This algorithm is used to design primers for each of the specific sequences given by the user in the query input file against anyalternate potential hybridization with any of the sequences given in the database input file.
In its first step, SSPD design different primers for the query sequence using a third-party program, i.e. Primer3. It uses the stand alone executable of Primer3 to design 100s of primer pairs scattered all over the input query sequence by Primer3 and then retain only unique ones from this set. This step help in optimizing its nnput query sequence. It further selects only few specific primers from the resulting multiple set of primers due to the fact that complete binding between primers and template is not required at the 5'-end and stringency is more critical at 3'-end than at 5'-end of the primer. Based on this criterion, it first selects 15mer oligonucleotides from 3'-end of each primer designed by Primer3 and then retain only unique ones from this set. This step help in optimizing its next step and make PRIMEGENS run faster.
Second step of SSPD is to perform gapless alignments of the unique primers with all the sequences in database file to find all the potential non-specific PCR-products. For this, it uses Megablast for alignment and is optimized for detection of genomic regions which are highly similar to query oligo (15mer) in the database sequences provided. Finally in the end, it selects primers that have single or minimum cross hybridizations possible and give those primers as output.
Above figure shows the flowchart for SSPD algorithm.
PSPD is one of the PRIMEGENS various algorithms to design primers. It selects the gene-specific fragments (probes) to design primer pairs for their PCR amplification.
The two major computational tasks in this algorithm works in absolutely reverse order from that of SSPD. Here, it first identifies a gene-specific fragment (probe) and then design primers for the target fragment (or probe).
It first carries out the heuristic BLAST search for each of the query sequence against all the sequences in the database file to identify any possible matching sequences. Then, it performs optimal alignment between the query and each of its match or similar sequence using Dynamic Programming technique. Based on the alignment, it will try to find the sequence fragment that does not align with any other sequence and select them as gene-specific fragments. For sequences which are specific, they are used as it is as the gene specific fragments.
In its second task, PRIMEGENS uses Primer3 to design PCR-primers for gene-specific fragments (or probes) of the query sequence found in PSPD's first step instead of the whole query sequence provided. Primer3 gives primers for PCR amplifications based on user-specified parameters (eg. Primer size, melting temperature, GC content, self-complementarity, etc.).
Finally, out of all the primers that Primer3 generates, PRIMEGENS further check for their binding specificity by ruling out incorrect binding pairs with respect to their order and orientation.
Above figure shows the flowchart for PSPD algorithm.
Fragment Specific Primer Design is another primer design algorithm used by PRIMEGENS. This algorithm is used when there is a very long query sequence for which multiple primers are required for its amplification.
This algorithm first break down the whole query sequence into small overlapping fragments, and then, design primers for each of these fragments. For this, user should provide the length of each fragment into which the query sequence will be divided (fragment length) and the distance between two fragments to design associated primers (fragment period).
After the fragmentation of query sequence, this algorithm works exactly similar to the SSPD algorithm to design primers for each of the fragment and give multiple primers for a long query sequence.
Above figure shows the flowchart for FSPD algorithm.
Probe design algorithm could be used to find sequence-specific probes, which doesn't show any blast hit against database. Such probe design has been used for targeted sequencing like agilent sure-select technology with next-generation sequencing.
Probe design algorithm uses, sliding window protocol to find fragment of user-given length. Also the algorithm could be used to design multiple probes scattered around query sequence to cover whole region.
To design gene specific probes, PRIMEGENSv2 uses sliding window protocol to find fragment of user-given length by the PRIMEGENSv2 variable PROBE_LENGTH as the window size. This sliding window moves over length of PROBE_PERIOD ('Probe shift' in Figure). It looks for probe in every next genomic region given by the PRIMEGENv2 parameter named as PROBE_REGION ('Inter-probe distance' in Figure). For probe design, user can also provide their preference of maximum and minimum GC content in the probe using PRIMEGENSv2 other variables as MAX_GC and Min_GC and maximum allowable BLAST hit for probes.


WebUI. CSS Framework
Built with SASS
Layouts (Implement any type of layout, large or small.)
Build the following layouts in minutes. You are only limited by your imagination.
Fade in text for slide 1
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Discover the rolling hills and valleys of Scotland. Expore shimmering rivers and lakes. See historic castles and more.
Discover the rolling hills and valleys of Scotland. Expore shimmering rivers and lakes. See historic castles and more.
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vrijwilligersvacaturebank.nl can post jobs as a status update or post the jobs on the LinkedIn job board. If you don't have a recruiter account on LinkedIn for posting jobs, you can automatically buy credits through vrijwilligersvacaturebank.nl and post your job on the LinkedIn job board as well.
When a job is posted as a Tweet the job title and region are usually used. vrijwilligersvacaturebank.nl will automatically make the job title, region and link to the job fit Twitter's 140 characters limit.
You can post jobs to Facebook using vrijwilligersvacaturebank.nl as a status update on your fan page or to your Facebook app.
Post your job as a status update on Twitter, Facebook or LinkedIn and candidates will be redirected to the job description in your look and feel. vrijwilligersvacaturebank.nl will keep track of the number of clicks for you.
go to integration settings configuration screen...


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Description
In order to better understand the evolution of feminism throughout time, we used Wikipedia to explore the events that marked history. The graphic underlines how the fight for equality changed through the four waves of feminism by showing the typology of their events.
Every wave is represented by a treemap changing according to the relevance of its category. It’s interesting to notice how in the first phase there is a great majority of events belonging to the “rights” category, like the right to vote or the right to own properties. The second wave it’s more about solving ”society” problems, such as reducing inequalities between sexes, but also achieving maternity-related rights. The third wave has a prevalence of ”publications” involving different types of media such as blogs, movies, and books. Finally, the fourth wave sees the raise of a new category which is the “online activism” associated with the use of social media through which feminism is spreading its message. Clicking on a category it’s possible to see the specific events under each wave, in order to give to the user a more complete information about the events.
By clicking on the “online activism” category it’s possible to explore a sparkline visualization that shows how social media allowed the feminist campaigns to spread in relationship to their main events. Among the most relevant online campaigns there is Everyday Sexism, Free The Nipple, HeForShe, MeToo and YesAllWomen. It’s interesting to notice how those campaign affect different aspect of the problem, highlighting its complexity.
Protocol
The timelines of the events are extracted from the english pages of the four waves on Wikipedia (except for the second-wave that has a specific Wikipedia page about the timeline). After merging the datasets we manually clustered the categories of the events and made a conditioned analysis of their percentages.
The spark line visualization of the fourth wave’s events is based on the data gained on Google Trend, and compares the worldwide research interests on the most relevant online campaigns. From the dataset downloaded from Google trend, we extracted the dates in order to search them on Google News and connect the spikes of the searches to their causative events.


Man's body recovered from septic tank by police
The discovery came after a two-day heavy police presence
by Kim Horton, Conor GogartyPolice have recovered the body of a man from an unused septic tank in a South Gloucestershire village.
Officers found the body at a property in Cowship Lane, Cromhall, yesterday (November 20), Gloucestershire Live reports.
The discovery came after a two-day heavy police presence in the village. Investigations have continued at the site today.
An Avon and Somerset Constabulary spokesperson said: “Sadly the body of a man was found in an unused septic tank at a property in the Cowship Lane area in Cromhall.
“The family of the missing man have been informed but formal identification still has to be carried out.
“The death is being treated as unexplained but not believed to be suspicious, pending the outcome of a postmortem. The coroner has been advised.”
For the latest news in and around Bristol, you can check back on Bristol Live's homepage.


