(just another timm tool)
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eg
is a very simple test engine inspired by Kent Beck's maker
video.
For every file X.py
you want to show off, write a helper file Xeg.py
whose
last line is eg()
and whose first lines are
import X
from eg import eg
In the middle of Xeg.py
, for every example you want to demonstrate, write one
functions, containing zero or more asserts. Preface each such function with
@eg
. For example:
import X # get the code you want to test
from eg import eg # get this test engine
@eg
def lstTest():
a={}
a[1]=10
assert a[1] == 10
# Other example functions here
# Finally
if __name__ == '__main__': eg()
After that:
python Xeg.py
will run all examplespython Xeg.py -?
will list all examples in the file.python Xeg.py -- a b c
will run just the examples a,b,c
.Note that this code catches any fails executions and, for each one, adds one to
a FAIL
counter. Them at the end of the file, it reports the number of
functions that do not FAIL
.
Also, if a function contains a doc string, then that is printed before each function is run. Further, the time to run each example function is displayed on the screen.
Note that this code complains if ever it sees two examples with the same name. Also, this code never runs the same example more than once.
Find some what to hook this into some continuous integration testing tool like https://travis-ci.org/.
import traceback,re,random,sys,time
This code resets the random number seed to seed
before
running any examples.
Two default mutable arguments (lst
and runs
)
are used as the working memory for this test engine:
lst
holds the list of example functions that might be executed;
runs
holds counts of how often each example function has been run
(and this code ensures that function is never executed multiple times).
def eg(f=None, seed=1, lst=[], runs={} ):
Run one function f
, print any output, plus its
runtime and the functions's name and doc string (if it exists).
Called by runall
.
def run1(f):
runs[f.__name__] += 1 # if never run before, this value is now "1".
if runs[f.__name__] == 1: # only ever run once.
hdr = "\n-----| %s |"+ ("-"*40)
print(hdr % f.__name__,end="\n# ")
doc(f)
print("")
t1=time.process_time()
f()
t2=time.process_time()
print("# pass","(%.4f secs)" % (t2-t1))
Run all the functions in examples
, catching and counting all failures.
def runall(examples):
if not examples:
print("# No known examples.")
else:
PASS=FAIL=0
random.seed(seed) # Reset the random seed before starting a demo.
for f in examples:
if runs[f.__name__] > 1:
continue
try: # - Run via `try:except:` (so we can contie after crashes)
run1(f)
PASS += 1 # If a function terminates correctly, increment `PASS`.
except Exception:
FAIL += 1 # If a crash, increment `FAIL`.
print(traceback.format_exc())
print("\n## Test results: PASS = %s FAIL = %s %%PASS = %s" % (
PASS, FAIL, int(round(PASS*100/(PASS+FAIL+0.001)))))
Print function doco, it it has any. It a multi-line string, print the lines left justified.
def doc(f):
if f.__doc__:
print(re.sub(r'\n[ \t]*',"\n# ",f.__doc__))
Return just the examples mentioned on the command line.
def some(lst):
pairs = {f.__name__:f for f in lst}
return [pairs[x] for x in sys.argv if x in pairs]
For all items in lst, print their doc string.
def listAvailableExamples(lst):
print("")
for f in lst:
print("%10s : " % f.__name__,end="")
doc(f)
print("")
If called as a decorator, add the function to the list of known functions.
if f :
assert not f.__name__ in runs,("repeated test name %s" % f.__name__)
runs[f.__name__] = 0
lst += [f]
Else if called with the command line python Xeg.py -?
,
it lists all the known functions, and their
documentation strings, in the file Xeg.py
.
elif "-?" in sys.argv :
listAvailableExamples(lst)
Else if called with the command line python Xeg.py -- f1 f2 etc
,
it runs just the functions f1,f2,etc
from the list of known functions.
elif "--" in sys.argv :
runall( some(lst) )
Otherwise, it runs everything in the list of known functions.
else :
runall( lst )
return f # `eg` might be a decorator. So return function `f`.
Copyright © 2016 Tim Menzies<EMAIL_ADDRESS>This program is free software. It comes without any warranty, to the extent permitted by applicable law. You can redistribute it and/or modify it under the terms of the Do What The F*ck You Want To Public License, Version 2, as published by Sam Hocevar. See http://www.wtfpl.net for more details.
Share and enjoy.


For support please checkout http://themepunch.ticksy.com !
This chapter will gives you general instructions on how to install the slider and setup the options. Later chapters will be more detailed if needed.
What files do I need to upload to my server?
Please upload the rs-plugin folder to your server. In this folder you will find the following subfolders containing all of the items content:
You could use your own jQuery but we recommend loading it directly from the Google ressources (see later in this documentation).
You will find many examples in your downloaded zip under the examples&sources folder..
Implement the jQuery
Add the following lines to your HTML Head:

<link rel="stylesheet" type="text/css" href="rs-plugin/css/settings.css" media="screen" />
This contains the JS and CSS for the Slider itself and some helping modules .
Create a Container for the Banner
Put it in the HTML: (the class names used here are only examples. In our Example files we called them banner-container, fullwidthbanner-container and fullscreenbanner-container, different then here below ! )

...

The Banner-container can have different Styling depending on that, which layout you wish to use.
Responsive Style
This Style allows you to creat predefined container sizes, undependent from sourrounding container, and create Medai Query (Browsr Size) Dependent responsive alterantives.
It requests
-
a container with predefined Width and Height Attributes,
-
Media Query dependent Sizing. - this should be always with the same proportion. Means Width/Height should always have the same result !!!
Put this in your CSS File (i.e) :
.bannercontainer {
padding:0px;
background-color:#fff;
width:960px;
position:relative;
position:relative;
margin-left:auto;
margin-right:auto;
}
.banner{
width:960px;
height:500px;
position:relative;
overflow:hidden;
}
@media only screen and (min-width: 768px) and (max-width: 959px) {
.banner, .bannercontainer { width:760px; height:395px;}
}
@media only screen and (min-width: 480px) and (max-width: 767px) {
.banner, .bannercontainer { width:480px; height:250px; }
}
@media only screen and (min-width: 0px) and (max-width: 479px) {
.banner, .bannercontainer { width:320px;height:166px; }
}
FullWidth Style
This Style allows you to have the banner always fit in the maximum width of the Sourrounding Container.
It requests:
-
a Fluid wrapping container (which will always change the size depending on browser size. I.e. width:100% etc..
Put this in your CSS File
.bannercontainer{
width:100% !important;
position:relative;
padding:0;
max-height:500px !important;
overflow:hidden;
}
FullScreen Style
This Style allows you to have a banner always fit in the maxium screensize. In Some option you can select containers which will reduce the height of the banner with the height of the container. See examples.
It requests:
-
a fullwidth and fullheight wrapping container
Put this in your CSS File
.bannercontainer {
width:100% !important;
position:relative;
padding:0;
height:100%;
}
Create Your First Slides
Create an Unordered list inside the banner container where each
 element will correspond to one slide.

KICKSTART YOUR WEBSITE

WITH SLIDER REVOLUTION!

UNLIMITED TRANSITIONS

...

Call the jQuery Plugin to build the Slider (Options need to be set of course...)

The Options to Initialise the Plugin (Theme Sorted):
Global Settings:
-
delay
The time one slide stays on the screen in Milliseconds. Global Setting. You can set per Slide extra local delay time via the data-delay in the
 element (Default: 9000)
-
startheight
This Height of the Grid where the Captions are displayed in Pixel. This Height is the Max height of Slider in Fullwidth Layout and in Responsive Layout. In Fullscreen Layout the Gird will be centered Vertically in case the Slider is higher then this value.
-
startwidth
This Height of the Grid where the Captions are displayed in Pixel. This Width is the Max Width of Slider in Responsive Layout. In Fullscreen and in FullWidth Layout the Gird will be centered Horizontally in case the Slider is wider then this value.
Navigation Settings:
-
onHoverStop
Possible Values: "on", "off" - Stop the Timer if mouse is hovering the Slider. Caption animations are not stopped !! They will just play to the end.
-
thumbWidth / thumbHeight
The width and height of the thumbs in pixel. Thumbs are not responsive from basic. For Responsive Thumbs you will need to create media qury based thumb sizes.
-
thumbAmount
The Amount of visible Thumbs in the same time. The rest of the thumbs are only visible on hover, or at slide change.
-
hideThumbs
0 - Never hide Thumbs. 1000- 100000 (ms) hide thumbs and navigation arrows, bullets after the predefined ms (1000ms == 1 sec, 1500 == 1,5 sec etc..)
-
navigationType Display type of the navigation bar (Default:"none")
Possible values are: "bullet", "thumb", "none"
-
navigationArrows Display position of the Navigation Arrows (Default: "nexttobullets")
Possible values are "nexttobullets", "solo"
nexttobullets - arrows added next to the bullets left and right
solo - arrows can be independent positioned, see further options
-
navigationStyle Look of the navigation bullets if navigationType "bullet" selected.
Possible values: "round", "square", "round-old", "square-old", "navbar-old"
-
navigationHAlign, navigationVAlign
Vertical and Horizontal Align of the Navigation bullets / thumbs (depending on which Style has been selected). Possible values navigationHAlign: "left","center","right" and naigationVAlign: "top","center","bottom"
-
navigationHOffset navigationVOffset
The Offset position of the navigation depending on the aligned position. from -1000 to +1000 any value in px. i.e. -30
-
soloArrowLeftHaling, soloArrowRightHalign, solorArrowLeftHalign, soloArrowRightHalign
Vertical and Horizontal Align of the Navigation Arrows (left and right independent!) Possible values navigationHAlign: "left","center","right" and naigationVAlign: "top","center","bottom"
-
soloArrowLeftHOffset, soloArrowLeftVOffset, soloArrowRightHVOffset, soloArrowRightVOffset
The Offset position of the navigation depending on the aligned position. from -1000 to +1000 any value in px. i.e. -30 Each Arrow independent
-
touchenabled Enable Swipe Function on touch devices (Default: "on")
Possible values: "on", "off"
Loops
-
stopAtSlide
Stop Timer if Slide "x" has been Reached. If stopAfterLoops set to 0, then it stops already in the first Loop at slide X which defined. -1 means do not stop at any slide. stopAfterLoops has no sinn in this case.
-
stopAfterLoops
Stop Timer if All slides has been played "x" times. IT will stop at THe slide which is defined via stopAtSlide:x, if set to -1 slide never stop automatic
Mobile Visibility
-
hideCaptionAtLimit
It Defines if a caption should be shown under a Screen Resolution ( Basod on The Width of Browser)
-
hideAllCaptionAtLimit
Hide all The Captions if Width of Browser is less then this value
-
hideSliderAtLimit
Hide the whole slider, and stop also functions if Width of Browser is less than this value
Layout Styles
-
fullWidth
Possible Values: "on", "off" - defines if the fullwidth mode is activated
-
fullScreen
Possible Values: "on", "off" - defines if the fullscreen mode is activated
-
fullScreenOffsetContainer
The value is a Container ID or Class i.e. "#topheader" - The Height of Fullheight will be increased with this Container height !
-
shadow
Possible values: 0,1,2,3 (0 == no Shadow, 1,2,3 - Different Shadow Types)
-
videoJsPath
The Path to the VideoJs Files which are basically always under the rs-plugin/videojs/ folder. Default setting: videoJsPath:"rs-plugin/videojs/"
Slide Options

