--- layout: preso.hbs title: oss-at-dod displaytitle: Open Sourcing the DoD description: backgroundColor: white --- Code.mil: Open Sourcing the DoD Open Source is good. [citation needed] (This is not an endorsement of GitHub!) Reusability Collaboration and Contribution Security Transparency For the people... If it's so good, why don't they do it? Current State and Challenges "OSS is insecure" https://www.flickr.com/photos/thepreiserproject/ "We paid for it, it's ours." http://disney.wikia.com/wiki/Seagulls_(Finding_Nemo) "It's illegal" Set in our ways https://commons.wikimedia.org/wiki/File:III-A-12.jpg Techincal Know-how http://www.doncio.navy.mil/CHIPS/ArticleDetails.aspx?ID=7076 Where is the code? Enter Code.gov I thought you said Code.mil? Federal Source Code Policy Section 5: Open Source Software sourcecode.cio.gov Centralized Information Liason to Agencies Project Tracking So what's Code.mil? The DoD is a special snowflake... ...or so we think. Developed with the F/OSS community Guidelines Outreach Project Tracking Policy Work OSS is happening in the DoD Army Research Lab https://github.com/usarmyresearchlab https://github.com/nationalsecurityagency https://github.com/deptofdefense What can you do? Code.mil github.com/code-dot-mil/code.mil<EMAIL_ADDRESS>Write some code!Code.gov/browse-projects Official White House Photo by David Lienemann usds.gov/join Code.mil: Open Sourcing the DoD All Octocats liberally sprung from https://octodex.github.com (This is still not an endorsement of GitHub.)
(This is not an endorsement of GitHub!)
...or so we think.
github.com/code-dot-mil/code.mil
usds.gov/join


public class Lock extends java.lang.Object implements LockInterface
| Modifier and Type | Field and Description |
|---|---|
private boolean |
chamberEnabled
The chamber enabled.
|
protected java.util.concurrent.atomic.AtomicInteger |
count
The count: used for counting how many vessels in canal.
|
private boolean |
drain
The occupied; The drain.
|
private boolean |
occupied
The occupied; The drain.
|
private Vessel |
vessel
The vessel in lock.
|
| Constructor and Description |
|---|
Lock()
Instantiates a new lock.
|
| Modifier and Type | Method and Description |
|---|---|
void |
decrementCount()
Decrement count.
|
void |
enter(Vessel vessel)
Enter: Let vessel enter lock when lock is not occupied.
|
int |
getCount()
Gets the count.
|
Vessel |
getVessel()
Gets the vessel.
|
void |
incrementCount()
Increment count.
|
boolean |
isChamberEnabled()
Checks if is chamber enabled.
|
boolean |
isDrain()
Checks if is drain.
|
boolean |
isOccupied()
Checks if is occupied.
|
Vessel |
leave()
Leave: let vessel leaves lock.
|
void |
operateWaterLevel()
Operate water level.
|
void |
printOutConditions()
Prints the out conditions.
|
void |
setChamberEnabled(boolean chamberEnabled)
Sets the chamber enabled.
|
java.lang.String |
setDrain(boolean drain)
Sets the drain.
|
void |
setOccupied(boolean occupied)
Sets the occupied.
|
void |
setVessel(Vessel vessel)
Sets the vessel.
|
private volatile boolean occupied
private volatile boolean drain
private volatile boolean chamberEnabled
protected volatile java.util.concurrent.atomic.AtomicInteger count
private volatile Vessel vessel
public void printOutConditions()
printOutConditions
in interface LockInterface
public void operateWaterLevel()
operateWaterLevel
in interface LockInterface
public void enter(Vessel vessel)
enter
in interface LockInterface
vessel
- the vesselpublic Vessel leave()
leave
in interface LockInterface
public boolean isOccupied()
isOccupied
in interface LockInterface
public void setOccupied(boolean occupied)
setOccupied
in interface LockInterface
occupied
- the new occupiedpublic boolean isDrain()
isDrain
in interface LockInterface
public java.lang.String setDrain(boolean drain)
setDrain
in interface LockInterface
drain
- the new drainpublic Vessel getVessel()
getVessel
in interface LockInterface
public void setVessel(Vessel vessel)
setVessel
in interface LockInterface
vessel
- the new vesselpublic int getCount()
getCount
in interface LockInterface
public void incrementCount()
incrementCount
in interface LockInterface
public void decrementCount()
decrementCount
in interface LockInterface
public boolean isChamberEnabled()
isChamberEnabled
in interface LockInterface
public void setChamberEnabled(boolean chamberEnabled)
setChamberEnabled
in interface LockInterface
chamberEnabled
- the new chamber enabled


|
{{projInfo.description}}
|
Deadline
{{projInfo.deadline}}
|
Members |
|
| Time: {{time}} |
Location: {{location}} |
Members | Charlie, Bob |
| Description | This meeting is about how to write the report |


Array#isArray
for older browsers.
var isArray = require('isarray');
console.log(isArray([])); // => true
console.log(isArray({})); // => false
With npm do
$ npm install isarray
Then bundle for the browser with browserify.
With component do
$ component install juliangruber/isarray
(MIT)
Copyright (c) 2013 Julian Gruber<EMAIL_ADDRESS>Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


{% extends "site_base.html" %} {% load staticfiles %} {% block page-subtitle %}: FAQ{% endblock %} {% block content-header %}
A finding aid is a detailed guide to an archival collection, similar to the index found in the back of a book. Created by archivists, a finding aid provides contextual information and detailed descriptions of the material and allows users to determine whether or not a collection may meet their research needs.
Descriptive Summary:
Collection Description:
Administrative Information:
Yes, the database includes finding aids for collections that are unprocessed. In general, these finding aids contain brief biographical or historical information, a general overview of the contents of the collections, and a preliminary inventory if available.
As noted above, some collections have not been fully processed, and therefore we can only provide a broad overview of the contents of the collection. Keep in mind, research into these collections may require a bit more time because material relevant to your topic may be harder to find.
Click on the Request Materials tab to access a form which will be sent directly to the corresponding institution. You many also directly contact the repository which holds the material. See the list of participating institutions for contact information.


COMM190: Watson Demos
The following leverages the
Personality Insights
and
Tone Analyzer
services.
{% block body %}{% endblock %}


Discover the history of our community, and learn about the events that made our community what it is today.
We're a large community focused around the Python programming language. We believe anyone can learn to code, and are very dedicated to helping novice developers take their first steps into the world of programming. We also attract a lot of expert developers who are seeking friendships, collaborators, and who wish to hone their craft by teaching and getting involved in the community.
We organise regular community events such as code jams, open-source hackathons, seasonal events, and community challenges. Through our sponsorships and donations, many of our events even have prizes to win!
You can find help with most Python-related problems in one of our help channels. Our staff of over 100 dedicated expert Helpers are available around the clock in every timezone. Whether you're looking to learn the language or working on a complex project, we've got someone who can help you if you get stuck.
Discover the history of our community, and learn about the events that made our community what it is today.


Chapter 3 Graphics
3.1 Graphical confusion: An introductory activity
Introductory statistics courses conventionally feature many types of graphics, e.g. histograms, stem-and-leaf plots, theoretical probability densities (often with tail probabilities annotated), bar charts, scatter plots, cross-tabulations, …
The graphics in this table come from a nice, open-source textbook: OpenIntro Stats (4/e). This book is used successfully in many colleges, ranging from two-year colleges to elite, private, four-year schools. I paged through the book, capturing each new mode as I encountered it.
As you look through the collection, note how often …
- it’s readily evident what a single “unit of observation” is.
- the axes correspond to a data variable
- one or another of the axes is not identified at all or the scale of the axis can be safely ignored.
- similar glyphs are used for completely different purposes
| Image modalities from | OpenIntro Stats |
|---|---|
| Not from Open Intro | Not from Open Intro |
3.2 A simplifying proposal
Let’s reduce the number of graphical modes arranging things so …
- “Raw” data can be expected to be shown in a graphic.
- Each axis is always a variable, and the y axis is consistently used to display a response variable.
- The kind of glyph unequivocally identifies what is being displayed.
3.2.1 Data Layer
- The frame is something like this:
- Data is always plotted with a ✺
- Jittering and transparency are used to deal with overplotting.
Adding in color and facetting, up to four variables can be shown, but relationships become progressively more difficult to read.
3.2.2 Model layer
Glyph is a more-or-less horizontal line or curve showing the model output at each value of the explanatory variables.
mod1 <- lm(height ~ ns(mother,2) * sex,
data = Galton)
mod_shape <- mod_eval(mod1,
mother = seq(55,72,length = 100),
interval = "prediction")
mod_shape2 <- mod_eval(mod1,
mother = seq(55,72,length = 100),
interval = "confidence")
gf_point(height ~ mother | sex, data = Galton,
alpha = 0.2) %>%
gf_line(model_output ~ mother | sex, data = mod_shape, size = 2)
3.2.3 Interval layer
Glyph is either a ribbon or an I-bar.
gf_point(height ~ mother | sex, data = Galton,
alpha = 0.2) %>%
gf_ribbon(lower + upper ~ mother | sex,
data = mod_shape, alpha = 0.2,
inherit = FALSE)
Note: In the context provided by the data, it’s always clear whether a band is a prediction interval or a confidence interval.
gf_point(height ~ mother | sex, data = Galton,
alpha = 0.1) %>%
gf_ribbon(lower + upper ~ mother | sex,
data = mod_shape2, alpha = 0.4,
inherit = FALSE)
Two distinct questions:
- Prediction: Does knowing the mother’s height meaningfully narrow a prediction of the adult child’s height?
- Description: Is the mother’s height connected with the adult child’s height?
3.2.4 Density layer
The data points themselves indicate the joint probability density.
Use another glyph to show conditional density: a violin:
3.3 EXERCISES:
- Is this a confidence interval or a prediction interval.
- For which group is low weight more common Weight ~ Smoker | Gender?
- Sketch out density violins.
- Which of these tells the story more clearly: Hourly number of rentals versus Time of Day and Client type and Weekday or Hourly number of rentals versus Weekday, Time of Day (color), and Client type.


