Here’s Everything Coming to Netflix in December 2019
by Genevieve ScaranoIt’s the holiday season and if you’re recovering from Thanksgiving, Black Friday, and Cyber Monday, you may want to stream Netflix’s new documentaries, movies, and TV shows premiering this month.
Many fantasy and sci-fi shows will be available to watch soon, including SYFY’s Nightflyers, vampire drama V Wars, and monster hunting series The Witcher.
If you want to binge-watch an action flick with friends or fam, Netflix’s 6 Underground brings in the dynamite. Or if a tear-jerker flick is more your thing, Adam Driver and Scarlett Johansson go through an emotional divorce in Marriage Story.
Of course, Netflix doesn’t disappoint when it comes to cute, cheesy, and hilarious holiday films and specials. Home for Christmas, Jack Whitehall: Christmas with my Father, and A Family Reunion Christmas will be added to the streaming service’s festive lineup.
Here’s everything coming to Netflix in December 2019. If you’re not a subscriber yet, start your free trial here.
December 2
Nightflyers (Season 1)
December 3
Tiffany Haddish: Black Mitzvah
War on Everyone
December 4
Magic for Humans (Season 2) Netflix Original Series
The Last O.G. (Season 2)
December 5
V Wars (Season Premiere) Netflix Original Series
Home for Christmas
December 6
The Confession Killer Netflix Original Documentary
Astronomy Club: The Sketch Show
Marriage Story
Three Days of Christmas
December 9
A Family Reunion Christmas
It Comes at Night
December 10
Outlander (Season 3)
December 12
Jack Whitehall: Christmas with my Father
December 13
6 Underground Netflix Original Movie
December 16
The Magicians (Season 4)
The Danish Girl
December 17
Ronny Chieng: Asian Comedian Destroys America!
December 18
Don’t F**k With Cats: Hunting an Internet Killer
December 19
Ultraviolet (Season 2)
December 20
The Witcher Netflix Original Series
December 22
Private Practice (Seasons 1-6)
December 23
Transformers Rescue Bots Academy (Season 1)
December 24
Lost in Space (Season 2) Netflix Original Series
December 25
Sweetheart
December 26
The App
Fast & Furious Spy Racers
You (Season 2) Netflix Original Series
December 27
The Gift
Kevin Hart: Don’t F**k This Up
December 29
Lawless
December 30
The Disastrous Life of Saiki K.: Reawakened (Season Premiere) Netflix Original Series
December 31
The Degenerates (Season 2) Netflix Original Series
Die Another Day
Golden Eye
Heartbreakers
The Neighbor Netflix Original Series
Red Dawn
Tomorrow Never Dies
More on Geek.com:


My Ramp Walk Experience
I am a girl who does not have the permission to wear western dresses. While working in TEKsystems, I have had an opportunity to explore many things. In the 2016 fest, I became a member of a ramp walk group. The theme of the ramp walk is Angels and Demons.  I never had a dress like that, so I went shopping and bought a nice dress and sandals. In the 2016 fest, I was also part of the Fun Awards hosting. So, unfortunately, these two events became continuously and I really did not have the time to change my dress and makeup. I had decided to wear my demon dress with makeup for the fun awards too. And I covered it up by saying to the crowd as "Now, we are going to have Fun Awards, So we thought why not we look funny to give these awards" and every person in the auditorium went on laughing. As soon as I finished the fun awards I went for ramp walk and I really had a great experience by doing this.


But first, enter your name: , and click when you are ready.
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copyright
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botanical
Garden
JARDIN
BOTANICO
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M.
MOSCOSO”
SANTO
DOMINGO,
REPUBLICA
DOMINICANA
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.
Scoparia
dulcís
L*
lm.
tall;
white
corolla
and
stamens.
República
Dominicana:
Prov.
El
Seibo:
North
of
Parada
Los
Guineos
(38
km.
E
of
Miches)
at
the
south
part
of
Laguna
El
Limon
where
boats
dock:
lowlands
at
lake
edge,
adjacent
lowlands
planted
to
rice.
18
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68
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51'
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alt.
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Level of confidence that token is an accurately-transcribed word
extremely low
very low
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read_all(@optionals = current_reader(), reader = read)
Repeatedly call the function reader
with the input stream s
as the sole argument and
accumulate a list of each value returned up to the end-of-file object. Return the accumulated list
without the end-of-file object.


Want to take a daily walk through the Proverbs, verse by verse?
Above is a simple, mentally engaging walk through Proverb chapter for this day of the month. It is a quiz format, but don't worry. It's not meant to quiz you, but rather give you a bit a spice to the process.
Enjoy!
Community is essential.
Join our FB group to share the fruit of your reading with others.
Contact Developer
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'Holiday Rush': Romany Malco tries to save Christmas in first trailer
by Annie MartinNov. 13 (UPI) -- Netflix is giving a glimpse of Romany Malco in the new film Holiday Rush.
The streaming service released a first trailer Wednesday featuring Malco as Rashon "Rush" Williams, a radio DJ, widower and single father.
The preview shows Rush (Malco) and his producer Roxy Richardson (Sonequa Martin-Green) work to buy another radio station after they lose their jobs on the air. Rush's Aunt Jo (Darlene Love) helps come up with a plan.
Rush must teach his children (Amar M. Wooten, Deysha Nelson, Andrea-Marie Alphonse and Selena-Marie Alphonse) to embrace a less "bougie" lifestyle during the transition. In addition, Rush develops a romance with Roxy.
Holiday Rush is directed by Leslie Small and co-stars La La Anthony, Deon Cole, Tamala Jones and Roscoe Orman. The film premieres Nov. 28.
"This is my kind of holiday FILM! HOLIDAY RUSH starring @teamromany, @SonequaMG, @deoncole, @lalaanthony and more comes to @netflix November 28!" Netflix tweeted Wednesday.
Malco played Conrad Shepard on Weeds and presently stars as Rome Howard on A Million Little Things. Martin-Green portrayed Sasha Williams on The Walking Dead.
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Nov. 11 (UPI) -- Sony Pictures released a trailer for the "Fantasy Island" movie Monday. Blumhouse, the producers of "Get Out," "The Purge" and "Halloween" have reimagined the TV show as a horror movie, due out Feb. 14, 2020.
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'Scoob!': Scooby-Doo and Mystery Inc. return in first trailer
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'Midway' tops the North American box office with $17.5M
Nov. 10 (UPI) -- The Word War II adventure "Midway" -- starring Aaron Eckhart and Nick Jonas -- is the No. 1 movie in North America this weekend, earning $17.5 million in receipts, BoxOfficeMojo.com announced Sunday.
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Nov. 8 (UPI) -- "Lights Out" and "Annabelle: Creation" director David F. Sandberg is to helm a Netflix film based on Cullen Bunn and Jack. T. Cole's graphic novel "The Unsound."


textutil::wcswidth - Procedures to compute terminal width of strings
The package textutil::wcswidth provides commands that determine character type and width when used in terminals, and the length of strings when printed in a terminal.
The data underlying the functionality of this package is provided by the Unicode database file http://www.unicode.org/Public/UCD/latest/ucd/EastAsianWidth.txt.
The complete set of procedures is described below.
Returns the number of character cells taken by the string when printed to the terminal. This takes double-wide characters from the various Asian and other scripts into account.
Returns the number of character cells taken by the character when printed to the terminal.
Beware: The character char is specified as Unicode codepoint.
Returns the character type of the specified character. This a single character in the set of A, F, H, N, Na, and W, as specified per http://www.unicode.org/Public/UCD/latest/ucd/EastAsianWidth.txt
Beware: The character char is specified as Unicode codepoint.
This document, and the package it describes, will undoubtedly contain bugs and other problems. Please report such in the category textutil of the Tcllib Trackers. Please also report any ideas for enhancements you may have for either package and/or documentation.
When proposing code changes, please provide unified diffs, i.e the output of diff -u.
Note further that attachments are strongly preferred over inlined patches. Attachments can be made by going to the Edit form of the ticket immediately after its creation, and then using the left-most button in the secondary navigation bar.
regexp(n), split(n), string(n)
Text processing


Project Managed by : Mohd Sufiyan Ansari
Social :
Useful Links : Some Example Of Patterns(Turtle)
Insert Tab It will Only Insert Tab at last cursor position, not current cursor position.


Exports a class to HTML format. More...
Public Member Functions | |
| HtmlExporter (Document doc, string path) | |
| override void | Export () |
| Actually exports the document to an HTML string. | |
| Public Member Functions inherited from Bareplan.Core.DocumentExporter | |
| DocumentExporter (Document doc, string path) | |
| The base Bareplan.Core.DocumentExporter class for all exporters. | |
| void | Save () |
| Saves the Contents. Invokes Export() if Contents is empty. |
Public Attributes | |
| const string | DefaultExt = "html" |
Additional Inherited Members | |
| Properties inherited from Bareplan.Core.DocumentExporter | |
| string | Contents [get, set] |
| The contents to be stored in the file. This is normally generated by Export(). | |
| Document | Document [get, set] |
| Gets or sets the document. | |
| string | Path [get, set] |
| Gets or sets the path to the file to export. |
Exports a class to HTML format.
|
virtual |
Actually exports the document to an HTML string.
Implements Bareplan.Core.DocumentExporter.


{{gettext("Litepaper")}}
{{gettext("Bringing NFTs and DeFi to the masses")}}
{% include 'litepaper/sidebar.html' %}
{% include 'litepaper/exec-summary.html' %}
{% include 'litepaper/intro.html' %}
{% include 'litepaper/platform.html' %}
{% include 'litepaper/team.html' %}
{% include 'litepaper/conclusion.html' %}


