“Let us commit to adopting, adapting and scaling up best practices so we can protect fragile ecosystems for the benefit of all the islanders -- and indeed people everywhere --who depend on them.”
Mr. Ban Ki-moon
United Nations Secretary-General
22 May 2014, International Day of Biological Diversity: Island Biodiversity
| Title | Country | Total Cost | Funding Needed | Date | Status | Admin | |
|---|---|---|---|---|---|---|---|
| {{match.title_s}} | {{country|term}} |
{{match.totalCost | filterCurrency:'USD':currency}} | {{match.funding_needed | filterCurrency:'USD':currency}} | {{ match.startDate_s | filterDate }} | not yet funded fully funded partially funded | EDIT | |


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Accessing stats
Stats can be accessed in two ways:
control server
$ pumactl stats
or GET /stats
Read more about pumactl
and the control server in the README..
Puma.stats
Puma.stats produces a JSON string. Puma.stats_hash produces a ruby hash.
in single mode
Invoke Puma.stats anywhere in runtime, e.g. in a rails initializer:
# config/initializers/puma_stats.rb
Thread.new do
loop do
sleep 30
puts Puma.stats
end
end
in cluster mode
Invoke Puma.stats from the master process
# config/puma.rb
before_fork do
Thread.new do
loop do
puts Puma.stats
sleep 30
end
end
end
Explanation of stats
Puma.stats returns different information and a different structure depending on if Puma is in single vs. cluster mode. There is one top-level attribute that is common to both modes:
- started_at: when Puma was started
single mode and individual workers in cluster mode
When Puma runs in single mode, these stats are available at the top level. When Puma runs in cluster mode, these stats are available within the worker_status
array in a hash labeled last_status
, in an array of hashes where one hash represents each worker.
- backlog: requests that are waiting for an available thread to be available. if this is above 0, you need more capacity [always true?]
- running: how many threads are running
- pool_capacity: the number of requests that the server is capable of taking right now. For example, if the number is 5, then it means there are 5 threads sitting idle ready to take a request. If one request comes in, then the value would be 4 until it finishes processing. If the minimum threads allowed is zero, this number will still have a maximum value of the maximum threads allowed.
- max_threads: the maximum number of threads Puma is configured to spool per worker
- requests_count: the number of requests this worker has served since starting
cluster mode
- phase: which phase of restart the process is in, during [phased restart])
- workers: ??
- booted_workers: how many workers currently running?
- old_workers: ??
- worker_status: array of hashes of info for each worker (see below)
worker status
- started_at: when the worker started
- pid: the process id of the worker process
- index: each worker gets a number. if Puma is configured to have 3 workers, then this will be 0, 1, or 2
- booted: if it's done booting [?]
- last_checkin: Last time the worker responded to the master process' heartbeat check.
- last_status: a hash of info about the worker's state handling requests. See the explanation for this in "single mode and individual workers in cluster mode" section above.
Examples
Here are two example stats hashes produced by Puma.stats:
single
{
"started_at": "2021-01-14T07:12:35Z",
"backlog": 0,
"running": 5,
"pool_capacity": 5,
"max_threads": 5,
"requests_count": 3
}
cluster
{
"started_at": "2021-01-14T07:09:17Z",
"workers": 2,
"phase": 0,
"booted_workers": 2,
"old_workers": 0,
"worker_status": [
{
"started_at": "2021-01-14T07:09:24Z",
"pid": 64136,
"index": 0,
"phase": 0,
"booted": true,
"last_checkin": "2021-01-14T07:11:09Z",
"last_status": {
"backlog": 0,
"running": 5,
"pool_capacity": 5,
"max_threads": 5,
"requests_count": 2
}
},
{
"started_at": "2021-01-14T07:09:24Z",
"pid": 64137,
"index": 1,
"phase": 0,
"booted": true,
"last_checkin": "2021-01-14T07:11:09Z",
"last_status": {
"backlog": 0,
"running": 5,
"pool_capacity": 5,
"max_threads": 5,
"requests_count": 1
}
}
]
}


Cocaine worth £40,000 seized after police stop car heading to Aberdeen from England
The 32-year-old driver of a white Volvo was pulled over and arrested on the A90 near Stonehaven, Aberdeenshire.
by Tom Eden, Graeme ThomsonA man has been charged after a car with £40,000-worth of cocaine was stopped en route from England to Aberdeen.
The 32-year-old driver of the white Volvo was pulled over on the A90 near Stonehaven, Aberdeenshire, on Thursday afternoon by police, who allegedly discovered 281.9 grams of cocaine in the back of the car.
Police Scotland said the man was arrested and charged with drug offences and appeared at Aberdeen Sheriff Court on Friday.
Officers believe the cocaine has a street value of approximately £40,000 and Detective Sergeant Gavin Fleming, of Ellon CID, said: "We are committed to detecting and stopping those who bring drugs into Scotland.
"This seizure means that a significant amount of controlled drugs will now not make it onto our streets.
"We are constantly building our intelligence on drug-related issues and organised crime groups behind this type of criminality.
"We would urge anyone with information about the supply of drugs to report what they know to the police."
Anyone with information is asked to contact Police Scotland on 101 or make a call anonymously to the charity Crimestoppers on 0800 555 111.
In a separate incident, drugs with an estimated street value of around £3,000 and £47,000 of cash has been seized by officers in Ayrshire.
A number of addresses in East Ayrshire were targeted on Friday as part of an operation in the area.
Police said that four men - aged 21, 31, 39, and 59 years - have been arrested and charged, and will appear at court at a later date.


runCompariMotif3.Rd
Run CompariMotif3
runCompariMotif3(input_file = "./SLIMFinder/result/motifs.txt", slimpath = "../software/slimsuite/tools/", dbpath = "./data_files/", dburl = "http://elm.eu.org/elms/elms_index.tsv", parameters = "unmatched=T motific=T", out_file = "./SLIMFinder/result/comparimotif.tdt", LSF_project_path = "/hps/nobackup/research/petsalaki/users/vitalii/vitalii/viral_project/", run = F, with = c("self", "db")[2])
| input_file | a path to a tsv file containing Name and Pattern columns |
|---|---|
| slimpath | path to /slimsuite/tools/ |
| dbpath | path to directory where to save and keep ELM database (http://elm.eu.org/) or other database of linear motifs in a format required by comparimotif_V3: http://rest.slimsuite.unsw.edu.au/docs&page=module:comparimotif_V3 |
| dburl | url where to download database |
| parameters | any commandline parameters for comparimotif_V3 as a single character string |
| out_file | path to a file where comparimotif_V3 should save the result |
| LSF_project_path | path to the project directory on the LSF cluster file system. If on LSF is to be used all other paths should be relative to this directory, alternatively, set this argument to empty character. Final path is |
| run | logical, run comparimotif_V3 (T) or just output the command (F), can be useful for check correcteness |
| with | compare motifs in |
system command to be run or that was run


