Introduction to SVG Up
Create a basic bundle
Getting started with SVG Up is really easy. Simply grab some SVG images like those below and place them into an image directory.
These images have a fill color and a stroke color with a transparent background. Now create a bundle javascript file as shown below.
$(document).ready(function() { SVGUpInstance.init('samples-basic', {"icons": { "cog":{"url":"images/basic/lnr-cog-64.svg"}, "dice":{"url":"images/basic/lnr-dice-64.svg"}, "paw":{"url":"images/basic/lnr-paw-64.svg"}, "rocket":{"url":"images/basic/lnr-rocket-64.svg"} } }); });
This file makes a call to the SVGUpInstance with the mainfest for the images. The first parameter is the name given to the
bundle. The second parameter is a list of the images that are available in this bundle. Note that the images won't be loaded
until referred to in the HTML. Now place the following tag into your HTML for each image that you want to display.

You can see that the image is named in the svgup-icon attribute of the div using the notation [bundle-name].[imagename]. When
the page loads the SVGUpInstance looks up all references to the images and loads them automatically. The resulting images are
displayed below.
Create a basic bundle class
Now we'll build on the basic example to include some image classes. In the modified bundle below you'll see that we've
created two new classes, 'grey-green' and 'white-green'.
$(document).ready(function() { SVGUpInstance.init('samples-classes', {"icons": { "cog":{"url":"images/basic/lnr-cog-64.svg"}, "dice":{"url":"images/basic/lnr-dice-64.svg"}, "paw":{"url":"images/basic/lnr-paw-64.svg"}, "rocket":{"url":"images/basic/lnr-rocket-64.svg"} }, "classes":{ "grey-red":{ "svgdefault":{"fillcolor":"#AAAAAA", "strokecolor":"#FFFFFF"}, "svghover":{"fillcolor":"#8CC63E", "strokecolor":"#000000"}, "cssdefault":{"opacity1":"0.5", "width":"60px", "height":"60px"}, "csshover":{"opacity":"1"} }, "white-green":{ "svgdefault":{"fillcolor":"#FFFFFF", "strokecolor":"#8CC63E"}, "svghover":{"fillcolor":"#FF0000", "strokecolor":"#000000"}, "cssdefault":{"opacity1":"0.5", "width":"60px", "height":"60px"}, "csshover":{"opacity":"1"} } }} ); });
The two classes each have svgdefault & svghover values which specify colors for the fill and stroke within the image. Now we
add the svgup-class attribute to the image div to indicate which class to use.

Now the SVG images are modified to the initial white-green class specified by the svgdefalult value. Hover over the images to see how the svghover value affects the SVGs. Use the grey-red button above to change the class for the icons in the bundle.
Use the Show Bundles link at the top of the left menu to preview these bundles at any time.
Working with Layers
One of the great features of SVG images is that they can contain different layers which exist and operate
independently of one another. In this example we have three images each of which has two layers. The first
layer contains the green disc with the black border. The second layer is the icon itself
Now we can create the bundle file for these images as follows
"classes":{ "green-white":{ "cssdefault":{"opacity1":"0.5", "width":"120px", "height":"120px", "transition":"all 0.5s"}, "layers":[ {"id":"Layer1", "style":{ "svgdefault":{"fillcolor":"#AAAAAA", "strokecolor":"#666666"}, "svghover":{"fillcolor":"#8CC63E", "strokecolor":"#8CC63E"}, }}, {"id":"Layer2", "style":{ "svgdefault":{"fillcolor":"#FFFFFF", "strokecolor":"#EEEEEE"}, "svghover":{"fillcolor":"#666666", "strokecolor":"#0000000"}, }} ] } }}
Note that the 'green-white' class now has a layers element which identifies each layer by id and handles
the fill and stroke values independently.
When you hover over the images you can see that each layer is styled independently.
Rotating Layers
SVG Up allows you to rotate layers independently of each other, helping to create some nice animation effects.
The following class shows a rotate value for the icon element of the images.
"classes":{ "white-black-rotate":{ "cssdefault":{"width":"120px", "height":"120px", "transition":"all 0.5s"}, "csshover":{"width":"60px", "height":"60px" }, "layers":[ {"id":"Layer1", "style":{ "svgdefault":{"fillcolor":"#666666", "strokecolor":"#666666"}, "svghover":{"fillcolor":"#FFFFFF", "strokecolor":"#FFFFFF", "rotate":{"duration":0.5, "anticlockwise":true, "repeatCount":1}}, }}, {"id":"Layer2", "style":{ "svgdefault":{"fillcolor":"#FFFFFF", "strokecolor":"#EEEEEE"}, "svghover":{"fillcolor":"#333333", "strokecolor":"#FFFFFF"}, }} ] } }}
Note the duration value which indicates the time, in seconds, for how long an full rotation should take.
The anticlockwise value will cause the layer to rotate anticlockwise if set to true. The repeatCount value
indicates how many times to rotate the layer. This can be a decimal or 'indefinite' if it shouldn't stop.


{% extends "index.html" %}
{% block welcome %}
We looked for .docx documents under "ntucle_uploads/". Found: {{ docx_count }}
All documents will be matched to the existing NTUCLE-X database (ntucleX.db) by name, and inserted if they don't already exist.
Depending on the number of documents, this process might take a long time to complete.


A #railsconf tradition: @evanphx's creative mispronunciation of every name on the lightning talk list. ⚡⚡⚡
5/5/2016, 4:05:46 PM
Favs: 9
Retweets: 5
link--- layout: tweet ---
A #railsconf tradition: @evanphx's creative mispronunciation of every name on the lightning talk list. ⚡⚡⚡
5/5/2016, 4:05:46 PM
Favs: 9
Retweets: 5
link


Bringing together beginner climbers with seasoned professionals
Go To SiteClimber Companion is an app that brings together individuals who love climbing. The is designed to connect budding climbers with seasoned professionals who know how to safely and effectivley climb.
With the help of the app, you can find a way to connect in multiple ways...
Classes that will put you with an instructor in a private or group setting so when you climb, you can feel confident and prepared
Volunteering, maybe you aren't sure if you are ready to climb outdoors climbing want to get in the area and around others who share your interest in climbing; volunteer to clean up and perform trail maintenance in and around local crags.
Belay Buddy Finder, with this feature, you have climbed outdoors before, done top rope or sport climbing in your local gym and are in need of a belay buddy to support you in your climbing.


Soccer: Four Australia under-23 players banned for 'unprofessional conduct'
MELBOURNE (Reuters) - Football Federation Australia has handed lengthy bans to four members of the country’s Olympic squad for “unprofessional conduct” at the end of an under-23 tournament in Cambodia in March following a complaint from a woman.
Nathaniel Atkinson, Lachlan Wales and Brandon Wilson were banned until Aug. 10 2020, meaning they will miss the Tokyo Olympics. Captain Riley McGree was banned until April 1 next year.
All four would participate in “education courses and counselling” as directed by the governing body, the FFA said in a statement on Tuesday.
The four were found to have breached the FFA’s code of conduct during a night out at the end of the Asian Football Confederation U-23 championship qualifying tournament.
“Specifically, the FFA Board found that the players engaged in unprofessional conduct,” the FFA said.
“The matter came to the attention of FFA in April, 2019 following a complaint by a woman.”
It was unclear what the nature of the complaint was.
State broadcaster ABC reported the complaint had been made earlier in the year to government funding agency Sport Australia.
The FFA said it had launched an investigation shortly after receiving the complaint but that it had taken months to complete due to its “complexity”.
The players were due to travel to China on Nov. 9 to prepare for the AFC U-23 championship in January but were held back pending the sanction. They have recourse to appeal the decision to an independent committee, the FFA said.
“These sanctions are commensurate to the nature of the breaches,” FFA Chairman Chris Nikou said.
“Upholding our commitment to respect and responsibility cannot be compromised.
“The players have understood the gravity of their actions and have positively commenced respectful relationship programs that will ensure they appreciate these values in the future.”


Let's Play some Pig Dice!
Rules to get you started so you aren't completely lost:
- Choose to play either against another user or the computer (we'd recommend the user)
- Click on the corresponding "Roll Dice!" button to roll the virutal die
- When you roll the dice, a number from 1-6 is displayed which represents what score will be added to the player
- When a player rolls a "1", then their points are lost for that turn and the turn passes to the other player
- A player can choose to either roll again and take a chance or hold onto their accumalated points for the turn and have it added to their total score
- First player to 100 wins!
Congratulations!
>> Player 1:
>> Computer:
Here is your current score:


(Create a new coloured coin wallet by generating a new colour)
Your available balance is 0 CH
Amount for new colour coin:
(Create a new coloured coin wallet using an existing colour)
Colour:


I'm a UX designer based in Metro Detroit and a senior at the University of Michigan - School of Information.
Currently, I work at Lathrup Industries designing and developing the website, implementing design standards, creating product videos, and crafting CX strategies. I'm also helping ATC increase donations and site engagement.Want to talk design<EMAIL_ADDRESS>My other passions outside of design are pretty eclectic. I love getting outdoors to kayak, bike, and hike! I try to do a day hike most weekends if possible and at least one big backpacking trip a year. I'm also a connoisseur of good coffee, a musician, and an overly-competitive casual player of Magic: The Gathering.


