Pirate (ARRR) is a cryptocurrency that solves the issue of financial privacy on the blockchain through forced anonymous transactions. Protect your wallet and transactions with Pirate’s completely anonymous network. With forced private transactions, your privacy cannot be compromised by another users’ activity on the network. If you wish to learn more, please join the official Pirate Discord at https://pirate.black/discord/ or message FishyGuts#5085, who will be happy to help out.
100 messages
Before 05-Dec-19 12:00 AM
FishyGuts17-Oct-18 11:46 PM
So yeah. A secured the z9minis to raffle starting next week. Daily entry opportunities.
bishop17-Oct-18 11:47 PM
@FishyGuts Twitter?
ComputerGenie 👴👴👴17-Oct-18 11:49 PM
@FishyGutsToday at 6:45 PM
The powerboat?
Yeah, the pirate equivalent of
when lambo?
1
FishyGuts17-Oct-18 11:58 PM
When eliminator for me.
ComputerGenie 👴👴👴18-Oct-18 12:00 AM
I thought about using a known cigarette class name, but donzi just says "luxury & speed" to me
FishyGuts18-Oct-18 12:02 AM
True. Good call
Hermes18-Oct-18 01:24 AM
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1
1
Flexatron18-Oct-18 02:20 AM
Lmfao
DmanXX18-Oct-18 02:26 AM
Hey guys I bought 777 pirates for 184 kmd now is half the price, am I getting extra pirates , cause that’s kind of not fair, you guys are in control of price so you can change it anytime
bishop18-Oct-18 02:28 AM
@DmanXX What are you talking about? When you decided to send those KMD for that number of pirate, you agreed to that price...
I find it hard to believe the onboarding amount changed mid transfer
DmanXX18-Oct-18 02:30 AM
It did man, it’s just not fair
bishop18-Oct-18 02:30 AM
BTC is in the 6s... it was in close to 20
is that fair?
DmanXX18-Oct-18 02:30 AM
It is different
Btc is controlled by market
bishop18-Oct-18 02:31 AM
pirate is controlled by the market
supply and demand
DmanXX18-Oct-18 02:31 AM
Pirate price is controlled by someone
bishop18-Oct-18 02:32 AM
Excess supply and low demand pushes prices down
If buyers do not pay prevailing rates for the available supply, sellers lower prices until they find buyers
DmanXX18-Oct-18 02:32 AM
Still not fair it is ico
bishop18-Oct-18 02:32 AM
no it is not
discord-9LhDSask4qpuWa4Syh18-Oct-18 02:33 AM
ico ?
DmanXX18-Oct-18 02:33 AM
Pirate is not on market
bishop18-Oct-18 02:33 AM
a market is willing buyers and willing sellers
were you not a willing buyer that paid a seller?
DmanXX18-Oct-18 02:33 AM
You can call it onboard or whatever it is still ico
bishop18-Oct-18 02:34 AM
I think you need to look up the definition of what an ICO really is
DmanXX18-Oct-18 02:34 AM
I bought it from pirate not from someone on exchange
discord-9LhDSask4qpuWa4Syh18-Oct-18 02:34 AM
Price goes down because Nicehash dropped rent price.
bishop18-Oct-18 02:34 AM
Pirate isn't one person
DmanXX18-Oct-18 02:35 AM
I don’t care about definition of ico
discord-9LhDSask4qpuWa4Syh18-Oct-18 02:35 AM
Networkstats: Diff 497.9M | 137.3Msol/sec. I sold at 0.24 KMD with that stats 2 weeks ago(edited)
Flexatron18-Oct-18 02:36 AM
Lmfao again
Just buy more
Its cheap
DmanXX18-Oct-18 02:37 AM
I get it because of nicehash,
Whatever
bishop18-Oct-18 02:37 AM
Pirate is in price discovery mode
Hollowman900018-Oct-18 02:38 AM
>it’s an ICO
>I don’t care what the definition of ICO is
NPCbluescreen.gif
1
1
1
1
DmanXX18-Oct-18 02:38 AM
I love kmd and what they do I stand by them but pirate onboarding is a scam
bishop18-Oct-18 02:39 AM
How do you figure it is a scam?
is this from the same dictionary as your ICO definition
1
Hollowman900018-Oct-18 02:39 AM
If you rent the hash and mine the chain yourself, is it still a scam?
1
DmanXX18-Oct-18 02:39 AM
Dude I bought first kmd 11.64
Went down I don’t have any problem with that, I buy more
bishop18-Oct-18 02:40 AM
so where is the scam coming from?
Hollowman900018-Oct-18 02:40 AM
I bought my first pirate at .165kmd
DmanXX18-Oct-18 02:40 AM
But this is not right
freakbros18-Oct-18 02:40 AM
Wow unreal
bishop18-Oct-18 02:40 AM
... I'm literally speechless
Hollowman900018-Oct-18 02:40 AM
I averaged down yesterday at .115
bishop18-Oct-18 02:40 AM
I'm trying really hard to get dman's point
Hollowman900018-Oct-18 02:43 AM
“Scam” in cryptospace is analogous to “racist” in the political arena, it’s lost all meaning and is used by those who’ve run out of arguments
freakbros18-Oct-18 02:43 AM
I bought way higher than u buddy just have to wait it out Fuckkkkkkkkkkkkkkkk
bishop18-Oct-18 02:44 AM
Diff is legit right now
Bravo Genie.. you big jerkface.
1
1
1
blackjok3r18-Oct-18 02:45 AM
Sold 150k at 0.02 its a scame the price went up
ComputerGenie 👴👴👴18-Oct-18 02:45 AM
@DmanXX You and your silly notions are everything that is wrong with crypto
Flexatron18-Oct-18 02:47 AM
Killing me here guys
discord-9LhDSask4qpuWa4Syh18-Oct-18 02:48 AM
I sold 20k at 0.05, 10k at 0.04, 50k at 0.12 and 100k at 0.24. This is very early market. Keep calm @DmanXX, where are your steel balls!  Arrr!!!
freakbros18-Oct-18 02:48 AM
I would say something nasty but I have to much respect for kmd
ComputerGenie 👴👴👴18-Oct-18 02:48 AM
@bishopToday at 9:44 PM
Diff is legit right now
Bravo Genie.. you big jerkface.
Don't blame me, I backed off by 24M
1
1
Hollowman900018-Oct-18 02:50 AM
Monero is still above us in marketcap, that will change
with this wisdom said, it's time for coffee. good morning.
4
3
3
coiin18-Oct-18 06:04 AM
mmmmmh!
Flexatron18-Oct-18 06:05 AM
5 dorrahhh
polycryptoblog18-Oct-18 06:15 AM
Hehe
0x0318-Oct-18 06:56 AM
i dont have any NH orders for equihash active rn, but does the price adjustment via 'the arrows' from the marketplace view now also jump more than 0.01 down in equihash?
or is that scrypt only?
seems nice however, i think thats new
TonyL18-Oct-18 07:09 AM
Saw rekt stories above - I bought a lot @ 0.24
But averaged bag on 0.11
Cryptoon18-Oct-18 07:12 AM
Hehe its all relative tony, what does it matter if you have time on your side and can wait for 1kmd/arrr
1
Although its better to do 10x than only 4x :p
blackjok3r18-Oct-18 07:31 AM
B bb ut its better to do 1000x
Cryptoon18-Oct-18 07:35 AM
I fear I am a bit late to the party to average down enough for that
jl777c18-Oct-18 07:47 AM
if the onboarding price is not to your taste, buy otc. it is for small amounts anyway, why such a fuss over a few dollars?
i have found complaining is a lot like 1/tech effect, the fewer the coins the louder and more they scream
2
LocoMB18-Oct-18 07:48 AM
ARRR .. damn landlubbers... I<EMAIL_ADDRESS>initially and now averaged down to 0.16 - little butterfingers start puking at the mere sight of that gentle ocean swell...
jl777c18-Oct-18 07:48 AM
if you cant handle a little 50% drop in KMD price, (less in fiat terms), what on earth are you doing buying a brand new coin without any exchange
1
0x0318-Oct-18 07:48 AM
i like the 1/tech term, it describes a lot(edited)
also me at times
jl777c18-Oct-18 07:49 AM
just wait until PIRATE is on CMC and a few exchanges, has saplings and lite wallet with website payments globally
we dont mind if you wait
but if you dive in now, dont whine about market fluctuations


