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Study %
ID WMD (95% Cl) Weight MI-TLIF O-TLIF Singh 2014 + —70.20 (-84.50, —55.90) t7A5 Lee 2012 — —15.40 (-31.36, 0.56) 17.00 Seng 2013 + 19.00 (15.54, 22.46) 17.73 Serban 2017 je 25.92 (—15.10, 66.94) 13.68 Wang 2014 ~~ —41.00 (—54.86, —27.14) 17.18 Wang 2011 r= 11.00 (-1.86, 23.86) 17.26 Overall (I-squared = 97.6%, p = 0.000) <oP 12,89 (44.53, 18.76) 100.00 P=0.425 NOTE: Weights are from random effects analysis
—84.5 0 84.5


Original design sources for Feathers example themes
For those looking to tweak the example themes provided with Feathers, the following Photoshop documents may be of use.
Download Feathers to get the original PNG and TPS files used to build a theme's texture atlas with Texture Packer (version 3.0). Export new PNG graphics from the PSDs below to expand or modify a theme.
Metal Works Mobile Theme
Metal Works Desktop Theme
Minimal Mobile Theme
Minimal Desktop Theme
Note: The Generate Sprite Sheet feature in Flash CC has a bug where exported images that use inner drop shadow filters have extra transparent padding around the edges. Skins in MinimalDesktopTheme make heavy use of inner drop shadows, and they must be exported manually and trimmed in Photoshop. A bug report has been filed with Adobe.


The java::lock command prevents the Java object, javaObj, from getting garbage collected. A Tcl variable that stores a Java object handle has an internal rep that holds a reference to the Java object. If the Tcl variable's internal rep is changed (e.g. to a Tcl List), the reference to the Java object is removed, and the Java object could be garbage collected. The java::lock command maintains a copy of javaObj's internal rep, so the Java object will be not be garbage collected. Multiple locks can be placed on the same Java object. If javaObject is not a valid reference to a Java object, a Tcl error is generated. It is important to note that use of the java::lock command is optional, it is not required. A Java object handle that is stored in a Tcl variable will not be garbage collected unless the Tcl variable is unset, or the internal representation is changed.
Copyright © 1997-1998 Sun Microsystems, Inc.


There should be a number of security features built in to the Grader too.
There will be the need to only show some data to specific roles.
And example of such is the EmplID of students should only be visible to teachers.
Other functionality that has security protocols would be changing grades
and adding students to the roster. There should be a role manager to give permissions.
3.2.2. Simplicity Versus Power
On a spectrum of simple-to-use versus powerful, the Grader Tool is in the middle between the two sides.
Users are assumed to be mostly computer literate for some functionality, but
there is also implementation to make it simple to understand for a less computer literate user.


FABO ACADEMY X officially launches at Suzhou ULINK, spring of 2018 with 40 future makers!
Fabo Academy X is an intensive course into digital manufacturing and rapid prototyping, organized by Fablab O Shanghai. In this nine session programme, high-school or collegiate students learn to envision, prototype and document their ideas through many hours of hands-on experience with digital fabrication tools.


EBD - Easton Bible DIctionary
Remmon-methoar
REMMON-METHOAR
"REMMON-METHOAR "(
Joshua 19:13
), rendered correctly in the Revised Version, “Rimmon, which stretcheth unto Neah,” a landmark of Zebulun; called also Rimmon (
1 Chronicles 6:77
).
"REMMON-METHOAR "(Joshua 19:13), rendered correctly in the Revised Version, “Rimmon, which stretcheth unto Neah,” a landmark of Zebulun; called also Rimmon (1 Chronicles 6:77).


Gardaí ask for information on 50-year-old man missing in Limerick since Monday
by By Digital Desk staffGardaí have asked for the help of the public in locating a 50-year-old man missing in Limerick since Monday.
William Spratt is 50 years old and is missing from the Thomondgate area of Limerick.
He is described as being five feet eight inches in height with short brown hair, of strong build and with blue eyes. He is believed to be travelling in a white 2009 Dublin registered Fiat Scudo van.
Anyone with information has been asked to contact Gardaí in Henry Street on 061 212 400.


--- layout: base common-js: - "../assets/js/particles.min.js" - "books/js/particles-config-book.js" ---


