There are some node who never notified me they are updated so this is a waiting game unless I re ping eveyone .
The new version is killing it on mainnet atm. But ifg any one single node is on the version that corrupts memory, then we willa all get -26 error.
Short of pinging everyone and changing port we cant do a lot. I expect there to be some updates for teoken migrate so While I work on payments CC we can jsut keep waiting for ppl to update. If I dont have a list of everyone by the end of today I will change the port.
Yeah DIMXY4 is either forked or deaded
would have to be the former
blackjok3r23-Mar-19 01:01 AM
can you mine a block at all?
Is it just Alright seed node, or has something actualy broken it
ComputerGenie 👴👴👴23-Mar-19 01:02 AM
I'm only running NN for anything besides KMD, so I'm not sure
blackjok3r23-Mar-19 01:03 AM
the change was a hard fork, so its no issue to just remove that cluster. I was just going to use them to work out burn tx size limits... but I think I need to redo that whole thing later on after tokens are finished off.
Something Im going to have to come back to. For now just dont worry about anything thats happening. Like I said, iguana ha d possible memory corruption issues, and if 100% of nodes are not updated, then we cant know if the fix fixed it.
however the 3 nodes on mainnet using this iguana, are working very very welll now with the latest build. So I do think its fine.
2
CrisF23-Mar-19 01:47 AM
Hi, fyi I'm mining on NN and getting some blocks. Not notorized since running out of UTXOs, surprise surprise. Will just play around with it but not worry.
There are a couple of testimonials up on the website now that can be seen here: https://kmdlabs.com/how-kmdlabs-works.
Another should be coming in soon.
If anyone has any suggestions on others who would be interested in writing a sentence or 3 please let me know.
Also on https://kmdlabs.com/how-kmdlabs-works is a diagram that is in the early stages of creation (very bottom of page).
It's got a lot to go but feedback would be appreaciated. That kind of thing is far from my strong suit.
Will add info to diagram as I figure out to do it.
DIMXY4 notarized here. UTXOs seem to help
CrisF23-Mar-19 02:12 AM
Hi @27aume
Alright mentioned that you might have created https://www.draw.io/. If that's the case, thanks! It's an amazing piece of work!!
Mylo23-Mar-19 03:03 AM
can i get my keys notarizing this weekend?
ComputerGenie 👴👴👴23-Mar-19 03:08 AM
car keys or house keys?
blackjok3r23-Mar-19 03:28 AM
@Mylo I think so yes. We need to force an update and change of port I think anyway to make sure the mem corruption issue is fixed
I am busy atm please DM pubkey and I will chuck it int he code. Will come back to era change later on. I'm pretty sure it all works without restarting anything, unless the port is changed.
So maybe we cant change the port to test that.
Mylo23-Mar-19 05:56 AM
yeah no rush, will DM you in few moments
CrisF23-Mar-19 06:16 AM
Ahh, maybe it's because I'm mining DIMXY4 on NN it's not splitting notarization UTXOs. There were quite a few UTXOs, but none notarization sized it seems.
blackjok3r23-Mar-19 06:19 AM
I wasnt able to split 4 for a failyt long time. I just ignored it.. we hard forked those chains anything could have happened to them
CrisF23-Mar-19 06:53 AM
Yeah, happy to have a bit more of a clue what's going on. Nice to finally figure something out by myself, haha.
See that DIMXY5 now has the top stack error now.
Will the port change today?
blackjok3r23-Mar-19 08:02 AM
No I doubt it.
There is nothing we can do about that error until everyone is on the latest iguana
It seems to be working perfectly on mainnet...
but only 3 nodes are using it... No idea who is and isnt using ti here. I would say we need new chains sometime soon so Im just leaving it until then.
CrisF23-Mar-19 08:43 AM
That sounds good.
27aume23-Mar-19 12:54 PM
@CrisF No sorry I havent created this website, what I've created is the Mindmap Jl777 posted in Ask_jl777 channel.
Its need to be updated still. Thanks for asking
But that an nice tool lol I 'll check it out thanks XD
1
CrisF23-Mar-19 01:17 PM
Hi @27aume, I misunderstood then
The mindmap is also quite amazing!!
1
1
Hi everyone
Could you please have look at the diagrams here: https://kmdlabs.com/how-kmdlabs-works. I need some help with them, the information they contain in particular which can also be found and edited here: https://kmdlabs.cc/p/KMDLabs_-_How_it_work.(edited)
The diagrams need a lot more work also so please don't think of them as anything like a finished product.
Feedback and ideas would be appreciated. (Any help too, haha)
Thanks!
1
smk762 - dracocanis ominator24-Mar-19 09:34 AM
anyone got recommendations for server providers to be used as a KMD NN?
Bar_F1sh_Rel24-Mar-19 06:02 PM
The latest komodod build is screwing with my VPS control-panel - the damn thing eats up 100% of available memory and then keeps it in cache.
note - komodod only, the assets don't do this.
I've tried 8G/8G (mem/swp) and 12G/8G - same result - all mem used then it stops eating more (doesn't touch the swap).
I know it's not actually using 100% of the mem - just the way it's tying cache is annoying.
@Bar_F1sh_Rel if you sort out why, let us know
in everything I've ever done I've never seen KMD komodod go much over 3G much less hit 12
Bar_F1sh_Rel25-Mar-19 06:49 AM
@TonyL yes - I know this behavior in Linux - but this is new for komodo. I know that komodod settles at 3G actually in use but Reserving so much might be a sign of something more - or not.
blackjok3r25-Mar-19 07:00 AM
Yeah it could be, I have noticed that LABS komodod does reserve more ram than normal. May have a leak or something.
Bar_F1sh_Rel25-Mar-19 07:19 AM
It has changed between versions - this is something new.
I have two LABS versions running on standard nodes - older one doesn't put enough pressure on the memory balloon to release more than 4G (of 8G).
I did wonder if this was linked to the changes made to release memory in cached chain memory blocks - as each cache memory block would be released by komodod, but not by Linux.
could be - I'll try updating the older node to the same os release later
work calls......
MyName25-Mar-19 07:31 AM
ewww, no fun
blackjok3r25-Mar-19 08:10 AM
I will check mine out aswell.. We have pulled down upstream things and I also changed a fair bit of stuff in our build.
definatly possible a bug was added
blackjok3r25-Mar-19 10:15 AM
hmm doesnt seem to ahve any mem problems here on my notary.
Bar_F1sh_Rel25-Mar-19 10:16 AM
It's not a mem problem - usage (actual) is quite low. Its how it is caching during load.
It will only affect VPS hosts using ballooning.
2
Alright26-Mar-19 02:33 AM
We still have people who haven't updated. This is causing problems on the iguana network. Essentially, someone is poisoning notarizations. If you are up to date, please leave on this post. We'll give it a day or so then we're going to fork these bad nodes off the network. We'll be adding Mylo back and removing anyone who is poisoning the network with an era change. @LabsAssistant
13
1
blackjok3r27-Mar-19 01:54 AM
Pushed preliminary update, merged jl777 branch down and changed build.sh to use customCClib. Mylos key is already in the code, just waiting on merge for tokens updates from dimxy, then we can do a port change and launch new chains.
I am starting on CC today for chain creation. Seems extremly easy to get done, although I would rather use a normal CC for it, will do it in customCC for now as its going to be a lot faster to get working that way.
This current merge gets us payments CC btw @Alright.
Also I think the ac_nk params (at least when not being used) seem to cause no problems so far. So maybe we can try some params out on the new chains once the tokens merge gets here.
1
1
blackjok3r27-Mar-19 06:34 AM
Ok I finally got there after starting agin 3 times
I ahve it creating the OP_RETURN and decoding it, but so far havent made a chain and actualy burnt the coins, but its printing all the required infoa nd all the functions work. Was surprisingly easy usign teh customCC template, but its not exactly useful as it stands...
…how to add it as an actaul CC, rather than custom lib. Works for testing though.
Maybe we can make a labs.so and ahve that mandatory for all labs chains... It seems we can have lots of CCs in each lib.
jl777c27-Mar-19 09:23 AM
to make a new CC address for built in:
getnewaddress
validateaddress <newaddr>
change if ( 0 ) -> if ( 1 ) in CCutils.cpp Myprivkey
launch with -pubkey=<pubkey>
do anything to use Myprivkey and this will print the privkey array
add all the #define in CCcustom.cpp and make sure to set the cp-> vars in CCinit
of course add EVAL_newcode in eval.h
1
blackjok3r27-Mar-19 09:25 AM
Thanks... I already thaught of improvements to this. So will work on adding that as a built in CC tomorrow I think. The ahrd part is done. I think once I get a bit more used to the cJSON stuff this will become a lot easier.(edited)
jl777c27-Mar-19 09:25 AM
use the jxxx functions for easy using of cJSON
blackjok3r27-Mar-19 09:25 AM
yes I found the incliude file and just reading through them to see what ones I need
jl777c27-Mar-19 09:26 AM
just remember that cJSON_Parse allocates memory and free_json() is needed to free recursively
1
blackjok3r27-Mar-19 09:26 AM
I think I got that part from iguana. I guess you need to make sure all the free_json are inside ifs to make sure the ponter was allocated first.
jl777c27-Mar-19 09:27 AM
live on the edge, free random memory used as pointers
1
blackjok3r27-Mar-19 09:31 AM
@ComputerGenie 👴👴👴 by any chance can you gen a vanity address for this CC contract ?(edited)
1
jl777c27-Mar-19 09:32 AM
yes that would be cool
blackjok3r27-Mar-19 09:32 AM
RLABS or RLabs or something would be fine, shouldnt take him long(edited)
jl777c27-Mar-19 09:33 AM
not RBurn?
or it will become a multifunction CC
blackjok3r27-Mar-19 09:33 AM
I guess the CC is really jsut a CC to burn coins
The RPCs are currently only for taking a JSON as input for chain params... but the CC itself can be used to just burn coins I guess
jl777c27-Mar-19 09:33 AM
also, nothing prevents having more than one global address per CC (other than whatever code that assumes that)
blackjok3r27-Mar-19 09:34 AM
Yes i just used the unspendable... but because the validation will not allow any spends to occur I guess it can be anywhere(edited)
jl777c27-Mar-19 09:35 AM
you can just set the privkey to all 0 and make up whatever Raddress
that is base58
so valid checksum
blackjok3r27-Mar-19 09:35 AM
sweet, may do that then.
Alright27-Mar-19 01:51 PM
@blackjok3r what do you want a vanity address for?


Space wine was the first place to open up selling wine somewhere other than earth. Shortly after starting, Space Wine became the single larges wine seller in all of the milky way. There best selling wine being Abduction. Soon they plan to expand to other galaxies than just the milky way. Before they can achieve this goal thy must first expand their production facilities.  Some locations are getting filled with unhappy customers since the wine they desire is sold out. They have started to increase the costs and sell gummy bears with the wine since so many people want the wine and everyone knows that aliens love gummy bears so its just a chance to make even more money. We can expect to see Space Wine universe wide some time in 2230.


