--- layout: default title: Components - UI Elements slug: components2 lead: "Over a dozen reusable components built to provide iconography, labels, alerts, callouts and much more." base_url: "../" ---
Includes 180 glyphs in font format from the Glyphicon Halflings set. Glyphicons Halflings are normally not available for free, but their creator has made them available for Strapit free of cost. As a thank you, we only ask that you to include a link back to Glyphicons whenever possible.
For performance reasons, all icons require a base class and individual icon class. To use, place the following code just about anywhere. Be sure to leave a space between the icon and text for proper padding.
{% highlight html %} {% endhighlight %}Use them in buttons, button groups for a toolbar, navigation, or prepended form inputs.
This guest playground piece from Adam Fairhead at Fairhead Creative is a great example of resolution-independent, future-thinking iconography. Plus, they're pretty.
Each icon is designed to be used as the background of an anchor, and each icon has its own class as well as a couple of global classes. They are all set to be inline, so you can put them up against each other, in line with your text, or in any kind of layout or construct.
To use an icon, create an anchor and give it a class of .fc-webicon
, as well as a class for the social network or service you want to represent. For example, Facebook would look like this:
You can then specify a size as well (.small
and .large
). The beautiful thing is those sizes are just CSS, not additional assets. Since the images are resolution-independent SVG files they can be scaled to any size, large or small, and they maintain that clarity on any kind of screen (including Retina screens). Pretty nifty.
Each icon is very clearly and reliably named. Hover on any of the icons on this page to see what their class is when you add it to an anchor.
When you consider how common ultra-high resolution screens have become and couple that with the ubiquity of low-bandwidth mobile connections it becomes clear that we need to start really exploring and using alternate image methods. Since they are defined by vector shapes and colors rather than bitmaps, SVG files can be much smaller than a comparable PNG or JPG while also supporting any arbitrary size. Adam did a great job putting together a series of refined, vibrant icons that rely on modern browser support for SVG (with small PNG fallbacks).
SVG images are still somewhat poorly understood and underused — our hope is that playground pieces like this will start to really illustrate their value and lead to greater understanding and adoption (starting with our own understanding).
Add any of the below mentioned modifier classes to change the appearance of a label.
Easily highlight new or unread items by adding a
to links, Strapit navs, and more.
When there are no new or unread items, badges will simply collapse (via CSS's :empty
selector) provided no content exists within.
Badges won't self collapse in Internet Explorer 8 because it lacks support for the :empty
selector.
Built-in styles are included for placing badges in active states in pill and list navigations.
A lightweight, flexible component that can optionally extend the entire viewport to showcase key content on your site. To make the jumbotron full width, don't include it within a .container
. Placing it within a container will keep it at the width of the rest of your content and provide rounded corners.
This is a simple hero unit, a simple jumbotron-style component for calling extra attention to featured content or information.
A simple shell for an h1
to appropriately space out and segment sections of content on a page. It can utilize the h1
's default small
element, as well as most other components (with additional styles).
Extend Strapit's grid system with the thumbnail component to easily display grids of images, videos, text, and more.
By default, Strapit's thumbnails are designed to showcase linked images with minimal required markup.
{% highlight html %} {% endhighlight %}With a bit of extra markup, it's possible to add any kind of HTML content like headings, paragraphs, or buttons into thumbnails.
Provide contextual feedback messages for typical user actions with the handful of available and flexible alert messages. For inline dismissal, use the alerts jQuery plugin.
Wrap any text and an optional dismiss button in .alert
and one of the four contextual classes (e.g., .success
) for basic alert messages.
Alerts don't have default classes, only base and modifier classes. A default gray alert doesn't make too much sense, so you're required to specify a type via contextual class. Choose from success, info, warning, or danger.
Build on any alert by adding an optional .dismissable
and close button.
Be sure to use the <button>
element with the data-dismiss="alert"
data attribute.
Use the .alert-link
utility class to quickly provide matching colored links within any alert.
Callouts are not quite alerts, but custom and helpful notes for anything you might want to highlight.
Requires a .callout
class and a modifier class, e.g. .info
, .warning
, .success
, and .danger
.
This is some useful text that you might want to bring to the attention of a reader in this space right here.
This is some useful text that you might want to bring to the attention of a reader in this space right here.
This is some useful text that you might want to bring to the attention of a reader in this space right here.
This is some useful text that you might want to bring to the attention of a reader in this space right here.
This is some useful text that you might want to bring to the attention of a reader in this space right here.
This is some useful text that you might want to bring to the attention of a reader in this space right here.
This is some useful text that you might want to bring to the attention of a reader in this space right here.
This is some useful text that you might want to bring to the attention of a reader in this space right here.
Provide up-to-date feedback on the progress of a workflow or action with simple yet flexible progress bars.
Progress bars use CSS3 transitions and animations to achieve some of their effects. These features are not supported in Internet Explorer 9 and below or older versions of Firefox. Opera 12 does not support animations.
Default progress bar.
Progress bars use some of the same button and alert classes for consistent styles.
Uses a gradient to create a striped effect. Not available in IE8.
Add .active
to .striped
to animate the stripes right to left. Not available in all versions of IE.
Place multiple bars into the same .progress
to stack them.
Abstract object styles for building various types of components (like blog comments, Tweets, etc) that feature a left- or right-aligned image alongside textual content.
The default media allow to float a media object (images, video, audio) to the left or right of a content block.
With a bit of extra markup, you can use media inside list (useful for comment threads or articles lists).
Cras sit amet nibh libero, in gravida nulla. Nulla vel metus scelerisque ante sollicitudin commodo. Cras purus odio, vestibulum in vulputate at, tempus viverra turpis.
If you're embedding video from YouTube, Vimeo, or another site that uses iframe, embed or object elements you can wrap your video in div.flex-video to create an intrinsic ratio that will properly scale your video on any device.
4:3 is the default size for the .flex-video
element, and the assumption for .flex-video for chrome (controls) height is based on YouTube.
By adding a class of .widescreen
we change the ratio to 16:9, ideal for more recent video and most popular YouTube or Vimeo embeds.
Because Vimeo places their chrome on the player itself, adding a class of .vimeo
creates a container that is sized for the video only &emdash; no extra padding for the controls.
List groups are a flexible and powerful component for displaying not only simple lists of elements, but complex ones with custom content.
The most basic list group is simply an unordered list with list items, and the proper classes. Build upon it with the options that follow, or your own CSS as needed.
Add the badges component to any list group item and it will automatically be positioned on the right.
Linkify list group items by using anchor tags instead of list items (that also means a parent

instead of an

). No need for individual parents around each element.
Add nearly any HTML within, even for linked list groups like the one below.
Donec id elit non mi porta gravida at eget metus. Maecenas sed diam eget risus varius blandit.
Donec id elit non mi porta gravida at eget metus. Maecenas sed diam eget risus varius blandit.
Donec id elit non mi porta gravida at eget metus. Maecenas sed diam eget risus varius blandit.
While not always necessary, sometimes you need to put your DOM in a box. For those situations, try the panel component.
By default, all the .panel
does is apply some basic border and padding to contain some content.
Easily add a heading container to your panel with .panel-heading
. You may also include any

-

with a .panel-title
class to add a pre-styled heading.
Wrap buttons or secondary text in .panel-footer
. Note that panel footers do not inherit colors and borders when using contextual variations as they are not meant to be in the foreground.
Like other components, easily make a panel more meaningful to a particular context by adding any of the contextual state classes.
Add any non-bordered .table
within a panel for a seamless design. If there is a .panel-body
, we add an extra border to the top of the table for separation.
Some default panel content here. Nulla vitae elit libero, a pharetra augue. Aenean lacinia bibendum nulla sed consectetur. Aenean eu leo quam. Pellentesque ornare sem lacinia quam venenatis vestibulum. Nullam id dolor id nibh ultricies vehicula ut id elit.
| # | First Name | Last Name | Username |
|---|---|---|---|
| 1 | Mark | Otto | @mdo |
| 2 | Jacob | Thornton | @fat |
| 3 | Larry | the Bird |
...
If there is no panel body, the component moves from panel header to table without interruption.
| # | First Name | Last Name | Username |
|---|---|---|---|
| 1 | Mark | Otto | @mdo |
| 2 | Jacob | Thornton | @fat |
| 3 | Larry | the Bird |
Easily include full-width list groups within any panel.
Some default panel content here. Nulla vitae elit libero, a pharetra augue. Aenean lacinia bibendum nulla sed consectetur. Aenean eu leo quam. Pellentesque ornare sem lacinia quam venenatis vestibulum. Nullam id dolor id nibh ultricies vehicula ut id elit.
...
If you're making a rockin' marketing site for a subscription-based product, you are likely in need of a pricing table. These fill 100% of their container and are made from a simple unordered list.
Available HTML class options for the list items:

: Creates the styles for a title.

: Add a price that stands out.

: If you need to describe the plan, add this.

: To call out features, use this list item.

: To add a button inside a list item, use this.Use the well as a simple effect on an element to give it an inset effect.
Control padding and rounded corners with two optional modifier classes.


