Uses of Package
io.ebean.config.dbplatform
-
Classes in io.ebean.config.dbplatform used by io.ebean.config Class Description DatabasePlatform Database platform specific settings.DbEncrypt Defines DB encryption support for encrypting and decrypting data using DB encryption features.DbType The known DB types that are mapped.IdType The types of Identity generation that can be defined. -
Classes in io.ebean.config.dbplatform used by io.ebean.config.dbplatform Class Description BasicSqlLimiter Simple SQL limiter for use with SqlQuery.DatabasePlatform Database platform specific settings.DatabasePlatform.OnQueryOnly Behavior used when ending a query only transaction (at read committed isolation level).DataErrorType Specific persistence error types we wish to map.DbDefaultValue DB Column default values mapping to database platform specific literals.DbEncrypt Defines DB encryption support for encrypting and decrypting data using DB encryption features.DbEncryptFunction DbHistorySupport History support for the database platform.DbIdentity Defines the identity/sequence behaviour for the database.DbPlatformType Represents a DB type with name, length, precision, and scale.DbPlatformTypeMapping Used to map bean property types to DB specific types for DDL generation.DbType The known DB types that are mapped.ExtraDbTypes Integer codes for the extra types beyond java.sql.Types.IdType The types of Identity generation that can be defined.PlatformIdGenerator Generates unique id's for objects.SequenceIdGenerator Database sequence based IdGenerator.SqlCodeTranslator Translate SQLException based on SQLState codes.SqlErrorCodes Used to build a SQLCodeTranslator given DB platform specific codes.SqlExceptionTranslator Used to translate SQLExceptions to specific persistence exceptions.SqlLimiter Adds SQL limiting to a query (such as LIMIT OFFSET).SqlLimitRequest The request object for the query that can have sql limiting applied to it (such as a LIMIT OFFSET clause).SqlLimitResponse The resulting SQL from a SqlLimit process. -
Classes in io.ebean.config.dbplatform used by io.ebean.config.dbplatform.clickhouse Class Description DatabasePlatform Database platform specific settings. -
Classes in io.ebean.config.dbplatform used by io.ebean.config.dbplatform.cockroach Class Description DatabasePlatform Database platform specific settings. -
Classes in io.ebean.config.dbplatform used by io.ebean.config.dbplatform.db2 Class Description DatabasePlatform Database platform specific settings.PlatformIdGenerator Generates unique id's for objects.SequenceBatchIdGenerator Database sequence based IdGenerator using Sequence Step 1 but batch fetch many sequence values.SequenceIdGenerator Database sequence based IdGenerator.SqlLimiter Adds SQL limiting to a query (such as LIMIT OFFSET).SqlLimitRequest The request object for the query that can have sql limiting applied to it (such as a LIMIT OFFSET clause).SqlLimitResponse The resulting SQL from a SqlLimit process. -
Classes in io.ebean.config.dbplatform used by io.ebean.config.dbplatform.h2 Class Description AbstractDbEncrypt Base type for DB platform specific Encryption.DatabasePlatform Database platform specific settings.DbEncrypt Defines DB encryption support for encrypting and decrypting data using DB encryption features.DbHistorySupport History support for the database platform.DbViewHistorySupport Database view based implementation of DbHistorySupport.PlatformIdGenerator Generates unique id's for objects.SequenceBatchIdGenerator Database sequence based IdGenerator using Sequence Step 1 but batch fetch many sequence values.SequenceIdGenerator Database sequence based IdGenerator. -
Classes in io.ebean.config.dbplatform used by io.ebean.config.dbplatform.hana Class Description BasicSqlLimiter Simple SQL limiter for use with SqlQuery.DatabasePlatform Database platform specific settings.DbHistorySupport History support for the database platform.DbStandardHistorySupport SQL2011 based history support using 'as of timestamp' type clause appended as part of the the from or join clause.SqlLimiter Adds SQL limiting to a query (such as LIMIT OFFSET).SqlLimitRequest The request object for the query that can have sql limiting applied to it (such as a LIMIT OFFSET clause).SqlLimitResponse The resulting SQL from a SqlLimit process. -
Classes in io.ebean.config.dbplatform used by io.ebean.config.dbplatform.hsqldb Class Description DatabasePlatform Database platform specific settings.PlatformIdGenerator Generates unique id's for objects. -
Classes in io.ebean.config.dbplatform used by io.ebean.config.dbplatform.mariadb Class Description DatabasePlatform Database platform specific settings.DbHistorySupport History support for the database platform.DbStandardHistorySupport SQL2011 based history support using 'as of timestamp' type clause appended as part of the the from or join clause. -
Classes in io.ebean.config.dbplatform used by io.ebean.config.dbplatform.mysql Class Description AbstractDbEncrypt Base type for DB platform specific Encryption.DatabasePlatform Database platform specific settings.DbEncrypt Defines DB encryption support for encrypting and decrypting data using DB encryption features.DbHistorySupport History support for the database platform.DbPlatformType Represents a DB type with name, length, precision, and scale.DbViewHistorySupport Database view based implementation of DbHistorySupport.ExtraDbTypes Integer codes for the extra types beyond java.sql.Types. -
Classes in io.ebean.config.dbplatform used by io.ebean.config.dbplatform.nuodb Class Description DatabasePlatform Database platform specific settings.DbHistorySupport History support for the database platform.DbViewHistorySupport Database view based implementation of DbHistorySupport.PlatformIdGenerator Generates unique id's for objects.SequenceIdGenerator Database sequence based IdGenerator.SequenceStepIdGenerator Database sequence based IdGenerator using Sequence Step (e.g. -
Classes in io.ebean.config.dbplatform used by io.ebean.config.dbplatform.oracle Class Description AbstractDbEncrypt Base type for DB platform specific Encryption.BasicSqlLimiter Simple SQL limiter for use with SqlQuery.DatabasePlatform Database platform specific settings.DbEncrypt Defines DB encryption support for encrypting and decrypting data using DB encryption features.DbHistorySupport History support for the database platform.DbStandardHistorySupport SQL2011 based history support using 'as of timestamp' type clause appended as part of the the from or join clause.PlatformIdGenerator Generates unique id's for objects.SequenceBatchIdGenerator Database sequence based IdGenerator using Sequence Step 1 but batch fetch many sequence values.SequenceIdGenerator Database sequence based IdGenerator. -
Classes in io.ebean.config.dbplatform used by io.ebean.config.dbplatform.postgres Class Description AbstractDbEncrypt Base type for DB platform specific Encryption.DatabasePlatform Database platform specific settings.DbEncrypt Defines DB encryption support for encrypting and decrypting data using DB encryption features.DbHistorySupport History support for the database platform.DbViewHistorySupport Database view based implementation of DbHistorySupport.PlatformIdGenerator Generates unique id's for objects.SequenceBatchIdGenerator Database sequence based IdGenerator using Sequence Step 1 but batch fetch many sequence values.SequenceIdGenerator Database sequence based IdGenerator. -
Classes in io.ebean.config.dbplatform used by io.ebean.config.dbplatform.sqlanywhere Class Description DatabasePlatform Database platform specific settings.SqlLimiter Adds SQL limiting to a query (such as LIMIT OFFSET).SqlLimitRequest The request object for the query that can have sql limiting applied to it (such as a LIMIT OFFSET clause).SqlLimitResponse The resulting SQL from a SqlLimit process. -
Classes in io.ebean.config.dbplatform used by io.ebean.config.dbplatform.sqlite Class Description DatabasePlatform Database platform specific settings. -
Classes in io.ebean.config.dbplatform used by io.ebean.config.dbplatform.sqlserver Class Description BasicSqlLimiter Simple SQL limiter for use with SqlQuery.DatabasePlatform Database platform specific settings.DbHistorySupport History support for the database platform.DbStandardHistorySupport SQL2011 based history support using 'as of timestamp' type clause appended as part of the the from or join clause.PlatformIdGenerator Generates unique id's for objects.SequenceIdGenerator Database sequence based IdGenerator.SequenceStepIdGenerator Database sequence based IdGenerator using Sequence Step (e.g.SqlLimiter Adds SQL limiting to a query (such as LIMIT OFFSET).SqlLimitRequest The request object for the query that can have sql limiting applied to it (such as a LIMIT OFFSET clause).SqlLimitResponse The resulting SQL from a SqlLimit process. -
Classes in io.ebean.config.dbplatform used by io.ebean.plugin Class Description DatabasePlatform Database platform specific settings.IdType The types of Identity generation that can be defined.


If you know what you made for each of your grading periods, our tool can tell you what grade you need on your exam for your desired letter grade.


Widgets¶
1. Basic Widgets¶
Generally a HTML page is made up of a number of self contained compontents. We call these Widgets in Megapode. Think of a e-commerce site. Widgets could be the Basket, the Navigation, each product view could be a widget and so on and so forth.
So let’s add a few items to our new homepage. We will add a profile widget, and a comments widget, where a user can see what comments their friends have made.
Widgets are parts of a page, that will be rendered. They can be a profile block, a comments feed.
2. Widget Execution¶
Like Pages, Widgets make use of the coordinated blocking system, described in the blocking_futures_things_you_should_know section.
They follow a set pattern of method calls:
- contruct
- initialise
- collect
- prepare
- render
3. Widget Structure¶
A default Widget will then look something like this:
@Widget
public class YourBasicWidget extends WidgetBase {
public UserProfileWidget(Map<Layers, ActorRef> routers,
ActorRef coordinatingActor, UntypedActorContext actorContext) {
super(routers, coordinatingActor, actorContext);
}
@Override
public void initialise(Object... args) {
//these are the parameters that were passed into the build call.
}
@Override
public void collect() {
//collect the data you want
}
@Override
public void process() {
// process data
}
@Override
public Future<String> render() throws Exception {
IRenderer renderer = Renderers.getDefault(this);
Map<String, Object> context = new HashMap<String, Object>();
//add context data
return renderer.render("some.template.html", context);
}
}
4. Calling a Widget from another Widget (or Page)¶
In the same way as pages, any calls to other components will finish before the next method is called. Unlike Pages, however, Widgets are can be called from another component, using the the Widgets proxy.
Like other components, Widgets need to have the Widget annotation, and implement IWidget, or extend WidgetBase.
There is only one method, the build method. This takes the arguments passed into the method, and (after the message passing), uses them to initialise the widget:
//TODO: example
5. Adding to our Project¶
It then follows the defined flow. We’ll need a couple of beans to hold our data. Lets add a Comment and a User:
public class Comment {
Integer id;
Integer userId;
String comment;
Date created;
public Integer getId() {
return id;
}
public void setCommentId(Integer id) {
this.id = id;
}
public Integer getUserId() {
return userId;
}
public void setUserId(Integer userId) {
this.userId = userId;
}
public String getComment() {
return comment;
}
public void setComment(String comment) {
this.comment = comment;
}
public Date getCreated() {
return created;
}
public void setCreated(Date created) {
this.created = created;
}
}
and
public class User {
Integer id;
String firstname;
String lastname;
String email;
String profileImage;
public Integer getId() {
return id;
}
public void setId(Integer id) {
this.id = id;
}
public String getFirstname() {
return firstname;
}
public void setFirstname(String firstname) {
this.firstname = firstname;
}
public String getLastname() {
return lastname;
}
public void setLastname(String lastname) {
this.lastname = lastname;
}
public String getEmail() {
return email;
}
public void setEmail(String email) {
this.email = email;
}
public String getProfileImage() {
return profileImage;
}
public void setProfileImage(String profileImage) {
this.profileImage = profileImage;
}
}
So for the Profile Widget, we can now use:
@Widget
public class ProfileWidget extends WidgetBase {
User user;
public UserProfileWidget(Map<Layers, ActorRef> routers,
ActorRef coordinatingActor, UntypedActorContext actorContext) {
super(routers, coordinatingActor, actorContext);
}
@Override
public void initialise(Object... args) {
user = new User();
}
@Override
public void collect() {
//collect the data you want
}
@Override
public void process() {
// process data
}
@Override
public Future<String> render() throws Exception {
IRenderer renderer = Renderers.getDefault(this);
Map<String, Object> context = new HashMap<String, Object>();
context.put("user", user);
return renderer.render("widget.profile.html", context);
}
}
Dont forget to add the profile template [widget.profile.html]

