Mock functions make it easy to test the links between code by erasing the
actual implementation of a function, capturing calls to the function (and
the parameters passed in those calls), capturing instances of constructor
functions when instantiated with new
, and allowing test-time
configuration of return values.
There are two ways to mock functions: Either by creating a mock function
to use in test code, or writing a
manual mock
to override a module
dependency.
Let’s imagine we’re testing an implementation of a function
forEach
, which invokes a callback for each item in a supplied
array.
function forEach(items, callback) {
for (let index = 0; index < items.length; index++) {
callback(items[index]);
}
}
To test this function, we can use a mock function, and inspect the mock’s state to ensure the callback is invoked as expected.
const mockCallback = jest.fn();
forEach([0, 1], mockCallback);
// The mock function is called twice
expect(mockCallback.mock.calls.length).toBe(2);
// The first argument of the first call to the function was 0
expect(mockCallback.mock.calls[0][0]).toBe(0);
// The first argument of the second call to the function was 1
expect(mockCallback.mock.calls[1][0]).toBe(1);
.mock
property
All mock functions have this special .mock
property, which is
where data about how the function has been called is kept. The
.mock
property also tracks the value of this
for
each call, so it is possible to inspect this as well:
const myMock = jest.fn();
const a = new myMock();
const b = {};
const bound = myMock.bind(b);
bound();
console.log(myMock.mock.instances);
// > [ <a>, <b> ]
These mock members are very useful in tests to assert how these functions get called, or instantiated:
// The function was called exactly once
expect(someMockFunction.mock.calls.length).toBe(1);
// The first arg of the first call to the function was 'first arg'
expect(someMockFunction.mock.calls[0][0]).toBe('first arg');
// The second arg of the first call to the function was 'second arg'
expect(someMockFunction.mock.calls[0][1]).toBe('second arg');
// This function was instantiated exactly twice
expect(someMockFunction.mock.instances.length).toBe(2);
// The object returned by the first instantiation of this function
// had a `name` property whose value was set to 'test'
expect(someMockFunction.mock.instances[0].name).toEqual('test');
Mock functions can also be used to inject test values into your code during a test:
const myMock = jest.fn();
console.log(myMock());
// > undefined
myMock.mockReturnValueOnce(10).mockReturnValueOnce('x').mockReturnValue(true);
console.log(myMock(), myMock(), myMock(), myMock());
// > 10, 'x', true, true
Mock functions are also very effective in code that uses a functional continuation-passing style. Code written in this style helps avoid the need for complicated stubs that recreate behavior of the real component they’re standing in for, in favor of injecting values directly into the test right before they’re used.
const filterTestFn = jest.fn();
// Make the mock return `true` for the first call,
// and `false` for the second call
filterTestFn.mockReturnValueOnce(true).mockReturnValueOnce(false);
const result = [11, 12].filter(filterTestFn);
console.log(result);
// > [11]
console.log(filterTestFn.mock.calls);
// > [ [11], [12] ]
Most real-world examples actually involve getting ahold of a mock function on a dependent component and configuring that, but the technique is the same. In these cases, try to avoid the temptation to implement logic inside of any function that’s not directly being tested.
Still, there are cases where it’s useful to go beyond the ability to
specify return values and full-on replace the implementation of a mock
function. This can be done with jest.fn
or the
mockImplementationOnce
method on mock functions.
const myMockFn = jest.fn((cb) => cb(null, true));
myMockFn((err, val) => console.log(val));
// > true
myMockFn((err, val) => console.log(val));
// > true
The mockImplementation
method is useful when you need to
define the default implementation of a mock function that is created from
another module:
// foo.js
module.exports = function () {
// some implementation;
};
// test.js
jest.mock('../foo'); // this happens automatically with automocking
const foo = require('../foo');
// foo is a mock function
foo.mockImplementation(() => 42);
foo();
// > 42
When you need to recreate a complex behavior of a mock function such that
multiple function calls produce different results, use the
mockImplementationOnce
method:
const myMockFn = jest
.fn()
.mockImplementationOnce((cb) => cb(null, true))
.mockImplementationOnce((cb) => cb(null, false));
myMockFn((err, val) => console.log(val));
// > true
myMockFn((err, val) => console.log(val));
// > false
When the mocked function runs out of implementations defined with
mockImplementationOnce
, it will execute the default
implementation set with jest.fn
(if it is defined):
const myMockFn = jest
.fn(() => 'default')
.mockImplementationOnce(() => 'first call')
.mockImplementationOnce(() => 'second call');
console.log(myMockFn(), myMockFn(), myMockFn(), myMockFn());
// > 'first call', 'second call', 'default', 'default'
For cases where we have methods that are typically chained (and thus
always need to return this
), we have a sugary API to simplify
this in the form of a .mockReturnThis()
function that also
sits on all mocks:
const myObj = {
myMethod: jest.fn().mockReturnThis(),
};
// is the same as
const otherObj = {
myMethod: jest.fn(function () {
return this;
}),
};
You can optionally provide a name for your mock functions, which will be displayed instead of “jest.fn()” in test error output. Use this if you want to be able to quickly identify the mock function reporting an error in your test output.
const myMockFn = jest
.fn()
.mockReturnValue('default')
.mockImplementation((scalar) => 42 + scalar)
.mockName('add42');
Finally, in order to make it simpler to assert how mock functions have been called, we’ve added some custom matcher functions for you:
// The mock function was called at least once
expect(mockFunc).toBeCalled();
// The mock function was called at least once with the specified args
expect(mockFunc).toBeCalledWith(arg1, arg2);
// The last call to the mock function was called with the specified args
expect(mockFunc).lastCalledWith(arg1, arg2);
// All calls and the name of the mock is written as a snapshot
expect(mockFunc).toMatchSnapshot();
These matchers are really just sugar for common forms of inspecting the
.mock
property. You can always do this manually yourself if
that’s more to your taste or if you need to do something more specific:
// The mock function was called at least once
expect(mockFunc.mock.calls.length).toBeGreaterThan(0);
// The mock function was called at least once with the specified args
expect(mockFunc.mock.calls).toContain([arg1, arg2]);
// The last call to the mock function was called with the specified args
expect(mockFunc.mock.calls[mockFunc.mock.calls.length - 1]).toEqual([
arg1,
arg2,
]);
// The first arg of the last call to the mock function was `42`
// (note that there is no sugar helper for this specific of an assertion)
expect(mockFunc.mock.calls[mockFunc.mock.calls.length - 1][0]).toBe(42);
// A snapshot will check that a mock was invoked the same number of times,
// in the same order, with the same arguments. It will also assert on the name.
expect(mockFunc.mock.calls).toEqual([[arg1, arg2]]);
expect(mockFunc.mock.getMockName()).toBe('a mock name');
For a complete list of matchers, check out the reference docs.


public abstract class NetworkMessage
extends java.lang.Object
Legend: ORIGIN = The connection the message originated from. REMOTE = The connection that received the message and might responded.
| Modifier and Type | Class and Description |
|---|---|
protected static class |
NetworkMessage.MessageLifecycle |
| Modifier | Constructor and Description |
|---|---|
protected |
NetworkMessage()
Instigate message as a ORIGIN
|
protected |
NetworkMessage(io.netty.buffer.ByteBuf encoded)
Instigate message as a REMOTE
|
| Modifier and Type | Method and Description |
|---|---|
protected abstract void |
beforeCommit() |
protected io.netty.buffer.ByteBuf |
commit() |
boolean |
expectsResponse()
Informs the message handler if a data response is expected from the ORIGIN.
|
UDPWorker |
getManager() |
NetworkMessage.MessageLifecycle |
getMessageLifecycle() |
Parcel |
getOriginDataMap() |
java.lang.String |
getOriginId() |
Parcel |
getRemoteDataMap() |
boolean |
isCommitted() |
boolean |
isOrigin() |
protected void |
onResponse() |
protected NetworkMessage()
protected NetworkMessage(io.netty.buffer.ByteBuf encoded) throws NetworkException.Error
NetworkException.Error
protected abstract void beforeCommit()
protected io.netty.buffer.ByteBuf commit()
public boolean expectsResponse()
public UDPWorker getManager()
public NetworkMessage.MessageLifecycle getMessageLifecycle()
public Parcel getOriginDataMap()
public java.lang.String getOriginId()
public Parcel getRemoteDataMap()
public boolean isCommitted()
public boolean isOrigin()
protected void onResponse()


UCLA CS 174A
Professor Demetri Terzopoulos
TA Sam Amin
Project 1 WebGL Bee1 Animation
Stewart Dulaney 904-064-791
All code changes were made in animation.js with the exception of:
GL_Context.js:69 Fixed known bug in declaration of the function gl.clearColor.apply, the API used to set background color in animation.js (line 50).
1: Inspired by my middle school mascot.


COOKIE'S FORTUNE (October) Starring: Glenn Close, Julianne Moore, Liv Tyler, Chris O'Donnell, Charles S. Dutton, Patricia Neal, Ned Beatty, Courtney B. Vance. Screenplay: Anne Rapp. Producers: Robert Altman and Etchie Stroh. Director: Robert Altman. MPAA Rating: PG-13 (profanity, adult themes, violence) Running Time: 117 minutes. Reviewed by Scott Renshaw.
In his last film, 1998's little-seen THE GINGERBREAD MAN, Robert Altman took his unique perspective to the finer points of the legal system's workings in the American South. Apparently he decided he hadn't yet explored it in all possible depth, because he's back in Dixie for COOKIE'S FORTUNE. The region's easy rhythms and idiosyncracies seem to suit the film-maker well, and he seems to be having a heck of a good time with his visits there. COOKIE'S FORTUNE finds Altman laying down a blues jam of intertwining characters spiced with a deft, dry comic touch into a surprising, off-beat entertainment.
The Cookie of the title is eccentric matriarch Jewel Mae "Cookie" Orcutt (Patricia Neal), strong-willed inabitant of a Holly Springs, Mississippi manor with her black houseman Willis (Charles S. Dutton). Cookie is estranged from her only family in town, nieces Camille Dixon (Glenn Close) and Cora Duvall (Julianne Moore), but that doesn't stop the overbearing Camille from considering everything connected to her family her business. That's especially true when Camille visits Cookie's home, only to discover a scene which could potentially bring embarrassment to the family, and contrives a story to cover it up. Her story sets in motion a strange chain of events which finds innocent people jailed, secrets revealed, and plenty of Wild Turkey consumed.
COOKIE'S FORTUNE is probably most easily summarized as a Southern spin on FARGO's tale of polite, common-sense police investigation, but that doesn't entirely capture the film's quirky rhythms. On the surface it's the story of Camille's manipulations -- of simple-minded Cora, of Cora's wild-child expatriate daughter Emma (Liv Tyler), of everyone involved in the investigation at Cookie's estate -- providing Glenn Close with a grand showcase for a woman who turns her own life into a Tennessee Williams play. Yet even as Camille's plans begin to unravel, COOKIE'S FORTUNE is less about the suspense and tension of guilt exposed than it is about the pleasures of watching it meander to its inevitable conclusion. As it is in many Altman films, the plot -- well-constructed as it is by Anne Rapp -- works best as a place for a handful of appealing performances to unfold.
And there are certainly plenty of appealing performances, of which Close's is only the most gaudy. Charles S. Dutton wraps himself around Willis's good-natured roguery, giving the character a well-worn charm; Ned Beatty similarly entertains as the police chief little concerned with by-the-book procedure among friends; Matt Malloy has a funny minor role as an overzealous investigator. Even Chris O'Donnell, so often an attractive blank hole as an actor, acquits himself well in the ideal role of a puppydog-eager-to-please deputy. The only stumble comes from Julianne Moore, who doesn't know quite what to do with Cora, whether to make her a simple naif or an even sadder case of a woman with a genuine developmental disability. Fortunately she's a rare false note in Altman's smooth orchestration.
COOKIE'S FORTUNE is the kind of unconventional narrative of lingering takes that may leave some viewers shifting in their seats waiting for the point of it all. For Altman, in this particular case, taking the time to get to the point is actually part of the point. It's a comedy of details dropped in almost off-handedly, and others -- a hand literally caught in the cookie jar, for instance -- underlined at just the right moment. It doesn't add up to all that much either as character study or as crime drama, nor does it take the straightest path between any two points. It's merely a lazy, crazy, consistently amusing diversion about a place where you only know the true measure of a man (or a woman) after you've gone fishing together. It's a place Altman might consider visiting more often.
On the Renshaw scale of 0 to 10 sweet cookies: 8.
Visit Scott Renshaw's Screening Room http://www.inconnect.com/~renshaw/ *** Subscribe to receive new reviews directly by email! See the Screening Room for details, or reply to this message with subject "Subscribe".
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


