|
ehcache | |||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface CacheUsageListener
Interface for listeners to any change in usage statistics of an Ehcache.
Implementations of this interface should implement theObject.equals(Object)
and the Object.hashCode()
as registering and
removing listeners depends on these
| Method Summary | |
|---|---|
void |
dispose()
Called to dispose off the listener |
void |
notifyCacheElementEvicted()
Called when an element is expired in the cache |
void |
notifyCacheElementExpired()
Called when an element in the cache expires |
void |
notifyCacheElementPut()
Called when an element is inserted in the cache |
void |
notifyCacheElementRemoved()
Called when an element is removed from the cache |
void |
notifyCacheElementUpdated()
Called when an element is updated in the cache, i.e. |
void |
notifyCacheHitInMemory()
Called on a cache hit in the MemoryStore |
void |
notifyCacheHitOffHeap()
Called on a cache hit in the off-heap store |
void |
notifyCacheHitOnDisk()
Called on a cache hit in the DiskStore |
void |
notifyCacheMissedWithExpired()
Called when an element is found in the cache but already expired |
void |
notifyCacheMissedWithNotFound()
Called when an element is not found in the cache |
void |
notifyCacheMissInMemory()
Called on a cache miss in the MemoryStore |
void |
notifyCacheMissOffHeap()
Called on a cache miss in the off-heap store |
void |
notifyCacheMissOnDisk()
Called on a cache miss in the DiskStore |
void |
notifyCacheSearch(long executeTime)
Called when a search finishes execution |
void |
notifyGetTimeNanos(long nanos)
Notified with time taken for a get operation in the cache |
void |
notifyRemoveAll()
Called when Cache.removeAll() is called |
void |
notifyStatisticsAccuracyChanged(int statisticsAccuracy)
Notified when the statistics accuracy is changed. |
void |
notifyTimeTakenForGet(long millis)
Deprecated. |
void |
notifyXaCommit()
Called when the Cache's XAResource has been asked to commit |
void |
notifyXaRollback()
Called when the Cache's XAResource has been asked to rollback |
| Method Detail |
|---|
void notifyCacheHitInMemory()
void notifyCacheHitOffHeap()
void notifyCacheHitOnDisk()
void notifyCacheElementPut()
void notifyCacheElementUpdated()
void notifyCacheMissedWithNotFound()
void notifyCacheMissInMemory()
void notifyCacheMissOffHeap()
void notifyCacheMissOnDisk()
void notifyCacheMissedWithExpired()
@Deprecated void notifyTimeTakenForGet(long millis)
millis
- void notifyGetTimeNanos(long nanos)
nanos
- void notifyCacheElementEvicted()
void notifyCacheElementExpired()
void notifyCacheElementRemoved()
void notifyRemoveAll()
void notifyStatisticsAccuracyChanged(int statisticsAccuracy)
statisticsAccuracy
- one of Statistics#STATISTICS_ACCURACY_BEST_EFFORT,
Statistics#STATISTICS_ACCURACY_GUARANTEED,
Statistics#STATISTICS_ACCURACY_NONEvoid dispose()
void notifyCacheSearch(long executeTime)
executeTime
- elapsed time in millisvoid notifyXaCommit()
void notifyXaRollback()
|
ehcache | |||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


abstract fun await(): T
Consume the future value in code
as input.
This method may or may not block the calling thread
depending upon the implementation.
val future: Future<T> = // some api which returns a Future<T>
val value: R = future.await() // blocks until future completes


Facility:
{{facilityName}}
Author:
{{authorDisplayName}}
Status:
{{statusDisplayName}}
Date/Time:
{{#if referenceDateTime}}
{{formatDateTime referenceDateTime "YYYYMMDDHHmmssSSS" "datetime"}}
{{else}}
<No Date>
{{/if}}
Note:
{{#compare app "vista"}}This unsigned note was created outside of eHMP. Edit the note in CPRS.
This un-cosigned note was created outside of eHMP. Complete the note in CPRS.
This un-cosigned note was created outside of eHMP. Complete the note in CPRS.
This note was created in eHMP, but must be cosigned in CPRS in v2.0
This note was created in eHMP, but must be cosigned in CPRS in v2.0
{{contentPreview}}{{signaturePreview}}{{/if}} {{#if addenda}}
Date of Addendum
{{formatDateTime dateTime "YYYYMMDDHHmmssSSS" "datetime"}}
Author
{{authorDisplayName}}
Status
{{status}}
Addendum:
{{#compare app "vista"}}This addendum was created by another user. Contact the author for more information.
This Unsigned addendum was created outside of eHMP. Edit the addendum in CPRS.
This addendum was created by another user. Contact the author for more information.
{{contentPreview}}{{signaturePreview}}


Visa Types describe the list of
standard GA4GH Passport Visa Types
as well as
Custom Visa Types
that are available for use in
access policies
and
visa sources.
You must define a Visa Type here before it can be referenced elsewhere in the system configuration.
Learn more


Jay Proof Of Concept Wallet
Account Info
No Address Found
Name
Description
Balance
Asset Name
Asset Id
Amount Owned
Currency Name
Currency Id
Amount Owned
Transact
Payment
Asset Transfer
MS Transfer
Recipient
Amount
Message
Paste TX_ into transact tab of Jay to send
Create
Recipient
Asset Id
Amount
Message
Paste TX_ into transact tab of Jay to send
Create
Recipient
Currency Id
Amount
Message
Paste TX_ into transact tab of Jay to send
Create
×
Enter Account
Token of "wallet"
This application is based on the
Jay Client


I'm a software engineer in the Atlanta, GA area specializing in
Java
and
C#
enterprise applications.
Want to get in touch or learn more?
Send me an
Email
.
Fork me on
Github
.
Connect on
LinkedIn
.
View my
Résumé
.


Indication for Examination:
The reason for this examination is {{service.Patient.generalInfo.examReason}}
the pain was in the {{service.Patient.clinicalInfo.massSpecifications[0].laterality}} breast
and this examination was in {{service.Patient.generalInfo.examDate |date:'dd.MM.yyyy'}}
: {{service.Patient.generalInfo.complain}}
,
Pervious Mammogram
The Modality used in the pervious examination was {{service.Patient.generalInfo.modalityType}} in {{service.Patient.generalInfo.whereHadAMammogram}} Hospital
this was {{service.Patient.generalInfo.whenHadAMammogram}} Years ago
The Findings were {{service.Patient.generalInfo.historyOfMammogram}}
No Pervious Mammogram
Personal History
Mother had cancer at age {{service.Patient.generalInfo.motherAge}}
Sister had cancer at age {{service.Patient.generalInfo.sisterAge}}
Daughter had cancer at age {{service.Patient.generalInfo.daughterAge}}
Grandmother had cancer at age {{service.Patient.generalInfo.grandmotherAge}}
Aunt had cancer at age {{service.Patient.generalInfo.auntAge}}
Cousin had cancer at age {{service.Patient.generalInfo.cousinAge}}
No Personal History
Hormones
The Patient Takes Hormones for {{service.Patient.generalInfo.howlongTakingHormones}} Years
No Hormones is Taken
Pergnancy History
Menopause
Pregnant
Gravida: {{service.Patient.generalInfo.gravida}} and Para: {{service.Patient.generalInfo.para}}
LMP is {{service.Patient.generalInfo.lmp |date:'dd.MM.yyyy'}}
No Prgnancy History
Findings:
OverAll Breast Composition: .a The Breasts are almost entirely fatty
OverAll Breast Composition: .b There are scattered areas of fibroglandular density
OverAll Breast Composition: .c The breasts are heterogeneously dense, which may obscure small masses
OverAll Breast Composition: .d The breasts are extremely dense, which lowers the sensitivity of mammography
Mass Description
|
No.
|
Shape
|
Margin
|
Density
|
laterality
|
O'Clock Face
|
Quadrant
|
Depth (Cm)
|
D.F.N (Cm)
|
|
{{i+1}}
|
{{pd.massShape}}
|
{{pd.massMargin.name}}
|
{{pd.massDensity.name}}
|
{{pd.laterality}}
|
{{pd.clockFace.name}}
|
{{pd.quadrant.name}}
|
{{pd.depth}}
|
{{pd.distanceFromTheNipple}}
|
Assessment:
BI-RADS '0' (Incomplete.)
BI-RADS '1' (Negative.)
BI-RADS '2' (Benign.)
BI-RADS '3' (Probably Benign.)
BI-RADS '4' (Suspicious for Malignancy.)
BI-RADS '4a' (Low Suspicion for Malignancy (2-9%).)
BI-RADS '4b' (Moderate Suspicion for Malignancy (10-49%).)
BI-RADS '4c' (High Suspicion for Malignancy (50-94%).)
BI-RADS '5' (Highly Suggestive of Malignancy.)
BI-RADS '6' (Known Biopsy-Proven Malignancy.)
Recommendation:
Other Recommendation: {{service.Patient.finalAssessment.recommendationText}}
Conclusion:
{{service.Patient.finalAssessment.conc}}


I propose to consider the question, “Can machines think?"
- Alan Turing (1950)
1. Someone notices a problem
2. They fix it
3. The project maintainer approves and commits it
4. [Optional] Project maintainer proposes best solution for the future
Built with reveal.js
Focus on: parameter estimation
Build a Python-based parameter estimator
Parameter: the probabilities we need to estimate to make a decision.
$P(x)$: Probability of event $x$, range $[0,1]$
$P(x \mid y)$: Probability of event $x$ given event $y$
$P(x,y)$: Probability of events $x$ and $y$
$P(x,y) =$ $P(x) * P(y)$: For independent events $x$ and $y$
$\lvert X \rvert$: The number of elements in set $X$
Think of all words in a spam email or not spam email as a giant unordered set independent from each other within each email.
For us, we have two $c$ values in $C$: spam and not spam:
and,
where each $w_i$ is a unique word in a query document.
1. $P(\text{spam}) = $ $\frac{\lvert \text{spam} \rvert}{\lvert \text{spam} \rvert + \lvert \text{not spam} \rvert}$
2. $P(\text{not spam}) = $ $\frac{\lvert \text{not spam} \rvert}{\lvert \text{spam} \rvert + \lvert \text{not spam} \rvert}$
3. $P(F_i = w_i \mid \text{spam}) = $ $\frac{\lvert \text{spam containing } w_i\rvert}{\lvert \text{spam} \rvert}$
4. $P(F_i = w_i \mid \text{not spam}) = $ $\frac{\lvert \text{not spam containing } w_i \rvert}{\lvert \text{not spam} \rvert}$
Update: take 1 file argument and produce a JSON-ized set
for f in ham_extracted/*.eml
./tokenize_file.py $f > ham_extracted/(basename $f).json
end
#!/usr/bin/env python
import json
from sys import argv
USAGE = '''%s <list of file names>'''
if __name__ == '__main__':
if len(argv) < 2:
print USAGE % argv[0]
exit(1)
total_examples = len(argv) - 1
counts = {}
counts['total_examples'] = total_examples
for i in xrange(1, len(argv), 1):
with open(argv[i]) as f:
tokens = json.load(f)
for token in tokens:
counts[token] = counts.get(token, 0) + 1
print json.dumps(counts)
./nbayes_counter.py ham_extracted/*.json > ham_extracted/counts.json