Lang Class
The Lang class allows you to set language variables using language files in your application.
The default language, which is en
, is set in app/config/config.php.
Use the Config set method to change the value.
Config::set('language', 'cy');
You can also define a fallback language in your configuration, which is either a language code, or an array of
language codes. The fallback is used whenever you load a language file, and the file does not exist for the
specified language.
Multi-language support
The Lang class supports multiple languages, which can be used concurrently. By default the currently set language
is used to load files and retrieve language strings, but you can switch this dynamically using the method described
above, or by specifying the required language code in one of the Lang class method calls.
Lang File Types
You can use different file layouts to store your language files. The layout type is determined by the file extension:
-
PHP. The default type. A PHP file should return an array structure.
return array('key' => 'value');
-
INI. See this page for a definition of the ini-file layout.
[group]
key=value
-
YAML. See this page for a definition of the yaml-file layout.
group:
key: value
-
JSON. See this page for a definition of the json-file layout.
{
"group" :
{
"key": "value"
}
}
-
DB. Use the following table structure:
CREATE TABLE IF NOT EXISTS `lang` (
`identifier` char(100) NOT NULL,
`language` char(10) NOT NULL,
`lang` longtext NOT NULL,
`hash` char(13) NOT NULL,
PRIMARY KEY (`identifier`, `language`)
)
By default it will use the table name 'lang'. You can override this by defining your table name in
app/config/config.php
, using the lang.table_name key.
If you don't specify a file type, Lang::load() will default to the 'php' type.
load($file, $group = null, $language = null, $overwrite = false, $reload = false)
The load method allows you to load a language file.
| Static |
Yes |
| Parameters |
| Param |
Default |
Description |
| $file |
required |
The path of the desired file. You can prefix this with a namespace to load a config file from a loaded package or module. |
| $group |
null
|
Sets a language group to be used. |
| $language |
null
|
Sets a specific language to load. |
| $overwrite |
false |
(Optional) If set to true the loaded language items will be merged with the items already loaded in a non-recursive manner, with will overwrite array values in a multidimensional array, rather then merging them. |
| $reload |
false |
(Optional) If set to true a reload of the requested language file is forced, erasing cached language items related to the lang file to be loaded. |
|
| Returns |
void |
| Example |
// Example of a language file:
return array(
'hello' => 'Hello :name',
'something'=> 'something :name!',
'test'=> array('hello' => 'Hello', 'something' => 'Plop') // Group
);
// Loads example.php.
// Note: If no language is set in the config, it will fallback to English.
Lang::load('example');
// Will load the given file into the 'test' group.
Lang::load('example', 'test');
// Outputs Plop
$this->output = Lang::get('test.test.something');
// Will load the example language file from the module 'foo' into the 'bar' group.
Lang::load('foo::example', 'bar');
// Will load the example language file in italian.
// If that doesn't exist, it will load the configured language
Lang::load('foo::example', 'bar', 'it');
|
get($line, $params = array(), $default = null, $language = null)
The get method allows you to get a specific line from the language file.
| Static |
Yes |
| Parameters |
| Param |
Default |
Description |
| $line |
required |
The desired line's identifier. |
| $parameters |
array()
|
Sets an array of parameter that might be passed to the line. |
| $default |
null
|
Value to return if $line could not be found. |
| $language |
null
|
Language code for which this line should be retrieved. If not given the current active language will be used. |
|
| Returns |
mixed. String if found, or false if not found |
| Example |
// Given this lang file
return array('hello' => 'Hello :name');
// Outputs Hello world
$this->output = Lang::get('hello', array('name' => 'world'));
// Outputs Plop
$this->output = Lang::get('test.something');
|
set($line, $value, $group = null, $language = null)
The set method allows you to set a specific line to the language file.
| Static |
Yes |
| Parameters |
| Param |
Default |
Description |
| $line |
required |
The desired line's identifier. |
| $value |
array()
|
Sets the value of the line. |
| $group |
null
|
Sets a language group to be used. |
| $language |
null
|
Language code for which this line should be set. If not given the current active language will be used. |
|
| Returns |
void |
| Example |
// Returns true
Lang::set('hello', 'Ahoy!');
// Using groups
Lang:set('hello', 'Ahoy!', 'test');
// Will also work as above
Lang::load('test', 'test');
Lang::set('hello', 'Ahoy!');
|
save($file, $lang, $language = null)
The save method saves a language file into the system. It searches through the language directories for the requested file
in the requested language. If no existing file is found, the language file is created in the APPPATH lang directory.
| Static |
Yes |
| Parameters |
| Param |
Default |
Description |
| $file |
required |
The path to the config file, relative to the config directory. Do not include the file extension (".php" is assumed). You can prefix this with a namespace to load a config file from a loaded package or module. |
| $lang |
required |
If this is a string, it specifies a group name to save. If it is an array, it is assumed to contain the language strings to be saved. |
| $language |
null |
The language code to save the file too. If not given, it will be saved to whatever the current set language code is. |
|
| Returns |
true if the language file was saved, false if an error occurred |
| Example |
// This loads the "custom" language file in a group named "foo".
Lang::load('custom', 'foo');
// update some language item
Lang::set('foo.key', $value);
// save the updated language group 'foo' (note: it will save everything in that group!)
Lang::save('custom', 'foo');
// save the updated language group 'bar' to the language file 'custom' in the module 'foo'
Lang::save('foo::custom', 'bar');
|
delete($item, $group = null, $language = null)
The delete method allows you to delete a specific line from the loaded language file.
| Static |
Yes |
| Parameters |
| Param |
Default |
Description |
| $item |
required |
The desired line's identifier. |
| $group |
null
|
Sets a language group to be used. |
| $language |
null
|
Language code for which this line should be deleted. If not given the current active language will be used. |
|
| Returns |
void |
| Example |
// delete the 'hello' language key
Lang::delete('hello');
|
Note that this deletes the language item stored in the language class, it does NOT delete it from the language file on disk!
get_lang()
The get_lang method allows you to retrieve currently active language. Typically it will be same as Config::get('language').
| Static |
Yes |
| Parameters |
None |
| Returns |
String with currently active language. |
| Example |
// will return currently active language, most likely 'en'
Lang::get_lang();
|
set_lang($language, $reload = false)
The set_lang method allows you to set the new active language, and optionally
it attempts to reload all language file already loaded for that language.
This will call Config::set('language') to set
the new language globally. Typically it will be used to set or switch to a user configurable language.
| Static |
Yes |
| Parameters |
| Param |
Default |
Description |
| $language |
required |
Language code to set. |
| $reload |
false |
(Optional) If set to true all already loaded language files will be reloaded for the new language set. |
|
| Returns |
Bool indicating success or failure. |
| Example |
// switch to French, and reload all loaded language files
Lang::set_lang('fr', true);
|
Procedural helpers
__($string, $params = array())
The __ function is an alias for Lang::get.
| Parameters |
| Param |
Default |
Description |
| $string |
required |
The desired line's identifier. |
| $parameters |
array()
|
Sets an array of parameter that might be passed to the line. |
|
| Returns |
string, result from Lang::get |
| Example |
// Outputs Hello world
$this->output = __('hello', array('name' => 'world');
// Outputs Plop
$this->output = __('test.something');
|


Do not allow exception details to propagate from your Web applications back to the client. A malicious user could use system-level diagnostic information to learn about your application and probe for weaknesses to exploit in future attacks.
Send detailed error messages to the error log. Send minimal information to the consumer of your service or application, such as a generic error message and custom error log ID that can subsequently be mapped to detailed message in the event logs. Make sure that you do not log passwords or other sensitive data.
Return Generic Error Pages to the Client
The <customErrors> element can be used to configure custom, generic error messages that should be returned to the client in the event of an application exception condition. The error page should include a suitably generic error message, optionally with additional support details. You can also use this element to return different error pages depending on the exception condition.
Make sure that the mode attribute is set to "On" and that you have specified a default redirect page as shown below:
<customErrors mode="On" defaultRedirect="YourErrorPage.htm" />
The defaultRedirect attribute allows you to use a custom error page for your application, which for example might include support contact details.
Do not use mode="Off" because it causes detailed error pages that contain system-level information to be returned to the client.
If you want separate error pages for different types of error, use one or more <error> elements as shown below. In this example, "404 (not found)" errors are redirected to one page, "500 (internal system errors)" are directed to another page, and all other errors are directed to the page specified on the defaultRedirect attribute.
<customErrors mode="On" defaultRedirect="YourErrorPage.htm">
<error statusCode="404" redirect="YourNotFoundPage.htm"/>
<error statusCode="500" redirect="YourInternalErrorPage.htm"/>
</customErrors>
Use a Global Error Handler to Catch Unhandled Exceptions
Make sure that the code includes an application-level global error handler in Global.asax to catch any exceptions that are not handled in code. This can prevent accidentally returning detailed error information to the client. The code should log all exceptions in the event log to record them for tracking and later analysis.
The application should contain code similar to the following:
<%@ Application Language="C#" %>
<%@ Import Namespace="System.Diagnostics" %>
<script language="C#" runat="server">
void Application_Error(object sender, EventArgs e)
{
// Get reference to the source of the exception chain
Exception ex = Server.GetLastError().GetBaseException();
// log the details of the exception and page state to the
// event log.
EventLog.WriteEntry( "My Web Application",
"MESSAGE: " + ex.Message +
"\nSOURCE: " + ex.Source,
EventLogEntryType.Error);
// Optional e-mail or other notification here...
}
</script>
Adapted from Microsoft patterns & practices guidance.


April 6
⸰
8 min read
mnml - An Educational Minimal Computing System
There is something magical about computing. Implementing an educational computing system from scratch provides ample opportunity to dabble in design minimalism. mnml is a virtual stack machine plus an assembler stripped to the bones.
March 22
⸰
8 min read
µ Unit - A unit testing framework for C
I recently came across an article that implemented a minimalist unit testing framework for C. I was working on some C project and in need of a unit testing framework myself. Inspired by this apparent simplicity, I ventured to implement a testing framework of my own.


No! Billy will never give you a single BDK!
wc Sites on linruotian.com:
| Site | Rate |
| mapFO4 | ★★ |
| mapWitcher3 | ★★ |
What Steve wants NOW:
| CDK | Price | Addin Date |
| ￥199 | Gifted! Thank you! | |
| Far Cry Primal | €59.99 | 2015-12-5 |
| iPhone 6S plus | $749 | 2016-1-15 |
No! Billy will never give you a single BDK!
| Site | Rate |
| mapFO4 | ★★ |
| mapWitcher3 | ★★ |
| CDK | Price | Addin Date |
| ￥199 | Gifted! Thank you! | |
| Far Cry Primal | €59.99 | 2015-12-5 |
| iPhone 6S plus | $749 | 2016-1-15 |


IBC: So far, so good
Supreme Court verdict on Essar Steel to boost recovery of money through the evolving insolvency code
by Suresh P IyengarThe Supreme Court verdict on Essar Steel has not only come as a relief to frustrated bankers, but will also boost recovery of money through the ever-evolving Insolvency and Bankruptcy Code.
The Supreme Court on Friday approved the acquisition of the Essar Steel asset by ArcelorMittal India at a transaction value of Rs 42,000 crore against admitted debts of Rs 49,473 crore.
The Essar Steel resolution marks the highest realisation among assets admitted in the first list under the Insolvency and Bankruptcy Code.
The overall default by the 12 large NPA cases admitted for resolution under the IBC in 2017 was about Rs 3.45 lakh crore.
Read also: Essar Steel case: Supreme Court strikes down NCLAT order
Interestingly, in the last two years, banks have managed to resolve only seven cases and recover Rs 1,13,876 crore through the so-called time-bound resolution. The total admitted claim in the seven cases was Rs 2,13,731 crore.
The realisation for banks from the NCLT process in the seven accounts was 53.28 per cent. However, it ranges between a low of 17 per cent for Alok Industries and 85 per cent for Essar Steel.
The recovery would have been abysmally low if not for Essar Steel and the 63 per cent recovery from Bhushan Steel. Tata Steel had paid Rs 35,571 crore of the admitted debt of Rs 56,022 crore of Bhushan Steel.
In a last ditch effort to retain the company, Essar Global Fund and other promoters of Essar Steel had offered a one-shot settlement of Rs 54,389 crore, payable in cash, to clear the admitted dues of all secured, unsecured and operational creditors of Essar Steel. However, the committee of creditors did not take it on record.
In February 2017, the RBI directed banks to refer 12 large NPA cases for resolution to the NCLT. Of the seven resolution processes concluded, the acquisition of Bhushan Power and Steel (BPSL) by JSW Steel is still hanging in the balance, as the latter had sought immunity from criminal proceedings against BPSL promoters.
Invoking the Prevention of Money Laundering Act, the CBI recently attached the BPSL promoters’ assets, including the asset being taken over by JSW Steel. CBI has refused to lift the freeze on sale of the asset despite the NCLAT direction.
The case will come up for hearing again on Monday and ultimately land in the Supreme Court.


