In the spirit of open source software development, jQuery always encourages community code contribution. To help you get started and before you jump into writing code, be sure to read these important contribution guidelines thoroughly:
In order to build jQuery, you need to have the latest Node.js/npm and git 1.7 or later. Earlier versions might work, but are not supported.
For Windows, you have to download and install git and Node.js.
OS X users should install Homebrew. Once Homebrew is installed, run brew install git
to install git,
and brew install node
to install Node.js.
Linux/BSD users should use their appropriate package managers to install git and Node.js, or build from source if you swing that way. Easy-peasy.
Clone a copy of the main jQuery git repo by running:
git clone git://github.com/jquery/jquery.git
Enter the jquery directory and run the build script:
cd jquery && npm run build
The built version of jQuery will be put in the dist/
subdirectory, along with the minified copy and associated map file.
If you want to create custom build or help with jQuery development, it would be better to install grunt command line interface as a global package:
npm install -g grunt-cli
Make sure you have grunt
installed by testing:
grunt -V
Now by running the grunt
command, in the jquery directory, you can build a full version of jQuery, just like with an npm run build
command:
grunt
There are many other tasks available for jQuery Core:
grunt -help
Special builds can be created that exclude subsets of jQuery functionality.
This allows for smaller custom builds when the builder is certain that those parts of jQuery are not being used.
For example, an app that only used JSONP for $.ajax()
and did not need to calculate offsets or positions of elements could exclude the offset and ajax/xhr modules.
Any module may be excluded except for core
, and selector
. To exclude a module, pass its path relative to the src
folder (without the .js
extension).
Some example modules that can be excluded are:
$.ajax()
, $.get()
, $.post()
, $.ajaxSetup()
, .load()
, transports, and ajax event shorthands such as .ajaxStart()
.<script>
AJAX transport only; used to retrieve scripts..css()
method. Also removes all modules depending on css (including effects, dimensions, and offset)..show()
, .hide()
and .toggle()
; can be excluded if you use classes or explicit .css()
calls to set the display
property. Also removes the effects module..width()
and .height()
methods, including inner-
and outer-
variations..animate()
method and its shorthands such as .slideUp()
or .hide("slow")
..on()
and .off()
methods and all event functionality. Also removes event/alias
..click()
or .mouseover()
..trigger()
and .triggerHandler()
methods. Used by alias and focusin modules..offset()
, .position()
, .offsetParent()
, .scrollLeft()
, and .scrollTop()
methods..wrap()
, .wrapAll()
, .wrapInner()
, and .unwrap()
methods.jQuery()
will simply be called immediately. However, jQuery(document).ready()
will not be a function and .on("ready", ...)
or similar will not be triggered.grunt custom:-deferred,-ajax,-effects,-core/ready
).As a special case, you may also replace Sizzle by using a special flag grunt custom:-sizzle
.
querySelectorAll
method that does not support jQuery selector extensions or enhanced semantics. See the selector-native.js file for details.Note: Excluding Sizzle will also exclude all jQuery selector extensions (such as effects/animatedSelector
and css/hiddenVisibleSelectors
).
The build process shows a message for each dependent module it excludes or includes.
As an option, you can set the module name for jQuery's AMD definition. By default, it is set to "jquery", which plays nicely with plugins and third-party libraries, but there may be cases where you'd like to change this. Simply set the "amd"
option:
grunt custom --amd="custom-name"
Or, to define anonymously, set the name to an empty string.
grunt custom --amd=""
To create a custom build, first check out the version:
git pull; git checkout VERSION
Where VERSION is the version you want to customize. Then, make sure all Node dependencies are installed:
npm install
Create the custom build using the grunt custom
option, listing the modules to be excluded.
Exclude all ajax functionality:
grunt custom:-ajax
Excluding css removes modules depending on CSS: effects, offset, dimensions.
grunt custom:-css
Exclude a bunch of modules:
grunt custom:-ajax,-css,-deprecated,-dimensions,-effects,-event/alias,-offset,-wrap
For questions or requests regarding custom builds, please start a thread on the Developing jQuery Core section of the forum. Due to the combinatorics and custom nature of these builds, they are not regularly tested in jQuery's unit test process. The non-Sizzle selector engine currently does not pass unit tests because it is missing too much essential functionality.
Make sure you have the necessary dependencies:
npm install
Start grunt watch
or npm start
to auto-build jQuery as you work:
grunt watch
Run the unit tests with a local server that supports PHP. Ensure that you run the site from the root directory, not the "test" directory. No database is required. Pre-configured php local servers are available for Windows and Mac. Here are some options:
To copy the built jQuery files from /dist
to another directory:
grunt && grunt dist:/path/to/special/location/
With this example, the output files would be:
/path/to/special/location/jquery.js
/path/to/special/location/jquery.min.js
To add a permanent copy destination, create a file in dist/
called ".destination.json". Inside the file, paste and customize the following:
{
"/Absolute/path/to/other/destination": true
}
Additionally, both methods can be combined.
As the source code is handled by the Git version control system, it's useful to know some features used.
If you want to purge your working directory back to the status of upstream, the following commands can be used (remember everything you've worked on is gone after these):
git reset --hard upstream/master
git clean -fdx
For feature/topic branches, you should always use the --rebase
flag to git pull
, or if you are usually handling many temporary "to be in a github pull request" branches, run the following to automate this:
git config branch.autosetuprebase local
(see man git-config
for more information)
If you're getting merge conflicts when merging, instead of editing the conflicted files manually, you can use the feature
git mergetool
. Even though the default tool xxdiff
looks awful/old, it's rather useful.
The following are some commands that can be used there:
Ctrl + Alt + M
- automerge as much as possibleb
- jump to next merge conflicts
- change the order of the conflicted linesu
- undo a mergeleft mouse button
- mark a block to be the winnermiddle mouse button
- mark a line to be the winnerCtrl + S
- saveCtrl + Q
- quitexpect( numAssertions );
stop();
start();
Note: QUnit's eventual addition of an argument to stop/start is ignored in this test suite so that start and stop can be passed as callbacks without worrying about their parameters.
ok( value, [message] );
equal( actual, expected, [message] );
notEqual( actual, expected, [message] );
deepEqual( actual, expected, [message] );
notDeepEqual( actual, expected, [message] );
strictEqual( actual, expected, [message] );
notStrictEqual( actual, expected, [message] );
throws( block, [expected], [message] );
q( ... );
Example:
q("main", "foo", "bar");
=> [ div#main, span#foo, input#bar ]
t( testName, selector, [ "array", "of", "ids" ] );
Example:
t("Check for something", "//[a]", ["foo", "bar"]);
fireNative( node, eventType )
Example:
fireNative( jQuery("#elem")[0], "click" );
url( "some/url.php" );
Example:
url("data/test.html");
=> "data/test.html?10538358428943"
url("data/test.php?foo=bar");
=> "data/test.php?foo=bar&10538358345554"
Some tests may require a document other than the standard test fixture, and these can be run in a separate iframe. The actual test code and assertions remain in jQuery's main test files; only the minimal test fixture markup and setup code should be placed in the iframe file.
testIframe( testName, fileName,
function testCallback(
assert, jQuery, window, document,
[ additional args ] ) {
...
} );
This loads a page, constructing a url with fileName "./data/" + fileName
.
The iframed page determines when the callback occurs in the test by
including the "/test/data/iframeTest.js" script and calling
startIframeTest( [ additional args ] )
when appropriate. Often this
will be after either document ready or window.onload
fires.
The testCallback
receives the QUnit assert
object created by testIframe
for this test, followed by the global jQuery
, window
, and document
from
the iframe. If the iframe code passes any arguments to startIframeTest
,
they follow the document
argument.
If you have any questions, please feel free to ask on the Developing jQuery Core forum or in #jquery on irc.freenode.net.


"STAR", MORNING a name figuratively given to Christ (Revelation 22:16; comp. 2 Peter 1:19). When Christ promises that he will give the “morning star” to his faithful ones, he “promises that he will give to them himself, that he will give to them himself, that he will impart to them his own glory and a share in his own royal dominion; for the star is evermore the symbol of royalty (Matthew 2:2), being therefore linked with the sceptre(Numbers 24:17). All the glory of the world shall end in being the glory of the Church.” Trench’s Comm.
"STAR", MORNING a name figuratively given to Christ (Revelation 22:16; comp. 2 Peter 1:19). When Christ promises that he will give the “morning star” to his faithful ones, he “promises that he will give to them himself, that he will give to them himself, that he will impart to them his own glory and a share in his own royal dominion; for the star is evermore the symbol of royalty (Matthew 2:2), being therefore linked with the sceptre(Numbers 24:17). All the glory of the world shall end in being the glory of the Church.” Trench’s Comm.


