- getActiveGroup() - Method in class it.azraelsec.Chat.MessageReceiver
-
Get the active group.
- getAllDocumentsNames(User) - Method in class it.azraelsec.Document.DocumentsDatabase
-
Collects all the documents a give User
can access to.
- getAllNotifications() - Method in class it.azraelsec.Notification.NotificationClientThread
-
Gets all the notifications received since the last method invocation.
- getChatAddress(Document) - Method in class it.azraelsec.Chat.CDAManager
-
Returns the long
value corresponding to the pre-existent group
IPv4 address or the new one based on the number of the actual editors
on the Document
required.
- getCode() - Method in enum it.azraelsec.Protocol.Commands
-
Gets the integer corresponding to the instance Commands
kind.
- getCommand(int) - Static method in enum it.azraelsec.Protocol.Commands
-
Returns the Commands
value related to the input code value.
- getDocumentByName(String) - Method in class it.azraelsec.Document.DocumentsDatabase
-
Looks for the Document
based on its name.
- getDocumentInputStream() - Method in class it.azraelsec.Document.Document
-
Gets an InputStream
object that streams the entire Document
content.
- getFileInputStream() - Method in class it.azraelsec.Document.Section
-
Gets the InputStream
to read the Section
content.
- getMessage() - Method in class it.azraelsec.Chat.ChatMessage
-
Get the message text.
- getMessages() - Method in class it.azraelsec.Chat.MessageReceiver
-
It gets all the messages existing in the queue.
- getName() - Method in class it.azraelsec.Document.Document
-
Gets the document's name.
- getNotificationLocalPort() - Method in class it.azraelsec.Notification.NotificationClientThread
-
Gets the port NotificationClientThread
is listening on.
- getOnEditingSections() - Method in class it.azraelsec.Document.Document
-
Gets the on editing Section
s' list.
- getSection(int) - Method in class it.azraelsec.Document.Document
-
Gets the requested Section
.
- getSender() - Method in class it.azraelsec.Chat.ChatMessage
-
Get the message sender.
- getTime() - Method in class it.azraelsec.Chat.ChatMessage
-
Get the message sending timestamp.
- getUnreadNotifications() - Method in class it.azraelsec.Server.User
-
Gets all the unread notifications to this user associated.
- getUserOnEditing() - Method in class it.azraelsec.Document.Section
-
Gets the User
that is editing the Section
.
- getWriteStream() - Method in class it.azraelsec.Document.Section
-
Gets the OutputStream
to fill the Section
with a new content.


Re: Brown Coffee Co's "Correcting the Record"
Comment posted on their blog post, reposted here as well. I expect that it will not pass moderation.
Not convinced.
The tweet was “No human law can ever legitimize what natural law precludes #SorryFolks #NotEqual”.
Am I misinterpreting this? If so, it would be wise to go through that tweet word by word and explain exactly what each bit means, with reference to the specific classical philosophy you are referring to.
Where is this written in the “natural law” of the universe? Is it implied by the workings of physics that love between two humans is better or worse depending on the similarity of their genitals?
You might not be feeling hate or fear when you say these things.  They are right to be disappointed. You would earn more respect with an apology and an explanation than with this cowardly backpedaling.


Command reference is required.
name is required.
Client budget is required.
Estimated budget is required.
Budget is required.
| Style reference | Product name | Quantity | Actions |
|---|---|---|---|
| {{product.styleReference}} | {{product.name}} | {{product.quantity}} |
|
| Color | Size | Letter size | Quantity | Actions |
|---|---|---|---|---|
| {{model.color}} | {{model.size}} | {{model.letterSize}} | {{model.quantity}} |
|


Excited that @chrisarcand's talk on deleting code is digging into static analysis. Parsing FTW! 🤘🏻🔙 #rubyconf
11/10/2016, 8:43:18 AM
Favs: 3
Retweets: 1
link--- layout: tweet ---
Excited that @chrisarcand's talk on deleting code is digging into static analysis. Parsing FTW! 🤘🏻🔙 #rubyconf
11/10/2016, 8:43:18 AM
Favs: 3
Retweets: 1
link


This is the IFRAME homepage.
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Note: Once you navigate
to another page, you cannot use the context menu in the IFRAME, but you can click outside of the IFRAME to get to the custom menu.
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© Microsoft Corporation
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For new and updated Web samples, visit the MSDN Online Web & Internet Samples site.


I'm addicted to sleeping
I'm good at eating too
It's a pity I can't do latter simultaneously
... or not
Google


Dynamic Tabs
Activated tab: {{ exampleDynamic.activeTabIndex }}
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Activated tab: {{ demoTabNoIndex.activeTabIndex }}
Tabs with icons next to label
favorite
Favorites
Tabs with stacked label and icon
Fixed Tabs
Scrolling Tabs


If you want to make more money as a developer in South Africa – these are the best coding languages
by Staff WriterThe majority of developers in South Africa list JavaScript as one of their primary languages, ahead of C#. However, Python is rapidly rising up the charts, and is in second place on developers’ ‘want-to-learn’ list, after being the fifth most used language in 2019.
That’s according to technology talent marketplace OfferZen’s State of the Software Developer Nation survey, which polled over 4,000 developers to find out about skills, work experience and opportunities among the South African developer community.
Of the most popular languages developers chose, Go and Ruby are among the languages that pay the most across all levels of experience, the report said.
Developers who know Python earn the third highest salary at junior and intermediate level. However, at senior level, developers who know Java earn about R1,500 more than those who know TypeScript or Python.
PHP developers earn the lowest salaries, no matter how much experience they have.
Average developer salary by language
The majority of developers use JavaScript as one of their primary languages. Then, in second place is C# for both Cape Town and Gauteng.
However, the two locations differ on their third most used language with Python as third in Cape Town and Java in Gauteng, OfferZen said.
Languages developers are currently working with in 2019
According to the report, Python is the up and coming language in 2020.
“JavaScript is still in the lead – but only just! Python is slithering up the charts across South Africa at a rapid rate in 2020. It moves into second place on developers’ want to learn list, after being the fifth most used language in 2019,” the report said.
Java takes a major hit, falling into fifth place behind C# and TypeScript despite being the third most widely used language in 2019.
Languages developers want to work with most in 2020
Hitting the keyboard early on in life can make a big difference later on in a tech career, OfferZen said.
Take developers who have 1-2 years of experience, for example: Those who started coding before the age of 12 currently earn the biggest salaries.
In fact, just over half of the developers who started coding before they started high school now earn more than R60,000 per month, while 60% of those who only started in their late 20s earn less than R30,000 per month.


Example of a full eCommerce site developed using the Orchard CMS. Updated base templates with Razor code changes and HTML and CSS changes.
Example of single item eCommerce site developed using the Orchard CMS. Updated base templates with Razor code changes and HTML and CSS changes.
Example of single item eCommerce site developed using the Orchard CMS. Updated base templates with Razor code changes and HTML and CSS changes.


{% extends 'main.html' %} {% block content %}
Username: {{user.username}}
First Name: {{user.first_name}}
Last Name: {{user.last_name}}
Email: {{user.email}}
Phone number: {{customer.phone}}
Street address: {{customer.street_address}}
Order History:
{% for order in past_orders %} {% empty %} No Orders have been placed for this customer. {% endfor %} {% endif %}


Mike grew up in Chicopee, Massachusetts with his parents, Michael & Youngsook Rogers. Stephanie grew up in Carlisle, New York with her parents, Michael & Marijeanne Broadwell, and her four sisters. Mike attended Rensselaer Polytechnic
Institute (RPI),
while Stephanie attended Russell Sage College, both in Downtown Troy, NY. They met in 2012, at one of Mike's fraternity's events and began dating shortly after. Mike graduated from RPI in 2015, and accepted a job offer at Ford Motor
Company
in Southeast Michigan. After graduating from Russell Sage in 2016, Stephanie moved to Michigan to be with Mike. The happy couple lives in St. Clair Shores, MI with their dog, King Charles. Mike works as a Carrier Planner in Ford's
Connected
Vehicle Carrier Planning department, while Stephanie works as a Back-end Developer at Signs365.
Mike and Stephanie are excited to share their wedding day with all of you.
Pass underneath the giant ‘JEFFERSON BEACH MARINA’ sign
Follow road (Harry Stahl Blvd) until you come up to security gate
Pass through gate and continue straight, keeping LEFT at fork
Follow the right bend in the road until you see Valet Parking
33680 S. Gratiot Ave
Charter Twp of Clinton, MI 48035
To make reservation over the phone call
586-792-1500 or by visiting their website.
BLOCKS NO LONGER AVAILABLE
351 Gratiot Ave
Detroit, MI 48226
To make reservation over the phone call
313-967-0900 or by visiting their website.
BLOCKS NO LONGER AVAILABLE
*Recommended for those who are planning on attending the bar crawl
31800 Little Mack Rd
Roseville, MI 48066
BLOCKS NO LONGER AVAILABLE
If you would like recommendations on hotels outside of what is listed above, please feel free to contact the bride or groom for suggestions on hotels and/or cities in the surrounding area!
Let the celebration continue! The newly married couple invite you all to join them in crawling the streets
of Downtown Detroit that evening, following the reception.
Bar Crawl will meet at the Hilton Garden Inn Downtown Detroit Lobby around 8:00PM.
Please feel free to join us along the route if you can't make it until later.
The crawl will make its first stop at Standby near Gratiot and Broadway and then continue onto Monroe Ave making stops at locations on the way to its final destination of Greektown Casino.
Feel free to hang out, drink, and gamble at the Casino or continue on with your night elsewhere! We would like to thank everyone who are able to attend our wedding and continuing the celebrations with this crawl!


| Package | Description |
|---|---|
| com.intuit.ipp.interceptors | |
| com.intuit.ipp.services |
| Modifier and Type | Method and Description |
|---|---|
CallbackHandler |
RequestElements.getCallbackHandler()
Gets Callback Handler
|
| Modifier and Type | Method and Description |
|---|---|
void |
RequestElements.setCallbackHandler(CallbackHandler callbackHandler)
Sets Callback Handler
|
| Modifier and Type | Method and Description |
|---|---|
<T extends IEntity> |
DataService.addAsync(T entity,
CallbackHandler callbackHandler)
Method to add the given entity in asynchronous fashion
|
<T extends IEntity> |
DataService.deleteAsync(T entity,
CallbackHandler callbackHandler)
Method to delete record for the given entity in asynchronous fashion
|
<T extends IEntity> |
DataService.downloadAsync(T entity,
CallbackHandler callbackHandler)
Method to download the file for the given entity id in asynchronous fashion
|
<T extends IEntity> |
DataService.downloadPDFAsync(T entity,
CallbackHandler callbackHandler)
Method to download the file for the given entity id in asynchronous fashion
|
void |
DataService.executeBatchAsync(BatchOperation batchOperation,
CallbackHandler callbackHandler)
Method to cancel the operation for the corresponding entity in asynchronous fashion
|
void |
DataService.executeCDCQueryAsync(List<? extends IEntity> entities,
String changedSince,
CallbackHandler callbackHandler)
Method to retrieve records for the given list of query in asynchronous fashion
|
void |
DataService.executeQueryAsync(String query,
CallbackHandler callbackHandler)
Method to retrieve records for the given list of query in asynchronous fashion
|
<T extends IEntity> |
DataService.findAllAsync(T entity,
CallbackHandler callbackHandler)
Method to retrieve all records for the given entity in asynchronous fashion
Note, without pagination this will return only 100 records
Use query API to add pagintion and obtain additional records
|
<T extends IEntity> |
DataService.findByIdAsync(T entity,
CallbackHandler callbackHandler)
Method to find the record for the given id for the corresponding entity in asynchronous fashion
|
<T extends IEntity> |
DataService.sendEmailAsync(T entity,
CallbackHandler callbackHandler)
Method to send the entity to default email for the given id in asynchronous fashion
|
<T extends IEntity> |
DataService.sendEmailAsync(T entity,
String email,
CallbackHandler callbackHandler)
Method to send the entity to email for the given id in asynchronous fashion
|
<T extends IEntity> |
DataService.updateAsync(T entity,
CallbackHandler callbackHandler)
Method to update the record of the corresponding entity in asynchronous fashion
|
<T extends IEntity> |
DataService.uploadAsync(T entity,
InputStream docContent,
CallbackHandler callbackHandler)
Method to upload the file for the given entity in asynchronous fashion
|
<T extends IEntity> |
DataService.voidRequestAsync(T entity,
CallbackHandler callbackHandler)
Method to cancel the operation for the corresponding entity in asynchronous fashion
|
Copyright © 2017. All rights reserved.