Provides a set of "lightweight" (all-Java language) components that, to the maximum degree possible, work the same on all platforms. For a programmer's guide to using these components, see Creating a GUI with JFC/Swing, a trail in The Java Tutorial. For other resources, see Related Documentation.
Typical Swing applications do processing in response to an event generated from a user gesture. For example, clicking on a {@code JButton} notifies all {@code ActionListeners} added to the {@code JButton}. As all events generated from a user gesture are dispatched on the event dispatching thread, most developers are not impacted by the restriction.
Where the impact lies, however, is in constructing and showing a Swing application. Calls to an application's {@code main} method, or methods in {@code Applet}, are not invoked on the event dispatching thread. As such, care must be taken to transfer control to the event dispatching thread when constructing and showing an application or applet. The preferred way to transfer control and begin working with Swing is to use {@code invokeLater}. The {@code invokeLater} method schedules a {@code Runnable} to be processed on the event dispatching thread. The following two examples work equally well for transferring control and starting up a Swing application:
public class MyApp implements Runnable { public void run() { // Invoked on the event dispatching thread. // Construct and show GUI. } public static void main(String[] args) { SwingUtilities.invokeLater(new MyApp(args)); } }Or:
public class MyApp { MyApp(String[] args) { // Invoked on the event dispatching thread. Do any initialization // here. } public void show() { // Show the UI. } public static void main(final String[] args) { // Schedule a job for the event-dispatching thread: // creating and showing this application's GUI. SwingUtilities.invokeLater(new Runnable() { public void run() { new MyApp(args).show(); } }); } }This restriction also applies to models attached to Swing components. For example, if a {@code TableModel} is attached to a {@code JTable}, the {@code TableModel} should only be modified on the event dispatching thread. If you modify the model on a separate thread you run the risk of exceptions and possible display corruption.
As all events are delivered on the event dispatching thread, care must be taken in event processing. In particular, a long running task, such as network io or computational intensive processing, executed on the event dispatching thread blocks the event dispatching thread from dispatching any other events. While the event dispatching thread is blocked the application is completely unresponsive to user input. Refer to {@link javax.swing.SwingWorker} for the preferred way to do such processing when working with Swing.
More information on this topic can be found in the Swing tutorial, in particular the section on Concurrency in Swing.
For overviews, tutorials, examples, guides, and other documentation, please see:


i'm using gecode 3.1.0 with cygwin, i have done the first step of installation: "compiling and installing gecode" but the second one i haven't understand how we fix it: "compiling and linking against gecode"

i read in gecode doc and i think it'a about library names. i hope that you understand my problem

TÚlÚchargez le nouveau Windows Live Messenger ! TÚlÚchargez Messenger, c'est gratuit !


Most of the times in programming we have the need to output data of different types, which are just declared somewhere or they come from a process.Here comes the question of how we will represent them to the end user,in which format and how to manipulate the free space.Here UIjson.js came out.UIjson.js is a jquery plug-in which offers some predefined ways to render,edit and create data from JSON models.It makes use of most popular HTML, CSS, framework: BOOTSTRAP for interface and Javascript,Jquery for functionality.A lot of people love Boostrap because it makes them to not worry about cross browser/platform css compability issues. So I decided to use it here to keep you still free of worries. For the same reason I used Jquery.Both have great support, years of life ,great documentations , stability and many places to ask if you need any help. Stability is a preference for most of the clients. So lets continue to the point.
1) UIjson.js
2) UIjson.min.js - a minified version of UIjson.js
Notice : Because the plugIn is dependant, package also includes a copy of the most recents versions of bootstrap and jquery.
You connect a JSON model or a reference of an object with UIjson You define the properties of JSON you want their values to be rendered in HTML for editing Now You can edit their values by using bootstrap's Interface
First you need to include following files in head of your page for bootstrap,Jquery

.. ..

<link rel="stylesheet" href="css/bootstrap.css">

.. ..

Notice : If you dont want 'sortable' for array items, you can remove .
The main subject of UIjson are the properties which hold data.These 'dataholder' properties can have value of type string,number,boolean or an array of these types.See dataholders of 'example' in RED highlight. These are the properties which can be handled by UIjson. Blue properties will be Ignored
var example = { name : "Julian", age : "20", country : "USA", past_jobs : ["Philips","ikea","apple","microsoft"], children : [ {name:""},{name:""} ], job : {} };
Notice : Dataholders properties can have Interface from bootstrap. BLUE properties will be ignored from UIjson.
To configure UIjson you will need to define a dataholder object for each property you want to import. Undefined properties will not be removed as they are part of your model, but you will not able to render or edit them.They will be ignored from all UIjson's functionality.
//To define a dataholder Object you need at least to set these 2 properties, 'property' and 'assignTo' var dataHolder = { property:"name" , assignTo:"input_field" }; //And here the full options of dataholder Object var dataHolder = { property :"name" , // the property path : "", // Path may be used when you add a nested object which is part of a bigger instance, to separate this dataholder from others if they have same properties. assignTo :"input_field" // How this property will be rendered in HTML.There a list of UI types in code architecture section of documentation. tabName :"Bio" , // Default tab is 'General'. Only if tab with label 'Bio' is active you will be able to see the UI element for this property. label :"Person's Name" // Label text goes to 'control-label' element of bootstrap. options :[], // Options required if assignTo is "select_list", "radio" or "checkbox" arrEach : false, // If true means that if the value of the object is an array of strings,each element of the array will be a seperate UI element in HTML array_Api : { // It has meaning only if arrEach = true sortable : true , // If true You can sort elements. This requires jquery-ui. add : true , // If true You can add new elements by clicking a symbol. remove : true // If true You can remove an UI element from the array by clicking a symbol. } };
Notice : Each defined property is unique and Uniqueness is based on 'property' combined with 'path'. Default values are included in 'defaults' section of Documentation.
Lets configure and call UIjson now for model : exampleOb
//Our HTML: //The bound selector to UIjson must contain an empty element for tabs with class : 'UIjson nav-tabs' //and an empty element for sections with class 'UIjson sections' //Dont forget that all UI_elements of UIjson.js use bootstrap's Grid system in HTML and bootstrap's classes.