|
Vienna Vulkan Engine
|
Structure for storing event related data. More...
#include <VEEventListener.h>
Public Types | |
| enum | veEventSubsystem { VE_EVENT_SUBSYSTEM_GENERIC, VE_EVENT_SUBSYSTEM_GLFW } |
| Enumerates possible subsystems. More... | |
| enum | veEventType { VE_EVENT_NONE =0, VE_EVENT_FRAME_STARTED, VE_EVENT_FRAME_ENDED, VE_EVENT_DRAW_OVERLAY, VE_EVENT_KEYBOARD, VE_EVENT_MOUSEMOVE, VE_EVENT_MOUSEBUTTON, VE_EVENT_MOUSESCROLL, VE_EVENT_DELETE_NODE, VE_EVENT_LAST } |
| Enumerates event types. More... | |
| enum | veEventLifeTime { VE_EVENT_LIFETIME_ONCE, VE_EVENT_LIFETIME_CONTINUOUS } |
Public Member Functions | |
| veEvent (veEventType evt) | |
| Constructor using default subsystem. | |
| veEvent (veEventSubsystem sub, veEventType evt) | |
| Constructor. | |
Public Attributes | |
| veEventSubsystem | subsystem = VE_EVENT_SUBSYSTEM_GENERIC |
| Event subsystem. | |
| veEventType | type = VE_EVENT_NONE |
| Event type. | |
| veEventLifeTime | lifeTime = VE_EVENT_LIFETIME_ONCE |
| Event lifetime. | |
| uint64_t | notBeforeTime = 0 |
| Loop count minimum so that event can be processed. | |
| double | dt |
| Delta time since last loop. | |
| int | idata1 = 0 |
| Integer information attached to the event. | |
| int | idata2 = 0 |
| Integer information attached to the event. | |
| int | idata3 = 0 |
| Integer information attached to the event. | |
| int | idata4 = 0 |
| Integer information attached to the event. | |
| float | fdata1 = 0.0f |
| Arbitrary float information. | |
| float | fdata2 = 0.0f |
| Arbitrary float information. | |
| float | fdata3 = 0.0f |
| Arbitrary float information. | |
| float | fdata4 = 0.0f |
| Arbitrary float information. | |
| void * | ptr =nullptr |
| User pointer, eg for a deleted node. | |
Structure for storing event related data.
Enumerates possible subsystems.
A subsystem determines the scope of events and how event data are interpreted. For example, GLFW is a subsystem using its own event types and keyboard IDs. Event listeners can use the subsystem to determine whether they can even understand the event.
| Enumerator | |
|---|---|
| VE_EVENT_SUBSYSTEM_GENERIC | No subsystem given. |
| VE_EVENT_SUBSYSTEM_GLFW | GLFW. |
Enumerates event types.
An event type identifies a class of events, and enables event listeners to further narrow down the events they are interested in.


Senior Pastor
Brian is the founding and senior pastor of Crossroads Church. Crossroads started in 1995 when a group of 11 friends wanted a place for their friends who had given up on church but not on God. Under Brian’s leadership, Crossroads has since expanded to become one of the largest churches in America with locations in multiple states and a digital footprint that spans across the country. Brian has started a number of other non-profits. He is passionate about eradicating poverty in Cincinnati’s urban core, empowering entrepreneurs, supporting women rescued from sex slavery in India, and feeding and educating children in Nicaragua. He has authored four books, hosts The Aggressive Life, a nationally recognized podcast, and leads a movement called Man Camp. He and his wife Libby have three children and live in Cincinnati, OH.


Get your Ticket
Select Tickets
~ Step 1 :
Select your category and proceed to the checkout
page
| Category | Before 10 August | Before 19 August | After 20 August |
|---|---|---|---|
| Normal | $70.00 | $100.00 | $150.00 |
| Students | $30.00 | $50.00 | $80.00 |
| VIP | $200.00 | $300.00 | $500.00 |
Select Your Menu
~ Step 2 :
Select you menu from the list given below


We hope that every team in the country with an interest in the ACF format will be able to attend this event, and as a result, we are offering possibly the lowest entrance fee for any national championship tournament in recent years-- as little as $10 per team, depending on discounts.
The tournament field will be capped at forty-eight teams. As this is a significantly higher number of teams than attended 1997 ACF nationals, it is unlikely that any team wishing to play will be turned away. In the event that the field does begin to fill up, priority will be as follows: 1) schools not already entered will take priority over additional teams from schools that already have at least one team in the tournament, and 2) based on performance at comparable invitational events in 1997-98. If the field grows large enough that such action would be necessary, an announcement will be made in this space. Until then, any team may reserve space in the tournament simply by submitting a packet.
As in past years, the round-robin portion of the tournament will be written by the participating teams themselves. In an effort to ensure that these packets are of the highest quality, we have assembled a large team of veteran editors to oversee this process, and are offering considerable discounts to teams that submit packets early. In addition, a detailed list of packet requirements and a question-writing memo will be sent along with this announcement.
In case anybody needs an extra incentive to turn in a packet by the early deadline, we are offering an additional bonus to teams that submit questions by December 21, 1997: 55 free sets of practice questions, which will be sent back as soon as we get your questions. These packets are described in a message that is being posted along with this announcement.
As mentioned above, the provisional date for this tournament will be Saturday, April 25, and Sunday, April 26, 1998. As far as we know, this does not conflict with any standardized testing dates, parents' days, or holidays of any known religions. In the event that a serious external conflict arises, the backup weekend will be March 28-29. Otherwise, the April 25 date will be made permanent by December 1, so we advise any teams that know of conflicts to let us know as soon as possible.
The price structure for this tournament is as follows: Base fee..............................$55.00 Bring a working buzzer system ........-10.00 Bring an experienced game official.....-5.00 Packet in by 12/20/1997...............-30.00 + practice packets Packet submitted 12/21/97-1/31/98.....-10.00 Packet in after 2/15/98...............+10.00 + $1.00/each day late No packet submitted by 3/17/98........+70.00 (total penalty) Minimum entrance fee, with discounts-- $10.00 Maximum, with penalties-- $125.00No packets will be accepted after the final deadline of March 17, 1998, as it will be simply impossible to guarantee the quality of any questions submitted after this date. In addition, teams not meeting this final deadline will not be guaranteed spots in the tournament.
We hope that as many teams as possible will take advantage of the earliest deadline of December 20, 1997. While we realize that this might be an inconvenience for some programs, for whom the 1998 ACF rosters are not yet determined, we will try to be flexible on the game schedules, and if given notice, we will try to arrange bye rounds so that a team could shift members from the A to B team after the packet submission without compromising question security.
To aid in this process, we ask that each packet includes the names of players who contributed to it.
Although the tournament is being held at Maryland, the organizer of this event will be the University of Chicago team, which bears ultimate responsibility for its content and conduct. Accordingly, all questions should be directed to John Sheahan.
Hope to see all of you in April,
John Sheahan
Tournament Director, 1998 ACF Nationals


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Treatment for Herniated or Bulging Discs
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Habitat
Crabbies live on beaches, crawling in holes dug in sand. Most often they live in Kanto and Jotto, but they can also meet Sinno.


Magnetic field lines on closed magnetic surfaces travel closed curves on the
poloidal plane. Safety factor is defined as the number of toroidal loops a
magnetic field line goes when it makes one poloidal loop, i.e.
(25)
where
as the change of the toroidal angle when a magnetic
field line travels a full poloidal loop.


This file contains information on and samples for Nationwide Speech Project, Linguistic Data Consortium (LDC) catalog number LDC2007S15 and isbn 1-58563-449-2.
This corpus represents part of the work of the Nationwide Speech Project (NSP) conducted by the authors at Indiana University. The purpose of the NSP was to collect a large amount of speech produced by male and female talkers representing the primary regional varieties of American English: New England, Mid-Atlantic, North, Midland, South and West. This release contains nearly one hour of speech from 60 white American English speakers --including five male and five female talkers from the six dialect regions -- reading words and sentences. The corpus can be used for perceptual and acoustic experiments designed to explore the role of variation in spoken language processing. Such applications include speech science experiments and sociolinguistic or sociophonetic research. This corpus is fully described in The Nationwide Speech Project: A new corpus of American English dialects.
The speakers were recruited from the Indiana University community; they were all 18-25 years old at the time of recording, had lived exclusively in one region prior to age 18, and both parents of each speaker were also raised in the same region. Further demographic information about the speakers is provided in the file talkers.txt. The materials include 102 high predictability sentences and five repetitions of each of 10 hVd words. The high predictability sentences are 5-8 words in length and the final word in each sentence is highly predictable based on the preceding semantic context. The 10 hVd words are: heed, hid, hayed, hedad, had, hod, hud, hoes, hood and who'd.
Participants were recorded one at a time by an experimenter in a sound attenuated booth (IAC Audiometric Testing Room, Model 402). Both the experimenter and the participant sat in the sound booth during testing. During the recording session, the participant was seated in front of a ViewSonic LCD flatscreen monitor (ViewPanel VG151) which mirrored the screen of a Macintosh Powerbook G3 laptop. The participant wore a Shure head-mounted microphone (SM10A) that was positioned approximately one inch from the left corner of the talker's mouth. The microphone output was fed to an Applied Research Technology microphone tube pre-amplifier. The output gain on the pre-amplifier was adjusted by the experimenter while the participant read the Grandfather Passage as a warm-up before recording began. The output of the microphone pre-amplifier was connected to a Roland UA-30 USB audio interface which digitized the signal and transmitted it via USB ports to the laptop where each utterance was recorded in an individual AIFF 16-bit digital sound file at a sampling rate of 44.1 kHz (converted to .wav format files for this release) The experimenter held the laptop on her lap and wore headphones connected to the Roland device so that she could hear the same audio signal that was being input to the laptop for recording.
Presented here are four samples of speakers reading one of the project sentences: "A bicycle has two wheels." Each of the speakers comes from a distinct dialect region.
| Audio | Speaker Gender | Speaker Age | Speaker Region | Education |
| at0D0.wav | Female | 18 | Mid-Atlantic | some college |
| mi3D0.wav | Male | 19 | Midland | some college |
| so1D0.wav | Male | 18 | South | some college |
| we1D0.wav | Male | 19 | West | some college |
Portions © 2003 Indiana University Research and Technology Corporation, © 2007 Trustees of the University of Pennsylvania


