Version: v0.8.0
type Body Condition Body provides simple condition checks on the response body.
type ContentType struct { // Is is the wanted content type. It may be abrevated, e.g. // "json" would match "application/json" Is string // Charset is an optional charset Charset string `json:",omitempty"` } ContentType checks the Content-Type header.
type DeleteCookie struct { Name string Path string `json:",omitempty"` Domain string `json:",omitempty"` } DeleteCookie checks that the HTTP response properly deletes all cookies matching Name, Path and Domain. Path and Domain are optional in which case all cookies with the given Name are checkd for deletion.
type FinalURL Condition FinalURL checks the last URL after following all redirects. This check is useful only for tests with Request.FollowRedirects=true
type Header struct { // Header is the HTTP header to check. Header string // Condition is applied to the first header value. A zero value checks // for the existence of the given Header only. Condition `json:",omitempty"` // Absent indicates that no header Header shall be part of the response. Absent bool `json:",omitempty"` } Header provides a textual test of single-valued HTTP headers.
type HTMLContains struct { // Selector is the CSS selector of the HTML elements. Selector string // Text contains the expected plain text content of the HTL elements // selected through the given selector. Text []string `json:",omitempty"` // Raw turns of white space normalization and will check the unprocessed // text content. Raw bool `json:",omitempty"` // Complete makes sure that no excess HTML elements are found: // If true the len(Text) must be equal to the number of HTML elements // selected for the check to succeed. Complete bool `json:",omitempty"` // InOrder makes the check fail if the selected HTML elements have a // different order than given in Text. InOrder bool `json:",omitempty"` // Has unexported fields. } HTMLContains checks the text content (and optionally the order) of HTML elements selected by a CSS rule. The text content found in the HTML document is normalized by roughly the following procedure: 1. Newlines are inserted around HTML block elements (i.e. any non-inline element) 2. Newlines and tabs are replaced by spaces. 3. Multiple spaces are replaced by one space. 4. Leading and trailing spaces are trimmed of. As an example consider the following HTML:

One

Second

 Three

  The normalized text selected by a Selector of "ul.fancy" would be "One Second Three"
type HTMLTag struct { // Selector is the CSS selector of the HTML elements. Selector string // Count determines the number of occurrences to check for: // < 0: no occurrence // == 0: one ore more occurrences // > 0: exactly that many occurrences Count int `json:",omitempty"` // Has unexported fields. } HTMLTag checks for the existens of HTML elements selected by CSS selectors.
type Identity struct { // SHA1 is the expected hash as shown by sha1sum of the whole body. // E.g. 2ef7bde608ce5404e97d5f042f95f89f1c232871 for a "Hello World!" // body (no newline). SHA1 string } Identity checks the value of the response body by comparing its SHA1 hash to the expected SHA1 value.
type Image struct { // Format is the format of the image as registered in package image. Format string `json:",omitempty"` // If > 0 check width or height of image. Width, Height int `json:",omitempty"` // Fingerprint is either the 16 hex digit long Block Mean Value hash or // the 24 hex digit long Color Histogram hash of the image. Fingerprint string `json:",omitempty"` // Threshold is the limit up to which the received image may differ // from the given BMV or ColorHist fingerprint. Threshold float64 `json:",omitempty"` } Image checks image format, size and fingerprint. As usual a zero value of a field skips the check of that property. Image fingerprinting is done via github.com/vdobler/ht/fingerprint. Only one of BMV or ColorHist should be used as there is just one threshold.
type JSON struct { // Expression is a boolean gojee expression which must evaluate // to true for the check to pass. Expression string `json:",omitempty"` // Path in the flattened JSON map to apply the Condition to. Path string `json:",omitempty"` // Condition to apply to the value selected by Path. // If Condition is the zero value then only the existence of // a JSON element selected by Path is checked. // Note that Condition s checked against the actual value in the // flattened JSON map which will contain the quotation marks for // string values. Condition `json:",omitempty"` // Sep is the seperator in Path when checking the Condition. // A zero value is equivalanet to "." Sep string `json:",omitempty"` // Has unexported fields. } JSON checking via github.com/nytlabs/gojee (Expression) and github.com/nytlabs/gojsonexplode (Path, Condition (+ Sep). Both, Expression and Path, may be empty in which case this check just makes sure the response bodyis wellformed JSON.
type Latency struct { // N is the number if request to measure. It should be much larger // than Concurrent. Default is 50. N int `json:",omitempty"` // Concurrent is the number of concurrent requests in flight. // Defaults to 2. Concurrent int `json:",omitempty"` // Limits is a string of the following form: // "50% ≤ 150; 80% ≤ 200; 95% ≤ 250; 0.9995 ≤ 900" // The limits above would require the median of the response // times to be <= 150 ms and would allow only 1 request in 2000 to // exced 900ms. // Note that it must be the ≤ signe (U+2264), a plain < or a <= // is not recognized. Limits string `json:",omitempty"` // If SkipChecks is true no checks are performed i.e. only the // requests are executed. SkipChecks bool `json:",omitempty"` // DumpTo is the filename where the latencies are reported. // The special values "stdout" and "stderr" are recognised. DumpTo string `json:",omitempty"` // Has unexported fields. }
type Links struct { // Head triggers HEAD requests instead of GET requests. Head bool // Which links to test; a combination of "a", "img", "link" and "script". // E.g. use "a img" to check the href of all a tags and src of all img tags. Which string // Concurrency determines how many of the found links are checked // concurrently. A zero value indicates sequential checking. Concurrency int `json:",omitempty"` // Timeout is the client timeout if different from main test. Timeout Duration `json:",omitempty"` // OnlyLinks and IgnoredLinks can be used to select only a subset of // all links. OnlyLinks, IgnoredLinks []Condition `json:",omitempty"` // Has unexported fields. } Links checks links and references in HTML pages for availability.
type Logfile struct { // Path is the file system path to the logfile." Path string // Condition the written stuff must fulfill. Condition `json:",omitempty"` // Disallow states what is forbidden in the written log. Disallow []string `json:",omitempty"` // Has unexported fields. } Logfile provides checks on files (i.e. it ignores the response). During preparation the current file size is determined and the checks are run against the bytes written after preparation.
type NoServerError struct{} NoServerError checks the HTTP status code for not beeing a 5xx server error and that the body could be read without errors or timeouts.
type Redirect struct { // To is matched against the Location header. It may begin with, // or end with contain three dots "..." which inicate that To should // match the end or the start or both ends of the Location header // value. (Note that only one occurence of "..." is supported." To string // If StatusCode is greater zero it is the required HTTP status code // expected in this response. If zero the valid status codes are // 301 (Moved Permanently), 302 (Found), 303 (See Other) and // 307 (Temporary Redirect) StatusCode int `json:",omitempty"` } Redirect checks for HTTP redirections.
type Resilience struct { // Methods is the space seperated list of HTTP methods to check, // e.g. "GET POST HEAD". The empty value will test the original // method of the test. Methods string `json:",omitempty"` // ModParam and ModHeader controll which modifications of parameter values // and header values are checked. // It is a space seprated string if the modifications explained above // e.g. "drop nonsense empty". ModParam, ModHeader string `json:",omitempty"` // ParamsAs controls how parameter values are transmitted, it // is a space seperated list of all transmission types like in // the Request.ParamsAs field, e.g. "URL body multipart" to check // URL query parameters, x-www-form-urlencoded and multipart/formdata. // The empty value will just check the type used in the original // test. ParamsAs string `json:",omitempty"` // SaveFailuresTo is the filename to which all failed checks shall // be logged. The data is appended to the file. SaveFailuresTo string } Resilience checks the resilience of an URL against unexpected requests like different HTTP methods, changed or garbled parameters, different parameter transmission types and changed or garbled HTTP headers. Parameters and Header values can undergo several different types of modifications * drop: don't send at all * double: send same value two times * twice: send two different values * change: change a single character (first, middle and last one) * delete: drop single character (first, middle and last one) * nonsense: "hubba%12bubba(!" * malicious: "\000\ufeff


(The same as the centre of mass, almost always).
For a plane shape, the point where it could be balanced horizontally.
For a solid, the point which has the property that any plane containing the centre of mass has half of the solid’s mass on either side.


Fingerprinting through Microsoft DNS versions (nmap identifies OS version fine)
nslookup using the nameserver of the box with DNS tcp open
dnsrecon brute range
dnsrecon -d <RHOST> -r <IP_ADDRESS>/8
smbclient -L //<RHOST>
press "enter" for null auth and share listings
enum4linux is 'out of date' so ipp likes to use smbmap instead
smbmap -H <RHOST> and get permissions of shares
smbclient //<RHOST>/<SHARE> and now get a prompt
Groups.xml file with a reversable password for a local account
Kali built-in:
gpp-decrypt <cpassword>
smbclient get all files recursively
smb: \> recurse ON
smb: \> prompt OFF
smb: \> mget *
Impacket: GetADUsers.py
GetADUsers.py -all domain\user -dc-ip <RHOST>
You can start a cmd prompt as a user (that doesn't exist on your machine) using:
runas /netonly domain\user
it will prompt for a password and then use windows authentication 'magic' to perform all operations as that user in that session (save creds in cmd prompt essentially). It makes working with remote users easier.
Running sharphound.exe to injest data from Active.htb and analyze
Bloodhoud common queries:
Shortest path from kerberoastable users shows Admin is kerberoastable
Impacket GetUserSPNs.py
GetUserSPNs.py -request -dc-ip <RHOST> domain\user
Hashcat crack the output -m 13100
Now get a session with psexec as admin
psexec.py domain\user@<RHOST>


|
cds
2.3.1
|
[type-option] Option setter for key comparing More...
#include <cds/opt/compare.h>
[type-option] Option setter for key comparing
The option sets a type of a functor to compare keys. For comparing two keys k1
and k2
the functor must return:
k1 > k2
k1 == k2
k1 < k2
Functor
is a functor with following interface:
Note that the functor must return int
, not a bool
value.
There are predefined type for Functor:
opt::v::less_comparator
that implements comparing functor through std::less
predicate.opt::v::less_comparator
functor intended for the string comparisonYou may implement your own comparing functor that satisfies Functor
interface.
About relation between opt::less
and opt::compare
option setters see opt::less
description.


