent %}
{{product.description}}
quick example text to
build on the card title and make up the bulk of the card's content.
R$: {{product.price}}
Comprar


Made from an aluminium alloy, these cabinets will outlast you!
We take measurements to find the dimensions of your kitchen.
We create a CAD drawing and provide a quotation.
We get to work, building the kitchen of your dreams.
We set up your new cabinets in your kitchen.


{% extends 'main/base.html' %}
{% load crispy_forms_tags %}
{% block title %}Create a new {{ item_type }} item{% endblock title %}
{% block todo %}
- make possible to convert xml field into model ... danger, will robinson ...
- limit queryset for related objects to those allowed to be linked in that manner
- suppress "imported_from" field when creating from scratch
{% endblock todo %}
{% block content %}
There are three ways in which you can extend your model to include more items:
Clicking a row in the list below will create a copy of that {{ item_type }} and enable you to edit it.
| Name | Notes |
|---|---|
| {# #} {{ eg.name }} | {{ eg.notes|linebreaks }} |


ChatRoom
Send Message
Load Message
Type in the username of the person whose most recent message you'd like to view here


INDICTMENT AND INFORMATION,
AVERMENTS, DEFECTS
§806-26 Meaning of words and phrases. The words and phrases used in an indictment shall be construed according to their usual acceptation, except words and phrases which have been defined by law or which have acquired a legal signification, which words and phrases shall be construed according to their legal signification and shall be sufficient to convey that meaning. [L 1915, c 215, pt of §2; RL 1925, §4041; RL 1935, §5500; RL 1945, §10802; RL 1955, §258-12; HRS §711-26; ren L 1972, c 9, pt of §1]
Case Notes
Cited: 37 H. 625, 643 (1947), questioned 82 F. Supp. 65, 104 (1948).


# ---------------------------------------------------------------------------- # Title: Class FiboSequence # # Source - <file:../FiboSequence.pm.html> # # Abstract: # # Fibonnaci server test, message sequence manager. # # Object of this class are responsible of defining the message to send # to a Fibonnaci server to test it. They are also responsible ot the control # of the reply. # # This class has a window attributes, it is the number of messages # that can be sent in advance before to wait have answers for the # the previous requests. # ------------------------------------------------------------------------ package FiboSequence; use strict; use vars qw($VERSION @ISA @EXPORT); use Sequence; use Log::Log4perl; use Data::Dumper; $VERSION = 1; @ISA = qw(Sequence); # ------------------------------------------------------------------------ # routine: fibo # # Compute the Fibonnaci value. Around 2 sec for fibo(30). This method is # used to check values returned by the server. # ------------------------------------------------------------------------ sub fibo { my $n = shift; if ( ( $n == 0 ) || ( $n == 1 ) ) { return 1; } else { return fibo( $n - 1 ) + fibo( $n - 2 ); } } # ------------------------------------------------------------------------ # method: _init (private) # # Initialisation of the object. Do not call directly. # ------------------------------------------------------------------------ sub _init { my $Self = shift; $Self->Sequence::_init(@_); $Self->{'counter'} = $Self->{'min'}; } # ------------------------------------------------------------------------ # method: next_message # # Returns the next message to send or undef when no message is to send. # Undef can be returned when the sequence is over or when the ahead message # window has been reached. # # This method also starts the request stop watch. # ------------------------------------------------------------------------ sub next_message { my $Self = shift; $Self->{'Logger'}->trace("next_message"); # we have reached the limit of the window if ( $Self->{'messages_sent'} - $Self->{'messages_received'} > $Self->{'window'} ) { $Self->{'Logger'}->trace("next_message, end of window"); return undef; } # limit of the number of messages if ( $Self->{'messages_sent'} >= $Self->{'number'} ) { $Self->{'Logger'}->trace("next_message, end of sequence"); return undef; } $Self->{'messages_sent'}++; my $cnt = $Self->{'counter'}++; $Self->start_request($cnt); return "$cnt\n"; } # ------------------------------------------------------------------------ # method: check_reply # # Register a received message, checks its validity, and stop the request # stop watch. # ------------------------------------------------------------------------ sub check_reply { my ( $Self, $msg ) = @_; my $test = $Self->{'test'}; $Self->{'messages_received'}++; chomp($msg); my ( $int, $result ); if ( $msg =~ /fibo \((\d+)\) = (\d+)/ ) { $int = $1; $result = $2; $Self->stop_request($int); my $expected = fibo($int); $test->is( $result, $expected, "fibo($int) = $expected" ); if ( $result != $expected ) { $Self->{'errors'}++; } } else { $test->ok( 0, "unrecognized message: $msg" ); $Self->{'errors'}++; } } # ------------------------------------------------------------------------ # method: is_completed # # Returns true when the sequence is completed, it means when all messages # to send have been sent and all expected replies have been received. # ------------------------------------------------------------------------ sub is_completed { my $Self = shift; $Self->{'Logger'}->trace( "is_completed, sent=$Self->{'messages_sent'}, received=$Self->{'messages_received'}" ); return 0 if ( $Self->{'messages_sent'} != $Self->{'messages_received'} ); return 0 if ( $Self->{'messages_received'} < $Self->{'number'} ); $Self->{'Logger'}->trace("is_completed == true"); $Self->stop_sequence(); return 1; } 1;


The latest breaking news. Last nite, at 5:45pm, Donald Trump was given cpr after choking on his own words.