--- # Licensed to the Apache Software Foundation (ASF) under one # or more contributor license agreements. See the NOTICE file # distributed with this work for additional information # regarding copyright ownership. The ASF licenses this file # to you under the Apache License, Version 2.0 (the # "License"); you may not use this file except in compliance # with the License. You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, # software distributed under the License is distributed on an # "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY # KIND, either express or implied. See the License for the # specific language governing permissions and limitations # under the License. title: "Cayenne Getting Started ROP" description: "Tutorial how to quick start new Cayenne ROP project" cayenneVersion: "4.0" docsMenuTitle: "Getting Started ROP" weight: 40 ---
This tutorial starts where "Getting Started with Cayenne" left off. If you have gone through the previous tutorial, and have the "tutorial" project open in Eclipse, you can go directly to the next step. If not, here are the compressed instructions to prepare you for work with ROP:
Step 1 - Eclipse Setup
Step 2 - Create a project
Step 3 - Create Cayenne OR Mapping
Step 4 - Create Java Classes
Step 5 - Convert the project to webapp.
Note that at "Step 5" you can skip the JSP creation part. Just setup web.xml and maven-jetty-plugin in the POM.
Creation of a new Eclipse project has been discussed in some details in "Getting Started with Cayenne" guide, so we will omit the screenshots for the common parts.
In Eclipse select "File > New > Other…" and then "Maven > Maven Project". Click "Next". On the following screen check "Create a simple project" checkbox and click "Next" again. In the dialog shown on the screenshot below, enter "org.example.cayenne" for the "Group Id" and "tutorial-rop-client" for the "Artifact Id" (both without the quotes) and click "Finish".
Now you should have a new empty project in the Eclipse workspace. Check that the project Java compiler settings are correct. Rightclick on the "tutorial-rop-client" project, select "Properties > Java Compiler" and ensure that "Compiler compliance level" is at least 1.5 (some versions of Maven plugin seem to be setting it to 1.4 by default).
The client doesn’t need the XML ORM mapping, as it is loaded from the server. However it needs the client-side Java classes. Let’s generate them from the existing mapping:
Start CayenneModeler and open cayenne.xml from the "tutorial" project (located under "tutorial/src/main/resources", unless it is already open.
Select the "datamap" DataMap and check "Allow Client Entities" checkbox.
Enter "org.example.cayenne.persistent.client" for the "Client Java Package" and click "Update.." button next to the field to refresh the client package of all entities.
Select "Tools > Generate Classes" menu.
For "Type" select "Client Persistent Objects".
For the "Output Directory" select "tutorial-rop-client/src/main/java" folder (as client classes should go in the client project).
Click on "Classes" tab and check the "Check All Classes" checkbox (unless it is already checked and reads "Uncheck all Classes").
Click "Generate".
Now go back to Eclipse, right click on "tutorial-rop-client" project and select "Refresh" - you should see pairs of classes generated for each mapped entity, same as on the server. And again, we see a bunch of errors in those classes. Let’s fix it now by adding two dependencies, "cayenne-client" and "resin-hessian", in the bottom of the pom.xml file. We also need to add Caucho M2 repository to pull Hessian jar files. The resulting POM should look like this:
<project xmlns="http://maven.apache.org/POM/4.0.0" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
xsi:schemaLocation="http://maven.apache.org/POM/4.0.0 http://maven.apache.org/maven-v4_0_0.xsd">
<modelVersion>4.0.0</modelVersion>
<groupId>org.example.cayenne</groupId>
<artifactId>tutorial-rop-client</artifactId>
<version>0.0.1-SNAPSHOT</version>
<dependencies>
<dependency>
<groupId>org.apache.cayenne</groupId>
<artifactId>cayenne-client</artifactId>
<!-- Here specify the version of Cayenne you are actually using -->
<version>4.0.2</version>
</dependency>
<dependency>
<groupId>com.caucho</groupId>
<artifactId>hessian</artifactId>
<version>4.0.38</version>
</dependency>
</dependencies>
<repositories>
<repository>
<id>caucho</id>
<name>Caucho Repository</name>
<url>http://caucho.com/m2</url>
<layout>default</layout>
<snapshots>
<enabled>false</enabled>
</snapshots>
<releases>
<enabled>true</enabled>
</releases>
</repository>
</repositories>
</project>
Your computer must be connected to the internet. Once you save the pom.xml, Eclipse will download the needed jar files and add them to the project build path. After that all the errors should disappear.
Now let’s check the entity class pairs. They look almost identical to their server counterparts, although the superclass and the property access code are different. At this point these differences are somewhat academic, so let’s go on with the tutorial.
Now lets get back to the "tutorial" project that contains a web application and set up dependencies. The only extra one that we don’t have yet is resin-hessian.jar, just like the client, so let’s add it (and the caucho repo declaration) to the pom.xml.
<project xmlns="http://maven.apache.org/POM/4.0.0" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
xsi:schemaLocation="http://maven.apache.org/POM/4.0.0 http://maven.apache.org/maven-v4_0_0.xsd">
...
<dependencies>
...
<dependency>
<groupId>com.caucho</groupId>
<artifactId>hessian</artifactId>
<version>4.0.38</version>
</dependency>
</dependencies>
<build>
...
</build>
<repositories>
<repository>
<id>caucho</id>
<name>Caucho Repository</name>
<url>http://caucho.com/m2</url>
<layout>default</layout>
<snapshots>
<enabled>false</enabled>
</snapshots>
<releases>
<enabled>true</enabled>
</releases>
</repository>
</repositories>
</project>
| Maven Optimization Hint On a real project both server and client modules will likely share a common parent pom.xml where common repository delcaration can be placed, with child pom’s "inheriting" it from parent. This would reduce build code duplication. |
Since ROP web service requires both server and client persistent classes, we need to generate a second copy of the client classes inside the server project. This is a minor inconvenience that will hopefully go away in the future versions of Cayenne. Don’t forget to refresh the project in Eclipse after class generation is done.
Cayenne web service is declared in the web.xml. It is implemented as a servlet "org.apache.cayenne.rop.ROPServlet". Open tutorial/src/main/webapp/WEB-INF/web.xml in Eclipse and add a service declaration:
<?xml version="1.0" encoding="utf-8"?>
<!DOCTYPE web-app
PUBLIC "-//Sun Microsystems, Inc.//DTD Web Application 2.3//EN"
"http://java.sun.com/dtd/web-app_2_3.dtd">
<web-app>
<display-name>Cayenne Tutorial</display-name>
<servlet>
<servlet-name>cayenne-project</servlet-name>
<servlet-class>org.apache.cayenne.rop.ROPServlet</servlet-class>
<load-on-startup>0</load-on-startup>
</servlet>
<servlet-mapping>
<servlet-name>cayenne-project</servlet-name>
<url-pattern>/cayenne-service</url-pattern>
</servlet-mapping>
</web-app>