--- title: Other Changes version: "7.4" tags: - "7.4" - other-changes ---
A specialized VM opcode for the array_key_exists()
function has been added, which improves performance of this function
if it can be statically resolved. In namespaced code, this may require
writing \array_key_exists()
or explicitly importing
the function.
When preg_match() in UTF-8 mode ("u"
modifier)
is repeatedly called on the same string (but possibly different offsets),
it will only be checked for UTF-8 validity once.
zend.exception_ignore_args is a new INI directive for including or excluding arguments from stack traces generated from exceptions.
opcache.preload_user is a new INI directive for specifying the user account under which preloading code is execute if it would otherwise be run as root (which is not allowed for security reasons).
A number of extensions have been migrated to exclusively use pkg-config for the
detection of library dependencies. Generally, this means that instead of using
--with-foo-dir=DIR or similar only
--with-foo is used. Custom library paths can be
specified either by adding additional directories to PKG_CONFIG_PATH
or by explicitly specifying compilation options through FOO_CFLAGS
and FOO_LIBS
.
The following extensions and SAPIs are affected:
fputcsv(),
fgetcsv(),
SplFileObject::fputcsv(),
SplFileObject::fgetcsv(), and
SplFileObject::setCsvControl()
now accept an empty string as $escape
argument,
which disables the proprietary PHP escaping mechanism.
The behavior of str_getcsv() has been adjusted accordingly (formerly, an empty string was identical to using the default).
SplFileObject::getCsvControl() now may also return an empty string for the third array element, accordingly.
The filter extension no longer exposes --with-pcre-dir for Unix builds and can now reliably be built as shared when using ./configure
The behavior of imagecropauto() in the bundled libgd has been synced with that of system libgd:
IMG_CROP_DEFAULT
is no longer falling
back to IMG_CROP_SIDES
The default $mode
parameter of
imagecropauto() has been changed to
IMG_CROP_DEFAULT
; passing -1
is now deprecated.
imagescale() now supports aspect ratio preserving
scaling to a fixed height by passing -1
as $new_width
.
The hash extension cannot be disabled anymore and is always an integral part of any PHP build, similar to the date extension.
Support for nsldap and umich_ldap has been removed.
All libxml-based extensions now require libxml 2.7.6 or newer.
The oniguruma library is no longer bundled with PHP, instead libonig needs to be available on the system. Alternatively --disable-mbregex can be used to disable the mbregex component.
The --disable-opcache-file and --enable-opcache-file configure options have been removed in favor of the opcache.file_cache INI directive.
The password_hash() and functions
now accept nullable string and int for $algo
argument.
Installation of PEAR (including PECL) is no longer enabled by default. It can be explicitly enabled using --with-pear. This option is deprecated and may be removed in the future.
The numeric values of the modifier constants
(IS_ABSTRACT
,
IS_DEPRECATED
,
IS_EXPLICIT_ABSTRACT
,
IS_FINAL
,
IS_IMPLICIT_ABSTRACT
,
IS_PRIVATE
,
IS_PROTECTED
,
IS_PUBLIC
, and
IS_STATIC
) on the
ReflectionClass,
ReflectionFunction,
ReflectionMethod,
ReflectionObject, and
ReflectionProperty
classes have changed.
SimpleXMLElement now implements Countable.
The bundled libsqlite has been removed. To build the SQLite3 extension a system libsqlite3 ≥ 3.7.4 is now required. To build the PDO_SQLite extension a system libsqlite3 ≥ 3.5.0 is now required.
Serialization and unserialization of SQLite3, SQLite3Stmt and SQLite3Result is now explicitly forbidden. Formerly, serialization of instances of these classes was possible, but unserialization yielded unusable objects.
The @param
notation can now also be used to
denote SQL query parameters.
The bundled libzip library has been removed. A system libzip >= 0.11 is now necessary to build the zip extension.


title = "Questions" url = "/:slug/:page?" layout = "default" is_hidden = 0 [forumChannel] slug = "{{ :slug }}" memberPage = "account" topicPage = "answers" ==


@* * Copyright 2021 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @(formItem:Form[_], fieldName: String, questionText: String, hintText: Option[String], args: (Symbol,Any)*)(implicit messages: Messages) @import uk.gov.hmrc.play.mappers.DateFields._ @import play.api.i18n._ @import uk.gov.hmrc.play.mappers.DateFormatSymbols._ @import uk.gov.hmrc.play.views.html.{helpers => govHelpers} @import java.text.SimpleDateFormat @fieldsetClasses = @{if(formItem.hasErrors && (formItem.errors.find(_.key != "psoAmt").isDefined)) "form-field--error" else "" }


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Hi, my name is Valerie and I recently decided to drop my marketing career to learn how to code. After around 6 months of teaching myself JavaScript via YouTube, I attended a Coding Bootcamp at NYCDA. My first plan was to learn coding in order to become a Product Owner, but then I got stuck with the dream of working with Sublime every day (really, I swear!).
I soon encountered the challenge of not knowing anything about this new industry. How much do I have to know as a Junior Developer? Where can I keep learning after the bootcamp? Which type of roles are even out there? And how can I get my foot in the door?
That's why I decided to go a bit over the top with my homework and instead of creating a random User App with AJAX and POSTGRES, created this.


--- layout: default title: Mirco Macrelli --- Hi, my name is Mirco MacrelliI’m a developer which listen to old rock, likes video games and reads a lots of sci-fi and manga."
I’m a developer which listen to old rock, likes video games and reads a lots of sci-fi and manga.
"


Blazing fast Meteor packages search powered by Algolia. There's also a command line.
THIS PACKAGE WAS DELETED. DON'T USE IT.
{{/if}}{{{_highlightResult.description.value}}}
{{#if errors}}{{hitsLength}} on {{this.nbHits}} results found in {{this.processingTimeMS}}ms {{#if currentUser}}({{packageCount}}){{/if}}
{{#each this.hits}} {{> searchResult}} {{/each}}


$sessionService service for use in your AngularJS applications.
Provides a key-value (string-object) session storage with expiry option (in minutes).


Brett Zamir
on 2012-06-22 13:23:38
@Ian Carter: Thanks! I confirmed the significant performance improvement in Firefox (actually 4 or 5x faster in my testing)...Applied in Git...
Ian Carter
on 2012-05-18 12:03:43
Using bytewise operators this function can be up to 99% faster
/*
* @see http://jsperf.com/for-vs-while-bytewise-str-repeat/2
*/
function str_repeat(x,n)
{
var y = '';
while(true)
{
if(n & 1) y += x;
n >>= 1;
if(n) x += x; else break;
}
return y;
}
????? ????? ???
on 2012-04-04 14:32:11
I agree it is a very informative article and I actually enjoy reading good stuff unlike all the crap out there on the internet
Tihomir Rabuzin
on 2010-06-22 18:39:57
I think that function has to be improved in this way:
return new Array(Number(multiplier)+1).join(input);
Change is in: Number(multiplier)
Explanation:
I have requirement for expanding numbers inside string in to equivalent number of characters. For example string: 3e2 must have string.length of 6
I have function that iterate through every character of a string and if is_numeric (one of phpjs functions too) replace that value with corresponding number of dummy characters using str_replace:
// max number that we can expand is 99
function expandTerm(subject) {
var output = '';
var repeat = '';
for (i=0; i<subject.length; i++) {
if(is_numeric(subject[i])) {
repeat = subject[i];
if (is_numeric(subject[i + 1])) {
repeat = repeat * 10;
}
output = output + str_repeat('_', repeat);
repeat = '';
} else {
output = output + subject[i];
}
}
return output;
}
this returns 21 if input string is: 2 and __________01 if input string is: 10 and that is wrong. In first case output have to be: __ and in second __________ .
When I change your function, adding type casting on multiplier: Number(multiplier), everything working just as expected.
Have a nice day
snaky
on 2008-07-27 19:31:58
thats grat :-) thank you for publishing
Kevin van Zonneveld
on 2008-04-13 13:01:30
@ Jonas Raoni: It sure is, thanks a lot!
Jonas Raoni
on 2008-04-12 20:22:46
This way it's faster :)
String.prototype.repeat = function(l){
return new Array(l+1).join(this);
};
alert("jonas".repeat(10));
Kevin van Zonneveld
on 2008-01-09 10:15:25
@ Darell Brogdon: Thanks for pointing that out, I've searched hard, but wasn't able to find similar projects. Now that I did, how would you feel if I included some of your functions to this project? Well creditted of course.
Most functions are already here but I found a couple that would be a great addition.
The reason to continue here is I developed some tools that really help me to publish new functions quickly, and for me it would be a buzz killer to have to maintain this on sourceforge. Exposure here is bigger as well I think.
I do believe however that once php.js reaches version 1.0, housing it on such a platform would be a better idea.
Darrell Brogdon
on 2008-01-09 03:23:28
Here's a similar project I started awhile back if you're interested: http://sourceforge.net/projects/php4js I haven't had much time to devote to it but I would love it if someone could breathe new life into it.


Basic element visibility checking. When you run the check, elements that are in the container's viewable area will say "Visible", ones that weren't at the time of the check will be "Not Visible". Changing the 'partiallyVisible' option during initiation will make it so elements will only be visible if the whole element is in the viewable area at the time of the check.


{% extends "base.html" %} {% block title %}Welcome{% endblock %} {% block head %} {% endblock %} {% block fullpage %}
There's no site with that address. Want to make one? Just type some text in the space below and press "create".


New Report
exit_to_app
Close
save
Save/Load Template
insert_drive_file
Create Report
web
Application Name:
insert_link
Application URL:
date_range
Reporting Date:
timeline
Vulnerability Risk = Likelihood * Impact
error_outline
Select Impact
Vulnerability Impact
linear_scale
Select Likelihood
Exploitation Likelihood
error
Select Overall Risk
Overall Risk
swap_horiz
Override Risk
Off
On
device_hub
Vulnerability Details
bug_report
Select Vulnerability
Custom
Vulnerability Type
description
Vulnerability Description:
security
Security Control:
gavel
Recommended Fix Action(s):
directions_walk
Vulnerability Walkthrough
input
Injectable Parameter:
whatshot
Payload:
directions
Step Actions
Add
file_upload
File Uploads
Select File
attach_file
image
Uploaded Images
ondemand_video
Uploaded Videos
Template Management
Penetration Testing Finding Generation
Save Report Template
Load Report Template
Select File
attach_file


Hi, there!
About me
Books
Interests
I love binge-watching!
Here are some recommendations
Big Little Lies
Source
Schitt's Creek
Source
The Marvelous Mrs Maisel
Source
The Handmaid's Tale
Source


Open Angel Arena 4.7.0 Update
General Changes
Fixed OD Arcane Orb crashing the server when attacking Alchemist boss spider eggs.
Item Changes
Blade of Judecca:
Bonus damage reduced from 50/100 to
10
/
20
.
Greater Power Treads:
Power Splash: Splash damage percentage reduced from 40/50/60/70% to
25
/
35
/
45
/
55
%.
Greater Tranquil Boots:
Naturalize: Bonus gold on kill reduced from 3500/6300/10500/17500 to
3000
/
5800
/
10000
/
17000
.
Hero Changes
Ancient Apparition:
Cold Feet cooldown decreased from 10 to 10/
9
/
8
/
7
/
7
/
7
seconds.
Ice Blast percentage health kill threshold (Shatter threshold) increased from 0% to
8
/
9
/
10
/
11
/
12
%.
Bounty Hunter:
Jinada gold steal increased from 12/18/24/30/100/500 to
75
/
150
/
300
/
600
/
1200
/
2400
.
Track critical strike multiplier decreased from 140/160/180/250/275% to 140/160/180/
200
/
220
%.
Doom:
Devour HP regeneration bonus increased from 4/8/13/18/30/40 to
10
/
20
/
30
/
40
/
70
/
100
.
Drow Ranger:
Marksmanship proc chance reduced from 20/30/40/45/50% to
10
/
20
/
30
/
40
/
50
%.
Huskar:
Inner Fire level 6 mana cost decreased from 425 to
310
.
Inner Fire damage increased from 100/155/210/265/320/530 to 100/155/210/265/
485
/
705
.
Lone Druid:
Spirit Link level 6 shared lifesteal increased from 100% to
120
%.
Naga Siren:
Song of the Siren cooldown decreased from 200/180/160/140/120 to
100
seconds at all levels.
Song of the Siren duration rescaled from 7 to
4
/
5
/
6
/7/
8
seconds.
Night Stalker:
Dark Ascension cooldown decreased from 140/130/120/80/70 to
80
seconds at all levels.
Omniknight:
Guardian Angel cooldown decreased from 240 to
160
seconds.
Outworld Devourer:
Fixed a bug with Arcane Orb that caused a server crash when attacking Alchemist boss spider eggs.
Sohei:
Momentum knockback distance increased from 325 to
400
.
Flurry of Blows effect radius decreased from 400 to
325
.
Flurry of Blows max duration decreased from 4/6/8/10/12 to
2
/
3
/
4
/
5
/
6
seconds.
Flurry of Blows attack interval decreased from 0.6 to
0.3
(Sohei attacks more often during his ultimate).
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by
IIIT Delhi


