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| PREV NEXT | FRAMES NO FRAMES |
| Packages that use Permission | |
|---|---|
| org.apache.shiro.authc | Core interfaces and exceptions concerning Authentication (the act of logging-in). |
| org.apache.shiro.authz | Core interfaces and exceptions supporting Authorization (access control). |
| org.apache.shiro.authz.permission | Support and default implementations for Shiro's Permission
interface. |
| org.apache.shiro.mgt | Provides the master SecurityManager interface and a default implementation
hierarchy for managing all aspects of Shiro's functionality in an application. |
| org.apache.shiro.realm | Components and sub-packages used in supporting the core Realm interface. |
| org.apache.shiro.subject | Components supporting the Subject interface, the most important concept in
Shiro's API. |
| org.apache.shiro.subject.support | Concrete support implementations of most of the org.apache.shiro.subject interfaces. |
| org.apache.shiro.util | Your run-of-the-mill 'util' pacakge for components and logic widely used across the framework that can't find their home into a proper OO hierarchy (or, most likely for things used across many hierarchies). |
| Uses of Permission in org.apache.shiro.authc |
|---|
| Methods in org.apache.shiro.authc that return types with arguments of type Permission | |
|---|---|
Collection<Permission> |
SimpleAccount.getObjectPermissions()
Returns all object-based permissions assigned directly to this Account (not any of its realms). |
| Methods in org.apache.shiro.authc with parameters of type Permission | |
|---|---|
void |
SimpleAccount.addObjectPermission(Permission permission)
Assigns an object-based permission directly to this Account (not any of its realms). |
| Method parameters in org.apache.shiro.authc with type arguments of type Permission | |
|---|---|
void |
SimpleAccount.addObjectPermissions(Collection<Permission> permissions)
Assigns one or more object-based permissions directly to this Account (not any of its realms). |
void |
SimpleAccount.setObjectPermissions(Set<Permission> permissions)
Sets all object-based permissions assigned directly to this Account (not any of its realms). |
| Constructor parameters in org.apache.shiro.authc with type arguments of type Permission | |
|---|---|
SimpleAccount(Collection principals,
Object credentials,
String realmName,
Set<String> roleNames,
Set<Permission> permissions)
Constructs a SimpleAccount instance for the specified realm with the given principals and credentials, with the the assigned roles and permissions. |
|
SimpleAccount(Object principal,
Object credentials,
String realmName,
Set<String> roleNames,
Set<Permission> permissions)
Constructs a SimpleAccount instance for the specified realm with the given principal and credentials, with the the assigned roles and permissions. |
|
SimpleAccount(PrincipalCollection principals,
Object credentials,
Set<String> roleNames,
Set<Permission> permissions)
Constructs a SimpleAccount instance from the given principals and credentials, with the the assigned roles and permissions. |
| Uses of Permission in org.apache.shiro.authz |
|---|
| Fields in org.apache.shiro.authz with type parameters of type Permission | |
|---|---|
protected Set<Permission> |
SimpleAuthorizationInfo.objectPermissions
Collection of all object-based permissions associaed with the account. |
protected Set<Permission> |
SimpleRole.permissions
|
| Methods in org.apache.shiro.authz that return types with arguments of type Permission | |
|---|---|
Set<Permission> |
SimpleAuthorizationInfo.getObjectPermissions()
|
Collection<Permission> |
AuthorizationInfo.getObjectPermissions()
Returns all type-safe Permission s assigned to the corresponding Subject. |
Set<Permission> |
SimpleRole.getPermissions()
|
| Methods in org.apache.shiro.authz with parameters of type Permission | |
|---|---|
void |
SimpleRole.add(Permission permission)
|
void |
SimpleAuthorizationInfo.addObjectPermission(Permission permission)
Adds (assigns) a permission to those directly associated with the account. |
void |
ModularRealmAuthorizer.checkPermission(PrincipalCollection principals,
Permission permission)
If ! isPermitted(permission) , throws
an UnauthorizedException otherwise returns quietly. |
void |
Authorizer.checkPermission(PrincipalCollection subjectPrincipal,
Permission permission)
Ensures a subject/user implies(Permission) implies} the specified Permission. |
boolean |
Permission.implies(Permission p)
Returns true if this current instance implies all the functionality and/or resource access
described by the specified Permission argument, false otherwise. |
boolean |
SimpleRole.isPermitted(Permission p)
|
boolean |
ModularRealmAuthorizer.isPermitted(PrincipalCollection principals,
Permission permission)
Returns true if any of the configured realms'
ModularRealmAuthorizer.isPermitted(org.apache.shiro.subject.PrincipalCollection, Permission) call returns true ,
false otherwise. |
boolean |
Authorizer.isPermitted(PrincipalCollection subjectPrincipal,
Permission permission)
Returns true if the corresponding subject/user is permitted to perform an action or access a resource summarized by the specified permission. |
| Method parameters in org.apache.shiro.authz with type arguments of type Permission | |
|---|---|
void |
SimpleRole.addAll(Collection<Permission> perms)
|
void |
SimpleAuthorizationInfo.addObjectPermissions(Collection<Permission> permissions)
Adds (assigns) multiple permissions to those associated directly with the account. |
void |
ModularRealmAuthorizer.checkPermissions(PrincipalCollection principals,
Collection<Permission> permissions)
If ! isPermitted(permission) for
all the given Permissions, throws
an UnauthorizedException otherwise returns quietly. |
void |
Authorizer.checkPermissions(PrincipalCollection subjectPrincipal,
Collection<Permission> permissions)
Ensures the corresponding Subject/user implies all of the
specified permission strings. |
boolean[] |
ModularRealmAuthorizer.isPermitted(PrincipalCollection principals,
List<Permission> permissions)
Returns true if any of the configured realms'
ModularRealmAuthorizer.isPermitted(org.apache.shiro.subject.PrincipalCollection, List) call returns true ,
false otherwise. |
boolean[] |
Authorizer.isPermitted(PrincipalCollection subjectPrincipal,
List<Permission> permissions)
Checks if the corresponding Subject/user implies the given Permissions and returns a boolean array indicating which permissions are implied. |
boolean |
ModularRealmAuthorizer.isPermittedAll(PrincipalCollection principals,
Collection<Permission> permissions)
Returns true if any of the configured realms'
ModularRealmAuthorizer.isPermitted(org.apache.shiro.subject.PrincipalCollection, Permission) call returns true
for all of the specified Permissions, false otherwise. |
boolean |
Authorizer.isPermittedAll(PrincipalCollection subjectPrincipal,
Collection<Permission> permissions)
Returns true if the corresponding Subject/user implies all of the specified permissions, false otherwise. |
void |
SimpleAuthorizationInfo.setObjectPermissions(Set<Permission> objectPermissions)
Sets the object-based permissions assigned directly to the account. |
void |
SimpleRole.setPermissions(Set<Permission> permissions)
|
| Constructor parameters in org.apache.shiro.authz with type arguments of type Permission | |
|---|---|
SimpleRole(String name,
Set<Permission> permissions)
|
| Uses of Permission in org.apache.shiro.authz.permission |
|---|
| Classes in org.apache.shiro.authz.permission that implement Permission | |
|---|---|
class |
AllPermission
An all AllPermission instance is one that always implies any other permission; that is, its implies method always returns true. |
class |
DomainPermission
Provides a base Permission class from which type-safe/domain-specific subclasses may extend. |
class |
WildcardPermission
A WildcardPermission is a very flexible permission construct supporting multiple levels of
permission matching. |
| Methods in org.apache.shiro.authz.permission that return Permission | |
|---|---|
Permission |
WildcardPermissionResolver.resolvePermission(String permissionString)
Returns a new WildcardPermission instance constructed based on the specified
permissionString. |
Permission |
PermissionResolver.resolvePermission(String permissionString)
Resolves a Permission based on the given String representation. |
| Methods in org.apache.shiro.authz.permission that return types with arguments of type Permission | |
|---|---|
Collection<Permission> |
RolePermissionResolver.resolvePermissionsInRole(String roleString)
Resolves a Collection of Permissions based on the given String representation. |
| Methods in org.apache.shiro.authz.permission with parameters of type Permission | |
|---|---|
boolean |
WildcardPermission.implies(Permission p)
|
boolean |
AllPermission.implies(Permission p)
Always returns true, indicating any Subject granted this permission can do anything. |
| Uses of Permission in org.apache.shiro.mgt |
|---|
| Methods in org.apache.shiro.mgt with parameters of type Permission | |
|---|---|
void |
AuthorizingSecurityManager.checkPermission(PrincipalCollection principals,
Permission permission)
|
boolean |
AuthorizingSecurityManager.isPermitted(PrincipalCollection principals,
Permission permission)
|
| Method parameters in org.apache.shiro.mgt with type arguments of type Permission | |
|---|---|
void |
AuthorizingSecurityManager.checkPermissions(PrincipalCollection principals,
Collection<Permission> permissions)
|
boolean[] |
AuthorizingSecurityManager.isPermitted(PrincipalCollection principals,
List<Permission> permissions)
|
boolean |
AuthorizingSecurityManager.isPermittedAll(PrincipalCollection principals,
Collection<Permission> permissions)
|
| Uses of Permission in org.apache.shiro.realm |
|---|
| Methods in org.apache.shiro.realm with parameters of type Permission | |
|---|---|
protected void |
AuthorizingRealm.checkPermission(Permission permission,
AuthorizationInfo info)
|
void |
AuthorizingRealm.checkPermission(PrincipalCollection principal,
Permission permission)
|
boolean |
AuthorizingRealm.isPermitted(PrincipalCollection principals,
Permission permission)
|
| Method parameters in org.apache.shiro.realm with type arguments of type Permission | |
|---|---|
protected void |
AuthorizingRealm.checkPermissions(Collection<Permission> permissions,
AuthorizationInfo info)
|
void |
AuthorizingRealm.checkPermissions(PrincipalCollection principal,
Collection<Permission> permissions)
|
protected boolean[] |
AuthorizingRealm.isPermitted(List<Permission> permissions,
AuthorizationInfo info)
|
boolean[] |
AuthorizingRealm.isPermitted(PrincipalCollection principals,
List<Permission> permissions)
|
protected boolean |
AuthorizingRealm.isPermittedAll(Collection<Permission> permissions,
AuthorizationInfo info)
|
boolean |
AuthorizingRealm.isPermittedAll(PrincipalCollection principal,
Collection<Permission> permissions)
|
| Uses of Permission in org.apache.shiro.subject |
|---|
| Methods in org.apache.shiro.subject with parameters of type Permission | |
|---|---|
void |
Subject.checkPermission(Permission permission)
Ensures this Subject implies the specified Permission . |
boolean |
Subject.isPermitted(Permission permission)
Returns true if this Subject is permitted to perform an action or access a resource summarized by the
specified permission. |
| Method parameters in org.apache.shiro.subject with type arguments of type Permission | |
|---|---|
void |
Subject.checkPermissions(Collection<Permission> permissions)
Ensures this Subject implies all of the
specified permission strings. |
boolean[] |
Subject.isPermitted(List<Permission> permissions)
Checks if this Subject implies the given Permissions and returns a boolean array indicating which permissions are implied. |
boolean |
Subject.isPermittedAll(Collection<Permission> permissions)
Returns true if this Subject implies all of the specified permissions, false otherwise. |
| Uses of Permission in org.apache.shiro.subject.support |
|---|
| Methods in org.apache.shiro.subject.support with parameters of type Permission | |
|---|---|
void |
DelegatingSubject.checkPermission(Permission permission)
|
boolean |
DelegatingSubject.isPermitted(Permission permission)
|
| Method parameters in org.apache.shiro.subject.support with type arguments of type Permission | |
|---|---|
void |
DelegatingSubject.checkPermissions(Collection<Permission> permissions)
|
boolean[] |
DelegatingSubject.isPermitted(List<Permission> permissions)
|
boolean |
DelegatingSubject.isPermittedAll(Collection<Permission> permissions)
|
| Uses of Permission in org.apache.shiro.util |
|---|
| Methods in org.apache.shiro.util that return types with arguments of type Permission | |
|---|---|
static Set<Permission> |
PermissionUtils.resolveDelimitedPermissions(String s,
PermissionResolver permissionResolver)
|
static Set<Permission> |
PermissionUtils.resolvePermissions(Collection<String> permissionStrings,
PermissionResolver permissionResolver)
|
|
||||||||||
| PREV NEXT | FRAMES NO FRAMES |