Hope Floats (1998)
Director: Forest Whitaker Cast: Sandra Bullock, Harry Connick Jr., Gena Rowlands, Mae Whitman, Michael Pare, Cameron Finley Screenplay: Steven Rogers Producers: Lynda Obst Runtime: 115 min. US Distribution: 20th Century Fox Rated PG-13: thematic elements
By Nathaniel R. Atcheson<EMAIL_ADDRESS>The best scene in Hope Floats is the first one, and I somehow knew that the rest of the film wouldn't live up to this scene even as I was watching it. We are introduced to Birdee Pruitt (Sandra Bullock), who is on a talk show thinking that she's getting a free makeover with her best friend. What Birdee actually learns on national television is that her best friend is having an affair with her husband. This is a funny scene, but it's also moving, and director Forest Whitaker does something that is not easily done -- he makes the character sympathetic before we know her.
It's also an interesting and unusual way to begin a really sentimental and formulaic bundle of schtick. After this beginning (which, unfortunately, belongs in a different film), Bridee leaves her husband and takes their daughter, Bernice (Mae Whitman), with her. She goes to stay with her mother, Ramona (Gena Rowlands), in Smithville, Texas. There, she drowns in her own self pity. She was once the most admired girl in the town (she was prom queen for three out of the four years of high school), but now that her peers have seen her emotionally disemboweled on a scummy talk show, she's little more than a town joke.
I'm sure that screenwriter Steven Rogers thought it necessary to add a love interest to this mix of ideas, so he did that. We learn of the existence of Justin Matisse (Harry Connick, Jr.), who, of course, has always had a crush on Birdee (but he detests the word "crush" and insists that it's only used in high school). Most of the conflict arises through the mother-daughter relationships, for young Bernice is not happy with her mother, and wants to believe that her father is going to come and save her from this awful little hick town.
 I didn't cry at any point during Hope Floats, and I don't think I was more than a little bit moved by any of the scenes. There's a very significant problem in this, though, because the audience is supposed to care when good and bad things happen to characters in films. It's not really that the characters don't have enough development (because they do). I think the main problem is that every situation here is something that we've all seen in so many formulaic dramas just like this one.
Take, for instance, everything that has to do with Bernice. The child is upset because she needs to be upset because it works for the story. But the film never gives her much of a reason to be upset, and any child that age could probably understand the fact that her father was the one doing the bad stuff in the relationship. And if she has a deep, inexplicable resentment for her mother (which seems to be the only possibility that the film allows), then the entire story should be dedicated to that theme. In the end, though, the situation is concluded with an easy and unconvincing talk between Birdee and Bernice.
I know, I know, this is a "chick flick," right? It's supposed to be a little predictable, and just pretty safe all around, right? Well, why does it have to be? Why can't a film be engineered to appeal to people wanting lighter films and still surprise you with a few interesting turns in story and characterization? You can still have the obligatory happy ending and not make everything work out so perfectly well at the end. The biggest problem I have with movies like this is that the only reason things happen and characters exist is to get the story from point A to point B (I would elaborate on one particularly annoying element, but that would take the surprise out of it).
Still, Hope Floats isn't unbearable or even that difficult to sit through -- the actors all make the film watchable. Bullock is, in my humble opinion, a fantastic actress with a lot of strength. She holds this film together beyond Whitaker's sappy, heavy-handed direction, and keeps my interest in her strong. Also good is Connick, who gives a nice low-tone performance here. Rowlands is a pro, and handles this part like a pro. I didn't much care for young Mae Whitman, but that's mostly because the screenplay makes her such an annoying child. I did, however, greatly enjoy Cameron Finley, who plays the oddly eccentric young nephew of Birdee.
There are good things to be said about this film, but for the most part it doesn't have the sweeping emotional resonance that dramas need in order to be successful and moving. The pieces are in place for a good story, but Hope Floats instead relies on the good old formula, and the result is a picture that will show you a lot of things that you've probably seen a few times before.
** out of **** (5/10, C)
Visit FILM PSYCHOSIS at http://www.pyramid.net/natesmovies
Nathaniel R. Atcheson
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Before Change
assert halo_shape[-1] == 0, "Didn"t expect a non-zero halo for channel dimension."
// Expand block by halo, then clip to image bounds
block_label_roi = numpy.array( block_label_roi )
block_label_roi[0] -= halo_shape
block_label_roi[1] += halo_shape
block_label_roi = getIntersection( block_label_roi, roiFromShape(image_slot.meta.shape) )
block_image_roi = numpy.array( block_label_roi )
assert (block_image_roi[:, -1] == [0,1]).all()
num_channels = image_slot.meta.shape[-1]
After Change
block_label_bb_roi = bb_roi_within_block + block_label_roi[0]
// Double-check that there is at least 1 non-zero label in the block.
if (block_label_bb_roi[1] > block_label_bb_roi[0]).all():
// Ask for the halo needed by the classifier
axiskeys = image_slot.meta.getAxisKeys()
halo_shape = classifier_factory.get_halo_shape(axiskeys)
assert len(halo_shape) == len( block_label_roi[0] )
assert halo_shape[-1] == 0, "Didn"t expect a non-zero halo for channel dimension."
// Expand block by halo, but keep clipped to image bounds
padded_label_roi, bb_roi_within_padded = enlargeRoiForHalo( *block_label_bb_roi,
shape=label_slot.meta.shape,
sigma=halo_shape,
window=1,
return_result_roi=True )
// Copy labels to new array, which has size == bounding-box + halo
padded_label_data = numpy.zeros( padded_label_roi[1] - padded_label_roi[0], label_slot.meta.dtype )
padded_label_data[roiToSlice(*bb_roi_within_padded)] = block_label_data[roiToSlice(*bb_roi_within_block)]
padded_image_roi = numpy.array( padded_label_roi )
assert (padded_image_roi[:, -1] == [0,1]).all()
num_channels = image_slot.meta.shape[-1]
padded_image_roi[:, -1] = [0, num_channels]
// Ensure the results are plain ndarray, not VigraArray,
// which some classifiers might have trouble with.
padded_image_data = numpy.asarray( image_slot(*padded_image_roi).wait() )
label_data_blocks.append( padded_label_data )
image_data_blocks.append( padded_image_data )
if len(image_data_blocks) == 0:
result[0] = None
else:
axistags = self.Images[0].meta.axistags


Pelister
.tech
A monthly hangout in Bitola for anyone in the tech industry willing to socialize and have a beer with like-minded people.
❅
❅
❆
❄
❅
❆
❄
❅
❆
❄
When & Where
Every third Wednesday of the month,
7:00PM - 9:00PM
Center - Lounge & Fresh Bar
Sirok Sokak 61
General Agenda
19:00 ~ 19:30
First presentation
19:30 ~ 20:00
Second presentation
20:00 ~ 21:00
Free chat and discussion
Registration
You can just show up and enjoy.
You can find the specific agenda and more details
here


The goal of treeco
is to provide R users a tool for calculating the eco benefits of trees. All data used to calculate benefits is ripped from OpenStreetMaps otm-ecoservice
repository which was (probably) ripped from i-Tree’s Eco or Streets software. A single tree is represented by 15 rows and 8 columns as there are 15 benefits calculated for every tree. Since tree inventories can be rather large, treeco
utilizes the data.table
package for speed. All calculations are done on unique species/dbh pairs to avoid redundant computation.
treeco
isn’t available on CRAN but you can install it directly from github using devtools
:
We can use the trees
dataset to demonstrate how eco_guess
and eco_run_all
works:
library(dplyr)
library(treeco)
df_trees <- trees %>%
mutate(common_name = "Black cherry") %>%
select(common_name, Girth) %>%
mutate(botanical_name = eco_guess(common_name, "botanical"))
eco_run_all(
data = df_trees, # dataset or path to CSV
common_col = "common_name", # common name field
botanical_col = "botanical_name", # botanical name field
dbh_col = "Girth", # dbh field
region = "PiedmtCLT", # region code
n = 0.99, # optional, threshold for species guessing
) %>% as_tibble()
#> # A tibble: 465 x 8
#> botanical common dbh benefit_value benefit unit dollars rn
#> <chr> <chr> <dbl> <dbl> <chr> <chr> <dbl> <chr>
#> 1 prunus sero… black c… 8.3 0.0776 aq nox a… lb 0.51 1
#> 2 prunus sero… black c… 8.3 0.026 aq nox d… lb 0.17 1
#> 3 prunus sero… black c… 8.3 0.0556 aq ozone… lb 0.36 1
#> 4 prunus sero… black c… 8.3 0.015 aq pm10 … lb 0.04 1
#> 5 prunus sero… black c… 8.3 0.0633 aq pm10 … lb 0.16 1
#> 6 prunus sero… black c… 8.3 0.165 aq sox a… lb 0.32 1
#> 7 prunus sero… black c… 8.3 0.0119 aq sox d… lb 0.02 1
#> 8 prunus sero… black c… 8.3 0.0146 aq voc a… lb 0.09 1
#> 9 prunus sero… black c… 8.3 -0.338 bvoc lb 2.12 1
#> 10 prunus sero… black c… 8.3 30.3 co2 avoi… lb 0.23 1
#> # ... with 455 more rows
Use eco_run
to calculate benefits for a single tree:
treeco::eco_run("Common fig", 20, "InlEmpCLM")
#> common_name dbh benefit_value benefit unit dollars
#> 1: Common fig 20 0.2429 aq nox avoided lb 0.93
#> 2: Common fig 20 0.2623 aq nox dep lb 1.01
#> 3: Common fig 20 0.7716 aq ozone dep lb 2.96
#> 4: Common fig 20 0.0602 aq pm10 avoided lb 0.28
#> 5: Common fig 20 0.4079 aq pm10 dep lb 1.89
#> 6: Common fig 20 0.4813 aq sox avoided lb 1.17
#> 7: Common fig 20 0.0353 aq sox dep lb 0.09
#> 8: Common fig 20 0.0602 aq voc avoided lb 0.12
#> 9: Common fig 20 0.0000 bvoc lb 0.00
#> 10: Common fig 20 122.7973 co2 avoided lb 0.41
#> 11: Common fig 20 9.0389 co2 sequestered lb 0.03
#> 12: Common fig 20 1255.7516 co2 storage lb 4.19
#> 13: Common fig 20 189.2000 electricity kwh 38.12
#> 14: Common fig 20 834.7837 hydro interception gal 4.59
#> 15: Common fig 20 -179.4561 natural gas lb 1.20
One issue with eco benefits is that they all rely on i-Tree’s master_species_list
which is a list of 3,000+ species, therefore a users data needs to fit this list in order to extract benefits. For example, “Commn fig” doesn’t match i-Tree’s “Common fig” because of the typo. So far, there really isn’t a great solution to this. For now, treeco
guesses the species code on the fly by quantifying the “similarity”, anything below 90% similar is immediately discarded.
For example, if we misspell “Common fig” as “Commn fig”:
treeco::eco_run("Commn fig", 20, "InlEmpCLM")
#> Species given: [commn fig]
#> Closest match: [common fig]
#> ...
#> Using closest match
#> common_name dbh benefit_value benefit unit dollars
#> 1: Common fig 20 0.2429 aq nox avoided lb 0.93
#> 2: Common fig 20 0.2623 aq nox dep lb 1.01
#> 3: Common fig 20 0.7716 aq ozone dep lb 2.96
#> 4: Common fig 20 0.0602 aq pm10 avoided lb 0.28
#> 5: Common fig 20 0.4079 aq pm10 dep lb 1.89
#> 6: Common fig 20 0.4813 aq sox avoided lb 1.17
#> 7: Common fig 20 0.0353 aq sox dep lb 0.09
#> 8: Common fig 20 0.0602 aq voc avoided lb 0.12
#> 9: Common fig 20 0.0000 bvoc lb 0.00
#> 10: Common fig 20 122.7973 co2 avoided lb 0.41
#> 11: Common fig 20 9.0389 co2 sequestered lb 0.03
#> 12: Common fig 20 1255.7516 co2 storage lb 4.19
#> 13: Common fig 20 189.2000 electricity kwh 38.12
#> 14: Common fig 20 834.7837 hydro interception gal 4.59
#> 15: Common fig 20 -179.4561 natural gas lb 1.20
If you are missing a field, you can use eco_guess
to try and find it:


Make a letter for the love of your life
...because they deserve it!
There should always be time for love, but in today's world, is there really? We here at Quillify understand how the process of expressing of one's love may be a difficult and time-consuming process. That is why we have worked tirelessly to deliver the ultimate expression of the most important human emotion of all, Love.
With our award-winning love-letter generation technology, we hope to bridge the gap between human beings, and humans being. You can trust us, we have the art of letter writing down to a science. Your loved ones (or soon-to-be loved ones) are sure to be satisfied and in awe of the heartfelt emotions that we shall assist you in expressing.Cheers, and happy Quilling. - The Quillify Team


My recent research is mainly funded by the Australian Research Council (ARC) and a few industrial partners.
I am a Chief Investigator (CI) of the following projects (in total $AU 3.1M).
| Project title | Project ID | Value ($AU,000) | Funding source | Year awarded | Comments |
| Semantic change detection through large-scale learning | LP130100156 | 527 | ARC, BAE Systems | 2013 | $AU 377,000 from ARC; 2nd CI |
| Dynamic scene understanding with applications to traffic monitoring | 110 | NICTA | 2013 | lead CI | |
| Computational infrastructure for machine learning in computer vision | LE130100156 | 210 | ARC | 2012 | ARC LIEF |
| Continuously learning to see | FT120100969 | 650 | ARC | 2012 | ARC Future Fellowship; sole CI |
| Scalable classification for massive datasets: randomised algorithms | LP120200485 | 983 | ARC, LBT Innovations | 2012 | $AU 510,000 from ARC; 2nd CI |
| Big data intel platform: Entity resolution and relationship extraction | 250 | DSIC | 2012 | 2nd CI | |
| Automated production of GeoSpatial information: Learning system for feature extraction and classification from imagery | 90 | DSIC | 2012 | 2nd CI | |
| Accelerating Australia's large scale video surveillance research programmes | LE100100235 | 280 | ARC | 2010 | ARC LIEF |
Scalable Semidefinite Programming: Binary Quadratic Problems
Scalable Semidefinite Programming: Quadratic Metric Learning


--- title: About VapourSynth.nim linkTitle: About menu: main: weight: 10 --- {{< blocks/cover title="About VapourSynth.nim" image_anchor="bottom" height="min" >}}
A sample site using the Docsy Hugo theme.
{{< /blocks/cover >}} {{% blocks/lead %}} I created this project with the main objetive of learning the Nim programming language. It looked like well fit for purpose. VapourSynth uses Python in order to create the processing pipelines. On the other hand, C or C++ are tipically use in order to create plugins with filters. Nim can be used for both purposes. Besides, Nim's metaprogramming capabilities makes easier the creation of filters. {{% /blocks/lead %}} {{< blocks/section >}}


Rather than use the Moodle/BIM interface to track when students make post, you can use the OPML file with a news reader.
You will still need to use Moodle/BIM to mark the contributions.
To do this you need to:
If you don't already have a news reader, current recommendations are:
Click on the link on "Your Students" screen.
How to do this will depend on your reader, but most will use the idea of "Importing Subscriptions"


Dentistry Skill
Surgery Skill
Psychology Skill
Please use treat plan C to keep taking care of the patient
Please contact me if any accident happens...
Do you really want to delete this allergy record snippet ?
Delete this medcine record and it will be invalid, is that ok?
Please sign your name then confirm to submit the update


{{< layout}} {{$main-content}}
You'll need to:
We can’t process your application until we’ve received your old passport.
You can call the Passport Adviceline for help


We specialise in the sales and repair of classic keyboards, in particular the Fender Rhodes, Wurlitzer £P200, and Mohner Clavinet.We specialise in the sales and repair of classic keyboards, in particular the Fender Rhodes, Wurlitzer £P200, and Mohner Clavinet.