| Extending Server Behavior via Callbacks While no custom Java code is required on the server, just a service declaration, it is possible to customizing server-side behavior via callbacks and listeners (not shown in the tutorial). |
Use previosly created Eclipse Jetty run configuration available via "Run > Run Configurations…" (or create a new one if none exists yet). You should see output in the Eclipse console similar to the following:
[INFO] Scanning for projects...
[INFO]
[INFO] ------------------------------------------------------------------------
[INFO] Building tutorial 0.0.1-SNAPSHOT
[INFO] ------------------------------------------------------------------------
...
[INFO] Starting jetty 6.1.22 ...
INFO::jetty-6.1.22
INFO::No Transaction manager found - if your webapp requires one, please configure one.
INFO::Started SelectChannelConnector@<IP_ADDRESS>:8080
[INFO] Started Jetty Server
INFO: Loading XML configuration resource from file:cayenne-project.xml
INFO: loading user name and password.
INFO: Created connection pool: jdbc:derby:memory:testdb;create=true
Driver class: org.apache.derby.jdbc.EmbeddedDriver
Min. connections in the pool: 1
Max. connections in the pool: 1
Cayenne ROP service URL is http://localhost:8080/tutorial/cayenne-service. If you click on it, you will see "Hessian Requires POST" message, that means that the service is alive, but you need a client other than the web browser to access it.
One of the benefits of ROP is that the client code is no different from the server code - it uses the same ObjectContext interface for access, same query and commit API. So the code below will be similar to the code presented in the first Cayenne Getting Started Guide, although with a few ROP-specific parts required to bootstrap the ObjectContext.
Let’s start by creating an empty Main class with the standard main() method in the client project:
package org.example.cayenne.persistent.client;
public class Main {
public static void main(String[] args) {
}
}
Now the part that is actually different from regular Cayenne - establishing the server connection and obtaining the ObjectContext:
Map<String, String> properties = new HashMap<>();
properties.put(Constants.ROP_SERVICE_URL_PROPERTY, "http://localhost:8080/tutorial/cayenne-service");
properties.put(Constants.ROP_SERVICE_USERNAME_PROPERTY, "cayenne-user");
properties.put(Constants.ROP_SERVICE_PASSWORD_PROPERTY, "secret");
ClientRuntime runtime = new ClientRuntime(properties);
ObjectContext context = runtime.newContext();
Note that the "runtime" can be used to create as many peer ObjectContexts as needed over the same connection, while ObjectContext is a kind of isolated "persistence session", similar to the server-side context. A few more notes. Since we are using HTTP(S) to communicate with ROP server, there’s no need to explicitly close the connection (or channel, or context).
So now let’s do the same persistent operaions that we did in the first tutorial "Main" class. Let’s start by creating and saving some objects:
// creating new Artist
Artist picasso = context.newObject(Artist.class);
picasso.setName("Pablo Picasso");
// Creating other objects
Gallery metropolitan = context.newObject(Gallery.class);
metropolitan.setName("Metropolitan Museum of Art");
Painting girl = context.newObject(Painting.class);
girl.setName("Girl Reading at a Table");
Painting stein = context.newObject(Painting.class);
stein.setName("Gertrude Stein");
// connecting objects together via relationships
picasso.addToPaintings(girl);
picasso.addToPaintings(stein);
girl.setGallery(metropolitan);
stein.setGallery(metropolitan);
// saving all the changes above
context.commitChanges();
Now let’s select them back:
// ObjectSelect examples
List<Painting> paintings1 = ObjectSelect.query(Painting.class).select(context);
List<Painting> paintings2 = ObjectSelect.query(Painting.class)
.where(Painting.NAME.likeIgnoreCase("gi%")).select(context);
Now, delete:
// Delete object example
Artist picasso = ObjectSelect.query(Artist.class).where(Artist.NAME.eq("Pablo Picasso")).selectOne(context);
if (picasso != null) {
context.deleteObject(picasso);
context.commitChanges();
}
This code is exactly the same as in the first tutorial. So now let’s try running the client and see what happens. In Eclipse open main class and select "Run > Run As > Java Application" from the menu (assuming the ROP server started in the previous step is still running). You will some output in both server and client process consoles. Client:
INFO: Connecting to [http://localhost:8080/tutorial/cayenne-service] - dedicated session.
INFO: === Connected, session: org.apache.cayenne.remote.RemoteSession@26544ec1[sessionId=17uub1h34r9x1] - took 111 ms.
INFO: --- Message 0: Bootstrap
INFO: === Message 0: Bootstrap done - took 58 ms.
INFO: --- Message 1: flush-cascade-sync
INFO: === Message 1: flush-cascade-sync done - took 1119 ms.
INFO: --- Message 2: Query
INFO: === Message 2: Query done - took 48 ms.
INFO: --- Message 3: Query
INFO: === Message 3: Query done - took 63 ms.
INFO: --- Message 4: Query
INFO: === Message 4: Query done - took 19 ms.
INFO: --- Message 5: Query
INFO: === Message 5: Query done - took 7 ms.
INFO: --- Message 6: Query
INFO: === Message 6: Query done - took 5 ms.
INFO: --- Message 7: Query
INFO: === Message 7: Query done - took 2 ms.
INFO: --- Message 8: Query
INFO: === Message 8: Query done - took 4 ms.
INFO: --- Message 9: flush-cascade-sync
INFO: === Message 9: flush-cascade-sync done - took 34 ms.
 The server side is more verbose, showing the actual client queries executed against the database:
...
INFO: SELECT NEXT_ID FROM AUTO_PK_SUPPORT WHERE TABLE_NAME = ? FOR UPDATE [bind: 1:'ARTIST']
INFO: SELECT NEXT_ID FROM AUTO_PK_SUPPORT WHERE TABLE_NAME = ? FOR UPDATE [bind: 1:'GALLERY']
INFO: SELECT NEXT_ID FROM AUTO_PK_SUPPORT WHERE TABLE_NAME = ? FOR UPDATE [bind: 1:'PAINTING']
INFO: INSERT INTO ARTIST (DATE_OF_BIRTH, ID, NAME) VALUES (?, ?, ?)
INFO: [batch bind: 1->DATE_OF_BIRTH:NULL, 2->ID:200, 3->NAME:'Pablo Picasso']
INFO: === updated 1 row.
INFO: INSERT INTO GALLERY (ID, NAME) VALUES (?, ?)
INFO: [batch bind: 1->ID:200, 2->NAME:'Metropolitan Museum of Art']
INFO: === updated 1 row.
INFO: INSERT INTO PAINTING (ARTIST_ID, GALLERY_ID, ID, NAME) VALUES (?, ?, ?, ?)
INFO: [batch bind: 1->ARTIST_ID:200, 2->GALLERY_ID:200, 3->ID:200, 4->NAME:'Girl Reading at a Table']
INFO: [batch bind: 1->ARTIST_ID:200, 2->GALLERY_ID:200, 3->ID:201, 4->NAME:'Gertrude Stein']
INFO: === updated 2 rows.
INFO: +++ transaction committed.
INFO: --- transaction started.
INFO: SELECT t0.GALLERY_ID, t0.NAME, t0.ARTIST_ID, t0.ID FROM PAINTING t0
INFO: === returned 2 rows. - took 14 ms.
INFO: +++ transaction committed.
INFO: --- transaction started.
INFO: SELECT t0.GALLERY_ID, t0.NAME, t0.ARTIST_ID, t0.ID FROM PAINTING t0
WHERE UPPER(t0.NAME) LIKE UPPER(?) [bind: 1->NAME:'gi%']
INFO: === returned 1 row. - took 10 ms.
INFO: +++ transaction committed.
INFO: --- transaction started.
INFO: SELECT t0.DATE_OF_BIRTH, t0.NAME, t0.ID FROM ARTIST t0 WHERE t0.NAME = ? [bind: 1->NAME:'Pablo Picasso']
INFO: === returned 1 row. - took 8 ms.
INFO: +++ transaction committed.
INFO: --- transaction started.
INFO: DELETE FROM PAINTING WHERE ID = ?
INFO: [batch bind: 1->ID:200]
INFO: [batch bind: 1->ID:201]
INFO: === updated 2 rows.
INFO: DELETE FROM ARTIST WHERE ID = ?
INFO: [batch bind: 1->ID:200]
INFO: === updated 1 row.
INFO: +++ transaction committed.

