Abstracts any underlying database support for applications using the DICOM toolkit and needing access to persistent storage of entities in the DICOM information model.
The primary class of this package is the abstract {@link com.pixelmed.database.DatabaseInformationModel DatabaseInformationModel}. It provides general facilities for connecting to the underlying database, creating tables, inserting, modifying, deleting and selecting records. In addition it provdes abstract methods for describing the types of entities mapped to records in tables and their relationships.
Concrete implementations of the {@link com.pixelmed.database.DatabaseInformationModel DatabaseInformationModel} are provided for commonly used models, including the {@link com.pixelmed.database.PatientStudySeriesConcatenationInstanceModel PatientStudySeriesConcatenationInstanceModel} and the {@link com.pixelmed.database.StudySeriesInstanceModel StudySeriesInstanceModel}.
The models make use of specialized forms of the generic {@link com.pixelmed.dicom.DicomDictionary com.pixelmed.dicom.DicomDictionary} in order to make sure particular DICOM attributes are mapped to the correct information entity (i.e. database table) appropriate to the model in use.
Tree and table browsers and models are provided that may be used to form the basis of application specific browsers.
The following is a simple example of how a database is created, populated by one or more DICOM files, and a browser created:
public static void main(String arg[]) { try { final DatabaseInformationModel d = new PatientStudySeriesConcatenationInstanceModel("test"); for (int j=0; j<arg.length; ++j) { String fileName = arg[j]; DicomInputStream dfi = new DicomInputStream(new BufferedInputStream(new FileInputStream(fileName))); AttributeList list = new AttributeList(); list.read(dfi); dfi.close(); d.insertObject(list,fileName); } final JFrame frame = new JFrame(); frame.setSize(400,800); frame.addWindowListener(new WindowAdapter() { public void windowClosing(WindowEvent e) { frame.dispose(); d.close(); System.exit(0); } }); DatabaseTreeBrowser tree = new DatabaseTreeBrowser(d,frame); frame.show(); } catch (Exception e) { System.out.println(e); e.printStackTrace(); System.exit(0); } }


A ruleset for a strategic wargame that can be played using any fantasy figurines (think legos, playmobile, etc...)
Now I'm testing the row class because the section class didn't seem to work. Well row didn't work but maybe the "docs-section" class will?!
Hey, that worked!
 We had been building a castle with walls and other various buildings with the planks when I had an idea! What if we made up rules for how our knights fought?! We made up the rules as we went, but we liked the game so much that we decided to write down the rules.
These "rules" are not rules at all! They are guidelines!!! (that's why this webpage is titled the "Knight Command Guidebook", silly!)so you should, in the spirit of how the game was created, make the rules work for you! If the game is taking too long to finish and you have to leave in time to make it to a family gathering, then change the rules!
The only true rule is that everyone has to agree with the new rules before they are instated. Be fair and kind!
"Code of Chivalry quote"We played the game with Playmobile knights (to fight with!) and KEVA Structures planks (to determine movement distance!), but who's to say that you can't use any other kind of figurines!
Soldiers walking with their two feet on the ground may move


The potato was first domesticated in the region of modern-day southern Peru and extreme northwestern Bolivia between 8000 and 5000 BC.
It has since spread around the world and become a staple crop in many countries.
The earliest archaeologically verified potato tuber remains have been found at the coastal site of Ancon (central Peru), dating to 2500 BC.
The most widely cultivated variety, Solanum tuberosum tuberosum, is indigenous to the Chiloé Archipelago.
Following the Spanish conquest of the Inca Empire, the Spanish introduced the potato to Europe in the second half of the 16th century.
The potato became an important food staple and field crop throughout Europe.
Thousands of varieties still persist in the Andes, where over 100 cultivars might be found in a single valley.


Guestbook
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A map with all behaviors that were defined for this widget. The key is the name of the behavior, the value is the callback function that is invoked when the behavior is called.
ID of the form to use for AJAX requests.
The client-side ID of the 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.
ID of the IMAGE element.
Initial coordinates of the cropper area (x, y, width, height).
An optional callback that is invoked
after this widget was created successfully, at the end of the init method. This is
usually specified via the widgetPostConstruct
attribute on the JSF component. Note that this is also called
during a refresh
(AJAX update).
An optional callback that is invoked after
this widget was refreshed after an AJAX update, at the end of the refresh method.
This is usually specified via the widgetPostRefresh
attribute on the JSF component.
An optional callback that is invoked before
this widget is about to be destroyed, e.g. when the component was removed at the end of an AJAX update. This is
called at the beginning of the destroy method. This is usually specified via the
widgetPreDestroy
attribute on the JSF component.
The name of the widget variables of this widget. The widget variable can be used to
access a widget instance by calling PF("myWidgetVar")
.
Generated using TypeDoc
The configuration for the ImageCropper widget. You can access this configuration via BaseWidget.cfg. Please note that this configuration is usually meant to be read-only and should not be modified.


