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A simple writeup of my journey learning Webpack! 🚀
Webpack automates alot of the headaches of web development. It can bundle assets, minify files, compile scss, serve a development live-reload web server, compress images, add hashes and much more
Before installing Webpack, we need to make our package.json file with npm. Node does have to be installed in order to use npm. The -y flag can be used to create the file using the defaults. It's like saying yes, just create my file.
npm init -yThe new file named package.json should look something like this:
package.jsonInstallation is made easy with npm, we can install Webpack in basically any project with a terminal command:
npm install --save-dev webpack webpack-cliAfter npm is done installing webpack we can look in the package.json file and now it includes the webpack dependencies we need. Just because Webpack is installed doesn't mean it knows what we want it to do, we have to set a couple of configurations up before it will start. The first of them is adding the start script to "scripts" in package.json:
package.jsonThe next thing we need to do to make the default config work is add a directory named src and call the file index.js. For now, we can just add an alert inside the file to check if webpack really did build correctly.
index.js alert('Webpack is functioning');Webpack will build our project into a directory named dist and call the file main.js. Inside of our HTML we can add the script tag to refer to that file.
index.html <script src="./dist/main.js"></script>Congratulations! Webpack is now installed & working in a very basic form! Now we can configure it to get more features.
Before adding a dev, and production config for webpack, we will just make a config file that pretty much does the same thing webpack does by default, and then build on top of that. We will make a file called webpack.config.js, you can call it whatever you would like to but remember the name. I will always refer to the filename as webpack.config.js.
Inside of webpack.config.js we have to use some foreign-looking syntax. We have to first export a module and then define our configurations. Here I just defined the entry point (the file webpack will use to build our javascript) as the same file webpack automatically looks for by default.
Webpack.config.jsIf you would like to customized the entry point all we have to do is change the path:
Webpack.config.js entry: './src/script/index.js'Now if we build using npm start.... we get an error because we moved the default file without actually telling webpack to use our config with the correct entry point path. Inside of package.json we have to change the start line a little:
package.json "start":"webpack --config webpack.config.js"Ok thats the first config option, lets add some more, we can change the output file with the output object. We need to specify the path so we require that from npm. path.resolve is just a fancy way of locating the folder on your computer. filename is the name of the output file.
Webpack.config.jsThe last basic configuration option is the mode. Mode can be set to either production, or development. Development mode will stop minifying your code so that way it is easier to debug.
Webpack.config.jsLoaders are amazing they are the reason that webpack is can bundle so many different types of assets. With loaders Webpack can understand more than just javascript. In this example I have been using a plugin for vscode to compile the Sass files to css files, lets use a loader to do this for us. On the terminal, using npm we have to install all the loaders we need.
npm install sass-loader node-sass style-loader css-loader --save-devWe have to install three loaders because the scss/sass loader depends on the other loaders. What is actually happening is our sass is being compiled to css using the sass-loader, then the css is compiled to javascript using the css-loader, and finally the css is applied to the dom directly using style-loader. In webpack config a module object has to be specified in order to use the loaders. Inside the module object there is a rule object that we can use test: on to test for filetypes like .css, .sass, and many more. After we specify what filetype to look for we have to tell webpack what we want to do with them using use:
Webpack.config.jsWhen a browser loads a website sometimes the files required will be cached so that it does not have to load them again. Normally this is a good thing, but for development it can be a headache. Sometimes changes won't show on your computer when your editing css, worst case when you push the updated content a users' computer could just not update because the filenames are the same, even though the content is different. Webpack solves this by using [contentHash] in the filename.
filename: "[name].[contentHash].js",Plugins add functionality to webpack, some minify files that webpack can't out of the box, some run npm commands for you. The one we are going to use now will build our html for us to include content-hashes. As with the loaders we have to install them with npm:
npm install --save-dev html-webpack-pluginWe first have to require the plugin, then we can define a new instance of that plugin. The HtmlWebpackPlugin also takes a template, which is just the html page. This plugin will automatically add the web-pack generated files to the html page you specify. I also used provide plugin to make jQuery available to my whole project.
Webpack.config.jsWebpack can have many config files to change settings between development and production. For example we might want our files minified in production, but in development we don't want them minified because it is harder to debug.
We will make three different files. They can be called whatever you like, it is practice to call them common, dev, and prod. Common will contain settings that both dev and prod will share.
Webpack.common.js Webpack.dev.js Webpack.prod.jsWebpack is a great tool that automates alot of the more tedious tasks that modern web developmers need to do. It takes some time to set-up, however once it is set up it is a great resource. Feel free to fork this website on github as a starter template for any project you would like.


Love is blind, Pets are
NOT.
FURRY.
LOVABLE.
CARING.
GULLIBLE.
SHARP.
SMELLY.
FUN.
FRAGILE.
SMALL.
BIG.
WARM.
NEEDY.
SPECIAL.
Lonely pet owners of tumblr rejoice!
Enter your unique tumblr blog name:
What type of pet do you like to snuggle at night?:
(if you have more than one, pick your favorite)
Favorite Spirit:
Select a spirit
School
Team
Teen
Gin
Canadian Whiskey
Vermouth
Holy
Find me the perfect pet owner!


Allows adding additional information to old format messages. A correlation id, message id, and a message type are added to the data being sent/received
More...
Allows adding additional information to old format messages. A correlation id, message id, and a message type are added to the data being sent/received
Side note: a BackwardCompatibilityMessageEnvelope's message is stored as a buffer, so strings are converted using utf8 conversions.
◆ BackwardCompatibilityMessageEnvelope()
| PipServices3.Azure.Persistence.Data.BackwardCompatibilityMessageEnvelope.BackwardCompatibilityMessageEnvelope |
( |
| ) |
|
Creates a new OldMessageEnvelope.
◆ GetMessageAsString()
| string PipServices3.Azure.Persistence.Data.BackwardCompatibilityMessageEnvelope.GetMessageAsString |
( |
| ) |
|
|
private |
Gets the value that was stored in this message as a JSON string.
- Template Parameters
-
- Returns
- the value that was stored in this message as a JSON string.
◆ SetMessageAsString()
| void PipServices3.Azure.Persistence.Data.BackwardCompatibilityMessageEnvelope.SetMessageAsString |
( |
string |
message | ) |
|
|
private |
Stores the given value as a string.
- Parameters
-
| message | A string value for this message. |
◆ CorrelationId
| string PipServices3.Azure.Persistence.Data.BackwardCompatibilityMessageEnvelope.CorrelationId |
|
getset |
The unique business transaction id that is used to trace calls across components.
◆ Message
| string PipServices3.Azure.Persistence.Data.BackwardCompatibilityMessageEnvelope.Message |
|
getset |
◆ MessageBuffer
| byte [] PipServices3.Azure.Persistence.Data.BackwardCompatibilityMessageEnvelope.MessageBuffer |
|
getsetprivate |
◆ MessageId
| string PipServices3.Azure.Persistence.Data.BackwardCompatibilityMessageEnvelope.MessageId |
|
getset |
The message's auto-generated ID.
◆ MessageType
| string PipServices3.Azure.Persistence.Data.BackwardCompatibilityMessageEnvelope.MessageType |
|
getset |
String value that defines the stored message's type.
◆ SentTime
| DateTime PipServices3.Azure.Persistence.Data.BackwardCompatibilityMessageEnvelope.SentTime |
|
getset |
The time at which the message was sent.
The documentation for this class was generated from the following file:
- src/Persistence/Data/BackwardCompatibilityMessageEnvelope.cs


"Happiness is the absence of the striving for happiness"
This webpage was made with the soul intention of practicing and playing around with Bootstrap styling. It's currently filled with mumbo jumbo and ipsum, but with time it could turn into a legit Vacation Plan! In a way, its currently not too far off from my idea of a good trip.
In this Webpage, my pairing pairing partner and I explored basic css styling fundamentals.
Here was my first time practicing css styling with span elements. It was fun to come up with ridiculous content for a mystery man's resume.
This is my very first webpage I ever made, about 2 years ago. It's very unorganized and the GitHub-pages currently does not work, but unside the repo you'll find many files where I have breif notes about what I was teaching myself at the time. Despite it being unpresentale currently, it has a good amount of sentimental value to me, and I look forward to cleaning it up within the next couple weeks in my spare time.
I bounced around with ideas about what I wanted to do after high school, but when I graduated and the time came to pick something, I still wasn't sure, so I decided not to go to college despite all my friends going. I wanted to be sure about what I wanted before I threw money at it. The only idea I had at that point was graphic design, and I didn't truly understand what the path was for it. I ended up going to a conference about graphic design and web development, interviewed a graphic designer, and realized I feel pulled more towards web devlopement than graphic design. I looked into it further on my own and decided it was what I wanted to do. I tried teaching myself for a few years, and came to find I need a structured system to truly grow to my fullest potential. So here I am, at Epicodus, making my first portfolio. It's going to be a blast!
All my life I've been an artist of some sort. I've drawn since I could hold a pencil, which led to me doing digital illitration for a couple years, which then led to painting. I've played piano since I was 4, but these days I lean more towards guitar. Most of my artistic expression comes from music these days, but I will latch hook when I want something tedious and visual to do with my hands. Besides art and music, I've found I'm at my happiest when I work out most days of the week, and really enjoy weightlifting. It gives me a sense of accomplishment to struggle under the barbel yet still complete the set to my best ability. Other than that, I love lounging around with friends and family, playing strategy games, and reflecting on my life and goals and planning for the future.
Here are two of my favorite paintings that I made:
Thank you for reading!