In the few remaining hours of .NET Fringe I found a seat, sat down, and just started contemplating the reasons .NET Fringe, and conferences it was inspired by like JSConf, Node Conf, and others are such great conferences. This is the list of reasons I came up with. Each bullet includes a few of the reasons why this is a contributing reason to these types of conferences. I also tried to prioritize them as seemed logical.
People Inclusion: We’ve tried with .NET Fringe, just as the organizers of the other named conference have, to be extremely inclusive. To invite people from communities we might not traditionally interact with. We make efforts to discover new groups of people outside of the normal day to day of our lives. This appears to work for the event, and we hope that it works well for all attendees.
Car-lite/Bus-lite/Commute-lite: If people have to commute to and from the conference everyday, that adds a massive detractor to the event. Being required to travel anything more than 5-10 minutes to get to an event just derails the focused energy that the attendees could have without such a monotonous thing. There’s a reason people pay high dollar to live somewhere with a minimalistic commute for their work, why would we force this on attendees? Simply, a commute is a no-go.
Location: I might sound like a real estate person, because conferences just like living really are all about location, location, and location. This is as much about the city, town, or forrest the event is in as much as the building the actual event takes place in. For .NET Fringe the McMenamins businesses are exceptional for this type of event, make it easy, and provide that catered, unique, charismatic weird that one is often drawn to in Portland.
Walking: Plenty of options to walk. Walking helps people think, it’s proven, and having lots of people walking around during breaks, during confernece events, provides all the more opportunities to get together and talk about new, existing, or create ideas with each other. This might seem like a small element of the conference, but in the end it actually adds to it in a huge way - that’s the basis for the breaks between talks, the basis in having the events in walkable areas, and generally focusing on a cohesive experience between individuals.
Pricing: Honestly, maybe we should charge more? I’m not sure because the pricing is great in my opinion of what I’d pay out of pocket without corporate backing.  Those just don’t provide any real vested interest or connection to where they’re hosted and that brings up another point…
SMALL footprint: We aim to have a moderate sized crowd. We do NOT want a 3000 person conference for something like .NET Fringe. The reason is simple. We want people to be able to connect, feel like they’re connected to the place we’re at, and feel like they’re not fighting between FOMO and overwhelmed by excessive events occurring all at same time.  If you ever want an idea of what I’m talking about read the local news in NYC, San Francisco, or a similar city when a large scale conference comes to town and annoys (or worse trashes) the local community.
Food: Food can’t be a distraction. It also shouldn’t put people to sleep.  We attempt to stick to food that helps the thinker on the top of our shoulders. Sometimes we succeed, sometimes its a bit tough since we have a specific selection of items at most venues.  The other aim around food is to be in an area where there are vast numbers of breakfast and dinner joints around the venue. Portland makes this very easy with walking distance locations all over the place. Again combining two great things to have break out sessions and talk to others about things you’re passionate about!
(Added June 8th) Sponsored, but not Sponsored: The event does have sponsors, but we’re upfront with them immediately upon sponsoring that they are sponsoring a very community oriented event. This isn’t an event, beyond booths and swag, that anyone gets to stand up and talk about product for 45 minutes. No sponsored presentations, all presentations are either voted on by the organizing members or selected by by the organizing group. This, in the end, actually creates a better, more honest, direct, and effective means of sponsorship for the companies sponsoring and the attendees at the conference. The TLDR is that sponsors aren’t in your face, if you’re interested they’re there to talk!
(Added June 8th) Unique Content, Unique Speakers, New Speakers: We make an effort, specifically Lena (@lenadroid did this year, to find great new speakers. Lena also aimed, as did we all, to vote and find speakers who are new to the industry and are interested in speaking. Lena spent time reaching out to many people, but beyond just finding new people to speak and helping them get involved, Lena aimed to get great topics and speakers to present on the topics that are solid - not only from a speaking perspective but on knowledge and skill in the area they were speaking. In the end, this really lights up not only talks but also the open spaces, which is the next item.
(Added June 8th) Open Spaces: Some of the best conferences I attend are the open spaces conferences. One of those is Polyglot Conf in Vancouver BC (which I unfortunately didn’t make this year). We always hold an open spaces area in parallel to the main talks. This gives the opportunity for people to take topics they want to speak with others about, or topics they’ve just heard about, a chance to break out and dive deep with others. This is one more way to get people involved in conversations that increase learning opportunities and extrapolate new and expanding ideas.
Still likely to add more…
Follow up on Twitter and join others in contributing suggestions, ping me @Adron.
The following are some of the follow up tweets.
Re "SMALL footprint" - I think .NET Fringe should become (or span) "Open .NET" next year, the #1 conference in the whole .NET world
— Don Syme (@dsyme) June 7, 2017
Well, we are aiming to grow it this next year. No promises, but maybe we’ve lit enough fires to inspire that it’ll be able to grow in many ways and somehow keep it’s local, community focused, and individually inspiring spirit?
Why not aim for 10,000 people in San Francisco in 2019 (1,000 in 2018). Fully community driven (not Microsoft driven).
— Don Syme (@dsyme) June 7, 2017
Yikes, 10,000 people in in San Francisco, that might be a bit more than would work. Likely to decimate the objectives of the small footprint.
Agree. You can make a "community" within a conference feel as big or as small as you want. Up to the attendees.
— Aaron Stannard (@Aaronontheweb) June 7, 2017
I disagree. But others might also agree with the sentiment. I’ve sworn off the big conferences mostly.
Honestly, it's what .NET needs. See also @openfsharp by @brandewinder, @TRikace and others. They could even co-locate in 2018/19.
— Don Syme (@dsyme) June 7, 2017
I’ll be attending Open F# this year. I know one of the speakers. ;)
Sounds a lot like what we try to do with @devopsdays!
— 🦄 Matt Stratton 🦄 (@mattstratton) June 7, 2017
Oh, yeah, DevOps Days, in spite of my qualms with the almost generic nature of the word “DevOps” is one of my favorite conference series around! Attended the Portland DevOps Days last and it was great! Lots of great material, great community, solid grade A experience!
Is based on the richness / uniqueness and not driven by sponsors
— 007 (@gblock) June 7, 2017
Oh, yeah, added this above!
Another important one is focusing ON the community and celebrating their work rather. We do this in multiple ways including with content
— 007 (@gblock) June 8, 2017
Encouraging new speakers even if they have no experience. Lightning talks for example are tailored for this.
— 007 (@gblock) June 8, 2017
There are more, I may update this entry a few times with additional reasons. This however is the starting point. Feel free to ping me with your thoughts @Adron.


Employee Salary and Cost
Employee First Name:
Employee Last Name:
Employee ID Number:
Employee Job Title:
Annual Salary:
Total Monthly Cost of Salary:


The mdl package
Building Modules and Performing Various Operations.
By Freddy Mang
This package contains structures and routines related to
modules. It serves two main purposes: 1. providing module structures for
storing atoms, variables and invariants; 2. providing routines for various
module level operations, such as parallel composition, variable hiding and
renaming.
Last updated on 1031104 18h39


ndnMouse
Privacy and Support
This app requires an internet or cellular connection to communicate with your PC. If a password is used, communication is encrypted via AES with cipher block chaining and random IVs for every packet. For added security, a random salt is applied to your password each session.
No data is ever transmitted back to the developer or any other third- party entity. ndnMouse only transmits its own custom communication protocol between the devices you are controlling, and never stores any transmitted data or passwords.
If you encounter any issues, please contact me at waminnerco@gmail.com.


Pre-Resolve DNS
Objective
Reduce DNS lookup time by pre-resolving at the browser.
Configuration
The 'Pre-Resolve DNS' filter is enabled by specifying:
- Apache:
ModPagespeedEnableFilters insert_dns_prefetch
- Nginx:
pagespeed EnableFilters insert_dns_prefetch;
in the configuration file.
Description
DNS resolution time varies from <1ms for locally cached results, to hundreds of milliseconds due to the cascading nature of DNS. This can contribute significantly towards total page load time. This filter reduces DNS lookup time by providing hints to the browser at the beginning of the HTML, which allows the browser to pre-resolve DNS for resources on the page.
Operation
This filter inserts the tag <link rel="dns-prefetch">
(or
<link rel="prefetch">
for IE9) in the HEAD section, for all
domains present in the HTML document.
Example
The example below shows the HTML before rewriting:


Protestors Are Planning To Disrupt The Melbourne Cup
FIVEaa’s Stephen Rowe has slammed animal activists planning protests for Tuesday’s Melbourne Cup.
Rowey told David & Will on FIVEaa Breakfast:
“Animal activists may try and rail road the race.  They’re just professional activists aren’t they? Don’t they just save the whales and mining protests -- go get a job.”
Penbo wasn’t so sure…
PENBO: “I’m with you about not disrupting the race, but that footage the other night was full on… I don’t think it’s necessarily rent a crowd. I actually think this is a problem for the industry. There might have been a bit of a shift…”
ROWEY “Yeah, probably a bit hard.”
LISTEN:


我最明顯的個性是我喜歡和別人互動。我是一個非常外向的人，即使是第一次間面的人我總是積極的主動和他們聊天。另外，我很喜歡舉辦活動。例如，我在高中時加入了學生會，並在這期間結交了很多朋友。我也可以成為他人分享心事的聽眾，我的朋友們總說他們喜歡向我敞開心扉，因為我通常會為他們提供意見來解決問題。我很幸運有這樣的人格可以幫助別人。給人帶來快樂也讓我感到高興。
The most obvious personality of me is that I like to interact with others.I am totally an extrover. I am usually talkative, even just the first time to meet them. In addition, I enjoy holding event for people. For example, I joined the student union in high school and made lots of friends during that time. And I also can be a listener, my friends say that they like to open their heart to me because I usually provide them good ideas to save problems. I feel fortunate to have this personality which can be helpful for others. Bringing happiness to people really makes me happy, too.
在隊上擔任前鋒。因為相當喜歡籃球而選擇加入，但自己其實並不擅長這項運動，每週和學姐們一起在球場練習籃球的基本動作的，也透過練習時間增加三對三實戰經驗。
On the team as a striker. Because I like to play basketball, I choos to join. However, I am not really good at this sport. I and my sisters practice basketball's basic moves together at the stadium each week. We also increase our three-to-three combat experience through practice time.
擔任社團中的活動組長。社團的理念是幫助他人，平時我會和社員們一起去附近的國小宣導教育、在街上替基金會募集發票或是參加反毒宣導等等。
Served as an activity leader in the club. The idea of the community is to help others. At ordinary times, I will work with the community members to go to the nearby elementary schools to promote education, raise funds for the Foundation to collect invoices, or participate in anti-drug advocacy.
所屬美宣組。負責各大活動的會場布置、設計宣傳海報及活動本、校慶紀念品等等。
Affiliated to the United States Propaganda Group. Responsible for the venue layout of the major events, design posters and activities, celebrations, souvenirs and so on.
世新大學Shih Hsin University
臺北市立南湖高級中學Taipei Municipal Nanhu Senior High School
新北市立汐止國民中學New Taipei Municipal Xizhi Junior High School
小時候只要出去玩爸爸總是背著相機和攝影機記錄沿路的風景和我們開心的笑臉，使得我對攝影有相當的興趣，喜歡到處走走拍下所見所聞。我從國小就開始學習游泳，也很喜歡游泳，雖然擅長的運動不多但游泳是我的強項。國小參加了學校的弦樂團，學習了幾年的小提琴，對古典音樂有一定的了解。
When I was a kid, I just went out and play with my father and I always carried a camera and a camera to record the scenery along the road and our happy smiling faces, which made me have a lot of interest in photography.  I have been learning to swim since elementary school and I also like swimming. Although I am not good at sports, swimming is my strength. The Elementary School participated in the school's string orchestra, studied the violin for several years, and had a certain understanding of classical music.
在我的空閒時間，我有不同的喜好。我經常和朋友們一起去看電影。我不太喜歡動作片，而更喜歡看劇情片。有時候，我也去博物館或文化創意產業園看一些展覽。例如，上次我自己去Paul Smith的設計展。我喜歡詳細觀看每一件大師的作品。除此之外，我真的很喜歡籃球。我可以看一整天的籃球比賽。當我進入大學時，我加入了我系上的籃球隊。我常在課後和其他成員打籃球。打籃球可以讓我暫時不去思考學業的壓力。
In my free time, I have different hobbies. I often have movie dates with my friends. Instead of action movies, I like to watch dramas more. Sometimes, I also go to museums or Culture Creative Industry Park to see some exhibition. For example, last time I went to Paul Smith´s design exhibition by myself. I enjoy watching every master piece in detail. And then, I really love basketball. I can watch basketball game for the whole day. When I entered the university, I join the basketball team in my department. I usually play basketball with other members after classes. Playing basketball can make me stop thinking about schoolwork pressure.


