Microsoft made a big deal about the separation of design and application structure in Silverlight with the introduction of Expression Blend and Expression Studio. Now I’m at a point where I want to style my Silverlight applications, so I started digging into Silverlight styles.
I was horrified initially when I started coming across code samples like this where we have to explicitly add the style rule that we want to apply to each individual control:
1
|
|
I didn’t want to have to go through my application and add all of these Style attributes. I was expecting something like CSS where I could apply styles based on the existing document structure.
Fortunately in Silverlight 4 there is a styling method referred to as implicit styling, where we can avoid having to set the style individually on each element. Most of the examples that I found initially were for earlier versions of Silverlight.
This is what an expliclit style definition would look like when placed in a resources section:
1 2 3 |
|
Here is what the same style looks like when using implicit styling
1 2 3 |
|
The only difference is that we don’t specify a key. According to this blog post, the key is actually set implicitly by Silverlight, much the same as an anonymous type actually has a name internally to the compiler.
In case it wasn’t obvious, creating a control that receives an implicit style just means that we omit the Style attribute entirely:
1
|
|
We can override the implicit style with an explicit style by specifying the Style, however:
1
|
|
At this point I should point out that Silverlight styles are implemented using a Silverlight mechanism called ResourceDictionaries.aspx). Many examples out on the net define dictionary items using x:Name, but in Silverlight 4 we should be using x:Key. Name still works but is considered to be a legacy attribute.
ResourceDictionary implements DependencyProperty, and so we can define members of the Application or UserControl’s dictionaries using dot notation like this:
1 2 3 4 5 |
|
ResourceDictionaries can be merged, so we can define styles in several places and merge them into a single dictionary. Unfortunately this is necessary for applying several style definitions to the same control, unlike in CSS where we are free to define as many cascading sections as we wish. Silverlight 4 supplies a mechanism for explicitly cascading styles using the BasedOn attribute.
The following example from the Silverlight Show blog shows how BasedOn works:
1 2 3 4 5 6 7 8 |
|
I’m going to get back to styling my app now. Till next time, style away.


An Agroecosystem Water Management Model:
Coupling of Plant, Soil, and Climate Components
-- Growing Season Soil Moisture Forecasts - 2001
Introduction
As a test run of the Agroecosystem Water Management Model, we try to project soil water
available to crops in Iowa during growing season. The ultimate goal of this Agronomy Endowment
funded project is to develope a fully coupled modeling system that will allow crop producers
to inventory, update, and project seasonal soil water availability at field or
sub-field scales for planning strategies on cropping, seed selection,
chemical application, planting, harvest, and marketing,
and allow scientists to further their understanding of
nonlinear interactions among individual components within
a whole agroecosystem.
This integrated model will eventually couple following component modules:
Regional climate model - MM5
Crop growth and root development model
Soil and hydrological model
2001 test run
The initial and boundary conditions were provided by
the Experimental Climate Prediction Center
ECPC.
Integration stated from April 28 through August 25, 2001.


kontain.me serves Docker container images generated on-demand at the time they are requested.
random.kontain.me
docker pull random.kontain.me/random:latest
serves an image containing
random data. By default the image contains one layer containing 10 MB of random
bytes. You can request a specific size and shape of random image. For example,
kontain.me/random:4x100
generates a random image of 4 layers of
100 random bytes each.
ko.kontain.me
docker pull ko.kontain.me/ko/[import path]
serves an image
containing a Go binary fetched using go get
and built into a
container image using ko
.
For example,
docker pull ko.kontain.me/ko/github.com/google/ko/cmd/ko
will fetch,
build and (eventually) serve a Docker image containing ko
itself.
Koception!
buildpack.kontain.me
docker pull buildpack.kontain.me/[ghuser]/[ghrepo]:[revision]
serves an image fetched from source on GitHub and built using CNCF Buildpacks.
For example, docker pull
buildpack.kontain.me/buildpack/sample-java-app:b032838
fetches,
builds and serves a sample Java
app.
The registry does not accept pushes and does not handle requests for images by digest. This is a silly hack and probably isn't stable. Don't rely on it for anything serious. It could probably do a lot of smart things to be a lot faster.
Source is available on GitHub.


A constraint
defines a
test
element that compares the
identity or
attribute values
of two vertices or two edges.
You cannot mix vertices and edges within a constraint,
but queries may include both vertex constraints and edge
constraints. Because constraints apply to two different query
elements, they occur at the top level within a query, rather than
under any specific element. Specifically, you cannot include
constraints within subquery
elements. You can combine multiple constraints with
and
elements.
Constraints take slightly different forms depending on whether
they are comparing attributes or identity. In the example below, the
first test
requires that query
items (vertices or edge) A and B have the same value for attribute
attr
. The second test
requires that query items B and C do
not map to the same entity in the database.
Vertex and edge names
used in the constraint, as specified by
the item-name
element, must match
the name and case of vertices and edges defined for this query.
<constraint>
Attributes None.
Children
test |
member of a required set | Requirement for query elements’ attribute values |
and |
member of a required set | Requires all of the included tests be satisfied |
or |
member of a required set | Requires one of the included tests be satisfied; allowed by DTD but prohibited by current Proximity implementation |
not |
member of a required set | Requires that the specified test not be satisfied; allowed by DTD but prohibited by current Proximity implementation |
Content Model
Although the DTD does not enforce this, Proximity requires that
constraint test
elements may only
be combined with and
.
(or | and | not | test)
<constraint> <and> <test> <operator>eq</operator> <item> <item-name>A</item-name> <attribute-name>objtype</attribute-name> </item> <item> <item-name>B</item-name> <attribute-name>objtype</attribute-name> </item> </test> <test> <operator>ne</operator> <item> <item-name>B</item-name> <id/> </item> <item> <item-name>C</item-name> <id/> </item> </test> </and> </constraint>


About the Solar Project
Solar is a web application framework for PHP 5. It is the brainchild of Paul M. Jones who winkingly calls himself the "Benevolent Dictator" of the Solar system. Other developers are working on additional components for the standard project distribution package, all under the New BSD license.
Why Use Solar?
Elegant and consistent: the code base itself is easy to comprehend, adheres to well-documented naming conventions, and exhibits strong conceptual integrity.
Thorough integration of enterprise development patterns, such as:
Full name-spacing: Solar classes have their own PHP 5.2 name-space, and vendors developing to Solar standards also use their own name-space. This makes it easy to mix and match components from other libraries and frameworks.
Inheritable configuration by class: Set a value in the config file for one class, and all its children inherit those values by default.
Inheritable localization by class: Set the locale strings for a class, and all its children inherit those strings.
Easy-to use defense-in-depth against SQL injection, cross-site scripting, cross-site request forgery, and other common exploits.
Robust and powerful model system that lets you create forms automatically from record objects.
Sane and extensible data filtering to validate and sanitize user input.
Authentication adapters for LDAP, TypeKey, database, htpasswd, and other sources.
Cache adapters for memcache, APC, XCache, and other systems.
View helpers for links, images, stylesheets, localized text, form generation, and more.
Active and friendly community: Join the mailing list and IRC where we make it point to be nice.