El Paso, Spain
The Interpretation Center of Rock Carvings Benehauno
Stop by, and you'll receive a map to two well-preserved ancient petroglyph sites.
by CoolCrabThe island of La Palma is freckled with ancient carvings and caves once lived in by its indigenous inhabitants, the Benahoarite people. Sadly, many of these features were not well-preserved, so many of the surviving examples are either blocked from the public or have monitored tourist access.
The El Paso petroglyphs and caves are such a place. This archaeological site features a visitor center that was built in 2009 following a European Union grant for cultural and historical preservation. Inside the building, you will find a film room with a short movie about the natives on the ground floor and a permanent exhibition on the top floor, which showcases pottery and smaller stones with petroglyphs.
The visitor center also gives information about the two nearby sites you can visit—though you have to pass through the center first. The locations of these petroglyphs are not shared online. Instead, a paper map is handed out to visitors.
Once you leave the paved road, the path to the petroglyphs is well signposted. The trail to two locations, a lookout point with a very densely decorated rock wall and a burial site that consists of a rock with many small caves that were used as burial places.
Know Before You Go
The museum is free and opened on weekdays from 9 to 5 and Saturday 9:30 to 3. The road going to the center is very steep, though the road just before the building is quite level and is a good place to park.
Visit Spain with Atlas Obscura Trips
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Catapult yourself into Barcelona's complicated and colorful past for a week filled with unique historic tours, private musical performances, and an evening of performance in a private atelier.
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{{ post.date | date: '%B %d, %Y' }}
---
layout: default
title: Hands for Nepal
---
Nepal is currently facing the worst global wave of COVID-19 infections, with limited health services and acute shortage of vaccines.Nepal urgently needs COVID-19 vaccines
Only a small fraction of Nepal's 30 million people have been vaccinated and most of them have only received the first dose. Enough vaccines are unlikely to be available before 2022. A deadly second wave is spreading in Nepal, putting a large number of people at risk.
Nepal is facing a steep rise in new COVID-19 cases, with a case-reproduction number that is among the highest in the world. The current wave in urban areas could spread throughout the country, once the strict lockdown restrictions start to loosen. This could lead to another wave of steeply rising cases.
Lack of enough hospital beds and healthcare resources, high population density, a long porous border with India, and waning international attention could exacerbate the situation. Immediate access to vaccines will prevent an impending crisis.
We are a global non-profit group working together for Nepal. Our group of volunteers includes scientists, practitioners, engineers, policy-makers, and industrial partners. Join us in urging governments, international partners, and vaccine providers to send relief to Nepal.
Everyone must have access to a COVID-19 vaccine. No one is safe until everyone is safe.
We urge scientists and practitioners to approach the leadership in their respective organizations to request the US government to allocate COVID-19 vaccines for Nepal. In a number of universities, professors have already been approached with a request to pass on this message to their respective leadership.
{{ post.date | date: '%B %d, %Y' }}
Please get in touch for updates and helping with the cause.


Gradients & Architecture
DeepIntro
Activation & Gradient
Bias & Gradient
Weights & Gradient
Even if we're clever...
It's hard to backprop through lots of layers.
What about feedforward models?
Residual Networks
Residual Networks
[Ioffe & Szegedy, 2015]
Benefits
- Stability
- Gradients
- Regularization
- Avoid Dead Neurons
Where to appy it in RNNs?
Aside: Natural Neural Networks


docs
src
OAuth2
Interfaces
This directory contains the documentation about classes, interfaces and functions of the SmartFactory OAuth2 Server.
This is the root directory for all classes and interfaces. The class loader is implemented based on PSR4 approach. You have no need to add additional class loader function for your classes.
This directory contains the core classes and interfaces of the SmartFactory OAuth2 Server.
This directory contains the core interfaces of the SmartFactory OAuth2 Server.


<IP_ADDRESS>.4. Output of HTTP Access Log¶
Table of contents
The HTTP access log is output using the handler provided by the framework. The HTTP access log is output in the application by configuring the handler.
The handlers required to output the HTTP access log are as follows.
- HTTP Access Log Handler
- Outputs the log at the start and end of the request process.
- Nablarch Custom Tag Control Handler
- Outputs the log after decrypting the hidden parameters. For hidden parameters, see hidden encryption.
- HTTP Request Dispatch Handler
- Outputs the log after the dispatch class is determined.
If the requirements of the trace log of the individual application can be met by output of the request information including the request parameters, then the HTTP access and trace logs can be used together.
<IP_ADDRESS>.4.1. Output policy of HTTP access log¶
The HTTP access log is output to an application log that outputs the log of the entire application.
| Log level | Logger name |
|---|---|
| INFO | HTTP_ACCESS |
A configuration example of the log output for the above mentioned output policy is shown below.
- Configuration example of log.properties
writerNames=appLog # Output destination of the application log writer.appLog.className=nablarch.core.log.basic.FileLogWriter writer.appLog.filePath=/var/log/app/app.log writer.appLog.encoding=UTF-8 writer.appLog.maxFileSize=10000 writer.appLog.formatter.className=nablarch.core.log.basic.BasicLogFormatter writer.appLog.formatter.format=$date$ -$logLevel$- $runtimeLoggerName$ [$executionId$] boot_proc = [$bootProcess$] proc_sys = [$processingSystem$] req_id = [$requestId$] usr_id = [$userId$] $message$$information$$stackTrace$ availableLoggersNamesOrder=ACC,ROO # Configure the application log loggers.ROO.nameRegex=.* loggers.ROO.level=INFO loggers.ROO.writerNames=appLog # Configuration of HTTP access log loggers.ACC.nameRegex=HTTP_ACCESS loggers.ACC.level=INFO loggers.ACC.writerNames=appLog
- Configuration example of app-log.properties
# HttpAccessLogFormatter #httpAccessLogFormatter.className= #httpAccessLogFormatter.datePattern= #httpAccessLogFormatter.maskingChar= #httpAccessLogFormatter.maskingPatterns= #httpAccessLogFormatter.parametersSeparator= #httpAccessLogFormatter.sessionScopeSeparator= #httpAccessLogFormatter.beginOutputEnabled= #httpAccessLogFormatter.parametersOutputEnabled= #httpAccessLogFormatter.dispatchingClassOutputEnabled= #httpAccessLogFormatter.endOutputEnabled= httpAccessLogFormatter.beginFormat=@@@@ BEGIN @@@@ rid = [$requestId$] uid = [$userId$] sid = [$sessionId$]\ \n\turl = [$url$$query$]\ \n\tmethod = [$method$]\ \n\tport = [$port$]\ \n\tclient_ip = [$clientIpAddress$]\ \n\tclient_host = [$clientHost$] httpAccessLogFormatter.parametersFormat=@@@@ PARAMETERS @@@@\n\tparameters = [$parameters$] httpAccessLogFormatter.dispatchingClassFormat=@@@@ DISPATCHING CLASS @@@@ class = [$dispatchingClass$] httpAccessLogFormatter.endFormat=@@@@ END @@@@ rid = [$requestId$] uid = [$userId$] sid = [$sessionId$] url = [$url$$query$] method = [$method$] status_code = [$statusCode$] content_path = [$contentPath$]\ \n\tstart_time = [$startTime$]\ \n\tend_time = [$endTime$]\ \n\texecution_time = [$executionTime$]\ \n\tmax_memory = [$maxMemory$]\ \n\tfree_memory = [$freeMemory$]
<IP_ADDRESS>.4.2. How to use¶
<IP_ADDRESS>.4.2.1. Configure the HTTP access log¶
The http access log is configured in the property file described in Configure various logs.
- Description rules
-
- httpAccessLogFormatter.className
- Class that implements HttpAccessLogFormatter. Specify to replace.
- httpAccessLogFormatter.beginFormat
Format used for the log output at the start of the request process.
- Placeholders that can be specified for the format
Request ID: $requestId$ User ID: $userId$ URL: $url$ Query string: $query$ Port number: $port$ HTTP method: $method$ Session ID: $sessionId$ Request parameters: $parameters$ Session scope information: $sessionScope$ Client terminal IP address: $clientIpAddress$ Client terminal host: $clientHost$ User-Agent of HTTP header: $clientUserAgent$ Request parameters: $parameters$ - Default format
@@@@ BEGIN @@@@ rid = [$requestId$] uid = [$userId$] sid = [$sessionId$] \n\turl = [$url$] \n\tmethod = [$method$] \n\tport = [$port$] \n\tclient_ip = [$clientIpAddress$] \n\tclient_host = [$clientHost$]
Tip
Request parameters are in the state before decryption of hidden encryption.
Important
Although request ID and user ID might overlap with the output items of BasicLogFormatter, they have been provided to increase the flexibility of the HTTP access log format.
When the request ID and user ID are output, Thread Context Variable Management Handler must be included in the handler configuration as they are acquired from ThreadContext. In particular, for user IDs, you need to set a value for the session in your application by referring to the Setting a User ID.
- httpAccessLogFormatter.parametersFormat
Format used for the log output after decryption of hidden parameters.
- Placeholders that can be specified for the format
- Omitted as it is the same as “format used for the log output at the start of the request process”.
- Default format
@@@@ PARAMETERS @@@@ \n\tparameters = [$parameters$]
- httpAccessLogFormatter.dispatchingClassFormat
Format used for the output log after the dispatch class has been determined.
- Placeholders that can be specified for the format
Dispatch destination class: $dispatchingClass$ - Default format
@@@@ DISPATCHING CLASS @@@@ class = [$dispatchingClass$]
- httpAccessLogFormatter.endFormat
Format used for the log output at the end of the request process.
- Placeholders that can be specified for the format
Dispatch destination class: $dispatchingClass$ Status code (internal): $statusCode$ Status code (client): $responseStatusCode$ Content path: $contentPath$ Start date and time: $startTime$ End date and time: $endTime$ Execution time: $executionTime$ Maximum memory: $maxMemory$ Free memory (at start): $freeMemory$ - Default format
@@@@ END @@@@ rid = [$requestId$] uid = [$userId$] sid = [$sessionId$] url = [$url$] status_code = [$statusCode$] content_path = [$contentPath$] \n\tstart_time = [$startTime$] \n\tend_time = [$endTime$] \n\texecution_time = [$executionTime$] \n\tmax_memory = [$maxMemory$] \n\tfree_memory = [$freeMemory$]
Tip
The status code (internal) indicates the status code when HTTP Access Log Handler is returned. Status code (client) is HTTP Response Handler and indicates the status code returned to the client.
Although the status code (client) is not finalized when this log is output, the log is output by deriving the status code (client) using the same function as HTTP Response Handler.
For status code conversion rules, see Custom response writer.
Important
Value of the
status code (client)
may be different form the internal code when system errors such as JSP error occur after the HTTP access log handler is processed. Since a separate failure monitoring log is output as system error in such cases, consider the possibility that this value may be incorrect whenever a failure monitoring log is generated and verify the log.- httpAccessLogFormatter.datePattern
- Date and time pattern to use for date and time of the start and end.
For the pattern, specify the syntax specified by SimpleDateFormat.
Default is
yyyy-MM-dd HH:mm:ss.SSS
. - httpAccessLogFormatter.maskingPatterns
- Specify the parameter name and variable name to be masked with a regular expression (partial match).
If more than one is specified, separate them with commas.
Used for masking both the request parameters and session scope information.
The specified regular expression is not case-sensitive.
For example, if specified as
password
, matches withpassword
,newPassword
andpassword2
, etc. - httpAccessLogFormatter.maskingChar
- Character used for masking. Default is
*
. - httpAccessLogFormatter.parametersSeparator
- Request parameter separator.
Default is
\n\t\t
. - httpAccessLogFormatter.sessionScopeSeparator
- Separator for session scope information.
Default is
\n\t\t
. - httpAccessLogFormatter.beginOutputEnabled
- Whether output at the start of the request process is enabled. Default is true. If specified as false, it is not output at the start of the request process.
- httpAccessLogFormatter.parametersOutputEnabled
- Whether output after hidden parameter decryption is enabled. Default is true. If specified as false, it is not output after decryption of the hidden parameter.
- httpAccessLogFormatter.dispatchingClassOutputEnabled
- Whether output after determining the dispatch class is enabled. Default is true. If specified as false, it is not output after determining the dispatch class.
- httpAccessLogFormatter.endOutputEnabled
- Whether output at the end of the request process is enabled. Default is true. If specified as false, it is not output at the end of the request process.
- Example of the description
httpAccessLogFormatter.className=nablarch.fw.web.handler.HttpAccessLogFormatter httpAccessLogFormatter.beginFormat=> sid = [$sessionId$] @@@@ BEGIN @@@@\n\turl = [$url$]\n\tmethod = [$method$] httpAccessLogFormatter.parametersFormat=> sid = [$sessionId$] @@@@ PARAMETERS @@@@\n\tparameters = [$parameters$] httpAccessLogFormatter.dispatchingClassFormat=> sid = [$sessionId$] @@@@ DISPATCHING CLASS @@@@ class = [$dispatchingClass$] httpAccessLogFormatter.endFormat=< sid = [$sessionId$] @@@@ END @@@@ url = [$url$] status_code = [$statusCode$] content_path = [$contentPath$] httpAccessLogFormatter.datePattern="yyyy-MM-dd HH:mm:ss.SSS" httpAccessLogFormatter.maskingChar=# httpAccessLogFormatter.maskingPatterns=password,mobilePhoneNumber httpAccessLogFormatter.parametersSeparator=, httpAccessLogFormatter.sessionScopeSeparator=, httpAccessLogFormatter.beginOutputEnabled=true httpAccessLogFormatter.parametersOutputEnabled=true httpAccessLogFormatter.dispatchingClassOutputEnabled=true httpAccessLogFormatter.endOutputEnabled=true