Our mission is to improve the success rates of assisted reproduction technologies by using precise, effective and innovative technologies, backed by a solid scientific basis.
CUSTOMER FOCUS
We are driven to help people and they are at the center of what we do everyday
TEAMWORK
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INNOVATION
We cultivate the freedom of entrepreneurship that stimulates our creativity and our ability to innovate
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We promote equality and respect for our customers, for each other and for all our stakehholders


#assign post="active">
Annotate methods with @Post
for HTTP POST web routes.
A method with @Post
is by default expecting a JSON body.
In the example below customer is populated via body content expected to be JSON (ctx.bodyAsClass(
).
@Post void save(Customer customer) { ... }
The generated code for the above is:
ApiBuilder.post("/customers", ctx -> { ctx.status(201); Customer customer = ctx.bodyAsClass(Customer.class); controller.save(customer); });
If the method additionally has @Form
then the method parameters default to be form parameters.
In the following example name, email and url all default to be form parameters.
@Form @Post("register") void register(String name, String email, String url) { ... }
For the example above we could alternatively use @FormParam
on each of the form parameters
rather than @Form
. We then get:
@Post("register") void register(@FormParam String name, @FormParam String email, @FormParam String url) { ... }
The expectation is that we most often would use @Form
because it reduces
"annotation noise" and that we will very rarely use @FormParam
. Potentially
we only use @FormParam if the parameter name is snake case or similar that
doesn't match a valid Java/Kotlin identifier.
The generated code for both cases above is the same:
ApiBuilder.post("/customers/register", ctx -> { ctx.status(201); String name = ctx.formParam("name"); String email = ctx.formParam("email"); String url = ctx.formParam("url"); controller.register(name, email, url); });
In the case where we are posting a form with a lot of parameters we can define a bean with properties for each of the form parameters (rather than have a method with lots of arguments).
"Form beans" currently must have a default no-arg constructor and bean properties (accessible setters or fields).
Using a form bean can make the code nicer (method signature) and gives us a nicer option to use validation annotations on the "form bean" properties.
public class MyForm { @Size(min=2, max=100) public String name; public String email; public String url; }
@Form @Post("register") void register(MyForm myForm) { ... }The generated code for the above is.
ApiBuilder.post("/contacts/register", ctx -> { ctx.status(201); MyForm myForm = new MyForm(); myForm.name = ctx.formParam("name"); myForm.email = ctx.formParam("email"); myForm.url = ctx.formParam("url"); controller.register(myForm); });
"Form beans" are nice with forms with lots of properties because they declutter our code and the generated code takes care of putting the values into our bean properties so that we don't have to write that code.
This use of @Form is very similar to JAX-RS @BeanParam except that the
bean properties default be being form parameters. With JAX-RS we would put a @FormParam
on every property that is a form parameter (which becomes noise on a large form).
 }
The generated code for the above controller method is:
ApiBuilder.post("/", ctx -> { ctx.status(201); SaveForm form = new SaveForm( asLong(checkNull(ctx.formParam("id"), "id")), // non-nullable type checkNull(ctx.formParam("name"), "name"), // non-nullable type toLocalDate(ctx.formParam("someDate")) ); controller.saveIt(form); });
If the form bean has Kotlin non-nullable types (id and name above) then the generated code includes a null check when populating the bean (the checkNull() method).
If there is not a value for a non-nullable Kotlin property then a validation error will be thrown at that point (this validation exception is thrown relatively early compared to using bean validation on Java form beans).
The properties on a "form bean" default to being form parameters. We put @QueryParam, @Header or @Cookie on properties that are instead query params, headers or cookies.
public class MyForm { @Size(min=2, max=100) public String name; public String email; public String url; @QueryParam public Boolean overrideFlag; @Header public String ifModifiedSince; @Cookie public String myState; }
The generated code populates from query params, headers and cookies. The generated code is:
ApiBuilder.post("/contacts/register", ctx -> { ctx.status(201); MyForm myForm = new MyForm(); myForm.name = ctx.formParam("name"); myForm.email = ctx.formParam("email"); myForm.url = ctx.formParam("url"); myForm.overrideFlag = toBoolean(ctx.queryParam("overrideFlag")); // queryParam !! myForm.ifModifiedSince = ctx.header("If-Modified-Since"); // header !! myForm.myState = ctx.cookie("myState"); // cookie !! controller.register(myForm); });<@next "Put" "put"/>