|
THE COMMUNION
RITE |
|
|
After the chalice and paten have been set down, the Priest, with hands joined, says: |
|
|
At the Saviourís command and formed by divine teaching, we dare to say: |
|
|
He extends his
hands and, together with the people, continues: |
|
|
Our Father, who art in heaven, hallowed be thy name; thy kingdom come, thy will be done on earth as it is in heaven. Give us this day our daily bread, and forgive us our trespasses, as we forgive those who trespass against us; and lead us not into temptation, but deliver us from evil. |
|
|
With hands
extended, the Priest alone continues, saying: |
|
|
Deliver us, Lord, we pray, from every evil, graciously grant peace in our days, that, by the help of your mercy, we may be always free from sin and safe from all distress, as we await the blessed hope and the coming of our Saviour, Jesus Christ. |
|
|
He joins his
hands. The people conclude the prayer, acclaiming: |
|
|
For the kingdom, the power and the glory are yours now and for ever. |
|
|
Then the Priest,
with hands extended, says aloud: |
|
|
Lord Jesus Christ, you said to your apostles: Peace I leave you, my peace I give you, look not on our sins, but on the faith of your Church, and graciously grant her peace and unity in accordance with your will. |
|
|
He joins his
hands. Who live and reign for ever
and ever. |
|
|
The people reply: P. Amen. |
|
|
The Priest, turned
towards the people, extending and then joining his hands, adds: |
|
|
The peace of the Lord be with you always. |
|
|
The people reply: P. And with your spirit. |
|
|
Then, if appropriate,
the Deacon, or the Priest, adds: Let us offer each other the sign of peace. |
|
|
And all offer one
another a sign, in keeping with local customs, that expresses peace,
communion, and charity. The Priest gives the sign of peace to a Deacon or
minister. |
|
|
Then he takes the
host, breaks it over the paten, and places a small piece in the chalice,
saying quietly: |
|
|
May this mingling of the Body and Blood of our Lord
Jesus Christ bring eternal life to us who receive it. |
|
|
Meanwhile the
following is sung or said: |
|
|
Lamb of God, you take away the sins of the world, have
mercy on us. |
|
|
Lamb of God, you take away the sins of the world, have mercy on us. |
|
|
Lamb of God, you take away the sins of the world, grant us peace. |
|
|
Then the Priest,
with hands joined, says quietly: |
|
|
Lord Jesus Christ, Son of the living God, who, by the will of the Father and the work of the Holy Spirit, through your Death gave life to the world, free me by this, your most holy Body and Blood, from all my sins and from every evil; keep me always faithful to your commandments, and never let me be parted from you. |
|
|
Or: |
|
|
May the receiving of your Body and Blood, Lord Jesus Christ, not bring me to judgment and condemnation, but through your loving mercy be for me protection in mind and body and a healing remedy. |
|
|
The Priest
genuflects, takes the host and, holding it slightly raised above the paten or
above the chalice, while facing the people, says aloud: |
|
|
Behold the Lamb of God, behold him who takes away the sins of the world. Blessed are those called to the supper of the Lamb. |
|
|
And together with
the people he adds once: |
|
|
Lord, I am not worthy that you should enter under my roof, but only say the word, and my soul shall be healed. |
|
|
The Priest, facing
the altar, says quietly: |
|
|
May the Body of Christ keep me safe for eternal life. |
|
|
And he reverently
consumes the Body of Christ. Then he takes the chalice and says quietly: |
|
|
May the Blood of Christ keep me safe for eternal life. |
|
|
And he reverently
consumes the Blood of Christ. |
|
|
The prayer before
Communion may be said by the people or by the priest. |
|
|
After this, he takes
the paten or ciborium and approaches the communicants. The Priest raises a
host slightly and shows it to each of the communicants, saying: |
|
|
The Body of Christ. |
|
|
The communicant
replies: |
|
|
Amen. |
|
|
And receives Holy
Communion. |
|
|
Then, standing at
the altar or at the chair and facing the people, with hands joined, the
Priest says: |
|
|
Let us pray. |
|
|
All pray in
silence with the Priest for a while, unless silence has just been observed.
then the Priest, with hands extended, says the prayer after Communion, at the
end of which the people acclaim: |
|
|
Amen. |
|
|
THE CONCLUDING RITES |
|
|
If they are
necessary, any brief announcements to the people follow here. |
|
|
Then the dismissal
takes place. The Priest, facing the people and extending his hands, says: |
|
|
The Lord be with you. |
|
|
The people reply: P. And with your spirit. |
|
|
The Priest blesses
the people, saying: |
|
|
May almighty God bless you, the Father, and the Son,+and the Holy Spirit. |
|
|
The people reply: P. Amen. |
|
|
Then the Deacon,
or the Priest himself, with hands joined and facing the people, says: |
|
|
A. Go forth, the Mass is ended. |
|
|
B. Go and announce the Gospel of the Lord. |
|
|
C. Go in peace, glorifying the Lord by your life. |
|
|
D.
Go in peace. |
|
|
The people reply: P. Thanks be to God. |
|
|
Then the Priest
venerates the altar as usual with a kiss, as at the beginning. After making a
profound bow with the ministers, he withdraws. |


IgeTimeout CLASS
Declared in IgeTimeout.js
Provides an alternative to setTimeout() which works based on the engine's internal time system allowing timeouts to fire correctly, taking into account pausing the game and differences in rendering speed etc.
Methods
init
Creates a new timeout that will call the passed method after the number of milliseconds specified by the timeout parameter has been reached.
init({Function} method, {Number} timeout)
- {Function}method The method to call on timeout.
- {Number}timeout The number of milliseconds before the timeout.
update
Checks for a timeout event to see if we should call the timeout method. This is called automatically by the IgeTimeComponent class and does not need to be called manually.
update()
Returns {*}


Matrix Multiplication And Composition Demo
By
Chris Tralie
Homogenous Coordinates
3D
Number of Matrices


Enabling watching allows individual users to add their own triggers to jobs. The list of triggers they can add is restricted by the trigger implementer. For example, most script based triggers are not allowed for users to use as a watch. Users must have READ access to the job in order to watch it.
Triggers are not stored in the job itself, but as a property on the user.


|
WaiterBot
|
A food stub Class. More...
#include <foodStub.hpp>
Public Member Functions | |
| foodStub () | |
| Public Methods and Atrributes. More... | |
| float | getFoodWeight () |
| get food weight function More... | |
| void | addFood () |
| increase food weight function More... | |
| void | removeFood () |
| decrease food weight function More... | |
| std_msgs::Float32 | pubFood () |
| publish food weight function More... | |
Public Attributes | |
| waiterBot | r |
| waiterBot More... | |
A food stub Class.
MIT License
Copyright 2017 Ruben Acevedo
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.  IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. © 2017 GitHub, Inc. This class publishes food weight that the force sensor can read
| foodStub::foodStub | ( | ) |
Public Methods and Atrributes.
Class Constructor.
Class Constructor This code constructs the class. It initializes the food weight to be 0 Sets the removedFoodWhenStoped false
| nothing |
MIT License
Copyright 2017 Ruben Acevedo
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.  IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. © 2017 GitHub, Inc. This code constructs the class. It initializes the food weight to be 0 Sets the removedFoodWhenStoped false
| nothing |
| void foodStub::addFood | ( | ) |
increase food weight function
This function increased the food weight to 25 N
| nothing |
This function increased the food weight to 9 N
| nothing |
| float foodStub::getFoodWeight | ( | ) |
get food weight function
This code returns the food weight
| nothing |
| std_msgs::Float32 foodStub::pubFood | ( | ) |
publish food weight function
This function returns the food publish message
| nothing |
| void foodStub::removeFood | ( | ) |
decrease food weight function
This function decreases the food weight by 5N
| nothing |
This function decreases the food weight by 3
| nothing |
| waiterBot foodStub::r |