public class CategoryPath extends Object implements Serializable , Cloneable , Comparable < CategoryPath >
CategoryPath is designed to reduce the number of object allocations, in two ways: First, it keeps the components internally in two arrays, rather than keeping individual strings. Second, it allows reusing the same CategoryPath object (which can be clear()ed and new components add()ed again) and of add()'s parameter (which can be a reusable object, not just a string).
| Modifier and Type | Field and Description |
|---|---|
protected char[]
|
chars
|
protected short[]
|
ends
|
protected short
|
ncomponents
|
| Constructor and Description |
|---|
CategoryPath
()
Create an empty CategoryPath object.
|
CategoryPath
(
CategoryPath
existing)
Construct a new CategoryPath object, copying the path given in an
existing CategoryPath object.
|
CategoryPath
(
CategoryPath
existing,
int prefixLen)
Construct a new CategoryPath object, copying a prefix with the given
number of components of the path given in an existing CategoryPath
object.
|
CategoryPath
(
CharSequence
... components)
Construct a new CategoryPath object, copying an existing path given as an
array of strings.
|
CategoryPath
(int capacityChars,
int capacityComponents)
Construct a new empty CategoryPath object.
|
CategoryPath
(
String
pathString,
char delimiter)
Construct a new CategoryPath object, given a single string with
components separated by a given delimiter character.
|
| Modifier and Type | Method and Description |
|---|---|
void
|
add
(
CharSequence
component)
Add the given component to the end of the path.
|
void
|
add
(
CharSequence
pathString,
char delimiter)
Add the given components to the end of the path.
|
void
|
appendTo
(
Appendable
out,
char delimiter)
Build a string representation of the path, with its components separated
by the given delimiter character.
|
void
|
appendTo
(
Appendable
out,
char delimiter,
int prefixLen)
like
appendTo(Appendable, char)
, but takes only a prefix of the
path, rather than the whole path.
|
void
|
appendTo
(
Appendable
out,
char delimiter,
int start,
int end)
like
appendTo(Appendable, char)
, but takes only a part of the
path, rather than the whole path.
|
int
|
capacityChars
()
Returns the current character capacity of the CategoryPath.
|
int
|
capacityComponents
()
Returns the current component capacity of the CategoryPath.
|
int
|
charsNeededForFullPath
()
Returns the number of characters required to represent this entire
category path, if written using
copyToCharArray(char[], int, int, char)
or
appendTo(Appendable, char)
.
|
void
|
clear
()
Empty the CategoryPath object, so that it has zero components.
|
Object
|
clone
()
|
int
|
compareTo
(
CategoryPath
other)
Compares this CategoryPath with the other CategoryPath for lexicographic
order.
|
int
|
copyToCharArray
(char[] outputBuffer,
int outputBufferStart,
int numberOfComponentsToCopy,
char separatorChar)
Copies the specified number of components from this category path to the
specified character array, with the components separated by a given
delimiter character.
|
void
|
deserializeFromStreamReader
(
InputStreamReader
isr)
Serializes the content of this CategoryPath to a byte stream, using UTF-8
encoding to convert characters to bytes, and treating the ends as 16-bit
characters.
|
boolean
|
equals
(
Object
obj)
Compare the given CategoryPath to another one.
|
boolean
|
equalsToSerialized
(
CharSequence
buffer,
int offset)
Check whether the current path is identical to the one serialized (with
serializeAppendTo(Appendable)
) in the given buffer, at the given
offset.
|
boolean
|
equalsToSerialized
(int prefixLen,
CharSequence
buffer,
int offset)
Just like
equalsToSerialized(CharSequence, int)
, but compare to
a prefix of the CategoryPath, instead of the whole CategoryPath.
|
String
|
getComponent
(int i)
Return the i'th component of the path, in a new String object.
|
int
|
hashCode
()
Calculate a hashCode for this path, used when a CategoryPath serves as a
hash-table key.
|
int
|
hashCode
(int prefixLen)
Like
hashCode()
, but find the hash function of a prefix with the
given number of components, rather than of the entire path.
|
static int
|
hashCodeOfSerialized
(
CharSequence
buffer,
int offset)
This method calculates a hash function of a path that has been written to
(using
serializeAppendTo(Appendable)
) a character buffer.
|
boolean
|
isDescendantOf
(
CategoryPath
other)
Test whether this object is a descendant of another CategoryPath.
|
String
|
lastComponent
()
Return the last component of the path, in a new String object.
|
short
|
length
()
Return the number of components in the facet path.
|
long
|
longHashCode
()
Calculate a 64-bit hash function for this path.
|
long
|
longHashCode
(int prefixLen)
Like
longHashCode()
, but find the hash function of a prefix with
the given number of components, rather than of the entire path.
|
void
|
serializeAppendTo
(
Appendable
out)
Write out a serialized (as a character sequence) representation of the
path to a given Appendable (e.g., a StringBuilder, CharBuffer, Writer, or
something similar.
|
void
|
serializeAppendTo
(int prefixLen,
Appendable
out)
Just like
serializeAppendTo(Appendable)
, but writes only a
prefix of the CategoryPath.
|
void
|
serializeToStreamWriter
(
OutputStreamWriter
osw)
Serializes the content of this CategoryPath to a byte stream, using UTF-8
encoding to convert characters to bytes, and treating the ends as 16-bit
characters.
|
int
|
setFromSerialized
(
CharSequence
buffer,
int offset)
Set a CategoryPath from a character-sequence representation written by
serializeAppendTo(Appendable)
.
|
String
|
toString
()
This method, an implementation of the
Object.toString()
interface, is to allow simple printing of a CategoryPath, for debugging
purposes.
|
String
|
toString
(char delimiter)
Build a string representation of the path, with its components separated
by the given delimiter character.
|
String
|
toString
(char delimiter,
int prefixLen)
like
toString(char)
, but takes only a prefix with a given number
of components, rather than the whole path.
|
String
|
toString
(char delimiter,
int start,
int end)
like
toString(char)
, but takes only a part of the path, rather
than the whole path.
|
void
|
trim
(int nTrim)
Trim the last components from the path.
|
protected char[] chars
protected short[] ends
protected short ncomponents
public CategoryPath(int capacityChars, int capacityComponents)
capacityChars()
and
capacityComponents()
).
public CategoryPath()
CategoryPath(int, int)
with the two initial-capacity arguments
set to zero.
public CategoryPath( String pathString, char delimiter)
The initial capacity of the constructed object will be exactly what is needed to hold the given path. This fact is convenient when creating a temporary object that will not be reused later.
public CategoryPath( CharSequence ... components)
The new object occupies exactly the space it needs, without any spare capacity. This is the expected behavior in the typical use case, where this constructor is used to create a temporary object which is never reused.
public CategoryPath( CategoryPath existing)
This copy-constructor is handy when you need to save a reference to a CategoryPath (e.g., when it serves as a key to a hash-table), but cannot save a reference to the original object because its contents can be changed later by the user. Copying the contents into a new object is a solution.
This constructor does not copy the capacity (spare buffer size) of the existing CategoryPath. Rather, the new object occupies exactly the space it needs, without any spare. This is the expected behavior in the typical use case outlined in the previous paragraph.
public CategoryPath( CategoryPath existing, int prefixLen)
If the given length is negative or bigger than the given path's actual length, the full path is taken.
This constructor is often convenient for creating a temporary object with a path's prefix, but this practice is wasteful, and therefore inadvisable. Rather, the application should be written in a way that allows considering only a prefix of a given path, without needing to make a copy of that path.
public short length()
public void trim(int nTrim)
nTrim
- Number of components to trim. If larger than the number of
components this path has, the entire path will be cleared.
public int capacityChars()
public int capacityComponents()
public void add( CharSequence component)
Note that when a String object is passed to this method, a reference to it is not saved (rather, its content is copied), which will lead to that String object being gc'ed. To reduce the number of garbage objects, you can pass a mutable CharBuffer instead of an immutable String to this method.
public void clear()
capacityChars()
and
capacityComponents()
) is not reduced, so that the object can be
reused without frequent reallocations.
public void appendTo( Appendable out, char delimiter) throws IOException
Note that the two cases of zero components and one component with zero length produce indistinguishable results (both of them append nothing). This is normally not a problem, because components should not normally have zero lengths.
An IOException can be thrown if the given Appendable's append() throws this exception.
IOException
public void appendTo( Appendable out, char delimiter, int prefixLen) throws IOException
appendTo(Appendable, char)
, but takes only a prefix of the
path, rather than the whole path.
If the given prefix length is negative or bigger than the path's actual length, the whole path is taken.
IOException
public void appendTo( Appendable out, char delimiter, int start, int end) throws IOException
appendTo(Appendable, char)
, but takes only a part of the
path, rather than the whole path.
start
specifies the first component in the subpath, and
end
is one past the last component. If
start
is
negative, 0 is assumed, and if
end
is negative or past the
end of the path, the path is taken until the end. Otherwise, if
end, nothing is appended. Nothing is appended also in
the case that the path is empty.
IOException
public String toString(char delimiter)
appendTo(Appendable, char)
instead.
Note that the two cases of zero components and one component with zero length produce indistinguishable results (both of them return an empty string). This is normally not a problem, because components should not normally have zero lengths.
public String toString()
Object.toString()
interface, is to allow simple printing of a CategoryPath, for debugging
purposes. When possible, it recommended to avoid using it it, and rather,
if you want to output the path with its components separated by a
delimiter character, specify the delimiter explicitly, with
toString(char)
.
public String toString(char delimiter, int prefixLen)
toString(char)
, but takes only a prefix with a given number
of components, rather than the whole path.
If the given length is negative or bigger than the path's actual length, the whole path is taken.
public String toString(char delimiter, int start, int end)
toString(char)
, but takes only a part of the path, rather
than the whole path.
start
specifies the first component in the subpath, and
end
is one past the last component. If
start
is
negative, 0 is assumed, and if
end
is negative or past the
end of the path, the path is taken until the end. Otherwise, if
end, an empty string is returned. An emptry string is
returned also in the case that the path is empty.
public String getComponent(int i)
public String lastComponent()
public int copyToCharArray(char[] outputBuffer, int outputBufferStart, int numberOfComponentsToCopy, char separatorChar)
charsNeededForFullPath()
.
This method returns the number of characters written to the array.
outputBuffer
- The destination character array.
outputBufferStart
- The first location to write in the output array.
numberOfComponentsToCopy
- The number of path components to write to the destination
buffer.
separatorChar
- The separator inserted between every pair of path components
in the output buffer.
charsNeededForFullPath()
public int charsNeededForFullPath()
copyToCharArray(char[], int, int, char)
or
appendTo(Appendable, char)
. This includes the number of
characters in all the components, plus the number of separators between
them (each one character in the aforementioned methods).
public void add( CharSequence pathString, char delimiter)
Note that when a String object is passed to this method, a reference to it is not saved (rather, its content is copied), which will lead to that String object being gc'ed. To reduce the number of garbage objects, you can pass a mutable CharBuffer instead of an immutable String to this method.
public boolean equals( Object obj)
public boolean isDescendantOf( CategoryPath other)
public int hashCode()
The hash function used is modeled after Java's String.hashCode() - a simple multiplicative hash function with the multiplier 31. The same hash function also appeared in Kernighan & Ritchie's second edition of "The C Programming Language" (1988).
public int hashCode(int prefixLen)
hashCode()
, but find the hash function of a prefix with the
given number of components, rather than of the entire path.
public long longHashCode()
hashCode()
, this method is not part of the Java standard, and is
only used if explicitly called by the user.
If two objects are equal(), their hash codes need to be equal, so like in
equals(Object)
, longHashCode does not consider unused portions
of the internal buffers in its calculation.
The hash function used is a simple multiplicative hash function, with the
multiplier 65599. While Java's standard multiplier 31 (used in
hashCode()
) gives a good distribution for ASCII strings, it
turns out that for foreign-language strings (with 16-bit characters) it
gives too many collisions, and a bigger multiplier produces fewer
collisions in this case.
public long longHashCode(int prefixLen)
longHashCode()
, but find the hash function of a prefix with
the given number of components, rather than of the entire path.
public void serializeAppendTo( Appendable out) throws IOException
This method may throw a IOException if the given Appendable threw this exception while appending.
IOException
public void serializeAppendTo(int prefixLen, Appendable out) throws IOException
serializeAppendTo(Appendable)
, but writes only a
prefix of the CategoryPath.
IOException
public int setFromSerialized( CharSequence buffer, int offset)
serializeAppendTo(Appendable)
.
Reading starts at the given offset into the given character sequence, and the offset right after the end of this path is returned.
public boolean equalsToSerialized( CharSequence buffer, int offset)
serializeAppendTo(Appendable)
) in the given buffer, at the given
offset.
public boolean equalsToSerialized(int prefixLen, CharSequence buffer, int offset)
equalsToSerialized(CharSequence, int)
, but compare to
a prefix of the CategoryPath, instead of the whole CategoryPath.
public static int hashCodeOfSerialized( CharSequence buffer, int offset)
serializeAppendTo(Appendable)
) a character buffer. It is
guaranteed that the value returned is identical to that which
hashCode()
would have produced for the original object before it
was serialized.
public void serializeToStreamWriter( OutputStreamWriter osw) throws IOException
osw
- The output byte stream.
IOException
- If there are encoding errors.
public void deserializeFromStreamReader( InputStreamReader isr) throws IOException
isr
- The input stream.
IOException
- If there are encoding errors.
public int compareTo( CategoryPath other)
compareTo
in interface
Comparable
<
CategoryPath
>


Every list item has at least one paragraph of content, which may be wrapped, even using a hanging indent.
Additional paragraphs or blocks are adjoined by putting a list continuation on a line adjacent to both blocks.
+
) on a line by itselfA literal paragraph does not require a list continuation.
$ gem install asciidoctor


<canvas> elements named canvasInput and canvasOutput have been prepared. Click Detect Face button to see the result. You can choose another image.