$user.firstname $user.lastname

email

Next, we can add a Comments Widget:
@Widget
public class ProfileWidget extends WidgetBase {
List<Comment> comments;
public UserProfileWidget(Map<Layers, ActorRef> routers,
ActorRef coordinatingActor, UntypedActorContext actorContext) {
super(routers, coordinatingActor, actorContext);
}
@Override
public void initialise(Object... args) {
comments = new ArrayList<Comment>();
//these are the parameters that were passed into the build call.
}
@Override
public void collect() {
for (int i = 0; i < 3; i++){
Comment comment = new Comment();
comment.setComment(String.format("Comment %d", (i+1)));
comment.setCreated(new Date());
comments.add(comment);
}
}
@Override
public void process() {
// process data
}
@Override
public Future<String> render() throws Exception {
IRenderer renderer = Renderers.getDefault(this);
Map<String, Object> context = new HashMap<String, Object>();
context.put("comments", comments);
return renderer.render("widget.comments.html", context);
}
}
and the comments template:
#foreach( $comment in $comments )

$comment.getComment()

#end


Constraints
Why does software development slow down over time? One of the many reasons is that the existing code places constraints on your ability to go forward. You must keep all prior features working while adding the next.
The interactive activity below demonstrates this phenomenon.
Your Goal
Fill the grid above with the numbers 1 through 9 such that:
- Every cell has a unique number
- The right side sums to
- The top sums to
- The diagonal from top-right to bottom-left sums to
Controls
To fill in the grid, type the desired numbers on your keyboard. You can also move the selection around using the enter or arrow keys.
Great job!
It took you [duration] to complete the first part of the exercise.
Your next task is to update your grid so that the right side sums to a specific number.
Lucky!
Your grid already had the correct sum, so there wasn't anything for you to do.
Wow!
You did that quickly; it only took you [duration]. Perhaps you are quick at math?
Good!
That took you [duration]. Why was it slower?
Next, you will be asked to update your grid so that the top row sums to a specific number, while also maintaining the right side sum.
Lucky!
Your grid already had the correct sums, so there wasn't anything for you to do.
Good!
You only took [duration] to complete the task. That's quick! Is this getting harder yet?
Complete
That took you [duration]. Why did it take so long? You've only been asked to arrange 9 numbers on a grid, after all...
For the final task, you need to get the top-right to bottom-left diagonal to sum to a specific value. Of course, you'll still need to maintain the top and right sums.
Activity Complete
Congratulations on finishing the activity. You completed this last task in [duration].
For the four tasks, these were your times:
- Task 1: [duration]
- Task 2: [duration]
- Task 3: [duration]
- Task 4: [duration]
What made the activity harder as you progressed? What was different about the last task compared to the first?
Why Constraints Slow You Down
Hopefully the activity above helps you intuit why adding constraints slows you down. At a superficial level, the work appears to be the same throughout: you are "only" putting nine numbers in a grid. But each successive constraint restricts the placement of the numbers on the grid, changing the nature of the work and the effort required as you progress.
When the only constraint is to place the nine unique numbers, the work is trivial. Place them in any order you like. One of the simplest methods is to just do them in sequential order. But as the other constraints enter the picture, you have to change your approach to placing the numbers. You may have to significantly rearrange the numbers on the grid to move them into positions that make the sums work out. Even the initial work of making sure you have all nine unique numbers becomes harder as you ask yourself, "Which number am I missing now that I've moved some?"
The same thing happens in software development. At a superficial level, the work all seems the same. Why are some things more difficult than others when it all appears to be "only" writing some code? The answer is that there are hidden constraints. Setting aside the inherent technology constraints, every feature you build also acts as a constraint. Adding new features needs to not break old features, and that leads to more mental effort and longer development times just as illustrated in our activity.
About
This page is based on an activity I experienced as part of a mob programming workshop which Woody Zuill presented. The participants drew a hash (the '#' symbol like a tic-tac-toe board) on paper then filled in the numbers. We worked in pairs, verifying that each other's numbers satisfied all the constraints. The entire room worked at the same time, and Woody timed how long it took for the pairs to finish.
It is a simple exercise to repeat in a group if you have access to writing materials. You can use these example constraints as illustrated on the right:
- Each space must be filled with a unique number from 1 though 9
- The right side must sum to 15
- The top must sum to 9
- The diagonal must sum to 18
The facilitator should make sure to inquire why the successive rounds are taking longer, making sure to explain the concept at the end.


Top 5 Best Chinese Phones for Under $100 – November 2019 - Gizchina.com
by PierreRate this post
Hello netizens! Are you ready to snatch a pretty affordable phone? If you are then keep reading as we’ll be listing the Top 5 Best Chinese Phones you can currently get for less than $100!
Best Chinese Phones for Under $100
1. Redmi 8A
Let’s kick things of with one of the latest and best all around devices to hit the market, the Redmi 8A. The latest entry-level device comes with a large 6.22-inch HD+ display and is powered by a super efficient Snapdragon 439 CPU.
In the camera department we find a single but good 12MP shooter, a Sony IMX 363 image sensor with F/1.8 aperture. Meanwhile at the front we have an 8MP selfie snapper.
But the best selling feature of the device is the autonomy. The Redmi 8A does indeed come with a massive 5000mAh capacity battery. This paired with the efficient CPU could bring 2 days or more of use time.
2. Redmi 7
Albeit older than the sibling above, the Redmi 7 is still one of the best smartphones you can get for less than $100. The device does indeed come with some pretty good hardware for the price, including good Snapdragon 632 octa-core CPU, paired with a minimum of 2GB of 16GB of internal storage expandable via microSD.
We then find a large 6.26-inch panel with HD+ resolution, Corning Gorilla Glass 5 coating and a notch at the top. Camera wise, the device equips a primary 12MP shooter paired with a secondary 2MP sensor to snap photos with bokeh effect. Meanwhile at the front we have an 8MP selfie snapper.
Finally, the Redmi 7 is powered by a 4000mAh battery and runs MIUI 10 based on Android 9.
3. Lenovo K9 Note
If you aren’t in love with MIUI, then the Lenovo K9 Note featuring stock Android might be a good alternative. The handset packs a not too large 6-inch display with HD+ and a 18:9 aspect ratio. It’s powered by a good Qualcomm Snapdragon 450 CPU along with 3GB of RAM and 32GB of internal storage (expandable).
In the camera department we find two rear shooters of 16MP and 2MP resolution, with the secondary used to capture depth data and add the bokeh effect, meanwhile at the front we find an 8MP selfie snapper.
Finally, the Lenovo K9 Note comes with a good sized 3760mAh capacity battery and runs Android 8.0 Oreo OTB.
Best Chinese Phones for Under $100
4. ZTE BLADE A7
Coming with a powerful MediaTek Helio P60 CPU at around $100 the ZTE Blade A7 is definitely a pretty good option to consider. The smartphone also features a 6.09-inch of HD+ display (720 x 1560) and a 19.5:9 aspect ratio.
ZTE’s phone comes with a single rear camera with a resolution of 16MP and f/1.8 aperture. While in the notch at the front we find an 8MP selfie snapper.
Finally, the ZTE Blade A7 is fueled by a 3200mAh battery and runs Android 9.0 Pie out of the box.
5. Ulefone Armor X5
If you’re looking for a tougher device, the Ulefone Armor X5 is probably the one to go with. The rugged phone is indeed one of the most affordable on the market will still offering some rather good internal hardware. Inside, we in fact find a good, albeit old, MediaTek Helio P23, along with 3GB of RAM and 32GB of expandable storage. The smartphone features a 5.5-inch display with HD+ resolution and a Corning Gorilla Glass 4 coating on top.
The Ulefone Armor X5 should also be able to snap some rather fine photos with its 16MP Samsung S5K3P3 sensor sporting f/1.8 aperture; while the 2MP secondary sensor is used to capture depth data. On the front we instead find an 8MP selfie snapper.
Finally, the Armor X5 packs a large 5000mAh battery and runs Android 9.0 P OTB.
Best Chinese Phones for Under $100
With the toughest Ulefone Armor X5 we conclude our monthly rendezvous. Did you find your next entry-level phone? Which other device would you have liked to see on the list? Let us know down below!


Personal Website Project | Cohort 34
This site will be one layout, with 3 pages/sections:
The index page where visitors will be greeted by a welcome message, a brief overview of my strongest skills, an iconic New-Mexico themed photo (VLA at night).
This page will contain a dynamic carousel that will feature visuals of my design work two items at a time, divided into categories: Identity; Photography; Print; Web Development. It is possible that I may drop or consolidate one or two categories.
This page offers the user a means to contact me through a form that is sent to my email, and likely some other means of contact via my social media presence.
This pages of this site will feature one layout which will be fully responsive on small and large screens.


Interactive Toggle Token
Vanilla Code Snippets
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A tutorial on q learning using OpenAI gym's frozen lake environment
The main goal of q-learning and really a lot of other reinforcement learning algorithms is to learn an optimal policy which is usually symbolized as $\pi$. This boils down to finding the action in every scenario that will give us the best outcome. The policy that does this the best is called the optimal policy which is usually symbolized as $\pi^*$. Q-learning is in algorithm to find this policy using what is called a $Q$ function.
The $Q$ function is some function that we need to learn throught training that takes in a state, $s$, and an action, $a$, and will return the expected value of the reward. Note that the expected value will take into account the rewards of all future state-action pairs that branch after the given action.
There are a lot of different ways to learn and capture the $Q$-function. One of the most basic ways is to use a table, where the row numbers represent different states in our environment and the columns numbers represent the actions we can take, then the entry of the table will be the expected reward. If our Q-table perfectly captured the expected rewards for the environment, then the optimal policy would simply entail querying the row number for the state and choosing the action whose column has the greatest expected reward. In reality, more often than not, our expected rewards will have some error attributed to them, so our performance will not be perfect.
For every step in our episode we can update our $Q$-function according to the following formula
\begin{equation} Q(s,a) = (1 - \alpha) * Q(s,a) + \alpha * (r + \gamma * Q(s’, a’)) \end{equation}


1. Click "Let's Play!" button above to get your game name
2. On a large display that everyone can see navigate to: https://trivia-time.firebaseapp.com/monitor
3. On the remote controls navigate to https://trivia-time.firebaseapp.com/controller
4. Enter in your game name
5. Select your player icon and click ready
6. Enjoy!