State trooper asks court to vacate plea in assault case
by EndPlayWARWICK, R.I. (AP) - A Rhode Island State Police trooper who pleaded no contest to punching a man in a holding cell has asked a court to vacate his plea on the grounds it was coerced by the former chief of the department.
The Providence Journal reports James Donnelly-Taylor filed a motion Monday seeking to vacate the plea he made to a charge of simple assault in the June 2014 beating of a 36-year-old man.
Donnelly-Taylor said former state police Col. Steven O'Donnell said he would be protected and allowed to keep his job if he pleaded. O'Donnell has denied that.
Surveillance video shows Donnelly-Taylor throwing several punches.
His attorney says the detained man swing his elbow first.
If the plea is vacated, the case would go to trial.
Donnelly-Taylor is currently on medical leave.
___
Information from: The Providence Journal, http://www.providencejournal.com


The commissioner applications can use this class to pair new/unpaired CHIP devices.
More...
|
| | DeviceCommissioner () |
| |
| | ~DeviceCommissioner () |
| |
| CHIP_ERROR | Init (NodeId localDeviceId, ControllerInitParams params, DevicePairingDelegate *pairingDelegate=nullptr) |
| | Init function to be used when there exists a device layer that takes care of initializing System::Layer and InetLayer. More...
|
| |
| CHIP_ERROR | Init (NodeId localDeviceId, PersistentStorageDelegate *storageDelegate=nullptr, DevicePairingDelegate *pairingDelegate=nullptr, System::Layer *systemLayer=nullptr, Inet::InetLayer *inetLayer=nullptr) |
| |
| void | SetDevicePairingDelegate (DevicePairingDelegate *pairingDelegate) |
| |
| CHIP_ERROR | Shutdown () override |
| |
| CHIP_ERROR | PairDevice (NodeId remoteDeviceId, RendezvousParameters ¶ms) |
| | Pair a CHIP device with the provided Rendezvous connection parameters. More...
|
| |
| CHIP_ERROR | PairTestDeviceWithoutSecurity (NodeId remoteDeviceId, const Transport::PeerAddress &peerAddress, SerializedDevice &serialized) |
| |
| CHIP_ERROR | StopPairing (NodeId remoteDeviceId) |
| | This function stops a pairing process that's in progress. More...
|
| |
| CHIP_ERROR | UnpairDevice (NodeId remoteDeviceId) |
| | Remove pairing for a paired device. More...
|
| |
| void | OnRendezvousError (CHIP_ERROR err) override |
| |
| void | OnRendezvousComplete () override |
| |
| void | OnRendezvousStatusUpdate (RendezvousSessionDelegate::Status status, CHIP_ERROR err) override |
| |
| void | RendezvousCleanup (CHIP_ERROR status) |
| |
| void | ReleaseDevice (Device *device) override |
| |
| | DeviceController () |
| |
| virtual | ~DeviceController () |
| |
| CHIP_ERROR | Init (NodeId localDeviceId, ControllerInitParams params) |
| | Init function to be used when there exists a device layer that takes care of initializing System::Layer and InetLayer. More...
|
| |
| CHIP_ERROR | Init (NodeId localDeviceId, PersistentStorageDelegate *storageDelegate=nullptr, System::Layer *systemLayer=nullptr, Inet::InetLayer *inetLayer=nullptr) |
| |
| CHIP_ERROR | GetDevice (NodeId deviceId, const SerializedDevice &deviceInfo, Device **device) |
| | This function deserializes the provided deviceInfo object, and initializes and outputs the corresponding Device object. More...
|
| |
| CHIP_ERROR | GetDevice (NodeId deviceId, Device **device) |
| | This function is similar to the other GetDevice object, except it reads the serialized object from the persistent storage. More...
|
| |
| CHIP_ERROR | UpdateDevice (Device *device, uint64_t fabricId) |
| | This function update the device informations asynchronously using mdns. More...
|
| |
| void | PersistDevice (Device *device) |
| |
| CHIP_ERROR | SetUdpListenPort (uint16_t listenPort) |
| |
| CHIP_ERROR | ServiceEvents () |
| | Start the event loop task within the CHIP stack. More...
|
| |
| CHIP_ERROR | ServiceEventSignal () |
| | Allow the CHIP Stack to process any pending events This can be called in an event handler loop to tigger callbacks within the CHIP stack. More...
|
| |
| virtual | ~PersistentStorageResultDelegate () |
| |
| virtual | ~RendezvousSessionDelegate () |
| |
| virtual void | OnRendezvousConnectionOpened () |
| |
| virtual void | OnRendezvousConnectionClosed () |
| |
| virtual void | OnRendezvousMessageReceived (const PacketHeader &packetHeader, const Transport::PeerAddress &peerAddress, System::PacketBufferHandle buffer) |
| |
The commissioner applications can use this class to pair new/unpaired CHIP devices.
The application is required to provide write access to the persistent storage, where the paired device information will be stored.


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Sabinaya Uprety (sabinaya)
User Name (usernames cannot be changed) :
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Sabinaya Uprety (sabinaya)
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But I must explain to you how all this mistaken idea of denouncing pleasure and praising pain was born and I will give you a complete account of the system, and expound the actual teachings of the great explorer of the truth, the master-builder of human happiness. No one rejects, dislikes, or avoids pleasure itself, because it is pleasure, but because those who do not know how to pursue pleasure rationally encounter consequences that are extremely painful. Nor again is there anyone who loves or pursues or desires to obtain pain of itself, because it is pain, but because occasionally circumstances occur in which toil and pain can procure him some great pleasure. To take a trivial example, which of us ever undertakes laborious physical exercise, except to obtain some advantage from it? But who has any right to find fault with a man who chooses to enjoy a pleasure that has no annoying consequences, or one who avoids a pain that produces no resultant pleasure?"


Serenade is a one-day popup exhibition of playful interactive works expanding the range of topics explored in videogames: hilarious dates, breakup black comedy, difficult reflection, childhood nostalgia, new friendships, self care, cozily cooking, whimsical creativity and freeform collaboration.
Free Entry
The exhibition will be open from 12pm - 10:30pmSaturday 11th January 2020
at
107
107 Redfern Street, Redfern NSW Australia
Walking:
5 minutes from Redfern Station.
Buses:
305, 308, 309, 310
Accessibility:
Access ramp, One accessible parking space and accessible bathrooms.
Full details at https://107.org.au/accessibility/
107 Redfern St is a licensed venue, BYO alcohol is not permitted.
This event is taking place on the lands of the Gadigal and Wangal people of the Eora nation. Sovereignty was never ceded - always was, always will be Aboriginal land.
Featuring, alphabetically:
We’ve been inspired by other exhibitions, collectives and venues around Australia and internationally which highlight games that are deeply personal to their creators, games made without commercial intent and games engaging with topics rarely explored within the wider medium. We wanted to bring some of this energy to Sydney. So much more creativity, vulnerability and experimentation is possible in games and we don't often get to see it here. We want to help change that.
Serenade acknowledges the Gadigal people of the Eora Nation as the traditional custodians of the land of which we operate.
We pay respect to their Elders past and present. Sovereignty was never ceded, and this always was and always will be Aboriginal land.


Let Hudson Manage Workspace View: For most cases, leave this checked. Hudson will overwrite the workspace's view to match the project's settings provided below.
If unchecked, you must manage the workspace's view yourself. This is useful if, for this job, you need to checkout and build multiple projects from Perforce at once. (For those managing the workspace view themselves and looking for a starting point, the typical hudson view is: '//depot/[PROJECTNAME]/... //[WORKSPACENAME]/...' You'll notice this is slightly different from typical workspaces. The [PROJECTNAME] is not normally included.)


AbstractMatcher::Iterator class for scanning, searching, and splitting input character sequences. More...
#include <absmatcher.h>
Public Member Functions | |
| Iterator () | |
| Construct an AbstractMatcher::Iterator such that Iterator() == AbstractMatcher::Operation(*this, method).end(). More... | |
| Iterator (const Iterator< typename reflex::TypeOp< T >::NonConstType > &it) | |
| Copy constructor. More... | |
| T & | operator* () const |
| AbstractMatcher::Iterator dereference. More... | |
| T * | operator-> () const |
| AbstractMatcher::Iterator pointer. More... | |
| bool | operator== (const Iterator< typename reflex::TypeOp< T >::ConstType > &rhs) const |
| AbstractMatcher::Iterator equality. More... | |
| bool | operator!= (const Iterator< typename reflex::TypeOp< T >::ConstType > &rhs) const |
| AbstractMatcher::Iterator inequality. More... | |
| Iterator & | operator++ () |
| AbstractMatcher::Iterator preincrement. More... | |
| Iterator | operator++ (int) |
| AbstractMatcher::Iterator postincrement. More... | |
| Iterator (AbstractMatcher *matcher, Method method) | |
| Construct an AbstractMatcher::Iterator to scan, search, or split an input character sequence. More... | |
Private Attributes | |
| AbstractMatcher * | matcher_ |
| the matcher used by this iterator More... | |
| Method | method_ |
| the method for pattern matching by this iterator's matcher More... | |
Friends | |
| class | AbstractMatcher |
| class | Iterator< typename reflex::TypeOp< T >::ConstType > |
| class | Iterator< typename reflex::TypeOp< T >::NonConstType > |
AbstractMatcher::Iterator class for scanning, searching, and splitting input character sequences.
| <T> | AbstractMatcher or const AbstractMatcher |
|
inline |
Construct an AbstractMatcher::Iterator such that Iterator() == AbstractMatcher::Operation(*this, method).end().
|
inline |
Copy constructor.
|
inline |
Construct an AbstractMatcher::Iterator to scan, search, or split an input character sequence.
| matcher | iterate over pattern matches with this matcher |
| method | match using method Const::SCAN, Const::FIND, or Const::SPLIT |
|
inline |
AbstractMatcher::Iterator inequality.
|
inline |
AbstractMatcher::Iterator dereference.
|
inline |
AbstractMatcher::Iterator preincrement.
|
inline |
AbstractMatcher::Iterator postincrement.
|
inline |
AbstractMatcher::Iterator pointer.
|
inline |
AbstractMatcher::Iterator equality.
|
friend |
|
friend |
|
friend |
|
private |
the matcher used by this iterator
|
private |
the method for pattern matching by this iterator's matcher


