Defaults to BaseTreeCfg
. Type of the configuration object for this widget.
Drag mode for a tree widget. Defines the parent-child relationship when a node is dragged.
Mode for filtering a tree widget.
Callback that is invoked when a node is clicked, see BaseTreeCfg.onNodeClick.
How the nodes of a tree are
selected. When set to single
, only at most one node can be selected by clicking on it. When set to multiple
,
more than one node may be selected by clicking on each node. When set to checkbox
, each node receives a checkbox
next to it that may be used for selection.
The configuration of this widget instance. Please note that
no property is guaranteed to be present, you should always check for undefined
before accessing a property.
This is partly because the value of a property is not transmitted from the server to the client when it equals
the default.
When multiple nodes are selected, the selected node on which the user clicked most recently.
DOM element of the node which is currently focused, if any.
A map between the type of a node and the icons for that node.
The client-side ID of this widget, with all parent naming containers, such as
myForm:myWidget
. This is also the ID of the container HTML element for this widget. In case the widget needs
multiple container elements (such as Paginator), this may also be an array if IDs.
The jQuery instance of the container element of this widget. In case id is an array, it will contain multiple elements. Please note that some widgets have got not DOM elements at all, in this case this will be an empty jQuery instance.
A CSS selector for the container element (or elements, in case id is an array) of
this widget, This is usually an ID selector (that is properly escaped). You can select the container element or
elements like this: $(widget.jqId)
.
DOM element of the hidden form element that holds the list of selected nodes.
List of nodes which are currently selected. Each item is the row key of a selected node.
The name of the widget variables of this widget. The widget variable can be used to
access a widget instance by calling PF('myWidgetVar')
.
Lets you register a listener that is called before the component is destroyed.
When an AJAX call is made and this component is updated, the DOM element is replaced with the newly rendered content. When the element is removed from the DOM by the update, the DOM element is detached from the DOM and all destroy listeners are called. This makes it possible to add listeners from outside the widget code.
If you call this method twice with the same listener, it will be registered twice and later also called twice.
Note that for this to work, you must not override the destroy
method; or if you do, call super
.
Also, after this widget was detached is done, all destroy listeners will be unregistered.
A destroy listener to be registered.
When an AJAX call is made and this component is updated, the DOM element is replaced with the newly rendered content. However, no new instance of the widget is created. Instead, after the DOM element was replaced, all refresh listeners are called. This makes it possible to add listeners from outside the widget code.
If you call this method twice with the same listener, it will be registered twice and later also called twice.
Note that for this to work, you must not override the refresh
method; or if you do, call super
.
Also, after the refresh is done, all refresh listeners will be deregistered. If you added the listeners from
within this widget, consider adding the refresh listeners not only in the init
method, but also again in
the refresh
method after calling super
.
A refresh listener to be registered.
Adds the given node to the list of selected nodes.
Row key of the node to add to the selected nodes.
Callback that is invoked when the context menu is initialized. Lets the context menu provider register the appropriate event listeners for when the context menu should be shown and hidden.
The widget instance of the context menu.
The widget instance of the target widget that wants to add a context menu.
ID selector or DOM element of the target, i.e. the element the context menu belongs to.
The current configuration of the context menu.
A sub class may perform any setup related to registering event handlers in this method, such as listening to mouse clicks or keyboard presses.
Each widget may have one or several behaviors attached to it. This method calls all attached behaviors for the given event name. In case no such behavior exists, this method does nothing and returns immediately.
A behavior is a way for associating client-side scripts with UI components that opens all sorts of possibilities, including client-side validation, DOM and style manipulation, keyboard handling, and more. When the behavior is triggered, the configured JavaScript gets executed.
Behaviors are often, but not necessarily, AJAX behavior. When triggered, it initiates a request the server
and processes the response once it is received. This enables several features such as updating or replacing
elements dynamically. You can add an AJAX behavior via
<p:ajax event="name" actionListener="#{...}" onstart="..." />
.
The name of an event to call.
Additional configuration that is passed to the AJAX request for the server-side callback.
When this tree has got selectable nodes with checkboxes, selects the given checkbox. Does nothing otherwise.
Checkbox of a node to check.
Will be called after an AJAX request if the widget container will be detached.
When an AJAX call is made and this component is updated, the DOM element is replaced with the newly rendered content. When the element is removed from the DOM by the update, the DOM element is detached from the DOM and this method gets called.
Please note that instead of overriding this method, you should consider adding a destroy listener instead via addDestroyListener. This has the advantage of letting you add multiple listeners, and makes it possible to add additional listeners from code outside this widget.
By default, this method just calls all destroy listeners.
Expands the given node, as if the user had clicked on the +
icon of the node. The children of the node will now
be visible.
Node to expand.
Called when a node was collapsed. Fire the appropriate event.
The node for which to fire the event.
Called when a right click was performed on a node. Fire the appropriate event.
The node for which to fire the event.
Callback that is invoked once the context menu is shown.
Called when a node was expanded. Fire the appropriate event.
The node for which to fire the event.
Called when a node was selected. Fire the appropriate event.
The node for which to fire the event.
Called when a node was unselected. Fire the appropriate event.
The node for which to fire the event.
Puts focus on the given node.
A node on which to put focus.
Each widget may have one or several behaviors attached to it. This method returns the callback function for the given event.
Note: Do not call the method directly, the recommended way to invoke a behavior is via callBehavior.
A behavior is a way for associating client-side scripts with UI components that opens all sorts of possibilities, including client-side validation, DOM and style manipulation, keyboard handling, and more. When the behavior is triggered, the configured JavaScript gets executed.
Behaviors are often, but not necessarily, AJAX behavior. When triggered, it initiates a request the server
and processes the response once it is received. This enables several features such as updating or replacing
elements dynamically. You can add an AJAX behavior via
<p:ajax event="name" actionListener="#{...}" onstart="..." />
.
The name of an event for which to retrieve the behavior.
The behavior with the given name, or null
if no such behavior
exists.
Each widget has got a container element, this method returns that container. This container element is usually also the element whose ID is the client-side ID of the JSF component.
The jQuery instance representing the main HTML container element of this widget.
Finds the row key (unique ID) of the given node.
A node for which to find the row key.
The key of the given node.
Each widget may have one or several behaviors attached to it. This method checks whether this widget has got at least one behavior associated with given event name.
A behavior is a way for associating client-side scripts with UI components that opens all sorts of possibilities, including client-side validation, DOM and style manipulation, keyboard handling, and more. When the behavior is triggered, the configured JavaScript gets executed.
Behaviors are often, but not necessarily, AJAX behavior. When triggered, it initiates a request the server
and processes the response once it is received. This enables several features such as updating or replacing
elements dynamically. You can add an AJAX behavior via
<p:ajax event="name" actionListener="#{...}" onstart="..." />
.
The name of an event to check.
true
if this widget has the given behavior, false
otherwise.
A widget class should not have an explicit constructor. Instead, this initialize method is called after the widget was created. You can use this method to perform any initialization that is required. For widgets that need to create custom HTML on the client-side this is also the place where you should call your render method.
Please make sure to call the super method first before adding your own custom logic to the init method:
PrimeFaces.widget.MyWidget = PrimeFaces.widget.BaseWidget.extend({
init: function(cfg) {
this._super(cfg);
// custom initialization
}
});
The widget configuration to be used for this widget instance.
This widget configuration is usually created on the server by the javax.faces.render.Renderer
for this
component.
Called when this tree is initialized. Performs any setup required for enabling the selection of node.
Checks whether the selection mode of this tree is set to checkbox
.
true
if the current selection mode is checkbox
, or false
otherwise.
Checks if this widget is detached, ie whether the HTML element of this widget is currently contained within the DOM (the HTML body element). A widget may become detached during an AJAX update, and it may remain detached in case the update removed this component from the component tree.
true
if this widget is currently detached, or false
otherwise.
Checks whether this tree is empty, that is, whether it contains any nodes.
true
if this tree has got no nodes, or false
otherwise.
Checks whether the given node is currently expanded, that is, whether its children are visible.
Node to check.
true
if the node is expanded, or false
otherwise.
Checks whether the selection mode of this tree is set to multiple
.
true
if the current selection mode is multiple
, or false
otherwise.
Checks whether the given node is currently selected, irrespective of the current selection mode.
A node to check.
true
if the given node is selected, or false
otherwise.
Checks whether the selection mode of this tree is set to single
.
true
if the current selection mode is single
, or false
otherwise.
Invoked in response to a right click on a node.
Event of the right click.
Content of the clicked node.
Callback that is invoked when the context menu is shown.
true
if the context menu was opened, or false
otherwise.
When this tree has got selectable nodes with checkboxes, partially selects the given checkbox. Does nothing otherwise.
Checkbox of a node to check partially.
Called once during widget initialization if this tree has got nodes with selectable checkboxes.
Used in ajax updates, reloads the widget configuration.
When an AJAX call is made and this component is updated, the DOM element is replaced with the newly rendered content. However, no new instance of the widget is created. Instead, after the DOM element was replaced, this method is called with the new widget configuration from the server. This makes it possible to persist client-side state during an update, such as the currently selected tab.
Please note that instead of overriding this method, you should consider adding a refresh listener instead via addRefreshListener. This has the advantage of letting you add multiple listeners, and makes it possible to add additional listeners from code outside this widget.
By default, this method calls all refresh listeners, then reinitializes the widget by calling the init
method.
The new widget configuration from the server.
The value as returned by the init
method, which is often undefined
.
Removes all chilren of the given node from the list of currently selected nodes.
Row key of a node to process.
Removes the given node from the list of currently selected nodes.
Row key of a node to to remove from the current selection.
Removes the widget's script block from the DOM. Currently, the ID of this script block consists of the
client-side ID of this widget with the prefix _s
, but this is subject to change.
The client-side ID of the widget.
This method must select the given node. When silent
is set to true
, no events should be triggered in response
to this action.
A node of this tree to select.
true
if no events should be triggered, or false
otherwise.
Makes the children of the given node visible. Called when a node is expanded.
Node with children to display.
Called when the nodes of this tree are selected via checkboxes. Must select the checkbox of the given node.
Node with a checkbox to toggle.
When this tree has got selectable nodes with checkboxes, checks or unchecks the given checkbox.
A checkbox of a node to check or uncheck.
true
to check the given node, false
to uncheck it.
When this tree has got selectable nodes with checkboxes, unselects the given checkbox. Does nothing otherwise.
Checkbox of a node to uncheck.
This method must unselect all nodes of this tree that are selected.
This method must unselect the given node. When silent
is set to true
, no events should be triggered in
response to this action.
A node of this tree to unselect.
true
if no events should be triggered, or false
otherwise.
Saves the list of currently selected nodes in a hidden form element.
Generated using TypeDoc
PrimeFaces Base Tree Widget
A tree is used for displaying hierarchical data and creating a site navigation.