Step function plots for both raw and smoothed (monotonic) estimates, the latter by isotonic regression of the raw estimates, of cumulative incidence.
# S3 method for tp.survtmle plot(x, ..., type = c("iso", "raw"), pal = ggsci::scale_color_lancet())
| x | object of class |
|---|---|
| ... | additional arguments passed |
| type |
|
| pal | A |
object of class ggplot
containing a step function plot of the
raw or smoothened point estimates of cumulative incidence across a series
of timepoints of interest.
library(survtmle) set.seed(341796) n <- 100 t_0 <- 10 W <- data.frame(W1 = runif(n), W2 = rbinom(n, 1, 0.5)) A <- rbinom(n, 1, 0.5) T <- rgeom(n, plogis(-4 + W$W1 * W$W2 - A)) + 1 C <- rgeom(n, plogis(-6 + W$W1)) + 1 ftime <- pmin(T, C) ftype <- as.numeric(ftime == T) suppressWarnings( fit <- survtmle( ftime = ftime, ftype = ftype, adjustVars = W, glm.ftime = "I(W1*W2) + trt + t", trt = A, glm.ctime = "W1 + t", method = "hazard", verbose = TRUE, t0 = t_0, maxIter = 2 ) ) tpfit <- timepoints(fit, times = seq_len(t_0)) plot(tpfit)


For men
Is the man
Symptomatic
Asymptomatic
Is there
A Lump
No Lump
Back
Is the lump
Discrete
Diffuse
Back
Do a
US Scan
Back
Is it
Positive Cancer
Negative Cancer
Back
Next step is
Staging
Back
Next step is
Follow Up 6 to 12Months
Back
Then
Care
Back
Are there
Nipple Issues
Small
Oversized
Pain
Asymmetry
Back
Do a
US Scan
Back
Is the result
Positive
Negative
Back
Then
Follow recommendation
Back
Do a
US Scan
Back
Do a
Positive
Negative
Back
Next step is
Hyperplasia
Back
Finally a
Sub cute mastectomy
Back
Is he
Screened
Not Screened
Back
Finally a
Positive
Negative
Back
Do
CBE
Back
Is the result
Positive
Negative
Back
Do a
US Scan
Back


{% extends 'base.html' %} {% load staticfiles %} {% block title %}Disclaimer{% endblock %} {% block main %}
University of California, Irvine
Investigating crowd-sourced transcription methods for handwritten archive databases
Lead Researcher
Kimberly A. Jameson, Associate Project Scientist
Institute for Mathematical Behavioral Sciences
(949) 824-5582;<PHONE_NUMBER>
<EMAIL_ADDRESS>Other Researchers:
Prutha Deshpande, Cognitive Sciences Junior Specialist
Stephanie Chang, Computer Science Undergraduate
Dr. Sergio Gago, Calit2 Research Faculty
Dr. Sean Tauber, IMBS Research Faculty
UCI IRB Registered: 10-21-2015 | HS# 2015-1976


Join Rory. Buy your ticketThe talks at DjangoCon US have always been of high quality. That’s why we send our devs every year. The insights gained have helped us build better software at PonyCorp.
Rory McHenry
Director, Application Development PonyCorp
Join Rory. Buy your ticketThe talks at DjangoCon US have always been of high quality. That’s why we send our devs every year. The insights gained have helped us build better software at PonyCorp.
Rory McHenry
Director, Application Development PonyCorp
Join Rory. Buy your ticketThe talks at DjangoCon US have always been of high quality. That’s why we send our devs every year. The insights gained have helped us build better software at PonyCorp.
Rory McHenry
Director, Application Development PonyCorp


Section 1
Equation 1:
Equation 2:
Equation 3:
Pandoc style equations/references:
As (1) says, ...
Subsection 1.1


The forgotten spying feature: Metasploit's Mic Recording Command - Rapid7
Collection - Empire
Get-MicrophoneAudio.ps1


| DOSE: |
112.5 mg |
oral |
Yohimbe |
(pill / tablet) |
The only reason I wanted to try yohimbe was because a couple of nights ago I partied and drank up a lot and I took this girl back to her dorm.
We had sex 3 times and to my surprise I couldn't keep an erection up, whether it was because of the alcohol or what not. this had never happened before.
I'm a smoker of 2 yrs. as well and they say that smoking makes you impotent.
So I stumbled upon this website and looked up Yohimbe.
I went to [a popular health-food supplement chain] the next day and bought some Yohimbe Active.
I tested it on an empty stomach and to my surprise it started working in less than 30 minutes.
I started getting really hyper and tingly all around. I started to get cold and my skin became a flushed pink color and my eyes became bloodshot.
My mood was more cheery and I wanted to see if my erection would stay up.  It was harder than ever since Yohimbe is supposed to make blood flow more throughout your body. I got a pretty good orgasm from it, but it wasn't super or anything.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


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Emma Murphy, David Hands
"the authors propose that this drive towards participation (and more recently, taking this further – codesign) means the design briefing process has also evolved, from a specification document to a dynamic, non-linear, process, which engages the clients, designer, users and other stakeholders in this age of participation."
"Designers are now framing the problem and developing solutions with
clients and users – and actively involving users throughout
the entire process. This dynamic relationship becomes a trade-off between
the designer’s Expertise in design, the client’s Experience of their
business and indeed the user’s Engagement in the whole process, which the
authors propose as the 3E approach. The whole process makes for a
“mutually-engaging” briefing experience, which enhances participation and
provides a collective learning opportunity."
"We propose that it is the design brief – or rather the design briefing process that has evolved, and adapted and embraced participation, re-defining briefing as a holistic ‘democratic’ activity."
"This view has since evolved to the view of briefing as a process (Phillips, 2004). This process however, is linear, prescriptive and tends not to embrace complexity; focusing This view has since evolved to the view of briefing as a process (Phillips, 2004). This process however, is linear, prescriptive and tends not to embrace complexity; focusing"


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module Make(
I
:
Nonblock_io
)
(
M
:
Message_type
)
:Process
with type message_type = M.t and type 'a io = 'a I.t and type logger = I.logger
Distributed.Process
given a message module M
of type Distributed.Message_type
.| Parameters: |
|
exception Init_more_than_once
Distributed.Process.run_node
is called more than once.exception Empty_matchers
Distributed.Process.receive
is called with an empty matchers list.exception InvalidNode of Distributed.Node_id.t
Distributed.Process.spawn
, Distributed.Process.broadcast
, Distributed.Process.monitor
are called with an invalid node or if Distributed.Process.send
is called with a process which resides on an unknown node.exception Local_only_mode
Distributed.Process.add_remote_node
or Distributed.Process.remove_remote_node
is called on a node that is operating in local only mode.type 'a
t
'a
.type 'a
io
'a
.type
message_type
type 'a
matcher
Distributed.Process.receive
function.type
monitor_ref
type
logger
type
monitor_reason =
| |
Normal of |
(* |
Process terminated normally.
| *) |
| |
Exception of |
(* |
Process terminated with exception.
| *) |
| |
UnkownNodeId of |
(* |
An operation failed because the remote node id is unknown.
| *) |
| |
NoProcess of |
(* |
Attempted to monitor a process that does not exist.
| *) |
module Remote_config:sig
..end
module Local_config:sig
..end
type
node_config =
| |
Local of |
| |
Remote of |
Distributed.Process.node_config.Local
or Distributed.Process.node_config.Remote
.val return : 'a -> 'a t
return v
creates a computation returning v
.val (>>=) : 'a t ->
('a -> 'b t) -> 'b t
c >>= f
is a computation which first waits for the computation c
to terminate and then, if the computation succeeds,
behaves as the application of function f
to the return value of c
. If the computation c
fails, c >>= f
also fails,
with the same exception.val fail : exn -> 'a t
fail e
is a process that fails with the exception e
.val catch : (unit -> 'a t) ->
(exn -> 'a t) -> 'a t
catch p f
is a process that behaves as the process p ()
if this process succeeds.
If the process p ()
fails with some exception, catch p f
behaves as the application of f
to this exception.val spawn : ?monitor:bool ->
Distributed.Node_id.t ->
(unit -> unit t) ->
(Distributed.Process_id.t * monitor_ref option)
t
spawn monitor name node_id process
will spawn process
on node_id
returning the Distributed.Process_id.t
associated with the newly spawned process.
If monitor
is true (default value is false) then the spawned process will also be monitored and the associated Distributed.Process.monitor_ref
will be
returned.
If node_id
is an unknown node then Distributed.Process.InvalidNode
exception is raised.
val case : (message_type ->
(unit -> 'a t) option) ->
'a matcher
case match_fn
will create a Distributed.Process.matcher
which will use match_fn
to match on potential messages.
match_fn
should return None
to indicate no match or Some handler
where handler
is the function
that should be called to handle the matching message.val termination_case : (monitor_reason -> 'a t) ->
'a matcher
termination_case handler
will create a matcher
which can use used to match against termination_reason
for a
process that is being monitored. If this process is monitoring another process then providing this matcher in the list
of matchers to Distributed.Process.receive
will allow this process to act on the termination of the monitored process.
NOTE : when a remote process (i.e., one running on another node) raises an exception you will not be able
to pattern match on the exception . This is a limitation of the Marshal OCaml module :
" Values of extensible variant types, for example exceptions (of extensible type exn), returned by the unmarshaller
should not be pattern-matched over through match ... with
or try ... with
, because unmarshalling does not preserve the
information required for matching their constructors. Structural equalities with other extensible variant values does not work either.
Most other uses such as Printexc.to_string, will still work as expected. "
See http://caml.inria.fr/pub/docs/manual-ocaml/libref/Marshal.html.
val receive : ?timeout_duration:float ->
'a matcher list -> 'a option t
receive timeout matchers
will wait for a message to be sent to this process which matches one of matchers provided in
matchers
. The first matching matcher in matchers
will used process the matching message returning Some result
where
result
is result of the matcher processing the matched message. All the other non-matching messages are left in the same
order they came in.
If a time out is provided and no matching messages has arrived in the time out period then None will be returned.
If the matchers
is empty then an Distributed.Process.Empty_matchers
exception is raised.
val receive_loop : ?timeout_duration:float ->
bool matcher list -> unit t
receive_loop timeout matchers
is a convenience function which will loop until a matcher in matchers
returns false.val send : Distributed.Process_id.t ->
message_type -> unit t
send process_id msg
will send, asynchronously, message msg
to the process with id process_id
(possibly running on a remote node).
If process_id
is resides on an unknown node then Distributed.Process.InvalidNode
exception is raised.
If process_id
is an unknown process but the node on which it resides is known then send will still succeed (i.e., will not raise any exceptions).
val (>!) : Distributed.Process_id.t ->
message_type -> unit t
pid >! msg
is equivalent to send pid msg
. >!
is an infix alias for send
.val broadcast : Distributed.Node_id.t ->
message_type -> unit t
broadcast node_id msg
will send, asynchronously, message msg
to all the processes on node_id
.
If node_id
is an unknown node then Distributed.Process.InvalidNode
exception is raised.
val monitor : Distributed.Process_id.t ->
monitor_ref t
monitor pid
will allows the calling process to monitor pid
. When pid
terminates (normally or abnormally) this monitoring
process will receive a termination_reason
message, which can be matched in receive
using termination_matcher
. A single
process can be monitored my multiple processes.
If process_id
is resides on an unknown node then Distributed.Process.InvalidNode
exception is raised.
val unmonitor : monitor_ref -> unit t
unmonitor mref
will cause this process to stop monitoring the process which is referenced by mref
.
If the current process is not monitoring the process referenced by mref
then unmonitor
is a no-op.val get_self_pid : Distributed.Process_id.t t
get_self_pid process
will return the process id associated with process
.val get_self_node : Distributed.Node_id.t t
get_self_node process
will return the node id associated with process
.val get_remote_node : string -> Distributed.Node_id.t option t
get_remote_node node_name
will return the node id associated with name
, if there is no record of a node with name
at
this time then None
is returned.val get_remote_nodes : Distributed.Node_id.t list t
val add_remote_node : string -> int -> string -> Distributed.Node_id.t t
add_remote_node ip port name
will connect to the remote node at ip
:port
with name name
and add it to the current nodes list of connected remote nodes.
The newly added node id is returned as the result. Adding a remote node that already exists is a no-op.
If the node is operating in local only mode then Distributed.Process.Local_only_mode
is raised.
val remove_remote_node : Distributed.Node_id.t -> unit t
remove_remote_node node_id
will remove node_id
from the list of connected remote nodes.
If the node is operating in local only mode then Distributed.Process.Local_only_mode
is raised.
val lift_io : 'a io -> 'a t
lift_io io
lifts the io
computation into the process.val run_node : ?process:(unit -> unit t) ->
?node_monitor_fn:(Distributed.Node_id.t -> unit t) ->
node_config -> unit io
run_node process node_monitor_fn node_config
performs the necessary bootstrapping to start this
node according to node_config
, then, if provided, runs the initial process
returning the resulting io
).
If node_monitor_fn
is provided then whenever a remote node goes down (stop receiving heartbeats) the
provided node_monitor_fn
is called with the node that went down.
If it's called more than once then an exception of Distributed.Process.Init_more_than_once
is raised.


