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SimpleITK
1.1.0
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binary closing by reconstruction of an image. More...
#include <sitkBinaryClosingByReconstructionImageFilter.h>
Public Types | |
| enum | KernelType { Annulus =sitkAnnulus, Ball =sitkBall, Box =sitkBox, Cross =sitkCross } |
| typedef IntegerPixelIDTypeList | PixelIDTypeList |
| typedef BinaryClosingByReconstructionImageFilter | Self |
| Public Types inherited from itk::simple::ImageFilter< 1 > | |
| typedef ImageFilter | Self |
| Public Types inherited from itk::simple::ProcessObject | |
| typedef ProcessObject | Self |
Public Member Functions | |
| BinaryClosingByReconstructionImageFilter () | |
| Image | Execute (const Image &image1) |
| Image | Execute (const Image &image1, double foregroundValue, bool fullyConnected) |
| Self & | FullyConnectedOff () |
| Self & | FullyConnectedOn () |
| double | GetForegroundValue () const |
| bool | GetFullyConnected () const |
| std::vector< uint32_t > | GetKernelRadius () const |
| KernelEnum | GetKernelType () const |
| std::string | GetName () const |
| Self & | SetForegroundValue (double ForegroundValue) |
| Self & | SetFullyConnected (bool FullyConnected) |
| Self & | SetKernelRadius (const std::vector< uint32_t > &r) |
| Self & | SetKernelRadius (uint32_t r) |
| Self & | SetKernelType (KernelEnum t) |
| Self & | SetKernelType (KernelType t) |
| std::string | ToString () const |
| virtual | ~BinaryClosingByReconstructionImageFilter () |
| Public Member Functions inherited from itk::simple::ImageFilter< 1 > | |
| ImageFilter () | |
| virtual | ~ImageFilter ()=0 |
| Public Member Functions inherited from itk::simple::ProcessObject | |
| virtual void | Abort () |
| virtual int | AddCommand (itk::simple::EventEnum event, itk::simple::Command &cmd) |
| Add a Command Object to observer the event. More... | |
| virtual float | GetProgress () const |
| An Active Measurement of the progress of execution. More... | |
| virtual bool | HasCommand (itk::simple::EventEnum event) const |
| Query of this object has any registered commands for event. More... | |
| ProcessObject () | |
| virtual void | RemoveAllCommands () |
| Remove all registered commands. More... | |
| virtual | ~ProcessObject () |
| virtual void | DebugOn () |
| virtual void | DebugOff () |
| virtual bool | GetDebug () const |
| virtual void | SetDebug (bool debugFlag) |
| virtual void | SetNumberOfThreads (unsigned int n) |
| virtual unsigned int | GetNumberOfThreads () const |
Private Types | |
| typedef Image(Self::* | MemberFunctionType) (const Image &image1) |
Private Member Functions | |
| template<class TImageType > | |
| Image | ExecuteInternal (const Image &image1) |
Private Attributes | |
| double | m_ForegroundValue |
| bool | m_FullyConnected |
| std::vector< uint32_t > | m_KernelRadius |
| KernelEnum | m_KernelType |
| nsstd::auto_ptr< detail::MemberFunctionFactory< MemberFunctionType > > | m_MemberFactory |
Friends | |
| struct | detail::MemberFunctionAddressor< MemberFunctionType > |
Additional Inherited Members | |
| Static Public Member Functions inherited from itk::simple::ProcessObject | |
| static bool | GetGlobalDefaultDebug () |
| static void | GlobalDefaultDebugOff () |
| static void | GlobalDefaultDebugOn () |
| static void | SetGlobalDefaultDebug (bool debugFlag) |
| static void | GlobalWarningDisplayOn () |
| static void | GlobalWarningDisplayOff () |
| static void | SetGlobalWarningDisplay (bool flag) |
| static bool | GetGlobalWarningDisplay () |
| static void | SetGlobalDefaultNumberOfThreads (unsigned int n) |
| static unsigned int | GetGlobalDefaultNumberOfThreads () |
| static double | GetGlobalDefaultCoordinateTolerance () |
| Access the global tolerance to determine congruent spaces. More... | |
| static void | SetGlobalDefaultCoordinateTolerance (double) |
| Access the global tolerance to determine congruent spaces. More... | |
| static double | GetGlobalDefaultDirectionTolerance () |
| Access the global tolerance to determine congruent spaces. More... | |
| static void | SetGlobalDefaultDirectionTolerance (double) |
| Access the global tolerance to determine congruent spaces. More... | |
| Protected Member Functions inherited from itk::simple::ProcessObject | |
| virtual unsigned long | AddITKObserver (const itk::EventObject &, itk::Command *) |
| virtual itk::ProcessObject * | GetActiveProcess () |
| virtual void | OnActiveProcessDelete () |
| virtual void | onCommandDelete (const itk::simple::Command *cmd) SITK_NOEXCEPT |
| virtual void | PreUpdate (itk::ProcessObject *p) |
| virtual void | RemoveITKObserver (EventCommand &e) |
| Protected Member Functions inherited from itk::simple::NonCopyable | |
| NonCopyable () | |
| Static Protected Member Functions inherited from itk::simple::ImageFilter< 1 > | |
| static void | FixNonZeroIndex (TImageType *img) |
| Static Protected Member Functions inherited from itk::simple::ProcessObject | |
| template<class TImageType > | |
| static TImageType::ConstPointer | CastImageToITK (const Image &img) |
| template<class TPixelType , unsigned int VImageDimension, unsigned int VLength, template< typename, unsigned int > class TVector> | |
| static Image | CastITKToImage (itk::Image< TVector< TPixelType, VLength >, VImageDimension > *img) |
| template<class TImageType > | |
| static Image | CastITKToImage (TImageType *img) |
| static const itk::EventObject & | GetITKEventObject (EventEnum e) |
| template<typename T > | |
| static std::ostream & | ToStringHelper (std::ostream &os, const T &v) |
| static std::ostream & | ToStringHelper (std::ostream &os, const char &v) |
| static std::ostream & | ToStringHelper (std::ostream &os, const signed char &v) |
| static std::ostream & | ToStringHelper (std::ostream &os, const unsigned char &v) |
binary closing by reconstruction of an image.
This filter removes small (i.e., smaller than the structuring element) holes in the image. It is defined as: Closing(f) = ReconstructionByErosion(Dilation(f)).
The structuring element is assumed to be composed of binary values (zero or one). Only elements of the structuring element having values > 0 are candidates for affecting the center pixel.
This implementation was taken from the Insight Journal paper: https://hdl.handle.net/1926/584 or http://www.insight-journal.org/browse/publication/176
Definition at line 51 of file sitkBinaryClosingByReconstructionImageFilter.h.
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private |
Setup for member function dispatching
Definition at line 133 of file sitkBinaryClosingByReconstructionImageFilter.h.
| typedef IntegerPixelIDTypeList itk::simple::BinaryClosingByReconstructionImageFilter::PixelIDTypeList |
Define the pixels types supported by this filter
Definition at line 63 of file sitkBinaryClosingByReconstructionImageFilter.h.
| typedef BinaryClosingByReconstructionImageFilter itk::simple::BinaryClosingByReconstructionImageFilter::Self |
Definition at line 53 of file sitkBinaryClosingByReconstructionImageFilter.h.
Kernel type enumeration
| Enumerator | |
|---|---|
| Annulus | |
| Ball | |
| Box | |
| Cross |
Definition at line 66 of file sitkBinaryClosingByReconstructionImageFilter.h.
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virtual |
Destructor
| itk::simple::BinaryClosingByReconstructionImageFilter::BinaryClosingByReconstructionImageFilter | ( | ) |
Default Constructor that takes no arguments and initializes default parameters
Execute the filter on the input image
| Image itk::simple::BinaryClosingByReconstructionImageFilter::Execute | ( | const Image & | image1, |
| double | foregroundValue, | ||
| bool | fullyConnected | ||
| ) |
Execute the filter on the input image with the given parameters
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private |
|
inline |
Definition at line 87 of file sitkBinaryClosingByReconstructionImageFilter.h.
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inline |
Set the value of FullyConnected to true or false respectfully.
Definition at line 86 of file sitkBinaryClosingByReconstructionImageFilter.h.
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inline |
Get the value in the image considered as "foreground". Defaults to maximum value of InputPixelType.
Definition at line 78 of file sitkBinaryClosingByReconstructionImageFilter.h.
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inline |
Set/Get whether the connected components are defined strictly by face connectivity or by face+edge+vertex connectivity. Default is FullyConnectedOff. For objects that are 1 pixel wide, use FullyConnectedOn.
Definition at line 92 of file sitkBinaryClosingByReconstructionImageFilter.h.
| std::vector<uint32_t> itk::simple::BinaryClosingByReconstructionImageFilter::GetKernelRadius | ( | ) | const |
| KernelEnum itk::simple::BinaryClosingByReconstructionImageFilter::GetKernelType | ( | ) | const |
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inlinevirtual |
Name of this class
Implements itk::simple::ProcessObject.
Definition at line 115 of file sitkBinaryClosingByReconstructionImageFilter.h.
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inline |
Set the value in the image to consider as "foreground". Defaults to maximum value of InputPixelType.
Definition at line 73 of file sitkBinaryClosingByReconstructionImageFilter.h.
|
inline |
Set/Get whether the connected components are defined strictly by face connectivity or by face+edge+vertex connectivity. Default is FullyConnectedOff. For objects that are 1 pixel wide, use FullyConnectedOn.
Definition at line 83 of file sitkBinaryClosingByReconstructionImageFilter.h.
| Self& itk::simple::BinaryClosingByReconstructionImageFilter::SetKernelRadius | ( | const std::vector< uint32_t > & | r | ) |
Set/Get the radius of the kernel structuring element as a vector.
If the dimension of the image is greater then the length of r, then the radius will be padded. If it is less the r will be truncated.
Kernel radius as a scale for isotropic structures
| Self& itk::simple::BinaryClosingByReconstructionImageFilter::SetKernelType | ( | KernelEnum | t | ) |
Set/Get the kernel or structuring elemenent used for the morphology
| Self& itk::simple::BinaryClosingByReconstructionImageFilter::SetKernelType | ( | KernelType | t | ) |
|
virtual |
Print ourselves out
Reimplemented from itk::simple::ProcessObject.
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friend |
Definition at line 137 of file sitkBinaryClosingByReconstructionImageFilter.h.
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private |
Definition at line 142 of file sitkBinaryClosingByReconstructionImageFilter.h.
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private |
Definition at line 144 of file sitkBinaryClosingByReconstructionImageFilter.h.
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private |
Definition at line 147 of file sitkBinaryClosingByReconstructionImageFilter.h.
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private |
KernelType
Definition at line 150 of file sitkBinaryClosingByReconstructionImageFilter.h.
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private |
Definition at line 139 of file sitkBinaryClosingByReconstructionImageFilter.h.


{# # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. -#} {% extends "admin/base.html" %} {% macro render_field(label, field, input_id, placeholder=None, class=None) %}


I am a goal oriented individual who challenges herself to increase professional knowledge and to make a mark for herself in the workforce. I currently have worked in the medical field for ten years, and I have been pursuing a degree in Computer Science. I hope to advance myself in the technology field.
I decided to go into web development after realizing that where I have been in the medical field hasn’t challenged me, or inspired my creative side. I have a long work history with customer service both with customers and clients, as well as management skills. I have a strong work ethic and take creative criticism well.
The skills I have learned from KU Coding Bootcamp, and taken from my ongoing degree program have given me a much needed skill set to pursue my career in Web Development. I look forward to building my skill set and growing within my career.


envsubst
Substitutes shell format strings with environment variables in text.
Strings to be replaced should be in either `${var}` or `$var` format.
- Replace environment variables in stdin and output to stdout:
echo '$HOME' | envsubst
- Replace environment variables in an input file and output to stdout:
envsubst < path/to/input
- Replace environment variables in an input file and output to a file:
envsubst < path/to/input > path/to/output
- Replace environment variables in input from a space-separated list:
envsubst variables < path/to/input


WITNESS LIST Pensions & Investments Committee February 24, 1999-8:00A Organizational meeting On: Alexander, Toni (Texas Higher Education Coordinating Board) Beckett, Sheila (Employees Retirement System) Burck, Dan (University of Texas System) Dunlap, Charles (Teacher Retirement System) Joyner, Jr., Leon F. (Rocky) (Texas Municipal Retirement System) Lacy, David (University of Texas System) Morris, Brett L. (University of Texas System) Dial, Philip S. (Employees Retirement System)


Tue Dec 4, 2007
You may be aware of Canada’s Private Copyright Collective, the organization responsible for the ridiculous levy on blank audio cassettes and CDs. Now this collective is lobbying hard for a levy on recording devices such as MP3 players, cellphones, computers, and anything you can record with basically. Their argument is that just because you can pirate music on these devices, you should pay for it. These extortionist royalties are distributed to eligible songwriters, musicians, and record production companies (although the collective is unclear on who exactly is eligible - they don’t even have to be Canadian).
The Copyright Board has approved the collective’s proposal and the government is promising new legislation that may be implemented before Christmas.
Here’s what you very likely will be paying:
- Extra $5 on devices with up to one gigabyte (GB) of memory
- Extra $25 for one to 10 GB
- Extra $50 for between 10 GB and 30 GB
- Extra $75 for over 30 GB
Holy smokes!


DECORATE (Diverse Ensemble Creation by Oppositional Relabeling of Artificial Training Examples) builds an ensemble of J48 trees by recursively adding artificial samples of the training data ("Melville, P., & Mooney, R. J. (2005). Creating diversity in ensembles using artificial data. Information Fusion, 6(1), 99-111. <doi:10.1016/j.inffus.2004.04.001>").
| Version: | 0.1.1 |
| Depends: | R (≥ 2.10.0) |
| Imports: | RWeka, RWekajars, rJava, stats |
| Published: | 2017-02-22 |
| Author: | Matthias Bogaert, Michel Ballings and Dirk Van den Poel |
| Maintainer: | Matthias Bogaert <Matthias.Bogaert at UGent.Be> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | no |
| Materials: | NEWS |
| CRAN checks: | DecorateR results |
| Reference manual: | DecorateR.pdf |
| Package source: | DecorateR_0.1.1.tar.gz |
| Windows binaries: | r-devel: DecorateR_0.1.1.zip, r-release: DecorateR_0.1.1.zip, r-oldrel: DecorateR_0.1.1.zip |
| OS X binaries: | r-release: DecorateR_0.1.1.tgz, r-oldrel: DecorateR_0.1.1.tgz |
| Old sources: | DecorateR archive |
Please use the canonical form https://CRAN.R-project.org/package=DecorateR to link to this page.


An Object-Oriented Database V. 0.1 Mail to: ODB for Win 95 / NT |
In this section the ODB-database engine methods in the API are described and exemplified as C++ examples. Throughout the examples a database object named My_DB is used to exemplify the ODB-API.
The database object contains the database name, an ODB-type named Usertypes, an object identifier (OID) generator and a string table.
The name of the database object is assigned to it at creation or when the database is loaded from file. The type Usertypes is the root of the user defined type tree. This type can not be given user defined properties and objects can not be created from it. Thus, if a type is created without a specified supertype the type named Usertypes will become its supertype by default.
The string table is a character string repository. All strings used in the database are stored in this table. This facilitates fast look-up of string valued properties. There are som cases where the application must access the string table but in most cases ODB handles this for the application.
The OID generator generates OIDs for all new objects or types in the database. The OID can not be changed by the application and the application must never reference object by their OID's as the OIDs of the objects may change when the database is loaded again.
If your application only needs one database this database is declared in your application as:
database My_DB("DBName");This statement declares the object My_DB to be an ODB-database object with name DBname. All applications using ODB must have a database object. There is no limit set by ODBto the number of databases a single application can use.
If several databases are required in the application these can be created dynamically by using the C++ new-operator as:
new database("OneMoreDB");The database can be saved and restored from file as:
database My_DB; My_DB.load_database("Db1.odb"); My.DB.save_database("Db1.odb");In above statements the database object My_DB is first loaded and then saved with file name Db1.odb.
An ODB-type serve as a template for object creation. Properties and indexes are defined on types. A type can be declared as a subtype to any other type previously defined. If no supertype is declared then the new type will become subtype to the type named Usertypes in the database object. ODB-types are instances of the system type named type, see Figure 2.
An ODB-type inherits all properties defined to its supertype. Any indexes defined to the supertype will also be defined to the new type. Types are created by the ODB-database object as:
My_DB.create_type("Person"); My_DB.create_type("Employee","Person");Here a type named Person is first created. A supertype has not been specified thus the type named Person will be a subtype of the type Usertypes in the database object My_DB. In the next example a type named Employee is created as a subtype to the type named Person.
If several databases are active in some application there may be types eith identical names in the different databases. Since references to types go through the database object there is never any ambiguity when referencing types by their names.
The return value from the create_type-statement is a reference to the new type or the NULL-reference if the type creation failed. The following example declares a type reference that can be bound to the return value from the create_type statement:
ODB_TYPE My_NewType; My_NewType=My_DB.create_type("Person");The return value need to be assigned a reference. The type is inserted in the type hierarchy of the database and can be referenced by its name whenever required.
Properties are defined to types and for the objects of that type the properties can be given values. Properties are typed where the following types together with their identifiers are supported:
| Type | Type tag |
|---|---|
| Integer | _INT_ |
| Real | _REAL_ |
| Charstring | _CHAR_ |
| Object reference | _OBJECT_ |
| Collection of Integer | _INT_COLLECTION_ |
| Collection of Real | _REAL_COLLECTION_ |
| Collection of Charstring | _CHAR_COLLECTION_ |
| Collection of object reference. | _OBJECT_COLLECTION_ |
To create an integer valued property named salary to the type named employee in the database My_DB we write:
My_DB.add_property("Employee","Salary",_INT_);Analogously, an object valued property named Boss is created as:
My_DB.add_property("Employee","Boss",_OBJECT_);The return value is either less than or greater than zero if the operation failed or succeeded, respectively.
The add_property-statement can be executed any time and all subtypes to the target type that may exist will also be given the property. All instances to the types which has been given a new property will also be given the property. The value however will be undefined and it is up to the application that the value is not referenced prior to being assigned a value.
Objects are created as instances to a particular type. When objects are created these are given all the properties defined to the type. The values of the properties are undefined and must be assigned values prior to being referenced.
To create an instances of the type named Person in the database My_DB we write:
My_DB.create_instance("Person");The return value is a reference to the newly created object or the NULL reference. To declare a variable which can be assigned the result of the create_instance operation we write:
ODB_REF My_NewObj; My_NewObj=My_DB.create_instance("Person");The return value may be discarded but then there is a problem in referencing the object at a later stage. Perhaps the best procedure is to create an object and keep a reference to it. This reference can then be used when the properties of the objects are assigned values. When values are assigned to its properties the reference may be discarded and the object can at a later stage be referenced through its attribute values. This is easily done through the query interface described later in this manual.
Object modification means changing the values of its properties. This is done by using sending the message set_propertyvalue to the database object as:
My_DB.setproperty_value(My_NewObj,"Salary",(ODB_INT)53200);Where My_NewObj is an ODB-object declared and created e.g as:
ODB_REF My_NewObj; My_NewObj=My_DB.create_instance("Employee");The object is given the value 53200 for the property named Salary. Note that constants may require type casting for disambiguation purposes. In this example the constant 53200 is casted to the type ODB_INT. The result from the database method setproperty_value is greater than or less than zero if the operation was successful or failed, respectively.
When property values are modified all indexes are automatically updated to consider the new value for the property.
To make retrievals through some property fast, indexes can be created. For example if a frequent search in the database is on a particular attribute e.g. Salary then an index should be created on that attribute to facilitate fast access to the objects with a particular value for the attribute named Salary.
Indexes are created from the database object through the create_index method. The following example creates an index on the Salary property of the type Employee .
My_DB.create_index("Employee","Salary");Note that if an index is created to some attribute of a particular type the index will also be created to that attribute in all subtypes. In above example any subtype to Employee will get an index on the salary property. It does not matter if the index is created before or after the subtypes are created. It does not matter if instances to the types the index is created over has been created. All existing instances will be entered into the index structures automatically by ODB.
Types can be deleted from the database dynamically. This is a particularly costly operation. When a type is deleted so are the subtypes to the type as well as all objects that are instances to the type or to any subtype of the type. Hence, A type deletion is a recursively applied down the type tree rooted at the specified type to delete.
Types are deleted by the database object by sending the delete_type message. The result of the operation is either greater than or less than zero if the operation was successful or failed, respectively. To delete the type Person from the database My_DB we write:
My_DB.delete_type("Person");This will delete the type named Person, all instances of that type and then recursively delete all subtypes to the Person type. This operation can be costly to perform when there are a lot of objects and types that has to be deleted and their memory freed.
Note especially that any references maintained by the application to types or objects which have been deleted must be reset by the application. Dereferncing such a reference is an undefined operation.
Single properties can be deleted from types. When a property is deleted from some type it is deleted from all subtypes as well.
When a property is deleted from a type the property is also deleted from all object that are instances to that type, i.e. the extent of the type.
Properties are deleted from types by sending the delete_property message to the database object. To delete the property named Salary from the type named Employee in the database My_DB we write:
My_DB.delete_propery("Employee","Salary");Note that if the property that is to be deleted is inherited to the specified type that property can not be deleted as that would leave the database schema in an inconsistent state. To properly delete a property it must be deleted from the most general type it is defined for. (A supertype is more general than its subtypes)
This is because the object-oriented model states that any operation op applicable to a type t is also applicable to all subtypes of the type t. Hence, deleting an inherited property would violate this constraint.
Objects may be deleted. When an object is deleted the system automatically deletes all references to that object from other objects in the database. Any references kept by the application to the deleted object must be reset by the application itself.
Objects are deleted by sending the delete_object message to the database. When deleting an object the database object must be provided a handle to the object that are subject of deletion.
A handle can be obtained through the query interface or other methods that returns object handles.
To exemplify, consider the following example where a handle obj is declared. This handle is then assigned an object through the getobjectwithoid method. This object is then deleted by the database object:
//Declare object handle, //database and an integer ODB_REF obj; database My_DB("ExDB"); ODB_INT i=0; My_DB.create_type("Person"); //Create 500 objects while(i++ < 500) My_DB.create_object("Person"); //Assign an object to the handle, We can be //quite certan there is an object with OID 415 now obj=My_DB.getobjectwithoid("Person", 415); //Delete the object //If there were no object with OID=415 //then obj==NULL but that is all handeled //by ODB My_DB.delete_object(obj);Any other object that reference the deleted object through some attribute will now have that attribute value set to NULL. Note that in this example the object handle obj is outside the control of ODB and must not be used by the application after the deletion. This is up to the application programmer to see to.
Indexes may be deleted by sending the drop_index message to the database object. In the following example the index over Salary for type Employee in database My_DB is deleted:
My_DB.drop_index("Employee","Salary");The result is greater or less than zero if the operation was successful or failed respectively.
| Mail to ODB for Win 95 / NT |