title = "Virtual qabulxona" url = "/virtual-qabulxona" layout = "default" is_hidden = 0 role = 0 permission = 0 anonymous_only = 0 logged_only = 0 [staticPage] useContent = 1 default = 1 [genericForm] messages_success = "Your form was successfully submitted" messages_errors = "There were errors with your submission" mail_enabled = 1 inline_errors = "disabled" sanitize_data = "disabled" anonymize_ip = "disabled" recaptcha_theme = "light" recaptcha_type = "image" recaptcha_size = "normal" ==


mygis.UI.Help Class
Functions related to providing user help, like help baloons, tips etc
Item Index
Methods
attachFileToRecord
-
fid
Parameters:
-
fid
StringThe object identifier (Tablename.OID)
attachFileToRecordResult
-
result
This method is called after the user closes the Media Manager to attach a file.
Parameters:
-
result
StringThe operation's result
buildFileCell
-
v
-
id
Creates html for a single file block
Parameters:
-
v
ObjectFile data
-
id
Object(String) tablename.OID
buildImageCell
-
v
-
id
Creates html for a single image block
Parameters:
-
v
ObjectImage data
-
id
Object(String) tablename.OID
createPopup
-
id
-
html
-
headerText
-
displayHeader
-
displayClose
-
movable
-
position
-
size
Creates a popup containing help text
Parameters:
-
id
StringThe popup's container id
-
html
StringThe popup's contents. Any valid html string
-
headerText
StringThe popup's title
-
displayHeader
BooleanWhether to display the popup's header or not
-
displayClose
BooleanWhether to display the close button or not
-
movable
BooleanWhether the popup is movable or not
-
position
String,ArrayThe starting position
-
size
Arraywidth,height of the dialog
getInfoFileGrid
-
(Array)
-
(String)
Builds the layout for files inside info popup
Parameters:
-
(Array)
Objectdata The image records
-
(String)
Dotid A unique identifier to attach to the returned object. Expects a tablenamefeatureID form.
getInfoImageGrid
-
(Array)
-
(String)
Builds the layout for images inside info popup
Parameters:
-
(Array)
Objectdata The image records
-
(String)
Dotid A unique identifier to attach to the returned object. Expects a tablenamefeatureID form.
getLayerCheckStatus
-
item
Gets a layer's checkbox status in the "legend" panel That checkbox might actually reflect the current visibility status of the layer, or the user has unsaved changes. Used because the panel refreshes often, and the user might not have applied changes yet.
Parameters:
-
item
Object
getObjectGridSource
-
type
-
key
Builds a jqxDataAdapter source for the given grid type. This is used in object info (images and file tab accordingly)
Parameters:
-
type
String'Images' or 'Files"
-
key
StringThe object primary key
Returns:
objectImageGrid
-
OID
-
tablename
-
type
This method builds an "available images" grid for use in object info.
Parameters:
-
OID
StringObject ID
-
tablename
StringThe layer.tableNAME
-
type
StringThe generic type: 'Images' or 'Files'
replaceFileInRecord
-
tablename
-
OID
-
fileID
Parameters:
-
tablename
String -
OID
String -
fileID
String
replaceFileInRecordResult
-
result
This method is called after the user closes the Media Manager to replace an attached file.
Parameters:
-
result
StringThe operation's result


Your order has been placed and is being processed. When the item(s) are shipped, you will receive an email with the details. You can track this order through My Orders page.


DropBook helps you connect and share with your
friends and family safely and securely no matter where you are in the world
We store and encrypt your personal data with a
third party server which is only accesible by you!
English UK...
Learn more......


--- layout: layout title: Component Library Playground - Accordion ---
here the content of 1st tab non-nested link
here the content of 2nd tab link
here the content of 1st tab link
here the content of 4th tab link
here the content of 3rd tab link


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| renderTags {htmltools} | R Documentation |
Renders tags (and objects that can be converted into tags using
as.tags
) into HTML. (Generally intended to be called from web
framework libraries, not directly by most users–see
print.html(browse=TRUE)
for higher level rendering.)
renderTags(x, singletons = character(0), indent = 0) doRenderTags(x, indent = 0)
x |
Tag object(s) to render |
singletons |
A list of singleton signatures to consider already rendered; any matching singletons will be dropped instead of rendered. (This is useful (only?) for incremental rendering.) |
indent |
Initial indent level, or |
doRenderTags
is intended for very low-level use; it ignores
singleton, head, and dependency handling, and simply renders the given tag
objects as HTML.
renderTags
returns a list with the following variables:
head
An HTML
string that should be included in
<head>
.
singletons
Character vector of singleton signatures that are known after rendering.
dependencies
A list of resolved
htmlDependency
objects.
html
An HTML
string that represents the main
HTML that was rendered.
doRenderTags
returns a simple HTML
string.


Nickleback is my favorite of many rock bands.
Made a website of my favorite band using html and css.
A project for student in remote learning uses to register their courses online.
Languages used- javascript,html and css .
A program that gives reports and monitors milk production and sales.
Using javascript,html and css.


What is an Injection threat and how serious is it?
An SQL injection is a form of attack against websites. More specifically, “It’s a code injection technique used to attack data-driven applications in which malicious SQL statements are inserted into an entry field for execution.”( source: http://en.wikipedia.org/wiki/SQL_injection) In other words, an SQL injection can destroy your database.
So how does it work? The following is an example if you didn’t take the necessary precautions. Let’s say a user with malicious intentions for whatever reasons decides to make havoc of your database. This user may search for methods of data input like a username or userpass field. Maybe it’s a search for a customer number or a field for an employee id.
Now from your perspective, let’s say you have this input point on your website. You would take this user’s input and have it append to a customized SQL string, and execute that SQL. However, when the malicious user puts in a code that can interact with your SQL string, depending on how your string was written, the user might try to include a piece of code that could finish off your SQL string. Here’s an example of what that might look like:
Your website contains the following input point:
Customer ID : x’; DROP TABLE Orders; -- . Submit .
You have custom string that looks like the following:
sqlString = "SELECT * FROM orders WHERE CustomerID = '" +textbox.value + "'";
This is what gets put into your string and the following is executed.
sqlString = "SELECT * FROM Orders WHERE CustomerID = 'x'; DROP TABLE Orders; --'"
executSQL(sqlString);
Now, what has happened above is the attacker has attempted to end the first clause and create a new one separated by the semicolon. So instead of running one line of code you could potentially run 2 or more. The DROP TABLE statement is used to delete a table which would put you in a compromised position. Now you may not have a table called Orders, but it could likely be something easy to figure out after multiple attempts.
So what can you do to prevent such an attack. As you progress, learn to create input validation techniques and set rules for input parameters like the type of input or the type of syntax.
Limit the number of privileges that users have when accessing a database.
As you become more advanced with sql queries, you will eventually want to start saving your queries. Ideally, you’re going to want to create a stored procedure . It’s like a method in Ruby where you can write out the code, give it a name and store it within your database. Then you can call it and have it executed any number of times. By writing stored procedures as apposed to standard lines of queries you can increase protection from SQL injection.


Halftime
10 May 2014My son, Owen, will be 9 months old tomorrow. It's incredible how fast the time has gone by! On days like this, I like to look through the pictures my wife and I have taken of him and take just a few moments to reminisce.
Without fail, I say to my wife, “I can’t believe how much he has grown!” In fact, I always remind her of the picture I took when she put him in his carseat for the the very first time. His newborn clothes were so big on him, and he nearly disappeared into his carseat.
Overlooking Progress
It’s so apparent by looking back to his first few days of life to see how much he has grown. He now sleeps through the night, crawls, interacts with us, and climbs on things (Yes, he climbed up there all by himself in that picture below!). My son’s growth or “progress” is so easy to overlook on a daily basis. My progress at The Iron Yard is no different.
The daily grind is incredibly taxing, and it seems that our cohort is making slow progress. But, when you take a step back and look at the first gist we posted on GitHub, you can begin to see it. Real progress! Don’t get me wrong, in the world of RubyOnRails I’m still an infant crawling around on the floor. But I’m definitely not a newborn any longer.
Six weeks ago today, I boarded an airplane to leave my family, knowing next to nothing about code. Yesterday, I pushed a web app to a GitHub Repo where users can upload photos and add tags or comments. And, no, I didn’t have an idea what a “GitHub Repo” was 6 weeks ago. Looking back, today, at “half-time,” it's pretty cool to see how far we have come.
Motivation
When setting out to achieve a goal, no matter how big or small, take a step back on milestone days and recall the progress you've made—not to pat yourself on the back for the steps that you’ve made, but to motivate you to accomplish even more in the days ahead.


Murder, First Degree
Assault with a Deadly Weapon
Cannibalism
Jaywalking
Kidnapping
High Treason
Seditious Libel
Espionage
Drug Trafficking
Drug Manufacturing
Drug Possession
Human Trafficking
Tax Evasion
Blasphemy
Shoplifting
Child Neglect
Desertion
Criminally Insane
Child Endangerment
Skipping Alimony
Blackmail
Political Corruption
Sexual Misconduct
Bribery
Illegal Consumption of Cheese
Grand Larceny
Solicitation
Indecent Exposure
Breach of the Peace
Public Intoxication
Public Urination
Resisting Arrest


We are Purdue Music Producers - we're all students at Purdue University, studying different
majors,
but united out of our interest and love for making music. We meet every week in PAO B185, on
Thursdays from 6:30PM to 8:30PM.
We all come from different music production backgrounds. Some of us
like to make beats in a variety of programs - FL Studio, Ableton, Reaper, Pro Tools, and Logic Pro X, just to name
a few. In addition, members who don't make beats may rap, sing, or just play an instrument - and they're
all welcome. Even if the thought has ever crossed your mind of producing music, we highly urge you to come
to the club. Boiler Up!
Some of our club members personal pages are below as well:


To close a session, activate the session that you want to close and do any one of the following:
FTP -> Close Session
menu item from the
menu bar
Ctrl + Shift + C (Command + Shift + C on
Mac OS X)
on your key board.
Closing a session automatically closes the connection to the FTP server (if a connection exists).