Tests two sets for common ancestors and drills up members of the first set to the level of the ancestors that are present in the second set.
Syntax
DrillupMember ( set1, set2 )
| Parameter | Description |
|---|---|
set1 |
The set containing members to drill up if comparison with set2 tests positive for identical members or tuples. |
set2 |
The set to compare with set1 before drilling up members in set1. |
Notes
This function drills up any members of set1 whose ancestors are found in set2. The level to which members in set1 are drilled up depends on the level of the ancestor found in set2. The resulting set contains the ancestors of the drilled up member at the level found in set2, as well as any members of set1 that were not drilled up.
Example
The following example
DrillupMember({East, South, West, California, Washington, Oregon},{West})
returns the set:
{East, South, West}
The following expression
DrillupMember ( {East, South, West, California, Washington, Oregon, Central, Nevada}, {West} )
returns the set:
{East, South, West, Central, Nevada}
The member Nevada is not drilled up to member West because another member Central interrupts the chain of West descendants.
The following examples use the following part of the Sample Basic outline:
The following expression
DrillupMember ({Product, [100], [100-10]}, {[Product]} )
returns the set:
{Product}
The following expression
DrillupMember ({Product, [100], [100-10]}, {[100]} )
returns the set:
{Product, [100]}


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Workspace typed objects¶
The Workspace Service (WSS) provides storage, sharing, versioning, validation and provenance tracking of typed object (TO) data. This document describes basic information for developers who need to define and register TOs for use with the WSS.
Typed object basics¶
TOs in the WSS are hierarchical data objects that conform to type definitions specified in the KBase Interface Description Language (KIDL). Just as KIDL is used to specify the structure of data exchanged between KBase clients and servers (generated by the Type Compiler), KIDL is used to define the structure of data stored in the WSS.
Any structures defined in a KIDL formatted file
(e.g. typedef structure { … } StructureName
;) can be registered with the
WSS (see Typed object registration & versioning). Instances of these objects can then be
saved to the WSS by any user. The WSS does not support storage of primitive or
basic container types directly (ie string, int, float, list, mapping).
KIDL defined Modules provides namespacing for typed objects. Thus, the module
name and type name is required to uniquely identify a type in the WSS,
generally in the format ModuleName.TypeName
.
Typed object registration & versioning¶
TO definitions must be registered with the WSS before instances of the TOs can be saved. The basic process for registering a TO is:
- Developer requests ownership of a module name via the Workspace API
- see API method
request_module_ownership(...)
- see API method
- WSS admin approves the request
- Developer uploads (i.e. registers) a type specification file (typespec) in
KIDL format where the module name is identical to the just approved module
name in the WSS and indicates the names of the TOs which the developer
wants the WSS to support
- see API method
register_typespec(...)
- see API method
- Developer releases the module, which releases the latest version of all
TO definitions in the module
- see API method
release_module(...)
- see API method
TO definitions marked for WSS usage are versioned with a major and minor version. Every time a new typespec is uploaded and registered, the TO definitions defined in the module automatically receive a new version number if changed. Minor versions are incremented if the change is backwards compatible (i.e. addition of a new optional field). Major versions are incremented if the change is not backwards compatible.
All versions of all registered TO definitions are available to WSS users, but to save an object instance of an old version, or an unreleased version, the exact version number must be provided by the user. If a WSS user saves an object instance without providing version numbers for the type, the latest released version of the TO definition is assumed. The process of releasing a module therefore indicates that the latest version of all typed object definitions in the module are ready for public use, but does not limit user’s or developer’s ability to work with old or pre-released versions of TOs.
Before the first release of a module, repeated uploads of a module result in version numbers of TO definitions of 0.x and are assumed to be backwards incompatible. On first release of a module, all version numbers of TO definitions are updated to 1.0.
Users and developers can use the ws-typespec-list
script or the API to list
registered modules, type definitions, and versions of type definitions, and to
retrieve the actual KIDL or JSON schema encoding of the typed object
definition. End users will only be able to view the versions of TOs
that are released. Owners of a module can list all versions of TOs
in modules that they own.
Typed object validation¶
Instances of TOs can be validated against type definitions registered with the WSS. Instances of TOs must pass this validation process to be stored in the WSS, thereby guaranteeing that WSS data is structurally valid.
Todo
Update this document to use the kb-sdk tools.
The WSS validates the TO instance against a
JSON Schema V4 encoding of the
TO definition. The JSON Schema encoding can be generated by the KBase Type
Compiler (currently in branch dev-prototypes
). In addition to matching the
structure and type of data, additional constraints can be placed on TO
validation through the use of Annotations (see Typed object annotations).
To generate JSON encodings of your TOs for review, checkout the
dev-prototypes
branch of the typecompiler and compile your typespec file
with the --jsonschema
option of the compile_typespec
command. The JSON
Schema encoding of each object definition is generated in the output location
in a directory called jsonschema. The JSON Schema encoding is also available
for all registered TO definitions via the WSS API or the ws-typespec-list
command.
All TO instances pulled from the WSS are guaranteed to be valid instances of a TO definition as registered with the WSS. Therefore it is recommended that KBase services which require rigorous validation of complex data operate on data stored in the WSS (as opposed to passing the object by value and writing the validation code yourself). Note that full validation is not built into generated KBase client/server code, so it is not safe to assume that input data received directly from a type compiler generated client conforms to the specified type definitions in your API.
Additional technical details: The TO validation code is written in Java and is available in the workspace_deluxe KBase repo.
Typed object annotations¶
Annotations provide an infrastructure for attaching structured meta data to type definitions (and eventually to functions and modules). Such meta data is useful for specifying additional constraints on data types, interpreting data types within a particular context, and declaring structured information that can later be automatically indexed or searched, such as authorship of a function implementation.
Annotations are declared in the comment immediately preceding the definition of the TO. Thus, all annotations are always attached and viewable within the API documentation. Each annotation must be specified on its own line in the following format:
@[ANNOTATION] [INFO]
where [ANNOTATION]
is the name of the annotation and [INFO]
is any
additional information, if any, required of the annotation. To provide a simple
example which associates authorship information to a TO using the @author
annotation:
/*
Data type for my experimental data.
@author John Scientist
*/
typedef structure {
string name;
list <int> results;
} MyExperimentData;
Currently supported type definition annotations¶
Optional annotation¶
Mark a specific field of a structure as an optional field. The optional annotation can only be declared where a structure is first defined. On validation of TO instances by the WSS, missing optional fields are permitted. If an optional field is present, however, the value of the field will be validated normally. Optional fields are defined as:
@optional [FIELD_NAME_1] [FIELD_NAME_2] ...
For example, the following annotation will declare that two fields of the structure are optional.:
/*
@optional alias functional_assignments
*/
typedef structure {
string name;
string alias;
string sequence;
list <string> functional_assignments;
} Feature;
ID annotations¶
Mark a string as an ID that references another object or entity. ID annotations can only be associated to type definitions which resolve to a string. ID annotations are declared in the general form:
@id [ID_TYPE] [PARAMETERS]
where [ID_TYPE]
specifies the type of ID and is required, and
[PARAMETERS]
provides additional information or constraints.
[PARAMETERS]
are always optional.
ID annotations are inherited when declaring a new typedef
of a string that
was already marked as an ID. If a new ID Annotation is declared in a
typedef
, it overrides any previous ID declaration.
Note that although @id