Purpose
This tutorial is a supplement to the article of oracle published here. After reading this later, I decided to share some tips about this EE environment JavaMail api configuration.
Introduction
Two years ago, we decided to move to JEE 6 for our enterprise solutions and take a lot of fun with new EJB 3.1 features and annotations. Glassfish has made our lives easier, it was very easy to declare variables using it’s administration console. Less complicated than using global resource environment for properties It is also the continuation to this tricks this tutorial delegate to Glassfish EE server managing mail session.
Prerequisites
- Before starting this tutorial, you should:
- Fully understand of http://www.oracle.com/webfolder/technetwork/tutorials/obe/java/javamail/javamail.html
- Have access to an SMTP server. You must know the host name, port number, and security settings for your SMTP server. Web mail providers may offer SMTP access, view your email account settings or help to find further information. Be aware that your user name is often your full email address and not just the name that comes before the @ symbol.
- Have basic familiarity with Servlets and CDIs (helpful but not required)
Create a Java mail session resource :
-
To create and JavaMail Session :
- start galssfish server
- open admin console ( default localhost:4848)
- Go to Resources -> JavaMail Sessions -> click new to add new javaMail resource
- make sure the following field are filled in :
Jndi name : EMailME for example, will be used later on lookup resource :
@Resource(lookup = "EMailME")
Mail host
- Default user
- Default sender will be used later on mailSession.getProperty("mail.from")
- For secure Mail add this advanced setting :
- mail.smtp.password : email password
- mail.smtp.port : email port
- mail.smtp.auth : true
This screenshot summarizes all these parameters :
II - Using email Service
This tutorial is a supplement to oracle one. We will use CDI with the same example.
- MailSessionBean Will be a CDI bean with RequestScope
- Inject the full JavaMail Session as resource rather than create it
@Named
@RequestScoped
public class EmailSessionBean {
@Resource(lookup = "EMailME")
private Session mailSession;
public void sendEmail(String to, String subject, String body) {
MimeMessage message = new MimeMessage(mailSession);
try {
message.setFrom(new InternetAddress(mailSession.getProperty("mail.from")));
InternetAddress[] address = {new InternetAddress(to)};
message.setRecipients(Message.RecipientType.TO, address);
message.setSubject(subject);
message.setSentDate(new Date());
message.setText(body);
Transport.send(message);
} catch (MessagingException ex) {
ex.printStackTrace();
}
}
}
Look short !
- EmailServlet remind the same except using @Inject rather than @EJB
@WebServlet(name = "EmailServlet", urlPatterns = {"/EmailServlet"})
public class EmailServlet extends HttpServlet {
@Inject
private EmailSessionBean emailBean;
protected void processRequest(HttpServletRequest request, HttpServletResponse response)
throws ServletException, IOException {
.........
}
......
}
Conclusion :
Let’s EE Server manager MailSession for us, keep configuration on server and thanks to Glassfish administration console managing JavaMail Session became easier.


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Package org.drip.analytics.eventday
Class DateInMonth
java.lang.Object
org.drip.analytics.eventday.DateInMonth
public class DateInMonth
extends java.lang.Object
DateInMonth exports Functionality that generates the specific Event Date inside of the specified
Month/Year.
- Module = Product Core Module
- Library = Fixed Income Analytics
- Project = Date, Cash Flow, and Cash Flow Period Measure Generation Utilities
- Package = Fixed, Variable, and Custom Holiday Creation
- Author:
- Lakshmi Krishnamurthy
-
Field Summary
Fields Modifier and Type Field Description static int
INSTANCE_GENERATOR_RULE_EDGE_LAG
Instance Date Generation Rules - Generate from Lag from Front/Backstatic int
INSTANCE_GENERATOR_RULE_SPECIFIC_DAY_OF_MONTH
Instance Date Generation Rule - Generate Using the Specific Day of the Monthstatic int
INSTANCE_GENERATOR_RULE_WEEK_DAY
Instance Date Generation Rule - Generate from Specified Day in Week/Week in Month -
Constructor Summary
Constructors Constructor Description DateInMonth(int iInstanceGeneratorRule, boolean bFromBack, int iLag, int iDayOfWeek, int iWeekInMonth, int iSpecificDayInMonth)
DateInMonth Constructor -
Method Summary
Modifier and Type Method Description int
dayOfWeek()
Retrieve the Day Of Weekboolean
fromBack()