|
First Name |
Middle Name |
Last Name |
Date of Death |
Village/Township |
Volume |
|
Still Born |
child of |
H.L. Hamilton |
3/31/1915 |
Center |
4 |
|
Frederick |
Sr. |
Haas |
7/14/1946 |
Center |
9 |
|
Fred |
Clarence |
Haas |
6/30/1956 |
MC |
38 |
|
Alice |
Lee |
Haas |
4/30/1981 |
MC |
47 |
|
Fredrick |
|
Habermehl |
3/1/1950 |
MC |
35 |
|
Carrie |
|
Habermehl |
10/10/1950 |
MC |
39 |
|
Imogene |
|
Habermehl |
7/15/1966 |
MC |
42 |
|
James |
F |
Habermehl |
8/24/1995 |
MC |
51 |
|
Mary |
|
Habermeld |
5/5/1911 |
Salam |
22 |
|
Robert |
Stephan |
Habermule |
12/30/1919 |
Salem |
23 |
|
Frederick |
|
Habernehl |
3/1/1950 |
Salem |
25 |
|
Edward |
J. |
Haberuehl |
6/13/1938 |
Salem |
24 |
|
Harry |
Gordon |
Haddox |
2/9/1967 |
MC |
42 |
|
Carl |
|
Haeleher |
6/12/1942 |
Center |
8 |
|
Magadelna |
|
Haerz |
3/28/1943 |
Center |
8 |
|
Loretta |
Marie |
Haffner |
3/30/2000 |
MC |
53 |
|
Holland |
Jefferson |
Haga |
5/24/1949 |
Center |
9 |
|
Henry |
|
Hagadorn |
2/28/1928 |
Salem |
24 |
|
Dayton |
Lee |
Hagan |
1/3/1963 |
MC |
41 |
|
Donald |
D |
Hagan |
12/15/2000 |
MC |
53 |
|
Lula |
Ethel |
Hagedorn |
6/3/1991 |
MC |
50 |
|
Isaac |
|
Hagerman |
8/21/1922 |
Franklin |
10 |
|
Addie |
May |
Hagerman |
5/13/1935 |
Franklin |
10 |
|
Lydia |
Margaret |
Hagerman |
8/21/1936 |
Franklin |
10 |
|
Frank |
|
Hagerman |
8/5/1954 |
MC |
37 |
|
Freda |
Marie |
Hague |
5/29/1994 |
MC |
51 |
|
Anna |
Elizabeth |
Halderman |
10/2/1924 |
Ohio |
18 |
|
Robert |
|
Halderman |
5/25/1943 |
Ohio |
19 |
|
Katherine |
|
Haldiman |
7/15/1933 |
Ohio |
18 |
|
Rosa |
|
Haldiman |
5/29/1957 |
MC |
38 |
|
Minnie |
Cross |
Hale |
4/2/1959 |
MC |
39 |
|
Floyd |
Jay |
Hale |
4/20/2005 |
MC |
55 |
|
Rosa |
Anna |
Haley |
5/26/1935 |
Ohio |
18 |
|
Blanche |
Christine |
Haley |
2/7/2001 |
MC |
53 |
|
Mary |
Louisa |
Haliday |
11/8/1950 |
MC |
35 |
|
Wilbert |
Samuel |
Hall |
7/2/1911 |
Benton |
2 |
|
Arthur |
|
Hall |
5/1/1918 |
Center |
4 |
|
Still Born |
|
Hall |
4/12/1919 |
Center |
4 |
Copy of a portion of a page from the Monroe County, Ohio, Index of Deaths 1908 1984


WebRTC experiment
Video playback
getUserMedia()
OpenCV.js
Show screen resolution
TensorFlow.js
NTT Communications SkyWay test


The puzzle contains 8 images that are assembled from Google Doodles, which are artistic reinterpretations of the Google logo on the homepage usually commemorating a person or event of significance, as well as 8 phrases that look like search queries.
To start, note that each image contains the left half of a Google Doodle, and the right half of another Google Doodle. The two halves together contain 5 of the 6 letters of “GOOGLE”, or at least symbols that correspond to letters via shape or color. This gives an index from 1 to 6 for the missing letter in-between, and also hints that there is a special Doodle between the two Doodles shown. Indeed, using the left-and-right navigation on https://www.google.com/doodles, solvers can find that there is an interactive game Doodle between each pair of Doodles. To help with identification, the images are presented in chronological order based on the date when the Doodles were aired, and Doodles that aired separately in multiple countries have a flag symbol in the corner for disambiguation.
The list of Doodles is as follows:
To answer the search queries, solvers need to play the interactive Doodles to figure out which queries they are related to.
🔍 what is the penalty for getting one of my dapper fellows exterminated oops
In the Doctor Who game, if the well-dressed player character collides with the Dalek, the latter will chant “Exterminate!” while zapping the Doctor, which penalizes the player by adding a MINUTE to the timer.
🔍 who vindicated herself by playing ten records please tell me (stage) last name
There are ten trophies that can be obtained in the Hip Hop freestyle game, one of which is to play ten records. Doing so reveals the story behind Roxanne’s Revenge, by Roxanne SHANTÉ.
🔍 what is the prefix of the fish who chomps me in the abyss
The fourth level of the speed-drawing game Cat Magic Academy 2 occurs in the Abyss under the sea, where the player character Momo must face a giant ANGLER fish.
🔍 what kind of animal can help me dance near bamboo thicket please dont say panda
The third objective in the game Pangolin Love is to learn a dance in China by collecting ribbons. After passing a panda couple and some bamboo, players can find ribbons inside a large DRAGON by entering through its mouth.
🔍 what should cameras do to the flying dude after the wires are connected
The flying dude refers to the hero of a tokusatsu film-in-the-making (whose appearance resembles that of Ultraman) in the style of Eiji Tsuburaya. After attaching the harnesses, players are instructed to FOLLOW the hero.
🔍 where is the ridiculously buff scorpion from i need to know village name
Players must defeat a giant pepper with beefy musculature using no more than three ice cream scoops in the game commemorating Wilbur Scoville’s birthday. This pepper is introduced as the Trinidad MORUGA Scorpion.
🔍 what goes through a mechanical breakdown and a gradually narrowing tube in that order
Both MALFUNCTION (mechanical breakdown) and FUNNEL (gradually narrowing tube) are horizontal answers in the Doodle celebrating the 100th anniversary of crossword puzzles. The unique vertical answer that intersects both is 8-Down, or ALOTOF.
🔍 what things get thrown at me if i go over the x
In the third and last portion of the Pony Express game, if players step on the X markings on the ground, bandits will catch them using LASSOS and reduce their envelope score.
Each query answer has length 6, and by indexing into query answers using the missing letter of GOOGLE in the corresponding image, we get THE GOGOS as the answer.


