Ienc1
Provides a simple interface to IMGENC1 (XDM 1.0) based algorithms.
More...
Detailed Description
Provides a simple interface to IMGENC1 (XDM 1.0) based algorithms.
Typedef Documentation
Handle through which to reference an Image Encode algorithm.
Function Documentation
| Ienc1_Handle Ienc1_create |
( |
Engine_Handle |
hEngine, |
|
|
Char * |
codecName, |
|
|
IMGENC1_Params * |
params, |
|
|
IMGENC1_DynamicParams * |
dynParams | |
|
) |
| | |
Creates an Image Encode (XDM 1.0) algorithm instance.
- Parameters:
-
| [in] | hEngine | An opened engine containing the algorithm to create. |
| [in] | codecName | The name of the algorithm to open. Corresponds to the string name given in the .cfg file. |
| [in] | params | XDM parameters to use while creating the codec. |
| [in] | dynParams | XDM dynamic parameters to use while creating the codec. |
- Return values:
-
| Handle | for use in subsequent operations (see Ienc1_Handle). |
| NULL | for failure. |
Encodes an image buffer.
- Parameters:
-
- Return values:
-
| Dmai_EOK | for success. |
| Negative value | for failure, see Dmai.h. |
Deletes an Image Encode algorithm instance.
- Parameters:
-
- Return values:
-
| Dmai_EOK | for success. |
| Negative value | for failure, see Dmai.h. |
Get the IMGENC1 handle from the Ienc1 module instance.
- Parameters:
-
| [in] | hIe | The Ienc1_Handle for which to get the IMGENC1 handle. |
- Return values:
-
| Handle | to the image encode algorithm, see the XDM documentation for IMGENC1. |
Get the input buffer size required by the codec.
- Parameters:
-
- Return values:
-
| Size | in bytes of the input buffer required. |
Get the output buffer size required by the codec.
- Parameters:
-
- Return values:
-
| Size | in bytes of the output buffer required. |
Variable Documentation
Default XDM parameters for an Image Encode algorithm.
size = sizeof (IMGENC1_Params),
maxHeight = 0,
maxWidth = 0,
maxScans = XDM_DEFAULT,
dataEndianness = XDM_BYTE,
forceChromaFormat = XDM_YUV_422P
Default XDM dynamic parameters for an Image Encode algorithm.
size = sizeof(IMGENC1_DynamicParams),
numAU = XDM_DEFAULT,
inputChromaFormat = XDM_YUV_422ILE,
inputHeight = 0,
inputWidth = 0,
captureWidth = 0,
generateHeader = XDM_ENCODE_AU,
qValue = 75


There are many variations of passages of lorem Ipsum available, but the majority have suffered alteration.
Book NowThere are many variations of passages of lorem Ipsum available, but the majority have suffered alteration.
Book NowThere are many variations of passages of lorem Ipsum available, but the majority have suffered alteration.
Book Now“Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book.
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book.
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book.


Backbone-Parse-ES6 demos -
Documentation
Please select a demo below:
Issue #3
- Basic model / collection / fetch ES6 demo for
Issue #3
Issue #5
- Deserialization ES6 demo for
Issue #5


Thank you for your interest in our interactive digital archive of primary sources available via the World Wide Web called the web-based The HistoryMakers Digital Archive ("DIGITAL ARCHIVE"). These terms and conditions of use ("TERMS AND CONDITIONS") constitute a legal agreement ("AGREEMENT") between you and The HistoryMakers ("THE HISTORYMAKERS"), an Illinois State not-for-profit corporation. Please read this agreement in its entirety.
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Coach Mancini
The General: Leads with an Iron fist. Coach Mancini started his football career at Collierville Highschool in Menphis Tennessee. He was a three year starter and first team All Region. He then accepted a full scholorship to the University of Tennessee at Martin. At martin he played as a true freshman and started the next three years.His biggest games were against Tennessee, Memphis, and Auburn. In 2011 he was selected as second team All American. In the same year he achieved first team all conference for the Ohio Valley conference. In his time at Martin he only gave up two sacks in four years. After an impressive college run, he began his coaching career at Obion County in West Tennessee. He coached the offensive and defensive line. In 2015 he took a job as the offensive cordinator at Trinity Christian Academy in Jackson. He also coaches the offensive and defensive line. He still coaches at Trinity Today.


Address: {{hospital.address.street1+' '+hospital.address.street2+' '+hospital.address.city+' '+hospital.address.locality+' '+hospital.address.state+' '+hospital.address.pinCode}}
{{hospital.contact.name}}
TempHospitalID: {{hospital.creator.username}}
TempHospitalPassword: {{hospital.creator.tempPassword}}


@(title: String)(content: Html)
Week 9: Web Application Server and Programming Frameworks
Dec 7, 2015 - Dec 11, 2015
Back to Homework page


EXPERTISES
User research
Meeting users allow us to hear, observe and understand him in situ, and provide him with solution best suited to his needs.
User experience
UX seeks to understand and optimize the user experience through interactive user paths and prototypes.
User interface
Colors, typography, navigation buttons... nothing is left to chance to design an interface that is pleasing to the eye and easy to use.
Motion UI
The UI motion or "interaction" is an animation of the interface defined by the user's action within the interface.
Design System
Production of documents allowing teams to apply and integrate graphic elements on diverse visual supports.
Development
Practical realization of the front-end interface in HTML and CSS on Webflow.
SERVICES
UX Design
Using the Design Thinking approach, I interpret user needs into customer journey and then into interactive interfaces that bring life to your projects.
UI Design
Creation of a graphical environment in which the users evolve and interact. Implementation of a design system and UI kit acting as a library for the employees.
Front-end development
Interface development in HTML5 and CSS3. Use of Webflow to create and publish responsive and intuitive website interfaces.
PROCESS
Know your users
Start with user needs. Treat second-hand information about users with caution. Focus on user outcomes and design with data.
Define
Take time to understand and clearly define your user’s problems.
Ideate
Good ideas can come from anyone. It doesn’t have to take long, there are exercises designed to generate lots of ideas quickly
Prototype & test
Fake it until you can make it. Spend the minimum amount of time to create the closest to the real thing. You’re looking for feedback on the idea, not whether your design looks finished. Test with real representative users.
Iterate
It isn’t enough to run through a design process once. Learn from your users, learn from your team, and iterate. Being agile is to be set up to react to new information fast.


<IP_ADDRESS> Types of Widget
In Tcl/Tk there are currently 15 types of widget.
In alphabetical order they are
(see also library('tcltk/examples/widgets.tcl')
):
button
- a simple press button
canvas
- is a container for displaying “drawn” objects such as lines,
circles, and polygons.
checkbutton
- a button that hold a state of either on or off
entry
- a text entry field
frame
- a widget that is a container for other widgets
label
- a simple label
listbox
- a box containing a list of options
menu
- a widget for creating menu bars
menubutton
- a button, which when pressed offers a selection of choices
message
- a multi-line text display widget
radiobutton
- a button used to form groups of mutually interacting buttons
(When one button is pressed down, the others pop up.)
scale
- is like a slider on a music console. It consists of
a trough scale and a slider. Moving the slider to a position on the scale
sets the overall value of the widget to that value.
scollbar
- used to add scrollbars to windows or canvases. The scrollbar
has a slider, which when moved changes the value of the slider widget.
text
- a sophisticated multi-line text widget that can also display
other widgets such as buttons
toplevel
- for creating new standalone toplevel windows. (These windows are
containers for other widgets. They are not terminal windows.)
Meet The Main Tk Widgets
Send feedback on this subject.


Actions
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Following
{{username}}
{{description}}
{{username}} • {{activity.created_at | amTimeAgo}}
{{transform(activity.action)}}ed {{activity.representative}} for {{activity.organization}}'s campaign "{{activity.objective}}".
{{transform(activity.action)}}ed to {{activity.organization}}'s campaign "{{activity.objective}}".
{{transform(activity.action)}}ed {{activity.organization}}'s petition "{{activity.objective}}".
{{username}} • {{activity.created_at | amTimeAgo}}
{{transform(activity.action)}}ed {{activity.representative}}.
Follow this account to see what actions they're taking.


If you can see this page, the static file server example powered by Plumber runtime environment is sucessfully started.
To learn more about plumber, follow the following links
Thank you for trying Plumber!


This rule detects JUnit assertions in object references equality. These assertions should be made by more specific methods, like assertNull, assertNotNull.
public class FooTest extends TestCase { void testCode() { Object a = doSomething(); assertTrue(a==null); // violation assertNull(a); // good usage assertTrue(a != null); // violation assertNotNull(a); // good usage } }


Before Change
excluded.regexes = None
for pattern in patterns:
regex = re.compile(glob_to_regex(pattern))
for path in paths:
if regex.match(path) and not excluded(path):
return True
return False
def matches_filespec(path, spec):
return any_matches_filespec([path], spec)
After Change
def globs_matches(paths, patterns, exclude_patterns):
path_globs = PathGlobs(include=patterns, exclude=exclude_patterns)
return Native().match_path_globs(path_globs, paths)
def matches_filespec(path, spec):
return any_matches_filespec([path], spec)


{% extends "base.html" %} {% load bootstrap3 %} {% block jumbotron %}
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Rio Bank
Home
View All Customer
Contact Us
Apply
Transaction Form
From
Transfer To
Open this select menu
Amount
Submit


- Click within the grid and drag your mouse to draw obstacles represented by invisible highlight.
- Drag the . . . Start node to set the start position
- Drag the . . . End node to set the end position
- Click and press the 'W' key on your keyboard and drag your mouse to add . . . Weights for weighted algorithms.
- Choose an algorithm from the right hand side bar.
- Click Start button in the lower right corner of the side bar to start the visualization.
- The . . . Visted nodes will be highlighted along the . . .