Brian Greene
String theorist, blower of minds, and all-around smarty-pants
A timeline of Brian Greene's life:
- 1963 - Born in New York City.
- 1984 - Greene graduates from Harvard with a degree in Physics.
- 1986 - Greene completes his Ph.D. dissertation entitled "Superstrings: topology, geometry and phenomenology & astrophysical implications of supersymmetric models."
- 1987 - Greene receives his Ph.D. from Oxford.
- 1990 - Joins the faculty at Cornell University.
- 1996 - Joins Columbia University as a full professor.
- 1999 - Greene's first book, The Elegant Universe: Superstrings, Hidden Dimensions, and the Quest for the Ultimate Theory is released. It was a finalist for the Pulitzer Prize in nonfiction, and the winner of The Aventis Prizes for Science Books in 2000.
- 2003 - The Elegant Universe is made into a PBS television special of the same name hosted and narrated by Greene, and wins a 2003 Peabody Award.
- 2004 - Publishes his second book, The Fabric of the Cosmos: Space, Time, and the Texture of Reality.
- 2005 - Appers on The Late Show with David Letterman and The Colbert Report.
- 2008 - Co-creates the World Science Festival with wife Tracy, a five-day festival in New York City, whose mission is to promote the wonder and value of science for the general public.
- 2011 - Publishes his third book, The Hidden Reality: Parallel Universes and the Deep Laws of the Cosmos, which deals in greater depth with multiple universes.
- 2011 - The Fabric of the Cosmos TV series debuts on PBS.
"I believe we owe our young people an education that captures the exhilirating drama of science."


create-graphql-server-logging
Adds logging functions to the GraphQL-Server-Generator: create-graphql-server
import { getLogFilename, logger } from 'create-graphql-server-logging';
adds functions:
- getLogFilename
- logger
With getLogFilename it determines the loggers path and filename from your package.json section. The logger function provides a winston logging environment.
Usage
Your server logs now all Graphql requests and nice formatted queries to the log file, which you've defined. This works only with loglevel = debug. It also allows logfile sizes of 5 MB and maximum 5 logfiles.
Installation
yarn add create-graphql-server-logging
In the create-graphql-server project add the following lines to server/index.js, so you are adding the logger to the server's context. Afterwards you can use it for example in your model files with "this.context.log".
...
import { getLogFilename, logger } from 'create-graphql-server-logging'; // <===
const log = logger(getLogFilename()); // <=== here
...
app.use('/graphql', (req, res, next) => {
passport.authenticate('jwt', { session: false }, (err, me) => {
req.context = addModelsToContext({ db, pubsub, me, UserCollection, log }); // <=== here
graphqlExpress(() => {
...
...
})
})
});
Add in package.json the following section:
"scripts": {
...
},
"config": { // <===
"logfile": "log/all-logs-readable.log", // <===
"loglevel": "debug", // <===
"maxsize": 5, // <===
"maxfiles": 5 // <===
},


Crab
Crab is a Green food. Green foods are safe to eat as a regular part of a diet.
Category Quotes
Guideline related quotes related to Fish-Shellfish and Green throughout Geoff Bond's publications.
Examples of one serving include 3 oz (size of a deck of cards) cooked meat or poultry; 3 oz grilled fish; 1 egg. ~Paleo in a Nutshell p.95
For the meat, poultry, eggs, and fish group, Preferably consume two servings a day of “Green-Green” foods. If unavailable, you can consume two servings a day of “Green” foods. ~Paleo in a Nutshell p.102
For the meat, poultry, eggs, and fish group Restrict total food group servings per session to one. ~Paleo in a Nutshell p.102
For the meat, poultry, eggs, and fish group, Restrict total food group servings per day to two. ~Paleo in a Nutshell p.102
Additional Quotes
Specific references to Crab throughout Geoff Bond's publications.
Eskimos hunted fish, seal, whale, walrus, musk ox, caribou, polar bears, wolves, birds, rabbits, ducks, and geese. They ate every part of the animal—brains, blood, intestines, and even the feces. On occasion, the women would gather eggs, crabs, mollusks, and shellfish. ~Paleo in a Nutshell p.119
For Aborigines, The animal food collected would be eggs, turtles, snakes, shellfish, crabs, caterpillars (e.g., the witchety grub and the bogong moth), land snails, and the goanna (a giant lizard). Sweet foods were very rare but much prized. Disproportionate amounts of time were spent on finding a bees' nest to smoke out. Other sweetmeats were the honey ant, gorged with nectar, and "lerp," a sweet insect secretion on eucalyptus leaves. In times of scarcity, grass seeds were collected, winnowed, and ground between two handheld stones. The drudgery of this task was viewed with such distaste that it was only done very rarely. ~Deadly Harvest p.19
Eskimos hunted fish, seal, whale, walrus, musk ox, caribou, polar bears, wolves, birds, rabbits, ducks, and geese. They ate every part of the animal—brains, blood, intestines and even the feces. On occasion, the women would gather eggs, crabs, mollusks, and shellfish. ~Deadly Harvest p.90