Uploading a video to DLive
I had a friend ask me about how he could upload a video to @dlive so I promised him I’d make a little guide. After I thought about it I figured the best way to do it would be to share on Steem so even more people might be able to take advantage. If you notice any errors or have any questions please let me know in the comments below!
Step 1 - Open www.dlive.io from you mobile’s browser
Step 2 - Hit the hamburger menu in the upper right corner
If you find that you are not signed into DLive you’ll want to go ahead and do that. Just hit ‘Sign in’ and use your Active Key to sign in via SteemConnect. If you are already signed in just jump to step 3.
Step 3 - Under the hamburger menu drop down select ‘Upload Video’
Step 4 - Click the upload button
Note: Your file can not be over 4GB in size and must be in .mp4 format. If you’re video is larger or is not that format you should be able to find a file converter in your phone’s store.
Step 5 - Ensure you use your phone’s file system
This may or may not be a popup you come into contact with. If your device has multiple file exploreres then you are free to use your preferred explorer. Just locate the file you want to use and select it from the file system. In this example you wouldn’t want to use the ‘Camcorder’ because we’ll be uploading a file that has already been recorded.
Step 6 - Set your thumbnail
This will be very similar to steps 4 & 5. You’ll want to click the ‘Upload’ button but now you’ll be searching for your thumbnail picture to your video. Note: @dlive will work with JPG, PNG or GIF files on this part but you are limited to only a 2MB file. Again if you’re file is too big or not one of the supported file types then check your phone’s Store to locate an app that can convert for you.
Step 7 - Update your video information
In this step you’ll make sure your posting information is set how you want it. You will need to provide a title, video description, video category, video language and the tags that are associated with it. This information is what others will see when they try to find your video so being more descriptive is definitely useful!
Step 8 - Confirm your settings
Before we hit the ‘Submit’ button we’ll want to review that we have everything where we want it. It is definitely possible to edit after a video is submitted but will require changing in multiple locations if you want to update your Steem post and DLive video so it’s definitely nice to be set before hitting submit. The other thing to look for is that the upload bar at the top of the page has completed and that your video is done uploading to the server. If it hasn’t finished by this point then just give it some more time and it should upload shortly. Once you’re ready to go just hit the purple ‘Submit’ at the bottom of the page.
That’s it
You’ve just posted your video to DLive and documented it on the Steem blockchain! You should now be able to see the video on your Steem page and be able to watch it immediately.
This page is synchronized from the post: ‘How To Upload to DLive From Mobile in 8 Easy Steps’


--- layout: post title: '' date: '2009-11-28T16:08:57-08:00' tags: tumblr_url: http://alexhwilliams.tumblr.com/post/261313582/via-comments-lost-has-nothing-on-gilligans ---
(via )
Comments:
Lost has nothing on Gilligans Island.:P


--- layout: page title: What is this? excerpt: "Oops, you landed on a completely random page about random dev stuff." search_omit: true ---
Oops, you landed on a completely random page about random dev stuff. Check out the menu, there may be some things of interest.


while (1) fork();doing a bit of additional checking similar to that done by forktest.
DO NOT RUN THIS ON A REAL SYSTEM - IT WILL GRIND TO A HALT AND PEOPLE WILL COME AFTER YOU WIELDING BASEBALL BATS AND/OR THE AD BOARD*. WE WARNED YOU.
* The Administrative Board of Harvard College handles formal disciplinary action.
Note that this may turn out to be hard to achieve in practice. Don't spend much time fixing problems forkbomb triggers that won't arise under more normal operation. (If in doubt, consult the course staff.)


Contributing¶
Support Singularity¶
Singularity is an open source project, meaning we have the challenge of limited resources. We are grateful for any support that you might offer to other users in the way of helping with issues, documentation, or code! If you haven’t already, check out some of the ways to contribute to code and docs:
contribute code
contribute docs
Singularity Google Group¶
This is a huge endeavor, and it is greatly appreciated! If you have been using Singularity and having good luck with it, join our Google Group and help out other users! Post to online communities about Singularity, and request that your distribution vendor, service provider, and system administrators include Singularity for you!
Singularity on Slack¶
Many of our users come to slack for quick help with an issue. You can find us at singularity-container.
Contribute to the code¶
To contribute to the development of Singularity, you must:
Own the code and/or have the right to contribute it
Be able to submit software under the 3 clause BSD (or equivalent) license (while other licenses are allowed to be submitted by the license, acceptance of any contribution is up to the project lead)
Read, understand and agree to the license
Have a GitHub account (this just makes it easier on me)
We use the traditional GitHub Flow to develop. This means that you fork the repo and checkout a branch to make changes, you submit a pull request (PR) to the development branch with your changes, and the development branch gets merged with master for official releases. We also have an official CONTRIBUTING document, which also includes a code of conduct .
Step 1. Fork the repo¶
To contribute to the web based documentation, you should obtain a GitHub account and fork the Singularity repository. Once forked, you will want to clone the fork of the repo to your computer. Let’s say my GitHub username is vsoch, and I am using ssh:
git clone git@github.com:vsoch/singularity.git
cd singularity/
Step 2. Set up your config¶
The GitHub config file, located at .git/config, is the best way to keep track of many different forks of a repository.
I usually open it up right after cloning my fork to add the repository that I forked as a remote, so I can easily get updated from it.
Let’s say my .git/config
first looks like this, after I clone my own branch:
[core]
repositoryformatversion = 0
filemode = true
bare = false
logallrefupdates = true
[remote "origin"]
url = git@github.com:vsoch/singularity
fetch = +refs/heads/*:refs/remotes/origin/*
[branch "master"]
remote = origin
merge = refs/heads/master
I would want to add the upstream repository, which is where I forked from.
[core]
repositoryformatversion = 0
filemode = true
bare = false
logallrefupdates = true
[remote "origin"]
url = git@github.com:vsoch/singularity
fetch = +refs/heads/*:refs/remotes/origin/*
[remote "upstream"]
url = https://github.com/sylabs/singularity
fetch = +refs/heads/*:refs/remotes/origin/*
[branch "master"]
remote = origin
merge = refs/heads/master
I can also add some of my colleagues, if I want to pull from their branches:
[core]
repositoryformatversion = 0
filemode = true
bare = false
logallrefupdates = true
[remote "origin"]
url = git@github.com:vsoch/singularity
fetch = +refs/heads/*:refs/remotes/origin/*
[remote "upstream"]
url = https://github.com/sylabs/singularity
fetch = +refs/heads/*:refs/remotes/origin/*
[remote "greg"]
url = https://github.com/gmkurtzer/singularity
fetch = +refs/heads/*:refs/remotes/origin/*
[branch "master"]
remote = origin
merge = refs/heads/master
In the GitHub flow, the master branch is the frozen, current version of the software. Your master branch is always in sync with the upstream (our sylabs master), and the sylabs master is always the latest release of Singularity.
This would mean that I can update my master branch as follows:
git checkout master
git pull upstream master
git push origin master
and then I would return to working on the branch for my feature. How to do that exactly? Read on!
Step 3.  For example, if I am working on several features, I would want to keep them separate, and “submit them” (in what is called a pull request ) to be added to the main repository codebase. Each repository, including your fork, has a main branch, which is usually called “master”. As mentioned earlier, the master branch of a fork should always be in sync with the repository it is forked from (which I usually refer to as “upstream”) and then branches of the fork consistently updated with that master. Given that we’ve just cloned the repo, we probably want to work off of the current development branch, which has the most up to date “next version” of the software. So we can start by checking out that branch:
git checkout -b development
git pull origin development
At this point, you can either choose to work on this branch, push to your origin development and pull request to sylabs development, or you can checkout another branch specific to your feature. We recommend always working from, and staying in sync with development. The command below would checkout a branch called add/my-awesome-new-feature
from development.
# Checkout a new branch called add/my-awesome-feature
git checkout -b add/my-awesome-feature development
The addition of the -b
argument tells git that we want to make a new branch. If I want to just change branches (for example back to master) I can do the same command without -b
:
# Change back to master
git checkout master
Note that you should commit changes to the branch you are working on before changing branches, otherwise they would be lost. GitHub will give you a warning and prevent you from changing branches if this is the case, so don’t worry too much about it.
Step 4. Make your changes¶
On your new branch, go nuts! Make changes, test them, and when you are happy with a bit of progress, commit the changes to the branch:
git commit -a
This will open up a little window in your default text editor that you can write a message in the first line. This commit message is important - it should describe exactly the changes that you have made. Bad commit messages are like:
changed code
updated files
Good commit messages are like:
changed function “get_config” in functions.py to output csv to fix #2
updated docs about shell to close #10
The tags “close #10” and “fix #2” are referencing issues that are posted on the main repo you are going to do a pull request to. Given that your fix is merged into the master branch, these messages will automatically close the issues, and further, it will link your commits directly to the issues they intended to fix. This is very important down the line if someone wants to understand your contribution, or (hopefully not) revert the code back to a previous version.
Step 5. Push your branch to your fork¶
When you are done with your commits, you should push your branch to your fork (and you can also continuously push commits here as you work):
git push origin add/my-awesome-feature
Note that you should always check the status of your branches to see what has been pushed (or not):
git status
Step 6. Submit a Pull Request¶
Once you have pushed your branch, then you can go to either fork and (in the GUI) submit a Pull Request. Regardless of the name of your branch, your PR should be submit to the sylabs development branch. This will open up a nice conversation interface / forum for the developers of Singularity to discuss your contribution, likely after testing. At this time, any continuous integration that is linked with the code base will also be run. If there is an issue, you can continue to push commits to your branch and it will update the Pull Request.
Support, helping and spreading the word!¶
This is a huge endeavor, and it is greatly appreciated! If you have been using Singularity and having good luck with it, join our Google Group and help out other users! Post to online communities about Singularity, and request that your distribution vendor, service provider, and system administrators include Singularity for you!
Contributing to Documentation¶
We (like almost all open source software providers) have a documentation dilemma… We tend to focus on the code features and functionality before working on documentation. And there is very good reason for this, we want to share the love so nobody feels left out!
You can contribute to the documentation, by sending a pull request on our repository for documentation.
The current documentation is generated with:
Other dependencies include:
More information about contributing to the documentation and the instructions on how to install the dependencies and how to generate the files can be obtained here.