var exampleOb = { name : "Julian", age : "20", country : "USA", past_jobs : ["Philips","ikea","apple","microsoft"] }; var config = { "properties": [ { property:"name" , assignTo:"input_field" , label:"Person's Name" }, { property:"age" , assignTo:"input_field" , label:"Person's Age" }, { property:"country" , assignTo:"select_list" , label:"Country" , options:["SPAIN","USA","Brazil","Canada"] }, { property:"past_jobs" , assignTo:"textarea_field" , label:"Portfolio" }, ], "_Objects" : [{obj:exampleOb,path:""}] }; $("#MyUI").UIjson( config );
So how it works.
i ) You define some properties in configuration or using defineProp( .. ) method. The objects you use to define them including some other properties are the Dataholder Objects of UIjson.js.
All dataholder Objects are stored in Dataholders array of UIjson Instance.
ii ) You import some Objects using _Objects in configuration or using ImportObject( .. ) method. Lets say you import the object var AA = { };
Once imported , AA will be converted to UIjson Objectand can be used from UIjson methods and events.
Below you can see how UIjson Objects look like :
var UIjsonObject = { obj : exampleOb, // A reference to the Imported Object. ui_wrapper : null, // It is a Jquery element and it will not be null only if this Object is rendered. dataholders : [], // This array is filled from Obj_initDataholders( .. ) method path : "" // comes from user's definition }
All UIjson Objects exist in _Objects array of the Instance.
iii ) Filling UIjson_Object.dataholders array.
All properties of AA will be compared by name and path with the defined Dataholders.Matches will be pushed to UIjson_Object.dataholders array
iv ) Now everytime AA is going to be rendered, some objects of UIjson_Object.dataholders array will have "elements" property filled with some Jquery Selectors.
Destroys UIjson instance,removes all events and all elements
$("#MyUI").UIjson("destroy");
Defines a tab
$("#MyUI").UIjson("defineTab","SomeTabName");
Changes order of existing tabs.Accepts an array of existing tab names
// Lets define some new tabs for this example $("#MyUI").UIjson("defineTab","TabName1"); $("#MyUI").UIjson("defineTab","TabName2"); $("#MyUI").UIjson("defineTab","TabName3");
$("#MyUI").UIjson( "tabOrder" , [ "General" , "TabName2" , "TabName1" , "TabName3" ] );
Removes an existing Tab. If this tab is already assigned to a dataholder object, tab,section and tabName properties of this dataholder change to default.
// Lets create a new tab and then we will delete it $("#MyUI").UIjson( "defineTab" , "SomeTabName" );
$("#MyUI").UIjson( "removeTab" , "SomeTabName" );
Creates a dataholder Object for a property and pushs it to Dataholders array of UIjson instance. This method runs internally on configuration and can be used also to define dataholder Objects after configuration.
$("#MyUI").UIjson( "defineProp" , { property:"name" , assignTo:"input_field" , label:"A Name" } );
Returns a defined dataholder Object based on property name and path
var dataHolderObject = $("#MyUI").UIjson( "getProp" , "name" );
Assigns tab to a dataholder object. If tabName is provided and is not defined in config,it will be defined, else if tabName is not provided it will return the assigned tab of this dataholder object.
// lets get the dataholder Object of the defined property 'name' and then run the method to change its tab. var dataHolderObject = $("#MyUI").UIjson( "getProp" , "name" ); $("#MyUI").UIjson( "propTab" , dataHolderObject , "Name's Tab" );
Deletes a dataholder object from Dataholders array of UIjson instance. If a UIjson Object includes this dataholder in its dataholders array, it will be removed from there too.
// Get dataholder Object of 'name' property and then run 'unsetProp' method to remove the dataholder Object var dataHolderObject = $("#MyUI").UIjson( "getProp" , "name" ); $("#MyUI").UIjson( "unsetProp" , dataHolderObject );
Notice : Before unset progress you need to use ObjAll_Clear() or Obj_ClearRender( UIjsonObj ) or Obj_PropClear( UIjsonObj , propName ) to clear affected UIjson objects from UI. After unseting progress you need to use ObjAll_Render() or Obj_Render( UIjsonObj ) or Obj_PropRender( UIjsonObj , propName ) to render UI again. This is a REQUIRED step to avoid memory leaks or other unexpected behavior
Converts Obj to UIjson Object and push it in _Objects array of the instance.
// Lets import object AA var AA = {name:"Alice"}; $("#MyUI").UIjson( "ImportObject" , AA , "" );
Returns UIjson object for an imported Obj
var UIjsonObject = $("#MyUI").UIjson( "getUIjsonObj" , exampleOb ); console.log(UIjsonObject);
Initialises dataholders of the given UIjson Object. This method runs internally only on ImportObject. It may be usefull to you if you unset or change the global dataholders.
// unset "Name" var dataHolderObject = $("#MyUI").UIjson( "getProp" , "name" ); $("#MyUI").UIjson( "unsetProp" , dataHolderObject ); // Now redefine it $("#MyUI").UIjson( "defineProp" , { property:"name" , assignTo:"input_field" , label:"A Name" } ); // Then run "Obj_initDataholders" to re initialize.
var UIjsonObject = $("#MyUI").UIjson( "getUIjsonObj" , exampleOb ); $("#MyUI").UIjson( "Obj_initDataholders" , UIjsonObject );
Deletes an imported Object and deletes it from _Objects array of the instance.
// Import Object AA and then get UIjsonObject of AA. finally delete it using "Obj_Delete" method var AA = {name:"Alice"}; $("#MyUI").UIjson( "ImportObject" , AA , "" ); var UIjsonObjAA = $("#MyUI").UIjson( "getUIjsonObj" , AA );
var UIjsonObject = $("#MyUI").UIjson( "Obj_Delete" , UIjsonObjAA );
Returns all the visible elements in UI of a UIjson Object. Argument UIjsonObj can be obtained from getUIjsonObj method.If property provided it will return an array of UI elements assigned to that property
var UIjsonObject = $("#MyUI").UIjson( "getUIjsonObj" , exampleOb ); var UI_elements = $("#MyUI").UIjson( "Obj_Elements" , UIjsonObject , "name" );
Updates UIjson object with values from interface. Argument can be obtained from getUIjsonObj method
// get UIjsonObject of exampleOb var UIjsonObject = $("#MyUI").UIjson( "getUIjsonObj" , exampleOb ); // .. // change Interface values of inputs etc with your own DOM methods for example. // .. // Then Update UIjsonObject with new values $("#MyUI").UIjson( "Obj_Update" , UIjsonObject );
Renders UI elements with values of ALL imported UIjson Objects
$("#MyUI").UIjson( "ObjAll_Render" );
Remove all rendered UI elements and events of ALL imported UIjson Objects
$("#MyUI").UIjson( "ObjAll_Clear" );
Remove all UI elements(if exist) from interface of an imported Object. Argument can be obtained from getUIjsonObj method
var UIjsonObject = $("#MyUI").UIjson( "getUIjsonObj" , exampleOb ); $("#MyUI").UIjson( "Obj_ClearRender" , UIjsonObject );
Renders UIjsonObj Object with its values to tab. Argument UIjsonObj can be obtained from getUIjsonObj method
var UIjsonObject = $("#MyUI").UIjson( "getUIjsonObj" , exampleOb ); $("#MyUI").UIjson( "Obj_Render" , UIjsonObject );
Re-Renders an UIjson Object. It is a shortcut method of Obj_ClearRender followed by Obj_Render
var UIjsonObject = $("#MyUI").UIjson( "getUIjsonObj" , exampleOb ); $("#MyUI").UIjson( "Obj_Redraw" , UIjsonObject );
Creates UI element for propName of UIjsonObj.This method is called from Obj_Render method.
var UIjsonObject = $("#MyUI").UIjson( "getUIjsonObj" , exampleOb ); $("#MyUI").UIjson( "Obj_PropRender" , UIjsonObject , "name" );
Removes assigned UI element for propName of UIjsonObj from Interface.
var UIjsonObject = $("#MyUI").UIjson( "getUIjsonObj" , exampleOb ); $("#MyUI").UIjson( "Obj_PropClear" , UIjsonObject , "name" );
Re-renders property "propName" of UIjsonObj.
var UIjsonObject = $("#MyUI").UIjson( "getUIjsonObj" , exampleOb ); $("#MyUI").UIjson( "Obj_PropRedraw" , UIjsonObject , "name" );
Updates property value of UIjsonObj based on values of Interface
var UIjsonObject = $("#MyUI").UIjson( "getUIjsonObj" , AA ); $("#MyUI").UIjson( "Obj_PropRender" , UIjsonObject , "name" );
Triggers when a value of a property has been changed from UI elements.
$("#MyUI").on("Obj_Update.UIjson",function( e , Obj ){});
Triggers when all defined properties of Obj are rendered.
$("#MyUI").on("Obj_Render.UIjson",function( e , Obj ){});
Triggers when all defined properties of Obj are removed from UI.
$("#MyUI").on("Obj_ClearRender.UIjson",function( e , Obj ){});
Triggers everytime an element is created for a UIjson Object property
$("#MyUI").on("Obj_PropRender.UIjson",function( e , Obj , propertyObj , el ){});
Triggers everytime an assigned element for a property of a UIjson Object is going to be removed from Interface. It runs exactly before the removal of el. This method is usefull when you have attached your own events using the api to an element and you need to detach them before the removal.
$("#MyUI").on("Obj_PropClear.UIjson",function( e , Obj , propertyObj , el ){});
Triggers when all defined properties of ALL Objects have finished rendering.
Triggers when all defined properties of ALL Objects have finished rendering.
Triggers everytime an UI element is created.
Triggers everytime a property of an UIjsonObj changes
$.UIjson = function (){ this.Settings = ""; //Merges defaults with changed defaults from user. this.Element = null; //Holds Jquery selector of UIjson instance this._Objects = []; //Holds all UIjson objects this.ActiveTab = ""; //Keeps name of the active tab this.Tabs = {}; //Holds tab objects.It has same properties with Sections below. this.Sections = {}; //Holds section objects.It has same properties with Tabs above. this.Dataholders = []; //Holds all the defined properties from configuration or from defineProp method. }
Defaults are merged with user's changes and stored to Settings of constructor.
binders : { tabs : ".nav-tabs", //Exists in template the parent Element of each tab sections : ".sections" //It is the parent Element of each sections }, dataHolder : { tabName : "General" , path : false , label : " " , arrEach : false , options : false , array_Api : { sortable : true , add : true , remove : true } }
All UI elements exist as properties in UI_Elements_Pool. Each name must be unique.
_HTML contains HTML of element as string
Val_Method sets or returns value of target element.
AttachEv attach events
detachEv removes attached events
input_field : { _HTML : '

<input class="form-control" type="text"

', Val_Method : function( _HTML , value ){var target = _HTML.find("input"); if( $.type( value )!=="undefined" ){ target.val( value ); }else{ return target.val();}}, attachEv : function( UIjsonInstance , Obj , el ){ el.find("input").eq(0).on("change",{UIjsonInstance:UIjsonInstance,Obj:Obj},$.UIjson.ActionsA.updateObj );return el;}, detachEv : function( UIjsonInstance , el ){ el.find("input").eq(0).off("change", $.UIjson.ActionsA.updateObj );} }
Notice : Using this format you can add your own elements and bind them with your Model. All UI_elements are parts of UI_object so each one must have a unique name which is used to 'assingTo' property.
All the known classes of bootstrap are there.Although some elements with critical meaning have some additional classes.
UIjson.js is dependant from Bootstrap and Jquery. So many thanks to both teams for making and giving their tools to the crowd.