---
title: loadTensor_mpod
sidebar: function_reference_sidebar
permalink: loadTensor_mpod.html
folder: function_reference
toc: false
---
import Tensor data
Description
loadTensor_mod is a high level method for importing Tensor data from external files. Material Properties Open Database
Syntax
{% highlight matlab %}
T = loadTensor_mpod(fname,cs,ss)
{% endhighlight %}
Input
|
fname
|
filename
|
|
cs, ss
|
crystal, specimen symmetry (optional)
|
Example
{% highlight matlab %}
T = loadTensor_mpod('1000055.mpod');
T{1}
T{2}
{% endhighlight %}
{% highlight plaintext %}
Warning: Quartz Tensor does not pose the right symmetry
Deviation:36
Warning: Quartz Tensor does not pose the right symmetry
Deviation:0.3
ans = tensor (Quartz)
propertyname: elastic stiffness cijE
unit : GPa
rank : 4 (3 x 3 x 3 x 3)
tensor in Voigt matrix representation:
86.76 6.87 11.85 0 0 0
6.87 86.76 11.85 0 0 0
11.85 11.85 105.46 0 0 0
0 0 0 58.14 0 0
0 0 0 0 58.14 0
0 0 0 0 0 39.95
ans = tensor (Quartz)
propertyname: piezoelectric eij
unit : C.N^-1
rank : 3 (3 x 3 x 3)
tensor in compact matrix form: *10^-3
0 0 0 -61 0 0
0 0 0 0 61 0
0 0 0 0 0 0
{% endhighlight %}
See also
loadTensor


new UnlockedKeyring(storeTime) → {UnlockedKeyring}
Prototype implementing store for unlocked private keys. Keys are automatically deleted after specified time.
Parameters:
| Name | Type | Description |
|---|---|---|
storeTime |
String | Number | Time in seconds for which keys should be stored. |
- Source:
Returns:
New UnlockedKeyring.
- Type
- UnlockedKeyring


A product used for writing or drawing. Consist a think stick of graphite substance enclosed in a long thin piece of wood. Useful for elementary students in schools.
Yellow
Pink eraser in the end
18 cm long
10 baht
2. Erasers
A product made up of soft rubber and plastic. Used to rub out something written by pencil. Recommanded to buy with pencils.
White
Made out of soft rubber and plastic
Soft, easy to erase with
5 baht
3. Rulers
Straight strip of plastic, wood, or metal. Maked at regular intervals and is used to draw straight lines or measure distances. Often used in math or science classes.
Yellow
Made out of plastic
20 cm long
10 baht
4. Scissors
A product used cutting other materials. Consist two blades, each with a ring-shaped handle, that are pivoted together so taht their sharp edges work one against the other. Often used in art classes during elementary school.
Orange
Made out of plastic and metal
Size small; recommended for kids
50 baht
5. Notebooks
A book or binder of black, often ruled, pages for writing, recording notes, or drawing. Used by students in every grade and classes.


New Study Finds Majority of Shoppers Plan to Use Mobile Payments This Holiday Season
A new consumer survey examines sentiment toward mobile purchases, finding saving money as a key motivator.
by Alexandra PastoreIbotta, the mobile rewards and payments platform, released findings today from its 2019 Holiday Shopping and Mobile Payments Study, reporting two-thirds of shoppers plan to use mobile payments for holiday shopping.
The survey detailed mobile payment solutions and platforms including Apple Pay, Google Pay, Pay With Ibotta, Samsung Pay, Starbucks Rewards, Target Cartwheel and Zelle, among others.
“The way in which consumers shop this holiday season will be drastically different than how they’ve shopped in the past, signaling a major milestone in user adoption, comfort and trust of mobile payments,” said Bryan Leach, founder and chief executive officer of Ibotta.
Many respondents said they are using multiple programs with mobile payment options. And while 60 percent of shoppers said they had three or more rewards or payment apps installed on a phone, 15 percent of shoppers told Ibotta they have eight or more.
Not all consumers were as comfortable with the abundance of options. In fact, just over half of consumers said they are overwhelmed by the “volume of mobile payments and rewards programs available.”
Meanwhile, according to Ibotta consumers using mobile payments are being highly motivated by incentives to save money. While 63 percent, of respondents who have used mobile payments for an in-store purchase, said they were “motivated by payment methods that offer rewards, rebates and cashback offers,” an additional 55 percent said they would be “inclined to adopt mobile payments if the solutions saved them money.”
“Since we started rolling out Pay With Ibotta earlier this year, we’ve seen firsthand that consumers are interested in and willing to use solutions that provide rewards and maximize their savings,” Leach said. “Heading into 2020, we are focused on growing our payments ecosystem with instant cashback that results in a fun and rewarding shopping experience for consumers.”
Further, the company noted convenience as a key appeal for mobile payments, finding 54 percent of respondents reporting it is a more convenient solution than using card payments in-store. Additionally, shoppers said they are more likely to try a mobile payment app when it is with a well-known brand, with over 65 percent saying they are “most likely to use them at major retailers.”
For More WWD Business News:
Can Online Retailers Confront Their Hidden, Human Costs?


Table Name: tabEmployee Loan
| Sr | Fieldname | Type | Label | Options |
|---|---|---|---|---|
| 1 | employee |
Link | Employee | Employee |
| 2 | employee_name |
Read Only | Employee Name |
employee.employee_name |
| 3 | employee_loan_application |
Link | Employee Loan Application | Employee Loan Application |
| 4 | loan_type |
Link | Loan Type | Loan Type |
| 5 | column_break_3 |
Column Break | ||
| 6 | posting_date |
Date | Posting Date | |
| 7 | company |
Link | Company | Company |
| 8 | status |
Select | Status |
Sanctioned Partially Disbursed Fully Disbursed Repaid/Closed |
| 9 | repay_from_salary |
Check | Repay from Salary | |
| 10 | section_break_8 |
Section Break | Loan Details | |
| 11 | loan_amount |
Currency | Loan Amount |
Company:company:default_currency |
| 12 | rate_of_interest |
Percent | Rate of Interest (%) / Year |
loan_type.rate_of_interest |
| 13 | disbursement_date |
Date | Disbursement Date | |
| 14 | column_break_11 |
Column Break | ||
| 15 | repayment_method |
Select | Repayment Method |
Repay Fixed Amount per Period Repay Over Number of Periods |
| 16 | repayment_periods |
Int | Repayment Period in Months | |
| 17 | monthly_repayment_amount |
Currency | Monthly Repayment Amount |
Company:company:default_currency |
| 18 | account_info |
Section Break | Account Info | |
| 19 | mode_of_payment |
Link | Mode of Payment | Mode of Payment |
| 20 | payment_account |
Link | Payment Account | Account |
| 21 | column_break_9 |
Column Break | ||
| 22 | employee_loan_account |
Link | Employee Loan Account | Account |
| 23 | interest_income_account |
Link | Interest Income Account | Account |
| 24 | section_break_15 |
Section Break | Repayment Schedule | |
| 25 | repayment_schedule |
Table | Repayment Schedule | Repayment Schedule |
| 26 | section_break_17 |
Section Break | Totals | |
| 27 | total_payment |
Currency | Total Payment |
Company:company:default_currency |
| 28 | column_break_19 |
Column Break | ||
| 29 | total_interest_payable |
Currency | Total Interest Payable |
Company:company:default_currency |
| 30 | amended_from |
Link | Amended From | Employee Loan |
Inherits from erpnext.controllers.accounts_controller.AccountsController
erpnext.hr.doctype.employee_loan.employee_loan.check_repayment_method (repayment_method, loan_amount, monthly_repayment_amount, repayment_periods)
No docs
Public API
/api/method/erpnext.hr.doctype.employee_loan.employee_loan.get_employee_loan_application
erpnext.hr.doctype.employee_loan.employee_loan.get_employee_loan_application (employee_loan_application)
No docs
erpnext.hr.doctype.employee_loan.employee_loan.get_monthly_repayment_amount (repayment_method, loan_amount, rate_of_interest, repayment_periods)
No docs
Public API
/api/method/erpnext.hr.doctype.employee_loan.employee_loan.make_jv_entry
erpnext.hr.doctype.employee_loan.employee_loan.make_jv_entry (employee_loan, company, employee_loan_account, employee, loan_amount, payment_account)
No docs
erpnext.hr.doctype.employee_loan.employee_loan.update_disbursement_status (doc)
No docs


Board Game Collection
Click an icon below to view information about the game:
asdadsdgdfg:
Select a game!


smartSweepers.js
your computer can think... & even reason
Day
Best
Average
Fast
View Paths
Reason
verb
think, understand, and form judgments by a process of logic.


Functionality Overview
Use Case Diagram
Logical Structure Map
State Transition Diagram
Use Case Diagram
Hover over an Actor or Use Case to see a description
Click on a Use Case to view the Use Case Specification


Arcade XXL
Disk Space:
Brightness:
Connected to:
IP Address:
Delete All
|
Random
%FILE_LIST_TEMPLATE%


Version 1.6.*
Released at: 2023.12.31
Bugs fixing and Feature list
- Feature: Library Trace;
- Feature: Event Trace;
- UI: Upgrade to Angular 15+;
- API: Upgrade to .Net 6;
- UI: Redesign the themes;
- Finance: Add Insurance Account;
- Finance: Add Report side by lots of new report;
- API: Enrich the unit tests on API sides;
- UI: Refactor the Welcome page;
- UI Refactoring: unit tests on UI sides


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Package com.github.dreamhead.moco.parser.model
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@(newUser: models.User)
@import emails.email_template
@email_template {
You've successfully registered |
Dear @newUser.getName,
Congratulations, you have successfully registered on Careers From Here website.
You will be able to login to the website once school administrator approves your account.
We will notify you once your account has been approved. Thanks!
Yours,
Careers From Here team
|
}


06 May 1997
Disease Outbreak Reported
Nearly 24,000 cases of louse-borne typhus have been reported since the beginning of the year in an outbreak which is the largest to occur in over 50 years. Cases have been reported in six provinces but most occurred in the rural part of Bujumbura. New foci have been detected in Mutambu (Bujumbura Province), particularly in the districts of Karama, Burina, Gifugwe, Gasi, Rutovu, Ntabo and Kabezi. During April, 216 new cases were reported in a prison in Gitega Province, 890 new cases in Muramvya Province and 137 new cases in Bujumbura bringing the total number of cases in 1997 to 23,889.
WHO has joined in teams investigating the foci in Gitega, Muramvya and Bujumbura in April. In Mutambu, the teams developed a case definition for diagnosis and instituted treatment with a single dose of doxycyline. A committee for control of the outbreak in the most affected localities has been established in Mutambu.