{% load i18n static djello_template_tags %} {% get_current_language as LANGUAGE_CODE %}{% get_current_language_bidi as LANGUAGE_BIDI %}
You have 3 Notification
Server #1 overloaded.
Server #2 overloaded.
Server #3 overloaded.
You have 4 Mails
Hello, this is an example msg
Lorem ipsum dolor sit amet, consectetur


2018 I quit my job at Pearson. I made the decision to move on after being 3+ years a software engineer at different startups and MNC. It was a tough decision to make, because the company had a huge impact on me from a personal and professional perspective. It is always hard to move on. But then again, I didn’t want to get too comfortable. And I don’t want to get stuck in one particular lifestyle either. I want to experience different things like i always to do.
The next step natural step for me was being self-employed. Over the last year, I’ve put a lot of effort into my website and I started freelancing, consulting and teaching people about software engineering, web development, JavaScript, tools such as Webpack, Firebase, Redux, React, Node, Vuejs. It was a tough time to balance personal life, professional life and (professional) side-projects.
Now, I want to be bold and try to make this next step to have more time for the things that I truly value. I would separate my services into four cornerstones: Consulting, Freelancing, Teaching and Developing. Find more about these cornerstones in the article in order to know about what i do.
The First cornerstone of my endeavour is making new stuff. While I worked in my last 9 to 6 job, I collected a huge list of ideas over time. I guess most of the people are keeping such a list, but there is never enough time to tackle all of these items. Recently, it was the first time that I showed my ideas to someone else. I was astonished that I had gathered over 1000 items in various lists and sublists.
All these items are ideas about applications, things I want to learn, things I would like to teach and things I want to write about. But as full-time employee, I never found the time to do all these things. Maybe I even don’t find the time right now, where I have to figure out how to earn my own share, but that’s what this adventure is all about.
To see my complete list which i've built or contributed, see My Works
The second cornerstone of my endeavour is teaching. Writing about my own learnings in web development started as a sheer experiment. I enjoyed the process of writing, digging into the problems by trying to explain them to myself, and bringing the solutions on paper in concrete yet simple words. I never expected others to read about them. Many people supported me in my doings and they gave me the opportunity to teach; an activity that I discovered as a meaningful thing to do in my life.
All this jabbering about being self-employed, making and teaching doesn’t work without generating any income whatsoever. That’s why my final cornerstone is consulting and freelancing. After working for years with like minded colleagues in the 9 to 6 world, I always wanted to give consulting a shot in my life. Now I thought it would be the perfect time. I would love to work closely with clients on applications and solving their problems. In this scenario, I am able to shift from being a consultant, who is giving advice and a clear strategy for the application, to being a freelancer who can deep dive into the code and solve problems for you. So, if you are seeking for a on-site/remote tamil/english speaking software engineer, don’t hesitate to reach out to me . I want to work with you on your web, mobile or IoT applications.
It is an exciting time for me right now. At the moment, I am working with companies in Chennai remotely migrating their tech stack to web technologies. So if your company is keen to work with me on such things, or mentioned opportunities from the list, reach out to me. Looking forward to hearing from you :-) Find me on Twitter Github Instagram LinkedIn
Subscribe my newsletter and get latest blog post


${imports} ${headfinal}
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Features and Design goals:
- language-agnostic: One system to test and grade programming assignments in any programming language you can imagine.
- easy-to-use, easy-to-install: All magic is packed into a single binary: Frontend, Backend, Workers and Console.
- modern: A RESTful JSON backend and a Single-Page-Application that is mobile-friendly.
- minimal dependencies: Just requires docker and docker-compose.
- reliable system: We insists on high code quality and unit tests following best practise using CI.
- highly scalable: background workers can be deployed on different machines and the unit-test workload will be distributed amongst them.
The system uses the following frameworks and technologies:


{% extends 'panel.html' %} {% load bootstrap_tags %} {% load utilities %} {% block extra_js %} {{ form.media }} {% endblock %} {% block head_title %}Upload Data Selfie files{% endblock %} {% block panel_content %}
Use the form below to upload any files you would like. The files will automatically be uploaded to our server when dropped or selected. Once you're done, you can add descriptions for them on the file management page, by clicking the green 'continuing' button.
If you change your mind about a file after it's uploaded you can delete the file on the next page.
Note: we won't do any processing of Data Selfie files to remove potentially sensitive information!


An Android top app bar with customizable left and right actions. It offers regular and prominent sizes.
Use the Touch button on the component to capture taps on individual icons in the app bar.
A boolean that is true when the app bar is displayed.
The size of the app bar: either regular or prominent.
The background image of the app bar. If an image is set, the image will cover the background color.
The background color of the app bar.
A text string that represents the title of the page.
The color of the title.
The text alignment of the title: either left, right, or center.
A boolean that determines if the left icon is shown.
The image of the left icon.
The color of the left icon.
A boolean that determines if the right icon is shown.
The image of the right icon.
The color of the right icon.
A boolean that determines if a pressed indicator is shown on icons when tapped.
A boolean that determines if the pressed indicator color is automatically generated based on the background and icon colors.
The color of the pressed indicator if Use Auto Color is not set to true.
A pulse that represents when the left icon is tapped.
A pulse that represents when the right icon is tapped.
A number representing the height of the app bar, in points.


{% minassic [ "/scss/normalize.scss", "/scss/h5bp.scss", "/scss/main.scss" ] preprocess %} {% endminassic %}
Have a look into the compiled files


Image Pixel Dislocator Rearrange the pixels in your images.
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“I used to pay close to $200 for insurance and all I
needed my car for was to just drive to and from work.
After finding Azurance, not only do I save over $120 a
month, but the simplicity of Azurance is just superb.”
— Karthik
“I used to pay close to $200 for insurance and all I
needed my car for was to just drive to and from work.
After finding Azurance, not only do I save over $120 a
month, but the simplicity of Azurance is just superb.”
— Karthik
“I used to pay close to $200 for insurance and all I
needed my car for was to just drive to and from work.
After finding Azurance, not only do I save over $120 a
month, but the simplicity of Azurance is just superb.”
— Karthik


This option will cause Aerial to run on system start up and launch itself after your system is idle
minutesThe total size of all videos is approximately 20 GB
Cache Size:
Developed by OrangeJedi, inspired by Mac Aerial Screen Saver and Aerial for Windows.
Visit our GitHub repository to report bugs, suggest features, view or download the code, or contribute to Aerial. For tips, tricks, a feature list, and other how-to information, visit the Wiki, also hosted on GitHub.
Copyright (c) 2022 OrangeJedi. All code and applicable assets are released under the MIT License.
Aerial uses Moment.js to display the current time. Use the characters in the table below to format the time and date however you want it.
| Month | M | 1 2 ... 11 12 |
| Mo | 1st 2nd ... 11th 12th | |
| MM | 01 02 ... 11 12 | |
| MMM | Jan Feb ... Nov Dec | |
| MMMM | January February ... November December | |
| Day of Month | D | 1 2 ... 30 31 |
| Do | 1st 2nd ... 30th 31st | |
| DD | 01 02 ... 30 31 | |
| Day of Week | d | 0 1 ... 5 6 |
| do | 0th 1st ... 5th 6th | |
| dd | Su Mo ... Fr Sa | |
| ddd | Sun Mon ... Fri Sat | |
| dddd | Sunday Monday ... Friday Saturday | |
| Year | YY | 70 71 ... 29 30 |
| YYYY | 1970 1971 ... 2029 2030 | |
| AM/PM | A | AM PM |
| a | am pm | |
| Hour | H | 0 1 ... 22 23 |
| HH | 00 01 ... 22 23 | |
| h | 1 2 ... 11 12 | |
| hh | 01 02 ... 11 12 | |
| Minute | m | 0 1 ... 58 59 |
| mm | 00 01 ... 58 59 | |
| Second | s | 0 1 ... 58 59 |
| ss | 00 01 ... 58 59 | |
| Z | -07:00 -06:00 ... +06:00 +07:00 | |
| ZZ | -0700 -0600 ... +0600 +0700 |
You've installed Aerial successfully! The next time your computer isn't doing anything Aerial will start up and display those gorgeous screensavers.
If you want to fine-tweak how Aerial runs, chose what videos to play, or maybe even add a clock in the corner, simply use this menu to configure it. To reopen the config window, right-click on the tray icon and select 'config'.
If you have any questions find us online at github.com/OrangeJedi/Aerial
Thanks for using Aerial! We hope you enjoy it!