---
title: Courses for 2021-22
---
{% assign semester = site.data.courses.aug2021 %}
Courses for the semester August-December 2021
{% include semester-courses.html %}
{% assign semester = site.data.courses.jan2022 %}
Courses for the semester January-April 2022
{% include semester-courses.html %}{% include earlier-semesters.html %}


Web and Distributed Programming Project Links
Listed to the left are links to my projects for the Web and Distributed Programming course. The link at the bottom of the landing page leads to my github profile.
Payton Dwyer
Listed to the left are links to my projects for the Web and Distributed Programming course. The link at the bottom of the landing page leads to my github profile.


|
cds
2.3.1
|
Hazard Pointer guard. More...
#include <cds/gc/hp.h>
Public Member Functions | |
| Guard () | |
| Default ctor allocates a guard (hazard pointer) from thread-private storage. More... | |
| Guard (std::nullptr_t) noexcept() | |
| Initilalizes an unlinked guard i.e. the guard contains no hazard pointer. Used for move semantics support. | |
| Guard (Guard &&src) noexcept() | |
Move ctor - src guard becomes unlinked (transfer internal guard ownership) | |
| Guard & | operator= (Guard &&src) noexcept() |
Move assignment: the internal guards are swapped between src and this . More... | |
| Guard (Guard const &)=delete | |
| Copy ctor is prohibited - the guard is not copyable. | |
| Guard & | operator= (Guard const &)=delete |
| Copy assignment is prohibited. | |
| ~Guard () | |
| Frees the internal hazard pointer if the guard is in linked state. | |
| bool | is_linked () const |
| Checks if the guard object linked with any internal hazard pointer. | |
| void | link () |
| Links the guard with internal hazard pointer if the guard is in unlinked state. More... | |
| void | unlink () |
| Unlinks the guard from internal hazard pointer; the guard becomes in unlinked state. | |
| template<typename T > | |
| T | protect (atomics::atomic< T > const &toGuard) |
Protects a pointer of type atomic<T*> More... | |
| template<typename T , class Func > | |
| T | protect (atomics::atomic< T > const &toGuard, Func f) |
Protects a converted pointer of type atomic<T*> More... | |
| template<typename T > | |
| T * | assign (T *p) |
Store p to the guard. More... | |
| void | copy (Guard const &src) |
Copy a value guarded from src guard to this guard (valid only in linked state) | |
| template<typename T , int BITMASK> | |
| T * | assign (cds::details::marked_ptr< T, BITMASK > p) |
Store marked pointer p to the guard. More... | |
| void | clear () |
| Clear value of the guard (valid only in linked state) | |
| template<typename T > | |
| T * | get () const |
| Get the value currently protected (valid only in linked state) | |
| guarded_pointer | get_native () const |
| Get native hazard pointer stored (valid only in linked state) | |
Hazard Pointer guard.
A guard is a hazard pointer. Additionally, the Guard
class manages allocation and deallocation of the hazard pointer.
Guard
object is movable but not copyable.
The guard object can be in two states:
link()
and move assignment is supported.Due to performance reason the implementation does not check state of the guard in runtime.
|
inline |
Default ctor allocates a guard (hazard pointer) from thread-private storage.
too_many_hazard_ptr_exception
if internal hazard pointer objects are exhausted.
|
inline |
Store p
to the guard.
The function equals to a simple assignment the value p
to guard, no loop is performed. Can be used for a pointer that cannot be changed concurrently or if the pointer is already guarded by another guard.
|
inline |
Store marked pointer p
to the guard.
The function equals to a simple assignment of p.ptr()
, no loop is performed. Can be used for a marked pointer that cannot be changed concurrently or if the marked pointer is already guarded by another guard.
|
inline |
Links the guard with internal hazard pointer if the guard is in unlinked state.
not_enought_hazard_ptr_exception
if internal hazard pointer array is exhausted. Move assignment: the internal guards are swapped between src
and this
.
src
will become in unlinked state if this
was unlinked on entry.
|
inline |
Protects a pointer of type atomic<T*>
Return the value of toGuard
The function tries to load toGuard
and to store it to the HP slot repeatedly until the guard's value equals toGuard
|
inline |
Protects a converted pointer of type atomic<T*>
Return the value of toGuard
The function tries to load toGuard
and to store result of f
functor to the HP slot repeatedly until the guard's value equals toGuard
.
The function is useful for intrusive containers when toGuard
is a node pointer that should be converted to a pointer to the value before protecting. The parameter f
of type Func is a functor that makes this conversion:
Actually, the result of f( toGuard.load())
is assigned to the hazard pointer.


Embeded dependencies
On demand dependencies
Bundled dependencies
CSS on demand
What about SASS, LESS, etc?
Can I load JSON?
Can I load files as data urls?


Two separate classes make up the client in our example. The first
class, ComputePi
, looks up and invokes a
Compute
object. The second class, Pi
,
implements the Task
interface and defines the work to be
done by the compute engine. The job of the Pi
class is to
compute the value of
to some number of decimal places.
The non-remote
interface is defined as follows:
Task
package compute; public interface Task<T> { T execute(); }
The code that invokes a Compute
object's methods must obtain
a reference to that object, create a Task
object, and then
request that the task be executed. The definition of the task class
Pi
is shown later. A Pi
object is constructed
with a single argument, the desired precision of the result. The result
of the task execution is a java.math.BigDecimal
representing
calculated to the specified precision.
Here is the source code for
, the main client class:
client.ComputePi
package client; import java.rmi.registry.LocateRegistry; import java.rmi.registry.Registry; import java.math.BigDecimal; import compute.Compute; public class ComputePi { public static void main(String args[]) { if (System.getSecurityManager() == null) { System.setSecurityManager(new SecurityManager()); } try { String name = "Compute"; Registry registry = LocateRegistry.getRegistry(args[0]); Compute comp = (Compute) registry.lookup(name); Pi task = new Pi(Integer.parseInt(args[1])); BigDecimal pi = comp.executeTask(task); System.out.println(pi); } catch (Exception e) { System.err.println("ComputePi exception:"); e.printStackTrace(); } } }
Like the ComputeEngine
server, the client begins by
installing a security manager. This step is necessary because the process
of receiving the server remote object's stub could require downloading
class definitions from the server. For RMI to download
classes, a security manager must be in force.
After installing a security manager, the client constructs a name to
use to look up a Compute
remote object, using the same
name used by ComputeEngine
to bind its remote object.
Also, the client uses the LocateRegistry.getRegistry
API to
synthesize a remote reference to the registry on the server's
host. The value of the first command-line argument,
args[0]
, is the name of the remote host on which the
Compute
object runs. The client then invokes the
lookup
method on the registry to look up the remote
object by name in the server host's registry. The
particular overload of LocateRegistry.getRegistry
used,
which has a single String
parameter, returns a
reference to a registry at the named host and the default registry
port, 1099. You must use an overload that has an int
parameter if the registry is created on a port other than 1099.
Next, the client creates a new Pi
object, passing to the
Pi
constructor the value of the second command-line
argument, args[1]
, parsed as an integer. This argument
indicates the number of decimal places to
use in the calculation. Finally, the client invokes the
executeTask
method of the Compute
remote
object. The object passed into the executeTask
invocation
returns an object of type BigDecimal
, which the program
stores in the variable result
. Finally, the program
prints the result. The following figure depicts the flow of
messages among the ComputePi
client, the
rmiregistry
, and the ComputeEngine
.
The Pi
class implements the Task
interface and computes the value of
to a specified number of decimal places. For this example, the actual
algorithm is unimportant. What is important is that the algorithm is
computationally expensive, meaning that you would
want to have it executed on a capable server.
Here is the source code for
, the class that implements the client.Pi
Task
interface:
package client; import compute.Task; import java.io.Serializable; import java.math.BigDecimal; public class Pi implements Task<BigDecimal>, Serializable { private static final long serialVersionUID = 227L; /** constants used in pi computation */ private static final BigDecimal FOUR = BigDecimal.valueOf(4); /** rounding mode to use during pi computation */ private static final int roundingMode = BigDecimal.ROUND_HALF_EVEN; /** digits of precision after the decimal point */ private final int digits; /** * Construct a task to calculate pi to the specified * precision. */ public Pi(int digits) { this.digits = digits; } /** * Calculate pi. */ public BigDecimal execute() { return computePi(digits); } /** * Compute the value of pi to the specified number of * digits after the decimal point. The value is * computed using Machin's formula: * * pi/4 = 4*arctan(1/5) - arctan(1/239) * * and a power series expansion of arctan(x) to * sufficient precision. */ public static BigDecimal computePi(int digits) { int scale = digits + 5; BigDecimal arctan1_5 = arctan(5, scale); BigDecimal arctan1_239 = arctan(239, scale); BigDecimal pi = arctan1_5.multiply(FOUR).subtract( arctan1_239).multiply(FOUR); return pi.setScale(digits, BigDecimal.ROUND_HALF_UP); } /** * Compute the value, in radians, of the arctangent of * the inverse of the supplied integer to the specified * number of digits after the decimal point. The value * is computed using the power series expansion for the * arc tangent: * * arctan(x) = x - (x^3)/3 + (x^5)/5 - (x^7)/7 + * (x^9)/9 ... */ public static BigDecimal arctan(int inverseX, int scale) { BigDecimal result, numer, term; BigDecimal invX = BigDecimal.valueOf(inverseX); BigDecimal invX2 = BigDecimal.valueOf(inverseX * inverseX); numer = BigDecimal.ONE.divide(invX, scale, roundingMode); result = numer; int i = 1; do { numer = numer.divide(invX2, scale, roundingMode); int denom = 2 * i + 1; term = numer.divide(BigDecimal.valueOf(denom), scale, roundingMode); if ((i % 2) != 0) { result = result.subtract(term); } else { result = result.add(term); } i++; } while (term.compareTo(BigDecimal.ZERO) != 0); return result; } }
Note that all serializable classes, whether they implement the
Serializable
interface directly or indirectly, must
declare a private
static
final
field named serialVersionUID
to guarantee
serialization compatibility between versions. If no previous version
of the class has been released, then the value of this field can be
any long
value, similar to the 227L
used by
Pi
, as long as the value is used consistently in
future versions. If a previous version of the class has been released
without an explicit serialVersionUID
declaration, but
serialization compatibility with that version is important, then the
default implicitly computed value for the previous version must be
used for the value of the new version's explicit declaration. The
serialver
tool can be run against the previous version to
determine the default computed value for it.
The most interesting feature of this example is that the
Compute
implementation object never needs the Pi
class's
definition until a Pi
object is passed in as an argument
to the executeTask
method. At that point, the code for the
class is loaded by RMI into the Compute
object's Java virtual
machine, the execute
method is invoked, and the task's code
is executed. The result, which in the case of
the Pi
task is a BigDecimal
object,
is handed back to the calling client, where it is used to print the
result of the computation.
The fact that the supplied Task
object computes the value
of Pi
is irrelevant to the ComputeEngine
object. You could also implement a task that, for example, generates a
random prime number by using a probabilistic algorithm. That task would also
be computationally intensive and therefore a good candidate for passing
to the ComputeEngine
, but it would require very
different code. This code could also be downloaded when the
Task
object is passed to a Compute
object.
In just the way that the algorithm for computing
is brought in when needed, the code that generates the random prime
number would be brought in when needed. The Compute
object knows only that each object it receives implements the
execute
method. The Compute
object does not
know, and does not need to know, what the implementation does.