Retrieve the Flag indicating whether the Lag is from the Front/BackJulianDate
instanceDay(int iYear, int iMonth, java.lang.String strCalendar)
Generate the Particular Day of the Year, the Month, according to the Calendarint
instanceGenerator()
Retrieve the Instance Generation Ruleint
lag()
Retrieve the Date Lagint
specificDayInMonth()
Retrieve the Specific Day in Monthjava.lang.String
toString()
int
weekInMonth()
Retrieve the Week In MonthMethods inherited from class java.lang.Object
equals, getClass, hashCode, notify, notifyAll, wait, wait, wait
-
Field Details
-
INSTANCE_GENERATOR_RULE_EDGE_LAG
public static final int INSTANCE_GENERATOR_RULE_EDGE_LAGInstance Date Generation Rules - Generate from Lag from Front/Back- See Also:
- Constant Field Values
-
INSTANCE_GENERATOR_RULE_WEEK_DAY
public static final int INSTANCE_GENERATOR_RULE_WEEK_DAYInstance Date Generation Rule - Generate from Specified Day in Week/Week in Month- See Also:
- Constant Field Values
-
INSTANCE_GENERATOR_RULE_SPECIFIC_DAY_OF_MONTH
public static final int INSTANCE_GENERATOR_RULE_SPECIFIC_DAY_OF_MONTHInstance Date Generation Rule - Generate Using the Specific Day of the Month- See Also:
- Constant Field Values
-
-
Constructor Details
-
DateInMonth
public DateInMonth(int iInstanceGeneratorRule, boolean bFromBack, int iLag, int iDayOfWeek, int iWeekInMonth, int iSpecificDayInMonth) throws java.lang.ExceptionDateInMonth Constructor- Parameters:
iInstanceGeneratorRule
- Instance Generation RulebFromBack
- TRUE - Apply Rules from Back of EOMiLag
- The LagiDayOfWeek
- Day of WeekiWeekInMonth
- Week in the MonthiSpecificDayInMonth
- Specific Daye In Month- Throws:
java.lang.Exception
- Thrown if Inputs are Invalid
-
-
Method Details
-
instanceGenerator
public int instanceGenerator()Retrieve the Instance Generation Rule- Returns:
- The Instance Generation Rule
-
fromBack
public boolean fromBack()Retrieve the Flag indicating whether the Lag is from the Front/Back- Returns:
- TRUE - The Lag is from the Back.
-
lag
public int lag()Retrieve the Date Lag- Returns:
- The Date Lag
-
weekInMonth
public int weekInMonth()Retrieve the Week In Month- Returns:
- The Week In Month
-
dayOfWeek
public int dayOfWeek()Retrieve the Day Of Week- Returns:
- The Day Of Week
-
specificDayInMonth
public int specificDayInMonth()Retrieve the Specific Day in Month- Returns:
- The Specific Day in Month
-
instanceDay
Generate the Particular Day of the Year, the Month, according to the Calendar- Parameters:
iYear
- Target YeariMonth
- Target MonthstrCalendar
- Target Calendar- Returns:
- The Particular Day
-
toString
public java.lang.String toString()- Overrides:
toString
in classjava.lang.Object
-


Control Statements |
|
| #define | REPEAT(count) REPT count |
| | Repeat the following statements count times.
|
| #define | END_REPEAT() ENDR |
| | Mark the end of the statements to be repeated.
|
| #define | SET_LOC(offset) ORG offset |
| | Set the location counter to offset.
|
| #define | END_FILE() END |
| | Mark the end of the file.
|
Data Objects |
|
| #define | FILL_BYTES(count) DS8 count |
| | Allocate space for count bytes.
|
Symbol Definition |
|
| #define | L(name) name |
| | Turn name into a local symbol, if possible.
|
| #define | EXTERN_SYMBOL(name) EXTERN name |
| | Declare name as an external symbol referenced by this file.
|
| #define | FUNCTION(name) iar_begin_func name, text_##name, 0, 0 |
| | Define a file-local function called name.
|
| #define | PUBLIC_FUNCTION(name) iar_begin_func name, text_##name, 1, 0 |
| | Define a globally visible function called name.
|
| #define | WEAK_FUNCTION(name) iar_begin_func name, text_##name, 1, 1 |
| | Define a weak function called name.
|
| #define | WEAK_FUNCTION_ALIAS(name, strong_name) iar_weak_alias name, strong_name |
| | Define name as a weak alias for the function strong_name.
|
| #define | END_FUNC(name) ENDMOD |
| | Mark the end of the function called name.
|
Section Definition |
|
| #define | TEXT_SECTION(name) RSEG name:CODE:NOROOT |
| | Start a new section containing executable code.
|
| #define | RODATA_SECTION(name) RSEG name:CONST:NOROOT |
| | Start a new section containing read-only data.
|
| #define | DATA_SECTION(name) RSEG name:DATA:NOROOT |
| | Start a new section containing writeable initialized data.
|
| #define | BSS_SECTION(name) RSEG name:DATA:NOROOT |
| | Start a new section containing writeable zero-initialized data.
|
This group provides a good handful of macros intended to smooth out the differences between various assemblers, similar to what the Compiler Support module does for compilers, except that assemblers tend to be much less standardized than compilers.