Call for Participation
The United Kingdom and Ireland Computing Education Research (UKICER) conference from the UK ACM Special Interest Group in Computing Science Education Chapter is seeking high quality contributions to research relevant to computing science education.
Contributions are sought in a variety of categories with emphasis on high-quality and rigorous work. Researchers have the opportunity to disseminate their work as a full paper, workshop or poster.
The following contributions are sought from the community:
-
Papers. Six-page research or tool design papers for presentation at the conference and publication in the proceedings.
-
Workshop proposals. Two-page workshop proposal for workshops to be delivered to attendees at the conference.
-
Posters. Single-page poster abstract for publication in conference proceedings and poster for presentation at the conference.
-
Research in Practice Project Activities (RIPPA). Two-page proposals for RIPPA activity at conference.
-
DC Applications. Two-page application to participate in the Doctoral Consortium (DC) at the conference, including single-page abstract for publication in the conference proceedings.
-
Works-in-Progress (WiP) workshop. TOne page application via EasyChair with accepted participants required to submit a white paper (2 to 4 pages).
Submission for all the afordmentioned contributions should be made via EasyChair. Authors should consult the detail submission format instructions and guidelines prior to submitting contributions for consideration.
Any questions about submissions should be emailed to the Programme Chairs, Keith Quille<EMAIL_ADDRESS>and Seán Russell (sean.russell@ucd.ie).
We invite submissions of research papers on the topic of computing science education. Themes of interest include:
- Computing science education pedagogy
- Assessing and providing feedback on computing assignments
- Issues of inclusivity and diversity
- Tools to aid computing science education
- Computing science education issues particularly relevant to a British and/or Irish context
All submissions related to computing science education are welcome, at any stage of formal education (or outside formal education).
Papers should describe a rigorously executed piece of work, include a motivating research question and discussion of prior related work. We welcome:
- Research papers describing a research experiment in a school, university or informal educational setting. The experiment should be rigorously conducted – if this is the case, null results will still be considered for publication.
- Tool design papers which carefully document design constraints, user considerations, relevant pedagogical concerns, and justify the design decisions taken in a way that would be useful to other designers, and include details
of user testing or other initial measures of effectiveness.
All submitted papers should have a research component. Papers focused purely on practice-related topics such as implementation of new curricula or new course designs may be better suited to our sister Computing Education Practice conference.
Papers that authors would like to be considered for presentation at the conference and publication in proceedings must be be submitted via EasyChair. Authors should consult
the detail submission format instructions and guidelines for papers prior to submission.
We invite proposals for running 1-2 hour workshops. The workshops should be relevant to British and Irish educators (in a university or school setting) and/or computing science education researchers. Example workshops may be on the
use of research techniques (e.g. qualitative methods), grant writing, pedagogical techniques (e.g. peer instruction), tools (e.g. programming environments, assessment tools), or any other topic which may be relevant to conference
attendees.
Workshop organisers will be given an opportunity to advertise their workshop via a one-minute lightning talk earlier in the conference.
Workshop proposal that leaders would like to be considered for delivery at the conference must be be submitted via EasyChair. Authors should consult the detail submission
format instructions and guidelines for workshop proposals prior to submission.
We invite posters for presentation and discussion at the conference. The posters should be relevant to British and Irish educators (in a university or school setting) and/or computing science education researchers. Example posters
could include initial ideas, experimental designs, pedagogical techniques or early proposals to address open challenges in computing science education research.
Poster abstracts that presenters would like to be considered for presentation at the conference must be be submitted via EasyChair. Authors should consult the detail
submission format instructions and guidelines for poster abstracts prior to submission.
Research in Practice Project Activities (RIPPAs) are a new form of collaborative, community-forming activity for Computing Science education research and practice at the United Kingdom and Ireland Computing Education Research (UKICER) conference.
The aim is to bring practitioners and researchers together in computing science education to form networks, exchanges ideas, form collaborations and put research into practice, incorporate research into practice or improving practice.
RIPPAs span several months and participants are expected to commit to participating in a small number of workshops as well as conducting some activity in their context, such as incorporating research into practice, collecting data and/or conducting research.
Participation and Commitment
The specific participation and commitment requirements depends on the RIPPA, but broadly RIPPAS required participants to:
- Join information hour. Prospective rippers should join one of several information hours to find out about the specific RIPPA and what it involves. Ask questions and meet others interested in the activity.
- Attend start-up workshop. The workshop will introduce the RIPPA, methodologies and approaches utilised as well as provide an opportunity for participants to get to know each other and learn about what is happening across
the community.
- Perform activity. Rippers are expected to perform some activity as part of the project. This activity could be to conduct research in their own context, incorporate research into their own practice or improve their practice.
Rippers would then share their contributes back to the group remotely.
- Attend interim workshop. The workshop will give participants an opportunity to share their contributions as well as analyse results and discuss any insights from the activity. The group will then begin to form it into a
complete outcome and decide next steps.
- Capstone workshop. The final workshop to pull together together any remaining work involved in the activity and form into an artefact that can be disseminated among the community through the optimal channel, such as the
Computing Education Practice (CEP) or United Kingdom and Ireland Computing Education Research (UKICER) conference.
- Relax and unwind at a wrap-up dinner. Wrap-up meal and opportunity to reflect on the experience and plan future collaborations with other rippers.
Outcomes
The focus of RIPPAs is the participants and the expectation is that rippers will achieve the following from participating in a RIPPA:
- Strengthened knowledge and skills in research and practice. Dependent on the specific RIPPA, the expectation is that participants will strengthen their knowledge and skills. This could be awareness emerging teaching practice
and how to investigate it, appropriate methodologies for computing education research (CER) and/or deepened appreciation of the state of the art in CER.
- Strengthened and expanded network of collaborators. Form connections with academics, scholars and researchers from across the computing science education community with similar interests and challenges. Valuable not only
for conducting future research investigations but also to gain insight into innovative practice in other institutions as well as creating bonds with other academics to discuss on-going sector challenges and how to solve them.
-
Publication. The expectation is that outcomes of RIPPAs will be high-quality, multi-institutional studies that are authentic and steeped in data from contexts spanning many different from many perspectives. Participants
will be authors on such high-quality contributions that are difficult to devise and coordinate for most sole academics.
RIPPA proposals that presenters would like to be considered for delivery at the conference and beyond must be be submitted via EasyChair. Authors should consult the detail
submission format instructions and guidelines for RIPPA prior to submission.
Accepted RIPPA proposals are included in the proceedings and accepted RIPPAs are expected to provide an update on the progress of the RIPPA in subsequent years as to track progress as well as share any problems or lessons learned. The progress (e.g. paper submitted or accepted at given event) on previous RIPPAs will be reported in future conference proceedings.
The United Kingdom and Ireland Computing Education Research (UKICER) conference Doctoral Consortium (DC) provides an opportunity for doctoral students to engage with peers and work with researchers to reflect on the wider computing education research
landscape and expand it through connection and collaboration.
Aims
The UKICER DC has the following aims:
-
To allow new researchers to attend the conference, understand the UK CSEd landscape, and be introduced to the UKICER community.
-
To help build a cohort group of PhD researchers who will then have a network of colleagues across the UK.
-
To influence the growth of the conference, and the UKICER community, through researchers who see UKICER as a “home” conference.
Participation and Commitment
Successful candidates are required to participate in a workshop on the first day of the conference and an activity session on the second day of the conference. Candidates may also be expected to participate in supplementary activities
both before and after the Doctoral Consortium.
Time and Location
The DC comprises a workshop on the first day of the conference and a lightning presentation on the second day of the conference. The workshop is led by Professor Quintin Cutts and Dr Neil Brown.
The DC is all in-person, there is no hybrid or blended option. Candidates must confirm they are able to attend the conference and activities in-person.
Eligibility
Applications are welcome from doctoral students at any stage of study and from any discipline as long as:
-
They are engaged in computing science education research (including, but not limited to: software engineering, cognitive psychology, programming languages and educational science).
-
They have not graduated prior to the DC.
-
They are registered with an institution in the United Kingdom and Ireland.
Outcome
Attendance and participation in the DC is published in the conference proceedings. The following information will be published:
- Abstract
- Brief abstract (approximately 50 words) that provides sufficient insight into your work.
- Two or three references to influential background or related work.
- Early or established research goals or questions.
- Current or expected contributions of the work.
- Current or expected methodology to delivery contributions.
Application
Doctoral Consortium applications must be submitted via EasyChair. Candidates should consult the detail submission format instructions and guidelines for the Doctoral Consortium prior to submission. Successful candidates are required to register for the conference, engage in the DC and attend in-person.
The Work in Progress (WiP) workshop is a specialised event for UKICER conference attendees who are established researchers in computing education research, or hold terminal degrees (such as PhDs). The aim of the workshop is to provide a community context in which attendees give and receive friendly and constructive feedback on their work. WiP is not appropriate for PhD students, who should consider the UKICER Doctoral Consortium.
A WiP workshop is an excellent opportunity to discuss and develop ongoing work. WiP submissions are concrete, anchored in a specific topic, and may be centred on various elements of work, including (but not limited to):
- A rejected paper
- A kernel of an idea
- A grant proposal
- A research project
- A study design
- An analysis approach
If accepted, attendees prepare a short primer on their work (4 page maximum) circulated in advance, this supports effective discussion. Depending on the number of participants we expect to spend 30 - 45 minutes discussing the work of each attendee.
Timeline
June 23rd, 2023 (AoE) July 21st, 2023 (AoE): Submission deadline
June 30th, 2023 July 28th, 2023: Notification of acceptance by WiP co-chairs
- Three weeks prior to UKICER – Participants submit white papers
- September 6th, evening before WiP – Informal dinner with other WiP participants, location TBD
- WiP will run on Thursday, September 7th, and conclude before the opening of the paper track.
Applying for the WiP Workshop
To apply to participate in the WiP workshop, please submit a 1- or 2-page overview of the project you’ll present to the group. Also, include a brief description of previous research and areas of expertise you are able to offer the group. While no specific format is required, your submission should include:
- Your affiliation and title
- Project title and description (1–3 paragraphs)
- Stage of the project when WiP will occur (conceptual, new, on-going, near complete)
- Type of feedback sought (ideally, what would you most like from WiP participants? Research questions, design, critique, related works?)
- Your research experience (qualitative, quantitative, or mixed methods; study design; human subjects research; K-12, undergraduate, graduate, or professional contexts)
- Submit your application via EasyChair.
Accepted participants must prepare and submit a white paper (2–4 pages) to serve as a primer for all workshop participants. White papers are not published in the conference proceedings.


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Hello!
Thank you for visiting my professional portfolio.
I am a software engineering student at California State University Monterey Bay.
"To grow in life, be willing to suffer"- David Goggins
Thank you for visiting my professional portfolio.
I am a software engineering student at California State University Monterey Bay.
"To grow in life, be willing to suffer"- David Goggins