To future students who are using this exam as a study guide, I give you the following advice. If you're done 30 minutes early, go over your exam again and make sure that you are answering the question that I asked. For example, those of you who used vectors for Question 1 probably should have reread the question, especially the comment about O(n) space. Those of you who only addressed case 3 in question 4 should have remembered that there were three cases upon proofreading.
Yes, question 3 was hard, but I assume that you reread the lecture notes as part of studying, and that if you didn't understand the recursion in class, you made sure that you did as part of studying.


Welcome to Git-it!
Step-by-step instructions for each of the challenges in the Git-it workshop . View the Traditional Chinese version .
This guide comes with Git-it when you install it so it works offline and you can use it as a resource at anytime (see the instructions when you select a challenge in terminal). Have fun!
Get Started!
Git-it Challenges
Get Git Install and configure Git
Repository Create a local repository
Commit to it Check status, add and commit changes
GitHubbin Get a GitHub account
Remote Control Connect local repositories to remote ones on GitHub.com
Forks and Clones Fork and clone an open source repository
Branches aren't just for Birds Create a branch for features/changes
It's a Small World Add and sync with a collaborator (Hi, @reporobot!)
Pull, Never Out of Date Push and pull to sync changes to GitHub.com
Requesting You Pull Please Create a pull request
Merge Tada Merge and delete branches
Clear all challenge statues


Covid-19 visualization
Home
Overview
Search
Statistics
Virus 1
Virus 2
Similarity
MERS-CoV
SARS-CoV
16.67%
SARS-CoV-2
Coronaviruses
6.67%
More virus
Some virus
%


Runs hierarchical linear Bayesian models. Samples from the posterior distributions of model parameters in JAGS (Just Another Gibbs Sampler; Plummer, 2017, <http://mcmc-jags.sourceforge.net>). Computes Bayes factors for group parameters of interest with the Savage-Dickey density ratio (Wetzels, Raaijmakers, Jakab, Wagenmakers, 2009, <doi:10.3758/PBR.16.4.752>).
| Version: | 0.1.3 |
| Depends: | R (≥ 3.0.0) |
| Imports: | rjags, ggplot2, metRology, grid, reshape, methods, coda |
| Suggests: | R.rsp, testthat |
| Published: | 2018-04-06 |
| Author: | Mirko Thalmann [aut, cre], Marcel Niklaus [aut], Klaus Oberauer [ths], John Kruschke [ctb] |
| Maintainer: | Mirko Thalmann <mirkothalmann at hotmail.com> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | no |
| CRAN checks: | BayesRS results |
| Reference manual: | BayesRS.pdf |
| Vignettes: |
An Introduction to BayesRS |
| Package source: | BayesRS_0.1.3.tar.gz |
| Windows binaries: | r-devel: BayesRS_0.1.3.zip, r-release: BayesRS_0.1.3.zip, r-oldrel: BayesRS_0.1.3.zip |
| OS X binaries: | r-release: BayesRS_0.1.3.tgz, r-oldrel: BayesRS_0.1.3.tgz |
| Old sources: | BayesRS archive |
Please use the canonical form https://CRAN.R-project.org/package=BayesRS to link to this page.


A personal blog website
Promises in JavaScript behave similarly to promises we make normally to people. It’s something like you’ll get great score if submit your assignments on time. In this example, if the student submits his assignments on time, the promise made to him gets fulfilled else, it will not. In JavaScript, promises let us handle tasks that might happen in the future. This concept is really important while doing tasks like making network requests, as we’re not certain if the request gets resolved or not.
Promises were released in ES2015 to minimize the callbacky code we used to write.
To use a promise, we have to create a promise object that takes in a callback function with 2 arguments: resolve and reject.
let myPromise = new Promise((resolve, reject) => {})
If the promise is fulfilled, resolve gets called.
let myPromise = new Promise((resolve, reject) => {
let condition = true
if (condition) resolve('Promise is resolved.')
})
Here, if the value of the condition is true, we resolve the promise. The promise returns the thing inside the resolve function if it gets resolved.
If the promise is not fulfilled, reject gets called.
let myPromise = new Promise((resolve, reject) => {
let condition = true
if (condition) resolve('Promise is resolved.')
else reject('Promise is rejected.')
})
We have successfully created a promise object that resolves if the condition is true and rejects if the condition is false. You can modify the use case as you want but this is the basic concept with which you can create promises.
The next step is to use the promise.
Before promises, we had a concept of callbacks. With callbacks, we’d create a function to do something and after the function completes its execution, we’d call a function that does something to complement the task done by the first function. This step would be repeated again and again until we reach a callback hell. Promises solve this problem.
We can use a series of .then
s to use a promise, if it’s resolved.
Let’s see how we’d use the myPromise
promise object we defined above.
myPromise.then(data => console.log(data))
This would output the following on the console
If the promise is rejected, we have to use a catch to handle promise. To make the promise reject, we can change the value of the condition variable to equal false
. In such a case, our promise gets rejected.
myPromise
.then(data => {
console.log(data)
})
.catch(err => {
console.log(err)
})
After running the following program, we’ll get the following output on the shell.
If you’ve noticed, the data
and err
we’ve passed on then and catch equals to the data we’ve passed to the resolve
and reject
functions in the promise object we created above.
The fetch API in JavaScript is a recent addition to JavaScript that allows us to make AJAX requests. Here’s how it looks on code
fetch('https://jsonplaceholder.typicode.com/todos/1')
.then(response => response.json())
.then(json => console.log(json))
Here, the fetch
requests for data on the URL. The data we receive might not be in a JSON format, therefore we change it to be a JSON on the first then call. The JSON response after we convert the string is passed as json
variable on the second then, which is printed on the console after that.
If we run the code above, we get the following output on the console.
{
completed: false,
id: 1,
title: "delectus aut autem",
userId: 1
}
Let’s try to create a simulation of the fetch API. For simplicity, we’ll not handle the network request part. We will just see how the promise is used in the fetch API.
function fetch(requestPassed = true) {
return new Promise((resolve, reject) => {
if (requestPassed) {
resolve('{"success": true,
"data": {"movies": ["batman", "iron man"]}}')
} else {
reject('{"success": false,
"message": "Database connection failed"}')
}
})
}
To use this function that returns a promise, we can do the following
fetch()
.then(data => JSON.parse(data))
.then(res => console.log(res))
.catch(err => JSON.parse(err))
.then(errorMsg => console.log(errorMsg))
Here, we have a default argument requestPassed
which is a boolean. If it is set to true
or even false
, we return a JSON string. We have to parse the string to JavaScript objects so that we can use that properly on our application. Therefore, on the first .then
call, we parse the string to represent it in an object format.
Thank you for reading. The next blog will be about async-await
which makes using promises even more fun.