Trading_ShippingServiceDetailsType Class Reference
| Inherits from | NSObject |
| Conforms to | PicoBindable |
| Declared in | Trading_ShippingServiceDetailsType.h Trading_ShippingServiceDetailsType.m |
Tasks
-
description
Display string that applications can use to present a list of shipping service
property
options in a more user-friendly format (such as in a drop-down list). -
expeditedService
Indicates whether the shipping service is an expedited shipping service.
property
See Enabling Get It Fast. Only returned for sites for which the Get It
Fast feature is enabled and only if true. -
internationalService
Indicates whether the shipping service is an international shipping service.
property
An international shipping service option is required if an item is being
shipped from one country (origin) to another (destination). -
shippingService
The name of shipping service option. The
property
ShippingServiceDetails.ValidForSellingFlow flag must also be present. Otherwise,
that particular shipping service option is no longer valid and cannot be offered
to buyers through a listing. -
shippingServiceID
Numeric identifier. A value greater than 50000 represents an
property
international shipping service (confirmed by
InternationalShippingService being true). Some applications use this ID
to look up shipping services more efficiently.
Also useful for applications that have migrated from the legacy XML API. -
shippingTimeMax
The maximum guaranteed number of days the shipping carrier will
property
take to ship an item (not including the time it takes the
seller to deliver the item to the shipping carrier). Always
returned when ExpeditedService is true or if defined for a particular service.
See Enabling Get It Fast feature. -
shippingTimeMin
The minimum guaranteed number of days the shipping carrier will
property
take to ship an item (not including the time it takes the
seller to deliver the item to the shipping carrier). Always
returned when ExpeditedService is true or if defined for a
particular service.
See Enabling Get It Fast feature. -
shippingServiceCode
For future use.
property -
serviceType
The types of shipping that this shipping service supports.
property -
shippingPackage
The kinds of packages supported by this shipping service.
property -
dimensionsRequired
This field is only returned if the shipping service option requires that package
property
dimensions are provided by the seller. If it is returned, it is always returned
as ‘true’. -
validForSellingFlow
If this field is returned as ‘true’, the shipping service option can be used in a
property
Add/Revise/Relist API call. If this field is returned as ‘false’, the shipping
service option is not currently supported and cannot be used in a
Add/Revise/Relist API call. -
surchargeApplicable
True if a surcharge applies for any region that this service ships to.
property -
shippingCarrier
The kinds of carrier supported by this shipping service.
property -
codService
Applies to the Italy site (site ID 101) only. Indicates whether the shipping service
property
is a Cash On Delivery shipping service.
Returned only if true. -
deprecationDetails
A mechanism by which details about deprecation of a shipping service is
property
announced. See also MappedToShippingServiceID.
If this container is empty, it means that there is no mapping for this
shipping service and that the shipping service will be dropped from the
listing without an accompanying warning message from the eBay API. -
mappedToShippingServiceID
The ID of another shipping service that will be used when a
property
shipping service is deprecated. See also DeprecationDetails. -
costGroupFlat
If returned, this is the shipping service group to which the shipping service belongs.
property
Valid values are found in CostGroupFlatCodeType. -
shippingServicePackageDetails
Shipping Package level details for the enclosing shipping service, this
property
complex type replaces the existing ShippingPackage type. -
weightRequired
If true, a seller who selects this package type for the listing and then offers
property
this shipping service must specify WeightMajor and WeightMinor in the item definition.
If not returned, WeightRequired is false. -
detailVersion
Returns the latest version number for this field. The version can be
property
used to determine if and when to refresh cached client data. -
updateTime
Gives the time in GMT that the feature flags for the details were last
property
updated. This timestamp can be used to determine if and when to refresh
cached client data. -
shippingCategory
Indicates the shipping category. Shipping categories include the following:
property
ECONOMY, STANDARD, EXPEDITED, ONE_DAY, PICKUP, OTHER, and NONE. International
shipping services are generally grouped into the NONE category. For more
information on these shipping categories, see the
Shipping Basics page on the eBay Shipping Center site. -
any
(public property)
property
Properties
any
(public property)
@property (nonatomic, retain) NSMutableArray *any
Discussion
(public property)
entry type : PicoAnyElement, wrapper for primitive anyelement
Declared In
Trading_ShippingServiceDetailsType.h
codService
Applies to the Italy site (site ID 101) only. Indicates whether the shipping service
is a Cash On Delivery shipping service.
Returned only if true.
@property (nonatomic, retain) NSNumber *codService
Discussion
Applies to the Italy site (site ID 101) only. Indicates whether the shipping service
is a Cash On Delivery shipping service.
Returned only if true.
type : NSNumber, wrapper for primitive bool
Declared In
Trading_ShippingServiceDetailsType.h
costGroupFlat
If returned, this is the shipping service group to which the shipping service belongs.
Valid values are found in CostGroupFlatCodeType.
@property (nonatomic, retain) NSString *costGroupFlat
Discussion
If returned, this is the shipping service group to which the shipping service belongs.
Valid values are found in CostGroupFlatCodeType.
type : NSString, wrapper for primitive string
Declared In
Trading_ShippingServiceDetailsType.h
deprecationDetails
A mechanism by which details about deprecation of a shipping service is
announced. See also MappedToShippingServiceID.
If this container is empty, it means that there is no mapping for this
shipping service and that the shipping service will be dropped from the
listing without an accompanying warning message from the eBay API.
@property (nonatomic, retain) NSMutableArray *deprecationDetails
Discussion
A mechanism by which details about deprecation of a shipping service is
announced. See also MappedToShippingServiceID.
If this container is empty, it means that there is no mapping for this
shipping service and that the shipping service will be dropped from the
listing without an accompanying warning message from the eBay API.
entry type : class Trading_AnnouncementMessageType
Declared In
Trading_ShippingServiceDetailsType.h
description
Display string that applications can use to present a list of shipping service
options in a more user-friendly format (such as in a drop-down list).
@property (nonatomic, retain) NSString *description
Discussion
Display string that applications can use to present a list of shipping service
options in a more user-friendly format (such as in a drop-down list).
type : NSString, wrapper for primitive string
Declared In
Trading_ShippingServiceDetailsType.h
detailVersion
Returns the latest version number for this field. The version can be
used to determine if and when to refresh cached client data.
@property (nonatomic, retain) NSString *detailVersion
Discussion
Returns the latest version number for this field. The version can be
used to determine if and when to refresh cached client data.
type : NSString, wrapper for primitive string
Declared In
Trading_ShippingServiceDetailsType.h
dimensionsRequired
This field is only returned if the shipping service option requires that package
dimensions are provided by the seller. If it is returned, it is always returned
as ‘true’.
@property (nonatomic, retain) NSNumber *dimensionsRequired
Discussion
This field is only returned if the shipping service option requires that package
dimensions are provided by the seller. If it is returned, it is always returned
as ‘true’.
type : NSNumber, wrapper for primitive bool
Declared In
Trading_ShippingServiceDetailsType.h
expeditedService
Indicates whether the shipping service is an expedited shipping service.
See Enabling Get It Fast. Only returned for sites for which the Get It
Fast feature is enabled and only if true.
@property (nonatomic, retain) NSNumber *expeditedService
Discussion
Indicates whether the shipping service is an expedited shipping service.
See Enabling Get It Fast. Only returned for sites for which the Get It
Fast feature is enabled and only if true.
type : NSNumber, wrapper for primitive bool
Declared In
Trading_ShippingServiceDetailsType.h
internationalService
Indicates whether the shipping service is an international shipping service.
An international shipping service option is required if an item is being
shipped from one country (origin) to another (destination).
@property (nonatomic, retain) NSNumber *internationalService
Discussion
Indicates whether the shipping service is an international shipping service.
An international shipping service option is required if an item is being
shipped from one country (origin) to another (destination).
type : NSNumber, wrapper for primitive bool
Declared In
Trading_ShippingServiceDetailsType.h
mappedToShippingServiceID
The ID of another shipping service that will be used when a
shipping service is deprecated. See also DeprecationDetails.
@property (nonatomic, retain) NSNumber *mappedToShippingServiceID
Discussion
The ID of another shipping service that will be used when a
shipping service is deprecated. See also DeprecationDetails.
type : NSNumber, wrapper for primitive int
Declared In
Trading_ShippingServiceDetailsType.h
serviceType
The types of shipping that this shipping service supports.
@property (nonatomic, retain) NSMutableArray *serviceType
Discussion
The types of shipping that this shipping service supports.
entry type : string constant in Trading_ShippingTypeCodeType.h
Declared In
Trading_ShippingServiceDetailsType.h
shippingCarrier
The kinds of carrier supported by this shipping service.
@property (nonatomic, retain) NSMutableArray *shippingCarrier
Discussion
The kinds of carrier supported by this shipping service.
entry type : string constant in Trading_ShippingCarrierCodeType.h
Declared In
Trading_ShippingServiceDetailsType.h
shippingCategory
Indicates the shipping category. Shipping categories include the following:
ECONOMY, STANDARD, EXPEDITED, ONE_DAY, PICKUP, OTHER, and NONE. International
shipping services are generally grouped into the NONE category. For more
information on these shipping categories, see the
Shipping Basics page on the eBay Shipping Center site.
@property (nonatomic, retain) NSString *shippingCategory
Discussion
Indicates the shipping category. Shipping categories include the following:
ECONOMY, STANDARD, EXPEDITED, ONE_DAY, PICKUP, OTHER, and NONE. International
shipping services are generally grouped into the NONE category. For more
information on these shipping categories, see the
Shipping Basics page on the eBay Shipping Center site.
type : NSString, wrapper for primitive string
Declared In
Trading_ShippingServiceDetailsType.h
shippingPackage
The kinds of packages supported by this shipping service.
@property (nonatomic, retain) NSMutableArray *shippingPackage
Discussion
The kinds of packages supported by this shipping service.
entry type : string constant in Trading_ShippingPackageCodeType.h
Declared In
Trading_ShippingServiceDetailsType.h
shippingService
The name of shipping service option. The
ShippingServiceDetails.ValidForSellingFlow flag must also be present. Otherwise,
that particular shipping service option is no longer valid and cannot be offered
to buyers through a listing.
@property (nonatomic, retain) NSString *shippingService
Discussion
The name of shipping service option. The
ShippingServiceDetails.ValidForSellingFlow flag must also be present. Otherwise,
that particular shipping service option is no longer valid and cannot be offered
to buyers through a listing.
type : NSString, wrapper for primitive string
Declared In
Trading_ShippingServiceDetailsType.h
shippingServiceCode
For future use.
@property (nonatomic, retain) NSString *shippingServiceCode
Discussion
For future use.
type: string constant in Trading_ShippingServiceCodeType.h
Declared In
Trading_ShippingServiceDetailsType.h
shippingServiceID
Numeric identifier. A value greater than 50000 represents an
international shipping service (confirmed by
InternationalShippingService being true). Some applications use this ID
to look up shipping services more efficiently.
Also useful for applications that have migrated from the legacy XML API.
@property (nonatomic, retain) NSNumber *shippingServiceID
Discussion
Numeric identifier. A value greater than 50000 represents an
international shipping service (confirmed by
InternationalShippingService being true). Some applications use this ID
to look up shipping services more efficiently.
Also useful for applications that have migrated from the legacy XML API.
type : NSNumber, wrapper for primitive int
Declared In
Trading_ShippingServiceDetailsType.h
shippingServicePackageDetails
Shipping Package level details for the enclosing shipping service, this
complex type replaces the existing ShippingPackage type.
@property (nonatomic, retain) NSMutableArray *shippingServicePackageDetails
Discussion
Shipping Package level details for the enclosing shipping service, this
complex type replaces the existing ShippingPackage type.
entry type : class Trading_ShippingServicePackageDetailsType
Declared In
Trading_ShippingServiceDetailsType.h
shippingTimeMax
The maximum guaranteed number of days the shipping carrier will
take to ship an item (not including the time it takes the
seller to deliver the item to the shipping carrier). Always
returned when ExpeditedService is true or if defined for a particular service.
See Enabling Get It Fast feature.
@property (nonatomic, retain) NSNumber *shippingTimeMax
Discussion
The maximum guaranteed number of days the shipping carrier will
take to ship an item (not including the time it takes the
seller to deliver the item to the shipping carrier). Always
returned when ExpeditedService is true or if defined for a particular service.
See Enabling Get It Fast feature.
type : NSNumber, wrapper for primitive int
Declared In
Trading_ShippingServiceDetailsType.h
shippingTimeMin
The minimum guaranteed number of days the shipping carrier will
take to ship an item (not including the time it takes the
seller to deliver the item to the shipping carrier). Always
returned when ExpeditedService is true or if defined for a
particular service.
See Enabling Get It Fast feature.
@property (nonatomic, retain) NSNumber *shippingTimeMin
Discussion
The minimum guaranteed number of days the shipping carrier will
take to ship an item (not including the time it takes the
seller to deliver the item to the shipping carrier). Always
returned when ExpeditedService is true or if defined for a
particular service.
See Enabling Get It Fast feature.
type : NSNumber, wrapper for primitive int
Declared In
Trading_ShippingServiceDetailsType.h
surchargeApplicable
True if a surcharge applies for any region that this service ships to.
@property (nonatomic, retain) NSNumber *surchargeApplicable
Discussion
True if a surcharge applies for any region that this service ships to.
type : NSNumber, wrapper for primitive bool
Declared In
Trading_ShippingServiceDetailsType.h
updateTime
Gives the time in GMT that the feature flags for the details were last
updated. This timestamp can be used to determine if and when to refresh
cached client data.
@property (nonatomic, retain) NSDate *updateTime
Discussion
Gives the time in GMT that the feature flags for the details were last
updated. This timestamp can be used to determine if and when to refresh
cached client data.
type : NSDate, wrapper for primitive date
Declared In
Trading_ShippingServiceDetailsType.h
validForSellingFlow
If this field is returned as ‘true’, the shipping service option can be used in a
Add/Revise/Relist API call. If this field is returned as ‘false’, the shipping
service option is not currently supported and cannot be used in a
Add/Revise/Relist API call.
@property (nonatomic, retain) NSNumber *validForSellingFlow
Discussion
If this field is returned as ‘true’, the shipping service option can be used in a
Add/Revise/Relist API call. If this field is returned as ‘false’, the shipping
service option is not currently supported and cannot be used in a
Add/Revise/Relist API call.
type : NSNumber, wrapper for primitive bool
Declared In
Trading_ShippingServiceDetailsType.h
weightRequired
If true, a seller who selects this package type for the listing and then offers
this shipping service must specify WeightMajor and WeightMinor in the item definition.
If not returned, WeightRequired is false.
@property (nonatomic, retain) NSNumber *weightRequired
Discussion
If true, a seller who selects this package type for the listing and then offers
this shipping service must specify WeightMajor and WeightMinor in the item definition.
If not returned, WeightRequired is false.
type : NSNumber, wrapper for primitive bool
Declared In
Trading_ShippingServiceDetailsType.h


I'm a static HTML element, nothing fancy... But, you can resize me!
The following example creates a new Abyss with an element that is already in your DOM.
var element = document.getElementById('myElement');
var abyss = new Abyss(element);
abyss.show(); // Displays the Abyss
The following example creates a new Abyss which provides it's own HTML element to display content. The element created by the Abyss will be automatically added to the DOM.
var abyss = new Abyss();
var element = abyss.element;
element.innerHTML('
Hello World!
');
abyss.show(); // Displays the Abyss
To display a popup with a picture, you need to create a new AbyssPicture
instance.
var picture = new AbyssPicture('http://the.url/to/the/image');
picture.show();
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in
all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
THE SOFTWARE.
Abyss is a Avgrund inspired modal concept. It uses the same effect as Avgrund to give a sense of depth between the page and a displayed popup, however, unlike Avgrund it also works with sites which have more than a screenful of content and supports resizeable popups. It also comes with a handy helper that allows you to display images inside an Abyss, all with automatic resizing and everything.
Give it a spin by clicking one of the buttons below:
To use Abyss you need to include jQuery
and the abyss.css
and abyss.js
files. Additionally, if you want to use Abyss picture helper, you need to include abyss-picture.js
.
Elements you want to display as popups should get the abyss-popup
class assigned to which will automatically hide the element and enables the fade-in animation.
If you want to blur the background when an Abyss is displayed, you need to assing the abyss-content
class to the element that hosts your sites content
An Abyss instance provides the following methods:
Abyss.show(); // Displays the Abyss.
Abyss.close(); // Hides the Abyss.
Abyss.resize(width, height); // Resizes the Abyss to the given size
show()
and close()
are also available in the AbyssPicture class, resize()
however is not.
Additionally there are the following callbacks:
Abyss.onclose; // Invoked when the Abyss closes
Abyss.onresize; // Invoked when the Abyss gets automatically
// gets automatically resized.
// If you implement this, you MUST call resize() with the new size yourself
There are also the following properties available:
Abyss.element; // The element that the Abyss displays
AbyssPicture.image; // The Image instance that contains the image to display
AbyssPicture.abyss; // The Abyss instance that is used
AbyssPicture.isLoaded; // true if the picture is loaded, otherwise false
Abyss is licensed under the MIT license. The picture helper includes code from Spin.js by Felix Gnass which is also released under the MIT license.