annotations may be specified as any ID_TYPE
and
associated to any typedef
, applications that consume type specifications
(primarily the workspace at the time of writing) may only recognize specific
@id
ID_TYPE
/ typedef
combinations.
The ID types currently supported are described below.
Workspace ID
@id ws [TYPEDEF_NAME] ...
The ID must reference a TO instance stored in the WSS. There are multiple valid ways to specify a workspace object, and all are acceptable. A reference path into the object graph may be provided by providing a string consisting of a list of references separated by semicolons.
Optionally, one or more type definition names can be specified indicating that the ID must point
to a TO instance that is one of the specified types. The typedef with which the
@id
annotation is associated must be a string.
Example:
/*
A reference to a genome.
@id ws KB.MicrobialGenome KB.PlantGenome
*/
typedef string genome_id;
KBase ID
@id kb
The ID must reference a KBase ID which is typically registered in the ID service in a format such as “kb|type.XXX”. No type checking on this field is performed, but the annotation may be used in the future so that users can automatically extract KBase IDs from typed objects.
Handle ID
@id handle
The ID must reference a Handle ID from the Handle Service. This is typically in the format KBH_XXX. When saving an object containing one or more handles to the WSS, the WSS checks that the handles are readable by the user before completing the save. Furthermore, the handle data is shared as the workspace object is shared. See Shock integration with the workspace service for more details.
External ID
@id external [SOURCE] ...
The ID must reference an entity in an external (i.e. outside of KBase) data
store. The IDs are not verified or validated, but may be used in the future to
allow users to automatically extract external IDs from typed objects.
[SOURCE]
provides an optional way to specify the external source.
Currently there is no standard dictionary of sources.
Deprecated annotation¶
@deprecated [REPLACEMENT_TYPE]
The deprecated annotation is used to mark a type definition as deprecated, and provides a structured mechanism for indicating a replacement type if one exists. The deprecated annotation so far is only for documentation purposes, but may be used by the Workspace in the future to better display, list, or query workspace objects (e.g. list all objects of a type that is not deprecated).
Range annotation¶
@range [RANGE SPECIFICATION]
The range annotation is associated with either a float or int typedef and
specifies the minimum and / or maximum value of the int or float. The
[RANGE SPECIFICATION]
is a tuple of the minimum and maximum numbers,
separated by a comma. Omit the minimum or maximum to specify an infinite
negative or positive range, respectively. Bracketing the
[RANGE SPECIFICATION]
with parentheses indicates the range extents are
exclusive; square brackets or no brackets indicates an inclusive range.
Examples:
| Range | Explanation |
|---|---|
| 0, 30 | Range from 0 - 30, inclusive |
| [0, 30] | Range from 0 - 30, inclusive |
| [0, 30) | Range from 0 - 30, including 0, excluding 30 |
| (0, | Range from 0 - +inf, excluding 0 |
| ,30] | Range from -inf - 30, including 30 |
Example specification:
/*
@range -4.5,7.6)
*/
typedef float my_float;
/*
@range [2,10]
*/
typedef int my_int;
Metadata annotation¶
@metadata [CONTEXT] [ACTION] [as NAME]
The metadata annotation specifies data that an application should extract from a TO as metadata about the TO. Typically this metadata is very small compared to the TO and is therefore suitable for use when only a summary of the TO is necessary for an operation. As of this writing, the WSS uses the annotation to automatically generate user metadata for a TO.
The metadata annotation may only be associated with structure
typedef
s. Metadata annotations on nested structure
s are ignored.
[CONTEXT]
specifies where the metadata annotation is applicable. In the
case of the WSS, the [CONTEXT]
is ws
. [CONTEXT]
is always required.
[ACTION]
specifies what metadata should be extracted and any operations
to perform on said metadata. At minimum, the [ACTION]
must provide the
path (dot separated) to the item of interest. Note that the path may only
proceed through structure
typedef
s, not mapping
s or list
s. A
bare path must terminate at a primitive type - either a string
, int
, or
float
.
[ACTION]
s may also specify a function to apply to the item specified by
the path. Currently, the only available function is length()
, which may be
applied to list
s, mapping
s, tuple
s, and string
s.
length()
returns the number of items in a list
, mapping
, or
tuple
, or the length of a string
.
[as NAME]
allows specifying an optional NAME
for the extracted
metadata. If a NAME
is not provided, the application will use the
[ACTION]
string as the metadata name. The NAME
is entirety of the
remainder of the line after “as”.
Example:
/* Nested structure, metadata annotations have no effect here
Cannot provide a path into the mapping in a metadata annotation
*/
typedef structure {
mapping<string, string> strmap;
int an_int;
} InnerStruct;
/*
Specifies the metadata ("str" -> value of str in TO)
@metadata ws str
Specifies the metadata ("my rad string" -> value of str in TO)
@metadata ws str as my rad string
Specifies the metadata ("inner.an_int" -> value of inner.an_int in TO)
@metadata ws inner.an_int
Specifies the metadata ("length(str)" -> length of str in TO)
@metadata ws length(str)
Specifies the metadata ("num strings" -> # of items in inner.strmap)
@metadata ws length(inner.strmap) as num strings
Note that metadata paths cannot enter outerstrmap.
*/
typedef structure {
InnerStruct inner;
string str;
mapping<string, string> outerstrmap;
} MyStruct;


Cincinnati Zoo, Miami Valley Gaming expanding in Warren County
by Lawrence Budd - Staff WriterTURTLECREEK TWP. — The Cincinnati Zoo and Miami Valley Gaming racino are both moving forward with big expansions in Warren County.
The zoo plans to add an outdoor education center, trail system and solar array.
As previously announced, the racino operators are planning a 11-story, 194-room hotel, 12,000 square foot gaming expansion, 7,500 square foot restaurant expansion and 1,000 space parking garage.
Both projects are just east of I-75, off Ohio 63 in Turtlecreek Twp.
The Warren County Board of Commissioners is scheduled to review site plans for the zoo and racino projects on Tuesday.
Last summer, the zoo moved forward with plans for a cheetah run and other facilities on the 700-plus acres it owns east of I-75 and west of Mason, on land south of Ohio 63.
The zoo already has a 24-acre wetlands, beekeeping, greenhouse and organic farm fields and facilities, on the donated land.
RELATED: Cheetah run coming to Warren County
In November, the $100-million expansion of the racino on the north side of Ohio 63.
RELATED: Miami Valley Gaming to send $100M on expansion
It would be the second expansion project since the racino opened in 2013.
Both projects are near Union Road and the Premium Outlets Mall and other development between Union Road and I-75.
Also nearby is the 1,400-acre Union Village-Otterbein Lebanon complex.
Otterbein is expanding its 200-acre retirement campus. The Warren County Sports Park at Union Village and first phase of Union Village are expected to pen in the coming year.


Use tabs to enable easy switching between different content without navigating away. Tabs can be used on small screens like mobile devices too but consider switching to dropdowns or a regular select instead when tabs are displayed on mobiles.
*ngFor
to loop through the items and render them as tabs.


#include <uvm_factory.h>
Inheritance diagram for uvm::uvm_object_creator:
Public Member Functions | |
| uvm_object_creator () | |
| virtual uvm_object * | create (const std::string &name="")=0 |
| virtual void * | create_class (const std::string &name="") |
| virtual | ~uvm_object_creator () |
| virtual uvm_object_creator * | as_object_creator () |
Usually, the UVM_OBJECT_UTILS macro in an uvm_object defines the corresponding uvm_object_creator class
Definition at line 124 of file uvm_factory.h.


{% extends "Patient_base.html"%} {% block content %}
Welcome to Bambank's Vaccination Scheduler
The Time that your are assigned to is:
Location of Vacination is:


Legal
There are 5 categories of legal apprenticeship.
Solicitor
Solicitors are a member of the legal profession qualified to deal with conveyancing, the drawing up of wills, and other legal matters. A solicitor may also instruct barristers and represent clients in some courts.
Paralegal
A paralegal is an individual, qualified by education, training or work experience, who is employed or retained by a lawyer, law office, corporation, governmental agency, or other entity and who performs specifically delegated substantive legal work for which a lawyer is responsible.
Popular apprenticeships:
Solicitor
Level 7: (equivalent to master’s degree)
Progressing legal matters and transactions, applying legal knowledge and commercial judgement to produce solutions which meet clients' needs.
Licensed conveyancer
Level 6: (equivalent to bachelor's degree)
Responsible for legal matters relating to the transfer of ownership of land or property, managing client portfolios and providing conveyancing legal services.