Use the tool below to find your congressperson. Then, call or email them to urge them to support net neutrality.
Dear [Your Congressperson],
I am writing you to express my concern that the FCC is attempting to strip Title 2 consumer protections, commonly known as net neutrality, from Internet service providers. I am deeply troubled by the fact that this is even up for debate again.
Net neutrality is the principle that Internet service providers and governments regulating the Internet should treat all data on the Internet the same, not discriminating or charging differentially by user, content, website, platform, application, type of attached equipment, or mode of communication.
Without net neutrality, ISPs can force websites like Amazon or Netflix to pay additional fees to be accessible. Without net neutrality ISPs have the ability to smother their competition by simply making it inaccessible to consumers. Garage-based startups of the world simply cease to exist, unable to even reach market. If net neutrality is removed ISPs will have full reign over the internet, this likely means you can expect to see things like Internet fast lanes - what does that mean? Imagine having to pay extra money to access websites like Facebook or Hulu.
Removing net neutrality would without a doubt be the largest chilling effect in this history of humankind. Net neutrality is the cornerstone of our modern world, it is what allows everyone to utilize the Internet equally. Net neutrally is what assures that the Internet is a free and open place for the exchange of ideas and thoughts, without it innovative progress would come to a halt and online startups would disappear.
Net neutrality is in the best interest of all small businesses, consumers and indeed humanity.
As a concerned citizen of your state I urge you to support net neutrality and Title II regulations for ISPs
Sincerely,
[Your Name]


108 Brandon Road, Coventry, CV3 2JF
Reception: 02476 307024
<EMAIL_ADDRESS>www.brandonsurgery.nhs.uk
Fax: 02476 636886


{% extends 'layout.html' %} {% block body %}
It looks like the page you are trying to reach does not exist. Check the URL to make sure it is spelled right, or try navigating here again from the home page.


First ISP-hosted "transparent" test-IPv6.com mirror
May 16, 2014
TL:DR? “Thanks, Comcast!” and “Who’s Next?”
The test-ipv6.com site started out 4 years ago, at a table in Seattle, after an IPv6 round table meeting hosted by Internet Society. John Brzozowski and myself were each trying to come up with a way to help end users figure out that their IPv6 internet was good or bad. Ultimately I kept plugging away at it, as John was distracted with some kind of broadband IPv6 rollout for his employer (Comcast). And the test-ipv6.com site went live about a month later, with solicitation to a few operations lists for feedback. All in all, pretty successful.
I’ve had two concerns since deploying test-ipv6.com: one, how to scale; and two, how to ensure the user’s connectivity back to the service is awesome (or at least, not bad). John was thinking the same thing - worried about sending too many of his customers to my site, and crushing it in the process. Not good for either of us.
Both of those are relatively easy to solve. Simply deploy tons of mirrors around the world, problem solved - if you have the cash and/or smart business plan to back it. I don’t monetize the site with advertising; nor do I charge fees. Nor do I have a crack CFO who can help me IPO, and make me rich in the process. I don’t really have the time or energy to solicit for corporate handouts. As it turns out, it appears that I’m bad when it comes to making money on this project. So any solution has to be cheap.
Asking folks to run regional mirrors (such as “test-ipv6.cz” or “test-ipv6.co.za”) is great; it offers a community local resources that are more immune to global connectivity issues. However, people must explicitly decide to visit these mirrors; to chose the location they want to test from. Those regional mirrors are mostly light duty as a result. They are still invaluable - they provide the back end that the global connectivity test uses, for any IPv6-validated customer visiting any of the mirrors. With this global test, we effectively crowd source getting IPv6 peering problems fixed.
John and I decided to take things a step further; something I’m happy to see finally make it across the finish line after a fair bit of upfront dev work.
Comcast is now running two mirrors and preparing a third - which directly act as “test-ipv6.com”. Nothing changes for the user. John has to worry less about transient (and transit!) connectivity back to test-ipv6.com.
This is done with a poor-man’s GSLB (Global Server Load Balancer). We’re using an in-house built DNS server that looks at the internet routing table to see what ISP the DNS queries come from. Based on the source BGP ASN, we can decide which ISP mirror gets the traffic. (PS: thanks to routeviews.org and everyone who feeds data to it; that stuff is great!)
In the end: we both get to worry less about Comcast traffic volume to test-ipv6.com; as well as ensure a good user experience for the customers visiting.
What’s next? That’s where you come in :-).
If you’re ...
- working at a large ISP
- doing real IPv6 deployment
- or considering using “helpdesk.test-ipv6.com” with customers
I’d love to help you set up a transparent mirror (acting as “test-ipv6.com”). For you, it means controlling the user experience using this site; as well as removing any capacity concerns. For me, it means the same thing. Win, win. More info at http://github.com/falling-sky/source/wiki/TransparentMirrors .
If you want to help, or have questions, don’t hesitate to ask.
-jason


Which line of code will get the second character in the string?
String message = "I don't think so";
There are no hints for this question


{% extends 'layout.html' %} {% block title %}FITist{% endblock %} {% block content %}
Our Mission:
Bring Affordable Fitness Programming to everyone,
from fitness professionals with 20 years of experience.
Before you begin your journey, we need to ask a few questions.
Get Started


Enter here your first and second file you want to merge, with the full path:
First keybinding file {{filePath1}}
Second keybinding file


{% set PROTOTYPEURL = "records/v1" %} {% set serviceName = "NHS App" %} {% set recordActive = "active" %} {% set contentTitle = "Your GP records" %} {% set title = contentTitle + " - " + serviceName %} {% block pageScripts %} {% endblock %} {% extends 'layouts/layout-app.html' %} {% block pageTitle %} {{ title }} {% endblock %} {% block beforeContent %} {% endblock %} {% block content %}
Your record may contain sensitive information. If someone is pressuring you for this information, contact your GP Surgery immediately.
" }) }}Your record shows personal data, such as your details, allergies and medications.
Depending on what your GP surgery shares, you may also see:


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Reports any calls to
System.setSecurityManager()
. While often benign, any call to
System.setSecurityManager()
should be closely examined in any security audit.


Maybe I should change the name from ODFIO to Odio? Easier to pronounce. Okay I'll do it. It's done and now it's Odio. Right, now to actually produce something that's useful.
Maybe I should change the name from ODFIO to Odio? Easier to pronounce. Okay I'll do it. It's done and now it's Odio. Right, now to actually produce something that's useful.


Method to attach each event to Chat's global JS API. Can be overridden in Driver class to change its behavior. Default simply stores callback method is a global key, most chats JS APIs works that way.
Method to init chat loading process, must be executed in Driver class. Can be overridden only in a last resort, but its really not recommended.
Inform class that its loaded and ready to work.
Turn ChatBase into a thenable, use like a regular promise. Resolves on chat load.
Returns a Promise that resolves on chat load, if already loaded, returns a resolved promise
Helper to build drivers that needs to monitor some global event or value.
Keep testing function given in "test" argument until it returns a truthy value. After that, resolves a promise with value returned in function given in "then" argument. If "then" callback generates an error, Promise is rejected with same exception.
Generated using TypeDoc
Quick check that returns true if chat is loaded.


Ubuntu Linux strangely promotes Brony culture on Twitter
by Brian FagioliI am not one to judge people. However, the whole "Brony" thing does bewilder me. If you aren't familiar, "Bronies," as they are called, are adult males that enjoy watching the TV show My Little Pony -- a cartoon designed for children. They even play with pony action figures and attend conventions where they dress up like ponies. Sadly, some of these Brony people even sexualize the cartoon ponies. It's a really disturbing community.
And so, today, I was a bit dismayed by a Tweet from the official Ubuntu Linux Twitter account. You see, on that social network, the operating system seems to be promoting Brony culture by suggesting users install a cartoon pony-related package called "ponysay."
ALSO READ: Debian 10.2 'Buster' Linux distro released with many security updates and bugfixes
The developer explains the ponysay software by saying, "Ponysay displays an image of a My Little Pony pony saying a message provided by the user in a terminal, or a quote from the show My Little Pony: Friendship is Magic (MLP:FiM). Historically ponysay was a wrapper for cowsay, but has since version 2.1 become an independent reimplementation of cowsay."
So, yeah. Of all of the snaps Ubuntu could have promoted today, it chose one that inserts Brony culture into the terminal. It is very bizarre and some Twitter users have chimed in about it. @Teco34 says "TF? Not helping the neckbeard image here at all," while another user tweets "Annnnnd I’m going back to Arch now."
What do you think about this tweet by Ubuntu? Is it disturbing? Please tell me in the comments below.
Image credit: HOHLOVMIHAIL/ Shutterstock


--- # jekyll header --- {% include header.html %}
{% include container-start.html %}| Name | Definition |
| Category | {% capture md_text %}A class or division of people or things having particular shared characteristics{% endcapture %}{{ md_text | markdownify }} |
| ClockDirection | {% capture md_text %}A direction indicated by an angle relative to 12 o'clock.{% endcapture %}{{ md_text | markdownify }} |
| CollectionTime | {% capture md_text %}When the sample was obtained, as a specific time or time period.{% endcapture %}{{ md_text | markdownify }} |
| DistanceFromBreastSiteToNipple | {% capture md_text %}Distance between the feature of interest (e.g., the tumor) and the nipple.{% endcapture %}{{ md_text | markdownify }} |
| HandlingRisk | {% capture md_text %}Cautions on the handling of this specimen.{% endcapture %}{{ md_text | markdownify }} |
| MorphologyBehavior | {% capture md_text %}A description of the morphology and behavioral characteristics of the cancer.{% endcapture %}{{ md_text | markdownify }} |
| SpecialHandling | {% capture md_text %}Information about the proper handling of the specimen.{% endcapture %}{{ md_text | markdownify }} |
| SpecimenTreatment | {% capture md_text %}Treatment performed on the specimen.{% endcapture %}{{ md_text | markdownify }} |
| TopicCode | {% capture md_text %}The concept representing the finding or action that is the topic of the statement. For action topics, the TopicCode represents the action being described. For findings, the TopicCode represents the 'question' or property being investigated. For evaluation result findings, the TopicCode contains a concept for an observable entity, such as systolic blood pressure. For assertion findings, the TopicCode contains a code representing the condition, allergy, or other item being asserted. In all cases, the TopicCode describes the topic independent of the context of the action or the finding.{% endcapture %}{{ md_text | markdownify }} |
| TumorIdentifier | {% capture md_text %}A human-readable identifier for the lesion; e.g., a letter or integer.{% endcapture %}{{ md_text | markdownify }} |