Cloud Vision V1 API - Class Google::Longrunning::WaitOperationRequest (v0.6.4)
Reference documentation and code samples for the Cloud Vision V1 API class Google::Longrunning::WaitOperationRequest.
The request message for Operations.WaitOperation.
Inherits
- Object
Extended By
- Google::Protobuf::MessageExts::ClassMethods
Includes
- Google::Protobuf::MessageExts
Methods
#name
def name() -> ::String
Returns
- (::String) — The name of the operation resource to wait on.
#name=
def name=(value) -> ::String
Parameter
- value (::String) — The name of the operation resource to wait on.
Returns
- (::String) — The name of the operation resource to wait on.
#timeout
def timeout() -> ::Google::Protobuf::Duration
Returns
- (::Google::Protobuf::Duration) — The maximum duration to wait before timing out. If left blank, the wait will be at most the time permitted by the underlying HTTP/RPC protocol. If RPC context deadline is also specified, the shorter one will be used.
#timeout=
def timeout=(value) -> ::Google::Protobuf::Duration
Parameter
- value (::Google::Protobuf::Duration) — The maximum duration to wait before timing out. If left blank, the wait will be at most the time permitted by the underlying HTTP/RPC protocol. If RPC context deadline is also specified, the shorter one will be used.
Returns
- (::Google::Protobuf::Duration) — The maximum duration to wait before timing out. If left blank, the wait will be at most the time permitted by the underlying HTTP/RPC protocol. If RPC context deadline is also specified, the shorter one will be used.


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Useful videos about visual statistics :
Understand bar graphs
Understand pie charts
© Project StatGen 2011


wiseQuotes is a platform where users can publishe their best quotes and keepthem for future refference. Sounds good, right? This is what we call sapients for Sapience
Sapients for Sapience


ExtensionLoader
To ensure that all steps of SOFARPC have sufficient scalability, SOFARPC defines a very flexible extension mechanism in which all extension implementations are equal.
This mechanism is very useful for both SOFARPC developers and users. SOFARPC abstracts itself into multiple modules which have no explicit dependencies on each other and interact via SPI.
This extension mechanism abstracts the interaction method of SPI. If you have read the documents about Filter and Router, you may have such experience.
The following sections introduce how to extend through the SPI interaction method.
SOFARPC provides the capabilities of ExtensionLoader.
Design extension points
SOFARPC defines an annotation @Extensible
, which is on the interface or abstract class to identify that the class is an extension point. Namely, it informs SOFARPC that the class is extensible and SOFARPC needs to find the implementation of the extension point. In addition, the annotation defines the file name of the implementation class and whether the class is a singleton.
@Documented
@Retention(RetentionPolicy.RUNTIME)
@Target({ ElementType.TYPE })
public @interface Extensible {
/**
* Specify the name of the custom extension file, which is the full class name by default
*
* @return Custom extension file name
*/
String file() default "";
/**
* Whether the extension class uses a singleton, yes by default
*
* @return Whether to use a singleton
*/
boolean singleton() default true;
/**
* Whether the extension class needs to be encoded, not by default
*
* @return Whether to encode
*/
boolean coded() default false;
}
SOFARPC also defines the @Extension
annotation, which indicates an extension implementation class. It also defines the name that the extension point uses when looking for an extension implementation in the file.
@Documented
@Retention(RetentionPolicy.RUNTIME)
@Target({ ElementType.TYPE })
public @interface Extension {
/**
* Extension point name
*
* @return Extension point name
*/
String value();
/**
* Extension point coding, not required by default; it is required when the interface needs to be encoded
*
* @return Extension point encoding
* @see Extensible#coded()
*/
byte code() default -1;
/**
* Priority sorting, not required by default, the larger number, the higher priority
*
* @return Sort
*/
int order() default 0;
/**
* Whether to override other extensions with low {@link #order()}
*
* @return Whether to override other low-order extensions
* @since 5.2.0
*/
boolean override() default false;
/**
* Exclude other extensions, namely exclude other extensions with low {@link #order()}
*
* @return Excludes other extensions
* @since 5.2.0
*/
String[] rejection() default {};
}
Add extension point
- Define extension points.
@Extensible
public interface Person {
void getName();
}
- Define the extension implementation.
@Extension("A")
public class PersonA implements Person{
@Override
public void getName() {
System.out.println("li wei");
}
}
- Compile the extension description file
META-INF/services/sofa-rpc/com.alipay.sofa.rpc.extension.Person
. The file content is as follows:
A=com.alipay.sofa.rpc.extension.PersonA
- Load the extension points and get the extension implementation class.
Person person = ExtensionLoaderFactory.getExtensionLoader(Person.class).getExtension("A");
Existing extension points
If you want to extend the function of each built-in extension point in SOFARPC, you can directly implement the existing extensions and configure the extended file.
The existing extension points are as follows:
| Interface name | Definition | Remarks | Built-in implementation |
|---|---|---|---|
| com.alipay.sofa.rpc.client.Client | Client | Failover, Failfast | |
| com.alipay.sofa.rpc.client.ConnectionHolder | Connection Holder | AllConnect (all connections) | |
| com.alipay.sofa.rpc.client.AddressHolder | Address Holder | Single group, multiple groups | |
| com.alipay.sofa.rpc.client.LoadBalancer | Load balancer | Random, polling, least concurrency, consistency hash, native priority | |
| com.alipay.sofa.rpc.client.Router | Router | ||
| com.alipay.sofa.rpc.codec.Compressor | Compressor | snappy | |
| com.alipay.sofa.rpc.codec.Serializer | Serializer | Java, Hessian, PB | |
| com.alipay.sofa.rpc.filter.Filter | Interceptor | ||
| com.alipay.sofa.rpc.protocol.Protocol | Protocol decoder | Bolt, Dubbo, Rest | |
| com.alipay.sofa.rpc.protocol.ProtocolDecoder | Protocol encoder | Bolt | |
| com.alipay.sofa.rpc.protocol.ProtocolEncoder | Protocol Encoding | bolt | |
| com.alipay.sofa.rpc.protocol.TelnetHandler | Telnet response | Version, help, ls | |
| com.alipay.sofa.rpc.proxy.Proxy | Proxy class | Java, Javassist | |
| com.alipay.sofa.rpc.registry.Registry | Registry Center | ZooKeeper | |
| com.alipay.sofa.rpc.server.Server | Server implementation | Bolt, Rest | |
| com.alipay.sofa.rpc.transport.ClientTransport | Client persistent connection implementation | Netty | |
| com.alipay.sofa.rpc.transport.ServerTransport | Server persistent connection implementation | Netty |


Integrating a Modular System
How Cockpit does it
Dominik Perpeet
Our protagonist
Intermission: Demo
Look, I can log in!
Cockpit is a
remote interactive
Linux admin interface
Cockpit calls
System APIs directly
Our supporting cast:
| Atomic |
atomicapp |
DBus |
| Docker |
docker-storage |
GLib |
| journal |
Kubernetes |
libssh |
| libvirt |
LVM |
NetworkManager |
| Openshift |
ostree |
passwd |
| PCP |
polkit |
react |
| realmd |
sosreport |
setroubleshoot |
| setenforce |
ssh-agent |
sssd |
| storaged |
subscription-man |
sudo |
| systemd |
shadow-utils |
timedated |
| tuned |
udev |
udisks |
| /proc and /sys |
... |
Intermission: DBus demo
What drives Cockpit?
Open Source, Agile
Let's bring it all together
What could possibly go wrong?!
Cockpit project
lives and dies
by its testing
10,000 testing
instances a day
Continuous Integration
Test virtual machines
can run in
Docker containers
Intermission: Demo testing
Distributed is key
Distributed scales
Distributed makes
Open Source work
The Framework is not King
The Feedback Loop is King
Red Hat QE Testing Upstream
Tests are like microservices
The real magic of continous integration
happens before you merge
"Release Early. Release Often.
And listen to your customers."
- - Cathedral and the Bazaar
" Deliver working software frequently, from a
couple of weeks to a couple of months, with a
preference to the shorter timescale. "
-- Agile Manifesto
Delivering every N months
is not often enough
Conclusion
Open Source is
distributed
Open Source
development
is distributed
Open Source
communication
is distributed
Open Source
integration testing
should be distributed
Open Source
packaging and delivery
should be distributed
Code Upstream
Discussion Upstream
Review Upstream
Integration Testing Upstream
Packaging Upstream
Delivery Upstream
Open Source = Upstream
Questions?
cockpit-project.org
#cockpit on Freenode
github.com/cockpit-project/cockpit


 Muffin sweet roll topping tootsie roll. Chocolate bar muffin lemon drops. Fruitcake jelly-o cheesecake apple pie liquorice danish gummies gummies marshmallow. Donut dessert gingerbread lollipop ice cream applicake topping. Jelly beans chocolate bar tart bonbon ice cream candy canes candy canes tart. Sweet cheesecake toffee jelly-o carrot cake bear claw brownie dessert lemon drops.
Pastry liquorice jelly icing. Halvah candy oat cake ice cream sweet roll gingerbread brownie. Marshmallow gingerbread gingerbread cake pie. Wafer sugar plum wafer muffin. Danish marshmallow gingerbread cookie.
Pastry liquorice jelly icing. Halvah candy oat cake ice cream sweet roll gingerbread brownie. Marshmallow gingerbread gingerbread cake pie. Wafer sugar plum wafer muffin. Danish marshmallow gingerbread cookie. Candy donut cheesecake donut unerdwear.com danish sweet lemon drops.
Cake applicake gummies chocolate bar jelly beans jelly beans cake. Liquorice unerdwear.com muffin dessert unerdwear.com tiramisu sweet roll unerdwear.com sweet roll. Sesame snaps tiramisu cake topping. Carrot cake macaroon sesame snaps dessert biscuit. Lemon drops jujubes biscuit. Bonbon gummi bears powder jelly lemon drops pudding pastry.
Comments
John Doe 02:16 pm - April 03,2014
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ReplyJohn Doe 02:16 pm - April 03,2014
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Minimum Wage: Fed Govt Releases Circular To Labour
by Donatus AnichukwuezeThe Federal Government has released a template for minimum wage payment.
As was contained in the template, the least paid federal worker on Level 1 Step 1 will earn N360,000 per annum while the highest-paid at Level 17 Step 9 will take home N6,215,435 per annum.
The circular on the new wage, dated November 14 and signed by the Acting Chairman of the National Income, Salaries and Wages Commission, Ekpo Nta, is copied to top government officials, including the Chief of Staff to the President, Secretary to the Government of the Federation, ministers, among others.
It says: “Consequent upon the enactment of the National Minimum Wage (Amendment) Act 2019 and the negotiations between the Federal Government and organised labour (represented by the Joint National Public Service Negotiating Council) in respect of the consequential adjustments of salaries of employees in the federal public service, the President of the Federal Republic of Nigeria has approved the revision of the Consolidated Public Service Salary Structure (CONPSS) with effect from the 18th of April 2019.”
In the breakdown, a worker on Level 1, Step 1 will earn N360, 000 per annum, while Level 1, Step 15 will earn N422, 566 per annum.
Level 5, Step 1 officer will earn N394, 498 per annum and on Step 15 earn N534, 834 per annum.
Level 7, Step 1 officer will earn N638, 133 per annum and Step 5 will earn N961, 577 per annum.
Level 10 step 1 will earn N1, 060,833 per annum, while Step 15 of the same level will earn N1, 535,417 per annum.
Level 14, Step 1 will earn N1, 503,149 per annum. Step 11 of the same level will earn N2, 101,600.
Organised labour has received the template which they have shared with their state councils to guide them in their negotiations.
According to the President of the Trade Union Congress (TUC), Quadri Olaleye, the circular had been sent to all state chapters.
“We have received the circular and we have sent it to all our state chairmen.”
On whether state councils have opened negotiations with governors, he said: “There is no update yet because they were waiting for that document.
“We have just sent the document to them. We have to be patient to allow them to kick-start negotiations.”