With the SettingsWidget
the analysis settings for the
result calculation can be selected.
var settings = useeio.settingsWidget({
model: model,
selector: '.useeio-settings-widget',
});
In the example below, the settings widget is linked to a hash configuration that serializes the settings into the hash-part of the URL which can be then used by other widgets.
var config = useeio.urlConfig();
config.join(settings);


Oct. 5, 2014
Data Structures: An Introduction to Arrays and Hashes
|
|
One of the fundamental building blocks of Ruby are variables. Just like algebra, we write Ruby variables to represent a specific value. We can also call a variable when we want to use its value in the code.
|
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>> x =<PHONE_NUMBER>
1234567890
>> x * 2
2469135780
|
|
In the example above, the variable x represents the number<PHONE_NUMBER>. In Ruby, variables can hold numbers, strings (words and sentences) and boolean expressions (a term in Ruby referring to true or false statements).
Arrays and hashes are a specific type of variable called a data structure. Just like variables, data structures hold value but arrays and hashes are different in that they can hold more than one value. In other words, arrays and hashes are lists. The two data structures differ from each other in a few important ways, so let's examine the syntax and functionality of each item.
ARRAYS
This is how we write an array.
|
|
>> my_array = [1, 2, 3, 4, 5]
|
|
Just like the example of the variable x , we first give the array a name my_array and set it equal = to a value, which is the list contained within the brackets [1, 2, 3, 4, 5] . To note the obvious, we separate different items in the list using commas. This goes across the board for arrays and hashes. We can name our array anything we want and we can fill the array's brackets with any combination of numbers, strings and boolean expressions.
In order to access a specific value in the array, we have to know its index number. Naturally we would call 1 the first element in my_array , but arrays start from the index number 0. To print 1 , this is how we would write it.
|
|
>> puts my_array[0]
1
|
|
In the example above, we use the method puts to print out 1 . Methods are like commands, and arrays have a plethora of methods to manipulate the data. In our very first example with the variable x , we used the method * (or multiply) to manipulate our variable. As I mentioned before, there are so many methods we can use on the data in my_array , but the important thing to know is arrays are indexed lists.
HASHES
This is how we write a hash.
|
|
>> my_hash = { "name" => "Jane", "city" => "Chicago", "ice_cream" => "always"}
|
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We named our hash my_hash and set it equal = to a set of values in the curly brackets { } . Values are separated by commas, just like arrays. While arrays refer to elements by the index number, hashes create key-value pairs. In the example for my_hash , the key "name" refers to its value pair "Jane" ; the key "city" refers to its value pair "Chicago" ; and the key "ice cream" refers to its value pair "always" . Keys refer to their values using the symbol => .
(I'm sure you also noticed all those quotation marks up there. We tell Ruby that we're using strings with quotation marks, but we don't need the quotation marks for numbers or booleans.)
Let's call the first key-value pair for my_hash . The code is pretty similar to arrays.
|
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>> puts my_hash["name"]
"Jane"
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Hashes are useful when we want to link two pieces of information together, such a list of clients and their phone numbers. There are many, many methods for accesing and using the data in hashes but the foundational take-away for hashes is they are key-value pairs.
Arrays and hashes are just a few examples of the basic ways we can organize data within Ruby. If you want more practice with the two, CodeAcademy has a helpful intro course.
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{% extends "base.html" %} {% block content %}
The page you are looking for might have been removed had its name changed or is temporarily unavailable.


accomplishments
- Taught myself enough php, html, and css to build a new layout for Post- Magazine's website.
- Created multiple online viral sensations: Feminist Taylor Swift and Cosmarxpolitan.
- Outperformed President George W. Bush on the SATs... as a twelve year old.
- Owns (but cannot play) a ukelele.
right now
Brown University
Concentration: Linguistics
GPA: 3.7
Social Media Assistant
for Gail Sheehy, author of Passages