Mitmproxy powers a number of notable open-source projects:
- pathod, mitmproxy's sister project to craft malformed HTTP/1, HTTP/2 and WebSocket requests.
- netograph, a privacy analysis and measurement service.
- tamper, a Chrome extension that lets you edit remote files locally.
- bdfproxy, a BackDoorFactory integration to patch binaries with shell code on the fly.
- mastermind, a project from ustwo that offers an easy way to mock an API or a website


Identifies "conditions" elements under the root "conditions" element containing only a single child.
A "conditions" element, other than the root "conditions" element, having a single child provides no benefit. Only
the first "conditions" with a single child in a tree is marked. The provided quick fix will traverse the tree to
the sole "condition" tag or the first "conditions" element with more than one child. The marked element is then
replaced with the identified "leaf" element.


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import views.html.components.{Button, Heading, AnswerSections, Pagination} @import config.FrontendAppConfig @import viewModels.P5.arrival.UnloadingRemarkWithFunctionalErrorsP5ViewModel @import viewModels.pagination.ListPaginationViewModel @this( mainTemplate: MainTemplate, heading: Heading, answerSections: AnswerSections, button: Button, formHelper: FormWithCSRF, pagination: Pagination ) @(viewModel: UnloadingRemarkWithFunctionalErrorsP5ViewModel, arrivalId: String, paginationViewModel: ListPaginationViewModel)(implicit request: Request[_], messages: Messages, config: FrontendAppConfig) @mainTemplate( title = viewModel.title, showBackLink = true ) { @heading( heading = viewModel.heading, caption = Some(messages("arrival.messages.caption", viewModel.mrn)) )
@viewModel.paragraph1
@pagination(paginationViewModel, None<EMAIL_ADDRESS>@viewModel.paragraph2Link @viewModel.paragraph2Suffix
}


Stress management, nutrition, fitness, social engagement, ongoing brain training (music, games, reading, crafts, etc), and avoiding environmental toxins may improve your cognitive health. Living an overall healthier life may also help reduce your risk for or delay the onset of late-onset Alzheimer's disease.


default.pa
Section: File Formats (5)Updated: User
Index Return to Main Contents
NAME
default.pa - PulseAudio Sound Server Startup ScriptSYNOPSIS
~/.pulse/default.paDESCRIPTION
The PulseAudio sound server interprets the file ~/.pulse/default.pa on startup, and when that file doesn't exist /etc/pulse/default.pa. It should contain directives in the PulseAudio CLI languages, as documented on http://pulseaudio.org/wiki/CLI.The same commands can also be entered during runtime in the pacmd(1) tool, allowing flexible runtime reconfiguration.
AUTHORS
The PulseAudio Developers <mzchyfrnhqvb (at) 0pointer (dot) net>; PulseAudio is available from http://pulseaudio.org/SEE ALSO
pulse-daemon.conf(5), pulseaudio(1), pacmd(1)
Index
This document was created by man2html, using the manual pages.
Time: 05:33:59 GMT, December 24, 2015


Speaking
2014
Behaviour-Driven Development with Calabash
Behaviour-Driven Development has become the standard development process for crafting software on the web. In recent years tools such as Cucumber and Bahat have elevated automated acceptance testing into the toolchain of any discerning software engineer. But what about the thriving world of mobile development? Is it possible to practice outside-in test driven development when creating iOS, Android or hybrid applications? This session will examine the relatively new and emerging world of Behaviour-Driven Development for mobile applications.
Using an automated acceptance test framework called Calabash, we will examine how to build applications that are continuously tested against product requirements written in the Gherkin domain-specific language. Using the outside-in development method, a basic mobile application will be constructed during the session, precisely meeting the product owners requirements.
Talk given at
Dutch Mobile Conference 2014, Amsterdam
Sittercity, Chicago
2012
10 things to consider when taking your business to the mobile market
This talk will walk through ten considerations that you must make when moving your online business to a mobile audience. Based on the experience gained taking an existing web property to the mobile market, we take a guided tour through the challenges encountered and how you can avoid them in your business.
Talk given at
Dutch Mobile Conference 2012, Amsterdam
Sittercity, Chicago
2011
External monitoring for commercial web applications
A lightweight talk providing an overview of some analysis work I completed for Sittercity to evaluate web site monitoring services.
Talk given at
PHP Chicago Group, Chicago
2010
Framework Shootout!
I was one of the four panelists during Marcus Delgos’ Framework Shootout! at PHPNW, alongside Rob Allen, David Zülke and Derick Rethans.
Talk given at
PHPNW 2010, Manchester
Design for Scalability with HMVC
The ambition of web applications has only been impeded by the economies of scaling. The Hierarchical-MVC pattern enables ambitious applications to be designed without worrying about the dreaded ‘S’ word.
This talk will provide an overview of how to build applications that scale vertically and horizontally effortlessly when using the HMVC pattern. We will examine how the request object can provide a cost effective way to create an application of services. Then we will see how interrogation of the request object can reduce the size of the codebase across the entire application.
Talk given at
Dutch PHP Conference 2010, Amsterdam
Kohana Konf 2010, London


rotten
>
Library
>
History
>
War
>
Weapons of Mass Destruction
> Mustard Gas
Chlorine gas, widely deployed during
World War I
.
Symptoms
Gas masks and protection
Photos
Fetish Maximus
|
Rotten
|
Faces of Death
|
Famous Nudes


acrg_agage module¶
Get AGAGE data, average, truncate and filter for baseline
Examples:
Get Mace Head CH4 observations and average into 3 hourly periods:
import acrg_agage as agage time, ch4, sigma = agage.get(“MHD”, “CH4”, average=”3H”)
Get Mace Head CH4 observations, truncate for 2010-2012 inclusive and average into 6 hourly periods:
import acrg_agage as agage time, ch4, sigma = agage.get(“MHD”, “CH4”, startY=2010, endY=2013,average=”6H”)
Calculate Cape Grim monthly means, with baseline filtering:
import acrg_agage as agage time, hfc134a, sigma =
agage.get(“CGO”, “HFC-134a”, baseline=True, average=”1M”)
Created on Sat Dec 27 17:17:01 2014 @author: chxmr
-
acrg_agage.
get
(site_in, species_in, start='1900-01-01', end='2020-01-01', height=None, baseline=False, average=None, keep_missing=False, network=None, instrument=None, status_flag_unflagged=[0], data_directory=None)[source]¶
-
acrg_agage.
get_file_list
(site, species, start, end, height, network=None, instrument=None, data_directory=None)[source]¶
-
acrg_agage.
get_gosat
(site, species, max_level, start='1900-01-01', end='2020-01-01', data_directory=None)[source]¶
-
acrg_agage.
get_obs
(sites, species, start='1900-01-01', end='2020-01-01', height=None, baseline=False, average=None, keep_missing=False, network=None, instrument=None, status_flag_unflagged=None, max_level=None, data_directory=None)[source]¶ The get_obs function retrieves obervations for a set of sites and species between start and end dates Note: max_level only pertains to satellite data
If height, network, instrument and average inputs are specified they should have the same number of entries as there are sites. Format:
- For one site, can include as a str or a one item list.
- For multiple sites, must be a list matching the number of sites.
If not explicitly specified, height and network values can be extracted from acrg_site_info.json. If there are multiple values are present, the first one will be used by default (* May change with Matt’s new acrg_site_info.json format *)
For example if we wanted to read in daily averaged methane data for Mace Head and Tacolneston for 2012 we could include:
- get_obs(sites=[“MHD”,”TAC”],species=”ch4”,start=”2012-01-01”,end=”2013-01-01”,height=[“10m”,”100m”],
- average=[“24H”,”24H”],network=[“AGAGE”,”DECC”])
Parameters: - sites (list) – Site list. All sites should be defined within acrg_site_info.json. E.g. [“MHD”] for Mace Head site.
- species (str) – Species identifier. All species names should be defined within acrg_species_info.json. E.g. “ch4” for methane.


XPSPL requires >= PHP 5.4.
XPSPL is available via composer.
(Composer) installation.
require: "prggmr/xpspl": "v4.0.1"
Warning
This is the legacy installation method.
Only install XPSPL using this if you are using XPSPL < v5.0.0
The manual installation is over the network with a CLI. (link)
The installation requires the CURL and ZIP libraries to be installed on the system and is the legacy installation.
curl -s https://raw.github.com/prggmr/xpspl/master/install | sudo sh


Guess the Cities of World!
Press any key to get started!
Wins:
Losses:
Current Word
Guesses left:
Guesses so far:


Performs a simple first breath greedy graph colouring of a local undirected graph.
More...
#include <Colour.h>
|
| static void | greedy (size_t NNodes, const std::vector< std::vector< index_t > > &NNList, std::vector< char > &colour) |
| |
| static void | GebremedhinManne (size_t NNodes, const std::vector< std::vector< index_t > > &NNList, std::vector< char > &colour) |
| |
| static void | GebremedhinManne (MPI_Comm comm, size_t NNodes, const std::vector< std::vector< index_t > > &NNList, const std::vector< std::vector< index_t > > &send, const std::vector< std::vector< index_t > > &recv, const std::vector< int > &node_owner, std::vector< char > &colour) |
| |
| static void | repair (size_t NNodes, const std::vector< std::vector< index_t > > &NNList, std::vector< char > &colour) |
| |
| static void | repair (size_t NNodes, std::vector< std::vector< index_t > > &NNList, std::vector< std::set< index_t > > &marked_edges, std::vector< char > &colour) |
| |
| static void | RokosGorman (std::vector< std::vector< index_t > * > NNList, size_t NNodes, int node_colour[], std::vector< std::vector< std::vector< index_t > > > &ind_sets, int max_colour, size_t *worklist[], size_t worklist_size[], int tid) |
| |
Performs a simple first breath greedy graph colouring of a local undirected graph.
Definition at line 53 of file Colour.h.
| static void Colour::GebremedhinManne |
( |
size_t |
NNodes, |
|
|
const std::vector< std::vector< index_t > > & |
NNList, |
|
|
std::vector< char > & |
colour |
|
) |
| |
|
inlinestatic |
This routine colours a undirected graph using Gebremedhin & Manne's algorithm, "Scalable parallel graph coloring
algorithms".
- Parameters
-
| NNList | Node-Node-adjancy-List, i.e. the undirected graph to be coloured. |
| colour | array that the node colouring is copied into. |
Definition at line 102 of file Colour.h.
| static void Colour::GebremedhinManne |
( |
MPI_Comm |
comm, |
|
|
size_t |
NNodes, |
|
|
const std::vector< std::vector< index_t > > & |
NNList, |
|
|
const std::vector< std::vector< index_t > > & |
send, |
|
|
const std::vector< std::vector< index_t > > & |
recv, |
|
|
const std::vector< int > & |
node_owner, |
|
|
std::vector< char > & |
colour |
|
) |
| |
|
inlinestatic |
| static void Colour::greedy |
( |
size_t |
NNodes, |
|
|
const std::vector< std::vector< index_t > > & |
NNList, |
|
|
std::vector< char > & |
colour |
|
) |
| |
|
inlinestatic |
This routine colours a undirected graph using the greedy colouring algorithm.
- Parameters
-
| NNList | Node-Node-adjancy-List, i.e. the undirected graph to be coloured. |
| colour | array that the node colouring is copied into. |
Definition at line 59 of file Colour.h.
| static void Colour::repair |
( |
size_t |
NNodes, |
|
|
const std::vector< std::vector< index_t > > & |
NNList, |
|
|
std::vector< char > & |
colour |
|
) |
| |
|
inlinestatic |
This routine repairs the colouring - based on the second and third phases of Gebremedhin & Manne's algorithm, "Scalable
parallel graph coloring algorithms".
- Parameters
-
| NNList | Node-Node-adjancy-List, i.e. the undirected graph to be coloured. |
| colour | array that the node colouring is copied into. |
Definition at line 301 of file Colour.h.
| static void Colour::repair |
( |
size_t |
NNodes, |
|
|
std::vector< std::vector< index_t > > & |
NNList, |
|
|
std::vector< std::set< index_t > > & |
marked_edges, |
|
|
std::vector< char > & |
colour |
|
) |
| |
|
inlinestatic |
| static void Colour::RokosGorman |
( |
std::vector< std::vector< index_t > * > |
NNList, |
|
|
size_t |
NNodes, |
|
|
int |
node_colour[], |
|
|
std::vector< std::vector< std::vector< index_t > > > & |
ind_sets, |
|
|
int |
max_colour, |
|
|
size_t * |
worklist[], |
|
|
size_t |
worklist_size[], |
|
|
int |
tid |
|
) |
| |
|
inlinestatic |
The documentation for this class was generated from the following file:


franka_tut_nlp package¶
Submodules¶
franka_tut_nlp.speech_recognition module¶
Conversation module.
-
class
franka_tut_nlp.speech_recognition.
Conversation
¶ Bases:
object
-
busy_transitions
(tokens)¶ process tokens in the performing mode
-
grounding_action_transitions
(tokens)¶ process tokens in the listening mode
-
grounding_active
()¶
-
grounding_done
(state, result)¶
-
grounding_feedback
(feedback)¶
-
grounding_target_transitions
(tokens)¶ process tokens in the listening mode
-
listening_to_teaching
(tokens)¶ activate either the action grounding or target grounding mode
-
listening_transitions
(tokens)¶ process tokens in the listening mode
-
preprocess_txt
(txt)¶
-
processed_input_publisher
= <rospy.topics.Publisher object>¶
-
pub_end_grounding
= <rospy.topics.Publisher object>¶
-
pub_grounding_triple
= <rospy.topics.Publisher object>¶
-
pub_relate_skill
= <rospy.topics.Publisher object>¶
-
publisher_ss
= <rospy.topics.Publisher object>¶
-
sr_processing
(message)¶
-
symbol_unknown
(msg)¶
-
franka_tut_nlp.state_machine module¶
State machine to handle requests processing.


This is your competency skills table. The system determines your skillset needed for your current career. Determine your proficiency level for each skils by completing the quiz given on the button below. Hover on each the suggested skills to learn more about the skill itself.
| Core Compentency | Suggested Skills | Suggested Proficiency Level | Your Proficiency Level | Assessment Quiz | Result |
|---|---|---|---|---|---|
| Organizational Effectiveness | Conflict Management | 3 | - | - | |
| Problem Solving & Decision Making | 3 | - | - | ||
| Teamwork | 3 | - | - | ||
| Communication | Interpersonal Communication | 3 | - | - | |
| Self Improvement or Motivation | 3 | - | - | ||
| Managerial & Supervisory | Supervisory Skills | 3 | - | - | |
| Project Management | 3 | - | - |


foo=42
echo "$FOO"
foo=42
echo "$foo"
Variables not used for anything are often associated with bugs, so ShellCheck warns about them.
Also note that something like local let foo=42
does not make a let
statement local -- it instead declares an additional local variable named let
.
ShellCheck may not always realize that the variable is in use (especially with indirection), and may not realize you don't care (with throwaway variables or unimplemented features).
For throwaway variables, consider using _
as a dummy:
read _ last _ zip _ _ <<< "$str"
echo "$last, $zip"
or use a directive to disable the warning:
# shellcheck disable=SC2034
read first last email zip lat lng <<< "$str"
echo "$last, $zip"
For indirection, there's not much you can do without rewriting to use arrays or similar:
bar=42 # will always appear unused
foo=bar
echo "${!foo}"
This is expected behavior, and not a bug. There is no good way to statically analyze indirection in shell scripts, just like static C analyzers have a hard time preventing segfaults.
As always, there are ways to [[ignore]] this and other messages if they frequently get in your way.


Kensington is a district in the Royal Borough of Kensington and Chelsea, West London, England.
The district's commercial heart is Kensington High Street, running on an east-west axis. The north east is taken up by Kensington Gardens, containing the Albert Memorial, the Serpentine Gallery and Speke's monument. South Kensington is home to Imperial College London, the Royal College of Music and the Royal Albert Hall. The area is also home to many European embassies.