Typically only takes a second
Progress: N/A of N/A
This usually happens for one of the following reasons:
You aren't located on a page that is able to execute ahrefs requests


Source code for tools.app_callbacks
import base64
import dash_html_components as html
import flask
import os
from subprocess import call
import zipfile
import tools.system_calls as system
UPLOAD_DIRECTORY = str(os.path.join(os.getcwd(), 'app_uploaded_files'))
[docs]def create_upload_directory():
if not os.path.exists(UPLOAD_DIRECTORY):
os.makedirs(UPLOAD_DIRECTORY)
call(['gsettings',
'set',
'org.gnome.gnome-screenshot',
'auto-save-directory',
'file://{}'.format(UPLOAD_DIRECTORY)])
[docs]def save_file(name, content):
"""Save file to the machine
:param name: Name of the file
:type name: str
:param content: Content of the file
:type content: base64.bytes
"""
data = content.encode("utf8").split(b";base64,")[1]
with open(os.path.join(UPLOAD_DIRECTORY, name), "wb") as fp:
fp.write(base64.decodebytes(data))
[docs]def uploaded_files():
"""Get list of the files in teleserver upload directory
:return: List of files
:rtype: list
"""
files = []
for filename in os.listdir(UPLOAD_DIRECTORY):
path = os.path.join(UPLOAD_DIRECTORY, filename)
if os.path.isfile(path):
files.append(filename)
return files
[docs]def upload(uploaded_filenames, uploaded_file_contents):
"""Upload multiple files
:param uploaded_filenames: Filenames of files
:type uploaded_filenames: list
:param uploaded_file_contents: Content of files
:type uploaded_file_contents: list
"""
if uploaded_filenames is not None and uploaded_file_contents is not None:
for name, data in zip(uploaded_filenames, uploaded_file_contents):
save_file(name, data)
[docs]def get_files_list():
"""Get list of uploaded files
:return: List of files
:rtype: list
"""
files = uploaded_files()
return [{'label': filename, 'value': filename} for filename in files]
[docs]def download_files(files):
"""Download selected files
:param files: List fo files to download
:type files: list
"""
zipf = zipfile.ZipFile('teleserver_download.zip', 'w',
zipfile.ZIP_DEFLATED)
for filename in files:
zipf.write(
'{dir}/{filename}'.format(dir=UPLOAD_DIRECTORY, filename=filename),
arcname=filename)
zipf.close()
flask.send_file(
'teleserver_download.zip',
mimetype='zip',
attachment_filename='teleserver_download.zip',
as_attachment=True)
[docs]def delete_files(files):
"""Delete selected files
:param files: List fo files to delete
:type files: list
"""
for filename in files:
os.remove('{dir}/{filename}'.format(
dir=UPLOAD_DIRECTORY, filename=filename))
[docs]def open_files(files):
"""Open selected files
:param files: Files to open
:type files: list
"""
for filename in files:
system.web_open('file://{dir}/{filename}'.format(
dir=UPLOAD_DIRECTORY, filename=filename))
[docs]def get_screen_grab():
"""Get dash html Img object of teleserver current screen
:return: Screen snapshot as dash component
:rtype: dash.development.base_component.ComponentMeta
"""
return html.Img(
src='data:image/jpeg;base64,{}'.format(system.get_screen()),
style={
'width': '75%',
'height': '75%'
})


2010-2016 Bills Addressing Felon Rights Restoration
Less restrictive bills
More restrictive bills
Neutral bills


The DOM vs the BOM
Document Object Model
: Also known as the DOM
contains a collection of nodes (HTML Elements), that can be access and manipulated.
document
object is a Web Page, and the DOM is the hierarchy of browser objects.Browser Object Model
: Also known as the BOM
, this is the hierarchy of browser objects.
Window Object
: Chief browser object which contains properties and methods that we can use to access different objects within the window.
window.navigator
: returns a reference to the navigator object.window.screen
: returns a reference to the screen object associated with the window.window.history
: returns a reference to the history object.window.location
: gets and sets the location/current URL of the window object.window.document
: (can be shortened to document) returns a reference to the document that the window contains.All of the objects above can be shortened to their latter half (i.e. window.document => document)
The Browser Diagram
User interface
: Browser interface that the user interacts with such as the address bar, buttons, bookmarks, etc. Includes everything except for the requested page content.
Browser Engine
: Manages the interactions between the UI and the rendering machine.
Rendering Engine
: Displays and renders the requested page content.
Networking
: Handles network calls, such as HTTP requests.
Javascript Interpreter
: Parses and executes JS code.
UI Backend
: Used for drawing basic widgets like combo boxes and windows; uses operating system user interface methods.
Data Storage
: The persistence of data stored in the browser, such as cookies.
Browsing the web is just a series of requests
and responses
.
HTTP Request
, where we make a request to the server to fetch a URL.The Request Response Cycle Diagram
client
side, the middle is the internet
, and right side is the server
side.The Browser’s Role in the Request-Response Cycle
The Browser also does other things besides letting users make requests.
The Network Tab
in your Developer's Tools
will allow you to view all the requests and responses.
Using the Window API
// windowTest.js
// Open a new window
newWindow = window.open("", "", "width=100, height=100");
// Resize the new window
newWindow.resizeTo(500, 500);
Context, Scope, and Anonymous Function
Execution Context
refers more to scope than to context.
Creation Phase
: The interpreter creates a variable object(activation object) - the scope chain is then initialized.Excution Phase
: Code is interpreted and executed.IIFE’s are a type of closure.
The important things to note about context are:
owns
the function.Running a script on DOMContentLoaded
window.addEventListener("DOMContentLoaded", (event) => {
console.log("This script loaded when the DOM was ready.");
});
Running a script on page load The alternative to DOMContentLoaded is, waiting for everything to load in the document before we run our script. For this we can use window.onload
window.onload = () => {
console.log(
"This script loaded when all the resources and the DOM were ready."
);
};
Ways to prevent a script from running until page loads Some methods include:
<script async src="scriptA.js"></script>
<script defer src="scriptB.js"></script>
<script async defer src="scriptC.js"></script>


Why should I automate the release process?
- Save days of preparing app submission, uploading screenshots and releasing the app
- Colleague on vacation and a critical bugfix needs to be released? Don’t rely on one person releasing updates
- Increase software quality and reaction time with more frequent and smaller releases
- Deploy from any computer, even your remote server
- Start with Continuous Deployment. Just trigger
fastlane
and you’re good to go - Store everything in git. Never look up build commands again
Where should I start?
There is a guide which describes how to get from zero to a fully working Continuous Delivery setup. If you need more details about a specific tool, open the corresponding GitHub page, which is linked on the fastlane repository
What is Continuous Deployment?
Continuous Delivery (CD) is a design practice used in software development to automate and improve the process of software delivery
Basically you want to deploy updates more often to the App Store to make it less painful and increase the quality of your app.
The more steps we developers have to do manually each release, the more mistakes we make. It’s a tedious, repeating task.
Using fastlane
and its tools, you run one command to deploy an update of your app to the App Store.
How stable is this? Will it break if Apple changes something?
fastlane
uses a combination of official Apple API and frontend scripting using a headless JavaScript browser.
What happens if Apple changes some minor things?
Fortunately, Apple usually only updates iTunes Connect and the Apple Developer Portal two times a year. Most of the times, little things like button names will be changed. Those things are very easy and fast to fix. There will be updates released for those changes.
In case Apple decides to completely change the way we submit iOS apps, there will probably still be the "old" way of submitting apps. fastlane
is used by lots of companies already, therefore there will be someone (this might be me) who will update the tools. They are fully open source, that means developers can easily install hotfixes themselves.
How does a Continuous Deployment setup look like?
Most projects make use of Jenkins on a Mac to automatically generate new test builds for every commit.
When integrating the fastlane
tools you extend its functionality to also create new screenshots, release new app updates and send emails with the latest screenshots to the marketing team.
Basically your Jenkins build script will now only contain one line, which looks like fastlane beta
. fastlane
will generate a JUnit Report
which Jenkins then displays in the project page.
More information about the Jenkins integration can be found in the fastlane README.
For a project with a fully working fastlane
setup, checkout the fastlane example projects.
My question is not listed
You can ask anything on Twitter: @KrauseFx or drop me an email: fastlane@krausefx.com