Adding blocks in editor
-
define commands to add a header, code block or paragraph block after the current slide
-
when reading again
hx
will merge continuous paragraphs into one block
2
@Add(global elements)
void add_block(Read_State state) {
@put(add block);
}
@End(global elements);
-
the
add_block
function adds a new block after the current block
-
it sets its value to a default text
-
and makes the new block the current block
3
@Add(run loop)
if (cmd == "h" || cmd == "header") {
add_block(RS::header);
continue;
}
@End(run loop)
-
generates a new header block
4
@Add(run loop)
if (cmd == "c" || cmd == "code") {
add_block(RS::code);
continue;
}
@End(run loop)
-
generates a new code block
5
@Add(run loop)
if (cmd == "o" || cmd == "other") {
add_block(RS::para);
continue;
}
@End(run loop)
-
generates a new paragraph blocks
-
multiple paragraph blocks will be merged into one paragraph block on read
6
@def(add block)
if (curInput != inputs.end()) {
@put(increase block);
int i = curBlock - curInput->second.blocks.begin();
@put(insert block);
curBlock = curInput->second.blocks.begin() + i;
} else {
std::cerr << "! no file\n";
}
draw_block();
@end(add block)
-
add_block
increases the current block if possible
-
so it can insert the new block before the iterator
-
as the insert can invalidate the iterators, it saves the distance
-
and restores it afterwards
7
@def(increase block)
if (curBlock != curInput->second.blocks.end()) {
++curBlock;
}
@end(increase block)
-
add_block
does not advance beyond the end of the container
8
@def(insert block)
curInput->second.blocks.insert(curBlock, {
state, { "REPLACE" }, {},
state == RS::header ? 1 : 0
});
@end(insert block)
-
add_block
creates a new block with the requested state
-
and a default text
Duplicating the current block
-
duplicates the current block
-
and sets the current block to the new copy
10
@Add(run loop)
if (cmd == "d" || cmd == "dup") {
if (curInput != inputs.end()) {
if (curBlock != curInput->second.blocks.end()) {
@put(duplicate);
}
} else {
std::cerr << "! no file\n";
}
continue;
}
@End(run loop)
-
duplicates the current block
-
if the file is valid
-
and the current block is valid
11
@def(duplicate)
int i = curBlock - curInput->second.blocks.begin();
curInput->second.blocks.insert(curBlock, *curBlock);
curBlock = curInput->second.blocks.begin() + i + 1;
@end(duplicate)
-
the insert invalidates the iterator
-
so the offset is saved
-
a copy of the current block is inserted before the current block
-
that is the wrong way around but easier
-
and doesn't matter in the end
-
the new current block is set to the old current block
-
which is now the second of the two duplicates


Cow(girl|boy) Up!
That's one fine lookin' cow(girl|boy)!
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Oh, fancy seeing you here! I'm guessing this isn't what you wanted; try clicking your heels three times. There's no place like home, right?


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Finding Nemo
An illustive print for the Pixar film Finding Nemo.
Size
21 x 42 cm
Price
17.50
Includes 2.50 P&P


Distributed hash table
A distributed hash table (DHT) is a class of a decentralized distributed system that provides a lookup service similar to a hash table. (key,value) pairs are stored in a DHT, and any participating node can efficiently retrieve the value associated with a given key.
对于一个key/value对，DHT在分布式集群中，提供像HashTable一样的服务，例如简单快捷的存取、查询。
DHTs form an infrastructure that can be used to build more complex services, such as anycast, cooperative Web caching, distributed file systems, domain name services, instant messaging, multicast, and also peer-to-peer file sharing and content distribution systems.
Properties
Unlike unstructured P2P, DHT is tightly coupled between nodes and file locations. (when request a content, directly go to the content instead of searching by flooding)
DHT has the following properties:
Autonomy and Decentralization: the nodes collectively form the system without any central coordination.
Fault tolerance: the system should be reliable (in some sense) even with nodes continuously joining, leaving, and failing.
Scalability: the system should function efficiently even with thousands or millions of nodes.
Building a DHT
- Hash function that maps a file to a unique ID. Eg. hash(“Harry Potter”) -> 3912.
- Distribute range space for all nodes in the network.
- The desinated node stores the location of the file. (this is indirect approach)
Search in DHT
- Search query routed to the node whose range covers the file.
- Each node would retains a routing information that is implemented in a fully distributed manner (i.e. no central point, no single point of failure).
There is different hashing and routing techniques associated with DHT. The most important is Consistent Hashing and Chord Routing.
Consistent Hashing
Consistent hashing is a special kind of hashing such that when a hash table is resized and consistent hashing is used, only K/n keys need to be remapped on average, where K is the number of keys, and n is the number of slots.
Motivation
In most traditional hash tables, a change in the number of array slots causes nearly all keys to be remapped. Specifically, the 3 cases below can end up in a technology crisis:
leaves/failures - 一个 cache 服务器 m down 掉了（在实际应用中必须要考虑这种情况），这样所有映射到 cache m 的对象都会失效，怎么办，需要把 cache m 从 cache 中移除，这时候 cache 是 N-1 台，映射公式变成了 hash(object)%(N-1)；
join - 由于访问加重，需要添加 cache ，这时候 cache 是 N+1 台，映射公式变成了 hash(object)%(N+1)
scalability - 由于硬件能力越来越强，你可能想让后面添加的节点多做点活，显然上面的 hash 算法也做不到。
Technique
Consistent hashing is based on mapping each object to a point on the edge of a circle. The system maps each available machine to pseudo-randomly distributed points on the edge of the same circle.
- 假定哈希key均匀的分布在一个环上
- 所有的节点也都分布在同一环上
- 每个节点只负责一部分Key，当节点加入、退出时只影响加入退出的节点和其邻居节点或者其他节点只有少量的Key受影响
For a very detailed steps of consistent hashing, read this Chinese blog.
In this way, 一致性Hash在node加入/离开时，不会导致映射关系的重大变化。
Routing (searching)
Simple Routing would search successor node, and runtime is linear. These node would keep O(1) routing information, and spend O(n) time in query routing.
Otherwise, we make every node store ID and IP of all nodes, thus query routing takes O(1) but routing information is O(n).
We’ll now discuss Chord Routing.
Chord Routing
Each node stores more info closely following it on the identifier circle than nodes further away. That is, the subsequent nodes at position 1, 2, 4, 8, 16, 32… (each entry is called a finger)
为网络中每个Node分配一个唯一id（可以通过机器的mac地址做Hash），假设整个网络有N 个节点，我们可以认为这些整数首尾相连形成一个环，称之为Chord环。两个节点间的距离定义为节点间下标差，每个节点会存储一张路由表(Finger表)，表内顺时针按照离本节点2、4、8、16、32.……2i的距离选定log2N个其他节点的ip信息来记录。
Routing information maintained at each node: O(logN).
Query routing take O(logN) time.
Join and leave in Chord
It’s very much like insertion and removal in Doubly Linked List. Read it yourself.
Special thanks to the online resources written by some CSDN bloggers.


--- layout: post title: The architect date: '2015-07-24T18:30:50+02:00' categories: - Klare Lijn — Ligne Claire picture_url: https://film-Storyboards.tumblr.com/post/124956418930 ---


This page shows a working demo of jquery ellipsis plugin
Hello! This
text is very long. You can click on the button if you want to
shorten the text, so that it doesn't seem like someone dumped this
text on your page. If you like this plugin, please use it. I created
this plugin for my own requirements. You can change it to your
needs.


Related Functions |
(Note that these are not member functions.)
|
| template<class Char , class Traits > |
std::basic_ostream< Char,
Traits > & | operator<< (std::basic_ostream< Char, Traits > &os, const UniverseView &x) |
| | Print universe set view.
|
Constructors and initialization |
|
| | UniverseView (void) |
| | Default constructor.
|
Value access |
|
| unsigned int | cardMin (void) const |
| | Return minimum cardinality.
|
| unsigned int | cardMax (void) const |
| | Return maximum cardinality.
|
| int | lubMin (void) const |
| | Return minimum of the least upper bound.
|
| int | lubMax (void) const |
| | Return maximum of the least upper bound.
|
| int | lubMinN (unsigned int n) const |
| | Return n-th smallest element of the least upper bound.
|
| int | glbMin (void) const |
| | Return minimum of the greatest lower bound.
|
| int | glbMax (void) const |
| | Return maximum of the greatest lower bound.
|
| unsigned int | glbSize (void) const |
| | Return the number of elements in the greatest lower bound.
|
| unsigned int | lubSize (void) const |
| | Return the number of elements in the least upper bound.
|
| unsigned int | unknownSize (void) const |
| | Return the number of unknown elements.
|
Domain tests |
|
| bool | contains (int i) const |
| | Test whether i is in the greatest lower bound.
|
| bool | notContains (int i) const |
| | Test whether i is not in the least upper bound.
|
Domain update by value |
|
| ModEvent | cardMin (Space &home, unsigned int m) |
| | Restrict cardinality to be greater than or equal to m.
|
| ModEvent | cardMax (Space &home, unsigned int m) |
| | Restrict cardinality to be less than or equal to m.
|
| ModEvent | include (Space &home, int i, int j) |
| | Update greatest lower bound to include all elements between and including i and j.
|
| ModEvent | exclude (Space &home, int i, int j) |
| | Restrict least upper bound to not contain all elements between and including i and j.
|
| ModEvent | include (Space &home, int i) |
| | Update greatest lower bound to contain i.
|
| ModEvent | exclude (Space &home, int i) |
| | Restrict least upper bound to not contain i.
|
| ModEvent | intersect (Space &home, int i, int j) |
| | Update least upper bound to contain at most all elements between and including i and j.
|
| ModEvent | intersect (Space &home, int i) |
| | Update least upper bound to contain at most the element i.
|
Domain update by range iterator |
|
| template<class I > |
| ModEvent | excludeI (Space &home, I &i) |
| | Remove range sequence described by i from least upper bound.
|
| template<class I > |
| ModEvent | includeI (Space &home, I &i) |
| | Include range sequence described by i in greatest lower bound.
|
| template<class I > |
| ModEvent | intersectI (Space &home, I &iter) |
| | Intersect least upper bound with range sequence described by i.
|
Delta information for advisors |
|
| int | glbMin (const Delta &d) const |
| | Return minimum value just pruned from glb.
|
| int | glbMax (const Delta &d) const |
| | Return maximum value just pruned from glb.
|
| bool | glbAny (const Delta &d) const |
| | Test whether arbitrary values got pruned from glb.
|
| int | lubMin (const Delta &d) const |
| | Return minimum value just pruned from lub.
|
| int | lubMax (const Delta &d) const |
| | Return maximum value just pruned from lub.
|
| bool | lubAny (const Delta &d) const |
| | Test whether arbitrary values got pruned from lub.
|
View comparison |
|
| bool | operator== (const UniverseView &x, const UniverseView &y) |
| | Test whether views x and y are the same.
|
| bool | operator!= (const UniverseView &x, const UniverseView &y) |
| | Test whether views x and y are the not same.
|
Constant view for the universe.