CodeMirror: Shell mode
#!/bin/bash # clone the repository git clone http://github.com/garden/tree # generate HTTPS credentials cd tree openssl genrsa -aes256 -out https.key 1024 openssl req -new -nodes -key https.key -out https.csr openssl x509 -req -days 365 -in https.csr -signkey https.key -out https.crt cp https.key{,.orig} openssl rsa -in https.key.orig -out https.key # start the server in HTTPS mode cd web sudo node ../server.js 443 ‘yes’ >> ../node.log & # here is how to stop the server for pid in `ps aux | grep ‘node ../server.js’ | awk ‘{print $2}’` ; do sudo kill -9 $pid 2> /dev/null done exit 0
MIME types defined: text/x-sh
.


|
Aaron
Carter
|
|
|
Oh
Aaron
|
1.
Oh Aaron
2. Not Too Young, Not Too Old 3. Stride (Jump On The Fizzy) 4. Come Follow Me 5. I Would 6. Baby It's You 7. I'm All About You 8. The Kid In You 9. Hey You 10. Cowgirl (Lil' Mama) |
|
|
|
|
Aaron's
Party
|
1.
Introduction: Come To The Party
2. Aaron´s Party (Come Get It) 3. I Want Candy 4. Bounce 5. My Internet Girl 6. That´s How I Beat Shaq 7. Clapping Song, The 8. Iko Iko 9. Real Good Time 10. Tell Me What You Want 11. Girl You Shine 12. Interlude: Big Bad "Shine-y" Beat Box |


--- layout: post status: publish published: true title: Cubs 2014 Season Predictions - Podcast Episode 6.07 author: display_name: Corey Fineran login: Corey email<EMAIL_ADDRESS>url: '' author_login: Corey author_email<EMAIL_ADDRESS>wordpress_id: 9464 wordpress_url: http://ivyenvy.com/?p=9464 date: '2014-03-30 22:53:11 +0000' date_gmt: '2014-03-31 03:53:11 +0000' categories: - Podcast tags: - Cubs 2014 comments: - id: 10498 author: DougGreen1 author_email<EMAIL_ADDRESS>author_url: '' date: '2014-03-31 18:42:55 +0000' date_gmt: '2014-03-31 23:42:55 +0000' content: |- I'll take the over on the Castro errors, but I don't think they'll be as hideous as the ones he made last year. I'll go under on the Ricky ejejctions, Olt RBI, Olt Ks, but over on the Rizzo average. - id: 10519 author: cubs_corner author_email<EMAIL_ADDRESS>author_url: '' date: '2014-04-03 16:11:32 +0000' date_gmt: '2014-04-03 21:11:32 +0000' content: |- Just got a chance to finish listening to the podcast this morning. This was a great one guys, keep it up. Tons of good info, some fun predictions, and some good laughs. Really enjoyed this week and looking forward to more in the future. Who do you guys think has a higher batting average this year, Rizzo or Castro? here are my predictions for the over/under: Mike Olt RBIs – Over/Under is 80: Under Anthony Rizzo Batting Average – Over/Under is .270: Under Jeff Samardzija Wins – Over/Under is 13: Over Rick Renteria Ejections – Over/Under is .5: Under First Trade of the Season – Before/After May 1: Over More MLB HRs This Year – Barney, Baez, Travis Wood: Baez Date Samardzija is Traded – Before/After July 4: After Kris Bryant 1st MLB At-Bat – Before/After September 3, 2014: After Starlin Castro Errors – Over/Under is 21: Under Will Any Cubs Pitchers Have Double Digit Win Totals?: Yes 2 Total Cubs with BA of at Least .275 with 350 ABs – Over/Under is 2: Over Players on Cubs Big League Roster in 2014 – Over/Under is 55.5: Under Junior Lake HRs – Over/Under is 10: Over Junior Lake RBIs – Over/Under is 70: Under Jason Hammel’s Win Total – Over/Under is 7: Over Jason Hammel’s ERA – Over/Under is 3.25: Over Mike Olt’s Strikout Total – Over/Under is 120: Over - id: 13813 author: Review of 2014 Season Predictions - Episode 6.40 - Ivy Envy author_email: '' author_url: http://ivyenvy.com/review-2014-season-predictions-episode-6-40/ date: '2014-10-12 19:16:57 +0000' date_gmt: '2014-10-13 00:16:57 +0000' content: "[…] This week’s episode is one that we really look forward to every year. Michael from Galesburg joins us…and does all of the work by going back and listening to our season prediction episode. […]" ---
Since tomorrow is Opening Day 2014, this is our annual "Season Predictions" episode. Andy, Corey and Kurt go through a list of listener-submitted Cubs and Cubs player over/under predictions. All of the categories are listed at the end of this post. We'd like to hear your predictions for these. Leave them in the comments area of this post.
The Cubs announced that Carlos Villanueva will be the #5 starter until Jake Arrieta returns. Corey wrote a post earlier in the week about Javier Baez and when we might see him called up to the Cubs and how the Super Two status plays into all of this. So he explains the Super Two situation. If you haven't heard of Super Two status or it hasn't been clear to you what it is, Corey puts it into pretty simple terms.
Thanks to everyone that has pledged their support to us through our Patreon campaign. We're thrilled that we've only had this going for a few weeks and we're very close to meeting our first goal. Please visit http://ivyenvy.com/ivyenvy and look through the pledging levels that we have set up. It starts as low as $1/month, which is 25 cents per episode. There are also perks at the different levels that we think you might like.
2014 Cubs Season Predictions


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Inference by sequential Monte Carlo for dynamic tree regression and classification models with hooks provided for sequential design and optimization, fully online learning with drift, variable selection, and sensitivity analysis of inputs. Illustrative examples from the original dynamic trees paper are facilitated by demos in the package; see demo(package="dynaTree").
| Version: | 1.2-10 |
| Depends: | R (≥ 2.14.0), methods |
| Suggests: | akima, tgp, plgp, MASS |
| Published: | 2017-03-15 |
| Author: | Robert B. Gramacy, Matt A. Taddy and Christoforos Anagnostopoulos |
| Maintainer: | Robert B. Gramacy <rbg at vt.edu> |
| License: | LGPL-2 | LGPL-2.1 | LGPL-3 [expanded from: LGPL] |
| URL: | http://bobby.gramacy.com/r_packages/dynaTree/ |
| NeedsCompilation: | yes |
| Materials: | ChangeLog |
| In views: | ExperimentalDesign |
| CRAN checks: | dynaTree results |
| Reference manual: | dynaTree.pdf |
| Package source: | dynaTree_1.2-10.tar.gz |
| Windows binaries: | r-devel: dynaTree_1.2-10.zip, r-release: dynaTree_1.2-10.zip, r-oldrel: dynaTree_1.2-10.zip |
| OS X binaries: | r-release: dynaTree_1.2-10.tgz, r-oldrel: dynaTree_1.2-10.tgz |
| Old sources: | dynaTree archive |
Please use the canonical form https://CRAN.R-project.org/package=dynaTree to link to this page.


From creating crazy playlists
together
play
max volume
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To play the media you will need to either update your browser to a recent version or update your
Flash plugin
.


CornerstoneWADOImageLoader Examples
The following examples should work on any browser that supports the HTML5 canvas element. We currently recommend using Chrome for development and the best end user experience.
WADO-URI
WADO-RS RetrieveFrame


