Emailing Banner Status to Vendor
How to send a banner status report to the related vendor using the Vendors module. The report contains the following information: Banner Name, Banner Description, Image Name, Number of CPM/Cost, Number of Impressions, Start Date, End Date, Number of Views, and Number of Click Throughs.
- Click the Edit button beside the required Vendor. This opens the Edit Vendor page.
- Expand the Banner Advertising section. This displays all banners associated with this vendor.
- Click the Edit button beside the required banner.
- Click the Email Status to Vendor link at the base of the module. A success or failure message is displayed at top of the module letting you know if the email sent successfully.
- Click the Cancel button to return to the module.


Class: Aws::Redshift::Types::TableRestoreStatus
| Inherits: |
Struct
|
| Defined in: |
(unknown) |
Overview
Describes the status of a RestoreTableFromClusterSnapshot operation.
Returned by:
Instance Attribute Summary collapse
-
#cluster_identifier ⇒ String
The identifier of the Amazon Redshift cluster that the table is being restored to.
-
#message ⇒ String
A description of the status of the table restore request.
-
#new_table_name ⇒ String
The name of the table to create as a result of the table restore request.
-
#progress_in_mega_bytes ⇒ Integer
The amount of data restored to the new table so far, in megabytes (MB).
-
#request_time ⇒ Time
The time that the table restore request was made, in Universal Coordinated Time (UTC).
-
#snapshot_identifier ⇒ String
The identifier of the snapshot that the table is being restored from.
-
#source_database_name ⇒ String
The name of the source database that contains the table being restored.
-
#source_schema_name ⇒ String
The name of the source schema that contains the table being restored.
-
#source_table_name ⇒ String
The name of the source table being restored.
-
#status ⇒ String
A value that describes the current state of the table restore request.
-
#table_restore_request_id ⇒ String
The unique identifier for the table restore request.
-
#target_database_name ⇒ String
The name of the database to restore the table to.
-
#target_schema_name ⇒ String
The name of the schema to restore the table to.
-
#total_data_in_mega_bytes ⇒ Integer
The total amount of data to restore to the new table, in megabytes (MB).
Instance Attribute Details
#cluster_identifier ⇒ String
The identifier of the Amazon Redshift cluster that the table is being restored to.
#message ⇒ String
A description of the status of the table restore request. Status values
include SUCCEEDED
, FAILED
, CANCELED
, PENDING
, IN_PROGRESS
.
#new_table_name ⇒ String
The name of the table to create as a result of the table restore request.
#progress_in_mega_bytes ⇒ Integer
The amount of data restored to the new table so far, in megabytes (MB).
#request_time ⇒ Time
The time that the table restore request was made, in Universal Coordinated Time (UTC).
#snapshot_identifier ⇒ String
The identifier of the snapshot that the table is being restored from.
#source_database_name ⇒ String
The name of the source database that contains the table being restored.
#source_schema_name ⇒ String
The name of the source schema that contains the table being restored.
#source_table_name ⇒ String
The name of the source table being restored.
#status ⇒ String
A value that describes the current state of the table restore request.
Valid Values: SUCCEEDED
, FAILED
, CANCELED
, PENDING
,
IN_PROGRESS
Possible values:
- PENDING
- IN_PROGRESS
- SUCCEEDED
- FAILED
- CANCELED
#table_restore_request_id ⇒ String
The unique identifier for the table restore request.
#target_database_name ⇒ String
The name of the database to restore the table to.
#target_schema_name ⇒ String
The name of the schema to restore the table to.
#total_data_in_mega_bytes ⇒ Integer
The total amount of data to restore to the new table, in megabytes (MB).