public interface JMSProducer
JMSProducer
is a simple object used to send messages on behalf of a JMSContext
. An instance of
JMSProducer
is created by calling the createProducer
method on a JMSContext
. It provides
various send
methods to send a message to a specified destination. It also provides methods to allow message
send options, message properties and message headers to be specified prior to sending a message or set of messages.
Message send options may be specified using one or more of the following methods: setDeliveryMode
,
setPriority
, setTimeToLive
, setDeliveryDelay
, setDisableMessageTimestamp
,
setDisableMessageID
and setAsync
.
Message properties may be may be specified using one or more of nine setProperty
methods. Any message
properties set using these methods will override any message properties that have been set directly on the message.
Message headers may be specified using one or more of the following methods: setJMSCorrelationID
,
setJMSCorrelationIDAsBytes
, setJMSType
or setJMSReplyTo
. Any message headers set using these
methods will override any message headers that have been set directly on the message.
All the above methods return the JMSProducer
to allow method calls to be chained together, allowing a fluid
programming style. For example:
context.createProducer().setDeliveryMode(DeliveryMode.NON_PERSISTENT).setTimeToLive(1000).send(destination, message);
Instances of JMSProducer
are intended to be lightweight objects which can be created freely and which do not
consume significant resources. This interface therefore does not provide a close
method.
| Modifier and Type | Method and Description |
|---|---|
JMSProducer |
clearProperties()
Clears any message properties set on this
JMSProducer |
CompletionListener |
getAsync()
If subsequent calls to
send on this JMSProducer object have been configured to be asynchronous then
this method returns the CompletionListener that has previously been configured. |
boolean |
getBooleanProperty(java.lang.String name)
Returns the message property with the specified name that has been set on this
JMSProducer , converted to a
boolean . |
byte |
getByteProperty(java.lang.String name)
Returns the message property with the specified name that has been set on this
JMSProducer , converted to a
String . |
long |
getDeliveryDelay()
Gets the minimum length of time in milliseconds that must elapse after a message is sent before the Jakarta Messaging provider may
deliver the message to a consumer.
|
int |
getDeliveryMode()
Returns the delivery mode of messages that are sent using this
JMSProducer |
boolean |
getDisableMessageID()
Gets an indication of whether message IDs are disabled.
|
boolean |
getDisableMessageTimestamp()
Gets an indication of whether message timestamps are disabled.
|
double |
getDoubleProperty(java.lang.String name)
Returns the message property with the specified name that has been set on this
JMSProducer , converted to a
double . |
float |
getFloatProperty(java.lang.String name)
Returns the message property with the specified name that has been set on this
JMSProducer , converted to a
float . |
int |
getIntProperty(java.lang.String name)
Returns the message property with the specified name that has been set on this
JMSProducer , converted to a
int . |
java.lang.String |
getJMSCorrelationID()
Returns the
JMSCorrelationID header value that has been set on this JMSProducer , as a String . |
byte[] |
getJMSCorrelationIDAsBytes()
Returns the
JMSCorrelationID header value that has been set on this JMSProducer , as an array of
bytes. |
Destination |
getJMSReplyTo()
Returns the
JMSReplyTo header value that has been set on this JMSProducer . |
java.lang.String |
getJMSType()
Returns the
JMSType header value that has been set on this JMSProducer . |
long |
getLongProperty(java.lang.String name)
Returns the message property with the specified name that has been set on this
JMSProducer , converted to a
long . |
java.lang.Object |
getObjectProperty(java.lang.String name)
Returns the message property with the specified name that has been set on this
JMSProducer , converted to
objectified format. |
int |
getPriority()
Return the priority of messages that are sent using this
JMSProducer |
java.util.Set<java.lang.String> |
getPropertyNames()
Returns an unmodifiable
Set view of the names of all the message properties that have been set on this
JMSProducer. |
short |
getShortProperty(java.lang.String name)
Returns the message property with the specified name that has been set on this
JMSProducer , converted to a
short . |
java.lang.String |
getStringProperty(java.lang.String name)
Returns the message property with the specified name that has been set on this
JMSProducer , converted to a
String . |
long |
getTimeToLive()
Returns the time to live of messages that are sent using this
JMSProducer . |
boolean |
propertyExists(java.lang.String name)
Indicates whether a message property with the specified name has been set on this
JMSProducer |
JMSProducer |
send(Destination destination,
byte[] body)
Send a
BytesMessage with the specified body to the specified destination, using any send options, message
properties and message headers that have been defined on this JMSProducer . |
JMSProducer |
send(Destination destination,
java.util.Map<java.lang.String,java.lang.Object> body)
Send a
MapMessage with the specified body to the specified destination, using any send options, message
properties and message headers that have been defined on this JMSProducer . |
JMSProducer |
send(Destination destination,
Message message)
Sends a message to the specified destination, using any send options, message properties and message headers that
have been defined on this
JMSProducer . |
JMSProducer |
send(Destination destination,
java.io.Serializable body)
Send an
ObjectMessage with the specified body to the specified destination, using any send options, message
properties and message headers that have been defined on this JMSProducer . |
JMSProducer |
send(Destination destination,
java.lang.String body)
Send a
TextMessage with the specified body to the specified destination, using any send options, message
properties and message headers that have been defined on this JMSProducer . |
JMSProducer |
setAsync(CompletionListener completionListener)
Specifies whether subsequent calls to
send on this JMSProducer object should be synchronous or
asynchronous. |
JMSProducer |
setDeliveryDelay(long deliveryDelay)
Sets the minimum length of time in milliseconds that must elapse after a message is sent before the Jakarta Messaging provider may
deliver the message to a consumer.
|
JMSProducer |
setDeliveryMode(int deliveryMode)
Specifies the delivery mode of messages that are sent using this
JMSProducer |
JMSProducer |
setDisableMessageID(boolean value)
Specifies whether message IDs may be disabled for messages that are sent using this
JMSProducer |
JMSProducer |
setDisableMessageTimestamp(boolean value)
Specifies whether message timestamps may be disabled for messages that are sent using this
JMSProducer . |
JMSProducer |
setJMSCorrelationID(java.lang.String correlationID)
Specifies that messages sent using this
JMSProducer will have their JMSCorrelationID header value set
to the specified correlation ID, where correlation ID is specified as a String . |
JMSProducer |
setJMSCorrelationIDAsBytes(byte[] correlationID)
Specifies that messages sent using this
JMSProducer will have their JMSCorrelationID header value set
to the specified correlation ID, where correlation ID is specified as an array of bytes. |
JMSProducer |
setJMSReplyTo(Destination replyTo)
Specifies that messages sent using this
JMSProducer will have their JMSReplyTo header value set to
the specified Destination object. |
JMSProducer |
setJMSType(java.lang.String type)
Specifies that messages sent using this
JMSProducer will have their JMSType header value set to the
specified message type. |
JMSProducer |
setPriority(int priority)
Specifies the priority of messages that are sent using this
JMSProducer |
JMSProducer |
setProperty(java.lang.String name,
boolean value)
Specifies that messages sent using this
JMSProducer will have the specified property set to the specified
boolean value. |
JMSProducer |
setProperty(java.lang.String name,
byte value)
Specifies that messages sent using this
JMSProducer will have the specified property set to the specified
byte value. |
JMSProducer |
setProperty(java.lang.String name,
double value)
Specifies that messages sent using this
JMSProducer will have the specified property set to the specified
double value. |
JMSProducer |
setProperty(java.lang.String name,
float value)
Specifies that messages sent using this
JMSProducer will have the specified property set to the specified
float value. |
JMSProducer |
setProperty(java.lang.String name,
int value)
Specifies that messages sent using this
JMSProducer will have the specified property set to the specified
int value. |
JMSProducer |
setProperty(java.lang.String name,
long value)
Specifies that messages sent using this
JMSProducer will have the specified property set to the specified
long value. |
JMSProducer |
setProperty(java.lang.String name,
java.lang.Object value)
Specifies that messages sent using this
JMSProducer will have the specified property set to the specified
Java object value. |
JMSProducer |
setProperty(java.lang.String name,
short value)
Specifies that messages sent using this
JMSProducer will have the specified property set to the specified
short value. |
JMSProducer |
setProperty(java.lang.String name,
java.lang.String value)
Specifies that messages sent using this
JMSProducer will have the specified property set to the specified
String value. |
JMSProducer |
setTimeToLive(long timeToLive)
Specifies the time to live of messages that are sent using this
JMSProducer . |
JMSProducer send(Destination destination, Message message)
JMSProducer
.destination
- the destination to send this message tomessage
- the message to sendJMSProducer
MessageFormatRuntimeException
- if an invalid message is specified.InvalidDestinationRuntimeException
- if a client uses this method with an invalid destination.MessageNotWriteableRuntimeException
- if this JMSProducer
has been configured to set a message
property, but the message's properties are read-onlyJMSRuntimeException
- if the Jakarta Messaging provider fails to send the message due to some internal error.JMSProducer send(Destination destination, java.lang.String body)
TextMessage
with the specified body to the specified destination, using any send options, message
properties and message headers that have been defined on this JMSProducer
.destination
- the destination to send this message tobody
- the body of the TextMessage
that will be sent. If a null value is specified then a
TextMessage
with no body will be sent.JMSProducer
MessageFormatRuntimeException
- if an invalid message is specified.InvalidDestinationRuntimeException
- if a client uses this method with an invalid destination.JMSRuntimeException
- if the Jakarta Messaging provider fails to send the message due to some internal error.JMSProducer send(Destination destination, java.util.Map<java.lang.String,java.lang.Object> body)
MapMessage
with the specified body to the specified destination, using any send options, message
properties and message headers that have been defined on this JMSProducer
.destination
- the destination to send this message tobody
- the body of the MapMessage
that will be sent. If a null value is specified then a
MapMessage
with no map entries will be sent.JMSProducer
MessageFormatRuntimeException
- if an invalid message is specified.InvalidDestinationRuntimeException
- if a client uses this method with an invalid destination.JMSRuntimeException
- if the Jakarta Messaging provider fails to send the message due to some internal error.JMSProducer send(Destination destination, byte[] body)
BytesMessage
with the specified body to the specified destination, using any send options, message
properties and message headers that have been defined on this JMSProducer
.destination
- the destination to send this message tobody
- the body of the BytesMessage
that will be sent. If a null value is specified then a
BytesMessage
with no body will be sent.JMSProducer
MessageFormatRuntimeException
- if an invalid message is specified.InvalidDestinationRuntimeException
- if a client uses this method with an invalid destination.JMSRuntimeException
- if the Jakarta Messaging provider fails to send the message due to some internal error.JMSProducer send(Destination destination, java.io.Serializable body)
ObjectMessage
with the specified body to the specified destination, using any send options, message
properties and message headers that have been defined on this JMSProducer
.destination
- the destination to send this message tobody
- the body of the ObjectMessage that will be sent. If a null value is specified then an
ObjectMessage
with no body will be sent.JMSProducer
MessageFormatRuntimeException
- if an invalid message is specified.InvalidDestinationRuntimeException
- if a client uses this method with an invalid destination.JMSRuntimeException
- if Jakarta Messaging provider fails to send the message due to some internal error.JMSProducer setDisableMessageID(boolean value)
JMSProducer
Since message IDs take some effort to create and increase a message's size, some Jakarta Messaging providers may be able to
optimise message overhead if they are given a hint that the message ID is not used by an application. By calling this
method, a Jakarta Messaging application enables this potential optimisation for all messages sent using this JMSProducer
.
If the Jakarta Messaging provider accepts this hint, these messages must have the message ID set to null; if the provider ignores
the hint, the message ID must be set to its normal unique value.
Message IDs are enabled by default.
value
- indicates whether message IDs may be disabledJMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set message ID to disabled due to some internal error.getDisableMessageID()
boolean getDisableMessageID()
JMSRuntimeException
- if the Jakarta Messaging provider fails to determine if message IDs are disabled due to some internal
error.setDisableMessageID(boolean)
JMSProducer setDisableMessageTimestamp(boolean value)
JMSProducer
.
Since timestamps take some effort to create and increase a message's size, some Jakarta Messaging providers may be able to optimise
message overhead if they are given a hint that the timestamp is not used by an application. By calling this method, a
Jakarta Messaging application enables this potential optimisation for all messages sent using this JMSProducer
. If the JMS
provider accepts this hint, these messages must have the timestamp set to zero; if the provider ignores the hint, the
timestamp must be set to its normal value.
Message timestamps are enabled by default.
value
- indicates whether message timestamps may be disabledJMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set timestamps to disabled due to some internal error.getDisableMessageTimestamp()
boolean getDisableMessageTimestamp()
JMSRuntimeException
- if the Jakarta Messaging provider fails to determine if timestamps are disabled due to some internal
error.setDisableMessageTimestamp(boolean)
JMSProducer setDeliveryMode(int deliveryMode)
JMSProducer
Delivery mode is set to PERSISTENT
by default.
deliveryMode
- the message delivery mode to be used; legal values are DeliveryMode.NON_PERSISTENT
and
DeliveryMode.PERSISTENT
JMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set the delivery mode due to some internal error.getDeliveryMode()
,
DeliveryMode.NON_PERSISTENT
,
DeliveryMode.PERSISTENT
,
Message.DEFAULT_DELIVERY_MODE
int getDeliveryMode()
JMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to get the delivery mode due to some internal error.setDeliveryMode(int)
JMSProducer setPriority(int priority)
JMSProducer
The Jakarta Messaging API defines ten levels of priority value, with 0 as the lowest priority and 9 as the highest. Clients should consider priorities 0-4 as gradations of normal priority and priorities 5-9 as gradations of expedited priority. Priority is set to 4 by default.
priority
- the message priority to be used; must be a value between 0 and 9JMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set the priority due to some internal error.getPriority()
,
Message.DEFAULT_PRIORITY
int getPriority()
JMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to get the priority due to some internal error.setPriority(int)
JMSProducer setTimeToLive(long timeToLive)
JMSProducer
. This is used to determine the
expiration time of a message.
The expiration time of a message is the sum of the message's time to live and the time it is sent. For transacted sends, this is the time the client sends the message, not the time the transaction is committed.
Clients should not receive messages that have expired; however, Jakarta Messaging does not guarantee that this will not happen.
A Jakarta Messaging provider should do its best to accurately expire messages; however, Jakarta Messaging does not define the accuracy provided. It is not acceptable to simply ignore time-to-live.
Time to live is set to zero by default, which means a message never expires.
timeToLive
- the message time to live to be used, in milliseconds; a value of zero means that a message never
expires.JMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set the time to live due to some internal error.getTimeToLive()
,
Message.DEFAULT_TIME_TO_LIVE
long getTimeToLive()
JMSProducer
.JMSRuntimeException
- if the Jakarta Messaging provider fails to get the time to live due to some internal error.setTimeToLive(long)
JMSProducer setDeliveryDelay(long deliveryDelay)
For transacted sends, this time starts when the client sends the message, not when the transaction is committed.
deliveryDelay is set to zero by default.
deliveryDelay
- the delivery delay in milliseconds.JMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set the delivery delay due to some internal error.getDeliveryDelay()
,
Message.DEFAULT_DELIVERY_DELAY
long getDeliveryDelay()
JMSRuntimeException
- if the Jakarta Messaging provider fails to get the delivery delay due to some internal error.setDeliveryDelay(long)
JMSProducer setAsync(CompletionListener completionListener)
send
on this JMSProducer
object should be synchronous or
asynchronous. If the specified CompletionListener
is not null then subsequent calls to send
will be
asynchronous. If the specified CompletionListener
is null then subsequent calls to send
will be
synchronous. Calls to send
are synchronous by default.
If a call to send
is asynchronous then part of the work involved in sending the message will be performed in
a separate thread and the specified CompletionListener will be notified when the operation has completed.
When the message has been successfully sent the Jakarta Messaging provider invokes the callback method onCompletion on the CompletionListener object. Only when that callback has been invoked can the application be sure that the message has been successfully sent with the same degree of confidence as if the send had been synchronous. An application which requires this degree of confidence must therefore wait for the callback to be invoked before continuing.
The following information is intended to give an indication of how an asynchronous send would typically be implemented.
In some Jakarta Messaging providers, a normal synchronous send involves sending the message to a remote Jakarta Messaging server and then waiting for an acknowledgement to be received before returning. It is expected that such a provider would implement an asynchronous send by sending the message to the remote Jakarta Messaging server and then returning without waiting for an acknowledgement. When the acknowledgement is received, the Jakarta Messaging provider would notify the application by invoking the onCompletion method on the application-specified CompletionListener object. If for some reason the acknowledgement is not received the Jakarta Messaging provider would notify the application by invoking the CompletionListener's onException method.
In those cases where the Jakarta Messaging specification permits a lower level of reliability, a normal synchronous send might not wait for an acknowledgement. In that case it is expected that an asynchronous send would be similar to a synchronous send: the Jakarta Messaging provider would send the message to the remote Jakarta Messaging server and then return without waiting for an acknowledgement. However the Jakarta Messaging provider would still notify the application that the send had completed by invoking the onCompletion method on the application-specified CompletionListener object.
It is up to the Jakarta Messaging provider to decide exactly what is performed in the calling thread and what, if anything, is performed asynchronously, so long as it satisfies the requirements given below:
Quality of service: After the send operation has completed successfully, which means that the message has been successfully sent with the same degree of confidence as if a normal synchronous send had been performed, the JMS provider must invoke the CompletionListener's onCompletion method. The CompletionListener must not be invoked earlier than this.