 - Every list item represents a new Slide. To Define Transitions, main links, etc. use the following data- values per list item.
Transition Effects
-
data-transition
The appearance transition of this slide. You can define more than one, so in each loop the next slide transition type will be shown.
Basic Transitions:
boxslide,boxfade
slotzoom-horizontal, slotzoom-vertical
slotslide-horizontal, slotslide-vertical
slotfade-horizontal, slotfade-vertical
curtain-1, curtain-2, curtain-3
slideleft, slideright, slideup ,slidedown
slidehorizontal, slidevertical
fade
random
Premium Transitions:
papercut
flyin
turnoff
cube
3dcurtain-vertical
3dcurtain-horizontal
premium-random
-
data-slotamount
The number of slots or boxes the slide is divided into. If you use boxfade, over 7 slots can be juggy.
-
data-masterspeed
The speed of the transition in "ms". default value is 300 (0.3 sec)
-
data-delay
A new Dealy value for the Slide. If no delay defined per slide, the dealy defined via Options will be used
Links (Full Slide Links)
-
data-link
A link on the whole slide pic
-
data-target
The target of the Link for the whole slide pic. (i.e. "_blank", "_self")
-
data-slideindex
Possible values: next,back, 1-x (where x is the max. Amount of slide) If this value is set, click on slide will call the next / previous, or n th Slide.
Thumbnail
-
data-thumb
An Alternative Source for thumbs. If not defined a copy of the background image will be used in resized form
The Main Image
Each Slide (

) MUST include a main image which is added as a simple  tag at the first level. It can be a Simpe image, a colored or transparent image, or dummy image as lazy load version.
Simple Image

Colored Background Instead of Image

Lazy Loaded Image

The Captions / Layers
Each
 (slide) can include unlimited amount of Captions. Caption are simple html markups with iframe, image, heading , paragraph and any other tags. Each Caption must be wrapped via a

.
Each Caption has some special classes and some data- attributes, to set animation type, position, speed, easings etc.
Caption Classes
-
the "caption" class
It is the Wrapping main Class which is a MUST. Each Caption need to be defined like this, other way the Slider Plugin can not identifikate the Caption container
-
Styleing Captions (like "big_white", "big_orange", "medium_grey" etc...)
These are Styling classes created in the settings.css You can add unlimited amount of Styles in your own css file, to style your captions at the top level already
-
Animation Classes
Animation Classes defined the start / end animations on Captions.
Incoming Animation Classes:
sft - Short from Top
sfb - Short from Bottom
sfr - Short from Right
sfl - Short from Left
lft - Long from Top
lfb - Long from Bottom
lfr - Long from Right
lfl - Long from Left
fade - fading
randomrotate- Fade in, Rotate from a Random position and Degree
Outgoing Animation Classes:
stt - Short to Top
stb - Short to Bottom
str - Short to Right
stl - Short to Left
ltt - Long to Top
ltb - Long to Bottom
ltr - Long to Right
ltl - Long to Left
fadeout - fading
randomrotateout- Fade in, Rotate from a Random position and Degree
Caption data- settings
-
data-x
Possible Values are "left", "center", "right", or any Value between -2500 and 2500.
If left/center/right is set, the caption will be siple aligned to the position. Any other "number" will simple set the left position in px of tha caption.
At "left" the left side of the caption is aligned to the left side of the slider.
At "center" the center of caption is aligned to the center of slide.
At "right" the caption right side is aligned to the right side of the Slider.
-
data-y
Possible Values are "top", "center", "bottom", or any Value between -2500 and 2500.
If top/center/bottom is set, the caption will be siple aligned to the position. Any other "number" will simple set the top position in px of tha caption.
At "top" the top side of the caption is aligned to the top side of the slider.
At "center" the center of caption is aligned to the center of slide.
At "bottom" the caption bottom side is aligned to the bottom side of the Slider.
-
data-hoffset
Only works if data-x set to left/center/right. It will move the Caption with the defined "px" from the aligned position. i.e. data-x="center" data-hoffset="-100" will put the caption 100px left from the slide center horizontaly.
-
data-voffset
Only works if data-y set to top/center/bottom. It will move the Caption with the defined "px" from the aligned position. i.e. data-x="center" data-hoffset="-100" will put the caption 100px left from the slide center vertically.
-
data-speed
The speed in milliseconds of the transition to move the Caption in the Slide at the defined timepoint.
-
data-start
The timepoint in millisecond when/at the Caption should move in to the slide.
-
data-easing
The Easing Art how the caption is moved in to the slide (note! Animation art set via Classes !).
Possible Values are:
easeOutBack, easeInQuad, easeOutQuad, easeInOutQuad, easeInCubic, easeOutCubic
easeInOutCubic, easeInQuart, easeOutQuart, easeInOutQuart, easeInQuint
easeOutQuint, easeInOutQuint, easeInSine, easeOutSine, easeInOutSine
easeInExpo, easeOutExpo, easeInOutExpo, easeInCirc, easeOutCirc, easeInOutCirc
easeInElastic, easeOutElastic, easeInOutElastic, easeInBack, easeOutBack, easeInOutBack
easeInBounce, easeOutBounce, easeInOutBounce
-
data-endspeed
The speed in milliseconds of the transition to move the Caption out from the Slide at the defined timepoint.
-
data-end
The timepoint in millisecond when/at the Caption should move out from the slide.
-
data-endeasing
The Easing Art how the caption is moved out from the slide (note! Animation art set via Classes !).
Possible Values are:
easeOutBack, easeInQuad, easeOutQuad, easeInOutQuad, easeInCubic, easeOutCubic
easeInOutCubic, easeInQuart, easeOutQuart, easeInOutQuart, easeInQuint
easeOutQuint, easeInOutQuint, easeInSine, easeOutSine, easeInOutSine
easeInExpo, easeOutExpo, easeInOutExpo, easeInCirc, easeOutCirc, easeInOutCirc
easeInElastic, easeOutElastic, easeInOutElastic, easeInBack, easeOutBack, easeInOutBack
easeInBounce, easeOutBounce, easeInOutBounce
Special Classes within the Caption container
-
tp-scrollbelowslider
If this class added to an element within the caption container, it will scroll the Body Position to under the current slider (used in Fullscreen slider only)
-
tp-resizeme
Add class tp-resizeme to the container inside the caption and every item within (included the same container) will be responsive resized. Only needed if more than one depth exist in the container !
-
frontcorner, backcorner, frontcornertop, backcornertop
This classes added without any content in a closed div i.e.

 within the container. It will cut the left/right side of the caption background in 45° 1:1
Banner Timer
In order to use a banner timer, you will need to add the markup within the banner or fullwidthbanner divs.
The markup should look like :
Top Positioned Banner Timer:

Bottom Positioned Banner Timer:

To remove this timer just simple remove the markup from the container, and that is it.
Responsive Layout
Responsive means that the slider will adjust to every screen width.
To achieve that you have to set a bunch of mediaqueries that will adjust the whole slider when a certain window size is used, or you will need to use our fullwidth style version, to let the banner always resize itself.
The basic containers are build like this ( in none Fullwidth, but 4 Level Responsive Version):
.bannercontainer {
padding:5px;
background-color:#fff;
width:890px;
position:relative;
margin-left:auto;
margin-right:auto;
}
.banner{
width:890px; // MUST BE THE SAME AS IN THE OPTIONS startwidth
height:490px; // MUST BE THE SAME AS IN THE OPTIONS startheight
position:relative;
overflow:hidden;
}
The media queries that build the screen dependend container sizes:
@media only screen and (min-width: 768px) and (max-width: 959px) {
.banner, .bannercontainer{ width:750px; height:412px;}
.bannershadow {width:750px;}
}
@media only screen and (min-width: 480px) and (max-width: 767px) {
.banner, .bannercontainer{width:470px; height:258px;}
.bannershadow {width:470px;}
}
@media only screen and (min-width: 0px) and (max-width: 479px) {
.banner, .bannercontainer{width:300px;height:165px;}
.bannershadow {width:300px; margin-top:-5px;}
}
Calculate the Resopnsive sizes
Here we can give you a short calculating example. The Width of the Responsive container depending on you in the different browser views. the height can be calculated via a simple example:
new width / original width * original height. So in our Examplce (step 1.) 750 / 890 * 490 == 413px
FullWidth Layout
This slider can go fullwidth too. We have added an index-fullwidth.html example for you in the zip.
Please note the basic change in the markup.
The surrounding containers are (only example, can be called differently)

...

The CSS is not splitted with Media-Queries but has a basic 100% value for width:
.fullwidthbanner-container{
width:100% !important;
position:relative;
padding:0;
max-height:450px !important; // Same value as in OPTIONS the startheight parameter
overflow:hidden;
}
FullScreen Layout
You can use the Slider also in FullScreen mode. It will need to have the possiblity to use the full width of the screen, means do not wrap it in any boxed container. For Fullscreen simple use the following markups and styles:
The markup could look like:

The Style has 100% width and height simple.
.fullscreen-container {
width:100% !important;
position:relative;
padding:0;
height:100%;
}
Dont forget to use the option fullScreen:"on" to use in the initialisation. If you wish to have an offset, which allows you to add i.e. a Menu over the fullscreen slider, just use the fullScreenOffsetContainer: option and set it to the container which wrapps the menu i.e
The slider offers a public API which you can use to control component inside the Slider from within your own scripts. To access this api, use the following code.
var tpj=jQuery;
tpj.noConflict();
tpj(document).ready(function() {
if (tpj.fn.cssOriginal!=undefined)
tpj.fn.css = tpj.fn.cssOriginal;
var api = tpj('.banner').revolution(
....
You can see in the example index-responsive-API.html how to use the different functions, and how to get the trigered Events.
Once this is done you may use any of the following functions:
-
api.revpause() - Stops the Timer and autoplay
-
api.revresume() - Starts the Timer and resume to autoplay
-
api.revprev() - Change to previous slide
-
api.revnext() - Change to next slide
-
api.revshowslide(n) - Change to the slide with index Nr. (n)
-
api.revmaxslide() - Show the amount of slides
-
api.revscroll() - Scrollt Body under the Slide in FullScreen mode
Or you may use any of the following Events:
-
revolution.slide.onchange - Event is triggered when Slide has been rotated. data value will give you the current slide. i.e.
api.bind("revolution.slide.onchange",function (e,data) {
jQuery('#callbackinfo').html('Last Event: Slide Changed to '+data.slideIndex);
});
-
revolution.slide.onpause - Event is triggered when Slider is on Pause
-
revolution.slide.onresume - Event is triggered when Slider is back from Pause
-
revolution.slide.onvideoplay - Event is triggered when YouTube or Vimeo Video has been started (only Online Mode !)
-
revolution.slide.onvideostop - Event is triggered when YouTube or Vimeo Video has been stopped or Slide has been rotated (only Online Mode !)
-
revolution.slide.onstop - - Event is triggered when slider has been stopped due the Loop and stop at Slide parameters
-
revolution.slide.onbeforeswap - - Event is triggered when slider is going to change to next slide
-
revolution.slide.onafterswap - - Event is triggered when slider has finnishded the change of the transition (full transition finnished)
-
revolution.slide.onloaded - - Event is triggered when slider is loaded and it is prepared
Used Assets
-
jQuery Transit - CSS3 transitions and transformations
Copyright(c) 2011 Rico Sta. Cruz<EMAIL_ADDRESS>MIT Licensed.
-
jQuery WaitForImages 1.4
https://github.com/alexanderdickson/waitForImages
Licensed under the MIT licenses.
-
Template demo images licensed from Fotolia for preview usage. Please do not attempt to rip the images from the preview!
If you face problems with the installation or customization of our product please do not hesitate to contact us via our support ticket system:
http://themepunch.ticksy.com