1. Parsing XML
1.1. XmlParser and XmlSlurper
The most commonly used approach for parsing XML with Groovy is to use one of:
-
groovy.util.XmlParser
-
groovy.util.XmlSlurper
Both have the same approach to parse an xml.  For the next example we will use the parseText
method. It parses a XML String
and recursively converts it to a list
or map of objects.
def text = '''
<list>
<technology>
<name>Groovy</name>
</technology>
</list>
'''
def list = new XmlSlurper().parseText(text) (1)
assert list instanceof groovy.util.slurpersupport.GPathResult (2)
assert list.technology.name == 'Groovy' (3)
| 1 | Parsing the XML an returning the root node as a GPathResult |
| 2 | Checking we’re using a GPathResult |
| 3 | Traversing the tree in a GPath style |
def text = '''
<list>
<technology>
<name>Groovy</name>
</technology>
</list>
'''
def list = new XmlParser().parseText(text) (1)
assert list instanceof groovy.util.Node (2)
assert list.technology.name.text() == 'Groovy' (3)
| 1 | Parsing the XML an returning the root node as a Node |
| 2 | Checking we’re using a Node |
| 3 | Traversing the tree in a GPath style |
Let’s see the similarities between XMLParser
and XMLSlurper
first:
-
Both are based on
SAX
so they both are low memory footprint -
Both can update/transform the XML
But they have key differences:
-
XmlSlurper
evaluates the structure lazily. So if you update the xml you’ll have to evaluate the whole tree again. -
XmlSlurper
returnsGPathResult
instances when parsing XML -
XmlParser
returnsNode
objects when parsing XML
When to use one or the another?
| There is a discussion at StackOverflow. The conclusions written here are based partially on this entry. |
-
If you want to transform an existing document to another then
XmlSlurper
will be the choice -
If you want to update and read at the same time then
XmlParser
is the choice.
The rationale behind this is that every time you create a node with
XmlSlurper
it won’t be available until you parse the document again
with another XmlSlurper
instance. Need to read just a few nodes
XmlSlurper is for you ".
-
If you just have to read a few nodes
XmlSlurper
should be your choice, since it will not have to create a complete structure in memory"
In general both classes perform similar way. Even the way of using
GPath expressions with them are the same (both use breadthFirst()
and
depthFirst()
expressions). So I guess it depends on the write/read
frequency.
1.2. DOMCategory
There is another way of parsing XML documents with Groovy with the
used of groovy.xml.dom.DOMCategory
which is a category class which
adds GPath style operations to Java’s DOM classes.
Java has in-built support for DOM processing of XML using classes
representing the various parts of XML documents, e.g. Document ,
Element , NodeList , Attr etc. For more information about these classes,
refer to the respective JavaDocs.
|
Having a XML like the following:
static def CAR_RECORDS = '''
<records>
<car name='HSV Maloo' make='Holden' year='2006'>
<country>Australia</country>
<record type='speed'>Production Pickup Truck with speed of 271kph</record>
</car>
<car name='P50' make='Peel' year='1962'>
<country>Isle of Man</country>
<record type='size'>Smallest Street-Legal Car at 99cm wide and 59 kg in weight</record>
</car>
<car name='Royale' make='Bugatti' year='1931'>
<country>France</country>
<record type='price'>Most Valuable Car at $15 million</record>
</car>
</records>
'''
You can parse it using 'groovy.xml.DOMBuilder` and
groovy.xml.dom.DOMCategory
.
def reader = new StringReader(CAR_RECORDS)
def doc = DOMBuilder.parse(reader) (1)
def records = doc.documentElement
use(DOMCategory) { (2)
assert records.car.size() == 3
}
| 1 | Parsing the XML |
| 2 | Creating DOMCategory scope to be able to use helper method calls |
2. GPath
The most common way of querying XML in Groovy is using GPath
:
GPath is a path expression language integrated into Groovy which allows parts of nested structured data to be identified. In this sense, it has similar aims and scope as XPath does for XML. The two main places where you use GPath expressions is when dealing with nested POJOs or when dealing with XML
It is similar to XPath expressions and you can use it not only with XML but also with POJO classes. As an example, you can specify a path to an object or element of interest:
-
a.b.c
→ for XML, yields all the<c>
elements inside
inside
-
a.b.c
→ all POJOs, yields the<c>
properties for all the
properties of
(sort of like a.getB().getC() in JavaBeans)
For XML, you can also specify attributes, e.g.:
-
a["@href"]
→ the href attribute of all the a elements -
a.'@href'
→ an alternative way of expressing this -
a.@href
→ an alternative way of expressing this when using XmlSlurper
Let’s illustrate this with an example:
static final String books = '''
<response version-api="2.0">
<value>
<books>
<book available="20" id="1">
<title>Don Xijote</title>
<author id="1">Manuel De Cervantes</author>
</book>
<book available="14" id="2">
<title>Catcher in the Rye</title>
<author id="2">JD Salinger</author>
</book>
<book available="13" id="3">
<title>Alice in Wonderland</title>
<author id="3">Lewis Carroll</author>
</book>
<book available="5" id="4">
<title>Don Xijote</title>
<author id="4">Manuel De Cervantes</author>
</book>
</books>
</value>
</response>
'''
2.1. Simply traversing the tree
First thing we could do is to get a value using POJO’s notation. Let’s get the first book’s author’s name
def response = new XmlSlurper().parseText(books)
def authorResult = response.value.books.book[0].author
assert authorResult.text() == 'Manuel De Cervantes'
First we parse the document with XmlSlurper
and the we have to
consider the returning value as the root of the XML document, so in
this case is "response".
That’s why we start traversing the document from response and then
value.books.book[0].author
. Note that in XPath
the node arrays starts
in [1] instead of [0], but because GPath
is Java-based it begins at
index 0.