Chapter 9 QA Checklist
This chapter describes the items an analyst needs to check to ensure that the FluvialGeomorph tools have run correctly to produce clean reports. In addition to following the guidance in the previous chapters when preparing the data and running each tool, this chapter will provide a checklist of items you’ll need to verify after each report completes. Reports are the place where all your hard work comes together! Your work is not complete just because the tools run without any errors. A lot of datasets must work together to make these reports come out cleanly. Because these reports integrate so many individual datasets, many issues aren’t discovered until you run the reports. This checklist will help you identify where things might not be exactly right with previous tool runs and what you’ll need to do fix them.
9.1 Level 1 Report
9.1.1 Study Area Overview
This report section contains a set of reach overview maps drawn using the flowline
and the regularly spaced cross section dimensions, *_dims_L1
, feature classes (fc). Both the aerial photo and elevation are provided by Mapbox Raster Tiles.
<IP_ADDRESS> Check the stream name
All of the tools depend on consistent reach naming! Ensuring consistent naming begins with deriving the “flowline” fc. The ReachName field must contain the same value for all of the fc’s within a reach geodatabase. This is the single biggest gotcha we find running these tools. If tools aren’t working correctly and you’re sure you’ve done everything else right, consistent stream names is the first thing to check!
<IP_ADDRESS> Cross section labels at the correct interval
Cross section labels usually cannot be placed on every cross section or the map or graph becomes unreadable due to label crowding. The xs_label_freq
parameter can be adjusted to adequately space cross section labels. Typically xs_label_freq
= 10 works for regularly spaced cross sections and xs_label_freq
= 2 works for riffle cross sections.
<IP_ADDRESS> Cross sections cover the full extent of the flowine
The flowline
fc extends from the downstream end of the reach to the upstream end. Cross sections should be spaced regularly across the entire reach, without any gaps at the upper or lower end.
<IP_ADDRESS> Map basemap displaying correctly
The overview maps should contain an aerial photo or shaded relief elevation basemap.
9.1.2 Longitudinal Profiles
This report section contains two longitudinal profile graphs, one drawn using the flowline_points
fc, and the second is drawn using the cross section dimensions, *_dims_L1
fc.
<IP_ADDRESS> Elevation values are reasonable
The elevation values displayed on the map or graph should be reasonable. Use the ESRI Explore
tool to check the DEM elevation values. By convention in FluvialGeomorph, DEM values must always have vertical units = feet.
<IP_ADDRESS> Elevation ranges are similar between surveys
Although stream elevations can change over time, the elevation ranges between subsequent survey dates should be roughly similar. If the elevation ranges are drastically different, check the terrain development steps for each survey time period to ensure that the elevation data was processed correctly.
<IP_ADDRESS> Multiple surveys are labeled correctly
Reports that contain multiple surveys should be entered in the same way to ensure they are labeled and symbolized (e.g., each survey drawn with the same color in each report) the same way across all reports. Follow these guidelines to ensure consistency:
- Most recent survey listed at the top, with earlier surveys listed in reverse chronological order.
- Survey date indicates the date flown (e.g., not the contract or delivery date).
<IP_ADDRESS> Multiple surveys are correctly calibrated to the base year
On the longitudinal profile graphs, each survey line should start and end at the same x-axis station value. In other words, one survey line should not end before or after another survey line. Check the far right edge of the longitudinal graph to ensure all survey’s have the same ending value.
If all of the surveys’ last station values do not align, it means that the previous surveys were not correctly calibrated to the base year flowline. Previous year surveys will need to have the Flowline Points
tool rerun using the base year survey’s flowline_points
for calibration.
<IP_ADDRESS> Stationing in the correct units
Units can be chosen for the longitudinal profile stationing. Ensure that the correct units are selected.
<IP_ADDRESS> Stream feature labels display correctly
Longitudinal graphs are labeled using the rows in the features
fc. Ensure these river features are labeled correctly and are located at the correct longitudinal position.
9.1.3 Cross Section Metrics
This report section contains a Level 1 cross section metrics plot drawn using the cross section dimensions fc, *_dims_L1
.
<IP_ADDRESS> Cross section watershed area calculated correctly
The watershed area metric is calculated by the XS Watershed Area
tool. Given the complexities of automatically calculating watershed area for high resolution stream features, some watershed areas may not have been calculated correctly. Rerunning the Watershed Area tool or manual adjustment of the Watershed_Area_SqMile
field may be required.
- Watershed values are reasonable.
- Watershed area must increase moving downstream.
<IP_ADDRESS> Elevation smoothing is acceptable
High resolution LiDAR derived stream elevations can be noisy. Smoothing the elevations longitudinally is a way reduce noise. However, too much smoothing can be applied, eliminating any of the relationships we want to observe. By visually comparing the raw elevation and the smoothed elevation graphs, verify that the amount of smoothing sufficiently reduces noise, but does not not go too far and removes substantive variation. Smoothing is controlled in the XS Dimension
tools using the “loess_span” parameter.
<IP_ADDRESS> Ensure metrics values are smooth
Many reach metrics are calculated using a longitudinal moving window analysis. The size of the moving window is controlled in the XS Dimensions
tools using the “lead_n” parameter. A smaller value applies a narrower moving mindow and a larger value applies a wider moving window. If the moving window is too small, metric values will be highly variable along the stream. As the moving window size gets larger, metric value variation will be reduced.
<IP_ADDRESS> Slope values are reasonable
Slope values should be greater than zero. If negative slopes are being recorded, it usually means that the moving window size needs to be increased.
<IP_ADDRESS> Sinuosity values are reasonable
Sinuosity values should be greater than one.
9.1.4 Cross Section Profiles
This report section contains a cross section map and a cross section profile graph for each cross section in the reach. The map is drawn from the cross section dimensions *_dims_L1
fc and the dem_hydro
raster. The cross section profile graph is drawn using the cross section points fc’s for each survey.
<IP_ADDRESS> Cross section must be digitized from left to right
The graph is being viewed from the perspective of standing in the stream, looking downstream. To ensure this orientation, cross sections must be digitized from the left descending bank to the right descending bank.
<IP_ADDRESS> Cross section perpenduicular to the channel
<IP_ADDRESS> Cross section covers the channel extent
<IP_ADDRESS> Cross section extends onto floodplain
<IP_ADDRESS> Cross section not located on built infrastructure
<IP_ADDRESS> Cross section drawn within the DEM extent
<IP_ADDRESS> Cross section y-axis range is not too large
<IP_ADDRESS> Cross section x-axis range is not too large
9.2 Estimate Bankfull Report
9.2.1 Study Area Overview
This report section contains a set of reach overview maps drawn using the flowline
and the riffle cross section dimensions, *_dims_L2
, feature classes (fc). Both the aerial photo and elevation are provided by Mapbox Raster Tiles. See the QA checklist items in the Level 1 Report, Study Area Overview section.
9.2.2 Bankfull Elevation Sensitivity Analysis
This report section contains the Bankfull Elevation sensitivity analysis Goodness of Fit graph and the Regional Hydraulic Geometry Curves graph drawn using the base year’s riffle cross section points fc.
<IP_ADDRESS> Correct regions included
<IP_ADDRESS> Adequate range of bankfull elevations
<IP_ADDRESS> Detrended bankfull elevation set to a reasonable value
<IP_ADDRESS> Drainage Area values are reasonable
9.2.3 Longitudinal Profile
This section of the report contains a cross section longitudinal profile graph drawn using the riffle cross section dimensions, riffle_channel_dims_L2
fc.
<IP_ADDRESS> Elevation values are reasonable
<IP_ADDRESS> Stationing in the correct units
<IP_ADDRESS> Stream feature labels display correctly
9.2.4 Cross Section Metrics
This report section contains a Level 2 cross section metrics plot drawn using the riffle_channel_dims_L2
fc.
<IP_ADDRESS> Width-Depth Ratio values are reasonable
<IP_ADDRESS> Entrenchment Ratio values are reasonable
<IP_ADDRESS> Slope values are reasonable
<IP_ADDRESS> Sinuosity values are reasonable
<IP_ADDRESS> Shear Stress values are reasonable
<IP_ADDRESS> Unit Stream Power values are reasonable
9.2.5 Cross Section Profiles
This report section contains a cross section map and a cross section profile graph for each cross section in the reach. The map is drawn from the cross section dimensions fc riffle_channel_dims_L2
and the dem_hydro
raster. The cross section profile graph is drawn using the riffle_channel_points
fc’s for each survey. see the QA checklist items in the Level 1 Report, Cross Section Profiles section.
9.3 Level 2 Report
9.3.1 Study Area Overview
This report section contains a set of reach overview maps drawn using the flowline
and the regularly spaced cross section dimensions, *_dims_L2
, feature classes (fc). Both the aerial photo and elevation are provided by Mapbox Raster Tiles. See the QA checklist items in the Level 1 Report, Study Area Overview section.
9.3.2 Longitudinal Profile
This section of the report contains a cross section longitudinal profile graph drawn using the regularly spaced cross section dimensions, *_dims_L2
fc. See the QA checklist items in the Estimate Bankfull, Longitudinal Profile section.
9.3.3 Cross Section Metrics
This report section contains a Level 2 cross section metrics plot drawn using the regularly spaced cross section dimensions, *_dims_L2
fc.See the QA checklist items in the Estimate Bankfull, Cross section Metrics section.
<IP_ADDRESS> Ensure metrics values are smooth
9.3.4 Cross Section Profiles
This report section contains a cross section map and a cross section profile graph for each cross section in the reach. The map is drawn from the regularly spaced cross section dimensions fc *_dims_L2
and the dem_hydro
raster. The cross section profile graph is drawn using the cross section *_points
fc’s for each survey. see the QA checklist items in the Level 1 Report, Cross Section Profiles section.
9.4 Level 3 Report
9.4.1 Study Area Overview
This report section contains a set of reach overview maps drawn using the flowline
and the regularly spaced cross section dimensions, *_dims_L3
, feature classes (fc). Both the aerial photo and elevation are provided by Mapbox Raster Tiles. See the QA checklist items in the Level 1 Report, Study Area Overview section.
9.4.2 Longitudinal Profile
This section of the report contains a cross section longitudinal profile graph drawn using the regularly spaced cross section dimensions, *_dims_L3
fc. See the QA checklist items in the Estimate Bankfull, Longitudinal Profile section.
9.4.3 Cross Section Metrics
This report section contains a Level 2 cross section metrics plot drawn using the regularly spaced cross section dimensions, *_dims_L3
fc.See the QA checklist items in the Estimate Bankfull, Cross section Metrics section.
<IP_ADDRESS> Ensure metrics values are smooth
<IP_ADDRESS> Radius of Curvature to Bankfull Width values are reasonable
9.4.4 Cross Section Profiles
This report section contains a cross section map and a cross section profile graph for each cross section in the reach. The map is drawn from the regularly spaced cross section dimensions fc *_dims_L3
and the dem_hydro
raster. The cross section profile graph is drawn using the cross section "_points" fc’s for each survey. see the QA checklist items in the Level 1 Report, Cross Section Profiles section.