If this text is public, it means I’ve successfully rebooted my previously-rebooted blog. Specifically, it means this post has been generated from Markdown written using TextMate on a Mac, has had its HTML generated by an updated version of Octopress running with Ruby and rbenv on a Mac instead of Windows (based on a manually-added Git remote I used to merge the latest Octopress source with what I had from two years ago), and is being deployed on Heroku using a new Heroku app with the Cedar stack.
Cool.


Hier komt mijn project.
In geometry, the tesseract is the four-dimensional analogue of the cube;
the tesseract is to the cube as the cube is to the square.[1]
Just as the surface of the cube consists of six square faces,
the hypersurface of the tesseract consists of eight cubical cells.
The tesseract is one of the six convex regular 4-polytopes.
The tesseract is also called an eight-cell, C8, (regular) octachoron, octahedroid,[2] cubic prism, and tetracube.
[3] It is the four-dimensional hypercube, or 4-cube as a part of the dimensional family of hypercubes or measure polytopes.
[4] Coxeter labels it the {\displaystyle \gamma _{4}}{\displaystyle \gamma _{4}} polytope.[5] Among laymen,
"hypercube" without a dimension reference is frequently treated as a synonym for this specific shape.
According to the Oxford English Dictionary, the word tesseract was coined and first used in 1888 by
Charles Howard Hinton in his book A New Era of Thought, from the Greek τέσσερεις ἀκτίνες (téssereis aktínes, "four rays"),
referring to the four lines from each vertex to other vertices.[6] In this publication,
as well as some of Hinton's later work, the word was occasionally spelled "tessaract".


Please update your bookmarks!
If you are not redirected automatically in 5 seconds, follow this link to ehhapp.org


call_cleanup/2
call_cleanup(
+Goal,
+Cleanup)
Executes the procedure call Goal. When Goal succeeds determinately, is cut, fails, or raises an exception, Cleanup is executed.
This construction can be used to ensure that Cleanup is executed as soon as Goal has completed execution, no matter how it finishes. In more detail:
When call_cleanup/2
with a continuation C is called or
backtracked into, first Goal is called or backtracked
into. Then there are four possibilities:
call_cleanup/2
Goal
is raised, Cleanup is executed with continuation
raise_exception(
E)
.
fail
.
raise_exception(
E)
.
In a typical use of call_cleanup/2
, Cleanup succeeds
determinately after performing some side-effect; otherwise,
unexpected behavior may result.
Note that the Prolog top-level operates as a read-execute-fail loop,
which backtracks into or cuts the query when the user
types ; or <RET> respectively. Also, some predicates, such as
halt/[0,1]
and abort/0
,
are implemented in terms of
exceptions. All of these circumstances can trigger the execution of
Cleanup.
Depends on the arguments.
Call errors (see ref-sem-exc).


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" For the fig-swirl: Melt butter over medium heat in a saucepan. Add brown sugar and stir to dessolve.Halve
all of the figs and toss in the saucepan with water and lemon juice. Cook over medium heat, stirring
frequently, until you have chunky-jammy mixture. Add salt with one or two stirs, set aside and let cool
completely.
"
Ice cream: In a small pot over medium heat, combine milk, and granulated sugar until sugar is completely
disolved and the milk is just barely lukewarm. Whisk in the egg yolks. Set mixture in the fridg wait until the fig mixture is cooled.
"
Using an ice cream machine, pour liquids into the frozen bassin and process according to manufacturer instruction, i.e., let spin and thicken for 20 minutes before adding mascarpone, fig jam mixture and the nuts.
Continue process for +/- 10 minutes. Pour semi.frozen mixture into a pyrex dish or glass tupperware.Freeze for at least two hours before serving.


@@include('./includes/_menu.html')
@@include('./includes/_small-header.html')
Features
@@loop("includes/_features-l-col.html", "includes/_features-l-col.json")
@@loop("includes/_features-r-col.html", "includes/_features-r-col.json")
@@include('./includes/_footer.html')


Hi There! My name is Surbhi!I currently study at VNIT, Nagpur. I am an avid reader and love to explore new things. I am skilled at managing and planning events and have a strong stage persona. I am also a skilled coder with my primary language being JAVA. I have also studied Data Structures and have good proficiency. I have done many projects that help me test and implement my knowledge in Java and Data Structures. I would describe myself as someone who is forever enthusiastic about learning something new.I have ample experience working in teams and have planned various events in my college single- handedly. I boast strong public speaking skills and have hosted various programmes in my college. I am looking forward to working in an interactive environment and promise to utilize my skills for the growth of the organization that I would be working in.
PROJECTS
A user-friendly Social networking application (like Facebook, LinkedIn) was implemented in Java using Graph Data Structure. A desktop/console application with a user interface using Java where in a person enters his details, can find mutual friends, colleagues who have studied in the same college as him etc.
A Java Graphical User Interface (GUI) application was maintained for developing a Cab Booking System which maintained details of drivers and customers, calculated the fare, the booking history as well as the proximity of any driver to any customer. Implemented using Java Swing Components in Netbeans. For the project, the Data structures LinkedList, Stack, Queue & HashMaps were used.
A fun Social Media App was made using Java GUI in Netbeans with the knowledge of the Java Swing components. The concepts of Object Oriented Programming and Netbeans Java Swing was utilized for this project.
A Yagi Uda Antenna was built on the basis of the design made on the software CADFEKO. Antenna specifications, resonant frequency, and basic construction required for the hardware was first designed on CADFEKO and the hardware was then built.
A short-range FM transmitter is a low-power FM radio transmitter that broadcasts a signal from a portable audio device (such as an MP3 player) to a standard FM radio. These transmitters plug into the device's headphone jack and then broadcast the signal over an FM broadcast band frequency, so that it can be picked up by any nearby radio. It was made using transistors, power amplifiers and resistors.
A robotic vehicle developed using Arduino which follows about a particular drawn line ( either light or dark) and does not stray from the track. For line detection logic, two IR Sensors were used, which consist of IR LED and Photodiode. They are placed in a reflective way i.e. side – by – side so that whenever they come in to proximity of a reflective surface, the light emitted by IR LED will be detected by Photo diode and thus the bot will move along a line.
JAVA
Proficiency:
DATA STRUCTURES
Proficiency:
MYSQL
Proficiency:
HTML, CSS & JAVASCRIPT
Proficiency:
PUBLIC SPEAKING
Proficiency:
EVENT MANAGEMENT
Proficiency:
My duties as the Core Coordinator of AXIS, the technical festival of my college included:
My duties as an organizer of Aarohi, the cultural festival of VNIT, Nagpur were:
Junior Scientist is an event under AXIS for school children. My duties included:


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PERCOGESIC ORIGINAL STRENGTH- acetaminophen and diphenhydramine tablet, coated
Medtech Products Inc.
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
for temporary relief of minor aches and pains due to:
Liver Warning: This product contains acetaminophen. Severe liver damage may occur if:
Warning:
Taking more than the recommended dose (overdose) could cause serious health problems, including liver damage. In case of overdose, get medical help or contact a Poison Control Center right away. Prompt medical attention is critical for adults as well as children even if you do not notice any signs or symptoms. Do not exceed the recommended dosage.
with any other drug containing acetaminophen (prescription or nonprescription). If you are not sure whether a drug contains acetaminophen, ask a doctor or pharmacist.
As with any drug, if you are pregnant or nursing a baby, seek the advice of a health care professional before using this product.
Adults and children 12 years and older: take 1 or 2 tablets every 4 hours. Maximum daily dose is 8 tablets.
Children under 12 years of age: do not use this product in children under 12 years of age. This will provide more than the recommended dose (overdose) and could cause serious health problems.
Croscarmellose Sodium, FD&C Yellow #6 Lake, Hypromellose, Magnesium Silicate, Magnesium Stearate, Microcrystalline Cellulose, Mineral Oil, Polyethylene Glycol, Polyvinylpyrrolidone, Pregelatinized Starch, Silica, Sodium Starch Glycolate and Stearic Acid
|
PERCOGESIC ORIGINAL STRENGTH
acetaminophen and diphenhydramine tablet, coated | ||||||||||||||||||||||
| ||||||||||||||||||||||
| ||||||||||||||||||||||
| ||||||||||||||||||||||
| ||||||||||||||||||||||
| ||||||||||||||||||||||
|
| Labeler - Medtech Products Inc. (122715688) |