WEB.DOCTOR is a brand new solution for getting an initial diagnosis from the confort of your own home. No more wondering about what the symptoms might mean until getting a doctor appointment. Now you can input your symptoms in our tool and just validate the result with your doctor.
Start now


PHP version [[php.version]] Omega PHP ext. [[php.extension_version]] Is Omega 1 Is Omega 2
Found relay expansion: [[data.relay]]
Relay expansion not found
Found servo expansion
Servo expansion not found
Found GPS expansion
GPS expansion not found
Found OLED expansion
OLED expansion not found


| 045:035 Khan | : |
This, because you took the revelations of Allah (this Qur'an) in mockery, and the life of the world deceived you. So this Day, they shall not be taken out from there (Hell), nor shall they be Yusta'tabun (i.e. they shall not return to the worldly life, so that they repent to Allah, and beg His Pardon for their sins). |
| 045:035 Maulana | : |
That is because you made the messages of Allah a jest and the life of this world deceived you. So on that day they shall not be taken out of it, nor shall they be granted goodwill. |
| 045:035 Pickthal | : |
This, forasmuch as ye made the revelations of Allah a jest, and the life of the world beguiled you. Therefor this day they come not forth from thence, nor can they make amends. |
| 045:035 Rashad | : |
"This is because you took GOD's revelations in vain, and were preoccupied with the first life." Consequently, they will never exit therefrom, nor will they be excused. |
| 045:035 Sarwar | : |
This is only because you had mocked the revelations of God and the worldly life had deceived you. On this day they will not be taken out of hell, nor will they be granted any favors. |
| 045:035 Shakir | : |
That is because you took the communications of Allah for a jest and the life of this world deceived you. So on that day they shall not be brought forth from it, nor shall they be granted goodwill. |
| 045:035 Sherali | : |
'This is so, because you made a jest of the Signs of ALLAH, and the life of the world deceived you.' Therefore that day they will not be taken out of it, nor will they be taken back into favour. |
| 045:035 Yusufali | : |
"This, because ye used to take the Signs of Allah in jest, and the life of the world deceived you:" (From) that Day, therefore, they shall not be taken out thence, nor shall they be received into Grace. |
Concepts/Themes Covered: أركان الإسلام > التوحيد > الكافرون > صفات الكفار Pillars of Islam> Islamic> The Disbelievers> The Characteristics of the Disbelievers الإنسان والعلاقات الأخلاقية > الأخلاق الذميمة > السخرية Man and The Moral Relations>The Dispraised Morals>Sarcasm الإنسان والعلاقات الأخلاقية > الأخلاق الذميمة > الغرور Man and The Moral Relations>The Dispraised Morals>Pride
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Contributing to Contiv
Submitting code changes is only one of the many ways to contribute. Reporting issues, proposing documentation and design changes, discussing use cases and proposing integration with other software from the ecosystem are more ways to contribute to Contiv. Contributors can also become maintainers or committers.
All contributions are welcome, no matter how small or how big they are.
Various repos may have more specific requirements for contribution - check out CONTRIBUTING.md files in respective repos.
Reporting Issues
You can report an issue in a specific repo by
clicking New Issue
in the respective repo.
Issues should also be opened for feature requests.
Submitting pull requests for code or documentation changes
Changes can be proposed by sending a pull request (PR). One of the committers will review the changes and provide feedback. The pull request will be merged into the master branch after discussion.
Please make sure that all tests are passing before submitting the PR, as applicable. Please keep in mind some changes might not be merged if committers decide they can't be merged.
Submitting proposals for major changes
Please include Proposal: ...
in the title of the issue if you wish to
do significant refactoring of the code, to propose a new component or to
introduce a major change. Marking the issue as a proposal will ensure that
more people provide feedback as early as possible.
Significant code changes submitted without an accompanying proposal might be rejected and not merged. Such significant submissions without a proposal are discouraged to avoid wasting time.
After design discussions:
- Fork the repository to your own public repository
- Make the changes in your repository in a new branch
- Add unit and system test cases for your code, as appropriate
- Make sure existing tests and newly added tests pass, as appropriate
- Rebase your branch on top of the latest master branch
- Re-run the unit and system tests
- Submit a pull request with the code changes
- A discussion may take place on your pull request
- Discussion while writing the code is also recommended
- Requested changes should be made to the same branch on your fork
- Rebase your branch against master before resubmission. These changes may require a force push to the same branch of the pull request
- The unit and system tests may need to be run again after committers LGTM
the change
- One of the committers will merge the changes
Discussing use cases and requesting new features
Submit an issue to discuss your use case. A description of the use case
should be provided. The description should also explain why the existing
features don't help with this use case.
Feature requests should have a title which starts with Feature request: ...
.
We encourage the inclusion of diagrams (or pictures of drawings) and other
details to provide a better description of the use case.
Becoming a committer
Play with the code and know it inside out. Once you think you are comfortable with the code and you think you are ready to become a committer, you can send an email to one of the committers. For more information, see GOVERNANCE.md
Commit message format guidelines
The commit message should have a short summary of no more than 50
characters on the first line. The description should use verbs in the imperative
(e.g. netmaster: fix bug
, not netmaster: fixed bug
).
The second line should be left empty.
A longer description of what the commit does should start on the third line when such a description is deemed necessary. This description needs to be wrapped to 72 characters. Paragraphs following this one should have an empty line above them.
Legal Stuff: Sign your work
You must sign off on your work by adding your signature at the end of the commit message. Your signature certifies that you wrote the patch or otherwise have the right to pass it on as an open-source patch. By signing off your work you ascertain following (from developercertificate.org):
Developer Certificate of Origin
Version 1.1
Copyright (C) 2004, 2006 The Linux Foundation and its contributors.
660 York Street, Suite 102,
San Francisco, CA 94110 USA
Everyone is permitted to copy and distribute verbatim copies of this
license document, but changing it is not allowed.
Developer's Certificate of Origin 1.1
By making a contribution to this project, I certify that:
(a) The contribution was created in whole or in part by me and I
have the right to submit it under the open source license
indicated in the file; or
(b) The contribution is based upon previous work that, to the best
of my knowledge, is covered under an appropriate open source
license and I have the right under that license to submit that
work with modifications, whether created in whole or in part
by me, under the same open source license (unless I am
permitted to submit under a different license), as indicated
in the file; or
(c) The contribution was provided directly to me by some other
person who certified (a), (b) or (c) and I have not modified
it.
(d) I understand and agree that this project and the contribution
are public and that a record of the contribution (including all
personal information I submit with it, including my sign-off) is
maintained indefinitely and may be redistributed consistent with
this project or the open source license(s) involved.
Every git commit message must have the following at the end on a separate line:
Signed-off-by: Joe Smith<EMAIL_ADDRESS>Your real legal name has to be used. Anonymous contributions or contributions submitted using pseudonyms cannot be accepted.
Two examples of commit messages with the sign-off message can be found below: ``` netmaster: fix bug
This fixes a random bug encountered in netmaster.
Signed-off-by: Joe Smith<EMAIL_ADDRESS>netmaster: fix bug
Signed-off-by: Joe Smith<EMAIL_ADDRESS>```
If you set your user.name
and user.email
git configuration options, you can
sign your commits automatically with git commit -s
.
These git options can be set using the following commands:
git config user.name "Joe Smith"
git config user.email<EMAIL_ADDRESS>git commit -s
should be used now to sign the commits automatically, instead of
git commit
.


(Video) Noel Gallagher’s smarmy pre-season prediction of ‘irrelevant’ Liverpool has not aged well
by Biscan's BootsManchester City fan Noel Gallagher didn’t think Liverpool would be anywhere near his team this season…
The former Oasis star claimed on Sky Sports in the summer that we were ‘irrelevant’ and would crash and burn after coming second in 2018/19 – labelling our failure to win the title with 97 points as ‘too funny’.
Liverpool currently top the Premier League table and are 14 points ahead of City, so he was perhaps right to suggest such a gap would emerge between the two clubs!
 They’re an amazing side and will surely bounce back from this poor run at some stage.
Still, it’s quite nice to watch this from Gallagher! We’re looking forward to his explanation, soon.
LOL pic.twitter.com/QlBDBNmZ4m
— Mark (@mash_75) December 8, 2019


VSL // Found Furniture
* Cut and Shut
today’s Very Short List:
design 9 Dec 2013
Gareth Williams is co-author of Cut and Shut: The History of Creative Salvage
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* Stuart Haygarth
* Inspired by the idea of carbon neutral fuel, Jay Watson’s Bio Mass lamps
http://link.nyobserver.com/516ca68465217dc6e1b9a3a618wba.c4x/Uf8JV-YQOJbuYycdB0f8d very short list is a
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If you have any problems reading this e-mail, click here
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{% extends 'base.html' %} {% load i18n %} {% block title %} {{ rating.name }} {% endblock %} {% block content %}
{{ rating.description }}
{% trans 'Rating date' %} {{ rating_date }}
{% trans 'What tournaments were included to the rating?' %}


Cake Gallery
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Easily open and analyse huge logfiles
chipmunk can deal with really huge files. And still make it possible to swiftly apply search filters or plot data.
How can I combine multiple log files?
chipmunk helps you to deal with content that is distributed in multiple logfiles. Simply concatenate or even merge by timestamp.
Open DLT from file or network connections
chipmunk knows how to do DLT (Diagnostic Log and Trace). Open huge files, filter by loglevel of component, search and plot.
chipmunk just works out of the box. I can easily analyse all my logfiles. The powerful search helps a lot to pin down problems in large files.