A simple harmonic color generator for base16 colors.
Read more about base16.
Use exported .yml file with base16-builder.
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A simple harmonic color generator for base16 colors.
Read more about base16.
Use exported .yml file with base16-builder.


This part can be used to introduce microcystinase (MlrA) from Sphingomonas sp. ACM-3962 to yeast. MlrA is an enzyme that degrades some cyanobacterial toxins, most notably microcystin-LR (MC-LR). To facilitate detection and purification of the enzyme, a 6X Histidine tag is fused on the C-terminus of MlrA, with a short linker in between. The full protein-coding sequence has been codon-optimized for expression in Saccharomyces cerevisiae by GeneArt.
Microcystinase, or MlrA, is a member of a set of enzymes that degrade microcystins. These enzymes - MlrA, MlrB, MlrC and MlrD - are found naturally in some gram-negative bacteria, for example Sphingomonas sp. They each have a different function in the overall process of microcystin degradation. MlrA is first in the sequence to act. It hydrolyzes the peptide bond between the Adda and arginine amino acids in microcystin-LR (MC-LR). The breakage of this bond linearizes the toxin (Figure 1). Following this, MlrB (a serine protease) and MlrC (a metalloprotease) are able to further degrade the linearized product into individual amino acids, which are then used in the cell’s metabolism. Therefore, the toxin is likely used as a carbon source. MlrD’s function is not fully understood at this point, but it may have a role in importing the toxins. (Bourne et al., 2001)
Based on a homologous structure model (Figure 2) obtained from the Phyre2 tool (Kelley et al., 2015), it seems that the enzyme is a transmembrane protein consisting of eight hydrophobic α-helices that form a channel, with the presumed active site (Bourne et al., 2001) residing in the middle. It is worth pointing out, however, that the model does not cover the whole length of the MlrA sequence, as only very few homologs were found for the sequence - the homology model is mostly based on two homologs that didn’t cover the very ends of either terminus. Other than this evidence, there are previous studies pointing to the direction of MlrA being a membrane protein (Pei et al., 2011). However, when the enzyme was heterologously produced in E. coli , it was noticed that it had localised mostly in the soluble fraction of the cytosol, in an active state (Dziga et al., 2012).
The mechanism of MlrA’s function is not yet fully understood. The homologous structure model gives some suggestions as to how the enzyme might work: it seems that one end of the channel is wider than the other, and that the active site resides in the middle of it. Consequently, if the enzyme is located on the outer membrane of the cells, it might actually be a transporter which the cells use to import the toxin and simultaneously linearize it.
This part has been used in S. cerevisiae strain SS328-leu. To produce the protein, a 20 mL pre-culture was prepared in SD-leu + 2% glucose and grown overnight at 30 °C. The culture was then diluted into a final volume of 500 mL using SD-leu + 0.5% glucose, to an OD600 value of 0.2. This culture was refreshed in 30 °C for 6 h, and then induced by adding galactose to a final concentration of 2%. Expression was continued overnight, then cells were harvested. Samples from different stages of cell culture and cell lysis were collected for SDS-PAGE and analysis with western blot utlizing anti-His antibodies. The results of this analysis are presented in figure 3. It was observed that after cell lysis, the protein localized mainly in the insoluble fraction.
For determining the location of the protein, yeast cells were lysed and fractions were further processed to obtain information on the different cellular components. All of these fractions were then analyzed by western blotting (Figure 4). MlrA was detected in the fraction comprising inclusion bodies, plasma membrane and cell wall (P2 fraction) as well as fraction containing only cell wall and plasma membrane (P3 fraction), indicating that the protein is localized in the plasma membrane. Unlike previously, no enzyme was detected in the soluble fraction.
The activity of MlrA was measured by incubating the enzyme in different dilutions with microcystin extract. The final concentration of microcystin-LR was estimated to be 1 μg/L. Samples were taken at different time points and they were analysed with liquid chromatography/mass spectrometry (LC-MS). This gives data of the relative abundance of microcystin-LR in each sample. The results were then plotted against time, together with a negative control which consisted of microcystin extract and cell lysate from S. cerevisiae SS328-leu strain which did not have an MlrA
The results we acquired from this construct show that the amount of microcystin decreases, which means that the enzyme is active (Figure 5). The results also show that for example the 1:10 dilution degrades the microcystin-LR about ten times faster than the 1:100 dilution.
Bourne DG, Jones GJ, Blakeley RL, Jones A, Negri AP, Riddles P., 1996. Enzymatic Pathway for the Bacterial Degradation of the Cyanobacterial Cyclic Peptide Toxin Microcystin LR. Appl. Environ. Microbiol. 62(11), pp. 4086-4094.
Bourne DG, Riddles P, Jones GJ, Smith W, Blakely RL., 2001. Characterisation of a gene cluster involved in bacterial degradation of the cyanobacterial toxin microcystin LR. Environ Toxicol. 16(6), pp. 523-34.
Dziga D, Wladyka B, Zielińska G, Meriluoto J, Wasylewski M., 2012. Heterologous expression and characterisation of microcystinase. Toxicon, 59(5), pp. 578-586.
Kelley LA, Mezulis S, Yates CM, Wass MN, Sternberg MJE., 2015. The Phyre2 web portal for protein modeling, prediction and analysis. Nature Protocols 10, pp. 845–858.
Pei J, Mitchell DA, Dixon JE, Grishin NV., 2011. Expansion of type II CAAX proteases reveals evolutionary origin of g-secretase subunit APH-1. J. Mol. Biol. 410:18–26.


Developer
I'm an undergraduate student. I've learned C, C++, Java, Database, SQL, HTML, CSS. I have also completed some projects using these languages. I'm still learning and trying to increase the number of projects. Always ready and interested in learning new technology.


Sundar Pichai
Malang, Indonesia
Basic Information
| Name | Sundar Pichai |
|---|---|
| Place From | Madurai, India |
| Current Place | Malang, Indonesia |
|<EMAIL_ADDRESS>|
Progress
| Thread created | 874 Threads |
|---|---|
| Contributes to | 488 threads |
| Answer correctly | 97% on 488 threads |
Interest topic to Sundar Pichai


--- title: Great article about video codecs excerpt: 'Great article about video codecs: http://antimatter15.com/wp/2011/01/the-ambiguity-of-open-and-vp8-vs-h-264/' date: '2011-01-19 11:41:20 +0100' date_gmt: '2011-01-19 09:41:20 +0100' categories: - Webdev tags: - tweets - web - design - development ---
Great article about video codecs: http://antimatter15.com/wp/2011/01/the-ambiguity-of-open-and-vp8-vs-h-264/


