The MPI tool information interface requires a separate set of initialization and finalization routines.
| MPI_T_INIT_THREAD(required, provided) | |
| IN required | desired level of thread support (integer) |
| OUT provided | provided level of thread support (integer) |
int MPI_T_init_thread(int required, int *provided)
All programs or tools that use the MPI tool information interface must initialize the MPI tool information interface in the processes that will use the interface before calling any other of its routines. A user can initialize the MPI tool information interface by calling MPI_T_INIT_THREAD, which can be called multiple times. In addition, this routine initializes the thread environment for all routines in the MPI tool information interface. Calling this routine when the MPI tool information interface is already initialized has no effect beyond increasing the reference count of how often the interface has been initialized. The argument required is used to specify the desired level of thread support. The possible values and their semantics are identical to the ones that can be used with MPI_INIT_THREAD listed in Section MPI and Threads . The call returns in provided information about the actual level of thread support that will be provided by the MPI implementation for calls to MPI tool information interface routines. It can be one of the four values listed in Section MPI and Threads .
The MPI specification does not require all MPI processes to exist before the call to MPI_INIT. If the MPI tool information interface is used before MPI_INIT has been called, the user is responsible for ensuring that the MPI tool information interface is initialized on all processes it is used in. Processes created by the MPI implementation during MPI_INIT inherit the status of the MPI tool information interface (whether it is initialized or not as well as all active sessions and handles) from the process from which they are created.
Processes created at runtime as a result of calls to MPI's dynamic process management require their own initialization before they can use the MPI tool information interface.
Advice to users.
If MPI_T_INIT_THREAD is called before MPI_INIT_THREAD,
the requested and granted thread level for MPI_T_INIT_THREAD may
influence the behavior and return value of MPI_INIT_THREAD. The
same is true for the reverse order.
( End of advice to users.)
Advice
to implementors.
MPI implementations should strive to make as many control
or performance variables available before MPI_INIT (instead
of adding them within MPI_INIT) to allow tools the most
flexibility. In particular, control variables should be available before
MPI_INIT if their value cannot be changed after MPI_INIT.
( End of advice to implementors.)
int MPI_T_finalize(void)
This routine finalizes the use of the MPI tool information interface and may be called as often as the corresponding MPI_T_INIT_THREAD routine up to the current point of execution. Calling it more times returns a corresponding error code. As long as the number of calls to MPI_T_FINALIZE is smaller than the number of calls to MPI_T_INIT_THREAD up to the current point of execution, the MPI tool information interface remains initialized and calls to its routines are permissible. Further, additional calls to MPI_T_INIT_THREAD after one or more calls to MPI_T_FINALIZE are permissible.
Once MPI_T_FINALIZE is called the same number of times as the routine MPI_T_INIT_THREAD up to the current point of execution, the MPI tool information interface is no longer initialized. The interface can be reinitialized by subsequent calls to MPI_T_INIT_THREAD.
At the end of the program execution, unless MPI_ABORT is called, an application must have called MPI_T_INIT_THREAD and MPI_T_FINALIZE an equal number of times.


- releaseAssessment(String, ReleaseForm) - Method in class pasta.repository.AssessmentDAO
-
Release assessment
- releaseAssessment(String, ReleaseForm) - Method in class pasta.service.AssessmentManager
-
Helper method.
- releaseAssessment(String, ReleaseForm, Model) - Method in class pasta.web.controller.AssessmentsController
-
$PASTAUrl$/assessments/release/{assessmentName}/ - POST
- releasedClasses - Variable in class pasta.domain.template.Assessment
-
- ReleaseForm - Class in pasta.domain.form
-
Container for for the special release form
Only has getters and setters.
- ReleaseForm() - Constructor for class pasta.domain.form.ReleaseForm
-
- removeAssessment(Assessment) - Method in class pasta.domain.template.Competition
-
- removeAssessment(String) - Method in class pasta.repository.AssessmentDAO
-
Delete an assessment from the system.
- removeAssessment(String) - Method in class pasta.service.AssessmentManager
-
Helper method.
- removeCompetition(WeightedCompetition) - Method in class pasta.domain.template.Assessment
-
- removeCompetition(String) - Method in class pasta.repository.AssessmentDAO
-
Delete an competition from the system.
- removeCompetition(String) - Method in class pasta.service.CompetitionManager
-
Helper method
- removeHandMarking(WeightedHandMarking) - Method in class pasta.domain.template.Assessment
-
- removeHandMarking(String) - Method in class pasta.repository.AssessmentDAO
-
Delete a hand marking template from the system.
- removeHandMarking(String) - Method in class pasta.service.HandMarkingManager
-
Remove a hand marking template
- removePlayer(String, String) - Method in class pasta.domain.template.Arena
-
- removePlayerFromArena(String, String, String, String) - Method in class pasta.service.CompetitionManager
-
Remove a player form an arena
- removePlayerFromArena(Model, String, String, String) - Method in class pasta.web.controller.CompetitionController
-
$PASTAUrl$/competition/view/{competitionName}/{arenaName}/remove/{playerName}/
- removeSecretUnitTest(WeightedUnitTest) - Method in class pasta.domain.template.Assessment
-
- removeUnitTest(UnitTestResult) - Method in class pasta.domain.result.AssessmentResult
-
- removeUnitTest(WeightedUnitTest) - Method in class pasta.domain.template.Assessment
-
- removeUnitTest(String) - Method in class pasta.repository.AssessmentDAO
-
Delete a unit test from the system.
- removeUnitTest(String) - Method in class pasta.service.UnitTestManager
-
Helper method
- replaceStudents(List<PASTAUser>) - Method in class pasta.repository.UserDAO
-
Replace the current list of students with a new one.
- replaceStudents(List<PASTAUser>) - Method in class pasta.service.UserManager
-
Helper method
- replaceStudents(ModelMap, HttpServletRequest, String) - Method in class pasta.web.controller.AdminController
-
$PASTAUrl$/admin/replaceStudents/ - POST
- replaceTutors(List<PASTAUser>) - Method in class pasta.repository.UserDAO
-
Replace the current list of teaching staff with a new one.
- replaceTutors(List<PASTAUser>) - Method in class pasta.service.UserManager
-
Helper method
- replaceTutors(ModelMap, HttpServletRequest, String) - Method in class pasta.web.controller.AdminController
-
$PASTAUrl$/admin/replaceTutors/ - POST
- result - Variable in class pasta.domain.result.HandMarkingResult
-
- ResultDAO - Class in pasta.repository
-
Data Access Object for Results.
- ResultDAO(AssessmentDAO) - Constructor for class pasta.repository.ResultDAO
-
loads up all of the latest results
- resultDAO - Variable in class pasta.service.AssessmentManager
-
- resultDAO - Variable in class pasta.service.CompetitionManager
-
- resultDAO - Variable in class pasta.service.ExecutionManager
-
- resultDAO - Variable in class pasta.service.HandMarkingManager
-
- resultDAO - Variable in class pasta.service.SubmissionManager
-
- resultDAO - Variable in class pasta.service.UnitTestManager
-
- resultDAO - Static variable in class pasta.util.ProjectProperties
-
- results - Variable in class pasta.repository.ResultDAO
-
- retireActivePlayer() - Method in class pasta.domain.players.PlayerHistory
-
- retiredPlayers - Variable in class pasta.domain.players.PlayerHistory
-
- retirePlayer(String, String, String) - Method in class pasta.service.CompetitionManager
-
Retire a player
- retirePlayer(Model, String, String) - Method in class pasta.web.controller.CompetitionController
-
$PASTAUrl$/competition/{competitionName}/myPlayers/retire/{playerName}/
- returnArenaModel() - Method in class pasta.web.controller.CompetitionController
-
- returnAssessmentModel() - Method in class pasta.web.controller.AssessmentsController
-
- returnAssessmentReleaseModel() - Method in class pasta.web.controller.AssessmentsController
-
- returnAssessmentResultModel() - Method in class pasta.web.controller.AssessmentsController
-
- returnAssessmentResultModel() - Method in class pasta.web.controller.CompetitionController
-
- returnAssessmentResultModel() - Method in class pasta.web.controller.SubmissionController
-
- returnCompetitionModel() - Method in class pasta.web.controller.CompetitionController
-
- returnCompetitionModel() - Method in class pasta.web.controller.SubmissionController
-
- returnHandMarkingModel() - Method in class pasta.web.controller.HandMarkingController
-
- returnNewCompetitionModel() - Method in class pasta.web.controller.CompetitionController
-
- returnNewCompetitionModel() - Method in class pasta.web.controller.SubmissionController
-
- returnNewHandMakingModel() - Method in class pasta.web.controller.HandMarkingController
-
- returnNewUnitTestModel() - Method in class pasta.web.controller.AdminController
-
Return the empty form for changing your password (DB authentication only)
- returnNewUnitTestModel() - Method in class pasta.web.controller.SubmissionController
-
- returnNewUnitTestModel() - Method in class pasta.web.controller.UnitTestController
-
- returnPlayerModel() - Method in class pasta.web.controller.CompetitionController
-
- returnSubmissionModel() - Method in class pasta.web.controller.SubmissionController
-
- returnSubmissionModel() - Method in class pasta.web.controller.UnitTestController
-
- rowHeader - Variable in class pasta.domain.template.HandMarking
-
- runAssessment(String, String, String) - Method in class pasta.service.SubmissionManager
-
Schedule an assessment attempt for a given user for execution
- runAssessment(Assessment, Collection<PASTAUser>) - Method in class pasta.service.SubmissionManager
-
Schedule the latest attempt of an assessment for a collection of users that have
submitted for execution.
- runAssessment(String, HttpServletRequest) - Method in class pasta.web.controller.AssessmentsController
-
$PASTAUrl$/assessments/{assessmentName}/run/
- runAssessment(String, String, String, Model, HttpServletRequest) - Method in class pasta.web.controller.SubmissionController
-
$PASTAUrl$/runAssessment/{username}/{assessmentName}/{assessmentDate}/
- runDate - Variable in class pasta.scheduler.Job
-
- runMoss(String) - Method in class pasta.service.MossManager
-
Method to initiate the execution of a moss script
- runMoss(ModelMap, HttpServletRequest, String) - Method in class pasta.web.controller.MossController
-
$PASTAUrl$/moss/run/{assessmentName}/
- runtimeErrors - Variable in class pasta.domain.result.UnitTestResult
-