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Music Visualizing Patterns:
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To choose a solid color to display, you have the following 3 controls:
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Music Visualizing Modes:
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* Beta service, no warrantees expressed or implied *
In order to use this demonstrator please sign up at https://data.n3rgy.com/consumer to authorise your data to be read by n3rgy and enable access to the consumer portal.
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|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object java.lang.ProcessBuilder
public final class ProcessBuilder
This class is used to create operating system processes.
Each ProcessBuilder
instance manages a collection
of process attributes. The start()
method creates a new
Process
instance with those attributes. The start()
method can be invoked repeatedly from the same instance
to create new subprocesses with identical or related attributes.
Each process builder manages these process attributes:
System.getenv()
).
user.dir
.
false
, meaning that the standard output and error
output of a subprocess are sent to two separate streams, which can
be accessed using the Process.getInputStream()
and Process.getErrorStream()
methods. If the value is set to
true
, the standard error is merged with the standard
output. This makes it easier to correlate error messages with the
corresponding output. In this case, the merged data can be read
from the stream returned by Process.getInputStream()
, while
reading from the stream returned by Process.getErrorStream()
will get an immediate end of file.
Modifying a process builder's attributes will affect processes
subsequently started by that object's start()
method, but
will never affect previously started processes or the Java process
itself.
Most error checking is performed by the start()
method.
It is possible to modify the state of an object so that start()
will fail. For example, setting the command attribute to
an empty list will not throw an exception unless start()
is invoked.
Note that this class is not synchronized.
If multiple threads access a ProcessBuilder
instance
concurrently, and at least one of the threads modifies one of the
attributes structurally, it must be synchronized externally.
Starting a new process which uses the default working directory and environment is easy:
Process p = new ProcessBuilder("myCommand", "myArg").start();
Here is an example that starts a process with a modified working directory and environment:
ProcessBuilder pb = new ProcessBuilder("myCommand", "myArg1", "myArg2"); Map<String, String> env = pb.environment(); env.put("VAR1", "myValue"); env.remove("OTHERVAR"); env.put("VAR2", env.get("VAR1") + "suffix"); pb.directory("myDir"); Process p = pb.start();
To start a process with an explicit set of environment
variables, first call Map.clear()
before adding environment variables.
| Constructor Summary | |
|---|---|
ProcessBuilder(List<String> command)
Constructs a process builder with the specified operating system program and arguments. |
|
ProcessBuilder(String... command)
Constructs a process builder with the specified operating system program and arguments. |
| Method Summary | |
|---|---|
List<String> |
command()
Returns this process builder's operating system program and arguments. |
ProcessBuilder |
command(List<String> command)
Sets this process builder's operating system program and arguments. |
ProcessBuilder |
command(String... command)
Sets this process builder's operating system program and arguments. |
File |
directory()
Returns this process builder's working directory. |
ProcessBuilder |
directory(File directory)
Sets this process builder's working directory. |
Map<String,String> |
environment()
Returns a string map view of this process builder's environment. |
boolean |
redirectErrorStream()
Tells whether this process builder merges standard error and standard output. |
ProcessBuilder |
redirectErrorStream(boolean redirectErrorStream)
Sets this process builder's redirectErrorStream property. |
Process |
start()
Starts a new process using the attributes of this process builder. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public ProcessBuilder(List<String> command)
command
list. Subsequent
updates to the list will be reflected in the state of the
process builder. It is not checked whether
command
corresponds to a valid operating system
command.
command
- The list containing the program and its arguments
NullPointerException
- If the argument is null
public ProcessBuilder(String... command)
command
array, in the same order. It is not checked whether
command
corresponds to a valid operating system
command.
command
- A string array containing the program and its arguments| Method Detail |
|---|
public ProcessBuilder command(List<String> command)
command
list. Subsequent updates to the list will
be reflected in the state of the process builder. It is not
checked whether command
corresponds to a valid
operating system command.
command
- The list containing the program and its arguments
NullPointerException
- If the argument is null
public ProcessBuilder command(String... command)
command
array, in the same order. It is not
checked whether command
corresponds to a valid
operating system command.
command
- A string array containing the program and its arguments
public List<String> command()
public Map<String,String> environment()
System.getenv()
). Subprocesses subsequently started by
this object's start()
method will use this map as
their environment.
The returned object may be modified using ordinary Map
operations. These modifications will be
visible to subprocesses started via the start()
method. Two ProcessBuilder
instances always
contain independent process environments, so changes to the
returned map will never be reflected in any other
ProcessBuilder
instance or the values returned by
System.getenv
.
If the system does not support environment variables, an empty map is returned.
The returned map does not permit null keys or values.
Attempting to insert or query the presence of a null key or
value will throw a NullPointerException
.
Attempting to query the presence of a key or value which is not
of type String
will throw a ClassCastException
.
The behavior of the returned map is system-dependent. A
system may not allow modifications to environment variables or
may forbid certain variable names or values. For this reason,
attempts to modify the map may fail with
UnsupportedOperationException
or
IllegalArgumentException
if the modification is not permitted by the operating system.
Since the external format of environment variable names and values is system-dependent, there may not be a one-to-one mapping between them and Java's Unicode strings. Nevertheless, the map is implemented in such a way that environment variables which are not modified by Java code will have an unmodified native representation in the subprocess.
The returned map and its collection views may not obey the
general contract of the Object.equals(java.lang.Object)
and
Object.hashCode()
methods.
The returned map is typically case-sensitive on all platforms.
If a security manager exists, its
checkPermission
method is called with a
permission. This may result in a RuntimePermission
("getenv.*")SecurityException
being
thrown.
When passing information to a Java subprocess, system properties are generally preferred over environment variables.
SecurityException
- If a security manager exists and its
checkPermission
method doesn't allow access to the process environmentRuntime.exec(String[],String[],java.io.File)
,
System.getenv()
public File directory()
start()
method will use this as their working directory.
The returned value may be null
-- this means to use
the working directory of the current Java process, usually the
directory named by the system property user.dir
,
as the working directory of the child process.
public ProcessBuilder directory(File directory)
start()
method will use this as their working directory.
The argument may be null
-- this means to use the
working directory of the current Java process, usually the
directory named by the system property user.dir
,
as the working directory of the child process.
directory
- The new working directory
public boolean redirectErrorStream()
If this property is true
, then any error output
generated by subprocesses subsequently started by this object's
start()
method will be merged with the standard
output, so that both can be read using the
Process.getInputStream()
method. This makes it easier
to correlate error messages with the corresponding output.
The initial value is false
.
redirectErrorStream
propertypublic ProcessBuilder redirectErrorStream(boolean redirectErrorStream)
redirectErrorStream
property.
If this property is true
, then any error output
generated by subprocesses subsequently started by this object's
start()
method will be merged with the standard
output, so that both can be read using the
Process.getInputStream()
method. This makes it easier
to correlate error messages with the corresponding output.
The initial value is false
.
redirectErrorStream
- The new property value
public Process start() throws IOException
The new process will
invoke the command and arguments given by command()
,
in a working directory as given by directory()
,
with a process environment as given by environment()
.
This method checks that the command is a valid operating system command. Which commands are valid is system-dependent, but at the very least the command must be a non-empty list of non-null strings.
If there is a security manager, its
checkExec
method is called with the first component of this object's
command
array as its argument. This may result in
a SecurityException
being thrown.
Starting an operating system process is highly system-dependent. Among the many things that can go wrong are:
In such cases an exception will be thrown. The exact nature
of the exception is system-dependent, but it will always be a
subclass of IOException
.
Subsequent modifications to this process builder will not
affect the returned Process
.
Process
object for managing the subprocess
NullPointerException
- If an element of the command list is null
IndexOutOfBoundsException
- If the command is an empty list (has size 0
)
SecurityException
- If a security manager exists and its
checkExec
method doesn't allow creation of the subprocess
IOException
- If an I/O error occursRuntime.exec(String[], String[], java.io.File)
,
SecurityManager.checkExec(String)
|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


GHOST A film review by Sandy Grossmann Copyright 1990 Sandy Grossmann
Synopsis: A poignant theme, wistful performances, and wonderful touches of comedy make this movie "transcend" the summer blockbusters. The story revolves around a murdered man's attempts to protect and contact his girlfriend. Call this one a romantic suspense fantasy comedy. Heck, call it fun.
Cast: Patrick Swayze, Demi Moore, Whoopi Goldberg
Sam Wheat (Patrick Swayze) and Molly Jensen (Demi Moore) have just renovated a loft and moved into it. Sam is an investment banker, Molly is a ceramicist. They're a nice couple; they seem to balance each other in a satisfying way. Very much in love, they're entering a deeper phase of commitment which is rudely interrupted by a mugger who kills Sam in front of Molly. Sam watches over his own death and is as horrified as Molly, especially since he finds he's incapable of comforting her.
As we watch him follow Molly and watch over her in his old, uhm, haunts, (sorry, couldn't resist...) we feel his frustration and depression. Demi Moore can look so vulnerable that the audience joins Sam in wanting to put an arm around her. One day when she goes out for a walk, Sam remains in the loft and discovers that his mugging wasn't an accident: he was murdered. Worse, he recognizes that Molly is in--yes, you've guessed it--"grave" danger, and he must find a way to protect her.
In desperation, Sam goes to the storefront business of Oda Mae (Whoopi Goldberg), a con artist whose latest con is spiritual advising. No one is more surprised than Oda Mae when she does actually hear a voice from beyond. Therein starts the comic combination that develops into a truly entertaining set of scenes. Goldberg plays this role with such relish that we willingly go along for the ride.
Sam pesters Oda Mae until she reluctantly agrees to talk with Molly, but convincing Molly of Sam's ghost turns into a very difficult project not at all aided by the fact that Oda Mae has one hell of a police record for swindling. Sam, meanwhile, needs to find out who was in charge of his murder. While pursuing his mugger, Sam is terrorized by a ghost on one of the subways. This ghost can affect the real world in a way that Sam can't. Eventually, Sam learns a thing or two from an old ghost.
The rest of the film shows Sam having an increased effect on the real world, and there's no way I'll tell you in advance what happens. Now for a look at the style of this film: what worked and what didn't?
The humor works. It develops organically from the situation and the characters, and it's a necessary component in this film. Although a local critic felt that the film bounced too much between being a romance and being lighthearted, I can't agree with the criticism. If it weren't for the humor, the film would slip into pure sap without style. As previously mentioned, Goldberg plays her part with gusto, and Swayze is as believable a ghost as I've ever, uhm, seen.
The music works, as you've probably already surmised by previous comments in the rec.arts.movies group. Unchained Melody always seemed a sentimental piece that I liked for its pure romanticism. Now I'll think of it and this movie as a unit.
The performances work: they were nearly perfect for this movie. I'm not usually a fan of Swayze, but as someone else on the net pointed out, he's a very physical kind of actor, and he did a fine job. After you see this movie, try to imagine someone else playing Sam Wheat. I can't think of anyone who'd be better here. Demi Moore also is irreplaceable in this film. She maintains a very sweet sadness throughout the film, entirely believable, entirely appropriate. It's only when you consider that she spent 6/7ths of the movie with tears rolling down her face that you realize her role didn't have much meat. She managed very well. And I've already expressed delight with Whoopi Goldberg. No one else could have played her role as well as she.
The special effects work most of the time. However, I'm not convinced that it was necessary to show us the difference between being sucked up by good ghosts vs. bad ghosts; it looked downright corny to me. Another complaint: one of the special effects (toward the end) was gruesome. I'm less willing to forgive that. I firmly believe that explicit violence and comedy are mutually exclusive.
The ending was, I suppose, a natural consequence of the preceding events, but it seemed a trite too silly and it tried a bit too hard to tug at the heartstrings. (For anyone who's interested, I've been thinking of alternative endings, and I'd be interested in exchanging email about it.)
All in all, though, this was an entertaining movie that makes me miss movies about people and the connections between them. It's not a "statement" movie, so you probably won't go home a better person :-), but you'll probably enjoy at least the love scenes between Sam and Molly and the humorous scenes between Sam and Oda Mae. And maybe you too will find the old-fashioned idea of eternal love a compelling notion.
.
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