You probably don’t want everybody in the world to connect to your service and access (and update!) arbitrary data in the database. The first step in securing Cayenne service is implementing client authentication. The easiest way to do it is to delegate the authentication task to the web container that is running the service. HessianConnection used in the previous chapter supports BASIC authentication on the client side, so we’ll demonstrate how to set it up here.
Open web.xml file in the server project and setup security constraints with BASIC authentication for the ROP service:
<security-constraint>
<web-resource-collection>
<web-resource-name>CayenneService</web-resource-name>
<url-pattern>/cayenne-service</url-pattern>
</web-resource-collection>
<auth-constraint>
<role-name>cayenne-service-user</role-name>
</auth-constraint>
</security-constraint>
<login-config>
<auth-method>BASIC</auth-method>
<realm-name>Cayenne Realm</realm-name>
</login-config>
<security-role>
<role-name>cayenne-service-user</role-name>
</security-role>
| These instructions are specific to Jetty 6. Other containers (and versions of Jetty) will have different mechansims to achieve the same thing. |
Open pom.xml in the server project and configure a "userRealm" for the Jetty plugin:
<plugin>
<groupId>org.mortbay.jetty</groupId>
<artifactId>maven-jetty-plugin</artifactId>
<version>6.1.22</version>
<!-- adding configuration below: -->
<configuration>
<userRealms>
<userRealm implementation="org.mortbay.jetty.security.HashUserRealm">
<!-- this name must match the realm-name in web.xml -->
<name>Cayenne Realm</name>
<config>realm.properties</config>
</userRealm>
</userRealms>
</configuration>
</plugin>
</plugins>
Now create a new file called {["realm.properties"}} at the root of the server project and put user login/password in there:
cayenne-user: secret,cayenne-service-user
Now let’s stop the server and start it again. Everything should start as before, but if you go to http://localhost:8080/tutorial/cayenne-service, your browser should pop up authentication dialog. Enter "cayenne-user/secret" for user name / password, and you should see "Hessian Requires POST" message. So the server is now secured.
If you run the client without any changes, you’ll get the following error:
Mar 01, 2016 7:25:50 PM org.apache.cayenne.rop.http.HttpROPConnector logConnect
INFO: Connecting to [cayenne-user@http://localhost:8080/tutorial-rop-server/cayenne-service] - dedicated session.
Mar 01, 2016 7:25:50 PM org.apache.cayenne.rop.HttpClientConnection connect
INFO: Server returned HTTP response code: 401 for URL: http://localhost:8080/tutorial-rop-server/cayenne-service
java.rmi.RemoteException: Server returned HTTP response code: 401 for URL: http://localhost:8080/tutorial-rop-server/cayenne-service
at org.apache.cayenne.rop.ProxyRemoteService.establishSession(ProxyRemoteService.java:45)
at org.apache.cayenne.rop.HttpClientConnection.connect(HttpClientConnection.java:85)
at org.apache.cayenne.rop.HttpClientConnection.getServerEventBridge(HttpClientConnection.java:68)
at org.apache.cayenne.remote.ClientChannel.setupRemoteChannelListener(ClientChannel.java:279)
at org.apache.cayenne.remote.ClientChannel.<init>(ClientChannel.java:71)
at org.apache.cayenne.configuration.rop.client.ClientChannelProvider.get(ClientChannelProvider.java:48)
at org.apache.cayenne.configuration.rop.client.ClientChannelProvider.get(ClientChannelProvider.java:31)
at org.apache.cayenne.di.spi.CustomProvidersProvider.get(CustomProvidersProvider.java:39)
at org.apache.cayenne.di.spi.FieldInjectingProvider.get(FieldInjectingProvider.java:43)
at org.apache.cayenne.di.spi.DefaultScopeProvider.get(DefaultScopeProvider.java:50)
at org.apache.cayenne.di.spi.DefaultInjector.getInstance(DefaultInjector.java:139)
at org.apache.cayenne.di.spi.FieldInjectingProvider.value(FieldInjectingProvider.java:105)
at org.apache.cayenne.di.spi.FieldInjectingProvider.injectMember(FieldInjectingProvider.java:68)
at org.apache.cayenne.di.spi.FieldInjectingProvider.injectMembers(FieldInjectingProvider.java:59)
at org.apache.cayenne.di.spi.FieldInjectingProvider.get(FieldInjectingProvider.java:44)
at org.apache.cayenne.di.spi.DefaultScopeProvider.get(DefaultScopeProvider.java:50)
at org.apache.cayenne.di.spi.DefaultInjector.getInstance(DefaultInjector.java:134)
at org.apache.cayenne.configuration.CayenneRuntime.newContext(CayenneRuntime.java:134)
at org.apache.cayenne.tutorial.persistent.client.Main.main(Main.java:44)
Which is exactly what you’d expect, as the client is not authenticating itself. So change the line in Main.java where we obtained an ROP connection to this:
Map<String,String> properties = new HashMap<>();
properties.put(Constants.ROP_SERVICE_URL_PROPERTY, "http://localhost:8080/tutorial/cayenne-service");
properties.put(Constants.ROP_SERVICE_USERNAME_PROPERTY, "cayenne-user");
properties.put(Constants.ROP_SERVICE_PASSWORD_PROPERTY, "secret");
ClientRuntime runtime = new ClientRuntime(properties);
Try running again, and everything should work as before. Obviously in production environment, in addition to authentication you’ll need to use HTTPS to access the server to prevent third-party eavesdropping on your password and data.
Congratulations, you are done with the ROP tutorial!