Running McCLIM and other Lisp packages on Windows
Written onMcCLIM is an amazing project and a treasure trove of useful utils like CLOUSEAU. Unfortunatelly currently McCLIM has no backend for Windows. I'd like to use McCLIM and experiment with developing a backend.
Windows is quite hostile environment for mostly Unix-based Lisp packages. And McCLIM is not an exception. It uses CLX as a backend library and depends on STATIC-VECTORS - package that require CFFI-GROVELER to dynamically compile C program on system load.
Lisp (SBCL) setup for Windows
Roswell
I'm using Roswell to manage Lisp implementations and local projects.
Setup MSYS
This part of loosely based on Portacle build instructions:
Install MSYS2. Please use default installation path. It will save you lots of time.
7Zip, download, install, add it to Windows PATH http://www.7-zip.org
Open the MSYS shell and run
pacman -Sy pacman
Reopen the shell and run
pacman -Syu
Install packages:
pacman -S unzip git gpg curl base-devel mingw-w64-x86_64-toolchain mingw-w64-x86_64-xpm-nox mingw-w64-x86_64-pcre mingw-w64-x86_64-curl mingw-w64-x86_64-gnutls mingw-w64-x86_64-iconv mingw-w64-x86_64-libgcrypt mingw-w64-x86_64-glfw
- Launch the MinGW64 shell and use it for further steps
Install roswell
- Follow https://github.com/roswell/roswell/wiki/Installation#building-from-source.
- In my case I've used
./configure --prefix=/c/opt/roswell & make & make install
. - Add
roswell/bin
and$HOME/.roswell/bin
folders to your Windows and Mingw64PATH
environment variables. - Run
ros
for initial setup
Build latest SBCL
- Install latest SBCL
ros install sbcl/2.0.3
- Switch to that version
ros use sbcl/2.0.3
Configure Sly
I'm using Sly but Slime setup roughly the same.
Please note the hacky way of running ros
in Mingw64 shell.
Start a bare shell without fancy terminal emulator window as that's what Emacs expects
-defterm -no-start
.ros -L sbcl
selects our freshly built SBCL version. Please refer toroswell
documentation on managing Lisp implementations.DISPLAY=localhost:0
is the usual X Server display environment variable. This is needed for McCLIM to run and obviously requires that X Server program is up an running on display :0.
(set-language-environment "UTF-8")
(set-terminal-coding-system 'utf-8)
(use-package sly
:ensure t
:init
(remove-hook 'lisp-mode-hook 'slime-lisp-mode-hook)
:config
(setq sly-net-coding-system 'utf-8-unix)
(setq sly-lisp-implementations
`((sbcl ("c:/msys64/msys2_shell.cmd" "-defterm" "-mingw64" "-no-start" "-c" "DISPLAY=localhost:0 ros -L sbcl -Q run") :coding-system utf-8-unix))))
Running McCLIM
- Precache fonts
- In
Mingw64
terminal runfc-cache /c/Windows/Fonts
- Add this command to
~/.bashrc
- In
- Ensure X Server is running
- Run McCLIM as usual


Members
KeyBind
Properties:
| Name |
Type |
Description |
KeyBind.clearStackTimeout |
number
|
number of milliseconds after
which clear the stack if there was no keydown event. If zero (or
falsy) do not ever clear the stack from a setTimeout callback. |
KeyBind._stack |
Array.<KeyObject>
|
stack of keys |
KeyBind._handlers |
Array.<HandlerObject>
|
list of handlers |
KeyBind._debug |
boolean
|
|
KeyBind._timeoutId |
nubmer
|
timeoutId returned from
setTimeout, when setting the KeyBindPrototype.clearStackCallback. |
KeyBind._lastDownTime |
number
|
last time a key was pressed
(registered on keydown event). |
- Source:
KeyBind
Properties:
| Name |
Type |
Description |
KeyBind.clearStackTimeout |
number
|
number of milliseconds after
which clear the stack if there was no keydown event. If zero (or
falsy) do not ever clear the stack from a setTimeout callback. |
KeyBind._stack |
Array.<KeyObject>
|
stack of keys |
KeyBind._handlers |
Array.<HandlerObject>
|
list of handlers |
KeyBind._debug |
boolean
|
|
KeyBind._timeoutId |
nubmer
|
timeoutId returned from
setTimeout, when setting the KeyBindPrototype.clearStackCallback. |
KeyBind._lastDownTime |
number
|
last time a key was pressed
(registered on keydown event). |
- Source:
Methods
(private) _keyBindingListener(ev)
Parameters:
- Source:
(private) _keyBindingListener(ev)
Parameters:
- Source:
(private) _keyDownListener(ev)
Parameters:
| Name |
Type |
Description |
ev |
KeyEvent
|
|
- Source:
(private) _keyDownListener(ev)
Parameters:
| Name |
Type |
Description |
ev |
KeyEvent
|
|
- Source:
(private) _keyUpListener(ev)
Parameters:
| Name |
Type |
Description |
ev |
KeyEvent
|
|
- Source:
(private) _keyUpListener(ev)
Parameters:
| Name |
Type |
Description |
ev |
KeyEvent
|
|
- Source:
addEventListener(keys, handler, optionsopt)
Parameters:
| Name |
Type |
Attributes |
Description |
keys |
Array.<string>
|
|
list of strings that the listener should
handle |
handler |
keyBindListener
|
|
keybind event listener. As an argument
a copy of the current stack (list of KeyObjects) is passed. |
options |
Object
|
<optional>
|
currently only optinos.clearKeyStack is
supported: a boolean option, if true clears the stack after the
handler is called, the default is false |
- Source:
addEventListener(keys, handler, optionsopt)
Parameters:
| Name |
Type |
Attributes |
Description |
keys |
Array.<string>
|
|
list of strings that the listener should
handle |
handler |
keyBindListener
|
|
keybind event listener. As an argument
a copy of the current stack (list of KeyObjects) is passed. |
options |
Object
|
<optional>
|
currently only optinos.clearKeyStack is
supported: a boolean option, if true clears the stack after the
handler is called, the default is false |
- Source:
clearStack - clear the stack of keys registered through
keydown and keyup events. Also remove timeout callback which would
clear the stack.()
- Source:
clearStack - clear the stack of keys registered through
keydown and keyup events. Also remove timeout callback which would
clear the stack.()
- Source:
disable
Disable key bindings by removing all event listeners and clearing the
key stack.()
- Source:
disable
Disable key bindings by removing all event listeners and clearing the
key stack.()
- Source:
dispose
Clear the stack, remove all handlers and event listeners. Call this
method before you want to garbace collect the KeyBind object.()
- Source:
dispose
Clear the stack, remove all handlers and event listeners. Call this
method before you want to garbace collect the KeyBind object.()
- Source:
enable
Enable key bindings. This method clears the stack and adds event
listeners to the body element.()
- Source:
Listens to Events:
enable
Enable key bindings. This method clears the stack and adds event
listeners to the body element.()
- Source:
Listens to Events:
Parameters:
| Name |
Type |
Description |
key |
Array.<String>
|
|
stack |
Array.<Object>
|
stack of KeyObjects
{Object} KeyObject
{string} KeyObject.string
{boolean} KeyObject.altKey
{boolean} KeyObject.ctrlKey
{boolean} KeyObject.metaKey
{boolean} KeyObject.shiftKey |
- Source:
Returns:
- return true if keys and stack are the same.
-
Type
-
boolean
Parameters:
| Name |
Type |
Description |
key |
Array.<String>
|
|
stack |
Array.<Object>
|
stack of KeyObjects
{Object} KeyObject
{string} KeyObject.string
{boolean} KeyObject.altKey
{boolean} KeyObject.ctrlKey
{boolean} KeyObject.metaKey
{boolean} KeyObject.shiftKey |
- Source:
Returns:
- return true if keys and stack are the same.
-
Type
-
boolean
Parameters:
| Name |
Type |
Description |
ev |
KeyEvent
|
|
- Source:
Returns:
-
Type
-
String
Parameters:
| Name |
Type |
Description |
ev |
KeyEvent
|
|
- Source:
Returns:
-
Type
-
String
removeEventListener - Removes all listeners that match the key
combination or only the one given by handler argument.(keysopt, nullable, handleropt, nullable)
Parameters:
| Name |
Type |
Attributes |
Description |
keys |
Array.<string>
|
<optional>
<nullable>
|
a list of strings |
handler |
keyBindListener
|
<optional>
<nullable>
|
|
- Source:
Examples
KeyBind.removeEventListener(['a', 'b']);
KeyBind.removeEventListener(null, abKeyHandler);
removeEventListener - Removes all listeners that match the key
combination or only the one given by handler argument.(keysopt, nullable, handleropt, nullable)
Parameters:
| Name |
Type |
Attributes |
Description |
keys |
Array.<string>
|
<optional>
<nullable>
|
a list of strings |
handler |
keyBindListener
|
<optional>
<nullable>
|
|
- Source:
Examples
KeyBind.removeEventListener(['a', 'b']);
KeyBind.removeEventListener(null, abKeyHandler);
Type Definitions
HandlerObject
Type:
Properties:
| Name |
Type |
Description |
keys |
Array.<string>
|
list of chars |
handler |
keyBindListener
|
handler callback |
options |
object
|
options object |
- Source:
HandlerObject
Type:
Properties:
| Name |
Type |
Description |
keys |
Array.<string>
|
list of chars |
handler |
keyBindListener
|
handler callback |
options |
object
|
options object |
- Source:
keyBindListener(stack)
Parameters:
| Name |
Type |
Description |
stack |
Array.<KeyObject>
|
|
- Source:
keyBindListener(stack)
Parameters:
| Name |
Type |
Description |
stack |
Array.<KeyObject>
|
|
- Source:
KeyObject
Type:
Properties:
| Name |
Type |
Description |
key |
string
|
platform independent string representing a key |
altKey |
boolean
|
true if alt key was pressed |
ctrlKey |
boolean
|
true if control key was pressed |
metaKey |
boolean
|
true if meta key wsa pressed |
shiftKey |
boolean
|
true if shift key was pressed |
- Source:
KeyObject
Type:
Properties:
| Name |
Type |
Description |
key |
string
|
platform independent string representing a key |
altKey |
boolean
|
true if alt key was pressed |
ctrlKey |
boolean
|
true if control key was pressed |
metaKey |
boolean
|
true if meta key wsa pressed |
shiftKey |
boolean
|
true if shift key was pressed |
- Source:


Installation
The JS SDK is distributed through the npm registry, which means it can be installed with npm. In a bash window, run:
npm i --save @skrumble/js-sdk
Or to install with yarn, run:
yarn add @skrumble/js-sdk
Usage
The SDK supports multiple formats for loading, depending on your environment:
UMD
var {
Chat,
APISocket
} = require('@skrumble/js-sdk')
ES6
import {
Chat,
APISocket
} from '@skrumble/js-sdk'
In case your environment doesn't support either, the SDK also exports a global called Skrumble
, which contains the same classes as properties:
let Chat = Skrumble.Chat
let APISocket = Skrumble.APISocket
Configuring & Logging-in
First you'll need:
- Client credentials from the Skrumble Developer portal. See the Managing Applications guide for more about generating creds
- Hostnames for the environment you're using, see the Environment URLs guide for a reference
import {
Chat,
APISocket
} from '@skrumble/js-sdk';
let registeredUser, loadedChat
APISocket.config({
client_id: "iK47Sr....",
client_secret: "$2y$10$J...",
api_hostname: "sandbox.skrumble.com",
auth_hostname: "sandbox-auth.skrumble.com"
})
try {
registeredUser = await APISocket.login({
email<EMAIL_ADDRESS>password: "123456"
})
} catch(err) {
throw new Error(err);
}
try {
chatList = await Chat.getAll();
} catch(err) {
throw new Error(err);
}
console.log(`Logged in as ${registeredUser.first_name}, found chat list of ${chatList}`);
Contributing
The SDK is an open-source project, so Pull Requests and bug reports are encouraged. Before contributing, see the Github Issues page to ensure your issue/feature isn't a duplicate, and consult the CONTRIBUTING.md doc for information about contribution guidelines as well as the feature roadmap.