Please note that this data is still based on work in progress and should be considered preliminary. If you intend to include any of these data in publications, please let us know – otherwise please feel free to download and use without
restrictions. We
have shared this data with the hope that people will download and use it, as well as scrutinize it so we can improve our methods and analyses. Please
contact us if you have any
questions or comments.
Full Terms of Use


{% set suppress_feedback = true %} {% extends '_layouts/layout.html' %} {% block page_title %}{% endblock %} {% block body_css_classes %}nhsuk-frontend{% endblock %} {% block content %}
You need to stay at home for 7 days. The other people in the household should stay in for 14 days to see if symptoms develop.
To protect others, do not go to a GP, pharmacy or hospital
If you have a high temperature and other symptoms not related to cold or flu, check them using 111 online again.
Testing for coronavirus is not needed if you’re staying at home.
There are things you can do during your isolation period. Read more about:


Teaching
Sample teaching materials
Afrofuturism: Octavia E. Butler’s Kindred (1979)
Lecture delivered to ENGL3131 American Fiction 2022–2023
Finding Pynchon
Guest lecture delivered to LIBA2011 Programming for Students of Arts and Humanities 2022–2023
Monopolated Light & Power: Ralph Ellison’s Invisible Man (1952)
Lecture delivered to ENGL3131 American Fiction 2021–2022
Text analysis demo application
There’s something broken in here… an easter egg for getting started with code!
Courses taught @ Durham
Masters
MA Dissertation in English (Supervisor)
Data Science Research Project (Supervisor)
Qualitative approaches to Digital Humanities (Guest seminar leader)
Level 3
American Fiction (Co-convenor)
Digital Deformations (Convenor)
US Cold War Literature and Culture (Convenor)
40-credit Dissertation in English (Supervisor)
Post-war Fiction and Poetry (Tutor)
Level 2
Literature and the Internet (Co-convenor)
Toni Morrison: Texts and Contexts (Convenor)
Digital Skills for Visual Culture Research (Seminar leader)
Programming for Students of Arts and Humanities (Guest lecturer)
Theory and Practice of Literary Criticism (Seminar leader)
American Poetry (Lecturer)


|
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| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
| Interface Summary | |
| DataMapListener | An interface for a listener interested in DataMap changes. |
| DataNodeListener | For managing the changes in the DataNode |
| DbAttributeListener | For managing the changes in the DbAttribute. |
| DbEntityListener | Defines a listener for DbEntity modification events. |
| DbRelationshipListener | For managing the changes in the DbRelationship. |
| DomainListener | For managing the changes in the Domain |
| ObjAttributeListener | Listener for ObjAttribute events. |
| ObjEntityListener | For managing the changes in the ObjEntity |
| ObjRelationshipListener | Defines a listener for ObjRelationship modification events. |
| ProcedureListener | Listener for Procedure events. |
| ProcedureParameterListener | Listener for ProcedureParameterEvents. |
| QueryListener | Listener for QueryEvents. |
| Class Summary | |
| AttributeEvent | Represents events resulted from Attribute changes in CayenneModeler. |
| DataMapEvent | An events describing a DataMap change. |
| DataNodeEvent | Represents events resulted from DataNode changes in CayenneModeler. |
| DomainEvent | Represents events resulted from DataDomain changes in CayenneModeler. |
| EntityEvent | Represents events resulted from Entity changes in CayenneModeler. |
| MapEvent | Superclass of CayenneModeler events. |
| ProcedureEvent | An event generated when a Procedure object is added to a DataMap, removed from a DataMap, or changed within a DataMap. |
| ProcedureParameterEvent | |
| QueryEvent | An event generated when a Query object is added to a DataMap, removed from a DataMap, or changed within a DataMap. |
| RelationshipEvent | Represents events resulted from Relationship changes in CayenneModeler. |
|
|||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |


07 March 1996
Disease Outbreak Reported
Additional reports received from Nigeria brings the total number of cases to 17 668 with 2 550 deaths as at 5 March. Most (1 347) of the 1 935 additional cases since the report of 4 March were reported from Jigawa State where information was previously unavailable. The cases were reported in 15 States: Adamawa, Bauchi, Benue, Cross River, Enugu, Jigawa, Kano, Kaduna, Katsina, Kebbi, Kwara, Niger, Plateau, Sokoto and Taraba States but seven of them (Bauchi, Jigawa, Kano, Kaduna, Katsina, Kebbi, and Sokoto) accounted for 93% of the cases.


EMEmvDataObject Protocol Reference
| Declared in | EMEmvDataObject.h |
|---|
– identifier
required method
Provides ID of the data object.
- (Byte)identifier
Return Value
Returns ID of the data object as byte.
Declared In
EMEmvDataObject.h
– type
required method
Provides type of the data object.
- (EMEmvDataObjectType)type
Return Value
Returns type of the data object
Declared In
EMEmvDataObject.h
– value
required method
Provides value of the {@link EMEmvPrimitive} data objects.
- (NSString *)value
Return Value
Returns value of the data object as String if available. Null is provided for {@link EMEmvTemplate} data objects for which the getDataObjects method should be used instead.
Declared In
EMEmvDataObject.h
– dataObjects
required method
Provides inner structure for {@link EMEmvTemplate} data objects.
- (NSArray<id<EMEmvDataObject> > *)dataObjects
Return Value
Returns a list of inner data objects if any. Empty list is provided for {@link EMEmvPrimitive} data objects.
Declared In
EMEmvDataObject.h


HTML, CSS, Javascript, PHP
Object Oriented Programming/Design, Java, Swift, and Mobile Development
Statistical Analysis, Mathematical Modeling
Fluent in Spanish, Leader, Effective Communicator
Bachelors degree in: Computer Science, Mathematics, and Business Information Systems
Associates Degree in Computer Science