Circuit Breaker
Fail Fast with Max Connections and Max Pending Requests
For this scenario, we will equally split the traffic between recommendation v1
and the slow version of v2
:
Deploy the slow version of recommendation:v2
making it a slow performer with a 3 second delay.
kubectl apply -f manifests/kubernetes/recommendation-v2_slow.yml
Create the v1
and v2
subsets.
kubectl apply -f manifests/istio/routing-simple/recommendation-destination-rule-v1-v2.yml
Create the virtual service that splits traffic equally between v1
and V2
kubectl apply -f manifests/istio/circuit-breaker/fail-fast/recommendation-virtual-service-v1_and_v2_50_50.yml
kind: VirtualService
metadata:
name: recommendation
spec:
hosts:
- recommendation
http:
- route:
- destination:
host: recommendation
subset: version-v1
weight: 50
- destination:
host: recommendation
subset: version-v2
weight: 50
Test 1: Load test without circuit breaker
Let’s perform a load test in our system with siege
. We’ll have 20 clients sending 2 concurrent requests each:
docker run --rm funkygibbon/siege siege -r 2 -c 20 -v $customer
You should see an output similar to this:
All of the requests to our system were successful, but it took some time to run the test, as the v2 instance was a slow performer.
|
Test 2: Load test with circuit breaker
Suppose that in a production system this 3s delay was caused by too many concurrent requests to the same instance. We don’t want multiple requests getting queued or making the instance even slower. So we’ll add a circuit breaker that will open whenever we have more than 1 request being handled by any instance.
kubectl apply -f manifests/istio/circuit-breaker/fail-fast/recommendation-destination-rule-cb_policy_version.yml
kind: DestinationRule
...
spec:
host: recommendation
subsets:
- name: version-v1
labels:
version: v1
- name: version-v2
labels:
version: v2
trafficPolicy:
connectionPool:
http:
http1MaxPendingRequests: 1
maxRequestsPerConnection: 1
tcp:
maxConnections: 1
Now let’s see what is the behavior of the system running siege
again:
docker run --rm funkygibbon/siege siege -r 2 -c 20 -v $customer
You can run siege multiple times, but in all of the executions you should see some 503
errors being displayed in the results. That’s the circuit breaker being opened whenever Istio detects more than 1 pending request being handled by the instance.
Pool Ejection
Pool ejection or outlier detection is a resilience strategy that takes place whenever we have a pool of instances/pods to serve a client request. If the request is forwarded to a certain instance and it fails (e.g. returns a 50x
error code), then Istio will eject this instance from the pool for a certain sleep window. In our example the sleep window is configured to be 15s. This increases the overall availability by making sure that only healthy pods participate in the pool of instances.
First, you need to insure you have a destinationrule
and virtualservice
in place to send traffic to the services. Let’s use a 50/50 split of traffic:
kubectl apply -f manifests/istio/routing-simple/recommendation-destination-rule-v1-v2.yml
kubectl apply -f manifests/istio/circuit-breaker/fail-fast/recommendation-virtual-service-v1_and_v2_50_50.yml
Scale number of instances of v2
deployment
kubectl scale deployment recommendation-v2 --replicas=2
Wait for all the pods to be in the ready state.
Test 1: Load test without failing instances
Throw some requests at the customer endpoint:
while true; do curl $customer; sleep .5; done
You will see the load balancing 50/50 between the two different versions of the recommendation
service. And within version v2
, you will also see that some requests are handled by one pod and some requests are handled by the other pod.
customer => preference => recommendation v1 from '2039379827-jmm6x': 447
customer => preference => recommendation v2 from '2036617847-spdrb': 26
customer => preference => recommendation v1 from '2039379827-jmm6x': 448
customer => preference => recommendation v2 from '2036617847-spdrb': 27
customer => preference => recommendation v1 from '2039379827-jmm6x': 449
customer => preference => recommendation v1 from '2039379827-jmm6x': 450
customer => preference => recommendation v2 from '2036617847-spdrb': 28
customer => preference => recommendation v1 from '2039379827-jmm6x': 451
customer => preference => recommendation v1 from '2039379827-jmm6x': 452
customer => preference => recommendation v2 from '2036617847-spdrb': 29
customer => preference => recommendation v2 from '2036617847-spdrb': 30
customer => preference => recommendation v2 from '2036617847-hdjv2': 216
customer => preference => recommendation v1 from '2039379827-jmm6x': 453
customer => preference => recommendation v2 from '2036617847-spdrb': 31
customer => preference => recommendation v2 from '2036617847-hdjv2': 217
customer => preference => recommendation v2 from '2036617847-hdjv2': 218
customer => preference => recommendation v1 from '2039379827-jmm6x': 454
customer => preference => recommendation v1 from '2039379827-jmm6x': 455
customer => preference => recommendation v2 from '2036617847-hdjv2': 219
customer => preference => recommendation v2 from '2036617847-hdjv2': 220
Test 2: Load test with failing instance
Let’s get the name of the pods from recommendation v2
:
kubectl get pods -l app=recommendation,version=v2
You should see something like this:
NAME READY STATUS RESTARTS AGE
recommendation-v2-777598bdc4-d97p7 2/2 Running 0 2m
recommendation-v2-777598bdc4-kr7rt 2/2 Running 0 51m
Now we’ll get into one the pods and add some erratic behavior on it. Get one of the pod names from your system and replace on the following command accordingly:
kubectl exec -it $(kubectl get pods|grep recommendation-v2|awk '{ print $1 }'|head -1) -c recommendation -- curl <IP_ADDRESS>:8080/misbehave
Output: Following requests to '/' will return a 503
This is a special endpoint that will make our application return only 503
s.
The error rate is 25 %. Because 1/2 of v2
is in error, v2
is 50% of traffic, hence 1/2 of 50% is in error which is equal to 25%.
Throw some requests at the customer endpoint:
while true; do curl $customer; sleep .5; done
You’ll see that whenever the pod recommendation-v2-2036617847-spdrb
receives a request, you get a 503
error:
customer => preference => recommendation v1 from '2039379827-jmm6x': 494
customer => preference => recommendation v1 from '2039379827-jmm6x': 495
customer => preference => recommendation v2 from '2036617847-hdjv2': 248
customer => preference => recommendation v1 from '2039379827-jmm6x': 496
customer => preference => recommendation v1 from '2039379827-jmm6x': 497
customer => 503 preference => 503 recommendation misbehavior from '2036617847-spdrb'
customer => preference => recommendation v2 from '2036617847-hdjv2': 249
customer => preference => recommendation v1 from '2039379827-jmm6x': 498
customer => 503 preference => 503 recommendation misbehavior from '2036617847-spdrb'
customer => preference => recommendation v2 from '2036617847-hdjv2': 250
customer => preference => recommendation v1 from '2039379827-jmm6x': 499
customer => preference => recommendation v1 from '2039379827-jmm6x': 500
customer => 503 preference => 503 recommendation misbehavior from '2036617847-spdrb'
customer => preference => recommendation v1 from '2039379827-jmm6x': 501
customer => preference => recommendation v2 from '2036617847-hdjv2': 251
customer => 503 preference => 503 recommendation misbehavior from '2036617847-spdrb'
Test 3: Load test with failing instance and with pool ejection
Now let’s add the pool ejection behavior:
kubectl apply -f manifests/istio/circuit-breaker/pool-ejection/recommendation-destination-rule-cb_policy_pool_ejection.yml
kind: DestinationRule
...
spec:
host: recommendation
subsets:
...
- labels:
version: v2
name: version-v2
trafficPolicy:
connectionPool:
http: {}
tcp: {}
loadBalancer:
simple: RANDOM
outlierDetection:
baseEjectionTime: 15.000s
consecutiveErrors: 1
interval: 5.000s
maxEjectionPercent: 100
Throw some requests at the customer endpoint:
while true; do curl $customer; sleep .5; done
You will see that whenever you get a failing request with 503
from the pod recommendation-v2-2036617847-spdrb
, it gets ejected from the pool, and it doesn’t receive any more requests until the sleep window expires - which takes at least 15s.
The number of errors dropped significantly but we still have erros.
customer => preference => recommendation v1 from '2039379827-jmm6x': 509
customer => 503 preference => 503 recommendation misbehavior from '2036617847-spdrb'
customer => preference => recommendation v1 from '2039379827-jmm6x': 510
customer => preference => recommendation v1 from '2039379827-jmm6x': 511
customer => preference => recommendation v1 from '2039379827-jmm6x': 512
customer => preference => recommendation v1 from '2039379827-jmm6x': 513
customer => preference => recommendation v1 from '2039379827-jmm6x': 514
customer => preference => recommendation v2 from '2036617847-hdjv2': 256
customer => preference => recommendation v2 from '2036617847-hdjv2': 257
customer => preference => recommendation v1 from '2039379827-jmm6x': 515
customer => preference => recommendation v2 from '2036617847-hdjv2': 258
customer => preference => recommendation v2 from '2036617847-hdjv2': 259
customer => preference => recommendation v2 from '2036617847-hdjv2': 260
customer => preference => recommendation v1 from '2039379827-jmm6x': 516
customer => preference => recommendation v1 from '2039379827-jmm6x': 517
customer => preference => recommendation v1 from '2039379827-jmm6x': 518
customer => 503 preference => 503 recommendation misbehavior from '2036617847-spdrb'
customer => preference => recommendation v1 from '2039379827-jmm6x': 519
customer => preference => recommendation v1 from '2039379827-jmm6x': 520
customer => preference => recommendation v1 from '2039379827-jmm6x': 521
customer => preference => recommendation v2 from '2036617847-hdjv2': 261
customer => preference => recommendation v2 from '2036617847-hdjv2': 262
customer => preference => recommendation v2 from '2036617847-hdjv2': 263
customer => preference => recommendation v1 from '2039379827-jmm6x': 522
customer => preference => recommendation v1 from '2039379827-jmm6x': 523
customer => preference => recommendation v2 from '2036617847-hdjv2': 264
customer => preference => recommendation v1 from '2039379827-jmm6x': 524
customer => preference => recommendation v1 from '2039379827-jmm6x': 525
customer => preference => recommendation v1 from '2039379827-jmm6x': 526
customer => preference => recommendation v1 from '2039379827-jmm6x': 527
customer => preference => recommendation v2 from '2036617847-hdjv2': 265
customer => preference => recommendation v2 from '2036617847-hdjv2': 266
customer => preference => recommendation v1 from '2039379827-jmm6x': 528
customer => preference => recommendation v2 from '2036617847-hdjv2': 267
customer => preference => recommendation v2 from '2036617847-hdjv2': 268
customer => preference => recommendation v2 from '2036617847-hdjv2': 269
customer => 503 preference => 503 recommendation misbehavior from '2036617847-spdrb'
customer => preference => recommendation v1 from '2039379827-jmm6x': 529
customer => preference => recommendation v2 from '2036617847-hdjv2': 270
Test 4: Ultimate resilience with retries, circuit breaker, and pool ejection
Even with pool ejection your application doesn’t look that resilient. That’s probably because we’re still letting some errors to be propagated to our clients. But we can improve this. If we have enough instances and/or versions of a specific service running into our system, we can combine multiple Istio capabilities to achieve the ultimate backend resilience:
-
Circuit Breaker to avoid multiple concurrent requests to an instance;
-
Pool Ejection to remove failing instances from the pool of responding instances;
-
Retries to forward the request to another instance just in case we get an open circuit breaker and/or pool ejection;
By simply adding a retry configuration to our current virtualservice
, we’ll be able to get rid completely of our 503
s requests. This means that whenever we receive a failed request from an ejected instance, Istio will forward the request to another supposably healthy instance.
kubectl apply -f manifests/istio/fault-injection/retry/recommendation-virtual-service-v2_retry.yml
kind: VirtualService
...
spec:
hosts:
- recommendation
http:
- retries:
attempts: 3
perTryTimeout: 4.000s
route:
- destination:
host: recommendation
subset: version-v1
weight: 50
- destination:
host: recommendation
subset: version-v2
weight: 50
Throw some requests at the customer endpoint:
while true; do curl $customer; sleep .5; done
You won’t receive 503`s anymore. But the requests from recommendation `v2
are still taking more time to get a response:
customer => preference => recommendation v1 from '2039379827-jmm6x': 538
customer => preference => recommendation v1 from '2039379827-jmm6x': 539
customer => preference => recommendation v1 from '2039379827-jmm6x': 540
customer => preference => recommendation v2 from '2036617847-hdjv2': 281
customer => preference => recommendation v1 from '2039379827-jmm6x': 541
customer => preference => recommendation v2 from '2036617847-hdjv2': 282
customer => preference => recommendation v1 from '2039379827-jmm6x': 542
customer => preference => recommendation v1 from '2039379827-jmm6x': 543
customer => preference => recommendation v1 from '2039379827-jmm6x': 544
customer => preference => recommendation v2 from '2036617847-hdjv2': 283
customer => preference => recommendation v2 from '2036617847-hdjv2': 284
customer => preference => recommendation v1 from '2039379827-jmm6x': 545
customer => preference => recommendation v1 from '2039379827-jmm6x': 546
customer => preference => recommendation v1 from '2039379827-jmm6x': 547
customer => preference => recommendation v2 from '2036617847-hdjv2': 285
customer => preference => recommendation v2 from '2036617847-hdjv2': 286
customer => preference => recommendation v1 from '2039379827-jmm6x': 548
customer => preference => recommendation v2 from '2036617847-hdjv2': 287
customer => preference => recommendation v2 from '2036617847-hdjv2': 288
customer => preference => recommendation v1 from '2039379827-jmm6x': 549
customer => preference => recommendation v2 from '2036617847-hdjv2': 289
customer => preference => recommendation v2 from '2036617847-hdjv2': 290
customer => preference => recommendation v2 from '2036617847-hdjv2': 291
customer => preference => recommendation v2 from '2036617847-hdjv2': 292
customer => preference => recommendation v1 from '2039379827-jmm6x': 550
customer => preference => recommendation v1 from '2039379827-jmm6x': 551
customer => preference => recommendation v1 from '2039379827-jmm6x': 552
customer => preference => recommendation v1 from '2039379827-jmm6x': 553
customer => preference => recommendation v2 from '2036617847-hdjv2': 293
customer => preference => recommendation v2 from '2036617847-hdjv2': 294
customer => preference => recommendation v1 from '2039379827-jmm6x': 554
Our misbehaving pod recommendation-v2-2036617847-spdrb
never shows up in the console, thanks to pool ejection and retry.