Missouri man gets 8 years in prison for aiding ISIS leader
by Amanda WoodsA Missouri man accused of supplying cash and military equipment to a now-deceased ISIS leader in Syria has been sentenced to eight years behind bars — after which he will be deported to his native Bosnia.
Ramiz Zijad Hodzic, 45, of St. Louis County, was sentenced by a federal judge Thursday after pleading guilty in April to providing material support to terrorists and conspiring to do so.
Hodzic had recruited a handful of his fellow Bosnian immigrants to help support Abdullah Ramo Pazara, a St. Louis man who moved to Syria in 2013, serving as an ISIS commander, The St. Louis Post-Dispatch reported.
Pazara died the following year fighting for the terrorist group.
Hodzic sent cash and surplus US military uniforms as well as other surplus gear, combat boots, tactical gear, rangefinders and rifle scopes to Pazara and other third parties between 2013 and 2015, prosecutors charged.
He also received money from five co-defendants — some of which went to Pazara, according to prosecutors.
Hodzic’s attorney, Diane Dragan, pushed for a shorter sentence — claiming her client mostly sent Pazara non-military supplies that he himself had valued while fighting in the Bosnian War, like socks, according to the Post-Dispatch.
He was once awarded the Golden Lily, Bosnia’s highest military honor, during his own service, Dragan said.
She said that Hodzic had explained to his children he does not support the Islamic State, and had never spoke negatively about America.
“He is an individual who loves the United States,” she said.
She emphasized that Hodzic “loved Abdullah like a brother,” according to the report.
“He mentored him from a drug addict to sobriety,” she added, but admitted that Pazara “changed” during his time in Syria.
But Assistant U.S. Attorney Matthew Drake argued that Hodzic was aware of Pazara’s role as an Islamic State leader of as many as 250 troops, the paper reported. Pazara bragged about murder and beheadings and advocated for slavery, the paper reported.
Hodzic has agreed to be deported to Bosnia following his release from prison.
Five of the six original co-defendants — including Hodzic’s wife, Sedina Unkic Hodzic, who has yet to be sentenced — have pleaded guilty in federal court.
With Post Wires


Ujorm
version ${VERSION}
Ujorm provides special objects with different architecture from JavaBeans.
The objects have got an easy object introspection or simple persistence
to several formats include XML. Since 0.90 is included an ORM implementation called Ujorm.
Top Features
- map based architecture with a value type safe solution builded on two interfaces
- an easy object introspection without a heavy PropertyDescriptor implementation
- unique object-relation mapping (ORM) implementation is available
- special validators can be located into ujo-keys to check a consistency of the ujo-bean data>
- efficient high speed XML serialization or
- persistence to CSV or Resource bundle format
- JTable component support
- JavaBean support
- easy to use lightweight ORM module called Ujorm
- features are checked by JUnit tests
- very light weight framework with no dependencies
- open source
More Information
How to open this project?
The Java 6.0+ is required to compile of the project souces, the Java 5++ is required to runtime.
Use a one of the preferred tools to open the project:
Copyright ${copyrightYear} Pavel Ponec


First text
Secondary text
Third text
Some quick example text to build on the card title and make up the bulk of the card's content.


3.12. Space Bounds (WORK IN PROGRESS)¶
Besides time, space is the other computing resource that is commonly of concern to programmers. Just as computers have become much faster over the years, they have also received greater allotments of memory. Even so, the amount of available disk space or main memory can be significant constraints for algorithm designers.
The analysis techniques used to measure space requirements are similar to those used to measure time requirements. However, while time requirements are normally measured for an algorithm that manipulates a particular data structure, space requirements are normally determined for the data structure itself. The concepts of asymptotic analysis for growth rates on input size apply completely to measuring space requirements.
Example 3.13.1
What are the space requirements for an array of \(n\) integers? If each integer requires \(c\) bytes, then the array requires \(cn\) bytes, which is \(\Theta(n)\).
Example 3.13.2
Imagine that we want to keep track of friendships between \(n\) people. We can do this with an array of size \(n \times n\). Each row of the array represents the friends of an individual, with the columns indicating who has that individual as a friend. For example, if person \(j\) is a friend of person \(i\), then we place a mark in column \(j\) of row \(i\) in the array. Likewise, we should also place a mark in column \(i\) of row \(j\) if we assume that friendship works both ways. For \(n\) people, the total size of the array is \(\Theta(n^2)\).
A data structure’s primary purpose is to store data in a way that allows efficient access to those data. To provide efficient access, it may be necessary to store additional information about where the data are within the data structure. For example, each node of a linked list must store a pointer to the next value on the list. All such information stored in addition to the actual data values is referred to as overhead. Ideally, overhead should be kept to a minimum while allowing maximum access. The need to maintain a balance between these opposing goals is what makes the study of data structures so interesting.
One important aspect of algorithm design is referred to as the space/time tradeoff principle. The space/time tradeoff principle says that one can often achieve a reduction in time if one is willing to sacrifice space or vice versa. Many programs can be modified to reduce storage requirements by “packing” or encoding information. “Unpacking” or decoding the information requires additional time. Thus, the resulting program uses less space but runs slower. Conversely, many programs can be modified to pre-store results or reorganize information to allow faster running time at the expense of greater storage requirements. Typically, such changes in time and space are both by a constant factor.
A classic example of a space/time tradeoff is the
lookup table.
A lookup table pre-stores the value of a function that would
otherwise be computed each time it is needed.
For example, 12! is the greatest value for the factorial function that
can be stored in a 32-bit int
variable.
If you are writing a program that often computes factorials,
it is likely to be much more time efficient to simply pre-compute
and store the 12 values in a table.
Whenever the program needs the value of \(n!\) it can
simply check the lookup table.
(If \(n > 12\), the value is too large to store as an int
variable anyway.)
Compared to the time required to compute factorials, it may be well
worth the small amount of additional space needed to store the
lookup table.
Lookup tables can also store approximations for an expensive function such as sine or cosine. If you compute this function only for exact degrees or are willing to approximate the answer with the value for the nearest degree, then a lookup table storing the computation for exact degrees can be used instead of repeatedly computing the sine function. Note that initially building the lookup table requires a certain amount of time. Your application must use the lookup table often enough to make this initialization worthwhile.
Another example of the space/time tradeoff is typical of what a programmer might encounter when trying to optimize space. Here is a simple code fragment for sorting an array of integers. We assume that this is a special case where there are \(n\) integers whose values are a permutation of the integers from 0 to \(n-1\). This is an example of a binsort. Binsort assigns each value to an array position corresponding to its value.
This is efficient and requires \(\Theta(n)\) time. However, it also requires two arrays of size \(n\). Next is a code fragment that places the permutation in order but does so within the same array (thus it is an example of an “in place” sort).
Function swap(A, i, j)
exchanges elements i
and j
in array A
.
It may not be obvious that the second code fragment
actually sorts the array.
To see that this does work, notice that each pass through the
for
loop will at least move the integer with value \(i\)
to its correct position in the array, and that during this iteration,
the value of A[i]
must be greater than or equal to \(i\).
A total of at most \(n\) swap
operations take place, because
an integer cannot be moved out of its correct position once it has
been placed there, and each swap operation places at least one integer
in its correct position.
Thus, this code fragment has cost \(\Theta(n)\).
However, it requires more time to run than the first code fragment.
On my computer the second version takes nearly twice as long to run
as the first, but it only requires half the space.
A second principle for the relationship between a program’s space and time requirements applies to programs that process information stored on disk. Strangely enough, the disk-based space/time tradeoff principle is almost the reverse of the space/time tradeoff principle for programs using main memory.
The disk-based space/time tradeoff principle states that the smaller you can make your disk storage requirements, the faster your program will run. This is because the time to read information from disk is enormous compared to computation time, so almost any amount of additional computation needed to unpack the data is going to be less than the disk-reading time saved by reducing the storage requirements. Naturally this principle does not hold true in all cases, but it is good to keep in mind when designing programs that process information stored on disk.