Try out our Premium Member services: Virtual Legal Assistant, Query Alert Service and an ad-free experience. Free for one month and pay only if you like it.
THE HON'BLE SRI JUSTICE S.V.BHATT W.P. No.42651 of 2017 ORDER:
Heard Mr K.Sitaram for petitioner and the learned Assistant Government Pleader (Revenue).
The petitioner, Sarpanch of Dalemarajuvalasa Village complains air pollution nuisance from the brick kilns run by respondents 7 to 11 and further inaction on the part of the 3rd respondent as illegal, arbitrary and contrary to the Air (Prevention And Control of Pollution) Act, 1981 and Section 134 of Criminal Procedure Code (Cr.P.C).
The Assistant Government Pleader rightly pointed out that the petitioner can complain inaction in the procedure prescribed under Section 133 Cr.P.C. In the case on hand, the complaint is made before the District Collector/2nd respondent. He further submits that if complaint is brought under Section 133 of Cr.P.C for abetment of nuisance, the 3rd respondent will examine and take the assistance of Pollution Control Board if necessary and pass appropriate orders.
The statement is placed on record. 2 The issue since relates to air pollution, to meet ends of justice, the Court considers it appropriate to dispose of the writ petition by this order.
(a) The petitioner is given liberty to make application under Section 133 Cr.P.C for abetment of nuisance before the 3rd respondent by enclosing a copy of this order within four weeks from today.
(b) The 3rd respondent on receipt of application enquires into the matter, if necessary calls for the assistance of Pollution Control Board and take steps as are necessary either for abetment or removal of nuisance within three months from the date of filing of the application.
(c) The 3rd respondent affords opportunity to kiln owners before passing orders. No order as to costs.
Miscellaneous petitions, if any, pending, shall stand closed.
_______________ S. V. BHATT, J Dt: 21.06.2018 Note:
CC in one week (B/o) dv 3


| PWG Copenhagen Meeting Details |
1394 Printing: July 5 & 6
PWG General Session: July 7 (8:30AM - 10:30AM)
IPP: July 7 (10:30AM - 5:30PM)
IPP: July 8
Universal Printer Driver Format (UPDF): July 9
| Meeting Location: Hotel Ascot Phone: +45 3312 6000 |
The hotel rate is DKK 700 (about $108) per night in
cluding breakfast. Please contact Sara Juhl at I-data<EMAIL_ADDRESS>for reservations. The hotel is in
the center of Copenhagen and about 7 miles from the airport.
There will be a meeting charge of DKK 330 (about $51) which includes lunch.
YOU MUST RSVP TO Sara Juhl WITH THE FOLLOWING INFORMATION:


Beep Boop!
I am a Computer. Beep Boop! Giving a count of numbers to the input. No surprise output here. Beep Boop!
Output:
Here is the range of numbers you requested :
This output is completely, absolutely correct. Just a string of numbers. Nothing strange here. These aren't the droids you're looking for.
"Glitchy weirdness is a term of endearment, right?"


Version 1.0.2 by Volodymyr Volynets
- Documenttion
- Enhancement #1148 (Mass refactoring.)
Repository / Git:
Name: Numbers\Documentation
Title: Documentation Repository
Version: 1.0.1
Last Tag: 1.0.1
User Name: Volodymyr Volynets
User Email<EMAIL_ADDRESS>Statistics:
Addition: 1261
Deletion: 0
Modules:
D/N Documentation (Numbers\Documentation\Documentation, 1.0.1) | 1261 0
30 0 | Documentation/Controller/Repositories.php
28 0 | Documentation/Controller/Repository/Pages.php
67 0 | Documentation/Data/Import.php
304 0 | Documentation/Data/System.php
47 0 | Documentation/DataSource/Repository/Languages.php
76 0 | Documentation/Form/List2/Repositories.php
173 0 | Documentation/Form/Repositories.php
77 0 | Documentation/Form/Repository/NewVersion.php
53 0 | Documentation/Form/Repository/Page/Collection.php
43 0 | Documentation/Form/Repository/Page/Repositories.php
66 0 | Documentation/Model/Repositories.php
13 0 | Documentation/Model/Repository/CodeSequence.php
63 0 | Documentation/Model/Repository/Languages.php
57 0 | Documentation/Model/Repository/Organizations.php
17 0 | Documentation/Model/Repository/Types.php
69 0 | Documentation/Model/Repository/Version/Pages.php
58 0 | Documentation/Model/Repository/Versions.php
20 0 | Documentation/module.ini


Michael Carey
CIT 261 - HTML 5
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I have been a part-time guitar builder since the early 1980’s when I built my first solid body electric with a power drill and a saber saw. In 1983 I was given a brief opportunity to learn archtop
guitar construction from an elderly cello maker with a shop in South Boston in exchange for my taking
him out on Saturdays to run errands. Those Saturdays yielded one archtop guitar body. Then, as often happens, life intervened. I finished the archtop 18 years later.
By the time I had completed it I realized that the process of archtop building resonated with me. As my
interest in the process grew I became friends with renowned archtop maker Mark Campellone, whose
work includes one of the Smithsonian Blue Guitars. Besides naming my SC archtop, Mark has cheerfully
shared his knowledge, wood, Rolodex contacts and tools (not to mention his Italian cooking) with me.
His generosity, experience and knowledge have helped me to grow as an archtop builder.
There is something very elegant about the archtop guitar. Whether it is the lovely curves, the exotic
woods or the economy of the design, when I string one up and hear its voice for the first time, I feel that I have made something special.
I hope you like what you see here.
Chris Myers,
Norton MA.
"Then all the trees of the forest will sing for joy"
Psalm 96:12
The Orpheum
The SC
A non-refundable deposit of $500.00 will be required at the time the order is placed. Receipt of the deposit will put your order on the building schedule and will guarantee the price of the instrument. Specification changes to the instrument after the order has been placed will only be permitted if the relative progress of the guitar construction allows it. Balance due upon completion of the instrument.
My friend Rolly Brown plays a great arrangement of Thelonious Monk's 'Round Midnight' on his unamplified 16" SC.
Rolly Brown walks through the acoustic and electric attributes of his SC archtop which includes
a K&K Pure Archtop piezo pickup attached to the underside of the top, along with a floating Kent Armstrong humbucker attached to the pickguard.
Thumbwheel controls on the pickguard include a volume and tone control for the Armstrong as well as a volume control for the K&K.
The pickups are wired into a stereo Switchcraft output jack.


{% extends "base.html" %} {% block title %}
Medieval catalogues > BENEDICTINES: THE SHORTER CATALOGUES > Castle Acre > From will of Thomas Lexham, 1382
{% endif %}9 identified entries found.
All data was derived from the List of Identifications by Professor Richard Sharpe.
{% if not printing %}
A key to codes used in the List is available (opens in new tab).{% endif %}


COLOR YOUR FEELINGS is a social experiment that seeks to observe the associations that others make between
feelings and colors. Participate in this social experiment by filling out the form below. Select a feeling,
a color you associate that feeling with, and name the color!
Click on the buttons below to filter out colors by feeling!


The idea for Salmon Cookies is combining two signature Seattle icons: Cookies, and Salmon! ,They're cookies made into the shape of a salmon
They're cookies made into the shape of a salmon, and actually are made with real Salmon! The fish is ground up so fine that you can't even taste it! This is the ideal match for a steaming cup of coffee on a gray Seattle morning. This wonderful addition to the great, (though admittedly odd at times) Seattle Culture that Tourists will go gaga for! Make sure to go to our orders page to place an order or visit our locations page to visit one of our stores!


White to play 32
pips White=103 Black=145
(CorrectAnswer= 0/0, ErrorScore= 0)
1. 16/14* 14/11 eq: +0.469 69.96% (G:22.21% B:0.51%) 30.04% (G: 2.94% B:0.04%) 2. 12/7 eq: +0.297 (-0.172) 66.35% (G:13.81% B:0.34%) 33.65% (G: 4.36% B:0.04%) 3. 16/11 eq: +0.295 (-0.174) 67.08% (G:12.78% B:0.33%) 32.92% (G: 5.96% B:0.20%) 4. 16/13 7/5 eq: +0.292 (-0.177) 66.71% (G:13.55% B:0.36%) 33.29% (G: 6.14% B:0.22%) 5. 16/14* 12/9 eq: +0.276 (-0.193) 63.91% (G:20.51% B:0.52%) 36.09% (G: 6.86% B:0.20%)