A module to support custom REST methods and sub-resources, allowing you to break out of the “default” REST methods with your own custom resource requests. For example, say you use Rails to expose a REST service and configure your routes with:
map.resources :people, :new => { :register => :post }, :member => { :promote => :put, :deactivate => :delete } :collection => { :active => :get } This route set creates routes for the following HTTP requests: POST /people/new/register.json # PeopleController.register PUT /people/1/promote.json # PeopleController.promote with :id => 1 DELETE /people/1/deactivate.json # PeopleController.deactivate with :id => 1 GET /people/active.json # PeopleController.active
Using this module, Active Resource can use these custom REST methods just like the standard methods.
class Person < ActiveResource::Base self.site = "http://37s.sunrise.i:3000" end Person.new(:name => 'Ryan').post(:register) # POST /people/new/register.json # => { :id => 1, :name => 'Ryan' } Person.find(1).put(:promote, :position => 'Manager') # PUT /people/1/promote.json Person.find(1).delete(:deactivate) # DELETE /people/1/deactivate.json Person.get(:active) # GET /people/active.json # => [{:id => 1, :name => 'Ryan'}, {:id => 2, :name => 'Joe'}]
# File lib/active_resource/custom_methods.rb, line 70 def delete(custom_method_name, options = {}) # Need to jump through some hoops to retain the original class 'delete' method if custom_method_name.is_a?(Symbol) connection.delete(custom_method_collection_url(custom_method_name, options), headers) else orig_delete(custom_method_name, options) end end
Invokes a GET to a given custom REST method. For example:
Person.get(:active) # GET /people/active.json # => [{:id => 1, :name => 'Ryan'}, {:id => 2, :name => 'Joe'}] Person.get(:active, :awesome => true) # GET /people/active.json?awesome=true # => [{:id => 1, :name => 'Ryan'}]
Note: the objects returned from this method are not automatically converted into ActiveResource::Base instances - they are ordinary Hashes. If you are expecting ActiveResource::Base instances, use the find class method with the :from option. For example:
Person.find(:all, :from => :active)
# File lib/active_resource/custom_methods.rb, line 56 def get(custom_method_name, options = {}) hashified = format.decode(connection.get(custom_method_collection_url(custom_method_name, options), headers).body) derooted = Formats.remove_root(hashified) derooted.is_a?(Array) ? derooted.map { |e| Formats.remove_root(e) } : derooted end
# File lib/active_resource/custom_methods.rb, line 105 def delete(method_name, options = {}) connection.delete(custom_method_element_url(method_name, options), self.class.headers) end
# File lib/active_resource/custom_methods.rb, line 88 def get(method_name, options = {}) self.class.format.decode(connection.get(custom_method_element_url(method_name, options), self.class.headers).body) end
# File lib/active_resource/custom_methods.rb, line 92 def post(method_name, options = {}, body = nil) request_body = body.blank? ? encode : body if new? connection.post(custom_method_new_element_url(method_name, options), request_body, self.class.headers) else connection.post(custom_method_element_url(method_name, options), request_body, self.class.headers) end end
Generated with the Darkfish Rdoc Generator 2.


I am an aspiring Python developer with solid foundation in Django web frameworks and REST APIs looking for a junior developer job. I am a recent graduate from "The Iron Yard" academy in Durham, NC. I attended a 3 month intensive Python Engineering course at The Iron Yard which required 60 - 80 hours per week of instructions and project based learning. I worked on independent as well as team projects to develop full stack web applications focused on backend technologies.
Prior to joining The Iron Yard I managed multiple gas stations / convenience stores, owned by me and my family. I also managed 7-10 employees and ensured best customer service at all locations. I also designed some simple Excel apps to keep up with daily as well as monthly sales for each store.