{% extends "base.html" %} {% block announce %} 🎉 v0.6.0 Released - Ormar Backend Added 🎉 {% endblock %}


My name is: Yasmeen Al-Kelani, I'm 23 years old I'm studying Software Engineering Program - Luminus Technical University and this is my graduation semester.
My name is: Yasmeen Al-Kelani, I'm 23 years old I'm studying Software Engineering Program - Luminus Technical University and this is my graduation semester.


A modular package for measuring disparity from multidimensional matrices. Disparity can be calculated from any matrix defining a multidimensional space. The package provides a set of implemented metrics to measure properties of the space and allows users to provide and test their own metrics. The package also provides functions for looking at disparity in a serial way (e.g. disparity through time) or per groups as well as visualising the results. Finally, this package provides several basic statistical tests for disparity analysis.
| Version: | 1.2 |
| Depends: | R (≥ 3.0.0), ape, stats |
| Imports: | ade4, geiger, geometry, geoscale, graphics, grDevices, methods, mnormt, paleotree, phangorn, phyclust, utils, vegan |
| Suggests: | testthat, knitr |
| Published: | 2018-09-20 |
| Author: | Thomas Guillerme [aut, cre, cph], Mark N Puttick [aut, cph] |
| Maintainer: | Thomas Guillerme <guillert at tcd.ie> |
| License: | GPL-3 | file LICENSE |
| URL: | https://github.com/TGuillerme/dispRity |
| NeedsCompilation: | yes |
| Citation: | dispRity citation info |
| Materials: | README NEWS |
| In views: | Phylogenetics |
| CRAN checks: | dispRity results |
| Reference manual: | dispRity.pdf |
| Package source: | dispRity_1.2.tar.gz |
| Windows binaries: | r-devel: dispRity_1.2.zip, r-release: dispRity_1.2.zip, r-oldrel: dispRity_1.2.zip |
| OS X binaries: | r-release: dispRity_1.2.tgz, r-oldrel: dispRity_1.2.tgz |
| Old sources: | dispRity archive |
Please use the canonical form https://CRAN.R-project.org/package=dispRity to link to this page.


Type: array
No Additional Items
Tuple Validation
Item at 1 must be:
root
root item 0
Type: number
Item at 2 must be:
root
root item 1
Type: string
Item at 3 must be:
root
root item 2
Type: enum (of string)
Must be one of:
"Street"
"Avenue"
"Boulevard"
Item at 4 must be:
root
root item 3
Type: enum (of string)
Must be one of:
"NW"
"NE"
"SW"
"SE"
All other items must be:
root
root additional items
Type: string


$def with (title, positions) $ tableId = scrub.id(title) $ tableBodyClass = scrub.id(title) + "Body"
| Buy Date | Sell Date | Buy Price | Sell Price | Return $$ | Return % | Owners |
|---|---|---|---|---|---|---|
| $:buy_time | $:sell_time | $:scrub.dollar_value(buy_price) | $:scrub.dollar_value(sell_price) | $:scrub.dollar_change(difference) | $:scrub.percent_change(percent_change) | $for player in position['liable_players']: $player.split(":")[1] |


BioCoding is an introductory course in bioinformatics and computer programing (coding) for students with little or no programming experience. Participants will learn the basics of working with Linux (Ubuntu), and are introduced to the Python scripting language. Skills learned will be used to complete simple bioinformatics projects that utilize DNA sequence data generated from a hands-on lab experiment.
You will be informed of your usernames and passwords during the class.
| Day | Topics | Notebooks/Activities | More Resources |
|---|---|---|---|
| Monday |
|
|
|
| Tuesday |
|
|
|
| Wednesday |
|
|
|
| Thursday |
|
|
To configure your account for first use, see the setup page.
During this course all students are expected to conduct themselves in a way that is respectful of their fellow students and the learning environment. Failure to observe these rules may result in warnings and/or dismissal from the class.
Everyone can learn something from this class and has a right to do so in a safe and welcoming environment.
Everyone is to be treated with respect - there should be no name calling, insults, bullying, and/or profanity. If your jokes or other behavior makes other students or instructors uncomfortable, you must stop (and appropriately apologize) when asked to do so.
Everyone comes to this class with different background knowledge and experience. Disparaging remarks about anyone’s performance in the class are uncalled for.
During instructional time, the use of cell phones or internet browsing unrelated to the course should be limited. Students are not permitted to visit inappropriate sites and must make responsible use of the internet.
General Coding
Software installations
Be sure you have permission to install software
Bioinformatics
Help


Dear Readers of this newsletter,
Hello, and Hi from the Trailblazer team!
Thank you for your interest in the Trailblazer project. We hope your new year 2016 started off great and you’re already working on fantastic new software!
The Trailblazer newsletter is going to be a monthly buzz telling you what has changed in the Trailblazer gems, Cells, Reform, Roar and Representable, and Formular, what new features have been released and cool upcoming stuff to expect.
This is newsletter no. 1, the first ever, and I’m excited to tell you what has happened the last few months!
One of the coolest projects we’ve been working on the last weeks is the Formular gem, a new form rendering gem like SimpleForm, but, as opposed to many other form builders out there, completely framework-agnostic.
Formular is built without using any outdated Rails helpers, making it insanely fast and usable in many frameworks, namely Rails, Hanami, or Sinatra. Its API is following the best practices established by existing form builders, without inheriting all the problems originating from strong coupling.
= form(model.contract, url) do |f|
= f.input :url_slug, placeholder: "URL slug"
.form-group
= f.checkbox :is_public, label: "Public?"
.form-group
= f.radio :owner, label: "Flori", value: 1
= f.radio :owner, label: "Konsti", value: 2
It ships with extensions for Foundation 5 and Bootstrap 3. Again, the implementational approach here is different. Instead of configuring, Formular gets extended with plain Ruby classes. It is incredibly simple to add new frontends or extend existing behavior.
Formular will be released soon after a beta-test phase. Please contact us on our Gitter channel if you’re interested in giving Formular a go!
The Reform gem is gaining more and more popularity and is a essential building block in Trailblazer. Its basic validation implementation comes from ActiveModel::Validations
. While this makes the transition from model validations to form ojects very straight-forward, it brings a lot of legacy problems into Reform.
To keep moving forward, we integrated the excellent Dry-Validation gem into Reform, allowing to use this brand-new validation gem as a replacement for ActiveModel.
class Post::Form < Reform::Form
property :title
property :url_slug
include Reform::Form::Dry::Validations
validation :default do
key(:title, &:filled?)
key(:url_slug) { |slug| slug.format?(/^[\w-]+$/) & slug.unique? }
key(:content) { |content| content.max_size?(10000) }
def unique?(value)
form.model.class[url_slug: value].nil?
end
end
end
You can now use Dry-Validation’s predicate logic to write your validation code, which is richer and makes it easier to write complex validations and dependent rules.
While there’s still moving parts, several companies switched to this validation engine, already, and they’re very happy with it. Another nicety is that you now can use Reform in other Ruby frameworks like Sinatra without any Active*
Rails gem dependencies.
Wanna see that in action? Check out the Gemgem-Sinatra example application!
A project that was a pleasure to work on is the new Gemgem-Sinatra example app - both because it shows how cool Trailblazer works with frameworks other than Rails, and also because it is insanely fast.
├── app.rb
├── concepts
│ └── post
│ ├── cell
│ │ ├── new.rb
│ │ └── show.rb
│ ├── operation
│ │ ├── create.rb
│ │ └── update.rb
│ └── view
│ ├── new.slim
│ └── show.slim
├── config
│ ├── init.rb
│ └── migrations.rb
├── Gemfile
├── Gemfile.lock
├── models
│ └── post.rb
We basically rebuild the Gemgem project from the Trailblazer book, using Sequel as a replacement for ActiveRecord and Sinatra as the underlying infrastructure framework.
In the course of working on this project, I seriously started questioning myself why I’d ever use Rails again. Definitely check it out, Sinatra (or Padrino) with Trailblazer is extremely cool!
Did you know that you can inject arbitrary objects besides the model into a Reform form instance? This is super helpful when you need dependencies other than your model’s attributes, e.g. the current user.
Simply pass the additional objects in a hash via the constructor.
Form.new(post, current_user: current_user)
To make Reform understand that this is a dependency, you have to define a virtual property, too!
class Post::Form < Reform::Form
property :title # from model
property :url_slug # from model
property :current_user, virtual: true # via constructor
You can now access the current user in validations or other accessors.
class Post::Form < Reform::Form
validates do
errors.add(:auth, "no current user") if current_user.nil?
end
As most of Reform is implemented via Disposable’s Twin, you can find the logic that gives you the described options semantic in the Disposable gem.
Another addition to Disposable is the new Parent
module, which allows accessing the parent form in a Reform instance. This is necessary when you have nested forms that need dependencies from an upper form, for instance a nested comment validation requiring the parent post’s ID.
Simply require and include the Parent
extension in your form.
require "disposable/twin/parent"
class Post::Form < Reform::Form
feature Disposable::Twin::Parent
You can then use the parent form in nested instances.
property :comment do
property :body
validates do
if parent.model.id > 0 ...
# ..
end
end
A very helpful new addition that many users have asked for. Well, here it is!
The Trailblazer book was published a few months ago, without any noteable marketing it has already attracted more than 600 readers. If you don’t have it yet, grab it now and get a $10 discount until Feb 4!
It will teach you everything about engineering complex Rails applications with Trailblazer from authorization, validations, operations and persistence to hypermedia API parsing and rendering.
While this book focuses on a Rails scenario, it can easily be adapted to other frameworks.
Many future users have asked for a “quicker, more compressed” way to see Trailblazer in action. While they appreciate the details of discussion in the Trailblazer book, most users want to start programming and learn about it later, which is why I will soon start writing the Trailblazer Primer, a very brief HOWTO about adding Trailblazer to existing applications without in-depth explanations.
Hamlit is a super fast implementation of Haml written by Takashi Kokubun.
I blogged about the Cells integration a few days ago and show how Cells and Hamlit speed up rendering dramatically and wins over Slim and Haml.
Many thanks go out to Takashi for all the support and help when integrating the two projects.
The next newsletter will be out in late February or early March, where I hopefully have some good stories about TRB talks I’ll be giving in Europe in February.
Also, if you happen to come to RubyConf Australia Febuary 10-13 - which you totally should!!! - there will be a one-day TRB workshop with Nick Kirkwood and myself!
It would be great to see you in February! Cheers!