void STP_EnableLogging ( STP_BRIDGE* bridge, bool enable );
Enables or disable logging on a bridge.
true
false
This function may be called from one of the STP callbacks.


:rtype: dict
feature_type, feature_name = FeatureParser(feature)
bbox = eopatch.bbox
data = eopatch[feature_type][feature_name]
timestamps = eopatch.timestamp
:rtype: dict
feature = list(FeatureParser(feature))
feature_type, feature_name = feature[0][0], feature[0][1]
bbox = eopatch.bbox
data = eopatch[feature_type][feature_name]
timestamps = eopatch.timestamp


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In this scenario the parent div's -ms-user-select attribute is set "none", thus disabling selection for the parent div. You will find 5 child divs that have their -ms-user-select attribute set to "inherit", "element", "text", "initial" and "none" respectively.
The user has the ability to select everything within the div with attribute set to "element". However if you begin selection from the div marked "text" can select anything on the page. The "inherit" div and the "auto" div are unselectable just like the parent div.
The -ms-user-select attribute for the Parent Div is set to "none". Hence selection is disabled.
The -ms-user-select attribute for this div is set to "inherit"
The -ms-user-select attribute for this div is set to "element"
The -ms-user-select attribute for this div is set to "text"
Either you don't use the -ms-user-select attribute or set it to "auto"
The -ms-user-select attribute for this div is set to "none"


I have been in constuction for almost five years. I started when I was fourteen working for my grandpa. Over the years I learned
multiple different trades. Working in such a hard industy has taught me alot about hard work, people, and doing a quality job. Although
I am on my way out of the trades i'm glad I spent the time in them that I have. Below is a list of things I might do on a day to day basis
at work.


Classes
Classify ([isLibrary]) |
Analysis methods for imhr.processing.preprocesing. |
Metadata ([isLibrary]) |
Process participants metadata for analysis and export. |
Processing (config[, isLibrary, isDebug]) |
Hub for running processing and analyzing raw data. |
raw ([is_library]) |
processing summary data for output |
redcap () |
Downloading data from REDCap. |
imhr.Webgazer.
Classify
(isLibrary=False)[source]¶Bases: imhr.Webgazer.classify.Classify
Analysis methods for imhr.processing.preprocesing.
| Parameters: |
|
|---|
Methods
Acceleration (time, data_x[, data_y]) |
Calculate the acceleration (deg/sec/sec) for data points in d_x and (optionally) d_y, using the time numpy array for time delta information. |
Velocity (time, config, d_x[, d_y]) |
Calculate the instantaneous velocity (degrees / second) for data points in d_x and (optionally) d_y, using the time numpy array for time delta information. |
VisualAngle (g_x, g_y, config) |
Convert pixel eye-coordinates to visual angle. |
hmm (data, filter_type, config) |
Hidden Makov Model, adapted from https://gitlab.com/nslr/nslr-hmm. |
idt (data, dis_threshold, dur_threshold) |
Identification with Dispersion Threshold. |
ivt (data, v_threshold, config) |
Identification with Velocity Threshold. |
savitzky_golay (y, window_size, order[, …]) |
Smooth (and optionally differentiate) data with a Savitzky-Golay filter. |
simple (df, missing, maxdist, mindur) |
Detects fixations, defined as consecutive samples with an inter-sample distance of less than a set amount of pixels (disregarding missing data). |
Acceleration
(time, data_x, data_y=None)[source]¶Calculate the acceleration (deg/sec/sec) for data points in d_x and (optionally) d_y, using the time numpy array for time delta information.
| Parameters: |
|
|---|
Velocity
(time, config, d_x, d_y=None)[source]¶Calculate the instantaneous velocity (degrees / second) for data points in d_x and (optionally) d_y, using the time numpy array for time delta information.
| Parameters: |
|
|---|
Notes
Numpy arrays time, d_x, and d_y must all be 1D arrays of the same length. If both d_x and d_y are provided, then the euclidian distance between each set of points is calculated and used in the velocity calculation. Time must be in seconds.msec units, while d_x and d_y are expected to be in visual degrees. If the position traces are in pixel coordinate space, use the VisualAngleCalc class to convert the data into degrees.
VisualAngle
(g_x, g_y, config)[source]¶Convert pixel eye-coordinates to visual angle.
| Parameters: |
|
|---|
Notes
hmm
(data, filter_type, config)[source]¶Hidden Makov Model, adapted from https://gitlab.com/nslr/nslr-hmm.
| Parameters: |
|
|---|---|
| Attributes: |
|
Notes
References
| [1] | Pekkanen, J., & Lappi, O. (2017). A new and general approach to signal denoising and eye movement classification based on segmented linear regression. Scientific Reports, 7(1). doi:10.1038/s41598-017-17983-x. |
idt
(data, dis_threshold, dur_threshold)[source]¶Identification with Dispersion Threshold.
| Parameters: |
|
|---|---|
| Returns: |
|
Notes
The I-DT algorithm has two parameters: a dispersion threshold and the length of a time window in which the dispersion is calculated. The length of the time window is often set to the minimum duration of a fixation, which is around 100-200 ms.
ivt
(data, v_threshold, config)[source]¶Identification with Velocity Threshold.
In the I-VT model, the velocity value is computed for every eye position sample. The velocity value is then compared to the threshold. If the sampled velocity is less than the threshold, the corresponding eye-position sample is marked as part of a fixation, otherwise it is marked as a part of a saccade.
| Parameters: |
|
|---|---|
| Returns: |
|
Notes
From https://github.com/ecekt/eyegaze. Formula from: https://dl.acm.org/citation.cfm?id=355028
savitzky_golay
(y, window_size, order, deriv=0, rate=1)[source]¶Smooth (and optionally differentiate) data with a Savitzky-Golay filter.
The Savitzky-Golay filter removes high frequency noise from data. It has the advantage of preserving the original shape and features of the signal better than other types of filtering approaches, such as moving averages techniques.
| Parameters: |
|
|---|---|
| Returns: |
|
Notes
The Savitzky-Golay is a type of low-pass filter, particularly suited for smoothing noisy data. The main idea behind this approach is to make for each point a least-square fit with a polynomial of high order over a odd-sized window centered at the point. For more information, see: http://wiki.scipy.org/Cookbook/SavitzkyGolay.
Examples
>>> t = np.linspace(-4, 4, 500)
>>> y = np.exp( -t**2 ) + np.random.normal(0, 0.05, t.shape)
>>> ysg = savitzky_golay(y, window_size=31, order=4)
>>> import matplotlib.pyplot as plt
>>> plt.plot(t, y, label='Noisy signal')
>>> plt.plot(t, np.exp(-t**2), 'k', lw=1.5, label='Original signal')
>>> plt.plot(t, ysg, 'r', label='Filtered signal')
>>> plt.legend()
>>> plt.show()
References
| [1] | A. Savitzky, Golay, M. (1964). Smoothing and Differentiation of Data by Simplified Least Squares Procedures. Analytical Chemistry. 36(8), pp 1627-1639. |
| [2] | S.A. Teukolsky, W.T. Vetterling, B.P. Flannery Numerical Recipes 3rd Edition: The Art of Scientific Computing. W.H. Press,Cambridge University Press ISBN-13:<PHONE_NUMBER>688. |
simple
(df, missing, maxdist, mindur)[source]¶Detects fixations, defined as consecutive samples with an inter-sample distance of less than a set amount of pixels (disregarding missing data).
| Parameters: |
|
|---|---|
| Returns: |
|
Notes
From https://github.com/esdalmaijer/PyGazeAnalyser/blob/master/pygazeanalyser/detectors.py
imhr.Webgazer.
Metadata
(isLibrary=False)[source]¶Bases: imhr.Webgazer.metadata.Metadata
Process participants metadata for analysis and export.
| Parameters: |
|
|---|
Methods
predict (df) |
Predicting screen size (cm), device (i.e. |
summary (df, path) |
Preparing data for use in analysis. |
predict
(df)[source]¶Predicting screen size (cm), device (i.e. macbook 2018).
| Parameters: |
|
|---|---|
| Returns: |
|
summary
(df, path)[source]¶Preparing data for use in analysis.
| Parameters: | |
|---|---|
| Attributes: | |
| Returns: |
|
Notes
You can either get data from all files within a directory (directory), or from a specific subject (subject_session).
Examples
>>> #if using path:
>>> df = getData(path=self.config['path'])
>>> #if getting data for single subject:
>>> df = getData(path=self.config['path'],subject_session=['1099','1', '0'])
imhr.Webgazer.
Processing
(config, isLibrary=False, isDebug=False)[source]¶Bases: object
Hub for running processing and analyzing raw data.
Methods
append_classify (self, df, cg_df) |
Appending classification to Dataframe. |
classify (self, config, df[, ctype, …]) |
I-DT algorithm takes into account the distribution or spatial proximity of eye position points in the eye-movement trace. |
dwell (self, df[, cores, isMultiprocessing]) |
Calculate dwell time for sad and neutral images. |
filter_data (self, df, filter_type, config) |
Butterworth: Design an Nth-order digital or analog Butterworth filter and return the filter coefficients. |
getData (self[, path]) |
preparing data for use in analysis. |
getEstimatedMonitor (self, diagonal, window) |
calculate estimate monitor size (w,h;cm) using estimated diagonal monitor (hypotenuse; cm). |
onset_diff (self, df0[, merge, cores]) |
Calculate differences in onset presentation (stimulus, dotloc) using bokeh, seaborn, and pandas. |
preprocess (self, df, window) |
Initial data cleaning. |
process (self, window, filters, gxy_df, trial) |
Plotting and preparing data for classification. |
roi (self[, filters, flt, df, manual, …]) |
Check if fixation is within bounds. |
run (self, path[, task_type, single_subject, …]) |
Processing of data. |
subject_metadata (self, fpath, spath) |
Collect all subjects metadata. |
variables (self, df) |
Output list of variables for easy html viewing. |
append_classify
(self, df, cg_df)[source]¶Appending classification to Dataframe.
| Parameters: |
|
|---|
classify
(self, config, df, ctype='ivt', filter_type=None, v_th=None, dr_th=None, di_th=None, missing=None, maxdist=None, mindur=None)[source]¶I-DT algorithm takes into account the distribution or spatial proximity of eye position points in the eye-movement trace.
In the I-VT model, the velocity value is computed for every eye position sample. The velocity value is then compared to the threshold. If the sampled velocity is less than the threshold, the corresponding eye-position sample is marked as part of a fixation, otherwise it is marked as a part of a saccade.
The simple model detects fixations, defined as consecutive samples with an inter-sample distance of less than a set amount of pixels (disregarding missing data)
| Parameters: |
|
|---|---|
| Returns: |
|
| Raises: |
|
dwell
(self, df, cores=1, isMultiprocessing=False)[source]¶Calculate dwell time for sad and neutral images.
| Parameters: |
|
|---|---|
| Returns: |
|
filter_data
(self, df, filter_type, config)[source]¶Butterworth: Design an Nth-order digital or analog Butterworth filter and return the filter coefficients.
| Parameters: |
|
|---|---|
| Attributes: |
|
getData
(self, path=None)[source]¶preparing data for use in analysis.
| Parameters: |
|
|---|---|
| Attributes: |
|
| Returns: |
|
Notes
You can either get data from all subjects within a directory, or from a specific subject (subject_session).
Examples
>>> #if using path:
>>> df_raw = getData(path=self.config['path']['raw'])
>>> #if getting data for single subject:
>>> df_raw = getData(path=self.config['path']['raw'],subject_session=['1099','1', '0'])
getEstimatedMonitor
(self, diagonal, window)[source]¶calculate estimate monitor size (w,h;cm) using estimated diagonal monitor (hypotenuse; cm).
| Attributes: |
|
|---|
onset_diff
(self, df0, merge=None, cores=1)[source]¶Calculate differences in onset presentation (stimulus, dotloc) using bokeh, seaborn, and pandas.
| Parameters: |
|
|---|---|
| Returns: |
|
preprocess
(self, df, window)[source]¶Initial data cleaning.
| Parameters: |
|
|---|---|
| Attributes: |
|
Notes
process
(self, window, filters, gxy_df, trial, _classify=True, ctype='simple', _param='', log=False, v_th=20, dr_th=200, di_th=20, _missing=0.0, _maxdist=25, _mindur=50)[source]¶Plotting and preparing data for classification. Combined plot of each filter.
| Parameters: |
|
|---|---|
| Attributes: |
|
| Returns: |
|
roi
(self, filters=None, flt=None, df=None, manual=False, monitorSize=None)[source]¶Check if fixation is within bounds.
| Attributes: |
|
|---|---|
| Returns: |
|
run
(self, path, task_type='eyetracking', single_subject=False, single_trial=False, subject=0, trial=0, isMultiprocessing=True, cores=1)[source]¶Processing of data. Steps here include: cleaning data, fixation identification, and exporting data.
| Parameters: |
|
|---|---|
| Attributes: |
|
subject_metadata
(self, fpath, spath)[source]¶Collect all subjects metadata.
| Parameters: | |
|---|---|
| Returns: |
|
variables
(self, df)[source]¶Output list of variables for easy html viewing.
| Parameters: |
|
|---|---|
| Returns: |
|
imhr.Webgazer.
raw
(is_library=False)[source]¶Bases: object
processing summary data for output
Methods
download (self, l_exp, log_path, save_path, …) |
Download raw data for use in analysis. |
library (self) |
Check if required libraries are available. |
imhr.Webgazer.
redcap
[source]¶Bases: object
Downloading data from REDCap.
Methods
cesd (path, filename, token, url, report_id) |
Download CES-D data for use in analysis. |
demographics (path, filename, token, url, …) |
Download demographics data for use in analysis. |
mmpi (path, filename, token, url, report_id) |
Download MMPI data for use in analysis. |
cesd
(path, filename, token, url, report_id)[source]¶Download CES-D data for use in analysis.
| Parameters: |
|---|
demographics
(path, filename, token, url, report_id, payload=None)[source]¶Download demographics data for use in analysis.
| Parameters: |
|---|
Notes