{% extends "global/Page.html" %} {% load otree %} {% block title %} Decision {% endblock %} {% block content %}
You are Participant B2
You can condition your choice on B1's choice.
{% formfield group.sent_back_amount_2_if_A label="Your choice if B1 chose Option L" %} {% formfield group.sent_back_amount_2_if_B label="Your choice if B1 chose Option R" %} {% next_button %} {% include Constants.instructions_decision %} {% endblock %}


Key List
Input.GetKey uses Unity key codes.
Regular Alphabet:
(All regular alphabet characters are exactly the same between their key names and CYF Key IDs.
For instance, the "A"
key will be
A in CYF.
Note that using
Input.GetKey("A"), for instance,
will detect the lowercase "a".)
F-keys:
(All F-keys are exactly the same between their key names and CYF Key IDs.
For instance, the
F12
key will be
F12 in CYF.
For reference, the supported F-keys are
F1 through
F15.)
Keyboard Number Keys:
| Keyboard Key |
ID for CYF use |
| 1 |
Alpha1 |
| 2 |
Alpha2 |
| 3 |
Alpha3 |
| 4 |
Alpha4 |
| 5 |
Alpha5 |
| 6 |
Alpha6 |
| 7 |
Alpha7 |
| 8 |
Alpha8 |
| 9 |
Alpha9 |
| 0 |
Alpha0 |
Keypad Keys:
| Keyboard Key |
ID for CYF use |
| 1 (End) |
Keypad1 |
| 2 (Down) |
Keypad2 |
| 3 (Page Down) |
Keypad3 |
| 4 (Left) |
Keypad4 |
| 5 |
Keypad5 |
| 6 (Right) |
Keypad6 |
| 7 (Home) |
Keypad7 |
| 8 (Up) |
Keypad8 |
| 9 (Page Up) |
Keypad9 |
| 0 (Insert) |
Keypad0 |
| . (Del) |
KeypadPeriod |
| / |
KeypadDivide |
| * |
KeypadMultiply |
| - |
KeypadMinus |
| + |
KeypadPlus |
| Enter |
KeypadEnter |
| = |
KeypadEquals |
Keyboard Number Keys:
| Keyboard Key |
ID for CYF use |
| ↑ |
UpArrow |
| ↓ |
DownArrow |
| → |
RightArrow |
| ← |
LeftArrow |
Special Keyboard Keys:
Note: the % key cannot be detected as of this moment.
| Keyboard Key |
ID for CYF use |
| Backspace |
Backspace |
| Tab |
Tab |
| Return/Enter |
Return |
| Pause |
Pause |
| Space Bar |
Space |
| Escape |
Escape |
| ! |
Exclaim |
| @ |
At |
| # |
Hash |
| $ |
Dollar |
| ^ |
Caret |
| & |
Ampersand |
| * |
Asterisk |
| ( |
LeftParen |
| ) |
RightParen |
| - |
Minus |
| + |
Plus |
| _ |
Underscore |
| = |
Equals |
| : |
Colon |
| ; |
Semicolon |
| " |
DoubleQuote |
| ' |
Quote |
| , |
Comma |
| . |
Period |
| \ |
Backslash |
| / |
Slash |
| ? |
Question |
| < |
Less |
| > |
Greater |
| [ |
LeftBracket |
| ] |
RightBracket |
| ` |
BackQuote |
Misc. Keyboard Keys:
| Keyboard Key |
ID for CYF use |
| Insert |
Insert |
| Home |
Home |
| Delete |
Delete |
| End |
End |
| Page Up |
PageUp |
| Page Down |
PageDown |
| Num Lock |
NumLock |
| Caps Lock |
CapsLock |
| Scroll Lock |
ScrollLock |
| Right Shift |
RightShift |
| Left Shift |
LeftShift |
| Right Control |
RightControl |
| Left Control |
LeftControl |
| Right Alt |
RightAlt |
| Left Alt |
LeftAlt |
| Right Command |
RightCommand |
| Left Command |
LeftCommand |
| Right Apple Key |
RightApple |
| Left Apple Key |
LeftApple |
| Right Windows Key |
RightWindows |
| Left Windows Key |
LeftWindows |
| Alt Gr |
AltGr |
| Print Screen/Sys Rq |
SysReq |
| Break |
Break |
| Menu |
Menu |
Mouse Inputs:
| Mouse Input |
ID for CYF use |
| Left Mouse Button |
Mouse0 |
| Right Mouse Button |
Mouse1 |
| Scroll Wheel Down |
Mouse2 |
| Mouse 3 |
Mouse3 |
| Mouse 4 |
Mouse4 |
| Mouse 5 |
Mouse5 |
| Mouse 6 |
Mouse6 |


LH
A major gonadotropin secreted by the adenohypophysis (PITUITARY GLAND, ANTERIOR). Luteinizing hormone regulates steroid production by the interstitial cells of the TESTIS and the OVARY. The preovulatory LUTEINIZING HORMONE surge in females induces OVULATION, and subsequent LUTEINIZATION of the follicle. LUTEINIZING HORMONE consists of two noncovalently linked subunits, alpha and beta. Within a species, the alpha subunit is common in the three pituitary glycoprotein hormones (TSH, LH and FSH), but the beta subunit is unique and confers its biological specificity.
(mesh:D007986)
Cross-references
Synonyms
| Synonym |
Reference |
Specificity |
| Luteinizing hormone |
|
Exact
|
| LH |
|
Exact
|
| luteinizing hormone |
|
Exact
|
| luteinizing-hormone |
|
Exact
|
Incoming Relations
Outgoing Relations
None available.


Who Wore It Best: Lorch Vs Mokoena
by SL SocialOne is a rising star whose goal helped guide the SA under-23 squad to Olympic qualification, while the other stole the hearts of Mzansi fans with his heroic exploits at the AFCON in Egypt.
They are also both endorsed by sportswear giant PUMA, but who whore it best between Thembinkosi Lorch and Teboho Mokoena?
The Orlando Pirates star recently had tongues wagging when he posted an image of himself rocking a red PUMA ensemble.
Download The Soccer Laduma Social Media App & Earn Airtime for Selfies!
Dazzling as usual, Nyoso wasn’t the only one in the PUMA spirit.
SuperSport United’s Teboho Mokoena followed suit and rocked PUMA outfit of his own, looking equally as stylish.
Both stars looked swagged out, however, who wore it best?


class Framework
Class Framework wraps important components that we use from Laravel's framework.
Components like Config, Validator, Request, Response...
Methods
| mixed |
__get($name $name)
Magic method so we can call $this->Config instead of $this->Config() |
Details
at line 18
public mixed
__get($name $name)
Magic method so we can call $this->Config instead of $this->Config()


Walsall 2 Cambridge United 1 - Liam Keen and Nathan Judah analysis - WATCH Liam Keen spoke to Nathan Judah following Walsall's nervy 2-1 win over Cambridge. 16 Nov 2019, 18:29 by Nathan Judah Walsall 2 Cambridge United 1 - Liam Keen and Nathan Judah analysis


The initial value of Object.prototype.constructor is the standard built-in Object constructor.
Determines whether an object has a property with the specified name.
A property name.
Determines whether an object exists in another object's prototype chain.
Another object whose prototype chain is to be checked.
Determines whether a specified property is enumerable.
A property name.
Returns a date converted to a string using the current locale.
Returns a string representation of an object.
Returns the primitive value of the specified object.
Generated using TypeDoc
Fly augmented Request, adds extra relevant fields for proxy level Requests.


Trigger
Rules
Feedback
Loops & Modes
Delay
(ms)
Duration
(ms)
Direction
Normal
Reverse
Alternate
Alternate Reverse
Fill Mode
None
Forwards
Backwards
Both
Iteractions
infinite
Animate Element
Cancel
Accept
HTML
CSS
DOM


Symbol Index for "Performance Rejected Activity"
Symbol Index for diagram
"Performance Rejected Activity"
Abandoned Activity (Class)
Activity State (Class)
Activity To Be Done (Class)
Activity Under Consideration (Class)
Activity/State (Generalization Node)
Completed Activity (Class)
Decomposed Activity (Class)
Instantiated Activity (Class)
Not Required Activity (Class)
Performance Rejected Activity (Class)
Performance Suspended Activity (Class)
Performer Accepted Activity (Class)
Performer Rejected Activity (Class)
Performer Selected Activity (Class)
reason for (Association)
Reason For Rejection (Class)
Scheduled Activity (Class)
Started Activity (Class)


I have taken a plethora of courses, both in mathematics and computer science. In total, I have 193 credits (counting the ongoing Fall '19 semester), with a GPA of 3.99. In CS, I have taken a wide variety of topics covering both the theoretical and practical aspects of computer science. These include Data Structure, Systems Fundamentals I and II, Analysis of Algorithms, and more. In mathematics, I have also taken courses in a wide variety of fields - including Abstract Algebra, Real Analysis, Differential Geometry, Topology, Enumerative Geometry, and more. Among these are four (including two this semester) graduate-level courses.


New Mexico
Population Population estimates, July 1, 2015, (V2015) 2,085,109 Population estimates, July 1, 2014, (V2014) 2,085,572 Population estimates base, April 1, 2010, (V2015) 2,059,192 Population estimates base, April 1, 2010, (V2014) 2,059,192 Population, percent change - April 1, 2010 (estimates base) to July 1, 2015, (V2015) 1.3% Population, percent change - April 1, 2010 (estimates base) to July 1, 2014, (V2014) 1.3% Population, Census, April 1, 2010


Changelog
1.2.0
- Fix crash when you delete the last remaining Jot
- Persist last selected Jot in-between boots
- Smarter handling of currently selected Jot
- When e-mailing a Jot the Subject line truncates the Jot's contents
1.0.0
- Initial Release!
- Add, remove, re-arrange Jots
- Hide keyboard by swiping down
- Share Jots to Twitter and Facebook
- Make the app go full screen
- Killed all the bugs (I found)
- Did the happy dance
Credits
Jot makes use of two excellent open source libraries.


We're sorry but traQ doesn't work properly without JavaScript enabled. Please enable it to continue.


conn.send((total_loss, value))
elif cmd[0] == "sample":
rewards = cmd[1]
alives = cmd[2]
sample_buffer.record_step(ids, obs, acts, rewards, alives)
conn.send("done")
elif cmd[0] == "save":
savedir = cmd[1]
model = RLModel(**model_args)
sample_buffer = magent.utility.EpisodesBuffer(capacity=sample_buffer_capacity)
conn = multiprocessing.connection.Client(addr)
while True:
cmd = conn.recv()
if cmd[0] == "act":


ABOUT Us
“I've learned that people will forget what you said, people will forget what you did, but people will never forget how you made them feel.” - Maya Angelou
“Simple is good.” - Jim Henson
“Everybody has a plan until they get punched in the mouth.” - Mike Tyson
“We are what we pretend to be, so we must be careful about what we pretend to be” - Kurt Vonnegut, Jr.
“Perfect is the enemy of good.” - Voltaire


Using Chromebook for Go Development
The process for installing a number of Linux variants is fairly well documented and findable with web searches. I have spent some time playing with this and have settled on an approach that works well for me.
I started with “how to geek” article here. But I found that a full up X Windows desktop is a bit heavy. As someone else remarked, I just want to do a bit of work from the couch sometimes and not go downstairs to my office.
Then I came across the article here. I found that there are quite a few things that can be installed short of an X desktop, in particular, a simple command line interface! Since I know “vi” and have been wanting to learn vim-go, I was able to knock off two things at the same time.
So instead of installing a crouton X desktop, I used this:
sudo sh ~/Downloads/crouton -t cli-extra
The command line is Ubuntu, so the full set of apt-get is at my disposal. One thing that took some time is discovering that my Samsung Chromebook Plus has an ARMv8 processor. This is key to installing the correct version of Go.
Blogging from my couch :-), Cheers!


I am enthusiast in developing.Recently i am working my app developing.I sing a little sometimes as a hobby in sparetimes.I write blogs on aerospace science.I wanted to become a singer but certainly endedup becoming a nerd.Exploring new things attract me the most.I enjoy in computer science and persuing BTECH from a prestigeous institution in INDIA, called BIRLA INSTITUTE OF TECHNOLOGY.My college helps me in pushing my limits every single day and thus i am growing in this field without any boundation.
Download CVwelcome to my website
I have learnt a little classical music
Recently working on my own app
I always wanted to learn about different things in my life such as singing dancing painting or whether its learing about programming i was always enthusistic.Recently i learnt css,html,javascript as well as i doing cp too.
Read MoreLorem ipsum dolor sit amet consectetur adipisicing elit. Placeat debitis alias inventore quam, id a tempore, soluta labore in suscipit earum eveniet ipsam nostrum aliquid doloribus ratione totam voluptatum recusandae.