Chapter 2 Ear Training
(super in-progress)
Stage 1 - have a solid auditory image of every interval. Being able to instantly recognize them in a piece of music, also knowing how to produce them. Good way to test - sing! Goal is to be able to start on any note and be able to instantly sing any interval up or down.
How do we get there? One well-known technique is to make a list of songs that start with each interval. Below is my list. Going up is not the same audio image as going down, so it’s important to find a song for the ascending and a song for the descending version of each interval. There are free tools to help you find songs in your preferred genre. Listen to the songs on repeat, sing along. Doesn’t matter if you’re not a good singer. Try startingg in different keys.
Some intervals are easier than others. Spend more time on the ones that are difficult for you. Good to make a chart keeping track of where you are for each interval. Try to randomly quiz yourself during the day by trying to sing an interval. Do it when walking around, when during chores.
| Intervals | Ascending Examples | Descending Examples |
|---|---|---|
| Minor 2nd | Jaws theme | La Vie En Rose |
| Major 2nd | Une Souris Verte | Freddie Freeloader |
| Minor 3rd | Greensleeves | Beethoven Symphony No. 5 |
| Major 3rd | Beethoven Symphoony No. 3 | The Star Spangled Banner |
| Perfect 4th | Wagner’s Wedding March | Bach Prelude in F# minor (WTC II) |
| Tritone | Maria (West Side Story) | Danse Macabre |
| Perfect 5th | Twinkle Twinkle | Minuet in G |
| Minor 6th | Manhã de Carnaval | Love Story Theme |
| Major 6th | Chopin Nocturne Op. 9 No. 2 | Nobody Knows the Trouble I’ve Seen |
| Minor 7th | Somewhere (West Side Story) | An American in Paris |
| Major 7th | Take on Me | I Love You (Cole Porter) |
| Octave | Over the Rainbow | Willow Weep For Me |
Stage 2: Intervals occur in different contexts, and the context changes the way that they sound. For example… major 3rd and then minor 3rd, vs minor 3rd and then major 3rd. Different harmonies! Each song in the list has a harmonic context in which the featured interval appear.
Once you have each individual interval solidly in your mind, try combining. Take an interval, and try to sing it after singing some other interval. To sing the second interval, you kind of need to reorient yourself, which takes too long. Much better to encode the sequence as a unit. Recognize the harmony. Can find songs for each. Maybe it’s tricky to find songs that start with a super specific pattern. I think of segments in songs. Make some charts of examples!!


