Static utility methods for making Tower of Psych GUIs.
topsGUIUtilities provides static methods for creating and working with Tower of Psych graphical user interfaces (GUIs). They deal with tasks like manipulating strings and positions.
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| static fig | openBasicGUI (item, itemName) |
| | Open a GUI that can explore any item. More...
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| static merged | mergePositions (varargin) |
| | Calculate a position that bounds other positions. More...
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| static col | getColorForString (string, colors) |
| | Pick a color for the given string, based on its spelling. More...
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| static tableCell mapCell | makeTableForCellArray (cellArray, colors) |
| | Summarize a cell array as a 2D cell array of strings. More...
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| static tableCell mapCell fields | makeTableForStructArray (structArray, colors) |
| | Summarize a struct array as a 2D cell array of strings. More...
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| static title | makeTitleForItem (item, name, color) |
| | Make a descriptive title for an item. More...
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| static info | makeSummaryForItem (item, colors) |
| | Make a descriptive summary of an item. More...
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| static string | htmlWrapFormat (string, color, isEmphasis, isStrong) |
| | Wrap the given string with HTML font tags. More...
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| static string | htmlStripTags (string, isPreserveText, stripExtra) |
| | Strip out HTML tags from the given string. More...
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| static string | htmlBreakAtLines (string) |
| | Replace newline characters with HTML break tags. More...
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| static string | spaceInstadOfLines (string) |
| | Replace newline characters with spaces in the given string. More...
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| static string | underscoreInsteadOfNonwords (string) |
| | Replace non-word characters with underscores in the given string. More...
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◆ openBasicGUI()
| static fig openBasicGUI |
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item |
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itemName |
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Open a GUI that can explore any item.
- Parameters
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| item | any item |
| itemName | string name to display for item |
Opens a new GUI figure for summarizing the given item and "driling down" to explore any elements, fields, and properties, to arbitrary depth. If itemName is provided, displays itemName to represent item.
◆ mergePositions()
| static merged mergePositions |
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varargin |
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Calculate a position that bounds other positions.
- Parameters
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| varargin | one or more position rectangles |
Merges one or more position rectangles of the form [x y width height] into one big position that bounds all of the given rectangles.
◆ getColorForString()
| static col getColorForString |
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string |
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colors |
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Pick a color for the given string, based on its spelling.
- Parameters
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| string | any string |
| colors | nx3 matrix with one color per row (RGB, 0-1) |
Maps the given string to one of the rows in colors, based on the spelling of string. The same string will always map to the same row. Multiple strings will also map to each row.
◆ makeTableForCellArray()
| static tableCell mapCell makeTableForCellArray |
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cellArray |
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colors |
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Summarize a cell array as a 2D cell array of strings.
- Parameters
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| cellArray | any cell array |
| colors | nx3 matrix with one color per row (RGB, 0-1) |
Summarizes the given cellArray for display as a table. Returns a 2D cell array of strings in which each element summarizes one element of cellArray.
Quoted 'strings' in the value summaries summary will be colored in based on their spelling and the given @colors. The summaries will contain HTML tags.
If cellArray is 1D or 2D, rows and columns arrangements are are preserved in the returned cell array. For higher-dimensional cell arrays, columns are preserved and all other dimensions are folded into rows.
Also returns as a second output a cell array of strings for mapping 2D table elements back to elements of the original cellArray. This is most useful when cellArray is higher-dimensional.
Each mapping string contains comma-separated subscripts into cellArray, enclosed in curly braces. For example, if cellArray is three-dimensional, the first mapping string would be '{1,1,1}'.
◆ makeTableForStructArray()
| static tableCell mapCell fields makeTableForStructArray |
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structArray |
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colors |
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Summarize a struct array as a 2D cell array of strings.
- Parameters
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| structArray | any struct or object array |
| colors | nx3 matrix with one color per row (RGB, 0-1) |
Summarizes the given structArray for display as a table. Returns a 2D cell array of strings in which each element summarizes one value within structArray. Each row in the 2D cell array corresponds to an element of structArray. structArray is treated as one-dimensional. Each column in the 2D cell array corresponds to one of the fields of structArray.
Quoted 'strings' in the value summaries summary will be colored in based on their spelling and the given @colors. The summaries will contain HTML color tags.
Also returns as a second output a cell array of strings for mapping 2D table elements back to velues withing the original structArray.
Each mapping string contains an index into structArray enclosed in parentheses, plus a 'dot' reference into one of the fields of structArray. For example, if structArray has a field called 'myField', one of the mapping strings would be '(1).myField'.
Also returns as a third output a cell array of field names, suitable as table row headers.
◆ makeTitleForItem()
| static title makeTitleForItem |
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item |
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name |
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color |
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Make a descriptive title for an item.
- Parameters
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| item | any item |
| item | name a name to display for item |
| color | a color for the description (RGB, 0-1) |
Makes a title for the given item, based on the item class, size, and the given name, with HTML formatting. name will appear in the default foreground color, the rest of the title will appear in the given color.
◆ makeSummaryForItem()
| static info makeSummaryForItem |
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item |
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colors |
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Make a descriptive summary of an item.
- Parameters
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| item | any item |
| colors | nx3 matrix with one color per row (RGB, 0-1) Makes a summary for the given item, based on the built-in disp() function. Quoted 'strings' in the summary will be colored in based on their spelling and the given @colors. The summary will contain HTML color tags. |
◆ htmlWrapFormat()
| static string htmlWrapFormat |
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string |
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color |
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isEmphasis |
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isStrong |
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Wrap the given string with HTML font tags.
- Parameters
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| string | any string |
| color | 1x3 color (RGB, 0-1) |
| isEmphasis | whether to apply emphasis formatting |
| isStrong | whether to apply strong formatting |
Wraps the given string in HTML tags which specify font formatting. color must contain RBG components in the range 0-1. isEmphasis specifies whether to apply emphasis (true) or not. isStrong specifies whether to apply strong formatting or not. color, isEmphasis, or isStrong may be omitted empty, in which case no formatting is specified.
Returns the given string, wrapped in HTML tags.
◆ htmlStripTags()
| static string htmlStripTags |
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string |
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isPreserveText |
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stripExtra |
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Strip out HTML tags from the given string.
- Parameters
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| string | any string |
| isPreserveText | whether to leave in text between tags |
| stripExtra | additional regexp to strip around each tag |
Strips out angle-bracketed tags (like myText, etc.) from the given string. By default, also strips out the text between opening and closing tags (like 'myText'), along with the tags themselves. If isPreserverText is provided and true, leaves the text in place and only strips the angle-bracketed tags themselves.
If stripExtra is provided, it must be a regular expression. stripExtra is added to the front and back of the regular expression that matches tags, to strip out additional surrounding text. This is useful for stripping out things like a comma-separated list of tags.
Returns the updated string.
◆ htmlBreakAtLines()
| static string htmlBreakAtLines |
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string |
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Replace newline characters with HTML break tags.
- Parameters
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Replaces any newline (
) or return carriage (\r) characters in the given string with HTML
break tags. Returns the updated string.
◆ spaceInstadOfLines()
| static string spaceInstadOfLines |
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string |
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Replace newline characters with spaces in the given string.
- Parameters
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Replaces any newline (
) or return carriage (\r) characters in the given string with a single space. Returns the updated string.
◆ underscoreInsteadOfNonwords()
| static string underscoreInsteadOfNonwords |
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string |
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Replace non-word characters with underscores in the given string.
- Parameters
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Replaces any non-word characters in the given string with a single underscore (_). "Non-word" means anything besides letters, numbers, and underscores (regular expression '\W'). Returns the updated string.
The documentation for this class was generated from the following file:


Package org.apache.cayenne
Interface DataChannel
- All Known Subinterfaces:
ObjectContext
- All Known Implementing Classes:
BaseContext
,ClientChannel
,ClientServerChannel
,DataContext
,DataDomain
public interface DataChannel
DataChannel is an abstraction used by ObjectContexts to obtain mapping metadata and
access a persistent store. There is rarely a need to use it directly.
- Since:
- 1.2
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Field Summary
Fields Modifier and Type Field Description static int
FLUSH_CASCADE_SYNC
A synchronization type that results in changes from an ObjectContext to be recorded in the parent DataChannel.static int
FLUSH_NOCASCADE_SYNC
A synchronization type that results in changes from an ObjectContext to be recorded in the parent DataChannel.static EventSubject
GRAPH_CHANGED_SUBJECT
static EventSubject
GRAPH_FLUSHED_SUBJECT
static EventSubject
GRAPH_ROLLEDBACK_SUBJECT
static int
ROLLBACK_CASCADE_SYNC
A synchronization type that results in cascading rollback of changes through the DataChannel stack. -
Method Summary
Modifier and Type Method Description EntityResolver
getEntityResolver()
Returns an EntityResolver instance that contains runtime mapping information.EventManager
getEventManager()
Returns an EventManager associated with this channel.QueryResponse
onQuery(ObjectContext originatingContext, Query query)
Executes a query, using provided context to register persistent objects if query returns any objects.GraphDiff
onSync(ObjectContext originatingContext, GraphDiff changes, int syncType)
Processes synchronization request from a child ObjectContext, returning a GraphDiff that describes changes to objects made on the receiving end as a result of synchronization.
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Field Details
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FLUSH_NOCASCADE_SYNC
static final int FLUSH_NOCASCADE_SYNCA synchronization type that results in changes from an ObjectContext to be recorded in the parent DataChannel. If the parent is itself an ObjectContext, changes are NOT propagated any further.- See Also:
- Constant Field Values
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FLUSH_CASCADE_SYNC
static final int FLUSH_CASCADE_SYNCA synchronization type that results in changes from an ObjectContext to be recorded in the parent DataChannel. If the parent is itself an ObjectContext, it is expected to send its own sync message to its parent DataChannel to cascade synchronization all the way down the stack.- See Also:
- Constant Field Values
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ROLLBACK_CASCADE_SYNC
static final int ROLLBACK_CASCADE_SYNCA synchronization type that results in cascading rollback of changes through the DataChannel stack.- See Also:
- Constant Field Values
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GRAPH_CHANGED_SUBJECT
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GRAPH_FLUSHED_SUBJECT
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GRAPH_ROLLEDBACK_SUBJECT
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Method Details
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getEventManager
EventManager getEventManager()Returns an EventManager associated with this channel. Channel may return null if EventManager is not available for any reason. -
getEntityResolver
EntityResolver getEntityResolver()Returns an EntityResolver instance that contains runtime mapping information. -
onQuery
Executes a query, using provided context to register persistent objects if query returns any objects.- Parameters:
originatingContext
- an ObjectContext that originated the query, used to register result objects.- Returns:
- a generic response object that encapsulates result of the execution.
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onSync
Processes synchronization request from a child ObjectContext, returning a GraphDiff that describes changes to objects made on the receiving end as a result of synchronization.- Parameters:
originatingContext
- an ObjectContext that initiated the sync. Can be null.changes
- diff from the context that initiated the sync.syncType
- One ofFLUSH_NOCASCADE_SYNC
,FLUSH_CASCADE_SYNC
,ROLLBACK_CASCADE_SYNC
.
-


Check out the Advanced Use document if you just want to use the logger for your own purpose, without the ITE.
The logger produces logs in the so-called FITTEST format. The format is text-based, well defined and deeply structured (e.g. allowing objects to be serialized into a log), but more compact than e.g. XML. An example of a fragment of such a log is shown below; it shows the state of some a Person object:
%<S "O:Person" %<P %<{ I =0:ID }%> %<{ name="Sponge Bob ":String }%> %<{ age=4:int }%> %<{ spouse=> }%> %> %<S "O:Person" ... // here is the spouse object %> %>
The logger intercepts and logs user events (interactions), such as when she clicks on a button, or when she changes the value of a text-field. A flash application can be thought to consist of a set of GUI components that the user can interact with. Note that this set is often dynamic (a button can be added or removed at the run time). The FlashLogger automatically detects when a GUI component is added, and will then start monitoring it, so that the logger knows when the user interacts with it, and thus able to log the corresponding event. Out of the box, the logger supports automatic monitoring of a subset of the mx-family GUI components. See the Advanced Use document for information on how to extend this subset.
Whenever a user event is logged, the logger also writes the state of the application into the log. It does not of course dumps the actual concrete state, because it is usually very large. Instead, an abstract summary of the state is written. However, the logger does not know how to construct such a summary. If we do not specify it, it will just log the name of the application as the summary. Additionally, when an event is logged, e.g. a click on a button, it is useful to know which GUI component is targetted by the event, e.g. when there are more that one button, we want to know which button the user has clicked. Although the programmer may assign a label to a button, such as "submit", such a label is not a reliable indentifier: there could be another button with the same label. The logger relies instead on the field "automationName", which any subclass of mx.core.UIComponent has. This field is intended to contain a unique identifier. However, specifying it is not compulsory. If it is absent, the logger will try to construct an identifier, though such automatically constructed identifier is not guaranteed to be stable over multiple runs of the same application.
Every user event will then generate an entry such as the one below in the log:
%<S -120:1375179109077 "E" // time stamp %<S "O:eu.fittest.actionscript.automation::RecordEvent" %<P %<{ I=0:ID }%> %<{ targetID="ID_addItem":String }%> // the identifier of the GUI component %<{ type="click":String }%> // the type of the event %<{ args=> }%> // an array of the arguments of the event, if any %> %<S "O:Array" %<P %<{ I=1:ID }%> %> %> %> %<S "O:AppAbstractState" // an object representing the application's state %<P %<{ I=2:ID }%> %<{ numOfSelectedItems=10:int }%> %<{ numInBuyCart=1:int }%> %> %> %>
Other than specifying automation-names of relevant GUI components, the logger does not need anything to be programmed in the application itself. In fact, the flash application can pretend to be completely unaware of the logger. We do need to alter the deployment script of the application. We will use a separate loader to load both the application and the logger. The logger will then attach itself to the application, and from that point on it can start to log. The logger can be controlled from the client's browser, through a set of JavaScript APIs. This includes the ability to collect the log locally. However, to control and collect the logs remotely will require the FITTEST ITE and its agents to be deployed as well --we will explain more about this later.
AutomationName is however not automatically assigned, so the programmer has to do this himself. Below is an example of how to do it in mxml.
<mx:VBox> <mx:Button automationName="ID_addItem" label="submit" click="handleAddItem(i)"/> <mx:Button automationName="ID_removeItem" label="cancel" click="handleRemoveItem(i)"/> </mx:VBox>
public function ignoreList(evt:RecordEvent) : Boolean
public function registerSerializationDelegates() : void
As an example let us write a class MyLogger that extends FittestLoggerHook. The structure of this class will look as below. It will need to import classes from the package eu.fittest.Logging, eu.fittest.Logging.Serialization, and eu.fittest.actionscript.automation which are provided by flashloggerLib.swc and automation.swc.
As said, when an event is written to the log, the logger also writes the current state of the application into the log. What actually happens is that a pointer to the application is passed to the logger, and the logger will then search for a proper function that knows how to serialize the object pointed to by the pointer; the resulting string is written to the log. Since an object may have fields pointing to other objects, we may thus also need to specify how to serialize these other objects, if we want them to be written to the log as well. So, a more general question is: how to tell the logger how it can serialize instances of a certain class C?package { import eu.fittest.Logging.*; import eu.fittest.Logging.Serialization.*; import eu.fittest.actionscript.automation.*; ... public class MyLogger extends FittestLoggerHook { public function MyLogger() { super() ; } override public function ignoreList(evt:RecordEvent) : Boolean { ... // specify which events to ignore, if any } override public function registerSerializationDelegates() : void { super.registerSerializationDelegates() ; ... // specify how to serialize the application, and other classes as needed } } }
If a pointer to a Product is passed to the logger, it will automatically call the serializeSelf function. As defined above, it will log the name and price of the product, but not its date. It will also log the product's supplier. However, since this is another object, rather than a primitive value, the logger will then recursively look for a function to serialieze it. If Supplier also implements Serializable, the logger works in the same was as with Person. If no serialization function is found, the logger will only log the type of the object; since that is the only information it can infer about it.public class Product implements Serializable { public var name : String ; public var price : int ; public var date : Date ; public var supplier : Suplier ; ... public function serializeSelf(s : Serializer) : void { s.beginObject(this,"Product") ; s.storeField("name",name) ; s.storeField("price",price) ; s.storeField("supplier",supplier) ; s.endObject() ; } }
The above approach is not really transparent, as it forces us to write the serialization in the code of the class Person, and thus forcing it to be aware of logging. A second way to specify serialization is by specifying a special serialization-delegate for Person. The logger maintains a table of such delegates. This table contains entries of the form (C,f), where C is class name, and f is a function that knows how to serialize instances of C. If we give an object o of class C to the logger, to be serialized, and C does not implement Serializable, the logger will search in this table of delegates. If it finds a (C,f), then f is used to serialize o. Note that f can be defined completely outside the definition of C. For example, we can define it in MyLogger, e.g. as follows:
Once defined, we then need to register it to the logger, to be added into its table of delegates that we talked about above. This can be done as follows:function serializeProduct(p:Object, s : Serializer) : void { s.beginObject(p,"Product") ; s.storeField("name",p["name"]) ; s.storeField("price",p["price"]) ; s.storeField("supplier",p["supplier"]) ; s.endObject() ; } }
Delegates.registerDelegate(getDefinitionByName("Person") as Class, serializeProduct) ;
Then we compile it to build the logger, e.g. as below. We will need to have the components flashloggerLib.swc and automation.swc in our library-path (below it is ./libs).package { import eu.fittest.Logging.*; import eu.fittest.Logging.Serialization.*; import eu.fittest.actionscript.automation.*; import flash.utils.*; import mx.controls.*; import mx.core.*; import mx.containers.*; public class MyLogger extends FittestLoggerHook { public function MyLogger() { super() ; } override public function ignoreList(evt:RecordEvent) : Boolean { var o = evt.source.target ; if(o is mx.controls.Label) // e.g. we ignore clicks on labels return true ; else return false ; } override public function registerSerializationDelegates() : void { super.registerSerializationDelegates() ; Delegates.registerDelegate(getDefinitionByName("MyApplication") as Class, seriaizeMyApp) ; } private static function seriaizeMyApp(app:Object, s:Serializer) : void { var selectedItems : Array = app["selected"] ; var buyCart : Array = app["buyCart"] ; // the serialization begin here: s.beginObject(app,"AppAbstractState") ; s.storeField("numOfSelectedItems", selectedItems.length ) ; s.storeField("numInBuyCart", buyCart.length) ; s.endObject() ; } } }
mxmlc -library-path+=./libs -incremental=true -debug=true -source-path . -output logger.swf -- MyLogger.as
Imagine we have a flash application which we have compiled into an .swf file called "flexstore.swf. Imagine that this .swf is embedded in an HTML file as shown by the code below. It is a quite typical way to embed .swf, by using a bit of JavaScript and the swfobject JavaScript library to simplify the embedding. This HTML, along with the flexstore.swf and the needed *.js, will be put in the web server.
Now suppose we want to also log the application using the FlashLogger. Generally, the steps are as follows:
 If you don't see anything: ouch...fails to embed the flash-application.