QWaylandSeat Class
The QWaylandSeat class provides access to keyboard, mouse, and touch input. More...
| Header: | #include <QWaylandSeat> |
| qmake: | QT += waylandcompositor |
| Since: | Qt 5.8 |
| Inherits: | QWaylandObject |
Public Types
| enum | CapabilityFlag { Pointer, Keyboard, Touch, DefaultCapabilities } |
| flags | CapabilityFlags |
Properties
Public Functions
| QWaylandSeat(QWaylandCompositor *compositor, CapabilityFlags capabilityFlags = DefaultCapabilities) | |
| virtual | ~QWaylandSeat() |
| QWaylandSeat::CapabilityFlags | capabilities() const |
| QWaylandCompositor * | compositor() const |
| QWaylandDrag * | drag() const |
| virtual void | initialize() |
| bool | isInitialized() const |
| QWaylandKeyboard * | keyboard() const |
| QWaylandSurface * | keyboardFocus() const |
| QWaylandKeymap * | keymap() |
| QWaylandView * | mouseFocus() const |
| QWaylandPointer * | pointer() const |
| void | sendFullKeyEvent(QKeyEvent *event) |
| void | sendFullKeyEvent(QWaylandSurface *surface, QKeyEvent *event) |
| void | sendFullTouchEvent(QWaylandSurface *surface, QTouchEvent *event) |
| void | sendKeyPressEvent(uint code) |
| void | sendKeyReleaseEvent(uint code) |
| void | sendMouseMoveEvent(QWaylandView *view, const QPointF &localPos, const QPointF &outputSpacePos = QPointF()) |
| void | sendMousePressEvent(Qt::MouseButton button) |
| void | sendMouseReleaseEvent(Qt::MouseButton button) |
| void | sendMouseWheelEvent(Qt::Orientation orientation, int delta) |
| void | sendTouchCancelEvent(QWaylandClient *client) |
| void | sendTouchFrameEvent(QWaylandClient *client) |
| uint | sendTouchPointEvent(QWaylandSurface *surface, int id, const QPointF &point, Qt::TouchPointState state) |
| bool | setKeyboardFocus(QWaylandSurface *surface) |
| void | setMouseFocus(QWaylandView *view) |
| QWaylandTouch * | touch() const |
- 5 public functions inherited from QWaylandObject
Signals
| void | cursorSurfaceRequest(QWaylandSurface *surface, int hotspotX, int hotspotY) |
| void | keyboardFocusChanged(QWaylandSurface *newFocus, QWaylandSurface *oldFocus) |
| void | mouseFocusChanged(QWaylandView *newFocus, QWaylandView *oldFocus) |
Detailed Description
The QWaylandSeat class provides access to keyboard, mouse, and touch input.
The QWaylandSeat provides access to different types of user input and maintains a keyboard focus and a mouse pointer. It corresponds to the wl_seat interface in the Wayland protocol.
Member Type Documentation
enum QWaylandSeat::CapabilityFlag
flags QWaylandSeat::CapabilityFlags
This enum type describes the capabilities of a QWaylandSeat.
| Constant | Value | Description |
|---|---|---|
QWaylandSeat::Pointer | 0x01 | The QWaylandSeat supports pointer input. |
QWaylandSeat::Keyboard | 0x02 | The QWaylandSeat supports keyboard input. |
QWaylandSeat::Touch | 0x04 | The QWaylandSeat supports touch input. |
QWaylandSeat::DefaultCapabilities | Pointer | Keyboard | Touch | The QWaylandSeat has the default capabilities. |
The CapabilityFlags type is a typedef for QFlags<CapabilityFlag>. It stores an OR combination of CapabilityFlag values.
Property Documentation
drag : QWaylandDrag * const
Access functions:
| QWaylandDrag * | drag() const |
keymap : QWaylandKeymap * const
Access functions:
| QWaylandKeymap * | keymap() |
Member Function Documentation
QWaylandSeat::QWaylandSeat(QWaylandCompositor *compositor, CapabilityFlags capabilityFlags = DefaultCapabilities)
Constructs a QWaylandSeat for the given compositor and with the given capabilityFlags.
[virtual]
QWaylandSeat::~QWaylandSeat()
Destroys the QWaylandSeat
QWaylandSeat::CapabilityFlags QWaylandSeat::capabilities() const
Returns the capability flags for this QWaylandSeat.
QWaylandCompositor *QWaylandSeat::compositor() const
Returns the compositor for this QWaylandSeat.
[signal]
void QWaylandSeat::cursorSurfaceRequest(QWaylandSurface *surface, int hotspotX, int hotspotY)
QWaylandDrag *QWaylandSeat::drag() const
Returns the drag object for this QWaylandSeat.
Note: Getter function for property drag.
[virtual]
void QWaylandSeat::initialize()
bool QWaylandSeat::isInitialized() const
QWaylandKeyboard *QWaylandSeat::keyboard() const
Returns the keyboard for this input device.
QWaylandSurface *QWaylandSeat::keyboardFocus() const
Returns the current focused surface for keyboard input.
See also setKeyboardFocus().
[signal]
void QWaylandSeat::keyboardFocusChanged(QWaylandSurface *newFocus, QWaylandSurface *oldFocus)
QWaylandView *QWaylandSeat::mouseFocus() const
Returns the view that currently has mouse focus.
See also setMouseFocus().
[signal]
void QWaylandSeat::mouseFocusChanged(QWaylandView *newFocus, QWaylandView *oldFocus)
This signal is emitted when the mouse focus has changed from oldFocus to newFocus.
QWaylandPointer *QWaylandSeat::pointer() const
Returns the pointer device for this QWaylandSeat.
void QWaylandSeat::sendFullKeyEvent(QKeyEvent *event)
Sends the event to the keyboard device.
void QWaylandSeat::sendFullKeyEvent(QWaylandSurface *surface, QKeyEvent *event)
void QWaylandSeat::sendFullTouchEvent(QWaylandSurface *surface, QTouchEvent *event)
Sends the event to the specified surface on the touch device.
void QWaylandSeat::sendKeyPressEvent(uint code)
Sends a key press event with the key code to the keyboard device.
void QWaylandSeat::sendKeyReleaseEvent(uint code)
Sends a key release event with the key code to the keyboard device.
void QWaylandSeat::sendMouseMoveEvent(QWaylandView *view, const QPointF &localPos, const QPointF &outputSpacePos = QPointF())
Sets the mouse focus to view and sends a mouse move event to the pointer device with the local position localPos and output space position outputSpacePos.
void QWaylandSeat::sendMousePressEvent(Qt::MouseButton button)
Sends a mouse press event for button to the QWaylandSeat's pointer device.
void QWaylandSeat::sendMouseReleaseEvent(Qt::MouseButton button)
Sends a mouse release event for button to the QWaylandSeat's pointer device.
void QWaylandSeat::sendMouseWheelEvent(Qt::Orientation orientation, int delta)
Sends a mouse wheel event to the QWaylandSeat's pointer device with the given orientation and delta.
void QWaylandSeat::sendTouchCancelEvent(QWaylandClient *client)
Sends a cancel event to the touch device of a client.
void QWaylandSeat::sendTouchFrameEvent(QWaylandClient *client)
Sends a frame event to the touch device of a client.
uint QWaylandSeat::sendTouchPointEvent(QWaylandSurface *surface, int id, const QPointF &point, Qt::TouchPointState state)
Sends a touch point event to the surface on a touch device with the given id, point and state.
Returns the serial for the touch up or touch down event.
bool QWaylandSeat::setKeyboardFocus(QWaylandSurface *surface)
Sets the current keyboard focus to surface. Returns a boolean indicating if the operation was successful.
See also keyboardFocus().
void QWaylandSeat::setMouseFocus(QWaylandView *view)
Sets the current mouse focus to view.
See also mouseFocus().
QWaylandTouch *QWaylandSeat::touch() const
Returns the touch device for this QWaylandSeat.


IREC 2016-2017
The University of Miami is set to compete in the 2017 Intercollegiate Rocket Engineering Competition for the first time in the school's history. We will achieve an apogee of 30,000ft (cruising altitude of a 747!) after spending all year testing and designing the vehicle. This is part of our logarithmic scaling plan as a team. Last year, we went to 3,000 feet. This year, we go to 30,000 feet.
Team Members
German Acosta Quiros
Kawan Amelung
Joseph Tsuji
Alexander Berne
Daniel Morgan
Diego Ortiz
Raden Gustinvil
Jackey Chen
Jacob Wise
Parv Gondalia
Tachaka Ray
Michael Pressman
Josh Dughman
Jeremiah Truesdell
Rachel Lyons
Shayna Hume
Devin Michaels
JP Concha
Justin Johnson
Justin Lei
Michael Lennon


When creating games, Unity is my preferred game engine and Visual stuido as my IDE. All of my projects are written in C#.
These are the progams I use to create 2D assets for games. Gimp, being essentially the free version of photoshop, offers a wide range of tools for a variety of situations. Where as Aseprite, I use mostly for creating and animating sprites.
For 3D assets, blender is my go to. I usually produce simple low-poly objects, but they're clear and consistent in the worlds they exisit in.


Champlain Compass
Welcome to the Champlain Compass Database Web Interface. This site is designed to help you quickly update and manage the Champlain Compass mobile app through the data located in its database. To get started please login below.
Welcome to the Champlain Compass Database Web Interface. This site is designed to help you quickly update and manage the Champlain Compass mobile app through the data located in its database. To get started please login below.