Forum: CompilerIssue: LOAD-TIME-EVAL
References: #, (p. 356), (EVAL-WHEN (LOAD) ...) (p. 69-70)
issue SHARP-COMMA-CONFUSION
Category: ADDITION
Edit history: 06-Jun-87, Version 1 by James Kempf
17-Jul-87, Version 2 by James Kempf
12-Nov-87, Version 3 by Pitman (alternate direction)
01-Feb-88, Version 4 by Moon
(from version 2 w/ edits suggested by Masinter)
06-Jun-88, Version 5 by Pitman
(fairly major overhaul, merging versions 3 and 4)
21-Sep-88, Version 6 by Moon (stripped down)
17-Oct-88, Version 7 by Loosemore (change direction again)
30-Dec-88, Version 8 by Loosemore (tweaks)
23-Jan-89, Version 9 by Loosemore (amendments)
02-Mar-89, Version 10 by Loosemore (new proposal)
11-Mar-89, Version 11 by Loosemore
Problem description:
Common Lisp provides reader syntax (#,) which allows the programmer
to designate that a particular expression within a program is to be
evaluated early (at load time) but to later be treated as a constant.
Unfortunately, no access to this capability is available to programs
which construct other programs without going through the reader.
Some computations can be deferred until load time by use of EVAL-WHEN,
but since EVAL-WHEN must occur only at toplevel, and since the nesting
behavior of EVAL-WHEN is quite unintuitive, EVAL-WHEN is not a general
solution to the problem of load-time computation of program constants.
Proposal R**2-NEW-SPECIAL-FORM was approved at the January 1989
meeting. After the meeting, some additional suggestions were made that
have been incorporated into proposal R**3-NEW-SPECIAL-FORM. The sections
of the two proposals that differ are marked with change bars in the margin.
Proposal (LOAD-TIME-EVAL:R**2-NEW-SPECIAL-FORM):
Add a new special form, LOAD-TIME-VALUE, which has the following
contract:
LOAD-TIME-VALUE form &optional read-only-p [Special Form]
LOAD-TIME-VALUE provides a mechanism for delaying evaluation of <form>
until the expression is in the "runtime" environment.
If a LOAD-TIME-VALUE expression is seen by COMPILE-FILE, the compiler
| performs normal semantic processing such as macro expansion but
| arranges for the evaluation of <form> to occur at load time in a null
lexical environment, with the result of this evaluation then being
treated as an immediate quantity at run time. It is guaranteed that
the evaluation of <form> will take place only once when the file is
loaded, but the order of evaluation with respect to the "evaluation"
of top-level forms in the file is unspecified.
If a LOAD-TIME-VALUE expression appears within a function compiled
with COMPILE, the <form> is evaluated at compile time in a null lexical
environment. The result of this compile-time evaluation is treated as
an immediate quantity in the compiled code.
In interpreted code, <form> is evaluated (by EVAL) in a null
lexical environment, and one value is returned. Implementations which
implicitly compile (or partially compile) expressions passed to
EVAL may evaluate the <form> only once, at the time this
compilation is performed. This is intentionally similar to the
freedom which implementations are given for the time of expanding
macros in interpreted code.
| Note that, in interpreted code, there is no guarantee as to when
| evaluation of <form> will take place, or the number of times the
| evaluation will be performed. Since successive evaluations of the
| same LOAD-TIME-VALUE expression may or may not result in an evaluation
| which returns a "fresh" object, destructive side-effects to the
| resulting object may or may not persist from one evaluation to the
| next. It is safest to explicitly initialize the object returned by
| LOAD-TIME-VALUE, if it is later modified destructively.
| Implementations must guarantee that each reference to a
| LOAD-TIME-VALUE expression results in at least one evaluation of its
| nested <form>. For example,
| (DEFMACRO CONS-SELF (X)
| `(CONS ,X ,X))
| (CONS-SELF (LOAD-TIME-VALUE (COMPUTE-IT)))
| must perform two calls to COMPUTE-IT; although there is only one
| unique LOAD-TIME-VALUE expression, there are two distinct references
| to it.
|
| In the case of a LOAD-TIME-VALUE form appearing in a quoted expression
| passed to EVAL, each call to EVAL must result in a new evaluation of
| <form>. For example,
| (DEFVAR X 0)
| (DEFUN FOO () (EVAL '(LOAD-TIME-VALUE (INCF X))))
| is guaranteed to increment X each time FOO is called, while
| (DEFUN FOO () (LOAD-TIME-VALUE (INCF X)))
| may cause X to be evaluated only once.
The READ-ONLY-P argument designates whether the result can be considered
read-only constant. If NIL (the default), the result must be considered
ordinary, modifiable data. If T, the result is a read-only quantity
which may, as appropriate, be copied into read-only space and/or shared
with other programs. (Because this is a special form, this argument is
-not- evaluated and only the literal symbols T and NIL are permitted.)
Rationale:
LOAD-TIME-VALUE is a special form rather than a function or macro
because it requires special handling by the compiler.
Requiring the compiler to perform semantic processing such as macro
expansion on the nested <form>, rather than delaying all such processing
until load time, has the advantages that fewer macro libraries may need
to be available at load time, and that loading may be faster and result
in less consing due to macroexpansion. If users really want to delay
macroexpansion to load time, this can be done with an explicit call to
EVAL, e.g.
(LOAD-TIME-VALUE (EVAL '(MY-MACRO)))
Allowing the same LOAD-TIME-VALUE to cause its nested <form> to be
evaluated more than once makes simplifies its implementation in
interpreters which do not perform a preprocessing code walk. It also
makes the rules for the time of its processing analogous to those
for macro expansion.
This proposal explicitly does -not- tie LOAD-TIME-VALUE to the #,
read macro. Doing so would be an incompatible change to the definition
of #, (which is reliably useful only -inside- quoted structure,
while LOAD-TIME-VALUE must appear -outside- quoted structure in a
for-evaluation position).
The requirement that LOAD-TIME-VALUE expressions be evaluated once per
reference (rather than once per unique expression) prevents problems
that could result by performing destructive side-effects on a value
that is unexpectedly referenced in more than one place.
Proposal (LOAD-TIME-EVAL:R**3-NEW-SPECIAL-FORM):
Add a new special form, LOAD-TIME-VALUE, which has the following
contract:
LOAD-TIME-VALUE form &optional read-only-p [Special Form]
LOAD-TIME-VALUE provides a mechanism for delaying evaluation of <form>
until the expression is in the "runtime" environment.
If a LOAD-TIME-VALUE expression is seen by COMPILE-FILE, the compiler
| performs its normal semantic processing (such as macro expansion and
| translation into machine code) on the form, but arranges for the
| execution of <form> to occur at load time in a null
lexical environment, with the result of this evaluation then being
treated as an immediate quantity at run time. It is guaranteed that
the evaluation of <form> will take place only once when the file is
loaded, but the order of evaluation with respect to the "evaluation"
of top-level forms in the file is unspecified.
If a LOAD-TIME-VALUE expression appears within a function compiled
with COMPILE, the <form> is evaluated at compile time in a null lexical
environment. The result of this compile-time evaluation is treated as
an immediate quantity in the compiled code.
In interpreted code, <form> is evaluated (by EVAL) in a null
lexical environment, and one value is returned. Implementations which
implicitly compile (or partially compile) expressions passed to
EVAL may evaluate the <form> only once, at the time this
compilation is performed. This is intentionally similar to the
freedom which implementations are given for the time of expanding
macros in interpreted code.
| If the same (compared with EQ) list (LOAD-TIME-VALUE <form>) is
| evaluated or compiled more than once, it is unspecified whether <form>
| is evaluated only once or is evaluated more than once. This can
| happen both when an expression being evaluated or compiled shares
| substructure, and when the same expression is passed to EVAL or to
| COMPILE multiple times. Since a LOAD-TIME-VALUE expression may be
| referenced in more than one place and may be evaluated multiple times
| by the interpreter, it is unspecified whether each execution returns
| a "fresh" object or returns the same object as some other execution.
| Users must use caution when destructively modifying the resulting
| object.
|
| If two lists (LOAD-TIME-VALUE <form>) are EQUAL but not EQ, their
| values always come from distinct evaluations of <form>. Coalescing
| of these forms is not permitted.
The READ-ONLY-P argument designates whether the result can be considered
read-only constant. If NIL (the default), the result must be considered
ordinary, modifiable data. If T, the result is a read-only quantity
which may, as appropriate, be copied into read-only space and/or shared
with other programs. (Because this is a special form, this argument is
-not- evaluated and only the literal symbols T and NIL are permitted.)
Rationale:
LOAD-TIME-VALUE is a special form rather than a function or macro
because it requires special handling by the compiler.
Requiring the compiler to perform semantic processing such as macro
expansion on the nested <form>, rather than delaying all such processing
until load time, has the advantages that fewer macro libraries may need
to be available at load time, and that loading may be faster and result
in less consing due to macroexpansion. If users really want to delay
macroexpansion to load time, this can be done with an explicit call to
EVAL, e.g.
(LOAD-TIME-VALUE (EVAL '(MY-MACRO)))
Allowing the same LOAD-TIME-VALUE to cause its nested <form> to be
evaluated more than once makes simplifies its implementation in
interpreters which do not perform a preprocessing code walk. It also
makes the rules for the time of its processing analogous to those
for macro expansion.
This proposal explicitly does -not- tie LOAD-TIME-VALUE to the #,
read macro. Doing so would be an incompatible change to the definition
of #, (which is reliably useful only -inside- quoted structure,
while LOAD-TIME-VALUE must appear -outside- quoted structure in a
for-evaluation position).
Allowing multiple references to the same LOAD-TIME-VALUE expression
to result in only one interpretation allows it to be specified more
cleanly. It also allows interpreters that do not perform a prepass
to cache LOAD-TIME-VALUE expressions.
Current Practice:
This is an addition to the language and has not yet been implemented.
Cost to Implementors:
In compiled code, (LOAD-TIME-VALUE <form>) is similar to
'#,<form>. Most implementations can probably make use of the same
mechanism they use to handle #, to handle LOAD-TIME-VALUE. Note that
#, does not currently provide a mechanism for dealing with
non-read-only-ness.
Implementing LOAD-TIME-VALUE in the interpreter should be fairly
straightforward, since one simply needs to evaluate the <form> in the
null lexical environment. Implementations that use a preprocessing
code walk in the interpreter to perform macro expansion could process
LOAD-TIME-VALUE forms at that time.
Some code-walkers would have to be taught about this new
special form. Such changes would likely be trivial.
Cost to Users:
Some code-walkers would have to be taught about this new
special form. Such changes would likely be trivial.
Benefits:
Users are given a mechanism that to force evaluation to be delayed
until load time that does not rely on a feature of the reader.
Discussion:
Earlier versions (up to version 7) of this proposal stated that
all semantic processing of the LOAD-TIME-VALUE form should be postponed
until load time.
The semantics of LOAD-TIME-VALUE would be simplified considerably if
the READ-ONLY-P argument were removed and destructive operations on
the result of evaluating <form> prohibited. However, some people feel
that the ability to destructively modify the value is an essential
feature to include.
"Collapsing" of multiple references to the same LOAD-TIME-VALUE
expression could be allowed for read-only situations, but it seems
like it would be more confusing to make it legal in some situations
and not in others.
A number of other alternatives have been considered on this issue,
including:
- A proposal for a new special form that would force evaluation of
the <form> to happen only once. This was rejected because of
implementation difficulties.
- A proposal to add a function making the "magic cookie" used by #,
available to user code. The current proposal does not prevent such
a function from being added, but this approach appeared to have
less support than making the hook available as a new special form.
- A proposal to remove #, entirely (issue SHARP-COMMA-CONFUSION).
- A suggestion to change the behavior of (EVAL-WHEN (LOAD) ...).
Kent Pitman says:
Although I'm willing to take multiple evaluation in the interpreter
as a compromise position, I would like it mentioned in the discussion
that this was only an expedient to getting this issue accepted at all,
and that I'm not really happy about it. I have said that I think a
number of our lingering problems (with EVAL-WHEN, COMPILER-LET, and
this -- for example) are due to the presence of interpreters which do
not do a semantic-prepass at a known time. If I had my way, we would
require a semantic pre-pass and we would then be able to forbid
multiple evaluations even in the interpreter.
Moon and Gray support proposal R**3-NEW-SPECIAL-FORM.
Pitman also expressed willingness to go along with
R**3-NEW-SPECIAL-FORM, but was somewhat concerned that coalescing
LOAD-TIME-VALUE results based on EQ-ness of the LOAD-TIME-VALUE form
could conceivably lead to trouble down the line. However, since he
could provide no actual examples to back up that worry, and since the
majority opinion was that some implementations would find a
restriction against such coalescing an undue burden, the decision was
made to just `note the concern' and proceed on. Sandra Loosemore and
JonL White concur with this position.


import { TextexpandModule } from '@sbb-esta/angular-public';
TextexpandComponent
Selector: sbb-textexpand
| Name | Description |
|---|---|
|
@Output()
|
Event activated at the expansion of the text. |
|
|
Is used to set the priority with which screen reader should treat updates to live regions. With "polite" value the screen reader will speak changes whenever the user is idle. |
|
|
Refers to the textexpand-collapsed component istance. |
|
|
Css class of the textexpand component. |
|
|
Refers to the textexpand-expanded component istance. |
|
|
Identifier of the textexpand component. |
|
|
Describes if text content is expanded or not. Initially is collapsed. |
|
|
Is an ARIA landmark role. It provide a way to identify a specific zone of the page. Screen readers use landmark roles to provide keyboard navigation to important sections of a page. |
| toggleExpanded |
|---|
TextexpandExpandedComponent
Selector: sbb-textexpand-expanded
| Name | Description |
|---|---|
|
|
Css class of the textexpand-expanded component. |
|
|
Describes if textexpand-expanded is hidden or not. Initially it is hidden. |
TextexpandCollapsedComponent
Selector: sbb-textexpand-collapsed
| Name | Description |
|---|---|
|
|
Css class of the textexpand-collapsed component. |
|
|
Describes if textexpand-collapsed is hidden or not. Initially it isn't hidden. |