The Dojo Toolkit, for which this module is intended, features a versatile topic-based event publishing and subscription framework, that allows widgets throughout the application to receive notifications of various events and associated data.
However, as of version 1.5.0, the Dojo Toolkit lacks a utility to also allow retrieval of previously published event data, preventing the event system from being used to store data for the application model.
Such a capability is useful for UI components that are created by their parent components upon notification of (and obviously after) a particular event, but that still periodically require the latest data on that or other event topic(s) throughout their lifecycle.
This is a storage layer add-on module for the Dojo Toolkit event system. It can be 'require'd via the Dojo module-loading package system, and be used for the retrieval of previously-published topic-based event data, making it possible for application components to access event data that either could not be received, or was not needed, at the time it was originally published.
Enter an arbitrary event name and some text data below, and click the 'Store' button:
Enter the same event name below as entered above, and click the 'Recall' button to load and display the text data just entered:
Include the path to the 'stordje' module in the 'djConfig' 'modulePaths' parameter by specifying the HTTP/S path to the StorDJE JavaScript file without the '.js' extension:
<script type='text/javascript' src='/dojo-release-1.5.0/dojo/dojo.js' djConfig="parseOnLoad: true, modulePaths:{'stordje':'/stordje/stordje'}"> </script>
Instead of calling the 'publish(...)' method of the 'dojo' module like this:
dojo.publish('my-event', ["my event data"]);
Change the module from 'dojo' to 'stordje' like this:
dojo.require('stordje'); stordje.publish('my-event', ["my event data"]);
The method arguments remain exactly the same. The method 'stordje.publish(...)' still calls 'dojo.publish(...)' internally after saving the event data to a hash map.
To recall the event data, call either the 'recall(...)' or 'recallFirst(...)' method of the stordje module:
dojo.require('stordje'); var arrData = stordje.recall('my-event'); // Returns the stored string // wrapped inside an array. var strData = stordje.recallFirst('my-event'); // Returns just the stored // string.
These methods simply retrieve the event data from the same hash map to which it was previously saved by 'stordje.publish(...)'. The 'recallFirst(...)' method was added for convenience to unwrap the data from the array in which it was originally published.
Review the Dojo Build System documentation.
Dojo version 1.5.0 and below SDK build script has a limitation on including single-file modules in the build. To include StorDJE in the build, it is necessary to overcome this limitation.
Either override 'dojo-release-X-src/util/buildscripts/build.js' with this build.js .
Or apply this build.js.patch patch file to 'dojo-release-X-src/util/buildscripts/build.js'.
--- dojo-release-1.5.0-src/util/buildscripts/build.js-ORIGINAL 2010-04-28 17:01:11.000000000 -0700 +++ dojo-release-1.5.0-src/util/buildscripts/build.js 2011-01-22 23:12:19.815136749 -0800 @@ -262,6 +262,12 @@ //directory. Also adds code guards to module resources. var prefixSlashName = prefixName.replace(/\./g, "/"); var releasePath = kwArgs.releaseDir + "/" + prefixSlashName; + + var isModuleSingleFile = prefixPath.match(/\.js$/); + if (isModuleSingleFile) { + releasePath += '.js'; + } + var copyRegExps = { include: /./ }; @@ -276,7 +282,15 @@ } logger.info("Copying: " + prefixPath + " to: " + releasePath); - var copiedFiles = fileUtil.copyDir(prefixPath, releasePath, copyRegExps, true); + + var copiedFiles = null; + if (isModuleSingleFile) { + if (fileUtil.copyFile(prefixPath, releasePath, true)) { + copiedFiles = [releasePath]; + } + } else { + copiedFiles = fileUtil.copyDir(prefixPath, releasePath, copyRegExps, true); + } //If want a different selector engine, adjust that now. //Copy the new selector js over the dojo._base.query file
Example:
$ patch dojo-release-1.5.0-src/util/buildscripts/build.js-ORIGINAL build.js.patch
Make sure to specify a prefix for StorDJE in your 'build-X.profile.js':
prefixes: [ [ 'dijit', '../dijit' ], [ 'dojox', '../dojox' ], [ 'stordje', '../stordje/stordje-release-0.3-min.js' ], [ 'your_other_module', '../your_other_module' ] ]


A Happy life is one spent in learning, earning and yearning
In alignment with boxifying concept, complete webpage is divided into rows and columns. Each row then can be subdivided into 12 columns. Mix of a part of row and column will form a box and each box is a class.
It's a great concept to create great experience for the user with so much advancements in technology and varied user base with different screen sizes from desktops, laptops, tablets to mobile phones. Responsive webpages are a way of keeping the webpage readable and attractive in transition between different screen sizes.
Semantic structure is not about the look of the content but the importance of the content.Like the h1 tag superior to all other h tags.
I really liked the concept of building your own framework or using a famous framework like bootstrap. A project can be a combination of frameworks with a framework of your own. Also getting to know the very basics of building framewok, not just building things from classes defined in a famous framework.


CSE4004
A simple webpage designed with the fundamental concepts
Lorem Ipsum would work in VS Code, but, I'm using Vim instead.


# File vendor/plugins/active_scaffold/lib/finder.rb, line 53 def all_conditions merge_conditions( active_scaffold_conditions, # from the search modules conditions_for_collection, # from the dev conditions_from_params, # from the parameters (e.g. /users/list?first_name=Fred) conditions_from_constraints, # from any constraints (embedded scaffolds) active_scaffold_session_storage[:conditions] # embedding conditions (weaker constraints) ) end


For a comfortable terminal-like interface see the ELIZA-Terminal.
For a modern interface (featuring speech I/O) see E.L.I.Z.A. Talking.
|
ELIZA is a natural language conversation program described by Joseph Weizenbaum in January 1966 [1]. It features the dialog between a human user and a computer program representing a mock Rogerian psychotherapist. The original program was implemented on the IBM 7094 of the Project MAC time-sharing system at MIT and was written in MAD-SLIP. This is how Joseph Weizenbaum discussed his choice for a conversation model as it would be found in psychotherapist's session: At this writing, the only serious ELIZA scripts which exist are some which cause ELIZA to respond roughly as would certain psychotherapists (Rogerians). ELIZA performs best when its human correspondent is initially instructed to "talk" to it, via the typewriter of course, just as one would to a psychiatrist. This mode of conversation was chosen because the psychiatric interview is one of the few examples of categorized dyadic natural language communication in which one of the participating pair is free to assume the pose of knowing almost nothing of the real world. If, for example, one were to tell a psychiatrist "I went for a long boat ride" and he responded "Tell me about boats", one would not assume that he knew nothing about boats, but that he had some purpose in so directing the subsequent conversation. It is important to note that this assumption is one made by the speaker. Whether it is realistic or not is an altogether separate question. In any case, it has a crucial psychological utility in that it serves the speaker to maintain his sense of being heard and understood. The speaker furher defends his impression (which even in real life may be illusory) by attributing to his conversational partner all sorts of background knowledge, insights and reasoning ability. But again, these are the speaker's contribution to the conversation. |


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Please refer to the Tor website for further information about using Tor safely. You are now free to browse the Internet anonymously. For more information about this exit relay, see: Relay Search.
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Bill Smith - Illuminati
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If this is checked, describe file paths which are counted steps as starting with the top directory name of the target source code files.
If this is not checked, file paths do not include the top directory name.
This choice works only about output file, but not about result web page.


needrestart
Check which daemons need to be restarted after library upgrades.
More information: home page
- List outdated processes:
needrestart
- Interactively restart services:
sudo needrestart
- List outdated processes in [v]erbose or [q]uiet mode:
needrestart -v|q
- Check if the [k]ernel is outdated:
needrestart -k
- Check if the CPU microcode is outdated:
needrestart -w
- List outdated processes in [b]atch mode:
needrestart -b
- List outdated processed using a specific [c]onfiguration file:
needrestart -c path/to/config
- Display help:
needrestart --help


Devils score 2 quick goals, hold on to beat Canucks 2-1
VANCOUVER, British Columbia (AP) - Wayne Simmonds and Jesper Bratt scored 22 seconds apart in the first period and Mackenzie Blackwood made 30 saves in the New Jersey Devils’ 2-1 victory over the Vancouver Canucks on Sunday.
Brock Boeser had a power-play goal for Vancouver. The Canucks are 0-3-1 in their last four games.
Simmonds opened the scoring on a power play with 8:12 left in the first period. Taylor Hall sent a pass into the Canucks’ zone that Kyle Palmieri directed to Simmonds. He put it past goalie Jacob Markstrom for the Devils’ second road power-play goal of the season.
Bratt quickly made it 2-0 at 12:10 when he deflected Damon Severson’s point shot.
Boeser scored with 7:20 left in the second. He took J.T. Miller’s pass, used his speed to skate into the Devil’s zone, then beat Blackwood with a low shot to the far corner.
It was the second head-to-head brother clash between Vancouver’s Quinn Hughes, the 20-year-old defenseman picked seventh overall in the 2018 draft, and Jack Hughes, the 18-year-old center picked No. 1 by the Devils this year. In an Oct. 19 meeting, Jack Hughes scored his first NHL goal in the Devils’ 1-0 win over the Canucks. On Sunday, Quinn Hughes earned an assist on Boeser’s goal while Jack was kept off the scoresheet.
NOTES: Vancouver’s Brandon Sutter played in his 701st career game. He’s the sixth member of the Sutter family to play 700 or more games. … The Devils are 8-0-3 in their last 11 games against Vancouver. … Markstrom stopped 25 shots.
UP NEXT
Devils: Host Ottawa on Wednesday night.
Canucks: Host Nashville on Tuesday night.
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Please read our comment policy before commenting.


LOANA
Home
Eligibilty prediction
About us
Services
{{prediction_val}}
Fill the Form for Prediction
Gender
--select gender--
Male
Female
Married Status
--select married status--
Yes
No
Dependents
--select dependents--
0
1
2
3+
Eductaion
--select education--
Graduate
Not a Graduate
Self Employed
--select self employed status--
Yes
No
Credit History
--select credit history--
1.000000
0.000000
0.842199
Property Area Type
--select property area type--
Semi-Urban
Urban
Rural
Enter Applicant Income
Enter Co-Applicant Income
Enter Loan Amount
Enter Loan Amount Term
Predict