On systems with kernels compiled with built in support for cpusets, all processes are attached to a cpuset, and cpusets are always present. If a system supports cpusets, then it will have the entry nodev cpuset in the file /proc/filesystems. By mounting the cpuset filesystem (see the EXAMPLE section below), the administrator can configure the cpusets on a system to control the processor and memory placement of processes on that system. By default, if the cpuset configuration on a system is not modified or if the cpuset filesystem is not even mounted, then the cpuset mechanism, though present, has no affect on the system's behavior.
A cpuset defines a list of CPUs and memory nodes.
The CPUs of a system include all the logical processing units on which a process can execute, including, if present, multiple processor cores within a package and Hyper-Threads within a processor core. Memory nodes include all distinct banks of main memory; small and SMP systems typically have just one memory node that contains all the system's main memory, while NUMA (non-uniform memory access) systems have multiple memory nodes.
Cpusets are represented as directories in a hierarchical pseudo-filesystem, where the top directory in the hierarchy (/dev/cpuset) represents the entire system (all online CPUs and memory nodes) and any cpuset that is the child (descendant) of another parent cpuset contains a subset of that parent's CPUs and memory nodes. The directories and files representing cpusets have normal filesystem permissions.
Every process in the system belongs to exactly one cpuset. A process is confined to run only on the CPUs in the cpuset it belongs to, and to allocate memory only on the memory nodes in that cpuset. When a process fork(2)s, the child process is placed in the same cpuset as its parent. With sufficient privilege, a process may be moved from one cpuset to another and the allowed CPUs and memory nodes of an existing cpuset may be changed.
When the system begins booting, a single cpuset is defined that includes all CPUs and memory nodes on the system, and all processes are in that cpuset. During the boot process, or later during normal system operation, other cpusets may be created, as subdirectories of this top cpuset, under the control of the system administrator, and processes may be placed in these other cpusets.
Cpusets are integrated with the sched_setaffinity(2) scheduling affinity mechanism and the mbind(2) and set_mempolicy(2) memory-placement mechanisms in the kernel. Neither of these mechanisms let a process make use of a CPU or memory node that is not allowed by that process's cpuset. If changes to a process's cpuset placement conflict with these other mechanisms, then cpuset placement is enforced even if it means overriding these other mechanisms. The kernel accomplishes this overriding by silently restricting the CPUs and memory nodes requested by these other mechanisms to those allowed by the invoking process's cpuset. This can result in these other calls returning an error, if for example, such a call ends up requesting an empty set of CPUs or memory nodes, after that request is restricted to the invoking process's cpuset.
Typically, a cpuset is used to manage the CPU and memory-node confinement for a set of cooperating processes such as a batch scheduler job, and these other mechanisms are used to manage the placement of individual processes or memory regions within that set or job.
New cpusets are created using the mkdir(2) system call or the mkdir(1) command. The properties of a cpuset, such as its flags, allowed CPUs and memory nodes, and attached processes, are queried and modified by reading or writing to the appropriate file in that cpuset's directory, as listed below.
The pseudo-files in each cpuset directory are automatically created when the cpuset is created, as a result of the mkdir(2) invocation. It is not possible to directly add or remove these pseudo-files.
A cpuset directory that contains no child cpuset directories, and has no attached processes, can be removed using rmdir(2) or rmdir(1). It is not necessary, or possible, to remove the pseudo-files inside the directory before removing it.
The pseudo-files in each cpuset directory are small text files that may be read and written using traditional shell utilities such as cat(1), and echo(1), or from a program by using file I/O library functions or system calls, such as open(2), read(2), write(2), and close(2).
The pseudo-files in a cpuset directory represent internal kernel state and do not have any persistent image on disk. Each of these per-cpuset files is listed and described below.
Warning: only one PID may be written to the tasks file at a time. If a string is written that contains more than one PID, only the first one will be used.
The CPUs allowed to a cpuset may be changed by writing a new list to its cpus file.
Two cpusets are sibling cpusets if they share the same parent cpuset in the /dev/cpuset hierarchy. Two cpusets are cousin cpusets if neither is the ancestor of the other. Regardless of the cpu_exclusive setting, if one cpuset is the ancestor of another, and if both of these cpusets have nonempty cpus, then their cpus must overlap, because the cpus of any cpuset are always a subset of the cpus of its parent cpuset.
Regardless of the mem_exclusive setting, if one cpuset is the ancestor of another, then their memory nodes must overlap, because the memory nodes of any cpuset are always a subset of the memory nodes of that cpuset's parent cpuset.
In addition to the above pseudo-files in each directory below /dev/cpuset, each process has a pseudo-file, /proc/<pid>/cpuset, that displays the path of the process's cpuset directory relative to the root of the cpuset filesystem.
Also the /proc/<pid>/status file for each process has four added lines, displaying the process's Cpus_allowed (on which CPUs it may be scheduled) and Mems_allowed (on which memory nodes it may obtain memory), in the two formats Mask Format and List Format (see below) as shown in the following example:
Cpus_allowed: ffffffff,ffffffff,ffffffff,ffffffff Cpus_allowed_list: 0-127 Mems_allowed: ffffffff,ffffffff Mems_allowed_list: 0-63
The "allowed" fields were added in Linux 2.6.24; the "allowed_list" fields were added in Linux 2.6.26.
A cpuset that is mem_exclusive restricts kernel allocations for buffer cache pages and other internal kernel data pages commonly shared by the kernel across multiple users. All cpusets, whether mem_exclusive or not, restrict allocations of memory for user space. This enables configuring a system so that several independent jobs can share common kernel data, while isolating each job's user allocation in its own cpuset. To do this, construct a large mem_exclusive cpuset to hold all the jobs, and construct child, non-mem_exclusive cpusets for each individual job. Only a small amount of kernel memory, such as requests from interrupt handlers, is allowed to be placed on memory nodes outside even a mem_exclusive cpuset.
This enables configuring a system so that several independent jobs can share common kernel data, such as filesystem pages, while isolating each job's user allocation in its own cpuset. To do this, construct a large hardwall cpuset to hold all the jobs, and construct child cpusets for each individual job which are not hardwall cpusets.
Only a small amount of kernel memory, such as requests from interrupt handlers, is allowed to be taken outside even a hardwall cpuset.
The default value of notify_on_release in the root cpuset at system boot is disabled (0). The default value of other cpusets at creation is the current value of their parent's notify_on_release setting.
The command /sbin/cpuset_release_agent is invoked, with the name (/dev/cpuset relative path) of the to-be-released cpuset in argv[1].
The usual contents of the command /sbin/cpuset_release_agent is simply the shell script:
#!/bin/sh rmdir /dev/cpuset/$1
As with other flag values below, this flag can be changed by writing an ASCII number 0 or 1 (with optional trailing newline) into the file, to clear or set the flag, respectively.
This enables batch managers that are monitoring jobs running in dedicated cpusets to efficiently detect what level of memory pressure that job is causing.
This is useful both on tightly managed systems running a wide mix of submitted jobs, which may choose to terminate or reprioritize jobs that are trying to use more memory than allowed on the nodes assigned them, and with tightly coupled, long-running, massively parallel scientific computing jobs that will dramatically fail to meet required performance goals if they start to use more memory than allowed to them.
This mechanism provides a very economical way for the batch manager to monitor a cpuset for signs of memory pressure. It's up to the batch manager or other user code to decide what action to take if it detects signs of memory pressure.
Unless memory pressure calculation is enabled by setting the pseudo-file /dev/cpuset/cpuset.memory_pressure_enabled, it is not computed for any cpuset, and reads from any memory_pressure always return zero, as represented by the ASCII string "0\n". See the WARNINGS section, below.
A per-cpuset, running average is employed for the following reasons:
The memory_pressure of a cpuset is calculated using a per-cpuset simple digital filter that is kept within the kernel. For each cpuset, this filter tracks the recent rate at which processes attached to that cpuset enter the kernel direct reclaim code.
The kernel direct reclaim code is entered whenever a process has to satisfy a memory page request by first finding some other page to repurpose, due to lack of any readily available already free pages. Dirty filesystem pages are repurposed by first writing them to disk. Unmodified filesystem buffer pages are repurposed by simply dropping them, though if that page is needed again, it will have to be reread from disk.
The cpuset.memory_pressure file provides an integer number representing the recent (half-life of 10 seconds) rate of entries to the direct reclaim code caused by any process in the cpuset, in units of reclaims attempted per second, times 1000.
If the per-cpuset Boolean flag file cpuset.memory_spread_page is set, then the kernel will spread the filesystem buffers (page cache) evenly over all the nodes that the faulting process is allowed to use, instead of preferring to put those pages on the node where the process is running.
If the per-cpuset Boolean flag file cpuset.memory_spread_slab is set, then the kernel will spread some filesystem-related slab caches, such as those for inodes and directory entries, evenly over all the nodes that the faulting process is allowed to use, instead of preferring to put those pages on the node where the process is running.
The setting of these flags does not affect the data segment (see brk(2)) or stack segment pages of a process.
By default, both kinds of memory spreading are off and the kernel prefers to allocate memory pages on the node local to where the requesting process is running. If that node is not allowed by the process's NUMA memory policy or cpuset configuration or if there are insufficient free memory pages on that node, then the kernel looks for the nearest node that is allowed and has sufficient free memory.
When new cpusets are created, they inherit the memory spread settings of their parent.
Setting memory spreading causes allocations for the affected page or slab caches to ignore the process's NUMA memory policy and be spread instead. However, the effect of these changes in memory placement caused by cpuset-specified memory spreading is hidden from the mbind(2) or set_mempolicy(2) calls. These two NUMA memory policy calls always appear to behave as if no cpuset-specified memory spreading is in effect, even if it is. If cpuset memory spreading is subsequently turned off, the NUMA memory policy most recently specified by these calls is automatically reapplied.
Both cpuset.memory_spread_page and cpuset.memory_spread_slab are Boolean flag files. By default they contain "0", meaning that the feature is off for that cpuset. If a "1" is written to that file, that turns the named feature on.
Cpuset-specified memory spreading behaves similarly to what is known (in other contexts) as round-robin or interleave memory placement.
Cpuset-specified memory spreading can provide substantial performance improvements for jobs that:
Without this policy, the memory allocation across the nodes in the job's cpuset can become very uneven, especially for jobs that might have just a single thread initializing or reading in the data set.
When memory migration is enabled in a cpuset, if the mems setting of the cpuset is changed, then any memory page in use by any process in the cpuset that is on a memory node that is no longer allowed will be migrated to a memory node that is allowed.
Furthermore, if a process is moved into a cpuset with memory_migrate enabled, any memory pages it uses that were on memory nodes allowed in its previous cpuset, but which are not allowed in its new cpuset, will be migrated to a memory node allowed in the new cpuset.
The relative placement of a migrated page within the cpuset is preserved during these migration operations if possible. For example, if the page was on the second valid node of the prior cpuset, then the page will be placed on the second valid node of the new cpuset, if possible.
The algorithmic cost of load balancing and its impact on key shared kernel data structures such as the process list increases more than linearly with the number of CPUs being balanced. For example, it costs more to load balance across one large set of CPUs than it does to balance across two smaller sets of CPUs, each of half the size of the larger set. (The precise relationship between the number of CPUs being balanced and the cost of load balancing depends on implementation details of the kernel process scheduler, which is subject to change over time, as improved kernel scheduler algorithms are implemented.)
The per-cpuset flag sched_load_balance provides a mechanism to suppress this automatic scheduler load balancing in cases where it is not needed and suppressing it would have worthwhile performance benefits.
By default, load balancing is done across all CPUs, except those marked isolated using the kernel boot time "isolcpus=" argument. (See Scheduler Relax Domain Level, below, to change this default.)
This default load balancing across all CPUs is not well suited to the following two situations:
When the per-cpuset flag sched_load_balance is enabled (the default setting), it requests load balancing across all the CPUs in that cpuset's allowed CPUs, ensuring that load balancing can move a process (not otherwise pinned, as by sched_setaffinity(2)) from any CPU in that cpuset to any other.
When the per-cpuset flag sched_load_balance is disabled, then the scheduler will avoid load balancing across the CPUs in that cpuset, except in so far as is necessary because some overlapping cpuset has sched_load_balance enabled.
So, for example, if the top cpuset has the flag sched_load_balance enabled, then the scheduler will load balance across all CPUs, and the setting of the sched_load_balance flag in other cpusets has no effect, as we're already fully load balancing.
Therefore in the above two situations, the flag sched_load_balance should be disabled in the top cpuset, and only some of the smaller, child cpusets would have this flag enabled.
When doing this, you don't usually want to leave any unpinned processes in the top cpuset that might use nontrivial amounts of CPU, as such processes may be artificially constrained to some subset of CPUs, depending on the particulars of this flag setting in descendant cpusets. Even if such a process could use spare CPU cycles in some other CPUs, the kernel scheduler might not consider the possibility of load balancing that process to the underused CPU.
Of course, processes pinned to a particular CPU can be left in a cpuset that disables sched_load_balance as those processes aren't going anywhere else anyway.
On small systems, such as those with just a few CPUs, immediate load balancing is useful to improve system interactivity and to minimize wasteful idle CPU cycles. But on large systems, attempting immediate load balancing across a large number of CPUs can be more costly than it is worth, depending on the particular performance characteristics of the job mix and the hardware.
The exact meaning of the small integer values of sched_relax_domain_level will depend on internal implementation details of the kernel scheduler code and on the non-uniform architecture of the hardware. Both of these will evolve over time and vary by system architecture and kernel version.
As of this writing, when this capability was introduced in Linux 2.6.26, on certain popular architectures, the positive values of sched_relax_domain_level have the following meanings.

