<pre> v2.0.0 [MOD-2354] - Replaced XZing library with AVFoundation framework. - Supported new barcode types -FORMATCODE93, FORMATCODE39MOD43, FORMATPDF417, FORMATAZTEC, FORMATINTERLEAVED2OF_5 - Supported new methods - freezeCapture() and unfreezeCapture() - Property 'allowRotation' is removed. By default it will analyze portrait and landscape image.
v1.9.1 [TIMOB-18092] Fixed linker error when building with TiSDK 3.5.0+
v1.9.0 [MOD-18092] Updating module to support 64-bit.
v1.8.3 [MOD-1265] Building with 2.1.3.GA and open sourcing
v1.8.2 [MOD-1087] Updating attribution
v1.8.1 [MOD-603] Fixed useLED to properly report if the LED will be used. Also added a button to the example overlay for toggling it on and off.
v1.8 [MOD-434][MOD-439] Fixed a crash when scanning a VEVENT code, and improved the durability of scanning to not crash the application upon parse errors. - BREAKING CHANGE: iOS error event's property "reason" has been renamed to "message" for parity with Android and the documentation.
v1.7 [MOD-377] Fixed regression introduced by Titanium Mobile 1.8.1 [MOD-403] Fixed crash after parsing an invalid barcode.
v1.6 [MOD-304] Added "acceptedFormats" and relevant constants. Check out the documentation and example to find out more. [MOD-202] Added "parse" method for finding barcodes in blobs. See documentation and example for more information. [MOD-250] Added "useLED" property to the module for lighting the LED during scanning, if available.
v1.5 [MOD-241][MOD-256] Added a "useFrontCamera" property to the module to control which camera is used. [MOD-254][MOD-253] "capture" now accepts the "keepOpen" boolean key. Check out the example and documentation to find out more. [MOD-90] "capture" now accepts several new keys: overlay, which takes a view; and showRectangle, which takes a boolean. [MOD-223] Established parity between iOS and Android Barcode modules. - BREAKING CHANGE: iOS now uses event listeners instead of callbacks! Use Ti.Barcode.addEventListener('success', ...) instead of capture({ success: ...})! - BREAKING CHANGE: Android's contentType property is now an integer, instead of a string! Check out the example and documentation to find out more. - BREAKING CHANGE: All automatically parsed "data" keys will now be lower case. This ensures consistency across the API and ease of access. - BREAKING CHANGE: Android now properly fires the "cancel" event, as documented. It was firing the "canceled" event. - Updated examples to be identical; only difference is iOS's example utilizes the allowRotation property. - Added support for processing "WIFI" QR Codes. - Android now supports the "data" property, offering up a easy to use dictionary of the properties from the scanned barcode. - Android now has a "allowMenu" property on the module. See the documentation to find out more. - Updated example to use 'var' for module object returned from require. [MOD-293] Fixed issue with 'Cancel' button not displaying on capture screen
v1.4 MOD-232 Added ability to disable animation when dismissing camera to eliminate redraw artifacts
v1.3 MOD-114 Resolved problems with scanning Code-128 barcodes by updating to the latest version of ZXing
v1.2 MOD-141 Updated ZXingWidgetController.m to remove references to AVFoundation APIs when compiled to run in the simulator. Updated barcode system requirements to state that barcodes are supported in 4.0 and newer Exposed "displayedMessage" property to let developers customize the text that is shown to the user
v1.1 Updated to the latest version of ZXing Exposed "allowRotation" property to let the module scan in portrait and landscape orientations
v1.0 Initial Release


--- layout: page title: Devices and Downloads ---
Here you can download Bootleggers ROM for your supported device. Note that here are just Shishufied builds.
As we said before, we're based on GZOSP, who's made by Ground Zero ROMs team. We track most of the repos from them so, if you know about some specific patches or commits that may help them to make it a more robust base, please send them to their gerrit, or if you want to help us with some fix or feature, please be sure to make a pull request on our github.


(Route : Settings Menu, Customise Command)
This tab page allows you to set the fonts that Ameol will use in its display.
This is a Hot Spot image. Move your mouse pointer over the image
and when the mouse pointer changes to the shape of a hand click
the left mouse button once for extra help.
You apply different fonts to many of Ameol's display windows.


|
|||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
| Class Summary | |
|---|---|
| Sctp | In computer networking, the Stream Control Transmission Protocol (SCTP) is a transport layer protocol, serving in a similar role to the popular protocols Transmission Control Protocol (TCP) and User Datagram Protocol (UDP). |
| SctpAbort | Abort Association (ABORT) (6) |
| SctpChunk | The figure below illustrates the field format for the chunks to be transmitted in the SCTP packet. |
| SctpCookie | Cookie Echo (COOKIE ECHO) (10) |
| SctpCookieAck | Cookie Acknowledgement (COOKIE ACK) (11) |
| SctpCWR | Congestion Window CWR (13) |
| SctpData | Payload Data (DATA) (0). |
| SctpECNE | ECN-Echo (12): |
| SctpError | Operation Error (ERROR) (9) |
| SctpHeartbeat | Heartbeat Request (HEARTBEAT) (4) |
| SctpHeartbeatAck | Heartbeat Acknowledgement (HEARTBEAT ACK) (5) |
| SctpInit | Initiation SCTP Chunk(INIT) (1) |
| SctpInitAck | Initiation Acknowledgement (INIT ACK) (2) |
| SctpInitBaseclass | Initiation SCTP Chunk(INIT) (1) & Initiation ACK SCTP Chunk (INIT_ACK) (2) base class. |
| SctpInitBaseclass.AddressTypeTLV | |
| SctpInitBaseclass.CookieTLV | |
| SctpInitBaseclass.HostnameTLV | |
| SctpInitBaseclass.Ip4TLV | |
| SctpInitBaseclass.Ip6TLV | |
| SctpInitBaseclass.StateCookieTLV | |
| SctpInitBaseclass.TLV | Baseclass for Type-Length-Value parameters. |
| SctpInitBaseclass.UnrecognizedParametersTLV | |
| SctpSack | Selective Acknowledgement (SACK) (3) |
| SctpSack.GapBlock | |
| SctpShutdown | Shutdown Association (SHUTDOWN) (7) |
| SctpShutdownAck | Shutdown Acknowledgement (SHUTDOWN ACK) (8) |
| SctpShutdownComplete | Shutdown Complete (SHUTDOWN COMPLETE) (14) |
| Enum Summary | |
|---|---|
| SctpChunk.SctpChunkType | |
| SctpData.SctpDataProtocol | SCTP Payload Protocol Identifiers |
| SctpInitBaseclass.TLV.TLVTypes | SCTP Init Constants for supported Type-Length-Value parameters. |
|
|||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |


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{% load cms_tags %}
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BATMAN FOREVER A film review by Michael John Legeros Copyright 1995 Michael John Legeros
(WB) Directed by Joel Schumacher Written by Lee Batchler, Janet Scott Batchler, and Akiva Goldsmith Cast Val Kilmer, Tommy Lee Jones, Jim Carrey, Nicole Kidman, Chris O'Donnell, Michael Gough, Pat Hingle MPAA Rating "PG-13" Running Time 121 minutes Reviewed at General Cinemas at Pleasant Valley, Raleigh (16JUN95)
==
In the supremely entertaining BATMAN FOREVER, director Joel Schumacher serves up *story*. Five stories, actually, as if he's anxious to dispel the myth/truth that a BATMAN movie can only be about atmosphere. Working from a strong script that emphasizes the *humor* of Gotham City, the veteran director presents a colorful grab bag of "scarred psychoses."
There's the Riddler (Jim Carrey), a nerdy scientist who's invented a device to "read men's minds." He's in cahoots with Two-Face (Tommy Lee Jones), the scarred ex-District Attorney who is Gotham's villain du jour. Back at Stately Wayne Manor, the Big Guy (Val Kilmer, replacing Michael Keaton) is thinking about retiring the cape, while his ward, Dick Greyson (Chris O'Donnell), is itching to play dress-up. And, chasing everyone listed above, is a pin-up psychologist (Nicole Kidman) who's on hand to diagnose dreams and reaffirm the lead character's heterosexuality.
Each character in BATMAN FOREVER gets their own story, which is fair enough. Unfortunately, only two of those stories really work. The Riddler's is the most fun, with Jim Carrey in fine form as the disgruntled Wayne Enterprises employee who wants his *own* revenge. His Riddler is the life of the party, though we could stand to see more of what his invention does. The other fun one is Chris O'Donnell as Robin. He's the human side of BATMAN FOREVER, and he brings a fresh vitality to a series that's always in danger of taking itself too seriously. He even gets to joyride in the Batmobile, though no one bothers to explains why said vehicle has *two* tail fins in certain scenes, instead of one.
Val Kilmer makes an intriguing Caped Crusader, but he plays his part too straight. There's no edge to his character--nothing to distinguish the fact that *he's* Batman. He may be sturdier than his predecessor, but, frankly, he's a bit of a bore as he spends the entire film brooding over whether or not to be Batman. To cowl, or not to cowl? (Here is where huge chunks of the story seem to be missing. Bruce Wayne seeks help for his dreams, but we're never shown the scene where he's supposedly "cured." We see him *after* the fact, but the scripted explanation involving a diary and a giant bat (!) has been dropped. Why?)
There's enough energy around Kilmer to compensate for his flat Bat, though, even if said superhero functions more like James Bond in a cape than the Dark Knight detective of the comic books. Case in point: the unnecessary romance between Kilmer and Kidman. They barely have any screen time together! Like most of the story, their "love triangle" isn't given enough room to breathe. For super-battles, quick quick is fine; for romance it's a bust.
Academy Award winner Tommy Lee Jones plays the other villain, Harvey "Two-Face" Dent. He's obsessed with justice, but he raves too much for us to believe him. The actor also gets quite a few good lines, though much of his dialogue is muted, as if someone decided that the audience would only laugh at Jim Carrey. The jokes on them--however broadly he's played, Two Face is still more amusing than the one-dimensional Riddler.
If this second villain seems to get lost in the shuffle, it's because Two-Face is introduced immediately, with no background or context for the audience. The director must be counting on the viewer's presold knowledge of the characters; something that isn't true if you haven't been reading your Happy Meal. The credits are rolled over his bank robbery sequence, and it's a lousy to way to start a movie. It's too abrupt. They should've kept the originally scripted opening scene of Two-Face's escape from Arkham Asylum.
In fact, there are several places in BATMAN FOREVER where footage seems to be missing. Was Schumacher under pressure from Warner to bring the film in under two hours? The movie is missing about ten to fifteen minutes of extra footage--small (or not so small) pieces that could go a long way to explaining some of the action. What exactly does Batman's "sonar suit" do, for example? The order of some scenes could also be questioned. For example, the director interrupts a montage of Riddler robberies to show young Master Dick drying his clothes like Jackie Chan. It's a great a bit, but out of place at that point in the film.
BATMAN FOREVER is certainly more fun than the first films, due in no small part to the numerous nods to the TV series. The characters spend more time joking than fighting, while the director lightens nearly every scene with a skewered camera angle or two. Holy homage! There's also a ton of clever details, ranging from a beefcake shot of the Bat Butt to a creatively coifed character affectionately titled "Dr. Burton." Catch some of these on the third and fourth viewing.
The technical credits are all very good. The art direction is impeccable, with superb sets, costumes, and makeup. The special effects are good to very good--and rely a little too heavily on the computer-generated sort, if you ask me. The music is by Elliott Goldenthal, who replaces Danny Elfman. He's written a fine, loud score that never once breaks into the familiar refrain of "na na na na na na na na, BATMAN!"
BOTTOM LINE: The breeziest of the three movies, BATMAN FOREVER comes the closest to reconciling the Dark Knight of the first films with the Camped Crusader of the TV show. It's a brilliant mix, compressed way too tightly into it's 121-minute running time. Recut, please, and let us see the whole thing. Grade: B+
-- Michael J. Legeros Raleigh, NC<EMAIL_ADDRESS>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