/*====================================================================* * * Copyright (c) 2013 Qualcomm Atheros, Inc. * * All rights reserved. * * Redistribution and use in source and binary forms, with or * without modification, are permitted (subject to the limitations * in the disclaimer below) provided that the following conditions * are met: * * * Redistributions of source code must retain the above copyright * notice, this list of conditions and the following disclaimer. * * * Redistributions in binary form must reproduce the above * copyright notice, this list of conditions and the following * disclaimer in the documentation and/or other materials * provided with the distribution. * * * Neither the name of Qualcomm Atheros nor the names of * its contributors may be used to endorse or promote products * derived from this software without specific prior written * permission. * * NO EXPRESS OR IMPLIED LICENSES TO ANY PARTY'S PATENT RIGHTS ARE * GRANTED BY THIS LICENSE.  IN NO EVENT SHALL THE COPYRIGHT OWNER * OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, * SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT * NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN * CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE * OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. * *--------------------------------------------------------------------*/ /*====================================================================* * * bool UnwantedMessage (void const * memory, size_t extent, uint8_t MMV, uint16_t MMTYPE); * * mme.h * * return true if memory does not contains a Qualcomm Atheros message * of the specified version and type; the message version determines * the location of the OUI field; messages with MMV = 1 have an FMI * used to track multi-part confirmation counts; out of order counts * are treated as an error; * * constant __WHYNOT__ displays reason for message rejection; * * batch is the fragment group identifier taken from the fragment * frame; * * total is the number of fragements in the group taken from the * fragment frame; * * index is the fragment identifier from the fragment frame; * * count is the number of fragments received so far; * * * Contributor(s): * Charles Maier<EMAIL_ADDRESS>* Matthieu Poullet<EMAIL_ADDRESS>* *--------------------------------------------------------------------*/ #ifndef UNWANTEDMESSAGE_SOURCE #define UNWANTEDMESSAGE_SOURCE #include <stdint.h> #include <memory.h> #include "../tools/endian.h" #include "../tools/error.h" #include "../mme/mme.h" signed UnwantedMessage (void const * memory, size_t extent, uint8_t MMV, uint16_t MMTYPE) { extern const byte localcast [ETHER_ADDR_LEN]; // struct message * message = (struct message *)(memory); struct homeplug * homeplug = (struct homeplug *)(memory); if (!extent) { return (-1); } if (extent < (ETHER_MIN_LEN - ETHER_CRC_LEN)) { #if defined (__WHYNOT__) error (0, 0, "Wrong Ethernet Frame Size: Received " SIZE_T_SPEC " bytes but need at least %d", extent, ETHER_MIN_LEN - ETHER_CRC_LEN); #endif return (-1); } if (extent > (ETHER_MAX_LEN)) { #if defined (__WHYNOT__) error (0, 0, "Wrong Ethernet Frame Size: Received " SIZE_T_SPEC " bytes but need at most %d", extent, ETHER_MAX_LEN); #endif return (-1); } if (ntohs (homeplug->ethernet.MTYPE) != ETH_P_HPAV) { #if defined (__WHYNOT__) error (0, 0, "Wrong Ethernet Frame Type: Received %04X while waiting for %04X", ntohs (homeplug->ethernet.MTYPE), ETH_P_HPAV); #endif return (-1); } if (homeplug->homeplug.MMV != MMV) { #if defined (__WHYNOT__) error (0, 0, "Wrong Message Version: Received %02X but expected %02X", homeplug->homeplug.MMV, MMV); #endif return (-1); } if (homeplug->homeplug.MMV == 0) { struct qualcomm_hdr * qualcomm = (struct qualcomm_hdr *)(&homeplug->homeplug); if (LE16TOH (qualcomm->MMTYPE) != MMTYPE) { #if defined (__WHYNOT__) error (0, 0, "Wrong Message Type: Received %04X while waiting for %04X", LE16TOH (qualcomm->MMTYPE), MMTYPE); #endif return (-1); } if ((MMTYPE < VS_MMTYPE_MIN) || (MMTYPE > VS_MMTYPE_MAX)) { } else if (memcmp (localcast, qualcomm->OUI, sizeof (qualcomm->OUI))) { #if defined (__WHYNOT__) error (0, 0, "Wrong Message Vendor"); #endif return (-1); } } if (homeplug->homeplug.MMV == 1) { struct qualcomm_fmi * qualcomm = (struct qualcomm_fmi *)(&homeplug->homeplug); #if FMI static unsigned total = 0; static unsigned index = 0; static unsigned count = 0; #endif if (LE16TOH (qualcomm->MMTYPE) != MMTYPE) { #if defined (__WHYNOT__) error (0, 0, "Wrong Message Type: Received %04X while waiting for %04X", LE16TOH (qualcomm->MMTYPE), MMTYPE); #endif return (-1); } #if FMI index = qualcomm->FMID >> 0 & 0x0F; if (!index) { total = qualcomm->FMID >> 4 & 0x0F; count = qualcomm->FMID >> 0 & 0x0F; if (memcmp (localcast, qualcomm->OUI, sizeof (qualcomm->OUI))) { #if defined (__WHYNOT__) error (0, 0, "Wrong Message Vendor"); #endif return (-1); } } if (index != count) { #if defined (__WHYNOT__) error (0, 0, "Message Fragment Out-of-order"); #endif return (-1); } if (count > total) { #if defined (__WHYNOT__) error (0, 0, "Fragment Count Exceeds Total"); #endif return (-1); } count++; #endif } return (0); } #endif


--- layout: page title: About header-img: "img/about-bg.png" ---
My name is Ryan Woodard and 2018 is the year I transition into a career in Tech. I was first introduced to the web back in 1996 and have seen the incredible advances in the way information and people have organized in a premobile and now mobile world. My ultimate goal is to provide my insights and personal experiences to help shape positive impacts in the technology available at the tips of our fingers. The pen was mightier than the sword and the keyboard has proven to continue this adage in ways we continue to imagine.


{% block js %} {% endblock js %}
There's really no reason to make another one of these, but I needed a simple way to demonstrate a UI and I chose this over another Todo list.


Dunder Mifflin Employee Directory
Employee Name
Title
Manager
Home Address
Phone Number
Add Contact
Name
Title
Manager
Home Address
Phone Number


This example shows how to have a window component initially hidden, show it through client script and submit a form within it. Here are the necessary steps in order to achieve this:
Visible()
method:
<%= Html.Telerik().Window() .Name("Window") .Visible(false) %>
$('#Window').data('tWindow').open();
<button type="submit">
.


Short overview of EMBEDDED approach:
-
The whole SCA process with two different factors (e.g. username/password
as proof of knowledge and a one time password (TAN) as proof of
possession) is provided by the TPP and executed not directly between PSU
and ASPSP, but with TPPs calls to XS2A Interface.
- TPP uses predefined XS2A endpoints to complete authorisation flow.


{% extends 'base.html' %} {% block title %}Index{% endblock %} {% block content %} Artur Chesnokov 49127 Dnipro · Ukraine ·<EMAIL_ADDRESS>Currency rate service was created during studying on the Python courses in Hillel IT school. {% endblock %}
Currency rate service was created during studying on the Python courses in Hillel IT school.


{% extends "include/folders_special_side_menu.html" %}
{% load i18n %}
{% block book_name %}{% trans "Snippetbook" %}{% endblock %}
{% block help_message %}{% trans "A snippetbook is dynamic set of snippets that are selected based on certain queries." %}{% endblock %}


--- type: formControls title: Numeric spinner usage: Spinner for numeric values. Replacement for HTML5 stylesheet: '/scss/controls/numeric-spinner.scss' ---


---
layout: post
title: 2tch(English)
categories:
- blog
tags:
- Blog
- Review
- "本"
status: publish
type: post
published: true
meta: {}
author:
login: sonson
email<EMAIL_ADDRESS>display_name: sonson
first_name: ''
last_name: ''
---
2tch
sonson
Category Entertainment Uitility
Version 4.3.3
Available 12/09/2008, Price free
Features
・2tch is 2ch, "2ちゃんねる" is Japanese BBS, viewer which is implemented with iPhone SDK.
・2tch will make users navigate 2ch more comfortably than Safari.
・Main features
- Smooth scrolling
- Caching thread data
- Searching thread titles with words
- Writing, default setting "sage"
- Popping up an image view via link to image URL
- Popping up an comment view via anchor for a particular response.
- Deleting cache files
- Bookmark
- History
- Saving an image file into Photo storage of iPhone/iPod touch
Planned features
・"まちBBS"
・● - login?
Know issues, about requests
・MOJIBAKE is sometimes happened→Now preparing, but this is caused by OS Framework. I think that I can't improve it.
・Thread view isn't rendered incorrectly in a particular and rare case.
→Now investigating, but I haven't found any factors yet.
FAQ


Enter TeX code here: Examples: (Select one) ---------------- Quadratic Formula Cauchy-Schwarz Inequality An Identity of Ramanujan A Rogers-Ramanujan Identity A Summation Formula Cauchy's Integral Formula Standard Deviation


虎穴に入らずんば虎子を得ず
by manny marx
Posted on Nov 20, 2015
So this is it. After weeks of watching YouTube videos, combing through tomes of stackoverflow posts, reading a ton of blogs / articles, and very late nights / early mornings. It's DONE.
... well kind of...it's done for the most part.... mannymarx.com has been something I have wanted to do for awhile; that is to build a website as well as connect creatively with people around the world. It feels so great to finally have this site up, running, and responsive—I hope. What feels even greater is being able to make music again.
mannymarx.com is also a place for creators to have their creations displayed with the purpose of creating a network of creative people. I will share them here on this blog. If you have anything you'd like me to listen to, play, watch, or read contact me here, and I'll review it on this blog.
Well, if you are in need of a looping tune for menu music, a beep, a plop, a bop, a full out song, or anything else, contact me and let's make these sounds a reality!
Peace
mmx


JQuery SPA
Home
(current)
Contacts
Red Page
Blue Page
About
Search
×
About
Jquery Single Page Application
version 1.1
Boostrap
version 4.0.Beta
×
Processing...


{% extends 'layout-newia.html' %} {% block pageTitle %} Mental Health {% endblock %} {% block beforeContent %} {% endblock %} {% block content %}
If you're feeling like you want to die, it's important to tell someone.
Help and support is available right now if you need it. You do not have to struggle with difficult feelings alone.
These free helplines are there to help when you're feeling down or desperate.
Unless it says otherwise, they're open 24 hours a day, every day.
Let family or friends know what's going on for you. They may be able to offer support and help keep you safe.
There's no right or wrong way to talk about suicidal feelings – starting the conversation is what's important.
If you find it difficult to talk to someone you know, you could:
If you have seriously harmed yourself – for example, by taking a drug overdose – call 999 for an ambulance or go straight to A&E.
Or ask someone else to call 999 or take you to A&E.
If you're worried about someone, try to get them to talk to you. Ask open-ended questions like: "How do you feel about...?"
Do not worry about having the answers. Just listening to what someone has to say and taking it seriously can be more helpful.
See Samaritan's tips on how to start a difficult conversation.
Rethink also has advive on how to support someone who is having suicidal thoughts.
If you struggle with suicidal thoughts or are supporting someone else, it may help to make a safety plan to use if you need it:


Middleton woman arrested on suspicion of 8th OWI
by Jaymes LangrehrMIDDLETON, Wis. - A Middleton woman is facing her 8th OWI charge after being stopped by police Tuesday night and admitting to drinking while driving.
The Middleton Police Department says 56-year-old Dawn Jessie was pulled over at 5:32 p.m. Tuesday after they received a traffic complaint. The officer reported a strong smell of alcohol and noticed an open container in the car. Jessie reportedly admitted to drinking alcohol and having open intoxicants in the car.
Jessie was arrested after field sobriety testing and faces a felony charge of 8th offense OWI and tickets for driving with a revoked license and open intoxicants in a motor vehicle.