<IP_ADDRESS> Examples of ALWAYS, NEVER, and THEREIS clauses
;; Make sure I is always less than 11 (two ways).
;; The FOR construct terminates these loops.
(loop for i from 0 to 10
always (< i 11))
=> T
(loop for i from 0 to 10
never (> i 11))
=> T
;; If I exceeds 10 return I; otherwise, return NIL.
;; The THEREIS construct terminates this loop.
(loop for i from 0
thereis (when (> i 10) i) )
=> 11
;;; The FINALLY clause is not evaluated in these examples.
(loop for i from 0 to 10
always (< i 9)
finally (print "you won't see this"))
=> NIL
(loop never t
finally (print "you won't see this"))
=> NIL
(loop thereis "Here is my value"
finally (print "you won't see this"))
=> "Here is my value"
;; The FOR construct terminates this loop, so the FINALLY clause
;; is evaluated.
(loop for i from 1 to 10
thereis (> i 11)
finally (prin1 'got-here))
>> GOT-HERE
=> NIL
;; If this code could be used to find a counterexample to Fermat's
;; last theorem, it would still not return the value of the
;; counterexample because all of the THEREIS clauses in this example
;; only return T. But if Fermat is right, that won't matter
;; because this won't terminate.
(loop for z upfrom 2
thereis
(loop for n upfrom 3 below (log z 2)
thereis
(loop for x below z
thereis
(loop for y below z
thereis (= (+ (expt x n) (expt y n))
(expt z n))))))
Copyright 1996, The Harlequin Group Limited. All Rights Reserved.


This package version is not analyzed, because it is more than two years old. Check the latest stable version for its analysis.


Generating artwork by drawing lines across equal spaced points on a shape like circle/square/triangle. Bridge is the gap between points across which line has to be drawn.
For any feedback on this page, please send an email to


The streamlining function the combines all data manipulation and estimation functions into one
bl_()
Baseline Correction
cali()
NMR spectral TSP calibration
flip_()
Spectral Flipping
pproc()
Spectral Preprocessing
readin()
Import 1D NMR spectra
Functions used to estimate properties of the spectra such as area of peaks and number of scans
alter8r()
NMR Number of Scans Estimator
citra()
Citrate Area Estimation
crea()
Creatinine Area Estimator
get_idx()
Get ppm indexes
noi_()
Noise Estimation
roundr()
Round to a Multiple of 4
shift_pickr()
Chemical Shift Picking
tota()
Total Area Estimation


The name of specified type.
You can set exchange or queue name where you want to publish.
If you select queue, fanout type exchange with unique name is automatically declared then binded to queue.