{% extends "shared/_layout.html" %} {% block additional_css %} {% endblock %} {% block title %}Home{% endblock %} {% block main_content %}
Outdoor Sports:
Indoor Sports:
Concerts:
Art:
Food:
Pets:


Source code for cityiq.cli.util
import sys
[docs]def group_to_events(group):
if group == 'parking':
events = ['PKIN', 'PKOUT']
elif group == 'ped':
events = ['PEDEVT']
elif group == 'bicycle':
events = ['BICYCLE']
elif group == 'traffic':
events = ['TFEVT']
elif group == 'env':
events = ['TEMPERATURE','HUMIDITY','PRESSURE']
elif group == 'all':
events = None
else:
print("ERROR: Unkown event group: {} ".format(group))
sys.exit(1)
return events
[docs]def group_to_locations(c, group):
if group == 'parking':
locations = list(c.parking_zones) # Get all of the locations
elif group == 'ped':
locations = list(c.walkways) # Get all of the locations
elif group == 'traffic':
locations = list(c.traffic_lanes) # Get all of the locations
elif group == 'bicycle':
locations = list( set(c.cameras)) # Get all of the locations
elif group == 'env':
raise Exception("Environment events must be linked to assets, not Locations. sorry")
else:
locations = []
return locations


Rugby Australia chairman Cameron Clyne to quit after difficult tenure
SYDNEY – Rugby Australia chairman Cameron Clyne on Monday announced he will not stand for re-election in 2020, taking a parting swipe at the media after a difficult four years in charge.
A former head of Australian banking giant NAB, Clyne said his term would end on March 30 when the governing body holds its annual general meeting.
During his tenure, Clyne oversaw the controversial axing of Western Force from the Super Rugby competition and mixed results for the Wallabies.
It culminated in Australia’s World Cup quarterfinal flop in Japan and the resignation of coach Michael Cheika.
He also presided over the divisive sacking this year of Super Rugby’s record try-scorer Israel Folau for homophobic comments, with a potentially costly unfair dismissal court case looming.
Clyne, though, pointed to a number of achievements and positive advancements under his watch, particularly the big growth in female participation in the sport.
“Unfortunately, recently, much of the focus of the media has been directed at myself,” he said, referring to domestic press criticism of the performance of Clyne and chief executive Raelene Castle.
He said this had “overshadowed a lot of great work that has been done and continues to be done at the community level through to the national level by our volunteers, administrators, players, coaches, and match officials across the country”.
“It is hoped that with my resignation, the attention can return to where it rightfully should be, which is on the field and that this positive work will be highlighted.”
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creative technology 3
week 1
reading responses
project
week 2
reading responses
project 1: the web as rube goldberg machine
project 1: documentation
week 3
reading responses
week 4
reading responses
weeks 5-6
reading responses
project 2 documentation: rate my setup
weeks 6-7
reading responses
weeks 8-11
project 3 documentation: making spaces
weeks 10-12
project 4 documentation: animation loops


Breakfast Survey
Great starts with breakfast
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Version 1.2.4.Final of apiman is released!
Apr 25, 2016 Eric Wittmann apiman and releaseGreetings, earthlings! On Friday of last week we released the absolute best version of apiman ever! This release has a fair number of bugs fixed, as well as a few new things. Read on for the details!
Where can I find more information?
The release notes for this release can be found here:
And of course, all of the standard sources of information have been updated:
Just give me the highlights!
Mouse clicky finger too tired? No worries, read on for some of the highlights (not the children’s magazine, but still pretty cool):
Deletes… Finally!
A really annoying thing about apiman, ever since version 1.0, has been the inability to delete anything. Well now you can! The following can now be deleted:
- Organizations
- Plans
- Client Apps
- APIs
Note that there are some conditions that must be met, different for each type of thing, before a delete will be successful. For example, you can only delete an API if it has no (0) published versions.
Decent Logging in the Gateway
We’re not done with this yet, but we finally have decent logging support in the Gateway. In fact, if you’re creating a custom policy, you should access the logger by getting it from the policy conext. Something like this:
IApimanLogger logger = context.getLogger(getClass());
logger.info("An INFO message here!");
logger.debug("A DEBUG message here!");
This is the best way to do logging in apiman. You probably want to stay away from standard output or a custom logger implementation within your policy.
Circuit Breaker Policy
Apiman now comes with a new Circuit Breaker policy (available as a plugin). If you’re not familiar with the circuit breaker pattern, I recommend you go here:
Plugin ClassLoader Improvements
A number of community members have been building their own custom plugins, and they’ve run into some issues with how classes and resources are loaded. In this latest version of apiman we have made a few changes (and fixed a few bugs) that should make writing a custom policy much easier. In particular, the plugin classloader was not properly loading resources from library dependencies. This meant that, for example, any third party library you used that tried to load a service via a Java ServiceLoader would fail (because the service loader’s configuration file would not be found).
Additionally, we’re now setting the plugin’s classloader as the current thread’s context classloader. This means that, again, any of those calls to ServiceLoader will be searching for resources in the correct classloader.
OK thanks, I’m out!
Thanks for reading - see you later.
/post


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objView
- Variable in class edu.iastate.metnet.metaomgraph.ui.
MetadataEditor
OK_ACTION_COMMAND
- Static variable in class edu.iastate.metnet.metaomgraph.chart.
CustomSortDialog
OK_ACTION_COMMAND
- Static variable in class edu.iastate.metnet.metaomgraph.chart.
NewCustomSortDialog
OK_COMMAND
- Static variable in class edu.iastate.metnet.metaomgraph.test.
UniversalProjectCreator
OK_COMMAND
- Static variable in class edu.iastate.metnet.metaomgraph.ui.
CreateListFrame
OK_COMMAND
- Static variable in class edu.iastate.metnet.soft.
SOFTParserOptionPanel
oldcompareTo(Object)
- Method in class edu.iastate.metnet.metaomgraph.
CorrelationValue
oldcompileProcessedData(Collection<String>, File, String)
- Static method in class edu.iastate.metnet.arrayexpress.
NewAEDataDownloader
oldgetFirstAvailableGroupNumber()
- Method in class edu.iastate.metnet.metaomgraph.
RepInfo
oldimportAnnotation(MetaOmProject, AnnotationImporter.Annotation)
- Static method in class edu.iastate.metnet.metaomgraph.
AnnotationImporter
oldmanageColumns2()
- Method in class edu.iastate.metnet.metaomgraph.chart.
MetaOmChartPanel
Displays a table of the chart's columns and allows the user to manually hide/show them.
oldMineTextForTargets(String, TextMiner.TargetString[])
- Static method in class edu.iastate.metnet.metaomgraph.test.
TextMiner
oldPearsonCorrelation(double[])
- Method in class edu.iastate.metnet.metaomgraph.
CorrelationCalc
oldWelcomePanel()
- Method in class edu.iastate.metnet.metaomgraph.ui.
WelcomePanel
onSamePath(TreeNode[], TreeNode[])
- Static method in class edu.iastate.metnet.metaomgraph.utils.
Utils
OPEN_COMMAND
- Static variable in class edu.iastate.metnet.metaomgraph.
MetaOmGraph
openProject(MetaOmProject)
- Static method in class edu.iastate.metnet.metaomgraph.
MetaOmGraph
OpenProjectWorker(File)
- Constructor for class edu.iastate.metnet.metaomgraph.
MetaOmGraph.OpenProjectWorker
Constructor
Option(String, int)
- Constructor for class edu.iastate.metnet.arrayexpress.
FriendlyAEDownloader.Option
OrderableTable
- Class in
edu.iastate.metnet.metaomgraph.chart
A JTable in which you can use drag and drop to re-order the rows.
OrderableTable(NoneditableTableModel)
- Constructor for class edu.iastate.metnet.metaomgraph.chart.
OrderableTable
OriginalOrderMap
<
K
,
V
> - Class in
edu.iastate.metnet.metaomgraph.utils
OriginalOrderMap()
- Constructor for class edu.iastate.metnet.metaomgraph.utils.
OriginalOrderMap
OriginalOrderSet
<
E
> - Class in
edu.iastate.metnet.metaomgraph.utils
OriginalOrderSet()
- Constructor for class edu.iastate.metnet.metaomgraph.utils.
OriginalOrderSet
outputData(File)
- Method in class edu.iastate.metnet.soft.
SOFTParser
outputMetadata(File)
- Method in class edu.iastate.metnet.soft.
SOFTParser
outputMOGMetadata(File)
- Method in class edu.iastate.metnet.arrayexpress.
AEImportPanel
outputMOGMetadata(File)
- Method in class edu.iastate.metnet.arrayexpress.
NewAEImportPanel
outputToFile(File)
- Method in class edu.iastate.metnet.metaomgraph.
Metadata
outputToStream(OutputStream)
- Method in class edu.iastate.metnet.metaomgraph.
Metadata
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SecureSet Mock Student Website
This is a new paragraph!
This is a BOLD new paragraph! This is a new sentence without a paragraph break, in bold italics.


|
CEG4166 TestLib
|
Functions | |
| void | testCase1b () |
| void | testCase2a () |
| void | testCase2b () |
| void | testCase3 () |
| void | testCase4a () |
| void | testCase4b () |
| void | testCase5 () |
| void | testCase6 () |
| void | testCase7a () |
| void | testCase7b () |
| void | testCase8 () |
| void | testing2USARTS (int, int, uint8_t *) |
Variables | |
| char | buffer [BUFSIZ] |
| void testCase1b | ( | ) |
Testing print functions to USART0 as default USART with interrupts. It is expected that the default 0 is already opened.
| void testCase2a | ( | ) |
Testing print functions to USART0 as default USART without interrupts. Leaves the connection to USART0 open. To be executed before enabling interrupts.
| void testCase2b | ( | ) |
Testing print functions to USART0 defined explicitly (with interrupts). It is expected that USART0 is already opened.
| void testCase3 | ( | ) |
Closes USART0 and renables it.
| void testCase4a | ( | ) |
Reads character from keyboard and echos to terminal (type S to stop) with polling routines. It is expected that USART0 is already opened. Use before interrupts are enabled.
| void testCase4b | ( | ) |
Reads character from keyboard and echos to terminal (type S to stop) with interrupt driven routines. It is expected that USART0 is already opened. Use after interrupts are enabled.
| void testCase5 | ( | ) |
Waits until 20 characters are collected in the ring buffer (displays count). Flushes the characters collected. Waits until 5 characters are received - collect and print them.
| void testCase6 | ( | ) |
Transmits very long message 20 times, 2000 characters, to fill transmit buffer (255 characters).
| void testCase7a | ( | ) |
Transmission and reception between USART1 and USART2.
| void testCase7b | ( | ) |
Transmission and reception between USART1 and USART2. USART1 is setup as the default USART.
| void testCase8 | ( | ) |
Transmission and reception between USART2 and USART3.
| void testing2USARTS | ( | int | usartA, |
| int | usartB, | ||
| uint8_t * | caseName | ||
| ) |
Transmission and reception between two USARTS.
| char buffer[BUFSIZ] |
Testing print functions to USART0 as default USART without interrupts. Leaves the connection to USART0 open. To be executed before enabling interrupts.