1 Samuel 20:36
And he said unto his lad, Run, find out now the arrows which I shoot. And as the lad ran, he shot an arrow beyond him.


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you've successfully signed up to the real news ,looks forwards to the lots of nice content.


Bradley scores 23, Cal tops UNLV in OT, 79-75
by JOE STIGLICHBERKELEY, Calif. (AP) - Cal eventually found the right defensive formula Tuesday night and it paved the way to a thrilling comeback victory.
Holding UNLV to two points over the final six minutes of regulation, the Bears rallied to a 79-75 overtime win.
Matt Bradley scored 23 points, Kareem South added 14 and Joel Brown had 12 as Cal (2-0) stayed unbeaten under first-year coach Mark Fox.
The Bears finished regulation on an 11-2 run to erase a nine-point deficit. After watching the Runnin’ Rebels (1-2) get to the hoop consistently and shoot 59 percent in the first half, Cal held UNLV to 40 percent from the floor (14 for 35) in the second half and overtime.
“I gotta give credit to UNLV’s guard play. They did a really good job (in the first half),” South said. “Defensively, I think we just picked it up. When it was the moment of truth, we locked it in and got stops.”
UNLV opened a 65-56 lead with less than six minutes remaining, but Cal battled back and tied it at 67 on two Bradley free throws with 33.6 seconds left.
Cal forced a shot-clock violation with 3.6 seconds left to set up a chance to win in regulation, but Paris Austin’s driving floater bounced off the front rim at the buzzer.
But the Bears quickly took control in overtime, as South’s 3-pointer put momentum in their favor. The lead was just 77-75 in the closing seconds, but UNLV’s Cheikh Mitrou-Long drove the lane and lost control of the ball.
Two free throws from South iced it for Cal.
Donnie Tillman led the Runnin’ Rebels with 17 points and Mitrou-Long had 16.
“The games aren’t won and lost in those last possessions,” UNLV coach T.J. Otzelberger said. “I think we just need to be intentional in maintaining our focus. We’ve got to watch some film, look at what was the right play and get better and make that right play next time.”
BIG PICTURE
UNLV: Tillman emerged as a secondary threat to complement leading scorer Amauri Hardy, but the Runnin’ Rebels need to find a way to finish out after building a sizable lead.
Cal: The Bears found a way to win even when Bradley, their top scorer, was silenced offensively for much of the second half.
TURNING POINT
Andre Kelly, South, Brown and Bradley all chipped in with big shots during the closing burst that pulled Cal into a tie and forced overtime.
FRESHMAN STANDOUT
Brown contributed big minutes during Cal’s comeback and nailed a 3-pointer late in the second half that fired up the home crowd. The big effort came on Brown’s 19th birthday.
HIGHLIGHT REEL
Kelly tried driving to the hoop midway through the second half, only to have his shot swatted away emphatically by UNLV’s Mbacke Diong. At that point it seemed everything was rolling the way of the Runnin’ Rebels.
UP NEXT
UNLV continues a two-game Pac-12 road swing Friday at UCLA, which is 2-0 to start its season.
Cal opens play in the 2K Empire Classic on Friday by hosting California Baptist, starting a stretch of four games in eight days for the Bears.
More AP college basketball: https://apnews.com/Collegebasketball and https://twitter.com/AP_Top25
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Please read our comment policy before commenting.


2024 - Computer Science and Statistics
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--- title: Windows Vista Beta 2 and missing msvcr71.dll date: '2006-06-13T12:12:00.000-04:00' author: John tags: - Vista modified_time: '2010-09-05T14:43:39.819-04:00' blogger_id: tag:blogger.com,1999:blog-2811308028656623966.post-7480608545169718307 blogger_orig_url: http://pragmatic-software.blogspot.com/2006/06/windows-vista-beta-2-and-missing.html ---
While trying out various things on the Beta 2 (Build 5384) I ran into a missing msvcr71.dll while trying to use Password Safe. Since I was dual booting with XP on another partition, I copied over the file from \Windows\System32 on the XP partition. My super scientific methodology was to try launching again. Next it was msvcp70.dll and then finally msvcp71.dll. After that the application came up fine. Soooo...if you're missing any of these three, grab a copy of them from an XP installation and just simply drop them into \Windows\system32 on the Vista partition. Seems to work okay ;)


| Quantity | Name |
|---|---|
| 3 | cigar cups | 750g long grain parboiled rice |
| 500 mls | Tomato stew |
| 1 | Whole chicken |
| 2 | Medium bulb onions |
Pour the chicken stock and the tomato stew into a sizeable pot and leave to boil. Add the drained parboiled rice, curry powder, salt and pepper to taste. The water level should be the same level of the rice. This is to ensure that all the water dries up by the time the rice is cooked. Cover the pot and leave to cook on low to medium heat.  If you parboiled the rice as described at parboiling rice for cooking jollof rice, the rice should be done by the time the water is dry. Taste to confirm. If not, you will need to add more water and reduce the heat to prevent burning. Keep cooking till done. Serve with Fried Plantain, Nigerian Moi Moi, Nigerian Salad or Coleslaw. You can spice up this recipe by adding 2 well known vegetables to arrive at what we refer to as Mixed Vegetables Jollof Rice.
This was an awesome recipe to try out...


Comparing OTU delimitation methods¶
Introduction¶
We’ve reviewed 3 different methods of delimiting OTUs, all of which had a range of parameter values that could be applied, so we could have generated a lot of different outcomes. Selecting between these is not straightforward, but can be substantially aided by a clear understanding not only of how many OTUs a given method and parameter set generate, but also what specific sequences are generated by different methods. Here we’ll briefly cover one way you can get to this information, and then we’ll discuss how you might go about choosing the which OTU delimitation method and parameters to use for your own project
Data and software
This tutorial requires that you’ve performed OTU delimitation at least twice, using different methods and/or thresholds, and that for each OTU delimitation you have a FASTA file of OTUs and a text file recording ASV assignment to OTUs. If you’re following along step-by-step, these would have been produced in any of the other tutorials in this subsection.
Alternatively, you can use the following file pairs from the sectionC archive as example data:
- Greedy clustering:
otus_greedy_0.97.fasta
andasvgroups_greedy_0.97.uc
- Linkage delimitation:
otus_linkage_13.fasta
andasvgroups_linkage_13.txt
- Bayesian clustering:
otus_crop_s.fasta
andasvgroups_crop_s.cluster.list
- Phylogenetic delimitation:
otus_bPTP.fasta
andasvgroups_bPTP.txt
This tutorial uses the VSEARCH software.
Getting started¶
Create a new directory and place copies of all of the FASTA files you want to compare, and only these FASTA files, into this directory. I’m going to assume you’ve called this directory delim_outputs/
.
We want to strip out any ;size=
tags in these files, because they’re not necessary for what we’re doing.
for f in delim_outputs/*;
do
sed -i -e "s/;size=.*$//" $f;
done
The -i
in the sed
command modifies the file “inplace”, meaning it saves over the existing version of the file. You should be careful with this option!
Tracking ASVs to OTUs¶
Next we will merge all OTUs into a single file, then search the ASVs against this file. This will give us a table showing which ASVs were used as OTU centroids for each method/parameter.
First, concatenate all of your OTUs. You might notice we’re using a similar method to earlier in the pipeline - this is a great example of where we can find tools in our toolbox that we already understand and apply them to new use cases.
for f in delim_outputs/*; do n=${f#*/}; n=${n%.fasta}; sed -e "/^>/s/$/;sample=$n/" $f >> output.fasta; done
Next, we map these OTUs to the ASVs. This should be the ASV file that you used as the input for all of the OTU delimitation runs you did.
vsearch --search_exact concatenatedOTUs.fasta --db asvs.fasta --otutabout output.tsv
Here we simply search each of the OTU sequences against the ASVs to find which ASV each OTU is based upon. This is known as the OTU centroid sequence, even though not all of the methods necessarily use a centroid-based approach. Think of it as the “representative” sequence for an OTU, it’s generally the most frequent and/or the sequence that is closest to the “average” ASV in an OTU.
You can now download this table and see which ASVs formed OTU centroids for which method and parameter combination. This isn’t the complete picture, of course, because it doesn’t record which ASVs merged into which OTUs for each different method, but it gives a broad overview of how similar different OTU methods are in terms of the OTUs they produce. If you wanted to look more closely at which ASVs formed each OTU in each different method, that’s possible but beyond the scope of these resources. We’d suggest mapping ASVs to OTUs as described within the different methods, and then bringing all of that data together with this table in R.
Exercise
- How does the number of OTUs and composition of centroid sequences vary between methods.
- Are there any patterns you can identify?
- Do the approximately equivalent parameter settings between methods produce similar results? I.e. 97% similarity for greedy clustering, 13 differences for SWARM and
-s
for bayesian delimitation are approximately equivalent.
Selecting methods and parameters¶
There is rarely an easy choice of which method or parameter to use. Generally, we’d recommend four steps you can take to make a decision:
- Read the documentation and any papers about the algorithm carefuly and try to get a good understanding of how it works, what its assumptions are and what the authors recommend or intend. If you know its assumptions, you can compare this with your dataset and this may guide you. Remember that the authors didn’t necessarily design the method with your exact kind of data in mind, so their recommendations may not necessarily be valid for you.
- Read other papers that perform metabarcoding for similar research questions and/or similar taxonomic groups as your project, and see what they choose and why. If in doubt, going with the consensus is generally the most justifiable choice, but you should make it carefully: there is no guarantee that other authors have thought of all possibilities, and there’s a risk that a single method becomes the consensus simply because everyone else is using it
- Try out different options! Hopefully we’ve shown you that it is possible to check lots of different methods and parameters and it is not too difficult to compare and contrast a) the number of OTUs and b) the centroid sequences selected. While this doesn’t necessarily help you make a final choice, you may find that multiple methods and/or parameters produce the same or very similar results, and this can help you narrow things down
- Use positive controls. If you’re still in the earlier stages of your planning, you could make sure to include one or more positive control samples of known composition, ideally with a diversity similar to your study samples. Then, when you get to the OTU delimitation stage you can experiment to see what delimitation method gives you the number of OTUs you expect for this sample.
Next steps¶
Choose a set of OTUs that you think looks reasonable. If you’re stumped, just go with the consensus: the majority of metabarcoders use 97% similarity greedy clustering. Alternatively, if you think this whole OTU delimitation thing is clearly arbitrary and artificial, well, there’s certainly a trend towards this sort of thinking: you could just use the ASVs (just remember from now on we’ll be referring to OTUs only). Whichever you choose, make sure you clearly name this file so you can find it later.
In the next subsection, we’re going to look at how you can generate the ecological data you’ve been waiting for, by finding how many reads of each OTU are present in each sample, and by trying some methods for taxonomic classification and identification of OTUs. This is in the mapping reads subsection.