Joachim Mall
[90, 80]
|
Joachim Mall
[91, 80]
|
Unwin Park
[92, 80]
|
Barrington Avenue
[93, 80]
|
Tudge Way Fire Station
[94, 80]
|
Ginn Alley
[95, 80]
|
the Osbourne Building
[96, 80]
|
the Doutch Museum
[97, 80]
|
a factory
[98, 80]
|
St Birinus's Church
[99, 80]
|
wasteland
[90, 81]
|
Bousie Avenue
[91, 81]
|
Hambling Street
[92, 81]
|
Ironsides Alley
[93, 81]
|
Gregg Grove
[94, 81]
|
Sherriff Towers
[95, 81]
|
Hanna Row
[96, 81]
|
Burdett Street
[97, 81]
|
Tidball Walk
[98, 81]
|
wasteland
[99, 81]
|
wasteland
[90, 82]
|
Atkins Cinema
[91, 82]
|
Greenland Boulevard Police Dept
[92, 82]
|
Gelasius General Hospital
[93, 82]
|
Derryman Crescent Railway Station
[94, 82]
|
wasteland
[95, 82]
|
wasteland
[96, 82]
|
Powlett Road
[97, 82]
|
a warehouse
[98, 82]
|
Kingham Drive
[99, 82]
|
the Blanning Building
[90, 83]
|
Bastick Auto Repair
[91, 83]
|
Bulmer Street
[92, 83]
|
Gendrault Auto Repair
[93, 83]
|
the Burtenshaw Arms
[94, 83]
|
wasteland
[95, 83]
|
wasteland
[96, 83]
|
Poulter Plaza
[97, 83]
|
Parr Towers
[98, 83]
|
the Phipps Building
[99, 83]
|
wasteland
[90, 84]
|
Anderson Towers
[91, 84]
|
St Seraphim's Hospital
[92, 84]
|
Drave Street
[93, 84]
|
Cutmore Avenue
[94, 84]
|
Ewer Street
[95, 84]
|
Pratley Library
[96, 84]
|
Wiles Bank
[97, 84]
|
McCormack Grove
[98, 84]
|
the Comitty Building
[99, 84]
|
Pollock Street School
[90, 85]
|
St Columbanus's Church
[91, 85]
|
a cemetery
[92, 85]
|
wasteland
[93, 85]
|
Pownall Street School
[94, 85]
|
the Underdown Building
[95, 85]
|
Melville Street
[96, 85]
|
Club McTier
[97, 85]
|
the Noonan Building
[98, 85]
|
Bacon Row
[99, 85]
|
Hedbitch Row Railway Station
[90, 86]
|
wasteland
[91, 86]
|
Parkman Alley
[92, 86]
|
Club MacDonnell
[93, 86]
|
a warehouse
[94, 86]
|
a factory
[95, 86]
|
Hebden Auto Repair
[96, 86]
|
Canham Bank
[97, 86]
|
the Lintell Building
[98, 86]
|
the Warman Building
[99, 86]
|
the Kind Building
[90, 87]
|
Elston Square
[91, 87]
|
the Havercroft Motel
[92, 87]
|
the Hensler Building
[93, 87]
|
wasteland
[94, 87]
|
the Strangemore Building
[95, 87]
|
a carpark
[96, 87]
|
Whalen Avenue Railway Station
[97, 87]
|
the Longstaff Building
[98, 87]
|
Pickford Park
[99, 87]
|
Club Vacher
[90, 88]
|
Godwyn Drive
[91, 88]
|
Chadwick Square
[92, 88]
|
Phabayn Way Railway Station
[93, 88]
|
the Wolfendall Building
[94, 88]
|
Dohoney Grove Police Dept
[95, 88]
|
the Haskins Building
[96, 88]
|
the Owsley Museum
[97, 88]
|
Clear Cinema
[98, 88]
|
Knill Towers
[99, 88]
|
the Thicke Monument
[90, 89]
|
the Quartly Building
[91, 89]
|
Forbes Grove
[92, 89]
|
Towne Row Police Dept
[93, 89]
|
Hobson Place Police Dept
[94, 89]
|
Lanham Drive
[95, 89]
|
a warehouse
[96, 89]
|
the Press Motel
[97, 89]
|
Applegate Alley
[98, 89]
|
the Dirkinson Building
[99, 89]
|
|
Menu
City Map
Find Location
Route Finder
World View
Map Mirror
|


A highly programmable form filler for developers.
Form-O-Fill is a tool from developers for developers so there is some knowledge if javascript neccessary to work with this tool.
Form-O-Fill is a tool from developers for developers so there is some knowledge if javascript neccessary to work with this tool.


Email<EMAIL_ADDRESS>Director of Development @ Vermont Design Works
Adjunct Professor @ Champlain College
Interested in writing apps in React with ES6?
We are hiring front-end and back-end devs!
“Write
programsfunctions that do one thing and do it well. Writeprogramsfunctions to work together.”– Doug McIlroy, inventor of UNIX pipes
To achieve our goal, we need to do 2 things:
This talk looks at techniques for
decomposition and composition.
How do we make this function more re-usable?
var characters = [
{id: 1, name: 'Arrow'},
{id: 2, name: 'Oblio'},
];
var characterIds = characters.map(function(character) {
return character.id;
});
Step 1: Parameterize the Property Name
function get(propName, object) {
return object[propName];
}
var characters = [
{id: 1, name: 'Arrow'},
{id: 2, name: 'Oblio'},
];
var characterIds = characters.map(get); // ?!@#
That was pointless!
Step 2: Make it Fit the Desired Interface
function get(propName, object) {
return object[propName];
}
function getId(object) {
return get('id', object);
}
var characters = [
{id: 1, name: 'Arrow'},
{id: 2, name: 'Oblio'},
];
var characterIds = characters.map(getId);
Manual and quite ugly.
Wouldn't it be nice if we had a way to easily
transform get into getId?
A programming language has first-class functions if...
Step 3: Make get return a function
function get(propName) {
return function(object) {
return object[propName];
};
}
var characters = [
{id: 1, name: 'Arrow'},
{id: 2, name: 'Oblio'},
];
var characterIds = characters.map(get('id'));
Better, but writing nested functions is tedious...
What is the Relationship between these 2 functions?
function getA(propName, object) {
return object[propName];
}
function getB(propName) {
return function(object) {
return object[propName];
};
}
getB takes getA's first argument (propName) and returns a function that takes getA's second argument (object) and returns getA(propName, object)
Can we write a function to turn getA into getB?
function getA(propName, object) {
return object[propName];
}
function ???(getA, arg1) {
return function(arg2) {
return getA(arg1, arg2);
};
}
What do we call it?
Partial Application: Application is calling a function with arguments, partial refers to the fact that we dont have all the arguments yet
function get(propName, object) {
return object[propName];
}
function leftApply(fn, arg1) {
return function(arg2) {
return fn(arg1, arg2);
};
}
const getId = leftApply(get, 'id');
characters.map(getId);
Javascript supports partial application natively.
function get(propName, object) {
return object[propName];
}
const getId = get.bind(null, 'id');
characters.map(getId);
Allows us to write our function normally (immediately evaluating) and have the returning of nested functions handled automatically.
leftApply (and its corollary rightApply) helps us to decompose a function into a simpler function by supplying one of its arguments up front.
Left apply is an example of a higher order function.
Higher Order functions are functions which accept a function as an argument OR return a function as a value.
We can write higher order functions to transform other functions.
characters.map(leftApply(get, 'id'));
characters.map(get('id'));
A technique which turns a function of arity X of into a nested series of X unary (single argument) functions.
var character = { id: 5, name: 'Rock Man' };
get('name', character); // 'Rock Man'
var curriedGet = curry(get);
curriedGet('name')(character); // 'Rock Man'
var getName = curriedGet('name');
getName(character); // 'Rock Man'
Anybody know why its called currying?
Our get function from earlier was a curried function:
function get(propName, obj) {
return obj[propName];
}
function curriedGet(propName) {
return function(obj) {
return obj[propName];
};
}
Curried functions accept 1 argument at a time. You call the returned function with the next argument, etc. When the final argument is supplied, the function is called and the value is returned.
Final Get Function
const get = curry(function get(propName, obj) {
return obj[propName];
});
var characters = [
{id: 3, name: 'The Count'},
{id: 4, name: 'The Pointed Man'},
];
var characterIds = characters.map(get('id'));
Take it Further: Curried Map
const get = curry(function get(propName, obj) {
return obj[propName];
});
const map = curry(function map(fn, mappable) {
return mappable.map(fn);
});
var characters = [
{id: 3, name: 'The Count'},
{id: 4, name: 'The Pointed Man'},
];
const getIds = map(get('id'));
var characterIds = getIds(characters);
Its not just passing functions as args or storing them in vars.
We can use functions that create new functions by breaking down existing functions, like leftApply or curry.
We can also use functions that create new functions by combining existing functions.
This makes sense when we think of functions as values in the same way as we think of numbers or strings as values. We can perform operations on them to combine or transform them and create new values.
# Edit the result of a command in vim
du -h /var | sort -hr | head -10 | vim -
# Create a file and edit it
touch myfile.txt && vim $_
# Open modified files in vim
vim $(git status -uno --porcelain | awk '{ print $2 }')
function logBeforeAdd(x, y) {
console.log(x, y);
return add(x, y);
}
function logBefore(fn) {
return function() {
console.log(arguments);
return fn.apply(this, arguments);
};
}
What is the behavior of the logBefore fn?
A decorator is a higher order function that takes one function as its argument and returns a new function that is closely related to the original function
function logBefore(fn) {
return function() {
console.log(arguments);
return fn.apply(this, arguments);
}
}
Side-effect made explicit & isolated
function retry(fn, maxTries) {
return function() {
var error;
while (maxTries--) {
try {
return fn.apply(this, arguments);
} catch (err) {
error = err;
}
}
throw error;
};
}
const resilientLoadUsers = retry(loadUsers, 3);
const users = resilientLoadUsers();
function memoize(fn) {
var memos = {};
return function() {
var key = JSON.stringify(Array.from(arguments));
if (!memos.hasOwnProperty(key)) {
console.log('cache miss on: '+key);
memos[key] = fn.apply(this, arguments);
} else {
console.log('cache hit on: '+key);
}
return memos[key];
};
};
const memoizedAdd = memoize(add);
memoizedAdd(1, 2); // cache miss on: [1,2]
memoizedAdd(1, 2); // cache hit on: [1,2]
Decouple complex multi-step operation into small, manageable chunks.
function uppercase(string) {
return string.toUpperCase();
}
function pipe() {
const functionQueue = Array.from(arguments);
return function() {
const initialValue = arguments[0];
return functionQueue.reduce(
(returnValue, fn) => return fn(returnValue),
initialValue
);
}
}
const getUppercaseName = pipe(get('name'), uppercase);
const uppercaseNames = characters.map(getUppercaseName);
compose = flip(pipe);
const log = console.log.bind(console);
function logBefore(fn) {
return function() {
log(arguments);
return fn.apply(this, arguments);
};
}
How do we make this more re-usable?
const log = console.log.bind(console);
function before(beforeFn, mainFn) {
return function() {
beforeFn.apply(this, arguments);
return mainFn.apply(this, arguments);
};
}
const logBeforeAdd = before(log, add);
const logBeforeClick = before(log, handleClick);
Can we make this even more re-usable?
const log = console.log.bind(console);
const before = curry(function before(beforeFn, mainFn) {
return function() {
beforeFn.apply(this, arguments);
return fn.apply(this, arguments);
};
});
const logBefore = before(log);
const logBeforeAdd = logBefore(add);
const logBeforeClick = logBefore(handleClick);
Combinators are functions that create more complex values by combining the provided arguments.
We're used to thinking about combining values likes numbers (addition), arrays (concat), or objects (Object.assign), but less so with functions.
before(beforeFn, mainFn) is a function combinator, a higher order function that create more complex functions by combining other functions.
Return the result of calling aroundFn with mainFn and all other arguments. You can implement many decorators using around.
function around(wrapperFn, mainFn) {
return function() {
var args = [mainFn].concat(Array.from(arguments));
return wrapperFn.apply(this, args);
};
}
const addAndDouble = around(function(mainFn, ...args) {
return mainFn(...args) * 2;
}, add);
addAndDouble(1, 2); // 6
Email<EMAIL_ADDRESS>Director of Development @ Vermont Design Works
Adjunct Professor @ Champlain College
Interested in writing apps in React with ES6?
We are hiring front-end and back-end devs!