Blitzy manual
Welcome to the Blitzy manual. In this document you will find every information that you need to know about Blitzy in order to use it and even more. This manual was written for Blitzy 1.0.0. If you are viewing this document online please make sure that you have the latest version of Blitzy installed.
The manual written for the version you have installed is located in the "docs" folder of your Blitzy installation. To make sure the information is correct please refer to the document that came with the version you installed.
System requirements
To use Blitzy you will need:
- Windows Vista or newer (64bit) with the latest Service Pack installed
- .NET Framework 4.5.1
- Some free space on one of your hard disks
- Some free space on your system disk (*)
Please don't ask me for other specs like CPU speed or RAM. To be honest, I don't know them and I don't have enough computers to test this. However, if your computer can run Windows it probably is also able to run Blitzy.
Oh and yes I do not support Windows XP! If you managed to get Blitzy to run under XP that's good for you. However don't expect any support if you encounter problems that are specific to XP.
(*): Blitzy stores its settings and the catalog in the appdata folder. By default this folder is stored on your primary hard disk (the one Windows is installed on). The exact amount of space needed depends on how big your catalog is and what plugins you have installed. However I doubt you will need more than 20 or 30 MB of space for your catalog and settings.
Installation
Installing Blitzy is pretty straight forward. After downloading the setup file from the website all you have to do is double clicking the file. Then the setup wizard will open and guide you through the installation process. After the wizard finished you may start using Blitzy.
Using Blitzy
Blitzy was designed to be as easy and fast to use as possible. And if you used other keystroke launchers in the past, working with Blitzy should be as easy as eating a pancake.
 (The default shortcut is Ctrl+Alt+Space) You can do this from anywhere and not just from the desktop, browser, or your mail client. However be sure to use a shortcut that will not interfer with shortcuts used by applications you try to open Blitzy from. Also it is recommended to use a shortcut that is not used globally by other applications.
Entering commands
To enter a command you simply start typing. Blitzy will display a list of suggestions from which you can choose using the cursor keys (up and down). By pressing the return key Blitzy will execute the command that is currently selected. Additionally you may execute a command from the list by double clicking the desired one.
Tip: You don't need to type in the whole command. When the item you want to execute is selected you can simply press the return key and the command will be executed, independent of what is currently typed into the input box. You may even have some spelling errors. The only thing that matters is that the command you want to execute is selected.
Some commands may require or offer additional parameters to be entered. To do so enter the command and press the tabulator key. Then simply type as many parameters as the command needs (each separated with another tabulator) and press the return key when you are done. Each parameter will be separated by an arrow and most of the commands should indicate if they need more parameters and what kind of parameters they require.
Note: Commands are executed in the background. This means, that depending on how much time the execution of the command takes, you may have to wait until you see the action. However this has the advantage that you can execute a new command right after the previous command was started. You don't have to wait until the previous command finishes.
Blitzy has the ability to learn what commands you use often and places items you use more often on top of the suggestion list. So the longer you use Blitzy, the less you have to type since the command you want to execute is already placed on top!
Executing commands with elevated rights
Blitzy has the ability to execute commands with elevated rights (a.k.a. as an administrator). To do so you need to have access to the account of an administrator on your local machine.
If you want to execute a command with elevated rights you simply need to type in the command as you would normally do and select the right command from the command list. After that, hold Ctrl and Shift while pressing return. Whatever command you select will be executed with elevated rights.
Note: Executing some commands with elevated is useless and therefor disabled. For example: There is no benefit in rebuilding the catalog with administrative rights. In fact, the UAC prompt (if enabled) won't even pop up for certain commands.
Predefined commands
There are some commands built into Blitzy that can be used no matter what plugins are installed or not. Below you can find a list of all these commands:
| Command | Description |
|---|---|
| quit | Exits the application |
| reset | Resets the command execution count. After executing this command the order in which commands are listed when you type is reset to default values. This can be useful if you messed up the counting, don't longer use a command you previously used or you simply want to start over with your ordering. |
| catalog | Manually rebuilds the catalog. This can be useful if you added new files to the folders you watch but your next automatic rebuild (if enabled) is too far in the future. |
| version | Checks if a newer version of the application is available for download. |
| history | Clears the command history. After executing this you won't see any commands in the history window until you executed further commands. |
Command history
If you have enabled the history in the settings you can bring up the history view by holding Ctrl while pressing the up or down arrow in the main window. All commands that you previously entered are displayed in the list that now shows up. By pressing the up or down arrow while holding Ctrl you can navigate through the list. If you have found the command you want to enter again, press return while still holding the Ctrl key. The selected command will now be inserted into the input field and you can execute the command.
Configure Blitzy
To configure Blitzy and all installed plugins you simply click on the settings icon in the main window. After doing so, a dialog will open where you can configure Blitzy to fit your needs. The dialog is divided into several tab items:
General
In this tab you can edit the general behaviour of Blitzy. The default settings that are installed when running Blitzy for the first time should be good enough for most of the users. However, if you want to do some fine tuning this is place to go.
Show tray icon
This option defines whether you will see the Blitzy icon in the system tray or not. The default behaviour is to show the icon.
Note: The tray icon is not needed for Blitzy to operate. It is just a reminder for you that Blitzy is running and waiting for your input.
Automatically check for updates
When this option is enabled (which is the default) Blitzy will check for new versions online every time it is started. Of course this requires an internet connection.
Close when focus is lost
When this setting is enabled the Blitzy window will disappear if it loses focus, i.e. you click outside of the window or activate a different window. The default setting is to hide the window when it loses its focus.
Close on escape
This option defines whether the Blitzy window will be closed if you press the escape key. The default behaviour is to close the window if the escape key is pressed.
Close after command execution
When this setting is enabled (which is the default) the Blitzy window will close after you execute a command.
Keep input content
When this option is enabled the last executed command will stay in the input field even if the window is closed after executing the command. The default behaviour is to clear the input field after a command was executed.
Always stay on top
When this setting is enabled (which is the default) the Blitzy window will stay on top of all other windows.
Hotkey
This setting defines which key combination will be used to show up the Blitzy window. This always has to be a combination of a system key (like Ctrl, Alt or the Windows key) and an ordinary key. The default value is Ctrl+Alt+Space
Max Items
This is the maximum amount of suggestions that show up in the suggestion window. A higher value is likely to slow down the application. A lower value is likely to be less precise. So you should test which value fits your needs best.
Folders
This tab is where you can configure which folders Blitzy should scan for files that will be listed as commands. By default your whole Start Menu will be scanned for applications.
To add a new location simply click the "Add"-button below the list of folders and then select the folder you want to add. Without further configuration all files within the selected folder will be used and the search will not include subfolders. To include subfolders (and subsubfolders and so on) select the folder you just added and check the "Recursive" checkbox.
To fine tune what files should be used from a folder you can use the "Rules" and "Excludes" TODO
Workspaces
TODO
Plugins
The plugins tab is where you can disable and enable installed plugins and configure them.
To enable or disable a plugin you have to select the plugin from the list of available plugins and check or uncheck the
checkbox on top of the list.
When you select a plugin from the list, the available settings for the plugin will be displayed and you can change them.
About
This is the place where you can view who is responsible for all the stuff you might already love, view the details about the license, and -- and this is probably the number one reason why you would click on this tab -- you can see what version of Blitzy you are using and when it was built. If you didn't enabled the automatic update check you can check if there is a new version available.
Plugins
Blitzy's capabilities can be extended through plugins.
To install a new plugin you have to simply copy the plugin's DLL file into the 'plugin' folder of your Blitzy installation (Note: you will probably need administrator rights to do this if you have installed Blitzy to the default location). However it could be possible that there are more steps needed in order to fully install the plugin. For any further information please refer the the author of the plugin you are trying to install.
Blitzy is delivered with a couple of plugins by default, so you can decided whether you want something to be enabled or not. The plugins that are included with the Blitzy installation are listed in the following.
Calcy
Calcy is a plugin that allows you to perform calculation within Blitzy. For invoking a Calcy command you simply type:
And while you type the result of the expression you typed in so far will be displayed in the info field. Below is a list of functions and constants you can use in your expression.
| Function | Description | Example |
|---|---|---|
| pi | The value of π | pi = 3.141... |
| e | The value of e | e = 2.718... |
| sin | Calculates the sine | sin(pi) = 0 |
| cos | Calculates the cosine | cos(pi) = -1 |
| tan | Calculates the tangent | tan(pi) = 0 |
| sqrt | Calculates the square root | sqrt(4) = 2 |
| ln | Calculates the natural logarithm | ln(e) = 1 |
| log | Calculates the logarithm | log(100,10) = 2 |
| asin | Calculates the arcsine | asin(0.1) = 0.100... |
| acos | Calculates the arccosine | acos(0.1) = 1.470... |
| atan | Calculates the arctangent | atan(0.1) = 0.099... |
Weby
Weby is a fast way to search the internet using your preferred search engines. Additionally you can simply open any website from the command input. If you want to open - let's say wikipedia - you would simply type:
After a default installation there are some default engines already installed:
- google – Web search using Google
- wiki – Look up the term on Wikipedia (English version)
- youtube – Search a video on YouTube
- bing – Web searching using Bing
- facebook – Search for people on Facebook
- wolfram – Compute something using Wolfram Alpha
So if you want to search something using google you would simply type
After executing the command your default web browser will open and the results of your search will be displayed.
You can add your own search engines or remove existing ones in Weby's settings dialog.
To add a new engine you would click on the "Add"-button and enter the name, a description (optionally) and the URL of the engine.
The name must not be empty and must not already exist.
The description may be left blank but then you won't see any further information when entering the command into the input field.
The URL is the place where Weby should take you after executing the command.
If you want to pass the search term you entered to the
website simply put a {0} at the place in the URL where the search term needs to be.
Medy
Medy let's you control any media player on your system that supports media keys.  Medy simply simulates a press of these keys so there are no compatibility issues with other software.
Available commands are:
- play – Tell the player to start playing
- pause – Tell the player to pause playing
- next – Tell the player to go to the next track
- prev – Tell the player to go to the previous track
- volup – Increase volume
- voldn – Decrease volume
So if you want to pause the currently playing song you simply execute
Putty
Using this plugin you can directly start a Putty session from Blitzy. If you saved sessions in Putty they will be directly available inside Blitzy. If you simply want to start Putty to start a new session from there, you would simply type:
However, if you want to directly connect to a host you saved using Putty you would type:
Note that instead of typing "ssh" you may also type "putty".
Creating own plugins
If you want to create your own plugins there is a guide available for you.
Reporting bugs
If you managed to crash Blitzy a window should appear that tells you that something went wrong and offers to send an error report to me. The text field will show you exactly what data will be send to me although I doubt you can do anything useful with this except checking if there are sensible information sent (which are not). Additionally you may enter an email address that can be used to contact you if further information is needed to fix your reported bug. This address won't be used for anything else than getting in touch with you if needed. If you don't want to send the report that's ok, but then you shouldn't complain that the error won't get fixed. I can't fix anything if I don't know it has to be fixed. If you sent the report I'll promise to do my best to fix the bug as soon as possible.
However if you find something that doesn't crash the program but should be fixed, changed or could be done better please please report an issue on the bug tracker. You'll find it at http://btbsoft.org/issues. Before creating a new issue, please perform a search to find out if the issue has already been reported by someone else.