Strava is perhaps the most popular athlete application today. Athletes in all walks of life and in all platform ecosystems have access to it. Whether you’re a triathlete or a swimmer, cycler, or runner. Whether you’re a Garmin, Suunto, Polar, or even just a casual runner with a phone. Strava can import your workout data or track it for you (fortunately for most, Garmin and Strava have a close relationship these days). It makes it easy to track your progress and compete with friends, even join groups and clubs of people in your sport(s). If you have a premium account, then you have access to even more data metrics, including proprietary Strava metrics like their infamous “suffer score”.
What if you want to make an Application that uses that data, or if you simply want a way to read and interpret certain Strava metrics for your own personal pleasures? Then you’re going to head over to their API documentation to figure out how to write your JavaScript code for that.
Strava’s API documentation is a great resource, especially if your application relies on jQuery. Unfortunately it is a little vague when it comes to Ajax calls. It also doesn’t explain the methods of authorizing a Strava user and retrieving that user’s access token. Additionally, because of the constraints imposed by CORS (Cross Origin Resource Sharing), the browser is prevented from making an Ajax request to a server on a different domain. As a result, we won’t be able to demonstrate the Authorization token exchange, but we’ll go over the basic code anyways. Unfortunately that also means that we’re stuck with my lazy account for the duration of this Strava API coding experience. We also won’t go into POST requests for the same reason, but they’re fairly similar to GETs. [edit] Unfortunately, CORS proved to be a hindrance throughout the process because Strava employs https protocols (instead of http). Thus GET requests also had to be simulated.
Before we get started, the first thing you’re going to want to do is login to strava and get yourself a developer account. Strava will then provide you with your app's client id and client secret. This should go without saying, but that secret is for your eyes only. You will also be awarded your first user access token (for yourself). Make sure to keep your client id, user id, and access token available for later.
Lets get this party started!An application program interface (API) is a set of routines, protocols, and tools for building software applications. An API specifies how software components should interact. Additionally, APIs are used when programming graphical user interface (GUI) components. Read more about an API
AJAX stands for Asynchronous JavaScript and XML. It’s basically the use of the XMLHttpRequest object to communicate with server-side scripts. It can send as well as receive information in a variety of formats, including JSON, XML, HTML, and even text files. We’re going to be using JSON objects, the most commonly implemented format. Read more about AJAX
The Strava API allows GET, POST, PUT, HEAD, and DELETE requests.
The GET request method requests a representation of the specified resource. GET requests retrieve data and (should) have no other effect. The URL’s query sting (of the GET request) can include parameters to narrow down or define the element of interest.
The POST request method requests that a server accept data enclosed in the body of the request message. Oftentimes this is a form or a file. Usually this protocol is employed to store data on that server, whether it’s a Facebook post or a workout upload. As part of the POST request an arbitrary amount of data can be sent to the server in the body of the request message.
The HEAD method asks for a response identical to that of a GET request, but without the response body. This is great for mining metadata.
The PUT method requests that the enclosed entity be stored under the supplied URI. If the URI refers to an already existing resource, it is modified; if the URI does not point to an existing resource, then the server can create the resource with that URI.
Deletes the specified resource.
Read more about HTTP requests
Strava’s request protocols employ HTTPS (as opposed to HTTP), which stands for Hyper Text Transfer Protocol Secure. Meaning that unlike http, all communications between the client (browser) and server is encrypted. We’re going to focus on GET requests because they’re the only ones we can test out right now.
Lets back up a little and go over JSON objects briefly, in case you're not familiar with them yet.
Formally:“JSON (JavaScript Object Notation) is a lightweight data-interchange format. It is easy for humans to read and write. It is easy for machines to parse and generate. It is based on a subset of the JavaScript Programming Language, Standard ECMA-262 3rd Edition - December 1999." – JSON.org
So, JSON objects are commonly used to pass information around especially in web applications. They're great because we can box up a lot of information and even include attributes of the information. They really can hold a lot of data (for an object) as we’ll see. The developer simply needs to create the object they want to send and pass it to the JSON built in function stringify. So JavaScript object foo is converted to JSON by JSON.stringify(foo). Then, on the receiving end we simply parse the string using JSON’s parse method and assign it to a new JavaScript variable, as in var baz = JSON.parse(data)
. We’ll go over examples so you can understand why I used the generic data there to represent the response. Start your own research on application/JSON to learn more, Wikipedia is great place to start. (as well as the official JSON.org page, above).
For example, here is a Strava athlete's public data represented as a JSON object (left) and JavaScript object (right). Notice the striking similarity. Basically the only difference is the quotation marks around all the strings (hence JSON.stringify…).
The base URL for all Strava GET requests (for the current version V3) is https://www.strava.com/api/v3
. We then follow that up with the resource or resources that we are after, any necessary ID numbers, and our parameters. All requests require that we pass the user’s authentication token as a parameter.
To request the primary user's basic data:
Send: GET https://www.strava.com/api/v3/athlete?access_token=83ebeabdec09f6670863766f792ead24d61fe3f9
To get a very detailed JSON object describing the main user (athlete)
To request another user's public profile data:
Send: GET https://www.strava.com/api/v3/athletes/userID?access_token=83ebeabdec09f6670863766f792ead24d61fe3f9
To request an activity by primary user:
Send: GET https://www.strava.com/api/v3/activities/activityID?access_token=83ebeabdec09f6670863766f792ead24d61fe3f9
To get a very detailed JSON object with this particular activity's attributes
To request all activities by primary user:
Send: GET https://www.strava.com/api/v3/athlete/activities?access_token=83ebeabdec09f6670863766f792ead24d61fe3f9
To get a basic list of all the athlete's activities
*Note: in the cases above every ID is a number representing the object you want to retrieve and the access token is unique to the primary Strava user and your application
I Think you get the idea of how it works, we specify that we want to GET something from https://www.strava.com/api/v3/…
and include the primary user's access token after the url of the object we want to retrieve.
To add a parameter, we simply place our parameters after the ?
and separate them with &
s.
To exemplify everything here, lets build a string in JavaScript get 10 athlete profiles that have completed a segment (we’ll go with segment number 329857) within the last month for athletes 25-34 years old between 165 and 179 pounds:
The logic you employ to create and assign those variables is up to you, obviously you’re not going to be assigning them like that in your application unless you’re always going to be after the same sort of data. However, assuming you built the logic properly you will have your resource url and parameters list all set to go, now just build a string, like you’re visiting a website.
The logic you employ to create and assign those variables is up to you, obviously you’re not going to be assigning them like that in your application unless you’re always going to be after the same sort of data. However, assuming you built the logic properly you will have your resource url and parameters list all set to go, now just build a string, like you’re visiting a website.
Using the string we built in var urlQuery (https://www.strava.com/api/v3/segments/329857/leaderboard?access_token=...&age_group=25_34&weight_class=165_179&date_range=this_month&per_page=10
)we are now going to send our request to strava.
|
|
Lets go over what's happening here.
First we are creating a new instance of an AJAX request object
Then we specify the open member variable of the request object and specify that we are using the |
Here is a fantastic resource if you want to learn more about XMLHttpRequest requests.
Recall from the previous section, we created a response
object and assigned it the JavaScript (parsed) version of the response to our request. We printed it to the console, but that’s not really useful unless you’re just looking to read your own requests (in which case, you might as well just read your profile page, its much prettier and a lot less work).
If we did everything correctly in creating our request url and we’re authorized, we will probably get a response that looks like:
Though obviously that's a pretty long piece of code, it coult be a lot longer. activity and athlete objects can be incredibly large
Obviously that’s a lot of data with a lot of null variables, ID numbers, and probably other junk we don’t care about.
Lets just save the name and time for each athlete, as well as their Strava user ID number in case we want to do something else with their profile later.
It’s easy to sift through the JavaScript object and select what we want, especially knowing what we know form the API documentation.
There are many ways to handle this, depending on what you want to do with it. You can take the response data and use it in an html file directly thought the DOM, you can simply save a singe item to a variable. To illustrate this though, lets just create an object and save the variables to it.
What’s happening above is pretty simple. We’re simply creating a public athlete (publicAthlete
) object that stores the variables we might be interested int. The distance isn’t always the same, so it helps to equalize everyone if we just divide the time by the distance later, should we want to calculate speed or compare the athletes, similarly, gender might come in handy later. We then declare an array named athletes
and simply extract each athlete's data variables into a new publicAthlete
object (temp
). Finally, we push the athlete’s representation into our athletes
array.
Strava project: we can get all of these various objects from the API but what if we want to know something else, like “what other athletes run our routes?” The documentation doesn't tell us how to go from the primary user to another athlete (not without the athlete's Strava user_id anyways).
So let's go down that rabbit hole. Starting from the start, where the only thing we initially know is the primary user's information to find some local athletes to befriend.
We have access to the primary user’s activities, so we can start there.
First we’re going to build our GET request query string: https://www.strava.com/api/v3/athlete/activities?access_token=83ebeabdec09f6670863766f792ead24d61fe3f9
We’re going to get back a lot of activities like the one bellow, so we’re going to have to figure out a way to get from activity ID to segment ID...
We all like to swim, bike, run, or do any of the other 26 possible Strava activities in different places influenced by our focus, taste, and purpose, so our routes are inherently going to differ. But our routes oftentimes will include the same segment. Lets look for activities where the athlete_count
> 0, meaning there’s a segment in this athlete’s course.
|
|
Scroll down and notice the commented line where |
Now lets use the result of the logic above to return the ID number of the segment by requesting that specific activity and extracting the segment ID from that more detailed instance of the activity.
Assuming we saved the ID of the activity in a variable we will create a GET request url string that looks like https://www.strava.com/api/v3/activities/861107201?access_token=83ebeabdec09f6670863766f792ead24d61fe3f9
This request will yield the following JSON object:
| This is the complete activity object | This is the part we want |
|---|---|
|
|
|
Now that we have the segment ID, lets request the segment leaderboard. Though it’s called a leaderboard, the object we’re receiving is not really an actual leaderboard, without going into it, let it suffice it to say that once an activity us uploaded to strava and a segment included in this “leaderboard” it does not get updated in the server. So lets only request the names of people that recently completed our segment, Jon Doe might have moved to Australia 2 years ago.
The following will be very similar to our first GET request example., but we’ll build a GET request string for the leaderboard of the segment ID. Since the segment has almost 400 athlete efforts, lets narrow it down to just the few that have attempted it this month and insert the segment ID from the activity object above that had "athlete_count": 1
:<\br>https://www.strava.com/api/v3/segments/1231415/leaderboard?access_token=83ebeabdec09f6670863766f792ead24d61fe3f9&date_range=this_month
Finally, we have a list of recently active athletes that frequent our route!
Now that we found what we were after, just save the athlete_id
s into an array and access each athlete's public profile. We can then pull out the information we're after using the same type of get requests as before and save it to our site!
Unfortunately we can't demonstrate what's happening with the profiles and requests because of CORS (at least we know Strava values the security of its members' privacy!). Essentially though, we are iterating through the array of user ID numbers and requesting that user's basic profile information. If the GET request is successful, we are extracting their name, picture, gender, location, and premium membership status and appending it to a div in our html. We don't have to store this information because we might not need it again. Their ID's is all their information we need to keep. Perhaps you can further develop this by learning about other types of requests and allowing the primary user to actually make contact with his or her like-minded friends nearby!
We started with JSON objects representing nearby athletes (potential running buddies?) Extracted what we wanted to save out of their profiles Finally, we got our lit of nearby Strava athletes that have been active ion our route this month.
Strava's Homepage (well, your Strava profile)
The curl command line tool and library (for transferring data with URLs)


Create User
First name:
Last name:
Birthday:
Email:
Password:
Roles (sep=comma):
Edit User
ID:
First name:
Last name:
Birthday:
Email:
Password:
Roles (sep=comma):
Login
Email:
Password:
vaccine id


Since 1976, NASA’s annual 'Spinoff' publication has highlighted the many ways that spinoffs from NASA technology provide practical benefits to the public. In celebration of the 40th year of 'Spinoff,' we’ve assembled 40 of the spinoffs that have had the greatest impact on Earth.


megnet.utils.molecule module¶
-
class
MEGNetMolecule
(species: Sequence[Union[str, pymatgen.core.periodic_table.Element, pymatgen.core.periodic_table.Specie, pymatgen.core.periodic_table.DummySpecie, pymatgen.core.composition.Composition]], coords: Sequence[Sequence[float]], charge: float = 0.0, spin_multiplicity: float = None, validate_proximity: bool = False, site_properties: dict = None)[source]¶ Bases:
pymatgen.core.structure.Molecule
Creates a MutableMolecule.
- Parameters
species – list of atomic species. Possible kinds of input include a list of dict of elements/species and occupancies, a List of elements/specie specified as actual Element/Specie, Strings (“Fe”, “Fe2+”) or atomic numbers (1,56).
coords (3x1 array) – list of cartesian coordinates of each species.
charge (float) – Charge for the molecule. Defaults to 0.
spin_multiplicity (int) – Spin multiplicity for molecule. Defaults to None, which means that the spin multiplicity is set to 1 if the molecule has no unpaired electrons and to 2 if there are unpaired electrons.
validate_proximity (bool) – Whether to check if there are sites that are less than 1 Ang apart. Defaults to False.
site_properties (dict) – Properties associated with the sites as a dict of sequences, e.g., {“magmom”:[5,5,5,5]}. The sequences have to be the same length as the atomic species and fractional_coords. Defaults to None for no properties.
-
classmethod
from_pymatgen
(mol: pymatgen.core.structure.Molecule) → megnet.utils.molecule.MEGNetMolecule[source]¶
-
get_all_neighbors
(cutoff: float, include_index: bool = True, include_image: bool = True, **kwargs) → List[List][source]¶ - Parameters
cutoff – float, cutoff radius
include_index – bool, whether to include the site index
include_image – bool, whether to include dummy image
- Returns
list of list, neighbors for each site


glow.embed
glow.embed.Flash - simple test
- If you have Flash 9 or later installed, you should see a smiley face below
- Without Flash installed, you should see the text "Please install Flash 9 to see this content"
- Test on machines with / without Flash
- Test on machines with Flash but disabled via the browser (if possible)
- Test on machines with Flash but an earlier version
Alternative Content
glow.embed.Flash - ExternalInterface
Checking communication between JavaScript & Flash
- Click 'Get text from js' in the flash movie below, 'This text is from JavaScript' should display in the Flash movie
- Set text via JS, 'This text is set via JavaScript' should display in the Flash movie
Alternative Content