Guess Who
Think of someone...
I'm Ready!
Yes
No
I don't know.. Teach me!
P.S. So what... Did you think machine learning is different?;)
Yalla!
OK, I gave up...
You thought of:
Question to differentiate
Make me Smarter!


How long have you been using this product and why?
Write your comments and suggestions about our products in comparison with other competitors:
Are you satisfied with our product performance? share your opinions:
Tell us something about your shopping experiences to buy our product:
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{{draft.team1Name}} vs {{draft.team2Name}}
Config Team 1 Team 2 Observer - created by {{draft.createdBy}}


I was excited to note in the television listings that there is a showing this afternoon of a remake of the 1977 film Raid on Entebbe, entitled Raid on N. Tebbit, in which a crack team of Mossad agents attempts to rescue hostages from the home of a deranged octogenarian ex-cabinet minister.
Readers may recall that the very same N. Tebbit was in the news a few years ago for attacking a child dressed in a dragon outfit.


import RuleWeaver from "../rules/RuleWeaver";
import RuleAspectsSource from "../aspectsSource/RuleAspectsSource";
import ContextRules from "../rules/ContextRules";
import * as ValidationState from "../constants/ValidationState";
import * as FormSubmitted from "./FormSubmitted";
import ValidationHelper from "../helper/ValidationHelper";
/**
*
* Callback for the MODEL_BUILT event that is responsible for invoking aspect weaver and pairing validation functions
* with respective events.
*
* @param {Model} model model on which the event was fired
*/
export function callback(model) {
ValidationHelper.enhanceModel(model);
let ruleAspectsSource = new RuleAspectsSource();
let rules = ruleAspectsSource.fetchRules(model.entityName, model.context);
if (rules !== null) {
let contextRules = new ContextRules(rules, model.context);
RuleWeaver.addObservers(model, contextRules.validationRules(), model.locale);
RuleWeaver.disableFields(contextRules.securityRules(), model);
}
if (!model.hasRules) {
model['validation'].state = ValidationState.VALID;
Nutforms.listen(NutformsActions.FORM_SUBMITTED, FormSubmitted.callback)
}
}


I could have used an init_logs() function which would be called first time a log is used. However, that would bring its own problems to the table: How do I know the first time a log is used?
What if the logs are used too soon (and init_logs would be called too soon, before we can safely initialize the logs)?
What if we're using the logs in a multi-threaded environment, how do we guard for the init_logs to be called only once (how costly will it turn out)?
What about using it from DLL/EXE?
When caching messages before logs are initialized, I internally use a mutex for adding each message to the cache. I use this because:
- I assume there won't be too many (<1000), thus the impact on speed should be minimal
- this will be applied only while cache is turned off
- I do prefer safety over efficiency
- easier to implement this scenario
Note: this section applies to both loggers and filters.
When using BOOST_LOG_DECLARE/DEFINE, they internally declare/define a function:
BOOST_DECLARE_LOG(g_l, logger_type)
implementation_defined g_l();
The reason we're defining a function that returns something (logger/filter), instead of a variable of the same type, is that if we were in the latter case, we could end up using a logger/filter before it's initialized.
We could end up with this scenario:
- have 2 translation units: T1 and T2
- in T1 I define a logger
- in T2 I create a static object, which in its constructor, uses the logger defined in T1
The order of initialization between translation units is unspecified, so you could end up using the logger from T1, before its constructor is called.
When using a function, this problem is avoided.
Copyright John Torjo © 2007
Have a question/ suggestion/ comment? Send me feedback