{% extends "base.html" %} {% block extra_head %} {% endblock %} {% block content %}
You will be notified by email at {{ mail }} when an appropriate news story shows up.


MILANO DESIGN WEEK 8-13 APRILE 2014
Fuorisalone Tips
Language
English
Italian
Personalized tips
for
@joosterman
Would you like personalized tips for interesting venues?
Yes, send me recommendations!
No, don't send me recommendations
You have no tips at this moment. Please check back later. If you are following our Twitter account we will also send you these tips via DM.
Tuesday, April 4th
2
recommendation(s)
Location
:
B&B Italia
@
Via Durini, 14
Visit site
Event
:
Design Atelier Oï
Event:
Edward Barber & Jay Osgerby
14 - 16h
Event:
Gabriele e Oscar Buratti
16 - 18h
Event:
Antonio Citterio
18 - 19h
Personal info
Screenname
:
Current status
:
Opt-out
Communication preference
:
English
Italian
Following
@fuorisalonetips:
Recommendations received
:


HasWithMethods
trait HasWithMethods (View source)
Methods
Set the timeout.
Set the user agent header.
Set the allowed crypto method.
Disable all SSL certificate checks.
Set all headers.
Add an array of headers.
Set the proxy server.
Add a header to the request.
Set the TLS version.
Add a basic authorization (which is actually an authenticaation) header.
Execute the $response->$methodName(.
Set the raw payload of the request.
Set a JSON payload.
Set an XML payload.
Set a URL-encoded payload.
Mock an end point.
Details
at line 33
HasWithMethods
withTimeout(float $seconds)
Set the timeout.
at line 45
HasWithMethods
withUserAgent(string $userAgent)
Set the user agent header.
at line 59
HasWithMethods
withCryptoMethod(string $cryptoMethod)
Set the allowed crypto method.
A Crypto method can be one of the CRYPTO_* constants
at line 77
HasWithMethods
skipCertificateChecks()
Disable all SSL certificate checks.
at line 89
HasWithMethods
withEngine(Engine $engine)
Set the transfer engine.
at line 101
HasWithMethods
withHeaders(array $headers)
Set all headers.
at line 113
HasWithMethods
withAdditionalHeaders(array $additionalHeaders)
Add an array of headers.
at line 136
HasWithMethods
withProxy(string $proxy)
Set the proxy server.
at line 149
HasWithMethods
withHeader(string $name, string $value)
Add a header to the request.
at line 161
HasWithMethods
withTls(string $version)
Set the TLS version.
at line 188
HasWithMethods
withBasicAuth(string $username, string $password)
Add a basic authorization (which is actually an authenticaation) header.
at line 203
HasWithMethods
withPayload(Payload $payload)
Set the payload of the request.
at line 216
HasWithMethods
withResponseCall(string $methodName, array $args = [])
Execute the $response->$methodName(.
..$args) as soon as we have a response.
at line 240
HasWithMethods
withRawPayload(string $payload, string $contentType = 'application/octet-stream')
Set the raw payload of the request.
at line 258
HasWithMethods
withJsonPayload(array|object $payload, string $contentType = 'application/json')
Set a JSON payload.
NOTE that the neither unicode characters nor slashes are escaped. This behaviors is compatible with the json standard as well as most browsers' * JSON.stringify() and JSON.parse(). However, it is not default output of json_encode.
at line 271
HasWithMethods
withXmlPayload(SimpleXmlElement|string $xml, string $contentType = 'application/xml')
Set an XML payload.
at line 287
HasWithMethods
withFormDataPayload(array $form)
Set a URL-encoded payload.
at line 304
HasWithMethods
withMockedEndpoint(string $methodPattern, string $urlPattern, callable $handler)
Mock an end point.


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Buy one pizza on Tuesdays, and get one free plus a glass of wine.
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Amazon EC2 LaunchTemplate NetworkInterface
The
NetworkInterface
property type specifies parameters for a network interface in an Amazon EC2 launch
template.
NetworkInterface
is a property of the Amazon EC2 LaunchTemplate LaunchTemplateData property type.
Syntax
To declare this entity in your AWS CloudFormation template, use the following syntax:
JSON
{ "Description" :
String
, "PrivateIpAddress" :String
, "PrivateIpAddresses" : [ PrivateIpAdd, ... ], "SecondaryPrivateIpAddressCount" :Integer
, "Ipv6AddressCount" :Integer
, "Groups" : [String
, ... ], "DeviceIndex" :Integer
, "SubnetId" :String
, "Ipv6Addresses" : [ Ipv6Add, ... ], "AssociatePublicIpAddress" :Boolean
, "NetworkInterfaceId" :String
, "DeleteOnTermination" :Boolean
}
YAML
Description:
String
PrivateIpAddress:String
PrivateIpAddresses: - PrivateIpAdd SecondaryPrivateIpAddressCount:Integer
Ipv6AddressCount:Integer
Groups: -String
DeviceIndex:Integer
SubnetId:String
Ipv6Addresses: - Ipv6Add AssociatePublicIpAddress:Boolean
NetworkInterfaceId:String
DeleteOnTermination:Boolean
Properties
AssociatePublicIpAddress
-
Associates a public IPv4 address with eth0 for a new network interface.
Required: No
Type: Boolean
Update requires: No interruption
DeleteOnTermination
-
Indicates whether the network interface is deleted when the instance is terminated.
Required: No
Type: Boolean
Update requires: No interruption
Description
-
A description for the network interface.
Required: No
Type: String
Update requires: No interruption
DeviceIndex
-
The device index for the network interface attachment.
Required: No
Type: Integer
Update requires: No interruption
Groups
-
The IDs of one or more security groups.
Required: No
Type: List of String values
Update requires: No interruption
Ipv6AddressCount
-
The number of IPv6 addresses to assign to a network interface. Amazon EC2 automatically selects the IPv6 addresses from the subnet range. You can't use this option if specifying specific IPv6 addresses.
Required: No
Type: Integer
Update requires: No interruption
Ipv6Addresses
-
One or more specific IPv6 addresses from the IPv6 CIDR block range of your subnet. You can't use this option if you're specifying a number of IPv6 addresses.
Required: No
Type: List of Ipv6Add
Update requires: No interruption
NetworkInterfaceId
-
The ID of the network interface.
Required: No
Type: String
Update requires: No interruption
PrivateIpAddress
-
The primary private IPv4 address of the network interface.
Required: No
Type: String
Update requires: No interruption
PrivateIpAddresses
-
One or more private IPv4 addresses.
Required: No
Type: List of PrivateIpAdd
Update requires: No interruption
SecondaryPrivateIpAddressCount
-
The number of secondary private IPv4 addresses to assign to a network interface.
Required: No
Type: Integer
Update requires: No interruption
SubnetId
-
The ID of the subnet for the network interface.
Required: No
Type: String
Update requires: No interruption
See Also
-
LaunchTemplateInstanceNetworkInterfaceSpecificationRequest in the Amazon EC2 API Reference


About
BioGraphVisart is a web-based tool to interactively visualize networks, especially with biological background. It is written in javascript based on Cytoscape.js.
BioGraphVisart can currently read generic networks from various sources through a standardized file format (graphML), which can be generated by many other tools.
It offers different automated layout options for the graph and mapping of generic attributes (e.g., expression levels) onto nodes and edges. Node and edge styles for different interaction types according to KEGG, the generation of legends for edge styles and the node coloring by easy selection of an attribute by the user, and grouping with respect to predefined pathways (e.g., from KEGG) are additional features currently implemented. BioGraphVisart can be easily integrated into other web applications by importing its main .html-file into the other application.
We simplified the process of analysis and visualization with an interactive user-friendly interface for faster data interpretation.


William Houghton
Full Stack Web Developer
Wellington, New Zealand
Hello!
This is my portfolio website
My name is Will Houghton, I'm 19 years old and am beginning my career into the software development world. I recently graduated from Enspiral Dev Academy (Wellington) and learned full stack Javascript web development.


General Information
San Bernadino County Superintendent of Schools
601 North E. Street San Bernadino CA 92415-0020
General Information
(909)888-3228
FAX (909) 386=2478
http://www.sbcss.k12.ca.us
San Bernardino County Superintendent of Schools (SBCSS) acts as an intermediate service agency between the state and local school districts to help meet the educational needs of all children countywide. Besides the main office in downtown San Bernardino, SBCSS has business offices in Colton and northern San Bernardino, plus service centers in Rancho Cucamonga and Apple Valley