{{ site.author.desc }}
I am the first-year Ph.D. student in the Computer Science department at Northwestern University, advising by the Professor Han Liu. Prior to this, I was a master’s student in the Computer Science department at the Georgia Institute of Technology, Atlanta. The areas of focus for my research include points:
Besides the school and research work, I have found my interests in lots of things over time including photography, hiking and traveling.


1 Pheros was succeeded (they said) by a man of Memphis, whose name in the Greek tongue was Proteus. This Proteus has a very attractive and well-appointed temple precinct at Memphis, south of the temple of Hephaestus.
2 Around the precinct live Phoenicians of Tyre, and the whole place is called the Camp of the Tyrians. There is in the precinct of Proteus a temple called the temple of the Stranger Aphrodite; I guess this is a temple of Helen, daughter of Tyndarus, partly because I have heard the story of Helen's abiding with Proteus, and partly because it bears the name of the Foreign Aphrodite: for no other of Aphrodite's temples is called by that name.


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| Name | Total Lines | Lines of Code | Total Coverage | Code Coverage |
|---|---|---|---|---|
| app/models/funding_line.rb | 81 | 70 | 66.67%
|
61.43%
|
Code reported as executed by Ruby looks like this...and this: this line is also marked as covered.Lines considered as run by rcov, but not reported by Ruby, look like this,and this: these lines were inferred by rcov (using simple heuristics).Finally, here's a line marked as not executed.
1 class FundingLine |
2 include DataMapper::Resource |
3 extend Reporting::FundingLineReports |
4 |
5 before :valid?, :parse_dates |
6 |
7 attr_accessor :interest_percentage # set to true to disable history writing by this object |
8 |
9 property :id, Serial |
10 property :amount, Integer, :index => true |
11 property :interest_rate, Float, :index => true |
12 property :purpose, Text |
13 property :disbursal_date, Date # with these 3 dates and the amount we can draw rough graphs |
14 property :first_payment_date, Date |
15 property :last_payment_date, Date |
16 property :closed_on, Date |
17 property :closing_comment, Text |
18 |
19 belongs_to :funder |
20 has n, :loans |
21 validates_with_method :disbursal_date, :method => :disbursed_before_first_payment? |
22 validates_with_method :first_payment_date, :method => :disbursed_before_first_payment? |
23 validates_with_method :first_payment_date, :method => :first_payment_before_last_payment? |
24 validates_with_method :last_payment_date, :method => :first_payment_before_last_payment? |
25 validates_present :amount, :interest_rate, :disbursal_date, :first_payment_date, :last_payment_date, :funder |
26 |
27 def self.from_csv(row, headers) |
28 funder = Funder.create(:name => row[headers[:funder_name]]) |
29 obj = new(:funder_id => funder.id, :amount => row[headers[:amount]], :interest_rate => row[headers[:interest]], |
30 :disbursal_date => Date.parse(row[headers[:disbursal_date]]), :first_payment_date => Date.parse(row[headers[:first_payment_date]]), |
31 :last_payment_date => Date.parse(row[headers[:last_payment_date]])) |
32 [obj.save, obj] |
33 end |
34 |
35 def status |
36 if :closed_on |
37 status = :closed |
38 else |
39 status = :open |
40 end |
41 status |
42 end |
43 |
44 def name |
45 "#{funder.name} #{amount}@#{interest_rate}" |
46 end |
47 |
48 def outstanding_principal_on(date) |
49 if date < disbursal_date |
50 return 0 |
51 elsif date >= disbursal_date and date < first_payment_date |
52 return amount |
53 elsif date >= first_payment_date and date < last_payment_date |
54 return amount - (amount.to_f / (last_payment_date - first_payment_date) * (date - first_payment_date)).round |
55 end |
56 return 0 |
57 end |
58 |
59 def interest_percentage # code dupe with the Loan |
60 return nil if interest_rate.blank? |
61 format("%.2f", interest_rate * 100) |
62 end |
63 def interest_percentage= (percentage) |
64 p 'wqwwwwwwwwwwwwwwwwwwwwww' |
65 p percentage |
66 self.interest_rate = percentage.to_f/100 |
67 p interest_rate |
68 end |
69 |
70 private |
71 include DateParser # mixin for the hook "before :valid?, :parse_dates" |
72 |
73 def disbursed_before_first_payment? |
74 return true if disbursal_date.blank? or (disbursal_date and first_payment_date and disbursal_date <= first_payment_date) |
75 [false, "First payment date cannot be before the disbursal date"] |
76 end |
77 def first_payment_before_last_payment? |
78 return true if first_payment_date.blank? or (first_payment_date and last_payment_date and first_payment_date <= last_payment_date) |
79 [false, "Last payment date cannot be before the first payment date"] |
80 end |
81 end |
Generated on Thu Nov 12 16:05:07 +0530 2009 with rcov 0.9.6