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Event-based Flood Data Collection and Dissemination
The USGS Flood Event Viewer and Short-Term Network database
CDI Monthly Meeting | September 13th, 2017
Presented by Blake Draper, Software Developer
USGS Web Informatics and Mapping (WiM)
Short-Term Network (STN)
What is it?
a system for collection, management and dissemination of USGS flood data
a network of sites where sensors are deployed
FEV is the public data viewing tool for the STN database
Short-Term Network (STN)
What's with the name?
Short-Term Network (STN)
Why is it needed?
...has evolved into a suite of products
The Short-Term Network Universe
STNWeb (Internal)
STN Data Portal (Public)
Data access GUI
for casual users
sensor metadata only right now
STN Web Services (Public)
Data access API
for power users and developers
Flood Event Viewer
Brief History
Hurricane Irene Mapper (2011)
Flood Event Viewer 1.0
born ~2012
originally 'STN Public'
Flood Event Viewer 2.0
developed 2016, released October 2016
Event-Centrism in FEV
all data gets associated with an event
Water Science Centers and the press want event-focused map
Real-time Data
Real-time Stream Gage
Rapid Deployment Gage
Real-time Stream Gage layer
Rapid deployment gage layer
metadata in STN - time series data in NWIS
Sensor layers
- Storm tide, Barometric pressure, Meteorological, Wave height
- non-transmitting - must be deployed and retrieved
Sensor layers overlap
Overlapping Marker Spiderfier for Leaflet (github/jawj)
- metadata
- raw data files
- photos
High-water Mark layer
observed & surveyed
historic HWM effort underway
Interpreted Data
Peak Summary
Peak Summary layer
calculated after the event
interpreted data - based on multiple input
Getting Data
Technology Stack
service-oriented architecture
Flood Event Viewer 2.0
The Release
Original plan: late October/early November 2016
USGS Storm Team activated October 3rd
FEV v2 alpha released later that day
FEV 2.0 released October 5th
Matthew arrives October 7th
largest deployment since Hurricane Sandy
Success and Publicity
used by USGS storm team on daily coordination calls
tweeted by The Weather Channel's hurricane specialist
Success and Publicity
featured on WJXT News 4 Jax in Jacksonville, FL
Work in progress
still making improvements
UI/UX challenges
multi-event view is a UI challenge
Questions


Not Enough: Gay Rights Group Demands More from Chick-Fil-A
Salvation Army urges ‘public to seek the truth before rushing to ill-informed judgment’
Gay rights organization GLAAD is demanding Chick-Fil-A further bend the knee after the fast-food restaurant announced it would sever ties with charities deemed anti-LGBT.
In a statement released Monday, the Gay & Lesbian Alliance Against Defamation called on Chick-Fil-A to take further steps to show it’s serious about cutting ties with what they call “divisive anti-LGBTQ activists.”
If Chick-Fil-A is serious about their pledge to stop holding hands with divisive anti-LGBTQ activists, then further transparency is needed regarding their deep ties to organizations like Focus on the Family, which exist purely to harm LGBTQ people and families.
Chick-Fil-A investors, employees, and customers can greet today’s announcement with cautious optimism, but should remember that similar press statements were previously proven to be empty.
In addition to refraining from financially supporting anti-LGBTQ organizations, Chick-Fil-A still lacks policies to ensure safe workplaces for LGBTQ employees and should unequivocally speak out against the anti-LGBTQ reputation that their brand represents.
One of the charities Chick-Fil-A chose to stop donating to, The Salvation Army, released a statement Tuesday expressing its dismay and claiming the split was due to misinformation being spread without fact.
“We’re saddened to learn that a corporate partner has felt it necessary to divert funding to other hunger, education and homelessness organizations — areas in which The Salvation Army, as the largest social services provider in the world, is already fully committed,” reads a statement from The Salvation Army.
Far from being “anti-LGBTQ,” the Salvation Army claims it serves “more than 23 million individuals a year, including those in the LGBTQ+ community.”
“In fact, we believe we are the largest provider of poverty relief to the LGBTQ+ population,” the Salvation Army wrote, adding they believe a disinformation campaign was to blame.
“When misinformation is perpetuated without fact, or ability to serve those in need, regardless of sexual orientation, gender identity, religion or any other factor is at risk. We urge the public to seek the truth before rushing to ill-informed judgment and greatly appreciate those partners and donors who ensure that anyone who needs our help feels safe and comfortable to come through our doors.”
Chick-Fil-A also halted donations to The Fellowship of Christian Athletes over its support of heterosexual marriage.
The Black Friday sales have arrived early! Get up to 70% off our hottest products as well as free-shipping and double Patriot Points while the sale lasts!


Dashboard -
Workers
Instance ID
IP Address
Launched On
Instance Up
Container Up
Instance Type
Lifecycle
Worker Type
Reboot
Terminate
Servers
Instance ID
IP Address
Launched On
Instance Up
Container Up
Instance Type
Lifecycle
Reboot
Terminate
Workers Autoscaling Group (
)
Set desired number of workers.
Number of Workers
Select
Scale Workers Group
Servers Autoscaling Group
Set desired number of servers.
Number of Servers
Select
Scale Servers Group


NonlinearFactorGraph::shared_ptr | deserializeGraphFromXMLFile (const std::string &fname, const std::string &name="graph") |
| |
|
Values::shared_ptr | deserializeValuesFromFile (const std::string &fname) |
| |
|
Values::shared_ptr | deserializeValuesFromXMLFile (const std::string &fname, const std::string &name="values") |
| |
|
double | bound (double a, double min, double max) |
| |
|
Serialization in default compressed format
|
| template<class T > |
| void | serializeToStream (const T &input, std::ostream &out_archive_stream) |
| |
|
template<class T > |
| void | deserializeFromStream (std::istream &in_archive_stream, T &output) |
| | deserializes from a stream
|
| |
|
template<class T > |
| std::string | serializeToString (const T &input) |
| | serializes to a string
|
| |
|
template<class T > |
| void | deserializeFromString (const std::string &serialized, T &output) |
| | deserializes from a string
|
| |
|
template<class T > |
| bool | serializeToFile (const T &input, const std::string &filename) |
| | serializes to a file
|
| |
|
template<class T > |
| bool | deserializeFromFile (const std::string &filename, T &output) |
| | deserializes from a file
|
| |
|
template<class T > |
| std::string | serialize (const T &input) |
| | serializes to a string
|
| |
|
template<class T > |
| void | deserialize (const std::string &serialized, T &output) |
| | deserializes from a string
|
| |
|
Serialization to XML format with named structures
|
| template<class T > |
| void | serializeToXMLStream (const T &input, std::ostream &out_archive_stream, const std::string &name="data") |
| |
|
template<class T > |
| void | deserializeFromXMLStream (std::istream &in_archive_stream, T &output, const std::string &name="data") |
| | deserializes from a stream in XML
|
| |
|
template<class T > |
| std::string | serializeToXMLString (const T &input, const std::string &name="data") |
| | serializes to a string in XML
|
| |
|
template<class T > |
| void | deserializeFromXMLString (const std::string &serialized, T &output, const std::string &name="data") |
| | deserializes from a string in XML
|
| |
|
template<class T > |
| bool | serializeToXMLFile (const T &input, const std::string &filename, const std::string &name="data") |
| | serializes to an XML file
|
| |
|
template<class T > |
| bool | deserializeFromXMLFile (const std::string &filename, T &output, const std::string &name="data") |
| | deserializes from an XML file
|
| |
|
template<class T > |
| std::string | serializeXML (const T &input, const std::string &name="data") |
| | serializes to a string in XML
|
| |
|
template<class T > |
| void | deserializeXML (const std::string &serialized, T &output, const std::string &name="data") |
| | deserializes from a string in XML
|
| |
|
Serialization to binary format with named structures
|
| template<class T > |
| void | serializeToBinaryStream (const T &input, std::ostream &out_archive_stream, const std::string &name="data") |
| |
|
template<class T > |
| void | deserializeFromBinaryStream (std::istream &in_archive_stream, T &output, const std::string &name="data") |
| | deserializes from a stream in binary
|
| |
|
template<class T > |
| std::string | serializeToBinaryString (const T &input, const std::string &name="data") |
| | serializes to a string in binary
|
| |
|
template<class T > |
| void | deserializeFromBinaryString (const std::string &serialized, T &output, const std::string &name="data") |
| | deserializes from a string in binary
|
| |
|
template<class T > |
| bool | serializeToBinaryFile (const T &input, const std::string &filename, const std::string &name="data") |
| | serializes to a binary file
|
| |
|
template<class T > |
| bool | deserializeFromBinaryFile (const std::string &filename, T &output, const std::string &name="data") |
| | deserializes from a binary file
|
| |
|
template<class T > |
| std::string | serializeBinary (const T &input, const std::string &name="data") |
| | serializes to a string in binary
|
| |
|
template<class T > |
| void | deserializeBinary (const std::string &serialized, T &output, const std::string &name="data") |
| | deserializes from a string in binary
|
| |
|
|
VectorValues | buildVectorValues (const Vector &v, const Ordering &ordering, const std::map< Key, size_t > &dimensions) |
| | Create VectorValues from a Vector.
|
| |
|
VectorValues | buildVectorValues (const Vector &v, const KeyInfo &keyInfo) |
| | Create VectorValues from a Vector and a KeyInfo class.
|
| |


INTRO
Section: Linux Programmer's Manual (3)
Updated: 2010-11-11
Index
Return to Main Contents
NAME
intro - introduction to library functions
DESCRIPTION
Section 3 of the manual describes all library functions excluding the library
functions (system call wrappers) described in Section 2,
which implement system calls.
Many of the functions described in the section are part of the
Standard C Library
(libc).
Some functions are part of other libraries (e.g.,
the math library,
libm,
or the real-time library,
librt)
in which case the manual page will indicate the linker
option needed to link against the required library
(e.g.,
-lm
and
-lrt,
respectively,
for the aforementioned libraries).
In some cases,
the programmer must define a feature test macro in order to obtain
the declaration of a function from the header file specified
in the man page SYNOPSIS section.
(Where required, these feature test macros must be defined before including
any
header files.)
In such cases, the required macro is described in the man page.
For further information on feature test macros, see
feature_test_macros(7).
CONFORMING TO
Certain terms and abbreviations are used to indicate UNIX variants
and standards to which calls in this section conform.
See
standards(7).
NOTES
Authors and copyright conditions
Look at the header of the manual page source for the author(s) and copyright
conditions.
Note that these can be different from page to page!
SEE ALSO
intro(2),
errno(3),
capabilities(7),
credentials(7),
environ(7),
feature_test_macros(7),
libc(7),
math_error(7),
path_resolution(7),
pthreads(7),
signal(7),
standards(7)
Index
- NAME
-
- DESCRIPTION
-
- CONFORMING TO
-
- NOTES
-
- Authors and copyright conditions
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:55:09 GMT, September 18, 2014