[% page.import({ title => 'FAQ for the beginners-cgi mailing list', section => 'faq', description => 'FAQ for the beginners-cgi mailing list', }); %]
beginners-faq - FAQ for the beginners-cgi mailing list
Send mail to<EMAIL_ADDRESS>You can also specify your subscription email address by sending email to (assuming<EMAIL_ADDRESS>is your email address):
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Send an email to<EMAIL_ADDRESS>with your suggestion.
Yes, there is. It is located at:
Casey West owns the beginners-cgi list. You can contact him at<EMAIL_ADDRESS>Kevin Meltzer, who can be reached at the email address (for FAQ suggestions only) in question 1.6
Casey West, Kevin Meltzer and Ask Bjoern Hansen currently carry large, yet padded, clue-sticks to maintain peace and order on the list. If you are privately emailed by one of these folks for flaming, being off-topic, etc... please listen to what they say. If you see a message sent to the list by one of these people saying that a thread is closed, do not continue to post to the list on that thread!  These people simply want to make sure the list stays topical, and above-all, useful to Perl/CGI beginners.
Dec 13, 2001
A list for beginning Perl programmers to ask questions in a friendly atmosphere. The topic of the list is, of course, CGI with Perl.
Yes. As with most communities, there are rules. Not many, and ones that shouldn't need to be mentioned, but they are.
Basically, if it has to do with Perl/CGI , then it is allowed. If your question has nothing at all to do with Perl/CGI, post it to the beginners list.
Subscribe to the list! If you see a question which you can give an idiomatic and Good answer to, answer away! If you do not know the answer, wait for someone to answer, and learn a little.
We don't want to see 'RTFM'. That isn't very helpful. Instead, guide the beginner to the place in the FM they should R :)
Look in the FAQ! Get acquainted with the 'perldoc' utility, and use it. It can save everyone time if you look in the Perl FAQs first, instead of having a list of people refer you to the Perl FAQs :) You can learn about 'perldoc' by typing:
perldoc perldoc
At your command prompt. You can also view documentation online at:
http://perldoc.perl.org and http://www.perl.com
The traffic on this list is moderate. If you would rather not get many individual emails from this list, consider subscribing to the digest.
The beginners-cgi list, as well as the beginners list are sister lists. Many people subscribe to both lists. The beginners-cgi list was created solely to seperate CGI questions from Perl-only questions. This means that you should never, ever cross-post to both lists unless given permission. So, if your question is CGI related, post it _only_ to beginners-cgi, if it is not CGI related, post to the beginners. If you, for some reason, can't determine if your question is CGI related, well, I don't know what to tell ya :)
Beware of Perl4-like code-- You might find some script archives and
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scripts. Don't use those scripts. They are outdated and may even in some
cases contain bugs or security problems since many may not have been updated
in years. Instead, double-check the master archives at:
Selena Sol (Perl4 and Perl5):
http://www.extropia.com
Matt Wright's Scripts Archive (All Perl 4)
http://www.worldwidemart.com/scripts/
When looking at scripts, remember the guidlines in 3.3, below, to make an informed decision
if a script is one you should be using, or learning from.
Glad you asked! There is indeed a place where you can ask all your Perl questions on IRC.
Please always think before you write; when you write you are taking the time of over a thousand people.
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A JavaScript Functional Testing framework.
Licensed under the MIT license.
Use code from https://github.com/joyent/node/blob/master/lib/assert.js
Version: 0.2.2
assert
ok
assert.ok(value, message)
Test that expr is true (not enpty).
Parameters
| value | Mixed | Tested value |
| message | String | Message if the assertion failed |
equal
assert.equal(actual, expected, message)
Test that actual and expected are equal.
Parameters
| actual | Mixed | |
| expected | Mixed | |
| message | String | Message if the assertion failed |
notEqual
assert.notEqual(actual, expected, message)
Test that actual and expected are not equal.
Parameters
| actual | Mixed | |
| expected | Mixed | |
| message | String | Message if the assertion failed |
strictEqual
assert.strictEqual(actual, expected, message)
Test that actual and expected are identically (equal by the type and by the value).
Parameters
| actual | Mixed | |
| expected | Mixed | |
| message | String | Message if the assertion failed |
notStrictEqual
assert.notStrictEqual(actual, expected, message)
Test that actual and expected are not identically (not equal by the type or by the value).
Parameters
| actual | Mixed | |
| expected | Mixed | |
| message | String | Message if the assertion failed |
deepEqual
assert.deepEqual(actual, expected, message)
Test that actual and expected are equal (recursive check).
Parameters
| actual | Mixed | |
| expected | Mixed | |
| message | String | Message if the assertion failed |
notDeepEqual
assert.notDeepEqual(actual, expected, message)
Test that actual and expected are not equal (recursive check).
Parameters
| actual | Mixed | |
| expected | Mixed | |
| message | String | Message if the assertion failed |
throws
assert.throws(block, [error], [message])
Test that an exception is raised when block is called.
Parameters
| block | Function | Tested code |
| error | Exception | Optional argument. Exception type |
| message | String | Optional argument. Exception message |
doesNotThrow
assert.doesNotThrow(block, [error], [message])
Test that an exception is not raised when block is called.
Parameters
| block | Function | Tested code |
| error | Exception | Optional argument. Exception type |
| message | String | Optional argument. Exception message |
yatt
wait
yatt.wait(time, fn)
Wrapper function around window.setTimeout. All waits are properly cleared at the end of the test.
Parameters
| time | Number | Time to wait in milliseconds |
| fn | Function | Callback function |
pass
yatt.pass()
Call this function to indicate that the test case has been passed.
fail
yatt.fail(message)
Call this function to indicate that the test case has been failed.
Parameters
| message | String | Error message |
logMsg
yatt.logMsg(msg)
Print message to a test results.
Parameters
| msg | String | Error message |
test
yatt.test(name, fn)
Add test.
Parameters
| name | String | Name of test |
| fn | Function | Test suite |
yatt YATT object
suite
yatt.suite(suiteName)
Add tests suite.
Parameters
| suiteName | String | Name of suite |
Suite Suite object. This object has one method test()
alert
yatt.alert(fn)
Wait for alert.
Parameters
| fn | Function | Callback function. Will be triggered when the window.alert() function was called. Receive the text of window.alert() as a parameter. |
confirm
yatt.confirm(result, fn)
Wait for confirm.
Parameters
| result | Boolean | Result of confirm |
| fn | Function | Callback function. Optional parameter. Will be triggered when the window.confirm() function was called. Receive the text of window.confirm() as a parameter. |
prompt
yatt.prompt(result, fn)
Wait for confirm.
Parameters
| result | Mixed | Result of prompt (Text or Null) |
| fn | Function | Callback function. Optional parameter. Will be triggered when the window.prompt() function was called. Receive the text of window.prompt() and default value as a parameters. |
startTests
yatt.startTests()
Start all tests.
DOMReady
yatt.DOMReady(callback)
Specify a function to execute when the DOM is loaded.
Parameters
| callback | Function | A function to execute after the DOM is ready |
setStartButton
yatt.setStartButton(text[, id[, cls]])
Add a button that runs the tests.
Appends a tag "A" to the body after the DOM is loaded.
Parameters
Appends a tag "A" to the body after the DOM is loaded.
| text | Strind | Button label |
| id | Strind | Optional parameter. Value of "id" attribute |
| cls | Strind | Optional parameter. Value of "class" attribute |
createLogger
yatt.createLogger(properties)
Create YATT Logger class.
Extends default logger class with given properties. Method init() will be called first if it will be defined in the given properties object.
Parameters
Extends default logger class with given properties. Method init() will be called first if it will be defined in the given properties object.
| properties | Object | Properties which will be extend logger |
Logger YATT Logger class
setLogger
yatt.setLogger(logger)
Set the logger.
Parameters
| logger | Logger | Instanse of YATT Logger class |
logger class
init
init()
Method init() will be called first if was defined. Used to setup the logger.
ready
ready(callback)
Called by yatt.startTests(). Should invoke the callback function to start the tests. Can used to setup the logger.
Parameters
| callback | Function |
start
start(count)
Called when all of the tests was started.
Parameters
| count | Number | The number of all tests |
test
test(idx, count, name, suite)
Called when the test was started.
Parameters
| idx | Number | The index of the current test. |
| count | Number | The number of all tests |
| name | String | Name of the current test |
| suite | String | Name of the tests suite. Can be an empty string |
pass
pass(idx, name, suite)
Called when the test was passed.
Parameters
| idx | Number | The index of the current test. |
| name | String | Name of the current test |
| suite | String | Name of the tests suite. Can be an empty string |
fail
fail(idx, name, suite, actual, expected, message, operator)
Called when the test was failed.
Parameters
| idx | Number | The index of the current test. |
| name | String | Name of the current test |
| suite | String | Name of the tests suite. Can be an empty string |
| actual | String | Actual value of assertion |
| expected | String | Expected value of assertion |
| message | String | Error message |
| operator | String | Assertion operator |
message
message(idx, name, suite, msg[, color[, cls]])
Called when by yatt.logMsg().
Parameters
| idx | Number | The index of the current test. |
| name | String | Name of the current test |
| suite | String | Name of the tests suite. Can be an empty string |
| msg | String | Message to log |
| color | String | Optional argument. Color of the message |
| cls | String | Optional argument. CSS class of the message |
end
end(count)
Called when all of the tests was ended.
Parameters
| count | Number | The number of all tests |
Mocks
socket.io
Socket.io Mock
Licensed under the MIT license.
Version: 0.1
connect
io.connect([url])
Connect to the hosts.
Url can be an empty string. Used just for compatibility with Socket.io connect()
Parameters
Url can be an empty string. Used just for compatibility with Socket.io connect()
| url | String | String that describe the URL. Any string. In fact this string no used. Just for compatibility with Socket.io connect() |
Socket Socket.io Socket object
socket
on
Socket.on(name, fn)
Adds a listener.
Parameters
| name | String | Event name |
| fn | Function | Callback function. Called when event was triggered |
emit
Socket.emit(name[, data[, data[, ...]]])
Emits an event.
Parameters
| name | String | Event name |
| data | Mixed | Event data |
getServer
Socket.getServer()
Get socket server.
ReturnServer Socket server object
server
on
Server.on(name, fn)
Adds a listener.
Parameters
| name | String | Event name |
| fn | Function | Callback function. Called when event was triggered |
once
Server.once(name, fn)
Adds a volatile listener.
Parameters
| name | String | Event name |
| fn | Function | Callback function. Called when event was triggered |
emit
Server.emit(name[, data[, data[, ...]]])
Emits an event.
Parameters
| name | String | Event name |
| data | Mixed | Event data |


Experiences
Working on in house engine for Ubisoft Games.
Developing in house real time path tracer Chaos Vantage based on DXR.Many lights solution for real time path tracer. Procedural Clouds.
Team Lead of V-Ray GPU team working on in-house GPU production render engine. Team management, product management. Leading team of 8 engineers through various software releases and delivering business value to customers. Working with Product Managers to create software roadmap and execute it. Doing regular 1 on 1 meetings with team members.
Developing in house GPU renderer - V-Ray GPU. Implement many lights solution for GPU renderer. Implement features like Matte/Shadow Catchers, Displaced 2d geometry in V-Ray GPU. Implemented RTX features inside V-Ray GPU. Implemented Light Cache GI algorithm on the GPU. Profiling and optimization of GPU code.
Mentoring junior developers. R&D in 3D User Interfaces. Responsible for in-house debugging tools. Working directly with clients to resolve performance and usability issues. Maintaining multiple rendering backends - DirectX9/11/12, OpenGL [ES], PlayStation 4, Switch, Unreal Engine 4 RHI.
Developing Core 2D Rendering in-house library used in all products of the company. Researching & developing different 2D rendering algorithm for text, vector graphics, CSS3 effects like shadows and filters. Ported WebCore to use our rendering library. Implemented and improved various graphics API backends. Implemented core box model rendering for html engine. Implemented WebGL 2.0 driver based on in-house technology. Profiling and optimizing html rendering engine.
Developing multiple in-house iOS application. Used technologies - Objective-C, XCode
Writing a simple 2D game with Lua.


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Bootstrap feed is a component which allows visualizing the activity of the users.
Detailed documentation and more examples of Bootstrap feed you can find in our Bootstrap Social Sections Docs.