Schoorl Marathon
Schoorl NED
Race Winners
(23 runnings)
20 Feb
2000
2:35:36
2:55:40
21 Feb
1999
2:34:48
3:29:58
15 Feb
1998
2:38:12
2:59:02
16 Feb
1997
2:33:47
2:52:21
18 Feb
1996
2:37:50
3:12:58
19 Feb
1995
2:30:45
3:24:18
20 Feb
1994
2:40:55
3:22:10
21 Mar
1993
2:27:11
3:33:59
15 Mar
1992
2:42:23
3:17:45
17 Mar 1991
2:35:26
3:25:30
18 Mar
1990
2:41:48
3:22:38
19 Mar
1989
2:29:06
3:03:24
20 Mar
1988
2:27:22
3:07:12
22 Mar
1987
2:28:11
3:09:52
23 Mar
1986
2:27:44
3:12:02
24 Mar
1985
2:26:58
3:16:19
18 Mar
1984
2:23:42
3:21:28
27 Mar
1983
2:25:02
2:53:53
28 Mar
1982
2:28:16
3:10:50
15 Mar
1981
2:31:43
3:10:01
16 Mar
1980
2:40:44
3:19:08
18 Mar
1979
2:35:31
20 Mar
1978
2:36:20
Notes: 1978 was the inaugural year.
Konstantin Zhelezov (UKR)
Truus Piels (NED)
Veron Lust (NED)
Ria Buiten (NED)
Nico Schotten-3
Sandra Kooyman (NED)
Johan Matthijsse (NED)
Maria Kawiorska (POL)
Nico Schotten-2
Mariska Postma (NED)
Gerrit vanRotterdam-2
A Meijer (NED)
Nico Schotten (NED)
Plonie Kramer (NED_
Thierry vanSchijndel (NED)
M vanBergen (NED)
Sjaak vanStralen (NED)
Letteke Broekman (NED)
Gerrit vanRotterdam (NED)
Netty Saive (NED)
B Heikamp (NED)
R vanLoon (NED)
Aad Butter (NED)
Liesbeth Freriksen (NED)
Kees deHaan-4
Marijke Abramsen (NED)
Erik Edelman (NED)
Truus deMaare (NED)
Kees deHaan-3
Marijke Bestebreur (NED)
Kees deHaan-2
Tine Bronswijk-3
Gerard Huynen (NED)
Zwaantje Koopman-Stoel-2
Kees deHaan (NED)
Katrien Bakker (NED)
Henk Bronswijk (NED)
Tine Bronswijk-2
Gerard Berkhout (NED)
Zwaantje Koopman-Stoel (NED)
Gerard Kerszemaker (NED)
Tine Bronswijk (NED)
Jan Knippenberg (NED)
Joop Keizer (NED)
Most Wins
(1978-2000)
Men
4
Kees deHaan (NED)
1983,1985-86,1988
Women
3
Tine Bronswijk (NED)
1980,1982,1985
Prize Money (ADR qualified runners)
No information on prize money has been received for this race.
Race Time Bias
(sec/km)
Insufficient data to calculate the race time bias.
Competitive Level
(1990-date)
Insufficient data to calculate the race time bias.
Quality Performances
Men No men under 2:20 Women No women under 2:50
Groet uit Schoorl Half Marathon
Race Winners
(40 runnings)
1:22:34 1:18:16 10 Feb
2008
1:07:09
1:16:19
11 Feb
2007
1:02:03
1:17:27
12 Feb
2006
1:05:26
1:18:49
13 Feb
2005
1:07:39
1:23:06
15 Feb
2004
1:02:22
1:16:41
16 Feb
2003
1:03:53
1:15:11
17 Feb
2002
1:03:44
1:14:27
18 Feb
2001
1:04:54
1:17:20
20 Feb
2000
1:02:20
1:15:14
21 Feb
1999
1:04:16
1:17:10
15 Feb
1998
1:04:59
1:19:44
16 Feb
1997
1:07:41
1:13:55
18 Feb
1996
1:06:52
1:15:01
19 Feb
1995
1:07:08
1:21:45
20 Feb
1994
1:07:07
1:23:34
21 Mar
1993
1:07:15
1:18:57
15 Mar
1992
1:07:27
1:19:06
17 Mar 1991
1:09:05
1:23:15
18 Mar
1990
1:08:27
1:20:44
19 Mar
1989
1:08:20
1:24:36
20 Mar
1988
1:08:08
1:23:17
22 Mar
1987
1:08:35
1:20:34
23 Mar
1986
1:09:38
1:15:29
24 Mar
1985
1:06:40
1:20:27
18 Mar
1984
1:08:02
1:17:12
27 Mar
1983
1:07:59
1:18:04
28 Mar
1982
1:09:24
1:25:02
15 Mar
1981
1:08:15
1:20:01
16 Mar
1980
1:12:30
1:17:17
18 Mar
1979
1:15:10
1:24:49
20 Mar
1978
1:13:00
1:21:15
Notes: 1978 was the inaugural year.
12 Feb
2017
1:07:57
Colin Bekers (NED)
1:18:41
Manuela Soccol (BEL)
14 Feb
2016
1:08:28.0
Florent Caelen-3
1:22:07.0
Esmé Möricke (NED)
08 Feb
2015
1:08:25
Florent Caelen-2
1:22:47
Ydwine VanderVeen (NED)
09 Feb
2014
1:07:27
Geert Maes (BEL)
1:25:02
Lineke Kroon (NED)
10 Feb
2013
1:06:47
Florent Caelen (BEL)
1:16:43
Kim Dillen (NED)
12 Feb
2012
1:06:26
Willem VanSchuerbeeck (BEL)
1:17:59
Catherine Ndereba (KEN)
13 Feb
2011
1:05:38
Guy Fays (BEL)
1:21:29
Ilse Pol (NED)
14 Feb
2010
1:03:42
Hugo
vandenBroek-2
Fa Adda (NED)
08 Feb
2009
1:05:55
Paul Biwott (KEN)
Alemitu Bekele-2 (BEL)
Eric Gerome (BEL)
Anja Smolders-2
Kamiel Maase (NED)
Anja Smolders (BEL)
David Kibet Koech (KEN)
Alemitu Bekele (ETH)
Michael Kipkorir (KEN)
Femke Klous (NED)
Jeroen vanDamme-2
Barbara Zutt (NED)
Jeroen vanDamme (NED)
Annelieke vanderSluijs-3
Hugo vandenBroek (NED)
Annelieke vanderSluijs-2
Wilson Kigen (KEN)
Annelieke vanderSluijs (NED)
Greg vanHest (NED)
Wilma vanOnna (NED)
Peter vanderVelden (NED)
Carla Beurskens-2
Marti tenKate (NED)
Carla Beurskens (NED)
Gerard Hol (NED)
Kristyna Loonen-2
Albert Chalaquine (RUS)
Kristyna Loonen (NED)
Ron vanDiepen (NED)
Hetty Everhardus (NED)
Dick Tesselaar (NED)
Annet vanderTholen-3
Mark Koks-3
Jolanda Homminga (NED)
Mark Koks-2
Katinka Wiltenburg (NED)
Kees vanKlink (NED)
Annet vanderTholen-2
Mark Koks (NED)
Maria Kawiorska (POL)
Erik Sier (NED)
Annet vanderTholen (NED)
Rob Arends (NED)
Greet Warnaar-2
Rob Vlenterie (NED)
Eefje vanWissen-3
Dick Bakker-3
Marian Conrad (NED)
Gerard Smit-2
Greet Warnaar (NED)
Gerard Smit (NED)
Eefje vanWissen-2
Gerrit vanEssen (NED)
Eefje vanWissen (NED)
Wim Edam (NED)
Truus Rood (NED)
Barry Kneppers (NED)
Marja Wokke-4
Arie Haakman (NED)
Marja Wokke-3
Dick Bakker-2
Marja Wokke-2
Dick Bakker (NED)
Marja Wokke (NED)
Most Wins
(1978-date)
Men
3
Dick Bakker (NED)
1978-79,1986
.
Mark Koks (NED)
1990,1992-93
Florent Caelen (BEL)
2013,2015-16
Women
4
Marja Wokke (NED)
1978-1981
Prize Money (ADR qualified runners)
No information on prize money has been received for this race.
Race Time Bias
(sec/km)
Year Men Women 2003 +0.6 n/c 2002 -3.1 n/c .... 2000 -1.5 n/c Avgs -1.3 n/c
Competitive Level (1990-date)
Year Men Women 2007 225 n/c .... 2003 340 n/c 2002 174 n/c .... 2000 192 n/c
Quality Performances
Men <1:02:30 3 <1:03:00 4 <1:03:30 5 <1:04:00 12 <1:04:30 14 <1:05:00 18 <1:05:30 21 <1:06:00 25 Women <1:14:00 1 <1:15:00 2 <1:16:00 7 <1:17:00 11
Last Updated on 12 Feb 2017
Contributors: Klaas Loonstra (16), Wim vanHemert (50), Paul/Frieda Michiels (50), Juraj Gasparovic (50), Cees Pronk, Maarten Krol (1)