We are currently unable to generate this page. Please try back soon.
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Github
.


What kinds of variables does Ruby support? Where are they accessible? When would you use them and what makes them different?
What is variable scope?
Defines in a program where a variable is accessible. It's declared by using a special character at the start of a variable name as outlined in the table below
Name Begins With === Variable Scope
$ <===> Global Variable
@ <===> Instance Variable
[a-z] or _ <===> Local Variable
[A-Z] <===> Constant
@@ <===> Class Variable
Determining the variable scope
It's usually fairly easy to understand the variable's scope based on the symbol at the front of the variable. However, sometimes you may need to figure out the variable scope programmatically. To do so, you use the "defined?" method.
x = 100
defined? x
=> "local-variable"
@x = 100
defined? x
=> "instance-variable"
Global Variables ($)
Global Variables are used to create a variable that is accessible anywhere in the Ruby program. The use of global variables is NOT encouraged because since they are visible anywhere in the entire program, they can also be changed anywhere in the program - making debugging more difficult.
Instance Variables (@)
Instance values are local to specific instances of the class. Other objects of the same class have their own local values, which are independent of changes made in other objects.
Local Variables ([a-z])
Local Variables are only used inside the method or loop where it's defined.
Constant ([A-Z])
Constants should not be changed after assigned a value. In Ruby, they can be changed but it is not best practice. Constants declared in a class will only be accessible inside the class. Constants declared outside a class are assigned global scope.
Class Variable (@@)
Class Variables are shared across all instances of the class. There is only one variable value for all objects created from the class. This means that if the value changes in one class, the value changes for all the other object instances.


...
Label
view
Description
...
Metadata-Label
...
Rights
Licenses
Attribution
...
Logo
Links
See also
seeAlso-Label
:
...
Related
Related-Label
:
...
IIIF-Manifest
:


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title: 筆記
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desc: ノート・TL;DR
plugin: twemoji
---
Notes
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Please check your email for a link to reset your password.
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A product of Azavea
The Raster Foundry application is no longer available. Please click below if you would like more information.


Ancient Egyptian art refers art produced in ancient Egypt between the 31st century BC and the 4th century AD. It includes paintings, sculptures, drawings on papyrus, faience, jewelry, ivories, architecture, and other art media. It is also very conservative: the art style changed very little over time. Much of the surviving art comes from tombs and monuments, giving more insight into the Egyptians' belief of the afterlife.
The Ancient Egyptian language had no word for "art". Artworks served an essentially functional purpose that was bound with religion and ideology. To render a subject in art was to give it permanence. Hence, ancient Egyptian art portrayed an idealized, unrealistic view of the world. There was no tradition of individual artistic expression since art served a wider and cosmic purpose of maintaining order.
Egyptomania was the renewed interest of Europeans in ancient Egypt during the nineteenth century as a result of Napoleon's Egyptian Campaign (1798–1801) and, in particular, as a result of the extensive scientific study of ancient Egyptian remains and culture inspired by this campaign. In addition to its aesthetic impact on literature, art, and architecture, it also played a role in the discussion about race, gender, and national identity. Egyptomania is of particular importance to American culture because of the way in which the example of ancient Egypt served to create a sense of independent nationhood during the nineteenth century. However, Egypt has had a significant impact on the cultural imagination of all Western cultures.


Want to step outside of your text books to actually excecute projects in the real world? While even learning more and improving your skills?
Want to be there when we need help and advice from the older population? Please fill in the form below and we would contact you. If need be, we would organize a meeting with you. Thank you
Like what we do? Want to partner with us on a project? Or just want to meet up with us?
Drop a Message
Website Design By Anthony Alaribe<EMAIL_ADDRESS>)


As the name suggests, the cheese was originally made from the Duke of Wellington’s cows. Now-a-days it is produced by Anne and Andy Wigmore near Reading, England. The unpasteurised Guernsey milk gives a striking golden yellow colour to the cheese. The cheese has a delightful flavour of nutty Cheddar. It is a hard cheese with 45% fat and sold throughout the year.
Other English cheeses:
Top photos from Twitter


eFootball PES 2020 Data Pack 3.0 is now available for download
by John PapadopoulosKonami has released a brand new Data Pack for its latest soccer title, eFootball PES 2020. According to the team, Data Pack 3 adds new stadium updates, new National kits, player faces and other in-game content.
Going into more details, the eFootball PES 2020 Data Pack 3.0 adds multiple new player faces, providing over 30 stars with realistic and highly detailed updates. Furthermore, it brings multiple stadium updates – including improvements to Cicero Pompeu de Toldeo (São Paulo), Old Trafford (Manchester United) and Allianz Stadium (Juventus FC). Not only that, but it adds the Arena do Grêmio.
Data Pack 3.0 also includes multiple new player faces, providing over 30 stars with realistic and highly detailed updates. Moreover, it brings updates to National uniforms. For instance, Germany, Spain, Japan, Northern Ireland, Wales, Belgium and Scotland all receive their new Adidas first team kits.
Last but not least, Data Pack 3 adds four new adidas boots.
As always, Steam will download this pack the next time you launch its client.
Enjoy!


Added an automated check for any outages at our cloud provider,
with a notification displaying their impact on GIX
1.7
Added human gene essentiality data from the DepMap
1.4
Added support for Escherichia coli (strain K12)
Added support for Salmonella Typhimurium (strain LT2)
1.3
Protein expression data has been added from Proteomics DB
WormBase IDs and C. elegans ORFs can now be autodetected
1.2
The currently selected species will now be shown on the panel that is
displayed when a query term cannot be matched to anything in our database,
and changing the species on this panel will immediately re-query the term
against the new species
When the no-result panel opens, it can now be closed by clicking anywhere
outside the panel in addition to clicking the close button on the panel itself
1.1
Developed a version of the extension for Firefox that can be found at the
Add-on store
Users can prevent the extension from activating except when the control
(Linux/Windows) or command (Mac) keys are pressed through the "CTRL/⌘ required"
option
The order of information on the results panel can be set by dragging and
dropping the settings on the extension popup
There is now a dark theme in addition to the light theme that will apply
to both the information panel and the extension popup
Click the arrows on the interactor table to sort by gene or evidence numbers
We've created an online workspace where users can paste lists of genes or text
of any kind to make it easy to retrieve information on genes that may be contained
in excel or word documents for example. A link to the workspace can be found
at the bottom of the extension popup or at
gene-info.org/workspace
Schizosaccharomyces pombe has been added to our list of species
Pathology and pathway data from UniProt and Reactome respectively are now
included on the information panel
Users will be offered links to open search results at various sites when the
extension is not able to find a match to a queried term


public class SweetSpotSimilarity extends DefaultSimilarity
For lengthNorm, A global min/max can be specified to define the plateau of lengths that should all have a norm of 1.0. Below the min, and above the max the lengthNorm drops off in a sqrt function.
A per field min/max can be specified if different fields have different sweet spots.
For tf, baselineTf and hyperbolicTf functions are provided, which subclasses can choose between.
discountOverlaps
NO_DOC_ID_PROVIDED
| Constructor and Description |
|---|
SweetSpotSimilarity
()
|
| Modifier and Type | Method and Description |
|---|---|
float
|
baselineTf
(float freq)
Implemented as:
(x <= min) ? base : sqrt(x+(base**2)-min)
...but with a special case check for 0.
|
float
|
computeLengthNorm
(
String
fieldName,
int numTerms)
Implemented as:
1/sqrt( steepness * (abs(x-min) + abs(x-max) - (max-min)) + 1 )
.
|
float
|
computeNorm
(
String
fieldName,
FieldInvertState
state)
Implemented as
state.getBoost() *
lengthNorm(fieldName, numTokens)
where
numTokens does not count overlap tokens if
discountOverlaps is true by default or true for this
specific field.
|
float
|
hyperbolicTf
(float freq)
Uses a hyperbolic tangent function that allows for a hard max...
|
void
|
setBaselineTfFactors
(float base,
float min)
Sets the baseline and minimum function variables for baselineTf
|
void
|
setHyperbolicTfFactors
(float min,
float max,
double base,
float xoffset)
Sets the function variables for the hyperbolicTf functions
|
void
|
setLengthNormFactors
(int min,
int max,
float steepness)
Sets the default function variables used by lengthNorm when no field
specific variables have been set.
|
void
|
setLengthNormFactors
(
String
field,
int min,
int max,
float steepness,
boolean discountOverlaps)
Sets the function variables used by lengthNorm for a specific named field.
|
float
|
tf
(int freq)
Delegates to baselineTf
|
coord
,
getDiscountOverlaps
,
idf
,
queryNorm
,
setDiscountOverlaps
,
sloppyFreq
,
tf
decodeNorm
,
decodeNormValue
,
encodeNorm
,
encodeNormValue
,
getDefault
,
getNormDecoder
,
idfExplain
,
idfExplain
,
idfExplain
,
lengthNorm
,
scorePayload
,
setDefault
public void setBaselineTfFactors(float base, float min)
baselineTf(float)
public void setHyperbolicTfFactors(float min, float max, double base, float xoffset)
min
- the minimum tf value to ever be returned (default: 0.0)
max
- the maximum tf value to ever be returned (default: 2.0)
base
- the base value to be used in the exponential for the hyperbolic function (default: 1.3)
xoffset
- the midpoint of the hyperbolic function (default: 10.0)
hyperbolicTf(float)
public void setLengthNormFactors(int min, int max, float steepness)
public void setLengthNormFactors( String field, int min, int max, float steepness, boolean discountOverlaps)
field
- field name
min
- minimum value
max
- maximum value
steepness
- steepness of the curve
discountOverlaps
- if true,
numOverlapTokens
will be
subtracted from
numTokens
; if false then
numOverlapTokens
will be assumed to be 0 (see
DefaultSimilarity.computeNorm(String, FieldInvertState)
for details).
Similarity.lengthNorm(java.lang.String, int)
public float computeNorm( String fieldName, FieldInvertState state)
state.getBoost() *
lengthNorm(fieldName, numTokens)
where
numTokens does not count overlap tokens if
discountOverlaps is true by default or true for this
specific field.
computeNorm
in class
DefaultSimilarity
fieldName
- field name
state
- current processing state for this field
public float computeLengthNorm( String fieldName, int numTerms)
1/sqrt( steepness * (abs(x-min) + abs(x-max) - (max-min)) + 1 )
.
This degrades to
1/sqrt(x)
when min and max are both 1 and
steepness is 0.5
:TODO: potential optimization is to just flat out return 1.0f if numTerms is between min and max.
public float tf(int freq)
tf
in class
Similarity
freq
- the frequency of a term within a document
baselineTf(float)
public float baselineTf(float freq)
(x <= min) ? base : sqrt(x+(base**2)-min)
...but with a special case check for 0.
This degrates to
sqrt(x)
when min and base are both 0
public float hyperbolicTf(float freq)
tf(x)=min+(max-min)/2*(((base**(x-xoffset)-base**-(x-xoffset))/(base**(x-xoffset)+base**-(x-xoffset)))+1)
This code is provided as a convenience for subclasses that want to use a hyperbolic tf function.