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id()
- Method in interface me.nunum.whereami.framework.domain.
Identifiable
returns the primary
business
id of the entity
id()
- Method in class me.nunum.whereami.model.
Algorithm
id()
- Method in class me.nunum.whereami.model.
Localization
id()
- Method in class me.nunum.whereami.model.
Position
id
- Variable in class me.nunum.whereami.model.
Post
Identifiable
<
T
> - Interface in
me.nunum.whereami.framework.domain
A generic interface for checking if an object is identified by a certain T
incorrectPrediction()
- Method in class me.nunum.whereami.model.
Prediction
incrementFailurePrections()
- Method in class me.nunum.whereami.model.
AlgorithmProvider
incrementPosition()
- Method in class me.nunum.whereami.model.
Localization
incrementSample()
- Method in class me.nunum.whereami.model.
Localization
incrementSamplesBy(long)
- Method in class me.nunum.whereami.model.
Position
incrementSuccessPredictions()
- Method in class me.nunum.whereami.model.
AlgorithmProvider
incrementTrainedModels()
- Method in class me.nunum.whereami.model.
Localization
insertData()
- Static method in class me.nunum.whereami.facade.
AlgorithmResourceTest
instanceId()
- Method in class me.nunum.whereami.model.
Device
is(T)
- Method in interface me.nunum.whereami.framework.domain.
Identifiable
checks if the object is identified by the passed business id
is(String)
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is(Long)
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is(Long)
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is(String)
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Role
isAllowedToCheckTheStatus(Device)
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Training
isApproved()
- Method in class me.nunum.whereami.model.
Algorithm
isApproved()
- Method in class me.nunum.whereami.model.request.
ApprovalRequest
isAutomaticDeployed()
- Method in enum me.nunum.whereami.model.
AlgorithmProvider.METHOD
isConfirmed()
- Method in class me.nunum.whereami.model.
Provider
isDeleted()
- Method in interface me.nunum.whereami.framework.persistence.activerecord.
DeleteableActiveRecord
checks if the object in memory is currently disconnected from the persistence store
isDeployed()
- Method in class me.nunum.whereami.model.
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isFinish()
- Method in class me.nunum.whereami.model.request.
UpdateTask
isFinished()
- Method in class me.nunum.whereami.model.
Training
isHTTPProvider()
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Training
isInRole(String)
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Device
isOnlyPolling()
- Method in class me.nunum.whereami.model.request.
NewPredictionRequest
isOwner(Device)
- Method in class me.nunum.whereami.model.
Localization
isPublic()
- Method in class me.nunum.whereami.model.
Localization
isPublic()
- Method in class me.nunum.whereami.model.request.
NewLocalizationRequest
isPublisher(Device)
- Method in class me.nunum.whereami.model.
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isSameLocalization(Localization)
- Method in class me.nunum.whereami.model.
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isValidURL(String)
- Static method in class me.nunum.whereami.model.request.
NewAlgorithmProvider
isWasCorrect()
- Method in class me.nunum.whereami.model.request.
UpdatePredictionRequest
IterableRepository
<
T
,
PK
> - Interface in
me.nunum.whereami.framework.persistence.repositories
A Repository which can be efficiently iterated.
iterator(int)
- Method in class me.nunum.whereami.framework.persistence.repositories.impl.jpa.
JpaRepository
returns a paged iterator
iterator()
- Method in class me.nunum.whereami.framework.persistence.repositories.impl.jpa.
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iterator(int)
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IterableRepository
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Opening: January 27, 1963
Refurbishment: April 16, 1998
Architectural design
- Falcão e Cunha (original project)
- Leopoldo Almeida Rosa (refurbishment)
Art work
- Maria Keil (original project)
- Artur Rosa and Helena Almeida (refurbishment)
Platform length: 105 m
Code: RO
Wikipedia page


Next Friday (1999) Starring Ice Cube, Lisa Rodriguez, Don `D.C.' Curry and John Witherspoon. Directed by Steve Carr.
"Next Friday" is a raunchy, innocuous little comedy relying mostly on slapstick and scatology for its humor. The movie, a sequel to 1995's "Friday," was written by Ice Cube, who also stars as he did in the original.
The premise is simple: Cube's Craig, who only wants to survive in the 'hood, is sent packing to the suburbs to stay with his uncle after the neighborhood bully he beat up at the end of "Friday" escapes from prison and comes looking for him.
Craig discovers the ‘burbs can be just as wild as the city, as he begins feuding with a Latino neighbor, smokes pot like it's becoming scarce and falls for a beautiful woman - a fetching Lisa Rodriguez, who happens to be the sister of the Latino neighbors.
The entire affair is rather silly and slight. There is no attempt at character development. Cube and director Steve Carr just want to pack one joke on top of another, hoping the entire structure can hold.
And "Next Friday" is funny.  And many of the characters are quite vaudevillian: Craig's uncle, played by Don `D.C.' Curry, who lives in the suburbs because he won the lottery; and Craig's dog-catching, taco-loving dad, played by John Witherspoon.
"Next Friday," at about 90 minutes, definitely will appeal to a younger audience.
Bob Bloom is the film critic at the Journal and Courier in Lafayette, IN. He can be reached by e-mail at<EMAIL_ADDRESS>or at<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Angular Material's stepper provides a wizard-like workflow by dividing content into logical steps.
Material stepper builds on the foundation of the CDK stepper that is responsible for the logic that drives a stepped workflow. Material stepper extends the CDK stepper and has Material Design styling.
There are two stepper components: mat-horizontal-stepper
and mat-vertical-stepper
. They
can be used the same way. The only difference is the orientation of stepper.
mat-horizontal-stepper
selector can be used to create a horizontal stepper, and
mat-vertical-stepper
can be used to create a vertical stepper. mat-step
components need to be
placed inside either one of the two stepper components.
If a step's label is only text, then the label
attribute can be used.
<mat-vertical-stepper>
<mat-step label="Step 1">
Content 1
</mat-step>
<mat-step label="Step 1">
Content 2
</mat-step>
</mat-vertical-stepper>
For more complex labels, add a template with the matStepLabel
directive inside the
mat-step
.
<mat-vertical-stepper>
<mat-step>
<ng-template matStepLabel>...</ng-template>
...
</mat-step>
</mat-vertical-stepper>
There are two button directives to support navigation between different steps:
matStepperPrevious
and matStepperNext
.
<mat-horizontal-stepper>
<mat-step>
...

<button mat-button matStepperPrevious>Back</button>
<button mat-button matStepperNext>Next</button>

</mat-step>
</mat-horizontal-stepper>
The linear
attribute can be set on mat-horizontal-stepper
and mat-vertical-stepper
to create
a linear stepper that requires the user to complete previous steps before proceeding
to following steps. For each mat-step
, the stepControl
attribute can be set to the top level
AbstractControl
that is used to check the validity of the step.
There are two possible approaches. One is using a single form for stepper, and the other is using a different form for each step.
When using a single form for the stepper, matStepperPrevious
and matStepperNext
have to be
set to type="button"
in order to prevent submission of the form before all steps
are completed.
<form [formGroup]="formGroup">
<mat-horizontal-stepper formArrayName="formArray" linear>
<mat-step formGroupName="0" [stepControl]="formArray.get([0])">
...

<button mat-button matStepperNext type="button">Next</button>

</mat-step>
<mat-step formGroupName="1" [stepControl]="formArray.get([1])">
...

<button mat-button matStepperPrevious type="button">Back</button>
<button mat-button matStepperNext type="button">Next</button>

</mat-step>
...
</mat-horizontal-stepper>
</form>
<mat-vertical-stepper linear>
<mat-step [stepControl]="formGroup1">
<form [formGroup]="formGroup1">
...
</form>
</mat-step>
<mat-step [stepControl]="formGroup2">
<form [formGroup]="formGroup2">
...
</form>
</mat-step>
</mat-vertical-stepper>
If completion of a step in linear stepper is not required, then the optional
attribute can be set
on mat-step
.
By default, steps are editable, which means users can return to previously completed steps and
edit their responses. editable="true"
can be set on mat-step
to change the default.
By default, the completed
attribute of a step returns true
if the step is valid (in case of
linear stepper) and the user has interacted with the step. The user, however, can also override
this default completed
behavior by setting the completed
attribute as needed.
Labels used by the stepper are provided through MatStepperIntl
. Localization of these messages
can be done by providing a subclass with translated values in your application root module.
@NgModule({
imports: [MatStepperModule],
providers: [
{provide: MatStepperIntl, useClass: MyIntl},
],
})
export class MyApp {}
The stepper is treated as a tabbed view for accessibility purposes, so it is given
role="tablist"
by default. The header of step that can be clicked to select the step
is given role="tab"
, and the content that can be expanded upon selection is given
role="tabpanel"
. aria-selected
attribute of step header and aria-expanded
attribute of
step content is automatically set based on step selection change.
The stepper and each step should be given a meaningful label via aria-label
or aria-labelledby
.