In the end we’ll have the instance of the author
node and because we
wanted the text inside that node we should be calling the text()
method. The author
node is an instance of GPathResult
type and
text()
a method giving us the content of that node as a String.
When using GPath
with an xml parsed with XmlSlurper
we’ll have as a
result a GPathResult
object. GPathResult
has many other convenient
methods to convert the text inside a node to any other type such as:
-
toInteger()
-
toFloat()
-
toBigInteger()
-
…
All these methods try to convert a String
to the appropriate type.
If we were using a XML parsed with XmlParser
we could be dealing with
instances of type Node
. But still all the actions applied to
GPathResult
in these examples could be applied to a Node as
well. Creators of both parsers took into account GPath
compatibility.
Next step is to get the some values from a given node’s attribute. In the following sample we want to get the first book’s author’s id. We’ll be using two different approaches. Let’s see the code first:
def response = new XmlSlurper().parseText(books)
def book = response.value.books.book[0] (1)
def bookAuthorId1 = book.@id (2)
def bookAuthorId2 = book['@id'] (3)
assert bookAuthorId1 == '1' (4)
assert bookAuthorId1.toInteger() == 1 (5)
assert bookAuthorId1 == bookAuthorId2
| 1 | Getting the first book node |
| 2 | Getting the book’s id attribute @id |
| 3 | Getting the book’s id attribute with map notation ['@id'] |
| 4 | Getting the value as a String |
| 5 | Getting the value of the attribute as an Integer |
As you can see there are to types of notations to get attributes, the
-
direct notation with
@nameoftheattribute
-
map notation using
['@nameoftheattribute']
Both of them are equally valid.
2.2. Speed things up with breadthFirst and depthFirst
If you ever have used XPath you may have used expressions like
-
//
: Look everywhere -
/following-sibling::othernode
: Look for a node "othernode" in the same level
More or less we have their counterparts in GPath
with the methods
breadthFirst()
and depthFirst()
.
The first example shows a simple use of breadthFirst()
. The creators of
this methods created a shorter syntax for it using the symbol *
.
def response = new XmlSlurper().parseText(books)
def catcherInTheRye = response.value.books.'*'.find { node->
/* node.@id == 2 could be expressed as node['@id'] == 2 */
node.name() == 'book' && node.@id == '2'
}
assert catcherInTheRye.title.text() == 'Catcher in the Rye'
This test searches for any node at the same level of the "books" node first, and only if it couldn’t find the node we were looking for, then it will look deeper in the tree, always taking into account the given the expression inside the closure.
The expression says Look for any node with a tag name equals 'book' having an id with a value of '2'.
But what if we would like to look for a given value
without having to know exactly where it is. Let’s say that the
only thing we know is the id of the author "Lewis Carroll" . How are
we going to be able to find that book? depthFirst()
is the solution:
def response = new XmlSlurper().parseText(books)
def bookId = response.'**'.find { book->
book.author.text() == 'Lewis Carroll'
}.@id
assert bookId == 3
depthFirst()
is the same as looking something everywhere in the
tree from this point down. In this case we’ve used the method
find(Closure cl)
to find just the first occurrence.
What if we want to collect all book’s titles?
def response = new XmlSlurper().parseText(books)
def titles = response.'**'.findAll{ node-> node.name() == 'title' }*.text()
assert titles.size() == 4
It is worth mentioning again that there are some useful methods converting a node’s value to an integer, float… etc. Those methods could be convenient when doing comparisons like this:
def response = new XmlSlurper().parseText(books)
def titles = response.value.books.book.findAll{book->
/* You can use toInteger() over the GPathResult object */
book.@id.toInteger() > 2
}*.title
assert titles.size() == 2
In this case the number 2 has been hardcoded but imagine that value could have come from any other source (database… etc.).
3. Creating XML
The most commonly used approach for creating XML with Groovy is to use a builder, i.e. one of:
-
groovy.xml.MarkupBuilder
-
groovy.xml.StreamingMarkupBuilder
3.1. MarkupBuilder
Here is an example of using Groovy’s MarkupBuilder to create a new XML file:
def writer = new StringWriter()
def xml = new MarkupBuilder(writer) (1)
xml.records() { (2)
car(name:'HSV Maloo', make:'Holden', year:2006) {
country('Australia')
record(type:'speed', 'Production Pickup Truck with speed of 271kph')
}
car(name:'Royale', make:'Bugatti', year:1931) {
country('France')
record(type:'price', 'Most Valuable Car at $15 million')
}
}
def records = new XmlSlurper().parseText(writer.toString()) (3)
assert records.car.first().name.text() == 'HSV Maloo'
assert records.car.last().name.text() == 'Royale'
| 1 | Create an instance of MarkupBuilder |
| 2 | Start creating the XML tree |
| 3 | Create an instance of XmlSlurper to traverse and test the
generated XML |
Let’s take a look a little bit closer:
def xmlString = "<movie>the godfather</movie>" (1)
def xmlWriter = new StringWriter() (2)
def xmlMarkup = new MarkupBuilder(xmlWriter)
xmlMarkup.movie("the godfather") (3)
assert xmlString == xmlWriter.toString() (4)
| 1 | We’re creating a reference string to compare against |
| 2 | The xmlWriter instance is used by MarkupBuilder to convert the
xml representation to a String instance eventually |
| 3 | The xmlMarkup.movie(…) call will create a XML node with a tag
called movie and with content the godfather . |
def xmlString = "<movie id='2'>the godfather</movie>"
def xmlWriter = new StringWriter()
def xmlMarkup = new MarkupBuilder(xmlWriter)
xmlMarkup.movie(id: "2", "the godfather") (1)
assert xmlString == xmlWriter.toString()
| 1 | This time in order to create both attributes and node content you can create as many map entries as you like and finally add a value to set the node’s content |
The value could be any Object , the value will be serialized to its
String representation.