The sched_relax_domain_level value of minus one (-1) always means use the system default value. The system default value can vary by architecture and kernel version. This system default value can be changed by kernel boot-time "relax_domain_level=" argument.
In the case of multiple overlapping cpusets which have conflicting sched_relax_domain_level values, then the highest such value applies to all CPUs in any of the overlapping cpusets. In such cases, the value minus one (-1) is the lowest value, overridden by any other value, and the value zero (0) is the next lowest value.
This format displays each 32-bit word in hexadecimal (using ASCII characters "0" - "9" and "a" - "f"); words are filled with leading zeros, if required. For masks longer than one word, a comma separator is used between words. Words are displayed in big-endian order, which has the most significant bit first. The hex digits within a word are also in big-endian order.
The number of 32-bit words displayed is the minimum number needed to display all bits of the bit mask, based on the size of the bit mask.
Examples of the Mask Format:
00000001 # just bit 0 set 40000000,00000000,00000000 # just bit 94 set 00000001,00000000,00000000 # just bit 64 set 000000ff,00000000 # bits 32-39 set 00000000,000e3862 # 1,5,6,11-13,17-19 set
A mask with bits 0, 1, 2, 4, 8, 16, 32, and 64 set displays as:
00000001,00000001,00010117
The first "1" is for bit 64, the second for bit 32, the third for bit 16, the fourth for bit 8, the fifth for bit 4, and the "7" is for bits 2, 1, and 0.
Examples of the List Format:
0-4,9 # bits 0, 1, 2, 3, 4, and 9 set 0-2,7,12-14 # bits 0, 1, 2, 7, 12, 13, and 14 set
For instance, a process can put itself in some other cpuset (than its current one) if it can write the tasks file for that cpuset. This requires execute permission on the encompassing directories and write permission on the tasks file.
An additional constraint is applied to requests to place some other process in a cpuset. One process may not attach another to a cpuset unless it would have permission to send that process a signal (see kill(2)).
A process may create a child cpuset if it can access and write the parent cpuset directory. It can modify the CPUs or memory nodes in a cpuset if it can access that cpuset's directory (execute permissions on the each of the parent directories) and write the corresponding cpus or mems file.
There is one minor difference between the manner in which these permissions are evaluated and the manner in which normal filesystem operation permissions are evaluated. The kernel interprets relative pathnames starting at a process's current working directory. Even if one is operating on a cpuset file, relative pathnames are interpreted relative to the process's current working directory, not relative to the process's current cpuset. The only ways that cpuset paths relative to a process's current cpuset can be used are if either the process's current working directory is its cpuset (it first did a cd or chdir(2) to its cpuset directory beneath /dev/cpuset, which is a bit unusual) or if some user code converts the relative cpuset path to a full filesystem path.
In theory, this means that user code should specify cpusets using absolute pathnames, which requires knowing the mount point of the cpuset filesystem (usually, but not necessarily, /dev/cpuset). In practice, all user level code that this author is aware of simply assumes that if the cpuset filesystem is mounted, then it is mounted at /dev/cpuset. Furthermore, it is common practice for carefully written user code to verify the presence of the pseudo-file /dev/cpuset/tasks in order to verify that the cpuset pseudo-filesystem is currently mounted.
echo 19 > cpuset.memsfailed because memory node 19 was not allowed (perhaps the current system does not have a memory node 19), then the echo command might not display any error. It is better to use the /bin/echo external command to change cpuset file settings, as this command will display write(2) errors, as in the example:
/bin/echo 19 > cpuset.mems /bin/echo: write error: Invalid argument
If hot-plug functionality is used to remove all the CPUs that are currently assigned to a cpuset, then the kernel will automatically update the cpus_allowed of all processes attached to CPUs in that cpuset to allow all CPUs. When memory hot-plug functionality for removing memory nodes is available, a similar exception is expected to apply there as well. In general, the kernel prefers to violate cpuset placement, rather than starving a process that has had all its allowed CPUs or memory nodes taken offline. User code should reconfigure cpusets to refer only to online CPUs and memory nodes when using hot-plug to add or remove such resources.
A few kernel-critical, internal memory-allocation requests, marked GFP_ATOMIC, must be satisfied immediately. The kernel may drop some request or malfunction if one of these allocations fail. If such a request cannot be satisfied within the current process's cpuset, then we relax the cpuset, and look for memory anywhere we can find it. It's better to violate the cpuset than stress the kernel.
Allocations of memory requested by kernel drivers while processing an interrupt lack any relevant process context, and are not confined by cpusets.
The possible errno settings and their meaning when set on a failed cpuset call are as listed below.
For example, the following sequence of commands will set up a cpuset named "Charlie", containing just CPUs 2 and 3, and memory node 1, and then attach the current shell to that cpuset.
$ mkdir /dev/cpuset $ mount -t cpuset cpuset /dev/cpuset $ cd /dev/cpuset $ mkdir Charlie $ cd Charlie $ /bin/echo 2-3 > cpuset.cpus $ /bin/echo 1 > cpuset.mems $ /bin/echo $$ > tasks # The current shell is now running in cpuset Charlie # The next line should display '/Charlie' $ cat /proc/self/cpuset
The following sequence of commands accomplishes this.
$ cd /dev/cpuset $ mkdir beta $ cd beta $ /bin/echo 16-19 > cpuset.cpus $ /bin/echo 8-9 > cpuset.mems $ /bin/echo 1 > cpuset.memory_migrate $ while read i; do /bin/echo $i; done < ../alpha/tasks > tasks
The above should move any processes in alpha to beta, and any memory held by these processes on memory nodes 2-3 to memory nodes 8-9, respectively.
Notice that the last step of the above sequence did not do:
$ cp ../alpha/tasks tasks
The while loop, rather than the seemingly easier use of the cp(1) command, was necessary because only one process PID at a time may be written to the tasks file.
The same effect (writing one PID at a time) as the while loop can be accomplished more efficiently, in fewer keystrokes and in syntax that works on any shell, but alas more obscurely, by using the -u (unbuffered) option of sed(1):
$ sed -un p < ../alpha/tasks > tasks
Documentation/cpusets.txt in the Linux kernel source tree