Taverna Notes
Taverna
used to be an important tool for accessing Soaplab
services. Here we describe how you can install version 2 of Taverna
Soaplab Plugin so you can access both Soaplab-2 services as well as
Soaplab-1 services using Taverna.
Notes:
- Only Taverna-1.7 is supported, Taverna-1.6 and Taverna-2.x are not supported.
- If the Soaplab Server you are accessing has typed
interface enabled you can use individual Soaplab services
using their WSDL links found on your servers Spinet front page
(see an example server here
that has typed interface enabled).
In this case you should use standard WSDL scavenger in taverna.
How to install the plugin
Known problems
- Plugin works with both Java-5 and Java-6 but for Java-6,
update-4 or later updates are required
- When using both Java-5 and Java-6 you should either disable the Taverna 2
plugin using the Taverna plugin manager or you should manually edit the
plugins/plugis.xml file (under your Taverna home directory
where your Taverna Raven repository sits) and update its jaxb-api and
jaxb-impl dependencies to 2.1 and 2.1.6 respectively.
Last
modified: Sun Oct 28 21:02:16 2007


This is the United States Department of Agriculture's Plant Hardiness Zone Map, Miscellaneous Publication 1475, denoting the various minimum-heat zones within the North American continent. This 1990 revision supersedes USDA Miscellaneous Publication 814, Plant Hardiness Zone Map, which was last revised in 1965.
All zone designations represent the lowest temperature zone where that particular plant can reasonably be expected to survive the winter. Areas falling within zones 10b and 11 are essentially frost-free year 'round. Keep in mind that certain microclimates exist within each particular garden where exposure to light and wind, soil types, and snow cover may affect winter hardiness.


{% extends 'accounts/edit_profile_base.html' %}
{% load filters %}
{% block styles %}
{{ block.super }}
{% endblock %}
{% block account_content %}
If you're not sure where to start or looking for more people to follow, you can
get suggestions for people to follow
or connect your Twitter account.
{{ rendered_following }}
{{ rendered_followers }}
{% endblock %}
{% block scripts %}
{{ block.super }}
{% include_script "accounts/js/connections" %}
{% endblock %}


Benefits
Configuration
Examples
Network logging
Log events notification
The socklog program
The tryto program
The uncat program
socklog provides these features with the help of runit's runsvdir, runsv, and svlogd, provides a different network logging concept, and additionally does log event notification.
svlogd has a built in log file rotation based on file size, so there is no need for any cron jobs or similar to rotate the logs. Log partitions can be calculated properly.
socklog runs on Linux, glibc 2.1.0 or higher, or dietlibc, Open-BSD, and Free-BSD. socklog reportedly runs on Solaris and Net-BSD. If it runs for you on any other operating systems, please let me know.
socklog is small, secure, reliable.
socklog is run under runit's runsv, writing syslog messages it receives from an unix domain socket path ("/dev/log") or an inet udp socket ip:port ("<IP_ADDRESS>:514") through a pipe provided by runsv to a svlogd process.
socklog can be run as an ucspi application to listen to an unix domain stream socket and for centralized or more flexible distributed logging (see network logging).
If socklog listens to an udp socket, it prepends ip: ("a.b.c.d: ") to each syslog message it receives, where a.b.c.d is the ip address of the connecting system.
If the environment variables $UID and/or $GID are present, socklog drops permissions to those ids after creating and binding to the socket (not in ucspi mode).
socklog converts syslog facility and priority information to names ("facility.priority") as found in /usr/include/syslog.h at compile time if present, you can use this for svlogd's line selecting by pattern.
#!/bin/sh exec 2>&1 exec chpst -Unobody socklog unix /dev/log
A proper log/run file for runsv is:
#!/bin/sh exec chpst -ulog svlogd -t main/*


Breanna Madison, Andrew Carlson, Mihir Patil
Service-Learning Course Project as part of DS 4200: Information Presentation and Visualization, taught by Prof. Cody Dunne, Data Visualization @ Khoury, Northeastern University.
The Chester Square Neighborhood Association is set on providing its residents with the best living environment and community possible. Located on Massachusetts Avenue, the community and its park are split by one of the busiest roadways in Boston. The park is a gorgeous green-space for the people of Boston, primarily those in the greater Chester Square area. Luckily for residents, there are four major buses that trek through the area: silver lines 4 and 5 and bus routes 1 and 43. It goes without saying that many Bostonians have come to expect delays taking the MBTA. With this in mind, and new capital projects in the city’s pipeline, such as the Boston Bus Rapid Transit (BRT), we aim to examine the reliability of the four buses which allow the citizens of Boston to venture to and from this park..
Our team anticipates finding that the buses running through this park (Silver Line 4, Silver Line 5, Route 1, and Route 43) experience many delays, especially during rush hour. We hope to be wrong in this assumption, but if it is true, we expect to have a good justification for the Boston Bus Rapid Transit (BRT). Using the scheduled and predicted times of bus departure obtained from the MBTA V3 API, we can gain an understanding of the magnitude of the delay and reliability problem.
In this visualization, we utilized a map and bar chart visualizations
to show the data we collected.
The map was the best design choice for us as the data for stops are
organized with longitude and latitude data. The map provides majority
of the interaction in our visualization. Due to this, we made it's
position sticky. If you click and drag on the map (brush), then you
will begin to highlight various points. The stops within that
selection are also reflected upon in the barcharts to the left. With
the "Outbound" check box, you can toggle the direction between
Outbound and Inbound. That checkbox affects all of the data shown in
our plots. Next, using the four "Route XX" radio buttons you can
filter what routes are presented on the map. The map was the best
design choice for us as the data for stops are organized with
longitude and latitude data. We used the stopID data points to link to
our bar charts.
We used bar charts since the delay data points are quantitative and
are most effectively communicated through position. Additionally,
color encodings seperate the stops (pink for route 1, orange for route
43, blue for SL 4, and green for SL 5). This allows users to quickly
recognize the stops they are viewing. We visualized the linking of
data points through highlighting since it will be easy for users to
recognize the connection between points. We have two sets of bar
charts: one for the average delay in minutes, and the other for the
average frequency of delays per stop and route. For more insight on
our project, please look at our
Presentation Slides.
Our data was pulled from the V3 API owned and operated by the MBTA. This data source has many offered datasets, but for our assignment, we utilized the Stops, Schedules, Predictions, and Trips datasets. All of these datasets were collected as JSONs, however, the JSONs were inconsistent in structure from one another and overall messy in form. Because of this, our first task was to develop a JSON parsing tool in order to extract the data values we needed for the project. For Stops, we collected the name (string), latitude (float), longitude (float), stop_id (string). For trips, we extracted trip_id (int) and route_id (int). From the Schedules dataset, we grabbed the departure_time (string), direction_id (int), stop_sequence (int), schedule_id (string), route_id (int), stop_id (string), and trip_id (int). From the Predictions dataset, we extracted the departure_time (string), direction_id (int), stop_sequence (int), schedule_id (string), route_id (int), stop_id (string), vehicle_id (string), and trip_id (int). When buses were at the last stop on their trip, they had no departure time. In these situations, we imputed the null cases with the arrival times. Also, the direction_id was a boolean value with 1 representing inbound trips and 0 representing outbound trips. All of the time series data was stored in an unfamiliar format (Ex: “2019-11-15T22:21:06-05:00” which lists the date, time, and timezone), so we used Excel to break down these data points into more useful hh:mm:ss data types. In doing so, we could simply subtract the scheduled time from the predicted time to generate the time difference between the two values. Our data was pulled from one day (Friday, November 15th, 2019) due to the fact that prediction data is only stored for approximately the next hour and a half requiring us to complete manual pulls in these intervals. Additionally, past prediction data is not stored, and thus, could not be pulled from the API. We took the day’s worth of data and aggregated it in order to generate the average delay and frequency of delay data points, which we stored alongside the Stops dataset. Our data used in the visualization was a mix of JSON and CSV files due to the processing power of JSONs and the ease of use of CSV files for end-users.
Our project aimed to tackle three main tasks. The first task was to have a mechanism for users to find relevant bus routes for them to navigate to and from the Chester Square Park. We achieved this in our map visualization, checkboxes, and tooltips which allow users to identify and locate the stop closest to their home. Secondly, we wanted users to understand the reliability of the stops/routes they personally interact with. This was done via our bar charts which are organized by route allowing users to focus on the delay data which directly affects their travel by comparing the predicted values and the scheduled values for the departure times at each stop. Finally, we wanted to give insight into the overall reliability status of the buses which affect the visitors of Chester Square Park by building bar charts detailing the frequency of delays and the severity of said delays for each of the bus stops. These insights can be used when advocating for future capital projects which aim to ameliorate the delay issues, such as the Boston BRT. All of these tasks are enhanced via our brushing and linking functionalities which enable users to subset and highlight the data they want/need to see.
In the beginning, we wanted to visualize three maps: one for the
actual location of buses, one for the scheduled location of buses, and
one for the predicted location of buses. This became an issue for
viewers since they would have to track where each bus is along its
ride and really did not provide a lot of analysis into the true
subject matter of our project; how do the different bus routes perform
in terms of reliability? Also, we ran into an issue with the data. We
wanted to use logged data on a weekly basis, however, the data for
MBTA predictions refreshes approximately every 90 minutes for
prediction values. Because of this, we went for a more static dataset.
We also considered including all of the bars within the same bar
chart, but because of possible occlusion, we decided to opt for
multiple bar charts. During the design process, we wanted to include
brushing and linking over a zoomable map. Since brushing and linking
requires the mouse events, we decided to opt for a static map because
we felt it was more important for users to have brushing and linking
functionality rather than zooming capabilities on the map.
Overall, we were able to see that the buses of Chester Square Park are not nearly as reliable as they could be. For example, the Route 43 bus was late 81% of the time when heading inbound or outbound from the Tremont S/ Ruggles St stop. Even though the delays were minimal, typically only a couple minutes, there were many instances where riders experienced delays of over ten minutes. Of course, there are issues that arrive every day with transit, but regardless, there could be a case for increased development in this area. Because of this, we do see a real case for the BRT as it may increase reliability in travel, especially for those coming from a location that’s far away. We faced many difficulties in this project including a complex API and a new library (D3), but we were able to combine our wide variety of skills to ultimately create an interactive project.
We would love to expand this project to all of the MBTA eventually as we feel the discussion about the discrepancies between the scheduled and predicted times is one which all riders, regardless of route, could benefit from. We ultimately would like to build a tool for a wider audience so that all areas of the city could have a use case for confronting the city of Boston with their own transit-related issues. Additionally, we could build more tools pertaining to the Chester Square buses, such as schedule visualizations, so that riders could have an aid in visualizing the patterns of the time series data.
List here where any code, packages/libraries, text, images, designs, etc. that you leverage come from.