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An apparatus for supporting a tablet includes a case for receiving the tablet. A swivel includes a socket and a ball disposed and retained therein. The ball is selectively rotatable relative to the socket. The ball is coupled to the case and the socket is coupled to a mounting post. The mounting post is releasably fixed to a mounting bar. The mounting bar defines a mounting slot configured to fix the apparatus relative to a structure, such as a microphone stand or the like. The apparatus includes clamping mechanisms to enable a user to selectively fix and release the components of the apparatus such that a user can configure and fix the apparatus to a desired position for interfacing with the tablet, and then lock the apparatus in that desired position.
The present disclosure relates to an apparatus for supporting a tablet. Additionally, the present disclosure relates to mounting devices generally.
A tablet computer, or simply a tablet, is a mobile computer with display, circuitry and battery in a single unit. Tablets are equipped with sensors, such as a camera, microphone, accelerometer, and touchscreen. Tablets may include physical buttons, e.g., to control basic features such as speaker volume and power and ports for network communications and to charge the battery. An on-screen, pop-up virtual keyboard may be used for typing. Tablets are typically larger than smart phones at 7 inches or larger, measured diagonally. Apple, Inc., for example, sells a popular line of tablets under the brand name iPad.
Tablets are used in a variety of applications including the display of music, the provision of controls for monitoring and adjusting recording equipment or electronic instruments, the display of reading material, and the display of video, to name just a few examples. During use, the tablet is typically held in the user's hand(s) or supported on a flat surface. It is known in the art to receive a tablet in a case. Some known cases are configurable to support the tablet in different positions, for example upright on table, to facilitate use of the tablet.
As disadvantage of known cases for supporting tablets is that they do not provide a good solution for certain activities, particularly when a user must simultaneously use her hands for another task. For example, during a musical performance a guitar player may stand on a stage. A disadvantage of known cases is that they do not provide a sufficient support for the tablet because it may be too far from the performer, or in an inconvenient position.
The present invention resides in one aspect in an apparatus for supporting a tablet. The apparatus comprises a case configured to receive a tablet, the case having a receiving plate. A swivel comprising a socket and a ball disposed and retained in the socket, the ball being rotatable relative to the socket and having a stud extending from a surface of the ball. A distal end of the stud is coupled to the receiving plate. A mounting post extends along a longitudinal axis between a first end and a second end. The first end of the mounting post is coupled to the swivel. A mounting bar extends along a longitudinal axis between a first end and a second end. The mounting bar defines an elliptical outer surface in a cross sectional plane perpendicular to the longitudinal axis. The mounting bar is hollow and has an inside diameter and an outside diameter. The mounting bar defines a through hole proximate to the second end. The second end of the mounting post is received in the through hole and is releasably fixed relative thereto.
The mounting bar in the above embodiment defines a mounting slot proximate to the first end. The mounting slot comprises a bottom surface and a first radius of curvature extending from the bottom surface. The first radius of curvature has a first bearing edge defining a first elliptically enveloping surface and a second bearing edge defining a second elliptically enveloping surface. The first bearing edge and the second bearing edge converge to a leading edge. The leading edge is configured to facilitate retention of an item received in the mounting slot against the first and second bearing edges. The mounting bar further comprising a first clamping mechanism, a portion of which extends into the first end of the mounting bar towards the first radius of curvature of the mounting slot. The first clamping mechanism is configured to engage an item having an elliptical outer surface positioned in the mounting slot, thereby urging the elliptical outer surface of the item against the first radius of curvature to releasably fix the mounting bar relative to the item by urging the item against the bearing edges and the leading edge.
In another embodiment of the present invention, the first clamping mechanism comprises a knob and a threaded shaft extending therefrom. The shaft is threadably engaged with the first end of the mounting bar and extends along an axis parallel to the longitudinal axis of the mounting bar. A distal end of the shaft extends into the mounting slot. A rotation of the knob of the first clamping mechanism relative to the mounting bar in a first direction translates the distal end of the shaft toward the first radius curvature of the mounting slot. A rotation of the knob of the first clamping mechanism relative to the mounting bar in a second direction translates the distal end of the shaft away from the first radius of curvature of the mounting slot.
In another embodiment of the present invention, a push pad is coupled to a distal end of the shaft of the first clamping mechanism. The push pad defines an elliptical surface configured to engage an item received in the mounting slot.
In yet another embodiment, an inside surface the mounting bar defines a guide slot extending along a length of the mounting bar proximate to the push pad. The push pad comprises a tab that is configured to travel in the guide slot when the push pad is translated along the longitudinal axis of the mounting bar via a rotation of the knob in the first or second direction.
In yet another embodiment of the present invention, a second clamping mechanism is coupled proximate to the second end of the mounting bar. The second clamping mechanism is configured to releasably fix the mounting post relative to the mounting bar. The second clamping mechanism comprises a knob and a shaft extending therefrom, the shaft is threadably engaged with the second end of the mounting bar and extends along an axis parallel to the longitudinal axis of the mounting bar. A distal end of the shaft extends into the through hole. A rotation of the knob of the second clamping mechanism relative to the mounting bar in a first direction translates the distal end of the shaft into the through hole to inhibit movement of the mounting post relative to the mounting bar. A rotation of the knob of the second clamping mechanism relative to the mounting bar in a second direction translates the distal end of the shaft away from through hole to facilitate movement of the mounting post relative to the mounting bar.
In yet another embodiment of the present invention, a third clamping mechanism is configured to selectively fix rotation of the ball relative to the socket. The third clamping mechanism comprises a knob and a shaft extending therefrom. The shaft is threadably engaged with the socket. A rotation of the knob of the third clamping mechanism relative to the socket in a first direction translates the distal end of the shaft into the socket to inhibit rotation of the ball relative to the socket. A rotation of the knob of the third clamping mechanism relative to the socket in a second direction translates the distal end of the shaft out of the socket to facilitate rotation of the ball relative to the socket.
The present invention resides in another aspect in an apparatus for supporting a tablet as substantially described above. In this embodiment, the mounting post is omitted and the second end of the mounting bar is coupled to the swivel.
The present invention resides in yet another aspect in a mounting bar that extends along a longitudinal axis between a first end and a second end. The mounting bar defines an elliptical outer surface in a cross sectional plane perpendicular to the longitudinal axis. The mounting bar is hollow and has an inside diameter and an outside diameter. The mounting bar defines a mounting slot proximate to the first end. The mounting slot comprises a bottom surface and a first radius of curvature extending from the bottom surface. The first radius of curvature has a first bearing edge defining a first elliptically enveloping surface and a second bearing edge defining a second elliptically enveloping surface. The first bearing edge and the second bearing edge converge to a leading edge. The leading edge is configured to facilitate retention of an item received in the mounting slot against the first and second bearing edges. The mounting bar further comprising a first clamping mechanism, a portion of which extends into the first end of the mounting bar towards the first radius of curvature of the mounting slot. The first clamping mechanism is configured to engage an item having an elliptical outer surface positioned in the mounting slot, thereby urging the elliptical outer surface of the item against the first radius of curvature to releasably fix the mounting bar relative to the item by urging the item against the bearing edges and the leading edge.
figref[FIG. 1] is an exploded perspective view of an apparatus for supporting a tablet in accordance with one embodiment of the present invention.
figref[FIG. 2] is a perspective view a mounting bar of the apparatus shown in figref[FIG. 1] .
figref[FIG. 3] is a side view of the mounting bar shown in figref[FIG. 2] .
figref[FIG. 4] is a top view of the mounting bar shown in figref[FIG. 2] .
figref[FIG. 5] is a side view of an attachment mechanism of the apparatus shown in figref[FIG. 1] .
figref[FIG. 6] is a perspective view of a case of the apparatus shown in figref[FIG. 1] .
figref[FIG. 7] is a perspective view of a case in accordance with one embodiment of the present invention for use with the apparatus shown in figref[FIG. 1] .
figref[FIG. 8] is a perspective view of a case in accordance with one embodiment of the present invention for use with the apparatus shown in figref[FIG. 1] .
figref[FIG. 9] is an exploded perspective view of an apparatus for supporting a tablet in accordance with one embodiment of the present invention.
figref[FIG. 10] is a perspective view of a mounting bar in accordance with one embodiment of the present invention.
figref[FIG. 11] is a view of the mounting bar shown in figref[FIG. 10] .
figref[FIG. 12] is a cross sectional view of a mounting bar in accordance with one embodiment of the present invention.
figref[FIG. 13] is a cross sectional view of the mounting bar shown in figref[FIG. 12] .
figref[FIG. 14] is a perspective view of a portion of the mounting bar shown in figref[FIG. 13] .
figref[FIG. 15] is a perspective view of a mounting bar in accordance with one embodiment of the present invention.
figref[FIG. 16] is a view of a mounting bar shown in figref[FIG. 15] .
figref[FIG. 17] is an exploded perspective view of a portion of an apparatus for supporting a tablet in accordance with one embodiment of the present invention.
figref[FIG. 18] is a cross sectional front view of a portion of the apparatus shown in figref[FIG. 17] .
figref[FIG. 19] is a cross sectional side view of a portion of the apparatus shown in figref[FIG. 17] .
figref[FIG. 20] is a perspective view of an anti-rotation male boss (screw) and nut (locking ring) positioned in a cover.
figref[FIG. 21] is a top view of the screw of figref[FIG. 20] .
figref[FIG. 22] is a top perspective view of the screw of figref[FIG. 20] .
figref[FIG. 23] is a side view of the screw of figref[FIG. 20] showing the locking tabs.
figref[FIG. 24] is a top view of the nut (locking ring) of figref[FIG. 20] .
figref[FIG. 25] is a perspective view of the nut of figref[FIG. 20] showing a raised lip.
figref[FIG. 26] is a side view of the nut of figref[FIG. 20] .
figref[FIG. 27] is a perspective view of a mounting bar having a splined assembly in accordance with one embodiment of the present invention.
figref[FIG. 28] is view of an apparatus for supporting a tablet in accordance with one embodiment of the present invention.
figref[FIG. 29] is a top view of the apparatus shown in figref[FIG. 28] .
figref[FIG. 30] is a partial exploded view of the apparatus shown in figref[FIG. 29] .
figref[FIG. 31A] is a view of a portion of the apparatus shown in 30.
figref[FIG. 31B] is a top view of a mounting slot of the apparatus shown in figref[FIG. 30] .
figref[FIG. 31C] is a top view of a contoured pad of the apparatus shown in figref[FIG. 30] .
figref[FIG. 32] is a front view of a portion of the apparatus shown in figref[FIG. 30] in which a quick release connector in accordance with one embodiment of the present invention is shown.
figref[FIG. 33] is a bottom view of quick release connector shown in figref[FIG. 32] .
figref[FIG. 34] is a perspective view of a male portion of the quick release connector.
figref[FIG. 35] is a perspective view of a male portion of the quick release connector.
As shown in figref[FIG. 1] , an apparatus 10 for supporting a tablet is shown. The apparatus 10 includes a mounting bar 12, a mounting post 14 configured to be coupled to the mounting bar 12, and a swivel member 15. The swivel member 15 includes a socket 16 having a ball 48 (labeled in figref[FIG. 5] ) rotatably retained therein. A stud 18 (labeled in figref[FIG. 5] ) extends from a surface of the ball. A distal end of the stud 18 comprises a first set of threads. The ball 48 is further illustrated in figref[FIG. 5] and discussed below.
The apparatus 10 includes a case 74 configured to received and hold a tablet 20. The case 74 includes a receiving plate 22. The receiving plate 22 includes a hole having a plurality of threads being configured to engage with the first set of threads. A washer 45 is received over the distal end of the threaded stud to provide support for the case 74 in the mounted position on the threaded stud. The stud includes a collar portion proximate to the distal end thereof. The washer 45 is sandwiched between the receiving plate 22 and the collar when the stud is coupled to the case 20. The case 74 is configured to receive the tablet 20 so that the tablet is retained in the case in a plurality of different positions.
The mounting bar 12, mounting post 14, and swivel 15 can be readily assembled and disassembled, thereby defining system 10 as a kit. It should be understood that the present invention is not limited to a threaded connection between the stud and the receiving plate, and a person of ordinary skill in the art and familiar with this disclosure will understand that other suitable means of coupling may be employed such as, but not limited to, ball detents, quarter turn fasteners, bayonet-type couplings, and the like that enable the case 74 to be connected to the swivel 15.
The mounting bar 12 includes a body portion 28 defining a slot 30 adjacent to one end of the body portion. The body portion 28 may also define a through hole 32 adjacent an opposing end of the body portion. The present invention is not limited in this regard, however, as slots 30 (or through holes 32) can be located proximate to either of the ends or anywhere there between.
The mounting bar 12 is configured to couple to an existing support, such a microphone stand. In the disclosed embodiment, the mounting bar 12 is configured to be coupled via the slot 30 to an existing support have a circular cross section, however, the present invention is not limited in this regard. By coupling the mounting bar 12 to the tubing, rods, or bars of an existing support (e.g., microphone stand, a legged stand or base, a desk, exercise equipment, tray table, or the like) inserted into the slot 30, securing the mounting post 14 in the through hole 32 in the mounting bar 12, and coupling the tablet 20 to the swivel 15 on the mounting post 14, the apparatus 10 can be secured in place to support the tablet 20.
In the embodiment shown in figref[FIG. 1] , the mounting bar 12 is coupled to the support (not shown in figref[FIG. 1] ) and the mounting post 14 is secured in the through hole 32 via threaded knobs 25 threadably engaged in threaded holes 39. By turning the threaded knobs 25, tips 25A defined by shaft portions of the knobs will engage the mounting post 14 and the tubing, rods, or bars of the existing support, thereby securing the mounting bar 12 to the existing support and securing the mounting post 14 in the through hole 32. Slots 30, however, provide for simpler mounting as compared to through holes 32 because coupling the mounting bar 12 to the existing support can be effected without removing devices (such as microphones) to allow the existing support to be inserted through the through hole 32.
The present invention is not limited to the use of the threaded knob 25, however, as other mechanisms such as toggle or spring loaded handles can also be employed without departing from the broader aspects of the present invention.
The mounting post 14 is defined by tubing sized and configured to be received in the through hole 32 of the mounting bar 12. More specifically, the mounting post 14 is of a diameter and length that allows it to be positioned in the through hole 32 at any point along the length of the mounting post and secured in the through hole via the threaded knob 25 or other clamping mechanism.
Still referring to figref[FIG. 1] , a thread 44 is formed on a distal end of the mounting post 14 to allow the mounting post to be threadedly received in the socket 16. The present invention is not so limited, however, as the socket 16 may be coupled to the mounting post 14 via any other suitable means. For example, the socket may be frictionally fit over the upper end of the mounting post, or the socket may be loosely fit over the upper end of the mounting post and clamped or otherwise non-rotatably fastened to the mounting post. A ball detent or quick release coupling may also be used. In the illustrated embodiment, the mounting post is a hollow tube having a cap 46 inserted into an end thereof. However, the present invention is not limited in this regard as the mounting post can also be solid, thereby obviating the need for a cap. Additionally, the mounting post is not limited to having a circular cross section, and may, for example have a rectilinear cross section. In such embodiments, it is preferred that the through hole has a rectilinear opening that corresponds to cross section of the mounting post.
In reference to figref[FIG. 1] and to figref[FIG. 5] , the socket 16 is defined by a substantially cylindrical body portion that includes a receiving thread in a lower portion thereof for threadedly receiving the mounting post 14. An upper portion of the socket 16 is configured to capture and retain the ball 48 (labeled in figref[FIG. 5] ). In the illustrated embodiment, a threaded knob 33 engages a threaded hole in the socket 16. A set screw 37 is positioned in the socket 16 substantially diametrically opposite the threaded hole receiving the threaded knob 33. A cup 38 is positioned in the socket 16. The cup 38, in the illustrated embodiment, has a frusto-conical shape so that as the threaded knob 33 is rotated, it pushes on the frusto-conical surface of the cup 38, which is also resting on an end of the set screw 37, causing it to move upward and engage a ball 48 forming the lower portion of the swivel 15, pushing the ball against a retaining lip (shown at 36 in figref[FIG. 5] ) defined by the swivel, thereby releasably fixing the swivel's position. In this manner, the swivel provides a first configuration and a second configuration. In the first configuration, the threaded knob 33 is in a released position, allowing a user of the support apparatus to rotate and angle the position of a tablet received in the case relative to the mounting bar 14. In a second configuration, the threaded knob 33 is in an engaged position, thereby fixing the position of the ball 48 and the case 74, and tablet 22, relative to the end of the mounting post 14. In this manner, a user can adjust the tablet to a desired position and, after the desired position is achieved, fix the tablet in the desired position.
As shown in figref[FIGS. 2-4] , the slot 30 in the body portion 28 of the mounting bar 12. The slot 30, as shown in the illustrated embodiment, comprises an end portion defined by a first radius 40. The first radius 40 is also defined in part by a first centerline 41. A second end portion of the slot 30 is defined by a second radius 42 defined in part by a second centerline 43. In the illustrated embodiment, the first and second centerlines, 41 and 43 respectively, are separated by a distance designated by the reference letter “d.”
The size of the first radius 40 and the length of the distance “d” is dependent on the size of the mounting bar 12 as well as the size of bar, tube, or other item that the mounting bar can be attached to. In the illustrated embodiment, the first radius 40 is tangent to a bottom surface 51 defined by the slot 30. While a second radius 42 has been described, the present invention is not limited in this regard as there can be instances where there is no second radius, but rather a substantially straight wall portion defined in part by a right angle, square corner, or other angle is without employed departing from the broader aspects of the present invention.
In the illustrated embodiment, the mounting bar 12 is hollow and an end cap 27 is positioned in the body portion to accommodate a clamping mechanism. The end cap 27 defines a threaded hole 39 extending through the end cap. The clamping mechanism comprises a knob 25 that includes a threaded shaft 25A extending outwardly therefrom. The threaded shaft 25A is threadably engageable with the threaded hole 39 and, as will be explained in greater detail below, engages and causes the item to which the mounting bar 12 is being coupled to engage the first radius 40. The present invention is not limited to the clamping mechanism comprising a knob 25 on a threaded shaft 25A engageable with a threaded hole 39, however, as other mechanisms may be employed. For example, the clamping mechanism can be a toggle clamp, ball detent, spring loaded piston, or the like. While mounting bar 12 has been described as being hollow, the present invention is not limited in this regard as the mounting bar can also be solid. In such a case, the end cap 27 would not be needed and the threaded hole 39 could be defined by the mounting bar 12.