Create a new instance of WebHook object
{
"event":"unconfirmed-tx",
"url":"https://requestb.in/slmm49sl",
}
Fill up the basic information that is required for the webhook The URL should be actually accessible over the internet. Having a localhost here would not work.
The transaction or block associated with the event you subscribed to will be POSTed to the provided URL. The POST request will also include a X-EventType and a X-EventId HTTP header specifying the type of and id of the webhook which triggered the request. X-Eventtype: unconfirmed-tx X-Eventid: f1cef7d6-cfd9-459c-8ebc-42226ae2b1a7
Event types correspond to what kind of notifications you want to receive on the given URL. Complete event list: http://dev.blockcypher.com/#events
For Sample Purposes Only.
Create WebHook Sample
This sample code demonstrate how you can create a webhook, as documented here at: http://dev.blockcypher.com/#webhooks API used: POST /v1/btc/main/hooks


Rankings!
Select a Ranking, and view the data!
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{% extends "./base_sign_in.html" %} {% block login_form %}
Reset Password
Get a password reset email sent to you.
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← Login
{% endblock %}


Make an Appointment
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Hello, and welcome to the portfolio of Micheal Hansen! This Github page is intended to serve as a repository for projects put together by me, and to serve as a chronicle of my progress as I learn.
My github page containing all projects so far is linked above
An address book that takes in various inputs, then generates a card. Can also delete said cards. This was made to demonstrate both taking in inputs from the users, as well as manipulating DOM objects.

A programming quiz. Combining the fun of radio buttons with branching conditionals.
An application for converting Roman Numerals to numbers and vice versa, using the power of the while loop.
My first project, a simple html document that says hello.
A fake blog post to demonstrate various formatting options in Markdown
A recipe for cookies created in HTML meant to learn about basic HTML attributes
A blog post about Britt's dog, to learn about linking images in HTML
A basic webpage created in HTML, to demonstrate linking between pages and CSS
A continuation of the above, updated to take advantage of the Github Pages feature on Github
Likewise, a blogpost updated to take advantage of GH Pages
A website created to demonstrate the various capabilities of Git, especially branching and merging
A website for a faux island resort, to combine several above lessons into one project
A Cupcake Shop website to demonstrate custom classes in CSS
A lorem ipsum filled lecture page, to demonstrate the use and power of the div attribute, especially for creating columns and sidebars
A website for a band, to learn about the use of the float attribute
A website to demonstrate the box model, using div tags to create borders, margins, and padding
A website for an animal shelter, to learn about media queries for the sake of responsiveness
A website detailing my first week at Epicodus, for playing with the capabilities of bootstrap.css
A website built for exploring the capabalities of bootstrap, especially creating dymanic columns as well as combining bootstrap with a custom style sheet
A training exercise in basic design, attempting to reproduce various design elements of Wikipedia's home page
This very page, meant as a capstone to everything learned in the above lessons, while also serving as the future landing page for projects in my portfolio
An application with some unit conversions, for learning about functions
A page with with some introductory jQuery listeners for practice
A very simple page that ciphers a phrase
A functional calculator page
A page that can change colors with a button press, to demonstrate adding and removing classes to DOM objects
A functional calculator page
Pictures that appear and disappear to demonstrate more jQuery functions
A program that demonstrates using jQuery to manipulate DOM objects
A site to play Mad Libs, to demonstrate input forms and more complex DOM manipulation
A site with flashcards for useful JavaScript terms
A site to demonstrate even more input forms and how they relate to outputs
A site to demonstrate even more input forms and how they relate to outputs
A faux dating quiz, made to demonstrate combining user inputs with branching
A faux sorting hat quiz, made to demonstrate combining more user inputs with branching
A deeper quiz site to select a programming language for demonstrate multiple above lessons
My name is Micheal Hansen, and I'm an aspiring developer from Portland, Oregon, currently training at Epicodus's boot camp.
My experience at Beyondsoft is what motivated me to seek further training in programming. I was hired for the job based on my knowledge of mathematics, but the job relied a lot on programming, which I had to learn "on the fly". However, I greatly enjoyed the challenge and puzzle of coding, and decided to undergo more comprehensive training in the interest of pursuing it as a career.
Most of my interests resolve around puzzle solving. I love finding a difficult problem, and then working my way towards a solution. This is what lead me to learn how to code, starting originally with python, and now working to learn HTML, CSS, and JavaScript as well. In my free time, I also enjoy puzzles like crosswords and sudoku. I have little time for television anymore, but I like to watch NJPW when I can. I can drink my weight in coffee.
A mathematician is a device for turning coffee into theorems


Start the development workflow with npm run start:dev and try changing this file to check out autoreloading.


×
New Sketch
Sketch Name
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Rename Sketch
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Toggle navigation
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search
library name
some text about the library
List group item heading
...
List group item heading
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port:
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edit...
board:
asdf
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edit...
compile
run
foo
Sketches
new
edit
save
asdfas
Debug
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this is the console
clear
some docs go here
board info goes here
9600
baud
open
clear
send


| 025:058 Khan | : |
And put your trust (O Muhammad SAW) in the Ever Living One Who dies not, and glorify His Praises, and Sufficient is He as the All-Knower of the sins of His slaves; |
| 025:058 Maulana | : |
And rely on the Ever-Living Who dies not, and celebrate His praise. And sufficient is He as being Aware of His servants' sins, |
| 025:058 Pickthal | : |
And trust thou in the Living One Who dieth not, and hymn His praise. He sufficeth as the Knower of His bondmen's sins, |
| 025:058 Rashad | : |
You shall put your trust in the One who is Alive - the One who never dies - and praise Him and glorify Him. He is fully Cognizant of His creatures' sins. |
| 025:058 Sarwar | : |
Also trust in the Living One who never dies and glorify Him with His praise. He has sufficient knowledge of the sins of His servants. |
| 025:058 Shakir | : |
And rely on the Ever-living Who dies not, and celebrate His praise; and Sufficient is He as being aware of the faults of His servants, |
| 025:058 Sherali | : |
And trust thou in the One, Who is Ever-Living and is the Source of all life, And Who dies not, and Glorify HIM with HIS praise. And sufficient is HE as the Knower of the sins of his servants, |
| 025:058 Yusufali | : |
And put thy trust in Him Who lives and dies not; and celebrate his praise; and enough is He to be acquainted with the faults of His servants;- |
Concepts/Themes Covered: أركان الإسلام > التوحيد > توحيد الله تعالي > حمد الله تعالى وتسبيحه والثناء عليه Pillars of Islam> Islamic> Oneness of Allah> Praise be to Him أركان الإسلام > التوحيد > توحيد الله تعالي > صفات الله تعالى > الحيّ Pillars of Islam> Islamic> Oneness of Allah> His Glory's Characteristics> The Ever Living الإيمان > الله جلّ جلاله > التوكل عليه جلّ وعلا Faith> Allah, Glory to his Majesty> Trust In Allah العمل > العمل الصالح > التوكل Action(Work)> The Good Deeds>Trust in Allah العمل > العمل الطالح > اقتراف الذنوب Action(Work)> Bad Deeds>Committing Sins
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Persona
- Name: Will Garcia
- Gender: Male
- Age: 29
- Occupation: Car Salesman
- Technology Proficiency: More comfortable with mobile, rarely uses laptop. Enjoys the ease and versatility of mobile.
- Devices: mobile-Apple Iphone XS Max 256gb tablet-2018 Ipad 9.7 laptop-2015 MacBook Air OS-macOS 10.10
- Attitudes: Huge Broncos fan. Born and raised in Albuquerque, but has many friends and family in Denver area. Tries to attend at least one Broncos game per year. Normally has a ticket connect in Denver. Doesn't usually purchase tickets online. He's never used stubhub.com, but has friends who have used it before with success.
- Needs:
- Fast, affordable access to tickets
- Ability to receive tickets electronically
- Mobile access as he is visiting Denver and did not take his laptop with him


Select your Freifunk community here. Check the box right to refresh
Refresh communities on next run
optional - You may add your nodelist url here if you can't find it in the dropdown. Leave empty to use dropdown value!
You can specify filters for your nodes. If you leave them empty, all nodes will be saved as objects. These are "or" filters, so more filters mean more matches. IDs are checked by exact match, contact and name are checkt by "contains"
optional - Add your node ID(s) here, separated by "," (in most communities, this is the mac address)
optional - Add your contact info(s) here, separated by ","
Add your node name(s) here, separated by "," (tipp: if you have more routers, use a common prefix and set it her)


Labyrinther
Labyrinth file
Population number
Number of iterations
Crossover rate
Crossover points
One crossover point
Two crossover points
Three crossover points
Random
Number of mutations
Selection type
Roulette selection
Random List selection
Elitism number
Minimal number of moves multiplier
Maximal number of moves multiplier
Calculate!


class: center, middle # Automate CI/CD resources management --- # Problem Developers are manully creating the CI/CD resources. - Deployment buckets - IAM user - Resource policies --- # Problem Effects Developers: - spent over and over again the time to create the same or similar policies - Many team members have to re-do this :point_up: - In-experienced or developers having forgotten, have to spent slow thinking to find out or remember what policies are required. - Due to the silo, no opportunity to review or create conventions --- # Solution Use terraform to automate the management of the resources required for CI/C --- # Additional Value - Re-usable templates. E.g. aws-sam template, sqs template, sns template - Invest in re-usable long term knolwedge - Any developer regardless of their terraform or aws knowledge can create PR - More knowledge sharing & transparency of policies --- # Workflow - Copy an existing terraform file setup - Modify the policy action templates accordingly - Create PR --- # Next Ordered by priority 1. On next new serverless repo, use this workflow to start automating CI/CD resources. 2. When working with a existing serverless repo - which requires policies change, use that opportunity to automate the CI/CD resources. - which requires code change, use that opportunity to automate the CI/CD resources.