com.android.rkpx2
public class Gpio extends java.lang.Object
gpio_request()
,gpio_free()
for details.| Modifier and Type | Field and Description |
|---|---|
static int |
RKPX2_PIN0_PA0
A constant representing a gpio port of rkpx2: 160.
|
static int |
RKPX2_PIN0_PA1
A constant representing a gpio port of rkpx2: 161.
|
static int |
RKPX2_PIN0_PA2
A constant representing a gpio port of rkpx2: 162.
|
static int |
RKPX2_PIN0_PA3
A constant representing a gpio port of rkpx2: 163.
|
static int |
RKPX2_PIN0_PA4
A constant representing a gpio port of rkpx2: 164.
|
static int |
RKPX2_PIN0_PA5
A constant representing a gpio port of rkpx2: 165.
|
static int |
RKPX2_PIN0_PA6
A constant representing a gpio port of rkpx2: 166.
|
static int |
RKPX2_PIN0_PA7
A constant representing a gpio port of rkpx2: 167.
|
static int |
RKPX2_PIN0_PB0
A constant representing a gpio port of rkpx2: 168.
|
static int |
RKPX2_PIN0_PB1
A constant representing a gpio port of rkpx2: 169.
|
static int |
RKPX2_PIN0_PB2
A constant representing a gpio port of rkpx2: 170.
|
static int |
RKPX2_PIN0_PB3
A constant representing a gpio port of rkpx2: 171.
|
static int |
RKPX2_PIN0_PB4
A constant representing a gpio port of rkpx2: 172.
|
static int |
RKPX2_PIN0_PB5
A constant representing a gpio port of rkpx2: 173.
|
static int |
RKPX2_PIN0_PB6
A constant representing a gpio port of rkpx2: 174.
|
static int |
RKPX2_PIN0_PB7
A constant representing a gpio port of rkpx2: 175.
|
static int |
RKPX2_PIN0_PC0
A constant representing a gpio port of rkpx2: 176.
|
static int |
RKPX2_PIN0_PC1
A constant representing a gpio port of rkpx2: 177.
|
static int |
RKPX2_PIN0_PC2
A constant representing a gpio port of rkpx2: 178.
|
static int |
RKPX2_PIN0_PC3
A constant representing a gpio port of rkpx2: 179.
|
static int |
RKPX2_PIN0_PC4
A constant representing a gpio port of rkpx2: 180.
|
static int |
RKPX2_PIN0_PC5
A constant representing a gpio port of rkpx2: 181.
|
static int |
RKPX2_PIN0_PC6
A constant representing a gpio port of rkpx2: 182.
|
static int |
RKPX2_PIN0_PC7
A constant representing a gpio port of rkpx2: 183.
|
static int |
RKPX2_PIN0_PD0
A constant representing a gpio port of rkpx2: 184.
|
static int |
RKPX2_PIN0_PD1
A constant representing a gpio port of rkpx2: 185.
|
static int |
RKPX2_PIN0_PD2
A constant representing a gpio port of rkpx2: 186.
|
static int |
RKPX2_PIN0_PD3
A constant representing a gpio port of rkpx2: 187.
|
static int |
RKPX2_PIN0_PD4
A constant representing a gpio port of rkpx2: 188.
|
static int |
RKPX2_PIN0_PD5
A constant representing a gpio port of rkpx2: 189.
|
static int |
RKPX2_PIN0_PD6
A constant representing a gpio port of rkpx2: 190.
|
static int |
RKPX2_PIN0_PD7
A constant representing a gpio port of rkpx2: 191.
|
static int |
RKPX2_PIN1_PA0
A constant representing a gpio port of rkpx2: 192.
|
static int |
RKPX2_PIN1_PA1
A constant representing a gpio port of rkpx2: 193.
|
static int |
RKPX2_PIN1_PA2
A constant representing a gpio port of rkpx2: 194.
|
static int |
RKPX2_PIN1_PA3
A constant representing a gpio port of rkpx2: 195.
|
static int |
RKPX2_PIN1_PA4
A constant representing a gpio port of rkpx2: 196.
|
static int |
RKPX2_PIN1_PA5
A constant representing a gpio port of rkpx2: 197.
|
static int |
RKPX2_PIN1_PA6
A constant representing a gpio port of rkpx2: 198.
|
static int |
RKPX2_PIN1_PA7
A constant representing a gpio port of rkpx2: 199.
|
static int |
RKPX2_PIN1_PB0
A constant representing a gpio port of rkpx2: 200.
|
static int |
RKPX2_PIN1_PB1
A constant representing a gpio port of rkpx2: 201.
|
static int |
RKPX2_PIN1_PB2
A constant representing a gpio port of rkpx2: 202.
|
static int |
RKPX2_PIN1_PB3
A constant representing a gpio port of rkpx2: 203.
|
static int |
RKPX2_PIN1_PB4
A constant representing a gpio port of rkpx2: 204.
|
static int |
RKPX2_PIN1_PB5
A constant representing a gpio port of rkpx2: 205.
|
static int |
RKPX2_PIN1_PB6
A constant representing a gpio port of rkpx2: 206.
|
static int |
RKPX2_PIN1_PB7
A constant representing a gpio port of rkpx2: 207.
|
static int |
RKPX2_PIN1_PC0
A constant representing a gpio port of rkpx2: 208.
|
static int |
RKPX2_PIN1_PC1
A constant representing a gpio port of rkpx2: 209.
|
static int |
RKPX2_PIN1_PC2
A *constant representing a gpio port of rkpx2: 210.
|
static int |
RKPX2_PIN1_PC3
A constant representing a gpio port of rkpx2: 211.
|
static int |
RKPX2_PIN1_PC4
A constant representing a gpio port of rkpx2: 212.
|
static int |
RKPX2_PIN1_PC5
A constant representing a gpio port of rkpx2: 213.
|
static int |
RKPX2_PIN1_PC6
A constant representing a gpio port of rkpx2: 214.
|
static int |
RKPX2_PIN1_PC7
A constant representing a gpio port of rkpx2: 215.
|
static int |
RKPX2_PIN1_PD0
A constant representing a gpio port of rkpx2: 216.
|
static int |
RKPX2_PIN1_PD1
A constant representing a gpio port of rkpx2: 217.
|
static int |
RKPX2_PIN1_PD2
A constant representing a gpio port of rkpx2: 218.
|
static int |
RKPX2_PIN1_PD3
A constant representing a gpio port of rkpx2: 219.
|
static int |
RKPX2_PIN1_PD4
A constant representing a gpio port of rkpx2: 220.
|
static int |
RKPX2_PIN1_PD5
A constant representing a gpio port of rkpx2: 221.
|
static int |
RKPX2_PIN1_PD6
A constant representing a gpio port of rkpx2: 222.
|
static int |
RKPX2_PIN1_PD7
A constant representing a gpio port of rkpx2: 223.
|
static int |
RKPX2_PIN2_PA0
A constant representing a gpio port of rkpx2: 224.
|
static int |
RKPX2_PIN2_PA1
A constant representing a gpio port of rkpx2: 225.
|
static int |
RKPX2_PIN2_PA2
A constant representing a gpio port of rkpx2: 226.
|
static int |
RKPX2_PIN2_PA3
A constant representing a gpio port of rkpx2: 227.
|
static int |
RKPX2_PIN2_PA4
A constant representing a gpio port of rkpx2: 228.
|
static int |
RKPX2_PIN2_PA5
A constant representing a gpio port of rkpx2: 229.
|
static int |
RKPX2_PIN2_PA6
A constant representing a gpio port of rkpx2: 230.
|
static int |
RKPX2_PIN2_PA7
A constant representing a gpio port of rkpx2: 231.
|
static int |
RKPX2_PIN2_PB0
A constant representing a gpio port of rkpx2: 232.
|
static int |
RKPX2_PIN2_PB1
A constant representing a gpio port of rkpx2: 233.
|
static int |
RKPX2_PIN2_PB2
A constant representing a gpio port of rkpx2: 234.
|
static int |
RKPX2_PIN2_PB3
A constant representing a gpio port of rkpx2: 235.
|
static int |
RKPX2_PIN2_PB4
A constant representing a gpio port of rkpx2: 236.
|
static int |
RKPX2_PIN2_PB5
A constant representing a gpio port of rkpx2: 237.
|
static int |
RKPX2_PIN2_PB6
A constant representing a gpio port of rkpx2: 238.
|
static int |
RKPX2_PIN2_PB7
A constant representing a gpio port of rkpx2: 239.
|
static int |
RKPX2_PIN2_PC0
A constant representing a gpio port of rkpx2: 240.
|
static int |
RKPX2_PIN2_PC1
A constant representing a gpio port of rkpx2: 241.
|
static int |
RKPX2_PIN2_PC2
A constant representing a gpio port of rkpx2: 242.
|
static int |
RKPX2_PIN2_PC3
A constant representing a gpio port of rkpx2: 243.
|
static int |
RKPX2_PIN2_PC4
A constant representing a gpio port of rkpx2: 244.
|
static int |
RKPX2_PIN2_PC5
A constant representing a gpio port of rkpx2: 245.
|
static int |
RKPX2_PIN2_PC6
A constant representing a gpio port of rkpx2: 246.
|
static int |
RKPX2_PIN2_PC7
A constant representing a gpio port of rkpx2: 247.
|
static int |
RKPX2_PIN2_PD0
A constant representing a gpio port of rkpx2: 248.
|
static int |
RKPX2_PIN2_PD1
A constant representing a gpio port of rkpx2: 249.
|
static int |
RKPX2_PIN2_PD2
A constant representing a gpio port of rkpx2: 250.
|
static int |
RKPX2_PIN2_PD3
A constant representing a gpio port of rkpx2: 251.
|
static int |
RKPX2_PIN2_PD4
A constant representing a gpio port of rkpx2: 252.
|
static int |
RKPX2_PIN2_PD5
A constant representing a gpio port of rkpx2: 253.
|
static int |
RKPX2_PIN2_PD6
A constant representing a gpio port of rkpx2: 254.
|
static int |
RKPX2_PIN2_PD7
A constant representing a gpio port of rkpx2: 255.
|
static int |
RKPX2_PIN3_PA0
A constant representing a gpio port of rkpx2: 256.
|
static int |
RKPX2_PIN3_PA1
A constant representing a gpio port of rkpx2: 257.
|
static int |
RKPX2_PIN3_PA2
A constant representing a gpio port of rkpx2: 258.
|
static int |
RKPX2_PIN3_PA3
A constant representing a gpio port of rkpx2: 259.
|
static int |
RKPX2_PIN3_PA4
A constant representing a gpio port of rkpx2: 260.
|
static int |
RKPX2_PIN3_PA5
A constant representing a gpio port of rkpx2: 261.
|
static int |
RKPX2_PIN3_PA6
A constant representing a gpio port of rkpx2: 262.
|
static int |
RKPX2_PIN3_PA7
A constant representing a gpio port of rkpx2: 263.
|
static int |
RKPX2_PIN3_PB0
A constant representing a gpio port of rkpx2: 264.
|
static int |
RKPX2_PIN3_PB1
A constant representing a gpio port of rkpx2: 265.
|
static int |
RKPX2_PIN3_PB2
A constant representing a gpio port of rkpx2: 266.
|
static int |
RKPX2_PIN3_PB3
A constant representing a gpio port of rkpx2: 267.
|
static int |
RKPX2_PIN3_PB4
A constant representing a gpio port of rkpx2: 268.
|
static int |
RKPX2_PIN3_PB5
A constant representing a gpio port of rkpx2: 269.
|
static int |
RKPX2_PIN3_PB6
A constant representing a gpio port of rkpx2: 270.
|
static int |
RKPX2_PIN3_PB7
A constant representing a gpio port of rkpx2: 271.
|
static int |
RKPX2_PIN3_PC0
A constant representing a gpio port of rkpx2: 272.
|
static int |
RKPX2_PIN3_PC1
A constant representing a gpio port of rkpx2: 273.
|
static int |
RKPX2_PIN3_PC2
A constant representing a gpio port of rkpx2: 274.
|
static int |
RKPX2_PIN3_PC3
A constant representing a gpio port of rkpx2: 275.
|
static int |
RKPX2_PIN3_PC4
A constant representing a gpio port of rkpx2: 276.
|
static int |
RKPX2_PIN3_PC5
A constant representing a gpio port of rkpx2: 277.
|
static int |
RKPX2_PIN3_PC6
A constant representing a gpio port of rkpx2: 278.
|
static int |
RKPX2_PIN3_PC7
A constant representing a gpio port of rkpx2: 279.
|
static int |
RKPX2_PIN3_PD0
A constant representing a gpio port of rkpx2: 280.
|
static int |
RKPX2_PIN3_PD1
A constant representing a gpio port of rkpx2: 281.
|
static int |
RKPX2_PIN3_PD2
A constant representing a gpio port of rkpx2: 282.
|
static int |
RKPX2_PIN3_PD3
A constant representing a gpio port of rkpx2: 283.
|
static int |
RKPX2_PIN3_PD4
A constant representing a gpio port of rkpx2: 284.
|
static int |
RKPX2_PIN3_PD5
A constant representing a gpio port of rkpx2: 285.
|
static int |
RKPX2_PIN3_PD6
A constant representing a gpio port of rkpx2: 286.
|
static int |
RKPX2_PIN3_PD7
A constant representing a gpio port of rkpx2: 287.
|
static int |
RKPX2_PIN4_PA0
A constant representing a gpio port of rkpx2: 288.
|
static int |
RKPX2_PIN4_PA1
A constant representing a gpio port of rkpx2: 289.
|
static int |
RKPX2_PIN4_PA2
A constant representing a gpio port of rkpx2: 290.
|
static int |
RKPX2_PIN4_PA3
A constant representing a gpio port of rkpx2: 291.
|
static int |
RKPX2_PIN4_PA4
A constant representing a gpio port of rkpx2: 292.
|
static int |
RKPX2_PIN4_PA5
A constant representing a gpio port of rkpx2: 293.
|
static int |
RKPX2_PIN4_PA6
A constant representing a gpio port of rkpx2: 294.
|
static int |
RKPX2_PIN4_PA7
A constant representing a gpio port of rkpx2: 295.
|
static int |
RKPX2_PIN4_PB0
A constant representing a gpio port of rkpx2: 296.
|
static int |
RKPX2_PIN4_PB1
A constant representing a gpio port of rkpx2: 297.
|
static int |
RKPX2_PIN4_PB2
A constant representing a gpio port of rkpx2: 298.
|
static int |
RKPX2_PIN4_PB3
A constant representing a gpio port of rkpx2: 299.
|
static int |
RKPX2_PIN4_PB4
A constant representing a gpio port of rkpx2: 300.
|
static int |
RKPX2_PIN4_PB5
A constant representing a gpio port of rkpx2: 301.