THE LONG KISS GOODNIGHT A film review by Scott Renshaw Copyright 1996 Scott Renshaw
(New Line) Starring: Geena Davis, Samuel L. Jackson, Patrick Malahide, Craig Bierko, Brian Cox, David Morse. Screenplay: Shane Black. Producers: Renny Harlin, Stephanie Austin, Shane Black. Director: Renny Harlin. MPAA Rating: R (violence, profanity, adult themes) Running Time: 119 minutes. Reviewed by Scott Renshaw.
It is easy for me to understand the reasoning which pegged Shane Black's script for THE LONG KISS GOODNIGHT as worth $4 million, because it includes all the elements which tend to make studio executives soil themselves in anticipation. A high concept premise, plenty of gratuitous violence, a little T&A, buddies exchanging profane one-liners, really big explosions...these are the stuff of blockbusters, my friends. They are also the stuff of inane, incoherent garbage, unlikely to gain any style points with inane, incoherent garbagemeister Renny Harlin (CUTTHROAT ISLAND) at the helm. The thing is that THE LONG KISS GOODNIGHT is a difficult film to dismiss, because it is just as often entertaining as it is actively infuriating. As inane, incoherent garbage goes, it's really not that bad.
 Eight years earlier she woke up on a beach pregnant and with no recollection of her previous life, and has since become a simple working mother while detectives failed to provide any clues to her identity. But Mitch Henessey (Samuel L. Jackson) manages to succeed where others did not, and finds names which may help fill in the blanks. It turns out that Samantha might not like what she finds, as she learns that she was a government-trained assassin named Charley Baltimore, and that she has plenty of enemies who are not at all pleased to find her alive. She also has friends, but the trick is figuring out who they are before someone erases her memory for good.
Harlin tried to turn wife Geena Davis into an action heroine in CUTTHROAT ISLAND, and the result was the biggest financial disaster in the history of the cinema. Apparently that was not enough to shake his conviction that Davis had the right stuff, and THE LONG KISS GOODNIGHT sort of proves him right. There is something strangely satisfying about watching Davis turn into a killing machine, while partner Jackson (as the down-on-his-luck gumshoe who usually does the ass-kicking in such films) generally looks on ineffectually. It's primitive role-reversal stuff, but it works; it's a great bit of business when hausfrau Samantha takes a pie she has just baked in a Pyrex dish and uses it to beat in the head of an assailant. Jackson also gets a handful of simplistic but very funny gag lines, and even a line in which he makes fun of making up gag lines. It would be over-estimating the subtlety of THE LONG KISS GOODNIGHT to refer to it as a satire, but its bending of conventions often works quite well.
At other times, it is about as conventional as action film-making gets, and distressingly brutal. There is a sequence early in the film involving a deer hit by a car which will raise plenty of hackles, and it provides an appropriate prelude to numerous scenes of torture, disturbing fantasy/dream sequences and plenty of good old-fashioned shootings and stabbings. Harlin and Black also play unfair with the tired device of a child in distress, and manage to play plenty of bodily functions for gags along the way. Into the middle of this rather crude mess they then drop half-hearted attempts at character development, with Davis' discovery resulting in a split personality and Jackson trying to redeem himself for something or other. For four million bucks, I suppose Shane Black figured he might as well throw in the kitchen sink.
Yet I can't deny that THE LONG KISS GOODNIGHT made me laugh, and that there was never a time when I was bored. Yes, villains appear and disappear with scarcely a thought to explaining who they are or why they matter. Yes, it is overloaded and overblown in a way which can make anyone who cares about good movies cringe. Yes, it is sometimes becomes so violent as to be off-putting. THE LONG KISS GOODNIGHT is an exploitation film, but it is an exploitation film with a sense of its own absurdity. You may not care at all about Mitch Henessey as a person, but you will probably find yourself enjoying his exasperated delivery of Black's crude humor; you may not really believe Charley Baltimore _is_ a person, but you might still find her exploits a guilty pleasure. THE LONG KISS GOODNIGHT is an easy film to like, and equally easy to hate.
On the Renshaw scale of 0 to 10 femme fatalities: 6.
-- Receive Scott Renshaw's reviews directly via email from Marquee! Visit http://www.marquee.com/marquee-mailinglists.html for details. Visit Scott Renshaw's MoviePage http://www-leland.stanford.edu/~srenshaw
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Results in Console
A reducer is a simple function accepts state and action as arguments, and base on the action type it return the next state after applying it's logic
Check the example in the script.js


Remaster is made to be as light as possible, but still it comes with all the office tools you really need.
- AbiWord is a word processor.
- Gnumeric is a spreadsheet program.
- Both applications were made to be as light and fast as possible. They are very easy to learn and use.


This theme features some wonderful photography courtesy of Death to the Stock Photo.
Front end developer
5 Westgate St, (Opposite Nat West bank) Cowbridge, Vale of Glamorgan
CF71 7AQ
Working in sales mainly. Sales included face to face and over the phone. I also helped with running the store. I had input in business decisions. I was capable of running the shop on my own when necessary. This job has helped me to build on my sales ability and also my managerial skills. I was trusted with stock checking and then updating the owners on what was low and what would need to be ordered and if an order should be cancelled due to excess stock. I learnt to deal with returns and store credits when customers were not satisfied with the products.
I worked as a sales agent for the post office homephone and broadband contract. My role included selling the products to new and existing customers as well as dealing with upgrades for existing customers. I also occasionally dealt with unhappy customers and had to come to a resolution both the customer and the company were happy with by talking to the customer and listening to what they want and offering solutions. Like any job I have targets and quota’s to achieve. This has taught me how to achieve particular targets and how to improve my performance.
Ethos Building, Kings Road, Swansea
SA1 8AS
HTML developer and Deputy department manager
Working full time since march 2013. This was my first full time web development job and has taught me a lot. My roles included maintaing over one thousand customer websites, setting up new customer website using template based Site in a boxes, adding new features to customer websites. Other roles did include creating and managing new product projects.
I’m hardworking and very reliable. I work well in teams or on my own and I am able to keep myself motivated and driven to achieve my goals. I am very punctual with projects and have a good eye for planning them out to avoid any unnecessary complications throughout. I am a very social person and have excellent people skills along with a great phone manner. I am told that I am very polite and helpful.


SPICE WORLD A film review by Matt Williams
RATING: 1/2* out of * * * *
Talk about a movie that seemed dated before it even hit the theaters! Spice World is the feature film debut of the pre-fabricated pop band, The Spice Girls. It's intended as a sort of Hard Day's Night, but ends up simply hard to watch.
When watching the Spice Girls, I'm reminded of an old Saturday Morning Cartoon trick (such as from The Smurfs, The Snorks, or Teenage Mutant Ninja Turtles) in which identically animated creatures are differentiated into characters merely by one personality quirk and a different name. The Spice Girls are themselves as interchangable as Pringles, and about as talented.
There's Ginger (Geri Halliwell), the brainy one, Sporty (Melanie Chisholm), the athletic one, Baby (Emma Bunton), the childish one, Posh (Victoria Adams), the fashion-conscious one, and Scary (Melanie Brown), the one with a tongue pierced back so far you're almost certain the post sticks out her throat.
The film itself doesn't really have a plot. It follows the girls as they travel here and there, culminating at their "first live performance" at Albert Hall. The action, however, seems more like a hodgepodge of mismatched ideas.
The various misfires include: an alien encounter, a fiendish tabloid editor scheming to wreck The Spice Girls, the shooting of a Spice Girls documentary, a movie producer (George Wendt) trying to pitch various ideas for a Spice Girls movie (nearly all of which, though incredibly far fetched, seem more plausible than the mess with which they ended up), a meeting with a pregnant friend (whose sole purpose seems to be to maintain the film maxim that all pregnant characters must give birth before the movie ends), a boating adventure, a bus race, club-hopping (wherein apparently no one notices the famous Spice Girls among the crowd...even when they start to sing), and an assorted number of musical performances, press conferences, and general all-around celebrity stuff. Whew.
For some reason, the film is littered with star cameos. From Elton John to Elvis Costello, from Bob Hoskins to Meat Loaf. Heck, even Roger Moore shows up, though he can't decide if he's parodying himself as James Bond, or if he's lobbying to be the reincarnation of Ernst Stavro Blofeld. Richard E. Grant has the largest secondary part, a thankless role of the band's manager, Clifford.
The celebrity spotting is partially amusing, and a decent way to pass the time when confronted with the rest of the film. Neither amusing or spontaneous, when the Spice Girls are between songs they are deadly boring. Their songs are alright, but they play like lifeless adaptations of the music videos.
My advice to fans is: stay home and watch that video collection, or at least spin that CD a couple of more times...either option will be more enjoyable than the film. Non-fans should know to stay well away from this one.
Copyright 1998 Matt Williams
- Matt Williams<EMAIL_ADDRESS>Reviewer for Shreck's Cinema: http://www.shreck.com Home of over 500 reviews, and information on over 500 upcoming releases
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A current project required me to drop a Silverlight control into a WebPart for inclusion in a Microsoft SharePoint site. In the past, I think that the Silverlight component could be created programmatically like any other ASP.NET control, but if I understand correctly, this support has been dropped from the latest version of Silverlight (4.0 as of this writing).
As you may know, WebParts do not natively support the use of the ASP.NET templating engine in order to assist with rendering its contents. That is, we can’t create a corresponding markup file as we do with .aspx or .ascx components. We can work around this by using LoadControl() in order to render a user control (.ascx file) within the body of the WebPart’s CreateChildControls() method, but I wanted to see if I could avoid having to create a separate user control just for embedding my Silverlight component.
I found two currently supported approaches to adding Silverlight content to a page in version 4: using an object tag or client-side using Javascript.aspx). Since I wasn’t doing much else with Javascript on the client, I wanted to stick to a server-side solution. My attempts at programmatically creating the Silverlight control as outlilned here failed, so what I ended up doing was to embed the object tag into an HtmlGenericControl directly in the WebPart. Here is the code:
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 |
|
One small thing to note is that we need to specify a height for the Silverlight control when it appears in a WebPart zone. Setting width to 100% is fine, but setting the height must be done using a specific height due to the layout logic used by the zones.