| Center | LINCS Data Portal dataset ID | name | category | count |
|---|---|---|---|---|
| PCCSE | LDS-41235 | GCP aggregated data - Chemical perturbations | Cell Line | 6 |
| PCCSE | LDS-41235 | GCP aggregated data - Chemical perturbations | Differentiated Cell | 2 |
| PCCSE | LDS-41235 | GCP aggregated data - Chemical perturbations | Small Molecule | 120 |
| DToxS | LDS-1575 | Proteomic cellular signatures of kinase inhibitor-induced cardiotoxicity | Small Molecule | 22 |
| DToxS | LDS-1575 | Proteomic cellular signatures of kinase inhibitor-induced cardiotoxicity | Antibody | 1 |
| DToxS | LDS-1575 | Proteomic cellular signatures of kinase inhibitor-induced cardiotoxicity | Primary Cell | 4 |
| PCCSE | LDS-41234 | P100 aggregated data - Chemical perturbations | Cell Line | 6 |
| PCCSE | LDS-41234 | P100 aggregated data - Chemical perturbations | Small Molecule | 61 |
| PCCSE | LDS-41234 | P100 aggregated data - Chemical perturbations | Differentiated Cell | 2 |
| HMS | LDS-1614 | Breast Cancer Profiling Project - Proteomics | Cell Line | 65 |
| NeuroLINCS | LDS-1581 | iPSC (Exp 1) - ALS, SMA and Control (unaffected) subject-derived iPSC lines - SWATH-MS | iPSC | 6 |
P100 has been designed to measure the phosphorylation state of cellular systems, using a set of about hundred phospho-peptide probes whose abundance levels are measured using mass spectrometry techniques. P100 can be classified as a 'targeted proteomics' assay that provides a snapshot of cellular signaling cascades that involve phosphorylation of the P100 target sites/peptides. More ...
| {{mapping.Name}} | {{mapping.Type.toLowerCase()}} | {{mapping.SM_LINCS_ID}} |
GCP has been designed to measure the histone modification state, and thus indirectly the chromatin state of cellular systems, using a set of about sixty target modified (acetylated, methylated etc.) histone peptides whose abundance levels are measured using mass spectrometry. More ...
| {{mapping.Name}} | {{mapping.Type.toLowerCase()}} | {{mapping.SM_LINCS_ID}} |
mass spectrometry is a sensitive technique that measures the mass-to-charge ratio of ions to identify and quantify molecules in simple and complex mixtures. Samples are loaded into the mass spectrometer in liquid, gas or dried form and then vaporized and ionized by the ion source. The charge that these molecules receive allows the mass spectrometer to accelerate the ions throughout the remainder of the system. The ions encounter electric and/or magnetic fields from mass analyzers, which deflect the paths of individual ions based on their mass and charge (m/z). Ions that have successfully been deflected by the mass analyzers then hit the ion detector that registers the number of ions at each m/z value.
| {{mapping.Name}} | {{mapping.Type.toLowerCase()}} | {{mapping.SM_LINCS_ID}} |
The microwestern is a meso-scale quantitative western blotting assay using infrared fluorescence. Level 1 data are raw signal (background subtracted) from a single "spot" (band). Level 2 data are Level 1 data divided by a loading control signal (e.g. tubulin). Level 3 data are Level 2 data divided by a biological internal control (e.g. Level 2 data corresponding to serum-starved conditions). Level 4 data are averages across Level 3 replicates.
| {{mapping.Name}} | {{mapping.Type.toLowerCase()}} | {{mapping.SM_LINCS_ID}} |
SWATH (Sequential Window Acquisition of all THeoretical fragment ion spectra) is a new strategy for high throughput, label-free protein quantification. It generates global, quantitative protein maps using data-independent acquisition of collision-induced dissociation (CID) spectra of all precursor ions. As a data-independent acquisition (also referred to as MS/MSall) SWATH-MS has a greater coverage of peptide identification compared to classical discovery approaches. Using known fingerprints of target peptides comprising precursor mass, chromatographic retention time and MRM transitions SWATH protein maps can be interrogated for targeted quantification of proteins of interest based on high resolution MRM-like signatures. SWATH acquires all MRM transitions of all precursors and thus does not require tedious assay development and allows for a more dynamic data interpretation compared to classical MRM experiments.
| {{mapping.Name}} | {{mapping.Type.toLowerCase()}} | {{mapping.SM_LINCS_ID}} |
Reverse phase protein array (RPPA) is a high-throughput technology that performs protein assays on thousands of samples simultaneously, including tissue and cell lysates, serum, plasma or other body fluids that measure the levels of protein expression, as well as protein modifications such as phosphorylation. Protein lysates are arrayed as microspots on nitrocellulized coated glass slides and probed with highly specific antibodies that have been validated for RPPA. When specific antibodies are used, RPPA can generate 1,000 times more data points using 10,000 times less sample volume than an ordinary western blot, enabling researchers to monitor quantitative proteomic responses for various time-scale and input-dose gradients simultaneously.
| {{mapping.Name}} | {{mapping.Type.toLowerCase()}} | {{mapping.SM_LINCS_ID}} |
Tandem mass tag systems enable quantification and identification of specific labeled proteins in samples through tandem mass spectrometry procedures. In this assay, total proteome/phospho-proteome dataset for a 35-cell line breast cancer panel under basal conditions are studied. The baseline proteomic profiles of two non-malignant breast cell lines and 33 breast cancer cell lines of which twenty were triple negative, six were hormone receptor positive, four were Her2 amplified, and three were established from triple negative patient-derived xenografts are measured.
| {{mapping.Name}} | {{mapping.Type.toLowerCase()}} | {{mapping.SM_LINCS_ID}} |
Grey nodes represent the query protein set, as captured and/or quantified by a proteomic assay. Red nodes are kinases that target (phosphorylate) the query protein set, whereas green nodes represent downstream targets of kinases among the query protein set.
Grey nodes represent the query protein set, as captured and/or quantified by a proteomic assay. Red nodes are kinases that target (phosphorylate) the query protein set, whereas green nodes represent downstream targets of kinases among the query protein set.
Grey nodes represent the query protein set, as captured and/or quantified by a proteomic assay. Red nodes are kinases that target (phosphorylate) the query protein set, whereas green nodes represent downstream targets of kinases among the query protein set.
Grey nodes represent the query protein set, as captured and/or quantified by a proteomic assay. Red nodes are kinases that target (phosphorylate) the query protein set, whereas green nodes represent downstream targets of kinases among the query protein set.
Grey nodes represent the query protein set, as captured and/or quantified by a proteomic assay. Red nodes are kinases that target (phosphorylate) the query protein set, whereas green nodes represent downstream targets of kinases among the query protein set.


--- layout: page title: D parent: SWERC 2016 ---
|
Dinner Bet
Cesar and Raul like betting and good food, in no particular order.  They have a box with N balls. Each ball contains a distinct number between 1 and N. Then, the game proceeds with these steps:
They are quite eager to try out this new restaurant and they’re now wondering: how many rounds will the game last? TaskGiven the number N of balls, the number D of balls they draw from the box in each round, the amount C of numbers in their cards and the numbers they wrote down, find the expected number of rounds the game will last. InputThe first line of the input consists of three space separated integers: N, D, and C. N is the number of balls, D is the number of balls drawn in each round, and C is the cards’ size. Each of the following two lines contains C space separated integers: the numbers Cesar and Raul wrote down, respectively. Constraints
OutputThe output is the expected number of rounds of the game. The result will be considered correct as long as the absolute error does not exceed 10−3. Sample Input 12 1 1 1 2 Sample Output 11.00000 Sample 1 ExplanationThere are 2 balls. Cesar picked number 1 and Raul picked number 2. In the first round, either number 1 or 2 will be drawn and so one of them wins right away. Sample Input 230 5 10 2 3 5 7 11 13 17 19 23 29 20 18 16 14 12 10 8 6 4 2 Sample Output 213.30378 Computer Science Department Universidade do Porto |


Send video links to kodi instance
link
kodi
Default
<IP_ADDRESS>:9090
localhost:9090
Save Song List
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text


Whether you want to hack something, learn how to code, occupy ourself with data privacy,
encryption, open source, your hardware or other stuff - we all share the same interests.
We want to learn from each other, have fun, experiment, do projects and swap ideas.
We want to create a space, in which everybody* feels welcome. A space without discrimination,
exclusion or fear of not knowing enough. A space where wonderful, new and unexpected things can happen.
Our Hackspace is only open for female*, non-binary-, Trans*- and Inter*- people. And here’s why!
Just come by! We are open for new ideas.  DOESN'T MATTER. We are ready to help you with everything that's new.
We all have different backgrounds and are more or less new to programming and IT. Whether you are going to school, to college, to work, if you are a trainee*, activist* or do unpaid labour - everyone can contribute, no matter what kind of knowledge. We are all just learning, so lets share our knowledge.
Still hesitating? You can ask us any question via: binarybugs@riseup.net


Before recording always make sure...
Next you'll need to pick a screen casting tool to do the recording. I recommend one of the following.
Link : https://cmm.psu.edu/zoom/
Penn state labs come with zoom installed. You can also install this on your personal device and should be able to do recordings from it. I recommend finding a quite place that you can bring headphones since you'll have to do voice over describing what's on screen and explaining it to others.
I just found this recently, it's a browser plugin for Chrome. If you're O.K. with the permissions that it requires , it's the fastest way of generating a screencast and get it up to YouTube. I use this when screencasting from my Ubuntu/PC.
Link : https://www.techsmith.com/snagit-pricing.html
I use Snagit personally for all of my screen casting that I do. It is $30 but comes with some basic ways of doing quick editing and image mock up as well. It's not required that you use Snagit by any means, just saying what I've had positive experiences with previously. I use this when screencasting from my Mac.
If you find others that you like feel free to share them with the class. The purpose of this class is not to get into high end video editing so beware that it is expected you'll generate videos each week. The content of the video is what matters, not fancy intros or well cut jumps or anything like that. Being able to fluidly communicate about a technical concept and teach others about how to use it and what it is.


--- layout: default title: GENERATE NEW PROJECT fa: fa-cube group: static navigation --- {% include JB/setup %}


The Akan people from Ghana normally give their children Akan names.The names are given to the children considering the day of the week that they were born in.
Let's find out what is your Akan name.


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 4
Dietary
The rich flavours of this creamy cauliflower soup and deep-fried Stilton beignets make a wonderful lunchtime treat on a chilly day.
For the soup, heat a large pan until hot. Add the butter, onion and garlic and sauté for two minutes, or until just softened.
Add the cauliflower and vegetable stock and bring to the boil.
Reduce the heat and simmer for 4-6 minutes, or until the cauliflower is tender.
Cool slightly, then place the mixture in a food blender and blitz to a purée.
Return to the saucepan and add 200ml/7fl oz of the cream. Season with salt and freshly ground black pepper and return to the boil.
Simmer for a minute, then keep warm until ready to serve.
For the stilton cheese choux, heat a deep fat fryer to 190C/375F.
Place the water and butter in a saucepan and bring to a rolling boil for a minute.
Remove from the heat and add the flour in one go – beating well until the mixture is smooth and comes away from the sides of the pan.
Return to the heat for a minute or two to cook through.
Remove from the heat again and add the eggs, one at a time, beating well between the addition of each egg.
Add the blue cheese and mix well. Season with salt and freshly ground black pepper.
Drop teaspoonfuls of the batter into the fryer and fry for 2-3 minutes, or until golden-brown and crisp (you may need to do this in batches).
Drain onto kitchen paper and season with a little salt.
To serve, ladle the soup into bowls and place a few of the Stilton cheese choux on top. Drizzle over the balsamic vinegar, the remaining double cream and olive oil. Finish with a scattering of coriander cress.


Structures
The following structures are available globally.
-
Encapsulates the url of the resource and http method
See moreDeclaration
Swift
public struct Resource
-
The type for the request body parameters
See moreDeclaration
Swift
public struct Body
-
The endpoint helps in building a complete url for a request
See moreDeclaration
Swift
struct Endpoint
-
This codable type represent the json response from the ‘amiibo’ end point
See moreDeclaration
Swift
struct GameListResult : Codable
-
The data model representing the series document
See moreDeclaration
Swift
public struct Series : Codable
-
A concrete type made specifically for the Series collection
See moreDeclaration
Swift
struct GameListingRequests : GameListing
-
Undocumented
See moreDeclaration
-
Undocumented
See moreDeclaration
Swift
struct ConstraintValues


WWE's Ricochet Dons Schway Batman Beyond Ring Gear for Survivor Series
by C.K. StewartWWE's resident superhero Ricochet debuted new comic-book-inspired gear at Sunday night's Survivor Series pay-per-view, as the high flying superstar joined Team Raw in black-and-red gear harkening back to Terry McGinnis' iconic Batman Beyond costume.
Ricochet (real name Trevor Mann) joined WWE Raw stars Randy Orton, Seth Rollins, Kevin Owens and Drew McIntyre to compete for the red brand in the annual men's Survivor Series match. Unfortunately, the gear didn't help Ricochet get the win, as he was eliminated via pinfall by Team SmackDown's Baron Corbin.
This isn't the first time Ricochet sported superheroic styles in the ring. At October's Crown Jewel PPV, he dressed as My Hero Academia's All Might, and he wore Nightwing-inspired gear in a United States title match against AJ Styles in August. His passion for comics has been on display since his days in NXT, where he paid homage to Spider-Man/Miles Morales at January's TakeOver: Phoenix.
Ultimately, Team SmackDown emerged victorious in the men's Survivor Series match, with captain Roman Reigns emerging as the last man standing after eliminating NXT breakout star Keith Lee as the final elimination of the match.
https://schema.orgBreadcrumbListListItem1Homehttps://www.cbr.com/ListItem2TVhttps://www.cbr.com/category/tv/ListItem3TV Newshttps://www.cbr.com/category/tv/news-tv/ListItem4WWE's Ricochet Dons Schway Batman Beyond Ring Gear for Survivor Serieshttps://www.cbr.com/wwe-survivor-series-ricochet-batman-beyond-ring-gear/