public interface ThreadMXBean extends PlatformManagedObject
A Java virtual machine has a single instance of the implementation
class of this interface. This instance implementing this interface is
an MXBean
that can be obtained by calling
the ManagementFactory.getThreadMXBean()
method or
from the platform MBeanServer
method.
The ObjectName for uniquely identifying the MXBean for the thread system within an MBeanServer is:
java.lang:type=Threading
It can be obtained by calling the
PlatformManagedObject.getObjectName()
method.
Thread.getId()
method for a thread.
The thread ID is unique during its lifetime. When a thread
is terminated, this thread ID may be reused.
Some methods in this interface take a thread ID or an array of thread IDs as the input parameter and return per-thread information.
The isThreadCpuTimeSupported()
method can be used to determine
if a Java virtual machine supports measuring of the CPU time for any
thread. The isCurrentThreadCpuTimeSupported()
method can
be used to determine if a Java virtual machine supports measuring of
the CPU time for the current thread.
A Java virtual machine implementation that supports CPU time measurement
for any thread will also support that for the current thread.
The CPU time provided by this interface has nanosecond precision but not necessarily nanosecond accuracy.
A Java virtual machine may disable CPU time measurement
by default.
The isThreadCpuTimeEnabled()
and setThreadCpuTimeEnabled(boolean)
methods can be used to test if CPU time measurement is enabled
and to enable/disable this support respectively.
Enabling thread CPU measurement could be expensive in some
Java virtual machine implementations.
The isThreadContentionMonitoringSupported()
method can be used to
determine if a Java virtual machine supports thread contention monitoring.
The thread contention monitoring is disabled by default. The
setThreadContentionMonitoringEnabled(boolean)
method can be used to enable
thread contention monitoring.
getThreadInfo(long[], boolean, boolean)
and
dumpAllThreads(boolean, boolean)
methods can be used to obtain the thread stack trace
and synchronization information including which
lock a thread is blocked to
acquire or waiting on and which locks the thread currently owns.
The ThreadMXBean interface provides the
findMonitorDeadlockedThreads()
and
findDeadlockedThreads()
methods to find deadlocks in
the running application.
ManagementFactory.getPlatformMXBeans(Class)
,
JMX Specification.,
Ways to Access MXBeans| Modifier and Type | Method and Description |
|---|---|
ThreadInfo[] |
dumpAllThreads(boolean lockedMonitors,
boolean lockedSynchronizers)
Returns the thread info for all live threads with stack trace
and synchronization information.
|
long[] |
findDeadlockedThreads()
Finds cycles of threads that are in deadlock waiting to acquire
object monitors or
ownable synchronizers.
|
long[] |
findMonitorDeadlockedThreads()
Finds cycles of threads that are in deadlock waiting to acquire
object monitors.
|
long[] |
getAllThreadIds()
Returns all live thread IDs.
|
long |
getCurrentThreadCpuTime()
Returns the total CPU time for the current thread in nanoseconds.
|
long |
getCurrentThreadUserTime()
Returns the CPU time that the current thread has executed
in user mode in nanoseconds.
|
int |
getDaemonThreadCount()
Returns the current number of live daemon threads.
|
int |
getPeakThreadCount()
Returns the peak live thread count since the Java virtual machine
started or peak was reset.
|
int |
getThreadCount()
Returns the current number of live threads including both
daemon and non-daemon threads.
|
long |
getThreadCpuTime(long id)
Returns the total CPU time for a thread of the specified ID in nanoseconds.
|
ThreadInfo |
getThreadInfo(long id)
Returns the thread info for a thread of the specified
id with no stack trace.
|
ThreadInfo[] |
getThreadInfo(long[] ids)
Returns the thread info for each thread
whose ID is in the input array ids with no stack trace.
|
ThreadInfo[] |
getThreadInfo(long[] ids,
boolean lockedMonitors,
boolean lockedSynchronizers)
Returns the thread info for each thread
whose ID is in the input array ids, with stack trace
and synchronization information.
|
ThreadInfo[] |
getThreadInfo(long[] ids,
int maxDepth)
Returns the thread info for each thread
whose ID is in the input array ids,
with stack trace of a specified number of stack trace elements.
|
ThreadInfo |
getThreadInfo(long id,
int maxDepth)
Returns a thread info for a thread of the specified id,
with stack trace of a specified number of stack trace elements.
|
long |
getThreadUserTime(long id)
Returns the CPU time that a thread of the specified ID
has executed in user mode in nanoseconds.
|
long |
getTotalStartedThreadCount()
Returns the total number of threads created and also started
since the Java virtual machine started.
|
boolean |
isCurrentThreadCpuTimeSupported()
Tests if the Java virtual machine supports CPU time
measurement for the current thread.
|
boolean |
isObjectMonitorUsageSupported()
Tests if the Java virtual machine supports monitoring of
object monitor usage.
|
boolean |
isSynchronizerUsageSupported()
Tests if the Java virtual machine supports monitoring of
ownable synchronizer usage.
|
boolean |
isThreadContentionMonitoringEnabled()
Tests if thread contention monitoring is enabled.
|
boolean |
isThreadContentionMonitoringSupported()
Tests if the Java virtual machine supports thread contention monitoring.
|
boolean |
isThreadCpuTimeEnabled()
Tests if thread CPU time measurement is enabled.
|
boolean |
isThreadCpuTimeSupported()
Tests if the Java virtual machine implementation supports CPU time
measurement for any thread.
|
void |
resetPeakThreadCount()
Resets the peak thread count to the current number of
live threads.
|
void |
setThreadContentionMonitoringEnabled(boolean enable)
Enables or disables thread contention monitoring.
|
void |
setThreadCpuTimeEnabled(boolean enable)
Enables or disables thread CPU time measurement.
|
getObjectName
int getThreadCount()
int getPeakThreadCount()
long getTotalStartedThreadCount()
int getDaemonThreadCount()
long[] getAllThreadIds()
SecurityException
- if a security manager
exists and the caller does not have
ManagementPermission("monitor").ThreadInfo getThreadInfo(long id)
getThreadInfo(id, 0);
This method returns a ThreadInfo object representing the thread information for the thread of the specified ID. The stack trace, locked monitors, and locked synchronizers in the returned ThreadInfo object will be empty. If a thread of the given ID is not alive or does not exist, this method will return null. A thread is alive if it has been started and has not yet died.
MBeanServer access:
The mapped type of ThreadInfo is
CompositeData with attributes as specified in the
ThreadInfo.from
method.
id
- the thread ID of the thread. Must be positive.ThreadInfo
object for the thread of the given ID
with no stack trace, no locked monitor and no synchronizer info;
null if the thread of the given ID is not alive or
it does not exist.IllegalArgumentException
- if id <= 0
.SecurityException
- if a security manager
exists and the caller does not have
ManagementPermission("monitor").ThreadInfo[] getThreadInfo(long[] ids)
getThreadInfo
(ids, 0);
This method returns an array of the ThreadInfo objects. The stack trace, locked monitors, and locked synchronizers in each ThreadInfo object will be empty. If a thread of a given ID is not alive or does not exist, the corresponding element in the returned array will contain null. A thread is alive if it has been started and has not yet died.
MBeanServer access:
The mapped type of ThreadInfo is
CompositeData with attributes as specified in the
ThreadInfo.from
method.
ids
- an array of thread IDs.ThreadInfo
objects, each containing
information about a thread whose ID is in the corresponding
element of the input array of IDs
with no stack trace, no locked monitor and no synchronizer info.IllegalArgumentException
- if any element in the input array
ids is <= 0
.SecurityException
- if a security manager
exists and the caller does not have
ManagementPermission("monitor").ThreadInfo getThreadInfo(long id, int maxDepth)
StackTraceElement
to be retrieved from the stack trace.
If maxDepth == Integer.MAX_VALUE, the entire stack trace of
the thread will be dumped.
If maxDepth == 0, no stack trace of the thread
will be dumped.
This method does not obtain the locked monitors and locked
synchronizers of the thread.
When the Java virtual machine has no stack trace information about a thread or maxDepth == 0, the stack trace in the ThreadInfo object will be an empty array of StackTraceElement.
If a thread of the given ID is not alive or does not exist, this method will return null. A thread is alive if it has been started and has not yet died.
MBeanServer access:
The mapped type of ThreadInfo is
CompositeData with attributes as specified in the
ThreadInfo.from
method.
id
- the thread ID of the thread. Must be positive.maxDepth
- the maximum number of entries in the stack trace
to be dumped. Integer.MAX_VALUE could be used to request
the entire stack to be dumped.ThreadInfo
of the thread of the given ID
with no locked monitor and synchronizer info.
null if the thread of the given ID is not alive or
it does not exist.IllegalArgumentException
- if id <= 0
.IllegalArgumentException
- if maxDepth is negative.SecurityException
- if a security manager
exists and the caller does not have
ManagementPermission("monitor").ThreadInfo[] getThreadInfo(long[] ids, int maxDepth)
StackTraceElement
to be retrieved from the stack trace.
If maxDepth == Integer.MAX_VALUE, the entire stack trace of
the thread will be dumped.
If maxDepth == 0, no stack trace of the thread
will be dumped.
This method does not obtain the locked monitors and locked
synchronizers of the threads.
When the Java virtual machine has no stack trace information about a thread or maxDepth == 0, the stack trace in the ThreadInfo object will be an empty array of StackTraceElement.
This method returns an array of the ThreadInfo objects, each is the thread information about the thread with the same index as in the ids array. If a thread of the given ID is not alive or does not exist, null will be set in the corresponding element in the returned array. A thread is alive if it has been started and has not yet died.
MBeanServer access:
The mapped type of ThreadInfo is
CompositeData with attributes as specified in the
ThreadInfo.from
method.
ids
- an array of thread IDsmaxDepth
- the maximum number of entries in the stack trace
to be dumped. Integer.MAX_VALUE could be used to request
the entire stack to be dumped.ThreadInfo
objects, each containing
information about a thread whose ID is in the corresponding
element of the input array of IDs with no locked monitor and
synchronizer info.IllegalArgumentException
- if maxDepth is negative.IllegalArgumentException
- if any element in the input array
ids is <= 0
.SecurityException
- if a security manager
exists and the caller does not have
ManagementPermission("monitor").boolean isThreadContentionMonitoringSupported()
boolean isThreadContentionMonitoringEnabled()
UnsupportedOperationException
- if the Java virtual
machine does not support thread contention monitoring.isThreadContentionMonitoringSupported()
void setThreadContentionMonitoringEnabled(boolean enable)
enable
- true to enable;
false to disable.UnsupportedOperationException
- if the Java
virtual machine does not support thread contention monitoring.SecurityException
- if a security manager
exists and the caller does not have
ManagementPermission("control").isThreadContentionMonitoringSupported()
long getCurrentThreadCpuTime()
This is a convenient method for local management use and is equivalent to calling:
getThreadCpuTime
(Thread.currentThread().getId());
UnsupportedOperationException
- if the Java
virtual machine does not support CPU time measurement for
the current thread.getCurrentThreadUserTime()
,
isCurrentThreadCpuTimeSupported()
,
isThreadCpuTimeEnabled()
,
setThreadCpuTimeEnabled(boolean)
long getCurrentThreadUserTime()
This is a convenient method for local management use and is equivalent to calling:
getThreadUserTime
(Thread.currentThread().getId());
UnsupportedOperationException
- if the Java
virtual machine does not support CPU time measurement for
the current thread.getCurrentThreadCpuTime()
,
isCurrentThreadCpuTimeSupported()
,
isThreadCpuTimeEnabled()
,
setThreadCpuTimeEnabled(boolean)
long getThreadCpuTime(long id)
If the thread of the specified ID is not alive or does not exist, this method returns -1. If CPU time measurement is disabled, this method returns -1. A thread is alive if it has been started and has not yet died.
If CPU time measurement is enabled after the thread has started, the Java virtual machine implementation may choose any time up to and including the time that the capability is enabled as the point where CPU time measurement starts.
id
- the thread ID of a threadIllegalArgumentException
- if id <= 0
.UnsupportedOperationException
- if the Java
virtual machine does not support CPU time measurement for
other threads.getThreadUserTime(long)
,
isThreadCpuTimeSupported()
,
isThreadCpuTimeEnabled()
,
setThreadCpuTimeEnabled(boolean)
long getThreadUserTime(long id)
If the thread of the specified ID is not alive or does not exist, this method returns -1. If CPU time measurement is disabled, this method returns -1. A thread is alive if it has been started and has not yet died.
If CPU time measurement is enabled after the thread has started, the Java virtual machine implementation may choose any time up to and including the time that the capability is enabled as the point where CPU time measurement starts.
id
- the thread ID of a threadIllegalArgumentException
- if id <= 0
.UnsupportedOperationException
- if the Java
virtual machine does not support CPU time measurement for
other threads.getThreadCpuTime(long)
,
isThreadCpuTimeSupported()
,
isThreadCpuTimeEnabled()
,
setThreadCpuTimeEnabled(boolean)
boolean isThreadCpuTimeSupported()
boolean isCurrentThreadCpuTimeSupported()
isThreadCpuTimeSupported()
returns true.boolean isThreadCpuTimeEnabled()
UnsupportedOperationException
- if the Java virtual
machine does not support CPU time measurement for other threads
nor for the current thread.isThreadCpuTimeSupported()
,
isCurrentThreadCpuTimeSupported()
void setThreadCpuTimeEnabled(boolean enable)
enable
- true to enable;
false to disable.UnsupportedOperationException
- if the Java
virtual machine does not support CPU time measurement for
any threads nor for the current thread.SecurityException
- if a security manager
exists and the caller does not have
ManagementPermission("control").isThreadCpuTimeSupported()
,
isCurrentThreadCpuTimeSupported()
long[] findMonitorDeadlockedThreads()
Object.wait
call,
where each thread owns one monitor while
trying to obtain another monitor already held by another thread
in a cycle.
More formally, a thread is monitor deadlocked if it is part of a cycle in the relation "is waiting for an object monitor owned by". In the simplest case, thread A is blocked waiting for a monitor owned by thread B, and thread B is blocked waiting for a monitor owned by thread A.
This method is designed for troubleshooting use, but not for synchronization control. It might be an expensive operation.
This method finds deadlocks involving only object monitors.
To find deadlocks involving both object monitors and
ownable synchronizers,
the findDeadlockedThreads
method
should be used.
SecurityException
- if a security manager
exists and the caller does not have
ManagementPermission("monitor").findDeadlockedThreads()
void resetPeakThreadCount()
SecurityException
- if a security manager
exists and the caller does not have
ManagementPermission("control").getPeakThreadCount()
,
getThreadCount()
long[] findDeadlockedThreads()
This method is designed for troubleshooting use, but not for synchronization control. It might be an expensive operation.
SecurityException
- if a security manager
exists and the caller does not have
ManagementPermission("monitor").UnsupportedOperationException
- if the Java virtual
machine does not support monitoring of ownable synchronizer usage.isSynchronizerUsageSupported()
,
findMonitorDeadlockedThreads()
boolean isObjectMonitorUsageSupported()
dumpAllThreads(boolean, boolean)
boolean isSynchronizerUsageSupported()
dumpAllThreads(boolean, boolean)
ThreadInfo[] getThreadInfo(long[] ids, boolean lockedMonitors, boolean lockedSynchronizers)
This method obtains a snapshot of the thread information for each thread including:
This method returns an array of the ThreadInfo objects, each is the thread information about the thread with the same index as in the ids array. If a thread of the given ID is not alive or does not exist, null will be set in the corresponding element in the returned array. A thread is alive if it has been started and has not yet died.
If a thread does not lock any object monitor or lockedMonitors is false, the returned ThreadInfo object will have an empty MonitorInfo array. Similarly, if a thread does not lock any synchronizer or lockedSynchronizers is false, the returned ThreadInfo object will have an empty LockInfo array.
When both lockedMonitors and lockedSynchronizers parameters are false, it is equivalent to calling:
getThreadInfo(ids, Integer.MAX_VALUE)
This method is designed for troubleshooting use, but not for synchronization control. It might be an expensive operation.
MBeanServer access:
The mapped type of ThreadInfo is
CompositeData with attributes as specified in the
ThreadInfo.from
method.
ids
- an array of thread IDs.lockedMonitors
- if true, retrieves all locked monitors.lockedSynchronizers
- if true, retrieves all locked
ownable synchronizers.ThreadInfo
objects, each containing
information about a thread whose ID is in the corresponding
element of the input array of IDs.SecurityException
- if a security manager
exists and the caller does not have
ManagementPermission("monitor").UnsupportedOperationException
- isObjectMonitorUsageSupported()
,
isSynchronizerUsageSupported()
ThreadInfo[] dumpAllThreads(boolean lockedMonitors, boolean lockedSynchronizers)
This method returns an array of ThreadInfo
objects
as specified in the getThreadInfo(long[], boolean, boolean)
method.
lockedMonitors
- if true, dump all locked monitors.lockedSynchronizers
- if true, dump all locked
ownable synchronizers.ThreadInfo
for all live threads.SecurityException
- if a security manager
exists and the caller does not have
ManagementPermission("monitor").UnsupportedOperationException
- isObjectMonitorUsageSupported()
,
isSynchronizerUsageSupported()
Dracula Javadoc Sample, Made with Allan Im.