Rather than loading the application flexstore.swf directly as above, we now need to load it indirectly. So, we need to change the way flexstore.swf is embedded in its HTML (2). The new HTML is shown below. Its script will first load a special loader called AutomationLoader. This will setup the infrastructure to automatically intercept events. Then, the loader proceeds with loading flexstore.swf, and then logger.swf. It also loads so-called automation-delegates --their role is described in the Advanced Use document.
In addition to the new code below, we will also need to put all FlashLogger's components in the web server:
automation.swc, and of course logger.swf too.
AutomationLoader.swf
flashloggerLib.swc
FlexDelegates.swf
When the user requests the above HTML, it will now load the application, and the logger will be running in the background.   <link rel="stylesheet" type="text/css" href="history.css" />
 If you see nothing: ouch... fails to load the flash-application.

The log can be collected by the user in his client's machine through the logger's JavaScript APIs. However, it would be more sophisticated if we can collect logs from various users remotely. As said, this requires the FITTEST ITE and its agents. In priciple it is possible to use a custom remote log-collector, namely by implementing the agent's protocol. This is described the Advanced Use document.
The ITE does not actually control the loggers directly. It does so through agents. In this way, the SUT does not have to be aware, nor to care, where the ITE is hosted.
So, if you want to collect the logs remotely, you also need to deploy the ITE. Furthermore, the clients' users need to download and deploy the client-side agents as well, prior to loading the client.
Instructions on the deployment of the ITE and its agents can be
found in the ITE User Manual, Section xxx.
document["AutomationLoader"].LoggerGetLog()
There are two other modes for running a Flash application. The first one is to run the application with a stand alone Flash player. However, as explained above, to use FlashLogger requires the application to be embedded in an HTML, using some bits of JavaScript. A stand alone Flash player does not understand HTML nor JavaScript. So, this does not work.
The second mode is to just drag the embedding HTML to the browser. FlashLogger can work in this mode, however the application itself may not fully work in this mode. E.g if the application loads images from files, the browser may block them for security reasons.
Regardless which mode you choose, when debugging the Flash application, you may want to use the debugger version of the
Flash player to be plugged in your browser. This version of player can produce its own log.
Using the trace(s) method programmers can write debugging information into this log. The
FlashLogger also writes some debugging information to it. Check out e.g. the download site
of Adobe to download a debugger version of the Flash player. Check the documentation
here,
about how to enable Flash's native logging.