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| Sxript Alpha, shamelessly named after Wolfram Alpha, is an instance of qbot64 that receives and replies to commands (in Sxript or otherwise) in a REPL-like fashion. The connection may be via Internet or Lan TCP/IP, direct through open ports, and of course, by IRC (channel #sxript on irc.freenode.net). |
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| Category: containers | Component type: concept |
As with all containers, the elements in an Associative Container are of type value_type. Additionally, each element in an Associative Container has a key, of type key_type. In some Associative Containers, Simple Associative Containers, the value_type and key_type are the same: elements are their own keys. In others, the key is some specific part of the value. Since elements are stored according to their keys, it is essential that the key associated with each element is immutable. In Simple Associative Containers this means that the elements themselves are immutable, while in other types of Associative Containers, such as Pair Associative Containers, the elements themselves are mutable but the part of an element that is its key cannot be modified. This means that an Associative Container's value type is not Assignable.
The fact that the value type of an Associative Container is not Assignable has an important consequence: associative containers cannot have mutable iterators. This is simply because a mutable iterator (as defined in the Trivial Iterator requirements) must allow assignment. That is, if i is a mutable iterator and t is an object of i's value type, then *i = t must be a valid expression.
In Simple Associative Containers, where the elements are the keys, the elements are completely immutable; the nested types iterator and const_iterator are therefore the same. Other types of associative containers, however, do have mutable elements, and do provide iterators through which elements can be modified. Pair Associative Containers, for example, have two different nested types iterator and const_iterator. Even in this case, iterator is not a mutable iterator: as explained above, it does not provide the expression *i = t. It is, however, possible to modify an element through such an iterator: if, for example, i is of type map<int, double>, then (*i).second = 3 is a valid expression.
In some associative containers, Unique Associative Containers, it is guaranteed that no two elements have the same key. [2] In other associative containers, Multiple Associative Containers, multiple elements with the same key are permitted.
| Key type | X::key_type | The type of the key associated with X::value_type. Note that the key type and value type might be the same. |
| X | A type that is a model of Associative Container |
| a | Object of type X |
| t | Object of type X::value_type |
| k | Object of type X::key_type |
| p, q | Object of type X::iterator |
If a is an associative container, then [p, q) is a valid range in a if [p, q) is a valid range and p is a valid iterator in a.
| Name | Expression | Type requirements | Return type |
|---|---|---|---|
| Default constructor |
X() X a; |
||
| Erase key | a.erase(k) | size_type | |
| Erase element | a.erase(p) | void | |
| Erase range | a.erase(p, q) | void | |
| Clear | a.clear() | void | |
| Find | a.find(k) | iterator if a is mutable, otherwise const_iterator | |
| Count | a.count(k) | size_type | |
| Equal range | a.equal_range(k) | pair<iterator, iterator> if a is mutable, otherwise pair<const_iterator, const_iterator>. |
| Name | Expression | Precondition | Semantics | Postcondition |
|---|---|---|---|---|
| Default constructor |
X() X a; |
Creates an empty container. | The size of the container is 0. | |
| Erase key | a.erase(k) | Destroys all elements whose key is the same as k, and removes them from a. [2] The return value is the number of elements that were erased, i.e. the old value of a.count(k). | a.size() is decremented by a.count(k). a contains no elements with key k. | |
| Erase element | a.erase(p) | p is a dereferenceable iterator in a. | Destroys the element pointed to by p, and removes it from a. | a.size() is decremented by 1. |
| Erase range | a.erase(p, q) | [p, q) is a valid range in a. | Destroys the elements in the range [p,q) and removes them from a. | a.size() is decremented by the distance from i to j. |
| Clear | a.clear() | Equivalent to a.erase(a.begin(), a.end()) | ||
| Find | a.find(k) | Returns an iterator pointing to an element whose key is the same as k, or a.end() if no such element exists. | Either the return value is a.end(), or else the return value has a key that is the same as k. | |
| Count | a.count(k) | Returns the number of elements in a whose keys are the same as k. | ||
| Equal range | a.equal_range(k) | Returns a pair P such that [P.first, P.second) is a range containing all elements in a whose keys are the same as k. [3] If no elements have the same key as k, the return value is an empty range. | The distance between P.first and P.second is equal to a.count(k). If p is a dereferenceable iterator in a, then either p lies in the range [P.first, P.second), or else *p has a key that is not the same as k. |
Average complexity for erase element is constant time.
Average complexity for erase range is at most O(log(size()) + N), where N is the number of elements in the range.
Average complexity for count is at most O(log(size()) + count(k)).
Average complexity for find is at most logarithmic.
Average complexity for equal range is at most logarithmic.
| Contiguous storage | All elements with the same key are adjacent to each other. That is, if p and q are iterators that point to elements that have the same key, and if p precedes q, then every element in the range [p, q) has the same key as every other element. |
| Immutability of keys | Every element of an Associative Container has an immutable key. Objects may be inserted and erased, but an element in an Associative Container may not be modified in such a way as to change its key. |
[1] The reason there is no such mechanism is that the way in which elements are arranged in an associative container is typically a class invariant; elements in a Sorted Associative Container, for example, are always stored in ascending order, and elements in a Hashed Associative Container are always stored according to the hash function. It would make no sense to allow the position of an element to be chosen arbitrarily.
[2] Keys are not required to be Equality Comparable: associative containers do not necessarily use operator== to determine whether two keys are the same. In Sorted Associative Containers, for example, where keys are ordered by a comparison function, two keys are considered to be the same if neither one is less than the other.
[3] Note the implications of this member function: it means that if two elements have the same key, there must be no elements with different keys in between them. The requirement that elements with the same key be stored contiguously is an associative container invariant.


§468E-12 Issuance of license. The board shall issue a license to any person who meets the requirements of this chapter and who pays to the board the initial license fee. [L 1974, c 48, pt of §1; am L 1988, c 320, §9]


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If you were a person out there in the world serving your customer , what is our job would be?
Example: Netflix, Movies librarian
Customer would describe us as the most?


To authorize access to resources, applications first need to
authenticate the source of the request. The JAAS framework defines
the term subject to represent the source of a
request. A subject may be any entity, such as a person or service.
A subject is represented by the javax.security.auth.Subject
class.
Authentication represents the process by which the identity of a subject is verified, and must be performed in a secure fashion; otherwise a perpetrator may impersonate others to gain access to a system. Authentication typically involves the subject demonstrating some form of evidence to prove its identity. Such evidence may be information only the subject would likely know or have (such as a password or fingerprint), or it may be information only the subject could produce (such as signed data using a private key).
Once authenticated, a Subject is populated with associated
identities, or Principals (of type java.security.Principal
).
A Subject may have many Principals. For example, a person may have
a name Principal ("John Doe") and an SSN Principal ("123-45-6789"),
which distinguish it from other Subjects.
In addition to associated Principals, a Subject may own security-related attributes, which are referred to as credentials. A credential may contain information used to authenticate the subject to new services. Such credentials include passwords, Kerberos tickets, and public key certificates. Credentials might also contain data that simply enables the subject to perform certain activities. Cryptographic keys, for example, represent credentials that enable the subject to sign or encrypt data. Public and private credential classes are not part of the core JAAS class library. Any class, therefore, can represent a credential.


About Me
After having completed my undergraduate degree studies at New York University, I moved back to Philadelphia to work in social services as a youth counselor in the hopes of putting my degrees to use. After more than six years of social work (and so many heartfelt, inspiring, and traumatic anecdotes to fill the walls of the Bodleian Library!), I'm now working towards a career change as a full stack developer.
I'm looking forward to coding for you!


This chapter explains the different steps a request goes through until a response is sent, along with details of the Cowboy implementation.
As you already know, HTTP clients connect to the server and send a request for a resource; the server then sends a response containing the resource if it could obtain it.
Before the server can send the resource, however, it needs to perform many different operations to read the request, find the resource, prepare the response being sent and often other related operations the user can add like writing logs.
Requests take the following route in Cowboy:
This shows the default middlewares, but they may be configured differently in your setup. The dark green indicates the points where you can hook your own code, the light green is the Cowboy code that you can of course configure as needed.
The acceptor
is the part of the server that accepts the connection and create an Erlang process to handle it. The parser
then starts reading from the socket and handling requests as they come until the socket is closed.
A response may be sent at many different points in the life of the request. If Cowboy can't parse the request, it gives up with an error response. If the router can't find the resource, it sends a not found error. Your own code can of course send a response at any time.
When a response is sent, you can optionally modify it or act upon it by enabling the onresponse
hook. By default the response is sent directly to the client.
Behavior depends on what protocol is in use.
HTTP/1.0 can only process one request per connection, so Cowboy will close the connection immediately after it sends the response.
HTTP/1.1 allows the client to request that the server keeps the connection alive. This mechanism is described in the next section.
SPDY is designed to allow sending multiple requests asynchronously on the same connection. Details on what this means for your application is described in this chapter.
With HTTP/1.1, the connection may be left open for subsequent requests to come. This mechanism is called keep-alive
.
When the client sends a request to the server, it includes a header indicating whether it would like to leave the socket open. The server may or may not accept, indicating its choice by sending the same header in the response.
Cowboy will include this header automatically in all responses to HTTP/1.1 requests. You can however force the closing of the socket if you want. When Cowboy sees you want to send a connection: close
header, it will not override it and will close the connection as soon as the reply is sent.
This snippet will force Cowboy to close the connection.
{ok, Req2} = cowboy_req:reply(200, [ {<<"connection">>, <<"close">>}, ], <<"Closing the socket in 3.. 2.. 1..">>, Req).
Cowboy will only accept a certain number of new requests on the same connection. By default it will run up to 100 requests. This number can be changed by setting the max_keepalive
configuration value when starting an HTTP listener.
cowboy:start_http(my_http_listener, 100, [{port, 8080}], [ {env, [{dispatch, Dispatch}]}, {max_keepalive, 5} ]).
Cowboy implements the keep-alive mechanism by reusing the same process for all requests. This allows Cowboy to save memory. This works well because most code will not have any side effect impacting subsequent requests. But it also means you need to clean up if you do have code with side effects. The terminate/3
function can be used for this purpose.
While HTTP is designed as a sequential protocol, with the client sending a request and then waiting for the response from the server, nothing prevents the client from sending more requests to the server without waiting for the response, due to how sockets work. The server still handles the requests sequentially and sends the responses in the same order.
This mechanism is called pipelining. It allows reducing latency when a client needs to request many resources at the same time. This is used by browsers when requesting static files for example.
This is handled automatically by the server.
In SPDY, the client can send a request at any time. And the server can send a response at any time too.
This means for example that the client does not need to wait for a request to be fully sent to send another, it is possible to interleave a request with the request body of another request. The same is true with responses. Responses may also be sent in a different order.
Because requests and responses are fully asynchronous, Cowboy creates a new process for each request, and these processes are managed by another process that handles the connection itself.
SPDY servers may also decide to send resources to the client before the client requests them. This is especially useful for sending static files associated with the HTML page requested, as this reduces the latency of the overall response. Cowboy does not support this particular mechanism at this point, however.