- AllocateViewID
- CloseConnection
- connections
- connectionTesterIP
- connectionTesterPort
- Connect
- DestroyPlayerObjects
- Destroy
- Disconnect
- GetAveragePing
- GetLastPing
- HavePublicAddress
- incomingPassword
- InitializeSecurity
- InitializeServer
- Instantiate
- isClient
- isMessageQueueRunning
- isServer
- logLevel
- maxConnections
- minimumAllocatableViewIDs
- natFacilitatorIP
- natFacilitatorPort
- OnConnectedToServer
- OnDisconnectedFromServer
- OnFailedToConnectToM...
- OnFailedToConnect
- OnNetworkInstantiate
- OnPlayerConnected
- OnPlayerDisconnected
- OnSerializeNetworkView
- OnServerInitialized
- peerType
- player
- proxyIP
- proxyPassword
- proxyPort
- RemoveRPCsInGroup
- RemoveRPCs
- sendRate
- SetLevelPrefix
- SetReceivingEnabled
- SetSendingEnabled
- TestConnectionNAT
- TestConnection
- time
- useProxy
Network.useProxy 使用代理
static var useProxy : bool
Description描述
Indicate if proxy support is needed, in which case traffic is relayed through the proxy server.
表示是否需要代理支持，在这种情况下，流量通过代理服务器传递。
The proxy server is a solution to connectivity problems with servers as well as clients. When a machine has an non NAT punchthrough capable router his connectivity options are limited. A game cannot be hosted as nobody external can connect to him (only clients on the local network can). By using the proxy server the machine can be fully connectable but with the extra cost of having all traffic relayed through another server. A non NAT punchthrough capable client can connect to any server through the proxy server, as long as the proxy server is set up properly.
代理服务器是一种与服务器和客户端连接问题的解决方案。当机器有一个非NAT穿透能力的路由器，其连接的选择非常优先。一个游戏不能没有外部连接（只可以客户端在本地网络）。通过使用代理服务器，该机器可以具有完全的连接性，但是额外的成本是所有的流量都会通过另一台服务器传递。一个没有NAT穿透能力的客户端通过代理能够连接到任何服务器，只要在代理服务器设置正确。
Unity Technologies does not provide a proxy server for public use, so to use this feature you will need to set up your own proxy server. Of course it is advisable to set up a proxy server with a public IP address and a lot of available bandwidth.
Unity并不提供代理服务器为公众使用。所以你需要自己建立代理服务器。当然，用公有IP地址设置代理服务器并保证有大量可用带宽是明智的。
When running as a client, just enabling Network.useProxy is all you have to do. Connect to the server as usual with Network.Connect(). All traffic will be relayed through the proxy server. The servers external IP and internal IP still work as usual. So clients can connect to him directly without the proxy in case they are located on the same network.
当作为客户端运行时，只要启用Network.useProxy就可以。像通常使用 Network.Connect()连接到服务器。所有浏览通过代理服务器传递。服务器的外部IP和内部IP还像往常一样工作。这样如果它们位于同一网络中，客户端可以直接连接而不经过代理。
When running as a server OnServerInitialized(NetworkPlayer) returns a NetworkPlayer structure which indicates what the game servers relayed IP/port is, i.e. what port the proxy server allocated to the game server. This is the IP/port others can use to connect to. When connecting to the server, the clients don't treat the server any differently than other servers. Technically speaking, they don't need to know at all that the game server is getting help from a proxy server.
作为一个服务器运行时，OnServerInitialized(NetworkPlayer)返回一个NetworkPlayer结构，表示游戏服务器中继的IP/端口，即，代理服务器分配给游戏服务器的端口是什么。这个是其他客户端可以连接的IP/端口。当连接到服务器时，客户端不会将这个服务器与其他服务器区别对待。严格的说，它们不需要知道这个服务器得到代理服务器的帮助。
When using the master server you can no longer only rely on the IP/port he registers for servers when using proxy support. The proxy server IP address and port which the server is using can be placed in the comment field of the data sent to the master server. A client which received host information from the master server can peek into the comment field and find out if he can use an alternative IP/port for that host.
当使用主服务器时，使用代理支持，你不能只依赖于为服务器IP/端口注册。服务器使用的代理服务器的IP地址和端口，可以放置在数据域的注释中来发送给主服务器。从主服务器接收主机信息的客户端可以去除注释域并查看它是否能够为那个主机使用另一个可选的IP端口。
IMPORTANT: You should never enable proxy support for both the server and the client connecting to him. Unexpected things are bound to happen.
重要事项：你不应该同时为连接到它的服务器和客户端启用代理支持，会发生意想不到的事情。
using UnityEngine;
using System.Collections;
public class example : MonoBehaviour {
public bool imaserver;
public string serverIP;
public int serverPort;
public bool serverUsesNAT;
void Awake() {
Network.proxyIP = "<IP_ADDRESS>";
Network.proxyPort = 1111;
if (imaserver)
StartServerWithProxy();
else
ConnectToServerWithProxy();
}
void StartServerWithProxy() {
Network.useProxy = true;
Network.InitializeServer(2, 25000, false);
}
void OnServerInitialized(NetworkPlayer player) {
if (Network.useProxy)
Debug.Log("Successfully started server with proxy support. We are connectable through " + player.ipAddress + ":" + player.port);
}
void OnFailedToConnect(NetworkConnectionError msg) {
if (Network.useProxy && imaserver)
Debug.LogError("Failed to connect to proxy server: " + msg);
}
void ConnectToServerWithProxy() {
Network.useProxy = true;
Network.Connect(serverIP, serverPort);
}
void OnConnectedToServer() {
Debug.Log("Connected successfully to server");
}
}
var imaserver: boolean;
var serverIP: String;
var serverPort: int;
var serverUsesNAT: boolean;
function Awake() {
// Set custom proxy server address
//设置自定义代理服务器地址
Network.proxyIP = "<IP_ADDRESS>";
Network.proxyPort = 1111;
if (imaserver)
StartServerWithProxy();
else
ConnectToServerWithProxy();
}
function StartServerWithProxy() {
Network.useProxy = true;
Network.InitializeServer(2,25000, false);
}
function OnServerInitialized(player: NetworkPlayer) {
if (Network.useProxy)
Debug.Log ("Successfully started server with proxy support. We are connectable through "
+ player.ipAddress + ":" + player.port);
}
function OnFailedToConnect(msg: NetworkConnectionError) {
if (Network.useProxy && imaserver) {
Debug.LogError("Failed to connect to proxy server: " + msg);
}
}
function ConnectToServerWithProxy() {
Network.useProxy = true;
Network.Connect(serverIP, serverPort);
}
function OnConnectedToServer() {
Debug.Log("Connected successfully to server");
}


Sales Tracker
Yearly Revenue
Find Sale
Fill Sales
Recent Sales
Add Sale
NEW SALE
×
Month:
Item Amount:
Department
Hiking
Running
Hunting
New Sales Tracker © 2020 Carved Rock


{{user.first_name}} {{user.last_name}}
{{user.role}}
{{#user.class_membership}}Period {{user.class_pd}} / Grade {{user.year}}
{{/user.class_membership}} {{^user.class_membership}}{{user.email}}
{{/user.class_membership}}TA Hours are a chance for you to ask questions, seek advice, or talk about computer science with trained peers who have been in your shoes!
X Block TA Hours are held in the TA Lab, the room behind the CS Lab with the glass door.
At least 3 TAs are always available during every X block. You can usually find some of them in the TA Lab during breaks in the day, but please be respectful of their wishes if they ask you to return during X block hours.
You may always contact your teacher to schedule an appointment in the morning, after school, or during the day.