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{% extends 'base.html' %} {% block head %}
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|
fop 0.94 | ||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object org.apache.fop.util.UnitConv
Utility class for unit conversions.
| Field Summary | |
static float |
IN2CM
conversion factory from centimeters to inches. |
static float |
IN2MM
conversion factory from millimeters to inches. |
static int |
IN2PT
conversion factory from inches to points. |
| Constructor Summary | |
UnitConv()
|
| Method Summary | |
static double |
in2mm(double in)
Converts inches (in) to millimeters (mm) |
static double |
in2mpt(double in)
Converts inches (in) to millipoints (mpt) |
static double |
mm2in(double mm)
Converts millimeters (mm) to inches (in) |
static double |
mm2mpt(double mm)
Converts millimeters (mm) to millipoints (mpt) |
static double |
mm2pt(double mm)
Converts millimeters (mm) to points (pt) |
static double |
mm2px(double mm,
int resolution)
Converts millimeters (mm) to pixels (px) |
static double |
mpt2in(double mpt)
Converts millipoints (mpt) to inches (in) |
static double |
mpt2px(double mpt,
int resolution)
Converts millipoints (mpt) to pixels (px) |
static double |
pt2mm(double pt)
Converts points (pt) to millimeters (mm) |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
public static final float IN2MM
public static final float IN2CM
public static final int IN2PT
| Constructor Detail |
public UnitConv()
| Method Detail |
public static double mm2pt(double mm)
mm
- the value in mm
public static double mm2mpt(double mm)
mm
- the value in mm
public static double pt2mm(double pt)
pt
- the value in pt
public static double mm2in(double mm)
mm
- the value in mm
public static double in2mm(double in)
in
- the value in inches
public static double in2mpt(double in)
in
- the value in inches
public static double mpt2in(double mpt)
mpt
- the value in mpt
public static double mm2px(double mm, int resolution)
mm
- the value in mmresolution
- the resolution in dpi (dots per inch)
public static double mpt2px(double mpt, int resolution)
mpt
- the value in mptresolution
- the resolution in dpi (dots per inch)
|
fop 0.94 | ||||||||||
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public abstract class SctpInitBaseclass extends SctpChunk
This chunk is used to initiate an SCTP association between two endpoints. The format of the INIT chunk is shown below:
0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Type = 1 | Chunk Flags | Chunk Length | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Initiate Tag | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Advertised Receiver Window Credit (a_rwnd) | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Number of Outbound Streams | Number of Inbound Streams | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | Initial TSN | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ \ \ / Optional/Variable-Length Parameters / \ \ +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+The INIT chunk contains the following parameters. Unless otherwise noted, each parameter MUST only be included once in the INIT chunk.
Fixed Parameters Status ---------------------------------------------- Initiate Tag Mandatory Advertised Receiver Window Credit Mandatory Number of Outbound Streams Mandatory Number of Inbound Streams Mandatory Initial TSN Mandatory Variable Parameters Status Type Value ------------------------------------------------------------- IPv4 Address (Note 1) Optional 5 IPv6 Address (Note 1) Optional 6 Cookie Preservative Optional 9 Reserved for ECN Capable (Note 2) Optional 32768 (0x8000) Host Name Address (Note 3) Optional 11 Supported Address Types (Note 4) Optional 12
Note 1: The INIT chunks can contain multiple addresses that can be IPv4 and/or IPv6 in any combination.
Note 2: The ECN Capable field is reserved for future use of Explicit Congestion Notification.
Note 3: An INIT chunk MUST NOT contain more than one Host Name Address parameter. Moreover, the sender of the INIT MUST NOT combine any other address types with the Host Name Address in the INIT. The receiver of INIT MUST ignore any other address types if the Host Name Address parameter is present in the received INIT chunk.
Note 4: This parameter, when present, specifies all the address types the sending endpoint can support. The absence of this parameter indicates that the sending endpoint can support any address type. IMPLEMENTATION NOTE: If an INIT chunk is received with known parameters that are not optional parameters of the INIT chunk, then the receiver SHOULD process the INIT chunk and send back an INIT ACK. The receiver of the INIT chunk MAY bundle an ERROR chunk with the COOKIE ACK chunk later. However, restrictive implementations MAY send back an ABORT chunk in response to the INIT chunk. The Chunk Flags field in INIT is reserved, and all bits in it should be set to 0 by the sender and ignored by the receiver. The sequence of parameters within an INIT can be processed in any order.
The Initiate Tag is allowed to have any value except 0. See RFC 4960 Section 5.3.1 for more on the selection of the tag value.
If the value of the Initiate Tag in a received INIT chunk is found to be 0, the receiver MUST treat it as an error and close the association by transmitting an ABORT.
Note: A receiver of an INIT with the OS value set to 0 SHOULD abort the association.
Note: There is no negotiation of the actual number of streams but instead the two endpoints will use the min(requested, offered). See RFC 4960 Section 5.1.1 for details.
Note: A receiver of an INIT with the MIS value of 0 SHOULD abort the association.
RFC4960
| ���������� | ���˵�� |
|---|---|
static class |
SctpInitBaseclass.AddressTypeTLV
|
static class |
SctpInitBaseclass.CookieTLV
|
static class |
SctpInitBaseclass.HostnameTLV
|
static class |
SctpInitBaseclass.Ip4TLV
|
static class |
SctpInitBaseclass.Ip6TLV
|
static class |
SctpInitBaseclass.StateCookieTLV
|
static class |
SctpInitBaseclass.TLV
Baseclass for Type-Length-Value parameters.
|
static class |
SctpInitBaseclass.UnrecognizedParametersTLV
|
SctpChunk.SctpChunkType
JHeader.State
JMemory.Type
ABORT,
CHUNK_ACTION_ERROR,
CHUNK_ACTION_MASK,
CHUNK_ACTION_SKIP,
CHUNK_ACTION_STOP,
CHUNK_ACTION_STOP_AND_REPORT,
COOKIE_ACK,
COOKIE_ECHO,
CWR, DATA,
ECNE, ERROR,
HEARTBEAT,
HEARTBEAT_ACK,
INIT, INIT_ACK,
SACK, SHUTDOWN,
SHUTDOWN_ACK,
SHUTDOWN_COMPLETE
annotatedHeader,
BYTE, EMPTY_HEADER_ARRAY,
isSubHeader,
packet, state
JNETPCAP_LIBRARY_NAME,
MAX_DIRECT_MEMORY_DEFAULT,
POINTER
| ��������˵�� |
|---|
SctpInitBaseclass()
|
| ���������� | ������˵�� |
|---|---|
void |
istream(int value)
Number of Inbound Streams (MIS): 16 bits (unsigned integer)
Defines the maximum number of streams the sender of this INIT chunk
allows the peer end to create in this association.
|
int |
istreams()
Number of Inbound Streams (MIS): 16 bits (unsigned integer)
Defines the maximum number of streams the sender of this INIT chunk
allows the peer end to create in this association.
|
void |
ostream(int value)
Number of Outbound Streams (OS): 16 bits (unsigned integer)
Defines the number of outbound streams the sender of this INIT chunk
wishes to create in this association.
|
int |
ostreams()
Number of Outbound Streams (OS): 16 bits (unsigned integer)
Defines the number of outbound streams the sender of this INIT chunk
wishes to create in this association.
|
java.lang.String[] |
printTlvs()
|
(ר�ó����) static SctpInitBaseclass.TLV[]
|
readTLVS(JBuffer buffer,
int length)
|
long |
tag()
Initiate Tag: 32 bits (unsigned integer)
The receiver of the INIT (the responding end) records the value of the
Initiate Tag parameter.
|
void |
tag(long value)
Initiate Tag: 32 bits (unsigned integer)
The receiver of the INIT (the responding end) records the value of the
Initiate Tag parameter.
|
SctpInitBaseclass.TLV[]
|
tlvs()
Gets an array of Type-Length-Value parameters from the header
|
long |
tsn()
Initial TSN (I-TSN): 32 bits (unsigned integer)
Defines the initial TSN that the sender will use.
|
void |
tsn(long value)
Initial TSN (I-TSN): 32 bits (unsigned integer)
Defines the initial TSN that the sender will use.
|
long |
window()
Advertised Receiver Window Credit (a_rwnd): 32 bits (unsigned
integer)
This value represents the dedicated buffer space, in number of bytes, the
sender of the INIT has reserved in association with this window.
|
void |
window(long value)
Advertised Receiver Window Credit (a_rwnd): 32 bits (unsigned
integer)
This value represents the dedicated buffer space, in number of bytes, the
sender of the INIT has reserved in association with this window.
|
flags_Action,
flags_ActionDescription,
flags,
flags,
getHeaderLength,
length,
length,
type,
type,
typeDescription
decode, decodeHeader,
getAnnotatedHeader,
getDescription,
getFields, getGap, getGapLength,
getGapOffset,
getHeader, getHeaderLength,
getHeaderOffset,
getId, getIndex,
getLength, getName,
getNextHeaderId,
getNextHeaderOffset,
getNicname,
getOffset, getPacket,
getParent, getPayload,
getPayloadLength,
getPayloadOffset,
getPostfix,
getPostfixLength,
getPostfixOffset,
getPrefix, getPrefixLength,
getPrefixOffset,
getPreviousHeaderId,
getPreviousHeaderOffset,
getState, getSubHeaders,
hasDescription,
hasGap, hasNextHeader,
hasPayload,
hasPostfix,
hasPrefix, hasPreviousHeader,
hasSubHeaders,
isFragmented,
isGapTruncated,
isHeaderTruncated,
isPayloadTruncated,
isPostfixTruncated,
isPrefixTruncated,
peer,
peer,
peerPayloadTo,
setPacket,
setSubHeaders,
sizeof, toString,
transferPayloadTo,
transferPayloadTo,
transferPayloadTo,
validateHeader
findUTF8String,
getByte, getByteArray,
getByteArray,
getByteArray,
getDouble, getFloat,
getInt, getLong,
getShort, getUByte,
getUInt, getUShort,
getUTF8Char,
getUTF8String,
getUTF8String,
getUTF8String,
getUTF8String,
isReadonly, order, order,
peer,
peer,
peer,
peer,
setByte,
setByteArray,
setByteBuffer,
setDouble,
setFloat,
setInt, setLong,
setShort,
setShort0,
setUByte,
setUInt,
setUShort,
transferFrom,
transferFrom,
transferFrom,
transferTo,
transferTo,
transferTo
availableDirectMemory,
check, cleanup, createReference,
isInitialized,
isJMemoryBasedOwner,
isOwner, maxDirectMemory,
peer,
reservedDirectMemory,
setSize, size, softDirectMemory,
toDebugString,
toHexdump, toHexdump,
totalActiveAllocated,
totalAllocateCalls,
totalAllocated,
totalAllocatedSegments0To255Bytes,
totalAllocatedSegments256OrAbove,
totalDeAllocateCalls,
totalDeAllocated,
transferFrom,
transferFrom,
transferFromDirect,
transferOwnership,
transferTo,
transferTo,
transferTo,
transferTo,
transferTo,
transferTo0
static SctpInitBaseclass.TLV[] readTLVS(JBuffer buffer, int length)
public void istream(int value)
Defines the maximum number of streams the sender of this INIT chunk allows the peer end to create in this association. The value 0 MUST NOT be used.
Note: There is no negotiation of the actual number of streams but instead the two endpoints will use the min(requested, offered). See RFC 4960 Section 5.1.1 for details.
Note: A receiver of an INIT with the MIS value of 0 SHOULD abort the association.
value
- number of inbound streams@Field(offset=112, length=16, display="Inbound Streams") public int istreams()
Defines the maximum number of streams the sender of this INIT chunk allows the peer end to create in this association. The value 0 MUST NOT be used.
Note: There is no negotiation of the actual number of streams but instead the two endpoints will use the min(requested, offered). See RFC 4960 Section 5.1.1 for details.
Note: A receiver of an INIT with the MIS value of 0 SHOULD abort the association.
public void ostream(int value)
Defines the number of outbound streams the sender of this INIT chunk wishes to create in this association. The value of 0 MUST NOT be used.
Note: A receiver of an INIT with the OS value set to 0 SHOULD abort the association.
value
- number of outbound streams@Field(offset=96, length=16, display="Outbound Streams") public int ostreams()
Defines the number of outbound streams the sender of this INIT chunk wishes to create in this association. The value of 0 MUST NOT be used.
Note: A receiver of an INIT with the OS value set to 0 SHOULD abort the association.
@Field(offset=160, length=0, display="TLV Parameter", format="%s[]") public java.lang.String[] printTlvs()
@Field(offset=32, length=32, display="Initiate Tag") public long tag()
The receiver of the INIT (the responding end) records the value of the Initiate Tag parameter. This value MUST be placed into the Verification Tag field of every SCTP packet that the receiver of the INIT transmits within this association.
The Initiate Tag is allowed to have any value except 0. See RFC 4960 Section 5.3.1 for more on the selection of the tag value.
If the value of the Initiate Tag in a received INIT chunk is found to be 0, the receiver MUST treat it as an error and close the association by transmitting an ABORT.
public void tag(long value)
The receiver of the INIT (the responding end) records the value of the Initiate Tag parameter. This value MUST be placed into the Verification Tag field of every SCTP packet that the receiver of the INIT transmits within this association.
The Initiate Tag is allowed to have any value except 0. See RFC 4960 Section 5.3.1 for more on the selection of the tag value.
If the value of the Initiate Tag in a received INIT chunk is found to be 0, the receiver MUST treat it as an error and close the association by transmitting an ABORT.
value
- initiate tag (unsinged 32-bit)public SctpInitBaseclass.TLV[] tlvs()
@Field(offset=128, length=32, display="Initial TSN", format="%lx") public long tsn()
Defines the initial TSN that the sender will use. The valid range is from 0 to<PHONE_NUMBER>. This field MAY be set to the value of the Initiate Tag field.
public void tsn(long value)
Defines the initial TSN that the sender will use. The valid range is from 0 to<PHONE_NUMBER>. This field MAY be set to the value of the Initiate Tag field.
value
- initial TSN value@Field(offset=64, length=32, display="Advertised Receiver Window Credit") public long window()
This value represents the dedicated buffer space, in number of bytes, the sender of the INIT has reserved in association with this window. During the life of the association, this buffer space SHOULD NOT be lessened (i.e., dedicated buffers taken away from this association); however, an endpoint MAY change the value of a_rwnd it sends in SACK chunks.
public void window(long value)
This value represents the dedicated buffer space, in number of bytes, the sender of the INIT has reserved in association with this window. During the life of the association, this buffer space SHOULD NOT be lessened (i.e., dedicated buffers taken away from this association); however, an endpoint MAY change the value of a_rwnd it sends in SACK chunks.
value
- window credit