{% extends "base.html" %} {% import "bootstrap/wtf.html" as wtf %} {% block content %}
Your Digital Ocean API token will stored temporarily a server side session. It is not saved to a database or logged.
When you click Build, the web application will pass the secret to a worker, and delete the token from the session.
The web session will timeout and reset after 60 minutes


{% extends 'index.html' %} {% block content %}
(Disclaimer: The following are NOT endorsed by this site, the DoD, or the U. S. Navy. This is a small list to get started in deciding where you should attend college)
{{ i.description }}
{% endautoescape %}Accreditation: {{ i.accreditation }}


MySpace
MySpace 2003
Myspace was launched before Facebook. Some could say that Facebook took the idea from Myspace.
However, the thing with these two websites is that one did it better then the other.
First of all, Myspace was the first social media website I used before Facebook. I remember
using it before I began high school. Myspace was so interesting that all of my friends
only wanted to visit each others profile to see our template creations. Of course,
same as Facebook we could message each other.
The other cool thing Myspace had that
Facebook was lacking then it was first released was that we could customize our profile home
page and add music. A lot of people always wanted to visit someone else's profile page
to see hear their favorite song.
This below is how Myspace used to look like when it was first launched.
Same as Facebook the design of the page was simple. Although, in Myspace you had a lot of different options to navigate. Such as blog, groups and more.
MySpace 2020
Today, Myspace has changed a lot compared to Facebook. It did improved but somehow it is not
being used that much like it used to. Although, they have reinvented the website. It is mostly based on
music compared to back then.
Their new homepage design looks more appealing then before. They still kept the idea of multiple options to navigate. However, they changed the way their homepage looks a lot. Now it is mostly pictures and promotions. As you scroll you can see artist and videos suggestions. Myspace has become more of a news industry than what it used to be.


"December 1995....." Across: 1. Soldier returning solo crashes into icy homes (6) 5. Remove hands from the car, Buddy! (8) 9. Could Wagnerian dwarf be the boy to win the Lottery? (8) 10. Dorian makes a sudden raid! (6) 11. Did I see three come in to Fowey on Christmas morning? (7 5) 13. Sounds like girl is prepared (4) 14. Arrange short let for flighty singer (8) 17. Mum's a cleaner with inspirational quality (8) 18. Bone is part of bountiful Nature (4) 20. Open and wind up second of 3 22s (12) 23. Does sis eat out in the afternoon? (6) 24. Fanciful Italian has a twitch (8) 25. Harum-scarum Prime Minister introduces two measures (4-4) 26. Inferior queen posed last (6) Down: 2. Leave pounds and pence for first of 3 22s (4) 3. Turn too much with foreman around junction (9) 4. Ghost steps lightly back round me (6) 5. Tim has Coral's car running around in festive fable (1 9 5) 6. Sets off those attempting to capture horse (8) 7. Rhymer loses direction but finds last of 3 22s (5) 8. Bouncer found in Post Office half-way along transport route (10) 12. Create magazine for old clock-watcher (6 4) 15. Easter sun produces French wines (9) 16. Set in order before I check the calculation (8) 19. Naomi wanders east with lack of purpose (6) 21. Alan's disorder is in the nose! (5) 22. Writing poem in fast car shows talent! (4)


| | |
- builtins.Exception(builtins.BaseException)
-
- ParseError
- builtins.object
-
- Parser
- Stanza
class ParseError(builtins.Exception) |
| |
Exception thrown when a parsing error occurred |
| |
- Method resolution order:
- ParseError
- builtins.Exception
- builtins.BaseException
- builtins.object
Methods defined here:
- __init__(self, msg, lineno=1)
- Initialize self. See help(type(self)) for accurate signature.
Data descriptors defined here:
- __weakref__
- list of weak references to the object (if defined)
Methods inherited from builtins.Exception:
- __new__(*args, **kwargs) from builtins.type
- Create and return a new object. See help(type) for accurate signature.
Methods inherited from builtins.BaseException:
- __delattr__(self, name, /)
- Implement delattr(self, name).
- __getattribute__(self, name, /)
- Return getattr(self, name).
- __reduce__(...)
- helper for pickle
- __repr__(self, /)
- Return repr(self).
- __setattr__(self, name, value, /)
- Implement setattr(self, name, value).
- __setstate__(...)
- __str__(self, /)
- Return str(self).
- with_traceback(...)
- Exception.with_traceback(tb) --
set self.__traceback__ to tb and return self.
Data descriptors inherited from builtins.BaseException:
- __cause__
- exception cause
- __context__
- exception context
- __dict__
- __suppress_context__
- __traceback__
- args
|
class Parser(builtins.object) |
| |
The main attraction, the OBO parser. |
| |
Methods defined here:
- __init__(self, fp)
- Creates an OBO parser that reads the given file-like object.
If you want to create a parser that reads an OBO file, do this:
>>> import obo
>>> parser = obo.Parser(file("gene_ontology.1_2.obo"))
Only the headers are read when creating the parser. You can
access these right after construction as follows:
>>> parser.headers["format-version"]
['1.2']
To read the stanzas in the file, you must iterate over the
parser as if it were a list. The iterator yields `Stanza`
objects.
- __iter__(self)
- stanzas(self)
- Iterates over the stanzas in this OBO file,
yielding a `Stanza` object for each stanza.
Data descriptors defined here:
- __dict__
- dictionary for instance variables (if defined)
- __weakref__
- list of weak references to the object (if defined)
|
class Stanza(builtins.object) |
| |
Class representing an OBO stanza.
An OBO stanza looks like this::
[name]
tag: value
tag: value
tag: value
Values may optionally have modifiers, see the OBO specification
for more details. This class stores the stanza name in the
`name` member variable and the tags and values in a Python
dict called `tags`. Given a valid stanza, you can do stuff like
this:
>>> stanza.name
"Term"
>>> print stanza.tags["id"]
['GO:0015036']
>>> print stanza.tags["name"]
['disulfide oxidoreductase activity']
Note that the `tags` dict contains lists associated to each
tag name. This is because theoretically there could be more than
a single value associated to a tag in the OBO file format. |
| |
Methods defined here:
- __init__(self, name, tags=None)
- Creates a new stanza with the given name and the given
tags (which must be a dict)
- __repr__(self)
- Returns a Python representation of this object
Data descriptors defined here:
- name
- tags
| |


Having managed to get my Emonpi to upload to www.emoncms.org, my next task is to try to visualise the data in the way I want.
I have only two sensors. One is a CT sensor for monitoring the power consumption of the house. I have been able to get feeds working satisfactorily from it so I can visualise instantaneous power consumption, power consumption per day, and so on.
The other sensor is a pulse counter, reading the pulses on my PV generation meter at a rate of one per Wh. Getting feeds such as total kWh and kWh per day from this works fine.
However one of the principal reasons for getting the Emonpi was to monitor (more-or-less instantaneously) the power output from my PV inverter. The "solar power" app looks great and I would love to be able to get the solar_power feed working!
In trying to do this I got some guidance elsewhere in this forum that there is an input processor named "kWh to Power" available on www.emoncms.org, which isn't available locally on the Emonpi. I have struggled to get my data uploading remotely but I have finally succeeded.
However I have been unable to configure this input processor. For example, when the output according to the inverter display is around 500W, the value fluctuates every few minutes, showing either 720000 or 1440000. I have tried changing the settings in the input processor but this doesn't seem to make any difference. How is this processor supposed to work, and am I trying to get it to do something it wasn't designed to do? Help please!
Re: Deriving solar power from pulse counter
Another option might be to add a second CT for monitoring the output from your PV. You would then be able to process both feeds in a similar manner.
This approach may be better suited to your objective "to monitor (more-or-less instantaneously) the power output from my PV inverter."
Re: Deriving solar power from pulse counter
Thanks Robin. Unfortunately it's not that simple as my inverter output is 3 phase. Thanks to Eric in another thread I have managed to get the processor functioning and I can now visualise my data nicely. Although the solar power app doesn't work on my Blackberry smartphone :-(


This is a basic Spring MVC demo hosted on Google App Engine. Code used will soon be available on Github.
The site is split into a couple examples that demonstrate the basics of Spring code.