+ NOTE: ZAND, OR COMMENTARY, ON THE ASHEM VOHU. 1. A blessing is Righteousness (called) the best; there is weal, there is weal to this man when the Right (helps) the Righteousness best, (when the pious man serves it in truth). Ahura Mazda spake forth: Ashem vohu vahishtem asti. To this Asha, the holy ritual sanctity, one attributes the qualities of 'good' and 'best,' as one attributes property to an owner; thus this sentence vohu vahishtem asti is substantiated (at once). 2. Ushta asti ushta ahmai; by this attribution of blessedness (the praiser) assigns every person (or thing) of a sacred nature to every holy person, and as one usually (?) and regularly (?) assigns every person or thing (?) that is holy to every holy man. 3. Hyat ashai vahishtai; by these words the worshipper ascribes the entire Mathra (to Asha Vahishta), and ascribes all to the Mathra, as one ascribes the kingdom to Righteousness, and as one ascribes righteousness to the invoking saint; yea, as one ascribes righteousness to us who are the prophets (who shall help and bless the people). The three maxims of the sentences (are thus fulfilled). And every word (in its detail), and the entire utterance in its proclamation, is the word of Ahura Mazda. + NOTE:


{% extends "web/base.html" %} {% block content %}
{{ members|length }} of {{max_team_size }} team members.
Team token: {{ team.token }}
{% endif %}| Challenge: | Points: | Solved by: | Time: |
|---|---|---|---|
| {{ challenge.title }} | {{ challenge.points }} | {{ challenge.solved_by.nickname }} | {{ challenge.completed|date:"Y-m-d H:i:s"}} |
None challenges solved!
{% endif %}


Leave as "None" if no subject.
(Electives without data or times not listed)
(Input any additional time a night you spend outside of school on extracurriculars, such as clubs, sports, or work)


Class: Aws::Rekognition::Types::SegmentDetection
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-rekognition/lib/aws-sdk-rekognition/types.rb |
Overview
A technical cue or shot detection segment detected in a video. An
array of SegmentDetection
objects containing all segments detected
in a stored video is returned by GetSegmentDetection.
Constant Summary
Instance Attribute Summary
-
#duration_frames ⇒ Integer
rw
The duration of a video segment, expressed in frames.
-
#duration_millis ⇒ Integer
rw
The duration of the detected segment in milliseconds.
-
#duration_smpte ⇒ String
rw
The duration of the timecode for the detected segment in SMPTE format.
-
#end_frame_number ⇒ Integer
rw
The frame number at the end of a video segment, using a frame index that starts with 0.
-
#end_timecode_smpte ⇒ String
rw
The frame-accurate SMPTE timecode, from the start of a video, for the end of a detected segment.
-
#end_timestamp_millis ⇒ Integer
rw
The end time of the detected segment, in milliseconds, from the start of the video.
-
#shot_segment ⇒ Types::ShotSegment
rw
If the segment is a shot detection, contains information about the shot detection.
-
#start_frame_number ⇒ Integer
rw
The frame number of the start of a video segment, using a frame index that starts with 0.
-
#start_timecode_smpte ⇒ String
rw
The frame-accurate SMPTE timecode, from the start of a video, for the start of a detected segment.
-
#start_timestamp_millis ⇒ Integer
rw
The start time of the detected segment in milliseconds from the start of the video.
-
#technical_cue_segment ⇒ Types::TechnicalCueSegment
rw
If the segment is a technical cue, contains information about the technical cue.
-
#type ⇒ String
rw
The type of the segment.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#duration_frames ⇒ Integer
(rw)
The duration of a video segment, expressed in frames.
# File 'gems/aws-sdk-rekognition/lib/aws-sdk-rekognition/types.rb', line 6238
class SegmentDetection < Struct.new( :type, :, :, :duration_millis, :start_timecode_smpte, :end_timecode_smpte, :duration_smpte, :technical_cue_segment, :shot_segment, :start_frame_number, :end_frame_number, :duration_frames) SENSITIVE = [] include Aws::Structure end
#duration_millis ⇒ Integer
(rw)
The duration of the detected segment in milliseconds.
# File 'gems/aws-sdk-rekognition/lib/aws-sdk-rekognition/types.rb', line 6238
class SegmentDetection < Struct.new( :type, :, :, :duration_millis, :start_timecode_smpte, :end_timecode_smpte, :duration_smpte, :technical_cue_segment, :shot_segment, :start_frame_number, :end_frame_number, :duration_frames) SENSITIVE = [] include Aws::Structure end
#duration_smpte ⇒ String
(rw)
The duration of the timecode for the detected segment in SMPTE format.
# File 'gems/aws-sdk-rekognition/lib/aws-sdk-rekognition/types.rb', line 6238
class SegmentDetection < Struct.new( :type, :, :, :duration_millis, :start_timecode_smpte, :end_timecode_smpte, :duration_smpte, :technical_cue_segment, :shot_segment, :start_frame_number, :end_frame_number, :duration_frames) SENSITIVE = [] include Aws::Structure end
#end_frame_number ⇒ Integer
(rw)
The frame number at the end of a video segment, using a frame index that starts with 0.
# File 'gems/aws-sdk-rekognition/lib/aws-sdk-rekognition/types.rb', line 6238
class SegmentDetection < Struct.new( :type, :, :, :duration_millis, :start_timecode_smpte, :end_timecode_smpte, :duration_smpte, :technical_cue_segment, :shot_segment, :start_frame_number, :end_frame_number, :duration_frames) SENSITIVE = [] include Aws::Structure end
#end_timecode_smpte ⇒ String
(rw)
The frame-accurate SMPTE timecode, from the start of a video, for
the end of a detected segment. EndTimecode
is in HH:MM:SS:fr
format (and ;fr for drop frame-rates).
# File 'gems/aws-sdk-rekognition/lib/aws-sdk-rekognition/types.rb', line 6238
class SegmentDetection < Struct.new( :type, :, :, :duration_millis, :start_timecode_smpte, :end_timecode_smpte, :duration_smpte, :technical_cue_segment, :shot_segment, :start_frame_number, :end_frame_number, :duration_frames) SENSITIVE = [] include Aws::Structure end
#end_timestamp_millis ⇒ Integer
(rw)
The end time of the detected segment, in milliseconds, from the start of the video. This value is rounded down.
# File 'gems/aws-sdk-rekognition/lib/aws-sdk-rekognition/types.rb', line 6238
class SegmentDetection < Struct.new( :type, :, :, :duration_millis, :start_timecode_smpte, :end_timecode_smpte, :duration_smpte, :technical_cue_segment, :shot_segment, :start_frame_number, :end_frame_number, :duration_frames) SENSITIVE = [] include Aws::Structure end
#shot_segment ⇒ Types::ShotSegment (rw)
If the segment is a shot detection, contains information about the shot detection.
# File 'gems/aws-sdk-rekognition/lib/aws-sdk-rekognition/types.rb', line 6238
class SegmentDetection < Struct.new( :type, :, :, :duration_millis, :start_timecode_smpte, :end_timecode_smpte, :duration_smpte, :technical_cue_segment, :shot_segment, :start_frame_number, :end_frame_number, :duration_frames) SENSITIVE = [] include Aws::Structure end
#start_frame_number ⇒ Integer
(rw)
The frame number of the start of a video segment, using a frame index that starts with 0.
# File 'gems/aws-sdk-rekognition/lib/aws-sdk-rekognition/types.rb', line 6238
class SegmentDetection < Struct.new( :type, :, :, :duration_millis, :start_timecode_smpte, :end_timecode_smpte, :duration_smpte, :technical_cue_segment, :shot_segment, :start_frame_number, :end_frame_number, :duration_frames) SENSITIVE = [] include Aws::Structure end
#start_timecode_smpte ⇒ String
(rw)
The frame-accurate SMPTE timecode, from the start of a video, for
the start of a detected segment. StartTimecode
is in HH:MM:SS:fr
format (and ;fr for drop frame-rates).
# File 'gems/aws-sdk-rekognition/lib/aws-sdk-rekognition/types.rb', line 6238
class SegmentDetection < Struct.new( :type, :, :, :duration_millis, :start_timecode_smpte, :end_timecode_smpte, :duration_smpte, :technical_cue_segment, :shot_segment, :start_frame_number, :end_frame_number, :duration_frames) SENSITIVE = [] include Aws::Structure end
#start_timestamp_millis ⇒ Integer
(rw)
The start time of the detected segment in milliseconds from the
start of the video. This value is rounded down. For example, if the
actual timestamp is 100.6667 milliseconds, Amazon Rekognition Video
returns a value of 100 millis.
# File 'gems/aws-sdk-rekognition/lib/aws-sdk-rekognition/types.rb', line 6238
class SegmentDetection < Struct.new( :type, :, :, :duration_millis, :start_timecode_smpte, :end_timecode_smpte, :duration_smpte, :technical_cue_segment, :shot_segment, :start_frame_number, :end_frame_number, :duration_frames) SENSITIVE = [] include Aws::Structure end
#technical_cue_segment ⇒ Types::TechnicalCueSegment (rw)
If the segment is a technical cue, contains information about the technical cue.
# File 'gems/aws-sdk-rekognition/lib/aws-sdk-rekognition/types.rb', line 6238
class SegmentDetection < Struct.new( :type, :, :, :duration_millis, :start_timecode_smpte, :end_timecode_smpte, :duration_smpte, :technical_cue_segment, :shot_segment, :start_frame_number, :end_frame_number, :duration_frames) SENSITIVE = [] include Aws::Structure end
#type ⇒ String
(rw)
The type of the segment. Valid values are TECHNICAL_CUE
and
SHOT
.
# File 'gems/aws-sdk-rekognition/lib/aws-sdk-rekognition/types.rb', line 6238
class SegmentDetection < Struct.new( :type, :, :, :duration_millis, :start_timecode_smpte, :end_timecode_smpte, :duration_smpte, :technical_cue_segment, :shot_segment, :start_frame_number, :end_frame_number, :duration_frames) SENSITIVE = [] include Aws::Structure end