Anonymous ## Admin No. 1 The material located at this site is not endorsed, sponsored or provided by or on behalf of North Carolina State University.


Syck - "C" YAML implementation /w Python binding
Clark C. Evans
cce at clarkevans.com
Sun Jun 8 21:18:45 CEST 2003
I just wanted to pass along a note that there is now a (quite
stable) "C" YAML implementation with a Python binding. It is not
perfect, however, it is useable and quite fast.
Best,
Clark
------------------------------------------------------------
From: why the lucky stiff <yaml-core at whytheluckystiff.net>
To: yaml-core at lists.sourceforge.net
Subject: [Yaml-core] Syck 0.35 + YAML.rb 0.60 -- the 1st stable release
Date: Thu, 5 Jun 2003 15:16:40 -0600
proudly announcing...
| syck 0.35 |
\o/
))
/ \
(some intentional sticking-out of the belly is warranted, don't you
think?)
The ruby-core team has been immensely helpful, contributing bug reports
that have helped polish out Syck very quickly. I'm pleased to say that
Syck has now surpassed previous versions of YAML.rb. It is very stable
and very fast.
This version handles large files, especially streaming of large files,
much better. YTS is 85% pass. Some of the fails are (I believe)
incorrect tests. We'll get into that soon.
If you have Ruby 1.8.0, simply update from Ruby CVS. If you have Ruby
1.6.x, then install Syck from the tarball link below.
The Python and PHP extensions haven't changed at all (though they
benefit from the wealth of changes to the Syck core.) When Ruby 1.8.0
is released, I'll be hitting those extensions harder.
_why
---
released: { name: Syck, version: 0.35 }
for: [ Ruby, PHP, Python ]
by: why the lucky stiff
about: >
Syck is a YAML parser, an extension for scripting
languages, written in C.
So what is YAML? YAML is a new language for data.
Describe objects in plain text. Load the data into
your scripting language as arrays, dictionaries,
classes, or primitives.
links:
YAML: http://www.yaml.org/
YAML Cookbook: http://yaml4r.sf.net/cookbook/
YAML Type Repository: http://yaml.org/type/
YAML Specification: http://yaml.org/spec/
Syck: http://www.whytheluckystiff.net/syck/
Syck Benchmarks: http://www.whytheluckystiff.net/arch/2003/03/19
Tarball @ SourceForge: >
http://aleron.dl.sourceforge.net/sourceforge/yaml4r/syck-0.35.tar.gz
status: >
Syck is about 85% compliant with the YAML spec. Largely, small
issues remain.
The extensions are quite usable. Ruby, PHP and Python
can load from a string containing YAML.
Ruby has support for stream loading, type handling, YPath, Okay.
This release marks the 0.60 release of YAML.rb.
benchmarks: >
Syck is quite speedy, although not as swift as most language's
native serialization.
Syck runs at about:
30-35% of the speed of Ruby's Marshal.
35-90% of the speed of PHP's deserialize().
600% of the speed of Python's Pickle.
33-40% of the speed of Python's cPickle.
(Based on various types of structured data.)
installation: >
Syck contains working extensions for the Ruby, PHP, and Python
languages. Each requires compilation of the libsyck library,
followed by compilation of the extension.
To compile libsyck, first download libsyck.
tar xzvf syck-0.35.tar.gz
cd syck-0.35
./configure
make
sudo make install
To install the Ruby extension:
cd ext/ruby
ruby install.rb config
ruby install.rb setup
sudo ruby install.rb install
To install the Python extension:
cd ext/python
python setup.py build
sudo python setup.py install
To install the PHP extension:
sh make_module.sh
sudo make install (if you weren't root during make_module.sh)
php -q syck.php
examples:
To load this document in Ruby: |
($:~)$ irb
>> require 'syck'
=> true
>> yp = YAML::Syck::Parser.new( {} )
=> #<YAML::Syck::Parser:0x8058530>
>> yp.load( File.open( 'syck-0.35.yml' ) )
=> {"status"=>"Syck is about 60% compliant ..."}
To load this document in PHP: |
($:~)$ php -a
Interactive mode enabled
<? dl( 'syck.so' ); print_r( syck_load( implode( '', file( 'syck-0.35.yml' ) ) ) ); ?>
.. php then outputs ..
X-Powered-By: PHP/4.2.3
Content-type: text/html
Array
(
[released] => Array
(
[name] => Syck
[version] => 0.35
)
.. and so on ..
To load this document in Python: |
($:~)$ python
Python 2.1.3 (#1, Jul 11 2002, 17:52:24)
[GCC 2.95.3 20010315 (release) [FreeBSD]] on freebsd4
Type "copyright", "credits" or "license" for more information.
>>> import syck
>>> f = open( 'syck-0.35.yml' )
>>> syck.load( f.read() )
{'by': 'why the lucky stiff', ... }
More information about the Python-list
mailing list