|
Xenomai
3.0.4
|
Subdevice declaration in a driver. More...
Functions | |
| struct a4l_subdevice * | a4l_alloc_subd (int sizeof_priv, void(*setup)(struct a4l_subdevice *)) |
| Allocate a subdevice descriptor. More... | |
| int | a4l_add_subd (struct a4l_device *dev, struct a4l_subdevice *subd) |
| Add a subdevice to the driver descriptor. More... | |
| struct a4l_subdevice * | a4l_get_subd (struct a4l_device *dev, int idx) |
| Get a pointer to the subdevice descriptor referenced by its registration index. More... | |
Subdevices types | |
| #define | A4L_SUBD_UNUSED (A4L_SUBD_MASK_SPECIAL|0x1) |
| Unused subdevice. | |
| #define | A4L_SUBD_AI (A4L_SUBD_MASK_READ|0x2) |
| Analog input subdevice. | |
| #define | A4L_SUBD_AO (A4L_SUBD_MASK_WRITE|0x4) |
| Analog output subdevice. | |
| #define | A4L_SUBD_DI (A4L_SUBD_MASK_READ|0x8) |
| Digital input subdevice. | |
| #define | A4L_SUBD_DO (A4L_SUBD_MASK_WRITE|0x10) |
| Digital output subdevice. | |
| #define | A4L_SUBD_DIO (A4L_SUBD_MASK_SPECIAL|0x20) |
| Digital input/output subdevice. | |
| #define | A4L_SUBD_COUNTER (A4L_SUBD_MASK_SPECIAL|0x40) |
| Counter subdevice. | |
| #define | A4L_SUBD_TIMER (A4L_SUBD_MASK_SPECIAL|0x80) |
| Timer subdevice. | |
| #define | A4L_SUBD_MEMORY (A4L_SUBD_MASK_SPECIAL|0x100) |
| Memory, EEPROM, DPRAM. | |
| #define | A4L_SUBD_CALIB (A4L_SUBD_MASK_SPECIAL|0x200) |
| Calibration subdevice DACs. | |
| #define | A4L_SUBD_PROC (A4L_SUBD_MASK_SPECIAL|0x400) |
| Processor, DSP. | |
| #define | A4L_SUBD_SERIAL (A4L_SUBD_MASK_SPECIAL|0x800) |
| Serial IO subdevice. | |
| #define | A4L_SUBD_TYPES |
| Mask which gathers all the types. | |
Subdevice features | |
| #define | A4L_SUBD_CMD 0x1000 |
| The subdevice can handle command (i.e it can perform asynchronous acquisition) | |
| #define | A4L_SUBD_MMAP 0x8000 |
| The subdevice support mmap operations (technically, any driver can do it; however, the developer might want that his driver must be accessed through read / write. | |
Subdevice status | |
| #define | A4L_SUBD_BUSY_NR 0 |
| The subdevice is busy, a synchronous or an asynchronous acquisition is occuring. | |
| #define | A4L_SUBD_BUSY (1 << A4L_SUBD_BUSY_NR) |
| The subdevice is busy, a synchronous or an asynchronous acquisition is occuring. | |
| #define | A4L_SUBD_CLEAN_NR 1 |
| The subdevice is about to be cleaned in the middle of the detach procedure. | |
| #define | A4L_SUBD_CLEAN (1 << A4L_SUBD_CLEAN_NR) |
| The subdevice is busy, a synchronous or an asynchronous acquisition is occuring. | |
Subdevice declaration in a driver.
The subdevice structure is the most complex one in the Analogy driver layer. It contains some description fields to fill and some callbacks to declare.
The description fields are:
The functions callbakcs are:
Once the subdevice is filled, it must be inserted into the driver structure thanks to a4l_add_subd().
| int a4l_add_subd | ( | struct a4l_device * | dev, |
| struct a4l_subdevice * | subd | ||
| ) |
Add a subdevice to the driver descriptor.
Once the driver descriptor structure is initialized, the function a4l_add_subd() must be used so to add some subdevices to the driver.
| [in] | dev | Device descriptor structure |
| [in] | subd | Subdevice descriptor structure |
References a4l_subdevice::dev, a4l_subdevice::idx, and a4l_subdevice::list.
| struct a4l_subdevice* a4l_alloc_subd | ( | int | sizeof_priv, |
| void(*)(struct a4l_subdevice *) | setup | ||
| ) |
Allocate a subdevice descriptor.
This is a helper function so as to get a suitable subdevice descriptor
| [in] | sizeof_priv | Size of the subdevice's private data |
| [in] | setup | Setup function to be called after the allocation |
References rtdm_malloc().
| struct a4l_subdevice* a4l_get_subd | ( | struct a4l_device * | dev, |
| int | idx | ||
| ) |
Get a pointer to the subdevice descriptor referenced by its registration index.
This function is scarcely useful as all the drivers callbacks get the related subdevice descriptor as first argument. This function is not optimized, it goes through a linked list to get the proper pointer. So it must not be used in real-time context but at initialization / cleanup time (attach / detach).
| [in] | dev | Device descriptor structure |
| [in] | idx | Subdevice index |


Hallo-Week information will be shown this week (by request of SEC). Here's the theme reveal video:
UGWA will now take a risk again and predict that the next two Gunn Together periods will be period 5 then 4. Is this too far-fetched?


Actions:
Description
Buttons
- Stand up: Make the cat stand up
- Sit down: Make the cat sit down
- Reset: Reset the cat to initial status
- Show Debug Options: Show more options for debuging
Effects
- It will have a slight sway when standing
- You can click it's body to make it sit down or stand up
- You can click it's legs to make it stretch or stand up
- You can click on a canvas point away from the animal to make it move to that point
- You can click it's head to make it fell happy
- You can click it's tail to make it Wag it's tail
Debugs
- Show Click Box: Draw click box area for every part of the cat
- Fill Click Box: Fill click box area for every part of the cat
- Show Bone: Draw the "bones" of the cat
- Print States: Print out the cat's states in the browser console


--- layout: page title: About Me description: This is what I do. background: '/img/bg-about.jpg' ---
A highly motivated and IT passionate professional with international experience in developing business critical products/solutions using a variety of technologies. Gained intensive experience in a short period of time by working on cutting edge technologies including digital wallets, online payments, e-commerce transactions and mobile solutions. Has a proven ability to balance analytical thinking and business awareness with good interpersonal and communication skills. To get more information check my Github and Linkedin profiles.