Exceptions: If an exception is encountered during the call to the send method then an appropriate exception should be thrown in the thread that is calling the send method. In this case the Jakarta Messaging provider must not invoke the CompletionListener's onCompletion or onException method. If an exception is encountered which cannot be thrown in the thread that is calling the send method then the Jakarta Messaging provider must call the CompletionListener's onException method. In both cases if an exception occurs it is undefined whether or not the message was successfully sent.
Message order: If the same JMSContext is used to send multiple messages then Jakarta Messaging message ordering requirements must be satisfied. This applies even if a combination of synchronous and asynchronous sends has been performed. The application is not required to wait for an asynchronous send to complete before sending the next message.
Close, commit or rollback: If the close method is called on the JMSContext then the JMS
provider must block until any incomplete send operations have been completed and all CompletionListener
callbacks have returned before closing the object and returning. If the session is transacted (uses a local
transaction) then when the JMSContext's commit or rollback method is called the JMS
provider must block until any incomplete send operations have been completed and all CompletionListener
callbacks have returned before performing the commit or rollback. Incomplete sends should be allowed to complete
normally unless an error occurs.
A CompletionListener callback method must not call close, commit or rollback on its own JMSContext. Doing so will cause the close, commit or rollback to throw an IllegalStateRuntimeException.
Restrictions on usage in Jakarta EE This method must not be used in a Jakarta EE EJB or web container. Doing so may
cause a JMSRuntimeException
to be thrown though this is not guaranteed.
Message headers Jakarta Messaging defines a number of message header fields and message properties which must be set by the "Jakarta Messaging provider on send". If the send is asynchronous these fields and properties may be accessed on the sending client only after the CompletionListener has been invoked. If the CompletionListener's onException method is called then the state of these message header fields and properties is undefined.
Restrictions on threading: Applications that perform an asynchronous send must confirm to the threading restrictions defined in JMS. This means that the session may be used by only one thread at a time.
Setting a CompletionListener does not cause the session to be dedicated to the thread of control which calls the CompletionListener. The application thread may therefore continue to use the session after performing an asynchronous send. However the CompletionListener's callback methods must not use the session if an application thread might be using the session at the same time.
Use of the CompletionListener by the Jakarta Messaging provider: A session will only invoke one
CompletionListener callback method at a time. For a given JMSContext, callbacks (both
onCompletion
and onException
) will be performed in the same order as the corresponding calls to the
send method. A Jakarta Messaging provider must not invoke the CompletionListener from the thread that is calling
the send method.
Restrictions on the use of the Message object: Applications which perform an asynchronous send must take account of the restriction that a Message object is designed to be accessed by one logical thread of control at a time and does not support concurrent use.
After the send method has returned, the application must not attempt to read the headers, properties or body of the Message object until the CompletionListener's onCompletion or onException method has been called. This is because the Jakarta Messaging provider may be modifying the Message object in another thread during this time. The Jakarta Messaging provider may throw an JMSException if the application attempts to access or modify the Message object after the send method has returned and before the CompletionListener has been invoked. If the Jakarta Messaging provider does not throw an exception then the behaviour is undefined.
completionListener
- If asynchronous send behaviour is required, this should be set to a
CompletionListener
to be notified when the send has completed. If synchronous send behaviour is required,
this should be set to null
.JMSProducer
JMSRuntimeException
- if an internal error occursgetAsync()
,
CompletionListener
CompletionListener getAsync()
send
on this JMSProducer
object have been configured to be asynchronous then
this method returns the CompletionListener
that has previously been configured. If subsequent calls to
send
have been configured to be synchronous then this method returns null
.CompletionListener
or null
JMSRuntimeException
- if the Jakarta Messaging provider fails to get the required information due to some internal error.setAsync(javax.jms.CompletionListener)
JMSProducer setProperty(java.lang.String name, boolean value)
JMSProducer
will have the specified property set to the specified
boolean
value.
This will replace any property of the same name that is already set on the message being sent.
name
- the name of the propertyvalue
- the boolean
value to setJMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set the property due to some internal error.java.lang.IllegalArgumentException
- if the name is null or if the name is an empty string.getBooleanProperty(java.lang.String)
JMSProducer setProperty(java.lang.String name, byte value)
JMSProducer
will have the specified property set to the specified
byte
value.
This will replace any property of the same name that is already set on the message being sent.
name
- the name of the propertyvalue
- the byte
value to setJMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set the property due to some internal error.java.lang.IllegalArgumentException
- if the name is null or if the name is an empty string.getByteProperty(java.lang.String)
JMSProducer setProperty(java.lang.String name, short value)
JMSProducer
will have the specified property set to the specified
short
value.
This will replace any property of the same name that is already set on the message being sent.
name
- the name of the propertyvalue
- the short
property value to setJMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set the property due to some internal error.java.lang.IllegalArgumentException
- if the name is null or if the name is an empty string.getShortProperty(java.lang.String)
JMSProducer setProperty(java.lang.String name, int value)
JMSProducer
will have the specified property set to the specified
int
value.
This will replace any property of the same name that is already set on the message being sent.
name
- the name of the propertyvalue
- the int
property value to setJMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set the property due to some internal error.java.lang.IllegalArgumentException
- if the name is null or if the name is an empty string.getIntProperty(java.lang.String)
JMSProducer setProperty(java.lang.String name, long value)
JMSProducer
will have the specified property set to the specified
long
value.
This will replace any property of the same name that is already set on the message being sent.
name
- the name of the propertyvalue
- the long
property value to setJMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set the property due to some internal error.java.lang.IllegalArgumentException
- if the name is null or if the name is an empty string.getLongProperty(java.lang.String)
JMSProducer setProperty(java.lang.String name, float value)
JMSProducer
will have the specified property set to the specified
float
value.
This will replace any property of the same name that is already set on the message being sent.
name
- the name of the propertyvalue
- the float
property value to setJMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set the property due to some internal error.java.lang.IllegalArgumentException
- if the name is null or if the name is an empty string.getFloatProperty(java.lang.String)
JMSProducer setProperty(java.lang.String name, double value)
JMSProducer
will have the specified property set to the specified
double
value.
This will replace any property of the same name that is already set on the message being sent.
name
- the name of the propertyvalue
- the double
property value to setJMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set the property due to some internal error.java.lang.IllegalArgumentException
- if the name is null or if the name is an empty string.getDoubleProperty(java.lang.String)
JMSProducer setProperty(java.lang.String name, java.lang.String value)
JMSProducer
will have the specified property set to the specified
String
value.
This will replace any property of the same name that is already set on the message being sent.
name
- the name of the propertyvalue
- the String
property value to setJMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set the property due to some internal error.java.lang.IllegalArgumentException
- if the name is null or if the name is an empty string.getStringProperty(java.lang.String)
JMSProducer setProperty(java.lang.String name, java.lang.Object value)
JMSProducer
will have the specified property set to the specified
Java object value.
Note that this method works only for the objectified primitive object types (Integer
, Double
,
Long
...) and String
objects.
This will replace any property of the same name that is already set on the message being sent.
name
- the name of the propertyvalue
- the Java object property value to setJMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set the property due to some internal error.java.lang.IllegalArgumentException
- if the name is null or if the name is an empty string.MessageFormatRuntimeException
- if the object is invalidgetObjectProperty(java.lang.String)
JMSProducer clearProperties()
JMSProducer
JMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to clear the message properties due to some internal error.boolean propertyExists(java.lang.String name)
JMSProducer
name
- the name of the propertyJMSRuntimeException
- if the Jakarta Messaging provider fails to determine whether the property exists due to some internal
error.boolean getBooleanProperty(java.lang.String name)
JMSProducer
, converted to a
boolean
.name
- the name of the propertyboolean
JMSRuntimeException
- if the Jakarta Messaging provider fails to get the property value due to some internal error.MessageFormatRuntimeException
- if this type conversion is invalid.setProperty(java.lang.String,boolean)
byte getByteProperty(java.lang.String name)
JMSProducer
, converted to a
String
.name
- the name of the propertybyte
JMSRuntimeException
- if the Jakarta Messaging provider fails to get the property value due to some internal error.MessageFormatRuntimeException
- if this type conversion is invalid.setProperty(java.lang.String,byte)
short getShortProperty(java.lang.String name)
JMSProducer
, converted to a
short
.name
- the name of the propertyshort
JMSRuntimeException
- if the Jakarta Messaging provider fails to get the property value due to some internal error.MessageFormatRuntimeException
- if this type conversion is invalid.setProperty(java.lang.String,short)
int getIntProperty(java.lang.String name)
JMSProducer
, converted to a
int
.name
- the name of the propertyint
JMSRuntimeException
- if the Jakarta Messaging provider fails to get the property value due to some internal error.MessageFormatRuntimeException
- if this type conversion is invalid.setProperty(java.lang.String,int)
long getLongProperty(java.lang.String name)
JMSProducer
, converted to a
long
.name
- the name of the propertylong
JMSRuntimeException
- if the Jakarta Messaging provider fails to get the property value due to some internal error.MessageFormatRuntimeException
- if this type conversion is invalid.setProperty(java.lang.String,long)
float getFloatProperty(java.lang.String name)
JMSProducer
, converted to a
float
.name
- the name of the propertyfloat
JMSRuntimeException
- if the Jakarta Messaging provider fails to get the property value due to some internal error.MessageFormatRuntimeException
- if this type conversion is invalid.setProperty(java.lang.String,float)
double getDoubleProperty(java.lang.String name)
JMSProducer
, converted to a
double
.name
- the name of the propertydouble
JMSRuntimeException
- if the Jakarta Messaging provider fails to get the property value due to some internal error.MessageFormatRuntimeException
- if this type conversion is invalid.setProperty(java.lang.String,double)
java.lang.String getStringProperty(java.lang.String name)
JMSProducer
, converted to a
String
.name
- the name of the propertyboolean
; if there is no property by this name, a null value is
returnedJMSRuntimeException
- if the Jakarta Messaging provider fails to get the property value due to some internal error.MessageFormatRuntimeException
- if this type conversion is invalid.setProperty(java.lang.String,String)
java.lang.Object getObjectProperty(java.lang.String name)
JMSProducer
, converted to
objectified format.
This method can be used to return, in objectified format, an object that has been stored as a property in the message
with the equivalent setObjectProperty
method call, or its equivalent primitive
settypeProperty
method.
name
- the name of the propertyint
, an Integer
is returned); if there is no property by this name, a null value is
returnedJMSRuntimeException
- if the Jakarta Messaging provider fails to get the property value due to some internal error.setProperty(java.lang.String,java.lang.Object)
java.util.Set<java.lang.String> getPropertyNames()
Set
view of the names of all the message properties that have been set on this
JMSProducer.
Note that Jakarta Messaging standard header fields are not considered properties and are not returned in this Set.
The set is backed by the JMSProducer
, so changes to the map are reflected in the set. However the set may not
be modified. Attempts to modify the returned collection, whether directly or via its iterator, will result in an
java.lang.UnsupportedOperationException
. Its behaviour matches that defined in the
java.util.Collections
method unmodifiableSet
.
Set
containing the names of all the message properties that have been set on this
JMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to get the property names due to some internal error.Collections.unmodifiableSet(java.util.Set<? extends T>)
JMSProducer setJMSCorrelationIDAsBytes(byte[] correlationID)
JMSProducer
will have their JMSCorrelationID
header value set
to the specified correlation ID, where correlation ID is specified as an array of bytes.
This will override any JMSCorrelationID
header value that is already set on the message being sent.
The array is copied before the method returns, so future modifications to the array will not alter the value in this
JMSProducer
.
If a provider supports the native concept of correlation ID, a Jakarta Messaging client may need to assign specific
JMSCorrelationID
values to match those expected by native messaging clients. Jakarta Messaging providers without native
correlation ID values are not required to support this method and its corresponding get method; their implementation
may throw a java.lang.UnsupportedOperationException
.
The use of a byte[]
value for JMSCorrelationID
is non-portable.
correlationID
- the correlation ID value as an array of bytesJMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set the correlation ID due to some internal error.setJMSCorrelationID(String)
,
getJMSCorrelationID()
,
getJMSCorrelationIDAsBytes()
byte[] getJMSCorrelationIDAsBytes()
JMSCorrelationID
header value that has been set on this JMSProducer
, as an array of
bytes.
The use of a byte[]
value for JMSCorrelationID
is non-portable.
JMSRuntimeException
- if the Jakarta Messaging provider fails to get the correlation ID due to some internal error.setJMSCorrelationID(String)
,
getJMSCorrelationID()
,
setJMSCorrelationIDAsBytes(byte[])
JMSProducer setJMSCorrelationID(java.lang.String correlationID)
JMSProducer
will have their JMSCorrelationID
header value set
to the specified correlation ID, where correlation ID is specified as a String
.
This will override any JMSCorrelationID
header value that is already set on the message being sent.
A client can use the JMSCorrelationID
header field to link one message with another. A typical use is to link
a response message with its request message.
JMSCorrelationID
can hold one of the following:
String
byte[]
value
Since each message sent by a Jakarta Messaging provider is assigned a message ID value, it is convenient to link messages via
message ID. All message ID values must start with the 'ID:'
prefix.
In some cases, an application (made up of several clients) needs to use an application-specific value for linking
messages. For instance, an application may use JMSCorrelationID
to hold a value referencing some external
information. Application-specified values must not start with the 'ID:'
prefix; this is reserved for
provider-generated message ID values.
If a provider supports the native concept of correlation ID, a Jakarta Messaging client may need to assign specific
JMSCorrelationID
values to match those expected by clients that do not use the Jakarta Messaging API. A byte[]
value is used for this purpose. Jakarta Messaging providers without native correlation ID values are not required to support
byte[]
values. The use of a byte[]
value for JMSCorrelationID
is non-portable.
correlationID
- the message ID of a message being referred toJMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set the correlation ID due to some internal error.getJMSCorrelationID()
,
getJMSCorrelationIDAsBytes()
,
setJMSCorrelationIDAsBytes(byte[])
java.lang.String getJMSCorrelationID()
JMSCorrelationID
header value that has been set on this JMSProducer
, as a String
.
This method is used to return correlation ID values that are either provider-specific message IDs or
application-specific String
values.
String
JMSRuntimeException
- if the Jakarta Messaging provider fails to get the correlation ID due to some internal error.setJMSCorrelationID(String)
,
getJMSCorrelationIDAsBytes()
,
setJMSCorrelationIDAsBytes(byte[])
JMSProducer setJMSType(java.lang.String type)
JMSProducer
will have their JMSType
header value set to the
specified message type.
This will override any JMSType
header value that is already set on the message being sent.
Some Jakarta Messaging providers use a message repository that contains the definitions of messages sent by applications. The
JMSType
header field may reference a message's definition in the provider's repository.
The Jakarta Messaging API does not define a standard message definition repository, nor does it define a naming policy for the definitions it contains.
Some messaging systems require that a message type definition for each application message be created and that each
message specify its type. In order to work with such Jakarta Messaging providers, Jakarta Messaging clients should assign a value to
JMSType
, whether the application makes use of it or not. This ensures that the field is properly set for
those providers that require it.
To ensure portability, Jakarta Messaging clients should use symbolic values for JMSType
that can be configured at
installation time to the values defined in the current provider's message repository. If string literals are used,
they may not be valid type names for some Jakarta Messaging providers.
type
- the message typeJMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set the message type due to some internal error.getJMSType()
java.lang.String getJMSType()
JMSType
header value that has been set on this JMSProducer
.JMSRuntimeException
- if the Jakarta Messaging provider fails to get the message type due to some internal error.setJMSType(String)
JMSProducer setJMSReplyTo(Destination replyTo)
JMSProducer
will have their JMSReplyTo
header value set to
the specified Destination
object.
This will override any JMSReplyTo
header value that is already set on the message being sent.
The JMSReplyTo
header field contains the destination where a reply to the current message should be sent. If
it is null, no reply is expected. The destination may be either a Queue
object or a Topic
object.
Messages sent with a null JMSReplyTo
value may be a notification of some event, or they may just be some data
the sender thinks is of interest.
Messages with a JMSReplyTo
value typically expect a response. A response is optional; it is up to the client
to decide. These messages are called requests. A message sent in response to a request is called a reply.
In some cases a client may wish to match a request it sent earlier with a reply it has just received. The client can
use the JMSCorrelationID
header field for this purpose.
replyTo
- Destination
to which to send a response to this messageJMSProducer
JMSRuntimeException
- if the Jakarta Messaging provider fails to set the JMSReplyTo
destination due to some internal
error.getJMSReplyTo()
Destination getJMSReplyTo()
JMSReplyTo
header value that has been set on this JMSProducer
.Destination
the JMSReplyTo
header valueJMSRuntimeException
- if the Jakarta Messaging provider fails to get the JMSReplyTo
destination due to some internal
error.setJMSReplyTo(Destination)