Solving Stefan (moving-boundary) formulation of a diffusion problem using numerical and symbolic computing - Part 1
28 Dec 2020Moving-boundary problems are a subset of the general concept of boundary-value problems which not only require the solution of the underlying partial differential equation (PDE), but also the determination of the boundary of the domain (or sub-domains) as part of the solution. Moving-boundary problems are usually referred to as Stefan problems and can be used to model a plethora of phenomena ranging from phase separation and multiphase flows in materials engineering to bone development and tumor growth in biology.
Diffusion systems are the mathematical models in which the change of state variables occurs via spreading of components. These systems are described by a set of parabolic PDEs and can model a large number of different systems in science and engineering. Combining the diffusion systems with moving-boundary problems provides a way to study the systems in which the diffusion leads to the change of domain geometry. Such systems have great importance in various real-world scenarios in chemistry and chemical engineering as well as environmental and life sciences.
In this post, I will describe the simplest possible formulation of such a system. The focus is on the Stefan problem, and the contribution of the diffusion part is simplified in a 1D formulation of a diffusion-controlled moving boundary test-case. In this example, we want to find the velocity of the moving interface in a solid-liquid diffusion system in which the solid particles diffuse in the liquid and the interface moves as a result of mass loss. Such a system resembles corrosion or degradation phenomena. For a 1D case, the position of the diffusion interface can be determined by:
where and are the current and initial interface positions, respectively, and is obtained through solving:
where is the concentration in the solid bulk (i.e. materials density), and is the concentration at which the material is released to the medium. represents the initial concentration of the solid ions in the liquid, which is usually zero for most corrosion cases. Erfc is the complementary error function and is defined as (it is usually available as a math function in most of the numerical and symbolic computing libraries):
To simplify the notation, let’s encapsulate the concentration fraction:
So, the equation would be:
Obviously, this is not a simple equation to obtain directly, but first, before going to use a numerical technique to solve it, we try to use a symbolic computation to see if it is capable of handling such an equation. For this purpose, we use SymPy, a powerful Python package for symbolic mathematics.
We should first import the package and initialize an interactive session:
from sympy import init_session
init_session(quiet=True)
Then, we define the symbols:
a, D, C = symbols("alpha, D, C")
It was pretty simple, wasn’t it. So, let’s go for defining the main equation and printing it to be sure that it’s defined as expected:
eq = a - C * sqrt(D/pi) * exp(-a**2/D) / erfc(-a/sqrt(D))
Eq(eq, 0)
which results to this output (which will be written in the LaTeX format thanks to what init_session
has already prepared for us):
Perfect, let’s call the solver to see what happens:
solve(eq, a)
It produces the following error:
NotImplementedError Traceback (most recent call last)
<ipython-input-3-644d539985dd> in <module>
----> 1 solve(eq, a)
Oops, apparently, the equation was so complex for our symbolic solver to understand, and it means nothing but we should switch to a numerical implementation. This is what I will explain in the next post.


Sista Elena Luna
Democrat
I am a self-employed artist. My original artwork, prints, merchandise, commissioned portraits, and logo brand design services can be found and purchased through my website, sistalunamakes.com.
I received my BA in Studio Art from Colorado College in 2010.
80487
I have voted in every election, including mid-terms, since I registered at 18. I donated to the Bernie Sanders campaign during the 2020 primary. When I receive my ballot, I spend a few days doing research on the various ballot measures, discussing and asking questions with friends and family to get a variety of perspectives in order to make informed choices to the best of my ability.
Artist Member of Steamboat Creates (formally Steamboat Springs Arts Council) - 2015, 2016 Co-founder of Young Bloods Collective; a 501(c)(3) nonprofit serving creatives in Routt County - 2017 Young Bloods Collective Working Board Vice President - January 2017 through December 2018 Young Bloods Collective Working Board President - January 2019 to present
My work with the nonprofit I co-founded, Young Bloods Collective, has provided me with numerous opportunities to help with community outreach, providing support and structure for creative expression, and serving my local community. I have learned quite a bit about the vital value of community interconnectivity through producing our various arts and culture events, productions, and exhibits. None of the YBC programming I helped create over the last four years would have been possible without the collaboration and support of other nonprofits, local businesses, and inspired community members.
I am interested in taking a more active, engaged roll in contributing to the systems that serve myself and fellow Colorado residents. I am a Colorado native who has lived in suburban (Lafayette/Louisville), city (Denver) and rural (Steamboat Springs) Colorado, which are a variety of experiences that I hope would be helpful in making choices that best benefit all Colorado residents.
I believe an important part of reaching a consensus among many individuals is having a clear, shared vision that all members recognize from the beginning. When disagreements inevitably arise, that shared vision can serve as a touchstone for everyone to come back to, helping to facilitate necessary compromises and adjusting of expectations. As a human, fairness is very important to me, as it connects to my personal integrity and moral compass when making decisions that affect many others, not just myself.
As an artist, most of creating artwork is problem solving - adapting to find a solution to the vision you have set in your mind when things do not go exactly as planned along the way. There is a type of flexibility in creative problem solving, as it thrives on incorporating new information and adjusting the plan as the solution comes together. This adaptability helps me to find new and unique solutions not only on the canvas, but in larger group projects and events as well.
Female


{{Infobox prepared food | name = Bánh tét | image = | caption = A plate of bánh tét, with mung bean paste filling; with banana leaf removed and sliced into thick wheel-shaped slices just prior to serving | alternate_name = | country = Vietnam | region = Vietnamese-speaking areas | creator = | course = | served = | main_ingredient = glutinous rice, banana leaf, meat or vegetarian filling (such as mung beans) | variations = | calories = | other = Traditionally consumed during Tết }} Bánh tét is a Vietnamese savoury but sometimes sweetened cake made primarily from glutinous rice, which is rolled in a banana leaf into a thick, log-like cylindrical shape, with a mung bean or mung bean and pork filling, then boiled.video After cooking, the banana leaf is removed and the cake is sliced into wheel-shaped servings. photo
Contents |
Although bánh tét are made and consumed during Tết (the Vietnamese new year), the "tét" in the food's name literally means "sliced" or "split", possibly referring to the fact that it is served in slices. "Bánh" is used to refer to various baked and grilled food including small packages or "cakes", sandwiches, crepes, and spring rolls.<ref>Banh</ref>
The process of making bánh tét usually begins the day before Tét where the ingredients are prepared then cooked for at least six hours in a pot of boiling water. The first step is assembling the ingredients - glutinous rice, mung bean paste or soaked mung bean and pork belly. Next, the ingredients are layered on top of banana leaves before wrapped together tightly with strings. To prevent the banana leaf from coming apart during cooking, bánh tét are usually wrapped again several times with a length of plastic ribbon before boiling in a large pot of water. photo
Bánh tét is a must have traditional food in Vietnamese Lunar New Year. It demonstrates the importance of rice in the Vietnamese culture as well as historical value. During Vietnamese Tét, family members would gather together and enjoy feasting on bánh tét, the central food of this festive Vietnamese holiday to celebrate the coming of spring.<ref>{{Cite journal | last = Avieli | first = Nir | title = Vietnamese New Year rice cakes: iconic festive dishes and contested national identity | journal = Ethnology | accessdate = 2012-04-07 | date = 2005-03-22 | url = http://www.accessmylibrary.com/article-1G1-140490316/vietnamese-new-year-rice.html }}</ref> The process of making bánh tét is time consuming, but a tradition that many families still practice even in this modern society where pre-made bánh tét are sold virtually in every Vietnamese store. It is the effort that counts and many choose to spend time with their family to create the holiday treat the traditional way. The process of making bánh tét is to provide an opportunity for family members to bond and come together to celebrate the holiday spirit.<ref name="vietnam-beauty1">"Banh Chung" - the soul of Vietnamese New Year!</ref>
The cake is eaten during the Vietnamese Lunar New Year holiday, dipped in fish sauce with or without chilli, and can be eaten together with pickled scallions. The cake can also be fried.
Bánh tét are traditional to and most popular in central and southern Vietnam. A similar food (though rectangular in shape) is called bánh chưng in the north. According to historian Trần Quốc Vượng, bánh tét is a version of bánh chưng derived during Vietnam's process of Nam tiến (southward expansion) in the 17th century. According to legend, bánh chưng was first made 4,000 years ago by Prince Lang Lieu. The cakes were round and squared shapes, the round Day cake symbolizing the sky and the square Chung cake symbolizing the Earth.<ref name="vietnam-beauty1"/>
{{reflist}}
{{Commons category|Bánh tét}}
{{Dumplings}}
{{DEFAULTSORT:Banh tet}}


data class NetworkMapInfo
NetworkMapInfo(address: HostAndPort, legalName: String)
val address: HostAndPort
val legalName: String


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Monarch Butterfly
Arctic Fox
Shenandoah
Salamander
Whooping
Crane
Emperor
Penguin
Beluga
Whale
Ivory Gull
Koala
Polar Bear
Hawksbill
Sea Turtle
American
Pika
Rusty Patched
Bumble Bee
Common Clownfish
Leatherback
Sea Turtle
Ringed Seal
Ringed Seal
Bicknell's Thrush
Ringed Seal
Click an animal to learn more.
Latin name: Pusa Hispida
Conservsation status: least concern (population is unknown)
Ringed seals are the smallest of all seals and live primarily in the Arctic Ocean. They are able to dive as deep as 300 feet and stay under for up to 45 minutes. They blow bubbles before surfacing to check for Polar Bears, their main predator. The seals use their sharp claws to make breathing holes in the thick ice.
All populations of Ringed Seals are expected to be adversely affected by climate change because of dependence on sea ice and snow dens for breeding, protecting pups, moulting and resting. Early warming causes pups to separate prematurely from their mothers. As sea ice declines, other threats are fisheries by-catch, increased shipping, tourism and development. Seals are vulnerable to disease from heavy concentrations
of pollutants that have accumulated in the Arctic food web.


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tensor: Tensor product of arrays
The tensor product of two arrays is notionally an outer
product of the arrays collapsed in specific extents by summing
along the appropriate diagonals.
| Version: |
1.5 |
| Published: |
2012-05-05 |
| Author: |
Jonathan Rougier |
| Maintainer: |
Jonathan Rougier <j.c.rougier at bristol.ac.uk> |
| License: |
GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: |
no |
| CRAN checks: |
tensor results |
Downloads:
Reverse dependencies:
| Reverse depends: |
CopulaREMADA, PTAk, SOUP |
| Reverse imports: |
bmotif, DAISIE, dr4pl, hds, NTS, spatstat, spatstat.local, tensorBF, tensorBSS |
| Reverse suggests: |
LSAmitR, morpheus |
Linking:
Please use the canonical form
https://CRAN.R-project.org/package=tensor
to link to this page.


Somewhat along the same lines as the previous post, I recently threw a Growler Party, which means a lot of beer for not a ton of money and it's all local/craft/delicious beer. As a side-effect to this, I got my hands on some growlers from the newest brewery in Madison, Karben4. They're so new, in fact, that I had to bring someone else's growler for a fill of the magic stuff.
The two beers in question today are their Night Call Smoked Porter ([drools]) and the Block Party Amber Ale. The Porter is delightfully smoky - just the right amount, while the Amber is very "sessionable." Unfortunately that makes it a bit lighter and more bitter than I'd like my beers, but to each their own.
| Super-classy labels right there |
The two beers in question today are their Night Call Smoked Porter ([drools]) and the Block Party Amber Ale. The Porter is delightfully smoky - just the right amount, while the Amber is very "sessionable." Unfortunately that makes it a bit lighter and more bitter than I'd like my beers, but to each their own.
Prep/Cooking:
Our batters took on their characteristic colors as they usually do, and the flavor/aroma profiles started to get interesting. What works in liquid form doesn't always work in batter or pancake form. The smokiness of the porter, which in liquid form are a delightful complement to the darker malty tones, just comes off as weird in batter. When's the last time you had smoky batter? Exactly. The Amber, on the other hand, used the batter to quell some of its bitterness, and the flavor fills in a lot more bringing out its subtler flavors. I actually prefer the amber ale in batter form. Welp?
| Ebony.....and......Ivory... |
Results:
Smoked Porter - 1. If you already have some, give it a try. Why not?
Amber Ale - 0. It just didn't taste like beer pancakes by the end.
Syrup - 1? It didn't really enhance the flavor on either of the beercakes, but at least it means you get to eat syrup, amirite?
Cooking something that's already strongly smoky to begin with kind of makes it taste burnt, unfortunately. It grew on me gradually, but it was just weird. Smoky pancakes are weird. The Amber, on the other hand, lots the bitterness it has in beer form, but unfortunately in the process of cooking it also lost most of its flavor. It might be worth mentioning that these are two survivors of the Growler Party, though only a day or two old at time of pancakery, so maybe that had an influence?
What're your thoughts on the flavor flatness of these two? Have you checked out Karben4 yet? Let us know!