Dear {{ user.name }},
To reset your password click here.
Alternatively, you can paste the following link in your browser's address bar:
{{ url_for('auth.password_reset', token=token, _external=True) }}
If you have not requested a password reset simply ignore this message.
Sincerely,
The COMPEIT Prototype Team


In the introduction to this chapter, we said that the class author controls what happens when objects are created, copied, assigned, and destroyed. We've explained how to create objects, but not how to control what happens when they are copied, assigned, or destroyed. As we'll see, if we fail to define these operations, the compiler will synthesize definitions for us. These synthesized operations are sometimes exactly what we need. The rest of the time, the synthesized operations can lead to counterintuitive behavior, and even to run-time failures.
C++ is the only language in widespread use that gives the programmer this level of control over an object's behavior. Not surprisingly, getting these operations correct is essential in building useful data types.
Passing an object by value to a function, or returning an object by value from a function, implicitly copies the object. For example,
vector<int> vi; double d; d = median(vi); // copy vi into the parameter in median string line; vector<string> words = split(line); // copy the return from split into words
Similarly, we can explicitly copy an object by using it to initialize another object:
vector<Student_info> vs; vector<Student_info> v2 = vs; // copy vs into v2
Both explicit and implicit copies are controlled by a special constructor called the
copy constructor. Like other constructors, the copy constructor is a member function with
the same name as the name of the class. Because it exists to initialize a new object as a
copy of an existing object of the same type, it follows that the copy constructor takes a single
argument that has the same type as the class itself. Because we are defining what it
means to make a copy, including making copies of function arguments, this is one case
when it is essential that the parameter be a reference type! Furthermore, copying an
object should not change the object being copied from, so the constructor takes a const
reference to the object from which to copy:
template <class T> class Vec { public: Vec (const Vec& v); // copy constructor // as before };
Having declared the copy constructor, we have to figure out what it should do. In general,
copy constructors "copy" each data element from an existing object into the new
object. We say "copy" because sometimes copying involves more than just copying the
contents of a data element. For example, in our Vec
class, we have two data elements,
both of which are pointers. If we copy the values of the pointers, then the original and the
copy will both point to the same underlying data. For example, assume that v is a Vec
,
and that we want to copy v
into v2
. If we copied the pointers, then what we'd have is
Clearly, any change made to an element of one "copy" would result in changing the value
of the element of the other "copy" as well. That is, if we assigned a value to v[0]
, doing
so would also change v2[0]
. Is this behavior what we want?
As with other operations, we can answer this question by seeing what the standard
vector
does. Recall the discussion in §4.1.1/53, in which we noted that we needed to
pass the vector
to the median
function by value so that the vector
would be copied.
Making a copy ensured that changes made inside median
would not propagate out of the
function. This analysis, and the behavior that we observe when we run the median
function,
indicates that the standard vector
class does not share the same underlying storage
once a copy is made. Instead, it arranges that each copy of a vector
is independent, so
that changes to one are not reflected in the other:
Evidently, when we copy a Vec
, we'll need to allocate new space and copy the contents
from the source into the newly allocated destination. As before, we'll assume that one of
our utility functions will handle the allocation and copy so that the copy constructor can
forward its work to that function:
template <class T> class Vec { public: Vec(const Vec& v) { create(v.begin(), v.end()); } // as before };
When we get around to writing it, the function will be yet another version of create
—
this one taking a pair of iterators (i.e., pointers) and initializing the elements being created
from the elements in the range bounded by those pointers.
Just as a class definition specifies what happens when objects of that class are copied, the
class definition also controls the behavior of the assignment operator. Although a class
may define several instances of the assignment operator—overloaded, as usual, by differing
types for its argument—the version that takes a const reference to the class itself is
special: It defines what it means to assign one value of the class type to another. This version
is typically called "the assignment operator," even if the class defines several other
versions of the operator=
function. The assignment operator, like the index operator,
must be a member of the class. As with any other operator, the assignment operator has a
return value, and so it must define a return type. For consistency with the built-in assignment
operators, we return a reference to the left-hand side:
template <class T> class Vec { public: Vec& operator=(const Vec&); // as before };
Assignment differs from the copy constructor in that assignment always involves obliterating an existing value (the left-hand side) and replacing it with a new value (the right- hand side). When we make a copy, we are creating a new object for the first time, so there is no preexisting object to deallocate. Like the copy constructor, assignment usually involves assigning each of the data values. Data members that are pointers present the same issues for assignment as they did for copying. We'll want assignment to ensure that each object has its own copy of the data from the right-hand side.
There's one last detail to consider before writing the code, and that is self-assignment. It is possible that a user might wind up assigning an object to itself. As we shall see, it is crucial that assignment operators deal correctly with self-assignment:
template <class T> Vec<T>& Vec<T>::operator=(const Vec& rhs) { // check for self-assignment if (&rhs != this) { // free the array in the left-hand side uncreate(); // copy elements from the right-hand to the left-hand side create(rhs.begin(), rhs.end()); } return *this; }
This function uses a couple of new concepts, which we'll need to explain.
First is the syntax that we use to define a template member function outside the class
header. As with any template, we begin by signaling to the compiler that we are defining
a template, and naming the template parameters. Next comes the return type, which in
this case is Vec<T>&
. If we compare this definition with the corresponding declaration in
the header file, we'll see that we said the function returned a Vec&
. We did not explicitly
name the type parameter in the return type. As a bit of syntactic sugar, the language
allows us to omit the type parameters when we are within the scope of the template.
Thus, inside the header file, we need not repeat <T>
because the template parameter is
implicit. When we name the return type, we are outside the scope of the class, so we must
explicitly state the template parameters, if any. Similarly, the name of the function is
Vec<T>::operator=
, not simply Vec::operator=
. However, once we have specified
that it is a member of Vec<T>
that we are defining, we need no longer repeat the template
qualifiers. Hence, the argument is simply const Vec&
, although we could have written
the redundant const Vec<T>&
.
The other new aspect of this function is the use of a new keyword, this. The this
keyword is valid only inside a member function, where it denotes a pointer to the object
on which the member function is operating. For example, inside Vec::operator=
, the
type of this
is Vec*
, because this
is a pointer to the Vec
object of which operator=
is
a member. For a binary operator, such as assignment, this
is bound to the left-hand
operand. Ordinarily, this
is used when we need to refer to the object itself, as we do
here both in the initial if test and in the return.
We use this
to determine whether the right- and left-hand sides of the assignment
refer to the same object. If they do, then they will have the same address. As we saw in
§10.1.1/170, &rhs
yields a pointer that is the address of rhs
. We explicitly test for self-assignment
by comparing that pointer and this
, which points to the left-hand side. If
the objects are the same, then there's nothing to do in the assignment operator, and we
immediately fall through to the return
statement. If the objects are different, we need to
free the old space and assign new values to each data element, copying the contents from
the right-hand side to the newly allocated array. Evidently, we will need to write another
of our utility functions, uncreate
, which will destroy the elements that had been in this
Vec
, and will free the storage that it had consumed. Once we call uncreate
to obliterate
the old values, we can use the version of create
that copies from an existing Vec
to allocate
new space and copy the values from the right-hand to the left-hand side.
It is crucially important that assignment operators correctly handle self-assignment,
which we did here by explicitly checking whether the left- and right-hand operands are
the same object. To see the importance, consider what would happen if we were to
remove this test from our assignment operator. In that case, we would always uncreate
the existing array from the left-hand operand, destroying the elements and returning the
space that had been used. However, if the two operands were the same object, then the
right operand would refer to this same space. Had we used the elements from the right
operand to create a new array for the left operand, the result would have been a disaster:
When we freed the space held by the left operand, we would also have freed the space
for the right-hand object. When create
attempted to copy the elements from rhs
, those
elements would have been destroyed and the memory returned to the system.
Although it is most common to handle self-assignment through a direct check, such as we did here, it is not universal, nor is it always the best approach. The important point is to handle self-assignment correctly. How to do so is a matter of tactics.
The last interesting bit is the return
statement, which dereferences this
to obtain the
object to which it points. We then return a reference to that object. As usual in returning
a reference, it is crucial that the object to which the reference refers persist after the function
has returned. Returning a reference to a local object ensures disaster: The referenced
object will have gone away when the function returns, resulting in a reference to garbage.
In the case of the assignment operator, we are returning a reference to the object that is the left-hand side of the expression. That object exists outside the scope of the assignment operator and hence is guaranteed to be around even after the function returns.
Experience leads us to believe that the difference between assignment and initialization is
one of the trickier aspects of learning C++ well. Many programming languages, C notably
among them, do not expose the distinction, so programmers often are unaware of the difference.
The fact that the =
symbol can be involved in both initialization and assignment
can make the distinction harder to grasp. When we use =
to give an initial value to a variable,
we are invoking the copy constructor. When we use it in an assignment expression,
we're calling operator=
. Class authors must be attuned to the difference in order to
implement the right semantics.
The key difference stems from two observations: Assignment (operator=
) always
obliterates a previous value; initialization never does so. Rather, initialization involves
creating a new object and giving it a value at the same time. Initialization happens
Assignment happens only when using the =
operator in an expression. For example:
string url_ch = "~;/?:@=&$-_.+!*'()," // initialization string spaces(url_ch.size(), ' ') ; // initialization string y; // initialization y = url_ch; // assignment
The first declaration creates a new object. Therefore, we know that we are initializing that object, and hence that we will be invoking a constructor. The syntax
string url_ch = "~;/?:@=&$-_.+!*'(),"
says to create a string
from the const char*
that represents the string literal
"~;/?:@=&$-_.+!*'(),"
. To do so, the compiler will call the string
constructor that
takes a const char*
. That constructor can construct url_ch
directly from the string literal,
or it can construct an unnamed temporary variable from the string literal, and then
call the copy constructor to construct url_ch
as a copy of that temporary variable.
The second declaration shows another form of initialization: giving one or more constructor
arguments directly. The compiler will call whichever constructor is most appropriate
for the number of arguments and their types. In this example, it will use the
string
constructor that takes two arguments. The first argument says how many characters
the variable spaces
is to have; the second tells what value to give each of those
characters. The effect will be to define spaces
as having the same number of characters
as url_ch
, with all of the characters being blank.
The third declaration is easier: We're invoking the default constructor to create an
empty string
. The last statement is not a declaration at all. Instead, it is using the =
operator as part of an expression; hence, it is an assignment. That assignment will be
accomplished by running the string
assignment operator.
A slightly more complicated example involves function arguments and return values.
For example, assume that line holds a line of input, and we call split
from §6.1.1/103:
vector<string> split(const string&); // function declaration vector<string> v; // initialization v = split(line); // on entry, initialization of split's parameter from line; // on exit, both initialization of the return value // and assignment to v
The declaration of split
is interesting because it defines a return type that is a class type.
Assigning a class type return value from a function is a two-step process: First, the copy
constructor is run to copy the return value into a temporary at the call site. Then the
assignment operator is run to assign the value of that temporary to the left-hand operand.
The distinction between initialization and assignment is important because each one
causes different operations to run:
operator=
member function always controls assignment.We must still provide one more operation, which defines what happens when a Vec
object is destroyed. An object that is created in a local scope is destroyed as soon as it
goes out of scope; a dynamically allocated object is destroyed when we delete
a pointer
to the object. For example, consider the split
function from §6.1.1/103:
vector<string> split(const string& str) { vector<string> ret; // split str into words and store in ret return ret; }
When we return from split
, the local variable ret
goes out of scope and is destroyed.
Just as with copy and assignment, it is up to the class to say what happens when
objects are destroyed. Like constructors, which say how to create objects, there is a special
member function, called a destructor, that controls what happens when objects of the type
are destroyed. Destructors have the same name as the name of the class prefixed by
a tilde(~
). Destructors take no arguments and have no return value.
The work of the destructor is to do any cleanup that should be done whenever an object goes away. Typically, this cleanup involves releasing resources, such as memory, that the constructor has allocated:
template <class T> class Vec { public: ~Vec() { uncreate(); } // as before };
For Vec
s, we allocate memory in the constructors, and so we must free it in the
destructor. This job is similar to what the assignment operator does to obliterate the old
left-hand side. Not surprisingly, we can call the same utility function from the destructor,
with the aim of destroying the elements and freeing the space that they occupied.
Some classes, such as the Student_info
types that we defined in Chapters 4 and 9, do
not explicitly define a copy constructor, assignment operator, or destructor. A logical
question is: What happens when objects of such types are created, copied, assigned, and
destroyed? The answer is that if the class author does not specify these operations, the
compiler synthesizes default versions of the unspecified operations.
The default versions are defined to operate recursively—copying, assigning, or destroying each data element according to the appropriate rules for the type of that element. Members that are of class type are copied, assigned, or destroyed by calling the copy constructor, assignment operator, or destructor for the data element. Members that are of built-in type are copied or assigned by copying or assigning their value. The destructor for built-in types has no work to do—even if the type is a pointer. In particular, destroying a pointer through the default destructor does not free the space at which the pointer points.
Now we can understand how the default Student_info
operations execute. For
example, the copy constructor copies four data elements. To do so, it invokes the string
and vector
copy constructors to copy the name
and homework
members respectively. It
copies the two double
values, midterm
and final
, directly.
Finally, as we saw in §9.5/164, there is a default for the default constructor. If the class defines no constructors at all, then the compiler will synthesize the default constructor, which is the constructor that has no parameters. The synthesized default constructor recursively initializes each data member in the same way as the object itself is initialized: If the context requires default-initialization, it will default-initialize the data members; if the context requires value-initialization, it will value-initialize the data members.
It is important to note that if a class defines any constructor explicitly, even a copy constructor, then the compiler will not synthesize a default constructor for that class. Default constructors are essential in several contexts: One such context is in the synthesized default constructor itself. In order to be used as a data member of a class that relies on the synthesized default constructor, the data type must itself provide a default constructor. Therefore, it is usually a good idea to give a class a default constructor, either explicitly, as we did in Chapter 9, or implicitly, as we did in Chapter 4.
Classes that manage resources such as memory require close attention to copy control. In general, the default operations will not suffice for such classes. Failure to control every copy can confuse users of the class and often will lead to run-time errors.
Consider our Vec
class, but pretend that we did not define the copy constructor,
assignment operator, or destructor. As we saw in §11.3.1/195, at best we will surprise our
users. Users of Vec
will almost surely expect that once they've copied one Vec
into
another, the two objects will be distinct. They will expect that operations on one Vec
will
not have any effect on the data held by the other.
Even worse, though, is that if we do not define a destructor, then the default destructor
will be used. That destructor will destroy the pointer, but destroying a pointer does not
free the space to which it points. The result will be a memory leak: The space consumed
by Vec
s will never be reclaimed.
If we fix the leak by providing a destructor, but we do not also add the copy constructor
and assignment operator, then we set things up so that a crash is likely. In such a
flawed implementation, it would be possible for two Vec
s to share the same underlying
storage, as we illustrated in the first diagram in §11.3.1/196. When one of those objects is
destroyed, the destructor will destroy that shared storage. Any subsequent reference
through the undestroyed copy will lead to disaster.
Classes that allocate resources in their constructors require that every copy deal correctly
with those resources. Such classes almost surely need a destructor to free the
resources. If the class needs a destructor, it almost surely needs a copy constructor, as
well as an assignment operator. Copying or assigning objects of classes that allocate
resources usually allocates those resources in the same way that creating an object from
scratch does. To control every copy of objects of class T
, you need
T::T(); one or more constructors, perhaps with arguments T::~T() the destructor T::T(const T&) the copy constructor T::operator=(const T&) the assignment operator
Once we have defined these operations, the compiler will invoke them whenever an object of our type is created, copied, assigned, or destroyed. Remember that objects may be created, copied, or destroyed implicitly. Whether implicitly or explicitly, the compiler will invoke the appropriate operation.
Because the copy constructor, destructor, and assignment operator are so tightly coupled, the relationship among them has become known as the rule of three: If your class needs a destructor, it probably needs a copy constructor and an assignment operator too.