|
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| PREV NEXT | FRAMES NO FRAMES |
| Packages that use Query | |
|---|---|
| com.avaje.ebean | Core API (see Ebean and EbeanServer). |
| com.avaje.ebean.event | Persist and Query Event Controllers and Listeners |
| com.avaje.ebean.text | Utility objects for CSV, JSON and XML processing. |
| Uses of Query in com.avaje.ebean |
|---|
| Methods in com.avaje.ebean that return Query | ||
|---|---|---|
Query<T> |
OrderBy.asc(String propertyName)
Add a property with ascending order to this OrderBy. |
|
|
EbeanServer.createNamedQuery(Class<T> beanType,
String namedQuery)
Create a named query for an entity bean (refer Ebean.createQuery(Class, String) ) |
|
static
|
Ebean.createNamedQuery(Class<T> beanType,
String namedQuery)
Return a named Query that will have defined fetch paths, predicates etc. |
|
|
EbeanServer.createQuery(Class<T> beanType)
Create a query for an entity bean (refer Ebean.createQuery(Class)
). |
|
static
|
Ebean.createQuery(Class<T> beanType)
Create a query for a type of entity bean. |
|
|
EbeanServer.createQuery(Class<T> beanType,
String query)
Create a query using the query language. |
|
static
|
Ebean.createQuery(Class<T> beanType,
String query)
Create a query using the query language. |
|
Query<T> |
OrderBy.desc(String propertyName)
Add a property with descending order to this OrderBy. |
|
Query<T> |
Query.fetch(String path)
Specify a path to load including all its properties. |
|
Query<T> |
Query.fetch(String path,
FetchConfig joinConfig)
Additionally specify a JoinConfig to specify a "query join" and or define the lazy loading query. |
|
Query<T> |
Query.fetch(String path,
String fetchProperties)
Specify a path to fetch with its specific properties to include (aka partial object). |
|
Query<T> |
Query.fetch(String assocProperty,
String fetchProperties,
FetchConfig fetchConfig)
Additionally specify a FetchConfig to use a separate query or lazy loading to load this path. |
|
|
EbeanServer.find(Class<T> beanType)
Create a query for a type of entity bean (the same as EbeanServer.createQuery(Class) ). |
|
static
|
Ebean.find(Class<T> beanType)
Create a query for a type of entity bean. |
|
Query<T> |
OrderBy.getQuery()
Return the associated query if there is one. |
|
Query<T> |
FutureList.getQuery()
Return the query that is being executed by a background thread. |
|
Query<T> |
FutureIds.getQuery()
Returns the original query used to fetch the Id's. |
|
Query<T> |
Query.having(Expression addExpressionToHaving)
Add an expression to the having clause returning the query. |
|
Query<T> |
Query.having(String addToHavingClause)
Add additional clause(s) to the having clause. |
|
Query<T> |
Query.join(String path)
Same as fetch(String) |
|
Query<T> |
ExpressionList.join(String assocProperties)
Specify a property (associated bean) to join and fetch including all its properties. |
|
Query<T> |
Query.join(String path,
JoinConfig joinConfig)
Same as fetch(String, FetchConfig) |
|
Query<T> |
Query.join(String assocProperty,
String fetchProperties)
Same as fetch(String, String) . |
|
Query<T> |
ExpressionList.join(String assocProperty,
String assocProperties)
Specify a property (associated bean) to join and fetch with its specific properties to include (aka partial object). |
|
Query<T> |
Query.join(String assocProperty,
String fetchProperties,
JoinConfig joinConfig)
Additionally specify a JoinConfig to specify a "query join" and or define the lazy loading query. |
|
Query<T> |
Query.order(String orderByClause)
Set the order by clause replacing the existing order by clause if there is one. |
|
Query<T> |
ExpressionList.order(String orderByClause)
Set the order by clause replacing the existing order by clause if there is one. |
|
Query<T> |
Query.orderBy(String orderByClause)
Set the order by clause replacing the existing order by clause if there is one. |
|
Query<T> |
ExpressionList.orderBy(String orderBy)
Add an orderBy clause to the query. |
|
Query<T> |
ExpressionList.query()
Return the query that owns this expression list. |
|
Query<T> |
Query.select(String fetchProperties)
Explicitly set a comma delimited list of the properties to fetch on the 'main' entity bean (aka partial object). |
|
Query<T> |
ExpressionList.select(String properties)
Specify specific properties to fetch on the main/root bean (aka partial object). |
|
Query<T> |
Query.setAutofetch(boolean autofetch)
Explicitly specify whether to use Autofetch for this query. |
|
Query<T> |
Query.setBackgroundFetchAfter(int backgroundFetchAfter)
Set the rows after which fetching should continue in a background thread. |
|
Query<T> |
ExpressionList.setBackgroundFetchAfter(int backgroundFetchAfter)
Set the number of rows after which the fetching should continue in a background thread. |
|
Query<T> |
Query.setBufferFetchSizeHint(int fetchSize)
A hint which for JDBC translates to the Statement.fetchSize(). |
|
Query<T> |
Query.setDistinct(boolean isDistinct)
Set whether this query uses DISTINCT. |
|
Query<T> |
Query.setFirstRow(int firstRow)
Set the first row to return for this query. |
|
Query<T> |
ExpressionList.setFirstRow(int firstRow)
Set the first row to fetch. |
|
Query<T> |
Query.setId(Object id)
Set the Id value to query. |
|
Query<T> |
Query.setListener(QueryListener<T> queryListener)
Set a listener to process the query on a row by row basis. |
|
Query<T> |
ExpressionList.setListener(QueryListener<T> queryListener)
Set a QueryListener for bean by bean processing. |
|
Query<T> |
Query.setLoadBeanCache(boolean loadBeanCache)
When set to true all the beans from this query are loaded into the bean cache. |
|
Query<T> |
Query.setMapKey(String mapKey)
Set the property to use as keys for a map. |
|
Query<T> |
ExpressionList.setMapKey(String mapKey)
Set the name of the property which values become the key of a map. |
|
Query<T> |
Query.setMaxRows(int maxRows)
Set the maximum number of rows to return in the query. |
|
Query<T> |
ExpressionList.setMaxRows(int maxRows)
Set the maximum number of rows to fetch. |
|
Query<T> |
Query.setOrder(OrderBy<T> orderBy)
Set an OrderBy object to replace any existing OrderBy clause. |
|
Query<T> |
Query.setOrderBy(OrderBy<T> orderBy)
Set an OrderBy object to replace any existing OrderBy clause. |
|
Query<T> |
ExpressionList.setOrderBy(String orderBy)
Add an orderBy clause to the query. |
|
Query<T> |
Query.setParameter(int position,
Object value)
Set an ordered bind parameter according to its position. |
|
Query<T> |
Query.setParameter(String name,
Object value)
Set a named bind parameter. |
|
Query<T> |
Query.setQuery(String oql)
Deprecated. |
|
Query<T> |
Query.setRawSql(RawSql rawSql)
Set RawSql to use for this query. |
|
Query<T> |
Query.setReadOnly(boolean readOnly)
When set to true when you want the returned beans to be read only. |
|
Query<T> |
Query.setTimeout(int secs)
Set a timeout on this query. |
|
Query<T> |
Query.setUseCache(boolean useBeanCache)
Set this to true to use the bean cache. |
|
Query<T> |
ExpressionList.setUseCache(boolean useCache)
Set to true to use the query for executing this query. |
|
Query<T> |
Query.setUseQueryCache(boolean useQueryCache)
Set this to true to use the query cache. |
|
Query<T> |
Query.setVanillaMode(boolean vanillaMode)
Set this to true and the beans and collections returned will be plain classes rather than Ebean generated dynamic subclasses etc. |
|
Query<T> |
Query.where(Expression expression)
Add a single Expression to the where clause returning the query. |
|
Query<T> |
Query.where(String addToWhereClause)