When I first heard about logs I thought it would be hard. Then I learned that it is very easy.
Going step by step and having a plan is much easier than trying to rush the equation.
First you take the equation and break it apart. You would put log and make the first number the exponent then the number that was behind the equal sign before it and then after the equal sign the original exponent. Ex. 10^2=20 log10 20=2
Back to Home


Matthew Roskam
About me
Portfolio
Contact
Portfolio
Hangman
RPG Game
Trivia Game
Gif Finder
Train Scheduler
Travel USA
Node liri module
Node word module
Node mySQL store
Express Friend Finder
Burger Express
Wager Buddy
Web scraper
React click app
Connect with Me


Toggle navigation
NEXTSENSE
Pending requests
Assign Leave
Employees
Employee list
Edit Database
User Profile
Logout
Edit Database
Add Employee
First Name
Last Name
Username
Password
Title
Employee
Manager
Job Title
1
2
3
4
5
Department
1
2
3
4
5
EMBG
Phone Number
Address
Number of vacation days
Education
Skills
1
2
3
4
5
Submit
Reset
Department
Add Department
Add
Delete Department
1
2
3
4
5
Delete
Job Title
Add Job Title
Add
Delete Job Title
1
2
3
4
5
Delete
Skills
Add Skill
Add
Delete Skill
1
2
3
4
5
Delete


the and {background margin {border-style px;} #ffffff;} for are immunisation px; {font-family COVID- font-size measles that double; health vaccine Elsevier MMR The border-color border-width coverage data elimination has individuals public rubella should solid; this with {font-style {font-weight also any bold centre could courier; em; future have measles, mumps, pt;} relevant resource susceptible vaccination


This project is designed to help students focus on PDC concepts and run real parallel applications on real parallel computers from day one.
The project is currently in an Alpha release state, so please let us know if you have any problems or suggestions!
Learn more about OnRamp at the project webpage: http://ssfoley.github.io/onramp/
Thank you to the SIGCSE Special Projects program, XSEDE Scholars program and the University of Wisconsin-La Crosse Computer Science department for supporting this work!


WhyTG
Our Solution
Road Map
Team
Sign UP
Join our NO CODE Platform!!!
Div e deep into the world of
Crypto.
Token Generator
The first item is here!
The second item is here!
The third item is here!


Let Start Your Day
With Some Quotes
“But seek ye first the kingdom of God, and his righteousness; and all these things shall be added unto you.”
-Matthew 6:33-
Get a Quote
Tweet It


|||
SUBMIT
Home
About Us
Services
Portfolio
Nature Photography
Wild Photography
Wedding Photography
Others
Clients
Contact Us


Case study
How a programme promoting competitions helps young people develop and showcase their skills with support from the European Social Fund.
| Location | West Yorkshire |
| ESF funding | Skills Funding Agency |
| ESF target group | Young people not in education, employment or training (NEETs) |
The Matchfit project is run by a team based at Bradford College. It’s funded by the Skills Funding Agency and the European Social Fund via the Skills Enhancement Fund operated by Calderdale College.
Bradford College ran a successful joint Skills Show local programme and Matchfit Grand Finals day at Bradford College in March 2013. The Skills Show provides information about education, skills and apprenticeships in an inspiring, interactive environment at the National Exhibition Centre in Birmingham and at local events.
Matchfit promotes competitions to motivate people of all ages in the Yorkshire and Humber region to improve and demonstrate their skills. By October 2013 there had been over 68 competitions within 5 subject sector areas with over 1140 entrants from 16 organisations. After competing at a regional level with Matchfit, students can apply to enter national level competitions run by World Skills UK.
The Grand Finals day involved manufacturers, suppliers and employers working with Bradford College staff and students. Schools were informed, Jobcentres received posters and every young person not in education, employment or training received an invitation by post. Students led on the activities while staff provided support and career guidance. Large local employers offered employment advice.
Read more about the European Social Fund 2007 to 2013
Published: 9 May 2014


Convolution kernel visulizations are listed below. Click the tab and you can leave the page to wait as it usually takes a long time.
Tag：{{ session['tag'] }}
{% extends "main.html" %} {% block title %}Convolution Kernels{% endblock %} {% block code %}3{% endblock %} {% block header %}Convolution Kernels{% endblock %} {% block main %}
Convolution kernel visulizations are listed below. Click the tab and you can leave the page to wait as it usually takes a long time.
Tag：{{ session['tag'] }}


class Kafka::Topic
- Kafka::Topic
- Reference
- Object
Defined in:
kafka/topic.crClass Method Summary
-
.new(rk : Consumer | Producer, topic : String, conf : TopicConfiguration)
Creates a new topic handle for topic named topic.
Instance Method Summary
-
#consume(partition : Int32, timeout_ms = 1000) : Message | Nil
Consume a single message from partition.
-
#consume_batch(partition : Int32, timeout_ms = 1000, rkmessages_size = 64) : Array(Message)
Consume up to rkmessages_size from partition putting a pointer to each message in the application provided array rkmessages (of size rkmessages_size entries).
-
#consume_callback(partition : Int32, timeout_ms = 1000, &consume_cb : Message -> )
Consumes messages from partition, calling the provided callback for each consumed messsage.
-
#consume_start(partition : Int32, offset : Int64, rkqu : Queue)
Start consuming messages for partition at offset, but re-routes incoming messages to the provided queue rkqu.
-
#consume_start(partition : Int32, offset : Int64)
Start consuming messages for partition at offset.
-
#consume_stop(partition : Int32)
Stop consuming messages for partition, purging all messages currently in the local queue.
-
#produce(partition : Int32, payload : String, key : String = nil, msg_opaque = nil)
Produce and send a single message to broker.
-
#produce_batch(partition : Int32)
Produce multiple messages.
- #to_unsafe : LibKafka::RdKafkaTopicT
Class Method Detail
Creates a new topic handle for topic named topic.
Instance Method Detail
Consume a single message from partition.
Consume up to rkmessages_size from partition putting a pointer to each message in the application provided array rkmessages (of size rkmessages_size entries).
Consumes messages from partition, calling the provided callback for each consumed messsage.
Start consuming messages for partition at offset, but re-routes incoming messages to the provided queue rkqu.
Start consuming messages for partition at offset.
Stop consuming messages for partition, purging all messages currently in the local queue.
Produce and send a single message to broker.


{% extends "layout.html" %} {% block title %}
Select An Admin: {% for user in admin_list %} {% endfor %} {# add something here to list our admins with clickable links that #} {# return to admin/account/username #}
Select An Admin:


The Restaurant Passport team is made up of Lambda School Developers from multiple cohorts. Below you'll find
each of our team members, and click on each photo for more information about the team member.
Gill - Team Lead
Gill Abada is a Lambda School student in WEB17. I live in NYC and love to tinker with all
technologies. Right now he is learning Python.
gabada
Eric - Frontend Developer
Eric Fugleberg is a Lambda Web20 student that wants to work as a Fullstack or FrontEnd
engineer upon completion. Likes to hike, ski, mountain bike, and smoke/grill exotic meats. Bad swimmer,
otherwise would compete in triathlons.
efugleberg
Jared - Backend Developer
Jared Parrish is a full-stack developer and member Lambda School's Web19 cohort. He
appreciates
elegant,
thoughtful design and robust, secure back end engineering.
ParrishJ
Elvis - User Interface Developer
Elvis Knapman a full-stack web student at Lambda, in the WEB21 cohort. He enjoys working with
CSS and JavaScript as well as the challenge of learning new web technologies and skills. Aside from
programming, some of his hobbies include golf, hockey and video games.
ElvisKnapman
Seth - User Interface Developer
Seth Lewis is a member of Lambda School's Web21 cohort. He always looking for new things to
learn &
implement, and enjoys solving algorithm challenges.
projectLewis
Scott - User Interface Developer
Scott Renz enjoys acting and programming. Lambda School was the logical next step.
scottrenz


Is VeriBlock’s ( $vbk ) Proof of Proof (PoP) really better than Komodo’s ( $kmd ) Delayed Proof of Work (dPoW)? If yes, I would love to know the reason.
PS. I don’t have any of the bags yet.
$BTC Dominance 5.04 (1D)
Never in the history of $BTCUSD Dominance have we seen ranging between the 50% & 51% levels
Soon there will be a decision that will affect the entire market
Breach of 50% = altseason
Breach of 51% = BTC runs the show
#bitcoin
EXPAND Below to See my Description and Comment regarding this video. Firstly, this is an update to the 4-Year Cycle Video posted on Jan 15th. This is a free ...
Veriblock is spamming again https://t.co/xBsATn41Ug
Jeff Garzik is technical advisor at Veriblock. Do you really think such an experiences devloper does not know better ways to timestamp data in BTC. The man behind Segwit2x seems to work on his new plot...
Markus06-Apr-19 08:59 AM
must feel good to buy a ICO and few days later when it launches for trading its worth 20% less when u expected it to rise in price


Privacy Policy for Koch Zap
The Koch Zap smart phone application for Android does not collect personal data from its Users. The Koch Zap application relies on the Android smart phone and Google's Android frameworks for many of it's features and Koch Zap has no direct control over those applications. Google Analytics is used to provide usage statistics.
Types of Data collected
Google Analytics will track which views are being accessed and for how long. No personal data is provided to us, just totals across all users.
No personal data is collected.
No information about scan usage is collected.
The use of the collected Data
We will use the analytic informtion - amount of installs, frequency of use, duration of use, and which views are used - to help us plan what, if anything, we wish to do to improve the Koch Zap application.
Definitions and legal references
Personal Data
Any information regarding a natural person, a legal person, an institution or an association, which is, or can be, identified, even indirectly, by reference to any other information, including a personal identification number.
This application does not keep any personal data of any sort.
Usage Data
Google Analytics will track usage: time spent, views visited, installs and uninstalls.
Actual steps taken on those views and the associated data (scan results, lookup and search results, user input values) are not tracked.
User
The individual using this Application.
Legal information
Notice to European Users: this privacy statement has been prepared in fulfillment of the obligations under Art. 10 of EC Directive n. 95/46/EC, and under the provisions of Directive 2002/58/EC.
This privacy policy relates solely to this Collective Action smartphone application.
Latest update: December 18, 2016


Measure What Matters
Providing disability service providers with accessible tools and visualizations so they can better perform analysis to improve programs for families and individuals dealing with adversity.
Measure What Matters
Providing disability service providers with accessible tools and visualizations so they can better perform analysis to improve programs for families and individuals dealing with adversity.