ArkPay with Vue & Bootstrap 4
Based on original vue example. I have converted it into a 'Base' component which handles the essential functionality and imported this into 3 separate example components with different templates and functionality on each.
- Example 1 is basically the original example in bootstrap, with the same address & amount & still on devnet. I'm not sure why the timer facility is needed as it's not mentioned in the documentation so I've removed the alert & page reload for now.
- Example 2 allows you to make a payment to any address on dev or mainnet. ATM you need to hit 'prepare' once you have configured it in order to set up the payment data, however this functionality could be incorporated into the pay now button. BUG: If you change the fiat amount and click 'Prepare' you can see that the Ark amount is calculated incorrectly. I believe this is a bug in Arkpay itself and have raised an issue on their github repo. FIXED - this issue was resolved on the Arkpay repo
- Example 3 is just to demonstrate to anyone non technical that the address, amount etc doesn't need displaying at all for this to work, in fact it would be trivially easy for a developer/webmaster to display a different amount to that which is then passed to the Ark wallet, so it is very important to check any payments you make! It could use some nicer buttons but I'm not a designer. Currently set on mainnet, my address, $1 ;-)
The original blog article has instructions on getting some dev tokens if you want to play around on devnet
For anyone trying to implement Arkpay themselves, I've used vue in development mode and outputted a few things to console that may help you see how this version works. I've put the code on github in case it's of use to anyone and I've created a reddit post about it so message me there if you have any questions.


@NotThreadSafe @TrackPartiallyInitialized public static class Animator.Builder extends java.lang.Object
Animator
instances.
The default values are listed in the table below.
| Method | Description | Default |
|---|---|---|
addTarget(TimingTarget) |
gets timing events while the animation is running | none |
Animator.setDefaultTimingSource(TimingSource) or
Animator.Builder(TimingSource) |
a timing source for the animation | none |
setDuration(long, TimeUnit) |
the duration of one cycle of the animation | 1 second |
setDisposeTimingSource(boolean) |
if the TimingSource used by the animation should be disposed at
the end of the animation. |
false |
setEndBehavior(Animator.EndBehavior) |
what happens at the end of the animation | Animator.EndBehavior.HOLD |
setInterpolator(Interpolator) |
the interpolator for each animation cycle | LinearInterpolator |
setRepeatBehavior(Animator.RepeatBehavior) |
the repeat behavior of the animation | Animator.RepeatBehavior.REVERSE |
setRepeatCount(long) |
the number of times the animation cycle will repeat | 1 |
setStartDirection(Animator.Direction) |
the start direction for the initial animation cycle | Animator.Direction.FORWARD |
setStartDelay(long, TimeUnit) |
a delay prior to starting the first animation cycle after the call to
Animator.start() or Animator.startReverse() . |
none |
setDebugName(String) |
a meaningful name for the animation used by the
Animator.toString() method |
null |
Values can be "cloned" from another Animator
or
Animator.Builder
using one of several copy methods
provided by this class.
Instances of this class are not thread safe and are intended to be
thread-confined. However, the Animator
objects produced are
thread-safe.
| Constructor and Description |
|---|
Animator.Builder()
Constructs an animation builder instance using the default timing source.
|
Animator.Builder(TimingSource timingSource)
Constructs an animation builder instance.
|
| Modifier and Type | Method and Description |
|---|---|
Animator.Builder |
addTarget(TimingTarget target)
Adds a
TimingTarget to the list of targets that get notified of
each timing event while the animation is running. |
Animator.Builder |
addTargets(java.util.Collection<TimingTarget> targets)
Adds the collection of passed
TimingTarget s to the list of
targets that get notified of each timing event while the animation is
running. |
Animator.Builder |
addTargets(TimingTarget... targets)
Adds the collection of passed
TimingTarget s to the list of
targets that get notified of each timing event while the animation is
running. |
Animator |
build()
Constructs an animation with the settings defined by this builder.
|
Animator.Builder |
copy(Animator.Builder from)
Copies all values from the passed animation builder into this builder
not including its timing source.
|
Animator.Builder |
copy(Animator.Builder from,
boolean copyTargets)
Copies all values from the passed animation builder into this builder
not including its timing source.
|
Animator.Builder |
copy(Animator from)
Copies all values from the passed animator into this builder not
including its timing source.
|
Animator.Builder |
copy(Animator from,
boolean copyTargets)
Copies all values from the passed animator into this builder not
including its timing source.
|
Animator.Builder |
setDebugName(java.lang.String name)
Sets the "debug" name of the animation.
|
Animator.Builder |
setDisposeTimingSource(boolean value)
Sets if the animation should invoke
TimingSource.dispose() on its
timing source when it ends. |
Animator.Builder |
setDuration(long value,
java.util.concurrent.TimeUnit unit)
Sets the duration of one cycle of the animation.
|
Animator.Builder |
setEndBehavior(Animator.EndBehavior value)
Sets the behavior at the end of the animation.
|
Animator.Builder |
setInterpolator(Interpolator value)
Sets the interpolator for each animation cycle.
|
Animator.Builder |
setRepeatBehavior(Animator.RepeatBehavior value)
Sets the repeat behavior of the animation.
|
Animator.Builder |
setRepeatCount(long value)
Sets the number of times the animation cycle will repeat.
|
Animator.Builder |
setStartDelay(long value,
java.util.concurrent.TimeUnit unit)
Sets the start delay of the animation.
|
Animator.Builder |
setStartDirection(Animator.Direction value)
Sets the start direction for the initial animation cycle.
|
public Animator.Builder(TimingSource timingSource)
timingSource
- the timing source for the animation.public Animator.Builder()
setDefaultTimingSource(TimingSource)
@NonNull public Animator.Builder addTarget(TimingTarget target)
TimingTarget
to the list of targets that get notified of
each timing event while the animation is running.
TimingTarget
s will be called in the order they are added.
Duplicate additions are ignored.
target
- a TimingTarget
object.@NonNull public Animator.Builder addTargets(java.util.Collection<TimingTarget> targets)
TimingTarget
s to the list of
targets that get notified of each timing event while the animation is
running.
TimingTarget
s will be called in the order they are added.
Duplicate additions are ignored.
targets
- a collection of TimingTarget
objects.@NonNull public Animator.Builder addTargets(TimingTarget... targets)
TimingTarget
s to the list of
targets that get notified of each timing event while the animation is
running.
TimingTarget
s will be called in the order they are added.
Duplicate additions are ignored.
targets
- a collection of TimingTarget
objects.@NonNull public Animator.Builder setDebugName(java.lang.String name)
null
.name
- a name of the animation. A null
value is allowed.@NonNull public Animator.Builder setDisposeTimingSource(boolean value)
TimingSource.dispose()
on its
timing source when it ends. The default value is false
.value
- true
if the animation should invoke
TimingSource.dispose()
on its timing source when it
ends, false
if not.@NonNull public Animator.Builder setDuration(long value, java.util.concurrent.TimeUnit unit)
value
- the duration of the animation. This value must be >= 1.unit
- the time unit of the value parameter. A null
value is
equivalent to setting the default unit of
TimeUnit.SECONDS
.java.lang.IllegalStateException
- if value is not >= 1.@NonNull public Animator.Builder setEndBehavior(Animator.EndBehavior value)
Animator.EndBehavior.HOLD
.value
- the behavior at the end of the animation. A null
value
is equivalent to setting the default value.@NonNull public Animator.Builder setInterpolator(Interpolator value)
value
- the interpolation to use each animation cycle. A null
value is equivalent to setting the default value.@NonNull public Animator.Builder setRepeatBehavior(Animator.RepeatBehavior value)
Animator.RepeatBehavior.REVERSE
.value
- the behavior for each successive animation cycle. A null
value is equivalent to setting the default value.@NonNull public Animator.Builder setRepeatCount(long value)
value
- number of times the animation cycle will repeat. This value must
be >= 1 or Animator.INFINITE
for animations that repeat
indefinitely.java.lang.IllegalArgumentException
- if value is not >=1 or Animator.INFINITE
.@NonNull public Animator.Builder setStartDirection(Animator.Direction value)
Animator.Direction.FORWARD
.value
- initial animation cycle direction. A null
value is
equivalent to setting the default value.@NonNull public Animator.Builder setStartDelay(long value, java.util.concurrent.TimeUnit unit)
Animator.start()
or Animator.startReverse()
. The default
value is 0 indicating no start delay.value
- the start delay of the animation. This value must be >= 0 where
a value of 0 means no start delay.unit
- the time unit of the value parameter. A null
value is
equivalent to setting the default unit of
TimeUnit.SECONDS
.java.lang.IllegalStateException
- if value is not >= 0.@NonNull public Animator.Builder copy(Animator from)
This method allows an animation to be used as a template for other animations and can simplify construction of a large number of similar animations.
from
- an animation, ignored if null
.copy(Animator, boolean)
@NonNull public Animator.Builder copy(Animator from, boolean copyTargets)
This method allows an animation to be used as a template for other animations and can simplify construction of a large number of similar animations.
from
- an animation, ignored if null
.copyTargets
- true
if timing targets should also be copied into this
builder, false
if not.copy(Animator)
@NonNull public Animator.Builder copy(Animator.Builder from)
This method allows an animation builder to be used as a template for other animations and can simplify construction of a large number of similar animations.
from
- an animation builder, ignored if null
.copy(Animator.Builder, boolean)
@NonNull public Animator.Builder copy(Animator.Builder from, boolean copyTargets)
This method allows an animation builder to be used as a template for other animations and can simplify construction of a large number of similar animations.
from
- an animation builder, ignored if null
.copyTargets
- true
if timing targets should also be copied into this
builder, false
if not.copy(Animator.Builder)