CNF2OBDD or BDD_MINISAT_ALL
A CNF to OBDD compiler or a formula-BDD caching AllSAT solver, implemented on top of MiniSat-C v1.14.1, is presented.
This software has two names because of a double meaning.
It may be called cnf2obdd to put more emphasis on a CNF to OBDD compiler aspect, which supports rich operations for postprocessing, and it also may be called bdd_minisat_all on an AllSAT solver aspect, which simply generates all solutions, a familiar format to wider users.
Input boolean formula should be in DIMACS CNF format.
For details of DIMACS CNF format and benchmark problems, see SATLIB.
If no option is given, standard mode is selected.
$ tar zxvf bdd_minisat_all-1.0.0.tar.gz
$ cd bdd_minisat_all-1.0.0
$ make [options]
list of options
s standard: debug information used by debugger is generated at compilation time, and detailed solver status is reported at runtime.
p profile: in addition to standard setting, profile information used by gprof is generated at compilation time and several tests are performed at runtime.
d debug: in addition to standard setting, several tests are performed at runtime and no optimization is applied.
r release: release version, compiled with dynamic link
rs static: release version, compiled with static link
clean executable files, object files, etc are removed.
If an output file is specified, all satisfying assignments to a CNF are generated in DIMACS CNF format without problem line.
Notice: there may be as many number of assignments as can not be stored in a disk space.
If you want to use timelimit or status report functionality, define TIMELIMIT in Makefile
.
If you want to use refresh option, define REFRESHOBDD in Makefile
.
Usage: ./bdd_minisat_all [options] input-file [output-file]
-n<int> maximum number of obdd nodes: if exceeded, obdd is refreshed
Since variable orderings significantly affect solver's performance, we recommend that users in advance execute the software MINCE to determine a good variable ordering.
Program behavior can be controlled by defining or not defining the following macros in
Makefile
.
-
CUTSETCACHE: Cutset is selected as formula-BDD caching. If this is not defined, separator is selected.
-
LAZY: Cache operations are reduced (Recommended).
Select one of the two base solver types: a blocking solver or a non-blocking solver.
-
NONBLOCKING non-blocking procedure is selected as a base solver. If this is not defined, blocking procedure is selected. For options of non-blocking solvers, see nbc_minisat_all.
-
REFRESH: refresh option in command line is enabled. If the number of BDD nodes exceeds a specified threshold, all solutions are dumpted to a file (if output file is specified in command line), all caches are refreshed, and search is continued.
Other options are as follows.
-
TRIE_RECURSION: Recursive version of trie is used. If this is not defined, iterative version is used.
-
REDUCTION: Reduction of compiled OBDD into fully reduced one is performed using CUDD library (Optional). To do this, obtain CUDD library and modify Makefile.
-
GMP: GNU MP bignum library is used to count solutions. To do this, obtain GMP library and modify Makefile.
bdd_minisat_all is implemented by modifying MiniSat-C_v1.14.1. Please confirm the license file included in this software.
A huge number of assignments may be generated and disk space may be exhausted. To avoid disk overflow, take measure such as using ulimit command.
-
N. Eén, N. Sörensson : MiniSat Page: MiniSat-C_v1.14.1, accessed on 15 Dec. 2014.
-
N. Eén, N. Sörensson : An Extensible SAT-solver, In Proceedings of the 6th international conference of Theory and Applications of Satisfiability Testing, pages 502--518, 2004.
-
Grumberg, Orna and Schuster, Assaf and Yadgar, Avi: Memory Efficient All-Solutions SAT Solver and Its Application for Reachability Analysis, Formal Methods in Computer-Aided Design, LNCS Vol.3312, pp.275-289, 2004.
-
Gebser, Martin and Kaufmann, Benjamin and Neumann, Andr{\'e} and Schaub, Torsten: Conflict-driven Answer Set Enumeration, in Proceedings of the 9th International Conference on Logic Programming and Nonmonotonic Reasoning, pp.136--148, 2007.
-
Morgado, A. and Marques-Silva, J.: Good learning and implicit model enumeration, In Proceedings of 17th IEEE International Conference on Tools with Artificial Intelligence, 2005. ICTAI 05.
-
Yinlei Yu and Subramanyan, P. and Tsiskaridze, N. and Malik, S.: All-SAT Using Minimal Blocking Clauses, In Proceedings of 27th International Conference on VLSI Design and 2014 13th International Conference on Embedded Systems, 2014, pp.86-91.
-
McMillan, KenL.: Applying SAT Methods in Unbounded Symbolic Model Checking, Computer Aided Verification, LNCS Vol.2404, pp.250-264. 2002.
-
Weinan Zhao and Weimin Wu: ASIG: An all-solution SAT solver for CNF formulas, In Proceedings of 11th IEEE International Conference on Computer-Aided Design and Computer Graphics, 2009. CAD/Graphics '09, pp. 508-513, 2009.
-
T. Toda, K. Tsuda: BDD Construction for All Solutions SAT and Efficient Caching Mechanism, Track on Constraint Solving and Programming and Knowledge Representation and Reasoning (CSP-KR) part of the 30th Annual ACM Symposium on Applied Computing, 2015.
-
J. Huang, A. Darwiche: Using DPLL for efficient OBDD construction, In Proceedings of the 7th international conference on Theory and Applications of Satisfiability Testing, pages 157--172, 2005.
-
Y, Crama, and P. Hammer: Boolean Functions: Theory, Algorithms, and Applications. Encyclopedia of Mathematics and its Applications. Cambridge University Press (2011).
-
R.E. Bryant: Graph-Based algorithm for Boolean function manipulation, IEEE Trans. Comput., Vol.35, pp.677-691 (1986)
-
D.E. Knuth: The Art of Computer Programming Volume 4a, Addison-Wesley Professional, New Jersey, USA (2011)
-
F. Somenzi: CU Decision Diagram Package: Release 2.5.0., accessed on 4 September 2012.


| lesson 58 A spot of bother |
| The old lady was glad to be back at the block of flats where she lived. |
| Her shopping had tired her and her basket had grown heavier with every step of the way home. |
| In the lift her thoughts were on lunch and a good rest; |
| but when she got out at her own floor, both were forgotten in her sudden discovery that her front door was open. |
| She was thinking that she must reprimand her home help the next morning for such a monstrous piece of negligence, |
| when she remembered that she had gone shopping after the home help had left and she knew that she had turned both keys in their locks. |
| She walked slowly into the hall and at once noticed that all the room doors were open, |
| yet following her regular practice she had shut them before going out. |
| Looking into the drawing room, she saw a scene of confusion over by her writing desk. |
| It was as clear as daylight then that burglars had forced an entry during her absence. |
| Her first impulse was to go round all the rooms looking for the thieves, |
| but then she decided that at her age it might be more prudent to have someone with her, |
| so she went to fetch the porter from his basement. |
| By this time her legs were beginning to tremble, so she sat down and accepted a cup of very strong tea, while he telephoned the police. |
| Then, her composure regained, she was ready to set off with the porter's assistance to search for any intruders who might still be lurking in her flat. |
| They went through the rooms, being careful to touch nothing, |
| as they did not want to hinder the police in their search for fingerprints. |
| The chaos was inconceivable. |
| She had lived in the flat for thirty years and was a veritable magpie at hoarding; |
| and it seemed as though everything she possessed had been tossed out and turned over and over. |
| At least sorting out the things she should have discarded years ago was now being made easier for her. |
| Then a police inspector arrived with a constable and she told them of her discovery of the ransacked flat. |
| The inspector began to look for fingerprints, while the constable checked that the front door locks had not been forced, |
| thereby proving that the burglars had either used skeleton keys or entered over the balcony. |
| There was no trace of fingerprints, |
| but the inspector found a dirty red bundle that contained jewellery which the old lady said was not hers. |
| So their entry into this flat was apparently not the burglars' first job that day and they must have been disturbed. |
| The inspector then asked the old lady to try to check what was missing by the next day and advised her not to stay alone in the flat for a few nights. |
| The old lady thought he was a fussy creature, |
| but since the porter agreed with him, she rang up her daughter and asked for her help in what she described as a little spot of bother. |


The Bridge to Coding training is comprised of a two-week session where students are prepared with contextualized information to enter the Coding Boot Camp. Students will be exposed to important aspects of being a new employee that includes: Workplace Success, Shining as a New Employee, Oral and Written Communication for the IT office environment, Workplace Behavior, Emotional Intelligence, Cultural Diversity, and Interviewing Skills. The 16 week Coding Boot Camp is designed to prepare 135 programmers and coders to transition into job openings in the Information and Communication Technologies (ICT) industry. Training in the LA High Tech Bridge & Coding Boot Camp (HTBC2) includes an 8-week (2 days per week) paid internship.
Each area must be completed with a Grade "C" or better or assessed @ 70% or higher.
Verification of Eligibility Completions are required for registration and enrollment!
Students completing the Coding BootCamp will be able to:
Students who are interested in enrolling are invited to attend informational and assessment sessions held on December 3rd and December 10th, 2016 in room CE 222 at 2pm. To be eligible to enroll in the boot camp, students must be 18 years or older, have completed college level English and Math, and basic computer literacy. For students without prior programming knowledge or experience, it is recommended you enroll in CS 902 during the Winter session, and continue to CS 962 and CS 957 in the Spring semester parallel to the boot camp.
Please bring an unofficial copy of your transcripts and be prepared to take a small assessment during the session.
If you have any questions regarding enrollment or the boot camp, please call or email the college campus contact below:


Documentation Management¶
To increase the readability of the documentation we ask you to try to use 80 character line limits if possible. You can install the plugin Wrap to Column
This is important for a better editing experience. With the functions Edit-Wrap
Line to column or Edit-Wrap Line to paragraph` that are assigned to keyboard
shortcuts such as CONTROL-SHIFT-COMMAND-W
or CONTROL-SHIFT-COMMAND-P
Alternatively, we recommend using emacs fro line wrapping as it provides with
Esc-q
a build-in tool.
All of the documentation is in the cloudmesh-manual
repository which is
automatically cloned when installing the cloudmesh using
cloudmesh-installer
The documentation source files are located in
docs-source
folder inside the cloudmesh-manual
repository.
It’s very important to build the documentation locally and test the
modifications before pushing them to the remote. To build the documentation
locally you first, make sure that the proper virtual environment is activated,
then make sure that you have a cloudmesh.yaml
file in the path
~/.cloudmesh/cloudmehs.yaml
. Please follow the cloudmesh install
instructions for a developer. Then you need to install the requirements and
make the documentation:
cd cloudmesh-manual
pip install -r requirements.txt
make clean # cleans up the documentation
make manual # creates the manual pages
make view # views the documentation
In case you do not develop new commands with manual page changes, you
can in subsequent calls say make doc
. Please note that rst and
md files are allowed as a documentation format.