Project File
The Point of a Project File
If you load a sequence of individual images or a complete animation into RunPNG, the original individual images in the memory always remain unchanged. If changes take place, this is always done with a copy for display. This copy is also only available once, in order not to unnecessarily inflate the storage requirements.
No matter how many individual steps the user undertakes in their work, they can either be undone with the Undo function, or the user simply switches the option in question off again.
This behavior is nice and useful. But after the APNG file has been saved and another image has been loaded, all changes are permanent. Because only the result of the work is saved. The finished file knows nothing of the individual work steps.
This is where the project file comes into play. The project file contains the individual images and effect images in their original form and all work steps that are relevant for the creation of the image. However, it does not contain the Undo memory or deleted individual images.
Save a Project File
Saving a project file is as easy as saving the image. There is also the Save as Project ... item in the File menu or the associated button in the toolbar.
The project will be saved with the extension .rpz. "rpz" stands for RunPNG Project Zipped. Which already says something about the nature of the file. It is a compressed ZIP file that can easily be opened with WinZip, 7-Zip and similar programs. It contains the original images in PNG format as well as metadata in XML format for the restoration of the work steps.
But even if we find the familiar ZIP format here: Just look, don't touch. More precisely, do not change anything. Because that could make the project file unusable.


| Constellation Action | Keyboard Shortcut | User Action | Menu Icon |
|---|---|---|---|
| Run Select All | Ctrl + A | Selection -> Select All | |
| Run Deselect All | Escape | Selection -> Deselect All | |
| Run Deselect Nodes | Selection -> Deselect Nodes | ||
| Run Deselect Transactions | Selection -> Deselect Transactions | ||
| Run Invert Selection | Ctrl + Shift + I | Selection -> Invert Selection |
There are a few general selection actions that can be run:


KICKED IN THE HEAD
A Film Review by James Berardinelli
RATING (0 TO 10): 5.0 Alternative Scale: ** out of ****
United States, 1997 U.S. Release Date: 9/26/97 (limited) Running Length: 1:30 MPAA Classification: R (Profanity, violence, sex) Theatrical Aspect Ratio: 1.85:1
Cast: Kevin Corrigan, Michael Rapaport, Linda Fiorentino, James Woods, Lili Taylor, Burt Young Director: Matthew Harrison Producer: Barbara DeFina Screenplay: Matthew Harrison, Kevin Corrigan Cinematography: John Thomas, Howard Krupa Music: Stephen Endelman U.S. Distributor: October Films
Take a little Quentin Tarantino, a little Martin Scorsese, and a little Richard Linklater, add a $4 million budget, then dilute it all with a derivative script, and you get KICKED IN THE HEAD, director Matthew Harrison's third feature (the other two were SPARE ME and RHYTHM THIEF). Harrison, who has been making movies since he was a kid, apparently has yet to develop a unique film making voice. KICKED IN THE HEAD has a tired, unoriginal feel, as if it was put together using the spare parts from numerous better entries.
KICKED IN THE HEAD is about losers and lowlifes in the Generation X world. The main character, Redmond (Kevin Corrigan), is a twentysomething slacker who is just about the most irksome individual I can imagine having as a motion picture lead. Redmond is a shiftless, self-pitying whiner who spends the entire film coming up with reasons to feel sorry for himself. He doesn't have job (and doesn't want one), pines for a stewardess (Linda Fiorentino) who won't give him the time of day, and ignores the one person (Lili Taylor) who appears to truly care for him.
Redmond's Uncle Sam (James Woods) is a two-bit crook who has gotten his hands on a nice stash of dope. Using Redmond as his delivery boy, he hopes to extricate himself from the "deep doo-doo" that he's in. Unfortunately for both Sam and Redmond, things don't go down as planned, and Redmond finds himself stuck with a package of cocaine while a local crime boss named Wacky Jack (Burt Young) breaths down his neck.
During the course of its 90 minute running time, KICKED IN THE HEAD offers very little that's new or innovative, and the storyline fails to rise above the level of "passably interesting." Harrison tries too hard to give his film the quirky, darkly comic tone that's in vogue today, and the result feels forced and artificial. Redmond is the kind of character who might be at home in a Linklater film (particularly SUBURBIA). The New York streets that he wanders are the territory of Martin Scorsese (who executive produced this movie). And some of the pop-culture, pseudo-intellectual banter recalls that of Tarantino or Kevin Smith (there's a bit about the PLANET OF THE APES movies and an exchange about the difference between a "flight attendant" and a "stewardess"). The problem with Harrison isn't that he borrows from these directors, but that he fails to take it further. And, since he's not as adept as any of them, KICKED IN THE HEAD comes across as a pale attempt to pilfer from their work.
As generally uninvolving as KICKED IN THE HEAD is, it does boast a few innovative moments. The film features several gunfights which are highlighted by the complete ineptitude of the participants. Men fire off round after round after round, and, even at close range, they never manage to hit anyone. Then there's the way Harrison gives one character his comeuppance. Not only is the actual method deliciously ironic ("hoist by his own petard" is the expression), but the matter-of-fact manner in which Harrison films it is noteworthy.
Although the director managed to snag some fairly well-known names for this film, we aren't inundated by top-notch performances. Kevin Corrigan, who was in RHYTHM THIEF and WALKING AND TALKING, plays Redmond as if the character is a half-wit (maybe that's the point). Michael Rapaport is his usual grating self. Linda Fiorentino is absolutely wasted. Only James Woods and Lili Taylor (who is trying to recapture the "Queen of the Independent Films" title from Parker Posey), playing against type as a sweet, innocent girl, turn in respectable work.
As seemingly must be true of any Generation X character, Redmond is filled with self-doubt and unfulfilled longings. His life, as revealed through this film, is a mass of questions and unresolved issues. Does he find real love? Does he uncover the elusive "truth" that he's always talking about? Does his "attendant godling" re-discover her way? Sad to say, I didn't really care one way or the other. Somehow, Harrison managed to create a protagonist whom I was apathetic towards and place him in situations that I wasn't interested in. And that's one aspect of movie-making that he didn't lift from Scorsese, Linklater, or Tarantino.
Copyright 1997 James Berardinelli
- James Berardinelli e-mail<EMAIL_ADDRESS>The website has moved!! The new address is: http://movie-reviews.colossus.net/
"The cinema is not an art which films life: the cinema is something between art and life. Unlike painting and literature, the cinema both gives to life and takes from it..."
- Jean-Luc Godard
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Troy Parrott should be given time to develop says Glenn Whelan
The teenage sensation made his senior Ireland debut with a start in Thursday’s win over New Zealand
by Paul O'HehirTroy Parrott should be given time and space to become his own man, according to Glenn Whelan.
The Tottenham teenage sensation made his senior Ireland debut with a start in Thursday’s 3-1 friendly win over New Zealand.
And the 17-year-old will be on the bench for tonight’s all-important qualifier with Denmark where a moment of magic could send Ireland to the Euros.
Whelan, 35, was stuck by Parrott’s confidence around the squad this week.
But the Ireland veteran told reporters: “You guys and everyone need to let him get on with his football because he's only 17 and don’t put too much pressure on him.
“Don’t be comparing him to Robbie [Keane] let him be Troy. Because there is a player there and let him go on and be Robbie.
“But for now let him grow up.”
If you haven't already, be sure to like our Irish Mirror Sport and Irish Mirror GAA pages on Facebook and follow us on Twitter.
How to follow the Irish Mirror on social media
You can like our main Facebook page here.
Our Irish Mirror Sports page - which brings you all your Irish and UK sports news - can be found here.
You can also check out our Irish Mirror GAA sports page.
The Irish Mirror Twitter account is @IrishMirror while our sports account is @MirrorSportIE.
Our Instagram account can be found here.


The Highcharts flame chart implementation is based on inverted chart with columnrange series (for the flame and icicle layouts) and a sunburst series (for the sunburst layout).


Welcome
21 Apr 2014 TweetHello there map lovers!
This is Maptime SLC, a new place for everyone who loves maps and wants to learn - or teach! - map making in the digital age.
We will be getting together once a month to work on mappy projects, and that can mean whatever you want it to mean! Do you want to master the Javascript you need to create a web map? Do you want to learn how to design maps with Tilemill? Do you want to contribute to OpenStreetMap? Start using the vast amount of open geodata out there?
You have found your group. Join us at our next event! Watch this space for announcements, and follow https://twitter.com/MaptimeSLC on Twitter!
Maptime at Code For America in San Francisco, photo by Alan McConchie


{% extends 'tpo/base.html' %} {% load static %} {% block content %}
Core Engineering
IT
Consulting
Finance
Developer
Maintenance
Production
R & D
Design
Written Test
Online Test
Aptitude Test
Technical Test
YES
NO
Technical
HR
(expected, not necessarily committed)
Note : B. Tech, IDD and IMD students are admitted through IIT-JEE while M. Tech students through GATE
B. E.
MCA
MBA
Pharma
B.E.
B. Tech.
BBA
B. Pharma.
M. Pharma.