Did Jonas win with VS?
Match ID:
REEEE
How triggering was this game?
GitHub Repo
nabeek made this
, copyright ©


I am specialized in Neumorphism and Glassmorphism. Here's a few of my projects, ranging from advanced mathematical calculation to casual survey form...
LAVis
Tribute Page
Survey Form
Product Landing page
JS Algorithm Viewer
Mind-Map


01 abc street, New York city
+234-567-890-12
<EMAIL_ADDRESS>Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book.
Nah, I dunno. Play soccer.. or learn more coding or learn more coding or learn more coding or learn more coding perhaps perhaps?
Nah, I dunno. Play soccer.. or learn more coding or learn more coding or learn more coding or learn more coding perhaps perhaps?
Nah, I dunno. Play soccer.. or learn more coding or learn more coding or learn more coding or learn more coding perhaps perhaps?


Features Offered
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| Package | Description |
|---|---|
| com.gargoylesoftware.htmlunit.activex.javascript.msxml |
Implementations of the MSXML's (ActiveX) JavaScript host objects - users of HtmlUnit shouldn't
need anything in this package.
|
| com.gargoylesoftware.htmlunit.html |
Classes specific to HTML pages, particularly the
HtmlPage which represents
an HTML document and provides access to its content. |
| com.gargoylesoftware.htmlunit.javascript.host |
Implementations of the various JavaScript host objects - users of HtmlUnit shouldn't
need anything in this package.
|
| com.gargoylesoftware.htmlunit.javascript.host.css |
Implementations of the CSS JavaScript host objects - users of HtmlUnit shouldn't
need anything in this package.
|
| com.gargoylesoftware.htmlunit.javascript.host.dom |
Implementations of the DOM JavaScript host objects - users of HtmlUnit shouldn't
need anything in this package.
|
| com.gargoylesoftware.htmlunit.javascript.host.html |
Implementations of the HTML JavaScript host objects - users of HtmlUnit shouldn't
need anything in this package.
|
| com.gargoylesoftware.htmlunit.javascript.host.svg |
Implementations of the Scalable Vector Graphics JavaScript host objects - users of HtmlUnit shouldn't
need anything in this package.
|
| com.gargoylesoftware.htmlunit.javascript.host.xml |
Implementations of the XML JavaScript host objects - users of HtmlUnit shouldn't
need anything in this package.
|
| Class and Description |
|---|
| Node
The JavaScript object
Node which is the base class for all DOM
objects. |
| Class and Description |
|---|
| Document
A JavaScript object for
Document . |
| Class and Description |
|---|
| Attr
A JavaScript object for
Attr . |
| Document
A JavaScript object for
Document . |
| DOMTokenList
A JavaScript object for
DOMTokenList . |
| Node
The JavaScript object
Node which is the base class for all DOM
objects. |
| NodeList
An array of elements.
|
| Selection
A JavaScript object for
Selection . |
| TextRange
A JavaScript object for
TextRange (IE only). |
| Class and Description |
|---|
| Document
A JavaScript object for
Document . |
| DOMMatrix
A JavaScript object for
DOMMatrix . |
| DOMMatrixReadOnly
A JavaScript object for
DOMMatrixReadOnly . |
| MediaList
A JavaScript object for
MediaList . |
| Class and Description |
|---|
| AbstractList
The parent class of
NodeList and HTMLCollection . |
| AbstractList.EffectOnCache
Cache effect of some changes.
|
| Attr
A JavaScript object for
Attr . |
| CharacterData
A JavaScript object for
CharacterData . |
| Document
A JavaScript object for
Document . |
| DocumentFragment
A JavaScript object for
DocumentFragment . |
| DocumentType
A JavaScript object for
DocumentType . |
| DOMException
Exception for DOM manipulations.
|
| DOMImplementation
A JavaScript object for
DOMImplementation . |
| DOMMatrixReadOnly
A JavaScript object for
DOMMatrixReadOnly . |
| DOMPointReadOnly
A JavaScript object for
DOMPointReadOnly . |
| DOMTokenList
A JavaScript object for
DOMTokenList . |
| MutationObserver
A JavaScript object for
MutationObserver . |
| Node
The JavaScript object
Node which is the base class for all DOM
objects. |
| NodeIterator
A JavaScript object for
NodeIterator . |
| NodeList
An array of elements.
|
| Range
The JavaScript object that represents a Range.
|
| Selection
A JavaScript object for
Selection . |
| Text
A JavaScript object for
Text . |
| TextRange
A JavaScript object for
TextRange (IE only). |
| XPathNSResolver
A JavaScript object for
XPathNSResolver . |
| XPathResult
A JavaScript object for
XPathResult . |
| Class and Description |
|---|
| AbstractList
The parent class of
NodeList and HTMLCollection . |
| Attr
A JavaScript object for
Attr . |
| Document
A JavaScript object for
Document . |
| DocumentFragment
A JavaScript object for
DocumentFragment . |
| DOMStringMap
A JavaScript object for
DOMStringMap . |
| DOMTokenList
A JavaScript object for
DOMTokenList . |
| Node
The JavaScript object
Node which is the base class for all DOM
objects. |
| NodeList
An array of elements.
|
| Selection
A JavaScript object for
Selection . |
| TextRange
A JavaScript object for
TextRange (IE only). |
| Class and Description |
|---|
| Node
The JavaScript object
Node which is the base class for all DOM
objects. |
| Class and Description |
|---|
| Document
A JavaScript object for
Document . |
| DocumentFragment
A JavaScript object for
DocumentFragment . |
| Node
The JavaScript object
Node which is the base class for all DOM
objects. |
Copyright © 2002–2019 Gargoyle Software Inc.. All rights reserved.


Structure¶
The Framework is based on a multi-thread python environment. Since python is generally not thread-safe and race conditions are often a problem, several precautions have to be made to safely share data between the different threads. For more information on how to share data see chapter dataexchange.
Main Structure¶
The picture below shows the main flow-chart of the framework. I will now give a short summary what the program does during boot-up.
It starts by loading all modules required for running, by also checking the availability of the modules. If the module cannot be found a message will be promped and a request will be made if it should be installed now.
Warning
A restart of the program may be needed, in order for them to work.
Furthermore it prompts every action it takes while loading, think of it like some kind of rudimentary log system. After loading all modules the init files, like default values and device config files are loaded. Furthermore, the actual log-file will be initialized. After all this is done the framework tries to connect to all devices it has config files for and stores the information the state machine.
Finally two threads are spawned, one beeing the GUI-Thread and one beeing the measurement event loop thread (see next section)
Concerning the GUI-Thread: Here a event loop is established which can take on messages from other parts of the program, e.g. new data from a measurement or error messages or warnings.
Furthermore, it starts a additional framework functions to continuously update plots and/or GUI elements. This functionality is provided by a NON-THREAD-SAVE state machine. This is necessary in order to not cripple the functionality or the speed of the program. In order to not have race conditions, the rule in the GUI-Thread is:
Caution
Never change variables which do not directly belong to the GUI. Only access non member variables by read operations and check if the data is valid.
But DO NOT PANIC only a few variables are susceptible to race conditions (if you are using predefined work suits like the QTC-Software). If you are using a blank project, like it is described in the Tutorials section. EVERYTHING is safe and you can use it as you please.
In order to stop the program you have to send the right signal to the GUI-event loop. This message reads as follows: {"Status": {"CLOSE": True}}
Warning
If the close program message is send from ANYWHERE in the program the program shuts down! But if a measurement is running, the program waits until the measurement is either finished or aborted correctly, it will not kill it.
Measurement event loop¶
The measurement event loop of the Framework is a core feature and is complex enough to justify a seperate chapter.
It first initializes all class instances like tools for measurements and supply functions like the queue objects for data exchange. It furthermore initializes continous task, like the humidity and temperature control/surveillance. This continous tasks can be extended as well.
After that a event loop is established which waits for incomming messages from other threads. If one such message arrives, e.g. a new measurement job, then the framwork take actions accordingly to the flow chart below. If a new measurement should be conducted, a new thread will be spawned which solely conducts the measurement and is seperated from the rest of the framework, except for a stop action flag. This is due to code robustness. Imagine another part of the code consumes a lot of resources and/or crashes. Since the measurement thread is handling devices this thread may never experience lags or something like that.
Note
If a program bug is prevalent in the actual measurement routine this mechanism will not help. So be careful while programming the measurement routines!
Another type of message, which the framework can handle are, status update queries, these type of messages are not specific and can be extended. After gatering the required data, the thread sends the data back to the main thread.
Warning
This mechanism was mainly used in the early development phases and is now marked as depricated. Status updates are now handled via thread-safe data structures, which does not need message based data exchange.