Referring to figref[FIGS. 3 and 4] , the first radius 40 is defined by a leading edge 47 and two bearing edges 49. The leading edge 47 and the two bearing edges 49 are positioned to define the slot 30 such that the center point of the slot 30 is offset from a centerline 53 extending longitudinally through the mounting bar 12 by a distance “e” (figref[FIG. 4] ). At least the two bearing edges 49 define elliptically enveloping surfaces that make contact with a matingly-shaped item (“the item”) received in the slot 30. In offsetting the slot 30 by the distance “e,” a suitable amount of material remains on the body portion 12 in the area surrounding the slot to enable the item to be supported. Upon operating the clamping mechanism 25A as shown by turning the threaded shaft 25C to cause the translation thereof through the threaded hole 39, the item positioned in the slot 14 is urged against the bearing edges 49 and elliptically enveloped such that the contact of the item with the bearing edges holds the item in place. The leading edge 47 further aids in releasably locking the item against the bearing edges 49. The present invention is not limited to the center point of the slot 30 being offset from the centerline 53 as shown, however, as other configurations are within the scope of the present invention.
The first radius 40 (and thus the leading edge 47 and the bearing edges 49) is sized and configured to accommodate an item having a cross-sectional dimension within a specific range and up to a particular diameter. For example, a first radius 40 in a body portion 28 having a one-inch diameter may be sized and configured to receive a second member of tubing having a cross-sectional diameter of 10-16 millimeters (mm). A first radius 40 in a body portion 28 having a larger diameter may be sized and configured to receive a second member of tubing having larger cross-sectional diameter (e.g., 17-25 mm or 26-36 mm). The present invention is not limited to the configuration as shown, however, as the slot could also be squared off to attach to a tray table or the like.
Still referring to figref[FIGS. 3 and 4] , a through hole 32 extends through the body portion 28. A clamping mechanism may be employed to secure the tubing in the through hole 32. The clamping mechanism may be a threaded shaft translatable through an end cap or a threaded hole, as is employed to secure the tubing in the slot 30.
Although both the slot 30 and the through hole 32 are shown as being configured to allow the tubing to be mounted therein perpendicular to the bar 12, the present invention is not so limited as the slot and the through hole may be angled through the body portion 12 to allow the mounting bar 10 to be located on the tubing (e.g., shaft of a microphone stand or the like) at an angle.
As shown in figref[FIG. 5] , the ball 48 of the swivel 15 is rotatably disposed in the body portion of the socket 16 and retained therein. The body portion of the socket 16 includes two slots 24 formed in an upper end thereof and extending from a top edge 26, each of the slots being located on opposite sides of the body portion and having a rounded terminal end 34. The retaining lip 36 extends at least part way around the top edge 26 between the two slots 24 and extends radially inward. The slots 24 allow the ball 48 and the threaded stud extending therefrom to move into the slot upon rotation of the ball relative to the socket 16. This configuration permits a tablet coupled to the swivel, via a case, to be positioned at a desired angle relative to the mounting bar 12. The ball 48 is loosely captured between the top edge 26 and the set screw 37.
The threaded stud 18 includes a ring 64 positioned about midway along the length of the stud and a bearing surface 65 on which a washer 45 is received, the washer providing a bearing surface for the receiving plate 22. Upon loosening the threaded knob 33 and turning the ring 64, the upper portion of the threaded stud 18 can be threaded into the receiving plate 22. The threaded portion 66 is shown in figref[FIG. 5] extending distally from the ring 64.
As shown in figref[FIG. 6] , the case 74 for receiving the electronic tablet 20 is shown. The case 74 comprises a bottom surface 76 in which the receiving plate 22 with the threaded aperture 23 is located and a top surface 79 coupled to the bottom surface at a suitable number of points along the edges of each of the top and bottom surfaces. The receiving plate 22 may be internal to and/or integrally formed with the bottom surface 76 or coupled thereto using any suitable means. The top surface 79 has a cut out portion through which the tablet 20 can be accessed.
The coupling of the bottom surface 76 to the top surface 79 may be via elastic members 83, as is shown, with the elastic members being located so as to allow the tablet to be slid between the bottom surface 76 and the top surface 79. However, the present invention is not limited to the use of elastic members 83 to couple the bottom surface 76 to the top surface 79, as any suitable means of retaining the top surface 79 on the bottom surface 76 may be used. In some embodiments, the top surface 79 may be replaced in its entirety by elastic members stretching from one edge of the bottom surface 76 to an opposing edge of the bottom surface such that a tablet can be held on the bottom surface by the elastic members. A cover or flap 82 may be coupled to either the top surface 79 or the bottom surface 76 via living hinges 81. The present invention is not limited to a cover or flap having hinges, however, as the cover may be defined by a member that slides relative to the top surface 79 to close the case 74.
The present invention is not limited to the system 10 using the case 74 to mount the electronic tablet 20. In another embodiment as shown in figref[FIG. 7] , the tablet 20 may be mounted and transported in a case 174 defined by sides 180 and a bottom surface 176 in which the receiving plate 22 is mounted (e.g., using rivets or the like), stitched, or integrally formed to define a tablet retaining portion 177. Any configuration of the case 174 may have a living hinge 81 coupling a flap 82 or the like to the case, the flap being movable between an open position wherein a display screen of the electronic tablet 20 is viewable and a closed position wherein a portion of the flap covers the tablet display.
In another embodiment as shown in figref[FIG. 8] , the tablet 20 may be snapplingly received directly on the receiving plate 22, the receiving plate being defined by a substantially flat member having the threaded aperture 23 extending at least partially into a lower surface 152 thereof or extending therethrough, as shown, with tabs 154 protruding substantially perpendicularly from edge portions of the lower surface 152. Each tab is sized and configured to snappingly engage a top edge portion of the tablet 20. The lower surface 152 also includes raised surfaces 156, which allow the edge portions of the lower surface to be bent upward to allow the tabs 154 to snappingly engage the electronic tablet 20. The threads 66 on the stud 18 are threadedly receivable in the threaded aperture 23. Although several embodiments of cases having retaining plates have been disclosed, the present invention is not limited in this regard. A person of ordinary skill in the art and familiar with this disclosure will understand that many different configurations of the case having a receiving plate for coupling to the swivel may be employed in the present invention.
As shown in figref[FIG. 9] , an alternate embodiment of apparatus for supporting a tablet is designated generally by the reference number 110 and is hereinafter referred to as “apparatus 110.” The apparatus 110 is similar to apparatus 10, however apparatus 110 omits a mounting post as used with apparatus 10. The apparatus 110 comprises a mounting bar 112 having a lug 114 protruding therefrom. The lug 114 is integrally formed with the mounting bar 112, for example, by being welded thereon. An end of the lug 114 is threaded. Accordingly, any element suitably configured with receiving threads, including but not limited to, the socket 16 and the receiving plate 22, can be coupled to the lug 114. In this system 110, the slot 30 may be utilized to attach the mounting bar 112 to an existing support 115 such as a microphone stand or the like. A clamping mechanism 25 may be utilized to secure the mounting bar 112 to the existing support 115.
In reference to figref[FIGS. 10-11] , another embodiment of the mounting bar is shown. A mounting bar generally designated by the reference number 310 includes a body portion 312 defining a slot 314 adjacent an end of the body portion. The body portion 312 is cut or otherwise formed such that the slot 314 is defined by substantially straight wall portions defined in part by right angles and square corners. As illustrated in figref[FIG. 10] , the slot 314 is capable of receiving a bar or tube 315 similarly configured (straight wall portions defined in part by right angles and square corners, the straight wall portions being complementary to the wall portions of the slot 314). A clamping mechanism 325 (similar to clamping mechanism 25 described above) is positioned in an end of the body portion 312 to urge the tube 315 against at least one wall defining the slot 314 to releasably clamp the tube into the slot 314, as illustrated in figref[FIG. 11] .
The body portion is not limited to being straight, as shown in figref[FIGS. 1] , 10, Although the tubing is illustrated herein as having a round cross-sectional geometry and an angular (rectangular) cross-sectional geometry, the present invention is not so limited, as the tubing can have a cross-sectional geometry that is elliptical or any other shape.
As shown in figref[FIGS. 12-14] , an alternate embodiment of the bar is designated generally by the reference number 111 and is hereinafter referred to as “bar 111.” Bar 111 comprises a body portion 112A defined by a first body portion 114A axially coupled to a second body portion 116 via a selectively-engageable splined assembly 118. The first body portion 114A includes a slot 20A as defined above with regard to figref[FIG. 1] (and/or a through hole 23A) as well as a knob 25 and a threaded shaft 25A. The splined assembly 118 allows the first body portion 114A to be rotated relative to the second body portion 116, thereby allowing a device (e.g., a microphone, sheet music holder, light, or the like) mounted on the second body portion 116 to be adjustably positionable.
The splined assembly 118 is defined by an outer gear 120 having a first sleeve 121 extending from one side thereof over a portion of the first body portion 114A and a second sleeve 123 extending from the other side thereof in an opposing direction over a portion of the second body portion 116, as shown in figref[FIG. 14] . The first body portion 114A is received in and supported by the first sleeve 121, and the second body portion 116 is received in and supported by the second sleeve 123. The outer gear is engageable with an inner gear 122 mounted to an end of the second body portion 116 proximate the splined assembly 118, as shown in the embodiment of figref[FIGS. 12-14] . Both the outer gear 120 and the inner gear 122 are also slidably mounted to a shaft 133 coupled to the first body portion 114A. The shaft 133 extends through the outer gear 120, the inner gear 122, and a spring plate 130 mounted to an end of the first body portion 114A proximate the splined assembly 118. A first spring 140 is located on the shaft 133 between a head 134 of the shaft and the inner gear 122. A second spring 141 is also located on the shaft 133 between a nut 132 threaded on an end of the shaft 133 opposite the head 133 and the spring plate 130.
During operation, the first and second body portions, 114A and 116 respectively, can be pulled away from one another, thereby disengaging the inner gear 122 from the outer 120. The first and second body portions, 114A and 116 respectively, can then be rotated relative to one another. Once positioned in a desired location, the first spring 140 and the second spring 141 urge the outer and inner gears, 120 and 122, into engagement with one another, releasably fixing the position of the first and second body portions relative to one another.
In reference to figref[FIG. 15-16] , the mounting bar may be defined by a short sleeve, shown at 210, appropriately sized to enable the sleeve to be slidably positioned over the end of a first tube 60 such as a horizontal bar or an upright member on a legged stand or base. The sleeve is open on one end having clamping mechanisms 214 to allow the sleeve to be secured to the first tube 60. The clamping mechanisms 214 may be finger-actuatable, as shown, or they may comprise hex head screws or the like. The knob 30A and threaded shaft 32A are located on the sleeve to allow the bar 210 to receive and clamp a second tube 62 in the slot 20A. Suitable devices such as sheet music holders, microphones, lights, or the like can be mounted on the second tube 62.
In another embodiment of the present invention illustrated in figref[FIGS. 17-19] , a quick release connection 325 between the case 374 and the swivel 316 is employed to facilitate rapid release or retention of the case 374 relative to the swivel. A first mounting boss 330 is coupled to a bottom surface 375 of the case. It should be understood that the first mounting boss 330 may be integral to the case, although the present invention is not limited in this regard. The first mounting boss 330 defines female slot 332 in a bottom surface thereof. The first mounting boss 330 further defines at least one retention tab 333 that extends parallel to the bottom surface 375 and forms a cavity 334 in the first mounting boss. The cavity 334 is in communication with the female slot 332.
The connection 325 includes a second mounting boss 350 coupled to the swivel 316. The second mounting boss 350 includes a male locking device 352. The male locking device 352 extends from a surface of the second mounting boss 350 in a direction perpendicular to the surface of the second mounting boss. A distal end 354 of the male locking device extends parallel to the surface of the second mounting boss 350 and is configured to be received in the cavity 334 adjacent to the female slot 332.
To connect the first mounting boss 330 to the second mounting boss 350, and thus the case 374 to the swivel 316, the male locking device 352 is inserted upward into the female slot 332 and translated relative thereto along an axis parallel to the surface 375 of the case 374. In this manner the distal end 354 of the male locking device 352 is disposed in the cavity 334 formed by the one or more retention tabs 333, thereby fixing the first mounting boss 330 relative to the second mounting boss 350. The connector further includes a thumb lock 360 to inhibit unintended release of the connection. The thumb lock 360 is slideably coupled to the second mounting boss 350 via a pin 363. After the distal end 354 of the male locking device 352 is received in the cavity 334, the thumb lock 360 is translated upward so that a portion of the thumb lock is received in the female slot 332, thereby retaining the distal end 334 of the male locking device 352 in the cavity 334, and inhibiting removal thereof.
In reference to figref[FIGS. 20-26] , another embodiment of a connector 425 for releasably coupling a case 474 to a swivel, or some other element, is shown. The case 474 defines an aperture 475 in a portion thereof. The aperture defines a lip 476 extending radially inward from an edge of the aperture 475. The lip 476 extends along a least a portion of the edge defining the aperture 475. The connector to include a first mounting boss 430. The first mounting boss 430 is configured so that a portion thereof extends entirely through the aperture, while a portion thereof is retained in the aperture 475 via the lip. In the embodiment shown in figref[FIG. 20] , an upper surface of the first mounting boss is substantially flush with an upper surface of the case 474. The portion of the first mounting boss 430 that extends entirely through the aperture has a cylindrical outer surface in a plane parallel to a bottom surface of the case 474. The cylindrical outer surface is threaded. The connector 425 includes a second mounting boss 450 that defines an opening that is configured to threadably engage with the threaded outer surface of the first mounting boss.
In reference to figref[FIG. 27] , another embodiment of a mounting bar 110 in accordance with the present invention is shown. The mounting bar 110 includes a first splined assembled 118, described above, to enable selective rotation of a first section 116A relative to a second section 1168 about a longitudinal axis of the mounting bar 110. The mounting bar 110 includes a second splined assembly 218 to enable selective rotation of the second section 1168 relative to the third section 116C about an axis of rotation perpendicular to the longitudinal axis of the mounting bar 110.
In reference to figref[FIGS. 28-35] , an apparatus 500 for supporting a tablet in accordance with one embodiment of the present invention is illustrated. The apparatus 500 includes a mounting bar 510 that extends along a longitudinal axis between a first end 520 and a second end 530. The mounting bar 510 defines an elliptical outer surface in a cross sectional plane perpendicular to the longitudinal axis. The mounting bar 510 is hollow and has an inside diameter and an outside diameter. The mounting bar 510 defines a mounting slot 540 between the first end 520 and the second end 530. The mounting slot 540 comprises a bottom surface 542 and a first radius of curvature 544 extending from the bottom surface. The first radius of curvature 544 has a first bearing edge defining a first elliptically enveloping surface and a second bearing edge defining a second elliptically enveloping surface. The first bearing edge and the second bearing edge converge to a leading edge (hidden in figref[FIGS. 28-37] ). The leading edge is configured to facilitate retention of an item received in the mounting slot 540 against the first and second bearing edges. The mounting bar 510 further comprises a first clamping mechanism 512, a portion of which extends into the first end 520 of the mounting bar towards the first radius 544 of curvature of the mounting slot 540. The first clamping mechanism 512 is configured to engage an item having an elliptical outer surface positioned in the mounting slot 542, thereby urging the elliptical outer surface of the item against the first radius of curvature 544 to releasably fix the mounting bar 510 relative to the item.
The clamping mechanism 512 comprises a knob 514 and a threaded shaft 516 (identified in figref[FIG. 31A] ) extending therefrom. The shaft 516 is threadably engaged with the first end 520 of the mounting bar 510 and extends along an axis parallel to the longitudinal axis of the mounting bar 510. A distal end 517 of the shaft 516 extends into the mounting slot 540. A rotation of the knob 514 of the first clamping mechanism 512 relative to the mounting bar 510 in a first direction translates the distal end 517 of the shaft 516 toward the first radius of curvature 544 the mounting slot 540. A rotation of the knob 514 of the first clamping mechanism 512 relative to the mounting bar 510 in a second direction translates the distal end 517 of the shaft 516 away from the first radius of curvature 544 of the mounting slot 540.
In the embodiment disclosed in the figref[FIGS. 28-31C] , a push pad 522 is coupled to the distal end 517 of the shaft 516 of the first clamping mechanism 512. The push pad 522 defines an elliptical surface 521 configured to engage an item received in the mounting slot 540. In the disclosed embodiment, an inside surface the mounting bar 510 defines a guide slot 532 extending along a length of the mounting bar 510 proximate to the push pad 522. The push pad 522 comprises a tab 524 that is configured to travel in the guide slot 532 when the push pad 522 is translated along the longitudinal axis of the mounting bar 510 via a rotation of the knob 514 in the first or second direction, thereby facilitating retention of the push pad 522 in a favorable orientation for retaining the item in the mounting slot 540. In the embodiment disclosed in the FIGS., the push pad is threadably engaged to a the distal end 517 of the shaft 516.
In reference to figref[FIGS. 28-31A] , a locking member 550 is coupled to the mounting bar 510 to close the mounting slot 540. In the embodiment shown, the locking member 550 is coupled to the mounting bar by a plurality of screws 552. In the embodiment shown, the screws have customized heads, to inhibit removal thereof by conventional tools. In this manner, it is possible to retain the locking member 550 on the mounting bar 510. The locking member 550 permits the mounting bar to be coupled to public object, for example a shopping cart, while inhibiting easy removal thereof, thus deterring theft.
In reference to figref[FIG. 28-30] , the swivel 570 is coupled to the second end 530 of the mounting bar 510 by a quick release connector 580. The quick release connector 580 is illustrated in detail in figref[FIGS. 32-35] . The connector 580 includes a male portion 582 that extends distally from the second end 530 of the mounting bar 510. The male portion 582 is generally cylindrical about an axis parallel to the longitudinal axis of the mounting bar 510. The male portion 582 defines an annular indentation 584 proximate to its distal end. The male portion 582 further defines at least one locking member 586 that extends radially outward from a surface of the male portion 582 and extends along an axis thereof.
The connector 580 further includes a female portion 590 configured to receive the male portion. A ring 592 encloses an outer portion of the female portion 590. By moving the ring in a first direction, a plurality of ball bearings disposed in channels on an inner surface of the female portion 590 are provided with additional clearance thereby enabling a coupling of the male portion 582 with the female portion 590. After the coupling, the ring 592 is released thereby biasing the ring toward a distal end of the female portion 590, and thereby forcing the ball bearings into the annular indentation fixing the mounting bar 510 relative to the swivel 570 along the longitudinal axis.
The female portion 590 includes a plurality of indentions 594 extending radially outward from an inner surface of a receiving cavity defined by the female portion. When the male portion 582 is coupled with the female portion 590, the at least one locking member is receiving in one of the plurality of indentations. The interlocking of the locking member 586 is received in one of the plurality of the indentations 594 inhibits rotation of the swivel 570 relative to mounting bar 510 about the longitudinal axis. In this manner, it is possible to facilitate a more sturdy support for a tablet using the apparatus in accordance with the present invention.
Although the apparatus has been disclosed in reference to certain embodiments, the present invention is not limited in this regard. For example, the present invention may reside in other embodiment of an apparatus for supporting a tablet that are supported by this disclosure. In addition, many of the elements disclosed are useful on their own accord, separate from the broader configuration of the disclosed support apparatuses.
Although the invention has been described with reference to a particular arrangement of parts, features and the like, these are not intended to exhaust all possible arrangements or features, and indeed many other modifications and variations will be ascertainable to those of skill in the art.