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ssh-add
—
adds private key identities to the OpenSSH authentication
agent
ssh-add |
[-cDdKkLlqvXx ] [-E
fingerprint_hash] [-S
provider] [-t
life] [file ...] |
ssh-add
adds private key identities to the
authentication agent,
ssh-agent(1). When run
without arguments, it adds the files ~/.ssh/id_rsa,
~/.ssh/id_dsa,
~/.ssh/id_ecdsa,
~/.ssh/id_ecdsa_sk,
~/.ssh/id_ed25519, and
~/.ssh/id_ed25519_sk. After loading a private key,
ssh-add
will try to load corresponding certificate
information from the filename obtained by appending
-cert.pub to the name of the private key file.
Alternative file names can be given on the command line.
If any file requires a passphrase, ssh-add
asks for the passphrase from the user. The passphrase is read from the
user's tty. ssh-add
retries the last passphrase if
multiple identity files are given.
The authentication agent must be running and the
SSH_AUTH_SOCK
environment variable must contain the
name of its socket for ssh-add
to work.
The options are as follows:
-c
- Indicates that added identities should be subject to confirmation before
being used for authentication. Confirmation is performed by
ssh-askpass(1).
Successful confirmation is signaled by a zero exit status from
ssh-askpass(1), rather
than text entered into the requester.
-D
- Deletes all identities from the agent.
-d
- Instead of adding identities, removes identities from the agent. If
ssh-add
has been run without arguments, the keys
for the default identities and their corresponding certificates will be
removed. Otherwise, the argument list will be interpreted as a list of
paths to public key files to specify keys and certificates to be removed
from the agent. If no public key is found at a given path,
ssh-add
will append .pub
and retry.
-E
fingerprint_hash
- Specifies the hash algorithm used when displaying key fingerprints. Valid
options are: “md5” and “sha256”. The default
is “sha256”.
-e
pkcs11
- Remove keys provided by the PKCS#11 shared library
pkcs11.
-K
- Load resident keys from a FIDO authenticator.
-k
- When loading keys into or deleting keys from the agent, process plain
private keys only and skip certificates.
-L
- Lists public key parameters of all identities currently represented by the
agent.
-l
- Lists fingerprints of all identities currently represented by the
agent.
-q
- Be quiet after a successful operation.
-S
provider
- Specifies a path to a library that will be used when adding FIDO
authenticator-hosted keys, overriding the default of using the internal
USB HID support.
-s
pkcs11
- Add keys provided by the PKCS#11 shared library
pkcs11.
-T
pubkey ...
- Tests whether the private keys that correspond to the specified
pubkey files are usable by performing sign and
verify operations on each.
-t
life
- Set a maximum lifetime when adding identities to an agent. The lifetime
may be specified in seconds or in a time format specified in
sshd_config(5).
-v
- Verbose mode. Causes
ssh-add
to print debugging
messages about its progress. This is helpful in debugging problems.
Multiple -v
options increase the verbosity. The
maximum is 3.
-X
- Unlock the agent.
-x
- Lock the agent with a password.
DISPLAY
and SSH_ASKPASS
- If
ssh-add
needs a passphrase, it will read the
passphrase from the current terminal if it was run from a terminal. If
ssh-add
does not have a terminal associated with
it but DISPLAY
and
SSH_ASKPASS
are set, it will execute the program
specified by SSH_ASKPASS
(by default
“ssh-askpass”) and open an X11 window to read the
passphrase. This is particularly useful when calling
ssh-add
from a .xsession
or related script. (Note that on some machines it may be necessary to
redirect the input from /dev/null to make this
work.)
SSH_AUTH_SOCK
- Identifies the path of a UNIX-domain socket used
to communicate with the agent.
SSH_SK_PROVIDER
- Specifies a path to a library that will be used when loading any FIDO
authenticator-hosted keys, overriding the default of using the built-in
USB HID support.
- ~/.ssh/id_dsa
-
- ~/.ssh/id_ecdsa
-
- ~/.ssh/id_ecdsa_sk
-
- ~/.ssh/id_ed25519
-
- ~/.ssh/id_ed25519_sk
-
- ~/.ssh/id_rsa
- Contains the DSA, ECDSA, authenticator-hosted ECDSA, Ed25519,
authenticator-hosted Ed25519 or RSA authentication identity of the
user.
Identity files should not be readable by anyone but the user. Note
that ssh-add
ignores identity files if they are
accessible by others.
Exit status is 0 on success, 1 if the specified command fails, and 2 if
ssh-add
is unable to contact the authentication agent.
OpenSSH is a derivative of the original and free ssh 1.2.12 release by Tatu
Ylonen. Aaron Campbell, Bob Beck, Markus Friedl, Niels Provos, Theo de Raadt
and Dug Song removed many bugs, re-added newer features and created OpenSSH.
Markus Friedl contributed the support for SSH protocol versions 1.5 and 2.0.


ListView Class
A view that is backed by a collection that managers views per model in the collection.
Item Index
Methods
- __cleanupItemViewsAfterAttachedToParent
- __createItemView
- __createItemViews
- __emptyAndRebuildItemViewsFragment
- __generateChildArgs
- __generateItemViewArgs
- __getStaleItemViews
- __getViewIdFromModelId
- __removeStaleItemViews
- __updateByAddingRemoving
- __updateDOM
- __updateOrderedModelIdList
- _addItemView
- _removeItemView
- addItemView
- aggregateRenders
- breakDelayedRender
- constructor
- getChildViewFromModel
- getItemViewFromModel
- getItemViews
- hasItemViews
- modelsToRender
- prepareEmpty
- removeItemView
- renderChildViews
- reorder
- setCollection
- update
Properties
Methods
__cleanupItemViewsAfterAttachedToParent
()
private
Completes each item view's lifecycle of being attached to a parent. Because the item views are attached in a non-standard way, it's important to make sure that the item views are in the appropriate state after being attached as one fragment.
__createItemView
-
model
-
[noUpdateToIdList=false]
Creates an item view and stores a reference to it
Parameters:
-
model
Backbone Modelthe model to create the view from
-
[noUpdateToIdList=false]
Object optionalif true, the internal order of model ids are not updated
Returns:
the new item view
__createItemViews
()
Array
private
Creates all needed item views that don't exist from modelsToRender()
Returns:
each object in array contains a 'view' and 'indexOfModel' field
__emptyAndRebuildItemViewsFragment
()
private
Creates a DOM fragment with each item view appended in the order defined by modelsToRender(). This will clear the List View's DOM and invoke the necessary detach, register and render logic on each item view.
Returns:
a DOM fragment with item view elements appended
__generateChildArgs
()
Alias method for __generateItemViewArgs()
__generateItemViewArgs
-
model
Method to generate arguments when creating an item view. Override this method
to change the arguments for a given item view.
The format of the subview's arguments is:
{
context: {
... inherited from parent ...
},
Parameters:
-
model
Objectthe model for an item view
Returns:
a context to be used by an item view
__getStaleItemViews
()
Array
private
Gets all item views that have models that are no longer tracked by modelsToRender
Returns:
An array of information about stale items. Each object has a 'view' and 'modelId' field
__getViewIdFromModelId
-
modelId
Parameters:
-
modelId
String or Numberid of model
Returns:
view cid that was built from corresponding model
__removeStaleItemViews
-
[staleItemViewInfo]]
Removes the item views that no longer have models returned by modelsToRender()
Parameters:
-
[staleItemViewInfo]]
Array of objects:!~YUIDOC_LINE~! !~YUIDOC_LINE~! view: stale item view,!~YUIDOC_LINE~! modelId: id of model item!~YUIDOC_LINE~! optional} If provided, stale items will not be found, but this array will be used instead.
__updateByAddingRemoving
-
oldViews
-
newViews
-
staleViews
Attempts to insert new views and remove stale views individually and correctly reorder all views in an attempt to be faster then a full view re-render
Parameters:
-
oldViews
Array of Views- correctly ordered list of views before making changes to models to render
-
newViews
Array of Views- the new views created that will be inserted
-
staleViews
Array of Views- the stale views that will be removed
__updateDOM
()
Override of View.__updateDOM Builds a single DOM fragment from the item views and attaches it at once.
__updateOrderedModelIdList
-
[newIdsList]
Updates the internal list of model ids that correspond to the models used for the current list of item views. The order is the same order of the item views.
Parameters:
-
[newIdsList]
Array of ids optional- if passed the array, it will use that instead of finding the list.
_addItemView
-
itemView
-
indexOfModel
Adds the new item view before or after a sibling view. If no sibling view exists or if this item view is the first, it will cause a re-render. This method will break any delayed renders and force a re-render before continuing.
_removeItemView
-
itemView
-
modelId
-
[model]
Disposes of an item view, unregisters, stops tracking and triggers a 'item-view-removed' event with the model and an item view as the payload.
Parameters:
-
itemView
Backbone View instancethe view being removed
-
modelId
String or Numberthe id used for the model
-
[model]
Backbone Model instance optionalthe model
addItemView
-
model
Handles the addition of an item view if a model has been added to the collection. When possible, it will append the view instead of causing a rerender
Parameters:
-
model
Objectthe model being added
aggregateRenders
-
wait
-
view
Aggregates calls to render by waiting a certain amount of time and then rendering. Calls that happen while it is waiting, will be swallowed. Useful for when you want to batch render calls
Parameters:
-
wait
Numericthe number of milliseconds to wait before rendering
-
view
List Viewthe list view
breakDelayedRender
-
view
If one exists, this method will clear the delayed render timeout and invoke render
Parameters:
-
view
List Viewthe list view
constructor
-
args
Constructor for the list view object.
Parameters:
-
args
Object- options argument
-
itemView
Backbone.View definition or Function- the class definition of the item view. This view will be instantiated for every model returned by modelsToRender(). If a function is passed in, then for each model, this function will be invoked to find the appropriate view class. It takes the model as the only parameter.
-
collection
Backbone.Collection instance- The collection that will back this list view. A subclass of list view might provide a default collection. Can be private or public collection
-
[itemContext]
Object or Function optional- object or function that's passed to the item view's during initialization under the name "context". Can be used by the item view during their prepare method.
-
[template]
HTML Template optional- allows a list view to hold it's own HTML like filter buttons, etc.
-
[itemContainer]
String optional- (Required if 'template' is provided, ignored otherwise) name of injection site for list of item views
-
[emptyTemplate]
HTML Template optional- if provided, this template will be shown if the modelsToRender() method returns an empty list. If a itemContainer is provided, the empty template will be rendered there.
-
[modelsToRender]
Function optional- If provided, this function will override the modelsToRender() method with custom functionality.
-
[renderWait=0]
Numeric optional- If provided, will collect any internally invoked renders (typically through collection events like reset) for a duration specified by renderWait in milliseconds and then calls a single render instead. Helps to remove unnecessary render calls when modifying the collection often.
-
[modelId='cid']
'cid' or 'id' optional- model property used as identifier for a given model. This property is saved and used to find the corresponding view.
-
[modelName='model']
String optional- name of the model argument passed to the item view during initialization
-
[childView]
String optionalDEPRECATED - deprecated alias to args.itemView
-
[childContext]
String optionalDEPRECATED - deprecated alias to args.itemContext
-
[childContainer]
String optionalDEPRECATED - deprecated alias to args.itemContainer
-
[childModel]
String optionalDEPRECATED - deprecated alias to args.modelName
getChildViewFromModel
()
Alias method for getItemViewFromModel()
getItemViewFromModel
-
model
Returns the view that corresponds to the model if one exists
Parameters:
-
model
Modelthe model
Returns:
the item view corresponding to the model
getItemViews
()
Array of views
Returns:
Returns unordered list of views generated by this list view
modelsToRender
()
Returns an array of which models should be rendered. By default, all models in the input collection will be shown. Extensions of this class may override this method to apply collection filters.
prepareEmpty
()
Override if you want a different context for your empty template. Defaults to this.prepare()
Returns:
a context that can be used by the empty list template
removeItemView
-
model
Handles the removal of an item view if a model has been removed from the collection
Parameters:
-
model
Backbone Model instancethe model that has been removed
renderChildViews
()
Loops through children views and renders them
reorder
()
Takes existing item views and moves them into correct order defined by this.modelsToRender(). NOTE: As this method doesn't generate or remove views, this method takes advantage of jquery's ability to move elements already attached to the DOM.
setCollection
-
collection
Sets the collection from which this view generates item views. This method will attach all necessary event listeners to the new collection to auto-generate item views and has the option of removing listeners on a previous collection.
Parameters:
-
collection
Backbone.Collection instancethe new collection that this list view should use.
update
()
Builds any new views, removes stale ones, and re-renders
Properties
emptyTemplate
HTML Template
If provided, this template that will be shown if the modelsToRender() method returns an empty list. If an itemContainer is provided, the empty template will be rendered there.
itemContainer
String
(Required if 'template' is provided, ignored otherwise) name of injection site for list of item views NOTE: replacement for deprecated field: childContainer
itemView
View or Function
The item view class definition that will be instantiated for each model in the list. itemView can also be a function that takes a model and returns a view class. This allows for different view classes depending on the model. NOTE: replacement for deprecated field: childView
template
HTML Template
The template that allows a list view to hold it's own HTML like filter buttons, etc.