stdlib v22.1.4 erl_parse
This module is the basic Erlang parser that converts tokens into the abstract form of either forms (that is, top-level constructs), expressions, or terms. The Abstract Format is described in the ERTS User's Guide. Notice that a token list must end with the dot token to be acceptable to the parse functions (see the erl_scan(3)
) module.
Link to this section Summary
Functions
Converts the Erlang data structure Data
into an abstract form of type AbsTerm
. This function is the inverse of normalise/1
.
Converts the Erlang data structure Data
into an abstract form of type AbsTerm
.
Assumes that Term
is a term with the same structure as a erl_parse
tree, but with terms, say T
, where a erl_parse
tree has collections of annotations. Returns a erl_parse
tree where each term T
is replaced by the value returned by erl_anno:from_term(T)
. The term Term
is traversed in a depth-first, left-to-right fashion.
Returns a term where each collection of annotations Anno
of the nodes of the erl_parse
tree Abstr
is replaced by the term returned by erl_anno:to_term(Anno)
. The erl_parse
tree is traversed in a depth-first, left-to-right fashion.
Updates an accumulator by applying Fun
on each collection of annotations of the erl_parse
tree Abstr
. The first call to Fun
has AccIn
as argument, the returned accumulator AccOut
is passed to the next call, and so on. The final value of the accumulator is returned. The erl_parse
tree is traversed in a depth-first, left-to-right fashion.
Modifies the erl_parse
tree Abstr
by applying Fun
on each collection of annotations of the nodes of the erl_parse
tree. The erl_parse
tree is traversed in a depth-first, left-to-right fashion.
Modifies the erl_parse
tree Abstr
by applying Fun
on each collection of annotations of the nodes of the erl_parse
tree, while at the same time updating an accumulator. The first call to Fun
has AccIn
as second argument, the returned accumulator AccOut
is passed to the next call, and so on. The modified erl_parse
tree and the final value of the accumulator are returned. The erl_parse
tree is traversed in a depth-first, left-to-right fashion.
Assumes that Term
is a term with the same structure as a erl_parse
tree, but with locations where a erl_parse
tree has collections of annotations. Returns a erl_parse
tree where each location L
is replaced by the value returned by erl_anno:new(L)
. The term Term
is traversed in a depth-first, left-to-right fashion.
Converts the abstract form AbsTerm
of a term into a conventional Erlang data structure (that is, the term itself). This function is the inverse of abstract/1
.
Parses Tokens
as if it was a list of expressions. Returns one of the following
Parses Tokens
as if it was a form. Returns one of the following
Parses Tokens
as if it was a term. Returns one of the following
Generates a list of tokens representing the abstract form AbsTerm
of an expression. Optionally, MoreTokens
is appended.
Link to this section Functions
abstract/1
abstract(Data) -> AbsTerm when Data :: term(), AbsTerm :: abstract_expr().
Converts the Erlang data structure Data
into an abstract form of type AbsTerm
. This function is the inverse of normalise/1
.
erl_parse:abstract(T)
is equivalent to erl_parse:abstract(T, 0)
.
abstract/2
abstract(Data, Options) -> AbsTerm when Data :: term(), Options :: Line | [Option], Option :: {line, Line} | {encoding, Encoding}, Encoding :: latin1 | unicode | utf8 | none | encoding_func(), Line :: erl_anno:line(), AbsTerm :: abstract_expr().
Converts the Erlang data structure Data
into an abstract form of type AbsTerm
.
Option Line
is the line to be assigned to each node of AbsTerm
.
Option Encoding
is used for selecting which integer lists to be considered as strings. The default is to use the encoding returned by function epp:default_encoding/0
. Value none
means that no integer lists are considered as strings. encoding_func()
is called with one integer of a list at a time; if it returns true
for every integer, the list is considered a string.
anno_from_term/1
anno_from_term(Term) -> erl_parse_tree() | form_info() when Term :: term().
Assumes that Term
is a term with the same structure as a erl_parse
tree, but with terms, say T
, where a erl_parse
tree has collections of annotations. Returns a erl_parse
tree where each term T
is replaced by the value returned by erl_anno:from_term(T)
. The term Term
is traversed in a depth-first, left-to-right fashion.
anno_to_term/1
anno_to_term(Abstr) -> term() when Abstr :: erl_parse_tree() | form_info().
Returns a term where each collection of annotations Anno
of the nodes of the erl_parse
tree Abstr
is replaced by the term returned by erl_anno:to_term(Anno)
. The erl_parse
tree is traversed in a depth-first, left-to-right fashion.
fold_anno/3
Updates an accumulator by applying Fun
on each collection of annotations of the erl_parse
tree Abstr
. The first call to Fun
has AccIn
as argument, the returned accumulator AccOut
is passed to the next call, and so on. The final value of the accumulator is returned. The erl_parse
tree is traversed in a depth-first, left-to-right fashion.
map_anno/2
map_anno(Fun, Abstr) -> NewAbstr when Fun :: fun((Anno) -> NewAnno), Anno :: erl_anno:anno(), NewAnno :: erl_anno:anno(), Abstr :: erl_parse_tree() | form_info(), NewAbstr :: erl_parse_tree() | form_info().
Modifies the erl_parse
tree Abstr
by applying Fun
on each collection of annotations of the nodes of the erl_parse
tree. The erl_parse
tree is traversed in a depth-first, left-to-right fashion.
mapfold_anno/3
mapfold_anno(Fun, Acc0, Abstr) -> {NewAbstr, Acc1} when Fun :: fun((Anno, AccIn) -> {NewAnno, AccOut}), Anno :: erl_anno:anno(), NewAnno :: erl_anno:anno(), Acc0 :: term(), Acc1 :: term(), AccIn :: term(), AccOut :: term(), Abstr :: erl_parse_tree() | form_info(), NewAbstr :: erl_parse_tree() | form_info().
Modifies the erl_parse
tree Abstr
by applying Fun
on each collection of annotations of the nodes of the erl_parse
tree, while at the same time updating an accumulator. The first call to Fun
has AccIn
as second argument, the returned accumulator AccOut
is passed to the next call, and so on. The modified erl_parse
tree and the final value of the accumulator are returned. The erl_parse
tree is traversed in a depth-first, left-to-right fashion.
new_anno/1
new_anno(Term) -> Abstr when Term :: term(), Abstr :: erl_parse_tree() | form_info().
Assumes that Term
is a term with the same structure as a erl_parse
tree, but with locations where a erl_parse
tree has collections of annotations. Returns a erl_parse
tree where each location L
is replaced by the value returned by erl_anno:new(L)
. The term Term
is traversed in a depth-first, left-to-right fashion.
normalise/1
normalise(AbsTerm) -> Data when AbsTerm :: abstract_expr(), Data :: term().
Converts the abstract form AbsTerm
of a term into a conventional Erlang data structure (that is, the term itself). This function is the inverse of abstract/1
.
parse_exprs/1
parse_exprs(Tokens) -> {ok, ExprList} | {error, ErrorInfo} when Tokens :: [token()], ExprList :: [abstract_expr()], ErrorInfo :: error_info().
Parses Tokens
as if it was a list of expressions. Returns one of the following:
{ok, ``ExprList``}
* The parsing was successful. ExprList
is a list of the abstract forms of the parsed expressions.
{error, ``ErrorInfo``}
* An error occurred.
parse_form/1
parse_form(Tokens) -> {ok, AbsForm} | {error, ErrorInfo} when Tokens :: [token()], AbsForm :: abstract_form(), ErrorInfo :: error_info().
Parses Tokens
as if it was a form. Returns one of the following:
{ok, ``AbsForm``}
* The parsing was successful. AbsForm
is the abstract form of the parsed form.
{error, ``ErrorInfo``}
* An error occurred.
parse_term/1
parse_term(Tokens) -> {ok, Term} | {error, ErrorInfo} when Tokens :: [token()], Term :: term(), ErrorInfo :: error_info().
Parses Tokens
as if it was a term. Returns one of the following:
{ok, ``Term``}
* The parsing was successful. Term
is the Erlang term corresponding to the token list.
{error, ``ErrorInfo``}
* An error occurred.
tokenstokens/12
Generates a list of tokens representing the abstract form AbsTerm
of an expression. Optionally, MoreTokens
is appended.


we decided to go visit Varun and Aaron when they were working and you were wearing your pink shirt.
i really like that shirt because you look so cute in it.
anywaysss, we were both sharing a burrito bowl and there was no cheese and sour cream because i didn't want to get you too plump.
in the end, it didnt even matter...
because you're perfect just the way you are and not fat :)
anywayssssss, we kept on looking at Varun and winking at him and i'm sure that he was very annoyed by it and would kick us out of that establishment if he wanted to
but he's a good friend so he played along with us, perhaps it was out of boredom too cuz there was no traffic
anywaysssssssss, afterwards we decided to hang out at the terraced park area
the weather was fair, the mood was great, the conversations was awesome, but the view...
the view of the little girl getting ass blasted by the fountain was something else
anywayssssssssssss, we got takis and water and lactose free milk from the nearby CVS and talked for so long
but i didn't even notice all that time passing by because i was having such a fun time eating the super super salty takis
you wouldn't even touch the takis cuz of how powdery the sticks are so i had to take the L and feed you it
then when varun and aaron were done with their shift, we invited them over so they could eat the leftover takis l m a o
and they did come and we were like, "okay gotta act like friends cuz we were keeping a secret"
still made them think we were hella sus
but that was pretty fun just the four of us talking about drama and stuff
then they left and we all walked back together and said goodbye to each other
BUT MIND GAME, we just walked back to try to find a bathroom for you cuz you drank so much milk
all the stores were closed so it was like omg what are we going to do but then we found the visitor center and we did our business there
we walked back to the parking lot and instead of going home, we just sat on a bench together
it started raining but i had an umbrella so we were safe and continued to sit there and appreciate each other
no amount of weather would have split us up that day
however, if a hurricane struck us on that day then we would have been tossed like salads
also i pray for the southern texas residents and people who are about to be struck by that terrifying hurricane to be safe
anywaysssssssssssssss, this whole memory just felt so good and i feel so elated when i think about it
i loved sharing this time with you
<3


An implementation of the fast structural filtering with L0 penalty. It includes an adaptive polynomial estimator by minimizing the least squares error with constraints on the number of breaks in their (k + 1)-st discrete derivative, for a chosen integer k >= 0. It also includes generalized structure sparsity constraint, i.e., graph trend filtering. This package is implemented via the primal dual active set algorithm, which formulates estimates and residuals as primal and dual variables, and utilizes efficient active set selection strategies based on the properties of the primal and dual variables.
| Version: | 0.1.1 |
| Depends: | R (≥ 3.0.0) |
| Imports: | Rcpp (≥ 0.12.10), limSolve |
| LinkingTo: | Rcpp, RcppArmadillo |
| Published: | 2017-07-19 |
| Author: | Canhong Wen, Xueqin Wang, Yanhe Shen, Aijun Zhang |
| Maintainer: | Canhong Wen <wencanhong at gmail.com> |
| License: | GPL-3 |
| NeedsCompilation: | yes |
| CRAN checks: | FastSF results |
| Reference manual: | FastSF.pdf |
| Package source: | FastSF_0.1.1.tar.gz |
| Windows binaries: | r-devel: FastSF_0.1.1.zip, r-release: FastSF_0.1.1.zip, r-oldrel: FastSF_0.1.1.zip |
| OS X binaries: | r-release: FastSF_0.1.1.tgz, r-oldrel: FastSF_0.1.1.tgz |
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To communicate between elements, just set 'data' property for Lightbox.
The object you pass into 'data' will be set as react element state in Lightbox,
and then all these states in Lightbox will be transferred to all children's props.
So you can use all these values as props in children elements.
To update these states in children elements, use 'setLightboxState' property method.