{%- comment -%} onclick at body tag is needed for iOS Safari to treat stuff other than tags etc (e.g. div) as clickable {%- endcomment -%}
{%- comment -%} onclick at body tag is needed for iOS Safari to treat stuff other than tags etc (e.g. div) as clickable {%- endcomment -%}
{%- include main-scripts.html -%}


What is pair programming?
Technique utilizing two programmers that work together in a programming environment.
One programmer is the 'driver' and the other is the 'navigator'.
Driver vs. Navigator
The driver writes code.
The navigator reads the lines of code and checks for proper syntax, or any errors.
Why is pair programming important at DBC?
DBC's goal is to prep their students to be world class developers.
Pair programming develops growth by enabling students to work in cooperative social environment.


--- layout: home main_image_path: main_image_caption: show_carousel: false show_blog: true posts_number: 2 carousel: - image: /assets/images/advert-customers.jpg caption: "A test caption" alink: /gallery/test/ - image: /assets/images/advert-impregnable.jpg caption: alink: _options: layout: hidden: true image_path: uploads_dir: "assets/images/:year" width: 1200 height: 1200 resize_style: contain mime_type: image/jpeg main_image_path: uploads_dir: "assets/images/:year" width: 1200 height: 1200 resize_style: contain mime_type: image/jpeg content: uploads_dir: "assets/:year" _comments: main_image_path: Cover image main_image_caption: Alt text for cover image carousel: Edit the slideshow show_carousel: Show the slideshow show_blog: Show your latest posts on the homepage posts_number: How many posts to show alink: Optional web link from the slide caption: optional caption --- {% if page.main_image_path %} {% endif %}
This demo front page shows how you can profile individual galleries and pages to appear on the front, with a custom image, introductory title and text for each. This is the standard display with full page-width images and titles underneath, but other options are available.


Experienced in Agile and Waterfall Models of Software Development. Full Stack Developer aiming to revolutionize Web Development building robust, secure Software applications.
Work with Senior Software Engineers and Designers to develop and contribute functionalities in Deep Neural Network Training libraries, to help Amazon customers.
Partner with Sr. Engineering leads to support the architecture, design, development, and deployment of platform services for Fox’s digital video products across web, mobile as well as the next generation of devices. While supporting the team, you will develop tools and services using a combination of Node.js, Python, and other relevant technologies that power our Video On Demand ingestion platform and Livestream Monitoring tools.
Develop an MVNx Portal that provides a User Interface to MVNOs for invoking a set of APIs to enable them to access Provisioning data and Customer Service to the customers. It would be a portal where Customers can login and recharge or topup their Network device( USB Sticks ) with the Internet (3G/2G) Data. The process went through a Workflow process that included an approval with the managers or supervizing officers of the Employee/Customer.
Develop a Website for managing content for World's leading Telecom Company Vodafone and to design a Web Portal to manage various Buiseness Partners of the Company. The Business Partners should be able to login to the Portal and access Applications provisioned by Vodafone according to their Roles.
A Government undertaking which required a System/Portal which enabled the permanent residents of Singapore to enroll into the Providents Fund plans to fund their retirements, healthcare and housing needs.
GPA: 3.65
GPA: 9.27 / 10.0
Apart from being a Full-stack software developer/ Web programmer, I enjoy Music. I love the Classics - Boyzone, Backstreet Boys.
When forced indoors, I follow a number of comedy movies and television shows and I spend a large amount of my free time exploring the latest technolgy advancements in the Backend and Front end web development world.


-
SolAR System
AR learning mobile app
-
Eskrabol
Filipino Scrabble Game
-
Call MYKE
Self Support Mobile App
-
WashApp
Laundry Shop Services finder App
-
MobEd
An upcoming Mobile Education Utility App
-
HealthMax App
Your Healthcare Companion
-
Qundaqa Mobile
Qundaqa Salon, Sudan
-
The Wine
Information Website
-
HAJS
Photographer's Web App
-
Qundaqa
Salon Website
-
HealthMax Web
App Information Website
-
Spider-man Homecoming
Landing page contributor
-
MetroSaver
Online Grocery Store
-
Treasury
School Treasury System
-
HealthMax Desktop
Your Healthcare Companion
-
Event Management System
Manage your events
-
HealthMax Move
Your Healthcare Companion on Android Wear
-
HealthMax Move
Your Healthcare Companion on the iWatch
-
The Paper Zebra
Paper Art Design Concept
-
Poly Coffee
Computer Generated Graphic
-
Chalkboard
MockUp
-
Poly Star
Computer Generated Graphic
-
Poly Heart
Computer Generated Graphic
-
Swan Lake
Paper Art Design Concept
-
Wooden Abstract
3D Model
-
Mags
MockUp


Documentation for URBANopt
URBANopt is a Software Development Kit (SDK) to aid in the design of districts where the interactions between individual buildings, district energy systems, distributed energy resources, and electrical system designs are considered. Including these interactions allows URBANopt to address important questions in low energy, grid aware, future thinking urban districts such as tradeoffs between building height and PV (photovoltaic) production, investments in building efficiency vs distributed renewable generation, coordination of multiple buildings to optimize grid metrics, and performance gains of shared thermal district systems vs conventional single building systems. For example, load diversity between commercial and residential buildings may allow for system time sharing or even complementary heat transfer between buildings using a district thermal energy system.
A high-level introduction to the intent and purpose of URBANopt can be found here.
City planners, utility management, and TODO can use URBANopt to… TODO
URBANopt is a package of code for software engineers to use. This is not a standalone program for end users. This SDK is the engine, the building blocks that can be used to construct a modern, intuitive, performant software package supported by the scientific data provided by the National Renewable Energy Lab (NREL). The goal of URBANopt is to enable a thriving public/private partnership of software companies… TODO
This documentation is intended for power users to operate from the command line
Install Ruby 2.2.4
Install Bundler 1.17 by typing this into your command line:
gem install bundler -v 1.17
Ensure your local .gemrc
file contains:
:backtrace: false
:bulk_threshold: 1000
:sources:
- http://rubygems.org
:update_sources: true
:verbose: true
Install OpenStudio 2.8.1
Add path to Ruby in the new OpenStudio folder by pasting this line to your .bash_profile
or similar file:
export RUBYLIB=/Applications/OpenStudio-2.8.1/Ruby
Install Ruby using the RubyInstaller for Ruby 2.2.4 (x64)
Install Devkit using the mingw64 installer
Install Bundler 1.17 by typing this into your command line
gem install bundler -v 1.17
Ensure your local .gemrc
file contains:
:backtrace: false
:bulk_threshold: 1000
:sources:
- http://rubygems.org
:update_sources: true
:verbose: true
Install OpenStudio 2.8.1
Create file C:\ruby-2.2.4-x64-mingw32\lib\ruby\site_ruby\openstudio.rb
and point it to your OpenStudio installation by editing the contents. E.g.:
require 'C:\openstudio-2.8.1\Ruby\openstudio.rb'
Verify your OpenStudio and Ruby configuration by typing this into your command line:
ruby -e "require 'openstudio'" -e "puts OpenStudio::Model::Model.new"
Install OpenStudio 2.8.1
Need to manually install libpng12
Gdbm libs:
/usr/local/openstudio-2.8.1/bin/openstudio: error while loading shared libraries: libgdbm.so.3: cannot open shared object file: No such file or directory
and
/usr/local/openstudio-2.8.1/bin/openstudio: error while loading shared libraries: libgdbm_compat.so.3: cannot open shared object file: No such file or directory
You need to create symlinks to the appropriate version (libgdbm.so.5
and libgdbm_compat.so.4
)
Make a Fork of our example project: https://github.com/urbanopt/urbanopt-example-geojson-project
C:\urbanopt-project
) to avoid problems with long file names on Windowsgit config --system core.longpaths true
Run the following commands to execute the Rake tasks defined in the Rakefile of the current working directory.
bundle install
bundle exec rake
bundle update
To run specific rake tasks:
bundle exec rake <name of the Rake task>
In the Rake file methods are defined to create a Scenario CSV for each scenario, that take as arguments:
geojson
file (for example: industry_denver.geojson
)mappers
folder (for example: mappers
)csv
file (for example: baseline_scenario.csv
)The run_all Rake task creates and runs a ScenarioRunnerOSW
for each scenario passing the scenario method as an argument.
run_baseline
, run_high_efficiency
and run_mixed rake
tasks can be used for running individual scenarios.This rake task creates and runs ScenarioDefaultPostProcessor
for each scenario and saves the results.
post_process_baseline
, post_process_high_efficiency
, post_process_mixed
rake tasks can be used for individual scenarios.This rake task combines the run_all
and post_process_all
tasks.
This runs the update_all
rake task.
This rake task clears the scenario results from any previous runs.
clear_baseline
, clear_high_efficiency
, clear_mixed
rake tasks can be used for individual scenarios.The mappers
folder contains baseline.osw
which serves as a simulation input for URBANopt. It is a workflow of OpenStudio measures and dictates the sequence of running the measures.
Additional measures can be added to the workflow by adding the measure name and directory along with the measure arguments.
The Simulation mapper class maps the features in the feature file to arguments required as simulation inputs in the baseline.osw
.
On adding additional measures to the baseline.osw
file:
OpenStudio::Extension.set_measure_argument
method should be used and the OpenStudio measure name and arguments and the corresponding feature from the feature file should be added as arguments.
Scenario post process require feature reports to aggregate results from feature simulations. A reporting measure is used to query and report specific output data from an Openstudio simulation of each feature. The current default reporting measure is the “default_feature_reports” TODO. This measure writes a default_feature_reports.json
file containing information on all features in the simulation. It also writes a default_feature_reports.csv
containing timeseries data for all the features.
Users can create their own OpenStudio reporting measure to generate customized simulation reports. For example, users can request results for different reporting frequencies or query and report additional outputs that are important for their own projects; e.g. reporting specific construction costs. User can then add the new reporting measure to the openstudio workflow.osw
file TODO and rerun the simulation.
The DefaultPostProcessor
reads these feature reports and aggregates them to create a ScenarioReport
.
To customize or develop URBANopt, please use the following documentation and source code to aid you:


Your number is: -
The neural network may take a while to load, so please be patient if it isn't working...