Design
Color and imagery, the flow of words across a page, a subtle animation that adds a dash of fancy—web design is an art form, and like every other art, it requires practice, concentrated effort, time. Above all, it requires delight.
Color and imagery, the flow of words across a page, a subtle animation that adds a dash of fancy—web design is an art form, and like every other art, it requires practice, concentrated effort, time. Above all, it requires delight.
Design and content ©2011 Christopher Krycho. More info here.


class SwipeProgressView : FrameLayout
An interactive user interface element that indicates generic progress. The user can touch the view and swipe left or right to set the current progress level. |
var SwipeProgressView.progressRange: IntRange
The minimum-maximum progress range of this view. |
fun SwipeProgressView.setProgressAnimated(progress: Int): Unit
Sets the current progress to the specified value, animating the visual position between the current and target values. |
|
fun SwipeProgressView.setProgressColor(color: Int): Unit
Sets the progressDrawable of this view to a solid color. |


Admin adapter settings
IP:
Port
:
Secure (HTTPS)
:
Public certificate
:
Private certificate
:
Chained certificate
:
Authentication
:
Login timeout (sec)
:
Cache
:
Run as
:
Updates check
:
manually
every 12 hours
every day
every 2 days
every 3 days
every week
every 2 weeks
monthly
Let's Encrypt settings
Use Lets Encrypt certificates
:
Use this instance for automatic update
:
Port to check the domain
:


|
CS 107 - Introduction to Scientific Computation Homework #10 |
Due: Wednesday 11/6 at the beginning of class
Note: The grading system
will check return values only to see that results closely approximate correct
results. Grading for plotting will be done separately and manually.
1. Miniature Golf Simulation: Imagine a 1 meter by 1 meter
miniature golf green where
- you're putting (hitting the ball) from x = 0, y = 0, where the square
green (playing area) goes from (0, 0) to (1, 1), corner to corner,
- the putt has initial velocity v, and initial angle theta in the range
(0, pi/2) counter-clockwise from the x-direction looking down from the
positive vertical (z) direction,
- there is a hole centered at (.5, .5) with a radius of .05,
- a ball within the hole radius drops in the hole and simulation stops,
- the square is tilted upward in the positive y direction, such that there
is no acceleration in the x direction, and the y acceleration is -0.5 m/s/s,
- we will be ignoring the z coordinate, since we assume the ball will
remain in contact with the ground,
- there are walls from (0, 0) to (0, 1), from (0, 1) to (1, 1), and from
(1, 1) to (1, 0),
- these walls perfectly reflect the motion of the ball, causing the
velocity to reverse in the direction perpendicular, and
- a ball that goes beyond the green (with negative y value) is
out-of-bounds and simulation stops. Note: Do not solve for and terminate
output with the point where y goes out of bounds. The last x and y
values returned are the first for which y < 0.
Create a function simGolf that takes as input:
- initial velocity,
- initial angle, and
- simulation time step
and returns as output:
- an integer that is -1 if the ball goes out of bounds, or the number
of times the ball bounced off walls if the ball dropped in the hole,
- a vector of the simulation x values, and
- a vector of the simulation y values.
To simulate a bounce, do not merely reverse velocity, but also reflect the
motion, such that the distance just traveled beyond a wall is reflected back as
well. For example, suppose you find that the y value is now 1.1.
This overshoots the wall by .1. So the new reflected y value will now be 1
- .1 = .9.
Within your simulation loop, the structure should be:
% change simulation value as if no walls exist
% in each case where a ball has gone beyond wall bounds, tally the bounce,
reflect the motion, and reverse the velocity perpendicular to the wall
% add the new (x, y) point values to their respective result vectors.
2. Plotting a Single Golf Simulation Trajectory: Taking the same
input as simGolf, your function plotGolf will
- use simGolf to simulate the golf ball trajectory,
- use "axis square" and axis limits from (-0.25, -0.25) to (1.25, 1.25),
- plot the golf ball trajectory,
- plot the walls,
- plot the outer edge of the hole or some approximation (see Exercise
3.5), and
- return the first output integer from simGolf.
For example, plotGolf(4, .3, .01) will return the integer 7 and plot this:
3. Plotting Many Golf Simulation Results: In function plotGolf2, you
will take as input:
- the maximum initial velocity,
- simulation time step, and
- the number of points to linearly sample in each dimension of the simGolf
input (initial velocity, initial angle)
The output will be the matrix of simGolf bounce count return values you will
be plotting.
The initial angle theta will be in the range (0, pi/2). The minimum
initial velocity will be 0. Use linspace, these bounds, and the number of
points to sample to create a meshgrid of initial velocities and angles. For each
initial velocity and angle, perform the simGolf simulation, and store the first
return value in a matrix. Finally, create a plot of the values using
pcolor(<initial velocities>, <initial angles>, <matrix of return values>);
shading('flat');
axis('square');
For example, plotGolf2(5, .01, 200) will return and plot this:


JavaScript Practice Problems - W3Resource - Basic
Problem 9
Write a JavaScript program to calculate days left until next Christmas.
Solution


interface SubredditData : Thing, Created
created |
The unix-time Long representing the creation date of the item. abstract val created: Long |
createdUtc |
The unix-time Long representing the UTC creation date of the item. abstract val createdUtc: Long |
displayName |
abstract val displayName: String |
displayNamePrefixed |
abstract val displayNamePrefixed: String |
fullname |
Fullname of the item, e.g. "t1_c3v7f8u" abstract val fullname: String |
id |
this item identifier, e.g. "8xwlg" abstract val id: String |
subredditType |
abstract val subredditType: String |
title |
abstract val title: String |
url |
abstract val url: String |
createdDate |
Useful extension to convert the creation date property, from the Long unixtime, to a more practical Date object. val Created.createdDate: Date |
createdUtcDate |
Useful extension to convert the utc creation date property, from the Long unixtime, to a more practical Date object. val Created.createdUtcDate: Date |
PrivateSubreddit |
data class PrivateSubreddit : SubredditData, Parcelable |
Subreddit |
data class Subreddit : SubredditData, Parcelable |


#include <PhysicsEngine.h>
Public Member Functions | |
| PhysicsObject (ObjectType type, Real mass, Vector3 position) | |
| PhysicsObject (ObjectType type, Real mass) | |
| PhysicsObject (const PhysicsObject ©) | |
| ObjectType | type () const |
| Real | mass () const |
| void | velocity (Vector3 velocity) |
| void | acceleration (Vector3 acceleration) |
| Vector3 | getVelocity () const |
| Vector3 | acceleration () const |
| Vector3 | sumForces () const |
| Vector3 | sumTempForces () const |
| void | applyForce (Vector3 force) |
| void | applyTempForce (Vector3 force) |
| void | clearForces () |
| virtual void | updatePhysics (Real timeElapsed) |
The PhysicsObject class represents an object in the OreWar game world which is subject to physics simulation. Physics objects have a set mass, and forces can be applied to produce motion when the updatePosition() method is called. The velocity and acceleration can also be directly manipulated in cases where forces are unnecessary. All properties use the same coordinate orientation as those in the BaseObject class.
Definition at line 83 of file PhysicsEngine.h.
| PhysicsObject::PhysicsObject | ( | ObjectType | type, | |
| Real | mass, | |||
| Vector3 | position | |||
| ) |
Construct a PhysicsObject at the given position coordinates with the specified mass and default heading (<0, 0, -1>).
Definition at line 83 of file PhysicsEngine.cpp.
| PhysicsObject::PhysicsObject | ( | ObjectType | type, | |
| Real | mass | |||
| ) |
Construct a PhysicsObject at the origin with the specified mass with default heading (<0, 0, -1>)
Definition at line 89 of file PhysicsEngine.cpp.
| PhysicsObject::PhysicsObject | ( | const PhysicsObject & | copy | ) |
Copy constructor
Definition at line 94 of file PhysicsEngine.cpp.
| Vector3 PhysicsObject::acceleration | ( | ) | const |
Definition at line 125 of file PhysicsEngine.cpp.
| void PhysicsObject::acceleration | ( | Vector3 | acceleration | ) |
Sets the acceleration of the object
Definition at line 115 of file PhysicsEngine.cpp.
| void PhysicsObject::applyForce | ( | Vector3 | force | ) |
Applies an addititve force on the object which will be taken into account on the next physics update.
Definition at line 140 of file PhysicsEngine.cpp.
| void PhysicsObject::applyTempForce | ( | Vector3 | force | ) |
Applies an addititve force on the object which will be taken into account and cleared on the next physics update.
Definition at line 145 of file PhysicsEngine.cpp.
| void PhysicsObject::clearForces | ( | ) |
Remove all forces (temporary and persistent) all force currently applied to the object
Definition at line 150 of file PhysicsEngine.cpp.
| Vector3 PhysicsObject::getVelocity | ( | ) | const |
Definition at line 120 of file PhysicsEngine.cpp.
| Real PhysicsObject::mass | ( | ) | const |
Definition at line 105 of file PhysicsEngine.cpp.
| Vector3 PhysicsObject::sumForces | ( | ) | const |
Definition at line 130 of file PhysicsEngine.cpp.
| Vector3 PhysicsObject::sumTempForces | ( | ) | const |
Definition at line 135 of file PhysicsEngine.cpp.
| ObjectType PhysicsObject::type | ( | ) | const |
Definition at line 100 of file PhysicsEngine.cpp.
| void PhysicsObject::updatePhysics | ( | Real | timeElapsed | ) | [virtual] |
Updates the object's position, taking all physics parameters into account as well as the time elapsed since the last position update (in seconds).
Definition at line 156 of file PhysicsEngine.cpp.
| void PhysicsObject::velocity | ( | Vector3 | velocity | ) |
Sets the velocity of the object
Definition at line 110 of file PhysicsEngine.cpp.


Start:
Latitude:
End:
Longitude:
Target:
Map Mode:
Road Map
Satellite
Hybrid
Terrain
Stamen Toner
Stamen Water colour
Stamen Terrain
Address:


Zubat
Pokemon is a double, poisonous and flying type from the first generation of Pokemon. At level 22, it evolves into Golbat. Further the golbat evolves into a Crobat in a state of happiness.


{{ template "snippets/header.html" . }}
Memo is open source at: github.com/memocash/memo
To learn about what Memo is, how it works, and why we're building it - visit the Introducing Memo announcement.
Slack:
memochat.slack.com
Telegram: @memocash
Twitter: @memobch
Email: contact@memo.cash


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And an even wittier subheading to boot. Jumpstart your marketing efforts with this example based on Apple’s marketing pages.
And an even wittier subheading.
And an even wittier subheading.
And an even wittier subheading.
And an even wittier subheading.