Jordan Coulter
About
Portfolio
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Contact
Portfolio
Word Guess
RPG Game
Trivia Game
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Grand Master Raula:
Welcome to the Town of Goddard! I am Grand Master Raula, head of the Kamael Guild here. Have you met Grand Master Taine? No? Well, if you do, try not to be overly influenced by him.
Do you know he refuses to even speak to me these days? If you do happen to talk with him, please tell him that I am concerned -- as a colleague -- about his health.
Listen to information about 2nd class transfer.
Clan.
Alliance.
Quest.


Here is a set of questions that I have with me which software guys have asked at interviews in the past, most of them are actually from Microsoft but a few have been pulled together from other places too. Sadly the solutions are not listed here but you could try and discuss them with your friends. If someone is willing to send me the solutions (a good number, not just one) then I can add them to this page. I have collected these from friends and would welcome any additions from you. Mail them to<EMAIL_ADDRESS>Go here for some questions specific to Application
Programming(VB, VBScript, HTML, ASP, ADO etc.)
0. Classic: If a bear walks one mile south, turns left and walks one mile to the east and then turns left again and walks one mile north and arrives at its original position, what is the color of the bear.
ANS. The color of the bear is trivial. The possible solutions to it are interesting. In addition to the trivial north pole and circle near north pole solutions, there is an additional circle near south pole solution. Think it out.
* 1. Given a rectangular (cuboidal for the puritans) cake with a rectangular piece removed (any size or orientation), how would you cut the remainder of the cake into two equal halves with one straight cut of a knife?
ANS. Join the centers of the original and the removed rectangle. It works for cuboids too!
2. There are 3 baskets. one of them have apples, one has oranges only and the other has mixture of apples and oranges. The labels on their baskets always lie. (i.e. if the label says oranges, you are sure that it doesn't have oranges only,it could be a mixture) The task is to pick one basket and pick only one fruit from it and then correctly label all the three baskets.
3. You have 8 balls. One of them is defective and weighs less than others. You have a balance to measure balls against each other. In 2 weighings how do you find the defective one?
4. Why is a manhole cover round?
HINT. The diagonal of a square hole is larger than the side of a cover!
Alternate answers: 1. Round covers can be transported by one person, because they can be rolled on their edge. 2. A round cover doesn't need to be rotated to fit over a hole.
5. How many cars are there in the USA?
6. You've got someone working for you for seven days and a gold bar to pay them. The gold bar is segmented into seven connected pieces. You must give them a piece of gold at the end of every day. If you are only allowed to make two breaks in the gold bar, how do you pay your worker?
7. One train leaves Los Angeles at 15mph heading for New York. Another train leaves from New York at 20mph heading for Los Angeles on the same track. If a bird, flying at 25mph, leaves from Los Angeles at the same time as the train and flies back and forth between the two trains until they collide, how far will the bird have traveled?
HINT. Think relative speed of the trains.
8. You have two jars, 50 red marbles and 50 blue marbles. A jar will be picked at random, and then a marble will be picked from the jar. Placing all of the marbles in the jars, how can you maximize the chances of a red marble being picked? What are the exact odds of getting a red marble using your scheme?
9.  Raise your left hand. Raise your right hand.  When you raise your left hand your reflection raises what appears to be his right hand. But when you tilt your head up, your reflection does too, and does not appear to tilt his/her head down. Why is it that the mirror appears to reverse left and right, but not up and down?
10. You have 5 jars of pills. Each pill weighs 10 gram, except for contaminated pills contained in one jar, where each pill weighs 9 gm. Given a scale, how could you tell which jar had the contaminated pills in just one measurement?
ANS. 1. Mark the jars with numbers 1, 2, 3, 4, and 5.
2. Take 1 pill from jar 1, take 2 pills from jar 2, take 3
pills from jar 3, take 4 pills from jar 4 and take 5 pills
from jar 5.
3. Put all of them on the scale at once and take the measurement.
4. Now, subtract the measurment from 150 ( 1*10 + 2*10 + 3*10
+ 4*10 + 5*10)
5. The result will give you the jar number which has
contaminated pill.
11. If you had an infinite supply of water and a 5 quart and 3 quart pail, how would you measure exactly 4 quarts?
12. You have a bucket of jelly beans. Some are red, some are blue, and some green. With your eyes closed, pick out 2 of a like color. How many do you have to grab to be sure you have 2 of the same?
13. Which way should the key turn in a car door to unlock it?
14. If you could remove any of the 50 states, which state would it be and why?
15. There are four dogs/ants/people at four corners of a square of unit distance. At the same instant all of them start running with unit speed towards the person on their clockwise direction and will always run towards that target. How long does it take for them to meet and where?
HINT. They will meet in the centre and the distance covered by them is independent of the path they actually take (a spiral).
1. Given a rectangular (cuboidal for the puritans) cake with a rectangular piece removed (any size or orientation), how would you cut the remainder of the cake into two equal halves with one straight cut of a knife ?
2. You're given an array containing both positive and negative integers and required to find the subarray with the largest sum (O(N) a la KBL). Write a routine in C for the above.
3. Given an array of size N in which every number is between 1 and N, determine if there are any duplicates in it.  [ I ended up giving about 4 or 5 different solutions for this, each supposedly better than the others ].
4. Write a routine to draw a circle (x ** 2 + y ** 2 = r ** 2) without making use of any floating point computations at all. [ This one had me stuck for quite some time and I first gave a solution that did have floating point computations ].
5. Given only putchar (no sprintf, itoa, etc.) write a routine putlong that prints out an unsigned long in decimal. [ I gave the obvious solution of taking % 10 and / 10, which gives us the decimal value in reverse order. This requires an array since we need to print it out in the correct order. The interviewer wasn't too pleased and asked me to give a solution which didn't need the array ].
6. Give a one-line C expression to test whether a number is a power of 2. [No loops allowed - it's a simple test.]
7. Given an array of characters which form a sentence of words, give an efficient algorithm to reverse the order of the words (not characters) in it.
8. How many points are there on the globe where by walking one mile south, one mile east and one mile north you reach the place where you started.
9. Give a very good method to count the number of ones in a 32 bit number. (caution: looping through testing each bit is not a solution).
10. What are the different ways to say, the value of x can be either a 0 or a 1. Apparently the if then else solution has a jump when written out in assembly. if (x == 0) y=0 else y =x There is a logical, arithmetic and a datastructure soln to the above problem.
11. Reverse a linked list.
12. Insert in a sorted list
13. In a X's and 0's game (i.e. TIC TAC TOE) if you write a program for this give a gast way to generate the moves by the computer. I mean this should be the fasteset way possible. The answer is that you need to store all possible configurations of the board and the move that is associated with that. Then it boils down to just accessing the right element and getting the corresponding move for it. Do some analysis and do some more optimization in storage since otherwise it becomes infeasible to get the required storage in a DOS machine.
14. I was given two lines of assembly code which found the absolute value of a number stored in two's complement form. I had to recognize what the code was doing. Pretty simple if you know some assembly and some fundaes on number representation.
15. Give a fast way to multiply a number by 7.
16. How would go about finding out where to find a book in a library. (You don't know how exactly the books are organized beforehand).
17. Linked list manipulation.
18. Tradeoff between time spent in testing a product and getting into the market first.
19. What to test for given that there isn't enough time to test everything you want to.