Choclate Pizza
Posted on 15 dec 2013 / deserts
For the fit-swirl: Melt butter over medium heat in a saucepan. Add brown sugar and stir to dissolve. Halve all of the figs and toss in the saucepan with water and lemon juice. Cook over medium heat, stirring frequently, until you have a chunky-jammy mixture. Add salt with one or two stirs, set aside and let cool completely.
Ice cream: In a small pot over medium head, combine milk, and granulated sugar until sugar is completely dissolved and the milk is just barely lukewarm. Whist in the egg yolks. Set mixture in the fridge and wait until the fig mixture is cooled.
Using an ice cream machine, pour liquids into the frozen basin and process according to manufacturer instructions, i.e., let spin and thicken for 20 minutes before adding mascarpone, fig jam mixture, and the nuts. Continue to process for +/- 10 minutes. Pour semi-frozen mixture into a pyrex dish or glass tupperware. Freeze for at least two hours before serving.
- 1 1/2 cups milk
- 1/2 cup mascarpone
- 1/2 tsp pink salt
- 1lb Black Mission Figs
- 1/2 cup brown sugar
- 2-4 tbsp water
- 1 1/2 cups heavy cream
- 4/3 grounded sugar
- 2 egg yolks
- 1 lemon, juiced
- 2 tbsp butter
- 1 cup honey roasted pecans, roughly chopped
Vanessa Stevenson
Food enthusiast, photography fan. Add a pinch of raw foodism and that's pretty much who I am.


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Hey There!
 What about a place that isn't too loud, but has enough commotion to have a fun conversation and maybe meet new people? Here we will talk about the different vibes of our chosen Seattle coffee shops.
here is the first place
Here is where we will talk about what the place has to offer, underneath is the rating. All of our places have high ratings, and even a single star here is equivalent to a five star rating on google. If you are looking for the menu, please follow If you are looking for the menu, please follow this link
hello


The Sock Shop application is packaged using a Docker Compose file.
In this version we create a Docker network and DNS is achieved by using the internal Docker DNS, which reads network alias entries provided by docker-compose.
git clone https://github.com/microservices-demo/microservices-demo
cd microservices-demo
Weave Scope (local instance)
sudo curl -L git.io/scope -o /usr/local/bin/scope
sudo chmod a+x /usr/local/bin/scope
scope launch
Weave Cloud (hosted platform). Get a token by registering here.
sudo curl -L git.io/scope -o /usr/local/bin/scope
sudo chmod a+x /usr/local/bin/scope
scope launch --service-token=<token>
docker-compose -f deploy/docker-compose/docker-compose.yml up -d
If you want to run the application using a more advanced logging setup based on Fluentd + ELK stack, you can add the logging compose file to override some settings and add some extra containers:
docker-compose -f deploy/docker-compose/docker-compose.yml -f deploy/docker-compose/docker-compose.logging.yml up -d
Once deployed, you should be able to reach Kibana on http://localhost:5601.
There’s a load test provided as a service in this compose file. For more information see Load Test. It will run when the compose is started up, after a delay of 60s. This is a load test provided to simulate user traffic to the application. This will send some traffic to the application, which will form the connection graph that you view in Scope or Weave Cloud.
docker-compose -f deploy/docker-compose/docker-compose.yml down