|
static int |
RKPX2_PIN4_PB6
A constant representing a gpio port of rkpx2: 302.
|
static int |
RKPX2_PIN4_PB7
A constant representing a gpio port of rkpx2: 303.
|
static int |
RKPX2_PIN4_PC0
A constant representing a gpio port of rkpx2: 304.
|
static int |
RKPX2_PIN4_PC1
A constant representing a gpio port of rkpx2: 305.
|
static int |
RKPX2_PIN4_PC2
A constant representing a gpio port of rkpx2: 306.
|
static int |
RKPX2_PIN4_PC3
A constant representing a gpio port of rkpx2: 307.
|
static int |
RKPX2_PIN4_PC4
A constant representing a gpio port of rkpx2: 308.
|
static int |
RKPX2_PIN4_PC5
A constant representing a gpio port of rkpx2: 309.
|
static int |
RKPX2_PIN4_PC6
A constant representing a gpio port of rkpx2: 310.
|
static int |
RKPX2_PIN4_PC7
A constant representing a gpio port of rkpx2: 311.
|
static int |
RKPX2_PIN4_PD0
A constant representing a gpio port of rkpx2: 312.
|
static int |
RKPX2_PIN4_PD1
A constant representing a gpio port of rkpx2: 313.
|
static int |
RKPX2_PIN4_PD2
A constant representing a gpio port of rkpx2: 314.
|
static int |
RKPX2_PIN4_PD3
A constant representing a gpio port of rkpx2: 315.
|
static int |
RKPX2_PIN4_PD4
A constant representing a gpio port of rkpx2: 316.
|
static int |
RKPX2_PIN4_PD5
A constant representing a gpio port of rkpx2: 317.
|
static int |
RKPX2_PIN4_PD6
A constant representing a gpio port of rkpx2: 318.
|
static int |
RKPX2_PIN4_PD7
A constant representing a gpio port of rkpx2: 319.
|
static int |
RKPX2_PIN6_PA0
A constant representing a gpio port of rkpx2: 352.
|
static int |
RKPX2_PIN6_PA1
A constant representing a gpio port of rkpx2: 353.
|
static int |
RKPX2_PIN6_PA2
A constant representing a gpio port of rkpx2: 354.
|
static int |
RKPX2_PIN6_PA3
A constant representing a gpio port of rkpx2: 355.
|
static int |
RKPX2_PIN6_PA4
A constant representing a gpio port of rkpx2: 356.
|
static int |
RKPX2_PIN6_PA5
A constant representing a gpio port of rkpx2: 357.
|
static int |
RKPX2_PIN6_PA6
A constant representing a gpio port of rkpx2: 358.
|
static int |
RKPX2_PIN6_PA7
A constant representing a gpio port of rkpx2: 359.
|
static int |
RKPX2_PIN6_PB0
A constant representing a gpio port of rkpx2: 360.
|
static int |
RKPX2_PIN6_PB1
A constant representing a gpio port of rkpx2: 361.
|
static int |
RKPX2_PIN6_PB2
A constant representing a gpio port of rkpx2: 362.
|
static int |
RKPX2_PIN6_PB3
A constant representing a gpio port of rkpx2: 363.
|
static int |
RKPX2_PIN6_PB4
A constant representing a gpio port of rkpx2: 364.
|
static int |
RKPX2_PIN6_PB5
A constant representing a gpio port of rkpx2: 365.
|
static int |
RKPX2_PIN6_PB6
A constant representing a gpio port of rkpx2: 366.
|
static int |
RKPX2_PIN6_PB7
A constant representing a gpio port of rkpx2, 367.
|
static int |
TYPE_DIRECTION_IN
A constant describing a gpio direction type, -1.
|
static int |
TYPE_DIRECTION_OUT
A constant describing a gpio direction type, -2.
|
static int |
TYPE_UNKONW
A constant describing a gpio direction type, -10000.
|
static int |
TYPE_VALUE_HIGH
A constant describing a gpio direction type, 1.
|
static int |
TYPE_VALUE_LOW
A constant describing a gpio direction type, 0.
|
| Constructor and Description |
|---|
Gpio(int port)
Constructor function of Gpio, you should specify a number corresponding with the port.
|
| Modifier and Type | Method and Description |
|---|---|
int |
getDirectionValue()
|
int |
getPortValue()
return the value
TYPE_VALUE_HIGH ,TYPE_VALUE_LOW of gpio port |
void |
gpio_free()
free the port you have already hold
|
boolean |
gpio_request()
|
void |
setDirectionValue(int flag,
int value)
set the gpio direction as input or output
|
void |
setPortValue(int flag)
set a flag
TYPE_VALUE_HIGH ,TYPE_VALUE_LOW to gpio port |
public static final int RKPX2_PIN0_PA0
public static final int RKPX2_PIN0_PA1
public static final int RKPX2_PIN0_PA2
public static final int RKPX2_PIN0_PA3
public static final int RKPX2_PIN0_PA4
public static final int RKPX2_PIN0_PA5
public static final int RKPX2_PIN0_PA6
public static final int RKPX2_PIN0_PA7
public static final int RKPX2_PIN0_PB0
public static final int RKPX2_PIN0_PB1
public static final int RKPX2_PIN0_PB2
public static final int RKPX2_PIN0_PB3
public static final int RKPX2_PIN0_PB4
public static final int RKPX2_PIN0_PB5
public static final int RKPX2_PIN0_PB6
public static final int RKPX2_PIN0_PB7
public static final int RKPX2_PIN0_PC0
public static final int RKPX2_PIN0_PC1
public static final int RKPX2_PIN0_PC2
public static final int RKPX2_PIN0_PC3
public static final int RKPX2_PIN0_PC4
public static final int RKPX2_PIN0_PC5
public static final int RKPX2_PIN0_PC6
public static final int RKPX2_PIN0_PC7
public static final int RKPX2_PIN0_PD0
public static final int RKPX2_PIN0_PD1
public static final int RKPX2_PIN0_PD2
public static final int RKPX2_PIN0_PD3
public static final int RKPX2_PIN0_PD4
public static final int RKPX2_PIN0_PD5
public static final int RKPX2_PIN0_PD6
public static final int RKPX2_PIN0_PD7
public static final int RKPX2_PIN1_PA0
public static final int RKPX2_PIN1_PA1
public static final int RKPX2_PIN1_PA2
public static final int RKPX2_PIN1_PA3
public static final int RKPX2_PIN1_PA4
public static final int RKPX2_PIN1_PA5
public static final int RKPX2_PIN1_PA6
public static final int RKPX2_PIN1_PA7
public static final int RKPX2_PIN1_PB0
public static final int RKPX2_PIN1_PB1
public static final int RKPX2_PIN1_PB2
public static final int RKPX2_PIN1_PB3
public static final int RKPX2_PIN1_PB4
public static final int RKPX2_PIN1_PB5
public static final int RKPX2_PIN1_PB6
public static final int RKPX2_PIN1_PB7
public static final int RKPX2_PIN1_PC0
public static final int RKPX2_PIN1_PC1
public static final int RKPX2_PIN1_PC2
public static final int RKPX2_PIN1_PC3
public static final int RKPX2_PIN1_PC4
public static final int RKPX2_PIN1_PC5
public static final int RKPX2_PIN1_PC6
public static final int RKPX2_PIN1_PC7
public static final int RKPX2_PIN1_PD0
public static final int RKPX2_PIN1_PD1
public static final int RKPX2_PIN1_PD2
public static final int RKPX2_PIN1_PD3
public static final int RKPX2_PIN1_PD4
public static final int RKPX2_PIN1_PD5
public static final int RKPX2_PIN1_PD6
public static final int RKPX2_PIN1_PD7
public static final int RKPX2_PIN2_PA0
public static final int RKPX2_PIN2_PA1
public static final int RKPX2_PIN2_PA2
public static final int RKPX2_PIN2_PA3
public static final int RKPX2_PIN2_PA4
public static final int RKPX2_PIN2_PA5
public static final int RKPX2_PIN2_PA6
public static final int RKPX2_PIN2_PA7
public static final int RKPX2_PIN2_PB0
public static final int RKPX2_PIN2_PB1
public static final int RKPX2_PIN2_PB2
public static final int RKPX2_PIN2_PB3
public static final int RKPX2_PIN2_PB4
public static final int RKPX2_PIN2_PB5
public static final int RKPX2_PIN2_PB6
public static final int RKPX2_PIN2_PB7
public static final int RKPX2_PIN2_PC0
public static final int RKPX2_PIN2_PC1
public static final int RKPX2_PIN2_PC2
public static final int RKPX2_PIN2_PC3
public static final int RKPX2_PIN2_PC4
public static final int RKPX2_PIN2_PC5
public static final int RKPX2_PIN2_PC6
public static final int RKPX2_PIN2_PC7
public static final int RKPX2_PIN2_PD0
public static final int RKPX2_PIN2_PD1
public static final int RKPX2_PIN2_PD2
public static final int RKPX2_PIN2_PD3
public static final int RKPX2_PIN2_PD4
public static final int RKPX2_PIN2_PD5
public static final int RKPX2_PIN2_PD6
public static final int RKPX2_PIN2_PD7
public static final int RKPX2_PIN3_PA0
public static final int RKPX2_PIN3_PA1
public static final int RKPX2_PIN3_PA2
public static final int RKPX2_PIN3_PA3
public static final int RKPX2_PIN3_PA4
public static final int RKPX2_PIN3_PA5
public static final int RKPX2_PIN3_PA6
public static final int RKPX2_PIN3_PA7
public static final int RKPX2_PIN3_PB0
public static final int RKPX2_PIN3_PB1
public static final int RKPX2_PIN3_PB2
public static final int RKPX2_PIN3_PB3
public static final int RKPX2_PIN3_PB4
public static final int RKPX2_PIN3_PB5
public static final int RKPX2_PIN3_PB6
public static final int RKPX2_PIN3_PB7
public static final int RKPX2_PIN3_PC0
public static final int RKPX2_PIN3_PC1
public static final int RKPX2_PIN3_PC2
public static final int RKPX2_PIN3_PC3
public static final int RKPX2_PIN3_PC4
public static final int RKPX2_PIN3_PC5
public static final int RKPX2_PIN3_PC6
public static final int RKPX2_PIN3_PC7
public static final int RKPX2_PIN3_PD0
public static final int RKPX2_PIN3_PD1
public static final int RKPX2_PIN3_PD2
public static final int RKPX2_PIN3_PD3
public static final int RKPX2_PIN3_PD4
public static final int RKPX2_PIN3_PD5
public static final int RKPX2_PIN3_PD6
public static final int RKPX2_PIN3_PD7
public static final int RKPX2_PIN4_PA0
public static final int RKPX2_PIN4_PA1
public static final int RKPX2_PIN4_PA2
public static final int RKPX2_PIN4_PA3
public static final int RKPX2_PIN4_PA4
public static final int RKPX2_PIN4_PA5
public static final int RKPX2_PIN4_PA6
public static final int RKPX2_PIN4_PA7
public static final int RKPX2_PIN4_PB0
public static final int RKPX2_PIN4_PB1
public static final int RKPX2_PIN4_PB2
public static final int RKPX2_PIN4_PB3
public static final int RKPX2_PIN4_PB4
public static final int RKPX2_PIN4_PB5
public static final int RKPX2_PIN4_PB6
public static final int RKPX2_PIN4_PB7
public static final int RKPX2_PIN4_PC0
public static final int RKPX2_PIN4_PC1
public static final int RKPX2_PIN4_PC2
public static final int RKPX2_PIN4_PC3
public static final int RKPX2_PIN4_PC4
public static final int RKPX2_PIN4_PC5
public static final int RKPX2_PIN4_PC6
public static final int RKPX2_PIN4_PC7
public static final int RKPX2_PIN4_PD0
public static final int RKPX2_PIN4_PD1
public static final int RKPX2_PIN4_PD2
public static final int RKPX2_PIN4_PD3
public static final int RKPX2_PIN4_PD4
public static final int RKPX2_PIN4_PD5
public static final int RKPX2_PIN4_PD6
public static final int RKPX2_PIN4_PD7
public static final int RKPX2_PIN6_PA0
public static final int RKPX2_PIN6_PA1
public static final int RKPX2_PIN6_PA2
public static final int RKPX2_PIN6_PA3
public static final int RKPX2_PIN6_PA4
public static final int RKPX2_PIN6_PA5
public static final int RKPX2_PIN6_PA6
public static final int RKPX2_PIN6_PA7
public static final int RKPX2_PIN6_PB0
public static final int RKPX2_PIN6_PB1
public static final int RKPX2_PIN6_PB2
public static final int RKPX2_PIN6_PB3
public static final int RKPX2_PIN6_PB4
public static final int RKPX2_PIN6_PB5
public static final int RKPX2_PIN6_PB6
public static final int RKPX2_PIN6_PB7
public static final int TYPE_DIRECTION_IN
public static final int TYPE_DIRECTION_OUT
public static final int TYPE_VALUE_HIGH
public static final int TYPE_VALUE_LOW
public static final int TYPE_UNKONW
public Gpio(int port)
gpio_request()
,gpio_free()
for more details.port
- RKPX2_PIN0_PA0
,RKPX2_PIN0_PA1
,...,etc. You should only use the defined ports, but notice some of them have been used alreay.
see gpio_request()
for more information.public boolean gpio_request()
public void gpio_free()
gpio_request()
public void setDirectionValue(int flag, int value)
flag
- TYPE_DIRECTION_OUT
, TYPE_DIRECTION_IN
value
- TYPE_VALUE_HIGH
, TYPE_VALUE_LOW
getDirectionValue()
,
setPortValue(int)
public int getDirectionValue()
setDirectionValue(int, int)
,
setPortValue(int)
,
getPortValue()
public int getPortValue()
TYPE_VALUE_HIGH
,TYPE_VALUE_LOW
of gpio portgetPortValue()
,
getDirectionValue()
public void setPortValue(int flag)
TYPE_VALUE_HIGH
,TYPE_VALUE_LOW
to gpio portflag
- TYPE_VALUE_HIGH
,TYPE_VALUE_LOW
getPortValue()
,
getDirectionValue()