Install
This is a guide on installing GrapheneOS for the officially supported devices. It can be followed for both the official releases and custom builds.
Table of contents
- Prerequisites
- Enabling OEM unlocking
- Unlocking the bootloader
- Obtaining factory images
- Flashing factory images
- Locking the bootloader
- Disabling OEM unlocking
- Verifying installation
- Replacing GrapheneOS with the stock OS
Prerequisites
You should have at least 2GB of free memory available.
You need one of the officially supported devices. To make sure that the device can be unlocked to install GrapheneOS, avoid carrier variants of the devices. Carrier variants of Pixels use the same stock OS and firmware with a non-zero carrier id flashed onto the persist partition in the factory. The carrier id activates carrier-specific configuration in the stock OS including disabling carrier and bootloader unlocking. The carrier may be able to remotely disable this, but their support staff may not be aware and they probably won't do it. Get a carrier agnostic device to avoid the risk and potential hassle. If you CAN figure out a way to unlock a carrier device, it isn't a problem as GrapheneOS can just ignore the carrier id and it's otherwise the same.
It's best practice to update the stock OS on the device to make sure it's running the latest firmware before proceeding with these instructions. This avoids running into bugs, missing features or other differences in older firmware versions. Early Pixel 2 and Pixel 2 XL bootloader versions use a non-standard unlocking system not covered by these installation instructions. You can either update the device via over-the-air updates or sideload a full update, which for Pixel phones can be obtained from the full update package page.
Obtaining fastboot
You need an updated copy of the fastboot
tool and it needs to be
included in your PATH
environment variable. You can run fastboot
--version
to determine the current version. It should be at least
28.0.2
. You can use a distribution package for this, but most of them
mistakenly package development snapshots of fastboot, clobber the standard version
scheme for platform-tools (adb, fastboot, etc.) with their own scheme and don't keep
it up-to-date despite that being crucial.
List of distributions with proper packages:
- Arch Linux:
android-tools
provides fastboot and other useful tools not required for installation such as adb.android-udev
provides udev rules allowing fastboot and adb to work in local sessions without root.
If your distribution doesn't have a proper fastboot package, which is likely,
consider using the official releases of platform-tools from Google. You can either
obtain these as part of the standalone SDK or Android Studio which are self-updating
or via the standalone platform-tools releases. For one time usage, it's easiest to
obtain the latest
standalone platform-tools release, extract it and add it to your PATH
in the current shell. For example:
unzip platform-tools_r29.0.6-linux.zip export PATH="$PWD/platform-tools:$PATH"
Sample output from fastboot --version
afterwards:
fastboot version 29.0.6-6198805 Installed as /home/username/downloads/platform-tools/fastboot
Don't proceed with the installation process until this is set up properly in your
current shell. A very common mistake is using an outdated copy of
fastboot
from a Linux distribution package not receiving regular updates.
Make sure that the fastboot
found earliest in your PATH
is
the correct one if you have multiple copies on your system. The fastboot
--version
output includes the installation path for the copy of
fastboot
that's being used. Older versions of fastboot do not have support
for current devices and OS versions. Very old versions of fastboot
are
still shipped by Linux distributions like Debian and lack the compatibility detection
of modern versions so they can soft brick devices.
Obtaining signify
To verify the download of the OS beyond the security offered by HTTPS, you can use the signify tool. If you do not have a way to obtain signify from a package repository you're already trusting, it does not make sense to use it. GrapheneOS releases are hosted on our servers and we do not have third party mirrors. A compromised signify would be able to compromise your OS and the GrapheneOS download due to the lack of an application security model on traditional operating systems. It would be worse than not trying to verify the signatures. It's far less likely that our servers would be compromised than someone's GitHub account or GitHub itself. You're already trusting these installation instructions from our site, which is hosted on the same static web server infrastructure as the releases.
On many distributions, signify is available via a signify
package in
the official repositories. On Debian-based distributions like Ubuntu, the package and
command were renamed to signify-openbsd
. Following Debian tradition,
the signify
package and command are an unmaintained mail-related tool for generating
mail signatures (not cryptographic signatures) with the final 3 releases from
2003-2004 made directly by the developer via the Debian package without upstream
releases. This is clearly not what you want, but it's easy to end up trying to use
it instead of signify-openbsd
.
Enabling OEM unlocking
OEM unlocking needs to be enabled from within the operating system.
Enable the developer options menu by going to Settings ➔ About phone and pressing on the build number menu entry until developer mode is enabled.
Next, go to Settings ➔ System ➔ Advanced ➔ Developer options and toggle on the 'Enable OEM unlocking' setting. This requires internet access on devices with Google Play Services as part of Factory Reset Protection (FRP) for anti-theft protection.
Unlocking the bootloader
First, boot into the bootloader interface. You can do this by turning off the device and then turning it on by holding both the Volume Down and Power buttons.
The bootloader now needs to be unlocked to allow flashing new images:
fastboot flashing unlock
The command needs to be confirmed on the device.
Obtaining factory images
The initial install will be performed by flashing the factory images. This will replace the existing OS installation and wipe all the existing data.
You can either download the files with your browser or using a command like
curl
. It's generally easier to use the command-line since you're already
using it for the rest of the installation process, so these instructions use
curl
.
Download the factory images public key (factory.pub) in order to verify the factory images:
curl -O https://releases.grapheneos.org/factory.pub
This is the content of factory.pub
:
untrusted comment: GrapheneOS factory images public key RWQZW9NItOuQYJ86EooQBxScfclrWiieJtAO9GpnfEjKbCO/3FriLGX3
The public key has also been published via the official @GrapheneOS Twitter account, the /u/GrapheneOS Reddit account and is available on GitHub. When the current signing key is replaced, the new key will be signed with it.
Download the factory images for the device from the releases page. For example, to download the 2<IP_ADDRESS> release for the Pixel 3 XL (crosshatch):
curl -O https://releases.grapheneos.org/crosshatch-factory-2<IP_ADDRESS>.zip curl -O https://releases.grapheneos.org/crosshatch-factory-2<IP_ADDRESS>.zip.sig
Verify the factory images using the signature:
signify -Cqp factory.pub -x crosshatch-factory-2<IP_ADDRESS>.zip.sig && echo verified
This will output verified
if verification is successful. If something
goes wrong, it will output an error message rather than verified
.
Flashing factory images
Reboot into the bootloader interface to begin the flashing procedure.
Next, extract the factory images and run the script to flash them. Note that the
fastboot
command run by the flashing script requires a fair bit of free
space in a temporary directory, which defaults to /tmp
:
unzip crosshatch-factory-2<IP_ADDRESS>.zip cd crosshatch-qq2a.200405.005 ./flash-all.sh
Use a different temporary directory if your /tmp
doesn't have enough
space available:
mkdir tmp TMPDIR="$PWD/tmp" ./flash-all.sh
Wait for the flashing process to complete and for the device to boot up using the new operating system.
You should now proceed to locking the bootloader before using the device as locking wipes the data again.
On current generation devices like the Pixel 3, Pixel 3 XL, Pixel 3a and Pixel 3a
XL, you'll need to reboot from the userspace fastbootd mode to the bootloader by
selecting Reboot to bootloader
from the fastbootd menu using the volume
keys and the power button in order to continue the installation.
Troubleshooting
A majority of failed flashes tend to be caused by substandard USB connectors, plugging in via hubs or bad cables which aren't properly up to the USB standard. The scrollback from a failed flash will contain valuable diagnostic information which is essential in knowing where and how the process went wrong.
Front I/O ports on desktop computer cases and USB 3.1 or USB C on many laptops often aren't implemented properly or are broken in subtle ways, which may cause flashing to fail even on a USB port that works for other peripherals. Older Linux kernels that predate version 5 may have inadequate or patchwork support for USB C or USB 3. If you are installing from a Linux distribution, ensure your distribution uses a modern kernel.
Always use a high quality USB A to USB C cable with a rear USB port directly on your motherboard, and never use a USB hub for flashing. Never install from a virtual machine; USB passthrough in software emulation may be broken or inadequate and this can cause the flashing to fail.
Locking the bootloader
Locking the bootloader is important as it enables full verified boot. It also prevents using fastboot to flash, format or erase partitions. Verified boot will detect modifications to any of the OS partitions (vbmeta, boot/dtbo, product, system, vendor) and it will prevent reading any modified / corrupted data. If changes are detected, error correction data is used to attempt to obtain the original data at which point it's verified again which makes verified boot robust to non-malicious corruption.
In the bootloader interface, set it to locked:
fastboot flashing lock
The command needs to be confirmed on the device since it needs to perform a factory reset.
Unlocking the bootloader again will perform a factory reset.
Disabling OEM unlocking
OEM unlocking can be disabled again in the developer settings menu within the operating system after booting it up again.
Verifying installation
Verified boot authenticates and validates the firmware images and OS from the hardware root of trust. Since GrapheneOS supports full verified boot, the OS images are entirely verified. However, it's possible that the computer you used to flash the OS was compromised, leading to flashing a malicious verified boot public key and images. To detect this kind of attack, you can use the Auditor app included in GrapheneOS in the Auditee mode and verify it with another Android device in the Auditor mode. The Auditor app works best once it's already paired with a device and has pinned a persistent hardware-backed key and the attestation certificate chain. However, it can still provide a bit of security for the initial verification via the attestation root. Ideally, you should also do this before connecting the device to the network, so an attacker can't proxy to another device (which stops being possible after the initial verification). Further protection against proxying the initial pairing will be provided in the future via optional support for ID attestation to include the serial number in the hardware verified information to allow checking against the one on the box / displayed in the bootloader. See the Auditor tutorial for a guide.
After the initial verification, which results in pairing, performing verification against between the same Auditor and Auditee (as long as the app data hasn't been cleared) will provide strong validation of the identity and integrity of the device. That makes it best to get the pairing done right after installation. You can also consider setting up the optional remote attestation service.
Replacing GrapheneOS with the stock OS
Installation of the stock OS via the stock factory images is the same process described above. However, before locking, there's an additional step to fully revert the device to a clean factory state.
The GrapheneOS factory images flash a non-stock Android Verified Boot key which needs to be erased to fully revert back to a stock device state. After flashing the stock factory images and before locking the bootloader, you should erase the custom Android Verified Boot key to untrust it:
fastboot erase avb_custom_key


Define an interface for creating an object, but let subclasses decide which class to instantiate. Factory Method lets a class defer instantiation to subclasses.
Abstract Factory
Provide an interface for creating families of related or dependent objects without specifying their concrete classes.
Builder
Separate the construction of a complex object from its representation so that the same construction process can create different representations.
Builder
Separate the construction of a complex object from its representation so that the same construction process can create different representations.
Builder
Separate the construction of a complex object from its representation so that the same construction process can create different representations.


{% extends 'base-inner.html' %} {% block title %}Check Attendance{% endblock title %} {% block content %}
Here you can check which delegates have attended which sessions. Please contact us if there are any questions or discrepancies.
| Delegate | Country | Committee | 1 | 2 | 3 | 4 |
|---|---|---|---|---|---|---|
| {% if slot.delegate %} {{ slot.delegate }} {% else %} Delegate Unregistered {% endif %} | {{ slot.assignment.country }} | {{ slot.assignment.committee }} |


What's a List?
A list is a collection of elements, or items.  Each banana is an item within the list (or bunch). It's easier to pick up a bunch of bananas rather than each banana individually, and the same holds for grouping elements by parametric relationships in a data structure.
Photo by Augustus Binu.
When we buy groceries, we put all of the purchased items into a bag. This bag is also a list. If we're making banana bread, we need 3 bunches of bananas (we're making a lot of banana bread). The bag represents a list of banana bunches and each bunch represents a list of bananas. The bag is a list of lists (two-dimensional) and the banana is a list (one-dimensional).
In Dynamo, list data is ordered, and the first item in each list has an index "0". Below, we'll discuss how lists are defined in Dynamo and how multiple lists relate to one another.
Zero-Based Indices
One thing that might seem odd at first is that the first index of a list is always 0; not 1. So, when we talk about the first item of a list, we actually mean the item that corresponds to index 0.
For example, if you were to count the number of fingers we have on our right hand, chances are that you would have counted from 1 to 5. However, if you were to put your fingers in a list, Dynamo would have given them indices from 0 to 4. While this may seem a little strange to programming beginners, the zero-based index is standard practice in most computation systems.
Note that we still have 5 items in the list; it’s just that the list is using a zero-based counting system. And the items being stored in the list don’t just have to be numbers. They can be any data type that Dynamo supports, such as points, curves, surfaces, families, etc.
Often times the easiest way to take a look at the type of data stored in a list is to connect a watch node to another node's output. By default, the watch node automatically shows all indices to the left side of the list and displays the data items on the right.
These indices are a crucial element when working with lists.
Inputs and Outputs
Pertaining to lists, inputs and outputs vary depending on the Dynamo node being used. As an example, let's use a list of 5 points and connect this output to two different Dynamo nodes: PolyCurve.ByPoints and Circle.ByCenterPointRadius:
- The points input for PolyCurve.ByPoints is looking for "Point[]". This represents a list of points.
- The output for PolyCurve.ByPoints is a single PolyCurve created from a list of five points.
- The centerPoint input for Circle.ByCenterPointRadius asks for "Point".
- The output for Circle.ByCenterPointRadius is a list of five circles, whose centers correspond to the original list of points.
The input data for PolyCurve.ByPoints and Circle.ByCenterPointRadius are the same, however the Polycurve node gives us one polycurve while the Circle node gives us 5 circles with centers at each point. Intuitively this makes sense: the polycurve is drawn as a curve connecting the 5 points, while the circles create a different circle at each point. So what's happening with the data?
Hovering over the points input for Polycurve.ByPoints, we see that the input is looking for "Point[]". Notice the brackets at the end. This represents a list of points, and to create a polycurve, the input needs to be a list for each polycurve. This node will therefore condense each list into one polycurve.
On the other hand, the centerPoint input for Circle.ByCenterPointRadius asks for "Point". This node looks for one point, as an item, to define the center point of the circle. This is why we get five circles from the input data. Recognizing these difference with inputs in Dynamo helps to better understand how the nodes are operating when managing data.
Lacing
Data matching is a problem without a clean solution. It occurs when a node has access to differently sized inputs. Changing the data matching algorithm can lead to vastly different results.
Imagine a node which creates line segments between points (Line.ByStartPointEndPoint). It will have two input parameters which both supply point coordinates:
As you can see there are different ways in which we can draw lines between these sets of points. Lacing options are found by right-clicking the center of a node and choosing the "Lacing" menu.
Base File
Download the example file that accompanies this exercise (Right click and "Save Link As..."): Lacing.dyn. A full list of example files can be found in the Appendix.
To demonstrate the lacing operations below, we'll use this base file to define shortest list, longest list, and cross product.
- We'll change the lacing on Point.ByCoordinates, but won't change anything else about the graph above.
Shortest List
The simplest way is to connect the inputs one-on-one until one of the streams runs dry. This is called the “Shortest List” algorithm. This is the default behavior for Dynamo nodes:
By changing the lacing to shortest list, we get a basic diagonal line composed of five points. Five points is the length of the lesser list, so the shortest list lacing stops after it reaches the end of one list.
Longest List
The “Longest List” algorithm keeps connecting inputs, reusing elements, until all streams run dry:
By changing the lacing to longest list, we get a diagonal line which extends vertically. By the same method as the concept diagram, the last item in the list of 5 items will be repeated to reach the length of the longer list.
Cross Product
Finally, the “Cross Product” method makes all possible connections:
By changing the lacing to Cross Product, we get every combination between each list, giving us a 5x10 grid of points. This is an equivalent data structure to the cross product as shown in the concept diagram above, except our data is now a list of lists. By connecting a polycurve, we can see that each list is defined by its X-Value, giving us a row of vertical lines.