array curl_multi_info_read ( resource $mh [, int &$msgs_in_queue = NULL ] )
Ask the multi handle if there are any messages or information from the individual transfers. Messages may include information such as an error code from the transfer or just the fact that a transfer is completed. Repeated calls to this function will return a new result each time, until a FALSE is returned as a signal that there is no more to get at this point. The integer pointed to with msgs_in_queue will contain the number of remaining messages after this function was called. Warning The data the returned resource points to will not survive calling curl_multi_remove_handle().
On success, returns an associative array for the message, FALSE on failure. Contents of the returned array Key: Value:


abstract class StyledComponent : Component
Base class for components supporting CSS styling.
StyledComponent()
Base class for components supporting CSS styling. |
var background: Background?
Background of the current component. |
|
var border: Border?
Border of the current component. |
|
var borderBottom: Border?
Bottom border of the current component. |
|
var borderLeft: Border?
Left border of the current component. |
|
var borderRight: Border?
Right border of the current component. |
|
var borderTop: Border?
Top border of the current component. |
|
var color: Color?
Text color for the current component. |
|
var colorHex: Int?
Text color for the current component given in hex format (write only). |
|
var colorName: COLOR?
Text color for the current component given with named constant (write only). |
|
var height: CssSize?
Height of the current component. |
|
var margin: CssSize?
Margin of the current component. |
|
var marginBottom: CssSize?
Bottom margin of the current component. |
|
var marginLeft: CssSize?
Left margin of the current component. |
|
var marginRight: CssSize?
Right margin of the current component. |
|
var marginTop: CssSize?
Top margin of the current component. |
|
var maxHeight: CssSize?
Maximal height of the current component. |
|
var maxWidth: CssSize?
Maximal width of the current component. |
|
var minHeight: CssSize?
Minimal height of the current component. |
|
var minWidth: CssSize?
Minimal width of the current component. |
|
var opacity: Double?
Opacity of the current component. |
|
var padding: CssSize?
Padding of the current component. |
|
var paddingBottom: CssSize?
Bottom padding of the current component. |
|
var paddingLeft: CssSize?
Left padding of the current component. |
|
var paddingRight: CssSize?
Right padding of the current component. |
|
var paddingTop: CssSize?
Top padding of the current component. |
|
open var width: CssSize?
Width of the current component. |
abstract var parent: Component?
Parent of the current component. |
|
abstract var visible: Boolean
Visibility state of the current component. |
open fun getSnStyle(): List<StringPair>
Returns the list of String pairs defining CSS style attributes and their values. |
abstract fun addCssClass(css: String): Component
Adds given value to the set of CSS classes generated in html code of current component. |
|
abstract fun addSurroundingCssClass(css: String): Component
Adds given value to the set of CSS classes generated in html code of parent component. |
|
abstract fun getElement(): Node?
Returns DOM element bound to the current component. |
|
abstract fun getElementJQuery(): JQuery?
Returns JQuery element bound to the current component. |
|
abstract fun getElementJQueryD(): dynamic
Returns JQuery element bound to the current component as a dynamic type. |
|
abstract fun removeCssClass(css: String): Component
Removes given value from the set of CSS classes generated in html code of current component. |
|
abstract fun removeSurroundingCssClass(css: String): Component
Removes given value from the set of CSS classes generated in html code of parent component. |
open class Widget : StyledComponent
Base widget class. The parent of all component classes. |


mk
Task runner for targets described in Mkfile.
Mostly used to control the compilation of an executable from source code.
More information: home page
- Call the first target specified in the Mkfile (usually named "all"):
mk
- Call a specific target:
mk target
- Call a specific target, executing 4 jobs at a time in parallel:
NPROC=4 mk target
- Force mking of a target, even if source files are unchanged:
mk -wtarget target
- Assume all targets to be out of date. Thus, update `target` and all of its dependencies:
mk -a target
- Keep going as far as possible on error:
mk -k


Platoon DJs
interweb
Wrong username and/or password
Remeber me
(Not yet implemented)
Submit
Forgot password?