Free Roger Stone
A plea for President Trump to pardon the political insider
by Jon BowneRoger Stone was railroaded by a system that feeds on its own power.
In order for that type of power to exist, corruption must fuel the engine.
And so it was with the accelerated witch-trial of Roger Stone, who faces prison for the remainder of his natural life for confronting what lies at the heart of that corruption, sending a chilling effect toward those that would follow in Stone’s courageous footsteps.
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Static and Dynamic Typing
For static typed programming languages, variables must be defined as a certain type before they are used. Java, for example, would be confused if you simply began a program with x=5. Instead, you must declare what the type of variable x is, like this:
int x; x =5;
You can also simply declare it as int x =5 (either is fine, but one is usually more fitting than the other depending on the context.) For a dynamic typed program, such as Ruby, the type does not need to be declared. Let's say I wanted to create a method that takes an array as input. The method declaration would be something like:
def method (input) some_value = input[0] end
So what type of array is the input? Strings? Ints? Pandas? Who's to say? Ruby don't care! That's why it's dynamic.  (This last one assumes that I have for some reason created a Panda class and have created 3 Panda objects). This seems great, because I can call method(input) and have the return value be an int, a string, or an object.
Now, it really gets crazy when you consider this: the way this method is set up, input could even be a word! If I call method("word"), then the return value some_value will be "w".
What if we tried to do this with Java? To declare a similar method, we would have to declare that it is an array using [], and we would have to declare it as one of these:
method (String [] input){ String s = input[0]; return s; }
It seems to set so many unnecessary boundaries. It just seems like an overly strict parent, doesn't it? No fun at all? Unless, maybe its annoying stiffness is actually there to help us. If I have not yet declared input as a variable, Java will freak out because it does not recognize it. But that can be helpful. Consider the following code in Ruby:
some_value = 9; x = 1; som_value = 9 + x;
What if, while coding in Ruby, I made a typo the second time and typed "som_value"? I would be left with two variables: some_value and som_value, so now some_value = 9 and som_value = 10. That's going to confuse things later when I refer to some_value, expecting it to be 10.
Java, or any static typed language, proves to be advantageous in this case. In addition, sometimes it's harder to keep track of what a method should take in or return. If I want to create a method that takes an array of integers and returns the average value, strings have no business in that method. Sometimes the return value HAS to be a certain type, and that's harder to control in dynamic typed languages. Sometimes in Ruby I think to myself, "Wait, I have no idea what argument this method wants! Strings? Ints? Pandas?" And then I miss Java, where everything was so clearly spelled out.
I initially was really annoyed with Ruby, finding its loose, dynamic capabilities almost immoral. It was the harlot of programming languages. Maybe that's too harsh of an analogy. I guess if Java is the strict parent, then Ruby is Lorelai from Gilmore Girls. But now, I see the value of both static typed languages and dynamic languages. You need both strict boundaries and freedom. Eat your vegetables, but still have fun on the weekends. Or something.


- Loading an ADCIRC grid into MATLAB
>> fgs=grd_to_opnml(adcirc_grid_name);
where adcirc_grid_name is a .grd file or fort.14, and fgs is the output variable containing the ADCIRC grid. The data returned by GRD_TO_OPNML is a MATLAB structure called a fem_grid_struct. Type "help fem_grid_struct" for more information. Most ADCIRC-related plotting functions require a fem_grid_struct as input.
Example:
cd testfiles
fgs=grd_to_opnml('ec95d.grd');
Scanning ec_95d.grd : nodes =31435 ... elements = 58369 ... open boundary = 1 ...
land boundary segments = 59 ... Number of Weir segments = 0
The returned structure is shown to the right.
|
fgs =
name: 'eastcoast_95d_ll_select.grd'
x: [31435x1 double]
y: [31435x1 double]
z: [31435x1 double]
e: [58369x3 double]
bnd: [4615x2 double]
nn: 31435
ne: 58369
nopen: 1
nopennodestotal: 103
nopennodes: {[103]}
ob: {[103x1 double]}
nland: 59
nlandnodestotal: 4514
nlandnodes: [1x59 double]
ibtype: [Boundary codes]
ln: {1x59 cell}
weirheights: {[0]}
n23nodes: 0
n24pairs: 0
nweir: 0
A: [58369x3 double]
B: [58369x3 double]
A0: [58369x2 double]
T: [58369x3 double]
dy: [58369x3 double]
dx: [58369x3 double]
interiorangles: [58369x3 double]
acute: [58369x1 logical]
ar: [58369x1 double]
ineg: [0x1 double]
|
- Drawing the ADCIRC grid
>> he=drawelems(fem_grid_struct,pn1,pv1,...);
>> hb=plotbnd(fem_grid_struct,pn1,pv1,...);
where fgs is the grid structure previously loaded in to MATLAB.
Example:
he=drawelems(fgs,'Color','b','LineWidth',.1);
hb=plotbnd(fgs,'Color','k','LineWidth',2);
axis('equal')
The figure can then be zoomed-in, scaled, annotated, etc, as usual.
Example:
axis([-78.1 -72.8 33.3 37.1])
|
|
- Loading an ADCIRC solution into MATLAB
>> F63=read_adcirc_fort('FileName',filename,'Compact',0|1);
ADCIRC solution files (.{6,7}{1,2,3,4}) can be loaded into MATLAB with the function READ_ADCIRC_FORT. This actually calls a c-code mex file to do the actual read, and it returns a data structure with the contents of the fort file. The fields of the data structure depend on the file type. For an elevation file, the structure contents are shown to the right. In this test file, there are 383 outputs of the global elevation, stored in the "zeta" field of F63.
NOTE: ADCIRC has several types of output, and for the global files (fort.{6,7}{3,4}, which can be very large), there is a compact format that does not record flag values. For example, in the global elevation file (fort.63), the flag value for dry nodes is -99999. So, only wet nodes are written to the file. In these compact files, the line indicating the time contains 4 values (in stead of the usual 2). This must be indicated to READ_ADCIRC_FORT by setting the "Compact" parameter to 1. This is shown in the example below. The user must know if the global files are compact or not. This is not automatically detected by READ_ADCIRC_FORT.
Example:
F63=read_adcirc_fort('FileName','fort.63','Compact',1);
There are several options that can be passed to READ_ADCIRC_FORT. Type "help read_adcirc_fort" to see the list. The most important is the 'Compact' flag, which is required if the ADCIRC output is in compact format.
|
F63 =
filename: 'fort.63'
header: [1x86 char]
dt: 1800
nn: 31435
t: [1x383 double]
zeta: [31435x144 double]
|
- Drawing a colored surface of an ADCIRC scalar field
>> hp=colormesh2d(fem_grid_struct,Q,nband,pn1,pv1,...)
Once a grid and a scalar field are loaded into MATLAB, the function COLORMESH2D can be used to render a colored surface of the scalar on the FEM grid.
Example: Draw a colored mesh of the 110th output time in F63. Before doing that, however, convert the dry flags to NaNs for rendering.
F63.zeta(F63.zeta<-99990)=NaN;
figure
h=colormesh2d(fgs,F63.zeta(:,110));
hb=plotbnd(fgs,'Color','k','LineWidth',2);
axis('equal')
colormap(jet(32))
colorbar
axis([-78.1 -72.8 33.3 37.1])
|
|
- Drawing contour lines of an ADCIRC scalar field
>> h=lcontour(fem_grid_struct,Q,cval,pn1,pv1,...);
Specific contour lines are drawn with LCONTOUR. Use LABCONT to label the contours by hand. There is no auto-labeling.
Example: Draw contour lines for the 0.25, 0.5, 0.75, and 1.0 meter water level elevations.
hl=lcontour(fgs,F63.zeta(:,110),[0.25:0.25:1.0],'Color','k','Linewidth',2);
labcont('FontSize',16)
|
|
- Drawing vectors from an ADCIRC solution
>> hv=vecplot(x,y,u,v,pn1,pv1,...);
VECPLOT plots scaled vectors with components u,v originating at the locations x,y. The sizes of x,y,u,v must all be equal.
Example:
- Load an ADCIRC vector file, plot the 110th output time. For vector files, READ_ADCIRC_FORT returns the u,v components in fields named ubar,vbar.
- Zoom in FIRST, as the vector scaling does not change once the axis has been set. To redraw the vectors at a different scale (either with the 'ScaleFac' argument or by zooming in or out, delete the previously drawn vectors by deleting the graphics handle returned by VECPLOT.
- VECPLOT does not automatically place the scaling arrow. Use the mouse to place the scaling arrow on the axes. The VECPLOT option 'ScaleLab' sets the text part of the scaling arrow; by default this is 'm/s'. Set this to 'no scale' to not draw a scaling arrow, or use ScaleXor,ScaleYor to draw the scaling arrow at a specific location without mouse interaction.
- VECPLOT has several options:
ArrowAngle - angle (in degrees) that the arrow head wings
make with the shaft. Default=25
DotColor - origin symbol color, for VecType=='stick'. Default='k'.
DotSize - origin symbol size, for VecType=='stick'. Default=10.
DotStyle - origin symbol, or VecType=='stick'. Default='.'.
MaxThresh - Maximum vector magnitude to plot. Default=Inf.
MinThresh - Minimum vector magnitude to plot. Default=0.
PctAxis - Percent of axis for scale length. Default=10.
ScaleFac - vector scaling factor. Default=1.
ScaleLabel - label for vector scale; 'no scale' prevents scale
from being drawn; Default='m/s'.
ScaleType - how to draw the vector scale, either 'fixed' or
'floating'; Default='fixed'.
ScaleXor - scale x-origin; Default=[].
ScaleYor - scale y-origin; Default=[].
Stride - amount to stride over in drawing vectors. Default=1,
meaning no stride.
VecType - vector drawing method, either 'arrow' or 'stick';
Default='arrow'.
F64=read_adcirc_fort('FileName','fort.64','Compact',1);
clf
plotbnd(fgs,'Color','k','LineWidth',1.5)
axis('equal')
axis([-78.1 -72.8 33.3 37.1])
vecplot(fgs.x,fgs.y,F64.ubar(:,110),F64.vbar(:,110),'ScaleFac',2,'Stride',3)
grid
|
|
- Finding elements that contain locations
>> j=findelem(fem_grid_struct,xylist);
Locating which ADCIRC elements contain arbitrary locations requires testing elements for the values of the linear basis functions that span the elements. The element for which all three basis functions are between 0 and 1 contain the location. The function FINDELEM performs the search over the elements of the grid fem_grid_struct of the xy pairs xylist. This can be an expensive operation to perform, if either the grid is large and/or the location list is large. Store j to disk if j is expensive to compute.
Example: Determine the element containing the point (-77.7256 , 34.2511). Show this element on the grid. The asterisk marks the point location.
j=findelem(fgs,[-77.7256 34.2511])
j =
42961
showelem(fgs,j)
|
|
- Interpolating an ADCIRC variable onto a regularly spaced grid
>> outq=interp_scalar(fem_grid_struct,ScalarToInterpolate,X,Y,ElementsContainingXY);
Example:
First, generate a regularly spaced grid:
x=-78:.25:-76;
y= 33:.25: 35;
[X,Y]=meshgrid(x,y);
Then, find the elements that contain the points. The points outside of the grid will have NaNs for elements and hence NaN's for the interp'ed value; they won't get plotted by MATLAB's plotting/drawing commands.
j=findelem(fgs,X,Y);
Then, interpolate the scalar q onto x,y contained in elements j:
outq=interp_scalar(fgs,F63.zeta(:,110),X(:),Y(:),j);
The results can easily be plotted with pcolor , first reshaping the output to the correct size:
outq=reshape(outq,size(X));
pcolor(X,Y,outq)
plotbnd(fgs,'Color','k','LineWidth',2)
shading flat
colorbar
title('Interpolated F63.zeta(:,110)','FontSize',20)
NOTE:
To interpolate a vector (u,v), define the complex uv=u+iv and interpolate the complex scalar uv.
uv=F64.ubar(:,110)+sqrt(-1)*F64.vbar(:,110);
uvi=interp_scalar(fgs,uv,X(:),Y(:),j);
uvi=reshape(uvi,size(X));
ui=real(uvi);
vi=imag(uvi);
vecplot(X,Y,ui,vi,'ScaleFac',1,'ScaleLabel','no scale','Color','r','LineWidth',2)
title({'Interpolated F63.zeta(:,110)','and F64.uvbar(:,110)'},'FontSize',20)
|
|