20. First some definitions for this problem: a) An ASCII character is one byte long and the most significant bit in the byte is always '0'. b) A Kanji character is two bytes long. The only characteristic of a Kanji character is that in its first byte the most significant bit is '1'.
Now you are given an array of a characters (both ASCII and Kanji) and, an index into the array. The index points to the start of some character. Now you need to write a function to do a backspace (i.e. delete the character before the given index).
21. Delete an element from a doubly linked list.
22. Write a function to find the depth of a binary tree.
23. Given two strings S1 and S2. Delete from S2 all those characters which occur in S1 also and finally create a clean S2 with the relevant characters deleted.
24. Assuming that locks are the only reason due to which deadlocks can occur in a system. What would be a foolproof method of avoiding deadlocks in the system.
25. Reverse a linked list.
Ans: Possible answers -
iterative loop
curr->next = prev;
prev = curr;
curr = next;
next = curr->next
endloop
recursive reverse(ptr)
if (ptr->next == NULL)
return ptr;
temp = reverse(ptr->next);
temp->next = ptr;
return ptr;
end
26. Write a small lexical analyzer - interviewer gave tokens. expressions like "a*b" etc.
27. Besides communication cost, what is the other source of inefficiency in RPC? (answer : context switches, excessive buffer copying). How can you optimise the communication? (ans : communicate through shared memory on same machine, bypassing the kernel _ A Univ. of Wash. thesis)
28. Write a routine that prints out a 2-D array in spiral order!
29. How is the readers-writers problem solved? - using semaphores/ada .. etc.
30. Ways of optimizing symbol table storage in compilers.
31. A walk-through through the symbol table functions, lookup() implementation etc - The interv. was on the Microsoft C team.
32. A version of the "There are three persons X Y Z, one of which always lies".. etc..
33. There are 3 ants at 3 corners of a triangle, they randomly start moving towards another corner.. what is the probability that they don't collide.
34. Write an efficient algo and C code to shuffle a pack of cards.. this one was a feedback process until we came up with one with no extra storage.
35. The if (x == 0) y = 0 etc..
36. Some more bitwise optimization at assembly level
37. Some general questions on Lex Yacc etc.
38. Given an array t[100] which contains numbers between 1..99. Return the duplicated value. Try both O(n) and O(n-square).
39. Given an array of characters. How would you reverse it. ? How would you reverse it without using indexing in the array.
40. GIven a sequence of characters. How will you convert the lower case characters to upper case characters. ( Try using bit vector - sol given in the C lib -typec.h)
41. Fundas of RPC.
42. Given a linked list which is sorted. How will u insert in sorted way.
43. Given a linked list How will you reverse it.
44. Tell me the courses you liked and why did you like them.
45. Give an instance in your life in which u were faced with a problem and you tackled it successfully.
46. What is your ideal working environment. ( They usually to hear that u can work in group also.)
47. Why do u think u are smart.
48. Questions on the projects listed on the Resume.
49. Do you want to know any thing about the company.( Try to ask some relevant and interesting question).
50. How long do u want to stay in USA and why?
51. What are your geographical preference?
52. What are your expecctations from the job.
53. Give a good data structure for having n queues ( n not fixed) in a finite memory segment. You can have some data-structure separate for each queue. Try to use at least 90% of the memory space.
54. Do a breadth first traversal of a tree.
55. Write code for reversing a linked list.
56. Write, efficient code for extracting unique elements from a sorted list of array. e.g. (1, 1, 3, 3, 3, 5, 5, 5, 9, 9, 9, 9) -> (1, 3, 5, 9).
57. C++ ( what is virtual function ? what happens if an error occurs in constructor or destructor. Discussion on error handling, templates, unique features of C++. What is different in C++, ( compare with unix).
58. Given a list of numbers ( fixed list) Now given any other list, how can you efficiently find out if there is any element in the second list that is an element of the first list (fixed list).
59. GIven 3 lines of assembly code : find it is doing. IT was to find absolute value.
60. If you are on a boat and you throw out a suitcase, Will the level of water increase.
61. Print an integer using only putchar. Try doing it without using extra storage.
62. write C code for deleting an element from a linked listy traversing a linked list efficient way of elimiating duplicates from an array
63. what are various problems unique to distributed databases
64. Declare a void pointer ANS. void *ptr;
65. Make the pointer aligned to a 4 byte boundary in a efficient manner ANS. Assign the pointer to a long number and the number with 11...1100 add 4 to the number
66. what is a far pointer (in DOS)
67. what is a balanced tree
68. Given a linked list with the following property node2 is left child of node1, if node2 < node1 else, it is the right child.
O P | | O A | | O B | | O C
How do you convert the above linked list to the form without disturbing the property. Write C code for that.
O P | | O B / \ / \ / \ O ? O ?
determine where do A and C go
69. Describe the file system layout in the UNIX OS
ANS. describe boot block, super block, inodes and data layout
70. In UNIX, are the files allocated contiguous blocks of data
ANS. no, they might be fragmented
How is the fragmented data kept track of
ANS. Describe the direct blocks and indirect blocks in UNIX file system
71. Write an efficient C code for 'tr' program. 'tr' has two command
line arguments. They both are strings of same length. tr reads an
input file, replaces each character in the first string with the
corresponding character in the second string. eg. 'tr abc xyz'
replaces all 'a's by 'x's, 'b's by 'y's and so on.
ANS.
a) have an array of length 26.
put 'x' in array element corr to 'a'
put 'y' in array element corr to 'b'
put 'z' in array element corr to 'c'
put 'd' in array element corr to 'd'
put 'e' in array element corr to 'e'
and so on.
the code
while (!eof)
{
c = getc();
putc(array[c - 'a']);
}
72. what is disk interleaving
73. why is disk interleaving adopted
74. given a new disk, how do you determine which interleaving is the best a) give 1000 read operations with each kind of interleaving determine the best interleaving from the statistics
75. draw the graph with performace on one axis and 'n' on another, where 'n' in the 'n' in n-way disk interleaving. (a tricky question, should be answered carefully)
76. I was a c++ code and was asked to find out the bug in that. The bug was that he declared an object locally in a function and tried to return the pointer to that object. Since the object is local to the function, it no more exists after returning from the function. The pointer, therefore, is invalid outside.
77. A real life problem - A square picture is cut into 16 sqaures and they are shuffled. Write a program to rearrange the 16 squares to get the original big square.
78.
int *a;
char *c;
*(a) = 20;
*c = *a;
printf("%c",*c);
what is the output?
79. Write a program to find whether a given m/c is big-endian or little-endian!
80. What is a volatile variable?
81. What is the scope of a static function in C ?
82. What is the difference between "malloc" and "calloc"?
83. struct n { int data; struct n* next}node;
node *c,*t;
c->data = 10;
t->next = null;
*c = *t;
what is the effect of the last statement?
1. How do you use RSA for both authentication and secrecy?
2. What is ARP and how does it work?
3. What's the difference between a switch and a router?
4. Name some routing protocols? (RIP,OSPF etc..)
5. How do you do authentication with message digest(MD5)? (Usually MD is used for finding tampering of data)
6. How do you implement a packet filter that distinguishes following cases and selects first case and rejects second case.
i) A host inside the corporate n/w makes a ftp request to outside host and the outside host sends reply.
ii) A host outside the network sends a ftp request to host inside. for the packet filter in both cases the source and destination feilds will look the same.
7. How does traceroute works? Now how does traceroute makes sure that the packet follows the same path that a previous (with ttl - 1) probe packet went in?
8. Explain Kerberos Protocol ?
9. What are digital signatures and smart cards?
10. Difference between discretionary access control and mandatory access control?
1. How do you find the size of a java object (not the primitive type) ?
ANS. type cast it to string and find its s.length()
2. Why is multiple inheritance not provided in Java?
3. Thread t = new Thread(); t.start(); t = null; now what will happen to the created thread?
4.
5. How do you write a "ping" routine in java?
6. What are the security restrictions on applets?
1. Given an array of integers, find the contiguous subarray with the largest sum.