subtom_pca¶
The main PCA pipeline process script of subTOM.
This subtomogram classification script uses fourteen MATLAB compiled scripts below:
Options¶
Directories¶
- scratch_dir
Absolute path to the folder with the input to be processed. Other paths are relative to this one.
- local_dir
Absolute path to the folder on a group share, if the scratch directory is cleaned and deleted regularly this can set a local directory to which the important results will be copied. If this is not needed it can be skipped with the option skip_local_copy below.
- mcr_cache_dir
Absolute path to MCR directory for the processing.
- exec_dir
Directory for executables
Variables¶
- cluster_exec
Cluster executable.
- eig_exec
Eigendecomposition executable.
- pre_ccmatrix_exec
Prepare CC-Matrix executable.
- par_ccmatrix_exec
Parallel CC-Matrix executable.
- ccmatrix_exec
Final CC-Matrix executable.
- par_eigcoeff_exec
Parallel Eigencoefficient executable.
- eigcoeff_exec
Final Eigencoefficient executable.
- par_eigvol_exec
Parallel Eigenvolume executable.
- eigvol_exec
Final Eigenvolume executable.
- preali_exec
Parallel Subtomogram prealign executable.
- xmatrix_exec
Parallel X-Matrix executable.
- svds_exec
Singular Value Decomposition executable.
- sum_exec
Parallel Summing executable
- avg_exec
Final Averaging executable
- motl_dump_exec
MOTL dump executable
Memory Options¶
- mem_free
The amount of memory the job requires. This variable determines whether a number of CPUs will be requested to be dedicated for each job. At 24G, one half of the CPUs on a node will be dedicated for each of the processes (12 CPUs). At 48G, all of the CPUs on the node will be dedicated for each of the processes (24 CPUs).
- mem_max
The upper bound on the amount of memory the job is allowed to use. If any of the processes request or require more memory than this, the queue will kill the process. This is more of an option for safety of the cluster to prevent the user from crashing the cluster requesting too much memory.
Other Cluster Options¶
- job_name
The job name prefix that will be used for the cluster submission scripts, log files, and error logs for the processing. Be careful that this name is unique because previous submission scripts, logs, and error logs with the same job name prefix will be overwritten in the case of a name collision.
- array_max
The maximum number of jobs per cluster submission script. Cluster submission scripts work using the array feature common to queuing systems, and this value is the maximum array size used in a script. If the user requests more batches of processing than this value, then the submission scripts will be split into files of up to array_max jobs.
- max_jobs
The maximum number of jobs for alignment. If the number of batches / exceeds this value the script will immediately quit.
- run_local
If the user wants to skip the cluster and run the job locally, this value should be set to 1.
- skip_local_copy
Set this option to 1 to skip the copying of data to local_dir.
Parallelization Options¶
- iteration
The index of the references to generate : input will be all_motl_fn_prefix_iteration.em (define as integer e.g. iteration=1)
- num_ccmatrix_prealign_batch
Number of batches to split the parallel particle prealignment for the CC-Matrix calculation into. If you are not doing prealignment you can ignore this option.
- num_ccmatrix_batch
Number of batches to split the parallel CC-Matrix calculation job into.
- num_xmatrix_batch
Number of batches to split the parallel X-Matrix calculation job into. This also determines the number of batches the Eigenvolumes calculation will be split into.
- num_eig_coeff_prealign_batch
Number of batches to split the parallel particle prealignment for the Eigencoefficients calculations into. If you are not doing prealignment you can ignore this option.
- num_eig_coeff_batch
Number of batches to split the parallel Eigencoefficient calculation into.
- num_avg_batch
The number of batches to split the parallel subtomogram averaging job into.
Subtomogram Classification Workflow Options¶
CC-Matrix Options¶
- high_pass_fp
High pass filter cutoff (in transform units (pixels): calculate as (box_size * pixelsize) / (resolution_real) (define as integer).
- high_pass_sigma
High pass filter falloff sigma (in transform units (pixels): describes a Gaussian sigma for the falloff of the high-pass filter past the cutoff above.
- low_pass_fp
Low pass filter (in transform units (pixels): calculate as (box_size * pixelsize) / (resolution_real) (define as integer).
- low_pass_sigma
Low pass filter falloff sigma (in transform units (pixels): describes a Gaussian sigma for the falloff of the low-pass filter past the cutoff above.
- nfold
Symmetry to apply to each pair of particle and reference in CC-Matrix calculation, if no symmetry ccmatrix_nfold=1 (define as integer e.g. ccmatrix_nfold=3)
- tomo_row
Which row in the motl file contains the correct tomogram number. Usually row 5 and 7 both correspond to the correct value and can be used interchangeably, but there are instances when 5 contains a sequential ordered value starting from 1, while 7 contains the correct corresponding tomogram.
- ccmatrix_prealign
If you want to pre-align all of the particles to speed up the CC-Matrix calculation, set the following to 1, otherwise the particles will be aligned during the computation.
CC-Matrix File Options¶
- ccmatrix_all_motl_fn_prefix
Relative path and name of the concatenated motivelist of all particles (e.g. allmotl_iter.em , the variable will be written as a string e.g. ccmatrix_all_motl_fn_prefix=’sub-directory/allmotl’).
- ptcl_fn_prefix
Relative path and name of the subtomograms (e.g. part_n.em , the variable will be written as a string e.g. ptcl_fn_prefix=’sub-directory/part’).
- mask_fn
Relative path and name of the classification mask. This should be a binary mask as correlations are done in real-space, and calculations will only be done using voxels passed by the mask, so smaller masks will run faster. If you want to use the default spherical mask set mask_fn to ‘none’.
- weight_fn_prefix
Relative path and name of the weight file.
- ccmatrix_fn_prefix
Relative path and name of the CC-Matrix.
Eigendecomposition Options¶
- decomp_type
The following determines which type of decomposition to perform. If the following is ‘eigs’, then traditional Eigenvalue decomposition will be calculated and either the largest magnitude or largest algebraic Eigenvalues will be returned, however in the CC-Matrix calculation the Eigenvalues can be negative which can be problematic in later stages of processing, and so ‘svds’ can also be given and Singular Value Decomposition will calculated instead.
- num_eigs
The number of Eigenvectors and Eigenvalues (or Left Singular Vectors and Singular Values) to calculate.
- eigs_iterations
If using ‘eigs’ the following allows you to adjust the number of iterations to use in the decomposition. If you want to use the default number of iterations leave this set to ‘default’.
- eigs_tolerance
If using ‘eigs’ the following allows you to adjust the convergence tolerance of the decomposition calculation. If you want to use the default tolerance leave this set to ‘default’.
- do_algebraic
If using ‘eigs’ the following allows you to calculate the largest algebraic Eigenvalues, which are guaranteed to be positive but not guaranteed to be the largest in magnitude. This is in contrast to the default behavior of calculating the largest magnitude Eigenvalues that are not guaranteed to be non-negative.
- svds_iterations
If using ‘svds’ the following allows you to adjust the number of iterations to use in the decomposition. If you want to use the default number of iterations leave this set to ‘default’.
- svds_tolerance
If using ‘svds’ the following allows you to adjust the convergence tolerance of the decomposition calculation. If you want to use the default tolerance leave this set to ‘default’.
Eigendecomposition File Options¶
- eig_vec_fn_prefix
Relative path and name of the Eigenvectors (or Left Singular Vectors).
- eig_val_fn_prefix
Relative path and name of the Eigenvalues (or Singular Values).
X-Matrix File Options¶
- xmatrix_fn_prefix
Relative path and name of the X-Matrix.
Eigenvolumes File Options¶
- eig_vol_fn_prefix
Relative path and name of the Eigenvolumes.
Eigencoefficient Options¶
- apply_weight
If the following is set to 1, the Eigenvolume (or conjugate-space Eigenvector) will have the particles missing-wedge weight applied to it before the Correlation is calculated.
- eig_coeff_prealign
If you want to pre-align all of the particles to speed up the Eigencoefficient calculation, set the following to 1, otherwise the particles will be aligned during the computation.
Eigencoefficient File Options¶
- eig_coeff_all_motl_fn_prefix
Relative path and name of the concatenated motivelist to project onto the Eigenvolumes (conjugate-space Eigenvectors). This can be a larger motivelist than the one used to calculate the CC-Matrix and Eigenvolumes.
- eig_coeff_fn_prefix
Relative path and name of the Eigencoefficients.
Clustering Options¶
- cluster_type
The following determines which algorithm will be used to cluster the determined Eigencoefficients. The valid options are K-means clustering, ‘kmeans’, Hierarchical Ascendent Clustering using a Ward Criterion, ‘hac’, and a Gaussian Mixture Model, ‘gaussmix’.
- eig_idxs
Determines which Eigencoefficients are used to cluster. The format should be a semicolon-separated list that also supports ranges with a dash (-), for example 1-5;7;15-19 would select the first five Eigencoefficients, the seventh and the fifteenth through the nineteenth for classification. If it is left as “all” all coefficients will be used.
- num_classes
How many classes should the particles be clustered into.
Clustering File Options¶
- cluster_all_motl_fn_prefix
Relative path and name of the concatenated motivelist of the output classified particles.
Averaging File Options¶
- ref_fn_prefix
Relative path and name prefix of the reference volumes (e.g. ref_iter.em, the variable will be written as a string e.g. ref_fn_prefix=’sub-directory/ref’)
- weight_sum_fn_prefix
Relative path and name prefix of the partial weight files.
Example¶
scratch_dir="${PWD}"
local_dir=""
mcr_cache_dir="${scratch_dir}/mcr"
exec_dir="XXXINSTALLATION_DIRXXX/bin"
cluster_exec="${exec_dir}/classification/general/subtom_cluster"
eigs_exec="${exec_dir}/classification/pca/subtom_eigs"
pre_ccmatrix_exec="${exec_dir}/classification/pca/subtom_prepare_ccmatrix"
par_ccmatrix_exec="${exec_dir}/classification/pca/subtom_parallel_ccmatrix"
ccmatrix_exec="${exec_dir}/classification/pca/subtom_join_ccmatrix"
par_eigcoeff_exec="${exec_dir}/classification/pca/subtom_parallel_eigencoeffs_pca"
eigcoeff_exec="${exec_dir}/classification/pca/subtom_join_eigencoeffs_pca"
par_eigvol_exec="${exec_dir}/classification/pca/subtom_parallel_eigenvolumes"
eigvol_exec="${exec_dir}/classification/pca/subtom_join_eigenvolumes"
preali_exec="${exec_dir}/classification/general/subtom_parallel_prealign"
xmatrix_exec="${exec_dir}/classification/pca/subtom_parallel_xmatrix_pca"
svds_exec="${exec_dir}/classification/pca/subtom_svds"
sum_exec="${exec_dir}/classification/general/subtom_parallel_sums_cls"
avg_exec="${exec_dir}/classification/general/subtom_weighted_average_cls"
motl_dump_exec="${exec_dir}/MOTL/motl_dump"
mem_free="1G"
mem_max="64G"
job_name="subTOM"
array_max="1000"
max_jobs="4000"
run_local="0"
skip_local_copy="1"
iteration="1"
num_ccmatrix_prealign_batch="1"
num_ccmatrix_batch="1"
num_xmatrix_batch="1"
num_eig_coeff_prealign_batch="1"
num_eig_coeff_batch="1"
num_avg_batch="1"
high_pass_fp="0"
high_pass_sigma="2"
low_pass_fp="0"
low_pass_sigma="3"
nfold="1"
tomo_row="7"
ccmatrix_prealign=0
ccmatrix_all_motl_fn_prefix="combinedmotl/allmotl"
ptcl_fn_prefix="subtomograms/subtomo"
mask_fn="none"
weight_fn_prefix="otherinputs/ampspec"
ccmatrix_fn_prefix="class/ccmatrix_pca"
decomp_type='svds'
num_eigs='40'
eigs_iterations='default'
eigs_tolerance='default'
do_algebraic=0
svds_iterations='default'
svds_tolerance='default'
eig_vec_fn_prefix="class/eigvec_pca"
eig_val_fn_prefix="class/eigval_pca"
xmatrix_fn_prefix="class/xmatrix_pca"
eig_vol_fn_prefix="class/eigvol_pca"
apply_weight="0"
eig_coeff_prealign="0"
eig_coeff_all_motl_fn_prefix="combinedmotl/allmotl"
eig_coeff_fn_prefix="class/eigcoeff_pca"
cluster_type="kmeans"
eig_idxs="all"
num_classes=2
cluster_all_motl_fn_prefix="class/allmotl_pca"
ref_fn_prefix="class/ref_pca"
weight_sum_fn_prefix="class/wei_pca"


|
libcpuid
|
Contains just the raw CPUID data. More...
#include <libcpuid.h>
Data Fields | |
| uint32_t | basic_cpuid [MAX_CPUID_LEVEL][4] |
| uint32_t | ext_cpuid [MAX_EXT_CPUID_LEVEL][4] |
| uint32_t | intel_fn4 [MAX_INTELFN4_LEVEL][4] |
| uint32_t | intel_fn11 [MAX_INTELFN11_LEVEL][4] |
| uint32_t | intel_fn12h [MAX_INTELFN12H_LEVEL][4] |
| uint32_t | intel_fn14h [MAX_INTELFN14H_LEVEL][4] |
Contains just the raw CPUID data.
This contains only the most basic CPU data, required to do identification and feature recognition. Every processor should be identifiable using this data only.
| uint32_t cpu_raw_data_t::basic_cpuid[MAX_CPUID_LEVEL][4] |
contains results of CPUID for eax = 0, 1, ...
| uint32_t cpu_raw_data_t::ext_cpuid[MAX_EXT_CPUID_LEVEL][4] |
contains results of CPUID for eax = 0x80000000, 0x80000001, ...
| uint32_t cpu_raw_data_t::intel_fn11[MAX_INTELFN11_LEVEL][4] |
when the CPU is intel and it supports leaf 0Bh (Extended Topology enumeration leaf), this stores the result of CPUID with eax = 11 and ecx = 0, 1, 2...
| uint32_t cpu_raw_data_t::intel_fn12h[MAX_INTELFN12H_LEVEL][4] |
when the CPU is intel and supports leaf 12h (SGX enumeration leaf), this stores the result of CPUID with eax = 0x12 and ecx = 0, 1, 2...
| uint32_t cpu_raw_data_t::intel_fn14h[MAX_INTELFN14H_LEVEL][4] |
when the CPU is intel and supports leaf 14h (Intel Processor Trace capabilities leaf). this stores the result of CPUID with eax = 0x12 and ecx = 0, 1, 2...
| uint32_t cpu_raw_data_t::intel_fn4[MAX_INTELFN4_LEVEL][4] |
when the CPU is intel and it supports deterministic cache information: this contains the results of CPUID for eax = 4 and ecx = 0, 1, ...


While a detailed discussion of STIS and NICMOS instrument data is beyond the scope of this paper, we can present the general structure of the associated science data. The science data files utilize FITS image extensions (Ponz, 1994). Data from both instruments may be represented as sequences of FITS Header-Data-Units (HDUs) containing two-dimensional arrays. These HDUs are grouped as an array of science data, together with a data quality array and an error array, representing, respectively, an array of boolean conditions that identify various possible anomalous conditions that may be associated with each pixel and the error associated with each pixel. In addition, NICMOS has two additional arrays, an array identifying the number of samples associated with each pixel and an array identifying the integration time associated with each pixel. The structure of the FITS file for both instruments is shown below.


fprime_gds.executables.utils
¶
fprime_gds.executables.utils:
Utility functions to enable the executables package to function seamlessly.
Module Contents¶
Functions¶
|
Register an assassin that will kill the a given child process when an exit of the current python process has been |
|
Run an application and ensure that it is logged immediately to the logfile. This will allow the application to have |
-
exception
fprime_gds.executables.utils.
InterruptedError
[source]¶ Bases:
Exception
Common base class for all non-exit exceptions.
-
exception
fprime_gds.executables.utils.
ProcessNotStableException
(name, code, lifespan)[source]¶ Bases:
Exception
Process did not start up stably. Thus there was a problem.
-
exception
fprime_gds.executables.utils.
AppWrapperException
[source]¶ Bases:
Exception
An exception occurred while tying to start the app wrapper. This will encapsulate that message.
-
fprime_gds.executables.utils.
register_process_assassin
(process, log=None)[source]¶ Register an assassin that will kill the a given child process when an exit of the current python process has been reached. This will effectively clean up children and (optionally) their log files.
- Parameters
process – the process to kill.
log – a paired log file to kill as well.
-
fprime_gds.executables.utils.
run_wrapped_application
(arguments, logfile=None, env=None, launch_time=None)[source]¶ Run an application and ensure that it is logged immediately to the logfile. This will allow the application to have up-to-date logs. This is a wrapper for pexpect to ensure that the application runs and log effectivly. It has been converted to a function to remove superfluous processes.
- Parameters
arguments – arguments with the first being the executable.
logfile – (optional) path to logfile to log to. Will overwrite.
env – (optional) environment for the subprocess
- Param
launch_time: (optional) time to wait before declaring the process stable
- Returns
child process should it be needed.
Build: 1.4.1