@(firstName : String, link : String)
Hello @firstName,
To complete registration for the Clemson RESOLVE Web IDE, please click the link below:
@link
If you have any issues, please contact Murali Sitaraman
Thanks, Clemson RSRG


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About US
Welcome to our website EAGLE AI
Eagle AI is an online teaching and proctoring system which can help many teachers to keep an eye on the student.
Welcome to our website EAGLE AI
Eagle AI is an online teaching and proctoring system which can help many teachers to keep an eye on the student.
Eagle AI is very easy to use. It doesn't require any pre-technical knowledge and has been carefully designed for the masses either from technical or non-technical background.


class ADCBlock – control ADC peripherals¶
The ADCBlock class provides access to an ADC peripheral which has a number of channels that can be used to sample analog values. It allows finer control over configuration of machine.ADC objects, which do the actual sampling.
This class is not always available.
Example usage:
from machine import ADCBlock
block = ADCBlock(id, bits=12) # create an ADCBlock with 12-bit resolution
adc = block.connect(4, pin) # connect channel 4 to the given pin
val = adc.read_uv() # read an analog value
Constructors¶
- class machine.ADCBlock(id, *, bits)¶
Access the ADC peripheral identified by id, which may be an integer or string.
The bits argument, if given, sets the resolution in bits of the conversion process. If not specified then the previous or default resolution is used.
Methods¶
- ADCBlock.init(*, bits)¶
Configure the ADC peripheral. bits will set the resolution of the conversion process.
- ADCBlock.connect(channel)¶
- ADCBlock.connect(source)
- ADCBlock.connect(channel, source)
Connect up a channel on the ADC peripheral so it is ready for sampling, and return an ADC object that represents that connection.
The channel argument must be an integer, and source must be an object (for example a Pin) which can be connected up for sampling.
If only channel is given then it is configured for sampling.
If only source is given then that object is connected to a default channel ready for sampling.
If both channel and source are given then they are connected together and made ready for sampling.


import pandas as pd
# Create dates dataframe with frequency
data = pd.date_range('1/1/2011', periods = 10, freq ='H')
data
DatetimeIndex(['2011-01-01 00:00:00', '2011-01-01 01:00:00',
'2011-01-01 02:00:00', '2011-01-01 03:00:00',
'2011-01-01 04:00:00', '2011-01-01 05:00:00',
'2011-01-01 06:00:00', '2011-01-01 07:00:00',
'2011-01-01 08:00:00', '2011-01-01 09:00:00'],
dtype='datetime64[ns]', freq='H')
# Create date and time with dataframe
rng = pd.DataFrame()
rng['date'] = pd.date_range('1/1/2011', periods = 72, freq ='H')
# Print the dates in dd-mm-yy format
rng[:5]
# Create features for year, month, day, hour, and minute
rng['year'] = rng['date'].dt.year
rng['month'] = rng['date'].dt.month
rng['day'] = rng['date'].dt.day
rng['hour'] = rng['date'].dt.hour
rng['minute'] = rng['date'].dt.minute
# Print the dates divided into features
rng.head(3)
|
date |
year |
month |
day |
hour |
minute |
| 0 |
2011-01-01 00:00:00 |
2011 |
1 |
1 |
0 |
0 |
| 1 |
2011-01-01 01:00:00 |
2011 |
1 |
1 |
1 |
0 |
| 2 |
2011-01-01 02:00:00 |
2011 |
1 |
1 |
2 |
0 |
import pandas as pd
url = 'http://bit.ly/uforeports'
# read csv file
df = pd.read_csv(url)
df.head()
|
City |
Colors Reported |
Shape Reported |
State |
Time |
| 0 |
Ithaca |
NaN |
TRIANGLE |
NY |
6/1/1930 22:00 |
| 1 |
Willingboro |
NaN |
OTHER |
NJ |
6/30/1930 20:00 |
| 2 |
Holyoke |
NaN |
OVAL |
CO |
2/15/1931 14:00 |
| 3 |
Abilene |
NaN |
DISK |
KS |
6/1/1931 13:00 |
| 4 |
New York Worlds Fair |
NaN |
LIGHT |
NY |
4/18/1933 19:00 |
# Convert the Time column to datatime format
df['Time'] = pd.to_datetime(df.Time)
df.head()
|
City |
Colors Reported |
Shape Reported |
State |
Time |
| 0 |
Ithaca |
NaN |
TRIANGLE |
NY |
1930-06-01 22:00:00 |
| 1 |
Willingboro |
NaN |
OTHER |
NJ |
1930-06-30 20:00:00 |
| 2 |
Holyoke |
NaN |
OVAL |
CO |
1931-02-15 14:00:00 |
| 3 |
Abilene |
NaN |
DISK |
KS |
1931-06-01 13:00:00 |
| 4 |
New York Worlds Fair |
NaN |
LIGHT |
NY |
1933-04-18 19:00:00 |


Short talk for DataViz CPH, September 23rd 2021
by Rasmus Kristoffer Pedersen
Scientific Assistant, Mathematical Modelling, Roskilde University
Slides available on rasmuspedersen.com/talks/DataViz
Researcher in applied mathematics at Roskilde University.
Ph.D. in mechanism-based mathematical modelling.
Worked with blood cancers, solid-tumor cancers and disease-spread.
Most recently: Part of the PandemiX group, trying to understand COVID-19 together with Lone Simonsen, Viggo Andreasen and colleagues.
Simple ideas → Mathematical expressions and calculations
→ Insight about the world around us
A good mathematical model:
Interpretation by who?
How? Visualizations!
And if possible, interactive visualizations.
(Not only of data, but also the model)
Interactive figures for a general mathematical topic
Two types of visualizations of a classic mathematical model.
An example of good agreement between theory and data.
... no interactivity though.
All figures originally used in danish articles for "Videnskab.dk" and for danish high-school students.
So apologies for danish text in figures.
Mathematical models can make predictions.
However, predictions aren't perfect.
Mathematical models can make predictions.
However, predictions aren't perfect.
But we can describe how trustworthy it is.
However, "mathematical uncertainty" is difficult to explain.
Article goal: Demonstrate this in a "simple" case.
A "classic" within mathematical modelling.
Describes progression of an epidemic in a population.
Works well for un-mitigated epidemics.
Often described in terms of the "reproduction-number, R0"
(Danish: Kontakttallet)
"Infectious period"
... and here also an additional parameter: The effect of lockdown.
Interactive graphs are not always the best choice.
Instead, implementing the same ideas in a visual way can be better.
Representing a person in a crowd by a circle, with color showing their status:
Can become infected.
Currently infectious and able to transmit disease to the susceptible.
Immune to infections. (Post-infection or due to vaccination)
Conclusion →
Bonus slides ↓
Summer 2021 in Denmark.
Total COVID-19 cases dropping.
But Delta-variant cases increasing.
Well-explained by the SIR-model.
... or more accurately, by exponential growth and decay.
Assuming no major changes in restrictions: Easy to predict future.
Mathematical result: Slope at 50% determines advantage of delta-variant.
Result agreed with observations from UK.
Mathematical modelling is based on simple ideas, but the results can be difficult to grasp.
Good communication and visualization is a necessity.
Visulization tools like Bokeh, d3.js or Chart.js are very useful!
... but a data-plot is not always the best solution, even if it's interactive.
Focus on what is important to communicate,
not just what is easy to show.
Email<EMAIL_ADDRESS>For more examples of interactive visualizations: Go to my website, or my articles on Videnskab.dk:


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Thank you for choosing Shoe Club!
Here at Shoe Club, we pride ourselve on having the highest quality and popular shoes on the market!
Have a look in our Shoe Closet to see what we have in stock!
Use My Shoe Closet to save what you like in a personal list just for you!
When you are ready to purchase the perfect shoe for you, make sure to add any pair to My Shoe Cart!
Thank you for choosing Shoe Club!
Here at Shoe Club, we pride ourselve on having the highest quality and popular shoes on the market!
Have a look in our Shoe Closet to see what we have in stock!
Use My Shoe Closet to save what you like in a personal list just for you!
When you are ready to purchase the perfect shoe for you, make sure to add any pair to My Shoe Cart!
Thank you for choosing Shoe Club!
Here at Shoe Club, we pride ourselve on having the highest quality and popular shoes on the market!
Have a look in our Shoe Closet to see what we have in stock!
Use My Shoe Closet to save what you like in a personal list just for you!
When you are ready to purchase the perfect shoe for you, make sure to add any pair to My Shoe Cart!
Thank you for choosing Shoe Club!
Here at Shoe Club, we pride ourselve on having the highest quality and popular shoes on the market!
Have a look in our Shoe Closet to see what we have in stock!
Use My Shoe Closet to save what you like in a personal list just for you!
When you are ready to purchase the perfect shoe for you, make sure to add any pair to My Shoe Cart!
Thank you for choosing Shoe Club!
Here at Shoe Club, we pride ourselve on having the highest quality and popular shoes on the market!
Have a look in our Shoe Closet to see what we have in stock!
Use My Shoe Closet to save what you like in a personal list just for you!
When you are ready to purchase the perfect shoe for you, make sure to add any pair to My Shoe Cart!
Thank you for choosing Shoe Club!
Here at Shoe Club, we pride ourselve on having the highest quality and popular shoes on the market!
Have a look in our Shoe Closet to see what we have in stock!
Use My Shoe Closet to save what you like in a personal list just for you!
When you are ready to purchase the perfect shoe for you, make sure to add any pair to My Shoe Cart!
Thank you for choosing Shoe Club!


Overflow-x specifies whether or not to clip the left/right edges of the content. Overflow-y specifies whether or not to clip the top/bottom edges of the content.
Overflow-x specifies whether or not to clip the left/right edges of the content. Overflow-y specifies whether or not to clip the top/bottom edges of the content.
Overflow-x specifies whether or not to clip the left/right edges of the content. Overflow-y specifies whether or not to clip the top/bottom edges of the content.