Lint Report
Check performed at Sat Feb 07 12:25:20 CST 2015.
0 errors and 10 warnings found:
../../src/main/AndroidManifest.xml:8:
Not targeting the latest versions of Android; compatibility modes apply. Consider testing and updating this version. Consult the android.os.Build.VERSION_CODES
javadoc for details.
5
6 <uses-sdk
7 android:minSdkVersion="8"
8 android:targetSdkVersion="19" />
9
10 <application
../../build.gradle:8:
Not targeting the latest versions of Android; compatibility modes apply. Consider testing and updating this version. Consult the android.os.Build.VERSION_CODES javadoc for details.
5
6 defaultConfig {
7 minSdkVersion 8
8 targetSdkVersion 19
9 }
10
Severity:
Warning
Explanation: Target SDK attribute is not targeting latest version.
When your application runs on a version of Android that is more recent than your
targetSdkVersion
specifies that it has been tested with, various compatibility modes kick in. This ensures that your application continues to work, but it may look out of place. For example, if the
targetSdkVersion
is less than 14, your app may get an option button in the UI.
To fix this issue, set the
targetSdkVersion
to the highest available value. Then test your app to make sure everything works correctly. You may want to consult the compatibility notes to see what changes apply to each version you are adding support for:
http://developer.android.com/reference/android/os/Build.VERSION_CODES.html
To suppress this error, use the issue id "OldTargetApi" as explained in the
Suppressing Warnings and Errors section.
../../src/main/AndroidManifest.xml:7:
This minSdkVersion
value (8
) is not used; it is always overridden by the value specified in the Gradle build script (8
)
4 android:versionName="1.2.7" >
5
6 <uses-sdk
7 android:minSdkVersion="8"
8 android:targetSdkVersion="19" />
9
../../src/main/AndroidManifest.xml:8:
This targetSdkVersion
value (19
) is not used; it is always overridden by the value specified in the Gradle build script (19
)
5
6 <uses-sdk
7 android:minSdkVersion="8"
8 android:targetSdkVersion="19" />
9
10 <application
Priority: 4 / 10
Category: Correctness
Severity:
Warning
Explanation: Value overridden by Gradle build script.
The value of (for example) minSdkVersion
is only used if it is not specified in the build.gradle
build scripts. When specified in the Gradle build scripts, the manifest value is ignored and can be misleading, so should be removed to avoid ambiguity.
More info:
To suppress this error, use the issue id "GradleOverrides" as explained in the
Suppressing Warnings and Errors section.
Priority: 5 / 10
Category: Usability:Icons
Severity:
Warning
Explanation: Image defined in density-independent drawable folder.
The res/drawable folder is intended for density-independent graphics such as shapes defined in XML. For bitmaps, move it to drawable-mdpi
and consider providing higher and lower resolution versions in drawable-ldpi
, drawable-hdpi
and drawable-xhdpi
. If the icon really is density independent (for example a solid color) you can place it in drawable-nodpi
.
To suppress this error, use the issue id "IconLocation" as explained in the
Suppressing Warnings and Errors section.
../../src/main/res:
Missing density variation folders in src\main\res
: drawable-xxhdpi, drawable-xxxhdpi
Priority: 3 / 10
Category: Usability:Icons
Severity:
Warning
Explanation: Missing density folder.
Icons will look best if a custom version is provided for each of the major screen density classes (low, medium, high, extra-high, extra-extra-high). This lint check identifies folders which are missing, such as
drawable-hdpi
.
Low density is not really used much anymore, so this check ignores the ldpi density. To force lint to include it, set the environment variable
ANDROID_LINT_INCLUDE_LDPI=true
. For more information on current density usage, see
http://developer.android.com/resources/dashboard/screens.html
To suppress this error, use the issue id "IconMissingDensityFolder" as explained in the
Suppressing Warnings and Errors section.
The following issues were not run by lint, either because the check is not enabled by default, or because it was disabled with a command line flag or via one or more lint.xml configuration files in the project directories.
Disabled By: Default
Priority: 6 / 10
Category: Usability
Severity:
Warning
Explanation: Back button.
According to the Android Design Guide,
"Other platforms use an explicit back button with label to allow the user to navigate up the application's hierarchy. Instead, Android uses the main action bar's app icon for hierarchical navigation and the navigation bar's back button for temporal navigation."
This check is not very sophisticated (it just looks for buttons with the label "Back"), so it is disabled by default to not trigger on common scenarios like pairs of Back/Next buttons to paginate through screens.
To suppress this error, use the issue id "BackButton" as explained in the
Suppressing Warnings and Errors section.
Disabled By: Default
Priority: 6 / 10
Category: Security
Severity:
Warning
Explanation: Code contains easter egg.
An "easter egg" is code deliberately hidden in the code, both from potential users and even from other developers. This lint check looks for code which looks like it may be hidden from sight.
More info:
To suppress this error, use the issue id "EasterEgg" as explained in the
Suppressing Warnings and Errors section.
Disabled By: Default
Priority: 4 / 10
Category: Performance
Severity:
Warning
Explanation: Using getter instead of field.
Accessing a field within the class that defines a getter for that field is at least 3 times faster than calling the getter. For simple getters that do nothing other than return the field, you might want to just reference the local field directly instead.
NOTE: As of Android 2.3 (Gingerbread), this optimization is performed automatically by Dalvik, so there is no need to change your code; this is only relevant if you are targeting older versions of Android.
To suppress this error, use the issue id "FieldGetter" as explained in the
Suppressing Warnings and Errors section.
Disabled By: Default
Priority: 5 / 10
Category: Usability:Icons
Severity:
Warning
Explanation: Icon has incorrect size.
There are predefined sizes (for each density) for launcher icons. You should follow these conventions to make sure your icons fit in with the overall look of the platform.
To suppress this error, use the issue id "IconExpectedSize" as explained in the
Suppressing Warnings and Errors section.
Disabled By: Default
Priority: 4 / 10
Category: Usability
Severity:
Warning
Explanation: Negative Margins.
Margin values should be positive. Negative values are generally a sign that you are making assumptions about views surrounding the current one, or may be tempted to turn off child clipping to allow a view to escape its parent. Turning off child clipping to do this not only leads to poor graphical performance, it also results in wrong touch event handling since touch events are based strictly on a chain of parent-rect hit tests. Finally, making assumptions about the size of strings can lead to localization problems.
More info:
To suppress this error, use the issue id "NegativeMargin" as explained in the
Suppressing Warnings and Errors section.
Severity:
Warning
Explanation: Newer Library Versions Available.
This detector checks with a central repository to see if there are newer versions available for the dependencies used by this project.
This is similar to the GradleDependency
check, which checks for newer versions available in the Android SDK tools and libraries, but this works with any MavenCentral dependency, and connects to the library every time, which makes it more flexible but also much slower.
More info:
To suppress this error, use the issue id "NewerVersionAvailable" as explained in the
Suppressing Warnings and Errors section.
Severity:
Warning
Explanation: Dynamic text should probably be selectable.
If a <TextView>
is used to display data, the user might want to copy that data and paste it elsewhere. To allow this, the <TextView>
should specify android:textIsSelectable="true"
.
This lint check looks for TextViews which are likely to be displaying data: views whose text is set dynamically. This value will be ignored on platforms older than API 11, so it is okay to set it regardless of your minSdkVersion
.
More info:
To suppress this error, use the issue id "SelectableText" as explained in the
Suppressing Warnings and Errors section.
Severity:
Warning
Explanation: Code contains STOPSHIP
marker.
Using the comment // STOPSHIP
can be used to flag code that is incomplete but checked in. This comment marker can be used to indicate that the code should not be shipped until the issue is addressed, and lint will look for these.
More info:
To suppress this error, use the issue id "StopShip" as explained in the
Suppressing Warnings and Errors section.
Severity:
Warning
Explanation: Straight quotes can be replaced with curvy quotes.
Straight single quotes and double quotes, when used as a pair, can be replaced by "curvy quotes" (or directional quotes). This can make the text more readable.
Note that you should never use grave accents and apostrophes to quote, `like this'.
(Also note that you should not use curvy quotes for code fragments.)
To suppress this error, use the issue id "TypographyQuotes" as explained in the
Suppressing Warnings and Errors section.
Disabled By: Default
Priority: 1 / 10
Category: Performance
Severity:
Warning
Explanation: Unused id.
This resource id definition appears not to be needed since it is not referenced from anywhere. Having id definitions, even if unused, is not necessarily a bad idea since they make working on layouts and menus easier, so there is not a strong reason to delete these.
More info:
To suppress this error, use the issue id "UnusedIds" as explained in the
Suppressing Warnings and Errors section.
Suppressing Warnings and Errors
Lint errors can be suppressed in a variety of ways:
1. With a @SuppressLint annotation in the Java code
2. With a tools:ignore attribute in the XML file
3. With a lint.xml configuration file in the project
4. With a lint.xml configuration file passed to lint via the --config flag
5. With the --ignore flag passed to lint.
To suppress a lint warning with an annotation, add a @SuppressLint("id") annotation on the class, method or variable declaration closest to the warning instance you want to disable. The id can be one or more issue id's, such as "UnusedResources" or {"UnusedResources","UnusedIds"}, or it can be "all" to suppress all lint warnings in the given scope.
To suppress a lint warning in an XML file, add a tools:ignore="id" attribute on the element containing the error, or one of its surrounding elements. You also need to define the namespace for the tools prefix on the root element in your document, next to the xmlns:android declaration:
* xmlns:tools="http://schemas.android.com/tools"
To suppress lint warnings with a configuration XML file, create a file named lint.xml and place it at the root directory of the project in which it applies. (If you use the Eclipse plugin's Lint view, you can suppress errors there via the toolbar and Eclipse will create the lint.xml file for you.).
The format of the lint.xml file is something like the following:
<?xml version="1.0" encoding="UTF-8"?>
<lint>
<!-- Disable this given check in this project -->
<issue id="IconMissingDensityFolder" severity="ignore" />
<!-- Ignore the ObsoleteLayoutParam issue in the given files -->
<issue id="ObsoleteLayoutParam">
<ignore path="res/layout/activation.xml" />
<ignore path="res/layout-xlarge/activation.xml" />
</issue>
<!-- Ignore the UselessLeaf issue in the given file -->
<issue id="UselessLeaf">
<ignore path="res/layout/main.xml" />
</issue>
<!-- Change the severity of hardcoded strings to "error" -->
<issue id="HardcodedText" severity="error" />
</lint>
To suppress lint checks from the command line, pass the --ignore flag with a comma separated list of ids to be suppressed, such as:
"lint --ignore UnusedResources,UselessLeaf /my/project/path"