Uses of Package
org.cvs.data.entities
| Package | Description |
|---|---|
| org.cvs.application.api | |
| org.cvs.application.services | |
| org.cvs.data.entities | |
| org.cvs.data.repositories |
-
Classes in org.cvs.data.entities used by org.cvs.application.api Class Description ApplicationUser DTO for an application user.Candidate Defines structure and relationship(s) for thecandidate
table.Portfolio Defines structure and relationship(s) for theportfolio
table.Qualification Defines structure and relationship(s) for thequalification
table.QualificationType Defines structure and relationship(s) for thequalification_type
table.Reference Defines structure and relationship(s) for thereference
table.Skill Defines structure and relationship(s) for theskill
table.WorkExperience Defines structure and relationship(s) for thework_experience
table. -
Classes in org.cvs.data.entities used by org.cvs.application.services Class Description ApplicationUser DTO for an application user.Candidate Defines structure and relationship(s) for thecandidate
table.Portfolio Defines structure and relationship(s) for theportfolio
table.Qualification Defines structure and relationship(s) for thequalification
table.QualificationType Defines structure and relationship(s) for thequalification_type
table.Reference Defines structure and relationship(s) for thereference
table.Skill Defines structure and relationship(s) for theskill
table.WorkExperience Defines structure and relationship(s) for thework_experience
table. -
Classes in org.cvs.data.entities used by org.cvs.data.entities Class Description AbstractAuditedEntity Abstract class that defines audit fields for database tables.AbstractRetirableEntity Abstract class that defines mandatory database columns for retirable tables.AbstractVoidableEntity Abstract class that defines mandatory columns for all voidable database tables.F -
Classes in org.cvs.data.entities used by org.cvs.data.repositories Class Description ApplicationUser DTO for an application user.Candidate Defines structure and relationship(s) for thecandidate
table.Portfolio Defines structure and relationship(s) for theportfolio
table.Qualification Defines structure and relationship(s) for thequalification
table.QualificationType Defines structure and relationship(s) for thequalification_type
table.Reference Defines structure and relationship(s) for thereference
table.Skill Defines structure and relationship(s) for theskill
table.WorkExperience Defines structure and relationship(s) for thework_experience
table.


The Challenge
K-beauty is hot in America. However, as a skincare fanatic from Korea, I am under the strong impression that Americans are struggling to understand and take advantage of k-beauty. Case in point: I don’t recognize many of the brands that major US-based k-beauty e-commerce businesses sell. For example, on two sites that were featured on the likes of Vogue, Allure, and WSJ, I recognized less than 30% of the brands that they carry. My American friends were, of course, surprised at this fact. They maybe felt a bit deceived, too. To fill this knowledge gap, I designed a concept mobile app that helps users to navigate the k-beauty world. The product achieves the goal by 1) telling users whether a given brand/product is reputable k-beauty or not 2) showcasing to users Korea’s best skincare products and brands.
User Needs
"I definitely struggled to understand and take advantage of the k-beauty products while I was there" – a friend on her experience shopping for k-beauty in Korea
In talking to my American friends, I found that they want help finding legitimate k-beauty products and brands. Do Korean women actually use these products and brands? What are reputable k-beauty products and brands?
The App
The app has two main functionalities:
1) search function - users search for a specific product or brand and find out whether it's reputable or not.
2) discover function - lets users discover Korea's best products and brands.
It'd be nice if users could buy products they like using our app, so I decided to list links to online and offline stores for each product.
Here are the onboarding screens that explain the app's main value propositions.
Design Process
I started the design process by sketching wireframes on paper. In designing the UX and UI, I referred to many examples by looking at existing apps and sites like pttrns and dribbble. While sketching wireframes, I also brainstormed about copy to write on each screen.
Sketches I did for key screens.
After I had wireframes ready on paper, I designed high-fidelity mockups. In this step, I was careful not to spend too much time on visual design. I planned to share mockups in the form of an interactive Invision prototype with potential users for feedback -- likely many things will change based on feedback, so I focused on bringing the UX to life instead.
Here are some of the high fidelity mockups I put together to create an Invision prototype.
Insights from User Testing
Insight 1: Users want a different rating system
In designing the product, I had to decide what determines whether a brand or a product is reputable. I decided to have a small panel of normal Korean girls (10 or so) rate brands and products. My reasoning was that since most Korean girls are into skincare and are aware of major skincare brands and products, simply asking a small number of Korean girls would serve as an excellent measure. However, in testing with potential users, I found that they don't consider such a rating system trustworthy.
"The idea of a panel of Korean girls [10 or so] seems like a weak signal of whether a product is reputable, and would not instill much confidence in me as a consumer."
I've learned that users want to rely on the opinions of a few experts e.g. established Korean beauty personalities or many, many normal Korean women. While I still stand by the idea that a small panel of normal Korean women would do an excellent job, I decided not to interfere with users' mental models regarding what constitutes a credible rating system.
So instead of employing a small panel, I decided to aggregate reviews from Korea’s major cosmetics review sites and refer to external resources such as beauty awards to give ratings. In addition, a team of k-beauty experts e.g. beauty editors at major beauty magazines will help pick out best brands.
Insight 2: Users want to know more than whether Korean girls have or haven’t heard of it.
In my original design, when users search for a product/brand, the app simply told users whether the product/brand is known in Korea.
Search results screens from my original design
After talking to users, I’ve learned that they want to know more than whether a brand or a product is reputable. Users want customized recommendations. For example, “Road Shop” brands are popular in Korea, but they target younger demographics i.e. teenagers and girls in their early 20s. So “Road Shop” products are still reputable, but girls in their late 20s would not want those products recommended to them.
In addition, I’ve learned that users want recommendations to reflect their own needs (e.g. dry skin, acne, wrinkles). This makes sense because skincare is about catering to your own skin concerns.
Based on the insights, I iterated so that the app gives more customized recommendations.
In the new design, when users search for a product/brand, the app gives more detailed reviews so that users can find out whether the product/brand suits their own needs.
Here are examples of search results screens that give more detailed reviews.
In addition, when users search for bestselling products, users can filter products based on their own needs.
Insight 3: Users want help understanding k-beauty
“I was not used to "serum" or "skin milk" and had no idea how to use those” -- a friend on her experience shopping for k-beauty
Some users wanted a short k-beauty guide in a section somewhere. For example, a friend commented that she had no idea how to use “serum” or “skin milk” since she was not used to the terms and would appreciate help understanding the terms.
I was initially hesitant to include an “K-beauty Cheat Sheet” -- I wanted the app to be simple and just serve the core functions.
However, after talking to more potential users, I decided to include the cheat sheet because it has a lot benefit to users, most of whom are not yet familiar with k-beauty. While users can also research the terms elsewhere, the Cheat Sheet allows users to better understand products without leaving the app.
“I like the cheat sheet since it is an emerging market and all of the different terms are overwhelming.”
K-beauty Cheat Sheet screen from the final design
Final Design
Here's the invision prototype that showcases the final design.
The final product concept allows users to search for a specific product or brand and find out 1) whether it’s reputable or not 2) whether it’s recommended for them. Ratings are based on reviews aggregated from Korea's major cosmetics review sites.
In addition, the product lets users discover Korea’s best products and makes customized recommendations. Finally, the product also lets users discover Korea’s best brands.
What I’ve learned
I’ve gathered tremendous insights from talking to users. I had made assumptions about their mental models (e.g. what makes a credible rating system to users), and the assumptions were proved wrong.
Designers often design products where they are not target users. The project has helped me learn to try and think from users’ perspectives and truly design for users.


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{% extends "base.html" %} {% block title %}{{ block.super }} disable api password {% endblock %} {% block content_title %} Disable api password {% endblock %} {% block content %}
To access the Agda RESTful web service api you need to have an api password. {% if not user.has_usable_api_password %} You currently do not have one. {% else %} Click the button below to disable your Agda api password.
Note that if you click the button below your Agda api password will be disabled, so any scripts that you may have that are still using the old password will be locked out until you have generated a new api password and updated them.
{% endif %} {% endblock %}


Library: Net
Package: Logging
Header: Poco/Net/SMTPChannel.h
Description
This Channel implements SMTP (email) logging.
Inheritance
Direct Base Classes: Poco::Channel
All Base Classes: Poco::Channel, Poco::Configurable, Poco::RefCountedObject
Member Summary
Member Functions: close, getProperty, log, open, registerChannel, setProperty
Inherited Functions: close, duplicate, getProperty, log, open, referenceCount, release, setProperty
Constructors
SMTPChannel
SMTPChannel();
Creates a SMTPChannel.
SMTPChannel
SMTPChannel(
const std::string & mailhost,
const std::string & sender,
const std::string & recipient
);
Creates a SMTPChannel with the given target mailhost, sender, and recipient.
Destructor
~SMTPChannel
~SMTPChannel();
Member Functions
close
void close();
Closes the SMTPChannel.
See also: Poco::Channel::close()
getProperty
std::string getProperty(
const std::string & name
) const;
Returns the value of the property with the given name.
See also: Poco::Channel::getProperty()
log
void log(
const Message & msg
);
Sends the message's text to the recipient.
See also: Poco::Channel::log()
open
void open();
Opens the SMTPChannel.
See also: Poco::Channel::open()
registerChannel
static void registerChannel();
Registers the channel with the global LoggingFactory.
setProperty
void setProperty(
const std::string & name,
const std::string & value
);
Sets the property with the given value.
The following properties are supported:
- mailhost: The SMTP server. Default is "localhost".
- sender: The sender address.
- recipient: The recipient address.
- local: If true, local time is used. Default is true.
- attachment: Filename of the file to attach.
- type: Content type of the file to attach.
- delete: Boolean value indicating whether to delete the attachment file after sending.
- throw: Boolean value indicating whether to throw exception upon failure.
See also: Poco::Channel::setProperty()
Variables
PROP_ATTACHMENT
static const std::string PROP_ATTACHMENT;
PROP_DELETE
static const std::string PROP_DELETE;
PROP_LOCAL
static const std::string PROP_LOCAL;
PROP_MAILHOST
static const std::string PROP_MAILHOST;
PROP_RECIPIENT
static const std::string PROP_RECIPIENT;
PROP_SENDER
static const std::string PROP_SENDER;
PROP_THROW
static const std::string PROP_THROW;
PROP_TYPE
static const std::string PROP_TYPE;