RGB Image Basics
Now that we are well-versed in grayscale bitmaps, let us take some time and understand the basics of RGB Bitmaps, and how to deal with it.
The RGB Image differentiates from the grayscale, by the color component. The grayscale does not hold any color information. The major differentiator in this image is the Depth
field in the image info header, bit no. 28. This helps us identify the color components are present in the image or not.
For the grayscale images, this value would be less than or equal to 8, and for RGB, it will be greater than 8. There is one exception for 8 bit RGB as well, we will talk about it later.
In most cases, the RGB depth
would be 24-bit. This means that each pixel is of 24-bit and sub-dividing it, each color component is of 8-bit. So we have 8-bit of Red, 8-bit of Green and 8-bit of Blue data. In each component, 0 means no contribution of that color, and 255 means full contribution of that color. Since each component has 256 different states there are a total of 16777216 possible colours.
And to quote more about RGB Color spaces,
This idea of RGB colour space is a fundamental concept in computer graphics. In RGB space any colour is represented as a point inside a colour cube with orthogonal axes r,g,b.
The above statement is more clear with following picture in mind.
Note that grey values form a straight line from black to white along the diagonal of the cube, R = G = B.
8-bit indexed color
There may even be 8-bit indexed RGB color image. It is more economical to store color bitmaps without using 3 bytes per pixel. As with 8-bit gray bitmaps, each pixel has one byte associated it with, however, this byte does not hold the color information but an index into a table of colors, called a palette or color table.
4-bit indexed color
The concept for this is same as the 8-bit indexed color, except for the fact that it stores only 4-bits for the index. It because of this that only 16 colors are possible to create from the index.
32-bit RGB
This is normally the same as 24 bit colour but with an extra 8 bit bitmap known as an alpha channel. This channel can be used to create masked areas or represent transparency.
16-bit RGB
This is generally a direct system with 5 bits per colour component and a 1 bit alpha channel.
Also, another thing to keep in mind is the storage of pixels in BMP file format.When the pixel information starts, the data is arranged something like this,
B0 G0 R0 B1 G1 R1 B2 G2 R2 .... Bn Gn Rn
The color component is stored in BGR format and not in RGB. Hence the pixel 0’s Blue component comes first, followed by Green component and the Red component. Hence take special care while reading the image.
Another interesting point to note is the pixel arrangement in BMP format. BMP stores pixel data upside down! What this means is the first pixel which you encounter while reading the file, represents the last pixel (bottom right pixel) of the image that you visually see. Hence, if you need certain operations for region based implementation, doubly check the pixels you are addressing!
For more information on Bitmap File Format, check the Wikipedia page here.
Author: Abhijit Nathwani


See the "tree-dummy.js" file for tree data.
The last row can test the dynamic loading function. See the
tutorial
for more information.
append
remove


DotDotDot
DotDotDot is a slightly different way to do network requests. Create an type (either a struct or class) that implements the DotRequest
protocol, and then using the createTask
method to make a network request.
Here is an example of the implemented protocol:
struct UsersGistsRequest: DotRequest {
let username: String
init(username: String) {
self.username = username
}
var url: String { return "https://api.github.com" }
var path: String? { return "/users/\(username)/gists" }
var rejectionCodes: [Range<Int>]? {
return [100..<200, 300..<600]
}
func parseValue(response: URLResponse, data: Data?)
throws -> Int {
// parse json data here
}
func parseError(error: Error, response: URLResponse?,
data: Data?) -> Error? {
// Return view friendly error here
}
}
Once the protocol is made you can make API requests very easily using the createTask
method. With the task you can use a fluent API to add handlers based on the different outputs of the request.
The finished product looks like this:
let task = UsersGistsRequest(username: "radther").create()
.before {
// Code to run before the request starts
}
.onCompletion { value in
// Code to be run when/if the request is successful
}
.onError { error in
// Code to be run if an error occurs
}
.onCancel {
// Code to run if the request cancels
}
.finally {
// Code to run after everything isover
// This is called regardless of whether the request errors or is canceled
}
The protocol has a few different things you can implement such as httpMethod
, body
, and headers
. It also supports basic auth by implementing authentication
. If the thing you want to implement isn’t provided then there are two functions you can use. The first is editComponents
where you are given the current URLComponents
before the request is built and can return updated components. The second is editRequest
where you are given the current URLRequest
object that you can change and return an updated version of.
License
This framework is released under MIT license.


In this project, we are going to investigate the VSRR Provisional Drug Overdose Death Counts dataset to have a peek at the trend of drug overdoses across the Unites States and potentially inform national institutions of best practices and policies. The dataset reports provisional counts of deaths due to drug overdose occurring nationally and in each jurisdiction for every 12 month-ending period and grouped by specific drugs or drug classes. The period starts from January 2015 to April 2019.
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An overdose is a biological response to when the human body receives too much of a substance or mix of substances. An overdose can be intentional or accidental. People can overdose on illicit drugs, alcohol, prescription medications, and many other substances. The video below introduces what happens when you overdose.
In this project, we are going to investigate the VSRR Provisional Drug Overdose Death Counts dataset to have a peek at the trend of drug overdoses across the Unites States and potentially inform national institutions of best practices and policies. The dataset reports provisional counts of deaths due to drug overdose occurring nationally and in each jurisdiction for every 12 month-ending period and grouped by specific drugs or drug classes. The period starts from January 2015 to April 2019. In addition to an exploration into the drug overdose death counts, we are also curious regarding what factors are correlated or influential on these count numbers. Hence, for each state we also gathered their annual incomes, unemployment rates, crime rates and population over the years, seeking potential relationships between demographics, social structures and drug overdoses.
Correlation plotting between the overdose death rate and three social factors
Correlation plotting between the overdose death rate and three social factors
Predict Overdose Death Rate using covariate income, unemployment rate and crime rate
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Bootstraptaste
Neque porro quisquam est, qui dolorem ipsum quia dolor sit amet consectetur, adipisci velit, sed quia non numquam.
Data Quality Analysis
4C