The quantile regression post showed various ways to represent a quantile regression in Stan. The outcome, however, was assumed to be continuous on the real line. In this post I’ll show a way to do quantile regression on a bounded unit interval. The Vasicek distribution is an alternative distribution for beta regressions and is described in Mazucheli et al. (2022). The Vasicek distribution is given as
\[
\begin{aligned}
f(y \mid \alpha, \theta) &= \sqrt{\frac{1 - \theta}{\theta}} \exp \bigg\{\frac{1}{2} \bigg[\Phi^{-1}(y)^2 -
\bigg(\frac{\Phi^{-1}(y) \sqrt{1 - \theta} - \Phi^{-1}(\alpha)}{\sqrt{\theta}} \bigg)^2
\bigg\} \\
F(y \mid \alpha, \theta) &= \Phi \bigg( \frac{\Phi^{-1}(y) \sqrt{1 - \theta} - \Phi^{-1}(\alpha)}{\sqrt{\theta}} \bigg) \\
Q(\tau \mid \alpha, \theta) &= F^{-1}(\tau \mid \alpha, \theta) = \Phi \bigg( \frac{\Phi^{-1}(\alpha) + \Phi^{-1}(\tau) \sqrt{\theta}}{\sqrt{1 - \theta}} \bigg)
\end{aligned}
\] where \(0 < (y, \alpha, \theta, \tau) < 1\) and \(\Phi\) and \(\Phi^{-1}\) are the standard normal CDF and QF respectively. The mean of the distribution is \(\operatorname{E}(Y) = \alpha\) and \(\operatorname{Var}(Y) = \Phi_2(\Phi^{-1}(\alpha), \Phi^{-1}(\alpha), \theta)\) where \(\Phi_2\) is the bivariate standard normal CDF.
In the paper they reparameterize the mean in terms of the \(\tau\)-th quantile as \[
\alpha = h^{-1}(\mu) = \Phi(\Phi^{-1}(\mu)\sqrt{1 - \theta} - \Phi^{-1}(\tau)\sqrt{\theta}).
\] Given this reparmeterization the log-likelihood is proportional to \[
\ell(\mu, \theta \mid y, \tau) \propto \frac{n}{2}\log\bigg(\frac{1 - \theta}{\theta} \bigg) - \frac{\Phi^{-1}(y)^\top \Phi^{-1}(y)}{2} - \frac{1}{2\theta} \sum_{i=1}^{n} \bigg(\sqrt{1 - \theta}\bigg[\Phi^{-1}(y_i) - \Phi^{-1}(\mu) \bigg] + \sqrt{\theta}\Phi^{-1}(\tau) \bigg)^2
\] The log-likelihood may be writte in Stan as:
real vasicek_quantile_lpdf(vector y, real theta, vector mu, real tau) {if (tau <= 0 || tau >= 1) reject("tau must be between 0 and 1 found tau = ", tau);if (theta <= 0 || theta >= 1) reject("theta must be between 0 and 1 found theta = ", theta);int N = num_elements(y);real lpdf = 0.5 * N * (log1m(theta) - log(theta));vector[N] qnorm_mu = inv_Phi(mu);real qnorm_tau = inv_Phi(tau);vector[N] qnorm_y = inv_Phi(y);vector[N] qnorm_alpha = -sqrt(theta) * qnorm_tau + qnorm_mu * sqrt(1 - theta);return lpdf + 0.5 * dot_self(qnorm_y) - 0.5 * sum( (sqrt(1 - theta) * qnorm_y - qnorm_alpha)^2 / theta); }
The authors provided an R package vasicekreg where we can check if it results in the same log-likelihood,
library(cmdstanr)library(vasicekreg)source("expose_cmdstanr_funs.R")x <-rVASIQ(n =1, mu =0.50, sigma =0.69, tau =0.50)expose_cmdstanr_functions("vasicek.stan", expose_to_global_env = T)stan_lpdf <-vasicek_quantile_lpdf(x, theta =0.69, mu =0.5, tau =0.5)r_lpdf <-dVASIQ(x, mu =0.5, sigma =0.69, log = T)all.equal(stan_lpdf, r_lpdf)
fittaus <-lapply(c(0.10, 0.25, 0.50, 0.75, 0.90), function(Tau) { tau <<- Tau; gamlss::gamlss(y ~ x, data = data, family = VASIQ) })gamlss_mtau <-sapply(fittaus, function(x) summary(x)[, 1])
Warning in summary.gamlss(x): summary: vcov has failed, option qr is used instead
Warning in summary.gamlss(x): summary: vcov has failed, option qr is used instead
functions {real vasicek_quantile_lpdf(vector y, real theta, vector mu, real tau) {if (tau <= 0 || tau >= 1) reject("tau must be between 0 and 1 found tau = ", tau);if (theta <= 0 || theta >= 1) reject("theta must be between 0 and 1 found theta = ", theta);int N = num_elements(y);real lpdf = 0.5 * N * (log1m(theta) - log(theta));vector[N] qnorm_mu = inv_Phi(mu);real qnorm_tau = inv_Phi(tau);vector[N] qnorm_y = inv_Phi(y);vector[N] qnorm_alpha = -sqrt(theta) * qnorm_tau + qnorm_mu * sqrt(1 - theta);return lpdf + 0.5 * dot_self(qnorm_y) - 0.5 * sum( (sqrt(1 - theta) * qnorm_y - qnorm_alpha)^2 / theta); }}data {int<lower=0> N;vector[N] y;vector[N] x;int<lower=1> K;vector<lower=0, upper=1>[K] tau;} parameters {vector[K] alpha;vector[K] beta;vector[K] sigma;} model { alpha ~ normal(0, 4); beta ~ normal(0, 4); sigma ~ normal(0, 2);for (i in1:K) y ~ vasicek_quantile(inv_logit(sigma[i]), inv_logit(alpha[i] + beta[i] * x), tau[i]);}
References
Mazucheli, Josmar, Bruna Alves, Mustafa Ç. Korkmaz, and Víctor Leiva. 2022. “Vasicek Quantile and Mean Regression Models for Bounded Data: New Formulation, Mathematical Derivations, and Numerical Applications.”Mathematics 10 (9). https://doi.org/10.3390/math10091389.