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Active visualisations are shown under each dataset in the sidebar. Click the link there to show visualisation specific settings.


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Wyoming Data Page
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src:
https://health.wyo.gov/publichealth/infectious-disease-epidemiology-unit/disease/novel-coronavirus/


NUM
: numeral
This document is a placeholder for the language-specific documentation
for NUM
.
Treebank Statistics (UD_Vietnamese)
There are 161 NUM
lemmas (3%), 161 NUM
types (3%) and 888 NUM
tokens (3%).
Out of 14 observed tags, the rank of NUM
is: 5 in number of lemmas, 5 in number of types and 9 in number of tokens.
The 10 most frequent NUM
lemmas: một, hai, ba, 20, 2, 10, bốn, năm, mỗi, đôi
The 10 most frequent NUM
types: một, hai, ba, 20, 2, 10, bốn, năm, mỗi, đôi
The 10 most frequent ambiguous lemmas: năm (NOUN 63, NUM 12), mỗi (NUM 11, DET 8), đôi (NUM 11, DET 1), nhất (X 15, ADJ 13, NUM 7, NOUN 2), tỉ (NUM 6, NOUN 2), tư (NUM 5, ADJ 3), nửa (NUM 3, DET 1), mọi (DET 24, NOUN 3, NUM 2), % (NOUN 7, NUM 1), mấy (DET 19, NUM 1)
The 10 most frequent ambiguous types: năm (NOUN 63, NUM 12), mỗi (NUM 11, DET 8), đôi (NUM 11, DET 1), nhất (X 15, ADJ 13, NUM 7, NOUN 2), tỉ (NUM 6, NOUN 2), tư (NUM 5, ADJ 3), nửa (NUM 3, DET 1), mọi (DET 24, NOUN 3, NUM 2), % (NOUN 7, NUM 1), mấy (DET 19, NUM 1)
- năm
- mỗi
- đôi
- nhất
- tỉ
- tư
- nửa
- mọi
- %
- mấy
Morphology
The form / lemma ratio of NUM
is 1.000000 (the average of all parts of speech is 1.000000).
The 1st highest number of forms (1) was observed with the lemma “%”: %.
The 2nd highest number of forms (1) was observed with the lemma “1”: 1.
The 3rd highest number of forms (1) was observed with the lemma “1 , 2”: 1 , 2.
NUM
occurs with 1 features: vi-feat/NumType (888; 100% instances)
NUM
occurs with 1 feature-value pairs: NumType=Card
NUM
occurs with 1 feature combinations.
The most frequent feature combination is NumType=Card
(888 tokens).
Examples: một, hai, ba, 20, 2, 10, bốn, năm, mỗi, đôi
Relations
NUM
nodes are attached to their parents using 9 different relations: vi-dep/nummod (818; 92% instances), vi-dep/compound (19; 2% instances), vi-dep/conj (19; 2% instances), vi-dep/dep (11; 1% instances), vi-dep/nsubj (10; 1% instances), vi-dep/obj (8; 1% instances), vi-dep/nmod (1; 0% instances), vi-dep/parataxis (1; 0% instances), vi-dep/root (1; 0% instances)
Parents of NUM
nodes belong to 7 different parts of speech: NOUN (830; 93% instances), VERB (28; 3% instances), NUM (21; 2% instances), PROPN (4; 0% instances), ADJ (2; 0% instances), PUNCT (2; 0% instances), ROOT (1; 0% instances)
829 (93%) NUM
nodes are leaves.
46 (5%) NUM
nodes have one child.
8 (1%) NUM
nodes have two children.
5 (1%) NUM
nodes have three or more children.
The highest child degree of a NUM
node is 3.
Children of NUM
nodes are attached using 11 different relations: vi-dep/punct (30; 39% instances), vi-dep/compound (22; 29% instances), vi-dep/conj (7; 9% instances), vi-dep/det (7; 9% instances), vi-dep/nummod (3; 4% instances), vi-dep/advmod (2; 3% instances), vi-dep/amod (2; 3% instances), vi-dep/case (1; 1% instances), vi-dep/cc (1; 1% instances), vi-dep/nmod (1; 1% instances), vi-dep/xcomp (1; 1% instances)
Children of NUM
nodes belong to 9 different parts of speech: PUNCT (30; 39% instances), NUM (21; 27% instances), NOUN (11; 14% instances), PROPN (7; 9% instances), ADJ (3; 4% instances), X (2; 3% instances), ADP (1; 1% instances), CCONJ (1; 1% instances), VERB (1; 1% instances)
NUM in other languages: [am] [ar] [bg] [bxr] [ca] [ckb] [cop] [cs] [cu] [da] [de] [el] [en] [es] [et] [eu] [fa] [fi] [fo] [fr] [ga] [gl] [got] [grc] [he] [hi] [hr] [hu] [id] [it] [ja] [kk] [kmr] [ko] [la] [lv] [mr] [nl] [no] [pl] [pt] [ro] [ru] [sa] [sk] [sla] [sl] [so] [sr] [sv] [swl] [ta] [tr] [ug] [uk] [u] [urj] [ur] [vi] [yue] [zh]


Start:
The Tribe Space
Waypoints:
(Ctrl+Click or Cmd+Click for multiple selection)
The Tribe Space
Vancouver Aquarium
FlyOver Canada
WESTCOAST Sightseeing
Stanley Park
Historic Gastown
Kitsilano Beach
China Town
Robson Street
Nine O’Clock Gun
Totem Poles
Brockton Point
Prospect Point Lookout
Third Beach
Teahouse in Stanley Park
English Bay Beach
Granville Island Public Market
Coal Harbour
Commercial Drive
Davie Village
Granville Street
Punjabi Market
Yaletown
Dr. Sun Yat Sen Clasical Chinese Garden
UBC Botanical Garden
Museum of Anthropology
Vancouver Art Gallery
Science World at Telus World of Science
H.R. MacMillan Space Center
Burnaby Village Museum
End:
Vancouver Art Gallery


Authentication

A class authentication library for Crystal

Why this library?
It's a library that simplify the use of Crypto::Bcrypt. With Authentication, you don't need to care about password, Authentication takes everything in charge
Installation
Add the dependency to your application's shard.yml
:
dependencies:
authentication:
github: BecauseOfProg/authentication
Usage
Documentation here More examples in the documentation & in the tests
Better explained by example
require "authentication"
class User < Authentication::Base
@@cost = 10
end
user = User.password = "test" #=> User()
user.authenticate "test" #=> Bool(true)
# More examples in the documentation & in the tests
Contributing
- Fork the repository (<https://github.com/BecauseOfProg/authentication/fork>)
- Create your feature branch (
git checkout -b my-new-feature
) - Commit your changes (
git commit -am 'Add some feature'
) - Push to the branch (
git push origin my-new-feature
) - Create a new Pull Request
Credits
- Maintainer : Whaxion
License
The MIT License (MIT)
Copyright (c) 2020 Whaxion
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


Several of our past and current projects are not specific to research, but can be useful to practitioners as well. We list the most interesting ones here, others can be found on our Github.
GenThat is R package for automated generation of regression tests. It can intercept calls to R functions at runtime and store the arguments and return values. Once the call data is collected, genthat uses the records to generate tests in testthat format (a popular testing package in R). The generated tests can then be pruned based on increased code coverage.
GenThat is aimed at R package developers and provides support for generating tests from package vignettes and examples, as well as adding new regressions to existing tests from previously failing uses of the package.
GenThat is currently pending acceptance to CRAN repositories, but you can already get it from Github:
TestR a test suite and test generator mapping the features of the R language and providing an automated language specification harness. The tests are simple enough to provide easy failure detections and serve as a great start for any compliance regression suite. We have also created frameworks for extracting the tests automatically from existing R sources (including tests for R builtin functions) and the test execution, regression and benchmarking on various R virtual machines.
The framework and the test suite was presented to the R community at the UseR! 2013 conference when we won the best poster award.
RJit is an optimizing speculative Just-In-Time compiler for the R language.
The project is under active development now, which you can track on GitHub:
Javascript big code analyzer, package health monitor, etc. etc.
Should move to our github!


Class HttpWellKnownMediaType
Provides well-known HTTP Media Type string constants.
Inherited Members
Namespace: THNETII.Networking.Http
Assembly: THNETII.Networking.Http.dll
Syntax
public static class HttpWellKnownMediaType
Fields
| Improve this Doc View SourceApplication
Gets the MIME Type for binary data content.
Declaration
public const string Application = "application"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
ApplicationJson
The discrete media type string for JSON content.
Declaration
public const string ApplicationJson = "application/json"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
ApplicationJsonUtf8
The discrete media type string for JSON content, with the UTF-8 text encoding parameter applied.
Declaration
public const string ApplicationJsonUtf8 = "application/json; charset=utf-8"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
ApplicationOctetStream
The discrete media type string for arbitrary binary data.
Declaration
public const string ApplicationOctetStream = "application/octet-stream"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
Audio
The MIME Type for any kind of audio files.
Declaration
public const string Audio = "audio"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
CharSetUtf8Parameter
The parameter suffix indicating text using UTF8 text encoding.
Declaration
public const string CharSetUtf8Parameter = "; charset=utf-8"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
Html
The subtype indicating HTML content.
Declaration
public const string Html = "html"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
Image
The MIME Type for any kind of images. Videos are not included, though animated images (like animated gif) are described with an image type.
Declaration
public const string Image = "image"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
Json
The subtype indicating JSON content.
Declaration
public const string Json = "json"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
Multipart
The MIME Type for the category of document that are broken in distinct parts, often with different MIME types.
Declaration
public const string Multipart = "multipart"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
Plain
The plain subtype for the Text type.
Declaration
public const string Plain = "plain"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
Text
The MIME Type for any document that contains text and is theoretically human readable.
Declaration
public const string Text = "text"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
TextHtml
The dicrete media type string for HTML text content.
Declaration
public const string TextHtml = "text/html"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
TextHtmlUtf8
The discrete media type string for HTML content, with the UTF-8 text encoding parameter applied.
Declaration
public const string TextHtmlUtf8 = "text/html; charset=utf-8"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
TextPlain
The discrete media type string for unknown textual data.
Declaration
public const string TextPlain = "text/plain"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
TextPlainUtf8
The discrete media type string for plaintext content, with the UTF-8 text encoding parameter applied.
Declaration
public const string TextPlainUtf8 = "text/plain; charset=utf-8"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
TextXml
The dicrete media type string for XML text content.
Declaration
public const string TextXml = "text/xml"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
TextXmlUtf8
The discrete media type string for XML content, with the UTF-8 text encoding parameter applied.
Declaration
public const string TextXmlUtf8 = "text/xml; charset=utf-8"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
Video
The MIME Type for any kind of video files.
Declaration
public const string Video = "video"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |
Xml
The subtype indicating XML content.
Declaration
public const string Xml = "xml"
Field Value
| Type | Description |
|---|---|
| String | A compile-time constant String literal. |