The callback interface is a helper interface that can be used for generic callbacks inside applications. It can be used to decouple components. One component can do callbacks without having to include the header file of the other component.
| File | common/interface/callback.h |
| Classes |
ICallback UCallback |
class ICallback {
public:
virtual ~ICallback() {};
};
class UCallback {
public:
virtual void Callback(class ICallback * source) {};
};
| class ICallback * source | The component doing the callback. The UCallback component can use this pointer to distinguish between different sources. |


| PostgreSQL 9.0.10 Documentation | ||||
|---|---|---|---|---|
| Prev | Up | Chapter 12. Full Text Search | Next |
Text search parsers are responsible for splitting raw document text into tokens and identifying each token's type, where the set of possible types is defined by the parser itself. Note that a parser does not modify the text at all — it simply identifies plausible word boundaries. Because of this limited scope, there is less need for application-specific custom parsers than there is for custom dictionaries. At present PostgreSQL provides just one built-in parser, which has been found to be useful for a wide range of applications.
The built-in parser is named pg_catalog.default. It recognizes 23 token types:
Table 12-1. Default Parser's Token Types
| Alias | Description | Example |
|---|---|---|
| asciiword | Word, all ASCII letters | elephant |
| word | Word, all letters | mañana |
| numword | Word, letters and digits | beta1 |
| asciihword | Hyphenated word, all ASCII | up-to-date |
| hword | Hyphenated word, all letters | lógico-matemática |
| numhword | Hyphenated word, letters and digits | postgresql-beta1 |
| hword_asciipart | Hyphenated word part, all ASCII | postgresql in the context postgresql-beta1 |
| hword_part | Hyphenated word part, all letters | lógico or matemática in the context lógico-matemática |
| hword_numpart | Hyphenated word part, letters and digits | beta1 in the context postgresql-beta1 |
| Email address |<EMAIL_ADDRESS>| |
| protocol | Protocol head | http:// |
| url | URL | example.com/stuff/index.html |
| host | Host | example.com |
| url_path | URL path | /stuff/index.html, in the context of a URL |
| file | File or path name | /usr/local/foo.txt, if not within a URL |
| sfloat | Scientific notation | -1.234e56 |
| float | Decimal notation | -1.234 |
| int | Signed integer | -1234 |
| uint | Unsigned integer | 1234 |
| version | Version number | 8.3.0 |
| tag | XML tag | <a href="dictionaries.html"> |
| entity | XML entity | & |
| blank | Space symbols | (any whitespace or punctuation not otherwise recognized) |
Note: The parser's notion of a "letter" is determined by the database's locale setting, specifically lc_ctype. Words containing only the basic ASCII letters are reported as a separate token type, since it is sometimes useful to distinguish them. In most European languages, token types word and asciiword should be treated alike.
email does not support all valid email characters as defined by RFC 5322. Specifically, the only non-alphanumeric characters supported for email user names are period, dash, and underscore.
It is possible for the parser to produce overlapping tokens from the same piece of text. As an example, a hyphenated word will be reported both as the entire word and as each component:
SELECT alias, description, token FROM ts_debug('foo-bar-beta1'); alias | description | token -----------------+------------------------------------------+--------------- numhword | Hyphenated word, letters and digits | foo-bar-beta1 hword_asciipart | Hyphenated word part, all ASCII | foo blank | Space symbols | - hword_asciipart | Hyphenated word part, all ASCII | bar blank | Space symbols | - hword_numpart | Hyphenated word part, letters and digits | beta1
This behavior is desirable since it allows searches to work for both the whole compound word and for components. Here is another instructive example:
SELECT alias, description, token FROM ts_debug('http://example.com/stuff/index.html'); alias | description | token ----------+---------------+------------------------------ protocol | Protocol head | http:// url | URL | example.com/stuff/index.html host | Host | example.com url_path | URL path | /stuff/index.html


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Domino Design Pattern: Secret documents
Domino's stronghold is security. However security is only as good as you design it. A frequent requirement in applications is to store a data set that is partially confidential and partially available for a wider audience. When you store these 2 data sets in one document, it isn't too hard to have the confidential information slip out:
The user is presented with one form, but saving the entered data is done in two documents. The documents are cross referenced using the UNID. This can happen two way (as shown in the picture): the public document's UNID is saved in the secret document and vice versa - or - one way, with only the secret ID in the public document. A few pointers:
- using the document properties in a Notes client
- using the document rest service
- the property control from openNTF
The user is presented with one form, but saving the entered data is done in two documents. The documents are cross referenced using the UNID. This can happen two way (as shown in the picture): the public document's UNID is saved in the secret document and vice versa - or - one way, with only the secret ID in the public document. A few pointers:
- Based on the application's need some of the public data get repeated inside the secret document if that needs to be displayed on its own (e.g. a salary list in an HR application)
- To avoid data drifting apart the respective data would only get updated in the public document ever and then copied to the secret document. In classic Notes that is done using a on-change agent, while in XPages a session-as-signer code snippet will suffice.
- For very sensitive data (like even the normal user shall not see), these data sets could be stored in their own encrypted NSF. Then the UNID might not be enough, but the full notes:// url would make more sense
- In classic Notes the embedded form editor makes the user experience with 2 documents seamless
- In XPages two (or more) data sources sitting on one page will do the trick
Posted by Stephan H Wissel on 17 April 2014 | Comments (2) | categories: IBM Notes XPages


WITNESS LIST S/C on Agriculture & Coastal Resources Committee April 7, 2005 - 9:00A SB 1040 ON: Pollock, Greg Deputy Commissioner, Oil Spill Prevention and Response (General Land Office), Austin, TX SB 1271 Registering, but not testifying: For: McCarthy, Edmond Attorney (Texas Shrimp Association), Austin, TX On: Stites, D'Anne Coordinator, TX Shrimp Marketing Program (Texas Dept. of Agriculture), Austin, TX SB 1273 FOR: Small, Ed Attorney (Texas & Southwestern CattleRaisers Association), Austin, TX Turner, Bob Supporter (American Farmland Trust), Austin, TX Registering, but not testifying: For: Langford, David Vice President Emeritus (Self), Comfort, TX Shackelford, Julie Program Director (The Conservation Fund), Austin, TX On: Harden, Reginald Asst. General Counsel (TX Dept. of Agriculture), Austin, TX Patterson, Jerry Land Commissioner (General Land Office), Austin, TX SB 1680 Registering, but not testifying: On: Tham, Phil Asst. Commissioner for Pesticide Program (TX Dept. of Agriculture), Austin, TX SB 1686 Registering, but not testifying: For: Valentini, D. Gene Director (Dispute Resolution, City of Lubbock), Lubbock, TX On: Beverly, Eric Governmental Relations (Office of Rural Community Affairs), Austin, TX SB 1707 Registering, but not testifying: For: Grimm, James Executive Vice President (Texas Poultry Federation), Round Rock, TX Turner, Bob Legislative Liason (Texas Poultry Federation), Austin, TX On: Foster, John Agency Committee Coordinator Conservation Board (Texas State Soil and Water Board), Temple, TX SB 1708 FOR: Small, Ed Attorney (Texas & Southwestern CattleRaisers Association), Austin, TX Registering, but not testifying: For: Howe, Billy State Legislative Director (Texas Farm Bureau), Austin, TX Turner, Bob Legislative Liason (Texas Sheep & Goat Raisers Association), Austin, TX Wilson, Ross Vice President (Texas Cattle Feeders Association), Amarillo, TX SB 1709 Registering, but not testifying: For: Foster, John Agency Committee Coordinator Conservation Board (Texas State Soil and Water Board), Temple, TX Grimm, James Executive Vice President (Texas Poultry Federation), Round Rock, TX Howe, Billy State Legislative Director (Texas Farm Bureau), Austin, TX Turner, Bob Legislative Liason (Texas Poultry Federation), Austin, TX