2. Given an array of length N containing integers between 1 and N, determine if it contains any duplicates.
3. Sort an array of size n containing integers between 1 and K, given a temporary scratch integer array of size K.
* 4. An array of size k contains integers between 1 and n. You are given an additional scratch array of size n. Compress the original array by removing duplicates in it. What if k << n?
5. An array of integers. The sum of the array is known not to overflow an integer. Compute the sum. What if we know that integers are in 2's complement form?
6. An array of characters. Reverse the order of words in it.
* 7. An array of integers of size n. Generate a random permutation of the array, given a function rand_n() that returns an integer between 1 and n, both inclusive, with equal probability. What is the expected time of your algorithm?
8. An array of pointers to (very long) strings. Find pointers to the (lexicographically) smallest and largest strings.
9. Write a program to remove duplicates from a sorted array.
Interesting observations and answers:
1. Can be done in O(n) time and O(1) extra space. Scan array from 1 to n. Remember the best subarray seen so far and the best subarray ending in i.
2. [Is there an O(n) time solution that uses only O(1) extra space and does not destroy the original array?]
3. Compute cumulative counts of integers in the auxiliary array. Now scan the original array, rotating cycles! [Can someone word this more nicely?]
4. Can be done in O(k) time i.e. without initializing the auxiliary array!
5. If numbers are in 2's complement, an ordinary looking loop
like for(i=total=0;i
7. "Expected time" should ring a bell.
To compute a random permutation, use the standard algo of
scanning array from n downto 1, swapping i-th element with
a uniformly random element <= i-th.
To compute a unformly random integer between 1 and k (k < n),
call rand_n() repeatedly until it returns a value in the
desired range.
8. Scan array in pairs. Remember largest-so-far and smallest-so-far.
Compare the larger of the two strings in the current pair with
largest-so-far to update it. And the smaller of the current pair
with the smallest-so-far to update it. For a total of <= 3n/2
strcmp() calls. That's also the lower bound.
9. int remove_duplicates(int * p, int size)
* 0. Under what circumstances can one delete an element from a singly
linked list in constant time?
* 1. Given a singly linked list, determine whether it contains a loop or not.
2. Given a singly linked list, print out its contents in reverse order.
Can you do it without using any extra space?
3. Given a binary tree with
4. Reverse a singly linked list recursively. The function prototype is
node * reverse (node *) ;
5. Given a singly linked list, find the middle of the list.
Hints and Answers
0. If the list is circular and there are no references to the nodes
in the list from anywhere else!
Just copy the contents of the next node and delete the next node.
If the list is not circular, we can delete any but the last node
using this idea. In that case, mark the last node as dummy!
1. (a) Start reversing the list. If you reach the head, gotcha! there
is a loop!
But this changes the list. So, reverse the list again.
(b) Maintain two pointers, initially pointing to the head. Advance
one of them one node at a time. And the other one, two nodes
at a time. If the latter overtakes the former at any time,
there is a loop!
p1 = p2 = head;
do {
2. Start reversing the list. Do this again, printing the contents.
3. [Yet to think about]
4. node * reverse (node * n)
5. Use the single and double pointer jumping. Maintain two
pointers, initially pointing to the head. Advance one of them
one node at a time. And the other one, two nodes at a time. When
the double reaches the end, the single is in the middle. This
is not asymptotically faster but seems to take less steps than
going through the list twice.
* 1. Reverse the bits of an unsigned integer.
* 2. Compute the number of ones in an unsigned integer.
3. Compute the discrete log of an unsigned integer.
* 4. How do we test most simply if an unsigned integer is a power of two?
5. Set the highest significant bit of an unsigned integer to zero.
6. Let f(k) = y where k is the y-th number in the increasing sequence
of non-negative integers with the same number of ones in its binary
representation as y, e.g. f(0) = 1, f(1) = 1, f(2) = 2, f(3) = 1,
f(4) = 3, f(5) = 2, f(6) = 3 and so on.
Given k >= 0, compute f(k).
Hints and Answers
1. #define reverse(x) \
2. #define count_ones(x) \
3.
4. #define power_of_two(x) \
((x)&&(~(x&(x-1))))
1. Write a function to check if two rectangles defined as below overlap
or not.
struct rect {
int top, bot, left, right;
} r1, r2;
2. Write a SetPixel(x, y) function, given a pointer to the bitmap. Each
pixel is represented by 1 bit. There are 640 pixels per row. In each
byte, while the bits are numbered right to left, pixels are numbered
left to right. Avoid multiplications and divisions to improve
performance.
* 1. You, a designer want to measure disk traffic i.e. get a histogram
showing the relative frequency of I/O/second for each disk block.
The buffer pool has b buffers and uses LRU replacement policy.
The disk block size and buffer pool block sizes are the same.
You are given a routine int lru_block_in_position (int i)
which returns the block_id of the block in the i-th position in the
list of blocks managed by LRU. Assume position 0 is the hottest.
You can repeatedly call this routine.
How would you get the histogram you desire?
Hints and Answers
1. Simply do histogram [lru_block_in_position (b-1)] ++
at frequent intervals... The sampling frequency should be close
to the disk I/O rate. It can be adjusted by remembering
the last block seen in position b. If same, decrease frequency;
if different, increase, with exponential decay etc.
And of course, take care of overflows in the histogram.
1. Implement a multiple-reader-single-writer lock given a
compare-and-swap instruction. Readers cannot overtake
waiting writers.
1. A character set has 1 and 2 byte characters. One byte characters
have 0 as the first bit. You just keep accumulating the characters
in a buffer. Suppose at some point the user types a backspace, how can
you remove the character efficiently. (Note: You cant store the last
character typed because the user can type in arbitrarily many backspaces)
2. What is the simples way to check if the sum of two unsigned integers
has resulted in an overflow.
3. How do you represent an n-ary tree? Write a program to print the
nodes of such a tree in breadth first order.
4. Write the 'tr' program of UNIX.
Invoked as
tr -str1 -str2.
It reads stdin and prints it out to stdout, replacing every occurance of
str1[i] with str2[i].
{
int current, insert = 1;
for (current=1; current < size; current++)
if (p[current] != p[insert-1])
{
p[insert] = p[current];
current++;
insert++;
} else
current++;
return insert;
}
Linked lists
p1 = p1->next;
p2 = p2->next->next;
} while (p1 != p2);
{
node * m ;
if (! (n && n -> next))
return n ;
m = reverse (n -> next) ;
n -> next -> next = n ;
n -> next = NULL ;
return m ;
}
Bit-manipulation
(x=x>>16|(0x0000ffff&x)<<16, \
x=(0xff00ff00&x)>>8|(0x00ff00ff&x)<<8, \
x=(0xf0f0f0f0&x)>>4|(0x0f0f0f0f&x)<<4, \
x=(0xcccccccc&x)>>2|(0x33333333&x)<<2, \
x=(0xaaaaaaaa&x)>>1|(0x55555555&x)<<1)
(x=(0xaaaaaaaa&x)>>1+(0x55555555&x), \
x=(0xcccccccc&x)>>2+(0x33333333&x), \
x=(0xf0f0f0f0&x)>>4+(0x0f0f0f0f&x), \
x=(0xff00ff00&x)>>8+(0x00ff00ff&x), \
x=x>>16+(0x0000ffff&x))
Graphics
Databases
Semaphores
Others
e.g. tr -abc -xyz
to be and not to be <- input
to ye xnd not to ye <- output
Application Programming Questions
Most of these questions are in VB,ASP, ADO,VBScript,HTML etc.
1. The three types of DAO Dynaset,Snapshot,Table
2. Why do we use Option Explicit
3. Difference between Dim Object as object AND dim obj as myform
4. How do we make a poperty read only? Private Property Get(Read Only )
5. How do you declare an object in VBscript? Dim object
6. What is the equivalent of VBScript's On Error In Jscript ??
7. How many data types are supported in Vbscript
8. MFC
9. Java
10. Active Server Pages
11. What are session variables??
12. In what languages in ASP written.
13. How do you create Virtual Root in IIS
14. How do you remotely administer MS IIS??
15. What is the key advantage of Windows NT Challenge/Response security?
16. What problems do the vendors of ODBC Technology face with ASP/ADO ?
18. How do you administer Connection Pooling in IIS 3.0
19. How do you administer Connection Pooling in IIS 4.0
20. What are the three Ado objects?? --Connection,command, recordset
21. Two Methods of retrieving SQL
22. How do you assign Construct the where clause without concatenating Field,
value pairs??
23. What cursor type do you use to retrieve multiple recordsets?
24. What action do you have to perform before retrieving data from the next
result set of a stored procedure ??
25. What are The three tags of a form tag in HTML form
Kiran Bondalapati Homepage