Add additional clause(s) to the where clause. |
| Methods in com.avaje.ebean with parameters of type Query | ||
|---|---|---|
|
EbeanServer.findFutureIds(Query<T> query,
Transaction t)
Execute find Id's query in a background thread. |
|
|
EbeanServer.findFutureList(Query<T> query,
Transaction t)
Execute find list query in a background thread. |
|
|
EbeanServer.findFutureRowCount(Query<T> query,
Transaction t)
Execute find row count query in a background thread. |
|
|
EbeanServer.findIds(Query<T> query,
Transaction t)
Return the Id values of the query as a List. |
|
|
EbeanServer.findList(Query<T> query,
Transaction transaction)
Execute a query returning a list of beans. |
|
|
EbeanServer.findMap(Query<T> query,
Transaction transaction)
Execute the query returning the entity beans in a Map. |
|
|
EbeanServer.findPagingList(Query<T> query,
Transaction t,
int pageSize)
|
|
|
EbeanServer.findRowCount(Query<T> query,
Transaction transaction)
Return the number of 'top level' or 'root' entities this query should return. |
|
|
EbeanServer.findSet(Query<T> query,
Transaction transaction)
Execute the query returning a set of entity beans. |
|
|
EbeanServer.findUnique(Query<T> query,
Transaction transaction)
Execute the query returning at most one entity bean. |
|
ExpressionList<T> |
ExpressionList.in(String propertyName,
Query<?> subQuery)
In - using a subQuery. |
|
Expression |
ExpressionFactory.in(String propertyName,
Query<?> subQuery)
In - using a subQuery. |
|
static Expression |
Expr.in(String propertyName,
Query<?> subQuery)
In - using a subQuery. |
|
void |
OrderBy.setQuery(Query<T> query)
Associate this OrderBy with a query. |
| Constructors in com.avaje.ebean with parameters of type Query | |
|---|---|
OrderBy(Query<T> query,
String orderByClause)
Construct with a given query and order by clause. |
| Uses of Query in com.avaje.ebean.event |
|---|
| Methods in com.avaje.ebean.event that return Query | |
|---|---|
Query<T> |
BeanQueryRequest.getQuery()
Returns the query. |
| Uses of Query in com.avaje.ebean.text |
|---|
| Methods in com.avaje.ebean.text with parameters of type Query | |
|---|---|
void |
PathProperties.apply(Query<?> query)
Apply these path properties as fetch paths to the query. |
|
||||||||||
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org.webcurator.ui.util
Class TabbedController
java.lang.Object
org.springframework.context.support.ApplicationObjectSupport
org.springframework.web.context.support.WebApplicationObjectSupport
org.springframework.web.servlet.support.WebContentGenerator
org.springframework.web.servlet.mvc.AbstractController
org.springframework.web.servlet.mvc.BaseCommandController
org.webcurator.ui.util.TabbedController
- All Implemented Interfaces:
- org.springframework.context.ApplicationContextAware, org.springframework.web.servlet.mvc.Controller
- Direct Known Subclasses:
- ProfileController, SiteController, TabbedGroupController, TabbedTargetController, TabbedTargetInstanceController
public abstract class TabbedController
- extends org.springframework.web.servlet.mvc.BaseCommandController
The TabbedController
extends Spring's BaseCommandController to
create a controller that helps with tabbed interfaces. The TabbedController
itself is the main manager for a set of tabs. It is responsible for
controlling entry into the tabs, exit from the set of tabs, and determining
which tab should be displayed.
The TabConfig class manages the set of tabs in a given tab set.
The TabHandler is responsible for processing the entry or submission of any
given tab.
This controller relies on the presence of parameters in the request to
identify what type of action should be performed. The parameter do not need a
specific value - their presence is all that is required. The list of
parameters that control the action are as follows:
_tab_current_page
- identifies the current page.
_tab_change
- indicates that we are changing to a
different tab.
_tab_save
- indicates we are saving the tabset.
_tab_cancel
- indicates we are cancelling any changes we
have made in this tabset.
If _tab_change is specified, this controller uses the value of the
tabChangedTo
parameter to identify the title of the next tab
to be displayed.
If none of these actions are selected, the TabbedController invokes the
processOther method of the current tab's handler and lets it decide what to
do. This is useful for supporting "sub-actions" within a tab.
The TabbedController only defines handlers for POST requests. For GET
requests the request is delegated through to the showForm method on the
subclass. This method is not exactly the same as the standard Spring showForm
method as it may have a Command object associated with it. If you wish to
bookmark an tabset, it is critical the the showForm method is overriden as it
is the only method that responds to a GET request.
- Author:
- bbeaumont
| Fields inherited from class org.springframework.web.servlet.mvc.BaseCommandController |
DEFAULT_COMMAND_NAME |
| Fields inherited from class org.springframework.web.servlet.support.WebContentGenerator |
HEADER_CACHE_CONTROL, HEADER_EXPIRES, HEADER_PRAGMA, METHOD_GET, METHOD_HEAD, METHOD_POST |
|
Method Summary |
java.lang.String |
getNextTab(javax.servlet.http.HttpServletRequest req)
Get the ID of the next tab to be displayed. |
TabConfig |
getTabConfig()
Get the tab configuration. |
void |
setDefaultCommandClass(java.lang.Class defaultCommand)
Set the Spring command class to use if we have no current tab. |
void |
setTabConfig(TabConfig tabConfig)
Set the tab configuration. |
| Methods inherited from class org.springframework.web.servlet.mvc.BaseCommandController |
getBindingErrorProcessor, getCommandClass, getCommandName, getMessageCodesResolver, getPropertyEditorRegistrars, getValidator, getValidators, isValidateOnBinding, setBindingErrorProcessor, setCommandClass, setCommandName, setMessageCodesResolver, setPropertyEditorRegistrars, setValidateOnBinding, setValidator, setValidators |
| Methods inherited from class org.springframework.web.servlet.mvc.AbstractController |
handleRequest, isSynchronizeOnSession, setSynchronizeOnSession |
| Methods inherited from class org.springframework.web.servlet.support.WebContentGenerator |
getCacheSeconds, getSupportedMethods, isRequireSession, isUseCacheControlHeader, isUseExpiresHeader, setCacheSeconds, setRequireSession, setSupportedMethods, setUseCacheControlHeader, setUseExpiresHeader |
| Methods inherited from class org.springframework.context.support.ApplicationObjectSupport |
getApplicationContext, setApplicationContext |
| Methods inherited from class java.lang.Object |
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
TabbedController
public TabbedController()
getTabConfig
public TabConfig getTabConfig()
- Get the tab configuration.
- Returns:
- The tab configuration.
setTabConfig
public void setTabConfig(TabConfig tabConfig)
- Set the tab configuration.
- Parameters:
tabConfig
- the tab configuration.
getNextTab
public java.lang.String getNextTab(javax.servlet.http.HttpServletRequest req)
- Get the ID of the next tab to be displayed. This looks for a hidden
fields named "_TAB"
- Parameters:
req
- The HttpServletRequest.
- Returns:
- The ID of the next tab to be displayed.
setDefaultCommandClass
public void setDefaultCommandClass(java.lang.Class defaultCommand)
- Set the Spring command class to use if we have no current tab. e.g. The
first entry into the TabbedController.
- Parameters:
defaultCommand
- The defaultCommandClass to set.