| Home | Trees | Indices | Help |
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object --+ | GIS
GIS functions
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Inherited from |
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x.__init__(...) initializes x; see x.__class__.__doc__ for signature
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Download a KML file:
Returns a file object |
Acquire API key from the database |
Given a Start & End set of Coordinates, return a Bearing Formula from: http://www.movable-type.co.uk/scripts/latlong.html |
Calculate the Bounds of a list of Features e.g. to use in GPX export for correct zooming Ensure a minimum size of bounding box, and that the points are inset from the border. To Do: Optimised Geospatial routines rather than this crude hack |
Helper that gets parent and path for a location. |
Return a list of all GIS Features which are children of the requested feature, using Materialized path for retrieving the children Author: Aravind Venkatesan and Ajay Kumar Sreenivasan from NCSU This has been chosen over Modified Preorder Tree Traversal for greater efficiency: http://eden.sahanafoundation.org/wiki/HaitiGISToDo#HierarchicalTrees Assists lazy update of a database without location paths by calling update_location_tree to get the path. |
Returns a list containing ancestors of the requested feature. If the caller already has the location row, including path and parent fields, they can supply it via feature to avoid a db lookup. If ids_only is false, each element in the list is a gluon.sql.Row containing the gis_location record of an ancestor of the specified location. If ids_only is true, just returns a list of ids of the parents. This avoids a db lookup for the parents if the specified feature has a path. List elements are in the opposite order as the location path and exclude the specified location itself, i.e. element 0 is the parent and the last element is the most distant ancestor. Assists lazy update of a database without location paths by calling update_location_tree to get the path. |
Adds ancestor of requested feature for each level to supplied dict. If the caller already has the location row, including path and parent fields, they can supply it via feature to avoid a db lookup. If a dict is not supplied in results, one is created. The results dict is returned in either case. If names=True (used by address_onvalidation) then: For each ancestor, an entry ancestor.level : ancestor.name is added to results. If names=False (used by S3LocationSelectorWidget) then: For each ancestor, an entry ancestor.level : ancestor.id is added to results. |
Reads the current GIS Config from the DB |
Returns the Feature Class ID from it's name |
Return a Feature Layer suitable to display on a map
|
Returns a gluon.sql.Rows of Features within a Polygonal Location |
Returns Features within a Radius (in km) of a LatLon Location |
Returns the Lat/Lon for a Feature
|
Returns the Marker for a Feature marker.image = filename marker.height marker.width Used by s3xrc for Feeds export @ToDo: Get Feeds to use the gis_feature_layer table? @param tablename @param category |
Returns the GPS Marker (Symbol) for a Feature Used by s3xrc for Feeds export @param tablename @param category |
Calculate the shortest distance (in km) over the earth's sphere between 2 points Formulae from: http://www.movable-type.co.uk/scripts/latlong.html (NB We should normally use PostGIS functions, where possible, instead of this query) |
Import a CSV file of Admin Boundaries into the Locations table The Location names should be ADM0_NAME to ADM5_NAME - the highest-numbered name will be taken as the name of the current location - the previous will be taken as the parent(s) - any other name is ignored It is possible to use the tool purely for Hierarchy, however: If there is a column named 'WKT' then it will be used to provide polygon &/or centroid information. If there is no column named 'WKT' but there are columns named 'Lat' & Lon' then these will be used for Point information. WKT columns can be generated from a Shapefile using: ogr2ogr -f CSV CSV myshapefile.shp -lco GEOMETRY=AS_WKT Currently this function expects to be run from the CLI, with the CSV file in the web2py folder Currently it expects L0 data to be pre-imported into the database. - L1 should be imported 1st, then L2, then L3 - parents are found though the use of the name columns, so the previous level of hierarchy shouldn't have duplicate names in @ToDo: Extend to support being run from the webpage @ToDo: Write additional function(s) to do the OGR2OGR transformation from an uploaded Shapefile |
Import Locations from the Geonames database
|
Convert a LatLon to a WKT string >>> s3gis.latlon_to_wkt(6, 80) 'POINT(80 6)' |
Return a lit of the subtypes available for a Layer |
Parses a location from wkt, returning wkt, lat, lon, bounding box and type. For points, wkt may be None if lat and lon are provided; wkt will be generated. For lines and polygons, the lat, lon returned represent the shape's centroid. Centroid and bounding box will be None if Shapely is not available. |
Update the Tree for GIS Locations: Author: Aravind Venkatesan and Ajay Kumar Sreenivasan from NCSU |
OnValidation callback: If a Point has LonLat defined: calculate the WKT. If a Line/Polygon has WKT defined: validate the format, calculate the LonLat of the Centroid, and set bounds Centroid and bounds calculation is done using Shapely, which wraps Geos. A nice description of the algorithm is provided here: http://www.jennessent.com/arcgis/shapes_poster.htm Relies on Shapely. @ToDo: provide an option to use PostGIS/Spatialite |
Returns a query of all Locations inside the given bounding box |
Returns Rows of Locations whose shape intersects the given bbox. |
Returns Rows of locations which intersect the given shape. Relies on Shapely for wkt parsing and intersection. To Do: provide an option to use PostGIS/Spatialite |
Returns a generator of locations whose shape intersects the given LatLon. Relies on Shapely. To Do: provide an option to use PostGIS/Spatialite |
Returns all Locations whose geometry intersects the given feature. Relies on Shapely. To Do: provide an option to use PostGIS/Spatialite |
Returns Rows of locations which intersect the given shape. Relies on Shapely for wkt parsing and intersection. To Do: provide an option to use PostGIS/Spatialite |
Returns a generator of locations whose shape intersects the given LatLon. Relies on Shapely. To Do: provide an option to use PostGIS/Spatialite |
Returns all Locations whose geometry intersects the given feature. Relies on Shapely. To Do: provide an option to use PostGIS/Spatialite |
Sets bounds for all locations without them. If shapely is present, and a location has wkt, bounds of the geometry are used. Otherwise, the (lat, lon) are used as bounds. |
Returns the HTML to display a map Normally called in the controller as: map = gis.show_map() In the view, put: {{=XML(map)}} @param height: Height of viewport (if not provided then the default setting from the Map Service Catalogue is used) @param width: Width of viewport (if not provided then the default setting from the Map Service Catalogue is used) @param bbox: default Bounding Box of viewport (if not provided then the Lat/Lon/Zoom are used) (Dict): { "max_lat" : float, "max_lon" : float, "min_lat" : float, "min_lon" : float } @param lat: default Latitude of viewport (if not provided then the default setting from the Map Service Catalogue is used) @param lon: default Longitude of viewport (if not provided then the default setting from the Map Service Catalogue is used) @param zoom: default Zoom level of viewport (if not provided then the default setting from the Map Service Catalogue is used) @param projection: EPSG code for the Projection to use (if not provided then the default setting from the Map Service Catalogue is used) @param add_feature: Whether to include a DrawFeature control to allow adding a marker to the map @param add_feature_active: Whether the DrawFeature control should be active by default @param feature_queries: Feature Queries to overlay onto the map & their options (List of Dicts): [{ name : "MyLabel", # A string: the label for the layer query : query, # A gluon.sql.Rows of gis_locations, which can be from a simple query or a Join. Extra fields can be added for 'marker' or 'shape' (with optional 'color' & 'size') & 'popup_label' active : False, # Is the feed displayed upon load or needs ticking to load afterwards? popup_url : None, # The URL which will be used to fill the pop-up. If the string contains <id> then the Location ID will be replaced here, otherwise it will be appended by the Location ID. marker : None, # The marker query or marker_id for the icon used to display the feature (over-riding the normal process). polygons : False # Use Polygon data, if-available (defaults to just using Point) }] @param wms_browser: WMS Server's GetCapabilities & options (dict) { name: string, # Name for the Folder in LayerTree url: string # URL of GetCapabilities } @param catalogue_overlays: Show the Overlays from the GIS Catalogue (@ToDo: make this a dict of which external overlays to allow) @param catalogue_toolbar: Show the Catalogue Toolbar @param legend: Show the Legend panel @param toolbar: Show the Icon Toolbar of Controls @param search: Show the Geonames search box @param mouse_position: Show the current coordinates in the bottom-right of the map. 3 Options: 'normal' (default), 'mgrs' (MGRS), False (off) @param print_tool: Show a print utility (NB This requires server-side support: http://eden.sahanafoundation.org/wiki/BluePrintGISPrinting) { url: string, # URL of print service (e.g. http://localhost:8080/geoserver/pdf/) mapTitle: string # Title for the Printed Map (optional) subTitle: string # subTitle for the Printed Map (optional) } @param mgrs: Use the MGRS Control to select PDFs { name: string, # Name for the Control url: string # URL of PDF server } @param window: Have viewport pop out of page into a resizable window @param window_hide: Have the window hidden by default, ready to appear (e.g. on clicking a button) @param closable: In Window mode, whether the window is closable or not @param collapsed: Start the Tools panel (West region) collapsed @param public_url: pass from model (not yet defined when Module instantiated |
| Home | Trees | Indices | Help |
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Contributor Ideas
Contributing? Me‽
NaCl and PNaCl are very big projects: they expose an entire operating system to
developers, interact with all of the Web platform, and deal with compilers
extensively to allow code written in essentially any programming language to
execute on a variety of CPU architectures. This can be daunting when trying to
figure out how to contribute to the open-source project! This page tries to make
contributing easier by listing project ideas by broad area of interest, and
detailing the required experience and expectations for each idea.
This isn’t meant to constrain contributions! If you have ideas that aren’t on
this page please contact the native-client-discuss mailing list.
If you like an idea on this page and would like to get started, contact the
native-client-discuss mailing list so that we can help you find a mentor.
Google Summer of Code
PNaCl participates in the 2015 Google Summer of Code (see the PNaCl GSoC
page). Student applications are open March 16–27. Discuss project ideas no
native-client-discuss, and submit your proposal on the GSoC page by the
deadline.
Ideas
We’ve separated contributor ideas into broad areas of interest:
- Ports encompass all the code that uses the PNaCl platform. Put simply,
the point of ports is to make existing open-source code work.
- Programming languages sometimes involves compiler work, and sometimes
requires getting an interpreter and its APIs to work well within the Web
platform.
- LLVM and PNaCl requires compiler work: PNaCl is based on the LLVM
toolchain, and most of the work in this area would occur in the upstream LLVM
repository.
- NaCl mostly deals with low-level systems work and security.
Ports
New Filesystems
- Project: Expose new filesystems to nacl_io.
- Brief explanation: nacl_io exposes filesystems like html5fs and RAM disk,
which can be mounted and then accessed through regular POSIX APIs. New types
of filesystems could be exposed in a similar way, allowing developers to build
apps that “just work” on the Web platform while using Web APIs. A few ideas
include connecting to: Google Drive, Github, Dropbox.
- Expected results: A new filesystem is mountable using nacl_io, is well
tested, and used in a demo application.
- Knowledge Prerequisite: C++.
- Mentor: Sam Clegg.
Open Source Porting
- Project: Port substantial open source projects to work in webports.
- Brief explanation: webports contains a large collection of open source
projects that properly compile and run on the PNaCl platform. This project
involves adding new useful projects to webports, and upstreaming any patches
to the original project: running on PNaCl effective involves porting to a new
architecture and operating system. Project ideas include: Gimp, Inkscape, Gtk.
- Expected results: New open source projects are usable from webports.
- Knowledge Prerequisite: C/C++.
- Mentor: Brad Nelson.
Languages
PNaCl already has support for C and C++, and virtual machines such as
JavaScript, Lua, Python and Ruby. We’d like to support more languages, either by
having these languages target LLVM bitcode or by making sure that the language
virtual machine’s APIs work well on the Web platform.
Rust
- Project: Support the Rust programming languages.
- Brief explanation: The Rust programming language uses LLVM. The aim of
this project is to allow it to deliver PNaCl
.pexe
files.
- Expected results: The Rust test suite passes within the browser. How to
use Rust to target PNaCl is well documented and easy to do.
- Knowledge Prerequisite: Compilers, LLVM.
- Mentor: Ben Smith.
Haskell
- Project: Support the Haskell programming language.
- Brief explanation: GHC targets LLVM. The aim of this project is to allow
it to deliver PNaCl
.pexe
files. One interesting difficulty will be to
ensure that tail call optimization occurs properly in all targets.
- Expected results: The Haskell test suite passes within the browser. How to
use Haskell to target PNaCl is well documented and easy to do.
- Knowledge Prerequisite: Compilers, LLVM.
- Mentor: Ben Smith.
Julia
- Project: Support the Julia programming language.
- Brief explanation: Julia targets LLVM, but it does so through LLVM’s
Just-in-Time compiler which PNaCl doesn’t support. The aim of this project is
to allow it to deliver PNaCl
.pexe
files.
- Expected results: The Julia test suite passes within the browser. How to
use Julia to target PNaCl is well documented and easy to do.
- Knowledge Prerequisite: Compilers, LLVM.
- Mentor: Ben Smith.
Scala
- Project: Support the Scala programming language.
- Brief explanation: The aim of this project is to allow Scala to deliver
PNaCl
.pexe
files.
- Expected results: The Scala test suite passes within the browser. How to
use Scala to target PNaCl is well documented and easy to do.
- Knowledge Prerequisite: Compilers.
- Mentor: Ben Smith.
Elm
- Project: Support the Elm programming language.
- Brief explanation: The aim of this project is to allow Elm to deliver
PNaCl
.pexe
files.
- Expected results: The Elm test suite passes within the browser. How to use
Elm to target PNaCl is well documented and easy to do.
- Knowledge Prerequisite: Compilers.
- Mentor: Jan Voung.
Mono
- Project: Support C# running inside Mono.
- Brief explanation: C# is traditionally a Just-in-Time compiled language,
the aim of this project is to be able to run C# code within Mono while
compiling ahead-of-time.
- Expected results: The Mono test suite passes within the browser. How to
use Mono to target PNaCl is well documented and easy to do.
- Knowledge Prerequisite: Compilers.
- Mentor: Derek Schuff.
Perl
- Project: Support Perl.
- Brief explanation: Port the Perl programming language and its packages to
the PNaCl platform.
- Expected results: The Perl test suite passes within the browser. How to
use Perl to target PNaCl is well documented and easy to do.
- Knowledge Prerequisite: C.
- Mentor: Brad Nelson.
TCC
- Project: Port Fabrice Ballard’s Tiny C Compiler _TCC to NaCl and PNaCl.
- Brief explanation: Port TCC to NaCl and enhance to follow NaCl sandboxing
rules, as well as emitting PNaCl bitcode. The same could be done with
Pico C.
- Expected results: Compiler ported and code generator working. Can run a
small benchmark of your choice.
- Knowledge Prerequisite: C, assembly, compilers.
- Mentor: JF Bastien.
LLVM and PNaCl
PNaCl relies heavily on LLVM in two key areas:
- On the developer’s machine, LLVM is used as a regular toolchain to parse code,
optimize it, and create a portable executable.
- On user devices, LLVM is installed as part of Chrome to translate a portable
executable into a machine-specific sandboxed executable.
Most of the contribution ideas around LLVM would occur in the upstream LLVM
repository, and would improve LLVM for more than just PNaCl’s sake (though PNaCl
is of course benefiting from these improvements!). Some of these ideas would
also apply to Subzero, a small and fast translator from portable executable to
machine-specific code.
Sandboxing Optimizations
- Project: Improved sandboxed code generation.
- Brief explanation: PNaCl generates code that targets the NaCl sandbox, but
this code generation isn’t always optimal and sometimes results in a
performance lost of 10% to 25% compared to unsandboxed code. This project
would require looking at the x86-32, x86-64, ARM and MIPS code being generated
by LLVM or Subzero and figuring out how it can be improved to execute
faster. As an example, one could write a compiler pass to figure out when
doing a zero-extending
lea
on NaCl x86-64 would be useful (increment and
sandbox), or see if %rbp
can be used more for loads/stores unrelated to
the call frame.
- Expected results: Sandboxed code runs measurably faster, and gets much
closer to unsandboxed code performance. PNaCl has a fairly extensive
performance test suite to measure these improvements.
- Knowledge Prerequisite: Compilers, assembly.
- Mentor: Jan Voung.
Binary Size Reduction
- Project: Reduce the size of binaries generated by LLVM.
- Brief explanation: This is generally useful for the LLVM project, but is
especially important for PNaCl and Emscripten because we deliver code on the
Web (transfer size and compile time matter!). This stands to drastically
improve transfer time, and load time. Reduces the size of the PNaCl translator
as well as user code, makes the generated portable executables smaller and
translation size faster. Improve LLVM’s
mergefuncs
pass to reduce
redundancy of code. Detect functions and data that aren’t used. Improve
partial evaluation: can e.g. LLVM’s command-line parsing be mostly removed
from the PNaCl translator? Potentially add a pass where a developer manually
marks functions as unused, and have LLVM replace them with abort
(this
should propagate and mark other code as dead). This list could be created by
using code coverage information.
- Expected results: Portable executables in the PNaCl repository are
measurably smaller and translate faster.
- Knowledge Prerequisite: LLVM bitcode.
- Mentor: JF Bastien.
Vector Support
- Project: Improve PNaCl SIMD support.
- Brief explanation: PNaCl offers speed on the Web, and generating good SIMD
code allows developers to use the full capabilities of the device (better user
experience, longer battery life). The goal of this project is to allow
developers to use more hardware features in a portable manner by exposing
portable SIMD primitives and using auto-vectorization. This could also mean
making the architecture-specific intrinsics “just work” within PNaCl (lower
them to equivalent architecture-independent intrinsics).
- Expected results: Sample code and existing applications run measurably
faster by using portable SIMD and/or by auto-vectorizing.
- Knowledge Prerequisite: Compilers, high-performance code tuning.
- Mentor: JF Bastien.
Atomics
- Project: Improve the performance of C++11 atomics.
- Brief explanation: C++11 atomics allow programmers to shed inline assembly
and use language-level features to express high-performance code. This is
great for portability, but atomics currently aren’t as fast as they could be
on all platforms. We had an intern work on this in the summer of 2014, see his
LLVM developer conference presentation Blowing up the atomic barrier. This
project would be a continuation of this work: improve LLVM’s code generation
for atomics.
- Expected results: Code using C++11 atomics runs measurably faster on
different architectures.
- Knowledge Prerequisite: Compilers, memory models.
- Mentor: JF Bastien.
Security-enhanced PNaCl
- Project: Security in-depth for PNaCl.
- Brief explanation: PNaCl brings native code to the Web, and we want to
improve the security of the platform as well as explore novel mitigations.
This allows PNaCl to take better advantage of the hardware and operating
system it’s running on and makes the platform even faster while keeping users
safe. It’s also useful for non-browser uses of PNaCl such as running untrusted
code in the Cloud. A few areas to explore are: code randomization for LLVM and
Subzero, fuzzing of the translator, code hiding at compilation time, and code
tuning to the hardware and operating system the untrusted code is running on.
- Expected results: The security design and implementation successfully pass
a review with the Chrome security team.
- Knowledge Prerequisite: Security.
- Mentor: JF Bastien.
Sanitizer Support
- Project: Sanitizer support for untrusted code.
- Brief explanation: LLVM supports many sanitizers for C/C++ using the
-fsanitize=<name>
. Some of these sanitizers currently work, and some don’t
because they use clever tricks to perform their work, such as using mmap
to allocate a special shadow memory region with a specific address. This
project requires adding full support to all of LLVM’s sanitizers for untrusted
user code within PNaCl.
- Expected results: The sanitizer tests successfully run as untrusted code
within PNaCl.
- Knowledge Prerequisite: Compilers.
- Mentor: JF Bastien.
NaCl
Auto-Sandboxing
- Project: Auto-sandboxing assembler.
- Brief explanation: NaCl has a toolchain which can sandbox native
code. This toolchain can consume C/C++ as well as pre-sandboxed assembly, or
assembly which uses special sandboxing macros. The goal of this project is to
follow NaCl’s sandboxing requirements automatically which compiling assembly
files.
- Expected results: Existing assembly code can be compiled to a native
executable that follows NaCl’s sandboxing rules.
- Knowledge Prerequisite: Assemblers.
- Mentor: Derek Schuff, Roland McGrath.
New Sandbox
- Project: Create a new software-fault isolation sandbox.
- Brief explanation: NaCl pioneered production-quality sandboxes based on
software-fault isolation, and currently supports x86-32, x86-64, ARMv7’s ARM,
and MIPS. This project involves designing and implementing new sandboxes. Of
particular interest are ARMv8’s aarch64 and Power8. This also requires
implementing sandboxing in the compiler.
- Expected results: The new sandbox’s design and implementation successfully
pass a review with the Chrome security team. Existing NaCl code successfully
runs in the new sandbox.
- Knowledge Prerequisite: Security, low-level assembly, compilers, LLVM.
- Mentor: David Sehr.
64-bit Sandbox
- Project: Create a 64-bit sandbox.
- Brief explanation: NaCl currently supports sandboxes where pointers are
32-bits. Some applications, both in-browser and not in-browser, would benefit
from a larger address space. This project involves designing and implementing
a model for 64-bit sandboxes on all architecture NaCl currently supports. This
also requires supporting 64-bit pointers in PNaCl using the
le64
platform,
and updating the code generation for each platform.
- Expected results: The new sandbox’s design and implementation successfully
pass a review with the Chrome security team. Existing NaCl code successfully
runs in the new sandbox.
- Knowledge Prerequisite: Security, low-level assembly, compilers, LLVM.
- Mentor: David Sehr.
{{/partials.standard_nacl_article}}