Fundamental Definitions
A metric space is a set $S $ together with a function $d: S \times S \to [0,\infty) $
satisfying three conditions:
- $d(x,y)=0 \iff x=y $,
- $d(x,y)=d(y,x) $,
- $d(x,z)\leq d(x,y) + d(y, z) $ (Triangle inequality).
The set $\mathbb{R}$ of real numbers, with the function
$$
d(x,y)=|x-y|
$$
is a metric space.
Let d be a positive integer. Then $\mathbb{R}^d $ is the set of all ordered $d $-tuples of real numbers.
For $x=(x_1,x_2,\ldots,x_d)\in\mathbb{R}^d $ and $y=(y_1,y_2,\ldots,y_d)\in\mathbb{R}^d $, define
- $x\pm y=(x_1\pm y_1, x_2\pm y_2, \ldots, x_d\pm y_d) $,
- $|x|=\sqrt{x_1^2+x_2^2+\cdots+x_d^2} $.
Let $x_1,x_2,\ldots,y_1,y_2,\ldots y_d $ be 2-dimensional real numbers. Then
Cauchy's
inequality is defined as
$$
\left(\sum_{j=1}^d x_j y_j\right)^2\leq\left(\sum_{j=1}^d x_j^2\right)\left(\sum_{j=1}^d y_j^2\right)
$$
Let $x,y\in\mathbb{R}^d $. Then Minkowski's inequality is defined as
$$
|x+y|\leq|x|+|y|.
$$
I'll give more fundamental definitions.
Let $S $ be a metric space with metric $d $, and $T\subseteq S $. Then $T $ is also a metric space
with metric
$$
d_T(x,y)=d(x,y), \quad x,y\in T.
$$
Let $S $ be a metric space.
- The diameter of $A\subseteq S$ is $$ \text{diam}A=\sup\{d(x,y): x,y\in A\}. $$
- The distance between nonempty sets $A, B \subseteq S $ is $$ \text{dist}(A, B)=inf\{d(x,y):x\in A,y\in B\}. $$
- Let $x\in S $ and $r>0 $. The open ball with center $x $ and radius $r $ is defined as $$ B_r(x)=\{y\in S:d(y,x)< r \}, $$ the closed ball with same center and radius is defined as $$ \overline{B_r}(x)=\{y\in S:d(y,x)\leq r \}. $$
- Let $A\subseteq S$. An interior point of $A $ is a point $x $ so that $$ B_\epsilon(x)\subseteq A $$ for some $\epsilon>0$. A set $A $ is called an open set iff every point of $A$ is an interior point.
- Let $A\subseteq S$ and $x\in A$. Then $x $ is a accumulation point of $A $ iff for every $\epsilon>0 $ $$A\cap(B_\epsilon(x)\setminus\{x\})\neq\emptyset.$$ $A $ is closed iff it contains all of its accumulation points.
- A family $\mathcal{B}$ of open sets of a metric space $S $ is called a base for the open sets of $S $ iff, for every open set $A\subseteq S$, and every $x\in A$, there is $U\in\mathcal{B}$ such that $x\in U\subseteq A$.
Let $S$ be a metric space. Then following statements are true:
- $\emptyset$ and $S $ are open sets.
- If $U $ and $V $ are open sets, then $U\cap V$ is also an open set.
- If $\mathcal{U} $ is any family of open sets, then $$ \bigcup_{U\in\mathcal{U}} $$ is also an open set.
Let $S$ be a metric space. Then following statements are true:
- $\emptyset$ and $S $ are closed sets.
- If $U $ and $V $ are closed sets, then $U\cup V$ is also a closed set.
- If $\mathcal{U} $ is any family of closed sets, then $$ \bigcap_{U\in\mathcal{U}} $$ is also a closed set.
Functions on Metric Spaces
Suppose $S$ and $T $ are metric spaces. A function $h:S\to T $ is an isometry iff
$$
d_T(h(x), h(y)) = d_S(x,y)
$$
for all $x,y\in S $. Two metric spaces are called as isometric iff there is an isometry
of one onto the other. A property is called a metric property iff it is preserved by isometry.
The following statements are true:
- Any isometry with an invariant point is a rotation or a reflection.
- An isometry with no invariant point is a translation or a glide-reflection.
A function $h:S\to T$ is a similarity iff there is a positive number $r$, called as
ratio
of $h $, such that
$$
d(h(x), h(y)) = rd(x,y)
$$
for all $x,y\in S $. Two metric spaces are called as similar iff there is a similarity
of one onto the other.
Let $S $ and $T $ be metric spaces and $x\in S$. A function $h:S\to T$ is continous at $x$
iff, for every $\epsilon >0$, there is $\delta >0$ such that for all $y\in S$
$$
d(x,y)<\delta \Rightarrow d(h(x), h(y)) < \epsilon
$$
The function $h$ is called continous iff it is continuous at every point $x\in S$.
A function $h:S\to T$ is continous iff $h^{-1}\left[V\right]$ is open in $S$ for all $V $ open in $T $.
A function $h:S\to T$ is a homeomorphism of $S$ onto $T$ iff it is bijective, and both
$h$ and $h^{-1}$ are continous. Two metric spaces are called as homeomorphic iff there is an
homeomorphism
of one onto the other. A property is called a topological property iff it is preserved by
homeomorphism.
Sequences in Metric Spaces
Let $S $ be a set. A sequence in $S $ is a function $f:\mathbb{N}\to S$ and it is defined by
the infinite list of values $f(1),f(2),\cdots$ and can be showed as
$$
(x_n)_{n\in\mathbb{N}}.
$$
A sequence $(x_n)$ in a metric space $S $ converges to the point $x\in S$ iff for every
$\epsilon>0$, there is $N\in\mathbb{N}$ such that $d(x_n,x)<\epsilon$ for all $n\geq N$, can be
written as
$$
\lim_{n\to\infty}x_n=x.
$$
We say that the sequence is convergent iff it converges to some point.
Let $(x_n)$ be a sequence in a metric space $S$. If $x_n\to a$ and $x_n\to b$, then $a=b$.
Let $S $ and $T $ be metric spaces, and let $h:S\to T$ be a function. Then $h $ is continuous
iff for every sequence $(x_n)$ in S,
$$
x_n\to x \Longrightarrow h(x_n)\to h(x).
$$
Let $(x_n)$ be a sequence. If we choose an infinite subset of positive integers and list them in
ascending order
$k_1<k_2<k_3<\cdots$, we form a new sequence, called a subsequence of $(x_n)$
$$
(x_{k_i})_{i\in\mathbb{N}}.
$$
Let $x_n$ be a sequence in a metric space $S $ and $x\in S$. We say that $x $ is a cluster
point
of the sequence $(x_n)$ iff for every $\epsilon>0$, and every $N\in\mathbb{N}$, there exists $n\geq
N$
with
$d(x_n,x)<\epsilon$.
The point $x$ is a cluster point of the sequence $(x_n)$ iff $x$ is the limit of some subsequence of
$(x_n)$.
Completeness
A Cauchy sequence in a metric space $S$ is a sequence $(x_n)$ satisfying; for every
$\epsilon>0$ there
is $N\in\mathbb{N}$ so that $d(x_n,x_m)<\epsilon$ for all $n,m\geq N$.
Every convergent sequence is a Cauchy sequence.
A metric space $S$ is complete iff every Cauchy sequence in $S$ converges in $S$.
The closure of a ser $A$ is the set $\bar{A}$, consisting of $A $ together with all of its
accumulation points. A set $A$ is dense in a set $B$ iff $\bar{A}=B$. A point $x$ that belongs
both to the closure of the set $A$ and to the closure of the complementary set $S\setminus A$ is called
a boundary point of $A$ and can be written as $\partial A$.
Contraction Mapping
A point $x$ is a fixed point of a function $f$ iff $f(x)=x$. A function $f:S\to S$ is a
contraction iff there is a constant $r<1$ such that
$$
d(f(x), f(y)) \leq rd(x,y)
$$
for all $x,y\in S$.
The following statements are true:
- A contraction mapping $f$ on a complete nonempty metric space $S$ has a unique fixed point.
- Let $f$ be a contraction mapping on a complete metric space $S$. If $x_0$ is any point of $S$, and $$ x_{n+1}=f(x_n), \quad n\geq 0, $$ then the sequence $x_n$ converges to the fixed point of $f$.
A function $f:S\to T$ is a Lipschitz function iff there is a constant $B$ with
$$
d(f(x),f(y))\leq Bd(x,y), \forall x,y\in S.
$$
A function $f:S\to T$ is a inverse Lipschitz function iff there is a constant $A>0$ with
$$
d(f(x),f(y))\geq Ad(x,y), \forall x,y\in S.
$$
A function $f:S\to T$ is a lipeomorphism iff it is both Lipschitz and inverse Lipschitz. Such a
function
$f$ is also called a metric equivalence.
Seperable and Compact Spaces
A family $\mathcal{U}$ of subsets of $S$ is said to cover a set iff $A$ is contained
in the union of the family $\mathcal{U}$. A family which covers a set is called as a cover
of the set. A cover consisting of a finite number of sets is called a finite cover. A
cover consisting of a countable number of sets is called a countable cover. An open
cover
of a set $A $ is a cover of $A$ consisting only of open sets. If $\mathcal{U}$ is a cover of $A$,
then a subcover is a subfamily of $\mathcal{U}$ that still covers $A$.
Let $S$ be a metric space. Then the following are equivalent:
- There is a countable set $D$ dense in $S$.
- There is a countable base for the open sets of $S$. (second axiom of countability)
- Every open cover of $S$ has a countable subcover. (Lindelöf property)
A metric space $S$ is called sequentially compact iff every sequence in $S$ has at least one
cluster point (in $S$). A metric space $S$ is called countably compact iff every infinite
subset of $S$ has at least one accumulation point (in $S$). Let $\mathcal{F}$ be a family of subsets
of a set $S$. We say that $\mathcal{F}$ has the finite intersection property iff any
intersection
of finitely many sets from $\mathcal{F}$ is nonempty. A metric space $S $ is called bicompact
iff every family of closed sets with the finite intersection property has nonempty intersection.
(Heine–Borel theorem) Let $a<b$ be real numbers. Let $\mathcal{F}$ be a family of closed
subsets of of the interval $[a, b]$. If $\mathcal{F}$ has the finite intersection property, then
the intersection
$$
\bigcap_{F\in\mathcal{F}}F
$$
of the entire family is not empty.
Let $S$ be a metric space. The following are equivalent:
- $S$ is sequentially compact,
- $S$ is countably compact,
- $S$ is bicompact.
References
- Measure, Topology, and Fractal Geometry, Edgar Gerald.
Thanks for reading! I hope you found this article informative and insightful. If you have any questions or feedback, please don't hesitate to reach out to me. I always appreciate hearing from my readers and learning how I can improve my writing. If you notice any errors or inaccuracies, please notify me, and I'll make the necessary corrections. How to contact me: E-mail LinkedIn