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Noah Zachary Gordon
- Brooklyn, NY
-<EMAIL_ADDRESS>-<PHONE_NUMBER>
Live at airnzg.com
Code at github.com/noahzgordon/air-nzg
Live at noahzgordon.com/asteroids
Code at github.com/noahzgordon/asteroids
Code at github.com/noahzgordon/rails_clone
Bachelor of Arts in Asian Languages and Civilizations, GPA 3.97/4.0
Honors:
Foreign Languages:
Vice President, Secretary, Webmaster
Amherst, MA
October 2010 - May 2014
Media Action Organizer
Amherst, MA
October 2010 - May 2014


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This is the best (SFW) website
Seriously, what else do you want?
You keep forgetting. Let me describe this website:
- Lightweight and loads fast
- Fits on all screens
- Looks the same in all browsers
- Accessible to everyone visiting your site
- A perfect Google Lighthouse score of 100
- Legible and gets the point across (if you had one instead of just a 5MB background video of hipsters poking at their iPhones)
You do it every day. You take a (NSFW) masterpiece and incrementally ruin it for the sake of design. Let me remind you: design is to plan and make something for a specific purpose. The most basic purpose of text on a website is to be read. Yet you keep doing stuff that gets in the way.
Quit messing around with grey text
Text contrast is not a bad thing. The print on your newspaper is not true black, nor is the text on your screen. These are limitations, not ideals.
Remote fonts are wasting your time and mine
Why are you loading 500kB of font to render 50kB of content? Are your users even going to notice that it's not their default serif or sans-serif? Why do you even bother when Chrome is going to render it poorly anyways?
Your website is more than just HTML
You have no excuse for using HTTP.
Why are you still delivering sites over HTTP? An Atom 330 CPU from 2008 can perform aes-256-cbc encryption via OpenSSL at 110 megabits per second. An Xeon E5-2670 CPU without AES-NI enabled hits 444 megabits per second. With AES-NI enabled it hits a staggering 2.2 gigabits per second.
TLS certificates are cheap. Seriously, you can get them for US$6.  You can even get them for free from Let's Encrypt.
HTTPS improves your search ranking so people are more likely to find your ramblings on the Google. It's also required for HTTP/2 support which allows browsers to fetch resources more efficiently.
This is gzipped
Your webserver is perfectly capable of compressing HTML. An Atom 330 CPU
can perform single-core gzip -6
on random data at 51
megabits per second. An Xeon E5-2670 from 2012 can do this at 216
megabits per second. Your meme website isn't as random as you think it
is and will compress much faster.
 Why are you making them reload it every time they visit your website? Bandwidth is cheap but it isn't free. Via data charges or waiting, someone is paying for your laziness.
This is a website. Look at it. You've never seen one before
Like the man who's never grown out his beard has no idea what his true natural state is, you have no idea what a website is.  This is a real, naked website. Look at it. It's beautiful.
Yes, this is satire
I'm not actually saying your site should look like this. What I'm saying is that all the problems we have with websites are ones we create ourselves. Websites aren't broken by default, they are functional, high-performing, and accessible. You break them.
Even the best can be improved
If you can bring this website further beyond perfection, send a pull request on GitHub.
Credits
This SFW website was generated from the NSFW bestmotherf**king.website by KeenRivals.