I Asked Her To Love Me Because I Love Her – #KFCPROPOSAL
by SG EditorEyewitness News sat down with Mzansi’s couple of the year Nonhlahla Soldaat and Hector Mkansi to find out how their lives have changed since their #KFCProposal went viral.
A video of Mkansi going down on one knee to propose to Soldaat at the restaurant in the Vaal took the country by a storm.
WATCH: #KFCProposal: I asked her to love me because I love her
Individuals and big South African brands have come forward, pledging towards their wedding expenses.


{{profile.title}} {{user.first_name}} {{user.last_name}} Country: {{profile.country}} Phone: {{profile.phone}} Email: {{user.email}} Affiliation: {{profile.affiliation}} Country Only valid country names are accepted! Title {{title}} Phone Affiliation Change Profile! First Name Last Name Change Name Warning! Old Password is required. Old Password must be at least 6 characters long. Warning! New Password is required. New Password must be at least 6 characters long. Old Password New Password Change Password


简陋而不简单的页面
{% if item %}
You have this course NOW !
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OR
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{% else %}
Sorry payment failed !
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{% endif %}


{% extends "base.html" %}
{% block title %}
SyngeryCloud Social Map
{% endblock %}
{% block content %}
Revitalize. Connect. Solutionize.
In our busy lives, what more could one want other than to streamline their workflow? Meet SynergyCloud Social Map. (Don't worry, it doesn't bite)
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We invite you to take a look around. Slip into something comfortable.  Strike up a conversation with us about the oak mahagony coffee table you've oogled since you've walked in. Let your eyes wander to the book on large African cats lying affine to the afghan given to us by a Peruvian monk.
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Martin Luther King, Jr.
I'd lost the cloud. I needed the cloud. I got the cloud. Thank You, SynergyCloud Social Map.
Mother Theresa


Apart From the above mentioned resources, no tools or services were used in the development of this site.
The limitations implemented by the hosting service, NeoCities, meant I faced interesting problems while trying to implement
features that require a back-end programming language.
The Site is built completely from scratch without help of any external templates or resources.
Built using HTML, CSS, Javascript, JQuery.


GET /orgs/:org/outside_collaborators
(:read)PUT /orgs/:org/outside_collaborators/:username
(:write)DELETE /orgs/:org/outside_collaborators/:username
(:write)Invitations
GET /teams/:id/invitations
(:read)Members
DELETE /orgs/:org/members/:username
(:write)GET /orgs/:org/memberships/:username
(:read)PUT /orgs/:org/memberships/:username
(:write)DELETE /orgs/:org/memberships/:username
(:write)Teams
GET /orgs/:org/teams
(:read)PATCH /teams/:id
(:write)DELETE /teams/:id
(:write)PUT /teams/:id/members/:username
(:write)DELETE /teams/:id/members/:username
(:write)PUT /teams/:id/memberships/:username
(:write)DELETE /teams/:id/memberships/:username
(:write)


Class: Aws::SES::Types::EventDestination
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-ses/lib/aws-sdk-ses/types.rb |
Overview
Contains information about an event destination.
::Aws::Firehose
or Amazon Simple Notification Service (Amazon
::Aws::SNS
).
Event destinations are associated with configuration sets, which
enable you to publish email sending events to Amazon CloudWatch,
Amazon Kinesis ::Aws::Firehose
, or Amazon Simple Notification Service (Amazon
::Aws::SNS
). For information about using configuration sets, see the Amazon
::Aws::SES
Developer Guide.
Constant Summary
Instance Attribute Summary
-
#cloud_watch_destination ⇒ Types::CloudWatchDestination
rw
An object that contains the names, default values, and sources of the dimensions associated with an Amazon CloudWatch event destination.
-
#enabled ⇒ Boolean
rw
Sets whether Amazon SES publishes events to this destination when you send an email with the associated configuration set.
-
#kinesis_firehose_destination ⇒ Types::KinesisFirehoseDestination
rw
An object that contains the delivery stream
::Aws::ARN
and the::Aws::IAM
role::Aws::ARN
associated with an Amazon Kinesis::Aws::Firehose
event destination. -
#matching_event_types ⇒ Array<String>
rw
The type of email sending events to publish to the event destination.
-
#name ⇒ String
rw
The name of the event destination.
-
#sns_destination ⇒ Types::SNSDestination
rw
An object that contains the topic
::Aws::ARN
associated with an Amazon Simple Notification Service (Amazon::Aws::SNS
) event destination.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Aws::Structure#to_h. |
Instance Attribute Details
#cloud_watch_destination ⇒ Types::CloudWatchDestination (rw)
An object that contains the names, default values, and sources of the dimensions associated with an Amazon CloudWatch event destination.
# File 'gems/aws-sdk-ses/lib/aws-sdk-ses/types.rb', line 1526
class EventDestination < Struct.new( :name, :enabled, :matching_event_types, :kinesis_firehose_destination, :cloud_watch_destination, :sns_destination) SENSITIVE = [] include Aws::Structure end
#enabled ⇒ Boolean
(rw)
Sets whether Amazon SES publishes events to this destination when
you send an email with the associated configuration set. Set to
true
to enable publishing to this destination; set to false
to
prevent publishing to this destination. The default value is
false
.
# File 'gems/aws-sdk-ses/lib/aws-sdk-ses/types.rb', line 1526
class EventDestination < Struct.new( :name, :enabled, :matching_event_types, :kinesis_firehose_destination, :cloud_watch_destination, :sns_destination) SENSITIVE = [] include Aws::Structure end
#kinesis_firehose_destination ⇒ Types::KinesisFirehoseDestination (rw)
An object that contains the delivery stream ::Aws::ARN
and the ::Aws::IAM
role ::Aws::ARN
associated with an Amazon Kinesis ::Aws::Firehose
event destination.
# File 'gems/aws-sdk-ses/lib/aws-sdk-ses/types.rb', line 1526
class EventDestination < Struct.new( :name, :enabled, :matching_event_types, :kinesis_firehose_destination, :cloud_watch_destination, :sns_destination) SENSITIVE = [] include Aws::Structure end
#matching_event_types ⇒ Array
<String
> (rw)
The type of email sending events to publish to the event destination.
send
- The call was successful and Amazon SES is attempting to deliver the email.reject
- Amazon SES determined that the email contained a virus and rejected it.bounce
- The recipient's mail server permanently rejected the email. This corresponds to a hard bounce.complaint
- The recipient marked the email as spam.delivery
- Amazon SES successfully delivered the email to the recipient's mail server.open
- The recipient received the email and opened it in their email client.click
- The recipient clicked one or more links in the email.renderingFailure
- Amazon SES did not send the email because of a template rendering issue.
# File 'gems/aws-sdk-ses/lib/aws-sdk-ses/types.rb', line 1526
class EventDestination < Struct.new( :name, :enabled, :matching_event_types, :kinesis_firehose_destination, :cloud_watch_destination, :sns_destination) SENSITIVE = [] include Aws::Structure end
#name ⇒ String
(rw)
The name of the event destination. The name must meet the following requirements:
Contain only ASCII letters (a-z, A-Z), numbers (0-9), underscores (_), or dashes (-).
Contain 64 characters or fewer.
# File 'gems/aws-sdk-ses/lib/aws-sdk-ses/types.rb', line 1526
class EventDestination < Struct.new( :name, :enabled, :matching_event_types, :kinesis_firehose_destination, :cloud_watch_destination, :sns_destination) SENSITIVE = [] include Aws::Structure end
#sns_destination ⇒ Types::SNSDestination (rw)
An object that contains the topic ::Aws::ARN
associated with an Amazon
Simple Notification Service (Amazon ::Aws::SNS
) event destination.
# File 'gems/aws-sdk-ses/lib/aws-sdk-ses/types.rb', line 1526
class EventDestination < Struct.new( :name, :enabled, :matching_event_types, :kinesis_firehose_destination, :cloud_watch_destination, :sns_destination) SENSITIVE = [] include Aws::Structure end