Dunn, Margaret
| Birth Name | Dunn, Margaret |
| Gender | female |
| Age at Death | 33 years, 8 months, 25 days |
Narrative
Robert & Margaret (Frater) Dunn, with their children, Margaret & Mark, arrived steerage in NSW in 1838. Her parents were pillars of the Presbyterian Church.
In the Index of Baptism (Old Records) there is a record of a Birth of Margaret Gray to John & Margaret Gray in 1857 #9612. Did they have another child ???
When Margaret died at her home at Parramatta, she was only 33 years old, she died of Phthisis, (TB). She had been married to John Gray for a few days over 10 years. She is buried in All Saints C of E Cemetery, North Parramatta with her baby daughter Alice Jessie, (1 mth old), while her husband is buried in at St. John's Cemetery, Parramatta.
Events
| Event | Date | Place | Description | Sources |
|---|---|---|---|---|
| Birth | 1830 | Berwick-on-Tweed Northumberland Eng | ||
|
|
||||
| Death | 1863-09-26 | Church Street, Parramatta NSW | ||
|
|
||||
| Burial | 1863-09-28 | All Saints CofE Parramatta Nth, NSW | ||
|
|
Parents
| Relation to main person | Name | Birth date | Death date | Relation within this family (if not by birth) |
|---|---|---|---|---|
| Father | Dunn, Robert | 1774 | 1843-03-11 | |
| Mother | Frater, Margaret | 1780 | 1853-07-26 | |
| Brother | Dunn, Mark Fredrick [Marcus] | about 1825 | 1857-03-11 | |
| Dunn, Margaret | 1830 | 1863-09-26 |
Families
Family of Gray, John and Dunn, Margaret |
|||||||||||||||||
| Married | Husband | Gray, John ( * 1830-05-03 + 1901-06-09 ) | |||||||||||||||
|
|||||||||||||||||
| Children |
| Name | Birth Date | Death Date |
|---|---|---|
| Gray, Ruth | 1854-07-17 | 1911-10-02 |
| Gray, Robert Joseph | 1855-12-18 | 1917-02-01 |
| Gray, Caroline Adeline Louisa | 1858-09-20 | 1952-06-10 |
| Gray, Alice Jessie | 1861-03-02 | 1861-04-06 |
| Type | Value | Notes | Sources |
|---|---|---|---|
| _UID | A9FCFA65E5C4D5119853B7EB0FA9CA6D0F52 |
Attributes
| Type | Value | Notes | Sources |
|---|---|---|---|
| _UID | B7FCFA65E5C4D5119853B7EB0FA9CA6D1D32 |


Watch the step-by-step tutorial with screenshots...
xxm provides a number of libraries and executables. This is a description of their purpose and how to install them.
Depending on what you require some library or executable may be better than the other options. Please review all options to carefully select which option suits your needs best.
handlers:
tools:
The xxmLocal libraries enable Internet Explorer to load xxm projects directly using the "xxm:" URL scheme.
This is a direct way to run an xxm project, since the project runs inside of the iexplore.exe
process.
%SystemRoot%\system32\regsvr32.exe
to register the xxmLocal.dll file. This will add the "xxm:" URL scheme to the registry. This will also define the xxm file types (xxm,xxmi,xxmp,xxl).xxmLocal libraries resolve projects by name using the registry. Project definitions are stored here:
HKEY_CURRENT_USER\SOFTWARE\xxm\local
HKEY_LOCAL_MACHINE\SOFTWARE\xxm\local
Each project has a key with the default value containing the full path to the xxl file.
When an xxmLocal library is registered, the xxl file type registry also includes a context-menu item to add the project to the registry.
Since the rapid release schedule, it has proven to be impossible to keep up the pace with the limited resources available, and the xxmGecko handler has been discontinued.
The xxmGecko libraries enable Firefox to load xxm projects directly using the "xxm:" URL scheme.
This is a direct way to run an xxm project, since the project runs inside of the firefox.exe
process.
application/x-xpinstall
). An install dialog box is displayed. After installing FireFox may request a restart, and xxmGecko will be listed with the installed add-ons.xxmGecko libraries resolve projects by name using the registry. Project definitions are stored here:
HKEY_CURRENT_USER\SOFTWARE\xxm\local
HKEY_LOCAL_MACHINE\SOFTWARE\xxm\local
Each project has a key with the default value containing the full path to the xxl file.
Use an xxm ISAPI extension to load xxm projects with IIS. An ISAPI extension can be loaded in several ways, see below for a list of options.
There are a few options to configure IIS to use the xxmISAPI dll's
http://localhost/xxm/xxmIsapiEx.dll/demo/test.xxm
IIS 7 requires ISAPI dll's to be added to the list of accepted plugins in the security administration
IIS 7.5 offers to add the dll to the allowed modules when you create a wildcard application mapping. On 64-bit machines, set the 'enable 32-bit applications' option in the application pool advanced settings. Also the folder containing the xxl module file(s) may need a security setting for IIS APPPOOL\DefaultAppPool
or the approriate application pool (Don't look it up in the objects list, type it manually in the names box.)
IIS 7.5 shows its own error pages when xxm wants to report an error. Navigate the Server Manager to "Error Pages" and edit the feature settings to display 'Detailed pages' instead of the default 'Custom error pages' to show xxm's error page content in case of an error.
xxm ISAPI extensions resolve projects by name using the projects definition file xxm.xml
, in the same directory as the xxm ISAPI extension library. An example xxm.xml
with a single project definition may look like this:
<ProjectRegistry> <Project Name="demo"> <ModulePath>C:\xxm\demo\demo.xxl</ModulePath> </Project> </ProjectRegistry>
A project entry may have an Alias
attribute to have a project name map to the same library as another project:
<Project Name="otherdemo" Alias="demo"></Project>
To disable creating a copy of the .xxl
file to load, add attribute LoadCopy="0"
to the project entry.
If you want to host only one single xxm project, add a SingleProject
attribute to the ProjectRegistry document element, to refer to a project definition.
xxmAhttpd (mod_xxm, Apache httpd 2.2 module)
Use an xxm Apache httpd module to run xxm projects with Apache HTTP server.
To configure Apache httpd to use the xxm Apache httpd handler, add a section similar to the example below to the httpd.conf
file.
Attention: use forward slash as path delimiter.
LoadModule xxm_module "C:/path/to/xxm/binaries/xxmAhttpd.dll" <Location /test> SetHandler xxm-handler </Location>
xxm Apache httpd module resolves projects by name using the projects definition file xxm.xml
, in the same directory as the xxm Apache httpd module library. An example xxm.xml
with a single project definition may look like this:
<ProjectRegistry> <Project Name="demo"> <ModulePath>C:\xxm\demo\demo.xxl</ModulePath> </Project> </ProjectRegistry>
A project entry may have an Alias
attribute to have a project name map to the same library as another project:
<Project Name="otherdemo" Alias="demo"></Project>
To disable creating a copy of the .xxl
file to load, add attribute LoadCopy="0"
to the project entry.
If you want to host only one single xxm project, add a SingleProject
attribute to the ProjectRegistry document element, to refer to a project definition.
xxmHSys1 (HTTPAPI v1) 1.1.5 xxmHSys2 (HTTPAPI v2) 1.1.7
xxmHSys processes use HTTPAPI calls to respond to HTTP requests handled by http.sys
within the Windows kernel.
xxmHSys1Dev.exe
or xxmHSys2Dev.exe
in a live environment.xxmHSys1Svc /install
" to install the service ("/uninstall" to uninstall)xxmHSys1SvcAU /install
" to install the service ("/uninstall" to uninstall)xxmHSys uses a projects definition file xxm.xml
, in the same directory as the xxmHSys executable. An example xxm.xml
with a single project definition may look like this:
<ProjectRegistry> <Project Name="demo"> <ModulePath>C:\xxm\demo\demo.xxl</ModulePath> </Project> </ProjectRegistry>
A project entry may have an Alias
attribute to have a project name map to the same library as another project:
<Project Name="otherdemo" Alias="demo"></Project>
To disable creating a copy of the .xxl
file to load, add attribute LoadCopy="0"
to the project entry.
Start xxmHSys with one or more project names in the command line parameters to load.
xxmCGI/xxmHost (CGI with Apache httpd,IIS,...)
Using the library built for a specific web-server is preferred over using CGI. CGI creates a new process for each request, which has a negative effect on performance. Because these 'short' processes only exist for the time it takes to respond to a request, xxmCGI.exe
patches request/response-data to/from a separate xxmHost process, so that projects and their session data can stay loaded.
xxmHostDev.exe
in a live environment.xxmHostSvc /install
" to install the service ("/uninstall" to uninstall)xxmHostSvcAU /install
" to install the service ("/uninstall" to uninstall)xxmHost resolves projects by name using the projects definition file xxm.xml
, in the same directory as the xxmHost executable. An example xxm.xml
with a single project definition may look like this:
<ProjectRegistry> <Project Name="demo"> <ModulePath>C:\xxm\demo\demo.xxl</ModulePath> </Project> </ProjectRegistry>
A project entry may have an Alias
attribute to have a project name map to the same library as another project:
<Project Name="otherdemo" Alias="demo"></Project>
To disable creating a copy of the .xxl
file to load, add attribute LoadCopy="0"
to the project entry.
If you want to host only one single xxm project, add a SingleProject
attribute to the ProjectRegistry document element, to refer to a project definition.
follow these instructions to install xxmCGI.exe
:
Apache httpd 2.2 ...
these are instructions to install xxmCGI/xxmHost with Apache httpd, for the xxm Apache httpd module see xxmAhttpd
The default httpd.conf contains a ScriptAlias /cgi-bin/
directive to a directory. Copy xxmCGI.exe
to this directory and use URLs of this form:
http://myserver/cgi-bin/xxmCGI.exe/someproject/
to have shorter URLs, add this to httpd.conf: ...
<Location /someproject> SetHandler xxmcgi-handler Action xxmcgi-handler /cgi-bin/xxmCGI.exe virtual </Location>
and use URLs of this form:
http://myserver/someproject/
IIS ...
it is strongly advised to use xxmIsapi with IIS, see faq: 'how do I debug an xxm project?' for debugging options with xxmIsapi
Give the directory xxmCGI.exe
is in execute permissions. Add a virtual directory to this directory (e.g. named "somefolder") and use URLs of this form:
http://myserver/somefolder/xxmCGI.exe/someproject/
to have shorter URLs, add a 'Wildcard' Application Mapping in the Application Configuration, mapping extension ".*
" to xxmCGI.exe
(uncheck 'Script engine' and 'Check that file exists') and use URLs of this form:
http://myserver/someproject/
running an xxmHost process
when using xxmCGI.exe
, be sure to have an xxmHost process running. You can keep a process running (in order of recommendation):
HKEY_CURRENT_USER\SOFTWARE\Microsoft\Windows\CurrentVersion\Run
**: assuming the computer has a user logged on to the console by default.
if xxmCGI.exe
can't connect to a running xxmHost process, it responds to all requests with this message:
Error connecting to xxm request handler process
xxmSCGI (SCGI with nginx, Lighttpd, ...) 1.2.3
xxmSCGI handlers accept incoming SCGI connections to serve dynamic HTTP requests over.
xxmSCGIDev.exe
in a live environment.xxmSCGI resolves projects by name using the projects definition file xxm.xml
, in the same directory as the xxmSCGI executable. An example xxm.xml
with a single project definition may look like this:
<ProjectRegistry> <Project Name="demo"> <ModulePath>C:\xxm\demo\demo.xxl</ModulePath> </Project> </ProjectRegistry>
A project entry may have an Alias
attribute to have a project name map to the same library as another project:
<Project Name="otherdemo" Alias="demo"></Project>
To disable creating a copy of the .xxl
file to load, add attribute LoadCopy="0"
to the project entry.
If you want to host only one single xxm project, add a SingleProject
attribute to the ProjectRegistry document element, to refer to a project definition.
follow these instructions to install xxmSCGI.exe
:
nginx ...
Configure certain requests to be handled by the SCGI module, by adding code like this to nginx.conf
:
location /test/ { include scgi_params; scgi_pass localhost:4000; }
Be sure to start an xxmSCGI handler, optionally with a Port=
parameter (default 4000).
Lighttpd ...
Configure certain requests to be handled by the SCGI module, by adding code like this to lighttpd.conf
:
scgi.server = ( "/test/" => (( "host" => "<IP_ADDRESS>", "port" => 4000, "check-local" => "disable" )) )
Be sure to start an xxmSCGI handler, optionally with a Port=
parameter (default 4000).
Use one of the xxmHttp installations to run xxm projects from a process that handles HTTP requests directly
xxmHttpDev.exe
in a live environment.xxmHttpSvc /install
" to install the service ("/uninstall" to uninstall)xxmHttpSvcAU /install
" to install the service ("/uninstall" to uninstall)specify following command line parameters to alter default behaviour (for services, define values in registry key HKEY_LOCAL_MACHINE\Software\xxm\service
)
.xxl
module for loading. (default enabled, use when debugging an xxm project with xxmHttp.exe as host application)xxmHttp resolves projects by name using the projects definition file xxm.xml
, in the same directory as the xxmHttp executable. An example xxm.xml
with a single project definition may look like this:
<ProjectRegistry> <Project Name="demo"> <ModulePath>C:\xxm\demo\demo.xxl</ModulePath> </Project> </ProjectRegistry>
A project entry may have an Alias
attribute to have a project name map to the same library as another project.
<Project Name="otherdemo" Alias="demo"></Project>
To disable creating a copy of the .xxl
file to load, add attribute LoadCopy="0"
to the project entry.
If you want to host only one single xxm project, add a SingleProject
attribute to the ProjectRegistry document element, to refer to a project definition.
xxmProject provides a basic interface to create a new project, or edit an existing project.
xxmConv is a minimal wrapper around the xxm parser engine that generates the compilable source code. Pass it a directory, the location of an xxmp or xxl file, and it will generate the project source code.
use xxmRun to register xxmLocal, optionally other COM libraries and one or more xxm projects, only for the time of one browser session.
when xxmRun starts, the lines of xxmRun.ini in the same directory is parsed, if any processes are started (e.g. Internet Explorer), xxmRun waits silently until it ends, and then rolls back the definitions in xxmRun.ini in reverse order
lines in xxmRun.ini are of one of these forms:
example xxmRun.ini:
{78786D00-0000-0001-C000-000000000001}xxmLocal.dll
{A20016A7-685B-4554-A8B6-7A06E71D22FB}WikiEngine.dll
"demo"demo.xxl
!unpack.exe demomdb.zip %tmp%\
_pack.exe %tmp%\demo.mdb demomdb.zip
@xxm://demo
About installing side-by-side:
Though it is possible to install several of above options at once, it is strongly advised not to use more than one of them to run a certain xxm project simultaneously. Doing so may interfere normal operation when more than one process has a file-lock on the project library file (e.g. when compiling or updating).


Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Serves 4
Preheat the oven to 200C/400F/Gas 6.
For the quail, place the port and beef stock into a pan and bring to a boil. Reduce the heat and simmer for 15-20 minutes until the liquid has reduced by two thirds.
Heat a frying pan until hot and add 25g/1oz of the butter.
Season each quail with salt and freshly ground black pepper and stuff the cavity with a sprig of thyme. Place each quail breast-side down into the frying pan. Fry on all sides until golden all over (you may need to cook the quails in batches so as not to overcrowd the pan).
Heat a lidded casserole dish until hot and add 25g/1oz of the butter. Add the leeks, turnips, carrots, fennel and garlic and fry for 2-3 minutes to soften.
Place the quail on top of the vegetables and pour over the reduced sauce. Cover the casserole with the lid and place into the oven to cook for 15-20 minutes, or until the quail is completely cooked through.
For the risotto, place the chicken stock into a clean pan over a medium heat and bring to a gentle simmer.
Meanwhile, heat a saucepan until hot, then add the onion, garlic and 25g/1oz of the butter and cook for 2-3 minutes, until softened but not coloured.
Add the rice and cook for a minute, stirring well to coat the rice in the melted butter.
Add the Muscat and simmer to reduce the liquid by half.
Add the warm stock, one ladleful at a time, stirring until nearly all the stock is absorbed before adding the next ladleful. Cook until all the stock has been added and absorbed and the rice is just tender.
Add the grapes, the remaining 25g/1oz of butter and the parmesan. Stir to combine and season, to taste, with salt and freshly ground black pepper.
Meanwhile, remove the quail from the casserole and set aside to rest in a warm place. Spoon equal portions of the vegetables among four warmed serving plates.
Place the casserole over a high heat and boil the sauce to reduce the liquid by half. Add the final 25g/1oz of butter and season, to taste, with salt and freshly ground black pepper.
To serve, place one quail on top each plate of vegetables and spoon over the sauce. Place a spoonful of risotto alongside.


Home
Schedule
Schedule
Search
12th July
13th July
09:30-09:40 am
Welcome Note & Agenda Overview
Sunil Kumar Makkena
09:40-09:50 am
Expectations from participants
John Renard
09:50-10:15 am
Organizational Strategy current and plan for 2020
N.J. Joseph
10:15-10:45 am
Organizational Financial Performance
Ajay Aggarwal
10:45-11:15 am
UG Goals and Aspirations FY17 and FY20
John Renard
11:15-11:30 am
Tea Break
11:30-11:45 am
UG Strategy-Program Velocity
Venkata Mane
11:45-01:00 pm
UG Strategy breakout sessions on 6 focus areas
Six Groups
01:00-02:00 pm
Team Lunch @ GF-Library
02:00-03:30 pm
Presentation: Opportunity areas(Top 5 Services) Presentation: Corresponding Breakout Group
20 Mins /Opportunity owner 10 Mins /Group (3*each)
03:30-03:45 pm
Tea Break
03:45-04:15 pm
Addressing U&G Team
Mr. Mohan Reddy
04:15-05:45 pm
Presentation: Opportunity areas(Top 5 Services) Presentation: Corresponding Breakout Group
20 Mins /Opportunity owner 10 Mins /Group (2*each)
05:45-06:30 pm
Present and share views/outcome of 2016 sales meet @ NAM and Demos (solutions/tools)
Bala Tangirala & Jaishankar Jayaraman (Jeff & Dan optional)
06:30-07:00 pm
Present & share views/outcome of 2016 sales meet @ Europe
Gareth Bathers & Kshemendra Chaturvedi
07:30-09:00 pm
Dinner
Experience Center
09:30-10:00 am
DLM updates (Design Led Manufacturing)
Venky Padmanabhan
10:00-10:25 am
APAC,IMEA Sales Presentation: Share two FY16 success stories/learnings
SEA: Sukanta & Manish
10:25-10:50 am
APAC,IMEA Sales Presentation: Q1'17 realized and plan to meet FY17 annual budget Qrt.wise, key accounts split
ANZ: Steve & Manish
10:50-11:15 am
APAC,IMEA Sales Presentation: Customer needs / Competition, Aspiration for 2020 with a goal of 4X of FY17
India, Africa: Amit, Ishan & Raghu
11:30-11:55 am
APAC,IMEA Sales Presentation: Cust. needs & Strategy building annuity accounts (Partners/Alliances)
Middle East: Agnel & Raghu M
11:15-11:30 am
Tea Break
11:55-12:20 pm
APAC,IMEA Sales - ZIST
SanjayS 10Min / Sunil Makkena 10 Min
12:20-12:45 pm
HR key strategies / Q&A
NAM
12:45-01:45 pm
Lunch @ GF-Library
01:45-02:15 pm
Competency building by meeting 90% of needs
Lower Attrition by 3%
Krishnamohan Vajhala
02:15-02:45 pm
Plan on reaching 80% utilization
Associate engagement strategy and actions
Raghubabu Challagulla
02:45-03:15 pm
S3 oriented-our focus on solutions-FY20 Competency development, Project Management skills & Quality of Delivery
Rajandrav Dayal
03:15-03:45 pm
Addressing U&G team
Krishna Bodanapu
03:45-04:00 pm
Tea Break
04:00-04:45 pm
Geo wise groups alignment and SME strategy support for BD/Presales/solution execution - Structure
Sunil Kumar Makkena
04:45-05:15 pm
Sales force & deal margin template processes
Rajanikanth Muppalla
05:15-05:45 pm
IP tools / automation (POC Exec)
Santosh Patlolla
05:45-06:15 pm
Marketing support - plan ahead
Pia Abraham
06:15-06:30 pm
Key takeaways
06:30-06:45 pm
Way forward & Closing comments
John Renard
Searched Speaker's Events
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- add(Path) - Method in class tracer.paths.MultiPath
-
- add(Point) - Method in class tracer.Point
-
Add the given point to this point.
- add(float, float) - Method in class tracer.Point
-
- add(Point, Point) - Static method in class tracer.Point
-
Adds two points.
- add(Point) - Method in class tracer.renders.Render
-
- addAll(Collection<Path>) - Method in class tracer.paths.MultiPath
-
- addGap() - Method in class tracer.paths.MultiShape
-
- addOneOfEachPathType(float, ArrayList<Path>) - Static method in class tracer.paths.Path
-
Adds one of each Path type in the tracer library to the given ArrayList.
- addToBlendAmt(float) - Method in class tracer.paths.Blender
-
- addVertex(float, float, float) - Method in class tracer.paths.Gesture
-
Adds a vertex at time t.
- addVertex(Point, float) - Method in class tracer.paths.Gesture
-
Adds a vertex at time t.
- addVertex(Gesture.SpaceTimePoint) - Method in class tracer.paths.Gesture
-
Adds a vertex / time coordinate to the Path.
- addVertex(Point) - Method in class tracer.paths.MultiShape
-
- addVertex(int, Point) - Method in class tracer.paths.Shape
-
Adds a vertex to the Shape.
- addVertex(Point) - Method in class tracer.paths.Shape
-
Adds a vertex to the Shape.
- ALMOST_ONE - Static variable in class tracer.paths.Path
-
- apply(PGraphics) - Method in class tracer.TStyle
-
Applies this style to the given PGraphics instance.
- Arc - Class in tracer.paths
-
A path drawn along the perimeter of an arc.
- Arc(Point, Point, float, float, int) - Constructor for class tracer.paths.Arc
-
- Arc(float, float, float, float, float, float, int) - Constructor for class tracer.paths.Arc
-
Constructs an Arc analogously to Processing's native arc() function.
- Arc(Arc) - Constructor for class tracer.paths.Arc
-
Copy constructor.
- Arc(float, float, float) - Constructor for class tracer.paths.Arc
-
Easy constructor.
- avg(Point, Point) - Static method in class tracer.Point
-
Averages two points.
- avg(Point...) - Static method in class tracer.Point
-
Averages a sequence or array of points.