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Pair Programming
Posted September 25,2014
During Phase 0 at Dev Bootcamp, a large emphasis is put on pair programming, specifically driver/navigator pairing. Pair programming is an interesting experience, and changes my whole approach to coding whenever I'm doing it.
Before every pairing session I'm always nervous. I guess it comes from a lot of different thoughts; "What if they're way better than me? What if their way worse than me? What if we just don't click at all? What if they think I'm stupid? " It's not logical, since I've never had a negative experience while pair programming, but those thoughts are always swimming around up there before every pairing session.
During pairing sessions the nervous feelings go away, but I get very aware of times when I'm not saying or doing anything. With remote pairing, you can't see what your partner is doing or vice versa, so when I'm looking something up on the web or in my notes, I become very aware that it could appear that I'm not doing anything at all. I also tend to work out a lot of problems in my head, so getting used to communicating that thought process verbally can be somewhat of a challenge.
After pair programming sessions I almost always come out having learned something new. It might not necessarily be directly about coding, but having that exchange of ideas with another person can open up new doors that I didn't know were there. Even if I already know the material, talking it through with someone else can help solidify those concepts.
Probably the hardest part about pair programming for me is leaving feedback. I really have to get into a mindset where if I'm leaving constructive criticisms, it's to help that person with future projects. I know that I appreciate the feedback I receive. Its very difficult to know exactly where your shortcomings are, and having other people kindly point them out for you can help make you a better coder. All that doesn't mean that it's easy to give others criticism, even if it is kind.