public abstract class ActiveSetsOptimization
extends java.lang.Object
class MyOpt extends Optimization { // Provide the objective function protected double objectiveFunction(double[] x) { // How to calculate your objective function... // ... } // Provide the first derivatives protected double[] evaluateGradient(double[] x) { // How to calculate the gradient of the objective function... // ... } // If possible, provide the index^{th} row of the Hessian matrix protected double[] evaluateHessian(double[] x, int index) { // How to calculate the index^th variable's second derivative // ... } }When it's the time to use it, in some routine(s) of other class...
MyOpt opt = new MyOpt(); // Set up initial variable values and bound constraints double[] x = new double[numVariables]; // Lower and upper bounds: 1st row is lower bounds, 2nd is upper double[] constraints = new double[2][numVariables]; ... // Find the minimum, 200 iterations as default x = opt.findArgmin(x, constraints); while(x == null){ // 200 iterations are not enough x = opt.getVarbValues(); // Try another 200 iterations x = opt.findArgmin(x, constraints); } // The minimal function value double minFunction = opt.getMinFunction(); ...It is recommended that Hessian values be provided so that the second-order Lagrangian multiplier estimate can be calcluated. However, if it is not provided, there is no need to override the
evaluateHessian()
function.
REFERENCES (see also the getTechnicalInformation()
method):| Modifier and Type | Field and Description |
|---|---|
protected double |
m_ALF |
protected double |
m_BETA |
protected static boolean |
m_Debug |
protected static double |
m_Epsilon
Compute machine precision
|
protected double |
m_f
function value
|
protected int |
m_MAXITS |
protected double |
m_STPMX |
protected double |
m_TOLX |
protected static double |
m_Zero
Compute machine precision
|
| Constructor and Description |
|---|
ActiveSetsOptimization() |
| Modifier and Type | Method and Description |
|---|---|
protected abstract double[] |
evaluateGradient(double[] x)
Subclass should implement this procedure to evaluate gradient of the
objective function
|
protected double[] |
evaluateHessian(double[] x,
int index)
Subclass is recommended to override this procedure to evaluate
second-order gradient of the objective function.
|
double[] |
findArgmin(double[] initX,
double[][] constraints)
Main algorithm.
|
double |
getMinFunction()
Get the minimal function value
|
double[] |
getVarbValues()
Get the variable values.
|
double[] |
lnsrch(double[] xold,
double[] gradient,
double[] direct,
double stpmax,
boolean[] isFixed,
double[][] nwsBounds,
net.sf.javaml.utils.ActiveSetsOptimization.DynamicIntArray wsBdsIndx)
Find a new point x in the direction p from a point xold at which the
value of the function has decreased sufficiently, the positive
definiteness of B matrix (approximation of the inverse of the Hessian) is
preserved and no bound constraints are violated.
|
protected abstract double |
objectiveFunction(double[] x)
Subclass should implement this procedure to evaluate objective function
to be minimized
|
void |
setDebug(boolean db)
Set whether in debug mode
|
void |
setMaxIteration(int it)
Set the maximal number of iterations in searching (Default 200)
|
static double[] |
solveTriangle(Jama.Matrix t,
double[] b,
boolean isLower,
boolean[] isZero)
Solve the linear equation of TX=B where T is a triangle matrix It can be
solved using back/forward substitution, with O(N^2) complexity
|
protected void |
updateCholeskyFactor(Jama.Matrix L,
double[] D,
double[] v,
double coeff,
boolean[] isFixed)
One rank update of the Cholesky factorization of B matrix in BFGS
updates, i.e.
|
protected double m_ALF
protected double m_BETA
protected double m_TOLX
protected double m_STPMX
protected int m_MAXITS
protected static boolean m_Debug
protected double m_f
protected static double m_Epsilon
protected static double m_Zero
protected abstract double objectiveFunction(double[] x)
x
- the variable valuesjava.lang.Exception
- if something goes wrongprotected abstract double[] evaluateGradient(double[] x)
x
- the variable valuesjava.lang.Exception
- if something goes wrongprotected double[] evaluateHessian(double[] x, int index)
x
- the variablesindex
- the row index in the Hessian matrixjava.lang.Exception
- if something goes wrongpublic double getMinFunction()
public void setMaxIteration(int it)
it
- the maximal number of iterationspublic void setDebug(boolean db)
db
- use debug or notpublic double[] getVarbValues()
public double[] lnsrch(double[] xold, double[] gradient, double[] direct, double stpmax, boolean[] isFixed, double[][] nwsBounds, net.sf.javaml.utils.ActiveSetsOptimization.DynamicIntArray wsBdsIndx)
xold
- old x valuegradient
- gradient at that pointdirect
- direction vectorstpmax
- maximum step lengthisFixed
- indicating whether a variable has been fixednwsBounds
- non-working set bounds. Means these variables are free and
subject to the bound constraints in this stepwsBdsIndx
- index of variables that has working-set bounds. Means these
variables are already fixed and no longer subject to the
constraintsjava.lang.Exception
- if an error occurspublic double[] findArgmin(double[] initX, double[][] constraints)
initX
- initial point of x, assuming no value's on the bound!constraints
- the bound constraints of each variable constraints[0] is the
lower bounds and constraints[1] is the upper boundsjava.lang.Exception
- if an error occurspublic static double[] solveTriangle(Jama.Matrix t, double[] b, boolean isLower, boolean[] isZero)
t
- the matrix Tb
- the vector BisLower
- whether T is a lower or higher triangle matrixisZero
- which row(s) of T are not used when solving the equation. If
it's null or all 'false', then every row is used.protected void updateCholeskyFactor(Jama.Matrix L, double[] D, double[] v, double coeff, boolean[] isFixed)
L
- the unit triangle matrix LD
- the diagonal matrix Dv
- the update vector vcoeff
- the coeffcient of updateisFixed
- which variables are not to be updatedCopyright © 2006-2014 - Thomas Abeel - All Rights Reserved.


Unit tests for a mocked-up version of the LabWizard login dialog, which is the main example used in Chapter 7.


Holby_City
Drama series about life on the wards of Holby City Hospital, following the highs and lows of the staff and patients.A spin-off from the medical drama Casualty.


Important Note: when registering your account you must use your email that you purchased the access with or else you will not be able to access your products.
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Send a test event into your stream. There are many ways to send data into your stream, to find out more.
apikey:


Chapter 14 - Using JavaBeans
This application contains the following components:
1. Section 14.1.1, Listing 14.1: /WEB-INF/classes/AddressBean.class
2. Section 14.1.2, Listing 14.2: /addressForm.html
3. Section 14.1.2 : /address.jsp
4. Section 14.2.3, Listing 14.4: /addressDisplay.jsp
5. Section 14.1.3, Listing 14.3: /beanSaver.jsp
Click on this link to see the first four components in action:
addressForm.html
How it works
1. When you click the above URL, it gets the addressForm.html page.
2. This page contains an HTML form with its action
attribute pointing
to address.jsp.
3. address.jsp creates an instance of type AddressBean and sets its properties using the form data.
4. It then puts the
bean into the session and forwards the request to addressDisplay.jsp.
5. addressDisplay.jsp gets the AddressBean instance from the session, and prints its values.
Using serialized beans
Click on the link below to see the fifth component in action.
beanSaver.jsp?name=john&city=Ardsley&state=NY
We have already created the directory structure /WEB-INF/classes/businessData/visitorAddresses/ in chapter14 web application. When you click the above link, it will create a serialized file named john.ser under the
/WEB-INF/classes/businessData/visitorAddresses/" directory. You can then use this bean using the beanName attribute of the <jsp:useBean> action.
Open the source files, modify the code, play around with it, and practice the different ways to use
the useBean, setProperty, and getProperty actions to get familiar with them.


Welcome
News
Security advice
In case the main link 'http://lchudifyeqm4ldjj.onion/' goes down do not search for alternative links.
Those links will be phishing links. Write down the alternative mirror links now for later use.
Phishing links point to fake websites which look exactly the same except they will steal your login data.
Change your password here.
Please check the url in the browser to start with 'http://lchudifyeqm4ldjj.onion/'. If the address is different you should logout and login again with the correct url. In case of a phishing attempt please also change your password.
In case you experienced something strange during the login procedure please change your password.
A general good security advice is to use the PGP login if you have registered a valid PGP key to your account. Change your password regularly. Use a security password/withdraw password.
Invite friends and earn money
Dream Market is running an affiliate campaign to offer participants the opportunity
to make profit just by inviting friends.
As profit you will receive as much as 25% of trading fees and commissions for all lifetime
purchases made by invited customers.
Your personalized invitation link:
http://lchudifyeqm4ldjj.onion/?ai=3172458729
02/01/2016
Withdraw requires PIN
Withdrawals now require the withdraw PIN unless you have configured a security password.
The withdraw PIN is displayed only once at the welcome page after you have created the Dream Market account.
20/07/2015
New onion url
Dream Market has moved to a new union url (http://lchudifyeqm4ldjj.onion/)
as a procedure of regularly onion rotation.
15/07/2015


File:
Options:
Prefix data with variable definition Samples prefix Samples suffix Insert newlines after every samples
Convert
Output:


ESPN Insider Offers Update On Myles Garrett Suspension Appeal
by Tzvi MachlinCleveland Browns defensive end Myles Garrett is in New York today, pleading his case to have his indefinite suspension reduced. With the process moving as quickly as it has, it looks like we’ll be getting an answer soon from the league.
ESPN’s Dianna Russini reported today that the decision on Garrett’s appeal could come soon, specifically, within a day or two.
Russini’s sources explained that the league wants to “make a decision on this quickly.”
Garrett made his case to the powers that be, and the NFL will be making their case today as well.
The Browns pass rusher got involved in a scuffle with Steelers quarterback Mason Rudolph in the waning seconds of last week’s game. That scuffle culminated in Garrett swinging a helmet at Rudolph and hitting him on the head.
The NFL acted quickly, suspending him indefinitely the next day. Two other players were suspended for their role in the ensuing brawl, and other players are being fined.
But it was Garrett’s action that has attracted the most attention. Some have called for him to be thrown out of the league, while others feel he was provoked by Rudolph.
Regardless, we should get a lot more clarity on Garrett’s fate in the days to come.
Stay tuned.