Leslie Orchard just wrote a WSGI middleware for interpreting XSLT. This is cool, because it's one of those things I've thought is perfect for WSGI, and I even mentioned it yesterday. This means any WSGI application can output XML and have it transformed by an XSLT stylesheet, without any awareness on the part of the application.
It's also great to see someone catch on to what WSGI is about. I'm afraid I haven't been that successful explaining it. But maybe I should use his endorsement of the architecture: "it's not another damn framework."
And that's exactly the kind of architectural principle that made me write Paste. I've been describing it as a "framework framework", which is awful -- 2x the badness! Really, it's a collection of exactly the sort of thing that Leslie wrote -- simple, decoupled bits of middleware. Oh, damn, there's that "middleware" word again, which is also bad. Simple, decoupled filters.  Stuff like configuration. This isn't what makes me excited -- it's just the pain in the ass that someone needs to do, and at least in the context of WSGI no one else is doing it.
What makes me excited is bits of code like this. This is 55 (logical) lines of code that implement XSLT in front of any Python application that produces XML (and if someone writes a WSGI proxy app, in front of any application in any language). 55 lines -- that is what excites me.
So, like, if you have a web app that follows the WSGI spec, it can be swallowed up by filtering apps. The filtered apps can have any number of mammoth Python web frameworks powering them, and the filters can be as complex or simple as you want. Hell, build a web framework entirely out of composed filters! [emphasis his]
Which is exactly what I did with Paste's Webware interface, and later Wareweb -- I moved everything I could into middleware, and built the shell of a framework around it. And it works -- the core of paste.webkit is 776 lines of code, and the code it replaces is 6313 lines of code. That 700ish lines of code doesn't provide all the functionality of the original 6000ish lines of code; but it builds a Webwarish thing on top of generic libraries. For both of them I don't count the 600 lines in the standard library's cgi module either, or the 50,000+ lines in the standard library as a whole; so I think there is a fair comparison. If you refactored a framework like CherryPy to use WSGI middleware, I think you'd see the same kind of results.
The point of Paste is that you shouldn't have to compromise between simple and full-featured, or between abstract and convenient, or general and concrete. Paste is WSGI. Paste is filters built on filters. Paste is HTTP turned into Python dictionaries. WSGI is working from where CGI left off. It's the simplest thing that can work. It's not a framework.
I can't believe how far behind I've let myself get. I started futzing around with things like PHP and postnuke, and completely lost track of all the cool stuff going on in the python community. I hadn't even heard of WSGI until I ran across django by accident.
I have so much catching up to do!
Ian, I think finally get it. :-)
Paste is not a 'framework framework' and it's 'middleware'... it's 'filters'! <cue sound of mind going 'click!'> My brain only 'gets' things when I can see a practical use for it. :-)
I've been playing around with CherryPy's filters and that description makes sense. You can write a function or class method once, and use filters to repurpose the functions/methods for different contexts (HTTP/HTML vs XML-RPC) without touching your original function/method definitions.
Perhaps, you could also call them "wrappers" or "envelopes". And I'm sure Martin Fowler has a pattern with a really complicated name for it, too. :-) But filters fits my brain the best.
With filters (at least as I understand it in CherryPy), you can do the following:
Write a function called helloWorld() that simply returns the string "Hello, world!"
Now go write a filter that can accept XML-RPC commands and dispatch them to any function, and take any return values and return them as XML-RPC. (CherryPy already provides this for XML-RPC).
Do the same for SOAP, YAML, XML, JSON, GZIP compression, conversion to PDF, or whatever
- Setup up your config so various URLS can call your helloWorld using a filter of your choosing:
http://localhost/soap/helloWorld -> callable via SOAP client library, calls hellWorld, and returns "hello world" as a SOAP response. http://localhost/xmlrpc/helloWorld -> same thing as SOAP, but for for XML-RPC http://localhst/yaml/helloWorld -> etc, etc.
Voila! Paste now makes sense to me. I can see how this would be useful, too... I don't think Django does Webservices (XML-RPC, SOAP, REST), yet. (I could be wrong, but I haven't seen any mention of it, yet.) If there was a "standard" implementation of "filters" that other frameworks could use... then Django could benefit from this work for free without having to reimplement CherryPy's filters.
Now that I've written all of this... Do I understand WSGI and Paste correctly? Now, that I think about it... you also just reinvented unix pipes, but for the web. And I think Apache 2 even implements the same thing, too. (http://www.projectcomputing.com/resources/apacheFilterFAQ/) Correct?
I've been trying to understand WSGI and Paste for a while now, and have stayed subscribed to your blog despite not understanding what you were talking about. I kept wondering why you didn't just do something like Rails in Python.
The 0xDECAFBAD blog entry definitely made all the difference for me in understanding what you are doing, and why you are doing it. The 'framework' and 'middleware' words definitely have too much baggage to be used to describe something truly new and innovative. Another way of thinking about it is that we are only starting to see the first web frameworks worthy of the name, and perhaps the same can be said of WSGI as an example of 'real' middleware, at least in the brave new world of web 2.0.
I just wonder whether the Ruby/Rails people will be interested, and if so how they will adopt the ideas. I can't help but think about how cool it would be for the Python and Ruby people to use each others code.
Good work Ian, I hope you see some payback for your perseverance.


Take a look at some of my work.
I've used a slew of technologies and languages to build apps and sites for an array of different clients.
Click on any of the images below for a description of the project and a link to explore each one.
I've used a slew of technologies and languages to build apps and sites for an array of different clients.
Click on any of the images below for a description of the project and a link to explore each one.


--- layout: default ---
But since you're here lets learn about a town never built to survive.
The Civil Defense Apple-2 shot on 5 May 1955 was intended to test various building construction types in a nuclear blast. An assortment of buildings, including residential houses and electrical substations, were constructed at the site nicknamed "Survival Town". The buildings were populated with mannequins, and stocked with different types of canned and packaged foods. Not all of the buildings were destroyed in the blast, and some of them still stand at Area 1, Nevada Test Site. A short film about the blast, referred to as "Operation Cue", was distributed by the Federal Civil Defense Administration. The houses are still standing at 34.04476°N 116.07416°W, at the east and west ends of the road loop. They are stops on the NNSS tour.


TEASER
OpenDevStack allows to set up required infrastructure and continuous delivery processes for new projects in less than 5 min.
The first release (Expected: Juliy, 2018) will support the Atlassian toolstack (Confluence, Jira, Bitbucket) and OpenShift


Paytm bags $1B in latest funding round
by Chris DonkinSoftBank Vision Fund and Alipay-parent Ant Financial were among the high-profile backers to increase existing investments in mobile payments company Paytm during its latest funding round.
India-based Paytm announced the cash boost in a statement, though did not disclose exact sums. In an interview with The Economic Times, the company’s founder Vijay Shekhar Sharma said it had raised a total of $1 billion.
The cash will contribute to the company’s previously stated goal of increasing the scale and scope of its operation.
In a statement Paytm said its next phase of growth would include expanding its “consumer internet” offer and bring a range of advanced financial services to a wider audience. These include loans, insurance, share dealing and sale of investment products.
Other initiatives targeted include providing content services including games, news and videos through its existing platforms.
Sharma added the company was “committed to bringing half a billion Indians to the mainstream economy by onboarding them in the formal financial ecosystem”.
As part of its efforts to increase its reach in financial underserved areas of India, the company is set to invest INR100 billion ($1.4 billion) over the next three years.


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abstract fun onNotesChanged(mNotes: Array<Note>?): Unit
Called on notes update
mNotes - Array of notes
mNotes


Kerala govt seeks re-investigation, re-trial of Walayar rape case
The case relates to mysterious death and alleged sexual exploitation of two minor siblings at Walayar town in Palakad district in 2017.
by ANIKochi: The Kerala government on Wednesday filed an appeal in the Kerala High Court seeking investigation to be conducted again in the Walayar rape case. The state government also demanded that the trial in the case be initiated again.
The case relates to mysterious death and alleged sexual exploitation of two minor siblings at Walayar town in Palakad district in 2017. While one of them allegedly committed suicide, the second one was later found dead.
The post mortem examination had revealed that both the girls were subjected to sexual assault.
Contrary to this, a POCSO court in Palakkad had last month acquitted three accused -- V Madhu, Shibu and M Madhu -- in the case after the prosecution failed to establish their involvement in the crime.
Meanwhile, the state government on Monday removed the special public prosecutor as he could not present incriminating evidence against the accused which led to their acquittal.
Catch the latest news, live coverage and in-depth analyses from India and World. Follow us on Facebook and Twitter.


Topics:
Defining and drawing 3D objects with color
Implementing transformations
Interface for controlling transformations
Create an OpenGL program that displays a colored cube.
The user should also be able to apply transformations (scaling, translation and rotation) to the cube.
Cube geometry and color are defined in Lecture 8.
Enable the depth test to ensure proper display.
Create a menu that defines the current
transformation being applied to the cube. (SCALE, ROTATE, TRANSLATE)
Apply the transformation in the order of scale, rotation, then translation.
Define six keys for increasing and decreasing the
X,Y,Z components of the current transformation.
The cube should only be transformed with each key stroke.
Define two keys for increasing and decreasing the
delta added to the transformations.
Each transformation will have its own delta.
Define a key for resetting all of the transformations.
You may decide where to calculate the necessary transformation matrices, in the application or in the vertex shader.
The transformation matrix should be applied to your vertices in the vertex shader.
Your program should print instructions to the terminal screen describing the functionality of your keyboard inputs.
Your cube should look something like the following.
Last modified May 14, 2015.


Calculates adjusted p-values for the null hypothesis of no replicability across studies for two study designs: (i) a primary and follow-up study, where the features in the follow-up study are selected from the primary study, as described in Bogomolov and Heller (2013) <doi:10.1080/01621459.2013.829002> and Heller, Bogomolov and Benjamini (2014) <doi:10.1073/pnas.1314814111>; (ii) two independent studies, where the features for replicability are first selected in each study separately, as described in Bogomolov and Heller (2018) <doi:10.1093/biomet/asy029>. The latter design is the one encountered in a typical meta-analysis of two studies, but the inference is for replicability rather than for identifying the features that are non-null in at least one study.
| Version: | 0.1.0 |
| Depends: | R (≥ 2.10) |
| Suggests: | covr, testthat |
| Published: | 2018-08-31 |
| Author: | Shay Yaacoby [aut], Marina Bogomolov [aut], Ruth Heller [aut, cre] |
| Maintainer: | Ruth Heller <ruheller at gmail.com> |
| License: | GPL-3 |
| NeedsCompilation: | no |
| Citation: | radjust citation info |
| Materials: | README |
| CRAN checks: | radjust results |
| Reference manual: | radjust.pdf |
| Package source: | radjust_0.1.0.tar.gz |
| Windows binaries: | r-devel: radjust_0.1.0.zip, r-release: radjust_0.1.0.zip, r-oldrel: radjust_0.1.0.zip |
| OS X binaries: | r-release: radjust_0.1.0.tgz, r-oldrel: radjust_0.1.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=radjust to link to this page.