For any triangle ABC, if we draw the angle bisector of the angle at B, and let P be the point where this meets AC, then AP/AB=PC/CB.
This can be proved easily from the sine rule.


Across: 7. Glide freely in these conditions? (5) 8. Teacher, 49, comes out as anti-establishment (9) 9. Mother holds you in Calais for a bit (5) 10. A thicker stew with duck and vegetable (9) 12. Tradesman and doctor entice Clair (11) 16. Puts on parties around the north (4) 17. Writer abandons Mrs Ulysses to run away (5) 18. Fashionable old characters may be noisy (4) 19. Your egg lies broken terribly! (11) 22. Most important soldier’s horse (9) 24. Wash out sin within Bible classes (5) 25. Quantity of unfinished drink found in pub before church (9) 26. Grass found in tobacco? (5) Down: 1. Sea creature is on aluminium pendant (9) 2. Last music is rewritten and multi-streamed (9) 3. Flyers go back out east in trepidation (4) 4. Precipitate working part-time (11) 5. Quarrel about gift hospital received (5) 6. Sells birds (5) 11. With nothing to lose, rashly corner George Merchant (11) 13. The end is nigh! (5) 14. Ailing American leader returns with small ideas (9) 15. Mr Ives’ kind of show? (9) 20. In opposition to being stripped of profits (5) 21. Murderer seizes second room (5) 23. Arrest Mark (4)


|
Withering
|
Trigger a conversation with an NPC. More...
Public Member Functions | |
| override void | Interact () |
| Override method when interacting with NPC and remove flag if NPC is key NPC. More... | |
| void | changeText () |
| Change the text that the NPC speaks. More... | |
| Public Member Functions inherited from Interactable | |
| void | OnFocused () |
| Method for setting the focus to an object. More... | |
| void | onDeFocused () |
| Method for remove the focus to an object. More... | |
Public Attributes | |
| TextAsset | theText |
| TextAsset containing first dialogue script. More... | |
| TextAsset | theText1 |
| TextAsset containing second dialogue script. More... | |
| TextAsset | theText2 |
| TextAsset containing third dialogue script. More... | |
| bool | isFlag = false |
| Check if NPC is key NPC. More... | |
| string | flag |
| Flag for if the NPC is key NPC. More... | |
| TextBoxManager | theTextBox |
| Refernce to TextBoxManager. More... | |
| Public Attributes inherited from Interactable | |
| float | radius = 3f |
Private Member Functions | |
| void | Start () |
Trigger a conversation with an NPC.
| void TextTrigger.changeText | ( | ) |
Change the text that the NPC speaks.
|
virtual |
Override method when interacting with NPC and remove flag if NPC is key NPC.
Reimplemented from Interactable.
|
private |
| string TextTrigger.flag |
Flag for if the NPC is key NPC.
| bool TextTrigger.isFlag = false |
Check if NPC is key NPC.
| TextAsset TextTrigger.theText |
TextAsset containing first dialogue script.
| TextAsset TextTrigger.theText1 |
TextAsset containing second dialogue script.
| TextAsset TextTrigger.theText2 |
TextAsset containing third dialogue script.
| TextBoxManager TextTrigger.theTextBox |
Refernce to TextBoxManager.


I must admit: Nature made me suitable for loops, routines, iterations.
A mind that was mechanically engineered.
Eternity, in everything, has always been my goal.
Change has always been my enemy.
God, Metaphysics, Tradition, they apparently just made it all easier for myself.
But I was wrong.
God may be eternal, the only one actually, but this is yet another special trait only he has.
If a bird just tries to find eternity himself, he may as well just go insane.
God's point is not to avoid change.
God's point is to embrace change, fill it with light and send it to the one righteous path there is.
God's point is to experience the new colors, tastes, angles, and sounds - and let that refine you.
How could you not?
To become eternal is not to be a fearful algorithm, trying to carefully replicate what's happened, what's known.
To become eternal is simply to be part of God's purpose itself.
To become eternal is simply to see, hear, feel, think, hope, love and be.


Chrome Apps let you use HTML5, CSS, and JavaScript to deliver an experience comparable to a native application.
By building a Chrome App, as opposed to going with a traditional web app or a native mobile app, you expand your potential audience and extend your development capability.
When you write a Chrome App, as opposed to an app that runs natively on a particular operating system, you immediately make your app available to a much wider audience.
To any desktopInstead of writing and maintaining separate applications for Windows, OS X and Linux, you can write a single application that runs anywhere Chrome runs. This includes Windows, Linux, and OS X.
To mobile devices [via Cordova]Using Chrome Apps for Mobile (MCA), you can deploy your applications to mobile and target hardware features only available on Android and IOS platforms.
 Chromebooks are appealing, inexpensive, low maintenance devices that provide a full web experience.
You might be thinking, “If I write a standard web application, I can run it on any platform that has a web browser.” Of course, this is absolutely right, but remember that Chrome Apps extend your development capacity beyond what you can do with traditional web apps:
The best way to see what Chrome Apps look like is to install some.
Everyone! But some sectors have a special interest in Chrome Apps.
Device manufacturers The cross platform nature of Chrome Apps makes writing device drivers less painful. A device manufacturer only needs to write one application for configuring their device and it will run on any device. EducatorsChromebooks are an inexpensive, low-maintenance option for bringing laptops into every classroom. Chrome Apps make teaching easy with easy to install applications that run natively on Chromebooks. For example:
Health care providersOne pediatric service has so far saved tens of thousands of dollars using Chrome Apps on Chromebooks.
Use the full featured IDE in the Chrome Dev Editor.


|
My Project
|
Definitions for high-level variables. More...
#include "varnode.hh"
Go to the source code of this file.
Classes | |
| class | HighVariable |
| A high-level variable modeled as a list of low-level variables, each written once. More... | |
Definitions for high-level variables.


What we do
At Softkodaz, we develop hi-tech business solutions and
offer expert advice on emerging technologies for business
performance.  We are currently positioned to become one of
the leading providers of revolutionary solutions by the
year 2020.
UI/UX Design
We are professionals in creative designs. We help
create perfect Graphical User Interface (GUI) for your
website, web portal and business solutions that gives
unequalled User Experience (UX).
Web design
We create and design CMS enabled website that help
businesses connect with their endless customers around
the world. It serves as the marketing platform for
businesses to sell their products and services.
Web programming
We design and develop web solutions such as CMS
enabled website, corporate web portal, school
registration and result tracking portal, career
portal, social marketing site, and payment driven
platform.
Mobile development
Softkodaz also specializes in developing and deploying
mobile app solutions that run on smartphones, tablets
and other mobile devices. These apps would be
available via Apple Store, Google Play, and Windows
Store. We also provide consultation services in mobile
social marketing


Movie Faves
My Favorites
Search Results
My Favorite Movies
Year
Genre
Director
Actors
Awards
Runtime
Plot


Go to the source code of this file.
§ _cbor_map_add_key()
Add a key to the map.
Sets the value to NULL
. Internal API.
- Parameters
-
| item[borrow] | A map |
| key[incref] | The key |
- Returns
true
on success, false
if either reallocation failed or the preallcoated storage is full
Definition at line 66 of file maps.c.
§ _cbor_map_add_value()
Add a value to the map.
Assumes that _cbor_map_add_key has been called. Internal API.
- Parameters
-
| item[borrow] | A map |
| key[incref] | The value |
- Returns
true
on success, false
if either reallocation failed or the preallcoated storage is full
Definition at line 106 of file maps.c.
§ cbor_map_add()
Add a pair to the map.
For definite maps, items can only be added to the preallocated space. For indefinite maps, the storage will be expanded as needed
- Parameters
-
| item[borrow] | A map |
| pair[incref] | The key-value pair to add (incref is member-wise) |
- Returns
true
on success, false
if either reallocation failed or the preallcoated storage is full
Definition at line 118 of file maps.c.
§ cbor_map_allocated()
Get the size of the allocated storage.
- Parameters
-
- Returns
- Allocated storage size (as the number of cbor_pair items)
Definition at line 17 of file maps.c.
§ cbor_map_handle()
Get the pairs storage.
- Parameters
-
- Returns
- Array of cbor_map_size pairs. Manipulation is possible as long as references remain valid.
Definition at line 137 of file maps.c.
§ cbor_map_is_definite()
Is this map definite?
- Parameters
-
- Returns
- Is this map definite?
Definition at line 126 of file maps.c.
§ cbor_map_is_indefinite()
| bool cbor_map_is_indefinite |
( |
const cbor_item_t * |
item | ) |
|
Is this map indefinite?
- Parameters
-
- Returns
- Is this map indefinite?
Definition at line 132 of file maps.c.
§ cbor_map_size()
Get the number of pairs.
- Parameters
-
- Returns
- The number of pairs
Definition at line 11 of file maps.c.
§ cbor_new_definite_map()
Create a new definite map.
- Parameters
-
| size | The number of slots to preallocate |
- Returns
- new definite map.
NULL
on malloc failure.
Definition at line 23 of file maps.c.
§ cbor_new_indefinite_map()
Create a new indefinite map.
- Parameters
-
| size | The number of slots to preallocate |
- Returns
- new definite map.
NULL
on malloc failure.
Definition at line 46 of file maps.c.


{% assign icons = "add, attention, camera, carousel-next, carousel-prev, cart, checkbox-checked, checkbox-unchecked, chevron-down, chevron-left, chevron-right, chevron-up, clear, close, confirmation, download, filter-gallery, filter-list, filter-single, help, information, menu, messages, notification, overflow, pagination-next, pagination-prev, pause, play, profile, radio-checked, radio-unchecked, search, selling, settings, tick, window" | split: ", " %} {% for icon in icons %}


Grammar of Graphics
¶
Three Steps of Grammar of Graphics
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Six Specification statements
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Grammar of Graphics
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