In our growing world, technology is the prevalent form of communication. Websites have valuable information that should be accessible to all communities. But is it? As a business owner, blogger, or anyone who wants to get important information to large audiences has to consider web accessibility a priority.
Building websites for all users is such a critical undertaking the World Wide Web Consortium and the federal government have mandates and best practices to keep accessibility a priority for website owners. “Section 508” is a federal mandates government funded websites adhere to accessibility best practices.
The World Wide Web Consortium is the leading organization of Web accessibility initiatives. “WAI develops its work through W3C’s consensus-based process, involving different stakeholders in Web accessibility. These include industry, disability organizations, government, accessibility research organizations, and more.”
The W3C discuses web accessibility in 5 key criteria areas. The criterion for website accessibility includes percievability, adaptability, operable, understandable and robust. Each of the main category has additional criterion for evaluation. This article identifies a website utilizes ADA scanning tools to evaluate website accessibility. The completion of this article included the process of identifying a website for evaluation, the review of the W3C website to review standards for accessibility, criterion that web page owners have to consider when publishing information on the web. Before discussing the website to be evaluated I will briefly discuss the significance of website accessibility.
The merit of the topic of website accessibility, significance and importance are identified by the federal government’s commitment to protecting disabled communities. The federal government protects individuals with disability perceived or otherwise with Section 508 of the Rehabilitation Act of 1973. “In 1998, Congress amended the Rehabilitation Act of 1973 to require Federal agencies to make their electronic and information technology (EIT) accessible to people with disabilities. The law (29 U.S.C § 794 (d)) applies to all Federal agencies when they develop, procure, maintain, or use electronic and information technology. Under Section 508, agencies must give disabled employees and members of the public access to information comparable to the access available to others.
Myparrot.com is the website being evaluated for web accessibility. The purpose of the webpage is to direct potential customers to a parrot store on Mercer Island, Washington. The tools used to evaluate the accessibility of the website included ADA scan to scan the website for accessibility.
ADA Scan runs a diagnostic on the web page in 68 areas provides the data in four categories passed in inapplicable or incomplete. After running ADA Scan on myparrot.com the scores indicates the website adaptability and percievability need significant improvement.
The guidelines for evaluation for myparrot.com are distinguishability and percievability, which are being evaluated by the websites use of images, effective use of color, adaptability based on website delivery structure, an organization of html code to produce correct structure and layout. Before discussing ways to fix the website review of website distinguishability, percievaility adaptability is a must.
Website percievability simply means content has to be offered in numerous ways which can be accomplished with the use of images, audio, varied formats, and compatibility with technologies that assist your webpage users.
Websites with high levels of distinguishability have visual and audio web content easily understood by the user through effective use of colors, photos, text sized, and image.
Increasing website adaptability is all about simplicity of a webpages delivery structure while maintaining easily consumable information in a user friendly structure. Organizing html code, to produce correct page layout, structure, information fields or icons so user from all backgrounds can easily navigate a webpage. Incorporating the structural aspects of a webpage increases page adaptability.
Now that the criteria for website evaluation has been reviewed, I will include my recommendations. Recommendations for website fixing the website include improve distinguishability by improving the font color using all black versus red, purple or green. Improving adaptability by improving the page layout structure and adding structural components. The current page has headlines, icons, images, and store information hours that aren’t displayed with strong structural layout. The header needs to be more prominent, the prominence helps distinguish the header form the general website content. Improvements in html index for the webpage display for headers is an improvement indicated in the scan results as well.
Easily consumable web page content is an indicator of strong adaptability. The current webpage doesn’t have a strong header, sections, and information about the website to easily identify the purpose of the page resulting in weakened adaptability scores. Recommendations for fixing the webpage adaptability include adding the structural components of a webpage layout including effective headers, sections, subsections, organized titles, photos to help the user understand the website to understand the purpose of the webpage, easily identify store hours, and find information about the webpage with social media links. I recommend moving the current social media links to a different location on the page as to not to confuse the accessibility tools for blind users.


Primary buttons are big, attractive Calls-to-Action. They are one of the few interface elements to use a bright color to draw attention. They should be used for the most important action on the page. Don’t overuse them, don’t abuse them, never leave them.
Sometimes we need to retrieve information and/or a page state – we want to provide users with feedback that progress is taking place.
Primary buttons are big, attractive Calls-to-Action. They are one of the few interface elements to use a bright color to draw attention. They should be used for the most important action on the page. Don’t overuse them, don’t abuse them, never leave them.
Sometimes we need to retrieve information and/or a page state – we want to provide users with feedback that progress is taking place.
Primary buttons are big, attractive Calls-to-Action. They are one of the few interface elements to use a bright color to draw attention. They should be used for the most important action on the page. Don’t overuse them, don’t abuse them, never leave them.
Sometimes we need to retrieve information and/or a page state – we want to provide users with feedback that progress is taking place.
Primary buttons are big, attractive Calls-to-Action. They are one of the few interface elements to use a bright color to draw attention. They should be used for the most important action on the page. Don’t overuse them, don’t abuse them, never leave them.
Sometimes we need to retrieve information and/or a page state – we want to provide users with feedback that progress is taking place.


vignettes/tidymodules.Rmd
tidymodules.Rmd
This vignette aims to provide a high level introduction to tidymodules. We recommend reading this article for anyone who is new to tidymodules, especially those tidymodules module “consumers”, who use existing module classes as a “black-box” in their Shiny app development. This article includes the following topics:
If you would like to develop new tidymodules modules, please refer to the vignettes under “Articles”.
In conventional Shiny modules, communication between modules is realized through the following
callModule()
functionserver()
function.It can be challenging to keep track of the arbitrary number of input and output reactives for complex apps with many interacting modules.
To address this challenge, we introduced input/output ports as fields of the TidyModule class object in tidymodules. The concept is illustrated in the following diagram. In this example, Module1 and Module2 each have input and output ports that hold reactives. The ports defined in each modules provides a data structure that allow TidyModule to establish a communication between them.
The two modules are connected via a tidymodules pipe operator %x>y%
where x and y could be any numbers from 1 to 10. For example,%1>1%
means the left module’s first output port (x = 1) is mapped to the first input port (y = 1) of the right module. Multiple connected tidymodules modules with such directed edges form a directed graph network, which will be further discussed later in this article.
To find out the port structure, simply print the module object on the console. The following example shows that the Addition
module has one input port named “left” and one output port named “total” that are both empty, i.e. not being assigned an input reactive (input ports) or injected into the server code (output ports).
library(shiny)
library(tidymodules)
source(system.file(package = "tidymodules","shiny/examples/1_simple_addition/Addition.R"))
Addition$new()
#> Module Namespace Addition-1
#> Module Session global_session
#> - Class Addition << TidyModule << R6
#> - Input [1]
#> (1) left => Empty
#> - Output [1]
#> (1) total => Empty
The basic workflow of using tidymodules modules in a Shiny app is the following
ui()
using module ui()
methodsserver()
inject tidymodules module server()
logic using callModules()
or the callModule()
function of the module object, like myMod$callModule()
.The workflow is illustrated in the following example, which is available at
Notice that the namespace argument in $new()
is optional and tidymodules
will automatically generate a namespace ID if not provided.
# Instantiate two Addition module objects
Addition$new()
#> Module Namespace Addition-2
#> Module Session global_session
#> - Class Addition << TidyModule << R6
#> - Input [1]
#> (1) left => Empty
#> - Output [1]
#> (1) total => Empty
Addition$new()
#> Module Namespace Addition-3
#> Module Session global_session
#> - Class Addition << TidyModule << R6
#> - Input [1]
#> (1) left => Empty
#> - Output [1]
#> (1) total => Empty
Also notice that it is not necessary to give a name to the Addition$new()
object. tidymodules
provides mod()
or getMod()
function to help users conveniently retrieve module objects via their numerical ID or namespace ID.
server()
logic using callModules()
Here we use the callModules()
function to call the server() methods for the two modules that we created.
The module communication is established through the pipe operators: first %>1% mod(1) %1>1% mod(2)
. Note that in first
must be a Shiny reactive value or endpoint in order to server as an input to other tidymodules modules.
server <- function(input, output, session) {
# call the server() functions for all existing tidymodules modules in the global environment
callModules()
first<-reactive({
req(input$first_number)
})
# Setting up module commmunication
observe({
first %>1% mod(1) %1>1% mod(2)
})
output$total_result <- renderText({
result <- mod(2)$getOutput(1)
result()
})
}
shinyApp(ui, server)
We also provide utility functions to help identify and connect ports using the port names. For more information about the pipe operators, refer to the functional documentation under “Reference” tab.
Tidymodules module objects are mananged by ModStore
in tidymodules. For example, in the
example 2 - Linkled scatter you can find the sessions, module objects, edges and port mapping diagram in the “Help | ModStore” tab.
Below is the module relationship network digram generated by tidymodules
using the visNetwork
package.
For more details about class and ports inheritance, see article inheritance. The diagram below illustrates the relation between the classes defined in the example 4 of tidymodules .
You can list all Shiny examples that come with the tidymodules
package by the showExamples()
function. We recommend going through these examples to help you understand the use patterns.
showExamples()
#> [1] "1_simple_addition" "2_linked_scatter" "3_nested_modules"
#> [4] "4_communication"
We have already used the first example to illustrate the basic usage of tidymodules, below we briefly describe the other examples.
This example illustrates the tidymodules implementation of the classical Shiny module example of two linked scatter plots.
This example illustrates constructing and using nested modules in the tidymodules
framework, as well as dynamically creating tidymodules modules.
This is a comprehensive example to illustrate mutiple advanced features such as
combine_ports()