My Profile
View Assigned Patient
Change Password
Logout
My Profile
Doctor Id
Name
Address
Email id
Contact No.
Specialisation
Salary


TFlearn is a modular and transparent deep learning library built on top of Tensorflow. It was designed to provide a higher-level API to TensorFlow in order to facilitate and speed-up experimentations, while remaining fully transparent and compatible with it.
TFLearn features include:
The high-level API currently supports most of recent deep learning models, such as Convolutions, LSTM, BiRNN, BatchNorm, PReLU, Residual networks, Generative networks... In the future, TFLearn is also intended to stay up-to-date with latest deep learning techniques.
Note: Latest TFLearn (v0.3) is only compatible with TensorFlow v1.0 and over.
Code Example
```python
# Classification
tflearn.init_graph(num_cores=8, gpu_memory_fraction=0.5)
net = tflearn.input_data(shape=[None, 784])
net = tflearn.fully_connected(net, 64)
net = tflearn.dropout(net, 0.5)
net = tflearn.fully_connected(net, 10, activation='softmax')
net = tflearn.regression(net, optimizer='adam', loss='categorical_crossentropy')
model = tflearn.DNN(net)
model.fit(X, Y)
# Sequence Generation
net = tflearn.input_data(shape=[None, 100, 5000])
net = tflearn.lstm(net, 64)
net = tflearn.dropout(net, 0.5)
net = tflearn.fully_connected(net, 5000, activation='softmax')
net = tflearn.regression(net, optimizer='adam', loss='categorical_crossentropy')
model = tflearn.SequenceGenerator(net, dictionary=idx, seq_maxlen=100)
model.fit(X, Y)
model.generate(50, temperature=1.0)
```
There are many more examples available here.
To install TFLearn, see: Installation Guide.
If your version of Tensorflow is under 1.0: Upgrade Tensorflow.
To get started: Getting Started with TFLearn and TFLearn Tutorials.
For more examples: Examples List.
To browse the API, check the API Documentation.
Graph
Loss & Accuracy (multiple runs)
Layers
GitHub: https://github.com/tflearn/tflearn.
This is the first release of TFLearn, if you find any bug, please report it in the GitHub issues section.
Improvements and requests for new features are more than welcome! Do not hesitate to twist and tweak TF Learn, and send pull-requests.
For more info: Contribute to TFLearn.
MIT License


Details
-
Type: Bug
-
Status: Closed
-
Priority: Blocker
-
Resolution: Fixed
-
Affects Version/s: None
-
Fix Version/s: 2.0
-
Component/s: None
-
Labels:None
-
Environment:HideSystem Information
System Date Monday, 13 Aug 2007
System Time 15:40:13
System Favourite Colour Myrtle
Java Version 1.5.0
Java Vendor IBM Corporation
JVM Version 1.0
JVM Vendor Sun Microsystems Inc.
JVM Implementation Version 2.3
Java Runtime Java(TM) 2 Runtime Environment, Standard Edition
Java VM IBM J9 VM
User Name root
User Timezone America/Phoenix
Operating System AIX 5.3
OS Architecture ppc64
Filesystem Encoding ISO8859-1
Java VM Memory Statistics
Total Memory 382 MB
Free Memory 94 MB
Used Memory 288 MB
Memory Graph
[Used Memory (76 %)] [Free Memory (24 %)]
24 % Free
Runtime Information
Database Dialect net.sf.hibernate.dialect.Oracle9Dialect
Database Connection URL jdbc:oracle:thin:@az18u669-frt:1521:GTSSH07Q
Database Driver Name oracle.jdbc.OracleDriver
Database Driver Version 1.0
Application Server IBM WebSphere Application Server/6.1
Servlet Version 2.4
Confluence Home /webdata/websphere/6.1/WIKI/data
Uptime 4 , 10 , 5
Confluence Version 2.5.4
Build Number 809ShowSystem Information System Date Monday, 13 Aug 2007 System Time 15:40:13 System Favourite Colour Myrtle Java Version 1.5.0 Java Vendor IBM Corporation JVM Version 1.0 JVM Vendor Sun Microsystems Inc. JVM Implementation Version 2.3 Java Runtime Java(TM) 2 Runtime Environment, Standard Edition Java VM IBM J9 VM User Name root User Timezone America/Phoenix Operating System AIX 5.3 OS Architecture ppc64 Filesystem Encoding ISO8859-1 Java VM Memory Statistics Total Memory 382 MB Free Memory 94 MB Used Memory 288 MB Memory Graph [Used Memory (76 %)] [Free Memory (24 %)] 24 % Free Runtime Information Database Dialect net.sf.hibernate.dialect.Oracle9Dialect Database Connection URL jdbc:oracle:thin:@az18u669-frt:1521:GTSSH07Q Database Driver Name oracle.jdbc.OracleDriver Database Driver Version 1.0 Application Server IBM WebSphere Application Server/6.1 Servlet Version 2.4 Confluence Home /webdata/websphere/6.1/WIKI/data Uptime 4 , 10 , 5 Confluence Version 2.5.4 Build Number 809
-
Rank:Issue can not be ranked.
Description
Trying to manage groups in a Space and receiving this error message:
There are currently no groups with rights to view space 'AeroVPD' and matching the group name pattern 'Wiki-AeroVPD-.*' defined for this space in the plugin configuration.
Please try adding some groups.
However, groups do exist, as seen in this snippet from the Administer Groups option in the main console:
Wiki-AeroVPD-EPIC_Transformation Remove
Wiki-AeroVPD-HTLP Remove
Wiki-AeroVPD-Leadership Remove
Wiki-AeroVPD-Software Development Paradigm Remove
Wiki-AeroVPD-Tempe PCPL Remove
Wiki-AeroVPD-Tempe PCPL Chiefs Remove
Wiki-AeroVPD-Users Remove
Here's our configuration:
Current Settings for Custom Space User Management Plugin:
User Manager Location for Wiki: CONFLUENCE
LDAP Authentication Used?: YES
Provider Type: ATLASSIAN-USER
LDAP User ID Attribute: uid
LDAP Email Attribute: mail
LDAP First Name Attribute: hwnickname
LDAP Last Name Attribute: sn
LDAP Provider Class:
JIRA SOAP Service Endpoint URL: -
JIRA SOAP Service Username: -
JIRA SOAP Service Password: -
Usergroups Matching Pattern: Wiki-SPACEKEY-.*
Group Actions Permitted: NO
New Group Name Creation Pattern: SPACEKEY- (group identifier)
Max Number of UserIds to Act On at One Time: 20
Max Number of GroupIds to Act On at One Time: 1
User Search Enabled: NO
personal.space.allowed: NO
Because of this I can't fully test the LDAP piece as I'm never given an opportunity to change a group!
Oh, and I'm fully prepared for a "dude, this is user error, you forgot to do xyz" type of response, as when in doubt on new options I just said no.
Hi Peter,
I'm trying to simulate the problem here. But kind of stuck in configuration screen. When I mentioned Usergroups Matching Pattern: Wiki-SPACEKEY-.* and New Group Name Creation Pattern like SPACEKEY- , plugin throws configuration error:
Based on current prefix and suffix, if spacekey were DS this pattern should match groupname ds-foobar but it did not. Please modify the pattern so that it works or visit the plugin homepage for support.
Are you sure you are able to successfully configure the plugin. If yes can you please pass me the settings again.
thanks,
Rajendra


Metapod
This is
pokemon
bug type
from the first generation of
pokemon
. A
Metapod
at 10th level is
evolving
into
Butterfree
.


HamRadio 360 Low Voltage Disconnect
This page allows one to configure access point for the device to point to.
Device Status
Battery Voltage
Volts
Power Suppy Voltage
Volts
Output Voltage
Volts
Output Current
Amps
Relay State
On/Off
Connection Status
CPU usage:
SSID Name:
IP Address:
Date:


OpenSolaris
Collectives
Discussions
Documentation
Download
Source Browser
Log-in
|
en
Main
:
About
>
Roadmap
>
Roadmap 2005-2008
Top Menu
View
:
Comments
Attachments
History
Information
View Source
Print
:
Print preview
Export as PDF
Export as RTF
Export as HTML
Export as XAR
Wiki source code of
Roadmap 2005-2008
Hide line numbers
1: = Program Roadmaps: 2005-2008 Archive = 2: 3: Roadmaps: [[Current Roadmap>>Main.roadmap]] | [[2009 Roadmap>>Main.roadmap09]] | [[2005-2008 Roadmaps>>Main.roadmap0508]] | [[Consolidation Information>>Main.conslist]] 4: 5: Information during these years involved the movement of source code, tools, and processes outside Sun and onto opensolaris.org. For information about all that is available on opensolaris.org, see [[About OpenSolaris>>Main.about]], the [[Website Community>>Community Group web.WebHome]], the [[Website Project>>Project website.WebHome]], and [[Website Announcements>>Community Group web.transition-announcements]] (which documents several years of work). 6: 7: === Program Roadmap: Previous Quarters 2008 === 8: 9: |= |=Jan-Mar 2008 |=Apr-Jun 2008 |=Jul-Sep 2008 |=Oct-Dec 2008 10: |= Source Available under OSI-Approved License(s) |(((* Documentation: Solaris 11: CIFS Administration Guide and System Administration Guide: Solaris Printing(2/2008) 12: * ON/Test: Source for Secure-by-Default (SBD) Test Suite and Key Management 13: Framework (KMF) Test Suite (3/2008~))))|(((* ON/Test: Source for NIC Driver Test 14: Suite (4/2008) 15: * Documentation: System Administration Guide: Devices and File Systems (5/2008) 16: * Open HA Cluster: Source for Solaris Cluster Core. (5/2008) 17: * ON/Test: Source for FNFS (NFSv4) Test Suite and SMF Test Suite (5/2008) 18: * Documentation: Writing Device Drivers and OpenSolaris Development Guide (6/2008) 19: * ON/Test: Sourec for the Storage Driver Test Suite (SDTS) (6/2008~))))|(((* n/a)))|(((* ON/Test: Source for JIST (Java Technology-based Interoperability 20: System/Software/Storage Test Suite (10/2008) 21: * ON/Test: Source for the Megacli and Virt-Install Test Suites and the NetCat 22: Test Suite (11/2008~)))) 23: |= Tools |(((* n/a)))|(((* n/a)))|(((* Integrate ON developer tools that work 24: with Mercurial (7/2008) 25: * Integrate ON gatekeeper tools that work with Mercurial (8/2008~))))|(((* n/a))) 26: |= Governance |(((* Elect new OGB (3/2008) 27: * Vote on priorities poll. (3/2008) 28: * Two constitutional amendments voted on. See [[election 29: site>>http://poll.opensolaris.org/3/]] (3/2008~))))|(((* n/a)))|(((* n/a)))|(((* n/a))) 30: |= Community Collaboration |(((* n/a)))|(((* ON/Test: Build/Test Farm (Target: 31: 6/2008~))))|(((* n/a)))|(((* n/a))) 32: 33: === Program Roadmap: Previous Quarters 2007 === 34: 35: |= |=Jan-Mar 2007 |=Apr-Jun 2007 |=Jul-Sep 2007 |=Oct-Dec 2007 36: |= Source Available under OSI-Approved License(s) |(((* Man Pages Consolidation: 37: Source for Second Set of Pages (1/2007) 38: * Documentation: System Administration Guide: IP Services (2/2007~))))|(((* Documentation: System Administration Guide: Naming and Directory Services (DNS, 39: NIS, and LDAP) and System Administration Guide: Network Services (4/2007) 40: * Man Pages Consolidation: Source for Third Set of Pages (5/2007) 41: * Man Pages Consolidation: Source for Fourth Set of Pages (6/2007) 42: * ON/Test: Source for ZFS Test Suite, iSCSI test suite and Common Test 43: Infrastructure (CTI) for the Test Environment Toolkit (TET) (6/2007) 44: * Documentation: Memory Thread Placement and Optimization Developer’s Guide and 45: Solaris Modular Debugger Guide (6/2007) 46: * Open HA Cluster: Globalization Source Code for the Solaris Cluster Agents. 47: (7/2007) 48: * ON/Test: Source for Sharemgr Test Suite (7/2007~))))|(((* ON/Test:Source for 49: Sharmgr Test Suite (7/2007) 50: * Documentation: Solaris Express Developer Edition Release Notes, Solaris 51: Express Developer Edition What’s New and Solaris Express Package List (8/2007) 52: * Documentation: Solaris Express Developer Edition Installation Guide: Laptop 53: Installation, Solaris Express Installation Guide: Network-Based Installations 54: and Solaris Express Installation Guide: Solaris Live Upgrade and Upgrade (9/2007) 55: * ON/Test: Source for Sharemnt Test Suite and Kerberos Test Tools (krb5tools) 56: (9/2007) 57: * Man Pages Consolidation: Source for Fifth Set of Pages (9/2007) 58: * Website: Source for Portal Application (9/2007~))))|(((* Open HA Cluster: 59: Source for Sun Cluster Geographic Edition product. (12/2007~)))) 60: |= Tools |(((* Voting software available on site. (3/2007~))))|(((* Mercurial 61: support on opensolaris.org (finish the Beta period) (4/2007~))))|(((* Code 62: review tool available (cr.opensolaris.org) (10/2007~))))|(((* n/a))) 63: |= Governance |(((* Test vote on priorities poll. (3/2007) 64: * OpenSolaris Governance approved. (3/2007) 65: * Elect OGB. (3/2007~))))|(((* n/a)))|(((* n/a)))|(((* n/a))) 66: |= Community Collaboration |(((* n/a)))|(((* n/a)))|(((* ON/Test: Self-Service 67: Testing (10/2007~))))|(((* n/a))) 68: 69: === Program Roadmap: Previous Quarters 2006 === 70: 71: |= |=Jan-Mar 2006 |=Apr-Jun 2006 |=Jul-Sep 2006 |=Oct-Dec 2006 72: |= Source Available under OSI-Approved License(s) |(((* Network Storage 73: Consolidation: Sun storage drivers (1/2006) 74: * Developer Tools Consolidation: libm (2/2006) 75: * Developer Tools Consolidation: Binaries for libmtsk (2/2006) 76: * Packaging tools (3/2006) 77: * Documentation: ZFS Aministration Guide & Device Driver Tutorial (3/2006) 78: * Sun Freeware Consolidation (SFW) (3/2006) 79: * Xorg Consolidation (3/2006~))))|(((* Companion CD (Project live 4/2006) (6/2006) 80: * Developer Tools Consolidation: medialib (6/2006) 81: * Globalization (G11N) Consolidation: Translations (5/2006) 82: * Documentation: Solaris Dynamic Tracing Guide and Solaris Containers: Resource 83: Management and Solaris Zones Developer’s Guide (5/2006) 84: * Documentation: OpenSolaris Developer’s Reference Guide and System 85: Administration Guide: Solaris Containers (6/2006~))))|(((* Developer Tools 86: Consolidation: BINARIES for libC (9/2006) 87: * Documentation: Solaris Volume Manager System Administration Guide and Solaris 88: Express Installation Guide: Basic Installations (7/2006) 89: * Documentation: Solaris Trusted Extensions Installation and Configuration 90: Guide, Solaris Trusted Extensions Label Administration, Solaris Trusted 91: Extensions User’s Guide, Solaris Trusted Extensions Transition Guide, Solaris 92: Trusted Extensions Developer’s Guide, Solaris Express Installation Guide: 93: Solaris Flash Archives (Creation and Installation), System Administration Guide: 94: Basic Administration, System Administration Guide: Advanced Administration (8/2006) 95: * Documentation: Application Packaging Developer’s Guide, DTrace User Guide, 96: Solaris Trusted Extensions Administrator’s Procedures (9/2006~))))|(((* Message 97: Queue Consolidation (10/2006: Available on java.net; Link on Downloads page) 98: * SPARC Graphics Consolidation: BINARIES for device drivers (10/2006) 99: * Documentation: Solaris Express Installation Guide: Custom JumpStart and 100: Advanced Installation, Solaris Express Installation Guide: Planning for 101: Installation and Upgrade, Solaris Tunable Parameters Reference Manual, System 102: Administration Guide: Security Services (11/2006) 103: * Developer Tools Consolidation: SCCS/make source (12/2006) 104: * Globalization (G11N) Consolidation: Source (12/2006) 105: * Man Pages Consolidations: Source for first set of pages (12/2006~)))) 106: |= Tools |(((* ON Consolidation support for GCC (3/2006~))))|(((* BETA 107: Self-service testing (6/2006) 108: * Distributed SCM Selection (4/2006~))))|(((* Sun Studio 11 compilers 109: (8/2006~))))|(((* SVN support on opensolaris.org (10/2006) 110: * ON/Test: Test Suites available (first set) 111: * Plan for workflow tools mapping to development processes))) 112: |= Governance |(((* OpenSolaris Charter approved. (2/2006~))))|(((* n/a)))|(((* n/a)))|(((* n/a))) 113: |= Community Collaboration |(((* Checklist for publishing ARC cases available 114: (1/2006) 115: * Core ARC cases available (1/2006~))))|(((* Process implemented for requesting 116: historical ARC cases (6/2006~))))|(((* Start publishing content of [[selected 117: historical ARC cases>>http://www.genunix.org/wiki/index.php/ARC_Project_Task_1]] 118: * Publish synopses of [[historical ARC 119: cases>>http://www.genunix.org/wiki/index.php/ARC_Project_Task_2]] 120: * Publish content of all ARC cases referenced so far by OpenSolaris [[flag day 121: events>>Community Group on.flag-days]] (240~))))|(((* Live JDS repository 122: available (10/2006) 123: * Live Companion CD repository available (10/2006) 124: * Mercurial support available on opensolaris.org Beta started 10/2006))) 125: 126: === Program Roadmap: Previous Quarters 2005 === 127: 128: |= |=Jun-Sep 2005 |=Oct-Dec 2005 129: |= Source Available under OSI-Approved License(s) |(((* ON Consolidation: 130: Buildable core Solaris functionality: kernel, libraries, commands)))|(((* JDS 131: Consolidation: GNOME/JDS (10/2005) 132: * More core Solaris functionality (such as drivers) 133: * Binaries for libm (10/2005) 134: * Binaries for SCCS and make (11/2005) 135: * Binaries for packaging tools (11/2005) 136: * OpenGrok source browser (11/2005~)))) 137: |= Tools |(((* Sun Studio 10 compilers 138: Community-support tools: Discussions (mailing lists/forums), Community Blog 139: aggregator 140: Bug database access: Submit and query only)))|(((* Distributed Source Code 141: Management (SCM) evaluation begins (12/2005~)))) 142: |= Governance |(((* Initial Community Advisory Board (CAB) members in place. 143: (6/2005) 144: * Initial Charter proposal published. (8/2005) 145: * Initial Governance proposal published. (7/2005~))))|(((* Charter and 146: Governance documents open for discussion and iteration.))) 147: |= Community Collaboration |(((* Community ability to submit changes to Sun 148: through sponsors (email) 149: * Dynamic website content 150: * OpenSolaris Developer’s Guide 151: * Community and technology articles 152: * More communities initiated by Sun and external community members)))|(((* Community participation in code reviews 153: * New Sun projects externally visible 154: * Historical technical documentation (including ARC materials) available (1/2006) 155: * Core ARC cases available (1/2006~))))
Search
Collectives
Community Group
Academic and Research
Accessibility
Advocacy
Appliances
Approachability
Architecture Process and Tools
BrandZ
Chinese Users
Community Advisory Board
Databases
Desktop
Device Drivers
Distribution
Documentation
DTrace
Emerging Platforms
Fault Management
Games on OpenSolaris
HA Clusters
HPC Developer
Installation and Packaging
Internationalization and Localization
Laptop
Logical Domains
Modular Debugger (MDB)
Networking
NFS
Observability
OpenSolaris Governing Board (OGB)
OpenSolaris Printing
OS/Net (ON)
Performance
Power Management
PowerPC
Security
Service Management Facility (smf(5))
Software Porters
Solaris Volume Manager
Storage
Systems Administration Community Group
Testing
Tools Home
Unix File Systems (UFS)
Website Community
X Window System
Xen
ZFS
Zones
Project
ADSL Modem Enhancement
ARC Process Definition
ARM Platform Port
Automatic Data Migration
BIND Update
Bluetooth Stack & Drivers
Brocade FC HBA - Initiator
Brocade FC HBA - Target
Brussels - unified network link configuration
Caiman, Solaris Install Revisited
Celeste
Český portál
Chime Visualization Tool for DTrace
CIFS client for Solaris
CIFS Server
Clearview: Network Interface Coherence
Cluster Agent: Informix Dynamic Server
Cluster Agent: OpenSolaris Container
Cluster Agent: OpenSolaris xVM
Cluster Agent: Oracle E-Business Suite
Cluster agent: PostgreSQL
Cluster Agent: Samba
Cluster Agent: Tomcat
CMT
Coarse Data Flow Parallelism
Colorado: Open HA Cluster on OpenSolaris
Command Assistant
Common Array Manager
Companion - /opt/sfw: Free and Open Source software
COMSTAR: Common Multiprotocol SCSI Target
Content
Contest
CPU Observability
Credentials Process Groups
Crossbow: Network Virtualization and Resource Control
Crypto KMS Agent Toolkit
Cryptographic Framework
Data Migration Manager
Data Tethers
Deutsches Portal
Device Detection Tool
Device Driver Utility
Device Manager
Device Mapper
Direct Rendering Infrastructure & 3D drivers
DTrace Guide
Duckwater: Simplified name services management
Easy Tools
Emancipation
Emulex Fibre Channel Device Driver
Emulex Advanced Ethernet Device Driver
Enable/Enhance Solaris support for Intel Platform
Enhance the support of USB webcams
Enhanced SMF Profiles
Enhancements for AMD-based Platforms
Erlang DTrace Integration
Ethernet bridge module for Solaris
Evaluate Conary
Events Registry
Ext3 file system support
Facilitation
Fibre Channel over Ethernet
Fine Grained Access Policy (FGAP)
Fingerprint Authentication
Flexible Mandatory Access Control
Forensic Tools
Fully Open X Project
Fuse on Solaris
gcore
Generic Machine Check Architecture Improvements
Google SOC
HA-JBoss
HA-MySQL
Hadoop Live CD
Hitachi
HoneyComb Fixed Content Storage
Hotplug Framework
HPC Stack
Image Packaging System
Immutable Service Containers
Improved Performance MIB
Indiana
Innovation Awards
Input Method
Intel Graphics
Internet Key Exchange, version 2
Interrupt Resource Management
IP Datapath Refactoring
IP over Infiniband
IPsec Tunnel Reform
iSCSI Extensions for Remote DMA (iSER)
iSNS Server
JeOS - Just enough Operating System
JKstat - a java binding for libkstat
Journaled File System (JFS)
K Desktop Environment
Kerberos
Kernel Sockets
Kernel SSL Enhancements
Key Management Framework
Korn Shell 93 integration/migration project
Labeled IPsec
LatencyTOP
Layer 2 Filtering
LDoms Manager
Lending
libMicro - portable microbenchmarks
Link Layer Discovery
Live Media: Technologies for distributions running from CD and other media
Locale Data
lofi compression and cryptography support
lx64 brand
Media Management System
Mega_sas
Mexico
MilaX minimal Live Distribution
MIPS Platform Port
Mozilla DTrace
MRSL.NONsharedDevice
Multi-lingual Glossary
Multi-pathing software (MPxIO)
Multiple disk sector size support
Multiple DOI
Muskoka: An open repository for OpenSolaris technical content
Navigator
Nemo: A Framework for High-Performance Networking
Network Auto-Magic
Network Data Management Protocol
Network MIBs
Network Performance Projects
Network Power Management
Network Storage
Network Time Protocol (NTP)
Nevada Globalization
New Design of 4over6 Mechanism Based on OpenSolaris
NFS RDMA transport update and performance analysis
NFS Server in non-Global Zones
NFS version 4.1 pNFS
NFSv4 namespace extensions
Nightingale: Port Songbird to OpenSolaris
NPort ID Virtualization (NPIV)
NUMA
Object Storage Device (OSD) support for Solaris
OHACGE Script Based Plug-in
ON/Nevada (ONNV) Project
Open Development Infrastructure
Open HA Cluster Utilities
Open Sound System
OpenGrok
OpenPegasus CIM Server
OpenRTI
OpenSolaris Busybox
OpenSolaris Desktop
OpenSolaris Hispano
OpenSolaris Security Audit
OpenSolaris support for the QEMU processor emulator: host and guest
PEF: Packet Event Framework
Performance Wrappers
Pkgfactory
Polski Portal
Portail Francophone
Portal Brasil
Portals
Power Management Usability Interfaces
Presto: Automatic Printing Configuration
Printable Many Page Solaris Manuals
Promise SuperTrak RAID HBA Driver
QLogic Converged Network Adapter GLDv3 NIC Driver
Quagga Routing Protocol Suite Integration
RAID Configuration Utility
RBridge (IETF TRILL) support
RDMA Offload Framework
Release Notes
Reno: Login Process Enhancements for Interop
Resource Management
s10brand
SAM/QFS
SCM Migration Project
SCSI RDMA Protocol
SDcard Drivers
Sensor Abstraction Layer
Session Initiation Protocol
SFW
Shell: bourne shell, korn shell, C shell, etc.
Sierra: Intel WiFi Chipsets Support
Simple Panels
SM-HBA Based SAS HBA Management
SMF Documentation
Solaris iSCSI Target
Solaris PowerPC Port
SourceJuicer
Sparks: name service switch/nscd enhancements
Squashfs
Star integration/migration project
Starfish
Starter Kit
Storage Power Management
Sun Security Toolkit
Sun StorageTek Availability Suite
Support for OpenFabrics User Verbs / API on OpenSolaris OS
Support gcc4/GCCfss in Solaris
Suspend/Resume
SVR4 Packaging
Systemz
Tamarack: Removable Media Enhancements in Solaris
Tesla: OpenSolaris Enhanced Power Management
Test Development
Tickless Kernel Architecture
TIPC
Trademarks
Trusted networking interface policy database for Trusted Extensions
Trusted Platform Module support
Use Case
Userland
Validated Execution Project
Virtual Console
Virtual Network Machines
Visual Panels
Visualization for HPC
Volo
VRRP: Virtual Router Redundancy Protocol Implementation
VSCAN service
Web Stack
Website
Winchester: Schema mapping and ID mapping for AD Interoperability
Wireless USB Support
Wireless Wide Area Network
X Consolidation
x86 Generic FMA Topology Enumerator
Xen Gate
Xfce: A lightweight desktop environment
X Keyboard Layout
ZFS Boot and Install
ZFS on disk encryption support
Zone Manager
Zone Statistics
Русский портал
البوابة العربية
भारतीय पोर्टल
中国门户
日本ポータル
한국 포탈
User Group
Adelaide
Argentina
Arizona
Atlanta
Baltimore-Washington
Bangalore
Bangkok
Bangladesh
Brasilia
Beijing
Bélem
Berlin
Bhimavaram
Bloomington
Capital Region
Cardiff
Caribbean
Ceara
Charlotte
Chengdu
Chennai
Chihuahua
Chile
Cleveland
Colombia
Columbus
Connecticut
Cracow
Czech
Dallas/Ft. Worth
Danish
Delaware
Edinburgh
Egypt
Finland
Florida
Frankfurt
Front Range
FuZhou
Great Lakes
Greece
Hangzhou
Hawaii
Houston
Hong Kong
Hyderabad
Indonesia
Irish
Israel
Istanbul
Italian
Jinan
Jogja
Kabul
Kansas City
Latvia
London
Madrid
Madurai
Manchester
Mato Grosso
Melbourne
Minas Gerais
Minnesota
Montreal
Moscow
Mumbai
Munich
NEA
Netherlands
New England
New York City
New Zealand
NIT Hamirpur
Noroeste
Nuremberg-Erlangen
Oklahoma City
Osnabrück
Peru
Philadelphia
Piaski
Pittsburgh
Porto Alegre
Puget Sound
Pune
Queensland
Rio de Janeiro
Research Triangle Park
Romania
Russia
San Antonio
San Diego
San Francisco
São Paulo
Scottish
Serbia
Shenzhen
Silicon Valley
Singapore
Slovak
South African
Southern Connecticut
St. Louis
Stavanger
Sweden
Switzerland
Sydney
Szczecin
Taiwan
Tecum
Thames Valley
Tokyo
Toronto
Trondheim
Tulsa
Turkey
Ufa
Ukraine
University of Melbourne
Vale do Paraíba
Vancouver
Venezuela
Vladivostok
Welsh - Cymru
Wisconsin
Xi'an
Subsites
Code Reviews
SCM Management
Package Search
Bugster
Bugzilla
Test Machines
Planet
Mailing Lists
Elections & Polls
ARC Case Logs
Source Juicer
Package Factory
User Authentication
Main Pages
Documents on this Wiki
Dashboard
Recent Changes
Spaces
Recent Members
RSS Feeds
Tags
About
Contacts
FAQs
Help
Source Not Released
Roadmap
Product Source
SCA
Values
Sponsor Pgm Bug Activity
OSS Bite Size Bugs
Request-Sponsor Table
OpenSolaris Collectives
Community Groups
Projects
User Groups
Copyright Policy
Discussions
IRC Chat
Documentation
Downloads
Arduino
Get the Source
Licensing
OpenSolaris Binary
OpenSolaris License
Public Doc License
How to Participate
Contribute Packages
Site Infrastructure
Site Localization
Site Map
Site Roles & Collectives
Site User Guide
Site Guidelines
Site Terms of Use
OpenSolaris Trademark