Acre Produce
A six-week mock project designing a mobile app for an online grocery startup
Team: Solo Designer
Skills: UX design, UI design, information architecture
Tools: Sketch, Illustrator, InVision, Marvel
This was my first project at Designation, which also means it was my first utilizing a user-centered design approach. It was also my first time designing for mobile. Lots of firsts! I was excited to jump into the program, learn about the process, and build something from research to high-fidelity.
PROJECT OVERVIEW
Winkel, later re-branded to Acre, is a start-up that wants to improve the way people shop for groceries online. They wanted to create a mobile-first experience to allow people to buy what they need on the go. I was tasked with determining users' needs and goals in order to make the best possible experience.
DOMAIN RESEARCH
The grocery industry in the United States represents almost $627bn of the $5.75tn Food Retail Industry. Some of the leading retailers are Walmart, Kroger, Albertsons, and Costco. At around $14bn in sales in 2017, online mobile grocery shopping represents only a small portion of the current market. However, as demographics change and adoption grows, it’s poised to be one of the fastest growing segments of the grocery market with projected sales of up to nearly $30bn by 2021.
A Look at the Competition
I selected and examined a collection of direct and indirect competitors in the online delivered grocery and food space to develop an understanding the marketplace. An analysis of the products, service offerings, and app features of the competitors revealed expected offerings among most competitors: fresh foods, availability of non-food items, and in-store pickup. The vast majority had both web and native apps, with the ability to customize and manage your experience. The analysis also revealed four key opportunities:
- Only two direct competitors had short supply chains with direct relationships to local producers.
- No competitor offered products at a budget price point.
- No direct competitor offered scheduled, recurring deliveries.
- Only two direct competitors had the ability to focus a search based on specific dietary needs.
USER INSIGHTS
With a better understanding of the marketplace, I was ready to focus on better understanding the users. I synthesized six user interviews, highlighting common behaviors, motivations, influences, goals, and frustrations and then developed a primary persona based on them.
Persona
THE PROBLEM
After defining the primary user I’d be designing for, I developed a problem statement and user stories to clearly state the key problems I needed to consider while creating my design.
Problem Statement
The Urban Optimizer needs a way to quickly and easily find and buy well-priced and portioned, ethically-produced food from local producers because they want high quality and freshness while staying true to their values and balancing their budget and busy schedule.
User Stories
- As a busy urban professional, I want to quickly and easily be able to buy fresh food and produce so that I can accommodate my tight schedule.
- As a person with financial constraints, I want to be able to eat well at a good price so that I stay within my budget.
- As a socially-conscious citizen, I want to buy from local, authentic sustainable food producers so that I support the area-economy and the environment.
WIREFRAME SKETCHES AND PAPER PROTOTYPE
I did a series of rough 6-8-5 sketches to help generate ideas for possible solutions. This ultimately led to a paper prototype that you can see and interact with below.
APP MAP
Laying out the information architecture helped me understand how the foundational pieces of the app would fit together. This greater structure was important to define and keep in mind while designing, since I wouldn’t be building the entire app.
WIREFRAMES
I designed a set of mid-fidelity wireframes focused on onboarding, the shopping experience, and the checkout flow.
UI DESIGN
Logo Concepts
I developed three logo concepts that balance clean, modern sans-serif type against earthy, organic imagery. I also created a new brand, Acre, which I thought would resonate more with Katherine.
Style Tiles
HI-FI SCREENS
I took the Urban Organic concept and built high-fidelity mockups that I ultimately turned into a InVision Prototype that takes the user through an onboarding flow, searching for and buying a product, and a checkout flow.
Take a look at the InVision prototype.


- 1
- 2
- 3
Item 1: "Atlas"
Price: $170
Description: A powerful ride for experienced cyclists. Strong frame results in a comfortable ride over even the rockiest of terrain. Slim tires allow for effective street riding as well as mountain biking
Item 2: "Fortified"
Price: $140
Description: A dependable ride for amateur cyclists as well as hobbyists. The basic frame and suitable features assure a dependable street ride and lesser mountain trails.
Item 3: "Festka"
Price: $160
Description: Advanced handling and high seat make this ride the optimal racing companion. Speed is the name of the game with this bike!


See this self-documenting sample HTML results file.
See this sample TSV results file.
Note: This file is only created if when the Fisher Exact test method (fisher) is used.
fisher


--- layout: tweet ---
Fixing up broken tests. Simple, but satisfying.
11/13/2008, 10:40:44 AM
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Your mind is always buzzing with unexplored ideas and plans.
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Generally speaking, you rely more on your experience than your imagination.
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You find it easy to stay relaxed and focused even when there is some pressure.
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You rarely do something just out of sheer curiosity.
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People can rarely upset you.
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$q
ng
A promise/deferred implementation inspired by Kris Kowal's Q.
The CommonJS Promise proposal describes a promise as an interface for interacting with an object that represents the result of an action that is performed asynchronously, and may or may not be finished at any given point in time.
From the perspective of dealing with error handling, deferred and promise APIs are to
asynchronous programming what try
, catch
and throw
keywords are to synchronous programming.
// for the purpose of this example let's assume that variables `$q` and `scope` are // available in the current lexical scope (they could have been injected or passed in). function asyncGreet(name) { var deferred = $q.defer(); setTimeout(function() { // since this fn executes async in a future turn of the event loop, we need to wrap // our code into an $apply call so that the model changes are properly observed. scope.$apply(function() { deferred.notify('About to greet ' + name + '.'); if (okToGreet(name)) { deferred.resolve('Hello, ' + name + '!'); } else { deferred.reject('Greeting ' + name + ' is not allowed.'); } }); }, 1000); return deferred.promise; } var promise = asyncGreet('Robin Hood'); promise.then(function(greeting) { alert('Success: ' + greeting); }, function(reason) { alert('Failed: ' + reason); }, function(update) { alert('Got notification: ' + update); });
At first it might not be obvious why this extra complexity is worth the trouble. The payoff comes in the way of guarantees that promise and deferred APIs make, see https://github.com/kriskowal/uncommonjs/blob/master/promises/specification.md.
Additionally the promise api allows for composition that is very hard to do with the traditional callback (CPS) approach. For more on this please see the Q documentation especially the section on serial or parallel joining of promises.
A new instance of deferred is constructed by calling $q.defer()
.
The purpose of the deferred object is to expose the associated Promise instance as well as APIs that can be used for signaling the successful or unsuccessful completion, as well as the status of the task.
Methods
resolve(value)
– resolves the derived promise with the value
. If the value is a rejection
constructed via $q.reject
, the promise will be rejected instead.reject(reason)
– rejects the derived promise with the reason
. This is equivalent to
resolving it with a rejection constructed via $q.reject
.notify(value)
- provides updates on the status of the promises execution. This may be called
multiple times before the promise is either resolved or rejected.Properties
{Promise}
– promise object associated with this deferred.A new promise instance is created when a deferred instance is created and can be retrieved by
calling deferred.promise
.
The purpose of the promise object is to allow for interested parties to get access to the result of the deferred task when it completes.
Methods
then(successCallback, errorCallback, notifyCallback)
– regardless of when the promise was or
will be resolved or rejected, then
calls one of the success or error callbacks asynchronously
as soon as the result is available. The callbacks are called with a single argument: the result
or rejection reason. Additionally, the notify callback may be called zero or more times to
provide a progress indication, before the promise is resolved or rejected.
This method returns a new promise which is resolved or rejected via the return value of the
successCallback
, errorCallback
. It also notifies via the return value of the
notifyCallback
method. The promise can not be resolved or rejected from the notifyCallback
method.
catch(errorCallback)
– shorthand for promise.then(null, errorCallback)
finally(callback)
– allows you to observe either the fulfillment or rejection of a promise,
but to do so without modifying the final value. This is useful to release resources or do some
clean-up that needs to be done whether the promise was rejected or resolved. See the full
specification for
more information.
Because finally
is a reserved word in JavaScript and reserved keywords are not supported as
property names by ES3, you'll need to invoke the method like promise['finally'](callback)
to
make your code IE8 compatible.
Because calling the then
method of a promise returns a new derived promise, it is easily
possible to create a chain of promises:
promiseB = promiseA.then(function(result) { return result + 1; }); // promiseB will be resolved immediately after promiseA is resolved and its value // will be the result of promiseA incremented by 1
It is possible to create chains of any length and since a promise can be resolved with another promise (which will defer its resolution further), it is possible to pause/defer resolution of the promises at any point in the chain. This makes it possible to implement powerful APIs like $http's response interceptors.
There are two main differences:
ng.$rootScope.Scope
Scope model observation
mechanism in angular, which means faster propagation of resolution or rejection into your
models and avoiding unnecessary browser repaints, which would result in flickering UI.Q has many more features than $q, but that comes at a cost of bytes. $q is tiny, but contains all the important functionality needed for common async tasks.
it('should simulate promise', inject(function($q, $rootScope) { var deferred = $q.defer(); var promise = deferred.promise; var resolvedValue; promise.then(function(value) { resolvedValue = value; }); expect(resolvedValue).toBeUndefined(); // Simulate resolving of promise deferred.resolve(123); // Note that the 'then' function does not get called synchronously. // This is because we want the promise API to always be async, whether or not // it got called synchronously or asynchronously. expect(resolvedValue).toBeUndefined(); // Propagate promise resolution to 'then' functions using $apply(). $rootScope.$apply(); expect(resolvedValue).toEqual(123); }));
Combines multiple promises into a single promise that is resolved when all of the input promises are resolved.
| Param | Type | Details |
|---|---|---|
| promises | Array.<Promise>Object.<Promise> | An array or hash of promises. |
| Promise | Returns a single promise that will be resolved with an array/hash of values,
each value corresponding to the promise at the same index/key in the |
Creates a Deferred
object which represents a task which will finish in the future.
| Deferred | Returns a new instance of deferred. |
Creates a promise that is resolved as rejected with the specified reason
. This api should be
used to forward rejection in a chain of promises. If you are dealing with the last promise in
a promise chain, you don't need to worry about it.
When comparing deferreds/promises to the familiar behavior of try/catch/throw, think of
reject
as the throw
keyword in JavaScript. This also means that if you "catch" an error via
a promise error callback and you want to forward the error to the promise derived from the
current promise, you have to "rethrow" the error by returning a rejection constructed via
reject
.
promiseB = promiseA.then(function(result) { // success: do something and resolve promiseB // with the old or a new result return result; }, function(reason) { // error: handle the error if possible and // resolve promiseB with newPromiseOrValue, // otherwise forward the rejection to promiseB if (canHandle(reason)) { // handle the error and recover return newPromiseOrValue; } return $q.reject(reason); });
| Param | Type | Details |
|---|---|---|
| reason | * | Constant, message, exception or an object representing the rejection reason. |
| Promise | Returns a promise that was already resolved as rejected with the |
Wraps an object that might be a value or a (3rd party) then-able promise into a $q promise. This is useful when you are dealing with an object that might or might not be a promise, or if the promise comes from a source that can't be trusted.
| Param | Type | Details |
|---|---|---|
| value | * | Value or a promise |
| Promise | Returns a promise of the passed value or promise |


19 August 1998
Disease Outbreak Reported
Among other critical health problems, Afghanistan has been suffering from a cholera outbreak since July this year. Approximately 1500 cholera cases per day are reportedly occurring daily in Kabul Province. Other areas affected are Logar and Bamyan Provinces in the central part of the country and Uruzgan Province in the south. Exact numbers are difficult to obtain due to the current security problems. Laboratory investigation has confirmed that the outbreak is caused by Vibrio cholerae O1 El Tor. According to information available to date the case fatality rate has been low .
Data are collected from 59 health facilities which are part of a national surveillance system supported by WHO. The Ministry of Health, in collaboration with WHO, has set up a Cholera Task Force which meets regularly and is attended by several agencies ( WHO, ICRC, UNDP, UNICEF). NGO 's. which were withdrawn from Kabul Province, are not yet able to return but negotiations are currently in progress to resolve this situation.