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USD/CAD extends sideways grind above 1.3200 as oil rally loses steam
by Eren Sengezer- WTI consolidates last Friday's gains, trades above $57.
- US Dollar Index posts modest losses on Monday.
- American session is likely to be quiet in absence of significant data releases.
The USD/CAD pair closed the previous week virtually unchanged above the 1.3200 handle and is having a difficult time setting its next short-term direction as the lack of fundamental drivers force investors to remain on the sidelines. As of writing, the pair was flat on the day at 1.3220.
After moving sideways near the 1.3250 mark on Friday, a sharp increase witnessed in crude oil prices allowed the commodity-related CAD to gather strength against the USD. The barrel of West Texas Intermediate (WTI) gained more than 1.5% on Friday before going into a consolidation phase on Monday. As of writing, the barrel of WTI was down 0.45% on the day at $57.50.
USD awaits FOMC meeting minutes
On the other hand, the US Dollar Index is registering small losses below the 98 thresholds on Monday, allowing the pair to stay directionless despite the uninspiring performance of crude oil. There won't be any macroeconomic data releases in the remainder of the day and the pair is likely to stay quiet.
On Wednesday, inflation report from Canada and the Federal Open Market Committee's (FOMC) October meeting minutes could cause the pair's volatility to increase.
Previewing the FOMC event, "We anticipate discussions to touch upon what "material reassessment" of the outlook would lead the FOMC to shift its policy stance," said TD Securities analysts. "The minutes may also provide further insights into the Framework Review debate."
Technical levels to watch for
USD/CAD
| Overview | |
|---|---|
| Today last price | 1.3223 |
| Today Daily Change | -0.0004 |
| Today Daily Change % | -0.03 |
| Today daily open | 1.3227 |
| Trends | |
|---|---|
| Daily SMA20 | 1.3154 |
| Daily SMA50 | 1.3209 |
| Daily SMA100 | 1.3201 |
| Daily SMA200 | 1.3277 |
| Levels | |
|---|---|
| Previous Daily High | 1.3254 |
| Previous Daily Low | 1.3216 |
| Previous Weekly High | 1.3272 |
| Previous Weekly Low | 1.3212 |
| Previous Monthly High | 1.3349 |
| Previous Monthly Low | 1.3042 |
| Daily Fibonacci 38.2% | 1.3231 |
| Daily Fibonacci 61.8% | 1.324 |
| Daily Pivot Point S1 | 1.3211 |
| Daily Pivot Point S2 | 1.3195 |
| Daily Pivot Point S3 | 1.3173 |
| Daily Pivot Point R1 | 1.3249 |
| Daily Pivot Point R2 | 1.3271 |
| Daily Pivot Point R3 | 1.3287 |


simple alpha composition tool
color with alpha channel to hex color
Alpha:
Color:
New color:
Convert