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These are provided as both example and default functions for
parsing a character vector of taxonomic rank information for a single taxa.
As default functions, these are intended for cases where the data adheres to
the naming convention used by greengenes
the naming convention used by greengenes and silva.
(http://greengenes.lbl.gov/cgi-bin/nph-index.cgi)
or where the convention is unknown, respectively.
To work, these functions -- and any similar custom function you may want to
create and use -- must take as input a single character vector of taxonomic
ranks for a single OTU, and return a named character vector that has
been modified appropriately (according to known naming conventions,
desired length limits, etc.
The length (number of elements) of the output named vector does not
need to be equal to the input, which is useful for the cases where the
source data files have extra meaningless elements that should probably be
removed, like the ubiquitous
``Root'' element often found in greengenes/QIIME taxonomy labels.
In the case of parse_taxonomy_default
, no naming convention is assumed and
so dummy rank names are added to the vector.
More usefully if your taxonomy data is based on greengenes, the
parse_taxonomy_greengenes
function clips the first 3 characters that
identify the rank, and uses these to name the corresponding element according
to the appropriate taxonomic rank name used by greengenes
(e.g. "p__"
at the beginning of an element means that element is
the name of the phylum to which this OTU belongs).
If you taxonomy data is based on SILVA, the parse_taxonomy_silva_128
function
clips the first 5 characters that identify rank, and uses these to name the
corresponding element according to the appropriate taxonomic rank name used
by SILVA (e.g. "D_1__"
at the beginning of an element means that element
is the name of the phylum to which this OTU belongs.
Alternatively you can create your own function to parse this data.
Most importantly, the expectations for these functions described above
make them compatible to use during data import,
specifcally the import_biom
function, but
it is a flexible structure that will be implemented soon for all phyloseq
import functions that deal with taxonomy (e.g. import_qiime
).
parse_taxonomy_silva_128(char.vec)
| char.vec | (Required). A single character vector of taxonomic ranks for a single OTU, unprocessed (ugly). |
|---|
A character vector in which each element is a different
taxonomic rank of the same OTU, and each element name is the name of
the rank level. For example, an element might be "Firmicutes"
and named "phylum"
.
These parsed, named versions of the taxonomic vector should
reflect embedded information, naming conventions,
desired length limits, etc; or in the case of parse_taxonomy_default
,
not modified at all and given dummy rank names to each element.
This function is currently under PR review by phyloseq in a well supported pull request: https://github.com/joey711/phyloseq/pull/854. If you use this function, then please comment on the GitHub PR to encourage merging this feature.
# NOT RUN { > taxvec1 = c("Root", "k__Bacteria", "p__Firmicutes", "c__Bacilli", "o__Bacillales", "f__Staphylococcaceae") > parse_taxonomy_default(taxvec1) > parse_taxonomy_greengenes(taxvec1) > taxvec2 = c("Root;k__Bacteria;p__Firmicutes;c__Bacilli;o__Bacillales;f__Staphylococcaceae") > parse_taxonomy_qiime(taxvec2) > taxvec3 = c("D_0__Bacteria", "D_1__Firmicutes", "D_2__Bacilli", "D_3__Staphylococcaceae") > parse_taxonomy_silva_128(taxvec3) # }


dotnet(1) Manual Page
Name
Help links to Microsoft .NET.
See Also
.NET Downloads
, includes .NET Core, .NET Framework etc.