My four friends from college finally got our hands on some of these magic fungi. We started off around 8:30PM, all taking half an 1/8. Beforehand, we prepared a travel plan to our local nature preserve. As we walked towards, we felt lightheaded, threshold effects, nothing special. As we entered into this clearing with a huge bridge, the onset effects began to take hold.
The first effects I started to notice was this spider-like tree that was very close to the bridge. The visuals definitely started first, as the tree and the bridge were both swaying in a breeze like motion, while I still had the sense to notice that everything was still. My friends and I talked a little bit, waited a bit longer, and decided to go walking along a really nice path. The visuals continued, as the trees swayed back in forth in unison, and at some points they turned into very geometrical, sharp objects. I could tell that my mind was being influenced as we approached a soft mulch patch that was just put down that day on the path. It was night time, and it looked to us that it was a huge lake! We all stopped around this mulch lake, and I was the first to figure out that it was mulch. I walked across, and all my friends gasped as I was talking on water!
We started to peak as we all came to a stream, with a small bridge across that we all sat on. This is the point where the intellectual happenings started to happen. We discussed everything from poetry to Socrates. One of the most intense feelings that I felt was the cycle of knowledge and acceptance. I would always come to the conclusion that we should just accept the world for what it was, but then would think again about how knowledge is so important for intellegence. We all experienced this cycle of how the world was comprised. I definitely had a loss of self, but then regained a sense of self many times.
As we decided to walk back to campus, we were all silent, but thinking the same thing. This experience was something that we would hold dear to our hearts, and the world just wasn't the same. It's very hard to go from a natural environment where everything is silent and serene, to the bustling world that we are forced to live in. It wasn't the greatest feeling, but I was able to accept it. Out of all the things that I 'understand' while I'm on this fungi, one thing I could not figure out was the problem of self and no self. It's the toughest question to answer, and I believe it still doesn't have an answer. Maybe I'll take a full 1/8 next time and find out. :)
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


|
VirtualSCADA
1.0
VirtualSCADA Senior Design Project
|
Public Member Functions | |
| select (OutputInterface $output, $question, $choices, $default=null, $attempts=false, $errorMessage= 'Value"%s"is invalid', $multiselect=false) | |
| ask (OutputInterface $output, $question, $default=null, array $autocomplete=null) | |
| askConfirmation (OutputInterface $output, $question, $default=true) | |
| askHiddenResponse (OutputInterface $output, $question, $fallback=true) | |
| askAndValidate (OutputInterface $output, $question, $validator, $attempts=false, $default=null, array $autocomplete=null) | |
| askHiddenResponseAndValidate (OutputInterface $output, $question, $validator, $attempts=false, $fallback=true) | |
| setInputStream ($stream) | |
| getInputStream () | |
| getName () | |
| Public Member Functions inherited from InputAwareHelper | |
| setInput (InputInterface $input) | |
| Public Member Functions inherited from Helper | |
| setHelperSet (HelperSet $helperSet=null) | |
| getHelperSet () | |
Additional Inherited Members | |
| Static Public Member Functions inherited from Helper | |
| static | strlen ($string) |
| static | formatTime ($secs) |
| static | formatMemory ($memory) |
| static | strlenWithoutDecoration (OutputFormatterInterface $formatter, $string) |
| Protected Attributes inherited from InputAwareHelper | |
| $input | |
| Protected Attributes inherited from Helper | |
| $helperSet = null | |
The Dialog class provides helpers to interact with the user.
Definition at line 25 of file DialogHelper.php.
| ask | ( | OutputInterface | $output, |
| $question, | |||
$default = null , |
|||
| array | $autocomplete = null |
||
| ) |
Asks a question to the user.
| OutputInterface | $output | An Output instance |
| string | array | $question | The question to ask |
| string | $default | The default answer if none is given by the user |
| array | $autocomplete | List of values to autocomplete |
Definition at line 102 of file DialogHelper.php.
| askAndValidate | ( | OutputInterface | $output, |
| $question, | |||
| $validator, | |||
$attempts = false , |
|||
$default = null , |
|||
| array | $autocomplete = null |
||
| ) |
Asks for a value and validates the response.
The validator receives the data to validate. It must return the validated data when the data is valid and throw an exception otherwise.
| OutputInterface | $output | An Output instance |
| string | array | $question | The question to ask |
| callable | $validator | A PHP callback |
| int | false | $attempts | Max number of times to ask before giving up (false by default, which means infinite) |
| string | $default | The default answer if none is given by the user |
| array | $autocomplete | List of values to autocomplete |
Definition at line 340 of file DialogHelper.php.
| askConfirmation | ( | OutputInterface | $output, |
| $question, | |||
$default = true |
|||
| ) |
Asks a confirmation to the user.
The question will be asked until the user answers by nothing, yes, or no.
| OutputInterface | $output | An Output instance |
| string | array | $question | The question to ask |
| bool | $default | The default answer if the user enters nothing |
Definition at line 238 of file DialogHelper.php.
| askHiddenResponse | ( | OutputInterface | $output, |
| $question, | |||
$fallback = true |
|||
| ) |
Asks a question to the user, the response is hidden.
| OutputInterface | $output | An Output instance |
| string | array | $question | The question |
| bool | $fallback | In case the response can not be hidden, whether to fallback on non-hidden question or not |
Definition at line 263 of file DialogHelper.php.
| askHiddenResponseAndValidate | ( | OutputInterface | $output, |
| $question, | |||
| $validator, | |||
$attempts = false , |
|||
$fallback = true |
|||
| ) |
Asks for a value, hide and validates the response.
The validator receives the data to validate. It must return the validated data when the data is valid and throw an exception otherwise.
| OutputInterface | $output | An Output instance |
| string | array | $question | The question to ask |
| callable | $validator | A PHP callback |
| int | false | $attempts | Max number of times to ask before giving up (false by default, which means infinite) |
| bool | $fallback | In case the response can not be hidden, whether to fallback on non-hidden question or not |
Definition at line 369 of file DialogHelper.php.
| getInputStream | ( | ) |
| getName | ( | ) |
{Returns the canonical name of this helper.
Implements HelperInterface.
Definition at line 405 of file DialogHelper.php.
| select | ( | OutputInterface | $output, |
| $question, | |||
| $choices, | |||
$default = null , |
|||
$attempts = false , |
|||
$errorMessage = 'Value "%s" is invalid' , |
|||
$multiselect = false |
|||
| ) |
Asks the user to select a value.
| OutputInterface | $output | An Output instance |
| string | array | $question | The question to ask |
| array | $choices | List of choices to pick from |
| bool | string | $default | The default answer if the user enters nothing |
| bool | int | $attempts | Max number of times to ask before giving up (false by default, which means infinite) |
| string | $errorMessage | Message which will be shown if invalid value from choice list would be picked |
| bool | $multiselect | Select more than one value separated by comma |
Definition at line 46 of file DialogHelper.php.
| setInputStream | ( | $stream | ) |
Sets the input stream to read from when interacting with the user.
This is mainly useful for testing purpose.
| resource | $stream | The input stream |
Definition at line 387 of file DialogHelper.php.


Chamisa Speaking on Zimbabwe Social, Economic Situaiton 21 Nov 2019, 20:34 Movement for Democratic Change leader Nelson Chamisa speaking about the current social, economic and political situation in Zimbabwe in his 'Hope for Zimbabwe Speech' delivered at Morgen Tsvangirai House where police beat up supporters of the opposition party, who gathered outside the building.


Focus on small and medium-sized management system customization and development, no matter how far away from us, we will provide a more high-quality user experience, make your software more youth and vitality.
Focus on the construction of small and medium-sized sites, providing a wealth of website development templates, so that your site more personality.
Focus on the APP customization and development, we provide you with more features of the APP customization services, tailored for your exclusive APP.


Ready Up
Players select what roles they want to play in an upcoming game.
--- permalink: / --- {% include head.html %}
Draft-organized pickup games, in which captains select players for their team from a pool of available players, are a familiar concept to many game veterans.
PugChamp brings this proven system to the present day with modern feel and functionality.
Players select what roles they want to play in an upcoming game.
Two players become captains and select the teams and map for the game.
From start to finish, PugChamp manages all of the logistics to make the experience as smooth as possible.
All servers are provided — just show up and play.
Each game is summarized on logs.tf with stats to show the best and worst performers.
Demos of all games are automatically recorded and uploaded to demos.tf for viewing after the game.
Full career histories and summarized stats are publicly visible on every player's profile.
Never satisfied with the status quo, PugChamp is always seeking out new ways to improve the PUG experience.


Variables are nothing but reserved memory locations to store values. This means that when you create a variable you reserve some space in the memory.
Based on the data type of a variable, the operating system allocates memory and decides what can be stored in the reserved memory. Therefore, by assigning different data types to variables, you can store integers, decimals, or characters in these variables.
There are two data types available in Java −
There are eight primitive datatypes supported by Java. Primitive datatypes are predefined by the language and named by a keyword. Let us now look into the eight primitive data types in detail.
Byte data type is an 8-bit signed two's complement integer
Minimum value is -128 (-2^7)
Maximum value is 127 (inclusive)(2^7 -1)
Default value is 0
Byte data type is used to save space in large arrays, mainly in place of integers, since a byte is four times smaller than an integer.
Example: byte a = 100, byte b = -50
Short data type is a 16-bit signed two's complement integer
Minimum value is -32,768 (-2^15)
Maximum value is 32,767 (inclusive) (2^15 -1)
Short data type can also be used to save memory as byte data type. A short is 2 times smaller than an integer
Default value is 0.
Example: short s = 10000, short r = -20000
Int data type is a 32-bit signed two's complement integer.
Minimum value is - 2,147,483,648 (-2^31)
Maximum value is 2,147,483,647(inclusive) (2^31 -1)
Integer is generally used as the default data type for integral values unless there is a concern about memory.
The default value is 0
Example: int a = 100000, int b = -200000
Float data type is a single-precision 32-bit IEEE 754 floating point
Float is mainly used to save memory in large arrays of floating point numbers
Default value is 0.0f
Float data type is never used for precise values such as currency
Example: float f1 = 234.5f
double data type is a double-precision 64-bit IEEE 754 floating point
This data type is generally used as the default data type for decimal values, generally the default choice
Double data type should never be used for precise values such as currency
Default value is 0.0d
Example: double d1 = 123.4
Reference variables are created using defined constructors of the classes. They are used to access objects. These variables are declared to be of a specific type that cannot be changed. For example, Employee, Puppy, etc.
Class objects and various type of array variables come under reference datatype.
Default value of any reference variable is null.
A reference variable can be used to refer any object of the declared type or any compatible type.
Example: Animal animal = new Animal("giraffe");
A literal is a source code representation of a fixed value. They are represented directly in the code without any computation.
Literals can be assigned to any primitive type variable. For example −
byte a = 68; char a = 'A'
byte, int, long, and short can be expressed in decimal(base 10), hexadecimal(base 16) or octal(base 8) number systems as well.
Prefix 0 is used to indicate octal, and prefix 0x indicates hexadecimal when using these number systems for literals. For example −
int decimal = 100; int octal = 0144; int hexa = 0x64;
String literals in Java are specified like they are in most other languages by enclosing a sequence of characters between a pair of double quotes. Examples of string literals are −
"Hello World" "two\nlines" "\"This is in quotes\""
String and char types of literals can contain any Unicode characters. For example −
char a = '\u0001'; String a = "\u0001";
Java language supports few special escape sequences for String and char literals as well. They are −
| Notation | Character represented |
|---|---|
| \n | Newline (0x0a) |
| \r | Carriage return (0x0d) |
| \f | Formfeed (0x0c) |
| \b | Backspace (0x08) |
| \s | Space (0x20) |
| \t | tab |
| \" | Double quote |
| \' | Single quote |
| \\ | backslash |
| \ddd | Octal character (ddd) |
| \uxxxx | Hexadecimal UNICODE character (xxxx) |
This chapter explained the various data types. The next topic explains different variable types and their usage. This will give you a good understanding on how they can be used in the Java classes, interfaces, etc.