INSIDE LIFE-FACILITIES
Silver Jubilee Auditorium
SJA is a huge auditorium that regularly hosts major events of NITK. Formed to commemorate NITK's Silver Jubilee, it is the projection of NITK’s pride as one of the top engineering institutions in the country.
The SJA has a capacity of around 1000. It is fully air conditioned and also has a balcony housing. SJA is decked up for all major occasions and looks rather stunning during the nights. As a fresher one should not miss the musical nights. Those are truly performances worth cherishing (and the AC worth sitting for!). Films are regularly screened by the Films’ Club and block timings are extended during the screening of these films!
All the fests start with their inaugural functions at the SJA, be it ENGINEER, INCIDENT or Crrescendo for that matter. The crowd particularly goes in a frenzy whenever there is an amazing performance and it is a treat to watch especially from the balcony.
The building is centrally located in the campus just adjacent to Ocean Pearl and opposite to Central Computer Centre(CCC).
Students' Activity Center (SAC)
Students Activity Centre is the arena right beside the HCC and in front of the basketball court. It's quite a serene and calm place on a normal day. It is often used as a popular hangout place by most people during the evenings.
Come the fests and this place will be busy buzzing with students as all the major performances and events take place here. Every night during INCI and two of the nights during ENGINEER this place is filled with people waiting for the band events or the DJ Show.
And that’s not it, Films and plays will be regularly screened and sometimes cricket matches are also shown. During the Indian cricket team’s matches the entire college comes over here to cheer and it provides the thrill that one experiences in a stadium. A great atmosphere makes this place awesome during the movie screenings.
Library
The NITK Library is housed in a spacious two-storied independent building adjoining the Main building of the Institute on the Eastern side of the campus. The library is segregated into two wings.Periodicals, journals and bound volumes are accessible in the Western wing, while books are housed in the Eastern wing.
The Reading halls provides the peaceful and friendly atmosphere for studying peacefully.There is also an AC room to find respite from the sweltering Surathkal heat. The library also has a Xerox and printing facility on the 1st floor along with a facility to read newspapers in various languages. The second floor has a Reading Room which can be used by students to study in groups or for discussing a particular project/ assignment.
A computer terminal is provided which can be used to gain information regarding availability and particulars of any book. A bar-coded system of issue and return of books is currently in use. Laptops are allowed inside the library and e-books or research papers can be downloaded from the library Wi-Fi.
| Weekdays | 8:30 am to 8 pm |
| Saturday | 9 am to 8 pm |
| Sundays and Holidays | 9 am to 4 pm |
| Exam time | 8:30 am to 0:00 am |
| Vacations | 9 am to 5 pm |
Health Care Centre
The Health Care Centre also known as HCC is a unique facility. Free doctors + medicine! Many private colleges do not have such a facility. It is situated in the centre of the campus opposite the main grounds.
There are doctors available at the given timings and all you need to show is your ID Card
to get free treatment as well as free medicines from the in-house pharmacy. Specialist
doctors visit the campus once a week and you can book an appointment with them at the campus
itself. NITK has recently inducted a 24-hour ambulance for emergencies.
You will also be covered under a medical insurance by HCC, NITK. It's available throughout Karnataka in almost all major hospitals :P.You can claim lakhs of money in case you undergo some medical treatment in and around Mangalore. You can even get rebate in consultancy fees of top-notch doctors in almost all the Hospitals in Mangalore.
Main Building
This is the mother of all buildings at NITK. Here lies the Administration office and all the
officials’ office. From the Dean to the Director, everyone’s office can be found here. Visit
this place for all official purposes. ( A word of warning, don’t enter this building in shorts
or you are done for :P)
There are two seminar halls in this building namely - Main Seminar Hall (MSH) and the ISTE
seminar hall. Regular seminars and (boring :P) quizzes take place here.
There are 5 classrooms on the ground floor which are often used by students for self-study or
for clubs to hold their meetings and to conduct events for the first-years.
And then lastly there is a hotel called Samudra Darshan on the top floor where you can have
regular breakfast/lunch. The panoramic view from there is one not to be missed.
Central Computer Centre
CCC (pronounced trip-see) occupies the ground and first floor of the building opposite to the
Silver Jubilee Auditorium. CCC was established in 1995 as a service providing/supporting facility
that augments to the computing facilities in the teaching departments.
There is a computer lab on the ground floor which is accessed only by first years for their
Computer Programming classes. However on the first floor there is another lab which is used by the
students and is open to all for their personal use. CCC is also responsible for Internet connectivity throughout campus and all complaints for internet connections not working in your rooms are addressed here.
For more details check here.
| Monday - Saturday | 8:30 am to 8 pm |
| Sunday | Closed |
| Exam time | 8.30 am to 00:00 am |
Campus Map
SAC - Students' Activity Center
SJA - Silver Jubilee Auditorium
KREC - Karnataka Regional Engineering College (Version 1.0 of NITK)
ATB - Additional Teaching Block
CCC - Central Computing Center


--- layout: page title: Resources description: Sonobuoy Resources id: resources ---
A first look at Sonobuoy
Overview of Sonobuoy
Sonobuoy in 10 minutes, presented at Kubernetes Community Meeting
Learn more about CNCF Certified Kubernetes:
https://github.com/cncf/k8s-conformance#certified-kubernetes
Sonobuoy source code:
https://github.com/vmware-tanzu/sonobuoy


DoBots offers an autopilot for a cleaning machine. A scrubber/dryer requires a cleaning person to walk behind it. DoBots provides an add-on to a robot, a so-called autopilot, to upgrade a machine to a fully autonomous robot.
Read more at the page about the autopilot for cleaning.
Please, contact for projects into different applications that have not made it into the website yet!


A default game object for use in Vector and Pool Containers.
More...
#include <GameObject.h>
A default game object for use in Vector and Pool Containers.
- Author
- Ashley Gwinnell info@.nosp@m.ashl.nosp@m.eygwi.nosp@m.nnel.nosp<EMAIL_ADDRESS>Definition at line 23 of file GameObject.h.
| ARK::Core::GameObject::GameObject |
( |
| ) |
|
| ARK::Core::GameObject::~GameObject |
( |
| ) |
|
|
virtual |
| int ARK::Core::GameObject::getRenderingLayer |
( |
| ) |
|
|
virtual |
| bool ARK::Core::GameObject::isPendingRemoval |
( |
| ) |
|
|
virtual |
| void ARK::Core::GameObject::onPrune |
( |
| ) |
|
|
virtual |
| void ARK::Core::GameObject::setPendingRemoval |
( |
bool |
b | ) |
|
|
virtual |
| void ARK::Core::GameObject::setRenderingLayer |
( |
int |
i | ) |
|
|
virtual |
| string ARK::Core::GameObject::toString |
( |
| ) |
|
|
virtual |
| bool ARK::Core::GameObject::m_pendingRemoval |
|
protected |
| int ARK::Core::GameObject::m_renderingLayer |
|
protected |
The documentation for this class was generated from the following files:


|
Namespaces |
| namespace | Nitobi |
Classes |
| interface | Nitobi.IRow |
| | Defines the generic interface for a row of data when a nitobi control is sending back rows of data in an Ajax request. More...
|
| class | Nitobi.LateBindingDataRow |
| | Implements the IRow interface by binding to a .NET object and using .NET reflection to get property values based on the fieldName provided. More...
|
| class | Nitobi.RequestDataRow |
| | Implements the IRow interface by getting its values from the HTTP Request using the provided fieldName. More...
|
| class | Nitobi.XmlDataRow |
| | Implements the IRow interface by gettings values from a System.Xml.XmlElement object using the provided fieldName. More...
|


Recipe Generator
Enter your food ingredients
Seperated by comma
Search
Enter your drink ingredients
Seperated by comma
Search
Search History
Clear
Here are your food choices
Here are your drink choices
Favorite List
Clear


Author : Ian Taylor Input Types : TrianaPixelMap Date : 22 August 1999
ImageView is a unit that displays a TrianaPixelMap. This unit can be use along with GIFReader (or JPEGReader) to view graphics files.


| DOSE: |
3 mg |
oral |
DOC |
(liquid) |
I was in a Boarding School for drug problems when I found a kid who could get me DOC. I was not entirely sure what it was when I first took it, and was told it would last for 24-27 hours, and was like a more lucid LSD trip. He was more or less right.
I drank a Green Tea Latte that was spiked with 3ml of DOC (previously it had come in powder, and was measured into vodka so that it was about a mg an ml) at 10:00 PM, just as we had 'lights out'. For the first hour and a half or so nothing happened, I knew that it would take a while but I was a little sketch when nothing was happening. It came on rather slow and as I was on my computer laying in my bed I started to feel tingly, and a little euphoric. It was like MDMA, but without the 'fake happy'. About two hours in I started to see some visuals and was getting a little excited. I have taken LSD numerous times and thought that this was gonna be no problem, especially since it was more lucid.
Throughout the night I paced back in forth in my room, going from the bathroom to my bed, back to the bathroom. Various times throughout the night I got nervous and started to freak out a little bit, the visuals were more intense than any amount of LSD I had ever taken. So like I have done whenever other trips have gone a little downhill, I went into a completely different room, put on music and turned on the lights. This time however as I went into my bathroom I would claustrophobic, and have to go back to my bed and watch a movie or something. The trip was something else though. I became less enlightened than I ever had before. Nothing made sense to me, I was confused about the origins of everything, and had absolutely no idea what was going on. I can remember being in my bed for hours just rocking back and forth not at all sure what was going on.
Then snap, my alarm went off at 6:30 and I thought I was dreaming. It wasn't like a trip in the sense that things weren't changing. And I was down, but that didn't seem to affect my trip or scare me in any way. It was incredibly weird. It was like when I used to watch TV when the channels had not so good reception, and it was flicker for a second, or it would go static for a second. As I went through my morning nothing seemed to work right, when I tried to fold my clothes they didn't look right, and I had no idea what was going on. I would look at people and they would be growing full beards, and turn older right before my eyes. I could only focus on microscopic details.
I thought I was dreaming. I walked right out of my first period class because I didn't feel like learning. I thought I was dreaming and wanted to wake up. I tried to wake myself by means of a knife, and was restrained and sat in a corner to talk with my therapist. My staff was clueless to why I was doing this. I hadn't told them I'd ingested 3ml of a highly potent psychedelic. They ended up taking me to a hospital and then I came clean with everything. I convinced the staff there however that I had come down, and that all was well so they wouldn't give me drugs to come down of the DOC, or keep me there. I was still peaking while I was talking to all of the doctors and nurses, and they seemed to believe me. So I went back to school as was put on suspension, and sat in the cafeteria until bed. The visuals were still just as intense as before, and I started to come down, and then I re plateaued.
Visuals: The visuals throughout the trip were insane, I had never before seen rainbows dancing in front of me, and turned into the Harry Potter from the computer games. It was a mix between LSD and Mushrooms in the visuals. I would see things that weren't there, but also as I was walking trees would look as if they were pictures, and the scenery looked like it had been painted. The visuals lasted for about 24-27 hours, and the feeling lasted for about 30 or so. Before and after I felt tingly.
Mental: My thoughts were incredibly jumbled up for the first part of my trip, I didn't know at all what was going on or how to make sense of anything. After I got back from the hospital however, my thoughts were as lucid as they had ever been. I wasn't thinking really deeply, like on LSD or Ketamine, I had normal thoughts. I was completely in control of body the entire time, I never made steps that I didn't mean to, or stumble over my words. I was able to remember entire songs and scales on guitar, no more so than usual.
After: I didn't feel depressed, or happy. It didn't seem like my brain had been melted, or fried. I returned to my normal self the second I woke up the next day. There really wasn't a backlash from it (mentally that is).
Overall I'd say that this experience was a good one. The first half of the trip I was confused, the other half was a 180 degree turn. I was lucid and in control. And about a week or so after I started to debate the point of psychedelics. Whether or not they were worth it, or if they even had a point.  I always thought that in order to really see life, I needed to be on a psychedelic, so I could spiritually and visually walk through doors in my mind, but I found that to me in order to really explore life and philosophy, I can't be focused on what my printer is doing, or why the concrete is smiling and laughing with me. So for me this completely took away my appetite for mind altering substances, but for others it might strengthen it.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