|
LibreMoney - first secured cryptocurrency and crowdinvesting system.
New Money (emission) in LibreMoney can only get the authors successful crowdfunding projects. The authors introduce new value in the world and receive for money creation, as a bonus for useful work. In fact, all the money in LibreMoney provided useful real work. Therefore, we say that LibreMoney - is to secured currency.
|
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Brief description of
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Target
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- Co-financing of projects (crowdfunding, crowdsourcing, crowdinvesting).
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|
| Transaction ID |
|
Date |
Type |
Amount |
Fee |
Account |
Confirmations |
Block#13
Result: Account#1:998000.007; Account#2:4000.996; Account#3:0.000
Block#12
Transaction#12_1 - Account#3: Перевод на кошелек Account#2 1999.999
Result: Account#1:998000.006+0.001; Account#2:2000.997+1999.999; Account#3:2000.000-1999.999-0.001
Block#11
По истечению времени действия контракта голосования по проекту Project#2 производится эмиссия на Account#3
Производится эмиссия = СуммаСредствСобранныхНаПроект * ВесСообщества * ОценкаВкладчиков * ОценкаЭкспертов
В системе пока только один пользователь User#1 (Account#2). Он же вкладчик, он же эксперт.
Transaction#11_1 - Account#0: Эмиссия = 2000.000 * 1.0 * 1.0 * 1.0 = 2000.000+0.001
Result: Account#1:998000.005+0.001; Account#2:2000.995; Account#3:0.000+2000.000
Block#10
Проект Project#2 выполнен успешно. Настает момент голосования. Голосование - это контракт.
Каждый голос - это транзакция (контракт).
В системе пока только один пользователь User#1 (Account#2)
Transaction#10_1 - Account#2: Голосование за проект Project#2 как вкладчик, оценка 1.0
Transaction#10_2 - Account#2: Голосование за проект Project#2 как эксперт, оценка 1.0
Result: Account#1:998000.003+0.002; Account#2:2000.997-0.002; Account#3:0.000
Block#9
Result: Account#1:998000.003; Account#2:2000.997; Account#3:0.000
Block#8
Условия контракта сбора средств по проекту Project#2 выполнены => Деньги поступают в распоряжение Accout#3
Владелец Account#3 решает перевести все деньги проекта на свой кошелек Account#2
Transaction#8_1 - Account#3: Перевод на Account#2 1999.999
Result: Account#1:998000.002+0.001; Account#2:0.998+1999.999; Account#3:2000.000-1999.999-0.001
Block#7
Transaction#7_1 - Account#1: Перевод на Account#3 (контракт) 1999.000
Result: Account#1:999999.002-1999.000-0.001+0.001; Account#2:0.998; Account#3:1.000+1999.000
Block#6
Создание кошелька Account#3
Transaction#6_1 - Account#2: Перевод на Account#3 1.000 / Создание проекта (контракта) Project#2 (в сообществе LMG-1) / Старт сбора средств на проект
Result: Account#1:999999.001+0.001; Account#2:0.999-0.001; Account#3:0.000+1.000
Block#5
Transaction#5_1 - Account#1: Добавление пользователя User#1 в сообщество LMG-1
Result: Account#1:999999.001-0.001+0.001; Account#2:0.999
Block#4
Transaction#4_1 - Account#2: Регистрация пользователя User#1 (Prof1983
)
Result: Account#1:999999.000+0.001; Account#2:1.000-0.001
Block#3
Создание кошелька Account#2
Transaction#3_1 - Account#1: Перевод на Account#2 1.000
Result: Account#1:1000000.000-1.001+0.001; Account#2:0.000+1.000
Block#2
Transaction#2_1 - Account#1: Создание сообщества LMG-1 ("LibreMoney Team")
Result: Account#1:1000000.000-0.001+0.001
Block#1
Создание кошелька Account#1
Transaction#1_1 - Account#0: Создание проекта Project#1 (LibreMoney) / Создание кошелька Account#1
Transaction#1_2 - Account#0: Стартовая эмиссия Account#0->Account#1 1000000.000
Result: Account#1:0.000+1000000.000
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No 3.MENDAS CLOSE, COMMUNITY 1, TEMA, ACCRA-GHANA. {VERY URGENT BUSINESS TRANSACTION,GREETINGS,IN ORDER TO TRANSFER OUT (USD TEN MILLION DOLLARS) FROM OUR BANK. I HAVE THE COURAGE TO ASK YOU TO LOOK FOR A RELIABLE AND HONEST PERSON WHO WILL BE CAPABLE FOR THIS IMPORTANT BUSINESS BELIEVING THAT YOU WILL NEVER LET ME DOWN EITHER NOW OR IN FUTURE. I AM MR, MIKE KOFI. THE EASTERN DISTRICT BANK AUDITOR OF SOCIAL SECURITY BANK LTD( ACCRA GHANA). THERE IS AN ACCOUNT OPENED IN THIS BANK IN 2001 AND SINCE 2004 NOBODY HAS OPERATED ON THIS ACCOUNT AGAIN. AFTER GOING THROUGH SOME OLD FILES IN THE RECORDS I DISCOVERED THAT IF I DO NO TREMITT THIS MONEY OUT URGENTLY IT WILL BE FOR FEITED FOR NOTHING.THE OWNER OF THIS ACCOUNT IS MR. CHRIS MARCO, A FOREIGNER, AND THE MANAGEROF PETRO - TECHNICAL SUPPORT SERVICES, A CHEMICAL ENGINEER BY PROFESSION AND HE DIED SINCE 2001.NO OTHER PERSON KNOWS ABOUT THIS ACCOUNT OR ANY THING CONCERNING IT, THE ACCOUNT HAS NO OTHER BENEFICIARY AND MY INVESTIGATION PROVED TO ME AS WELL THAT THIS COMPANY DOES NOT KNOW ANYTHING ABOUT THIS ACCOUNT AND THE AMOUNT INVOLVED IS (USD TEN MILLION DOLLARS). I WANT TO TRANSFER THIS MONEY INTO A SAFE FOREIGNERS ACCOUNT ABROAD BUT I DON'T KNOW ANY FOREIGNER, I AM ONLY CONTACTING YOU AS A FOREIGNER BECAUSE THIS MONEY CAN NOT BE APPROVED TO A LOCAL BANK HERE, BUT CAN ONLY BE APPROVED TO ANY FOREIGN ACCOUNT BECAUSE THE MONEY IS IN US DOLLARS AND THE FORMER OWNER OF THE ACCOUNT IS MR.  I KNOW THAT THIS MASSAGE WILL COME TO YOU AS A SURPRISE AS WE DON'T KNOW OUR SELVES BEFORE, BUT BE SURE THAT IT IS REAL AND A GENUINE BUSINESS.  SEND ALSO YOUR PRIVATE TELEPHONE AND FAX NUMBER INCLUDING THE FULL DETAILS OF THE ACCOUNT TO BE USED FOR THE DEPOSIT.AN EMPTY ACCOUNT CAN ALSO SERVE FOR THIS PURPOSE. I WANT US TO MEET FACE TO FACE OR SIGN A BINDING AGREEMENT TO BIND US TOGETHER SO THAT YOU CAN RECIEVE THIS MONEY INTO A FORIEGN ACCOUNT OR ANY ACCOUNT OF YOUR CHOICE WHERE THE FUND WILL BE SAFE. AND I WILL FLY TO YOUR COUNTRY FOR WITHDRAWAL AND SHARING AND OTHER INVESTMENTS. I AM CONTACTING YOU BECAUSE OF THE NEED TO INVOLVE A FOREIGNER WITH FOREIGN ACCOUNT AND FOREIGN BENEFICIARY. I NEED YOUR FULL CO-OPERATION TO MAKE THIS WORK FINE.  I NEED TRUTHFUL PERSON IN THIS BUSINESS BECAUSE I DON'T WANT TO MAKE MISTAKE I NEED YOUR STRONG ASSURANCE AND TRUST. WITH MY POSITION NOW IN THE OFFICE I CAN TRANSFER THIS MONEY TO ANY FOREIGNER'S RELIABLE ACCOUNT WHICH YOU CAN PROVIDE WITH ASSURANCE THAT THIS MONEY WILL BE INTACT PENDING MY PHYSICAL ARRIVAL IN YOUR COUNTRY FOR SHARING. I WILL DESTROY ALL DOCUMENTS OF TRANSACTION IMMEDIATELY WERECIEVE THIS MONEY LEAVING NO TRACE TO ANY PLACE. YOU CAN ALSO COME TO DISCUSS WITH ME FACE TO FACE AFTER WHICH I WILL MAKE THIS REMITTANCE IN YOUR PRESENCE AND TWO OF US WILL FLY TO YOUR COUNTRY AT LEAST TWO DAYS AHEAD OF THE MONEY GOING INTO YOUR ACCOUNT.  I WILL USE MY POSITION AND INFLUENCE TO EFFECT LEGAL APPROVALS AND ON WARD TRANSFER OF THIS MONEY TO YOUR ACCOUNT WITH APPROPRIATE CLEARANCE FORMS OF THE MINISTRIES AND FOREIGN EXCHANGE DEPARTMENTS. AT THE CONCLUSION OF THIS BUSINESS, YOU WILL BE GIVEN 35% OF THE TOTAL AMOUNT, 60% WILL BE FOR ME, WHILE 5% WILL BE FOR EXPENSES BOTH PARTIES MIGHT HAVE INCURED DURING THE PROCESS OF TRANSFERING. I LOOK FORWARD TO YOUR EARLIEST REPLY THROUGH THIS ALTERNATIVE E-MAIL ADDRESS<EMAIL_ADDRESS>TRULY YOURS, MR MIKE KOFI<PHONE_NUMBER>40