rpqvis¶
- class vis.Window(x, y)¶
Bases:
object
The main window; this will hold all widgets after leaving the splash screen.
- Parameters
x – x position of splash screen; this helps ensure the window is in the same place as the splash screen
y – y position of the splash screen
- check_propagate_error(id)¶
Check if the insertion of a delete-min would cause another delete-min to hit the ceiling. This check is done by using an existing delete-min; it will ignore its current pair and propagate to the next lowest available insert.
- Parameters
id – tkinter ID of the delete-min line
- clicked(event)¶
Respond to mouse clicks. In insert and delete mode, if the action is valid, a ray will be inserted or deleted.
- Parameters
event – tkinter event, holding location of mouse
- delete(t, y)¶
Delete a delete-min or an insert. Nothing is done if the action is invalid.
- Parameters
t – quantized t coordinate of the mouse click
y – quantized y coordinate of the mouse click
- display_dot(qt, qy, fill='black', outline='black')¶
Display a dot, given “quantized” coordinates.
- Parameters
qt – “quantized” t coordinate
qy – “quantized” y coordinate
fill – color of dot
outline – color of outline of dot
- display_line(qt1, qy1, qt2, qy2, fill='black')¶
Display a line, given “quantized” endpoint coordinates.
- Parameters
qt1 – “quantized” t coordinate of first endpoint
qy1 – “quantized” y coordinate of first endpoint
qt2 – “quantized” t coordinate of second endpoint
qy2 – “quantized” y coordinate of second endpoint
fill – color of line
- display_table(t=99)¶
Set table text to result of query at time t.
- Parameters
t – time of query
- insert(t, y)¶
Insert a delete-min or an insert. Nothing is done if the action is invalid.
- Parameters
t – quantized t coordinate of the mouse click
y – quantized y coordinate of the mouse click
- motion(event)¶
Respond to mouse motion. In insert mode, there is a shadow ray that is blue if the insert is allowed and red otherwise. Motion in the bottom bar corresponds to an upward ray; otherwise, there is a horizontal ray. In delete mode, hovering over an existing line turns the lines red or blue, depending on if the deletion is allowed. In query mode, motion triggers a query of the current t location of the mouse.
- Parameters
event – tkinter event, holding location of mouse
- popup()¶
Open the help popup.
- quantize(t, y, w, h)¶
Map actual location onto a lattice; return the nearest lattice point.
- Parameters
t – actual t coordinate
y – actual y coordinate
w – width of window
h – height of window
- quantize_line(c, w, h)¶
Helper function; map line endpoints onto a lattice.
- Parameters
c – actual line coordinates
w – width of window
h – height of window
- query(t)¶
Return items in the priority queue at time t.
- Parameters
t – time of query
- resize(event)¶
Shift and resize on-screen graphics if the window is resized.
- Parameters
event – tkinter event, holding new width and height
- scale_dot(id)¶
Shift an existing dot, based on lattice coordinates.
- Parameters
id – tkinter ID number of dot
- scale_line(id)¶
Resize and shift an existing line, based on lattice coordinates.
- Parameters
id – tkinter ID number of line
- toggle(event, key=None)¶
Toggles between modes; resets some values and erases shadow rays.
- toggle_delete()¶
Helper function; toggles to delete mode from a button press.
- toggle_insert()¶
Helper function; toggles to insert mode from a button press.
- toggle_query()¶
Helper function; toggles to query mode from a button press.
- toggle_step()¶
Helper function; toggles stepthrough mode from a button press.
- unquantize(qt, qy, w, h)¶
Map lattice point to actual location.
- Parameters
qt – “quantized” t coordinate
qy – “quantized” y coordinate
w – width of window
h – height of window


The first tab
Note: Some web developers take things even further, only having one page of information loaded at once, and dynamically changing the information shown using a JavaScript feature such as XMLHttpRequest. At this point in your learning however we want to keep things as simple as possible. There is some JavaScript later on, but only a tiny bit.


Are you Developer and recently started your own business and Already made a website to ensure online presence and wants to reach more people. but you are not getting as much as response from your targeted customer or you are unable to reach them. SEO(Search engine optimization)is the cheapest way to reach your customer or client. After 2000 the Internet is more easy access to common people and most of the netizens to find out information search on google/yahoo/bing like a search engine. So if your site ranks at the top of the SERP for your target keywords then sure you will get more valuable traffic to your site and it will help you a lot to grow your business.
Above Paragraph, you see SERP or Keywords that are common SEO Term so Before starting learning SEO let's learn the term used by the SEO expert. It will smoothen your learning journey. Or if you are wishing to hire an SEO guy it will help you his task he/she doing and understand he/she going on the right path. So not making delay let dive…
Algorithm: “Algorithm is a process or set of rules to be followed in calculations or other problem-solving operations, especially by a computer.” It is its definition. In SEO we basically mean A very sophisticated and complex program used by the search engine to find out data and indexing it, And when a user gives a data query this program also decides the best result to place in the SERP in order. All search engines use multiple algorithms combination on their data collection and result giving process in different stages.
Algorithm Change: All the search engine service providers always try to give the best results to their users. So they always working on updating, refreshing or making and implementing new algorithms. The search engine service provider never revealed the exact date of rolling out any updates or new algorithms to make an effective date. Normally they give a boundary of time like this week or this month, we are going to rolling out a major update or applying new this algorithm. They give this new algorithm a name and they always call it by the given name. Like, google spider, Google panda, etc. Most of the time After one to two week we can see and understand the update or change impact but sometimes it also happens quicker also.
Algorithm Update: Search Engines regularly making minor changes in their system they normally don’t give an official announcement. But SEO related blogs and journals give the news what the changes made. So Keep update regular visit this industry-related community is important. And when the Major update come You must observe your ranking behavior and if you find you've got the penalty then quickly take necessary step undereating the guidelines given by search engine company.
Algorithm Refresh: Search engine operator after a regular interval re-run the existing algorithm to find out the new spammer.
New Algorithm: Improving search quality google and other search engines regularly bringing new algorithms. All new algorithm has its special purpose to serve in the total search engine working process.


Instructions for general usage of Package Control withing Sublime Text
Full documentation about all of the settings available for customizing how Package Control works
How to properly sync your packages and settings across machines and operating systems
Guidance on how to submit a good bug report or get your question answered
Instructions for package developers to submit their packages to the default channel
Information about the source code include repository access and licensing information


Toggle navigation
Sloth Pal
name
username
password
confirm password
country you are from
country you want your pen pal to be from
preferred language for conversing
your gender
XX
XY
Prefer not to say
Create


Hit keys to see the Javascript events triggered and the values returned.
Show event handling for: keydown keypress keyup


O
- target object of transitionpublic interface CustomFormContent<O>
BaseFormTransition
or TargetLessTransition
s
that customise the presentation of the form itself.
This only modifies presentation. The form should still be functional if the default layout is used.
| Modifier and Type | Method and Description |
|---|---|
<X extends ContentBuilder> |
addFormContent(X cb,
SessionService<?> op,
Form f,
O target)
Add the form elements to the
ContentBuilder . |
<X extends ContentBuilder> X addFormContent(X cb, SessionService<?> op, Form f, O target)
ContentBuilder
. This should include all inputs including the action buttons.
The Form
should already be fully built before calling this method.cb
- ContentBuilderop
- operatorf
- Formtarget
-


Vehicles spinning out on Malahat due to icy conditions Friday morning
by Cindy E. HarnettIcy conditions on the Malahat portion of the Trans-Canada Highway Friday morning left vehicles slipping and sliding.
Shawnigan Lake RCMP said they received several calls about black ice and officers were stationed on the highway trying to slow down traffic and checking for winter tires.
George Gibson of Malahat Gas at 231 Trans-Canada Hwy. said vehicles were spinning out on a particularly bad corner.
“We’ve had four cars in a row here wipe out, spin around, and be able to keep going,” said Gibson.
In another incident, two cars collided but were able to get to the side of the road and drive away, Gibson said.
The province’s highway crews were contacted to salt the roads, he said. “We’re waiting for highways to show up and spray it or something.”
The province requires motorists on the Malahat and other major highways at high elevations in B.C. to have winter tires — with a snowflake symbol for mountain and snow use or an M+S symbol for mud and snow.
All tires must be in good condition with good treads. Large, heavy trucks must carry chains.


Overview Full Name Rodentia Bowdich, 1821 Common names rodents eng esquilo por glodavci slv more Taxonomic status Accepted order According to The Catalogue of Life, 3rd January 2011 GBIF ID 1459 Search links Encyclopedia of Life Catalogue of Life Biodiversity Heritage Library


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Multi-Screen Window Placement API Demo
- Click the button below to launch the demo.
- You will see a permission prompt for window placement and potentially another for popup windows. Grant both.
- Focus any of the windows and click again to toggle fullscreen.
- Plug or unplug an additional screen and see how the demo adapts.
- Play with the sliders below (closing one popup closes all other popups, too).


Modules | |
| Read/Write of Multi-Byte Streams | |
| Read/Write of Primitive Data Types | |
Enumerations | |
| enum | Endpoint_WaitUntilReady_ErrorCodes_t { ENDPOINT_READYWAIT_NoError = 0, ENDPOINT_READYWAIT_EndpointStalled = 1, ENDPOINT_READYWAIT_DeviceDisconnected = 2, ENDPOINT_READYWAIT_BusSuspended = 3, ENDPOINT_READYWAIT_Timeout = 4 } |
Functions | |
| static uint16_t | Endpoint_BytesInEndpoint (void) ATTR_WARN_UNUSED_RESULT ATTR_ALWAYS_INLINE |
| uint8_t | Endpoint_WaitUntilReady (void) |
Functions, macros, variables, enums and types related to data reading and writing from and to endpoints.
Enum for the possible error return codes of the Endpoint_WaitUntilReady() function.
| ENDPOINT_READYWAIT_NoError |
Endpoint is ready for next packet, no error. |
| ENDPOINT_READYWAIT_EndpointStalled |
The endpoint was stalled during the stream transfer by the host or device. |
| ENDPOINT_READYWAIT_DeviceDisconnected |
Device was disconnected from the host while waiting for the endpoint to become ready. |
| ENDPOINT_READYWAIT_BusSuspended |
The USB bus has been suspended by the host and no USB endpoint traffic can occur until the bus has resumed. |
| ENDPOINT_READYWAIT_Timeout |
The host failed to accept or send the next packet within the software timeout period set by the USB_STREAM_TIMEOUT_MS macro. |
| static uint16_t Endpoint_BytesInEndpoint | ( | void | ) | [inline, static] |
Indicates the number of bytes currently stored in the current endpoint's selected bank.
| uint8_t Endpoint_WaitUntilReady | ( | void | ) |
Spin-loops until the currently selected non-control endpoint is ready for the next packet of data to be read or written to it.