The arithmetic/mod.h
header defines a remainder operator.
#include <chaos/preprocessor/arithmetic/mod.h>
The CHAOS_PP_MOD
macro computes the remainder produced by dividing two values.
CHAOS_PP_MOD
(x, y)
The base.
Valid values range from 0
to CHAOS_PP_LIMIT_MAG
.
The modulus.
Valid values range from 1
to CHAOS_PP_LIMIT_MAG
.
This macro expands to the remainder produced by dividing x by y.
If y is 0
, this macro intentionally produces an error.
This macro uses bypass semantics.
If bypass semantics are already in effect, CHAOS_PP_MOD_BYPASS
must be used instead.
CHAOS_PP_ARBITRARY_DIV
CHAOS_PP_ARBITRARY_MOD
CHAOS_PP_DIV
CHAOS_PP_DIV_MACHINE
CHAOS_PP_MOD_MACHINE
#include<chaos/preprocessor/arithmetic/mod.h>
CHAOS_PP_MOD
(10, 3) // 1
The CHAOS_PP_MOD_ID
macro indirectly expands to CHAOS_PP_MOD
.
CHAOS_PP_MOD_ID
()
This macro exists only for uniformity with other macros that require indirect invocation.
The CHAOS_PP_MOD_
macro expands to a λ expression representing CHAOS_PP_MOD
.
CHAOS_PP_MOD_
This macro is a shorthand form of the following λ binding:
The CHAOS_PP_MOD_BYPASS
macro behaves identically to CHAOS_PP_MOD
except that it is parametized by the bypass recursion state.
CHAOS_PP_MOD_BYPASS
(s, x, y)
The current bypass recursion state.
The base.
Valid values range from 0
to CHAOS_PP_LIMIT_MAG
.
The modulus.
Valid values range from 1
to CHAOS_PP_LIMIT_MAG
.
If bypass semantics are already in effect, this macro must be used instead of CHAOS_PP_MOD
.
The CHAOS_PP_MOD_BYPASS_ID
macro indirectly expands to CHAOS_PP_MOD_BYPASS
.
CHAOS_PP_MOD_BYPASS_ID
()
This macro exists only for uniformity with other macros that require indirect invocation.
The CHAOS_PP_MOD_BYPASS_
macro expands to a λ expression representing CHAOS_PP_MOD_BYPASS
.
CHAOS_PP_MOD_BYPASS_
This macro is a shorthand form of the following λ binding:


LIO_LISTIO
Section: Linux Programmer's Manual (3)
Updated: 2012-05-08
Index
Return to Main Contents
NAME
lio_listio - initiate a list of I/O requests
SYNOPSIS
#include <aio.h>
int lio_listio(int mode, struct aiocb *const aiocb_list[],
int nitems, struct sigevent *sevp);
Link with -lrt.
DESCRIPTION
The
lio_listio()
function initiates the list of I/O operations described by the array
aiocb_list.
The
mode
operation has one of the following values:
- LIO_WAIT
-
The call blocks until all operations are complete.
The
sevp
argument is ignored.
- LIO_NOWAIT
-
The I/O operations are queued for processing and the call returns immediately.
When all of the I/O operations complete, asynchronous notification occurs,
as specified by the
sevp
argument; see
sigevent(7)
for details.
If
sevp
is NULL, no asynchronous notification occurs.
The
aiocb_list
argument is an array of pointers to
aiocb
structures that describe I/O operations.
These operations are executed in an unspecified order.
The
nitems
argument specifies the size of the array
aiocb_list.
null pointers in
aiocb_list
are ignored.
In each control block in
aiocb_list,
the
aio_lio_opcode
field specifies the I/O operation to be initiated, as follows:
- LIO_READ
-
Initiate a read operation.
The operation is queued as for a call to
aio_read(3)
specifying this control block.
- LIO_WRITE
-
Initiate a write operation.
The operation is queued as for a call to
aio_write(3)
specifying this control block.
- LIO_NOP
-
Ignore this control block.
The remaining fields in each control block have the same meanings as for
aio_read(3)
and
aio_write(3).
The
aio_sigevent
fields of each control block can be used to specify notifications
for the individual I/O operations (see
sigevent(7)).
RETURN VALUE
If
mode
is
LIO_NOWAIT,
lio_listio()
returns 0 if all I/O operations are successfully queued.
Otherwise, -1 is returned, and
errno
is set to indicate the error.
If
mode
is
LIO_WAIT,
lio_listio()
returns 0 when all of the I/O operations have completed successfully.
Otherwise, -1 is returned, and
errno
is set to indicate the error.
The return status from
lio_listio()
provides information only about the call itself,
not about the individual I/O operations.
One or more of the I/O operations may fail,
but this does not prevent other operations completing.
The status of individual I/O operations in
aiocb_list
can be determined using
aio_error(3).
When an operation has completed,
its return status can be obtained using
aio_return(3).
Individual I/O operations can fail for the reasons described in
aio_read(3)
and
aio_write(3).
ERRORS
The
lio_listio()
function may fail for the following reasons:
- EAGAIN
-
Out of resources.
- EAGAIN
-
The number of I/O operations specified by
nitems
would cause the limit
AIO_MAX
to be exceeded.
- EINVAL
-
mode
is invalid, or
nitems
exceeds the limit
AIO_LISTIO_MAX.
- EINTR
-
mode
was
LIO_WAIT
and a signal
was caught before all I/O operations completed.
(This may even be one of the signals used for
asynchronous I/O completion notification.)
- EIO
-
One of more of the operations specified by
aiocb_list
failed.
The application can check the status of each operation using
aio_return(3).
If
lio_listio()
fails with the error
EAGAIN,
EINTR,
or
EIO,
then some of the operations in
aiocb_list
may have been initiated.
If
lio_listio()
fails for any other reason,
then none of the I/O operations has been initiated.
VERSIONS
The
lio_listio()
function is available since glibc 2.1.
CONFORMING TO
POSIX.1-2001, POSIX.1-2008.
NOTES
It is a good idea to zero out the control blocks before use.
The control blocks must not be changed while the I/O operations
are in progress.
The buffer areas being read into or written from
must not be accessed during the operations or undefined results may occur.
The memory areas involved must remain valid.
Simultaneous I/O operations specifying the same
aiocb
structure produce undefined results.
SEE ALSO
aio_cancel(3),
aio_error(3),
aio_fsync(3),
aio_return(3),
aio_suspend(3),
aio_write(3),
aio(7)
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- RETURN VALUE
-
- ERRORS
-
- VERSIONS
-
- CONFORMING TO
-
- NOTES
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:55:06 GMT, September 18, 2014