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Résumé
— I do not compete with others, the only competition that challenges me is myself.* As a fighter, friend and an employee I am known as contemplative, motivated and driven.
*whenever I try to find time for JS between punching dudes
Recent
-
2021
Applied for the BSA while doing a lot of additional learning in the process.
-
2020
The world's gone crazy and drove me crazy too, I've been thinking more and more about IT at this point, got some pretty scarce knowledge of those IT things that was gradually getting better.
-
-
- C
- C++
- C#
- Python
- JS
- Selenium
- Axios
- MySQL
-
-
Back then
-
2018
Amongst many fighters of the past was featured in the movie "Ready Player One". Ryu ready always! Awesome movie too.
-
2017
United with unknown until then to me Power Rangers to defeat resurrected M.Bison. Damn good fighters they are, even not knowing
ways! -
2016
In "Street Fighter V" once and for all erased M.Bison from earth and tamed my inner Evil Ryu. Also spent some time on a side-project, mini-series "Street Fighter: Resurrection".
-
2014
Filmed in a martial arts tutorial "Street Fighter: Assassin's Fist", revealing to audience forgotten art of Ansatsuken.
-
2012
The gods of HEAVY METAL internet concluded me in the animated movie "Wreck-It Ralph", but rewarded me with a good drink for it! 🍺
-
2008
My evil alter ego 💢 sneaked out of control and became a boss in "Street Fighter IV".
-
2005
Sensei, why are you so smart?
Languages
us ENGLISH cn MANDARIN jp JAPANESE
Skills
- KARATE
- ENERGY
- ATTACK
- SHORYUKEN
- BAREFOOT
- PROFESSIONALLY ANALYZING ANIME
- RATING THINGS FROM 1 TO I'D PUNCH
- RANKING USELESS THINGS
- PLAYING VIDEOGAMES
- SPOTTING TEXT MISTAKES
Character
Likes😁
-
- PURPLE
- LOVECRAFT
- DARK SOULS
- RESPONSIVE DESIGN


IFAppContainer Class Reference
| Inherits from | IFContainer : NSObject |
|---|---|
| Conforms to | IFIOCTypeInspectable |
| Declared in | IFAppContainer.h IFAppContainer.m |
Other Methods
appBackgroundColor
The app’s default background colour.
@property (nonatomic, strong) UIColor *appBackgroundColor
Discussion
The app’s default background colour.
Declared In
IFAppContainer.h
window
The app’s window.
@property (nonatomic, weak) UIWindow *window
Discussion
The app’s window.
Declared In
IFAppContainer.h
schemes
Map of additional scheme configurations.
@property (nonatomic, strong) NSDictionary *schemes
Discussion
Map of additional scheme configurations.
Declared In
IFAppContainer.h
patterns
Make configuration patterns.
@property (nonatomic, strong) IFConfiguration *patterns
Discussion
Make configuration patterns.
Declared In
IFAppContainer.h
formats
URI formatters.
@property (nonatomic) NSDictionary *formats
Discussion
URI formatters.
Declared In
IFAppContainer.h
aliases
URI aliases.
@property (nonatomic) IFJSONObject *aliases
Discussion
URI aliases.
Declared In
IFAppContainer.h
standardConfiguration
The container’s standard configuration.
@property (nonatomic, strong) id standardConfiguration
Discussion
The container’s standard configuration.
Declared In
IFAppContainer.h
– loadStandardConfiguration
Load the app’s standard configuration.
- (void)loadStandardConfiguration
Discussion
Load the app’s standard configuration.
Declared In
IFAppContainer.h
– loadConfiguration:
Load the app configuration.
- (void)loadConfiguration:(id)configSource
Discussion
Load the app configuration.
Declared In
IFAppContainer.h
– getRootView
Return the app’s root view.
- (UIViewController *)getRootView
Discussion
Return the app’s root view.
Declared In
IFAppContainer.h
– postMessage:sender:
Post a message URI.
- (void)postMessage:(NSString *)messageURI sender:(id)sender
Discussion
Post a message URI.
Declared In
IFAppContainer.h
– isInternalURISchemeName:
Test whether a URI scheme name belongs to an internal URI scheme.
- (BOOL)isInternalURISchemeName:(NSString *)schemeName
Discussion
Test whether a URI scheme name belongs to an internal URI scheme.
Declared In
IFAppContainer.h
+ getAppContainer
Return the app container singleton instance.
+ (IFAppContainer *)getAppContainer
Discussion
Return the app container singleton instance.
Declared In
IFAppContainer.h
+ window
Get the app window. Loads the standard app configuration and bind’s the app container’s root view to the window’s rootViewController property.
+ (UIWindow *)window
Discussion
Get the app window. Loads the standard app configuration and bind’s the app container’s root view to the window’s rootViewController property.

Declared In
IFAppContainer.h
Other Methods
– configureWith:
Configure the container and its contents using the specified configuration. The set of ‘named’ components is instantiated from the top-level configuration properties. In addition, if any named property has the same name as one of the container’s properties, then the container property is set to the value of the named property. Type inference will be attempted for named container properties without explicitly configured types. The mapping of named container properties is primarily useful in container subclasses, and can be used to define functional modules as configurable containers.
- (void)configureWith:(IFConfiguration *)configuration
Discussion
Configure the container and its contents using the specified configuration. The set of ‘named’ components is instantiated from the top-level configuration properties. In addition, if any named property has the same name as one of the container’s properties, then the container property is set to the value of the named property. Type inference will be attempted for named container properties without explicitly configured types. The mapping of named container properties is primarily useful in container subclasses, and can be used to define functional modules as configurable containers.
Declared In
IFContainer.h
– memberClassForCollection:
Return the expected class for members of the named property collection.
- (__unsafe_unretained Class)memberClassForCollection:(NSString *)propertyName
Parameters
propertyName |
The name of a collection property. |
|---|
Return Value
Returns the default class of member items of the specified collection. Can return nil if the property name isn’t recognized, or if the collection has no default member class.
Discussion
Return the expected class for members of the named property collection.
Declared In
IFIOCTypeInspectable.h
– configureObject:withConfiguration:identifier:
Configure an object using the specified configuration.
- (void)configureObject:(id)object withConfiguration:(IFConfiguration *)configuration identifier:(NSString *)identifier
Parameters
object |
The object to configure. |
|---|---|
configuration |
The object’s configuration. |
identifier |
An identifier (e.g. the configuration’s key path) used identify the object in logs. |
Discussion
Configure an object using the specified configuration.
Declared In
IFContainer.h


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{%endfor%}
This email has been sent by {{user.first_name}} {{user.last_name}} ({{user.email}}) to every administrators of the control list {{control_list_title}}
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| Manual section: | 3 |
|---|
import std [from "path"] ;
vmod_std contains basic functions which are part and parcel of Varnish, but which for reasons of architecture fit better in a VMOD.
One particular class of functions in vmod_std is the conversions functions which all have the form:
TYPE type(STRING, TYPE)
These functions attempt to convert STRING to the TYPE, and if that fails, they return the second argument, which must have the given TYPE.
STRING toupper(STRING s)
STRING tolower(STRING s)
VOID set_ip_tos(INT tos)
REAL random(REAL lo, REAL hi)
VOID log(STRING s)
VOID syslog(INT priority, STRING s)
std.syslog(9, "Something is wrong");
This will send a message to syslog using LOG_USER | LOG_ALERT.
STRING fileread(PRIV_CALL, STRING)
VOID collect(HEADER hdr, STRING sep=", ")
Collapses multiple hdr headers into one long header. The default separator sep is the standard comma separator to use when collapsing headers, with an additional whitespace for pretty printing.
Care should be taken when collapsing headers. In particular collapsing Set-Cookie will lead to unexpected results on the browser side.
DURATION duration(STRING s, DURATION fallback)
INT integer(STRING s, INT fallback)
IP ip(STRING s, IP fallback)
REAL real(STRING s, REAL fallback)
INT real2integer(REAL r, INT fallback)
TIME real2time(REAL r, TIME fallback)
INT time2integer(TIME t, INT fallback)
REAL time2real(TIME t, REAL fallback)
VOID rollback(HTTP h)
VOID timestamp(STRING s)
STRING querysort(STRING)
BOOL cache_req_body(BYTES size)
Caches the request body if it is smaller than size. Returns true if the body was cached, false otherwise.
Normally the request body is not available after sending it to the backend. By caching it is possible to retry pass operations, e.g. POST and PUT.
STRING strstr(STRING s1, STRING s2)
Returns a string beginning at the first occurrence of the string s2 in the string s1, or an empty string if s2 is not found.
Note that the comparison is case sensitive.
This will check if the content of req.http.restrict occurs anywhere in req.url.
TIME time(STRING s, TIME fallback)
Converts the string s to a time. If conversion fails, fallback will be returned.
Supported formats:
STRING getenv(STRING name)
Return environment variable name or the empty string.
See getenv(3)
VOID late_100_continue(BOOL late)
Controls when varnish reacts to an Expect: 100-continue client request header.
Varnish always generates a 100 Continue response if requested by the client trough the Expect: 100-continue header when waiting for request body data.
But, by default, the 100 Continue response is already generated immediately after vcl_recv returns to reduce latencies under the assumption that the request body will be read eventually.
Calling std.late_100_continue(true) in vcl_recv will cause the 100 Continue response to only be sent when needed. This may cause additional latencies for processing request bodies, but is the correct behavior by strict interpretation of RFC7231.
This function has no effect outside vcl_recv and after calling std.cache_req_body() or any other function consuming the request body.
Copyright (c) 2010-2017 Varnish Software AS
All rights reserved.
Author: Poul-Henning Kamp<EMAIL_ADDRESS>Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions
are met:
1. Redistributions of source code must retain the above copyright
notice, this list of conditions and the following disclaimer.
2. Redistributions in binary form must reproduce the above copyright
notice, this list of conditions and the following disclaimer in the
documentation and/or other materials provided with the distribution.


Self-Driving Cars
Although autonomous vehicles have already been able to hit the road, they aren’t exactly a common existence on the roads we commonly traverse. Within the past few years that have led up towards today, the development of autonomous vehicles have faced several technological and legal obstacles. These obstacles have discouraged the development of autonomous vehicles, thus hindering progress.
Self-driving cars have a higher rate of accidents compared to human-driven cars, but the injuries are less serious.
On average, there are 9.1 self-driving car accidents per million miles driven, while the same rate is 4.1 crashes per million miles for regular vehicles.
For instance,there have been two pedestrian fatalities. One was caused by an Uber vehicle, and the other by a Tesla AV. Additionally, four AV drivers died in self-driving car accidents. (carsurance.net). No matter how advanced technology is used, there’s always a high possibility of self driving cars making mistakes. From the above example, we can illustrate that self-driving cars might bring more danger than their benefit.
Accidents between 2016 and 2019 involving Tesla vehicles, and an accident involving an UBER vehicle and a pedestrian, “led to many other automated vehicle suppliers to suspend or completely abandon their own development plans” (Morningstar 2021)


Sorry, JavaScript needs to be enabled in order to run this website (Alternatively, you can visit my more static site at
http://jac21.github.io/
).


In toast of UI, and if you use the Confirm, the well-known message is waiting for user confirmation.
To "this" anonymous function, has been included, such as the following objects. You can check directly open a console window.


WOPFE
☰
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