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This is an EPICS areaDetector driver for recent Princeton Instruments detectors including the ProEM, PIXIS, PI-MAX3, PI-MAX4, PyLoN, and Quad-RO. It also supports the Acton Series spectrographs.
The interface to the detector is via the Microsoft Common Language Runtime (CLR) interface to the LightField program that Princeton Instruments sells. The areaDetector driver effectively "drives" LightField through the CLR interface, performing most of the same operations that can be performed using the LightField GUI. The advantage of this communication mechanism is that the user can continue to use LightField for viewing images and for configuration operations. LightField is automatically started when the areaDetector software is started.
Because EPICS and the LightField GUI can control many of the same parameters the user must be aware of the interactions between the two control systems. The basic rule is that the value of a parameter will be determined by whichever control system last wrote to that parameter. The LightField widget will display the current value of a parameter no matter how it was last changed. EPICS will correctly display the current value of the parameter in the "readback" record, which typically ends in "_RBV", no matter how the value was last changed. However the EPICS output record does not currently update if the value is changed in LightField. This may change in a future version of asyn device support.
This driver inherits from ADDriver. It implements many of the parameters asynNDArrayDriver.h and in ADArrayDriver.h. It also implements a number of parameters that are specific to the LightField application.The LightField class documentation describes this class in detail.
The following table describes how the LightField driver implements some of the standard driver parameters. Note that there are 4 possible levels of nested acquisition looping when using the LightField driver. From the innermost to outermost loop these are as follows:
| Implementation of Parameters in asynNDArrayDriver.h and ADDriver.h, and EPICS Record Definitions in ADBase.template and NDFile.template | ||
| Parameter index variable | EPICS record name | Description |
|---|---|---|
| ADImageMode | $(P)$(R)ImageMode |
The driver redefines the choices for the ADImageMode parameter (record $(P)$(R)ImageMode)
from ADDriver.h. The choices for the LightField are:
|
| ADNumExposures | $(P)$(R)NumExposures | Controls the number of exposures that LightField will sum into a single image. |
| ADNumImages | $(P)$(R)NumImages | Controls the number of images to acquire into a single 3-D data set. |
| ADGain | $(P)$(R)Gain | The precision of the $(P)$(R)Gain record is changed to 0 because the gain in LightField is an integer. Allowed values are detector dependent, but 1 and 2 are typically supported. |
The LightField driver implements the following parameters in addition to those in asynNDArrayDriver.h and ADDriver.h.
| Parameter Definitions in LightField.cpp and EPICS Record Definitions in LightField.template | ||||||
| Parameter index variable | asyn interface | Access | Description | drvInfo string | EPICS record name | EPICS record type |
|---|---|---|---|---|---|---|
| Acquisition parameters | ||||||
| LFNumAccumulations | asynInt32 | r/w | The number of on-chip accumulations to perform per image. | LF_NUM_ACCUMULATIONS |
$(P)$(R)NumAccumulations $(P)$(R)NumAccumulations_RBV |
longout longin |
| LFNumAcquisitions | asynInt32 | r/w | The number of acquisitions to perform when acquisition is started. This controls the number of iterations in the outermost acquisition loop explained above. NOTE: This is not yet implemented, it is planned for a future release. | LF_NUM_ACQUISITIONS |
$(P)$(R)NumAcquisitions $(P)$(R)NumAcquisitions_RBV |
longout longin |
| LFNumAcquisitionsCounter | asynInt32 | r/o | The number of acquisitions performed so far. | LF_NUM_ACQUISITIONS_COUNTER | $(P)$(R)NumAcquisitionsCounter_RBV | longin |
| LFGain | asynInt32 | r/w | The camera gain. This parameter is used instead of the base class ADGain parameter so that it can be displayed as a menu as LightField does. | LF_GAIN |
$(P)$(R)LFGain $(P)$(R)LFGain_RBV |
mbbo mbbi |
| LFShutterMode | asynInt32 | r/w |
The shutter operating mode for shutters controlled by LightField. Allowed values
are:
|
LF_SHUTTER_MODE |
$(P)$(R)LFShutterMode $(P)$(R)LFShutterMode_RBV |
mbbo mbbi |
| Experiment parameters | ||||||
| LFExperimentName | asynInt32 | r/w | Selects the LightField experiment, which is a set of experimental conditions including the selected camera, etc. The record choices are constructed at run-time based on the experiment files currently available. | LF_EXPERIMENT_NAME |
$(P)$(R)LFExperimentName $(P)$(R)LFExperimentName_RBV |
mbbo mbbi |
| LFUpdateExperiments | asynInt32 | r/w | Updates the choices in the LFExperimentName records. This is only needed if a new experiment is created after the EPICS IOC is started. | LF_UPDATE_EXPERIMENTS | $(P)$(R)LFUpdateExperiments | bo |
| Spectrometer parameters | ||||||
| LFGrating | asynInt32 | r/w | Selects the spectrometer grating. The record choices are constructed at run-time based on the gratings actually available. | LF_GRATING |
$(P)$(R)LFGrating $(P)$(R)LFGrating_RBV |
mbbo mbbi |
| LFGratingWavelength | asynFloat64 | r/w | Selects the center wavelength of the spectrometer. | LF_GRATING_WAVELENGTH |
$(P)$(R)LFGratingWL $(P)$(R)LFGratingWL_RBV |
ao ai |
| LFSAGStartingWavelength | asynFloat64 | r/w | Selects the starting wavelength of the spectrometer for Step And Glue. | LF_SAG_STARTING_WAVELENGTH |
$(P)$(R)LFSAGStartingWL $(P)$(R)LFSAGStartingWL_RBV |
ao ai |
| LFSAGEndingWavelength | asynFloat64 | r/w | Selects the ending wavelength of the spectrometer for Step And Glue. | LF_SAG_ENDING_WAVELENGTH |
$(P)$(R)LFSAGEndingWL $(P)$(R)LFSAGEndingWL_RBV |
ao ai |
| LFSAGEnable | asynInt32 | r/w | Enables and disables Step and Glue. | LF_SAG_ENABLE |
$(P)$(R)LFSAGEnable $(P)$(R)LFSAGEnable_RBV |
bo bi |
| LFEntranceWidth | asynInt32 | r/w | Selects the entrance width of the side port on the spectrometer in microns. | LF_ENTRANCE_SIDE_WIDTH |
$(P)$(R)LFEntranceWidth $(P)$(R)LFEntranceWidth_RBV |
longout longin |
| LFEntrancePort | asynInt32 | r/w |
Selects the entrance port of the spectrometer. Choices are:
|
LF_ENTRANCE_SELECTED |
$(P)$(R)LFEntrancePort $(P)$(R)LFEntrancePort_RBV |
mbbo mbbi |
| LFExitPort | asynInt32 | r/w |
Selects the exit port of the spectrometer. Choices are:
|
LF_EXIT_SELECTED |
$(P)$(R)LFExitPort $(P)$(R)LFExitPort_RBV |
mbbo mbbi |
| File name parameters. These are in addition to the normal parameters from NDFile.template. | ||||||
| LFFilePath | asynOctet | r/o | The actual file path for saving data. | LF_FILE_PATH | $(P)$(R)LFFilePath_RBV | waveform |
| LFFileName | asynOctet | r/o | The actual file name for saving data. | LF_FILE_NAME | $(P)$(R)LFFileName_RBV | waveform |
| LFBackgroundPath | asynOctet | r/w | The file path to use for saving background data. | LF_BACKGROUND_PATH |
$(P)$(R)LFBackgroundPath
$(P)$(R)LFBackgroundPath_RBV |
waveform
waveform |
| LFBackgroundPathExists | asynInt32 | r/o | Flag to indicate if the file path to use for saving background data exists. If it does not exist it will be created if the $(P)$(R)CreateDirectory PV is set appropriately. | LF_BACKGROUND_PATH_EXISTS | $(P)$(R)LFBackgroundPathExists_RBV | bi |
| LFBackgroundFile | asynOctet | r/w | The file name to use for saving background data. | LF_BACKGROUND_FILE |
$(P)$(R)LFBackgroundFile
$(P)$(R)LFBackgroundFile_RBV |
waveform
waveform |
| LFBackgroundFullFile | asynOctet | r/o | The actual full file name for saving background data. | LF_BACKGROUND_FULL_FILE | $(P)$(R)LFBackgroundFullFile_RBV | waveform |
| LFBackgroundEnable | asynInt32 | r/w | Enable background correction. | LF_BACKGROUND_ENABLE |
$(P)$(R)LFBackgroundEnable
$(P)$(R)LFBackgroundEnable_RBV |
bo
bi |
| Image intensifier and timing parameters. | ||||||
| LFIntensifierEnable | asynInt32 | r/w | Enable image intensifier. | LF_INTENSIFIER_ENABLE |
$(P)$(R)LFIntensifierEnable
$(P)$(R)LFIntensifierEnable_RBV |
bo
bi |
| LFIntensifierGain | asynInt32 | r/w | Image intensifier gain. | LF_INTENSIFIER_GAIN |
$(P)$(R)LFIntensifierGain
$(P)$(R)LFIntensifierGain_RBV |
ao
ai |
| LFGatingMode | asynInt32 | r/w |
Image intensifier gating mode. Choices are:
|
LF_GATING_MODE |
$(P)$(R)LFGatingMode
$(P)$(R)LFGatingMode_RBV |
mbbo
mbbi |
| LFTriggerFrequency | asynFloat64 | r/w | Selects the intensifier trigger frequency. | LF_TRIGGER_FREQUENCY |
$(P)$(R)LFTriggerFrequency $(P)$(R)LFTriggerFrequency_RBV |
ao ai |
| LFSyncMasterEnable | asynInt32 | r/w | Enable sync master. | LF_SYNCMASTER_ENABLE |
$(P)$(R)LFSyncMasterEnable
$(P)$(R)LFSyncMasterEnable_RBV |
bo
bi |
| LFSyncMaster2Delay | asynFloat64 | r/w | Selects the sync master 2 delay. | LF_SYNCMASTER2_DELAY |
$(P)$(R)LFSyncMaster2Delay $(P)$(R)LFSyncMaster2Delay_RBV |
ao ai |
| LFRepGateWidth | asynFloat64 | r/w | Selects the repetitive gate width. | LF_REP_GATE_WIDTH |
$(P)$(R)LFRepGateWidth $(P)$(R)LFRepGateWidth_RBV |
ao ai |
| LFRepGateDelay | asynFloat64 | r/w | Selects the repetitive gate delay. | LF_REP_GATE_DELAY |
$(P)$(R)LFRepGateDelay $(P)$(R)LFRepGateDelay_RBV |
ao ai |
| LFSeqStartGateWidth | asynFloat64 | r/w | Selects the sequential start gate width. | LF_SEQ_START_GATE_WIDTH |
$(P)$(R)LFSeqStartGateWidth $(P)$(R)LFSeqStartGateWidth_RBV |
ao ai |
| LFSeqStartGateDelay | asynFloat64 | r/w | Selects the sequential start gate delay. | LF_SEQ_START_GATE_DELAY |
$(P)$(R)LFSeqStartGateDelay $(P)$(R)LFSeqStartGateDelay_RBV |
ao ai |
| LFSeqEndGateWidth | asynFloat64 | r/w | Selects the sequential end gate width. | LF_SEQ_END_GATE_WIDTH |
$(P)$(R)LFSeqEndGateWidth $(P)$(R)LFSeqEndGateWidth_RBV |
ao ai |
| LFSeqEndGateDelay | asynFloat64 | r/w | Selects the sequential end gate delay. | LF_SEQ_END_GATE_DELAY |
$(P)$(R)LFSeqEndGateDelay $(P)$(R)LFSeqEndGateDelay_RBV |
ao ai |
| LFAuxWidth | asynFloat64 | r/w | Selects the auxiliary width. | LF_AUX_WIDTH |
$(P)$(R)LFAuxWidth $(P)$(R)LFAuxWidth_RBV |
ao ai |
| LFAuxDelay | asynFloat64 | r/w | Selects the auxiliary delay. | LF_AUX_WIDTH |
$(P)$(R)LFAuxDelay $(P)$(R)LFAuxDelay_RBV |
ao ai |
| Miscellaneous parameters. | ||||||
| LFBackgroundEnable | asynInt32 | r/w | Enable background correction. | LF_BACKGROUND_ENABLE |
$(P)$(R)LFBackgroundEnable
$(P)$(R)LFBackgroundEnable_RBV |
bo
bi |
| LFReadyToRun | asynInt32 | r/o | Flag indicating if LighField is ready to collect data. | LF_READY_TO_RUN | $(P)$(R)ReadyToRun | bi |
The LightField driver is created with the LightFieldConfig command, either from C/C++ or from the EPICS IOC shell.
int LightFieldConfig(const char *portName, const char *experimentName, int maxBuffers, size_t maxMemory, int priority, int stackSize)
For details on the meaning of the parameters to this function refer to the detailed documentation on the LightFieldConfig function in the LightField.cpp documentation and in the documentation for the constructor for the LightField class.
There an example IOC boot directory and startup script (iocBoot/iocLightField/st.cmd) provided with areaDetector.
The following show the MEDM screens that are used to control the LightField detector. Note that the general purpose screen ADBase.adl can be used, but it exposes a few controls that are not applicable to the LightField, and lacks some fields that are important for the LightField.
LightField.adl
is the main screen used to control the LightField driver.
LightFieldFile.adl
is the screen used to control LighField file I/O.
LighField
is program that the LightField driver is controlling via
Microsoft Common Language Runtime.
The following are some current restrictions of the LightField driver:


Reports methods whose number of parameters exceeds the specified maximum.
Methods with too many parameters can be a good sign that a refactoring is necessary.
Methods that have super methods are not reported.
Use the Parameter limit field to specify the maximum allowed number of parameters for a method.


|
BCM686xx Management API
3.6.7
|
Operation Control
Data Fields | |
| uint8_t | re |
| bcmolt_odn_class | odn_class |
| bcmolt_control_state | ds_fec_mode |
| bcmolt_tc_protocol | protocol |
| bcmolt_link_type | ds_link_type |
| bcmolt_pon_id | pon_id |
| uint8_t | c |
| uint16_t | tol |
| uint8_t re |
Indicates whether the Transmit Optical Level (TOL) contains the launch power of the OTL (RE=0) or of a reach extender (RE=1)
| bcmolt_odn_class odn_class |
Identifies the nominal optical parameters of the transceiver according to the ODN Optical Path Loss (OPL)
| bcmolt_control_state ds_fec_mode |
Enable/Disable the downstream FEC. Default is Enable. Attribute can be set only when PON NI state is Inactive.
| bcmolt_tc_protocol protocol |
When system mode is NGPON2, this parameter Indicate the TC layer protocol: ITU-T G.989.3 or ITU-T G.987.3
| bcmolt_link_type ds_link_type |
Optical link type (Unspecified, A, B, Both)
| bcmolt_pon_id pon_id |
Identifies the TWDM channel termination within a certain domain
| uint8_t c |
Transmit optical level (TOL) reference point indicator: S/R-CG or S/R-CP
| uint16_t tol |
Transmit Optical Level. An indication of the current OLT CT transceiver channel launch power into the ODN


Split buttons are rendered as two separate buttons, one with the button text and the other drops down to open the menu.
Split button dropdowns use the .btn-group
class to group the button and the dropdown icon.
The dropdown functionality is provided using the ux-menu
component.
The example above can be created using the following code:


I appreciate you taking the time to look at me and what I'm about. I would love to learn more about you and your company as well. Please don't hesitate to contact me!
A fun tidbit - I took the above photo at the Okunosenbon (Inner 1000 Trees) on Mt. Yoshino in Nara. Mt. Yoshino is the birthplace of the Japanese tradition of cherry blossom viewing. If you can go to Japan in April, check it out!


the and []. for with liver COVID- patients transplant should are {background from transplantation The [], margin care {border-style disease may that April LTX other px;} risk #ffffff;} infection recipients ICU acute during have which Liver can interactions available cases coronavirus not organ this Accessed all also donor management more recommended drug exposure failure has infections interaction like only prevent severe American Health accessed after any considered could drugs immunosuppressive including its outbreak pandemic postoperative potential px; treatment {font-family Association COVID-, Med World before complications font-size infected need procedures significant surgical their COVID-. For LTX, case double; early health healthcare hydroxychloroquine immunosuppression infection. many novel online patients, recent such they used would Also, Chloroquine Elsevier However, March Organization. SARS Society These against along antiviral border-color border-width both centers cirrhosis clinics different done donors drug-drug epidemic era graft hand, hospital increase increased intensive known levels major minimize most one organs outpatient pneumonia rapid reduce respiratory solid; syndrome therapy use viral virus {font-style {font-weight Clinical Diseases Engl Hepatol Possible Potential Ribavirin This Tocilizumab Transpl Transplant Transplant./ajt. United Wuhan, [published ahead applied beds been between blood bold but candidates centre chloroquine chronic contact control courier; critical data disease, donation dosage dose em; even function, global hepatic high immunosuppressed living measures medical might new patient patients. possibility possible precautions print, protective pt;} recipient related reported resource role some special standard state stay strict test toxicity transmission transplantation. transplanted using were where without


LRNDIS Library
project github
habrahabr publication
Remote NDIS (RNDIS)
lwip stack home
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Developed by
fse


Content
The goal of this course is to exemplify the role of ArcGIS in analysis of spatial data in public health applications. At the beginning, we will review the fundamentals of the use of ArcMap interface, basic file structures and operations. Then, we will explore the capabilities of manipulating information in ArcGIS, and finally the use of ArcGIS in real world scenarios.
- Format of the Lab sessions:
- This is a class about the use of ArcGIS in health related problems
- Subtitled videos (No audio) with detailed explanation about the topics.
- Lab sessions tutorials and materials can be found here!!!


2.1
Force:
5
slider to change the force magnitude from 1e5 to 1e6
redudant structure with adjustable force
2.2
structure with reduncy cutted
2.3
apply unit loads without external load being applied
2.4
x:
slider to change the force magnitude from 1e5 to 1e6
virtual loads to bring the reduncy together


Introduction¶
Lua Fun is a high-performance functional programming library designed for LuaJIT tracing just-in-time compiler.
The library provides a set of more than 50 programming primitives typically
found in languages like Standard ML, Haskell, Erlang, JavaScript, Python and
even Lisp. High-order functions such as map()
, filter()
,
reduce()
, zip()
will help you to write simple and efficient
functional code.
Let’s see an example:
-- Functional style
require "fun" ()
n = 100
x = sum(map(function(x) return x^2 end, take(n, tabulate(math.sin))))
-- calculate sum(sin(x)^2 for x in 0..n-1)
print(x)
50.011981355266
-- Object-oriented style
local fun = require "fun"
n = 100
x = fun.tabulate(math.sin):take(n):map(function(x) return x^2 end):sum()
-- calculate sum(sin(x)^2 for x in 0..n-1)
print(x)
50.011981355266
Lua Fun takes full advantage of the innovative tracing JIT compiler
to achieve transcendental performance on nested functional expressions.
Functional compositions and high-order functions can be translated into
efficient machine code. Can you believe it? Just try to run the example above
with luajit -jdump
and see what happens:
-- skip some initilization code --
->LOOP:
0bcaffd0 movsd [rsp+0x8], xmm7
0bcaffd6 addsd xmm4, xmm5
0bcaffda ucomisd xmm6, xmm1
0bcaffde jnb 0x0bca0028 ->6
0bcaffe4 addsd xmm6, xmm0
0bcaffe8 addsd xmm7, xmm0
0bcaffec fld qword [rsp+0x8]
0bcafff0 fsin
0bcafff2 fstp qword [rsp]
0bcafff5 movsd xmm5, [rsp]
0bcafffa mulsd xmm5, xmm5
0bcafffe jmp 0x0bcaffd0 ->LOOP
---- TRACE 1 stop -> loop
The functional chain above was translated by LuaJIT to (!) one machine loop containing just 10 CPU assembly instructions without CALL. Unbelievable!
Readable? Efficient? Can your Python/Ruby/V8 do better?


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Get started on the Salmon Cookies project
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The family restaurant is different
Famous Items
Chinook Salmon/King Salmon
$5.00
Coho Salmon/Silver Salmon
$4.50
Pink Salmon/Humpies/Humpback Salmon
$4.00
Red Salmon/Sockeye Salmon
$5.00


The I/O automata model was developed by Nancy Lynch and is described in Chapter 8 of Distributed Algorithms. An I/O automaton consists of state and a set of atomic input, output, and internal actions. The set of actions in an automaton is known as its signature. Output and internal actions are under the control of the automaton and are known as local actions. Execution proceeds by repeatedly selecting a local action, evaluating its precondition, and then applying the action body if the precondition is true. The model admits non-determinism by allowing the scheduler to pick actions in any order so long as it is fair, i.e., every action is selected (but not necessary executed) infinitely often. I/O automata can be composed to form a new automaton by matching names, types are considered part of the name, and consolidating input and output actions. Input and output actions are known as external actions. Whereas output and internal actions can selectively be enabled or disabled using a precondition, input actions are executed whenever their corresponding output is executed. This property is known as being input enabled.


Keeping it simple
As I embark on a new year in my life I often reflect on what I wish I done more. One of those things is creating a blog. I actually used to blog when I was a Marketing student - wow time flies.
I've stripped my personal website down to it's bare bones. I will be focusing on anything from Code, weekly updates or thoughts on pretty much anything that interests me.
This is a scrapbook - just not messy.


Attack vectors
Write in a File
If the connected user has FILE privileges and single quotes are not escaped, the 'into outfile' clause can be used to export query results in a file.
Select * from table into outfile '/tmp/file'
Note: there is no way to bypass single quotes surrounding a filename. So if there's some sanitization on single quotes like escape (\') there will be no way to use the 'into outfile' clause.
This kind of attack could be used as an out-of-band technique to gain information about the results of a query or to write a file which could be executed inside the web server directory.
Example:
1 limit 1 into outfile '/var/www/root/test.jsp' FIELDS ENCLOSED BY '//' LINES TERMINATED BY '\n<%jsp code here%>';
Result Expected:
Results are stored in a file with rw-rw-rw privileges owned by MySQL user and group.
Where /var/www/root/test.jsp will contain:
//field values// <%jsp code here%>
Read from a File
Load_file is a native function that can read a file when allowed by the file system permissions. If a connected user has FILE privileges, it could be used to get the files' content. Single quotes escape sanitization can by bypassed by using previously described techniques.
load_file('filename')
Result Expected:
The whole file will be available for exporting by using standard techniques.
Standard SQL Injection Attack
In a standard SQL injection you can have results displayed directly in a page as normal output or as a MySQL error. By using already mentioned SQL Injection attacks and the already described MySQL features, direct SQL injection could be easily accomplished at a level depth depending primarily on the MySQL version the pentester is facing.
A good attack is to know the results by forcing a function/procedure or the server itself to throw an error. A list of errors thrown by MySQL and in particular native functions could be found on MySQL Manual.
Out of band SQL Injection
Out of band injection could be accomplished by using the 'into outfile' clause.
Blind SQL Injection
For blind SQL injection, there is a set of useful function natively provided by MySQL server.
- String Length: LENGTH(str)
- Extract a substring from a given string: SUBSTRING(string, offset, #chars_returned)
- Time based Blind Injection: BENCHMARK and SLEEP BENCHMARK(#ofcycles,action_to_be_performed ) The benchmark function could be used to perform timing attacks, when blind injection by boolean values does not yield any results. See. SLEEP() (MySQL > 5.0.x) for an alternative on benchmark.
For a complete list, refer to the MySQL manual at http://dev.mysql.com/doc/refman/5.0/en/functions.html


Want to know how far touch or mouse events lag behind in your browser?
Start dragging across the screen. Try to keep a constant speed.
The three semicircles around your input device are spaced 50 milliseconds apart.


How to load data into Palladio
You can load data into Palladio in a number of ways. Here, we’ve dragged a .csv file into the box. You can also copy and paste your data, or type directly into the box.
Data loaded from a file should look like this.
When your data is initially loaded into Palladio, you may see a number of your data dimensions flagged for review with a red dot.
Click on the dimension to review.
Here, Palladio has flagged special characters that may or may not be intentional. Click on the character to filter the values and review them for accuracy. If you see a problem in your data, you can edit it outside of Palladio and reload the data. When you’ve checked each flagged character, the red dot will disappear.
Sometimes, your data may contain multiple values within one cell. In this data, many pieces of art are made with more than one medium.
Use the Multiple Values Delimiter to let Palladio know these values should be read as separate entries. You can use any string as a delimiter so long as it is consistent within that dimension.
Use the Edit Dimension view to see how often a value appears in your data. The number on the side of each entry indicates its frequency.
You can also choose to sort your data by value.
Another way to review your data is to search for values within a dimension.
The grey icons indicate that each dimension has been verified.
Palladio automatically assigns each dimension a data type. Here, you can see that Palladio reads “accession date” as a Number.
Click to edit a dimension and change its data type.
If there is a dimension of your data that you do not want to include in your Palladio project, you can disable it. Disabled dimensions can be enabled again at any time.
Add titles to your tables and data.
Once you’ve finished the review process, it may be helpful to download your Palladio project to simply upload for future use.
Palladio does not store your data, so each project lasts only as long as your browser session unless you download it.
Notes:
The review process can be skipped entirely, but it is important to review your data before beginning your Palladio project.
Palladio needs to be able to read your data types properly in order to use features like mapping coordinates or filtering by timeline and timespan.
The multiple values delimiter and special characters search can help you make sure your data is as clean as possible before the Palladio visualization process.


Id: 364
Name: Tree Person
Status: Dead
Species: Humanoid
Type: Teenyverse inhabitant
Gender: unknown
OriginName: Kyle's Teenyverse
OriginUrl: https://rickandmortyapi.com/api/location/50
LocationName: Kyle's Teenyverse
LocationUrl: https://rickandmortyapi.com/api/location/50
Image: https://rickandmortyapi.com/api/character/avatar/364.jpeg
Episode: ['https://rickandmortyapi.com/api/episode/17']
Url: https://rickandmortyapi.com/api/character/364
Created: 2018-01-10T18:57:50.033Z