Acceptable Use Policy
Use of the Services is subject to the Acceptable Use Policy. If you are found to be in violation of our policies at
any time, as determined by Couchbase Inc. (“we” or “us”) in its sole discretion, we may warn you or suspend or
terminate your account.
Please note that we may change our Acceptable Use Policy at any time, and pursuant to the Couchbase Cloud Terms of
Service [LINK] (the "Terms"), it is your responsibility to keep up-to-date with and adhere to the policies posted
here. All capitalized terms used herein have the meanings stated in the Terms, unless stated otherwise.
Prohibited Content
The Content displayed and/or processed through your Application utilizing the Services shall not contain any of the
following types of content:
- Content that infringes or encourages the infringement of a third party's rights (e.g., copyright) according to
applicable law
- Excessively profane content
- Hate-related or violent content
- Content advocating racial or ethnic intolerance
- Content intended to advocate or advance computer hacking or cracking;
- Gambling
- Other illegal activity, including without limitation illegal export of controlled substances or illegal software
- Drug paraphernalia
- Phishing
- Malicious content
- Other material, products or services that violate or encourage conduct that would violate any criminal laws, any
other applicable laws, or any third-party rights
Prohibited Actions
In addition to (and/or as some examples of) the violations described in the Terms, you may not and may not allow
any third party, including End Users, to:
- Generate or facilitate unsolicited commercial email ("spam"). Such activity includes, but is not limited to:
- Sending email in violation of the CAN-SPAM Act or any other applicable anti-spam law;
- Imitating or impersonating another person or his, her or its email address, or creating false accounts
for
the purpose of sending spam;
- Data mining any web property (including Couchbase web properties) to find email addresses or other user
account information;
- Sending unauthorized mail via open, third-party servers;
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person's
knowing and continued consent to such disclosure; and
- Sending unsolicited emails to significant numbers of email addresses belonging to individuals and/or
entities with whom you have no preexisting relationship.
- Send, upload, distribute or disseminate or offer to do the same with respect to any unlawful,
defamatory,
harassing, abusive, fraudulent, infringing, obscene, or otherwise objectionable content
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of a destructive or deceptive nature;
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- Transmit content that may be harmful to minors;
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licensor's permission;
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- Modify the Couchbase logo or any other Couchbase trademarks, logos, service marks, trade dress, slogans,
copyrighted designs or other brand features.
- Use of the Services, or any interfaces provided with the Services, to access any Couchbase products or
services in a manner that violates the Terms or other terms and conditions for use of such Couchbase
products or services.


| S80 |
No slope ecological restoration scenario |
| S8000 |
1980–2000 slope ecological restoration scenario |
| S0017 |
2000–2017 slope ecological restoration scenario |
| S8017 |
1980–2017 slope ecological restoration scenario |
S26, S45, S85
S8000_26, S8000_45, S8000_85
S0017_26, S0017_45, S0017_85
S8017_26, S8017_45, S8017_85
|
Different climate scenarios + different periods for slope ecological restoration scenarios, e.g., S8000 represents the 1980–2000 slope ecological restoration scenario under the same climate scenario, S26 represents the RCP2.6 under the same slope ecological restoration scenarios, and S8000_26 represents the 1980–2000 slope ecological restoration scenario under RCP2.6 |
| CV
S80, CV
S8000, CV
S0017, CV
S8017
|
Coefficient of variation (CV) of the slope ecological restoration scenarios in different periods |
| CV
2.6, CV
4.5, CV
8.5
|
CV of the different climate scenarios |


Sentry Nelsya:
Have you found all thirteen Dark Bezoars? It won't be easy. Even if it is the hunt season, only one out of five animals will have the bezoar.
Now! Go out into the forest again and hunt brown keltirs and gray wolves. Shilen's hunt continues even as we speak. Glory to the mother of the abyss.


Apple iPhone 11
Just the right amount of everything.
A new dual‑camera system captures more of what you see and love. The fastest chip ever in a smartphone and all‑day battery life let you do more and charge less. And the highest‑quality video in a smartphone, so your memories look better than ever.
It just got a whole lot harder to take a bad photo.
All‑new dual‑camera system.
Take your photos from wide to ultra wide. A redesigned interface uses the new Ultra Wide camera to show you what’s happening outside the frame — and lets you capture it. Shoot and edit videos as easily as you do photos. It’s the world’s most popular camera, now with a whole new perspective.
Apple iPhone 11 Pro
And then there was Pro.
A transformative triple‑camera system that adds tons of capability without complexity. An unprecedented leap in battery life. And a mind‑blowing chip that doubles down on machine learning and pushes the boundaries of what a smartphone can do. Welcome to the first iPhone powerful enough to be called Pro.
Pro camera system.
We’ve three‑upped ourselves.
Meet the first triple‑camera system to combine cutting‑edge technology with the legendary simplicity of iPhone. Capture up to four times more scene. Get beautiful images in drastically lower light. Shoot the highest‑quality video in a smartphone — then edit with the same tools you love for photos. You’ve never shot with anything like it.
Expanded field of view.
iPhone 11 Pro lets you zoom from the Telephoto all the way out to the new Ultra Wide camera, for an impressive 4x optical zoom range.
Elegant, immersive interface.
We leveraged the wider field of view to let you see what’s happening outside the image frame — and simply tap to capture it. And there’s almost nothing between you and your subject except a new, Pro camera font. So you’re always fully immersed in the scene.


Requesting Assistance
The Process
- A Party requiring support completes and submits a request for assistance form to the Bio-Bridge Initiative helpdesk. If necessary, the helpdesk assists the Party in articulating its needs and/or elaborating the request for assistance.
- The helpdesk determines what type of response is most appropriate. This may include direct response to the Party for simple requests such as providing relevant information or case studies, or facilitating the development of a proposal for a TSC initiative to meet the need.
- The helpdesk identifies an appropriate partner (e.g. expertise provider) from a network of relevant organizations to develop a proposal for the new TSC initiative to address the Party's needs for submission to potential donors.
How to Apply
The Bio-Bridge Initiative Web portal through which all requests for assistance are to be submitted can be accessed from the button below. Alternatively, requests for assistance through Bio-Bridge Initiative can be submitted to the Secretariat at<EMAIL_ADDRESS>using the this form:
Interim-Bio-Bridge Initiative Request for Assistance Form
Register as a Provider
of Technical
Assistance


4 February 2014 - On 2 February 2014, the National Health and Family Planning Commission (NHFPC) of China notified WHO of five additional laboratory-confirmed cases of human infection with avian influenza A(H7N9) virus including one death.
Four cases are male. The age range is 8 to 63 years old. Cases have been reported from Guangdong (2), Hunan (1), Fujian (1) and Zhejiang (1). Three cases are currently in serious condition, one in critical condition. All cases are reported to have had exposure to poultry or a live poultry market.
So far, there is no evidence of sustained human-to-human transmission.
The Chinese Government continues to take the following surveillance and control measures:
While the recent report of avian influenza A(H7N9) virus being detected in live poultry imported from the mainland to Hong Kong SAR, shows the potential for the virus to spread through live poultry, at this time there is no indication that international spread of avian influenza A(H7N9) has occurred through humans or animals.
Further sporadic human cases of A(H7N9) infection are expected in affected and possibly neighbouring areas, especially given expected increases in the trade and transport of poultry associated with the Lunar New Year.
WHO advises that travellers to countries with known outbreaks of avian influenza should avoid poultry farms, or contact with animals in live bird markets, or entering areas where poultry may be slaughtered, or contact with any surfaces that appear to be contaminated with faeces from poultry or other animals. Travellers should also wash their hands often with soap and water. Travellers should follow good food safety and good food hygiene practices.
WHO does not advise special screening at points of entry with regard to this event, nor does it currently recommend any travel or trade restrictions.
As always, a diagnosis of infection with an avian influenza virus should be considered in individuals who develop severe acute respiratory symptoms while travelling or soon after returning from an area where avian influenza is a concern.
WHO encourages countries to continue strengthening influenza surveillance, including surveillance for severe acute respiratory infections (SARI) and to carefully review any unusual patterns, in order to ensure reporting of human infections under the IHR (2005), and continue national health preparedness actions.


[1]
grand , the room less so , it was comfortable and had all that i needed .
[2]
problems with my hotel booking before arriving in moscow but there was excellent communication from staff .