{% load i18n %}
{% trans 'Feedback lets you send us suggestions about this site. We welcome problem reports, feature ideas and general comments.' %}
{% trans 'Start by writing a brief description:' %}
{% trans "Next we'll let you identify areas of the page related to your description." %}


| A drama centered on two teenage boys who encounter a fugitive and pact to help him escape from an island in the Mississippi. | |
| Genres: | Drama |
| Director: | Jeff Nichols |
| Writer: | Jeff Nichols |
Cast: | Mud - Matthew McConaughey Juniper - Reese Witherspoon Ellis - Tye Sheridan Neckbone - Jacob Lofland Tom - Sam Shepard Senior - Ray McKinnon Mary Lee - Sarah Paulson Galen - Michael Shannon King - Joe Don Baker Carver - Paul Sparks May Pearl - Bonnie Sturdivant Miller - Stuart Greer Galen's Helper - John Ward Jr. Princess - Kristy Barrington Kyle - Johnny Cheek Nelson - Kenneth Hill James - Michael Abbott Jr. Man at Budget Inn - Earnest McCoy May Pearl's Friend - Allie Wade Motel Clerk - Douglas Ligon Male Nurse - Matt Newcomb Female Nurse - Mary Alice Jones Older Kid at Food King - Tate Smalley Bartender - Jimmy Dinwiddie Trooper at Roadblock - Ryan Jacks |


pnmquant(1) pnmquant(1) NAME pnmquant - quantize the colors in a Netpbm image to a smaller set SYNOPSIS pnmquant [-center|-meancolor|-meanpixel] [-floyd|-fs] [-nofloyd|-nofs] [-spreadbrightness|-spreadluminosity] ncolors [pnmfile] All options can be abbreviated to their shortest unique prefix. You may use two hyphens instead of one to designate an option. You may use either white space or equals signs between an option name and its value. DESCRIPTION Reads a PNM image as input. Chooses ncolors colors to best represent the image, maps the existing colors to the new ones, and writes a PNM image as output. This program is simply a combination of pnmcolormap and pnmremap, where the colors of the input are remapped using a color map which is generated from the colors in that same input. The options have the same meaning as in those programs. See their documentation to understand pnmquant. It is much faster to call pnmcolormap and pnmremap directly than to run pnmquant. pnmquant is just a convenience. ppmquant is an older program which does the same thing as pnmquant, but on only PPM images. It is, however, faster than either pnmquant or ppm‐ colormap/pnmremap. SEE ALSO pnmcolormap(1), pnmremap(1), ppmquantall(1), pnmdepth(1), ppmdither(1), ppmquant(1), pnm(5) AUTHOR Written by Bryan Henderson 20 January 2002 pnmquant(1)