Russia confirms Putin to take part in Ukrainian peace summit in Paris
The French presidency said on Friday that the leaders of France, Germany, Russia and Ukraine would take part. But until Monday the Kremlin had failed to publicly confirm its attendance.
The Kremlin confirmed on Monday that Russian President Vladimir Putin would take part in a four-way international summit in Paris on December 9, an attempt to advance efforts for a peaceful resolution to the conflict in eastern Ukraine.
The French presidency said on Friday that the leaders of France, Germany, Russia and Ukraine would take part. But until Monday the Kremlin had failed to publicly confirm its attendance.
Kremlin spokesman Dmitry Peskov told reporters on Monday that Putin would attend, but declined to discuss what Moscow's expectations for the event were.
Meanwhile, Russian news agencies in Sunday announced that Russia will return three captured naval ships to Ukraine and is moving them to a handover location agreed with Kiev.
A Reuters reporter in Crimea, which Russian annexed from Ukraine in 2014, earlier on Sunday saw coastguard boats pulling the three vessels through the Kerch Strait towards the Black Sea where they could potentially be handed over to Ukraine.
Ukraine has been pushing for their return as a goodwill gesture from Moscow ahead of a possible four-way peace summit on eastern Ukraine next month.
More than 13,000 people have been killed in the more than five-year-old conflict in east Ukraine between pro-Russian separatists and Ukrainian government forces.
Relations between Ukraine and Russia collapsed following Moscow`s annexation of the Crimean peninsula, which prompted Western sanctions. Ukrainian President Volodymyr Zelenskiy won a landslide election victory in April promising to end the conflict.


M82 variety: processing tomato
Determinate branches
(ending flower)
Blocky fruit shape
Self pollinating yellow flower
M82 processing tomato


[ aws ]
A load balancer distributes incoming traffic across your EC2 instances. This enables you to increase the availability of your application. The load balancer also monitors the health of its registered instances and ensures that it routes traffic only to healthy instances. You configure your load balancer to accept incoming traffic by specifying one or more listeners, which are configured with a protocol and port number for connections from clients to the load balancer and a protocol and port number for connections from the load balancer to the instances.
Elastic Load Balancing supports two types of load balancers: Classic load balancers and Application load balancers (new). A Classic load balancer makes routing and load balancing decisions either at the transport layer (TCP/SSL) or the application layer (HTTP/HTTPS), and supports either EC2-Classic or a VPC. An Application load balancer makes routing and load balancing decisions at the application layer (HTTP/HTTPS), supports path-based routing, and can route requests to one or more ports on each EC2 instance or container instance in your virtual private cloud (VPC). For more information, see the .
This reference covers the 2012-06-01 API, which supports Classic load balancers. The 2015-12-01 API supports Application load balancers.
To get started, create a load balancer with one or more listeners using create-load-balancer . Register your instances with the load balancer using register-instances-with-load-balancer .
All Elastic Load Balancing operations are idempotent , which means that they complete at most one time. If you repeat an operation, it succeeds with a 200 OK response code.


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System.Management.Automation (1)
engine\hostifaces\RunspacePool.cs (1)
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System.Management.Automation (4)
engine\hostifaces\RunspacePoolInternal.cs (2)
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698
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engine\remoting\client\RemoteRunspacePoolInternal.cs (2)
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Ridiculous Booing Booing
I'm not certain I understand exactly what is ridiculous about a toothbrush with replaceable bristles. It's similar to a razor with replacable blades, except that typically that model is used in loss-leader economics. On the other hand if using a replacable-bristle brush reduced landfill mass by two, wouldn't that be a good thing?
I was speaking with a McGill grad student many many moons ago at Bill and Nat's place, and she pointed out that many people can only perceive the impact of their 'tribe' - which is typically 20-30 people, but maybe I think for the 'well-connected' a hundred or so. The problem with that is that you can't conceive of marginal environmental impact above the size of the tribe. You can say that, if a tribe leaves a candy wrapper each, then my favourite park will become nasty. But a tribe just walking through it won't leave any damage.
But the truth is that a group many many many times your tribe walks through the park, doing much much more damage. Which is why you should stay on the trail and try to use raised walkways or stone paths if they're available.
So, getting back to toothbrushes, if my tribe reduces their toothbrush landfill mass by only two, who cares. But if 100,000 x 'my tribe' reduce their toothbrush landfill mass by two... Hardly ridiculous.
About this entry
You"re currently reading "Ridiculous Booing Booing," an entry on a crick in the net
- Published:
- 02.25.06 / 11am
- Category:
- Enviroh-oh-Oh!
ok so a ‘refill' of 4 sets of bristles is going to cost how much? 4 blades is 10-15 bucks.
1$ for the brush and another say 50 bucks a year for bristles? no thanks.
There's no way you'd pay that much in a free market: the only value-added to a split brush is that it's better environmentally. So the price would work out to the same or cheaper than current toothbrushes.
You make me think of a good point. I think the most environmental and cheap way of shaving would be a straight edge. And all those who didn't survive the first week could get Darwin Awards .
I wonder if there's a renewable/environmentally friendly option for teeth? Chewing on branches?
That seems to work really well for the beavers...
There is a Razor Conspiracy Theory out there that has Gilette and others suppressing the ceramic razor — the razor that never needs to be replaced.


THERE was once a man who travelled the land all over in search of a wife. He saw young and old, rich and poor, pretty and plain, and could not meet with one to his mind. At last he found a woman, young, fair, and rich, who possessed a right arm of solid gold. He married her at once, and thought no man so fortunate as he was. They lived happily together, but, though he wished people to think otherwise, he was fonder of the golden arm than of all his wife's gifts besides.
At last she died. The husband put on the blackest black, and pulled the longest face at the funeral; but for all that he got up in the middle of the night, dug up the body, and cut off the golden arm. He hurried home to hide his treasure, and thought no one would know.
The following night he put the golden arm under his pillow, and was just falling asleep, when the ghost of his dead wife glided into the room. Stalking up to the bedside it drew the curtain, and looked at him reproachfully. Pretending not to be afraid, he spoke to the ghost, and said: 'What hast thou done with thy cheeks so red?'
'All withered and wasted away,' replied the ghost in a hollow tone.
'What hast thou done with thy red rosy lips?'
'All withered and wasted away.'
'What hast thou done with thy golden hair?'
'All withered and wasted away.'
'What hast thou done with thy Golden Arm?'
'THOU HAST IT!'


pyRerve is a library for connecting Python to an R process (an excellent statistic package) running Rserve as a RPC connection gateway. Through such a connection variables can be get and set in R from Python, and also R-functions can be called remotely. In contrast to rpy or rpy2 the R process does not have to run on the same machine, it can run on a remote machine and all variable access and function calls will be delegated there through the network.
Furthermore - and this makes everything feel very pythonic - all data structures will automatically be converted from native R to native Python types and back.
V 0.2 (2010-03-19) Fixed rendering of TaggedArrays
V 0.1 (2010-01-10) Initial version
This package has been mainly developed under Linux, and hence should run on all standard unix platforms. It has also been successfully used on Win32 machines. Unittests have only been used on the Linux side, however they might just work fine for Win32.
It has been tested run with Python 2.6.x and 2.7.x. Python 3.x has never been tested, it might or might not work.
The latest development has been tested with R 2.13.1 and Rserve 0.6.6.
pyRserve has been written by Ralph Heinkel (www.ralph-heinkel.com) and is released under MIT license.
Make sure that Numpy is installed.
Then from your unix/windows command line run:
easy_install pyRserve
or download the tar.gz or zip package. After unpacking run python setup.py install from your command line.
Documentation can be found at http://packages.python.org/pyRserve/.
For discussion of pyRserve issues and getting help please use the Google newsgroup available at http://groups.google.com/group/pyrserve.


Strictly fans switch off from Bruno Tonioli's 'painful' singing in cheesy opener
Horrified Strictly Come Dancing viewers watched in disbelief as judge Bruno Tonioli opened tonight's show with a poorly received rendition of 'I Love You Baby'
by Irishmirror.ieStrictly Come Dancing viewers were stunned tonight when Bruno Tonioli started singing.
The Italian judge, who is known for his dancing and choreography, opened the show with a rendition of Frank Sinatra's 'I Love You Baby'.
Horrified viewers watched in disbelief as Bruno belted out the classic song during a very cheesy opening number.

Bruno got a standing ovation from the crowd - but did not get as warm a reception from most of the viewers at home who labelled it 'painful and ugly'.
When Bruno went back to the judging table, presenter Tess Daly called him a "man of many talents".
Co-host Claudia Winkleman added: "Thank you Bruno. That was just the right amount of understated we need after Blackpool.
Strictly viewers took to Twitter to complain after watching Bruno's performance, including some of his biggest fans.
One viewer said: "Oh lordy, who let Bruno on the mic? This is so cringey"
"Whoever let Bruno sing tonight should lose their job," added another.