Our mission is to make sure that Lemming's are protected just as much as other animals. While yes they do live in the Arctic mainly, some people have them as pets around the world. In the Arctic, people are concerned about the Polar Bear and Penguin and forgot the other wildlife such as the adorable Lemming. That is why we are here. We want to make sure that Lemming's are protected just as much as any other animal. Of course, that does not mean we don't care about those that have been domesticated! We are here for ALL Lemmings and do our best for them. It may be making sure that the sellers are fully licenced to sell them, or perhaps caring for Lemming's that suffer from diabetes (mainly the Steppe Lemming). Of course, some people belive Lemming just walk of cliffs following the leader (fair enough, they do, as the gif shows) but that does not mean we should not care! We would like to thank you for joining our cause and visiting our site!


Some experiences
1990-1992: Video Games Developer
1997-1999: Analyst, developer, System Engineer and Junior IT Manager
2000-2001: Analyst developer
Developer of Scene Editor
for Simulmondo (Bologna, Italy)
Credits in
Diabolik 9
Lead programmer for
Late Night Sexy TV Show Video game for Dynabyte(Genova,Italy)
COPAN ITALIA SPA
RenCar
Project Manager
2001-2002: System Engineer
2002: Senior Analyst Developer
2003-2005: Senior Analyst Developer (in team)
System Engineer for Enterprise during develop of web site for 150.000 Italian cooking recipes
TPFE at Friskies/Nestlé
Course technician-customer relationship at HP(communication skill)
Project Tavolinux
(Code & Presentation)
2005: Senior Analyst Developer
Extra skills acquired
GMarmo G-Marble (video with technical tips)
Links for Project Managers
Links for developer
Extracurricular activities
2007-2014: Senior Analyst Developer, Project Manager, Standard & Quality Manager
2014-2018: Personal works & studies
Examples
taken from my analysis
Batch records (2009)
SAP connector (2010-2011)
Docuware Web Connector
TSQL automatic test cases
Code check and automatic deploy system for TSQL
anatomy of a TSQL store procedure for import-export
Back to Home Page


My first experience using the internet is most likely a relatable one. I was in school, in Paris, and the teacher brought the entire class up to the computer room. I can’t remember if the computers were just installed or if it was just the first time we where allowed to use them but I do recall that one particular student had some previous knowledge, mainly due to the fact that he knew how to bypass the school block and was able to get us straight to the most exciting games website. I remember the walls were orange but I have not the recollection of the computer we where using or what we were supposed to be doing (most likely something less exciting like WolframAlpha or paint). Once we got onto the games website I was blown away by the number of games I could play at my will, it was like an endless supply of fun to me and I was incredibly excited. It was clear at that moment that I had underestimated the internet. My mother had a Mac in the house which she mainly used to write, and I’m sure we had an internet connection at that time but I had never tried using it. To me, the computer was just a tool for work and there was nothing cool or desirable about that, I had no interest in them whatsoever. This obviously changed when I found all the games. Shooting aliens or just simple platformers… I was hooked. So that’s my first real memory of using one and being excited by one. First, the thrill of being able to bypass the school block on forbidden websites then finding out that there where entire websites filled with thousands of games, my mind was blown.
I don’t remember any remarkable first interactions with the web, but I remember a time in my childhood where it was all about Bluetooth. We exchanged ringtones, cool background pictures, etc. I always got so frustrated when my Bluetooth didn’t work, which was almost always. But I got such joy when it worked and I could use this new ringtone as my own as well or the new background wallpaper or just listen to the song that I received. This feeling of being able to share something with your friends was so amazing at the time. Most of the things I did on a computer were offline in the beginning as far as I can remember.
To be honest I don't remember the first time I used the internet because as I remember it always was there. Though, I remember some funny stories about how I was learning to understand what is it and how it works. So I am going to write about one of them. As I already mentioned, the Internet was existing since I was born, and when I was 5 years old I remember that my family had one super old computer, which looked like a big plastic box, and a more new version of computer, which was already quite flat. Everyone, of course, was using the new one because it was faster and better, and I, as the smallest person in the family was left to play with an old one. Apparently, the new computer was connected to the internet and I was observing my parents searching web, so I knew everything about how it looked inside and how to use it. Well, at least I thought that I knew everything. And one day, playing around the old computer I found the icon of Internet Explorer and I was sure that this icon means that I can access the internet. And being very excited about my discovery I decided to search for something. When I clicked on it nothing happened because the computer was not connected to any network but for a moment I thought that I broke something in the computer because I was thinking that you can install the "Internet" on your computer like all the other programs. I came to my parents with this story and they explained to me that the internet is not just one program.


gs_quant.timeseries.datetime.Window¶
-
class
Window
(w=None, r=None)[source]¶ Create a Window with size and ramp up to use.
- Parameters
w (
Union
[int
,str
,None
]) – window sizer (
Union
[int
,str
,None
]) – ramp up value. Defaults to the window size.
- Returns
new window object
Usage
The window size and ramp up value can either the number of observations or a string representation of the time period.
Examples
Window size is \(22\) obversations and the ramp up value is \(10\):
>>> Window(22, 10)
Window size is one month and the ramp up size is one week:
>>> Window('1m', '1w')
Methods
as_dict
()from_dict
(obj)


You will be given a random number (Target) at the beginning of the game.
There are four crystals below. By clicking on a crystal, you will add a specific (static) amount of points to your total score.
You will win the game by matching your total score to the Target number. You lose the game if your total score goes above the Target number.
The value of each crystal is hidden from you until you click on it (the value of an additional click remains constant at that same value).
Each time the game starts, the game will change the values of the crystals and display 4 new crystals.


resolvedstellarpops.trilegal package¶
Submodules¶
resolvedstellarpops.trilegal.utils module¶
- resolvedstellarpops.trilegal.utils.HRD(age, logl, logte, mass, eep_list, ieep)[source]¶
Same as class HRD However, built-ins are faster in general
Rule of thumb: if a class only has a __init__ and does not use inheritance, a function does better
- class resolvedstellarpops.trilegal.utils.IsoTrack2(filename)[source]¶
Bases: object
Methods
- read_ptcri2(filename)[source]¶
header fmt: 2 # number of isochrones sets with same eeps. in this case 2 (could be has 1st TP vs only C_BUR) 1 18 # which isochrones have first eep set 19 26 # which isochrones have the second eep set 26 # number of isochrones 384 398 395 397 392 ... number of age steps in each isochrone 1.750000 1.800000 1.850000 ... masses of each isochrone
- class resolvedstellarpops.trilegal.utils.Trilegal_SFH(filename, galaxy_input=True)[source]¶
Bases: object
Methods
- resolvedstellarpops.trilegal.utils.change_galaxy_input(galaxy_input, **kwargs)[source]¶
if no kwargs are given, will write None as object_mass and object_sfr_file. see galaxy_input_dict()-
- resolvedstellarpops.trilegal.utils.find_photsys_number(photsys, filter1)[source]¶
grabs the index of the filter in the tab mag file for this photsys. returns the index, and the file name
- resolvedstellarpops.trilegal.utils.galaxy_input_dict(photsys=None, filter1=None, object_mass=None, object_sfr_file=None, aringer=False)[source]¶
- resolvedstellarpops.trilegal.utils.run_trilegal(cmd_input, galaxy_input, output, loud=False, rmfiles=False, dry_run=False)[source]¶
runs trilegal with os.system. might be better with subprocess? Also changes directory to trilegal root, if that’s not in a .cshrc need to somehow tell it where to go.
rmfiles: set to false if running with multiprocessing, destroying files, even if not necessary, seem to break .get()
loud: after the trilegal run, prints trilegal messages
to do: add -a or any other flag options possibly add the stream output to the end of the output file.