<md-chip> is a component used within <md-chips> and is responsible for rendering individual chips.
<md-chip>
<md-chips>


Today we are excited to be releasing the next major milestone in the roll out of the SAFE Network, Alpha 2 – The Authenticator.
This latest step is a culmination of a significant amount of hard work from the MaidSafe team, and much testing from the superb SAFE Network community. The result is a new network access control mechanism, the Authenticator, which enables users to securely authenticate themselves onto the SAFE Network, while protecting their network login credentials from apps.
Bundled with the SAFE Browser, the Authenticator supports Windows, OSX and Linux, and as many will have seen from last week’s update, now also supports Android, with iOS support in progress. As we mentioned last week, the intention with the mobile example apps is to confirm mobile platform support, we will provide the docs, tutorials and APIs that mobile app developers would expect in due course.
The desktop version of the SAFE Browser will come with two tutorial applications. The Web Hosting Manager and SAFE Mail. These apps will be familiar to those who have taken part in recent test networks. The Web Hosting Manager allows users to create their own public ID, and upload and publish content instantly. SAFE Mail provides end to end encrypted email using the public key of the recipient to encrypt the message.
The two Android applications provided with this release are the Authenticator, and SAFE Messages, an example application that demonstrates end to end encrypted mobile email.
As has been the case with more recent test networks you will be required to obtain an invite code in order to participate in this Alpha. In order to do this you will need to have a basic user account on the SAFE Network forum. For those new to the SAFE Network and the forum, the following link tells you how to get this. This measure is in place to prevent the network being flooded with data prior to the network being fully featured.
As you may have noticed, the installers for today’s release are on our new web page (we hope you like it) and tonights forum post contains a full breakdown of information relating to this release. We hope you enjoy using Alpha 2 as much as we enjoyed creating it!


star = 1
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location = 5
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Preparation time
30 mins to 1 hour
Cooking time
less than 10 mins
Serves
Serves 21
The vibrant vegetables provide a sharp contrast to the rich and oily flesh of the mackerel. A summery supper for two.
Lay the mackerel fillets on a tray and sprinkle with the salt and sugar. Cover with baking paper, press with a weight and chill in the fridge for 30 minutes.
To make the pickling syrup, bring 250ml/9fl oz of water to the boil with the star anise, peppercorns, coriander seeds and white wine vinegar. Allow to cool.
Bring another saucepan of water to the boil and blanch the vegetables and gooseberries for 1 minute. Drain and add to the cold pickling syrup.
To make the gooseberry purée, melt the butter in a small saucepan on a medium heat. Add the sugar, vanilla and gooseberries. Cook for 10 minutes until the gooseberries are soft. Add the wine and vinegar and stir well. Transfer to a food processor or blender and blend to a loose purée.
Remove the mackerel and wash off the salt cure. Slice each fillet very thinly.
Spoon some purée on to the bottom of a serving dish. Drain the pickled veg well and sprinkle over the purée. Lay the mackerel on top and garnish with the cress and rocket.