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| Packages that use TxnFactoryBuilder | |
|---|---|
| org.multiverse.api | |
| org.multiverse.stms.gamma.transactions |
| Uses of TxnFactoryBuilder in org.multiverse.api |
|---|
| Methods in org.multiverse.api that return TxnFactoryBuilder | |
|---|---|
TxnFactoryBuilder |
TxnFactoryBuilder.addPermanentListener(TxnListener listener)
Adds a permanent Txn TxnListener . |
TxnFactoryBuilder |
TxnFactory.getTxnFactoryBuilder()
|
TxnFactoryBuilder |
Stm.newTxnFactoryBuilder()
Gets the TxnFactoryBuilder that needs to be used to execute a Txn created by this Stm. |
TxnFactoryBuilder |
TxnFactoryBuilder.setBackoffPolicy(BackoffPolicy backoffPolicy)
Sets the Txn BackoffPolicy . |
TxnFactoryBuilder |
TxnFactoryBuilder.setBlockingAllowed(boolean blockingAllowed)
Sets if the Txn is allowed to do an explicit retry (needed for a blocking operation). |
TxnFactoryBuilder |
TxnFactoryBuilder.setControlFlowErrorsReused(boolean reused)
Sets if the ControlFlowError is reused. |
TxnFactoryBuilder |
TxnFactoryBuilder.setDirtyCheckEnabled(boolean dirtyCheckEnabled)
Sets if the Txn dirty check is enabled. |
TxnFactoryBuilder |
TxnFactoryBuilder.setFamilyName(String familyName)
Sets the Txn familyname. |
TxnFactoryBuilder |
TxnFactoryBuilder.setInterruptible(boolean interruptible)
Sets if the Txn can be interrupted while doing blocking operations. |
TxnFactoryBuilder |
TxnFactoryBuilder.setIsolationLevel(IsolationLevel isolationLevel)
Sets the IsolationLevel on the Txn . |
TxnFactoryBuilder |
TxnFactoryBuilder.setMaxRetries(int maxRetries)
Sets the the maximum count a Txn can be retried. |
TxnFactoryBuilder |
TxnFactoryBuilder.setPropagationLevel(PropagationLevel propagationLevel)
Sets the PropagationLevel used. |
TxnFactoryBuilder |
TxnFactoryBuilder.setReadLockMode(LockMode lockMode)
Sets the Txn LockMode for all reads. |
TxnFactoryBuilder |
TxnFactoryBuilder.setReadonly(boolean readonly)
Sets the readonly property on a Txn . |
TxnFactoryBuilder |
TxnFactoryBuilder.setReadTrackingEnabled(boolean enabled)
Sets if the Txn should automatically track all reads that have been done. |
TxnFactoryBuilder |
TxnFactoryBuilder.setSpeculative(boolean speculative)
With the speculative configuration enabled, the Stm is allowed to determine optimal settings for
a Txn . |
TxnFactoryBuilder |
TxnFactoryBuilder.setSpinCount(int spinCount)
Sets the maximum number of spins that are allowed when a Txn can't be read/written/locked
because it is locked by another transaction. |
TxnFactoryBuilder |
TxnFactoryBuilder.setTimeoutNs(long timeoutNs)
Sets the timeout (the maximum time a Txn is allowed to block. |
TxnFactoryBuilder |
TxnFactoryBuilder.setTraceLevel(TraceLevel traceLevel)
Sets the Txn TraceLevel . |
TxnFactoryBuilder |
TxnFactoryBuilder.setWriteLockMode(LockMode lockMode)
Sets the Txn LockMode for all writes. |
| Uses of TxnFactoryBuilder in org.multiverse.stms.gamma.transactions |
|---|
| Subinterfaces of TxnFactoryBuilder in org.multiverse.stms.gamma.transactions | |
|---|---|
interface |
GammaTxnFactoryBuilder
A TxnFactoryBuilder tailored for the GammaStm . |
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Class: ActiveModel::ForcedMutationTracker
Do not use. This class is for internal use only.
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
AttributeMutationTracker
|
|
|
Instance Chain:
self,
AttributeMutationTracker
|
|
| Inherits: |
ActiveModel::AttributeMutationTracker
|
| Defined in: | activemodel/lib/active_model/attribute_mutation_tracker.rb |
Constant Summary
AttributeMutationTracker
- Inherited
Class Method Summary
Instance Attribute Summary
Instance Method Summary
- #change_to_attribute(attr_name)
- #changed_in_place?(attr_name) ⇒ Boolean
- #finalize_changes
- #force_change(attr_name)
- #forget_change(attr_name)
- #original_value(attr_name)
- #attr_names private
- #attribute_changed?(attr_name) ⇒ Boolean private
- #clone_value(attr_name) private
- #fetch_value(attr_name) private
- #type_cast(attr_name, value) private
AttributeMutationTracker
- Inherited
Constructor Details
.new(attributes) ⇒ ForcedMutationTracker
# File 'activemodel/lib/active_model/attribute_mutation_tracker.rb', line 92
def initialize(attributes) super @finalized_changes = nil end
Instance Attribute Details
#finalized_changes (readonly, private)
[ GitHub ]# File 'activemodel/lib/active_model/attribute_mutation_tracker.rb', line 130
attr_reader :finalized_changes
Instance Method Details
#attr_names (private)
[ GitHub ]# File 'activemodel/lib/active_model/attribute_mutation_tracker.rb', line 132
def attr_names forced_changes.keys end
#attribute_changed?(attr_name) ⇒ Boolean
(private)
# File 'activemodel/lib/active_model/attribute_mutation_tracker.rb', line 136
def attribute_changed?(attr_name) forced_changes.include?(attr_name) end
#change_to_attribute(attr_name)
[ GitHub ]# File 'activemodel/lib/active_model/attribute_mutation_tracker.rb', line 101
def change_to_attribute(attr_name) if finalized_changes&.include?(attr_name) finalized_changes[attr_name].dup else super end end
#changed_in_place?(attr_name) ⇒ Boolean
# File 'activemodel/lib/active_model/attribute_mutation_tracker.rb', line 97
def changed_in_place?(attr_name) false end
#clone_value(attr_name) (private)
[ GitHub ]# File 'activemodel/lib/active_model/attribute_mutation_tracker.rb', line 144
def clone_value(attr_name) value = fetch_value(attr_name) value.duplicable? ? value.clone : value rescue TypeError, NoMethodError value end
#fetch_value(attr_name) (private)
[ GitHub ]# File 'activemodel/lib/active_model/attribute_mutation_tracker.rb', line 140
def fetch_value(attr_name) attributes.send(:_read_attribute, attr_name) end
#finalize_changes
[ GitHub ]# File 'activemodel/lib/active_model/attribute_mutation_tracker.rb', line 125
def finalize_changes @finalized_changes = changes end
#force_change(attr_name)
[ GitHub ]# File 'activemodel/lib/active_model/attribute_mutation_tracker.rb', line 121
def force_change(attr_name) forced_changes[attr_name] = clone_value(attr_name) unless attribute_changed?(attr_name) end
#forget_change(attr_name)
[ GitHub ]# File 'activemodel/lib/active_model/attribute_mutation_tracker.rb', line 109
def forget_change(attr_name) forced_changes.delete(attr_name) end
#original_value(attr_name)
[ GitHub ]# File 'activemodel/lib/active_model/attribute_mutation_tracker.rb', line 113
def original_value(attr_name) if changed?(attr_name) forced_changes[attr_name] else fetch_value(attr_name) end end
#type_cast(attr_name, value) (private)
[ GitHub ]# File 'activemodel/lib/active_model/attribute_mutation_tracker.rb', line 151
def type_cast(attr_name, value) value end