git-revert - Revert some existing commits
git revert [--[no-]edit] [-n] [-m parent-number] [-s] [-S[<key-id>]] <commit>... git revert --continue git revert --quit git revert --abort
Given one or more existing commits, revert the changes that the related patches introduce, and record some new commits that record them. This requires your working tree to be clean (no modifications from the HEAD commit).
Note: git revert is used to record some new commits to reverse the effect of some earlier commits (often only a faulty one). If you want to throw away all uncommitted changes in your working directory, you should see git-reset(1), particularly the --hard option. If you want to extract specific files as they were in another commit, you should see git-checkout(1), specifically the git checkout <commit> -- <filename> syntax. Take care with these alternatives as both will discard uncommitted changes in your working directory.
<commit>...
Commits to revert. For a more complete list of ways to spell commit names, see gitrevisions(7). Sets of commits can also be given but no traversal is done by default, see git-rev-list(1) and its --no-walk option.
-e, --edit
With this option, git revert will let you edit the commit message prior to committing the revert. This is the default if you run the command from a terminal.
-m parent-number, --mainline parent-number
Usually you cannot revert a merge because you do not know which side of the merge should be considered the mainline. This option specifies the parent number (starting from 1) of the mainline and allows revert to reverse the change relative to the specified parent.
Reverting a merge commit declares that you will never want the tree changes brought in by the merge. As a result, later merges will only bring in tree changes introduced by commits that are not ancestors of the previously reverted merge. This may or may not be what you want.
See the m[blue]revert-a-faulty-merge How-Tom[]s-2u[1]ds+2 for more details.
--no-edit
With this option, git revert will not start the commit message editor.
-n, --no-commit
Usually the command automatically creates some commits with commit log messages stating which commits were reverted. This flag applies the changes necessary to revert the named commits to your working tree and the index, but does not make the commits. In addition, when this option is used, your index does not have to match the HEAD commit. The revert is done against the beginning state of your index.
This is useful when reverting more than one commits*(Aq effect to your index in a row.
-S[<key-id>], --gpg-sign[=<key-id>]
GPG-sign commits.
-s, --signoff
Add Signed-off-by line at the end of the commit message.
--strategy=<strategy>
Use the given merge strategy. Should only be used once. See the MERGE STRATEGIES section in git-merge(1) for details.
-X<option>, --strategy-option=<option>
Pass the merge strategy-specific option through to the merge strategy. See git-merge(1) for details.
--continue
Continue the operation in progress using the information in .git/sequencer. Can be used to continue after resolving conflicts in a failed cherry-pick or revert.
--quit
Forget about the current operation in progress. Can be used to clear the sequencer state after a failed cherry-pick or revert.
--abort
Cancel the operation and return to the pre-sequence state.
git revert HEAD~3
Revert the changes specified by the fourth last commit in HEAD and create a new commit with the reverted changes.
git revert -n master~5..master~2
Revert the changes done by commits from the fifth last commit in master (included) to the third last commit in master (included), but do not create any commit with the reverted changes. The revert only modifies the working tree and the index.
revert-a-faulty-merge How-To
%file:///usr/share/doc/git/html/howto/revert-a-faulty-merge.html


6 RMS RIV VU
May 3-6, 1978 in LLT's Downtown Arabian Theatre
Director - Richard Piazza
Stage Manager - Lisa Ainsworth
THE CAST
Anne Miller - Missy Fortner
Paul Friedman - Wess Hughes
Eddie - Tommy Rose
The Pregnant Neigbors - Beverly McRae, Cynthia Newton
Larry - John McRae, J. Larry Walters
The Woman in 4-A - Mary Mobberly
Janet - Gina Robertson
Richard - Will Hughes


My favorite things
These are a few of my favorite things
People
Here are some of my favorite people!
- My Brother Steven
- My mom and dad:
-
Will
-
Lori
-
My boyfriend Kyele
- My friend Rowan
Flavors of ice cream
These are my three favorites, in order:
-
Lemon custard
-
Mint chocolate chip
-
Cotton candy
Websites
Here are three of my favorite websites
Thanks for reading about me!


{% extends '_layouts/layout_2-3.html' %} {% block page_title %}Create an NHS Account{{serviceName}}{% endblock %} {% block pageTitle %}Create an NHS Account{% endblock %} {% block content %}
We need to validate your email address. Please check your email.
If you haven't received the email check your spam folder or click here to send another one.
You have 48 hours to validate your email before the link is deactivated.