Reports any static fields which are only used in a different class than the one they
are defined in. Such fields can be moved.
Because this inspection requires global code analysis it is only available for Analyze|Inspect Code or
Analyze|Run Inspection by Name and it will not report in the editor.


The next generation of relevant companies will have to contain business, technology, and design as first-class ingredients.
A company that wants to stay in business has to be good at Business itself. However, the digital revolution is changing everything and has given rise to an entire generation of tech-enabled companies that could only come into existence by being built with technology at the core. In addition to Business and Technology, the next generation of great companies will have to add a third first-class ingredient: thoughtful Design.
When starting a company, the field of design thinking provides a mindset and structured processes to go rapidly from idea to learning from the market. Later, computational product design enables personalized experiences for a large number of people.
A great company, in my mind, has Design that delivers a 10× better user experience over current solutions; it has a proven and profitable business model with a relentless focus on creating value for the customer; and, finally, it has world-class engineering and applied science to solve hard problems.


Add new attendant × Name: Email: Password: add Shopping attendant 1 items sold: 17 Total sales: 30000 view Shopping attendant 1 items sold: 17 Total sales: 30000 view Shopping attendant 1 items sold: 17 Total sales: 30000 view Shopping attendant 1 items sold: 17 Total sales: 30000 view Shopping attendant 1 items sold: 17 Total sales: 30000 view Shopping attendant 1 items sold: 17 Total sales: 30000 view Shopping attendant 1 items sold: 17 Total sales: 30000 view Shopping attendant 1 items sold: 17 Total sales: 30000 view Shopping attendant 1 items sold: 17 Total sales: 30000 view Shopping attendant 1 items sold: 17 Total sales: 30000 view Shopping attendant 1 items sold: 17 Total sales: 30000 view


{% extends 'base.html' %} {%block content%} {{ block.super}}
This are my photos where you can view different images. You can search for images with diffrent names.


{{ _('The URL has changed!') }}
{% trans %} It looks like you've bookmarked an old URL. The new URL for this page is below. You should update your bookmarks. We will forward you to the new URL in 10 seconds. {% endtrans %}
{{ proto }}{{ host }}{{ dest }}


Next: Tilde E-> Exponential Floating-Point, Previous: FORMAT Floating-Point Printers, Up: FORMAT Floating-Point Printers
The next arg is printed as a float.
The full form is ~w,d,k,overflowchar,padcharF. The parameter w is the width of the field to be printed; d is the number of digits to print after the decimal point; k is a scale factor that defaults to zero.
Exactly w characters will be output. First, leading copies of the character padchar (which defaults to a space) are printed, if necessary, to pad the field on the left. If the arg is negative, then a minus sign is printed; if the arg is not negative, then a plus sign is printed if and only if the @ modifier was supplied. Then a sequence of digits, containing a single embedded decimal point, is printed; this represents the magnitude of the value of arg times 10^k, rounded to d fractional digits. When rounding up and rounding down would produce printed values equidistant from the scaled value of arg, then the implementation is free to use either one. For example, printing the argument 6.375 using the format ~4,2F may correctly produce either 6.37 or 6.38. Leading zeros are not permitted, except that a single zero digit is output before the decimal point if the printed value is less than one, and this single zero digit is not output at all if w=d+1.
If it is impossible to print the value in the required format in a field of width w, then one of two actions is taken. If the parameter overflowchar is supplied, then w copies of that parameter are printed instead of the scaled value of arg. If the overflowchar parameter is omitted, then the scaled value is printed using more than w characters, as many more as may be needed.
If the w parameter is omitted, then the field is of variable width. In effect, a value is chosen for w in such a way that no leading pad characters need to be printed and exactly d characters will follow the decimal point. For example, the directive ~,2F will print exactly two digits after the decimal point and as many as necessary before the decimal point.
If the parameter d is omitted, then there is no constraint on the number of digits to appear after the decimal point. A value is chosen for d in such a way that as many digits as possible may be printed subject to the width constraint imposed by the parameter w and the constraint that no trailing zero digits may appear in the fraction, except that if the fraction to be printed is zero, then a single zero digit should appear after the decimal point if permitted by the width constraint.
If both w and d are omitted, then the effect is to print the value using ordinary free-format output; prin1 uses this format for any number whose magnitude is either zero or between 10^-3 (inclusive) and 10^7 (exclusive).
If w is omitted, then if the magnitude of arg is so large (or, if d is also omitted, so small) that more than 100 digits would have to be printed, then an implementation is free, at its discretion, to print the number using exponential notation instead, as if by the directive ~E (with all parameters to ~E defaulted, not taking their values from the ~F directive).
If arg is a rational number, then it is coerced to be a single float and then printed. Alternatively, an implementation is permitted to process a rational number by any other method that has essentially the same behavior but avoids loss of precision or overflow because of the coercion. If w and d are not supplied and the number has no exact decimal representation, for example 1/3, some precision cutoff must be chosen by the implementation since only a finite number of digits may be printed.
If arg is a complex number or some non-numeric object, then it is printed using the format directive ~wD, thereby printing it in decimal radix and a minimum field width of w.
~F binds *print-escape* to false
and *print-readably* to false.
Next: Tilde E-> Exponential Floating-Point, Previous: FORMAT Floating-Point Printers, Up: FORMAT Floating-Point Printers


|
mbed-lib
1.0
|
Various definition for General Purpose Input/Output (GPIO). More...
#include "LPC17xx.h"
#include "lpc17xx_gpio.h"
Go to the source code of this file.
Defines | |
| #define | MBED_GPIO_H |
| #define | GPIO5 9 |
| #define | GPIO6 8 |
| #define | GPIO7 7 |
| #define | GPIO8 6 |
| #define | GPIO9 0 |
| #define | GPIO10 1 |
| #define | GPIO11 18 |
| #define | GPIO12 17 |
| #define | GPIO13 15 |
| #define | GPIO14 16 |
| #define | GPIO15 23 |
| #define | GPIO16 24 |
| #define | GPIO17 25 |
| #define | GPIO18 26 |
| #define | GPIO19 30 |
| #define | GPIO20 31 |
| #define | GPIO21 5 |
| #define | GPIO22 4 |
| #define | GPIO23 3 |
| #define | GPIO24 2 |
| #define | GPIO25 1 |
| #define | GPIO26 0 |
| #define | GPIO27 11 |
| #define | GPIO28 10 |
| #define | GPIO29 5 |
| #define | GPIO30 4 |
| #define | GP_LOW 0 |
| #define | GP_HIGH 1 |
| #define | GP_ERR 2 |
Functions | |
| void | setGPInputCfg (uint32_t) |
| General Purpose Input Configuration. | |
| void | setGPOutputCfg (uint32_t) |
| General Purpose Output Configuration. | |
| void | initGPInputs (void) |
| General Purpose Input initialization function. | |
| void | initGPOutputs (void) |
| General Purpose Output initialization function. | |
| void | checkConflicts (void) |
| Conflict resolver. | |
| void | initGPIO (uint32_t, uint32_t) |
| GPIO initialization function. | |
| void | GPIOSetVal (uint32_t, uint8_t) |
| Set value for general purpose outputs. | |
| void | GPIOToggle (uint32_t) |
| Toggle value for general purpose outputs. | |
| uint8_t | GPIOReadVal (uint32_t) |
| Read value from general purpose inputs. |
Various definition for General Purpose Input/Output (GPIO).
In this file are definitions for all pins on the MBED device. They can be used as either input or output by adding them to the corresponding configuration.
| #define MBED_GPIO_H |
Header guard.
| void checkConflicts | ( | void | ) |
Conflict resolver.
This routine checks if the GPIO configuration conflicts with any initlialized peripherals. For any conflict, it unsets the pins in the GPIO configuration.
| uint8_t GPIOReadVal | ( | uint32_t | pin | ) |
Read value from general purpose inputs.
This routine reads the output value from the indicated GP pin.
| pin | Pin to be read, should be MBED_GPIOx. |
| void GPIOSetVal | ( | uint32_t | pin, |
| uint8_t | val | ||
| ) |
Set value for general purpose outputs.
This routine sets the output value for the indicated GP pin.
| pin | Pin to be set, should be MBED_GPIOx. |
| val | Value to set, should be GP_LOW or GP_HIGH. |
| void GPIOToggle | ( | uint32_t | pin | ) |
Toggle value for general purpose outputs.
This routine toggles the output value for the indicated GP pin.
| pin | Pin to be toggled, should be MBED_GPIOx. |
| void initGPInputs | ( | void | ) |
General Purpose Input initialization function.
This routine initializes the pins set by setGPInputCfg() as general purpose inputs, unless they conflict with any other previously initialized peripherals.
| void initGPIO | ( | uint32_t | mode, |
| uint32_t | gpioConfig | ||
| ) |
GPIO initialization function.
This routine configures the pins according to the GPIO configuration. It is called from initGPInputs() and initGPOutputs().
| mode | Indicates what is to be initialized (inputs or outputs). Should be INIT_GPI or INIT_GPO. |
| gpioConfig | Pin configuration (see GPIO configuration). |
| void initGPOutputs | ( | void | ) |
General Purpose Output initialization function.
This routine initializes the pins set by setGPOutputCfg() as general purpose outputs, unless they conflict with any other previously initialized peripherals.
| void setGPInputCfg | ( | uint32_t | config | ) |
General Purpose Input Configuration.
This function defines which pins should be configured as general purpose inputs by setting the GPIO configuration.
| config | Pins to be configured as inputs, indicated by setting the corresponding bits. |
| void setGPOutputCfg | ( | uint32_t | config | ) |
General Purpose Output Configuration.
This function defines which pins should be configured as general purpose outputs by setting the GPIO configuration.
| config | Pins to be configured as outputs, indicating by setting the corresponding bits. |


Next: Locating a Symbol in a Package, Previous: Package Inheritance, Up: Introduction to Packages
A symbol becomes accessible in a package if that is its home package when it is created, or if it is imported into that package, or by inheritance via use-package.
If a symbol is accessible in a package, it can be referred to when using the Lisp reader without a package prefix when that package is the current package, regardless of whether it is present or inherited.
Symbols from one package can be made accessible in another package in two ways.
Any individual symbol can be added to a package by use of import. After the call to import the symbol is present in the importing package. The status of the symbol in the package it came from (if any) is unchanged, and the home package for this symbol is unchanged. Once imported, a symbol is present in the importing package and can be removed only by calling unintern.
A symbol is shadowed_3 by another symbol in some package if the first symbol would be accessible by inheritance if not for the presence of the second symbol. See shadowing-import.
The second mechanism for making symbols from one package accessible in another is provided by use-package. All of the external symbols of the used package are inherited by the using package. The function unuse-package undoes the effects of a previous use-package.


Acinetobacter baylyi
Applications
It is a non-pathogenic, nutritionally versatile, naturally competent organism that can be used in various applications.
Strains
- ADP1
- ADP1-ISx
Life Cycle
- Doubling Time: 30-40 min
- Optimal Temperature: 30°C
- Incubation Period: 1-2 days
Protocols
http://barricklab.org/twiki/bin/view/Lab/ProtocolList#Acinetobacter_baylyi_ADP1
Vectors
BioBrick Parts
- BBa_K2146001: A. baylyi origin of replication
- BBa_K2146003: A. baylyi shuttle vector with spectinomycin resistance.
- BBa_K2146004: A. baylyi shuttle vector with cefotaxime resistance.
- BBa_K2146005: A. baylyi shuttle vector with amikacin resistance.
- BBa_K2146006: A. baylyi shuttle vector with cefotaxime resistance, containing reporter gene gusA
Whole Cell SBML Model
Genome Sequence
https://www.ncbi.nlm.nih.gov/nuccore/CR543861.1
Acknowledgements
Data curated by iGEM 2018 team IIT Madras: igem@smail.iitm.ac.in


Targets of our Foundation
Health
We work to address the cause of malnutrition with special focus and improve access to quality health services for the poor and orphan.
Education
Every child deserves the opportunity to learn.we work to ensure children are educated free for life through collective efforts.
Food & Shelter
We provide free good healthy food for thr orphan and also provide them with Shelter and hygienic enviroment.