BeeSafe Project
v1.0
Low-cost tracking device.
Class Hierarchy
Go to the textual class hierarchy
Generated by
1.8.13


|
Bullet Collision Detection & Physics Library
|
btSoftRigidCollisionAlgorithm provides collision detection between btSoftBody and btRigidBody More...
#include <btSoftRigidCollisionAlgorithm.h>
Classes | |
| struct | CreateFunc |
Public Member Functions | |
| btSoftRigidCollisionAlgorithm (btPersistentManifold *mf, const btCollisionAlgorithmConstructionInfo &ci, const btCollisionObjectWrapper *col0, const btCollisionObjectWrapper *col1Wrap, bool isSwapped) | |
| TODO: include all the shapes that the softbody can collide with alternatively, implement special case collision algorithms (just like for rigid collision shapes) More... | |
| virtual | ~btSoftRigidCollisionAlgorithm () |
| virtual void | processCollision (const btCollisionObjectWrapper *body0Wrap, const btCollisionObjectWrapper *body1Wrap, const btDispatcherInfo &dispatchInfo, btManifoldResult *resultOut) |
| virtual btScalar | calculateTimeOfImpact (btCollisionObject *body0, btCollisionObject *body1, const btDispatcherInfo &dispatchInfo, btManifoldResult *resultOut) |
| virtual void | getAllContactManifolds (btManifoldArray &manifoldArray) |
| Public Member Functions inherited from btCollisionAlgorithm | |
| btCollisionAlgorithm () | |
| btCollisionAlgorithm (const btCollisionAlgorithmConstructionInfo &ci) | |
| virtual | ~btCollisionAlgorithm () |
Private Attributes | |
| bool | m_isSwapped |
| for rigid versus soft (instead of soft versus rigid), we use this swapped boolean More... | |
Additional Inherited Members | |
| Protected Attributes inherited from btCollisionAlgorithm | |
| btDispatcher * | m_dispatcher |
btSoftRigidCollisionAlgorithm provides collision detection between btSoftBody and btRigidBody
Definition at line 29 of file btSoftRigidCollisionAlgorithm.h.
| btSoftRigidCollisionAlgorithm::btSoftRigidCollisionAlgorithm | ( | btPersistentManifold * | mf, |
| const btCollisionAlgorithmConstructionInfo & | ci, | ||
| const btCollisionObjectWrapper * | col0, | ||
| const btCollisionObjectWrapper * | col1Wrap, | ||
| bool | isSwapped | ||
| ) |
TODO: include all the shapes that the softbody can collide with alternatively, implement special case collision algorithms (just like for rigid collision shapes)
Definition at line 30 of file btSoftRigidCollisionAlgorithm.cpp.
|
virtual |
Definition at line 38 of file btSoftRigidCollisionAlgorithm.cpp.
|
virtual |
Implements btCollisionAlgorithm.
Definition at line 68 of file btSoftRigidCollisionAlgorithm.cpp.
|
inlinevirtual |
Implements btCollisionAlgorithm.
Definition at line 49 of file btSoftRigidCollisionAlgorithm.h.
|
virtual |
Implements btCollisionAlgorithm.
Definition at line 52 of file btSoftRigidCollisionAlgorithm.cpp.
|
private |
for rigid versus soft (instead of soft versus rigid), we use this swapped boolean
Definition at line 38 of file btSoftRigidCollisionAlgorithm.h.


interface StripeIntent : StripeModel
An interface for methods available in PaymentIntent and SetupIntent
NextActionData |
sealed class NextActionData : StripeModel |
NextActionType |
Type of the next action to perform. enum class NextActionType |
RedirectData |
data class |
SdkData |
data class |
Status |
enum class Status |
Usage |
See setup_intent.usage and Reusing Cards. enum class Usage |
clientSecret |
abstract val clientSecret: String? |
created |
Time at which the object was created. Measured in seconds since the Unix epoch. abstract val created: Long |
description |
An arbitrary string attached to the object. Often useful for displaying to users. abstract val description: String? |
id |
Unique identifier for the object. abstract val id: String? |
isLiveMode |
Has the value true if the object exists in live mode or the value false if the object exists in test mode. abstract val isLiveMode: Boolean |
nextActionData |
abstract val nextActionData: NextActionData? |
nextActionType |
abstract val nextActionType: NextActionType? |
paymentMethod |
The expanded PaymentMethod represented by paymentMethodId. abstract val paymentMethod: PaymentMethod? |
paymentMethodId |
abstract val paymentMethodId: String? |
paymentMethodTypes |
The list of payment method types (e.g. card) that this PaymentIntent is allowed to use. abstract val paymentMethodTypes: List<String> |
redirectData |
abstract val |
status |
abstract val status: Status? |
stripeSdkData |
abstract val |
requiresAction |
abstract fun requiresAction(): Boolean |
requiresConfirmation |
abstract fun requiresConfirmation(): Boolean |
PaymentIntent |
A PaymentIntent tracks the process of collecting a payment from your customer. data class PaymentIntent : StripeIntent |
SetupIntent |
A SetupIntent guides you through the process of setting up a customer's payment credentials for future payments. data class SetupIntent : StripeIntent |


The substring()
method returns a subset of a string
between one index and another, or through the end of the string.
str.substring(indexStart[, indexEnd])
indexStart
0
and the length of the string, specifying the offset into the string of the first character to include in the returned substring.indexEnd
0
and the length of the string, which specifies the offset into the string of the first character not to include in the returned substring.substring()
extracts characters from indexStart
up to but not including indexEnd
. In particular:
indexStart
equals indexEnd
, substring()
returns an empty string.indexEnd
is omitted, substring()
extracts characters to the end of the string.stringName.length
, it is treated as if it were stringName.length
.If indexStart
is greater than indexEnd
, then the effect of substring()
is as if the two arguments were swapped; for example, str.substring(1, 0) == str.substring(0, 1)
.
substring()
The following example uses substring()
to display characters from the string 'Mozilla'
:
var anyString = 'Mozilla'; // Displays 'Moz' console.log(anyString.substring(0, 3)); console.log(anyString.substring(3, 0)); // Displays 'lla' console.log(anyString.substring(4, 7)); console.log(anyString.substring(7, 4)); // Displays 'Mozill' console.log(anyString.substring(0, 6)); // Displays 'Mozilla' console.log(anyString.substring(0, 7)); console.log(anyString.substring(0, 10));
substring()
with length
propertyThe following example uses the substring()
method and length property to extract the last characters of a particular string. This method may be easier to remember, given that you don't need to know the starting and ending indices as you would in the above examples.
// Displays 'illa' the last 4 characters var anyString = 'Mozilla'; var anyString4 = anyString.substring(anyString.length - 4); console.log(anyString4); // Displays 'zilla' the last 5 characters var anyString = 'Mozilla'; var anyString5 = anyString.substring(anyString.length - 5); console.log(anyString5);
The following example replaces a substring within a string. It will replace both individual characters and substrings. The function call at the end of the example changes the string 'Brave New World'
into 'Brave New Web'
.
// Replaces oldS with newS in the string fullS function replaceString(oldS, newS, fullS) { for (var i = 0; i < fullS.length; ++i) { if (fullS.substring(i, i + oldS.length) == oldS) { fullS = fullS.substring(0, i) + newS + fullS.substring(i + oldS.length, fullS.length); } } return fullS; } replaceString('World', 'Web', 'Brave New World');
Note that this can result in an infinite loop if oldS
is itself a substring of newS
— for example, if you attempted to replace 'World' with 'OtherWorld' here. A better method for replacing strings is as follows:
function replaceString(oldS, newS, fullS) { return fullS.split(oldS).join(newS); }
The code above serves as an example for substring operations. If you need to replace substrings, most of the time you will want to use str.replace().
Created by Mozilla Contributors, license: CC-BY-SA 2.5


| After Laura and John Baxter lose their only child in a horrible drowning, they are greeted by strange sightings of her throughout their everyday lives. When two old ladies approach them in Italy with news that their daughter may still be alive, it seems too good to be true. Perhaps it is... | |
| Genres: | Drama, Horror, Thriller |
| Director: | Nicolas Roeg |
| Writer: | Daphne Du Maurier, Allan Scott, Chris Bryant |
Cast: | Laura Baxter - Julie Christie John Baxter - Donald Sutherland Heather - Hilary Mason Wendy - Clelia Matania Bishop Barbarrigo - Massimo Serato Inspector Longhi - Renato Scarpa Workman - Giorgio Trestini Hotel Manager - Leopoldo Trieste Anthony Babbage - David Tree Mandy Babbage - Ann Rye Johnny Baxter - Nicholas Salter Christine Baxter - Sharon Williams Detective Sabbione - Bruno Cattaneo Dwarf - Adelina Poerio |


February 1, 2019
4:00pm
Cherry Blossom
Extra Sunlight -
10
Gentle Rain -
100
Ancestor's Blessing -
1000
Heavenly Love -
10000


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Level of confidence that token is an accurately-transcribed word
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Congratulations you have booked your event.
{event.title}
{event.description}
{event.startDate.format('dd/MM/yyyy HH:mm:ss')}
{event.location}
Address: {event.address}
Price: {event.price}€
ReservationId: {reservationOut.id}
Secure code: {reservationOut.secureCode}