14
1 The wise woman builds her house,
but a foolish woman tears it down with her own hands.
2 The one who walks uprightly fears Yahweh,
but the one who is dishonest in his ways despises him.
3 From the mouth of a fool comes an offshoot of his pride,
but the lips of the wise will preserve them.
4 Where there are no cattle the feeding trough is clean,
but an abundant crop can come by the strength of an ox.
5 A faithful witness does not lie,
but a false witness breathes out lies.
6 A mocker seeks wisdom and there is none,
but knowledge comes easy to the one who is discerning.
7 Walk away from a foolish person,
for you will not find knowledge on his lips.
8 The wisdom of the prudent person is to understand his own way,
but the folly of fools is deception.
9 Fools mock when the guilt offering is sacrificed,
but among the upright favor is shared.
10 The heart knows its own bitterness,
and no stranger shares its joy.
11 The house of wicked people will be destroyed,
but the tent of upright people will flourish.
12 There is a way that seems right to a man,
but its end only leads to death.
13 A heart can laugh but still be in pain,
and joy may end up being grief.
14 The one who is not faithful will get what his ways deserve,
but a good person will get what is his.
15 The one who has not been taught believes everything,
but the prudent man thinks about his steps.
16 A wise man fears and turns away from evil,
but the fool confidently dismisses a warning.
17 One who is quick to become angry does foolish things,
and a person who makes evil schemes is hated.
18 Untaught people inherit foolishness,
but prudent people are surrounded by knowledge.
19 Those who are evil will bow down before those who are good,
and those who are wicked will bow down at the gates of the righteous.
20 The poor person is hated even by his own companions,
but the rich people have many friends.
21 The one who shows contempt for his neighbor is sinning,
but the one who shows favor to the poor is happy.
22 Do not those who plot evil go astray?
But those who plan to do good will receive covenant faithfulness and trustworthiness.
23 With all hard work comes a profit,
but when there is only talk, it leads to poverty.
24 The crown of wise people is their wealth,
but the folly of fools brings them only more folly.
25 A truthful witness saves lives,
but a false witness breathes out lies.
26 When someone fears Yahweh, he also has much confidence in him;
these things will be like a strong place of protection for this man's children.
27 The fear of Yahweh is a fountain of life,
so that a person may turn away from the snares of death.
28 The glory of a king is found in the great number of his people,
but without people the prince is ruined.
29 A patient person has great understanding,
but the quick-tempered person exalts folly.
30 A tranquil heart is life for the body,
but envy rots the bones.
31 The one who oppresses the poor curses his Maker,
but the one who shows favor to the needy honors him.
32 The wicked person is brought down by his evil actions,
but the righteous person has a refuge even in death.
33 Wisdom rests in the heart of the discerning,
but even among fools she lets herself be known.
34 Doing what is right exalts a nation,
but sin is a disgrace to any people.
35 The favor of the king is with the servant who acts prudently,
but his anger is for the one who acts shamefully.


|
OPAE C API
-..
FPGA API
|
Functions to read/write from system objects. On Linux systems with the OPAE kernel driver, this is used to access sysfs nodes created by the driver. More...
#include <opae/types.h>
Go to the source code of this file.
Functions | |
| fpga_result | fpgaTokenGetObject (fpga_token token, const char *name, fpga_object *object, int flags) |
Create an fpga_object data structures. An fpga_object is a handle to an FPGA resource which can be an attribute, register or a container. This object is read-only. More... | |
| fpga_result | fpgaHandleGetObject (fpga_handle handle, const char *name, fpga_object *object, int flags) |
Create an fpga_object data structure from a handle. An fpga_object is a handle to an FPGA resource which can be an attribute, register, or container. This object has read/write access.. More... | |
| fpga_result | fpgaObjectGetObject (fpga_object parent, const char *name, fpga_object *object, int flags) |
Create an fpga_object data structure from a parent object. An fpga_object is a handle to an FPGA resource which can be an attribute, register, or container. If the parent object was created with a handle, then the new object will inherit the handle allowing it to have read-write access to the object data. More... | |
| fpga_result | fpgaObjectGetObjectAt (fpga_object parent, size_t idx, fpga_object *object) |
Create an fpga_object data structure from a parent object using a given index. An fpga_object is a handle to an FPGA resource which can be an attribute, register, or container. If the parent object was created with a handle, then the new object will inherit the handle allowing it to have read-write access to the object data. More... | |
| fpga_result | fpgaObjectGetType (fpga_object obj, enum fpga_sysobject_type *type) |
| Get the sysobject type (container or attribute) More... | |
| fpga_result | fpgaDestroyObject (fpga_object *obj) |
| Free memory used for the fpga_object data structure. More... | |
| fpga_result | fpgaObjectGetSize (fpga_object obj, uint32_t *value, int flags) |
| Retrieve the size of the object. More... | |
| fpga_result | fpgaObjectRead (fpga_object obj, uint8_t *buffer, size_t offset, size_t len, int flags) |
| Read bytes from an FPGA object. More... | |
| fpga_result | fpgaObjectRead64 (fpga_object obj, uint64_t *value, int flags) |
| Read a 64-bit value from an FPGA object. The value is assumed to be in string format and will be parsed. See flags below for changing that behavior. More... | |
| fpga_result | fpgaObjectWrite64 (fpga_object obj, uint64_t value, int flags) |
| Write 64-bit value to an FPGA object. The value will be converted to string before writing. See flags below for changing that behavior. More... | |
Functions to read/write from system objects. On Linux systems with the OPAE kernel driver, this is used to access sysfs nodes created by the driver.
Definition in file sysobject.h.
| fpga_result fpgaTokenGetObject | ( | fpga_token | token, |
| const char * | name, | ||
| fpga_object * | object, | ||
| int | flags | ||
| ) |
Create an fpga_object
data structures. An fpga_object
is a handle to an FPGA resource which can be an attribute, register or a container. This object is read-only.
| [in] | token | Token identifying a resource (accelerator or device) |
| [in] | name | A key identifying an object belonging to a resource. |
| [out] | object | Pointer to memory to store the object in |
| [in] | flags | Control behavior of object identification and creation. FPGA_OBJECT_GLOB is used to indicate that the name should be treated as a globbing expression. FPGA_OBJECT_RECURSE_ONE indicates that subobjects be created for objects one level down from the object identified by name. FPGA_OBJECT_RECURSE_ALL indicates that subobjects be created for all objects below the current object identified by name. |
Referenced by add_clock(), and init_metric_group().
| fpga_result fpgaHandleGetObject | ( | fpga_handle | handle, |
| const char * | name, | ||
| fpga_object * | object, | ||
| int | flags | ||
| ) |
Create an fpga_object
data structure from a handle. An fpga_object
is a handle to an FPGA resource which can be an attribute, register, or container. This object has read/write access..
| [in] | handle | Handle identifying a resource (accelerator or device) |
| [in] | name | A key identifying an object belonging to a resource. |
| [out] | object | Pointer to memory to store the object in |
| [in] | flags | Control behavior of object identification and creation FPGA_OBJECT_GLOB is used to indicate that the name should be treated as a globbing expression. FPGA_OBJECT_RECURSE_ONE indicates that subobjects be created for objects one level down from the object identified by name. FPGA_OBJECT_RECURSE_ALL indicates that subobjects be created for all objects below the current object identified by name. |
Referenced by inject_ras_fatal_error().
| fpga_result fpgaObjectGetObject | ( | fpga_object | parent, |
| const char * | name, | ||
| fpga_object * | object, | ||
| int | flags | ||
| ) |
Create an fpga_object
data structure from a parent object. An fpga_object
is a handle to an FPGA resource which can be an attribute, register, or container. If the parent object was created with a handle, then the new object will inherit the handle allowing it to have read-write access to the object data.
| [in] | parent | A parent container fpga_object . |
| [in] | name | A key identifying a sub-object of the parent container. |
| [out] | object | Pointer to memory to store the object in. |
| [in] | flags | Control behavior of object identification and creation. FPGA_OBJECT_GLOB is used to indicate that the name should be treated as a globbing expression. FPGA_OBJECT_RECURSE_ONE indicates that subobjects be created for objects one level down from the object identified by name. FPGA_OBJECT_RECURSE_ALL indicates that subobjects be created for all objects below the current object identified by name. |
Referenced by add_counter().
| fpga_result fpgaObjectGetObjectAt | ( | fpga_object | parent, |
| size_t | idx, | ||
| fpga_object * | object | ||
| ) |
Create an fpga_object
data structure from a parent object using a given index. An fpga_object
is a handle to an FPGA resource which can be an attribute, register, or container. If the parent object was created with a handle, then the new object will inherit the handle allowing it to have read-write access to the object data.
| [in] | parent | A parent container 'fpga_object' |
| [in] | idx | A positive index less than the size reported by the parent. |
| [out] | object | Pointer to memory to store the object in. |
| fpga_result fpgaObjectGetType | ( | fpga_object | obj, |
| enum fpga_sysobject_type * | type | ||
| ) |
Get the sysobject type (container or attribute)
| [in] | obj | An fpga_object instance |
| [out] | type | The type of object (FPGA_OBJECT_CONTAINER or FPGA_OBJECT_ATTRIBUTE) |
| fpga_result fpgaDestroyObject | ( | fpga_object * | obj | ) |
Free memory used for the fpga_object data structure.
| obj | Pointer to the fpga_object instance to destroy |
Referenced by add_clock(), add_counter(), inject_ras_fatal_error(), and main().
| fpga_result fpgaObjectGetSize | ( | fpga_object | obj, |
| uint32_t * | value, | ||
| int | flags | ||
| ) |
Retrieve the size of the object.
| [in] | obj | An fpga_object instance. |
| [out] | value | Pointer to variable to store size in. |
| [in] | flags | Flags that control how the object is read If FPGA_OBJECT_SYNC is used then object will update its buffered copy before retrieving the size. |
| fpga_result fpgaObjectRead | ( | fpga_object | obj, |
| uint8_t * | buffer, | ||
| size_t | offset, | ||
| size_t | len, | ||
| int | flags | ||
| ) |
Read bytes from an FPGA object.
| [in] | obj | An fpga_object instance. |
| [out] | buffer | Pointer to a buffer to read bytes into. |
| [in] | offset | Byte offset relative to objects internal buffer where to begin reading bytes from. |
| [in] | len | The length, in bytes, to read from the object. |
| [in] | flags | Flags that control how object is read If FPGA_OBJECT_SYNC is used then object will update its buffered copy before retrieving the data. |
| fpga_result fpgaObjectRead64 | ( | fpga_object | obj, |
| uint64_t * | value, | ||
| int | flags | ||
| ) |
Read a 64-bit value from an FPGA object. The value is assumed to be in string format and will be parsed. See flags below for changing that behavior.
| [in] | obj | An fpga_object instance |
| [out] | value | Pointer to a 64-bit variable to store the value in |
| [in] | flags | Flags that control how the object is read If FPGA_OBJECT_SYNC is used then object will update its buffered copy before retrieving the data. If FPGA_OBJECT_RAW is used, then the data will be read as raw bytes into the uint64_t pointer variable. |
Referenced by print_counters().
| fpga_result fpgaObjectWrite64 | ( | fpga_object | obj, |
| uint64_t | value, | ||
| int | flags | ||
| ) |
Write 64-bit value to an FPGA object. The value will be converted to string before writing. See flags below for changing that behavior.
| [in] | obj | An fpga_object instance. |
| [in] | value | The value to write to the object |
| [in] | flags | Flags that control how the object is written If FPGA_OBJECT_RAW is used, then the value will be written as raw bytes. |
Referenced by inject_ras_fatal_error().