Pig-Dice
Player 1:
Roll Value:
Total Score:
Player 2:
Roll Value:
Total Score:
Pig Dice Rules
- Each turn, a player repeatedly rolls a die until either a 1 is rolled or the player decides to "hold".
- If the player rolls a 1, they score nothing and it becomes the next player's turn.
- If the player rolls any other number, it is added to their turn total and the player's turn continues.
- If a player chooses to "hold", their turn total is added to their score, and it becomes the next player's turn.
- The first player to score 100 or more points wins.


--- layout: documentation title: PlanningAndOperationalSupportVocab-1.0 ---
The PlanningAndOperationalSupportVocab is the default STIX vocabulary for expressing the planning and operational support functions of a threat actor. NOTE: As of STIX Version 1.0.1, this version of the PlanningAndOperationalSupportVocab is deprecated. Please use PlanningAndOperationalSupportVocab-1.0.1 instead.
| Item | Description |
|---|---|
| Data Exploitation | |
| Data Exploitation - Analytic Support | |
| Data Exploitation - Translation Support | |
| Financial Resources | |
| Financial Resources - Academic | |
| Financial Resources - Commercial | |
| Financial Resources - Government | |
| Financial Resources - Hacktivist or Grassroot | |
| Financial Resources - Non-Attributable Finance | |
| Skill Development / Recruitment | |
| Skill Development / Recruitment - Contracting and Hiring | |
| Skill Development / Recruitment - Document Exploitation (DOCEX) Training | |
| Skill Development / Recruitment - Internal Training | |
| Skill Development / Recruitment - Military Programs | |
| Skill Development / Recruitment - Security / Hacker Conferences | |
| Skill Development / Recruitment - Underground Forums | |
| Skill Development / Recruitment - University Programs | |
| Planning | |
| Planning - Operational Cover Plan | |
| Planning - Open-Source Intelligence (OSINT) Gethering | |
| Planning - Pre-Operational Surveillance and Reconnaissance | |
| Planning - Target Selection |
| Field Name | Type | Description |
|---|---|---|
| @vocab_nameoptional | string |
The vocab_name field specifies the name of the controlled vocabulary. |
| @vocab_referenceoptional | anyURI |
The vocab_reference field specifies the URI to the location of where the controlled vocabulary is defined, e.g., in an externally located XML schema file. |


Uses of Package
io.ebeanservice.docstore.api
| Package | Description |
|---|---|
| io.ebean | |
| io.ebean.plugin |
Provides a API for plugins.
|
| io.ebeanservice.docstore.api |
The service API for document store integration.
|
| io.ebeanservice.docstore.api.support |
Support objects for implementing integration.
|
| io.ebeanservice.docstore.none |
"No op" implementation of document store.
|
-
Classes in io.ebeanservice.docstore.api used by io.ebean Class Description DocQueryRequest A Query request for the document store.RawDoc Raw document. -
Classes in io.ebeanservice.docstore.api used by io.ebean.plugin Class Description DocStoreUpdateContext The doc store specific context/transaction used to collect updates to send to the document store. -
Classes in io.ebeanservice.docstore.api used by io.ebeanservice.docstore.api Class Description DocStoreBeanAdapter Doc store specific adapter to process doc store events for a given bean type.DocStoreIntegration All the required features for DocStore integration.DocStoreQueryUpdate Update the document store using a Ebean ORM query.DocStoreTransaction A document store transaction.DocStoreUpdate For persist events that know how to publish or queue their change to the Document store.DocStoreUpdateContext The doc store specific context/transaction used to collect updates to send to the document store.DocStoreUpdateProcessor Processes index updates.DocStoreUpdates Collection of document store updates that are either sent to the document store or queued for future processing -
Classes in io.ebeanservice.docstore.api used by io.ebeanservice.docstore.api.support Class Description DocStoreBeanAdapter Doc store specific adapter to process doc store events for a given bean type.DocStoreUpdate For persist events that know how to publish or queue their change to the Document store.DocStoreUpdateContext The doc store specific context/transaction used to collect updates to send to the document store.DocStoreUpdates Collection of document store updates that are either sent to the document store or queued for future processing -
Classes in io.ebeanservice.docstore.api used by io.ebeanservice.docstore.none Class Description DocQueryRequest A Query request for the document store.DocStoreBeanAdapter Doc store specific adapter to process doc store events for a given bean type.DocStoreFactory Creates the integration components for DocStore integration.DocStoreIntegration All the required features for DocStore integration.DocStoreUpdateContext The doc store specific context/transaction used to collect updates to send to the document store.RawDoc Raw document.