<%= color(‘Capistrano’, :bold) %>
Capistrano is a utility for automating the execution of commands across multiple remote machines. It was originally conceived as an aid to deploy Ruby on Rails web applications, but has since evolved to become a much more general-purpose tool.
The command-line interface to Capistrano is via the `cap’ command.
cap [ option ] ... action ...
The following options are understood:
<%= color '-d, --debug', :bold %> Causes Capistrano to pause and prompt before executing any remote command, giving the user the option to either execute the command, skip the command, or abort execution entirely. This makes it a great way to troubleshoot tasks, or test custom tasks, by executing commands one at a time and checking the server to make sure they worked as expected before moving on to the next command. (Compare this to the --dry-run command.) <%= color '-e, --explain TASK', :bold %> Displays the extended description of the given task. Not all tasks will have an extended description, but for those that do, this can provide a wealth of additional usage information, such as describing environment variables or settings that can affect the execution of the task. <%= color '-F, --default-config', :bold %> By default, cap will search for a config file named `Capfile' or `capfile' in the current directory, or in any parent directory, and will automatically load it. However, if you specify the -f flag (see below), cap will use that file instead of the default config. If you want to use both the default config, and files loaded via -f, you can specify -F to force cap to search for and load the default config, even if additional files were specified via -f. <%= color '-f, --file FILE', :bold %> Causes the named file to be loaded. Capistrano will search both its own recipe directory, as well as the current directory, looking for the named file. An ".rb" extension is optional. The -f option may be given any number of times, but if it is given, it will take the place of the normal `Capfile' or `capfile' detection. Use -F if you want the default capfile to be loaded when you use -f. <%= color '-H, --long-help', :bold %> Displays this document and exits. <%= color '-h, --help', :bold %> Shows a brief summary of these options and exits. <%= color '-l, --logger [STDERR|STDOUT|file]', :bold %> Change the file used to print the output. It offers three options: standard error(stderr), standard output and file. Options are not case sensitive. By default Capistrano uses stderr. <%= color '-n, --dry-run', :bold %> Causes Capistrano to simply display each remote command, without executing it. In this sense it is similar to --debug, but without the prompt. Note that commands executed locally are still run--only remote commands are skipped. <%= color '-p, --password', :bold %> Normally, cap will prompt for the password on-demand, the first time it is needed. This can make it hard to walk away from Capistrano, since you might not know if it will prompt for a password down the road. In such cases, you can use the -p option to force cap to prompt for the password immediately. <%= color '-q, --quiet', :bold %> Display only critical error messages. All other output is suppressed. <%= color '-S, --set-before NAME=VALUE', :bold %> Sets the given variable to the given value, before loading any recipe files. This is useful if you have a recipe file that depends on a certain variable being set, at the time it is loaded. <%= color '-s, --set NAME=VALUE', :bold %> Sets the given variable to the given value, after loading all recipe files. This is useful when you want to override the value of a variable which is used in a task. Note that this will set the variables too late for them to affect conditions that are executed as the recipes are loaded. <%= color '-T, --tasks PATTERN', :bold %> Displays the list of all tasks (matching optional PATTERN) in all loaded recipe files. If a task has no description, or if the description starts with the [internal] tag, the task will not be listed unless you also specify -v. <%= color '-t, --tool', :bold %> Abbreviates the output of -T for integration with other tools. Without -t, -T will list tasks with their summaries, and may include additional instructive text at the bottom. When integrating with other tools (e.g., bash auto-expansion and the like) that additional text can get in the way. This switch makes it easier for those tools to parse the list of tasks. (The -t switch has no effect if the -T switch is not specified.) <%= color '-V, --version', :bold %> Shows the current Capistrano version number and exits. <%= color '-v, --verbose', :bold %> Increase the verbosity. You can specify this option up to three times to further increase verbosity. By default, cap will use maximum verbosity, but if you specify an explicit verbosity, that will be used instead. See also -q. <%= color '-X, --skip-system-config', :bold %> By default, cap will look for and (if it exists) load the global system configuration file located in /etc/capistrano.conf. If you don't want cap to load that file, give this option. <%= color '-x, --skip-user-config', :bold %> By default, cap will look for and (if it exists) load the user-specific configuration file located in $HOME/.caprc. If you don't want cap to load that file, give this option.
<%= color(‘Environment Variables’, :bold) %>
<%= color 'HOSTS', :bold %> Execute the tasks against this comma-separated list of hosts. Effectively, this makes the host(s) part of every roles. <%= color 'HOSTFILTER', :bold %> Execute tasks against this comma-separated list of host, but only if the host has the proper role for the task. <%= color 'HOSTROLEFILTER', :bold %> Execute tasks against the hosts in this comma-separated list of roles, but only if the host has the proper role for the task. <%= color 'ROLES', :bold %> Execute tasks against this comma-separated list of roles. Hosts which do not have the right roles will be skipped.


--- layout: page title : 精英风采 header : Post Archive group: navigation --- {% include JB/setup %}
{{ photo.des }}


Show only known devices
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Web Bluetooth
is not supported on this device, make sure you're running Chrome 56 or later. If you are running linux, make sure you have enabled the
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Sian Clifford wants Who Wants To Be A Millionaire? cheating 'blown wide open'
Fleabag star Sian Clifford wants her new ITV drama to ‘blow’ the Who Wants To Be A Millionaire? cheating scandal wide open.
The infamous coughing scandal on the game show in 2001 saw Major Charles Ingram scam his way to winning £1million with help from a friend who coughed from the audience to signal the right answer.
ITV are turning the incident into the drama Quiz, with Sian playing Charles’ wife Diana, Matthew Macfadyen as and Michael Sheen as Millionaire host Chris Tarrant.
Speaking about the show at the Evening Standard Theatre Awards, the actress said: ‘I’ve seen all the episodes now, we’ve got a wait until it’s coming out here but [I’m] absolutely brimming with excitement to share that with the world.
‘That story is, I hope, about to get blown wide open because it’s not what we think.’
Advertisement Advertisement
The 37-year-old added that it was ‘amazing’ to explore the scandal ‘look at it from the Ingrams’ perspective’.
‘We’re really hoping to shed some light on it, with the show,’ she said.
Recently Chris himself, who hosted the show for 15 years, admitted he was worried about how Michael would play him.
He told This Morning’s Eamonn and Ruth: ‘I met Michael Sheen at the Pride Of Britain Awards. Now this guy has been looking at tapes of me for weeks and weeks and suddenly this great big lump taps him on the shoulder and he turned around and went “Argh!”. It was really weird! ‘I’m thrilled that he’s doing it, he’s a brilliant actor. I just hope he’s not going to do the sort of Rory Bremner “Hello! Tea!” and all that stuff.
‘I don’t think he will because he’s an actor and he’s very good. I just hope – because I saw the original theatre play in Chichester – I hope they don’t make a big deal out of “The Major might be innocent”.
‘I have sat through so many hours with the police and the fraud squad watching tapes of the major’s show. He is so guilty!’
Quiz will air on ITV in 2020.
Got a showbiz story?
If you've got a celebrity story, video or pictures get in touch with the Metro.co.uk entertainment team by emailing us<EMAIL_ADDRESS>calling 020 3615 2145 or by visiting our Submit Stuff page - we'd love to hear from you.


asn - ASN.1 BER encoder/decoder
The asn package provides partial de- and encoder commands for BER encoded ASN.1 data. It can also be used for decoding DER, which is a restricted subset of BER.
ASN.1 is a standard Abstract Syntax Notation, and BER are its Basic Encoding Rules.
See http://asn1.elibel.tm.fr/en/standards/index.htm for more information about the standard.
Also see http://luca.ntop.org/Teaching/Appunti/asn1.html for A Layman's Guide to a Subset of ASN.1, BER, and DER, an RSA Laboratories Technical Note by Burton S. Kaliski Jr. (Revised November 1, 1993). A text version of this note is part of the module sources and should be read by any implementor.
Takes zero or more encoded values, packs them into an ASN sequence and returns its encoded binary form.
Takes a list of encoded values, packs them into an ASN sequence and returns its encoded binary form.
Takes zero or more encoded values, packs them into an ASN set and returns its encoded binary form.
Takes a list of encoded values, packs them into an ASN set and returns its encoded binary form.
Takes zero or more encoded values, packs them into an ASN application construct and returns its encoded binary form.
Takes a single encoded value data, packs it into an ASN application construct and returns its encoded binary form.
Takes zero or more encoded values, packs them into an ASN choice construct and returns its encoded binary form.
Takes zero or more encoded values, packs them into an ASN choice construct and returns its encoded binary form.
Returns the encoded form of the specified integer number.
Returns the encoded form of the specified enumeration id number.
Returns the encoded form of the specified boolean value bool.
Takes an encoded value and packs it into a constructed value with application tag, the context number.
Takes zero or more encoded values and packs them into a constructed value with application tag, the context number.
Takes a list of at least 2 integers describing an object identifier (OID) value, and returns the encoded value.
Returns the encoded form of the specified UTC time string.
Returns the NULL encoding.
Returns the encoded form of the specified string.
Returns the encoded form of the specified string.
Returns the string encoded as ASN.1 NumericString. Raises an error if the string contains characters other than decimal numbers and space.
Returns the string encoding as ASN.1 PrintableString. Raises an error if the string contains characters which are not allowed by the Printable String datatype. The allowed characters are A-Z, a-z, 0-9, space, apostrophe, colon, parentheses, plus, minus, comma, period, forward slash, question mark, and the equals sign.
Returns the string encoded as ASN.1 IA5String. Raises an error if the string contains any characters outside of the US-ASCII range.
Returns the string encoded as ASN.1 Basic Multilingual Plane string (Which is essentialy big-endian UCS2).
Returns the string encoded as UTF8 String. Note that some legacy applications such as Windows CryptoAPI do not like UTF8 strings. Use BMPStrings if you are not sure.
Returns an encoded form of string, choosing the most restricted ASN.1 string type possible. If the string contains non-ASCII characters, then there is more than one string type which can be used. See ::asn::defaultStringType.
Selects the string type to use for the encoding of non-ASCII strings. Returns current default when called without argument. If the argument type is supplied, it should be either UTF8 or BMP to choose UTF8String or BMPString respectively.
General notes:
Nearly all decoder commands take two arguments. These arguments are variable names, except for ::asn::asnGetResponse. The first variable contains the encoded ASN value to decode at the beginning, and more, and the second variable is where the value is stored to. The remainder of the input after the decoded value is stored back into the datavariable.
After extraction the data variable is always modified first, before by writing the extracted value to its variable. This means that if both arguments refer to the same variable, it will always contain the extracted value after the call, and not the remainder of the input.
Retrieve the first byte of the data, without modifing data_var. This can be used to check for implicit tags.
Decode the length information for a block of BER data. The tag has already to be removed from the data.
Reads an encoded ASN sequence from the channel chan and stores it into the variable named by data_var.
Assumes that an encoded integer value is at the front of the data stored in the variable named data_var, extracts and stores it into the variable named by int_var. Additionally removes all bytes associated with the value from the data for further processing by the following decoder commands.
Assumes that an enumeration id is at the front of the data stored in the variable named data_var, and stores it into the variable named by enum_var. Additionally removes all bytes associated with the value from the data for further processing by the following decoder commands.
Assumes that a string is at the front of the data stored in the variable named data_var, and stores it into the variable named by string_var. Additionally removes all bytes associated with the value from the data for further processing by the following decoder commands.
Decodes a user-readable string. This is a convenience function which is able to automatically distinguish all supported ASN.1 string types and convert the input value appropriately. See ::asn::asnGetPrintableString, ::asnGetIA5String, etc. below for the type-specific conversion commands.
If the optional third argument type_var is supplied, then the type of the incoming string is stored in the variable named by it.
The function throws the error "Invalid command name asnGetSomeUnsupportedString" if the unsupported string type Unsupported is encountered. You can create the appropriate function "asn::asnGetSomeUnsupportedString" in your application if neccessary.
Assumes that a numeric string value is at the front of the data stored in the variable named data_var, and stores it into the variable named by string_var. Additionally removes all bytes associated with the value from the data for further processing by the following decoder commands.
Assumes that a printable string value is at the front of the data stored in the variable named data_var, and stores it into the variable named by string_var. Additionally removes all bytes associated with the value from the data for further processing by the following decoder commands.
Assumes that a IA5 (ASCII) string value is at the front of the data stored in the variable named data_var, and stores it into the variable named by string_var. Additionally removes all bytes associated with the value from the data for further processing by the following decoder commands.
Assumes that a BMP (two-byte unicode) string value is at the front of the data stored in the variable named data_var, and stores it into the variable named by string_var, converting it into a proper Tcl string. Additionally removes all bytes associated with the value from the data for further processing by the following decoder commands.
Assumes that a UTF8 string value is at the front of the data stored in the variable named data_var, and stores it into the variable named by string_var, converting it into a proper Tcl string. Additionally removes all bytes associated with the value from the data for further processing by the following decoder commands.
Assumes that a UTC time value is at the front of the data stored in the variable named data_var, and stores it into the variable named by utc_var. The UTC time value is stored as a string, which has to be decoded with the usual clock scan commands. Additionally removes all bytes associated with the value from the data for further processing by the following decoder commands.
Assumes that a bit string value is at the front of the data stored in the variable named data_var, and stores it into the variable named by bits_var as a string containing only 0 and 1. Additionally removes all bytes associated with the value from the data for further processing by the following decoder commands.
Assumes that a object identifier (OID) value is at the front of the data stored in the variable named data_var, and stores it into the variable named by oid_var as a list of integers. Additionally removes all bytes associated with the value from the data for further processing by the following decoder commands.
Assumes that a boolean value is at the front of the data stored in the variable named data_var, and stores it into the variable named by bool_var. Additionally removes all bytes associated with the value from the data for further processing by the following decoder commands.
Assumes that a NULL value is at the front of the data stored in the variable named data_var and removes the bytes used to encode it from the data.
Assumes that an ASN sequence is at the front of the data stored in the variable named data_var, and stores it into the variable named by sequence_var. Additionally removes all bytes associated with the value from the data for further processing by the following decoder commands.
The data in sequence_var is encoded binary and has to be further decoded according to the definition of the sequence, using the decoder commands here.
Assumes that an ASN set is at the front of the data stored in the variable named data_var, and stores it into the variable named by set_var. Additionally removes all bytes associated with the value from the data for further processing by the following decoder commands.
The data in set_var is encoded binary and has to be further decoded according to the definition of the set, using the decoder commands here.
Assumes that an ASN application construct is at the front of the data stored in the variable named data_var, and stores its id into the variable named by appNumber_var. Additionally removes all bytes associated with the value from the data for further processing by the following decoder commands. If a content_var is specified, then the command places all data associated with it into the named variable, in the binary form which can be processed using the decoder commands of this package. If a encodingType_var is specified, then that var is set to 1 if the encoding is constructed and 0 if it is primitive.
Otherwise it is the responsibility of the caller to decode the remainder of the application construct based on the id retrieved by this command, using the decoder commands of this package.
Assumes that an ASN context tag construct is at the front of the data stored in the variable named data_var, and stores its id into the variable named by contextNumber_var. Additionally removes all bytes associated with the value from the data for further processing by the following decoder commands. If a content_var is specified, then the command places all data associated with it into the named variable, in the binary form which can be processed using the decoder commands of this package. If a encodingType_var is specified, then that var is set to 1 if the encoding is constructed and 0 if it is primitive.
Otherwise it is the responsibility of the caller to decode the remainder of the construct based on the id retrieved by this command, using the decoder commands of this package.
Working with ASN.1 you often need to decode tagged values, which use a tag thats different from the universal tag for a type. In those cases you have to replace the tag with the universal tag used for the type, to decode the value. To decode a tagged value use the ::asn::asnRetag to change the tag to the appropriate type to use one of the decoders for primitive values. To help with this the module contains three functions:
The ::asn::asnPeekTag command can be used to take a peek at the data and decode the tag value, without removing it from the data. The tag_var gets set to the tag number, while the tagtype_var gets set to the class of the tag. (Either UNIVERSAL, CONTEXT, APPLICATION or PRIVATE). The constr_var is set to 1 if the tag is for a constructed value, and to 0 for not constructed. It returns the length of the tag.
The ::asn::asnTag can be used to create a tag value. The tagnumber gives the number of the tag, while the class gives one of the classes (UNIVERSAL,CONTEXT,APPLICATION or PRIVATE). The class may be abbreviated to just the first letter (U,C,A,P), default is UNIVERSAL. The tagstyle is either C for Constructed encoding, or P for primitve encoding. It defaults to P. You can also use 1 instead of C and 0 instead of P for direct use of the values returned by ::asn::asnPeekTag.
Replaces the tag in front of the data in data_var with newTag. The new Tag can be created using the ::asn::asnTag command.
This document, and the package it describes, will undoubtedly contain bugs and other problems. Please report such in the category asn of the Tcllib Trackers. Please also report any ideas for enhancements you may have for either package and/or documentation.
When proposing code changes, please provide unified diffs, i.e the output of diff -u.
Note further that attachments are strongly preferred over inlined patches. Attachments can be made by going to the Edit form of the ticket immediately after its creation, and then using the left-most button in the secondary navigation bar.
Networking
Copyright © 2004 Andreas Kupries<EMAIL_ADDRESS>Copyright © 2004 Jochen Loewer<EMAIL_ADDRESS>Copyright © 2004-2011 Michael Schlenker <mic42@users.sourceforge.net>