Repeatedly runs an action and checks the memory usage.
Length of time to run test
Prefetch Enabled
Clear Between Reads


Lolita (1997) 137m.
I did not really want to like this film. In a display of petulance befitting its title character, I spent the best part of two years rehearsing my gripe about how Adrian Lyne deserved to fail spectacularly for having the chutzpah to tamper with such a classic. It wasn't just me. It seemed everyone had a bone to pick with LOLITA - its long-delayed and highly publicized search for a distributor was ample proof of that. There were the Nabokovians who didn't want to see their beloved classic - which rated #4 on 1998's 100-Best-Books-of-the-Century list - fall into the hands of the director responsible for such pop-sleaze as 9 1/2 WEEKS, FATAL ATTRACTION, and INDECENT PROPOSAL. There were the usual lobbyists who objected to the film's subject matter presumably on the pretext that it would somehow endorse underage sexual activity (this argument is true inasmuch as cartoons promote the wilful dropping of pianos onto pedestrians). And then there was a smaller arena of controversy - for all I know, I was the only person in it, which reads as thus: I just didn't like the thought of someone monkeying around with a story that had already been established as a film classic by Stanley Kubrick. For years we've always thought of Kubrick's LOLITA as the one, the only, definitive film version, shot in tasteful black and white, boasting sharp performances by James Mason and Peter Sellers, and forever fixing in our minds the image of a B/W Sue Lyon and her heart-shaped sunglasses as the novel's heroine.
And then along comes Lyne. I remember feeling furious when I first read of his intentions for a remake. But maybe it's just as well that there has been a two-year hiatus as a cooling-off period, because by the time of viewing I was ready to accept Lyne's LOLITA as an alternative, not a replacement. And here's the news, which surprises me more than anyone - I saw LOLITA and loved it.
Sticking faithfully to the text and events of the book (although Lolita is a couple of years older in the film, one concession Lyne felt obliged to make to take off some of the heat), LOLITA is a sumptuous, mesmerizing piece of work. I can't think of anything else quite like it, although Visconti springs clearly to mind in the opening scenes. Unlike Kubrick's cool, black comedy, Lyne's LOLITA displays a much broader emotional tapestry - with remarkable ease he moves between scenes of drama, humor, eroticism, and romance. The storyline parallels Kubrick's version closely, reminding us that the 1962 film probably wasn't as much of a departure from the book as it first seemed: Humbert Humbert (Jeremy Irons) falls in love with 14-year old Lolita (newcomer Dominique Swain) and marries her mother (Melanie Griffith) just to be near her. A few weeks after the marriage, he becomes a widower and finds he has 'Lo' all to himself.
The performances Lyne draws from Irons and Swain are arresting - these two have more intense screen time together than any other recent couple that springs to mind, and sparks are always flying. Right from the tortured timbre of Iron's opening narration it's plain to see that this is a tale of the heart. It's interesting because the romance is purely on Humbert's behalf (the film's prologue does well to establish his motivation as the pursuit of an ideal rather than lust-driven obsession), and even when Lolita draws her role in the story to a close with the unconsciously cruel remark about "the only man I was ever crazy about" (which he knows isn't him) he finds himself evermore besotted with her. Nowhere in this story does either one of them say that they love one another - instead, all we hear is is the refrain "I'm sorry".
The on-screen relationship between Swain and Irons was always going to be Lyne's most difficult task, but he pulls it off well. The obvious tack is to make Humbert the innocent one and Lolita the manipulator, but this is just as liable to elicit charges of unfair sexual politicking: that young teens are being grossly misrepresented as knowing carnal creatures. Instead, Lyne shows us how gauche Lolita is - the kind of thing that would be anti-erotic to anyone but idealistically-blinded Humbert. Swain moves everywhere with lanky, lumpy gestures; she sprawls over furniture, chews gum, fidgets, sneers at her mother, thinks only of herself and depends on two favored expressions - sleepy and sassy. She is indifferent, a behavior that Humbert confuses with a power he believes inherent to all nymphets, yet far from naive - she for one has not mistaken their escapade for some wildly romantic journey. If Nabokov's book is a portrait of the hedonistic bubblegum heart of America then Swain's Lolita ably incarnates his themes, and Irons' Humbert is suitably by turns amused, irritated, and bewildered.
Looking at the thoughtful and detailed work that Lyne has done with LOLITA it is easy to believe that this is his best film - certainly since his debut FOXES which in itself was not without Lolitaesque colorings. He is able to include head-and-shoulder-only lovemaking scenes between Swain and Irons without making it offensive (at the point that Humbert is ready to acknowledge that their relationship would be seen as nothing more than the corruption of a minor, Swain interrupts and diverts him with the facetious remark "the word is incest"). It isn't sordid or exploitative, and while it may be romantic, and even arousing, it is held in check by a sense of mistrust. Ennio Morricone's lush score and Howard Atherton's beautiful, drowsy cinematography wrap LOLITA in a doomed wistfulness. It's a good example of how human emotion can really be amplified in a cinema with the right use of images and sound.
It's a shame that LOLITA had such a troubled history. I even feel guilty myself for doubting that it could have been anything other than an attempt to cash in on a controversial title. And yet here I am, ready to move Kubrick's version to one side of the pedestal to make room for another. As Lolita herself might have said, who woulda thunk it?
<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