Symbol properties are a band-aid.
They don't enable strong “only” stories.
JSON.stringify(o, (_, v) => { if (v && typeof v === 'object' && !Array.isArray(v) && !v.toJSON) { let nv = Object.assign({}, v) for (let s of Object.getOwnPropertySymbols(v)) { // Make sure we don't miss symbol keys. nv[String(s)] = v[s] } return nv } return v })
this.#privateField
addresses different problems.
Boxes do.
Complements data flow.


node { withEnv(['MYTOOL_HOME=/usr/local/mytool']) { sh '$MYTOOL_HOME/bin/start' } }
(Note that here we are using single quotes in Groovy, so the variable expansion is being done by the Bourne shell, not Jenkins.)
See the documentation for the env
singleton for more information on environment variables.


FACULTY
IPU FACULTY are the most Wonderful and Helpful Faculty Who are Best in Educations and Teaching Skills Because of Thier Experienses of Even more than 15 year.
All I Say for faculty is:-
“The mediocre teacher tells. The good teacher explains. The superior teacher demonstrates. The great teacher inspires.”
Some of IPU's faculty are shown below in the Table
:-
| Name of the teacher |
Department |
University |
| Mr. Amit Nath Thullal |
CSE |
|
| Dr. Rekha Agarwal |
ECE |
GGSIPU |
| Dr. Rajesh Kumar |
MAE |
JMI |
| Dr. Anil Kumar |
CSE |
GGSIPU |
| Dr. Shashi Chawla |
Chemistry |
JMI |
| Dr. Keshvendra Chaudhary |
MAE |
JMI |
| Dr. Rajesh K. Tyagi |
CSE |
GGSIPU |
| Dr. Poonam Bansal |
CSE |
GGSIPU |
|
Mr. Mandeep Mittal |
CSE |
DU |
| Dr. Vijay Kumar |
Mathematics |
DU |
|
Mr. V.P. Vishwakarma |
CSE |
GGSIPU |
| Dr. Amit Prakash Singh |
CSE |
IIT |


public class UserDestinationMessageHandler extends java.lang.Object implements MessageHandler, SmartLifecycle
MessageHandler
with support for "user" destinations.
Listens for messages with "user" destinations, translates their destination to actual target destinations unique to the active session(s) of a user, and then sends the resolved messages to the broker channel to be delivered.
DEFAULT_PHASE
| 构造器和说明 |
|---|
UserDestinationMessageHandler(SubscribableChannel clientInboundChannel,
SubscribableChannel brokerChannel,
UserDestinationResolver resolver)
Create an instance with the given client and broker channels subscribing
to handle messages from each and then sending any resolved messages to the
broker channel.
|
| 限定符和类型 | 方法和说明 |
|---|---|
java.lang.String |
getBroadcastDestination()
Return the configured destination for unresolved messages.
|
MessageSendingOperations<java.lang.String> |
getBrokerMessagingTemplate()
Return the messaging template used to send resolved messages to the
broker channel.
|
MessageHeaderInitializer |
getHeaderInitializer()
Return the configured header initializer.
|
UserDestinationResolver |
getUserDestinationResolver()
Return the configured
UserDestinationResolver . |
void |
handleMessage(Message<?> message)
Handle the given message.
|
boolean |
isRunning()
Check whether this component is currently running.
|
void |
setBroadcastDestination(java.lang.String destination)
Set a destination to broadcast messages to that remain unresolved because
the user is not connected.
|
void |
setHeaderInitializer(MessageHeaderInitializer headerInitializer)
Configure a custom
MessageHeaderInitializer to initialize the
headers of resolved target messages. |
void |
start()
Start this component.
|
void |
stop()
Stop this component, typically in a synchronous fashion, such that the component is
fully stopped upon return of this method.
|
void |
stop(java.lang.Runnable callback)
Indicates that a Lifecycle component must stop if it is currently running.
|
java.lang.String |
toString() |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait
getPhase, isAutoStartup
public UserDestinationMessageHandler(SubscribableChannel clientInboundChannel, SubscribableChannel brokerChannel, UserDestinationResolver resolver)
clientInboundChannel
- messages received from clients.brokerChannel
- messages sent to the broker.resolver
- the resolver for "user" destinations.public UserDestinationResolver getUserDestinationResolver()
UserDestinationResolver
.public void setBroadcastDestination(@Nullable java.lang.String destination)
By default this is not set.
destination
- the target destination.@Nullable public java.lang.String getBroadcastDestination()
public MessageSendingOperations<java.lang.String> getBrokerMessagingTemplate()
public void setHeaderInitializer(@Nullable MessageHeaderInitializer headerInitializer)
MessageHeaderInitializer
to initialize the
headers of resolved target messages.
By default this is not set.
@Nullable public MessageHeaderInitializer getHeaderInitializer()
public final void start()
Lifecycle
Should not throw an exception if the component is already running.
In the case of a container, this will propagate the start signal to all components that apply.
start
在接口中 Lifecycle
SmartLifecycle.isAutoStartup()
public final void stop()
Lifecycle
SmartLifecycle
and its stop(Runnable)
variant when asynchronous stop behavior is necessary.
Note that this stop notification is not guaranteed to come before destruction:
On regular shutdown, Lifecycle
beans will first receive a stop notification
before the general destruction callbacks are being propagated; however, on hot
refresh during a context's lifetime or on aborted refresh attempts, a given bean's
destroy method will be called without any consideration of stop signals upfront.
Should not throw an exception if the component is not running (not started yet).
In the case of a container, this will propagate the stop signal to all components that apply.
stop
在接口中 Lifecycle
SmartLifecycle.stop(Runnable)
,
DisposableBean.destroy()
public final void stop(java.lang.Runnable callback)
SmartLifecycle
The provided callback is used by the LifecycleProcessor
to support
an ordered, and potentially concurrent, shutdown of all components having a
common shutdown order value. The callback must be executed after
the SmartLifecycle
component does indeed stop.
The LifecycleProcessor
will call only this variant of the
stop
method; i.e. Lifecycle.stop()
will not be called for
SmartLifecycle
implementations unless explicitly delegated to within
the implementation of this method.
The default implementation delegates to Lifecycle.stop()
and immediately
triggers the given callback in the calling thread. Note that there is no
synchronization between the two, so custom implementations may at least
want to put the same steps within their common lifecycle monitor (if any).
stop
在接口中 SmartLifecycle
Lifecycle.stop()
,
SmartLifecycle.getPhase()
public final boolean isRunning()
Lifecycle
In the case of a container, this will return true
only if all
components that apply are currently running.
public void handleMessage(Message<?> message) throws MessagingException
MessageHandler
handleMessage
在接口中 MessageHandler
message
- the message to be handledMessagingException
- if the handler failed to process the messagepublic java.lang.String toString()
toString
在类中 java.lang.Object


{% load staticfiles %}
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| {% for lang in project.all_langs %} {{ lang }} | {% endfor %}
{{ project.desc }}


| Package | Description |
|---|---|
| com.al.json2model.model |
| Modifier and Type | Class and Description |
|---|---|
class |
ModelCSharp
Model class for Java. |
class |
ModelJava
Model class for Java. |
class |
ModelJavaScript
Model class for Java. |
class |
ModelObjectiveC
Model class for Java. |
class |
ModelPhp
This class will be in charge to model
the data and produce a file.java class. |
class |
ModelPython
This class will be in charge to model
the data and produce a file.java class. |
class |
ModelRuby
This class will be in charge to model
the data and produce a file.java class. |
class |
ModelSwift
Model class for Java. |
class |
ModelTypeScript
This class will be in charge to model
the data and produce a file.java class. |
class |
ModelVBA
Model class for Visual Basic. |
class |
ModelVisualBasic
Model class for Visual Basic. |
| Modifier and Type | Method and Description |
|---|---|
static ModelAbstract
|
ModelFactory.
build(java.lang.String name,
java.lang.String json, Language language,
java.lang.String destFolder)
|


UN chief urges Myanmar to ensure ‘safe’ return of Rohingya
BANGKOK, Nov 3 — The UN chief today urged Myanmar to ensure the “safe” return of Rohingya refugees driven out by army operations, a plea made in front of Aung San Suu Kyi more than two years since her country cracked down on the Muslim minority.
Speaking at a summit of South-east Asian leaders in Bangkok — with Myanmar’s de facto head Suu Kyi in the room — Antonio Guterres said he remains “deeply concerned” about the plight of the Rohingya.
Violence in Rakhine state in 2017 forced more than 740,000 Rohingya to flee, most seeking refuge in overcrowded camps in neighbouring Bangladesh, in what UN investigators say amounted to genocide.
Myanmar does not recognise the Rohingya as citizens.
The country says it welcomes back those who agree to a bureaucratic status below full citizenship, and if they agree to live under tight guard after their villages were incinerated.
Guterres said Myanmar is responsible to “ensure a conducive environment for the safe, voluntary, dignified and sustainable repatriation of refugees”.
Suu Kyi sat in the room expressionless as Guterres spoke.
Only a few hundred Rohingya have returned to Myanmar so far, with many fearing further persecution in the Buddhist-majority country.
The secretary-general also called on Myanmar “to ensure humanitarian actors have full and unfettered access to areas of return”.
Despite repeated entreaties by the UN and endless criticism by rights groups and world leaders, Myanmar has refused to bend in its approach to the Rohingya.
Much of Rakhine remains largely closed to aid workers and journalists, who can only visit on tightly controlled, military-chaperoned trips.
It has launched an extensive and increasingly bloody campaign against Rakhine Buddhists, who are also fighting the central state for greater autonomy.
Suu Kyi has come under fire for failing to use her moral force to defend Rohingya after the 2017 unrest.
The treatment of the minority has shredded her image as an upholder of human rights in the eyes of the Western world.
Myanmar’s army has come under fire for covering up the crackdown, which it blamed on Rohingya “terrorists”.
A leaked Asean report earlier this year said the repatriation effort could take a further two years.
Suu Kyi has faced pressure over her country’s treatment of the Rohingya from fellow Asean members Malaysia and Indonesia, which are both Muslim-majority. — AFP


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