gbz80 —
CPU
opcode reference
This is the list of opcodes supported by
rgbasm(1),
including a short description, the number of bytes needed to encode them and
the number of CPU cycles at 1MHz (or 2MHz in GBC dual speed mode) needed to
complete them.
Note: All arithmetic/logic operations that use register
A as destination can omit the destination as it
is assumed it's register
A. The following two
lines have the same effect:
List of abbreviations used in this document.
-
-
- r8
- Any of the 8-bit registers (A,
B, C,
D, E,
H, L).
-
-
- r16
- Any of the general-purpose 16-bit registers
(BC, DE,
HL).
-
-
- n8
- 8-bit integer constant.
-
-
- n16
- 16-bit integer constant.
-
-
- e8
- 8-bit offset
(-128 to
127).
-
-
- u3
- 3-bit unsigned integer constant
(0 to 7).
-
-
- cc
- Condition codes:
- Z:
- Execute if Z is set.
- NZ:
- Execute if Z is not set.
- C:
- Execute if C is set.
- NC:
- Execute if C is not set.
-
-
- vec
- One of the RST vectors
(0x00, 0x08,
0x10, 0x18,
0x20, 0x28,
0x30 and
0x38).
- ADC
A,r8
- ADC
A,[HL]
- ADC
A,n8
- ADD
A,r8
- ADD
A,[HL]
- ADD
A,n8
- AND
A,r8
- AND
A,[HL]
- AND
A,n8
- CP A,r8
- CP
A,[HL]
- CP A,n8
- DEC r8
- DEC
[HL]
- INC r8
- INC
[HL]
- OR A,r8
- OR
A,[HL]
- OR A,n8
- SBC
A,r8
- SBC
A,[HL]
- SBC
A,n8
- SUB
A,r8
- SUB
A,[HL]
- SUB
A,n8
- XOR
A,r8
- XOR
A,[HL]
- XOR
A,n8
- ADD
HL,r16
- DEC r16
- INC r16
- BIT
u3,r8
- BIT
u3,[HL]
- RES
u3,r8
- RES
u3,[HL]
- SET
u3,r8
- SET
u3,[HL]
- SWAP r8
- SWAP
[HL]
- RL r8
- RL [HL]
- RLA
- RLC r8
- RLC
[HL]
- RLCA
- RR r8
- RR [HL]
- RRA
- RRC r8
- RRC
[HL]
- RRCA
- SLA r8
- SLA
[HL]
- SRA r8
- SRA
[HL]
- SRL r8
- SRL
[HL]
- LD
r8,r8
- LD
r8,n8
- LD
r16,n16
- LD
[HL],r8
- LD
[HL],n8
- LD
r8,[HL]
- LD
[r16],A
- LD
[n16],A
- LD
[$FF00+n8],A
- LD
[$FF00+C],A
- LD
A,[r16]
- LD
A,[n16]
- LD
A,[$FF00+n8]
- LD
A,[$FF00+C]
- LD
[HL+],A
- LD
[HL-],A
- LD
A,[HL+]
- LD
A,[HL-]
- CALL
n16
- CALL
cc,n16
- JP HL
- JP n16
- JP
cc,n16
- JR e8
- JR
cc,e8
- RET cc
- RET
- RETI
- RST vec
- ADD
HL,SP
- ADD
SP,e8
- DEC SP
- INC SP
- LD
SP,n16
- LD
[n16],SP
- LD
HL,SP+e8
- LD
SP,HL
- POP AF
- POP r16
- PUSH AF
- PUSH
r16
- CCF
- CPL
- DAA
- DI
- EI
- HALT
- NOP
- SCF
- STOP
Add the value in
r8 plus the carry flag to
A.
Cycles: 1
Bytes: 1
Flags:
- Z: Set if result is 0.
- N: 0
- H: Set if overflow from bit
3.
- C: Set if overflow from bit
7.
Add the value pointed by
HL plus the carry flag to
A.
Cycles: 2
Bytes: 1
Flags: See
ADC A,r8
Add the value
n8 plus the carry flag to
A.
Cycles: 2
Bytes: 2
Flags: See
ADC A,r8
Add the value in
r8 to
A.
Cycles: 1
Bytes: 1
Flags:
- Z: Set if result is 0.
- N: 0
- H: Set if overflow from bit
3.
- C: Set if overflow from bit
7.
Add the value pointed by
HL to
A.
Cycles: 2
Bytes: 1
Flags: See
ADD A,r8
Add the value
n8 to
A.
Cycles: 2
Bytes: 2
Flags: See
ADD A,r8
Add the value in
r16 to
HL.
Cycles: 2
Bytes: 1
Flags:
- N: 0
- H: Set if overflow from bit
11.
- C: Set if overflow from bit
15.
Add the value in
SP to
HL.
Cycles: 2
Bytes: 1
Flags: See
ADD HL,r16
Add the signed value
e8 to
SP.
Cycles: 4
Bytes: 2
Flags:
- Z: 0
- N: 0
- H: Set if overflow from bit
3.
- C: Set if overflow from bit
7.
Bitwise AND between the value in
r8 and
A.
Cycles: 1
Bytes: 1
Flags:
- Z: Set if result is 0.
- N: 0
- H: 1
- C: 0
Bitwise AND between the value pointed by
HL and
A.
Cycles: 2
Bytes: 1
Flags: See
AND A,r8
Bitwise AND between the value in
n8 and
A.
Cycles: 2
Bytes: 2
Flags: See
AND A,r8
Test bit
u3 in register
r8, set the zero flag if bit not set.
Cycles: 2
Bytes: 2
Flags:
- Z: Set if the selected bit
is 0.
- N: 0
- H: 1
Test bit
u3 in the byte pointed by
HL, set the zero flag if bit not set.
Cycles: 3
Bytes: 2
Flags: See
BIT u3,r8
Call address
n16.
Cycles: 6
Bytes: 3
Flags: None affected.
Call address
n16 if condition
cc is met.
Cycles: 6/3
Bytes: 3
Flags: None affected.
Complement Carry Flag.
Cycles: 1
Bytes: 1
Flags:
- N: 0
- H: 0
- C: Complemented.
Subtract the value in
r8 from
A and set flags accordingly, but don't store the
result.
Cycles: 1
Bytes: 1
Flags:
- Z: Set if result is 0.
- N: 1
- H: Set if no borrow from
bit 4.
- C: Set if no borrow (set if
r8 >
A).
Subtract the value pointed by
HL from
A and set flags accordingly, but don't store the
result.
Cycles: 2
Bytes: 1
Flags: See
CP A,r8
Subtract the value
n8 from
A and set flags accordingly, but don't store the
result.
Cycles: 2
Bytes: 2
Flags: See
CP A,r8
Complement accumulator (
A =
~A).
Cycles: 1
Bytes: 1
Flags:
Decimal adjust register A to get a correct BCD representation after an
arithmetic instruction.
Cycles: 1
Bytes: 1
Flags:
- Z: Set if result is 0.
- H: 0
- C: Set or reset depending
on the operation.
Decrement value in register
r8 by 1.
Cycles: 1
Bytes: 1
Flags:
- Z: Set if result is 0.
- N: 1
- H: Set if no borrow from
bit 4.
Decrement the value pointed by
HL by 1.
Cycles: 3
Bytes: 1
Flags: See
DEC r8
Decrement value in register
r16 by 1.
Cycles: 2
Bytes: 1
Flags: None affected.
Decrement value in register
SP by 1.
Cycles: 2
Bytes: 1
Flags: None affected.
Disable Interrupts.
Cycles: 1
Bytes: 1
Flags: None affected.
Enable Interrupts.
Cycles: 1
Bytes: 1
Flags: None affected.
Enter CPU low power mode.
Cycles: -
Bytes: 1
Flags: None affected.
Increment value in register
r8 by 1.
Cycles: 1
Bytes: 1
Flags:
- Z: Set if result is 0.
- N: 0
- H: Set if overflow from bit
3.
Increment the value pointed by
HL by 1.
Cycles: 3
Bytes: 1
Flags: See
INC r8
Increment value in register
r16 by 1.
Cycles: 2
Bytes: 1
Flags: None affected.
Increment value in register
SP by 1.
Cycles: 2
Bytes: 1
Flags: None affected.
Absolute jump to address
n16.
Cycles: 4
Bytes: 3
Flags: None affected.
Absolute jump to address
n16 if condition
cc is met.
Cycles: 4/3
Bytes: 3
Flags: None affected.
Jump to address in
HL, that is, load
PC with value in register
HL.
Cycles: 1
Bytes: 1
Flags: None affected.
Relative jump by adding
e8 to the current
address.
Cycles: 3
Bytes: 2
Flags: None affected.
Relative jump by adding
e8 to the current
address if condition
cc is met.
Cycles: 3/2
Bytes: 2
Flags: None affected.
Store value in register on the right into register on the left.
Cycles: 1
Bytes: 1
Flags: None affected.
Load value
n8 into register
r8.
Cycles: 2
Bytes: 2
Flags: None affected.
Load value
n16 into register
r16.
Cycles: 3
Bytes: 3
Flags: None affected.
Store value in register
r8 into byte pointed by
register
HL.
Cycles: 2
Bytes: 1
Flags: None affected.
Store value
n8 into byte pointed by register
HL.
Cycles: 3
Bytes: 2
Flags: None affected.
Load value into register
r8 from byte pointed
by register
HL.
Cycles: 2
Bytes: 1
Flags: None affected.
Store value in register
A into address pointed by
register
r16.
Cycles: 2
Bytes: 1
Flags: None affected.
Store value in register
A into address
n16.
Cycles: 4
Bytes: 3
Flags: None affected.
Store value in register
A into high RAM or I/O
registers.
The following synonym forces this encoding:
LDH
[$FF00+n8],A
Cycles: 3
Bytes: 2
Flags: None affected.
Store value in register
A into high RAM or I/O
registers.
Cycles: 2
Bytes: 1
Flags: None affected.
Load value in register
A from address pointed by
register
r16.
Cycles: 2
Bytes: 1
Flags: None affected.
Load value in register
A from address
n16.
Cycles: 4
Bytes: 3
Flags: None affected.
Load value in register
A from high RAM or I/O
registers.
The following synonym forces this encoding:
LDH
A,[$FF00+n8]
Cycles: 3
Bytes: 2
Flags: None affected.
Load value in register
A from high RAM or I/O
registers.
Cycles: 2
Bytes: 1
Flags: None affected.
Store value in register
A into byte pointed by
HL and post-increment
HL.
Cycles: 2
Bytes: 1
Flags: None affected.
Store value in register
A into byte pointed by
HL and post-decrement
HL.
Cycles: 2
Bytes: 1
Flags: None affected.
Load value into register
A from byte pointed by
HL and post-increment
HL.
Cycles: 2
Bytes: 1
Flags: None affected.
Load value into register
A from byte pointed by
HL and post-decrement
HL.
Cycles: 2
Bytes: 1
Flags: None affected.
Load value
n16 into register
SP.
Cycles: 3
Bytes: 3
Flags: None affected.
Store
SP into addresses
n16 (LSB) and
n16 + 1 (MSB).
Cycles: 5
Bytes: 3
Flags: None affected.
Add the signed value
e8 to
SP and store the result in
HL.
Cycles: 3
Bytes: 2
Flags:
- Z: 0
- N: 0
- H: Set if overflow from bit
3.
- C: Set if overflow from bit
7.
Load register
HL into register
SP.
Cycles: 2
Bytes: 1
Flags: None affected.
No operation.
Cycles: 1
Bytes: 1
Flags: None affected.
Bitwise OR between the value in
r8 and
A.
Cycles: 1
Bytes: 1
Flags:
- Z: Set if result is 0.
- N: 0
- H: 0
- C: 0
Bitwise OR between the value pointed by
HL and
A.
Cycles: 2
Bytes: 1
Flags: See
OR A,r8
Bitwise OR between the value in
n8 and
A.
Cycles: 2
Bytes: 2
Flags: See
OR A,r8
Pop register
AF from the stack.
Cycles: 3
Bytes: 1
Flags: None affected.
Pop register
r16 from the stack.
Cycles: 3
Bytes: 1
Flags: None affected.
Push register
AF into the stack.
Cycles: 4
Bytes: 1
Flags: None affected.
Push register
r16 into the stack.
Cycles: 4
Bytes: 1
Flags: None affected.
Set bit
u3 in register
r8 to 0.
Cycles: 2
Bytes: 2
Flags: None affected.
Set bit
u3 in the byte pointed by
HL to 0.
Cycles: 4
Bytes: 2
Flags: None affected.
Return from subroutine.
Cycles: 4
Bytes: 1
Flags: None affected.
Return from subroutine if condition
cc is met.
Cycles: 5/2
Bytes: 1
Flags: None affected.
Return from subroutine and enable interrupts.
Cycles: 4
Bytes: 1
Flags: None affected.
Rotate register
r8 left through carry.
C <- [7 <- 0] <- C
Cycles: 2
Bytes: 2
Flags:
- Z: Set if result is 0.
- N: 0
- H: 0
- C: Set according to
result.
Rotate value pointed by
HL left through carry.
C <- [7 <- 0] <- C
Cycles: 4
Bytes: 2
Flags: See
RL r8
Rotate register
A left through carry.
C <- [7 <- 0] <- C
Cycles: 1
Bytes: 1
Flags:
- Z: 0
- N: 0
- H: 0
- C: Set according to
result.
Rotate register
r8 left.
C <- [7 <- 0] <- [7]
Cycles: 2
Bytes: 2
Flags:
- Z: Set if result is 0.
- N: 0
- H: 0
- C: Set according to
result.
Rotate value pointed by
HL left.
C <- [7 <- 0] <- [7]
Cycles: 4
Bytes: 2
Flags: See
RLC r8
Rotate register
A left.
C <- [7 <- 0] <- [7]
Cycles: 1
Bytes: 1
Flags:
- Z: 0
- N: 0
- H: 0
- C: Set according to
result.
Rotate register
r8 right through carry.
C -> [7 -> 0] -> C
Cycles: 2
Bytes: 2
Flags:
- Z: Set if result is 0.
- N: 0
- H: 0
- C: Set according to
result.
Rotate value pointed by
HL right through carry.
C -> [7 -> 0] -> C
Cycles: 4
Bytes: 2
Flags: See
RR r8
Rotate register
A right through carry.
C -> [7 -> 0] -> C
Cycles: 1
Bytes: 1
Flags:
- Z: 0
- N: 0
- H: 0
- C: Set according to
result.
Rotate register
r8 right.
[0] -> [7 -> 0] -> C
Cycles: 2
Bytes: 2
Flags:
- Z: Set if result is 0.
- N: 0
- H: 0
- C: Set according to
result.
Rotate value pointed by
HL right.
[0] -> [7 -> 0] -> C
Cycles: 4
Bytes: 2
Flags: See
RRC r8
Rotate register
A right.
[0] -> [7 -> 0] -> C
Cycles: 1
Bytes: 1
Flags:
- Z: 0
- N: 0
- H: 0
- C: Set according to
result.
Call restart vector
vec.
Cycles: 4
Bytes: 1
Flags: None affected.
Subtract the value in
r8 and the carry flag
from
A.
Cycles: 1
Bytes: 1
Flags:
- Z: Set if result is 0.
- N: 1
- H: Set if no borrow from
bit 4.
- C: Set if no borrow (set if
r8 >
A).
Subtract the value pointed by
HL and the carry flag
from
A.
Cycles: 2
Bytes: 1
Flags: See
SBC A,r8
Subtract the value
n8 and the carry flag from
A.
Cycles: 2
Bytes: 2
Flags: See
SBC A,r8
Set Carry Flag.
Cycles: 1
Bytes: 1
Flags:
Set bit
u3 in register
r8 to 1.
Cycles: 2
Bytes: 2
Flags: None affected.
Set bit
u3 in the byte pointed by
HL to 1.
Cycles: 4
Bytes: 2
Flags: None affected.
Shift left arithmetic register
r8.
C <- [7 <- 0] <- 0
Cycles: 2
Bytes: 2
Flags:
- Z: Set if result is 0.
- N: 0
- H: 0
- C: Set according to
result.
Shift left arithmetic value pointed by
HL.
C <- [7 <- 0] <- 0
Cycles: 4
Bytes: 2
Flags: See
SLA r8
Shift right arithmetic register
r8.
[7] -> [7 -> 0] -> C
Cycles: 2
Bytes: 2
Flags:
- Z: Set if result is 0.
- N: 0
- H: 0
- C: Set according to
result.
Shift right arithmetic value pointed by
HL.
[7] -> [7 -> 0] -> C
Cycles: 4
Bytes: 2
Flags: See
SRA r8
Shift right logic register
r8.
0 -> [7 -> 0] -> C
Cycles: 2
Bytes: 2
Flags:
- Z: Set if result is 0.
- N: 0
- H: 0
- C: Set according to
result.
Shift right logic value pointed by
HL.
0 -> [7 -> 0] -> C
Cycles: 4
Bytes: 2
Flags: See
SRA r8
Enter CPU very low power mode. Also used to switch between double and normal
speed CPU modes in GBC.
Cycles: -
Bytes: 2
Flags: None affected.
Subtract the value in
r8 from
A.
Cycles: 1
Bytes: 1
Flags:
- Z: Set if result is 0.
- N: 1
- H: Set if no borrow from
bit 4.
- C: Set if no borrow (set if
r8 >
A).
Subtract the value pointed by
HL from
A.
Cycles: 2
Bytes: 1
Flags: See
SUB A,r8
Subtract the value
n8 from
A.
Cycles: 2
Bytes: 2
Flags: See
SUB A,r8
Swap upper 4 bits in register
r8 and the lower
ones.
Cycles: 2
Bytes: 2
Flags:
- Z: Set if result is 0.
- N: 0
- H: 0
- C: 0
Swap upper 4 bits in the byte pointed by
HL and the
lower ones.
Cycles: 4
Bytes: 2
Flags: See
SWAP r8
Bitwise XOR between the value in
r8 and
A.
Cycles: 1
Bytes: 1
Flags:
- Z: Set if result is 0.
- N: 0
- H: 0
- C: 0
Bitwise XOR between the value pointed by
HL and
A.
Cycles: 2
Bytes: 1
Flags: See
XOR A,r8
Bitwise XOR between the value in
n8 and
A.
Cycles: 2
Bytes: 2
Flags: See
XOR A,r8
rgbasm(1),
rgbds(7)
rgbds was originally written by Carsten
Sørensen as part of the ASMotor package, and was later packaged in
RGBDS by Justin Lloyd. It is now maintained by a number of contributors at
https://github.com/rednex/rgbds.