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| is in cache? | {{ hit }} | {{ hit }} |
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Welcome to my home page!
I'm a Software Developer based in Seattle with 6 years of professional work experience.
My time at multiple companies has enabled me to become a proficient full-stack developer, but building distributed systems and infrastructure that focus on security and privacy are my specialties.
Resume Last updated: May 2023
I'm wokring in Access Management and Enforcement team in Oracle Cloud Infrastructure automating and helping users manage and enforce access to cloud resources. Working on both user facing services and yubikeys to help secure our authentication and authorization flows.
I worked on building a Fault-tolerant Oblivious Data Storage which is cloud storage solution which provides availability, privacy and security using Oblivious RAM. Adopted existing fault tolerant storage systems to incorporate ORAM and design components to hide data access patterns.
I worked for the Consumer Knowledge Platform Team which is a data engineering team developing platform for easy data access and big data workflow. Re-architecture of service (including new data model and metrics) leading to 25% faster response. Implemented automated recovery system for big data analytic work-flows. Reduced operational load by 15% by breaking down monolithic service into a federated service. Added feature for failure and delay notification for work-flows.
I worked for the Consumer Marketing Analytics Team which is a data analysis team working on downstream impact and customer behavior.Improved usability of portal by adding interactive graphing section, report generation feature and pagination. Automated aggregation of customer scores using Apache Pig and publishing using AWS workflow service.
I worked for the QuickBookOnline Team which is an accounting and ledger management software for small to medium size business.Built a service to mask sensitive data to be consumed by QA Engineers.Reduced request time for data by 20% by moving backend for above service from MySQL to MongoDB.
GPA: 3.9
Coursework: Advanced Topics in Security, Advanced Topics in Cryptography, Cloud Computing, Information Retrieval
GPA: 9.25 (Scale of 10)
Coursework (Electives): Computer & Network Security, Natural Language Processing, Data Mining
It is cloud-based search and optimization project to find counterexamples for Ramsey Theorem It was built making use of a Master-Slave architecture using Go to distribute tasks on various cloud platforms. Various techniques such as Tabu Search, Simulated annealing was used for search optimization and to avoid local minima.
Wiki Search and Summary is a web application for searching wikipedia. A short summary for each of the search results is displayed to make getting the right page faster. The document summarizer checks the query term frequency in each sentence to do the sentence extraction and hence get the summary. The project is developed in Python 3, Solr and Elastic Search for searching the documents. Github Link
The aim was to build a spam classifier, which would not have access to the content of the emails. The model is a simple bag-of-words Logistic Classifier, which will extract words of relevance from the text and assign weights to them. A partial homomoprhic Paillier cryptosystem was used for encryption to compare the performance metric vs unencrypted data. Github Link
A TCP session spoofing tool built in C using libpcap and libnet. It is able to simulate two virtual hosts, victim and relayer, at both the Ethernet and IP levels. Whenever an attacker sends a packet to victim, the packet is intercepted by the reflector application and re-sent as a packet from relayer to the attacker’s host. The reply that is sent by the attacker’s host to relayer is then sent back as a packet from victim (in reply to the original packet) to the attacker’s host. Github Link
S Chat (Secure chat) is cross platform messaging application. This project was mainly taken up due to the increased attacks on personal data and privacy and hence lot of emphasis was on End-To-End Encryption (E2EE). A lot of literature was reviewed and researched on existing flaws in existing E2EE apps. Multiple layers of encryption were provided by making use of RSA, AES and PBKDF2. Github Link
Developed a question answer dialogue system to answer mobile phone queries. The training and test datasets were generated by collecting inputs from the class, on general mobile phone queries and their answers. A Named Entity Recognizer(NER) was used to tag the queries using a combination of Max-Entropy Model and Viterbi Algorithm. Furthermore, a Relationship Extractor was built to identify the intent, and this was implemented using a MaxEnt classifier. The output of the NER and the RE were used to query the dataset, and the results were stitched together using a language generation model. All the implementations for the algorithms used were written in vanilla Python (without the help of libraries) to tailor the solution to the problem at hand. Github Link
This was a semester long project wherein research was conducted on current Wi-Fi standards, cryptanalysis, flaws and their exploits. Wi-Fi Encryption standards such as WEP and WPA2 were targeted. WEP was cracked making use of weak scheduling and rotation of IVs. Since WPA2 is a stronger encryption standard, WPS feature of routers was exploited as it has limited permutations of 11,000 and hence exploitable by brute force.
Android app used to automate settings based on triggers. Main use case scenario was to switch sound profiles based on class timetables and raise alarm when stolen. It later became extended to include custom actions based on triggers and help automate user profiles.
A chat app allowing users to send messages under a pseudonym using I2P, a garlic routing protocol using overlay network. I2P’s road-map was to upgrade their encryption standards from RSA to ElGamal. Implementation of ElGamal in the software stack was done followed by its testing and performance verification.


“I received a bouquet from a friend the beginning of December and I was so impressed with how long the flowers lasted. They were beautiful. Approx 3 weeks for a bouquet was very impressive and I wanted to commend your floral shop for excellent product.”


In this lesson, we will explore the topic of environmental racism through the case of cancer alley. We will extract racial composition data of people living along the 85-mile-long stretch of the Chemical Corridor and use data visualization to compare and identify the disproportionate impact of the chemical factories on African American people.
in-context


RequestBuilder
public class RequestBuilder : CustomStringConvertible, CustomDebugStringConvertible
extension RequestBuilder: URLRequestConvertible
A builder pattern to easily create http requests
Note: The base URL will be injected by the APIClient so only path if configured here.
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Declaration
Swift
public var debugDescription: String { get }
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Declaration
Swift
public var description: String { get }
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Undocumented
Declaration
Swift
public private(set) var baseURL: String? { get }
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Enumeration of HTTP Verbs
See moreDeclaration
Swift
public enum Method : String
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A type representing the encoding to be used for request body
See moreDeclaration
Swift
public enum Encoding
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Undocumented
Declaration
Swift
public typealias Headers = [String : String]
-
Undocumented
Declaration
Swift
public typealias QueryParams = [String : Any]
-
Undocumented
Declaration
Swift
public private(set) var headers: Headers? { get }
-
Undocumented
Declaration
Swift
public private(set) var queryParameters: QueryParams? { get }
-
Creates a request builder for a POST request
Declaration
Swift
public static func post(_ path: Path) -> RequestBuilder
-
Creates a request builder for a GET request
Declaration
Swift
public static func get(_ path: Path) -> RequestBuilder
-
Creates a request builder for a PUT request
Declaration
Swift
public static func put(_ path: Path) -> RequestBuilder
-
Creates a request builder for a PATCH request
Declaration
Swift
public static func patch(_ path: Path) -> RequestBuilder
-
Sets the base url for the formed request Note: base url should not have a trailing / since this is added in paths.
Declaration
Swift
public func baseURL(_ string: String) -> RequestBuilder
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Adds body content from raw data.
Declaration
Swift
public func body(_ body: Data) -> RequestBuilder
-
Adds a json payload to body given a codable value.
Note this will also set the content-type to application/json
Declaration
Swift
public func jsonBody<T>(_ payload: T) -> RequestBuilder where T : Encodable
-
Adds a json payload to body from a dictionary
Note this will also set the content-type to application/json
Declaration
Swift
public func jsonBody(dict: [String : Any]) -> RequestBuilder
-
Add a body payload encoded a form-url
Note this will also set the content-type to application/x-www-form-urlencoded
Declaration
Swift
public func formUrlBody(_ params: [String : String], encoding: Encoding) -> RequestBuilder
-
Adds header to request
Declaration
Swift
public func addHeader(_ header: String, value: String) -> RequestBuilder
-
Adds multiple query paramater pairs to url
Declaration
Swift
public func query(_ query: QueryParams) -> RequestBuilder
-
Adds multiple query paramater pairs to url
Declaration
Swift
public func query(_ queryItems: [URLQueryItem]?) -> RequestBuilder
-
Adds a single query parameter to url
Declaration
Swift
public func addQuery(_ query: String, value: String) -> RequestBuilder
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Transforms the RequestBuilder into a URLRequest
Declaration
Swift
public func asURLRequest(baseURL: URL?) -> URLRequest


Web Development
After the disappearance of a young scientist on a business trip, his son and wife struggle to cope, only to make a bizarre discovery years later one that may bring him home. Ali is chief of the homicide branch of the South African police in Cape Town.
Fresh from prison, a street racer who was framed by a wealthy business associate joins a cross country race with revenge in mind. His ex-partner, learning of the plan, places a massive bounty on his head as the race begins. An incorrigibly self-serving exiled squirrel finds himself helping his former park brethren raid a nut store to survive, that is also the front for a human gang’s bank robbery. A rebel girl signs up a group of cheerleaders to help her take down the captain of their high school football team, but a supernatural turn of events thrusts the girls into a different battle they return to Sheffield for their last UK concert.
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