[1]
Contrast ratio is tailorable to your liking and features you could ever want but still heat coming from this.
[2]
someone dropped the built-in speaker is tailorable to your liking and features you could ever want but still heat coming from this.


| Package | Description |
|---|---|
| com.github.davidmoten.xuml | |
| xuml.tools.diagram | |
| xuml.tools.miuml.metamodel.jaxb | |
| xuml.tools.model.compiler |
| Class and Description |
|---|
| Class
R23 to SpecializedClass and NonSpecializedClass has
been collapsed into
Class because this distinction is captured by
GeneralizationReferences/SpecializationReferences on the attributes
of the class.
|
| Class and Description |
|---|
| Domains
Java class for Domains complex type.
|
| Class and Description |
|---|
| ActivePerspective
Java class for ActivePerspective complex type.
|
| Assigner
R502
|
| Association
Java class for Association complex type.
|
| AssociativeReference
R120,R152.
|
| AsymmetricPerspective
Java class for AsymmetricPerspective complex type.
|
| AtomicType
R700
R717.
|
| Attribute
Java class for Attribute complex type.
|
| BinaryAssociation
Java class for BinaryAssociation complex type.
|
| BooleanType
R706
|
| Bridge
Java class for Bridge complex type.
|
| Class
R23 to SpecializedClass and NonSpecializedClass has
been collapsed into
Class because this distinction is captured by
GeneralizationReferences/SpecializationReferences on the attributes
of the class.
|
| ConstrainedLoop
Java class for ConstrainedLoop complex type.
|
| ConstrainedType
R714
|
| CreationEvent
Java class for CreationEvent complex type.
|
| DeletionPseudoState
R510
|
| DerivedAttribute
R26 has not been represented in the schema because
it's use depends on a formula language for derived attributes.
|
| Destination
Java class for Destination complex type.
|
| Domain
Java class for Domain complex type.
|
| DomainBuildSpecification
Java class for DomainBuildSpecification complex type.
|
| Domains
Java class for Domains complex type.
|
| Element
Java class for Element complex type.
|
| EnumeratedType
R706
|
| Event
A large portion of the Polymorphism Subsystem has been
collapsed by the relationship of Event to Event Signature.
|
| EventResponse
Java class for EventResponse complex type.
|
| EventSignature
R562
|
| Extension
Extension point for xuml-tools.
|
| Field
R703
|
| Generalization
Java class for Generalization complex type.
|
| GeneralizationReference
R152
|
| Identifier
Java class for Identifier complex type.
|
| IdentifierAttribute
Java class for IdentifierAttribute complex type.
|
| IndependentAttribute
Java class for IndependentAttribute complex type.
|
| IntegerType
R706
|
| Lifecycle
R502
|
| LocalEffectiveSignalingEvent
Java class for LocalEffectiveSignalingEvent complex type.
|
| Member
Java class for Member complex type.
|
| ModeledDomain
Java class for ModeledDomain complex type.
|
| ModeledIdentifier
Java class for ModeledIdentifier complex type.
|
| Multiplicity
Java class for Multiplicity.
|
| Named
Java class for Named complex type.
|
| NativeAttribute
Java class for NativeAttribute complex type.
|
| PassivePerspective
Java class for PassivePerspective complex type.
|
| Perspective
Removed Side attribute because some subclasses do not
required it, e.g.
|
| RationalType
R706
|
| RealizedDomain
Java class for RealizedDomain complex type.
|
| RealType
R706
|
| Reference
R21,R31,R32
|
| ReferentialAttribute
Java class for ReferentialAttribute complex type.
|
| Relationship
Java class for Relationship complex type.
|
| RequiredReferentialIdentifier
Java class for RequiredReferentialIdentifier complex type.
|
| Side
Java class for Side.
|
| SpanningElement
Java class for SpanningElement complex type.
|
| SpecializationReference
R152
|
| State
R510
|
| StateModel
Java class for StateModel complex type.
|
| StateModelParameter
Dave Moten simplified the definition of
StateModelParameter because parameter typing is intimately related
to Action Language which has not been defined for miUml yet (28 May
2012).
|
| StateModelSignature
Java class for StateModelSignature complex type.
|
| StateSignature
R562
|
| Structure
R703
|
| StructuredType
R700
|
| Subsystem
Java class for Subsystem complex type.
|
| SubsystemElement
Java class for SubsystemElement complex type.
|
| SymbolicType
R706
|
| SymmetricPerspective
Java class for SymmetricPerspective complex type.
|
| ToOneReference
R152
|
| Transition
Java class for Transition complex type.
|
| Type
Java class for Type complex type.
|
| UnaryAssociation
Java class for UnaryAssociation complex type.
|
| UnconstrainedType
R714
|
| Class and Description |
|---|
| Class
R23 to SpecializedClass and NonSpecializedClass has
been collapsed into
Class because this distinction is captured by
GeneralizationReferences/SpecializationReferences on the attributes
of the class.
|
| Domains
Java class for Domains complex type.
|
| ModeledDomain
Java class for ModeledDomain complex type.
|
| Perspective
Removed Side attribute because some subclasses do not
required it, e.g.
|
Copyright © 2012–2022. All rights reserved.


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Your editorial is saved locally and is autosaved whenever changed but it is not submitted until Submit button is clicked


In Mr Rice's 6th period engineering class we learned how to devlop a vector and raster image through the computer program corel draw. We also learned how to take those images and cut them using a 3-D printer (corel draw screenshot was not loading for me)


---
layout: page
title: Welcome
subtitle: Introductions please!
---
My name is Souvik Ghosh and I'm a graduate student in Electrical Engineering from San Diego State University where
I have studied a range of modules including High Speed Networks, Wireless Sensor Networks and Modem Design.
Data analysis also interests me, which is why recently, I have taken to data mining projects and plan on doing more in
the future.
Python is my preferred languge for programming, especially because of its modules for languaue processing(nltk),
machine learning(scikit learn), data analysis(pandas) and various APIs (tweepy). Also Python's minimal complexity and DRY principle, leads to
much faster development.
Some of my code is on my GitHub and for more information about my professional experience check out my LinkedIn profile.
Academic details:


| residue |
position |
δC, type |
δH, mult (J in Hz) |
COSY |
HMBC (H→C) |
selected NOESY |
| Pro-O-Me |
1 |
173.8,a C |
|
|
|
|
| |
2 |
60.9, CH |
4.42, dd (7.4, 7.0) |
3a, 3b |
1, 3, 4 |
|
| |
3a |
30.0, CH2 |
2.27, m |
2, 3b, 4a, 4b |
1, 2, 4, 5 |
|
| |
3b |
|
1.86, m |
2, 3a, 4a |
1, 2, 4, 5 |
|
| |
4a |
26.2, CH2 |
1.96, m |
3a, 3b, 4b, 5a, 5b |
3 |
|
| |
4b |
|
1.86, m |
3a, 4a, 5a, 5b |
2, 3 |
|
| |
5a |
48.5, CH2 |
3.46, m |
4a, 4b, 5b |
3, 4 |
8 |
| |
5b |
|
3.40, m |
4a, 4b, 5a |
3, 4 |
|
| |
6 |
52.6, CH3 |
3.72, s |
|
1 |
|
| N-Me-Phe |
7 |
170.3, C |
|
|
|
|
| |
8 |
57.2, CH |
5.70, dd (10.0, 5.8) |
9a, 9b |
7, 9, 10, 16, 17 |
5a |
| |
9a |
35.6, CH2 |
3.11, dd (14.4, 5.8) |
8, 9b |
8, 10, 11/15 |
|
| |
9b |
|
2.93, dd (14.4, 10.0) |
8, 9a |
7, 8, 10, 11/15 |
|
| |
10 |
138.3, C |
|
|
|
|
| |
11/15 |
130.8, CH |
7.24, m |
|
9, 10, 12/14, 13, 15/11 |
|
| |
12/14 |
129.2, CH |
7.24, m |
13 |
10, 11/15, 13, 14/12 |
|
| |
13 |
127.6, CH |
7.16, m |
12/14 |
11/15, 12/14 |
|
| |
16 |
31.0, CH3 |
3.07, s |
|
8, 17 |
18 |
| Ala |
17 |
174.6, C |
|
|
|
|
| |
18 |
46.6, CH |
4.69, q (7.0) |
19 |
17, 19 |
16 |
| |
19 |
16.6, CH3 |
0.82, d (7.0) |
18 |
17, 18 |
|
| Ile |
20 |
173.0, C |
|
|
|
|
| |
21 |
58.6, CH |
4.21, d (7.4) |
22 |
20, 22, 23, 25 |
27 |
| |
22 |
38.3, CH |
1.76, m |
21, 23a, 23b, 25 |
21, 23, 24, 25 |
|
| |
23a |
25.7, CH2 |
1.49, m |
22, 23b, 24 |
21, 25 |
|
| |
23b |
|
1.15, m |
22, 23a, 24 |
21, 22, 24, 25 |
|
| |
24 |
11.5, CH3 |
0.87, t (7.4) |
23a, 23b |
22, 23 |
|
| |
25 |
15.8, CH3 |
0.87, d (7.0) |
22 |
21, 22, 23 |
|
| Sta |
26 |
173.9,a C |
|
|
|
|
| |
27 |
41.4,b CH2
|
2.38, m |
28 |
26, 28, 29 |
21 |
| |
28 |
71.3, CH |
3.99, m |
27 |
26, 27 |
|
| |
29 |
52.2, CH |
3.99, m |
30a, 30b |
34 |
|
| |
30a |
41.3,b CH2
|
1.57, m |
29, 30b |
29, 31 |
|
| |
30b |
|
1.33, m |
29, 30a |
31 |
|
| |
31 |
26.0, CH |
1.56, m |
32, 33 |
29, 30, 32 |
|
| |
32 |
23.8, CH3 |
0.93, d (6.1) |
31 |
30, 31, 33 |
|
| |
33 |
22.2, CH3 |
0.89, d (6.3) |
31 |
30, 31, 32 |
|
| valic acid-2 |
34 |
171.7, C |
|
|
|
|
| |
35 |
80.6, CH |
4.72, d (5.8) |
36 |
34, 36, 37, 40 |
|
| |
36 |
31.7, CH |
2.14, m |
35, 37a, 38 |
34, 35, 37, 39 |
|
| |
37a |
18.1, CH3 |
1.01, d (6.7) |
36 |
35, 36, 39 |
|
| |
37b |
|
|
|
|
|
| |
38 |
|
|
|
|
|
| |
39 |
19.25,c CH3
|
1.01, d (6.7) |
36 |
35, 36, 37a |
|
| valic acid-1 |
40 |
175.8, C |
|
|
|
|
| |
41 |
76.4, CH |
4.13, d (4.5) |
42 |
40, 42, 43, 44 |
|
| |
42 |
33.3, CH |
2.10, m |
41, 43, 44 |
40, 41, 43, 44 |
|
| |
43 |
19.30,c CH3
|
1.01, d (6.7) |
42 |
41, 42, 44 |
|
| |
44 |
17.2, CH3 |
0.93, d (6.7) |
42 |
41, 42, 43 |
|