If you are opening an online business, start with a good domain name. Start building your world-class online brand today! This domain could be a very valuable on-line marketing tool for your business. It is one of a kind and special domain that has endless applications.
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Be nice, as you're contacting the domain owner directly, not some broker or auto-reply email account. All fields are required, lowball offers and spam will be dutifully ignored.
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Position One View within Another using Anchors
Tags: AppKit, anchors, views
Class: NSView
Cocoa offers a number of different ways to set up your UI layouts. In many cases, you will want a flexible layout that will contract or expand along with the surrounding window, and parent view(s).
One way to handle this is by using Anchors to position one view within another.
See the code snippet for an example. Note that the constants provide some breathing room between your subview and the parent view. Note also that you will need negative numbers for the trailing and bottom anchors in order to achieve a consistent margin around your inner view on all four sides.
Link: Apple Developer Docs
Sample Code:
// We'll use a grid view as the inner view in this example
gridView = NSGridView(views: grid)
gridView.translatesAutoresizingMaskIntoConstraints = false
parentView.addSubview(gridView!)
// Pin the grid to the edges of our main view
gridView!.leadingAnchor.constraint(equalTo: parentView.leadingAnchor, constant: 8).isActive = true
gridView!.trailingAnchor.constraint(equalTo: parentView.trailingAnchor, constant: -8).isActive = true
gridView!.topAnchor.constraint(equalTo: parentView.topAnchor, constant: 8).isActive = true
gridView!.bottomAnchor.constraint(equalTo: parentView.bottomAnchor, constant: -8).isActive = true
Contributed by Herb Bowie on 21 Oct 2019