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#include <PolicyStore.hpp>
|
| | PolicyStore ()=default |
| |
| virtual | ~PolicyStore ()=default |
| |
| virtual std::vector< double > | get_best (const std::string &agent_name, const std::string &profile_name) const =0 |
| | Get the best known policy for a given agent/profile pair. More...
|
| |
| virtual void | set_best (const std::string &agent_name, const std::string &profile_name, const std::vector< double > &policy)=0 |
| | Set the record for the best policy for a profile with an agent. More...
|
| |
| virtual void | set_default (const std::string &agent_name, const std::vector< double > &policy)=0 |
| | Set the default policy to use with an agent. More...
|
| |
|
| static std::unique_ptr< PolicyStore > | make_unique (const std::string &data_path) |
| | Returns a unique_ptr to a concrete object constructed using the underlying implementation. More...
|
| |
| static std::shared_ptr< PolicyStore > | make_shared (const std::string &data_path) |
| | Returns a shared_ptr to a concrete object constructed using the underlying implementation. More...
|
| |
Manages a data store of best known policies for profiles used with agents. The data store includes records of best known policies and default policies to apply when a best run has not yet been recorded.
◆ PolicyStore()
| geopm::PolicyStore::PolicyStore |
( |
| ) |
|
|
default |
◆ ~PolicyStore()
| virtual geopm::PolicyStore::~PolicyStore |
( |
| ) |
|
|
virtualdefault |
◆ get_best()
| virtual std::vector<double> geopm::PolicyStore::get_best |
( |
const std::string & |
agent_name, |
|
|
const std::string & |
profile_name |
|
) |
| const |
|
pure virtual |
Get the best known policy for a given agent/profile pair.
Returns the best known policy from the data store. If no best policy is known, the default policy for the agent is returned. An exception is thrown if no default exists, or if any data store errors occur.
- Parameters
-
| [in] | agent_name | Name of the agent to look up |
| [in] | profile_name | Name of the profile to look up |
- Returns
- The recommended policy for the profile to use with the agent.
Implemented in geopm::PolicyStoreImp.
◆ make_shared()
| std::shared_ptr< PolicyStore > geopm::PolicyStore::make_shared |
( |
const std::string & |
data_path | ) |
|
|
static |
Returns a shared_ptr to a concrete object constructed using the underlying implementation.
◆ make_unique()
| std::unique_ptr< PolicyStore > geopm::PolicyStore::make_unique |
( |
const std::string & |
data_path | ) |
|
|
static |
Returns a unique_ptr to a concrete object constructed using the underlying implementation.
◆ set_best()
| virtual void geopm::PolicyStore::set_best |
( |
const std::string & |
agent_name, |
|
|
const std::string & |
profile_name, |
|
|
const std::vector< double > & |
policy |
|
) |
| |
|
pure virtual |
Set the record for the best policy for a profile with an agent.
Creates or overwrites the best-known policy for a profile when used with the given agent.
- Parameters
-
| [in] | agent_name | Name of the agent for which this policy applies. |
| [in] | profile_name | Name of the profile whose policy is being set. |
| [in] | policy | Policy string to use with the given agent. |
Implemented in geopm::PolicyStoreImp.
◆ set_default()
| virtual void geopm::PolicyStore::set_default |
( |
const std::string & |
agent_name, |
|
|
const std::vector< double > & |
policy |
|
) |
| |
|
pure virtual |
Set the default policy to use with an agent.
- Parameters
-
| [in] | agent_name | Name of the agent for which this policy applies. |
| [in] | policy | Policy string to use with the given agent. |
Implemented in geopm::PolicyStoreImp.
The documentation for this class was generated from the following files:


Women's Rights Report
Data from UN Women's 2011 Progress of the World's Women report (for abortion policies), and from The World Bank for other indicators.
Submitted to
#MakeOverMonday Week 12
. Also visualized by
The Guardian
.


Screen < 768px
Screen > 768px and < 992px
Screen > 992px and < 1200px
Screen > 1200px
Best Playes
Name
RNIs
Homeruns
Jill
90
50
Eve
123
94
Aron
43
94


When daily life gets disrupted, it is quite unsettling. We realize we take for granted running for the bus to make it to class, trekking through snow, showing up to class half asleep to have our friends laugh at us in person, commuting to work to see colleagues, having the option to get out and go wherever. Life is not normal right now. There is so much uncertainty and it does not feel right. However, we are in it together and luckily we live in a day where technology makes it possible to stay connected.
This time is weird and different, but we are staying isolated to ensure our health and safety to get back to the normal life we miss so much. We are in it together and can get through it together. As time progresses, life at home will develop some semblance of a routine. We do not know how long this will last, but trying to form a routine for this new lifestyle is best. In order to stay active during this stressful time, I am here to help share ideas on how to incorporate a good, satisfying, endorphin releasing workout into your new routine!
So many companies, bloggers, and programs have developed at home workouts and live streams to follow. Getting a workout in will help to get your sweat in. Not being able to leave the house to go to class has made me more eager to get my steps in by walking the dog or running. I can’t sit all day and need a change of scenery. Whether an actual workout is right for you, live stream yoga, walk around the block don’t forget to get your move on. Moving and waking up the body is how to maintain your health. Don’t lose it!
Here are some at-home workout links below from my favorite bloggers and others. They will mostly direct you to Instagram. Please share workouts if you have any! We are getting our move on together and be sure to encourage others to add a workout to their new routines!
Instagram Bloggers
@CARLMECRAZY's @ home workout highlight -I always do her wokrouts
@HIITBURN depending on how much time you have
@RACHAELSGOODEATS 's workout Every Wednesday and Saturday at 12PM EST she does a live stream and saves it. So fun having something scheduled to look forward to! Also look at her page for more workouts and delicious recipes for cooking and baking. Her healthy twix bars are world famous.
@KATIEAUSTIN 's apartment friendly workout
My own corona highlight on Instagram with exercises and interesting posts
Madfit's song workouts! These are sooo fun and addicting to get your move on by going to the beat
Companies
Lululemon link to youtube channel -check Instagram for live streams too
Bandier's Instagram for daily live streams
Dance Studio's Instagram to keep dancing -no one is watching! Here is there youtube link as well click here for youtube link
Chatham Club's (my gym) Youtube Page-filled with tons of exercises to do anywhere
Red Yoga from Ann Arbor My favorite studio from school. Miss the heat/red lights and energy in the studio, but these videos do a great job to have a feeling of community and strength throughout the practice.
Yoga Studio from Ann Arbor -AUM Yoga (Yoga Club)
Equipment to purchase to complete your at home gym: mat, dumbbells, gliders, bands. Or use water jugs, water bottles, chairs for step up, towel for gliders, socks for gliders on wood surfaces, carpet for a mat, be creative!
Also, you could get creative with new hobbies!
Once you have settled into your routine, you no longer have to worry about commuting anywhere. Use that extra time and energy to get into a new hobby! Discover your love for baking, learn how to code, read a book, join a virtual book club, sew, watch a Netflix series, watch movies, catch up with old friends, journal, try yoga, do abs everyday, clean, find your ideal job (if unhappy), do some research, cook dinner for people sharing your quarantine space, walk everyday (if possible), meditate, play board games, the options are endless!
Take, for example, my friend Kimberely. She loves to bake, but the oven in her apartment at school was not suitable. She got into making pies last month, but now being home she can continue to make her pies without the oven being a problem. Not only is she able to bake but she is making an impact on the community. She asks friends and family if they want a baked good that she will drop off at their house. Sometimes she might even surprise you and drop off something sweet when not expecting it -thank you ;)! She is very careful to keep her cooking environment and delivery trips very clean. This quarantine has let her dive back into her love for baking and spread the happiness around the community at the same time. Love this!!
Don't forget to stay virtually connected with friends. Being isolated and only focused on school work or work is not good. Remember what makes you happy although you may feel/are trapped inside. Getting outside and getting some fresh air is a good step to feeling better. A subscription to headspace sounds like a great idea now. We are in it together so don’t feel bad to reach out with concerns since this is a difficult time. Life is different. We have to accept it and stay positive to support our health in quarantine. If you do fall sick, remember you have the support of people who will help you get healthy again. We’ll be waiting in our quarantine spaces!
As a last note, Feature Fridays have been fire🔥 during this time. Keep it up!!🤩
Helpful Resources
Donate here at Danielle Boyland's GoFundMe page to help provide health-care professionals with supplies they need.
headspace I have been practicing mediation using the free trial on headspace. So important to practice the dialogue between mind and body. Not easy but more practice the better!
Edited by Ritika Ramprasad, Cate Benitez, and Steven Reed ;) Lol


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@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import config.FrontendAppConfig @import uk.gov.hmrc.hmrcfrontend.views.config.StandardBetaBanner @this( appConfig: FrontendAppConfig, govukLayout: GovukLayout, govukBackLink: GovukBackLink, hmrcHead: HmrcHead, hmrcStandardHeader: HmrcStandardHeader, hmrcStandardFooter: HmrcStandardFooter, hmrcTrackingConsentSnippet: HmrcTrackingConsentSnippet, hmrcLanguageSelect: HmrcLanguageSelect, hmrcTimeoutDialog: HmrcTimeoutDialog, hmrcReportTechnicalIssueHelper: HmrcReportTechnicalIssueHelper, hmrcScripts: HmrcScripts, betaBanner: StandardBetaBanner ) @(pageTitle: String, showBackLink: Boolean = true, timeout: Boolean = true)(contentBlock: Html)(implicit request: Request[_], messages: Messages) @head = { @hmrcHead( headBlock = if(timeout) { Some( hmrcTimeoutDialog(TimeoutDialog( timeout = Some(appConfig.timeout), countdown = Some(appConfig.countdown), keepAliveUrl = Some(routes.KeepAliveController.keepAlive.url), keepAliveButtonText = Some(messages("timeout.keepAlive")), signOutUrl = Some(routes.SessionExpiredController.onPageLoad.url), signOutButtonText = Some(messages("timeout.signOut")), title = Some(messages("timeout.title")), message = Some(messages("timeout.message")) ))) } else None ) } @additionalScripts = { } @beforeContent = { @if(appConfig.languageTranslationEnabled) { @hmrcLanguageSelect(LanguageSelect( if (messages.lang.code == "cy") Cy else En, (En, routes.LanguageSwitchController.switchToLanguage("en").url), (Cy, routes.LanguageSwitchController.switchToLanguage("cy").url) )) } @if(showBackLink) { @govukBackLink(BackLinkViewModel(href = "#")) } } @content = { @contentBlock


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