[§431:30-122] Severability and construction. (a) The provisions of this compact shall be severable, and if any phrase, clause, sentence, or provision is deemed unenforceable, the remaining provisions of the compact shall be enforceable.
(b) The provisions of this compact shall be liberally construed to effectuate its purposes. [L 2004, c 104, pt of §2]


public class TrcDriveBaseOdometry
extends java.lang.Object
| Constructor and Description |
|---|
TrcDriveBaseOdometry(TrcOdometrySensor ySensor,
TrcOdometrySensor angleSensor)
Constructor: Create an instance of the object.
|
TrcDriveBaseOdometry(TrcOdometrySensor y1Sensor,
TrcOdometrySensor y2Sensor,
TrcOdometrySensor angleSensor)
Constructor: Create an instance of the object.
|
TrcDriveBaseOdometry(TrcOdometrySensor x1Sensor,
TrcOdometrySensor y1Sensor,
TrcOdometrySensor y2Sensor,
TrcOdometrySensor angleSensor)
Constructor: Create an instance of the object.
|
TrcDriveBaseOdometry(TrcOdometrySensor x1Sensor,
TrcOdometrySensor y1Sensor,
TrcOdometrySensor x2Sensor,
TrcOdometrySensor y2Sensor,
TrcOdometrySensor angleSensor)
Constructor: Create an instance of the object.
|
| Modifier and Type | Method and Description |
|---|---|
TrcDriveBase.Odometry |
getOdometryDelta()
This method reads all the sensors and calculates the delta displacement from the last odometry update.
|
void |
resetOdometry(boolean resetHardware,
boolean resetAngle)
This method resets the odometry device and data.
|
void |
setOdometryScales(double yScale)
This method sets the scaling factors for Y data.
|
void |
setOdometryScales(double yScale,
double angleScale)
This method sets the scaling factors for Y and angle data.
|
void |
setOdometryScales(double xScale,
double yScale,
double angleScale)
This method sets the scaling factors for both X, Y and angle data.
|
public TrcDriveBaseOdometry(TrcOdometrySensor x1Sensor, TrcOdometrySensor y1Sensor, TrcOdometrySensor x2Sensor, TrcOdometrySensor y2Sensor, TrcOdometrySensor angleSensor)
x1Sensor
- specifies the first X sensor if any.y1Sensor
- specifies the first Y sensor.x2Sensor
- specifies the second X sensor if any.y2Sensor
- specifies the second Y sensor if any.angleSensor
- specifies the angle sensor.public TrcDriveBaseOdometry(TrcOdometrySensor x1Sensor, TrcOdometrySensor y1Sensor, TrcOdometrySensor y2Sensor, TrcOdometrySensor angleSensor)
x1Sensor
- specifies the first X sensor.y1Sensor
- specifies the first Y sensor.y2Sensor
- specifies the second Y sensor.angleSensor
- specifies the angle sensor.public TrcDriveBaseOdometry(TrcOdometrySensor y1Sensor, TrcOdometrySensor y2Sensor, TrcOdometrySensor angleSensor)
y1Sensor
- specifies the first Y sensor.y2Sensor
- specifies the second Y sensor.angleSensor
- specifies the angle sensor.public TrcDriveBaseOdometry(TrcOdometrySensor ySensor, TrcOdometrySensor angleSensor)
ySensor
- specifies the Y sensor.angleSensor
- specifies the angle sensor.public void setOdometryScales(double xScale, double yScale, double angleScale)
xScale
- specifies the scale factor for the X direction.yScale
- specifies the scale factor for the Y direction.angleScale
- specifies the scale factor the the angle.public void setOdometryScales(double yScale, double angleScale)
yScale
- specifies the scale factor for the Y direction.angleScale
- specifies the scale factor the the angle.public void setOdometryScales(double yScale)
yScale
- specifies the scale factor for the Y direction.public void resetOdometry(boolean resetHardware, boolean resetAngle)
resetHardware
- specifies true to do a hardware reset on the sensor devices, false otherwise.resetAngle
- specifies true to reset the angle sensor, false to skip resetting angle sensor.public TrcDriveBase.Odometry getOdometryDelta()


Firstly read the documentation for BizTalk 2006 documenter because all that is said still applies.
Please check this
blog post for further documentation and this blog post Better Documenting your BizTalk Solutions with hints about how to use it to its full extent


Open All Bookmarks
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This tutorial shows how to use the GBM method in H2O for model training and classification.
GBM is a method for regression and classification that builds a forest of gradient boosted trees. The trees are built from a training dataset and can be used to make predictions on a test dataset.
Vocabulary:


{# planet/suggest.html ~~~~~~~~~~~~~~~~~~~ On this page the user can suggest a new blog for the planet. :copyright: (c) 2013-2015 by the Inyoka Team, see AUTHORS for more details. :license: BSD, see LICENSE for more details. #} {% extends 'planet/base.html' %} {% block breadcrumb %} {{ super() }} {{ macros.breadcrumb_item(_('Suggest blog')) }} {% endblock %} {% block planet_content %}
{% trans %}Please be patient. It could take a while, until we approve your suggestion.{% endtrans %}
{% call macros.outer_form(csrf_token(), form, action=href('planet', 'suggest')) %} {% endcall %} {% endblock %}


Guestlist (#)
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{% extends 'blog/base.html' %} {% block content %}
This page can be used to add new posts. Also, if you own an existing post then you also have the option to edit or delete it.


Cmajor compiler front-end.
| soulng | SoulNG core libraries. |
| sngxml | XML processing libraries. |
| sngcm | AST, lexer and parser for the Cmajor programming language. |
| common | Interface to compile unit providing column spans. |
| cmsxi | System X intermediate code classes. |
| ir | Interfaces to intermediate code emitters. |
| cmllvm | LLVM intermediate code emitter. |
| cmsxbe | System X intermediate code emitter. |
| symbols | Symbol table and symbol classes. |
| cmmid | Intermediate code emitter factories. |
| binder | Binders and bound node classes. |
| codegenbase | Code generator base class. |
| codegenllvm | LLVM code generator. |
| codegensx | System X code generator. |
| codegenwin | Windows code generator. |
| codegenlinux | Linux code generator. |
| eh | RTTI of Cmajor exceptions. |
| codegen | Code generator facade. |
| rt | C++ implementation part of the Cmajor runtime library. |
| build | Build engine. |
| cmcm | Compiler driver for managed clients. |
| sxcmc | System X command-line compiler driver. |
| cmc | Main command-line compiler driver. |


My IMDB movie list
Top 10 movies from IMDB
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Sort By ID
Sort By Title
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Id
Title
Rank


How does exchange rate differ and vary among countries? Is there any chance to make money using exchange rate? Which country is the ideal choice for traveling without spending too much? When is the best time to exchange money?
Select you favorite country as "homeland" by clicking its region on the map and view the latest exchange rate to a US dollar(04/10/2015). Click the selected country again to return the original map. You can also change the "homeland" by clicking the region of another country without returning to default map.
The color scale indicates the amount of money needed to buy a USD in that country. The deeper the color is, the more money is needed.
Click One and Scroll Down !!
Let's see the exchange rate between the currency of your "homeland"(China by default), which you click above, and others.
Put your mouse over the bars to view details.
Click One Again and Scroll Down !!
If you have no idea about the currency code, look up the dropdown menu.
Gain: Probability that exchange rate is higher than previous day.
Loss: Probability that exchange rate is lower than previous day.
If your mouse is over the legend, the corresponding fan section in the pie is highlighted.
Probability that a quarter achieves lowest average exchange rate in a year.
If your mouse is over the legend, the corresponding fan section in the pie is highlighted.
Histogram of exchange rate fluctuation.
To see the probability for range of fluctuation values that you are interested in,
Brush it!!
Let's look at the exchange rate float line between the two countries you selected above(CNY to USD by default).
Zoom In and View details!!
Remember to put your mouse on the point or area you would like to explore.
Press Reset
to get original line.
The data of AED currency starts from 09/03/2007.


This tool was created in order for recently graduated students to retrieve files from their AFS space and transfer them to either their local computer or to University of Michigan affiliated cloud services such as Google Drive or Box. The tool copies files that are currently in the user’s directory, and does not alter the files in the directory. Below are links to tools for each major operating system. Windows and OS X users will download an executable, while Linux users will download a bash script. Tutorials are included for all operating systems. Notes about each specific operating system’s application are at the bottom of their respective page.
Below is a link to a tool that will upload all of your files to either Google Drive or Box. The upload process can take a few hours, so do not be concerned if it does not complete quickly. You will recieve an email when the upload is complete.