Class DialogSystem
Handles the apprearance and disappearance of the associated dialog box.
Inheritance
UnityEngine.Object
UnityEngine.Component
UnityEngine.Behaviour
UnityEngine.MonoBehaviour
DialogSystem
Namespace: Global
Assembly: TowerDefense.dll
Syntax
public class DialogSystem : MonoBehaviour
Methods
CancelClicked()
Called when the Cancel button is clicked on the UI.
Declaration
public void CancelClicked()
Hide()
Hide the dialog
Declaration
public void Hide()
OKClicked()
Called when the OK button is clicked on the UI.
Declaration
public void OKClicked()
Show(DialogConfig)
Show the dialog
Declaration
public void Show(DialogConfig config)
Parameters
| Type | Name | Description |
|---|---|---|
| DialogConfig | config | Settings with which the dialog should be created. |


troff.man
This file is part of groff, the GNU roff type-setting system.
Copyright (C) 1989, 2000, 2001, 2002, 2003, 2007, 2008, 2009 Free Software Foundation, Inc.
written by James Clark
modified by Werner Lemberg<EMAIL_ADDRESS>Bernd Warken<EMAIL_ADDRESS>Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documentation License, Version 1.3 or any later version published by the Free Software Foundation; with the Invariant Sections being this .ig-section and AUTHOR, with no Front-Cover Texts, and with no Back-Cover Texts.
A copy of the Free Documentation License is included as a file called FDL in the main directory of the groff source package.
A copy of the GNU Free Documentation License is also available in this Debian package as /usr/share/doc/groff-base/copyright.
troff - the troff processor of the groff text formatting system
This manual page describes the GNU version of troff .It is part of the groff document formatting system.
It is functionally compatible with UNIX troff, but has many extensions, see \%groff_diff (7).Usually it should be invoked using the groff (1)command which will also run preprocessors and postprocessors in the appropriate order and with the appropriate options.
It is possible to have whitespace between a command line option and its parameter.
-a Generate an
approximation of the typeset output.
-b Print a backtrace with each warning or error message.
This backtrace should help track down the cause of the error.
The line numbers given in the backtrace may not always be correct, for troff 'sidea of line numbers gets confused by as or am requests.
-c Disable color output (always disabled in compatibility mode).
-C Enable compatibility mode.
-d cs
-d name = s Define c or name to be a string s ; c must be a one letter name.
-E Inhibit all error messages of , troff .Note that this doesn't affect messages output to standard error by macro packages using the tm or tm1 requests.
-f fam Use fam as the default font family.
-F dir Search in directory (or directory path) dir for subdirectories dev name
is the name of the device) and there for the DESC file and font files. dir is scanned before all other font directories.
-i Read the standard input after all the named input files have been processed.
-I dir This option may be used to add a directory to the search path for files (both those on the command line and those named in \&.psbb requests). The search path is initialized with the current directory. This option may be specified more than once; the directories are then searched in the order specified (but before the current directory). If you want to make the current directory be read before other directories, add -I.\& at the appropriate place.
No directory search is performed for files with an absolute file name.
-m name Read in the file
If it isn't found, try tmac. name instead.
It will be first searched for in directories given with the -M command line option, then in directories given in the GROFF_TMAC_PATH environment variable, then in the current directory (only if in unsafe mode), the home directory, /usr/lib/groff/site-tmac, /usr/share/groff/site-tmac, and /usr/share/groff/1.22.2/tmac.
-M dir Search directory (or directory path) dir for macro files.
This is scanned before all other macro directories.
-n num Number the first page num .
-o list Output only pages in list , which is a comma-separated list of page ranges; n means print page n ,
means print every page between m and n , - n means print every page up to n ,
means print every page from n . troff will exit after printing the last page in the list.
-r cn
-r name = n Set number register c or name to n ; c must be a one character name; n can be any troff numeric expression.
-R Don't load troffrc and troffrc-end .
-T name Prepare output for device name , rather than the default ps ;see groff (1)for a more detailed description.
-U Unsafe mode.
This will enable the following requests: open, opena, pso, syand pi .For security reasons, these potentially dangerous requests are disabled otherwise.
It will also add the current directory to the macro search path.
-v Print the version number.
-w name Enable warning name . Available warnings are described in the section WARNINGS below.
For example, to enable all warnings, use -w all .Multiple -w options are allowed.
-W name Inhibit warning name . Multiple -W options are allowed.
-z Suppress formatted output.
The warnings that can be given by troff are divided into the following categories.
The name associated with each warning is used by the -w and -W options; the number is used by the warn request, and by the .warn register; it is always a power of 2 to allow bitwise composition.
tab(@), center, box; c c c | c c c r rI lB | r rI lB. Bit@Code@Warning@Bit@Code@Warning _ 0@1@char@10@1024@reg 1@2@number@11@2048@tab 2@4@break@12@4096@right-brace 3@8@delim@13@8192@missing 4@16@el@14@16384@input 5@32@scale@15@32768@escape 6@64@range@16@65536@space 7@128@syntax@17@131072@font 8@256@di@18@262144@ig 9@512@mac@19@524288@color @@@20@1048576@file
break \t4In fill mode, lines which could not be broken so that their length was less than the line length.
This is enabled by default.
char \t1Non-existent characters.
This is enabled by default.
color \t524288Color related warnings.
delim \t8Missing or mismatched closing delimiters.
di \t256Use of di or da without an argument when there is no current diversion.
el \t16Use of the el request with no matching ie request.
escape \t32768Unrecognized escape sequences.
When an unrecognized escape sequence is encountered, the escape character is ignored.
file \t1048576Indicates a missing file for the mso request.
Enabled by default.
font \t131072Non-existent fonts.
This is enabled by default.
ig \t262144Invalid escapes in text ignored with the ig request.
These are conditions that are errors when they do not occur in ignored text.
input \t16384Invalid input characters.
mac \t512Use of undefined strings, macros and diversions.
When an undefined string, macro or diversion is used, that string is automatically defined as empty.
So, in most cases, at most one warning will be given for each name.
missing \t8192Requests that are missing non-optional arguments.
number \t2Invalid numeric expressions.
This is enabled by default.
range \t64Out of range arguments.
reg \t1024Use of undefined number registers.
When an undefined number register is used, that register is automatically defined to have a value of~0.
So, in most cases, at most one warning will be given for use of a particular name.
right-brace \t4096Use of \[rs]} where a number was expected.
scale \t32Meaningless scaling indicators.
space \t65536Missing space between a request or macro and its argument.
This warning will be given when an undefined name longer than two characters is encountered, and the first two characters of the name make a defined name.
The request or macro will not be invoked.
When this warning is given, no macro is automatically defined.
This is enabled by default.
This warning will never occur in compatibility mode.
syntax \t128Dubious syntax in numeric expressions.
tab \t2048Inappropriate use of a tab character. Either use of a tab character where a number was expected, or use of tab character in an unquoted macro argument.
There are also names that can be used to refer to groups of warnings:
all All warnings except di, macand reg .It is intended that this covers all warnings that are useful with traditional macro packages.
w All warnings.
GROFF_TMAC_PATH A colon separated list of directories in which to search for macro files. troff will scan directories given in the -M option before these, and in standard directories (current directory if in unsafe mode, home directory, /usr/lib/groff/site-tmac, /usr/share/groff/site-tmac, /usr/share/groff/1.22.2/tmac )after these.
GROFF_TYPESETTER Default device.
GROFF_FONT_PATH A colon separated list of directories in which to search for the dev name directory. troff will scan directories given in the -F option before these, and in standard directories
/usr/share/groff/1.22.2/font, /usr/lib/font )after these.
/usr/share/groff/1.22.2/tmac/troffrc Initialization file (called before any other macro package).
/usr/share/groff/1.22.2/tmac/troffrc-end Initialization file (called after any other macro package).
/usr/share/groff/1.22.2/tmac/ name .tmac
/usr/share/groff/1.22.2/tmac/tmac. name Macro files
/usr/share/groff/1.22.2/font/dev name /DESC Device description file for device name .
/usr/share/groff/1.22.2/font/dev name / F Font file for font F of device name .
Note that troffrc and troffrc-end are neither searched in the current nor in the home directory by default for security reasons (even if the -U option is given).
Use the -M command line option or the GROFF_TMAC_PATH environment variable to add these directories to the search path if necessary.
Copyright (C) 1989, 2001, 2002, 2003, 2007, 2008, 2009 Free Software Foundation, Inc.
This document is distributed under the terms of the FDL (GNU Free Documentation License) version 1.3 or later.
You should have received a copy of the FDL on your system, it is also available on-line at the
GNU copyleft site
This document was written by James Clark, with modifications from
Werner Lemberg
and
Bernd Warken
This document is part of groff , the GNU roff distribution.
groff (1)The main program of the groff system, a wrapper around troff .
groff (7)A description of the groff language, including a short but complete reference of all predefined requests, registers, and escapes of plain groff . From the command line, this is called by
man 7 groff
\%groff_diff (7)The differences of the groff language and the classical troff language.
Currently, this is the most actual document of the groff system.
roff (7)An overview over groff and other roff systems, including pointers to further related documentation.
The groff info file , cf. info (1)presents all groff documentation within a single document.