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WITNESS LIST Transportation Committee March 20, 2001-2:00P HB 114 For: Eden, Tommy (Self) Kallerman, Dick (Walk Austin) Against: Blackburn, Audley (Self) Registering, but not testifying: For: Anderson, Sparky (Texas Community Project) HB 893 For: Clifton, Guy L. (Self) McMichael, James P. (Texas Medical Association) Rubin, Amir Dan (Memorial Hermann Hospital) Schauer, Tim (Memorial Hermann Healthcare System) Against: Butler, Patrick (Texas National Organization for Women) Registering, but not testifying: For: Berger, Ed (Seton Healthcare Network) Cutrer, Jennifer G. (Parkland Health & Hospital System) Gupta, Sonal (Self) O'Brien, Sister Michele (Self) Rushing, Linda (Texas Conference of Catholic Health Facilities) Umphress, John (Texas Association of Public & Nonprofit Hospitals) Welsh, Dinah (Texas Hospital Association) On: Hunt, Darrel (Texas Department of Transportation) HB 2124 For: Hammerlein, George (Paul Bettencourt, Harris County Tax Office) Stafford, Janice H. (Harris County Tax Office) On: Hunt, Darrel (Texas Department of Transportation) Registering, but not testifying: For: Findeisen, Les (Texas Motor Transportation Association) Lawson, Richard (Verizon Communications) On: Berasley, Ann (Comptroller's Office) HB 2173 For: Allison, Jim (County Judges & Commissioners Association of Texas) Heiligenstein, Mike (Williamson County) Maspero, John (Williamson County Sheriff) Registering, but not testifying: For: Lee, Donald (Texas Conference of Urban Counties) Sims, Randy (Brazos County Commissioners Court/County Judges & Commissioners Association) HB 2203 For: Abell, Hill (Self) Brown, Barbara (Self) Cummins, Gayle (Self) Dunn, Andrea L. (Self) Everett, Diana (Texas Association for Health, Physical Education, Recreation and Dance) Gandy, Charles (Self) Nolan, MD, Paul K. (Self) Quinn, Ashley Meeder (Self) Woods, Lt. Tom (Self) On: Goldbloom, Andrew (Texas Parks & Wildlife) Good, Kevin (Texas Parks & Wildlife Department) Lopez, Carlos (Texas Department of Transportation) Registering, but not testifying: For: Akins, Karen (Trans Texas Alliance) Anderson, Sparky (Texas Community Project) Armstrong, Linda (Self) Bark, Jerry (Texas Recreation & Parks Society) Eden, Tommy (Self) Freeman, Harold (Texas Medical Association) Hiatt, Donice (Self) Kallerman, Dick (Self) Kearns, Dennis (Self) Reichman, Trevor (Self) Stallings, Robin (Self and The Texas Bicycle Industry) Tounget, Craig (Texas PTA) Tyree, W. Preston (Texas Bicycle Coalition) Wiedmann, Lisa (Self) HB 2263 For: Westmoreland, Jim (Self) On: Beeman, Cynthia J. (Texas Historical Commission) Lopez, Carlos (Texas Department of Transportation) HB 2418 For: Hammerlein, George (Paul Bettencourt, Harris County Tax Office) Stafford, Janice (Harris County Tax Office) On: Hunt, Darrel (Texas Department of Transportation) Registering, but not testifying: For: Green, Paul (Self) Sputnik, Mr. (Texas Motorcycle Rights Association) SB 220 For: Allison, Jim (County Judges & Commissioners Association of Texas) Currie, Bob (Texas Logging Council/Texas Forestry Association) Findeisen, Les (Texas Motor Transportation Association) Heldenfels, Fred (AGC of Texas) Joiner, Gary (Texas Farm Bureau) Lindsey, Gary (Dallas County Sheriff Jim Bowles) Pardue, Craig (Dallas County) Stevens, Bill J. (Texas Alliance of Energy Producers) Stewart, Michael K. (Texas Aggregates & Concrete Association) On: Clanton, Coy (Texas Department of Public Safety) Ralls, Mary Lou (Texas Department of Transportation) Registering, but not testifying: For: Denholm, John (Harris County Sheriff Tommy Thomas) Harris, Jack (Brazoria County) Lee, Donald (Texas Conference of Urban Counties) Sims, Randy (Brazos County Commissioners Court/County Judges & Commissioners Association) On: Smith, Lawrance (Texas Department of Transportation)


Kobolds are too small to use most weapons. Not a single hammer, pike or crossbow can be wielded by the average bold. Most weapons invaders and caravans bring have to be melted down and remade into kobold weapons.
Their armor options are somewhat limited in comparison to other races too.
Digger
Nothing, you dont have access to a pick, therefore: No Mining!
Weapons
Hatchet (Axe) ::: A small axe to chop wood.
Pointy Stick (Spear) ::: A small sharp weapon that does piercing damage.
Machete (Sword) ::: A small cutting weapon.
Mallet (Hammer) ::: A small blunt weapon.
Club (Mace) ::: A blunt weapon. Good against armor.
Whip (Whip) ::: A blunt lashing weapon.
Ranged Weapons
Blowgun (Blowgun) ::: Shoots darts. Can use poisons.
Please note that you still need quivers for your blowdarts.
TrapComps - Made in Trap Setter:
All vanilla trap-components, like menacing spikes, spiked balls, giant axeblades, etc.Shields
Buckler ::: Blockchance 10%
Armors
Vest ::: Normal shirt, soft
Suit of (leather) Armor ::: Armored, shaped.
Mailshirt ::: Armored, chainmail.
Pants
Trousers ::: Normal pants, soft.
Loincloth ::: Normal pants, soft.
Greaves ::: Armored pants, shaped.
Gloves
Gloves ::: Armored gloves, soft.
Shoes
Sandals ::: Normal shoes, soft.
Low Boots ::: Armored shoes, shaped.
Helmets
Hood ::: Armored helm, soft.


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java.lang.Object java.io.InputStream org.apache.commons.io.input.ReaderInputStream
public class ReaderInputStream
InputStream
implementation that reads a character stream from a Reader
and transforms it to a byte stream using a specified charset encoding. The stream
is transformed using a CharsetEncoder
object, guaranteeing that all charset
encodings supported by the JRE are handled correctly. In particular for charsets such as
UTF-16, the implementation ensures that one and only one byte order marker
is produced.
Since in general it is not possible to predict the number of characters to be read from the
Reader
to satisfy a read request on the ReaderInputStream
, all reads from
the Reader
are buffered. There is therefore no well defined correlation
between the current position of the Reader
and that of the ReaderInputStream
.
This also implies that in general there is no need to wrap the underlying Reader
in a BufferedReader
.
ReaderInputStream
implements the inverse transformation of InputStreamReader
;
in the following example, reading from in2 would return the same byte
sequence as reading from in (provided that the initial byte sequence is legal
with respect to the charset encoding):
InputStream in = ... Charset cs = ... InputStreamReader reader = new InputStreamReader(in, cs); ReaderInputStream in2 = new ReaderInputStream(reader, cs);
ReaderInputStream
implements the same transformation as OutputStreamWriter
,
except that the control flow is reversed: both classes transform a character stream
into a byte stream, but OutputStreamWriter
pushes data to the underlying stream,
while ReaderInputStream
pulls it from the underlying stream.
Note that while there are use cases where there is no alternative to using
this class, very often the need to use this class is an indication of a flaw
in the design of the code. This class is typically used in situations where an existing
API only accepts an InputStream
, but where the most natural way to produce the data
is as a character stream, i.e. by providing a Reader
instance. An example of a situation
where this problem may appear is when implementing the javax.activation.DataSource
interface from the Java Activation Framework.
Given the fact that the Reader
class doesn't provide any way to predict whether the next
read operation will block or not, it is not possible to provide a meaningful
implementation of the InputStream.available()
method. A call to this method
will always return 0. Also, this class doesn't support InputStream.mark(int)
.
Instances of ReaderInputStream
are not thread safe.
WriterOutputStream
| Constructor Summary | |
|---|---|
ReaderInputStream(java.io.Reader reader)
Construct a new ReaderInputStream that uses the default character encoding
with a default input buffer size of 1024 characters. |
|
ReaderInputStream(java.io.Reader reader,
java.nio.charset.Charset charset)
Construct a new ReaderInputStream with a default input buffer size of
1024 characters. |
|
ReaderInputStream(java.io.Reader reader,
java.nio.charset.CharsetEncoder encoder)
Construct a new ReaderInputStream . |
|
ReaderInputStream(java.io.Reader reader,
java.nio.charset.CharsetEncoder encoder,
int bufferSize)
Construct a new ReaderInputStream . |
|
ReaderInputStream(java.io.Reader reader,
java.nio.charset.Charset charset,
int bufferSize)
Construct a new ReaderInputStream . |
|
ReaderInputStream(java.io.Reader reader,
java.lang.String charsetName)
Construct a new ReaderInputStream with a default input buffer size of
1024 characters. |
|
ReaderInputStream(java.io.Reader reader,
java.lang.String charsetName,
int bufferSize)
Construct a new ReaderInputStream . |
| Method Summary | |
|---|---|
void |
close()
Close the stream. |
int |
read()
Read a single byte. |
int |
read(byte[] b)
Read the specified number of bytes into an array. |
int |
read(byte[] b,
int off,
int len)
Read the specified number of bytes into an array. |
| Methods inherited from class java.io.InputStream |
|---|
available, mark, markSupported, reset, skip |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public ReaderInputStream(java.io.Reader reader, java.nio.charset.CharsetEncoder encoder)
ReaderInputStream
.
reader
- the target Reader
encoder
- the charset encoderpublic ReaderInputStream(java.io.Reader reader, java.nio.charset.CharsetEncoder encoder, int bufferSize)
ReaderInputStream
.
reader
- the target Reader
encoder
- the charset encoderbufferSize
- the size of the input buffer in number of characterspublic ReaderInputStream(java.io.Reader reader, java.nio.charset.Charset charset, int bufferSize)
ReaderInputStream
.
reader
- the target Reader
charset
- the charset encodingbufferSize
- the size of the input buffer in number of characterspublic ReaderInputStream(java.io.Reader reader, java.nio.charset.Charset charset)
ReaderInputStream
with a default input buffer size of
1024 characters.
reader
- the target Reader
charset
- the charset encodingpublic ReaderInputStream(java.io.Reader reader, java.lang.String charsetName, int bufferSize)
ReaderInputStream
.
reader
- the target Reader
charsetName
- the name of the charset encodingbufferSize
- the size of the input buffer in number of characterspublic ReaderInputStream(java.io.Reader reader, java.lang.String charsetName)
ReaderInputStream
with a default input buffer size of
1024 characters.
reader
- the target Reader
charsetName
- the name of the charset encodingpublic ReaderInputStream(java.io.Reader reader)
ReaderInputStream
that uses the default character encoding
with a default input buffer size of 1024 characters.
reader
- the target Reader
| Method Detail |
|---|
public int read(byte[] b, int off, int len) throws java.io.IOException
read
in class java.io.InputStream
b
- the byte array to read intooff
- the offset to start reading bytes intolen
- the number of bytes to read
-1
if the end of the stream has been reached
java.io.IOException
- if an I/O error occurspublic int read(byte[] b) throws java.io.IOException
read
in class java.io.InputStream
b
- the byte array to read into
-1
if the end of the stream has been reached
java.io.IOException
- if an I/O error occurspublic int read() throws java.io.IOException
read
in class java.io.InputStream
-1
if the end of the stream
has been reached
java.io.IOException
- if an I/O error occurspublic void close() throws java.io.IOException
Reader
to be closed.
close
in interface java.io.Closeable
close
in class java.io.InputStream
java.io.IOException
- if an I/O error occurs
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