{% import "_includes/forms" as forms %} {% block content %}
Patrol simplifies maintenance and SSL for sites built with Craft
Display Plugin Tab?
{{ forms.lightswitch({ name: "enableCpTab", on: settings.enableCpTab, disabled: configs.restrictedAreas is defined ? true : false }) }} {{ forms.textField({ id: "pluginAlias", name: "pluginAlias", label: "Plugin Alias"|t, instructions: "Allows you to rename "~name~" to something more meaningful while retaining its name internally."|t, value: alias, errors: "", disabled: configs.pluginAlias is defined ? true : false }) }}© {{ "now" | date("Y") }} Patrol ({{ status }}) by Selvin Ortiz


|
| | Tree (T currentValue) |
| | Initializes a new instance of the HumDrum.Structures.Tree`1 class. This sets the value of the root node More...
|
| |
| bool | IsRootParent () |
| | Determines whether this instance is the root parent of this tree More...
|
| |
| bool | IsParent () |
| | Determines whether this instance is parent. More...
|
| |
| bool | IsIsoParent () |
| | Tests to see if both the left and right branch are Empty. More...
|
| |
| T | GetValue (Direction direction) |
| | Get the value from the branch in the given direction. More...
|
| |
| Direction | Which (Tree< T > branch) |
| | Which direction on this tree is that branch. Returns down as a default. More...
|
| |
| int | TotalMembers () |
| | Tests how many elements this tree has More...
|
| |
| void | Grow (T value, Direction direction) |
| | Grow the tree in the direction with a seed value More...
|
| |
| void | Grow (T left, T right) |
| | Grow into both directions at once More...
|
| |
| IEnumerable< Tree< T > > | Level (int level) |
| | Returns all of the trees found nested "level" levels into the binary tree. The root node is level 0. More...
|
| |
| IEnumerable< T > | Flatten () |
| | Flattens the entire tree into a list of its Nodes. More...
|
| |
| void | Snip () |
| | Destroy all sub-trees from this node, not including this one. More...
|
| |
| void | Snip (int level) |
| | Cuts the tree off at a certain level More...
|
| |
| void | Snip (Direction d) |
| | Snip only a specific direction off of this tree More...
|
| |
| void | Map (Func< T, T > function) |
| | Map the specified function over this tree, returning the result. More...
|
| |
| void | Coalesce (Func< T, T, T > coalescor, Direction firstArgument) |
| | Coalesces the tree from the bottom up. This will take a branch with 2 outer leaves, and perform an operation on them, making them the new CurrentNode. Performs in place More...
|
| |
| void | Coalesce (Func< T, T, T, T > coalescor, Direction firstArgument) |
| | Coalesces the tree from the bottom up. This will take a branch with 2 outer leaves, and perform an operation on them with the parent node's value, replacing it. This runs in place. More...
|
| |
| IEnumerable< T > | OuterLeaves () |
| | Return just the outer leaves of this tree. That is, leaves that have no children. More...
|
| |
| void | Prune (Predicate< T > pred) |
| | "Prune" branches of this tree after the predicate returns false. More...
|
| |
An implementation of a binary tree.
Definition at line 11 of file Tree.cs.
Coalesces the tree from the bottom up. This will take a branch with 2 outer leaves, and perform an operation on them, making them the new CurrentNode. Performs in place
If a Node does not have 2 children, that part of the tree is ignored. This is only one iteration of Coalesce.
- Parameters
-
| coalescor | Coalescor - the function that takes 2 Nodes and returns a result |
Definition at line 274 of file Tree.cs.
Coalesces the tree from the bottom up. This will take a branch with 2 outer leaves, and perform an operation on them with the parent node's value, replacing it. This runs in place.
If a Node does not have 2 children, that part of the tree is ignored. This is only one iteration of Coalesce.
The value of the current node is considered in the third parameter of the coalescor.
- Parameters
-
| coalescor | Coalescor - the function that takes 2 Nodes and returns a result |
Definition at line 305 of file Tree.cs.


Instructions to Create Puzzle
Following are the steps to create a puzzle:
- Create a puzzle where the solution is an alphanumeric string (solely numerical is preferred).
- Write up the puzzle in plain text. If you would like to use images, please use an external service to store the image. Please ensure your puzzle is explained clearly enough that it can be solved based on just the information given in the text.
- Choose a title and reward (number of AR) for your puzzle. The reward will immediately be taken from your wallet when you create the puzzle, and it will only be available to whoever enters the solution into the puzzle page.
- Head to the Create Puzzle Page and enter your puzzle information to create the puzzle and post it to the blockchain.