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\addvspace{length}
The \addvspace command normally adds a vertical space of height length. However, if vertical space has already been added to the same point in the output by a previous \addvspace command, then this command will not add more space than needed to make the natural length of the total vertical space equal to length.
See Spaces and Boxes
Back to the Table of Contents


System Bus
We wanted a bus scheme that would use commodity parts, that would have at least 50 pins, that plugged in and out easily, and that wouldn't flake out if abused. We chose to have two 25-wire ribbon cables running along the backplane, with DB-25s clamped on roughly where the slots were in the cage. The connectors were attached with long screws and plastic spacers. We left some play in the attachment so that the boards could connect more easily.
This turned out to be a really good idea—it was simple and for the most part worked well for us. Unfortunately a few of the DB-25s were attached improperly, causing short circuits or open circuits, so we didn't use those slots. We probably should have redone the whole cable properly, because later we wished we had all the slots we could use, but at the time we just wanted to get on with the project.
The cage had eight slots, so we put a pair of DB-25s for each one. (In this picture one pair is hidden by the support bar.) The top cable extended to the left and had an additional DB-25 plugging into the power supply. We later found out that one of the pins on the bus should have been grounded but wasn't, so we hacked a DB-25 to plug into the left-most slot. (It's slightly out of focus in the picture, but it's just a pull-up resistor.)
The bus itself was made of a top and a bottom part. The top bus consisted of the power and control pins, while the bottom bus was used for address and data. We created often-referred-to reference cards on poster paper which we kept on the wall of the garage.
Top Bus
- Pin 1 - Gnd
- Ground wire. We later added pin 18 for the same purpose to make sure we could carry all the current.
- Pin 2 - Clk
- Clock signal, generated by the clock board.
- Pin 3 - +5V power
- This pin was used to power the whole computer, and we later added pin 19 to supplement it.
- Pin 4 - -5V power
- Pin 5 - +12V power
- Pin 6 - -12V power
- Pin 5 - +12V power
- Not hooked up or used.
- Pin 7 - /IRQ0
- Pin 8 - /IRQ1
- Pin 9 - /IRQ2
- Pin 10 - /IRQ3
- Pin 8 - /IRQ1
- These four pins were active-low interrupt request signals. They were plugged into the CPU board's 8259 interrupt controller.
- Pin 11 - /NMI
- The active-low non-maskable interrupt line wasn't used, although I think it was plugged into the CPU. A non-maskable interrupt cannot be turned off in software. It's usually used for emergencies, such as a warning that power is about to go out.
- Pin 12 - /MR
- Pin 13 - /MW
- Pin 14 - /IOR
- Pin 15 - /IOW
- Pin 13 - /MW
- Active-low memory read/write and I/O read/write. The CPU asserts these pins when it wants to access memory or an I/O port. The CPU's four pins are actually memory request, I/O request, read, and write, and we converted those to our four because we figured that it would be easier to decode on boards. That turned out to be a bad idea—see pin 20 for the explanation.
- Pin 16 - /RESET
- Active-low reset. There was a reset button both on the clock board and on the LCD box.
- Pin 17 - /WAIT
- Active-low wait line. The wait line is activated by memory to tell the CPU to wait a couple cycles. I don't think we ever hooked it up to anything.
- Pin 18 - Gnd
- Pin 19 - +5V power
- We added these to make sure the boards had enough power.
- Pin 20 - /MREQ
- It turns out that the CPU's memory request pin and the read/write pins aren't asserted at the same time. /MREQ gets asserted first, the address pins are set, there's a short delay, then /RD or /WR is asserted. The short delay lets the address pins settle before a read or write is executed. With our original system, /MREQ and /RD or /WR were ANDed together on the CPU board, so the memory board had no chance of letting the address pins settle, leading to bad reads and writes. We had to add /MREQ to solve this problem.
- Pin 24 - Kbd
- Pin 25 - Kbd
- The LCD box (into which the keyboard was plugged) used these two lines to send keystroke events to the I/O board.
Bottom Bus
Pins 1 through 16 held A0 through A15, and pins 18 through 25 held D0 through D7.


Mason Rudolph Almost Slipped Up & Confirmed He Called Myles Garrett A Racial Slur When Responding To Claim (VIDEO)
by Darrelle LincolnThe dreaded Freudian slip. It has gotten the best of us, but I’m sure Mason Rudolph would like a do-over on this interview.
Following the Steelers win over the Cincinnati Bengals on Sunday, the benched QB finally got his opportunity to respond to Myles Garrett claims that he used a racial slur that caused the brawl during the Browns-Steelers game last Thursday.
In his attempt to state how wrong Garrett was, Rudolph almost stated it was “totally true” before catching himself and stating it was untrue.
The NFL has already came out and cleared Rudolph of that claim, as they had nobody mic’d up during the game and no audio on the field at the time.
Garrett continues to stick by his claim as he gets set to sit for the remainder of the 2019 season.


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Last updated 10 Dec 2014
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Blue Streak (1999, PG-13)
Directed by Les Mayfield
Written by Michael Berry, John Blumenthal, and Steve Carpenter
Starring Martin Lawrence, Luke Wilson, and Dave Chappelle
As Reviewed by James Brundage
Typecasting. Definition, when writers pigeonhole you into one role, assuming you can do nothing more than that. However, typecasting is not just a product of the writers. It is not just a product of your Hollywood image. It's a product of what you choose to do.
Case in point Martin Lawrence, whose new movie Blue Streak seems like a carbon copy of his last one, Nothing to Lose. The jokes work off of the same punch line, the scenes seems stolen from one another. Everything is placed towards a completely predictable ending.
Oh, yeah, and its inexplicably enjoyable.
We've seen the buddy comedy a thousand times before. Cheech and Chong, Nothing to Lose, The Grand Jury Testimony of William Jefferson Clinton. Well, maybe not the last one, but we've seen 'em all and laughed at 'em all, being fully aware of how cheap the laughs they evict are. We don't laugh that hard, and we don't laugh that much. We don't care about the characters and the story means as much to us as an anthill in Africa. But watch we will.
Blue Streak is a movie that fits perfectly into the interracial buddy comedy. Streetwise Jewel Thief Miles Logan (Lawrence) infiltrates the LAPD to get back a $17M diamond he stole, teams up with homegrown-country-boy-newly-promoted-from-traffic-cop Detective Carlson (Luke Wilson) and the two end up fighting crime while Lawrence tries to get his diamond back.
Every possible obstacle that can be put in his way is. Every possible laugh is exploited for all that is worth. Thus we get the general aura of the movie: squeezed.
The movie feels as if it has nothing left about five minutes into it, and pulls it along on the buddy comedy shoestring for the next hour and a half. You get frustrated, you wait to laugh. You want the characters to die, trip, and fail. You are getting very sleepy. You are listening only to the sound of the DTS.
Yeah, it's the buddy comedy. We've seen it a million times before and it ain't getting any better. Blue Streak is just 1,000,001, and isn't worth the time or money.
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