Configure applications to run.
Done
delete
Edit
Editing:
Application name.
The path to the project to run.
Command line arguments
Additional space deliminated arguments to be passed to the dotnet run command.
Save
Cancel
Application name.
Project path.
The path to the project to run. Select the folder that contains the projects .csproj file.
Command line arguments
Additional space deliminated arguments to be passed to the dotnet run command.
Insert


Source code for draugr.writers.writer
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
__author__ = "Christian Heider Nielsen"
__doc__ = """
Created on 27/04/2019
@author: cnheider
"""
from abc import ABCMeta, abstractmethod
from collections import deque
from draugr.python_utilities.counter_filter import CounterFilter
from draugr.writers.mixins.scalar_writer_mixin import ScalarWriterMixin
__all__ = ["Writer", "global_writer", "set_global_writer"]
from typing import Any, Optional
[docs]class Writer(ScalarWriterMixin, metaclass=ABCMeta):
"""description"""
def __enter__(self):
global GLOBAL_WRITER_STACK, GLOBAL_WRITER
GLOBAL_WRITER_STACK.appendleft(self)
GLOBAL_WRITER = self
return self._open()
def __exit__(self, exc_type, exc_val, exc_tb):
global GLOBAL_WRITER, GLOBAL_WRITER_STACK
if len(GLOBAL_WRITER_STACK) > 0:
GLOBAL_WRITER_STACK.popleft() # pop self
if len(GLOBAL_WRITER_STACK) > 0:
GLOBAL_WRITER = GLOBAL_WRITER_STACK.popleft() # then previous
else:
GLOBAL_WRITER = None
return self._close(exc_type, exc_val, exc_tb)
[docs] def close(self) -> Any:
"""description"""
self._close()
[docs] def open(self) -> Any:
"""description"""
self._open()
@abstractmethod
def _close(self, exc_type=None, exc_val=None, exc_tb=None):
raise NotImplementedError
@abstractmethod
def _open(self):
return self
def __call__(self, *args, **kwargs):
self.scalar(*args, *kwargs)
GLOBAL_WRITER_STACK = deque()
GLOBAL_WRITER = None
[docs]def global_writer() -> Optional[Writer]:
"""
:return:
:rtype:"""
global GLOBAL_WRITER
return GLOBAL_WRITER
[docs]def set_global_writer(writer: Writer) -> None:
"""
:return:
:rtype:"""
global GLOBAL_WRITER
# if GLOBAL_WRITER:
# GLOBAL_WRITER_STACK TODO: push to stack if existing?
GLOBAL_WRITER = writer


When the emissivity of a radiating body is 0, a radiating body aborbs none of the incent radiation and is thus a perfect reflector. When the emissivity is 1, a radiating body absorbs as much incedent radiation as a blackbody. Namely it aborbs all the incident radiation and is thus a perfect blackbody.


About me
Markus Orenstrat
@morenstrat
Backend Development and Dev-Ops
Course of Session
- Overview Review Apps
- Demo Review Apps
- Maybe a Screencast
- Details (Configuration)
- More Details (Code)
What are Review Apps?
- One Drupal instance per Git branch
- Dynamic GitLab environments
- Static GitLab environments
Environments
Why use Review Apps?
- Simple (automatic) isolated testing
- CI, CD goodness
- Easy feature approval
- Present your work to...
- Team members (developers)
- Product Owner
- Other Stakeholders
Schema
Why GitLab? Why not XY?
- Costs
- Data protection
- Flexibility
- Self-hosted
Requirements
- GitLab Server and GitLab Runner
- Linux with sudo, lvm2 and rsync
- Wildcard DNS *.example.org
- Apache or Nginx
- MySQL or MariaDB
- composer, drush
- Drupal Runner
What is Drupal Runner?
- Two Bash scripts
- One configuration file
- Composer Drupal template
- Template for a .gitlab-ci.yml file
- Planned: Simple CLI for developers
Setup
- GitLab Server (gitlab-ce.test)
- GitLab Runner (gitlab-runner.test)
- Workstation (ultrabook)
Requirements
- GitLab Server and GitLab Runner
- Linux with sudo, lvm2 and rsync
- Wildcard DNS *.example.org
- Apache or Nginx
- MySQL or MariaDB
- composer, drush
- Drupal Runner
GitLab Runner
- GitLab CI Coordinator URL
- GitLab CI Runner Token
- GitLab CI Tags
- Run untagged builds?
- Lock to current project?
- Executor (shell, docker, ...)
Apache
Module vhost_alias
<VirtualHost *:80>
ServerAlias *.gitlab-runner.test
VirtualDocumentRoot /var/www/%1/web
</VirtualHost>
MySQL / MariaDB
CREATE USER 'gitlab-runner'@'localhost';
GRANT ALL PRIVILEGES ON `dr\_%` . * TO ↩
'gitlab-runner'@'localhost';
Sudo
/etc/sudoers.d/gitlab-runner:
gitlab-runner ALL=(ALL) NOPASSWD: ↩
/usr/local/bin/drupal-runner-sudo
Logical Volume Manager
/etc/lvm/lvm.conf:
activation {
snapshot_autoextend_threshold = 70
snapshot_autoextend_percent = 20
}
Drupal Runner
DRUPAL_RUNNER_BASE_DIR="/var/www"
DRUPAL_RUNNER_LOGICAL_VOLUME_PREFIX="/dev/vg0/dr-"
DRUPAL_RUNNER_DATABASE_PREFIX="dr_"
.gitlab-ci.yml
- (environment) variables
- stages
- jobs
- scripts
- conditions
- ... a lot more


This section provides information regarding applying on behalf of an applicant. This information is only necessary if you are a guardian or legal representative of the applicant.
You previously selected the option below. Verify that this is correct before continuing with the application.
Complete the following before continuing with the application.
Note: The Crime Victim Assistance Program requires proof of your authority to apply for benefits on behalf of the applicant. Please attach the legal documentation here. File size limit: one file cannot exceed 2MB and all files uploaded to application cannot exceed 3.5MB


Managing your life
The internet comes in very handy when it comes to managing and maintaining certain elements in your life
Online Banking:
Most major banks allow online banking. Many major functions such as viewing monthly statements, making deposits, withdrawals, transferring money from one account to another and other common bank activities. The details of the same differ slightly for every bank but the core functionalities remain similar. The website for your bank can be found by searching “ *your bank name* online” on a search engine like www.google.com
Paying your Bills:
Often, a lot of bills can be paid online or even be set-up to automatically deducted from your bank account so that you don’t have to worry about paying a particular bill each month. You can set this up through your bank’s website and maybe through the website of the organization you’re paying. For more information, you can call the organization directly.
Online Shopping:
There are several e-shops set up online where you can pay for and buy things online which will be delivered to your doorstep. These things include electronics, groceries, furniture, books, and much more. E-Commerce is a very big part of the internet world where transactions are conducted online and the products can either be availed online or delivered right to your doorstep. One such website is www.amazon.com.
Word of Caution:
Only use trusted and safe websites to do online transactions. If you enter your details in a suspicious website, you risk someone stealing your bank details which will give them access to your account. This would mean that they can use your account details to spend money online without your knowledge.
Creating Documents, Presentations and Excel sheets:
There are websites online which help you create documents, presentations and excel sheets for free. One such (linked with your google account) is www.google.com/docs. This is where you can create word documents for free online. You can write papers, create resumes, create memo’s and much more using this software. Another feature of this is that you can access these files on any other computer connected to the internet by logging into your google account and going to the same website.
Word of Caution:
Always sign out after you’ve finished your work as if someone else access the computer with your account signed in, they will be able to view and edit all the documents you have created.
Calendar/Planning tools:
The internet also has many tools/free online services which help you plan, schedule, and manage your day to day schedule. One such website is calendar.google.com. This is a service offered by Google which is linked to the email address you created in the eMail module. You can click on the “Create” button to add tasks you need to do throughout the day. Whether you have a dinner with friends, travelling somewhere, or just things you need to do at a certain time of the day, you can schedule them using this website.
Applying for Jobs:
Most companies today accept job applications online and will get back to you via email. With the ever-modernising world, the companies around the world have adopted the system of managing job applications via their respective websites. There are 2 ways you can go about applying for jobs.
You can apply for jobs directly from the company’s website. You can access it by searching the company’s name (ensure you go to the correct and official website) and from there, you can submit your resume online to apply and submit an application. The company will reach out to you via email if they’re interested and if you don’t get a response, move on to another.
There are websites where companies collectively post jobs on it to streamline the job application process. You can filter the jobs (using the filter button) to find the job you want, in the area you want, and simplify the process. Hence, instead of submitting your resume to 25 different companies for 25 different applications, you’re uploading only 1 resume and at the click of a button, sending it to 25 different companies. One such example of a job-search website is www.indeed.com, the #1 job site in the world.
Word of Caution:
Only use reliable websites to apply for jobs. The wrong websites will steal your information with malicious intent, you could become a victim of identity theft.


The clip-path property in CSS allows you to specify a specific region of an element to display, with the rest being hidden (or “clipped”) away.
The most common use case would be an image, but it’s not limited to that. You could just as easily apply clip-path to a paragraph tag and only a portion of the text.
$clip-path: (); $clip-path: map-merge( ( 0: 0, 1: inset(10% 10% 10% 10% round 20%, 20%), ), $clip-path );


PluriDB
on
The flexible database for your frontend
Scroll down to see more...
⤓
⤓
Use the syntax that you already know
pluriDB.modules.sql( `Select * from students where age = 4` );
pluriDB.modules.mongo.students.find({ "age " : 4 });
You can even use them interchangeably!
Scroll down to see more...
⤓
⤓
Use it on your browser or in node
npm i pluridb npm i pdbm-mongodb npm i pdbm-sql
<EMAIL_ADDRESS>https://cdn.jsdelivr.net/npm/pdbm-mongodb@latest/ https://cdn.jsdelivr.net/npm/pdbm-sql@latest/
You can also download it directly from source
Scroll down to see more...
⤓
⤓
Easy to use
const PluriDB require('PluriDB'); const mongoModule require('pdbm-mongodb'); PluriDB.loadModule(mongoModule);
const pluriDB = new PluriDB('test'); pluriDB.init(); pluriDb.modules.mongodb.student.insert({ name:"Jhon", age:12 }); pluriDb.modules.mongodb.student.find({ "age " : 4 });
For more information visit our live demo or our documentation
Made by @dandimrod