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If you're responsible for keeping up-to-date a BioInformatics data repository you're faced with quite a challenge. Not only do you have to keep track of changing download areas and filenames, you have to cope with ever changing file formats as well. This quickly becomes a nightmare.
MRS was designed to make the life of a datamanager bearable. In order to do so we have to separate the process into several tasks, identify the problems that can occur in each of them and try to find a way in which we can elliminate this problem.
The steps we can identify are:
MRS tries to offer a solution for the common errors that can occur in each of these steps. We'll discuss them here.
The mirroring of data in MRS is not yet described here, it will follow later on.
One of the problems we can find ourselves in is that the index is out of date. This can happen when we download a new set of datafiles. Unpack these files by overwriting the old ones and then start the indexing tool. From the moment you unpack the first data file until the indexing is done you have a stale index that points to the wrong location.
This can be avoided by indexing an offline copy of the data. But that also means you need to have the diskspace to retain two uncompressed copies of the data. With databanks like EMBL this is becomming quite a problem for many. After indexing you also have to carefully update the links to the new data and index files.
And now that we're on this topic, why should we have all that data uncompressed on our disks? It's a huge waste of capacity.
To avoid these problems altogether MRS puts an entire databank including its indices into one file. MRS also compresses the data to reduce diskspace requirements. The creation of MRS files happens offline and once the file is finished you only have to replace the old file with the new file to atomically change versions. The risk of putting a halfway finished index online is completely eliminated this way.
Another advantage to this approach is that you can use one computer for the indexing while others provide access to the content. MRS files are endian neutral and location independant, that means you can use the files on practically all platforms.
The early development versions of MRS used a custom made script language. The disadvantage of this approach quickly became apparent. It is difficult to create a fast and still powerful language interpreter and worse, a new language needs a new manual to describe it to explain all its features to others. Why not use a script language many BioInformaticians are comfortable with?
So MRS was rewritten to become a Perl plugin. To make things easier a wrapper script was written to drive the whole process of creating a new databank. Plugin scripts can be written to provide parsers for all the available databanks.
A great deal of effort was put into creating fault tolerant parser scripts. Nothing is as frustrating to see your parser crash because a new species has been added to the foobar databank and the script doesn't know how to handle it. MRS parsers can create new indices on the fly if new fields are added to the databank structure.
The web interface for MRS is just one of the ways to use MRS datafiles. Nothing prevents you from using the MRS plugin in other scripts and in fact, we've already created other tools this way.
But a web interface is what people want. And preferably a good one, an easy one. One exceptionally good interface offering similar functionality is Google. It contains one edit box, two buttons and a couple of links. And why would you need more? MRS tries to mimic this minimalistic approach.


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The Molecular Zipper
Introduction
Physics students the world over encounter the zipper problem at some point in their studies. It is a simple statistical physics model of the formation or unraveling of a long chain of links (often used as a toy model for DNA). Part of the reason that the zipper problem is so popular in homework assignments is that it has a great balance of interesting physics with relatively simple calculations.
We can take this common homework problem a step further to uncover some new physics in the system. By adding a simple model of degeneracy to the links, we can actually uncover a phase transition in this seemingly innocent one-dimensional zipper. Let’s take a look.
The Setup
Suppose a zipper in a heat bath (temperature \(T\)) has \(N\) links. Each link can either be closed with energy 0 or open with energy \(\epsilon\). However, the zipper can only unzip from one end. Thus, link number \(s\) can only open if all links before it are also open (\(1, 2, \cdots, s - 1\)). Shown below is the zipper diagram in Kittel’s paper.
I am going to make a couple of assumptions here, just to simplify the analysis of the problem (similar to Kittel):
-
The final link can never be open (shown as a thick black square on the right side of the diagram above). This prevents the zipper from disconnecting and drifting apart.
-
When a link is closed it can only be in one configuration. However, when the link is open, the two pieces of the link are free to spin around and assume G different positions. Thus, the open link has a degeneracy of G.
The diagrams below show some possible examples of open links in different orientations. The orientation of the link does not change the energy stored in the link, so these setups all have the same total energy.
If I were to do this problem in a traditional statistical mechanics class, then \(G\) would be equal to one. However, if \(G\) is not equal to one, we see an interesting effect.
The Partition Function
Due to the restricted way that the chain of \(N\) links can unravel, it can only be in certain specific energy states. If the first \(s\) links are open, then the total energy of the system is equal to \(E_s = \epsilon s\). Let’s pretend that each of the links is some particle with energy 0 or \(\epsilon\). The links in the chain will never interact with each other - they just open or close if the conditions are right. If you have a system of non-interacting particles in thermal equilibrium, then you can use Maxwell-Boltzmann statistics.
The first step to solving any Maxwell-Boltzmann statistics problem is calculating the partition function. This is surprisingly easy for our single-ended zipper. Recall that a partition function is defined by the following sum:
\[\begin{equation} Z = \sum_{s=0}^M e^{-E_s/kT} \end{equation}\]In the expression above, \(s\) denotes a particular state, \(E_s\) is the energy of the state \(s\), \(k\) is Boltzman’s constant, and \(T\) is the temperature of the system. We are summing over the \(M\) possible states of the system. In the single-ended zipper problem, the different states correspond to different numbers of links being open (i.e. no links open, one link open, two links open, etc.). In each of these cases, we have a degeneracy \(G^s\) (i.e. there are \(G^s\) different ways that the open links can orient themselves, with each of those states having energy \(E_s = \epsilon\)s). Then:
\[\begin{equation} Z = \sum_{s=0}^{N-1} G^s e^{-E_s/kT} = \sum_{s=0}^{N-1} G^s e^{-s\epsilon/kT} = \sum_{s=0}^{N-1} \left [ G e^{-\epsilon/kT} \right ]^s \end{equation}\]In the equations above, we are summing to (N-1), not N. This is because we assume that the last link of the zipper will never be open (i.e. the two halves of the zipper can never disconnect and drift apart). Since \(\epsilon\), \(k\), and \(T\) are all positive, the exponent will always be less than or equal to one. Thus, we can turn to the geometric series to simplify the expression. Recall that:
\[\begin{equation} \sum_{a=0}^N r^a = \frac{1 - r^{N+1}}{1-r} \end{equation}\]Thus, our partition function can be re-written as:
\[\begin{equation} Z = \frac{1 - Ge^{-N\epsilon/kT}}{1 - Ge^{-\epsilon/kT}} \end{equation}\]As is customary in statistical mechanics, I will define \(\beta \equiv (kT)^{-1}\).
\[\begin{equation} Z = \frac{1 - Ge^{-\beta N\epsilon}}{1 - Ge^{-\beta \epsilon}} \end{equation}\]I am going to proceed similar to Kittel and define \(x \equiv Gexp(-\beta \epsilon)\). Then:
\[\begin{equation} Z = \frac{1 - x^N}{1 - x} \end{equation}\]Average Number of Open Links
Once you determine the partition function, you can solve for any number of thermodynamic quantities. Traditionally, one is asked to solve for the average number of open links on the zipper \(\langle s \rangle\). This is just the sum over all states of the probability of being in that state (P) multiplied by the index of the state (s):
\[\begin{equation} \langle s \rangle = \sum_{s=0}^{N-1} sP(s) = \sum_{s=0}^{N-1} \frac{s e^{-\beta s \epsilon}}{Z} = \frac{1}{Z} \sum_{s=0}^{N-1} s e^{-\beta s \epsilon} \end{equation}\]Notice that we can rewrite the sum in terms of a derivative of the partition function (\(Z\)). The expression for \(\langle s \rangle\) becomes.
\[\begin{equation} \langle s \rangle = -\frac{1}{Z\epsilon} \frac{\partial Z}{\partial \beta} \end{equation}\]Now we utilize a common trick in thermodynamics calculations. Given a function \(f(\beta) \equiv f\):
\[\begin{equation} \frac{1}{f} \frac{\partial f}{\partial \beta} = \frac{\partial}{\partial \beta} ln(f) \end{equation}\]The expression for \(\langle s \rangle\) becomes:
\[\begin{equation} \langle s \rangle = -\frac{1}{\epsilon} \frac{\partial}{\partial \beta} ln(Z) \end{equation}\]This is pretty easy to simplify:
\[\begin{align} \langle s \rangle &= -\frac{1}{\epsilon} \frac{\partial}{\partial \beta} ln(Z)\\[0.1cm] &= -\frac{1}{\epsilon} \frac{\partial}{\partial \beta} ln \left (\frac{1-x^N}{1-x} \right )\\[0.1cm] &= -\frac{1}{\epsilon} \frac{\partial}{\partial \beta} \left [ ln(1-x^N) - ln(1-x) \right ]\\[0.1cm] &= -\frac{1}{\epsilon} \left [ \frac{\frac{\partial (1-x^N)}{\partial \beta}}{1-x^N} - \frac{\frac{\partial (1-x)}{\partial \beta}}{1-x} \right ] \end{align}\]Recall that \(x \equiv Gexp(-\beta \epsilon)\).
\[\begin{align} \langle s \rangle &= -\frac{1}{\epsilon} \left [ \frac{N\epsilon x^N}{1-x^N} - \frac{\epsilon x}{1-x} \right ]\\[0.1cm] &= \frac{Nx^N}{x^N - 1} - \frac{x}{x-1}\\[0.1cm] \end{align}\]Thus, we have arrived at a familiar answer.
The Phase Transition
The final expression above is the usual stopping point in most statistical mechanics classes. However, we are going to take it a step further. Take a look at the denominators in the expression above. Something interesting is happening in the liminting case when \(x\) approaches one. In the figures below, I plot the value of \(\langle s \rangle\) as a function of \(x\) at different values of \(N\). Notice that I center each graph around \(x = 1\).
It looks like the expression has a discontinuity centered at \(x=1\) when \(N\rightarrow\infty\). This discontinuity corresponds to a phase change - the phase of relatively few links being open changes to the phase of almost all links being open.
Not quite little cupcake. It is true that \(exp(-\beta\epsilon)\) can never equal one, so we will never see a phase transition in the traditional solution to the zipper problem where \(G=1\). However, the expression \(x = Gexp(-\beta \epsilon)\) can equal one if G is large enough.
\[\begin{equation} Ge^{-\beta \epsilon} = 1 \end{equation}\] \[\begin{equation} G = e^{\beta \epsilon} \end{equation}\]When the degeneracy of the system is equal to \(exp(\beta\epsilon)\), we will see a phase transition. Pretty neat.
In the real world, we cannot control \(G\) or \(\epsilon\); they are fixed values for a given system. However, we can control the temperature of the heat bath \(T\). Thus, we can rearrange the equation above to get the temperature at which the phase transition occurs:
\[\begin{equation} G = e^{\beta \epsilon} = e^{\epsilon/kT} \end{equation}\] \[\begin{equation} ln(G) = \epsilon/kT \end{equation}\] \[\begin{equation} T = \frac{\epsilon}{k ln(G)} \end{equation}\]Pretty snazzy.


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