#include <sysc/kernel/sc_thread_process.h>
Definition at line 96 of file sc_thread_process.h.
| sc_core::sc_thread_process::sc_thread_process | ( | const char * | name_p, | |
| bool | free_host, | |||
| SC_ENTRY_FUNC | method_p, | |||
| sc_process_host * | host_p, | |||
| const sc_spawn_options * | opt_p | |||
| ) |
| virtual sc_core::sc_thread_process::~sc_thread_process | ( | ) | [protected, virtual] |
| void sc_core::sc_thread_process::add_monitor | ( | sc_process_monitor * | monitor_p | ) | [inline, protected] |
Definition at line 401 of file sc_thread_process.h.
| virtual void sc_core::sc_thread_process::disable_process | ( | sc_descendant_inclusion_info | descendants = SC_NO_DESCENDANTS |
) | [protected, virtual] |
Implements sc_core::sc_process_b.
| virtual void sc_core::sc_thread_process::enable_process | ( | sc_descendant_inclusion_info | descendants = SC_NO_DESCENDANTS |
) | [protected, virtual] |
Implements sc_core::sc_process_b.
| virtual void sc_core::sc_thread_process::kill_process | ( | sc_descendant_inclusion_info | descendants = SC_NO_DESCENDANTS |
) | [protected, virtual] |
Implements sc_core::sc_process_b.
| virtual const char* sc_core::sc_thread_process::kind | ( | ) | const [inline, virtual] |
Reimplemented from sc_core::sc_object.
Reimplemented in sc_core::sc_cthread_process.
Definition at line 123 of file sc_thread_process.h.
| sc_thread_handle sc_core::sc_thread_process::next_exist | ( | ) | [inline, protected] |
Definition at line 429 of file sc_thread_process.h.
| sc_thread_handle sc_core::sc_thread_process::next_runnable | ( | ) | [inline, protected] |
Definition at line 441 of file sc_thread_process.h.
| virtual void sc_core::sc_thread_process::prepare_for_simulation | ( | ) | [protected, virtual] |
| void sc_core::sc_thread_process::remove_monitor | ( | sc_process_monitor * | monitor_p | ) | [inline, protected] |
Definition at line 408 of file sc_thread_process.h.
| virtual void sc_core::sc_thread_process::resume_process | ( | sc_descendant_inclusion_info | descendants = SC_NO_DESCENDANTS |
) | [protected, virtual] |
Implements sc_core::sc_process_b.
| void sc_core::sc_thread_process::set_next_exist | ( | sc_thread_handle | next_p | ) | [inline, protected] |
Definition at line 423 of file sc_thread_process.h.
| void sc_core::sc_thread_process::set_next_runnable | ( | sc_thread_handle | next_p | ) | [inline, protected] |
Definition at line 435 of file sc_thread_process.h.
| void sc_core::sc_thread_process::set_stack_size | ( | std::size_t | size | ) | [inline, protected] |
Definition at line 185 of file sc_thread_process.h.
| void sc_core::sc_thread_process::signal_monitors | ( | int | type = 0 |
) | [protected] |
| void sc_core::sc_thread_process::suspend_me | ( | ) | [inline, protected] |
Definition at line 210 of file sc_thread_process.h.
| virtual void sc_core::sc_thread_process::suspend_process | ( | sc_descendant_inclusion_info | descendants = SC_NO_DESCENDANTS |
) | [protected, virtual] |
Implements sc_core::sc_process_b.
| virtual void sc_core::sc_thread_process::throw_reset | ( | bool | async | ) | [protected, virtual] |
Implements sc_core::sc_process_b.
| virtual void sc_core::sc_thread_process::throw_user | ( | const sc_throw_it_helper & | helper, | |
| sc_descendant_inclusion_info | descendants = SC_NO_DESCENDANTS | |||
| ) | [protected, virtual] |
Implements sc_core::sc_process_b.
| bool sc_core::sc_thread_process::trigger_dynamic | ( | sc_event * | ) | [protected] |
| void sc_core::sc_thread_process::trigger_static | ( | ) | [inline, protected] |
Definition at line 470 of file sc_thread_process.h.
| void sc_core::sc_thread_process::wait | ( | const sc_time & | t, | |
| const sc_event_and_list & | el | |||
| ) | [inline, protected] |
Definition at line 359 of file sc_thread_process.h.
| void sc_core::sc_thread_process::wait | ( | const sc_time & | t, | |
| const sc_event_or_list & | el | |||
| ) | [inline, protected] |
Definition at line 344 of file sc_thread_process.h.
Definition at line 329 of file sc_thread_process.h.
| void sc_core::sc_thread_process::wait | ( | const sc_time & | t | ) | [inline, protected] |
Definition at line 316 of file sc_thread_process.h.
| void sc_core::sc_thread_process::wait | ( | const sc_event_and_list & | el | ) | [inline, protected] |
Definition at line 302 of file sc_thread_process.h.
| void sc_core::sc_thread_process::wait | ( | const sc_event_or_list & | el | ) | [inline, protected] |
Definition at line 289 of file sc_thread_process.h.
| void sc_core::sc_thread_process::wait | ( | const sc_event & | e | ) | [inline, protected] |
Definition at line 276 of file sc_thread_process.h.
| void sc_core::sc_thread_process::wait_cycles | ( | int | n = 1 |
) | [inline, protected] |
Definition at line 384 of file sc_thread_process.h.
| sc_cor* get_cor_pointer | ( | sc_process_b * | process_p | ) | [friend] |
Definition at line 446 of file sc_thread_process.h.
friend class sc_event [friend] |
Reimplemented from sc_core::sc_process_b.
Definition at line 99 of file sc_thread_process.h.
friend class sc_join [friend] |
Definition at line 100 of file sc_thread_process.h.
friend class sc_module [friend] |
Reimplemented from sc_core::sc_process_b.
Reimplemented in sc_core::sc_cthread_process.
Definition at line 101 of file sc_thread_process.h.
friend class sc_process_b [friend] |
Reimplemented from sc_core::sc_object.
Definition at line 102 of file sc_thread_process.h.
friend class sc_process_handle [friend] |
Reimplemented from sc_core::sc_process_b.
Reimplemented in sc_core::sc_cthread_process.
Definition at line 103 of file sc_thread_process.h.
friend class sc_process_table [friend] |
Reimplemented from sc_core::sc_process_b.
Reimplemented in sc_core::sc_cthread_process.
Definition at line 104 of file sc_thread_process.h.
friend class sc_runnable [friend] |
Reimplemented from sc_core::sc_process_b.
Definition at line 106 of file sc_thread_process.h.
| void sc_set_stack_size | ( | sc_thread_handle | , | |
| std::size_t | ||||
| ) | [friend] |
friend class sc_simcontext [friend] |
Reimplemented from sc_core::sc_process_b.
Reimplemented in sc_core::sc_cthread_process.
Definition at line 105 of file sc_thread_process.h.
| void sc_thread_cor_fn | ( | void * | ) | [friend] |
Reimplemented from sc_core::sc_process_b.
| void wait | ( | const sc_time & | , | |
| const sc_event_and_list & | , | |||
| sc_simcontext * | ||||
| ) | [friend] |
| void wait | ( | const sc_time & | , | |
| const sc_event_or_list & | , | |||
| sc_simcontext * | ||||
| ) | [friend] |
| void wait | ( | const sc_time & | , | |
| const sc_event & | , | |||
| sc_simcontext * | ||||
| ) | [friend] |
| void wait | ( | const sc_time & | , | |
| sc_simcontext * | ||||
| ) | [friend] |
| void wait | ( | const sc_event_and_list & | , | |
| sc_simcontext * | ||||
| ) | [friend] |
| void wait | ( | const sc_event_or_list & | , | |
| sc_simcontext * | ||||
| ) | [friend] |
| void wait | ( | const sc_event & | , | |
| sc_simcontext * | ||||
| ) | [friend] |
| void wait | ( | sc_simcontext * | ) | [friend] |
| void wait | ( | int | , | |
| sc_simcontext * | ||||
| ) | [friend] |
sc_cor* sc_core::sc_thread_process::m_cor_p [protected] |
Definition at line 170 of file sc_thread_process.h.
std::vector<sc_process_monitor*> sc_core::sc_thread_process::m_monitor_q [protected] |
Definition at line 171 of file sc_thread_process.h.
std::size_t sc_core::sc_thread_process::m_stack_size [protected] |
Definition at line 172 of file sc_thread_process.h.
int sc_core::sc_thread_process::m_wait_cycle_n [protected] |
Definition at line 173 of file sc_thread_process.h.


noiseFixedEffects simulates a number of non-genetic covariate effects (confounders). Confounders can have effects across all traits (shared) or to a number of traits only (independent); in addition, only a certain proportion of traits can be affected by the confounders. Confounders can be simulated as categorical variables or following a binomial , uniform or normal distribution. Effect sizes for the noise effects can be simulated from a uniform or normal distribution. Multiple confounder sets drawn from different distributions/different parameters of the same distribution can be simulated by specifying NrFixedEffects and supplying the respective distribution parameters.
noiseFixedEffects(N, P, NrConfounders = 10, sampleID = "ID_", phenoID = "Trait_", id_samples = NULL, id_phenos = NULL, pTraitsAffected = 1, NrFixedEffects = 1, pIndependentConfounders = 0.4, pTraitIndependentConfounders = 0.2, keepSameIndependent = FALSE, distConfounders = "norm", mConfounders = 0, sdConfounders = 1, catConfounders = NULL, probConfounders = NULL, distBeta = "norm", mBeta = 0, sdBeta = 1, verbose = FALSE)
| N | Number [integer] of samples to simulate. |
|---|---|
| P | Number [integer] of phenotypes to simulate. |
| NrConfounders | Vector of number(s) [integer] of confounders from a specified distribution to simulate. |
| sampleID | Prefix [string] for naming samples. |
| phenoID | Prefix [string] for naming traits. |
| id_samples | Vector of [NrSamples] sample IDs [string]; if not provided constructed by paste(sampleID, 1:N, sep=""). |
| id_phenos | Vector of [NrTraits] phenotype IDs [string]; if not provided constructed by paste(phenoID, 1:P, sep=""). |
| pTraitsAffected | Vector of proportion(s) [double] of traits affected by the confounders. For non-integer results of pTraitsAffected*P, the ceiling of the result is used. |
| NrFixedEffects | Number [integer] of different confounder effects to simulate; allows to simulate fixed effects from different distributions or with different parameters; if only one type of confounder distribution is wanted, set NrFixedEffects=1 and choose the number of confounders with eg NrConfounders=10. |
| pIndependentConfounders | Vector of proportion(s) [double] of confounders to have a trait-independent effect. |
| pTraitIndependentConfounders | Vector of proportion(s) [double] of traits influenced by independent confounder effects. |
| keepSameIndependent | [boolean] If set to TRUE, the independent genetic effects always influence the same subset of traits. |
| distConfounders | Vector of name(s) [string] of distribution to use to simulate confounders; one of "unif", "norm", "bin", "cat_norm", "cat_unif". |
| mConfounders | Vector of mean/midpoint(s) [double] of normal/uniform distribution for confounders. |
| sdConfounders | Vector of standard deviation(s)/distance from midpoint(s) [double] of normal/uniform distribution for confounders. |
| catConfounders | Vector of number(s) of confounder categories [integer]; required if distConfounders "cat_norm" or "cat_unif". |
| probConfounders | Vector of probability(s) [double] of binomial confounders (0/1); required if distConfounders "bin". |
| distBeta | Vector of name(s) [string] of distribution to use to simulate effect sizes of confounders; one of "unif" or "norm". |
| mBeta | Vector of mean/midpoint [double] of normal/uniform distribution for effect sizes of confounders. |
| sdBeta | Vector of standard deviation/distance from midpoint [double] of normal/uniform distribution for effect sizes of confounders. |
| verbose | [boolean] If TRUE, progress info is printed to standard out |
Named list of shared confounder effects (shared: [N x P] matrix), independent confoudner effects (independent: [N x P] matrix), the confounders labeled as shared or independent effect (cov: [NrConfounders x N] matrix) and the simulated effect sizes of the confounders (cov_effect: [P x NrConfounders] dataframe).
# fixed noise effect with default setting noiseFE <- noiseFixedEffects(P=5, N=20) # 1 categorical fixed noise effect with uniform distribution of the # categories noiseFE_catUnif <- noiseFixedEffects(P=10, N=20, NrConfounders=1, distConfounders="cat_unif", catConfounders=3) # 10 fixed noise effect with uniform distribution between 1 and 5 (3 +/- 2) # categories noiseFE_uniformConfounders_normBetas <- noiseFixedEffects(P=10, N=20, NrConfounders=10, distConfounders="unif", mConfounders=3, sdConfounders=2, distBeta="norm", sdBeta=2) # 4 fixed noise effect with binomial distribution with p=0.2 noiseFE_binomialConfounders_uniformBetas <- noiseFixedEffects(P=10, N=20, NrConfounders=4, distConfounders="bin", probConfounders=0.2, distBeta="norm", sdBeta=2) # 2 fixed noise effect with 1 binomial confounders and 1 normally # distributed confounder; the latter only affects 2 traits noiseFE_binomialandNormalConfounders <- noiseFixedEffects(P=10, N=20, NrFixedEffects=2, pTraitsAffected =c (1,0.2), NrConfounders=c(2,2), distConfounders=c("bin", "norm"), probConfounders=0.2)


Taken alone (w/o context), does this sentence make sense?
Your task:
You will be presented with sentences taken from conversations between two people.
Although you don’t have access to the full conversation, can you understand what the person is saying?
Do you think this sentence would make sense as part of a conversation?
Instructions:
You will rate whether or not each sentence is likely understandable as part of a larger conversation.
Do so using the following scale:
No = Not understandable: |
Example: |
|---|