|
def xmlWriter = new StringWriter()
def xmlMarkup = new MarkupBuilder(xmlWriter)
xmlMarkup.movie(id: 2) { (1)
name("the godfather")
}
def movie = new XmlSlurper().parseText(xmlWriter.toString())
assert movie.@id == 2
assert movie.name.text() == 'the godfather'
| 1 | A closure represents the children elements of a given node. Notice this time instead of using a String for the attribute we’re using a number. |
Sometimes you may want to use a specific namespace in your xml documents:
def xmlWriter = new StringWriter()
def xmlMarkup = new MarkupBuilder(xmlWriter)
xmlMarkup
.'x:movies'('xmlns:x':'http://www.groovy-lang.org') { (1)
'x:movie'(id: 1, 'the godfather')
'x:movie'(id: 2, 'ronin')
}
def movies =
new XmlSlurper() (2)
.parseText(xmlWriter.toString())
.declareNamespace(x:'http://www.groovy-lang.org')
assert movies.'x:movie'.last().@id == 2
assert movies.'x:movie'.last().text() == 'ronin'
| 1 | Creating a node with a given namespace xmlns:x |
| 2 | Creating a XmlSlurper registering the namespace to be able to
test the XML we just created |
What about having some more meaningful example. We may want to generate more elements, to have some logic when creating our XML:
def xmlWriter = new StringWriter()
def xmlMarkup = new MarkupBuilder(xmlWriter)
xmlMarkup
.'x:movies'('xmlns:x':'http://www.groovy-lang.org') {
(1..3).each { n -> (1)
'x:movie'(id: n, "the godfather $n")
if (n % 2 == 0) { (2)
'x:movie'(id: n, "the godfather $n (Extended)")
}
}
}
def movies =
new XmlSlurper()
.parseText(xmlWriter.toString())
.declareNamespace(x:'http://www.groovy-lang.org')
assert movies.'x:movie'.size() == 4
assert movies.'x:movie'*.text().every { name -> name.startsWith('the')}
| 1 | Generating elements from a range |
| 2 | Using a conditional for creating a given element |
Of course the instance of a builder can be passed as a parameter to refactor/modularize your code:
def xmlWriter = new StringWriter()
def xmlMarkup = new MarkupBuilder(xmlWriter)
(1)
Closure<MarkupBuilder> buildMovieList = { MarkupBuilder builder ->
(1..3).each { n ->
builder.'x:movie'(id: n, "the godfather $n")
if (n % 2 == 0) {
builder.'x:movie'(id: n, "the godfather $n (Extended)")
}
}
return builder
}
xmlMarkup.'x:movies'('xmlns:x':'http://www.groovy-lang.org') {
buildMovieList(xmlMarkup) (2)
}
def movies =
new XmlSlurper()
.parseText(xmlWriter.toString())
.declareNamespace(x:'http://www.groovy-lang.org')
assert movies.'x:movie'.size() == 4
assert movies.'x:movie'*.text().every { name -> name.startsWith('the')}
| 1 | In this case we’ve created a Closure to handle the creation of a list of movies |
| 2 | Just using the buildMovieList function when necessary |
3.2. StreamingMarkupBuilder
The class groovy.xml.StreamingMarkupBuilder
is a builder class for
creating XML markup. This implementation uses a
groovy.xml.streamingmarkupsupport.StreamingMarkupWriter
to handle
output.
def xml = new StreamingMarkupBuilder().bind { (1)
records {
car(name:'HSV Maloo', make:'Holden', year:2006) { (2)
country('Australia')
record(type:'speed', 'Production Pickup Truck with speed of 271kph')
}
car(name:'P50', make:'Peel', year:1962) {
country('Isle of Man')
record(type:'size', 'Smallest Street-Legal Car at 99cm wide and 59 kg in weight')
}
car(name:'Royale', make:'Bugatti', year:1931) {
country('France')
record(type:'price', 'Most Valuable Car at $15 million')
}
}
}
def records = new XmlSlurper().parseText(xml.toString()) (3)
assert records.car.size() == 3
assert records.car.find { it.@name == 'P50' }.country.text() == 'Isle of Man'
| 1 | Note that StreamingMarkupBuilder.bind returns a Writable
instance that may be used to stream the markup to a Writer |
| 2 | We’re capturing the output in a String to parse it again an check
the structure of the generated XML with XmlSlurper . |
3.3. MarkupBuilderHelper
The groovy.xml.MarkupBuilderHelper
is, as its name reflects, a
helper for groovy.xml.MarkupBuilder
.