"I love Bruno to bits, truly. But god that was awful," said a third.
However, Bruno did have some fans that enjoyed his vocals during the cheesy opening.
One fan said: "Love @BrunoTonioli singing tonight"
"Best opening ever! Wish the other three judges had joined in too," added another.
A third said: "Please can we have more of Bruno singing it was a fun way to open the show"
""I Love You Brunoooo" sooooo much pink and feathers. Loved it," said a fourth.
*Strictly Come Dancing airs Saturdays on BBC One


Saw the in-laws off. Now prepping for the day's Christmas preparations.
12/20/2008, 9:00:46 AM
Favs: 0
Retweets: 0
link--- layout: tweet ---
Saw the in-laws off. Now prepping for the day's Christmas preparations.
12/20/2008, 9:00:46 AM
Favs: 0
Retweets: 0
link


Give yourself a beautiful smile without braces in only a few weeks by use of permanent porcelain veneers and crowns. In many cases this can be done without injections. Cosmetic whitening of natural teeth is also available. You owe it to yourself!
This is a new and wonderful method to restore missing teeth. It is much more conservative and does not require adjacent teeth to be touched as is the case for bridgework; they can even be used to replace removable partial and full dentures with permanently anchored partial or full arch bridgework.
Almost all hypersensitive or abscessed teeth may be saved by Root Canal Therapy. Unfortunately, there are also many horror stories indicating the root canal process was worse than the original toothache. There have been many innovations in this field which have made the process more comfortable and easier on the patient. This is the preferred method for saving these teeth instead of extraction, and they can usually be finished in one appointment. It is much less expensive and less complex to save a tooth than to replace it with a bridge or an implant; there is no better anchor than your own tooth.
Gum disease is a progressive process which causes the loss of anchoring bone which results in loss of teeth. Initial symptoms may begin with bleeding, sore, or puffy gums. It usually progresses unnoticed until there is more bleeding, bad breath and loose teeth. At this time the unchecked disease may result in tooth loss. We can intercede in the process and may even stop the disease. We treat minor to moderate gum disease using comfortable and painless methods which have proven very successful. Let us get you back on the path to dental health.
We offer a wide range of services to restore decayed, broken or missing teeth, including fillings, crowns, bridges, implants, partial dentures and dentures that will give years of comfort and function. We also offer aesthetic tooth-colored fillings, veneers, crown and bridgework. It is never too late to restore your smile and function.
We can remove most non-repairable teeth as well as most wisdom teeth with minimal discomfort.
Sleep Apnea can cause heart problems and lack of important body rejuvenation. Snoring can be just as unhealthful, as well as a disturbance to loved ones and others. We offer oral appliances that are comfortable and can reduce or even cease snoring and sleep apnea. Ask us how your medical insurance may even reimburse you.
Children are always welcome and Nitrous Oxide is available for stress-free appointments. We cater to families, providing a wide range of preventative and restorative dental procedures.
We welcome patients with dental fear and do our utmost to decrease their stress and discomfort. We offer Nitrous Oxide and oral medications that help limit this common syndrome.
Patient Referrals: We can handle almost all dental situations, although we do not hesitate to refer to specialists with whom we have worked, and who can produce the results we require. We also listen to feedback from our patients' experiences with those specialists.


A rule is used to display a specific tile based on the content of an IntGrid layer.
For example, you could create a rule that will display "grass" tiles above every walls.
To describe the "context" (ie. where and when your tile should be displayed), you paint a pattern: that's the grid below.
The center of this PATTERN is where your TILE(s) will be rendered (). Paint the pattern to describe in which context the tile(s) should be displayed:
For example, if you want to paint "wall blocks" where you have the IntGrid value "1" in your level, you just put the IntGrid value "1" in the center of this pattern.
This means: "if any cell in my level contain value 1, paint the given tile(s) there".


Enter a zip code and search radius and search for Giant Food stores in that area. If stores are found, the page will display which items are on sale this week.
After, use the buttons below to filter your results by different categories.
For questions, comments, concerns, visit this GitHub repo.
Note: For now, due to performance concerns, the store search feature limits results to three stores.


SAYLANI WEB AND MOBILE APP DEVELOPMENT COURSE
ROLL NO:
WM-8016
NAME:
MUHAMMAD MUZAMMIL
FATHER NAME:
MUHAMMAD ASHRAF
ASSIGNMENTS
Saylani Website Homepage
Student Registration Form
The Periodic Table


public class RelationSupport extends Object implements RelationSupportMBean, MBeanRegistration
RelationSupport class conforms to the design patterns of standard MBean. So the user can decide to instantiate a RelationSupport object himself as a MBean (as it follows the MBean design patterns), to register it in the MBean Server, and then to add it in the Relation Service.
The user can also, when creating his own MBean relation class, have it extending RelationSupport, to retrieve the implementations of required interfaces (see below).
It is also possible to have in a user relation MBean class a member being a RelationSupport object, and to implement the required interfaces by delegating all to this member.
RelationSupport implements the Relation interface (to be handled by the Relation Service).
It implements also the MBeanRegistration interface to be able to retrieve the MBean Server where it is registered (if registered as a MBean) to access to its Relation Service.
| Constructor and Description |
|---|
RelationSupport(String relationId,
ObjectName relationServiceName,
MBeanServer relationServiceMBeanServer,
String relationTypeName,
RoleList list)
Creates a
RelationSupport object. |
RelationSupport(String relationId,
ObjectName relationServiceName,
String relationTypeName,
RoleList list)
Creates a
RelationSupport object. |
| Modifier and Type | Method and Description |
|---|---|
RoleResult |
getAllRoles()
Returns all roles present in the relation.
|
Map<ObjectName,List<String>> |
getReferencedMBeans()
Retrieves MBeans referenced in the various roles of the relation.
|
String |
getRelationId()
Returns relation identifier (used to uniquely identify the relation
inside the Relation Service).
|
ObjectName |
getRelationServiceName()
Returns ObjectName of the Relation Service handling the relation.
|
String |
getRelationTypeName()
Returns name of associated relation type.
|
List<ObjectName> |
getRole(String roleName)
Retrieves role value for given role name.
|
Integer |
getRoleCardinality(String roleName)
Returns the number of MBeans currently referenced in the given role.
|
RoleResult |
getRoles(String[] roleNameArray)
Retrieves values of roles with given names.
|
void |
handleMBeanUnregistration(ObjectName objectName,
String roleName)
Callback used by the Relation Service when a MBean referenced in a role
is unregistered.
|
Boolean |
isInRelationService()
Returns an internal flag specifying if the object is still handled by
the Relation Service.
|
void |
postDeregister()
Allows the MBean to perform any operations needed after having been
unregistered in the MBean server.
|
void |
postRegister(Boolean registrationDone)
Allows the MBean to perform any operations needed after having been
registered in the MBean server or after the registration has failed.
|
void |
preDeregister()
Allows the MBean to perform any operations it needs before
being unregistered by the MBean server.
|
ObjectName |
preRegister(MBeanServer server,
ObjectName name)
Allows the MBean to perform any operations it needs before
being registered in the MBean Server.
|
RoleList |
retrieveAllRoles()
Returns all roles in the relation without checking read mode.
|
void |
setRelationServiceManagementFlag(Boolean flag)
Specifies whether this relation is handled by the Relation
Service.
|
void |
setRole(Role role)
Sets the given role.
|
RoleResult |
setRoles(RoleList list)
Sets the given roles.
|
public RelationSupport(String relationId, ObjectName relationServiceName, String relationTypeName, RoleList list) throws InvalidRoleValueException, IllegalArgumentException
RelationSupport
object.
This constructor has to be used when the RelationSupport object will be registered as a MBean by the user, or when creating a user relation MBean whose class extends RelationSupport.
Nothing is done at the Relation Service level, i.e.
the RelationSupport
object is not added to the
RelationService
and no checks are performed to
see if the provided values are correct.
The object is always created, EXCEPT if:
- any of the required parameters is null
.
- the same name is used for two roles.
To be handled as a relation, the RelationSupport
object has
to be added to the Relation Service using the Relation Service method
addRelation().
relationId
- relation identifier, to identify the relation in the
Relation Service.
Expected to be unique in the given Relation Service.
relationServiceName
- ObjectName of the Relation Service where
the relation will be registered.
This parameter is required as it is the Relation Service that is aware of the definition of the relation type of the given relation, so that will be able to check update operations (set).
relationTypeName
- Name of relation type.
Expected to have been created in the given Relation Service.
list
- list of roles (Role objects) to initialize the
relation. Can be null
.
Expected to conform to relation info in associated relation type.
InvalidRoleValueException
- if the same name is used for two
roles.IllegalArgumentException
- if any of the required parameters
(relation id, relation service ObjectName, or relation type name) is
null
.public RelationSupport(String relationId, ObjectName relationServiceName, MBeanServer relationServiceMBeanServer, String relationTypeName, RoleList list) throws InvalidRoleValueException, IllegalArgumentException
RelationSupport
object.
This constructor has to be used when the user relation MBean implements the interfaces expected to be supported by a relation by delegating to a RelationSupport object.
This object needs to know the Relation Service expected to handle the relation. So it has to know the MBean Server where the Relation Service is registered.
According to a limitation, a relation MBean must be registered in the same MBean Server as the Relation Service expected to handle it. So the user relation MBean has to be created and registered, and then the wrapped RelationSupport object can be created within the identified MBean Server.
Nothing is done at the Relation Service level, i.e.
the RelationSupport
object is not added to the
RelationService
and no checks are performed to
see if the provided values are correct.
The object is always created, EXCEPT if:
- any of the required parameters is null
.
- the same name is used for two roles.
To be handled as a relation, the RelationSupport
object has
to be added to the Relation Service using the Relation Service method
addRelation().
relationId
- relation identifier, to identify the relation in the
Relation Service.
Expected to be unique in the given Relation Service.
relationServiceName
- ObjectName of the Relation Service where
the relation will be registered.
This parameter is required as it is the Relation Service that is aware of the definition of the relation type of the given relation, so that will be able to check update operations (set).
relationServiceMBeanServer
- MBean Server where the wrapping MBean
is or will be registered.
Expected to be the MBean Server where the Relation Service is or will be registered.
relationTypeName
- Name of relation type.
Expected to have been created in the given Relation Service.
list
- list of roles (Role objects) to initialize the
relation. Can be null
.
Expected to conform to relation info in associated relation type.
InvalidRoleValueException
- if the same name is used for two
roles.IllegalArgumentException
- if any of the required parameters
(relation id, relation service ObjectName, relation service MBeanServer,
or relation type name) is null
.public List<ObjectName> getRole(String roleName) throws IllegalArgumentException, RoleNotFoundException, RelationServiceNotRegisteredException
Checks if the role exists and is readable according to the relation type.
getRole
in interface Relation
roleName
- name of roleIllegalArgumentException
- if null role nameRoleNotFoundException
- if:
- there is no role with given name
- the role is not readable.
RelationServiceNotRegisteredException
- if the Relation
Service is not registered in the MBean ServersetRole(javax.management.relation.Role)
public RoleResult getRoles(String[] roleNameArray) throws IllegalArgumentException, RelationServiceNotRegisteredException
Checks for each role if it exists and is readable according to the relation type.
getRoles
in interface Relation
roleNameArray
- array of names of roles to be retrievedIllegalArgumentException
- if null role nameRelationServiceNotRegisteredException
- if the Relation
Service is not registered in the MBean ServersetRoles(javax.management.relation.RoleList)
public RoleResult getAllRoles() throws RelationServiceNotRegisteredException
getAllRoles
in interface Relation
RelationServiceNotRegisteredException
- if the Relation
Service is not registered in the MBean Serverpublic RoleList retrieveAllRoles()
retrieveAllRoles
in interface Relation
public Integer getRoleCardinality(String roleName) throws IllegalArgumentException, RoleNotFoundException
getRoleCardinality
in interface Relation
roleName
- name of roleIllegalArgumentException
- if null role nameRoleNotFoundException
- if there is no role with given namepublic void setRole(Role role) throws IllegalArgumentException, RoleNotFoundException, RelationTypeNotFoundException, InvalidRoleValueException, RelationServiceNotRegisteredException, RelationNotFoundException
Will check the role according to its corresponding role definition provided in relation's relation type
Will send a notification (RelationNotification with type RELATION_BASIC_UPDATE or RELATION_MBEAN_UPDATE, depending if the relation is a MBean or not).
setRole
in interface Relation
role
- role to be set (name and new value)IllegalArgumentException
- if null roleRoleNotFoundException
- if there is no role with the supplied
role's name or if the role is not writable (no test on the write access
mode performed when initializing the role)InvalidRoleValueException
- if value provided for
role is not valid, i.e.:
- the number of referenced MBeans in given value is less than expected minimum degree
- the number of referenced MBeans in provided value exceeds expected maximum degree
- one referenced MBean in the value is not an Object of the MBean class expected for that role
- a MBean provided for that role does not exist
RelationServiceNotRegisteredException
- if the Relation
Service is not registered in the MBean ServerRelationTypeNotFoundException
- if the relation type has not
been declared in the Relation ServiceRelationNotFoundException
- if the relation has not been
added in the Relation Service.getRole(java.lang.String)
public RoleResult setRoles(RoleList list) throws IllegalArgumentException, RelationServiceNotRegisteredException, RelationTypeNotFoundException, RelationNotFoundException
Will check the role according to its corresponding role definition provided in relation's relation type
Will send one notification (RelationNotification with type RELATION_BASIC_UPDATE or RELATION_MBEAN_UPDATE, depending if the relation is a MBean or not) per updated role.
setRoles
in interface Relation
list
- list of roles to be setIllegalArgumentException
- if null role listRelationServiceNotRegisteredException
- if the Relation
Service is not registered in the MBean ServerRelationTypeNotFoundException
- if the relation type has not
been declared in the Relation Service.RelationNotFoundException
- if the relation MBean has not been
added in the Relation Service.getRoles(java.lang.String[])
public void handleMBeanUnregistration(ObjectName objectName, String roleName) throws IllegalArgumentException, RoleNotFoundException, InvalidRoleValueException, RelationServiceNotRegisteredException, RelationTypeNotFoundException, RelationNotFoundException
The Relation Service will call this method to let the relation take action to reflect the impact of such unregistration.
BEWARE. the user is not expected to call this method.
Current implementation is to set the role with its current value (list of ObjectNames of referenced MBeans) without the unregistered one.
handleMBeanUnregistration
in interface Relation
objectName
- ObjectName of unregistered MBeanroleName
- name of role where the MBean is referencedIllegalArgumentException
- if null parameterRoleNotFoundException
- if role does not exist in the
relation or is not writableInvalidRoleValueException
- if role value does not conform to
the associated role info (this will never happen when called from the
Relation Service)RelationServiceNotRegisteredException
- if the Relation
Service is not registered in the MBean ServerRelationTypeNotFoundException
- if the relation type has not
been declared in the Relation Service.RelationNotFoundException
- if this method is called for a
relation MBean not added in the Relation Service.public Map<ObjectName,List<String>> getReferencedMBeans()
getReferencedMBeans
in interface Relation
ObjectName -> ArrayList of String (role names)
public String getRelationTypeName()
getRelationTypeName
in interface Relation
public ObjectName getRelationServiceName()
getRelationServiceName
in interface Relation
public String getRelationId()
getRelationId
in interface Relation
public ObjectName preRegister(MBeanServer server, ObjectName name) throws Exception
MBeanRegistration
preRegister
in interface MBeanRegistration
server
- The MBean Server in which the MBean will be registered.name
- The object name of the MBean. This name is null if
the name parameter to one of the createMBean
or
registerMBean
methods in the MBeanServer
interface is null. In that case, this method must return a
non-null ObjectName for the new MBean.name
parameter is not null, it will usually but not necessarily be
the returned value.Exception
- This exception will be caught by
the MBean Server and re-thrown as an MBeanRegistrationException
.public void postRegister(Boolean registrationDone)
MBeanRegistration
If the implementation of this method throws a RuntimeException
or an Error
, the MBean Server will rethrow those inside
a RuntimeMBeanException
or RuntimeErrorException
,
respectively. However, throwing an exception in postRegister
will not change the state of the MBean:
if the MBean was already registered (registrationDone
is
true
), the MBean will remain registered.
This might be confusing for the code calling createMBean()
or registerMBean()
, as such code might assume that MBean
registration has failed when such an exception is raised.
Therefore it is recommended that implementations of
postRegister
do not throw Runtime Exceptions or Errors if it
can be avoided.
postRegister
in interface MBeanRegistration
registrationDone
- Indicates whether or not the MBean has
been successfully registered in the MBean server. The value
false means that the registration phase has failed.public void preDeregister() throws Exception
MBeanRegistration
preDeregister
in interface MBeanRegistration
Exception
- This exception will be caught by
the MBean server and re-thrown as an MBeanRegistrationException
.public void postDeregister()
MBeanRegistration
If the implementation of this method throws a RuntimeException
or an Error
, the MBean Server will rethrow those inside
a RuntimeMBeanException
or RuntimeErrorException
,
respectively. However, throwing an exception in postDeregister
will not change the state of the MBean:
the MBean was already successfully deregistered and will remain so.
This might be confusing for the code calling
unregisterMBean()
, as it might assume that MBean deregistration
has failed. Therefore it is recommended that implementations of
postDeregister
do not throw Runtime Exceptions or Errors if it
can be avoided.
postDeregister
in interface MBeanRegistration
public Boolean isInRelationService()
isInRelationService
in interface RelationSupportMBean
Boolean.TRUE
if the object
is still handled by the Relation Service and Boolean.FALSE
otherwise.public void setRelationServiceManagementFlag(Boolean flag) throws IllegalArgumentException
RelationSupportMBean
Specifies whether this relation is handled by the Relation Service.
BEWARE, this method has to be exposed as the Relation Service will access the relation through its management interface. It is RECOMMENDED NOT to use this method. Using it does not affect the registration of the relation object in the Relation Service, but will provide wrong information about it!
setRelationServiceManagementFlag
in interface RelationSupportMBean
flag
- whether the relation is handled by the Relation Service.IllegalArgumentException
- if null parameter Submit a bug or feature
For further API reference and developer documentation, see Java SE Documentation. That documentation contains more detailed, developer-targeted descriptions, with conceptual overviews, definitions of terms, workarounds, and working code examples.
Copyright © 1993, 2015, Oracle and/or its affiliates. All rights reserved.