Interface collections.Set
All Packages Class Hierarchy This Package Previous Next Index
Interface collections.Set
- public interface Set
- extends Object
- extends Collection
Sets provide an include operations for adding
an element only if it is not already present.
They also add a guarantee:
With sets,
you can be sure that the number of occurrences of any
element is either zero or one.
-
including(Object)
- Construct a new Collection that is a clone of self except
that it includes indicated element.
including
public abstract Set including(Object element) throws IllegalElementException
- Construct a new Collection that is a clone of self except
that it includes indicated element. This can be used
to create a series of collections, each differing from the
other only in that they contain additional elements.
- Parameters:
- element - the element to include in the new collection
- Returns:
- a new collection c, with the sameStructure as this, except that
c.includes(element)
- Throws: IllegalElementException
- if !canInclude(element)
All Packages Class Hierarchy This Package Previous Next Index


spikedev.sensor¶
A module to interact with the color
, distance
, and touch
sensors
Example¶
from spikedev.sensor import ColorSensor, TouchSensor
cs = ColorSensor()
ts = TouchSensor()
# when the user presses the TouchSensor, read the RGB values from the ColorSensor
ts.wait_for_bump()
print("color sensor RGB values are {}".format(cs.rgb()))
Classes¶
-
class
spikedev.sensor.
Sensor
(port, desc=None)¶ Bases:
object
- Parameters
port (hub.port) – the hub.port.X for this sensor
desc (str) – description, defaults to None
-
set_mode
(mode)¶ Set the mode for the sensor to
mode
-
value
()¶ Return the current value(s) from the sensor
-
class
spikedev.sensor.
TouchSensorMode
¶ Bases:
object
FORCE
value will be from 0 to 10TOUCH
value will be either 0 or 1TAP
value is one of None, 1, 2 or 3FPEAK
value will be from 0 to 10, remembers the highest valueFRAW
value will be from 380 to 698FPRAW
TBDCALIB
TBD
-
FORCE
= 0¶
-
TOUCH
= 1¶
-
TAP
= 2¶
-
FPEAK
= 3¶
-
FRAW
= 4¶
-
FPRAW
= 5¶
-
CALIB
= 6¶
-
class
spikedev.sensor.
TouchSensor
(port, desc=None, mode=1)¶ Bases:
spikedev.sensor.Sensor
-
value
()¶ Return the current value of the
TouchSensor
-
is_pressed
()¶ Set the mode to
TouchSensorMode.TOUCH
. ReturnTrue
if the TouchSensor is currently pressed, else returnFalse
-
is_released
()¶ Set the mode to
TouchSensorMode.TOUCH
. ReturnTrue
if the TouchSensor is currently released, else returnFalse
-
wait_for_pressed
(timeout_ms=None)¶ Wait
timeout_ms
for theTouchSensor
to be pressed. ReturnTrue
if the button was pressed withintimeout_ms
, else returnFalse
. Iftimeout_ms
isNone
this will wait for forever.
-
wait_for_released
(timeout_ms=None)¶ Wait
timeout_ms
for theTouchSensor
to be released. ReturnTrue
if the button was released withintimeout_ms
, else returnFalse
. Iftimeout_ms
isNone
this will wait for forever.
-
wait_for_bump
(timeout_ms=None)¶ Wait
timeout_ms
for theTouchSensor
to be bumped. ReturnTrue
if the button was bumped withintimeout_ms
, else returnFalse
. Iftimeout_ms
isNone
this will wait for forever.
-
-
class
spikedev.sensor.
ColorSensorMode
¶ Bases:
object
COLOR
single value, LED is onREFLT
single value, LED is on, 0 - 100AMBI
single value, LED is off, 0 - 100LIGHT
three values, LED is off, always reads [0, 0, 0], not sure?RREFL
two values, LED is on, not sure?RGB_I
four values, LED is on, (red, green, blue, intensity?)HSV
three values, LED is on, (hue, saturation, value)SHSV
four values, LED is off, not sure?DEBUG
TBDCALIB
TBD
-
COLOR
= 0¶
-
REFLT
= 1¶
-
AMBI
= 2¶
-
LIGHT
= 3¶
-
RREFL
= 4¶
-
RGB_I
= 5¶
-
HSV
= 6¶
-
SHSV
= 7¶
-
DEBUG
= 8¶
-
CALIB
= 9¶
-
class
spikedev.sensor.
ColorSensor
(port, desc=None, mode=0)¶ Bases:
spikedev.sensor.Sensor
-
color
()¶ The number of the color. The LED is on.
-
reflected_light_intensity
()¶ Set the mode to
ColorSensorMode.REFLT
and return the reflected light intensity as a percentage (0 to 100). The LED is on.
-
ambient_light_intensity
()¶ Set the mode to
ColorSensorMode.AMBI
and return the ambient light intensity as a percentage (0 to 100). The LED is off.
-
hsv
()¶ Set the mode to
ColorSensorMode.HSR
and return the Hue, Saturation, Value values. The LED is on.
-
rgb
(scale_by_intensity=True)¶ Set the mode to
ColorSensorMode.RGB_I
and return the Red, Green, Blue values. The LED is on.
-
-
class
spikedev.sensor.
DistanceSensorMode
¶ Bases:
object
DISTL
returns a number from 4 to 49DISTS
returns a number from 4 to 24. Does not work from as far away as DISTLSINGL
always returns [18]LISTN
always returns [0]TRAW
returns a number between 80 and 1600LIGHT
always returns [0, 0, 0, 0]PING
always returns [None]ADRAW
always returns [20]CALIB
TBD
-
DISTL
= 0¶
-
DISTS
= 1¶
-
SINGL
= 2¶
-
LISTN
= 3¶
-
TRAW
= 4¶
-
LIGHT
= 5¶
-
PING
= 6¶
-
ADRAW
= 7¶
-
CALIB
= 8¶
-
class
spikedev.sensor.
DistanceSensor
(port, desc=None, mode=0)¶ Bases:
spikedev.sensor.Sensor


The break button starts the break timer (in red) and would stop the red timer. The work timer does the same thing, in reverse. This is designed so when you are doing work, you press the 'work' button and the timer will track the time you work for. As soon as you stop working, press the 'break' button and then the break timer will start. This will encourage you to get back to work.
The timing data is stored on your computer, so even if you close the tab, your time will be saved. Made by Max (Blue-Dot)


--- layout: post title: iPod mini is released soon. mt_id: 287 date: 2005-02-18 13:57:53.000000000 +09:00 author: clouder category: Mac ---
AppleInsider | Apple stores alter iPod mini availability, refresh imminent Corroborating recent reports which hint at an iPod mini refresh as early as next week, several tipsters note that on Wednesday international versions of Apple's online store abruptly extended their estimated ship times for all iPod mini models.噂系サイトAppleInsiderで、iPod miniがもうすぐ発売されるのではとの噂がでています。 機能的になにか変わるのかなぁ。


| Name | Description |
| \DevTools | Dev Developmental Tools namespace. This namespace is for all development |
| \DevTools\Style\Storage | Dev Development tools style storage namespace. This namespace is for the special |
| \DevTools\Utilities | Dev Development utilities namespace. This namespace contains various |
| \Tuxxedo | Core Tuxxedo library namespace. This namespace contains all the main |
| \Tuxxedo\Database | Database Access Layer implementation. This namespace controls |
| \Tuxxedo\Database\Driver | Database driver namespace, this contains all the main driver files. All |
| \Tuxxedo\Database\Driver\Mysqli | MySQLi driver namespace, for driver components such as result statements |
| \Tuxxedo\Database\Driver\Pdo | PDO driver namespace, for driver components such as result statements |
| \Tuxxedo\Database\Driver\Pgsql | PostgreSQL driver namespace, for driver components such as result statements |
| \Tuxxedo\Database\Driver\Sqlite | SQLite driver namespace, for driver components such as result statements |
| \Tuxxedo\Database\Result | Database result namespace, this contains the driver specification |
| \Tuxxedo\Datamanager | Datamanager namespace, this contains all base adapter class that |
| \Tuxxedo\Datamanager\Adapter | Datamanagers adapter namespace, this contains all the different |
| \Tuxxedo\Datamanager\Hooks | Datamanager hooks, this namespace contains special hooks that can be used |
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| \Tuxxedo\Design | Design namespace. This namespace is meant for abstract concepts and |
| \Tuxxedo\Exception | Exception namespace, this contains all the core exceptions defined within |
| \Tuxxedo\Helper | Helper namespace, this namespace is for standard helpers that comes |
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| \Tuxxedo\Template | Template namespace. This contains special routines for template handling |
| \Tuxxedo\Template\Compiler | Template compiler namespace, this contains all components that the |
| \Tuxxedo\Upload | Upload API namespace, this contains routines, and patterns for various |
| \Tuxxedo\Upload\Backend | Upload backend namespace, this contains backend implementations for file |
| \Tuxxedo\Xml | XML namespace, this namespace contains all the XML parsers, including the |
| \Tuxxedo\Xml\Parser | XML namespace, this namespace contains all the XML parsers, including the |
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New York's new abortion law allows for abortion after 24 hours of pregnancy int he case of the mother's heath being threatened or in the case of a fetus that is not viable.
New York's new abortion law allows for abortion after 24 hours of pregnancy int he case of the mother's heath being threatened or in the case of a fetus that is not viable.
With Hillary Clinton to his right, female elected officials seated before him and cheering women filling the audience, Gov. Andrew M. Cuomo on Monday promised to protect women’s reproductive rights by expanding the state’s abortion laws within the first 30 days of the new legislative session.
The Reproductive Health Act will remove barriers for women seeking to get abortions in New York. But some wish it could have gone further.
New York state is on the precipice of enacting one of the more liberal abortion laws in the country, one that would allow certain late-term procedures and erase the practice from the penal code.
New York (CNN) - On the 46th anniversary of Roe V. Wade, New York state passed a law to protect women's access to abortion if the historic case is overturned.
The Supreme Court on Thursday blocked a Louisiana law that its opponents say would leave the state with a single doctor authorized to perform abortions, the latest development in the national legal fight over the fate of abortion law under a conservative-leaning court.
Gov. Andrew Cuomo defended New York's new abortion law Wednesday after it was criticized by President Donald Trump during the State of the Union address, saying Trump and his conservative allies are lying about the law as part of a broader assault on abortion rights.


{% extends "base.html" %} {% block title %}End | MedEM{% endblock %} {% block content %}
If your symptoms were not listed and seem life threatening, please proceed to your nearest emergency room.
If your symptoms are not life threatening, please proceed to your nearest local family medical practitioner.
{% endblock %}