This helper normally can be accessed from within an instance of class
groovy.xml.MarkupBuilder
or an instance of
groovy.xml.StreamingMarkupBuilder
.
This helper could be handy in situations when you may want to:
-
Produce a comment in the output
-
Produce an XML processing instruction in the output
-
Produce an XML declaration in the output
-
Print data in the body of the current tag, escaping XML entities
-
Print data in the body of the current tag
In both MarkupBuilder
and StreamingMarkupBuilder
this helper is
accessed by the property mkp
:
def xmlWriter = new StringWriter()
def xmlMarkup = new MarkupBuilder(xmlWriter).rules {
mkp.comment('THIS IS THE MAIN RULE') (1)
rule(sentence: mkp.yield('3 > n')) (2)
}
(3)
assert xmlWriter.toString().contains('3 > n')
assert xmlWriter.toString().contains('')
| 1 | Using mkp to create a comment in the XML |
| 2 | Using mkp to generate an escaped value |
| 3 | Checking both assumptions were true |
Here is another example to show the use of mkp
property accessible
from within the bind
method scope when using
StreamingMarkupBuilder
:
def xml = new StreamingMarkupBuilder().bind {
records {
car(name: mkp.yield('3 < 5')) (1)
car(name: mkp.yieldUnescaped('1 < 3')) (2)
}
}
assert xml.toString().contains('3 < 5')
assert xml.toString().contains('1 < 3')
| 1 | If we want to generate a escaped value for the name attribute with
mkp.yield |
| 2 | Checking the values later on with XmlSlurper |
3.4. DOMToGroovy
Suppose we have an existing XML document and we want to automate
generation of the markup without having to type it all in? We just
need to use org.codehaus.groovy.tools.xml.DOMToGroovy
as shown in
the following example:
def songs = """
<songs>
<song>
<title>Here I go</title>
<band>Whitesnake</band>
</song>
</songs>
"""
def builder =
javax.xml.parsers.DocumentBuilderFactory.newInstance().newDocumentBuilder()
def inputStream = new ByteArrayInputStream(songs.bytes)
def document = builder.parse(inputStream)
def output = new StringWriter()
def converter = new DomToGroovy(new PrintWriter(output)) (1)
converter.print(document) (2)
String xmlRecovered =
new GroovyShell()
.evaluate("""
def writer = new StringWriter()
def builder = new groovy.xml.MarkupBuilder(writer)
builder.${output}
return writer.toString()
""") (3)
assert new XmlSlurper().parseText(xmlRecovered).song.title.text() == 'Here I go' (4)
| 1 | Creating DOMToGroovy instance |
| 2 | Converts the XML to MarkupBuilder calls which are available in the output StringWriter |
| 3 | Using output variable to create the whole MarkupBuilder |
| 4 | Back to XML string |
4. Manipulating XML
In this chapter you’ll see the different ways of adding / modifying /
removing nodes using XmlSlurper
or XmlParser
. The xml we are going
to be handling is the following:
def xml = """
<response version-api="2.0">
<value>
<books>
<book id="2">
<title>Don Xijote</title>
<author id="1">Manuel De Cervantes</author>
</book>
</books>
</value>
</response>
"""
4.1. Adding nodes
The main difference between XmlSlurper
and XmlParser
is that when
former creates the nodes they won’t be available until the document’s
been evaluated again, so you should parse the transformed document
again in order to be able to see the new nodes. So keep that in mind
when choosing any of both approaches.
If you needed to see a node right after creating it then XmlParser
should be your choice, but if you’re planning to do many changes to
the XML and send the result to another process maybe XmlSlurper
would
be more efficient.
You can’t create a new node directly using the XmlSlurper
instance,
but you can with XmlParser
. The way of creating a new node from
XmlParser is through its method createNode(..)
def parser = new XmlParser()
def response = parser.parseText(xml)
def numberOfResults = parser.createNode(
response,
new QName("numberOfResults"),
[:]
)
numberOfResults.value = "1"
assert response.numberOfResults.text() == "1"
The createNode()
method receives the following parameters:
-
parent node (could be null)
-
The qualified name for the tag (In this case we only use the local part without any namespace). We’re using an instance of
groovy.xml.QName
-
A map with the tag’s attributes (None in this particular case)
Anyway you won’t normally be creating a node from the parser instance
but from the parsed XML instance. That is from a Node
or a
GPathResult
instance.
Take a look at the next example. We are parsing the xml with XmlParser
and then creating a new node from the parsed document’s instance
(Notice the method here is slightly different in the way it receives
the parameters):
def parser = new XmlParser()
def response = parser.parseText(xml)
response.appendNode(
new QName("numberOfResults"),
[:],
"1"
)
response.numberOfResults.text() == "1"
When using XmlSlurper
, GPathResult
instances don’t have createNode()
method.