open class Instance<out TAttribute>
An instance in a Dataset.
Instances are made up of a collection of Attributes. A particular attribute is marked as the class attribute and the rest are marked as input features. The indices of these features can be controlled via the Dataset the instance belongs to.
NOTE: Similarly as for Datasets, custom implementations of samples can be
defined but some functionality is marked so that it is not able to be overridden (see
any functions marked final
).
TAttribute
- The type of the Attributes that make up this instance.
| <init> |
Instance(features: List<Attribute<TAttribute>>)
An instance in a Dataset. |
| features |
val features: List<Attribute<TAttribute>>
A collection of Attributes that this instance represents. |
| features |
fun features(): List<Attribute<TAttribute>>
Gets the non-class Attributes belonging to this instance. |
| classAttribute |
fun classAttribute(): Attribute<TAttribute>
Gets the class Attribute for this instance. |
| Row |
class Row<out T> : Instance<T>
An instance in a CsvDataset. |


All Classes and Interfaces
Class
Description
Building blocks on top of which all others units are created.
Tests for
FormatService
.Measurement Format Tests
JUnit tests for the 24 prefixes used in the metric system (decimal multiples and submultiples of units).
This class represents a converter multiplying numeric values by a constant scaling factor (
double
based).Tests for
ServiceProvider
.Provides a simple interface for formatting and parsing units.
Test class for our
UnitConverter
implementations.This class represents converters made up of two or more separate converters (in matrix notation
[pair] = [left] x [right]
).Singleton class for accessing
Quantity
instances.


Base-XX UUID Encoder / Decoder
uuid-basex
makes it easy to generate short uuid string with any encoding and encode or decode existing UUIDs. For example Base64 (url safe) or any other combination of characters. UUID generation if you use it is done by uuid.
uuid-basex
began as a fork of shanehughes3's uuid62
which began as a fork of dmarcelino's uuid-base62
. It rewritten in typescript and forgoes global scope. Additionally it provides ESM and commonjs exports. Time marches on doesn't it?
npm i uuid-basex
import { UUIDBaseX } from 'uuid-basex'
const uuidx = UUIDBaseX.urlSafe()
const encodedUUID = uuid.v4()
// -> G8vYZyitbW9tM_dIpBPZN
// decode a urlsafe (base64) uuid
const decodedUUID = uuidx.toUUID(encodedUUID)
// -> 2a21ff3d-8927-4be8-9770-fcdb19973f71
// urlsafe encode an existing traditional uuid
uuidx.fromUUID('2a21ff3d-8927-4be8-9770-fcdb19973f71')
// -> G8vYZyitbW9tM_dIpBPZN
// Custom dictionaries
new UUIDBaseX('ABCEFG123456').v4()
// -> F63EF42CE4E524C5GF16FG41BE3EB1FAGE36
// Because sometimes you just have to scream
const uuidAAAAAAAAA = new UUIDBaseX('aA_!')
const aAAaaUUID = uuidAAAAAAAAA.v4()
// -> AA_!!!A!AaAA___!a!AAAAa!Aa_!!!aa__aa!_AaA___a!_!_A__!_Aa_aaAaaA!
const decodedAAA = uuidAAAAAAAAA.toUUID(aAAaaUUID)
// -> 5bf745ab-3553-4bf0-a0e4-6a3b9ae48107
We use base-x
for the conversions under the hood. And for the v4()
method we use uuid
the defacto standard for making uuids. If you want other uuid versions make them with uuid
and pass them to the fromUUID()
method because it will be a lot easier to reason about doing that, then trying to understand if you're passing a converted uuid into the arguments or not.
MIT
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