Arc/Info Binary Grid Format
by Frank Warmerdam<EMAIL_ADDRESS>The Arc/Info Binary Grid format is the internal working format of the Arc/Info Grid product. It is also usable and creatable within the spatial analyst component of ArcView. It is a tiled (blocked) format with run length compression capable of holding raster data of up to 4 byte integers or 4 byte floating data.
This format should not be confused with the Arc/Info ASCII Grid format which is the interchange format for grids. Files can be converted between binary and ASCII format with the GRIDASCII and ASCIIGRID commands in Arc/Info. This format is also different than the flat binary raster output of the GRIDFLOAT command. The Arc/Info binary float, and ASCII formats are also accessible from within ArcView.
This format should also not be confused with what I know as ESRI BIL format. This is really a standard ESRI way of creating a header file (.HDR) describing the data layout a binary raster file containing raster data.
Version
I am not sure yet how the versions work for grid files. I have been working primarily with grid files generated by ArcView 3.x, and its associated gridio API. The hdr.adf files I have examined start with the string GRID1.2 for what that's worth. Certainly the file naming conventions seem to follow the Arc/Info 7.x conventions rather than that of earlier versions.
File Set
A grid coverage actually consists of a number of files. A grid normally lives in its own directory named after the grid. For instance, the grid nwgrd1 lives in the directory nwgrd1, and has the following component files:
-rwxr--r-- 1 warmerda users 32 Jan 22 16:07 nwgrd1/dblbnd.adf
-rwxr--r-- 1 warmerda users 308 Jan 22 16:07 nwgrd1/hdr.adf
-rwxr--r-- 1 warmerda users 32 Jan 22 16:07 nwgrd1/sta.adf
-rwxr--r-- 1 warmerda users 2048 Jan 22 16:07 nwgrd1/vat.adf
-rwxr--r-- 1 warmerda users 187228 Jan 22 16:07 nwgrd1/w001001.adf
-rwxr--r-- 1 warmerda users 6132 Jan 22 16:07 nwgrd1/w001001x.adf
Sometimes datasets will also include a prj.adf files containing the projection definition in the usual ESRI format. Grids also normally have associated tables in the info directory. This is beyond the scope of my discussion for now.
The files have the following roles:
dblbnd.adf: Contains the bounds (LLX, LLY, URX, URY) of the portion of utilized portion of the grid.
hdr.adf: This is the header, and contains information on the tile sizes, and number of tiles in the dataset. It also contains assorted other information I have yet to identify.
sta.adf: This contains raster statistics. In particular, the raster min, max, mean and standard deviation.
vat.adf: This relates to the value attribute table. This is the table corresponding integer raster values with a set of attributes. I presume it is really just a pointer into info in a manner similar to the pat.adf file in a vector coverage, but I haven't investigated yet.
w001001.adf: This is the file containing the actual raster data.
w001001x.adf: This is an index file containing pointers to each of the tiles in the w001001.adf raster file.
dblbnd.adf - Georef Bounds
Fields:
Start Byte
# of Bytes
Format
Name
Description
0
8
MSB double
D_LLX
Lower left X (easting) of the grid. Generally -0.5 for an ungeoreferenced grid.
8
8
MSB double
D_LLY
Lower left Y (northing) of the grid. Generally -0.5 for an ungeoreferenced grid.
16
8
MSB double
D_URX
Upper right X (easting) of the grid. Generally #Pixels-0.5 for an ungeoreferenced grid.
24
8
MSB double
D_URY
Upper right Y (northing) of the grid. Generally #Lines-0.5 for an ungeoreferenced grid.
This file is always 32 bytes long. The bounds apply to the portion of the grid that is in use, not the whole thing.
w001001x.adf - Tile Index
This is a binary dump of the first 320 bytes of a w001001x.adf file.
0: 0000270A FFFFFC14 00000000 00000000 ~~'~~~~~~~~~~~~~
16: 00000000 00000000 00000BFA 00000000 ~~~~~~~~~~~~~~~~
32: 00000000 00000000 00000000 00000000 ~~~~~~~~~~~~~~~~
48: 00000000 00000000 00000000 00000000 ~~~~~~~~~~~~~~~~
64: 00000000 00000000 00000000 00000000 ~~~~~~~~~~~~~~~~
80: 00000000 00000000 00000000 00000000 ~~~~~~~~~~~~~~~~
96: 00000000 00000032 00000202 00000235 ~~~~~~~2~~~~~~~5
112: 000001D4 0000040A 00000000 0000040B ~~~~~~~~~~~~~~~~
128: 00000000 0000040C 00000000 0000040D ~~~~~~~~~~~~~~~~
144: 00000000 0000040E 00000000 0000040F ~~~~~~~~~~~~~~~~
160: 00000000 00000410 00000202 00000613 ~~~~~~~~~~~~~~~~
176: 000001D4 000007E8 00000000 000007E9 ~~~~~~~~~~~~~~~~
192: 00000000 000007EA 00000000 000007EB ~~~~~~~~~~~~~~~~
208: 00000000 000007EC 00000000 000007ED ~~~~~~~~~~~~~~~~
224: 00000000 000007EE 00000202 000009F1 ~~~~~~~~~~~~~~~~
240: 000001D4 00000BC6 00000000 00000BC7 ~~~~~~~~~~~~~~~~
256: 00000000 00000BC8 00000000 00000BC9 ~~~~~~~~~~~~~~~~
272: 00000000 00000BCA 00000000 00000BCB ~~~~~~~~~~~~~~~~
288: 00000000 00000BCC 00000202 00000DCF ~~~~~~~~~~~~~~~~
304: 000001D4 00000FA4 00000000 00000FA5 ~~~~~~~~~~~~~~~~
Fields:
Start Byte
# of Bytes
Format
Description
0
8
Magic Number (always hex 00 00 27 0A FF FF ** **, usually ending in FC 14, FB F8 or FC 08).
8
16
zero fill
24
4
MSB Int32
Size of whole file in shorts (multiply by two to get file size in bytes).
28
72
zero fill
100 + t*8
4
MSB Int32
Offset to tile t in w001001.adf measured in two byte shorts.
104 + t*8
4
MSB Int32
Size of tile t in 2 byte shorts.
sta.adf - Raster Statistics
Fields:
Start Byte
# of Bytes
Format
Name
Description
0
8
MSB double
SMin
Minimum value of a raster cell in this grid.
8
8
MSB double
SMax
Maximum value of a raster cell in this grid.
16
8
MSB double
SMean
Mean value of a raster cells in this grid.
24
8
MSB double
SStdDev
Standard deviation of raster cells in this grid.
This file is always 32 bytes long.
w001001.adf - Raster Data
This is a binary dump of the first 320 bytes of a w001001.adf file.
0: 0000270A FFFFFC14 00000000 00000000 ~~'~~~~~~~~~~~~~
16: 00000000 00000000 00016DAE 00000000 ~~~~~~~~~~m~~~~~
32: 00000000 00000000 00000000 00000000 ~~~~~~~~~~~~~~~~
48: 00000000 00000000 00000000 00000000 ~~~~~~~~~~~~~~~~
64: 00000000 00000000 00000000 00000000 ~~~~~~~~~~~~~~~~
80: 00000000 00000000 00000000 00000000 ~~~~~~~~~~~~~~~~
96: 00000000 02020800 00373D42 5C5A4D31 ~~~~~~~~~7=B\ZM1
112: 200A0108 0E1D4F89 9C9A9392 8C7E6653 ~~~~~O~~~~~~~fS
128: 5151596D 83919290 868A8B87 807A7A7B QQYm~~~~~~~~~zz{
144: 7C7A766F 64481D00 0406305F 6B6C6A5B |zvodH~~~~0_klj[
160: 5D53513C 2D2D2732 24293F54 40354C55 ]SQ<--'2$)?T@5LU
176: 67686258 514E4943 5859534A 41394D70 ghbXQNICXYSJA9Mp
192: 75665659 66625A63 737A848E 9090979F ufVYfbZcsz~~~~~~
208: 9F908C8F 8F96998E 8778685B 53536274 ~~~~~~~~~xh[SSbt
224: 747B838A 8A8C8F92 8D979B94 8C8D9294 t{~~~~~~~~~~~~~~
240: 8D8D8D8D 8C8B8989 8B8E908F 8E8E9092 ~~~~~~~~~~~~~~~~
256: 90929394 989C9891 92939698 9B9B9C9C ~~~~~~~~~~~~~~~~
272: 8E8E8F8F 8E8E8F90 898E918F 8B8A8E93 ~~~~~~~~~~~~~~~~
288: 8B8D9093 94918C86 838DA1BC B7CEC9B0 ~~~~~~~~~~~~~~~~
304: D4B0BB96 A0929E99 9797999B 9D9C9C9B ~~~~~~~~~~~~~~~~
Fields:
Start Byte
# of Bytes
Format
Name
Description
0
8
RMagic
Magic Number (always hex 00 00 27 0A FF FF ** **, usually ending in FC 14, FB F8 or FC 08).
8
16
zero fill
24
4
MSB Int32
RFileSize
Size of whole file in shorts (multiply by two to get file size in bytes).
28
72
zero fill
100, ...
2
MSB Int16
RTileSize
Size of this tiles data measured in shorts. This matches the size in the index file, and does not include the tile size itself. The next tile starts 2*n+2 bytes after the start of this tile, where n is the value of this field.
102, ...
1
byte
RTileType
Tile type code indicating the organization of the following data (integer coverages only).
103, ...
1
byte
RMinSize
Number of bytes following to form the minimum value for the tile (integer coverages only).
104, ...
(RMinSize bytes)
MSB Int (var size)
RMin
The minimum value pixels for this tile. This number is added to the pixel values for each pixel in this tile (integer coverages only). I must stress that if RMinSize is less than 4 this is still a signed quantity. For instance, if RMinSize is 2, the value is 65536 - byte0*256 - byte1 if byte0 is > 127.
104+RMinSize, ...
RTileSize*2 - 3 - RMinSize
variable
RTileData
The data for this tile. Format varies according to RTileType for integer coverages.
The fields RTileSize, RTileType, RMinSize, RMin, and RTileData occur in the file for each tile of data present. They are usually packed one after the other, but this isn't necessarily guaranteed. The index file (w001001x.adf) should be used to establish the tile locations. Note that tiles that appear in the index file with a size of zero will appear as just two bytes (zeros) for the RTileSize for that tile.
Raster Size
The size of a the grid isn't as easy to deduce as one might expect. The hdr.adf file contains the HTilesPerRow, HTilesPerColumn, HTileXSize, and HTileYSize fields which imply a particular raster space. However, it seems that this is created much larger than necessary to hold the users raster data. I have created 3x1 rasters which resulted in the standard 8x512 tiles of 256x4 pixels each.
It seems that the user portion of the raster has to be computed based on the georeferenced bounds in the dblbnd.adf file (assumed to be anchored at the top left of the total raster space), and the HPixelSizeX, and HPixelSizeY fields from hdr.adf.
#Pixels = (D_URX - D_LRX) / HPixelSizeX
#Lines = (D_URY - D_LRY) / HPixelSizeY
Based on this number of pixels and lines, it is possible to establish what portion out of the top left of the raster is really of interest. All regions outside this appear to empty tiles, or filled with no data markers.
RTileType/RTileData
Each tile contains HBlockXSize * HBlockYSize pixels of data. For floating point and uncompressed integer files the data is just the tile size (in two bytes) followed by the pixel data as 4 byte MSB order IEEE floating point words. For compressed integer tiles it is necessary to interpret the RTileType to establish the details of the tile organization:
RTileType = 0x00 (constant block)
All pixels take the value of the RMin. Data is ignored. It appears there is sometimes a bit of meaningless data (up to four bytes) in the block.
RTileType = 0x01 (raw 1bit data)
One full tile worth of data pixel values follows the RMin field, with 1bit per pixel.
RTileType = 0x04 (raw 4bit data)
One full tiles worth of data pixel values follows the RMin field, with 4 bits per pixel. The high order four bits of a byte comes before the low order four bits.
RTileType = 0x08 (raw byte data)
One full tiles worth of data pixel values (one byte per pixel) follows the RMin field.
RTileType = 0x10 (raw 16bit data)
One full tiles worth of data pixel values follows the RMin field, with 16 bits per pixel (MSB).
RTileType = 0x20 (raw 32bit data)
One full tiles worth of data pixel values follows the RMin field, with 32 bits per pixel (MSB).
RTileType = 0xCF (16 bit literal runs/nodata runs)
The data is organized in a series of runs. Each run starts with a marker which should be interpreted as:
Marker < 128: The marker is followed by Marker pixels of literal data with two MSB bytes per pixel.
Marker > 127: The marker indicates that 256-Marker pixels of no data pixels should be put into the output stream. No data (other than the next marker) follows this marker.
RTileType = 0xD7 (literal runs/nodata runs)
The data is organized in a series of runs. Each run starts with a marker which should be interpreted as:
Marker < 128: The marker is followed by Marker pixels of literal data with one byte per pixel.
Marker > 127: The marker indicates that 256-Marker pixels of no data pixels should be put into the output stream. No data (other than the next marker) follows this marker.
RTileType = 0xDF (RMin runs/nodata runs)
The data is organized in a series of runs. Each run starts with a marker which should be interpreted as:
Marker < 128: The marker is followed by Marker pixels of literal data with one byte per pixel.
Marker > 127: The marker indicates that 256-Marker pixels of no data pixels should be put into the output stream. No data (other than the next marker) follows this marker.
This is similar to 0xD7, except that the data size is zero bytes instead of 1, so only RMin values are inserted into the output stream.
RTileType = 0xE0 (run length encoded 32bit)
The data is organized in a series of runs. Each run starts with a marker which should be interpreted as a count. The four bytes following the count should be interpreted as an MSB Int32 value. They indicate that count pixels of value should be inserted into the output stream.
RTileType = 0xF0 (run length encoded 16bit)
The data is organized in a series of runs. Each run starts with a marker which should be interpreted as a count. The two bytes following the count should be interpreted as an MSB Int16 value. They indicate that count pixels of value should be inserted into the output stream.
RTileType = 0xFC/0xF8 (run length encoded 8bit)
The data is organized in a series of runs. Each run starts with a marker which should be interpreted as a count. The following byte is the value. They indicate that count pixels of value should be inserted into the output stream.
The interpretation is the same for 0xFC, and 0xF8. I believe that 0xFC has a lower dynamic (2 bit) range than 0xF8 (4 or 8 bit).
RTileType = 0xFF (RMin CCITT RLE 1Bit)
The data stream for this file is CCITT RLE (G1 fax) compressed. The format is complex but source is provided with the sample program (derived from libtiff) for reading it. The result of uncompressing is 1bit data so which the RMin value should be added.
hdr.adf - Header
This is a binary dump of the first 308 bytes of a hdr.adf file.
0: 47524944 312E3200 00000000 FFFFFFFF GRID1.2~~~~~~~~~
16: 00000001 00000000 0000164E 3F800000 ~~~~~~~~~~~N?~~~
32: 00000F00 F6180000 90060000 3603D601 ~~~~~~~~~~~~6~~~
48: 6403E301 01000000 7620F808 43012B03 d~~~~~~~v ~~C~+~
64: D6019903 E3012B03 D6019903 E301F7BF ~~~~~~+~~~~~~~~~
80: 00007406 6E1FC2A4 7A370D00 0B004200 ~~t~n~~~z7~~~~B~
96: 4E1654A4 00000000 00000000 00000000 N~T~~~~~~~~~~~~~
112: 34A5A89D FF0414A5 A70F0002 00000000 4~~~~~~~~~~~~~~~
128: 00000000 3C0B5F06 A8C05F06 08005AC0 ~~~~<~_~~~_~~~Z~
144: 0A00E101 36035AC0 72085F06 FAA42F3C ~~~~6~Z~r~_~~~/<
160: 0A001667 02000E00 A80B0200 08370200 ~~~g~~~~~~~~~7~~
176: 0CA00200 9C0B0200 04370200 36A0E436 ~~~~~~~~~7~~6~~6
192: 84000000 36A00200 5F063EA5 0883FF04 ~~~~6~~~_~>~~~~~
208: 00008400 00000010 BD810200 5F010000 ~~~~~~~~~~~~_~~~
224: 670E0000 5F01560E 4C4F0001 84008CA5 g~~~_~V~LO~~~~~~
240: 28008F01 1000E00A 6628F7BF 4076FF04 (~~~~~~~f(~~@v~~
256: 3FF00000 00000000 3FF00000 00000000 ?~~~~~~~?~~~~~~~
272: C08FFC00 00000000 C0A1BF00 00000000 ~~~~~~~~~~~~~~~~
288: 00000008 00000200 00000100 00000001 ~~~~~~~~~~~~~~~~
304: 00000004 ~~~~
Fields:
Start Byte
# of Bytes
Format
Name
Description
0
8
Char
HMagic
Magic Number - always "GRID1.20"
8
8
assorted data, I don't know the purpose.
16
4
MSB Int32
HCellType
1 = int cover, 2 = float cover.
20
4
MSB Int32
CompFlag
0 = compressed, 1 = uncompressed
24
232
assorted data, I don't know the purpose.
256
8
MSB Double
HPixelSizeX
Width of a pixel in georeferenced coordinates. Generally 1.0 for ungeoreferenced rasters.
264
8
MSB Double
HPixelSizeY
Height of a pixel in georeferenced coordinates. Generally 1.0 for ungeoreferenced rasters.
272
8
MSB Double
XRef
dfLLX-(nBlocksPerRow*nBlockXSize*dfCellSizeX)/2.0
280
8
MSB Double
YRef
dfURY-(3*nBlocksPerColumn*nBlockYSize*dfCellSizeY)/2.0
288
4
MSB Int32
HTilesPerRow
The width of the file in tiles (often 8 for files of less than 2K in width).
292
4
MSB Int32
HTilesPerColumn
The height of the file in tiles. Note this may be much more than the number of tiles actually represented in the index file.
296
4
MSB Int32
HTileXSize
The width of a file in pixels. Normally 256.
300
4
MSB Int32
Unknown, usually 1.
304
4
MSB Int32
HTileYSize
Height of a tile in pixels, usually 4.
Acknowledgements
I would like to thank Geosoft Inc. for partial funding of my research into this format. I would also like to thank:
Kenneth R. McVay for providing the statistics file format.
Noureddine Farah of ThinkSpace who dug up lots of datasets that caused problems.
Luciano Fonseca who worked out RTileType 0x01.
Martin Manningham of Global Geomatics for additional problem sample files.
Harry Anderson of EDX Engineering, for showing me that floating point tiles don't have RTileType.
Ian Turton for supplying a sample files demonstrating the need to be careful with the sign of "short" RMin values.
Duncan Chaundy at PCI for poking hard till I finally deduced 0xFF tiles.
Stephen Cheeseman of GeoSoft for yet more problem files.
Geoffrey Williams for a files demonstrating tile type 0x20.


|
Name
|
Type
|
Description
|
| dataSizeMb | xsd:long |
The size of the portion of the virtual disk covered by the IO workload test.
|
| iosizeB | xsd:int |
The average IO size in byte. It's used to specify the IO size for the read/write
request in the IO workload.
|
| oio | xsd:int |
The number of outstanding IO. It's used to specify how many outstanding
IO should be issued in the IO workload.
|
| random | xsd:boolean |
True to specify the random IO access pattern in IO workload test.
|
| readPct | xsd:int |
The read ratio in the IO workload. It's used to specifies the fraction
of the read IOs over the total number of IOs generated. It should be
in the range of 0 to 100.
|
| startOffsetB | xsd:long |
The start offset in byte for the virtual disk to run the IO workload test.
|
|
Properties inherited from DynamicData |
| None |