4.2. Modifying / Removing nodes
We know how to parse the document, add new nodes, now I want to change
a given node’s content. Let’s start using XmlParser
and Node
. This
example changes the first book information to actually another book.
def response = new XmlParser().parseText(xml)
/* Use the same syntax as groovy.xml.MarkupBuilder */
response.value.books.book[0].replaceNode{ (1)
book(id:"3"){
title("To Kill a Mockingbird")
author(id:"3","Harper Lee")
}
}
def newNode = response.value.books.book[0]
assert newNode.name() == "book"
assert newNode.@id == "3"
assert newNode.title.text() == "To Kill a Mockingbird"
assert newNode.author.text() == "Harper Lee"
assert newNode.author.@id.first() == "3"
When using replaceNode()
the closure we pass as parameter should
follow the same rules as if we were using groovy.xml.MarkupBuilder
:
Here’s the same example using XmlSlurper
:
def response = new XmlSlurper().parseText(books)
/* Use the same syntax as groovy.xml.MarkupBuilder */
response.value.books.book[0].replaceNode{
book(id:"3"){
title("To Kill a Mockingbird")
author(id:"3","Harper Lee")
}
}
assert response.value.books.book[0].title.text() == "Don Xijote"
/* That mkp is a special namespace used to escape away from the normal building mode
of the builder and get access to helper markup methods
'yield', 'pi', 'comment', 'out', 'namespaces', 'xmlDeclaration' and
'yieldUnescaped' */
def result = new StreamingMarkupBuilder().bind { mkp.yield response }.toString()
def changedResponse = new XmlSlurper().parseText(result)
assert changedResponse.value.books.book[0].title.text() == "To Kill a Mockingbird"
Notice how using XmlSlurper
we have to parse the transformed document
again in order to find the created nodes. In this particular example
could be a little bit annoying isn’t it?
Finally both parsers also use the same approach for adding a new
attribute to a given attribute. This time again the difference is
whether you want the new nodes to be available right away or
not. First XmlParser
:
def parser = new XmlParser()
def response = parser.parseText(xml)
response.@numberOfResults = "1"
assert response.@numberOfResults == "1"
And XmlSlurper
:
def response = new XmlSlurper().parseText(books)
response.@numberOfResults = "2"
assert response.@numberOfResults == "2"
When using XmlSlurper
, adding a new attribute does not require you to perform a new evaluation.
4.3. Printing XML
4.3.1. XmlUtil
Sometimes is useful to get not only the value of a given node but the node itself (for instance to add this node to another XML).
For that you can use groovy.xml.XmlUtil
class. It has several static
methods to serialize the xml fragment from several type of sources
(Node, GPathResult, String…)
def response = new XmlParser().parseText(xml)
def nodeToSerialize = response.'**'.find {it.name() == 'author'}
def nodeAsText = XmlUtil.serialize(nodeToSerialize)
assert nodeAsText ==
XmlUtil.serialize('<?xml version="1.0" encoding="UTF-8"?><author id="1">Manuel De Cervantes</author>')


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Dune (PG-13, 1984) Written and directed by David Lynch. Based on the novel by Frank Herbert. Starring Kyle MacLachlan.
Whatever you want to say about Dune, you can't say that the story didn't have potential. At first glance, it might seem like the typical science-fiction epic: the population of a desert planet known as Arrakis, or Dune, rises up to fight the exploitation of their most valuable resource, a certain type of spice, by a dictatorial emperor and his evil allies. Like Luke Skywalker of the Star Wars trilogy, the hero Paul Atreides (Kyle MacLachlan) possesses supernatural powers that enable him to lead this revolution.
Unlike in Star Wars, however, the mythology behind this character and his role in fulfilling an ancient prophecy are developed in considerable detail. In fact, one might say that the primary plotline of Dune is Atreides's gradual realization that he is the long-awaited messiah and his difficulties and trials in living up to these expectations rather than the good-vs.-evil political conflict, although the film certainly does not shy away from showing the evil-doers in all their revolting ugliness. Dune thus takes on a much darker and more mysterious tone, and gives us a more sophisticated story, than most sci-fi epic adventures.
Now for the bad news. First of all, the original cut of the film was sliced up by the production company, who feared it would be too long. Instead, they give us a film that just has too many loose ends; one of the story's strengths-its attention to detail-also becomes a weakness as too many plot points and characters are introduced but never fully explained. I can't speak for everyone, but I personally would rather watch a long movie and come away from it understanding these points than watch a shorter movie and leave thinking that I was supposed to get more out of it than I did.
David Lynch puts his directing skills to good use, especially when the material allows him to exercise his talent for dark, surreal imagery. Paul Atreides's mysterious visions can stand alongside any Lynch-directed dream sequence, and the unnerving horror of the scenes with the sadistic Baron Harkonnen is enough to make him a classic Lynch villain. Unfortunately, I can't sing the same praises for Lynch's screenplay. There are a few things that just probably aren't going to work in a movie, regardless of how interesting the story is or how competent the acting and directing. One is dubbed voice-overs of the characters' thoughts. Another is a duel between the hero and a rather insignificant sleazebag thug at the end-after the climactic, effects-intensive, epic battle between "good" and "evil." Dune, alas, has both of these.
What we have in Dune, then, is a great idea that is only partially realized. It could have been a remarkably sophisticated and engaging hybrid of supernatural drama and science fiction epic. But between the studio's slicing-and-dicing of the original cut and Lynch's small but noticeable tactical mistakes in narrative structure, it ultimately falls short of its full potential.
Grade: B+
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


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