$replace['random-game'] = ['Twister', 'Connect 4', 'Russian Roulette'][rand(0,2)];
We've got fun and games.
Like


Active Learning/Adaptive Sampling¶
The active learning/adaptive sampling is used to create a feedback loop between the deep learning model and VRM simulator. This enables faster training convergence as the model generates a set of process parameters based on the regions that have maximum uncertainty. This is done iteratively till the model performance on unseen data is above the set threshold. Given training sample generation from the multi-fidelity simulator is a time taking computation heavy process the active learning strategy has significant impact on reduction of computation resources and time. The aim of this is to have a continuous learning system that can adapt to dynamic changes within a system and learn continuously so that model performance does not diminish with time.
-
class
dlmfg.active_learning.sampling_system.
AdaptiveSampling
(sample_dim, sample_type, adaptive_samples_dim, adaptive_runs)[source]¶ Assembly System Class
- Parameters
sample_dim (str (required)) – The number of initial samples to be generated
sample_type – Type of sampling to be used for generating initial samples
adaptive_sample_dim (int (required)) – The number of samples to be generated with each adaptive sample run
adaptive_runs (int (required)) – The maximum number of adaptive runs to be conducted
-
adpative_samples_gen
(kcc_struct, run_id)[source]¶ Adaptive samples based on model uncertainty, currently this is Work in Progress
-
inital_sampling_lhs
(kcc_struct, sample_dim)[source]¶ Generates multi-variate LHS samples for each KCC and scales then based on the KCC maximum and minimum value
- Parameters
kcc_struct – list of dictionaries for each KCC from kcc_config file
sample_dim (int (required)) – The number of initial samples to be generated
- Returns
numpy array of sampled KCCs
- Return type
numpy.array [sample_dim*kcc_dim]
-
inital_sampling_uniform_random
(kcc_struct, sample_dim)[source]¶ Generates multi-variate uniform random samples for each KCC and scales then based on the KCC maximum and minimum value
- Parameters
kcc_struct – list of dictionaries for each KCC from kcc_config file
sample_dim (int (required)) – The number of initial samples to be generated
- Returns
numpy array of sampled KCCs
- Return type
numpy.array [sample_dim*kcc_dim]
-
dlmfg.active_learning.sampling_system.
parentdir
= 'C:\\Users\\sinha_s\\Desktop\\dlmfg_package\\dlmfg'¶ Contains sampling classes and methods to enable active learning between VRM and 3D CNN model


+++ title = "Mexico" lat = 24.046463 lon = -102.480468 +++
Man, what an awesome place! Me gusta mucho Mexico, the country where you can get your tacos and enchiladas covered in chili and jalapenos, any day of the week.  Check it out, amigo!


Suspected drunk driver blows 4 times legal BAC after found asleep at the wheel in Santa Ana
by ABC7.comSANTA ANA, Calif. (KABC) -- A man was arrested on suspicion of driving under the influence after he was found asleep at the wheel on the 57 Freeway in Santa Ana.
The California Highway Patrol responded to several calls about a driver who was "unable to maintain his lane while traveling" on the freeway Monday, according to the agency's Facebook page.
The driver was later found stopped in the middle of the freeway, sleeping, with a blood alcohol content that was four times the legal limit.


This example shows how to use the client-side API of Telerik Splitter for ASP.NET MVC.
To use the client-side API you should first retrieve the splitter client-side object. The following code snippet shows how to do this:
<script type="text/javascript"> function getSplitter(){ // "Splitter" is the value specified by the Name() method. var splitter = $("#Splitter").data("tSplitter"); return splitter; } </script>
The available client-side methods are:
splitter.expand(pane)
- expands a pane.splitter.collapse(pane)
- collapses a pane.splitter.ajaxRequest(pane [, URL])
- refreshes the content of a pane with specified content URL (load-on-demand).
If URL
is specified, data is fetched from where it points to.splitter.toggle(pane [, shouldExpand])
- toggles the expanded/collapsed state of the pane.
If shouldExpand
is specified, the pane gets expanded if it is true
, and collapsed if it is false
.
All of the above methods accept pane as either a DOM element, jQuery selector or a jQuery object.


In order to carry a positive action we must develop here a positive vision.
Digital Advertising has given brands a way to connect with Millions of social beings in a very efficient and cost effective way. There are different ways and platforms for Digital Advertising. Our team coordinates with the client, understands objectives and recommends appropriate Digital Media Channels for Advertising. We ensure your budget is spend on such platforms where you get the best ROI.
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My journey with programming began when I did a Coding Bootcamp through Thinkful in 2016. Thanks to Thinkful, I'm able to put my web development skills to use by teaching kids how to code at the Coder School in San Mateo, CA. In my spare time, I also do some freelance web development building/designing websites.
Prior to pursuing a career in programming, I worked in a variety of roles (both in-house and corporate) for the Bay Area pizza chain, Amici's East Coast Pizzeria. One day, I hope to know as much about computer programming as I do about pizza.


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Projeto_AEDA_1_HouseMaster
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A struct to assign dates and time. This struct sets the dates used during the interventions. More...
#include <date.h>
Classes | |
| class | InvalidDate |
Public Member Functions | |
| date () | |
| date (unsigned int day, unsigned int month, unsigned int year, unsigned int hours, unsigned int minutes) | |
| date (const std::string &date) | |
| unsigned int | getDaysInMonth () const |
| std::string | dateToStr () const |
| date | operator+ (const date &d1) const |
| bool | operator== (const date &d2) const |
| bool | operator< (const date &d2) const |
| bool | operator> (const date &d2) const |
| bool | checkIfValid (bool throwExcept=false) const |
Public Attributes | |
| unsigned int | day {} |
| unsigned int | month {} |
| unsigned int | year {} |
| unsigned int | hours {} |
| unsigned int | minutes {} |
A struct to assign dates and time. This struct sets the dates used during the interventions.
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default |
date's empty constructor
Sets the default date
| date::date | ( | unsigned int | day, |
| unsigned int | month, | ||
| unsigned int | year, | ||
| unsigned int | hours, | ||
| unsigned int | minutes | ||
| ) |
date's constructor using numbers
Sets the date with the integer numbers provided Attributes the specified values to the members of date struct
| day | sets the day |
| month | sets the month |
| year | sets the year |
| hours | sets the hours |
| minutes | sets the minutes |
| date::date | ( | const std::string & | date | ) |
date's constructor using a string
Sets the date with a given string
| date | sets the date |
| std::string date::dateToStr | ( | ) | const |
A normal member taking no arguments and returning a string value
Converts a date in a string Uses the format: DD/MM/YYYY HH:mm. Useful to show during outputs
| unsigned int date::getDaysInMonth | ( | ) | const |
A normal member taking no arguments and returning an unsigned integer value
Searches for the number of days that a month has It has attention to leap years
| bool date::checkIfValid | ( | bool | throwExcept = false | ) | const |
A normal member that checks whether the date is valid or not
| throwExcept | is used only when we want to throw an exception. On the normal code flow it is unnecessary since throwing the exception will stop the program, so by default we use it as false |
Sees if a date is valid or not Does not allow days that don´t belong to the interval [1, daysInMonth], months that don´t belong to the interval [1, 12], hours that are over 24 and minutes thar are over 59
| throwExcept | is used only when we want to throw an exception. On the normal code flow it is unnecessary since throwing the exception will stop the program, so by default we use it as false |
An operator that adds two dates and returns the resulting date
Adds two dates (or a date and a duration) and returns the final value Cases where the year, month, day and hour ends are considered. It is also useful to add a date and a duration.
| bool date::operator< | ( | const date & | d2 | ) | const |
An operator that returns whether the first date is before the second one
Checks whether the first date is before the second Compares two dates and checks if the first one is before de second.
| bool date::operator== | ( | const date & | d2 | ) | const |
An operator that compares two dates and returns whether they are equal
Checks whether the two dates are the same It is also useful to compare durations.
| bool date::operator> | ( | const date & | d2 | ) | const |
An operator that returns whether the first date is after the second one
Checks whether the first date is after the second Compares two dates and checks if the first one is after de second.
| unsigned int date::day {} |
day
| unsigned int date::hours {} |
hours
| unsigned int date::minutes {} |
minutes
| unsigned int date::month {} |
month
| unsigned int date::year {} |
year


“Following the approved practice, two large vases, containing ‘a representative sample of contemporary items', were deposited in the pedestal [of Cleopatra's Needle, on Thames Embankment]. ‘The mere list of these objects,’ declared the Saturday Review, ‘must provoke a smile.’ It was certainly well-calculated to have this effect, for, among them, were a Bible, a translation of the hieroglyphics on the column, a portrait of the Queen, a standard set of weights and measures, a Whitaker's Almanack, a Bradshaw's railway-guide, a Post Office directory, a ‘Mappin's shilling razor’, an ‘Alexandra feeding-bottle, as used in the Royal nurseries', and ‘photographs of twelve pretty Englishwomen’. Altogether, a mixed assortment.”
Horace Wyndham, This Was The News : An Anthology Of Victorian Affairs (1948)
Is all that stuff still there, entombed in vases beneath the Needle?


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--- layout: post date: 2013-03-31 00:30:00 +0100 title: "Analyzing RC bug messages" categories: Artikel tags: - debian ---
Recently, I was wondering how many Debian Developers are actively working on RC bugs in some way or another in the time period of the last release (squeeze) to now (shortly? before wheezy).
I therefore grabbed the mailing list archives of debian-bugs-dist@ from gmane, used only those messages whose X-Debian-PR-Message header matches an RC bug (list retrieved from UDD) and then attributed the message counts to the appropriate Debian Developer.
I am sure that there are subtle mistakes in the data I retrieved and that there most likely is a better way to achieve the same results, but this is only to get a trend and should be good enough for that.
So, it turns out that 514 different Debian Developers have sent messages regarding RC bugs since squeeze. That’s about half of our 985 total active Debian Developers.
I would love to show a good histogram of the actual message counts (not sure how well received showing the raw data is…), but I suck at visualizing such data in a compact way. Is there anyone familiar with R (or other free data visualization tools) and willing to help? I can send you the CSV file, just send me an email to stapelberg@.


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{{ salary * percentage * 0.01 }}


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