The specific location or circumscription of the location of a collecting event. ~ ~~ ~~
( object-id*, tp:location*, comment? )
May Contain:


|
SQA-Baller-Squad
1.0
|
Advertise Class @description: Used to allow user to create an item and put it up for auction
More...
#include <Advertise.h>
Inherits Items.
Public Member Functions | |
| void | setRemainingDays (short remaining) |
| short | getRemainingDays () |
Users.cpp | |
Advertise Function Definition file for Our Auction Sales Service Project
| |
| Advertise () | |
| void | AdvertiseItem () |
| Public Member Functions inherited from Items | |
| void | setItemName (string item) |
| string | getItemName () |
| void | setItemId (string id) |
| string | getItemId () |
| void | setBidPrice (float price) |
| float | getBidPrice () |
| void | setSellerName (string name) |
| string | getSellerName () |
| void | setCurrentBidderName (string name) |
| string | getCurrentBidderName () |
| Items () | |
| void | CheckItems () |
| void | FindItems () |
Advertise Class @description: Used to allow user to create an item and put it up for auction
| Advertise::Advertise | ( | ) |
Default Constructor
| void Advertise::AdvertiseItem | ( | ) |
User is prompted to input most information of the item they wish to advertise for (item name, minimum bid price and number of days to put the item up for)
|
inline |
Getter for Remaining Days private attribute
|
inline |
Setter for Remaining Days private attribute


This scenario demonstrates using the device enumeration interface to look for specific device interfaces. A device interface is the programmatic entry point for a device.
Enter a device interface class GUID directly in the field below:
Interface Class GUID:
... or select from some typical interface classes:
Pressing the enumerate button will start a search for device interfaces that belong to the specified device interface class. The device interfaces will be listed below, along with the device properties associated with the interface.


jvm_mechanic Configuration
Session Sample Accuracy:
Playback Mode Enabled:
-
Ledger Location:
Leger File Size:
-
Data Location:
Data File Size:
-
GC Location:
GC File Size:
Playback Mode Enabled:
-
Ledger Location:
Leger File Size:
-
Data Location:
Data File Size:
-
GC Location:
GC File Size:
General Monitoring Information
First Recorded Request:
Last Recorded Request:
Uptime:
-
Recording Methods:
-
Total Recorded Events:
Event Recording Rate:
-
Total Recorded Sessions:
Session Recording Rate:
Last Recorded Request:
Uptime:
-
Recording Methods:
-
Total Recorded Events:
Event Recording Rate:
-
Total Recorded Sessions:
Session Recording Rate:
Garbage Collection - General
Total GC Events:
Max Heap Occupancy:
Max Heap Space:
Max Perm/Metaspace Occupancy:
Max Perm/Metaspace Space:
GC Throughput:
GC Max Pause:
GC Total Pause:
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Stopped Time Max Pause:
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Max Heap Occupancy:
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Max Perm/Metaspace Space:
GC Throughput:
GC Max Pause:
GC Total Pause:
Stopped Time Throughput:
Stopped Time Max Pause:
Stopped Time Total:
GC/Stopped Ratio:
Garbage Collection - Insights
Total Allocated Bytes:
Average Allocation Rate:
-
Total Promoted Bytes:
Average Promotion Rate:
Average Allocation Rate:
-
Total Promoted Bytes:
Average Promotion Rate:
Application Throughput
Method Duration - Relative
Method Duration - Absolute
Average Method Duration - Relative
Average Method Duration - Absolute


Each eigenvalue is the square of a natural frequency of the structure, and the corresponding eigenvector is the respective mode shape, i.e. it represents the displaced shape of the structure. If the structure is excited at the $i^\mathrm{th}$ resonant frequency then its displaced shape will be proportional to the $i^\mathrm{th}$ mode shape.
In order to compute the mode shapes, the responses can be expressed as: $$\begin{bmatrix}r\\θ\end{bmatrix} = \sum_{i = 1}^{n} A_i\cdot\cos(\omega_it)\cdot\vec{\varphi_i} = A_1\cdot\cos(\omega_1t)\cdot\vec{\varphi_1} + A_2\cdot\cos(\omega_2t)\cdot\vec{\varphi_2}$$ $$\begin{bmatrix}\ddot{r}\\\ddot{θ}\end{bmatrix} = - \sum_{i = 1}^{n} (\omega_i)^2\cdot A_i\cdot\cos(\omega_it)\cdot\vec{\varphi_i} = - (\omega_1)^2\cdot A_1\cdot\cos(\omega_1t)\cdot\vec{\varphi_1} - (\omega_2)^2\cdot A_2\cdot\cos(\omega_2t)\cdot\vec{\varphi_2}$$ where $A_i$ are constants, $\varphi_i$ are eigenvectors of particular mode and $n$ is the number of degrees of freedoms (DoF). In this case, there are two DoFs, so $n=2$ as shown above.
Replacing the expressions for $r$ and $\theta$ above in the equations of motion from the previous page, we get: $$\begin{bmatrix}k-\omega^2m & -k\ell\\-k\ell & k_\theta+k\ell^2-\omega^2I\end{bmatrix} (A_1\cdot\vec{\varphi_1} + A_2\cdot\vec{\varphi_2}) = 0$$ For DoF $i$, setting all other constants to zero except for $A_i$, leads us to obtaining the $i^{th}$ mode shape. Writing $\vec{\varphi_i}$ as $\begin{bmatrix}\varphi_i^1\\\varphi_i^2\end{bmatrix}$: $$A_i \cdot \begin{bmatrix}k-(\omega_i)^2m & -k\ell\\-k\ell & k_\theta+k\ell^2-(\omega_i)^2I\end{bmatrix} \begin{bmatrix}\varphi_i^1\\\varphi_i^2\end{bmatrix} = 0$$ Hence, the relation between $\varphi_i^1$ and $\varphi_i^2$ can be described by the following equations: $$\begin{cases} [k-(\omega_i)^2m]\varphi_i^1 - k\ell\varphi_i^2 = 0\\ -k\ell\varphi_i^1 + [k_\theta+k\ell^2-(\omega_i)^2I]\varphi_i^2 = 0 \end{cases}$$ The general expression for mode shapes can be calculated by setting $\varphi_i^1 = 1$: $$\vec{\varphi_i} = \begin{bmatrix} 1\\ \frac{k - (\omega_i)^2m}{k\ell} \end{bmatrix}$$
The combination of mode shapes gives system response, with $A_1$ and $A_2$ being absolutely generic. The expressions for the system responses are as follows: $$ \begin{cases} \text{Displacement:} \begin{bmatrix}r\\θ\end{bmatrix} = A_1\cdot\cos(\omega_1t)\begin{bmatrix}\varphi_1^1\\\varphi_1^2\end{bmatrix} + A_2\cdot\cos(\omega_1t)\begin{bmatrix}\varphi_2^1\\\varphi_2^2\end{bmatrix}\\ \text{Velocity:} \begin{bmatrix}\dot{r}\\\dot{θ}\end{bmatrix} = - \omega_1\cdot A_1\cdot\cos(\omega_1t)\begin{bmatrix}\varphi_1^1\\\varphi_1^2\end{bmatrix} - \omega_2\cdot A_2\cdot\cos(\omega_1t)\begin{bmatrix}\varphi_2^1\\\varphi_2^2\end{bmatrix}\\ \text{Acceleration:} \begin{bmatrix}r\\θ\end{bmatrix} = - (\omega_1)^2\cdot A_1\cdot\cos(\omega_1t)\begin{bmatrix}\varphi_1^1\\\varphi_1^2\end{bmatrix} - (\omega_2)^2\cdot A_2\cdot\cos(\omega_1t)\begin{bmatrix}\varphi_2^1\\\varphi_2^2\end{bmatrix} \end{cases} $$
The animation on the right hand side shows the system response for the first mode shape. Parameters are set to default values of $m = 4 \mathrm{kg}, I = 6.5 \mathrm{kg\cdot m^2}, k = 8 \mathrm{N/m}, k_\theta = 8 \mathrm{N\cdot m/rad}, \ell = 1.5 \mathrm{m}$.
Setting $A_1 = 1, A_2 = 0$, the expression of DoF $r$ displacement for first mode is as follows: $$r = \cos(\omega_1 t)\varphi_1^1$$ Since $\varphi_1^1 = 1$: $$r = \cos(\omega_1 t)$$ As for DoF $\theta$, the first mode displacement is: $$\theta = \cos(\omega_1 t)\varphi_1^2 = \cos(\omega_1 t)\frac{k - (\omega_1)^2m}{k\ell} \approx 0.519\cos(\omega_1 t)$$
It can be seen that the displacements of the two DoF have the opposite direction to each other, which means that they are out of phase.
The animation on the right hand side shows the system response for the second mode shape. Parameters are set to default values of $m = 4 \mathrm{kg}, I = 6.5 \mathrm{kg\cdot m^2}, k = 8 \mathrm{N/m}, k_\theta = 8 \mathrm{N\cdot m/rad}, \ell = 1.5 \mathrm{m}$.
Setting $A_1 = 0, A_2 = 1$, the expression of DoF $r$ for the second mode is as follows: $$r = \cos(\omega_2t)\varphi_2^1$$ Since $\varphi_2^1 = 1$: $$r = \cos(\omega_2t)$$ As for DoF $\theta$, the second mode displacement is: $$\theta = \cos(\omega_2t)\varphi_2^2 = \cos(\omega_2t)\frac{k - (\omega_2)^2m}{k\ell} \approx -1.186\cos(\omega_2 t)$$
It can be seen that the displacements of the two DoF are in same direction, which means that they are in phase.