Subtracts two variables
More...
|
| type(mqc_scalar) function | mqc_scalarsubtract (Scalar1, Scalar2) |
| | MQC_ScalarSubtract is a function that subtracts two MQC_Scalar objects More...
|
| |
| type(mqc_scalar) function | mqc_integerscalarsubtract (IntegerIn, Scalar) |
| | MQC_IntegerScalarSubtract is a function that is used to subtract an MQC_Scalar from an intrinisic integer More...
|
| |
| type(mqc_scalar) function | mqc_scalarintegersubtract (Scalar, IntegerIn) |
| | MQC_ScalarIntegerSubtract is a function that is used to subtract an intrinsic integer from an MQC_Scalar More...
|
| |
| type(mqc_scalar) function | mqc_realscalarsubtract (RealIn, Scalar) |
| | MQC_RealScalarSubtract is a function that is used to subtract an MQC_Scalar from an intrinisic real More...
|
| |
| type(mqc_scalar) function | mqc_scalarrealsubtract (Scalar, RealIn) |
| | MQC_ScalarRealSubtract is a function that is used to subtract an intrinsic real from an MQC_Scalar More...
|
| |
| type(mqc_scalar) function | mqc_complexscalarsubtract (ComplexIn, Scalar) |
| | MQC_ComplexScalarSubtract is a function that is used to subtract an MQC_Scalar from an intrinisic complex More...
|
| |
| type(mqc_scalar) function | mqc_scalarcomplexsubtract (Scalar, ComplexIn) |
| | MQC_ScalarComplexSubtract is a function that is used to subtract an intrinsic complex from an MQC_Scalar More...
|
| |
| type(mqc_vector) function | mqc_vectorvectordifference (Vector1In, Vector2In) |
| |
| type(mqc_vector) function | mqc_scalarvectordifference (ScalarIn, VectorIn) |
| |
| type(mqc_matrix) function | mqc_matrixmatrixsubtract (MA, MB) |
| |
◆ mqc_complexscalarsubtract()
| type(mqc_scalar) function mqc_algebra::operator(-)::mqc_complexscalarsubtract |
( |
complex(kind=real64), intent(in) |
ComplexIn, |
|
|
type(mqc_scalar), intent(in) |
Scalar |
|
) |
| |
MQC_ComplexScalarSubtract is a function that is used to subtract an MQC_Scalar from an intrinisic complex
- Purpose:
MQC_ComplexScalarSubtract is a function that is used to subtract an MQC_Scalar from an
intrinisic complex.
- Parameters
-
| [in] | ComplexIn | ComplexIn is Complex(kind=real64)
The intrinsic complex to subtract from |
| [in] | Scalar | Scalar is Type(MQC_Scalar)
The MQC_Scalar variable to subtract |
- Author
- L. M. Thompson
- Date
- 2019
◆ mqc_integerscalarsubtract()
| type(mqc_scalar) function mqc_algebra::operator(-)::mqc_integerscalarsubtract |
( |
integer(kind=int64), intent(in) |
IntegerIn, |
|
|
type(mqc_scalar), intent(in) |
Scalar |
|
) |
| |
MQC_IntegerScalarSubtract is a function that is used to subtract an MQC_Scalar from an intrinisic integer
- Purpose:
MQC_IntegerScalarSubtract is a function that is used to subtract an MQC_Scalar from an
intrinisic integer.
- Parameters
-
| [in] | IntegerIn | IntegerIn is Integer(kind=int64)
The intrinsic integer to subtract from |
| [in] | Scalar | Scalar is Type(MQC_Scalar)
The MQC_Scalar variable to subtract |
- Author
- L. M. Thompson
- Date
- 2019
◆ mqc_matrixmatrixsubtract()
◆ mqc_realscalarsubtract()
| type(mqc_scalar) function mqc_algebra::operator(-)::mqc_realscalarsubtract |
( |
real(kind=real64), intent(in) |
RealIn, |
|
|
type(mqc_scalar), intent(in) |
Scalar |
|
) |
| |
MQC_RealScalarSubtract is a function that is used to subtract an MQC_Scalar from an intrinisic real
- Purpose:
MQC_RealScalarSubtract is a function that is used to subtract an MQC_Scalar from an
intrinisic real.
- Parameters
-
| [in] | RealIn | RealIn is Real(kind=real64)
The intrinsic real to subtract from |
| [in] | Scalar | Scalar is Type(MQC_Scalar)
The MQC_Scalar variable to subtract |
- Author
- L. M. Thompson
- Date
- 2019
◆ mqc_scalarcomplexsubtract()
| type(mqc_scalar) function mqc_algebra::operator(-)::mqc_scalarcomplexsubtract |
( |
type(mqc_scalar), intent(in) |
Scalar, |
|
|
complex(kind=real64), intent(in) |
ComplexIn |
|
) |
| |
MQC_ScalarComplexSubtract is a function that is used to subtract an intrinsic complex from an MQC_Scalar
- Purpose:
MQC_ScalarComplexSubtract is a function that is used to subtract an intrinsic complex
from an MQC_Scalar.
- Parameters
-
| [in] | Scalar | Scalar is Type(MQC_Scalar)
The MQC_Scalar variable to subtract from |
| [in] | ComplexIn | ComplexIn is Complex(kind=real64)
The intrinsic complex to subtract |
- Author
- L. M. Thompson
- Date
- 2019
◆ mqc_scalarintegersubtract()
| type(mqc_scalar) function mqc_algebra::operator(-)::mqc_scalarintegersubtract |
( |
type(mqc_scalar), intent(in) |
Scalar, |
|
|
integer(kind=int64), intent(in) |
IntegerIn |
|
) |
| |
MQC_ScalarIntegerSubtract is a function that is used to subtract an intrinsic integer from an MQC_Scalar
- Purpose:
MQC_ScalarIntegerSubtract is a function that is used to subtract an intrinsic integer
from an MQC_Scalar.
- Parameters
-
| [in] | Scalar | Scalar is Type(MQC_Scalar)
The MQC_Scalar variable to subtract from |
| [in] | IntegerIn | IntegerIn is Integer(kind=int64)
The intrinsic integer to subtract |
- Author
- L. M. Thompson
- Date
- 2019
◆ mqc_scalarrealsubtract()
| type(mqc_scalar) function mqc_algebra::operator(-)::mqc_scalarrealsubtract |
( |
type(mqc_scalar), intent(in) |
Scalar, |
|
|
real(kind=real64), intent(in) |
RealIn |
|
) |
| |
MQC_ScalarRealSubtract is a function that is used to subtract an intrinsic real from an MQC_Scalar
- Purpose:
MQC_ScalarRealSubtract is a function that is used to subtract an intrinsic real from an
MQC_Scalar.
- Parameters
-
| [in] | Scalar | Scalar is Type(MQC_Scalar)
The MQC_Scalar variable to subtract from |
| [in] | RealIn | RealIn is Real(kind=real64)
The intrinsic real to subtract |
- Author
- L. M. Thompson
- Date
- 2019
◆ mqc_scalarsubtract()
MQC_ScalarSubtract is a function that subtracts two MQC_Scalar objects
- Purpose:
MQC_ScalarSubtract is a function that subtracts two MQC_Scalar objects.
- Parameters
-
| [in] | Scalar1 | Scalar1 is Type(MQC_Scalar)
The first MQC_Scalar from which Scalar2 will be subtracted |
| [in] | Scalar2 | Scalar2 is Type(MQC_Scalar)
The second MQC_Scalar which will be subtracted from Scalar1 |
- Author
- L. M. Thompson
- Date
- 2016
◆ mqc_scalarvectordifference()
| type(mqc_vector) function mqc_algebra::operator(-)::mqc_scalarvectordifference |
( |
type(mqc_scalar), intent(in) |
ScalarIn, |
|
|
type(mqc_vector), intent(in) |
VectorIn |
|
) |
| |
◆ mqc_vectorvectordifference()
| type(mqc_vector) function mqc_algebra::operator(-)::mqc_vectorvectordifference |
( |
type(mqc_vector), intent(in) |
Vector1In, |
|
|
type(mqc_vector), intent(in) |
Vector2In |
|
) |
| |
The documentation for this interface was generated from the following file:


We all routinely use the Client Server Architecture when we use
a web browser.
Key Elements:
Client Program (Web Browser)
Server Program (Web Page Server)
Protocol (HTTP)
Message Requests and Replies (HTML)
The Thredds Data Server is a Server in a client-server architecture.
It differs from a web browser in supporting a number of protocols
and associated message formats.
Why not just use FTP? Because Downloading a whole dataset
can take a long time and can use significant memory or disk locally.
Better is to be able to ask the server to provide a
subset (a piece)
of the dataset.
Because that is all the client needs
Or because we can process the dataset locally piece by piece.
Other names for subsetting: query, constraint.
Many of the protocols supported by the thredds server
can provide subsetting; however, there is no standard, so
the form of the subset request
differs between protocols.
What can be subsetted is determined by the "data model"
presented to the user:
variable arrays indexed by integer dimensions
variables indexed by (latitude, longitude)
So Typical elements that can be subsetted:
Subset of variables (i.e. give me temperature, velocity)
Subset of the data within a one or more variables:
index-based: [first:stride:last] or (first:stride:last+1)
e.g var[0:1:10][3:2:9]
Sometimes (e.g. stride and last are reversed.