|
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| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
| Interface Summary | |
|---|---|
| Namespace | Represents an XML namespace. |
| NamespaceVisitor<T> | A visitor over Namespace s. |
| OutputLanguageNamespace | An XML namespace associated with an OutputLanguage that
GXP is capable of generating. |
| ParsedElementVisitor<T> | Visitor for ParsedElement s. |
| SourceEntityResolver | Resolves entities in source files. |
| XmlParser | An low-level XML parser. |
| Class Summary | |
|---|---|
| AdditionalRootElementError | ErrorAlert which indicates that multiple root elements were
encountered. |
| CallNamespace | Abstract CallNamespace |
| CallNamespace.CallElement | Parsed representation of a <call:*> element. |
| CppNamespace | The http://google.com/2001/gxp/cpp (aka "cpp:") namespace. |
| CppNamespace.CppElement | |
| DefaultingParsedElementVisitor<T> | Defaulting visitor for ParsedElement s. |
| ExprNamespace | The http://google.com/2001/gxp/expressions (aka "expr:") namespace. |
| FileSystemEntityResolver | An entity resolver implementation that can resolve entities based on an abstract file system that interprets public ids that start with // as file system paths relative to the build system root, and that can resolve System IDs under http://gxp.googlecode.com/svn/trunk/resources/ to a resouce available from the class path. |
| FileSystemEntityResolver.EntityResolvedNotification | a notication that an external entity has been resolved to a resource or file. |
| GxpNamespace | Implementation of the http://google.com/2001/gxp (aka "gxp:") namespace. |
| GxpNamespace.GxpElement | |
| IgnoredXmlWarning | WarningAlert which indicates that some type of XML fragment was
ignored. |
| JavaNamespace | The http://google.com/2001/gxp/java (aka "java:") namespace. |
| JavaNamespace.JavaElement | |
| JavaScriptNamespace | The http://google.com/2001/gxp/javascript (aka "js:") namespace. |
| MsgNamespace | The http://google.com/2001/gxp/msg (aka "msg:") namespace. |
| NoMsgNamespace | The http://google.com/2001/gxp/nomsg (aka "nomsg:") namespace. |
| NoNamespaceError | ErrorAlert which indicates that a namespace was not provided when
one was necessary. |
| NullElement | A Null ParsedElement . |
| NullNamespace | The Namespace of things that don't have a namespace. |
| OutputNamespace | A Namespace for any output format (most notably XHTML/HTML). |
| OutputNamespace.ParsedOutputElement | Parsed representation of an output element. |
| ParsedAttribute | Represents an XML attribute. |
| ParsedElement | Represents an XML element in the parse tree. |
| Parser | GXP parser. |
| ParseTree | The parse tree. |
| QualifiedCallNamespace | The http://google.com/2001/gxp/call/... |
| SaxXmlParser | XmlParser which uses SAX. |
| TextElement | A Text ParsedElement . |
| UndefinedEntityError | ErrorAlert which indicates that an undefined entity was found. |
| UnknownElementError | ErrorAlert which indicates that an unknown element was encountered. |
| UnknownNamespaceError | ErrorAlert which indicates that a namespace URI for an unknown
namespace was encountered. |
| UnqualifiedCallNamespace | The http://google.com/2001/gxp/call (aka "call:") namespace. |
| UnsupportedExternalEntityError | ErrorAlert which indicates that an unsupported external entity
was found. |
| Enum Summary | |
|---|---|
| GxpNamespace.ElementType | Enum of all of the element types. |
| Exception Summary | |
|---|---|
| UnsupportedExternalEntityException | Exception thrown when an unsupported external entity is found. |
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