| 057:010 Khan | : |
And what is the matter with you that you spend not in the Cause of Allah? And to Allah belongs the heritage of the heavens and the earth. Not equal among you are those who spent and fought before the conquering (of Makkah) (with those among you who did so later). Such are higher in degree than those who spent and fought afterwards. But to all, Allah has promised the best (reward). And Allah is All-Aware of what you do. |
| 057:010 Maulana | : |
And what reason have you that you spend not in Allah's way? And Allah's is the inheritance of the heavens and the earth. Those of you who spent before the Victory and fought are not on a level (with others). They are greater in rank than those who spent and fought afterwards. And Allah has promised good to all. And Allah is Aware of what you do. |
| 057:010 Pickthal | : |
And what aileth you that ye spend not in the way of Allah when unto Allah belongeth the inheritance of the heavens and the earth? Those who spent and fought before the victory are not upon a level (with the rest of you). Such are greater in rank than those who spent and fought afterwards. Unto each hath Allah promised good. And Allah is Informed of what ye do. |
| 057:010 Rashad | : |
Why do you not spend in the cause of GOD, when GOD possesses all wealth in the heavens and the earth? Distinguished from the rest are those among you who spend before the victory and strive. They attain a greater rank than those who spend after the victory and strive. For each, GOD promises salvation. GOD is Cognizant of everything you do. |
| 057:010 Sarwar | : |
Why do you not spend for the cause of God when to Him belongs the heritage of the heavens and the earth? Those who spend for the cause of God and fight before victory will have higher positions than those who spend for the cause of God and fight after victory. However, to both parties God has promised good rewards. God is Well Aware of what you do. |
| 057:010 Shakir | : |
And what reason have you that you should not spend in Allah's way? And Allah's is the inheritance of the heavens and the earth, not alike among you are those who spent before the victory and fought (and those who did not): they are more exalted in rank than those who spent and fought afterwards; and Allah has promised good to all; and Allah is Aware of what you do. |
| 057:010 Sherali | : |
And why is it that you spend not in the way of ALLAH, while to ALLAH belongs the heritage of the heavens and the earth? Those of you who spent and fought before the Victory are not equal to those who did so later. They are greater in rank than those who spent and fought afterwards. And to all has ALLAH promised good. And ALLAH is Well-Aware of what you do. |
| 057:010 Yusufali | : |
And what cause have ye why ye should not spend in the cause of Allah?- For to Allah belongs the heritage of the heavens and the earth. Not equal among you are those who spent (freely) and fought, before the Victory, (with those who did so later). Those are higher in rank than those who spent (freely) and fought afterwards. But to all has Allah promised a goodly (reward). And Allah is well acquainted with all that ye do. |
Concepts/Themes Covered: الإيمان > الغيب > الجنة > أسماءالجنة > الحسنى Faith> The Unseen World> The Paradise> Paradise Names> The Kindness Paradise الإيمان > المؤمنون > سعادتهم في الدنيا والآخرة Faith> The Believers> Their Happiness in the World and the hereafter الجهاد > الجهاد في سبيل الإسلام > الدعوة إلى الجهاد Jihad> The Call to Jihad>The Call for the Holy War الجهاد > الجهاد في سبيل الإسلام > مدح الجهاد Jihad> The Call to Jihad>Praising the Holy War تنظيم العلاقات المالية > إنفاقها Organizing Financial Relationships>Its Expenditure
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


EU pushes Brexit Britain to name new commissioner
BRUSSELS (Reuters) - The European Union pressed Britain on Tuesday to name a representative for the new executive European Commission despite the country’s planned departure for the bloc.
With campaigning underway for a national election on Dec. 12, the British government has so far shown little interest in the matter after Prime Minister Boris Johnson was forced to delay Brexit for a third time, until Jan. 31.
But the EU is keen to press ahead with the launch of its new commission on Dec. 1, which will be headed by the German Ursula von der Leyen, the first woman to hold that post.
The body, which normally comprises of one representative from each member state, holds powers including negotiating international trade deals, policing members states’ finances and proposing EU-wide laws on a range of topics including the environment and migration.
A spokeswoman for von der Leyen said in Brussels on Tuesday that London has failed to reply to a letter from her asking it to name a commissioner.
“This morning, the President-Elect (von der Leyen) has sent another letter to the UK government reminding it of its legal obligations,” spokeswoman Dana Spinant said.
Von der Leyen was expecting a reply before the end of the week, she added.
Under EU laws, Britain is obliged to propose a name. The other 27 EU states also made clear London needs to do that when they granted Johnson the latest Brexit delay last month.
A spokesman for the British mission to the EU confirmed on Tuesday Britain had received and was considering a letter from von der Leyen.
A spokesman for Johnson said on Monday when asked about naming a new commissioner said Britain would meet its legal obligations and officials were in contact with Von der Leyen’s team.


The workflow editor you shouldn't miss
workflow-svg.js is an easy to use library to visualize a workflow and to adapt it. It is very customizable for your own requirements. Learn more about it and try the exciting examples.
Here is a simple example: you can easily move the workflow entities using "drag and drop".
You can define relationships between workflow entities. It's very easy. Move the cursor to the edge of the entity and a connection point will appear. Do the same with another entity and you have both connected.
That is all: you have defined your first relationship between entities!
workflow-svg.js is designed to give you the power to customize it to your needs. You can define everything you need for a workflow chart:
In this example you see different colors for the background of entities and their text and a different color for the relationships. The radius of the corners is smaller.
The SVG is in "read-only" mode. Just add "read_only": true in the config and no actions can be done anymore.
This is just a small example of what you can do with workflow-svg.js.
Do you want to see more? Here are some other examples.
With workflow-svg.js you can track the changes at any time using callbacks and events. This is very usefull - you have controll over everything all the time.
Change something in the diagram (e.g. connect and ). You will get the updated JSON as output. It is an example how the json configuration has to look like.
Output:
...change something to see the result here
workflow-svg.js is small and light - at the moment it is about 9 KB. It has only two other dependencies which you need to import.
workflow-svg.js is easy to use. It has just 4 methods. Simple but usefull.
The minified version (if you include polyfills) should work on IE11 and for all modern browsers.
workflow-svg.js is a component oriented library. You give data inside the component - make changes and can get the result back. If you want to create workflow entities, for example - you have to do that outside of the library and pass it to the update method.
You can move entities and labels. You can connect entities with relationships. That is the main purpose of the library. To display data and make changes. But you can configure many other things that should be displayed or how things should behave.
Check out the new ng-workflow-svg-js project. It is an Angular wrapper for workflow-svg.js
Yes of course, just contact me! You find more about the author on the github page. I do the project as a hobby and without any commercial support.