MoneyShot Media
We are a social media marketing agency who specialise in facebook advertising. We provide a variety of packages to suit various budgets.
The importance of social media
To some entrepreneurs, social media marketing is the “next big thing,” a temporary yet powerful fad that must be taken advantage of while it’s still in the spotlight. To others, it’s a buzzword with no practical advantages and a steep, complicated learning curve.
Because it appeared quickly, social media has developed a reputation by some for being a passing marketing interest, and therefore, an unprofitable one. The statistics, however, illustrate a different picture. According to Hubspot, 92% of marketers in 2014 claimed that social media marketing was important for their business, with 80% indicating their efforts increased traffic to their websites. And according to Social Media Examiner, 97% of marketers are currently participating in social media—but 85% of participants aren’t sure what social media tools are the best to use.
Explore PackagesMarket Analysis
When you are an investor or even an entrepreneur you need to know what you are getting yourself into. You need to have all the data to back up your goal or vision for the company. For this reason, you need to do a marketing analysis.
We check for profitability. If the market is showing signs of return on investment you will be encouraged to invest heavily. Similarly if the market isn’t profitable then you will hesitate for wasting your time and resources. We try to understand the customers. You try to find out what it is that they want and try to provide them with that exact product or services. We try to find out who your real competitors are. You make sure you calculate all the risks that may arise.
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The Hands-On Expo is an exciting new program element being introduced at ICME 2016. The Hands-On Expo brings companies that have ground breaking new media-related products together with world class multimedia researchers and technologists, to give the latter a hands-on experience of the products and a deeper understanding of the technologies behind the products and how to use them. From the perspective of the companies, this is an opportunity to develop strong ties (and eventually sales) through key technical influencers, while from the perspective of the attendees, this is an opportunity to get hands-on experience and technical information from the creators themselves about breakthrough products in their area of expertise.
A blend of workshop, tutorial, demo, and industry expo, a Hands-On Expo session focuses on a coherent product, set of products, or product technology, is lead by one or more technical representatives of a company, and ideally includes the following components: 1) a presentation of the technology behind the product, 2) a demo of the product, 3) hands-on time for the attendees, and 4) a tutorial on how to use it, possibly including how to download an SDK and program to it. Attendees of the session would then be in a position to use the product as part of their research, develop for a dev kit, etc. We are offering invited companies any of three formats. The first option is a 2-3 hour workshop/tutorial session during one of our workshop/tutorial days (Monday July 11 or Friday July 15). The second possibility is an all-day booth on one of the main conference days (Tuesday-Thursday). Third is a 1.5 hour lunch slot on any of the main conference days. In the latter case, if the company were to provide box lunches (up to some limit) it would be a great way to increase participation. There will be no additional fee for workshop or conference attendees to attend a Hands-On Expo session. Nor will there be a fee for companies to present, as the Hands-On Expo is considered part of the technical program. If a company wishes to pursue broader marketing or recruitment, it is encouraged to sign up for the Sponsorship program. Nevertheless, a company is encouraged to let attendees of its Hands-On Expo know how to obtain their product after the conference. Interested companies are invited to contact the Demo/Expo Chairs, Qiong Liu (Fuji Xerox<EMAIL_ADDRESS>and Jacob Chakareski (Univ. of Alabama<EMAIL_ADDRESS>We will be accepting new sessions on a rolling basis up until May 15. |


--- layout: page title: Driver Education Lessons permalink: /portfolio/driver-education-lessons/ description: Driver Education Lessons for Partner Network. ---
For anyone seeking assistance in learning to drive, including adults and those already licensed, I can teach you using my adapted vehicle as a Texas Licensed Driver Education Instructor. My rates for in-car safe driving lessons are very competitive. The quality of service, customization and safety standards go above and beyond traditional driving schools. Furthermore, for the special needs driver, I have extensive professional education, licensure and experience necessary for best practices.
I have worked with diverse clients in terms of age span, cultural and ethnic backgrounds, physical abilities and disabilities, and various driving experiences. Since I am not a school, drivers education coursework and certificates can be obtained on your own through driversed.com, aceable.com or idrivesafely.com.
The safest approach with conditions such as Autism, Anxiety, ADHD, SPD, visual and auditory processing differences, physical or cognitive-based driving challenges, and beyond is to work with a driving rehabilitation specialist such as myself rather than a standard Drivers-Ed School. I can collaborate with Austin Driving School or other instructors to ensure private lessons are approached in the safest manner.
In 2019 I was selected to be part of an ADED task force to add disability information to the Novice Teen Safe Driver Education and Training Adminstration Standards. We are currently revising the newly proposed safety standards and hope Texas will be following suit as soon as possible as part of our #EndTheStreak and #RoadToZero missions.
To screen your teen for Readiness or Fitness to Drive use the following tools: "Readiness-To-Drive-Safe (RTDS) Screener" and "Adolescent-Fitness-To-Drive-Safe (AFTDS) Screener", as referenced from my Resources Page.


Instructions:
- Map Scroll: Click
and drag the map to the desired position.
- Map Zoom:
Position cursor to desired zoom point and use a scroll wheel to
zoom.
- Path Select:
Click the desired URL below and change the Path radio button.
- Topology
Orientation: Click and drag any node to the desired position.
- Stats Host:
Address auto-detected from Proxy Manager.


| Opcode | Instruction | Op/En | 64-bit Mode | Compat/Leg Mode | Description |
| 37 | AAA | NP | Invalid | Valid | ASCII adjust AL after addition. |
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| NP | NA | NA | NA | NA |
Adjusts the sum of two unpacked BCD values to create an unpacked BCD result. The AL register is the implied source and destination operand for this instruction. The AAA instruction is only useful when it follows an ADD instruction that adds (binary addition) two unpacked BCD values and stores a byte result in the AL register. The AAA instruction then adjusts the contents of the AL register to contain the correct 1-digit unpacked BCD result.
If the addition produces a decimal carry, the AH register increments by 1, and the CF and AF flags are set. If there was no decimal carry, the CF and AF flags are cleared and the AH register is unchanged. In either case, bits 4 through 7 of the AL register are set to 0.
This instruction executes as described in compatibility mode and legacy mode. It is not valid in 64-bit mode.
IF 64-Bit Mode THEN #UD; ELSE IF ((AL AND 0FH) > 9) or (AF = 1) THEN AL ← AL + 6; AH ← AH + 1; AF ← 1; CF ← 1; AL ← AL AND 0FH; ELSE AF ← 0; CF ← 0; AL ← AL AND 0FH; FI; FI;
The AF and CF flags are set to 1 if the adjustment results in a decimal carry; otherwise they are set to 0. The OF, SF, ZF, and PF flags are undefined.
| #UD | If the LOCK prefix is used. |
Same exceptions as protected mode.
Same exceptions as protected mode.
Same exceptions as protected mode.
| #UD | If in 64-bit mode. |


Through the data we gathered from research articles, observations, surveys and
online sources it was clear that most of the sites have seldom approaches to
provide
solutions to the customers. With the rising demands for computers and laptops
necessity of a platform which can provide solutions for customer problems is a
must.
There are sites that are built for selling PC parts. Some sites display
products/parts
that belong to one vendor and some sites do display products from multiple
vendors.
There are some vendors who do not have online platforms as well. Therefore, this
is a disadvantage for both the customer and the vendor. The customers might lose
a chance of purchasing a product for a much cheaper price than expected. Because
same product might be available for lesser price with another vendor.
The vendor might not be able to reach the customers who cannot visit them
physically when they are not available online. One of the main reasons local
vendors face is reluctant to reach the online market due to the lack of
technical
knowledge and they feel safe within their comfort zone. But when we spoke with
them, it was clear that they also want to join the online market if someone can
provide the required guidance.
Through the survey we conducted we got to know that people use different methods
to find the compatibility of parts. Mostly, online resources are widely used.
They
have to access these sources separately and get the required details.
There are variety of Laptops in the market. When selecting a Laptop these
options
confuse the customers because they have many functionalities incorporated with
one another. Most of the sites which sell laptops have the option where people
can
compare two or more laptops. But none of those sites recommend the best laptop
from them. Therefore, the user is left with the compared functions and choose
the
best one as they believe.
- Multiple Brands, versions availability. What is Best?
- Multiple vendor options. Who gives the Best price?
- Same product category has different prices due to the numerous vendor
options. Which option matches my budget?
From the vendors perspective, they also face certain limitation.
- The cost incurred on middlemen.
- Geographical boundaries in reaching customers.
- Lacks publicity.


There were many small workflow problems in the Takes app, which made it difficult for the user to complete the entire flow as was needed.
We broke down the app requirements into small problems which were easily tackled. The introduction explanation helped the users become acquainted with the unique features of the app. The tweaks to the stream and the share screen allowed the users easier access to the functionality which they wanted.
In addition to work done on the app itself, Blue Verve provided branding upgrades, marketing materials and a one-page marketing website.