<script src="RGraph.common.core.js"></script> <script src="RGraph.bar.js"></script>Put this where you want the chart to show up:
<div style="text-align: center" id="canvas-container"> <canvas id="cvs" width="750" height="350">[No canvas support]</canvas> </div>This is the code that generates the chart - it should be placed AFTER the
canvas
tag(s):


API
OpenApiEnforcerMiddleware
The constructor will create an instance of the OpenAPI enforcer middleware.
Signature
OpenApiEnforcerMiddleware (definition: string [, options: object ])
Parameters
definition - A
string
indicating the path the the OpenAPI document definition or anobject
that is the Open API definition. If astring
is specified then the document will be loaded and will resolve all$ref
properties.options - An optional
object
with the following settings:componentOptions - These options will passed directly on to the openapi-enforcer's components.
fallthrough - When this middleware is run, if
fallthough
is set totrue
then the next middleware will be called, otherwise a404
response will be sent. Defaults totrue
.mockHeader - The name of the header to look for to specify an explicit mock request. Defaults to
"x-mock"
.mockQuery - The name of the query parameter to look for to specify an explicit mock request. This query parameter does not need to be defined in your OpenAPI document definition. Defaults to
"x-mock"
.reqMockStatusCodeProperty - The name of the property to attach the OpenAPI Enforcer's OpenAPI object to on the request object. Defaults to
"openapi"
.reqOperationProperty - The name of the property to attach the OpenAPI Enforcer's Operation object to on the request object. Defaults to
"operation"
.resSerialize - A boolean indicating whether to serialize responses. If you disable this response serialization you may need to serialize your own responses, depending on what data you are sending back to the client. Defaults to
true
.resValidate - A boolean indicating whether to validate responses. Responses that are invalid might not serialize. Defaults to
true
.xController - The name of the property to look for in your OpenAPI document to define the name of the controller associated with an operation. Defaults to
"x-controller"
.xOperation - The name of the property to look for in your OpenAPI document to define the name of the operation within the controller that is associated with the operation. Defaults to
"x-operation"
.
Returns an OpenAPI Enforcer Middleware instance
Controllers
The OpenApiEnforcerMiddleware has its own internal middleware runner. Calling this function will define a controllers group that will handle requests and add it as an internal middleware.
Signature
OpenAPIEnforcerMiddleware.prototype.controllers (controllers: string|object, ...dependencyInjection): Promise
Parameters
controllers - The path the the controllers directory or a controllers definition map. See the controllers documentation for more information.
dependencyInjection - You can add any number of parameters after the first parameter and these will be passed in to a controller that uses dependency injection.
Returns a Promise
that resolves if successfully loaded.
Middleware
Call this function to return the middleware runner that will run the internal middlewares.
Signature
OpenAPIEnforcerMiddleware.prototype.middleware (): Function
Parameters None
Returns an express middleware function.
Mocks
The OpenApiEnforcerMiddleware has its own internal middleware runner. Calling this function will define a mock controllers group that will handle requests and add it as an internal middleware.
Signature
OpenAPIEnforcerMiddleware.prototype.mocks (controllers: string|object, isFallback: boolean, ...dependencyInjection): Promise
Parameters
controllers - The path the the mock controllers directory or a controllers definition map. See the controllers guide for more information. This value can be set to
null
orundefined
if you do not have any mock controller functions to run.isFallback - A boolean indicating whether this is fallback middleware or if it requires explicit mock requests to run.
dependencyInjection - You can add any number of parameters after the first parameter and these will be passed in to a controller that uses dependency injection.
Returns A Promise that will resolve when the middleware loads correctly.
Use
The OpenApiEnforcerMiddleware has its own internal middleware runner. Calling this function will add an internal middleware.
Signature
OpenAPIEnforcerMiddleware.prototype.use (middleware: Function): undefined
Parameters
- middleware - The express middleware function to add to the internal enforcer's middleware. Any responses sent from within these middlewares will be validated against the OpenAPI document definition prior to sending.
Returns nothing.


Cost of Freedom
The Cost of Freedom will be published on Nov 9 and freely available online under CC-0 license.
Freedom comes with many costs, not least responsibility. Social, psychological, financial, bodily, emotional: known and unknown costs, often to bystanders, turn any strategy to gain and protect freedom into an ambiguous quest. Sometimes it isn't clear what freedom means. Many people use and produce bits of free knowledge, but any serious attempt quickly runs into tremendous barriers, in every field. Participants receive unequal welcome due to gender, language, cultural or economic differences. Occasionally, the production of intangible assets may intersect with broader historical movements, redefining their meanings and exposing their participants to unlimited costs.
Considering the costs borne by millions to obtain, for example, freedom from slavery or freedom to vote, free knowledge movements seem rather safe and straightforward. By contrast, to consider the costs of free culture, free software or open scientific research may look adventurous, or perhaps just presumptuous. But this is what we will attempt to do, with appropriate humility. This book wants to discuss how free knowledge movements are built and the real costs attached to them. Activists, artists, designers, developers, researchers, and writers involved with free knowledge movements have worked together to see further than the fog of our news feeds and produce some sense from our different experiences.
This book is born in an attempt to free Bassel Khartabil Sadafi, loved and celebrated Internet volunteer detained in Syria since 15 March 2012. His name has been deleted from the Adra Prison's register where he was detained, on 3 October 2015. We have not received any information about his current status or whereabouts since.
The book cover - by Omar Ibrahim
The introductory part of this book called Collective Memories gives voice to his friends and family that have been urging for his release and want him back in his normal life and freedom, immediately.
Seeing Bassel paying a high price for his participation in free culture, many of us have started to reflect on our own fates, actions, and choices. Why are we here today? What have we chosen? What have we given up in this process of sometimes extreme belief? The second part, OPENING: FREEDOM, is a recollection of personal, sometimes contradictory reflections and views about the experience of working within free culture for some years. The diversity of contributions express the many directions that have been taken to act.
The third part called ARCHITECTONICS OF POWER takes a step back to look at how we, as a society, deal or fail to deal with the different barriers that stand in our ways towards freedom. Different authors analyze the contradictions of their choices and daily activities with larger objectives and lifestyles associated with the free culture. The variety of professions and situations of the contributors offer an illustration stained with multiple tones.
Finally, the fourth part AFFORDANCES offers a reflection on theories and successful practices of free culture. It offers different perspectives on the nature, structure, motivations and limitations of existing levers towards liberation, not only legal and technological but also social and cultural.
Once marginal, the free culture is today on the edge of becoming the new normal thanks to the Internet while being threatened in its fundamentals by its own success. The many contributions in this book offer a unique snapshot of its dreads and interrogations, and a tentative program for the reader to reflect on the future of freedom in our times.


Arcade Game Clone
Lives:
Restart
×
Congratulations!
You won the game!
You saved 5 lives
×
Sorry!
You lost the game!
You have no lives


--- creation_epoch:<PHONE_NUMBER> lastmod_epoch:<PHONE_NUMBER> categories: Misc title: New PC Case --- So my old case wasn't working out anymore due to a new CPU fan that was too large.
My step-dad was kind (and very talented) enough to make me a new case so the front would fit on again. Below are pictures.


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If the process topology is a cartesian structure, a MPI_SENDRECV operation is likely to be used along a coordinate direction to perform a shift of data. As input, MPI_SENDRECV takes the rank of a source process for the receive, and the rank of a destination process for the send. If the function MPI_CART_SHIFT is called for a cartesian process group, it provides the calling process with the above identifiers, which then can be passed to MPI_SENDRECV. The user specifies the coordinate direction and the size of the step (positive or negative). The function is local.
MPI_CART_SHIFT(comm, direction, disp, rank_source, rank_dest)
[ IN comm] communicator with cartesian structure (handle)
[ IN direction] coordinate dimension of shift (integer)
[ IN disp] displacement (> 0: upwards shift, < 0: downwards shift) (integer)
[ OUT rank_source] rank of source process (integer)
[ OUT rank_dest] rank of destination process (integer)
int MPI_Cart_shift(MPI_Comm comm, int direction, int disp, int *rank_source, int *rank_dest)
MPI_CART_SHIFT(COMM, DIRECTION, DISP, RANK_SOURCE, RANK_DEST, IERROR)
INTEGER COMM, DIRECTION, DISP, RANK_SOURCE, RANK_DEST, IERROR
The direction argument indicates the dimension of the shift, i.e., the coordinate which value is modified by the shift. The coordinates are numbered from 0 to ndims-1, when ndims is the number of dimensions.
Depending on the periodicity of the cartesian group in the specified coordinate direction, MPI_CART_SHIFT provides the identifiers for a circular or an end-off shift. In the case of an end-off shift, the value MPI_PROC_NULL may be returned in rank_source or rank_dest, indicating that the source or the destination for the shift is out of range.
Example
The communicator, comm, has a two-dimensional, periodic, cartesian
topology associated with it. A two-dimensional array of REALs is stored
one element per process, in variable A. One wishes to skew this array,
by shifting column i (vertically, i.e., along the column) by
i steps.
.... C find process rank CALL MPI_COMM_RANK(comm, rank, ierr)) C find cartesian coordinates CALL MPI_CART_COORDS(comm, rank, maxdims, coords, ierr) C compute shift source and destination CALL MPI_CART_SHIFT(comm, 0, coords(2), source, dest, ierr) C skew array CALL MPI_SENDRECV_REPLACE(A, 1, MPI_REAL, dest, 0, source, 0, comm, + status, ierr)
[] Advice to users.
In Fortran, the dimension indicated by DIRECTION
= i has
DIMS(i+1) nodes, where
DIMS is the array that
was used to create the grid. In C, the dimension
indicated by direction = i is the dimension specified by
dims[i].
( End of advice to users.)


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(short for JavaScript eXtension)
JSX allows us to write HTML and JavaScript combined together in the same file
(document object model)
The Virtual DOM is a copy of the site’s DOM, and React JS uses this copy to see what parts of the actual DOM need to change when an event happens.
Without using React JS, the entire DOM would have to update to reflect change. React, on the other hand, scans the Virtual DOM to see what changed after a user action and selectively updates that section of the DOM only.
React makes it much easier to create interfaces by breaking each page into small chunks. These fragments are called components.
A React app can be seen as a component tree — having one root component (“App”) and then many nested child components.
These are like javascript functions. They accept arbitrary inputs (called “props”) and need to return/ render some JSX code (React elements) which describes what should appear on the screen.
The simplest way to define a component is to write a JavaScript function. This function is a valid React component because it returns a React element. We call such components “function components” because they are literally JavaScript functions.
The second way is to use ES6 syntax for creating a functional component. For this we have to use the arrow function as below:
The third way of creating a functional component. Here also we will use ES6 but we will modify our arrow function.
You can also use an ES6 class to define a component. Different from functional components, class components must have an additional render( ) method for returning JSX.
One of important concept of components is how they communicate. React has a special object called a prop (stands for property) which we use to transport data from one component to another.
Props are custom values and they also make components more dynamic. Since the React component is the child here, we need to define props on its parent (App), so we can pass the values and get the result simply by accessing the prop "name".
render()
componentDidMount()
Method is called as soon as the component is mounted and ready. This is a good place to initiate API calls, if you need to load data from a remote endpoint.
componentDidUpdate()
componentWillUnmount()
shouldComponentUpdate()
getDerivedStateFromProps()
getSnapshotBeforeUpdate()
More information about React you can find on the official site
reactjs.org


Puccini CLI (Beta)
Edit (pull request)Puccini CLI is a shell to interact with Puccini orchestrator.
Run Puccini CLI
The simplest way to get the CLI is to launch the Getting Started script.
Then you could go to cd alien4cloud-getstarted/puccini-cli-${VERSION}/bin/
, once inside the folder you can launch ./tdk.sh
.
The script will start an interactive shell with history, auto-completion. Don’t hesitate to type TAB
or CTRL+R
when you are in the shell mode.
// List all available commands
help
// Get help for a specific command. You should have information about sub-commands' syntax and what each sub-command does ...
help agent
Quick getting started
The below instructions will help you to deploy a sample web app hosted on Tomcat, and put behind an apache load balancer.
The commands in this example suppose that you have all your CSARs inside a folder named Projects/
, which is at the same level as puccini-cli-${VERSION}/
.
Please take note that the path here is not important, from the moment when you give the correct path it will work (can be absolute path).
-
Download Docker specific topology and put it in
Projects/puccini_topology/
. -
Fetch samples
# Clone samples
cd Projects/
git clone https://github.com/alien4cloud/alien4cloud-extended-types.git
git clone git clone https://github.com/alien4cloud/samples.git
# Launch Puccini CLI
cd ../puccini-cli-${VERSION}/bin
./tdk.sh
- Inside Puccini’s interactive shell
# Install some types necessary to deploy a topology apache load balancer
csar install ../../Projects/alien4cloud-extended-types/alien-base-types/
csar install ../../Projects/samples/org/alien4cloud/lang/java/pub/
csar install ../../Projects/samples/org/alien4cloud/lang/java/jdk/linux/
csar install ../../Projects/samples/tomcat-war/
csar install ../../Projects/samples/apache-load-balancer/
csar install ../../Projects/samples/topology-load-balancer-tomcat/
# Create a deployment image
deployment create aplb ../../Projects/puccini_topology/
# Create agent to deploy
agent create aplb
# Follow the log of deployment
agent log aplb
# Show outputs
agent info aplb
- Get the URL to access to the web app from the deployment’s output, paste it in your browser and enjoy !
- You can continue to check the next sections to have more details about the CLI’s usage
Advanced usage
The common workflow to use puccini to develop recipe / manage deployments is:
Install CSARs
Develop your tosca recipe and topology with pure abstract native types tosca.nodes.Compute
, tosca.nodes.Network
… then install it.
csar install /home/bobo/Documents/fastconnect/samples/org/alien4cloud/lang/java/pub
...
csar install /home/bobo/Documents/fastconnect/samples/topology-load-balancer-tomcat
Create the puccini specific topology to map all abstract native nodes to puccini native nodes.
As an example, you can see the abstract topology use abstract tosca.nodes.Compute
.
- The AWS specific topology use concrete type
org.alien4cloud.puccini.aws.nodes.Instance
. - The Docker specific topology use concrete type
org.alien4cloud.puccini.docker.nodes.Container
. - The Openstack specific topology use concrete type
org.alien4cloud.puccini.openstack.nodes.Compute
.
The specific topology import the abstract topology and override nodes and inputs with the same names, you can add more nodes in the specific topology.
imports:
- war-apache-load-balanced-topology:*
topology_template:
inputs:
- ...
node_templates:
WebServer:
type: org.alien4cloud.puccini.docker.nodes.Container
To display all installed csars.
csar list
Puccini CLI can handle multi-modules project. If you have a project which contains multiple modules (CSAR), Puccini CLI can parse, construct the dependency graph, and install all modules in correct order.
// Here, we install all the csar artifacts found in the project samples
project build /home/bobo/Documents/fastconnect/samples
Create a deployment
You can create a deployment from your specific Puccini topology created in the precedent step so that Puccini knows which IAAS provider to target.
The deployment will then be created with the specific topology and so concrete type as org.alien4cloud.puccini.aws.nodes.Instance
will be instantiated.
Basically, a deployment is a docker image with every necessary resources to instantiate the topology.
deployment create myDeployment /home/bobo/Documents/fastconnect/puccini-topology
To display all the existing deployments.
deployment list
Launch the deployment
From deployment images, you can create deployment agents (micro managers) which are docker containers that handle the lifecycle of your application. You can deploy/undeploy/scale your application thanks to the agents.
# Create agent (docker container) from deployment image and run install workflow
agent create myDeployment
To display all the existing agents.
agent list
Tail deployment’s log
We can see the log when the deployment is running.
agent log myDeployment
# To filter the log whose type is workflow_event.
agent log --logType=workflow_event myDeployment
Show deployment’s information
# Show all deployment information such as node, instances, executions, outputs ...
agent info myDeployment
Scale
# Scale myNode to a new instance count of 2
agent scale myDeployment myNode 2
Update and resume
With agent log myDeployment
or agent info --executions myDeployment
, you might observe that your deployment has failed.
You might be able to fix your recipe and then hot reload it with puccini.
Once recipe is updated, if you took care to make your operation idempotent, you can resume the execution from the failure point (the operation in failure will be re-executed).
Even if your operation did modify the state of the machine in a way that it cannot be resumed, you can just connect to the machine, put the machine back in a clean state and then resume (if we suppose that it takes less time than re-run the whole deployment from the beginning).
# After fixing your recipe, update the csar installed in the local repository
csar install myCsar
# Regenerate the deployment image, update the work folder
deployment create my_deployment
# Take note that you can bypass the image generation by modifying directly compiled csar inside path_to_puccini/work/myDeployment/recipe/src/main/resources, but then next 'agent create myDeployment' will not use the updated recipe
# Update recipe on the agent
agent update my_deployment
# Resume the the deployment from the last failure point
agent resume my_deployment
Undeploy
We can undeploy the application after it is deployed.
# Launch uninstall workflow and delete the agent
agent delete myDeployment
# Tear down the infrastructure and delete the agent (only delete IAAS components as compute network)
agent delete -f myDeployment
# Delete the agent and ignore the deployment
agent delete --ignore-deployment myDeployment
Deployment with other clouds
The example, which was given util now deploys on docker as the default puccini provider. You might want to work with one of the supported IAAS Openstack, AWS or byon.
-
Configure the provider at
path_to_puccini/conf/providers/${provider_name}/${target_name}
following the template fileprovider.conf.tpl
, you must then rename it toprovider.conf
. As you can see as provider, you have the choice between Openstack, AWS and docker. Target enables you to have multiple configurations for the same IAAS. In all of your commands when no target is specified, puccini takes the target nameddefault
. If you don’t want to configure statically inside Puccini, you can configure those configurations as inputs of your deployment. -
Create your puccini topology for the configured cloud by importing puccini provider types:
imports:
...
- puccini-aws-provider-types:*
node_templates:
WebServer:
type: org.alien4cloud.puccini.aws.nodes.Instance
- Create your deployment and your agent in the same manner as with docker provider. An example of a deployment AWS can be found here
Ansible support
Puccini supports Ansible as an artifact executor. To rapidly test Ansible with Puccini :
# Use this new image as base image to build all micro manager from now on, the image has ansible installed
deployer use alien4cloud/puccini-deployer-ansible:1.4.0
# Install your types which uses Ansible
csar install path_to_your_ansible_types
# Create the deployment image
deployment create --input=path_to_aws_inputs.yml my_deployment path_to_aws_topology
# Run your deployment


Go to the source code of this file.
Legato Secure Storage API
Copyright (C) Sierra Wireless Inc. Use of this work is subject to license.
| #define LE_SECSTORE_MAX_ITEM_SIZE 8192 |
Maximum number of bytes for each item in secure storage.
| #define LE_SECSTORE_MAX_NAME_SIZE 255 |
Maximum number of characters permited for a secure storage item name.
| void le_secStore_ConnectService |
( |
void |
| ) |
|
Connect the client to the service
Deletes an item from secure storage.
- Returns
- LE_OK if successful. LE_NOT_FOUND if the item doesn't exist. LE_UNAVAILABLE if the secure storage is currently unavailable.
- Parameters
-
| [in] | name | Name of the secure storage item. |
| void le_secStore_DisconnectService |
( |
void |
| ) |
|
Disconnect the client from the service
| le_result_t le_secStore_Read |
( |
const char * |
name, |
|
|
uint8_t * |
bufPtr, |
|
|
size_t * |
bufNumElementsPtr |
|
) |
| |
Reads an item from secure storage.
- Returns
- LE_OK if successful. LE_OVERFLOW if the buffer is too small to hold the entire item. No data will be written to the buffer in this case. LE_NOT_FOUND if the item doesn't exist. LE_UNAVAILABLE if the secure storage is currently unavailable.
- Parameters
-
| [in] | name | Name of the secure storage item. |
| [out] | bufPtr | Buffer to store the data in. |
| [in,out] | bufNumElementsPtr | |
| le_result_t le_secStore_Write |
( |
const char * |
name, |
|
|
const uint8_t * |
bufPtr, |
|
|
size_t |
bufNumElements |
|
) |
| |
Writes an item to secure storage. If the item already exists, it'll be overwritten with the new value. If the item doesn't already exist, it'll be created.
- Returns
- LE_OK if successful. LE_NO_MEMORY if there isn't enough memory to store the item. LE_UNAVAILABLE if the secure storage is currently unavailable.
- Parameters
-
| [in] | name | Name of the secure storage item. |
| [in] | bufPtr | Buffer contain the data to store. |
| [in] | bufNumElements | |