Expose mime.
The app.routes object houses all of the routes defined mapped by the associated HTTP verb. This object may be used for introspection capabilities, for example Express uses this internally not only for routing but to provide default OPTIONS behaviour unless app.options() is used. Your application or framework may also remove routes by simply by removing them from this object.
Framework version.
Configure callback for zero or more envs,
when no env
is specified that callback will
be invoked for all environments. Any combination
can be used multiple times, in any order desired.
Examples:
app.configure(function(){ // executed for all envs });
app.configure('stage', function(){ // executed staging env });
app.configure('stage', 'production', function(){ // executed for stage and production });
Note:
These callbacks are invoked immediately, and are effectively sugar for the following:
var env = process.env.NODE_ENV || 'development';
switch (env) {
case 'development':
...
break;
case 'stage':
...
break;
case 'production':
...
break;
}
Create an express application.
Initialize application configuration.
Disable setting
.
Check if setting
is disabled.
app.disabled('foo') // => true
app.enable('foo') app.disabled('foo') // => false
Enable setting
.
Check if setting
is enabled (truthy).
app.enabled('foo') // => false
app.enable('foo') app.enabled('foo') // => true
Register the given template engine callback fn
as ext
.
By default will require()
the engine based on the
file extension. For example if you try to render
a "foo.jade" file Express will invoke the following internally:
app.engine('jade', require('jade').__express);
For engines that do not provide .__express
out of the box,
or if you wish to "map" a different extension to the template engine
you may use this method. For example mapping the EJS template engine to
".html" files:
app.engine('html', require('ejs').renderFile);
In this case EJS provides a .renderFile()
method with
the same signature that Express expects: (path, options, callback)
,
though note that it aliases this method as ejs.__express
internally
so if you're using ".ejs" extensions you dont need to do anything.
Some template engines do not follow this convention, the Consolidate.js library was created to map all of node's popular template engines to follow this convention, thus allowing them to work seamlessly within Express.
Initialize the server.
Listen for connections.
A node http.Server
is returned, with this
application (which is a Function
) as its
callback. If you wish to create both an HTTP
and HTTPS server you may do so with the "http"
and "https" modules as shown here:
var http = require('http') , https = require('https') , express = require('express') , app = express();
http.createServer(app).listen(80); https.createServer({ ... }, app).listen(443);
Return the app's absolute pathname based on the parent(s) that have mounted it.
For example if the application was mounted as "/admin", which itself was mounted as "/blog" then the return value would be "/blog/admin".
Render the given view name
name with options
and a callback accepting an error and the
rendered template string.
Example:
app.render('email', { name: 'Tobi' }, function(err, html){ // ... })
or fn
Assign setting
to val
, or return setting
's value.
app.set('foo', 'bar'); app.get('foo'); // => "bar" app.set('foo', ['bar', 'baz']); app.get('foo'); // => ["bar", "baz"]
Mounted servers inherit their parent server's settings.
Generated using TypeDoc
Special-cased "all" method, applying the given route
path
, middleware, and callback to every HTTP method.


DigitalOcean
DigitalOcean provides simple cloud hosting. Create and delete SSD-based virtual machines within seconds for a very affordable price.
Go to https://www.digitalocean.com/ for more information.
This gem is a simple ruby wrapper for the HTTP API of DigitalOcean using the great Faraday library.
If you use Opscode Chef for DevOps, make sure to checkout my knife plugin knife-digital_ocean
Installation
Add this line to your application's Gemfile:
gem 'digital_ocean'
And then execute:
$ bundle
Or install it yourself as:
$ gem install digital_ocean
Prerequisite: Create an account and API credentials
Usage
Examples
require 'digital_ocean'
# 1. create a client instance
#
dc = DigitalOcean::API.new :client_id => 'YOUR_CLIENT_ID',
:api_key => 'YOUR_API_KEY'
# 2. get all regions (server locations)
#
res = dc.regions.list
res.regions.size # => 2
res.regions.first.name # => "New York 1"
# 3. get all available machine types (sizes)
#
res = dc.sizes.list
res.sizes
# => [#<Hashie::Rash id=66 name="512MB">,
# #<Hashie::Rash id=63 name="1GB">,
# #<Hashie::Rash id=62 name="2GB">,
# #<Hashie::Rash id=64 name="4GB">,
# #<Hashie::Rash id=65 name="8GB">,
# #<Hashie::Rash id=61 name="16GB">,
# #<Hashie::Rash id=60 name="32GB">,
# #<Hashie::Rash id=70 name="48GB">,
# #<Hashie::Rash id=69 name="64GB">,
# #<Hashie::Rash id=68 name="96GB">]
# 4. get all available images (e.g. OS-Images, snapshots, backups)
#
res = dc.images.list
res.images
# => [#<Hashie::Rash distribution="CentOS" id=1601 name="CentOS 5.8 x64">,
# #<Hashie::Rash distribution="CentOS" id=1602 name="CentOS 5.8 x32">,
# ...
# #<Hashie::Rash distribution="Ubuntu" id=2676 name="Ubuntu 12.04 x64 Server">,
# ...
# #<Hashie::Rash distribution="Ubuntu" id=25306 name="Ubuntu 12.10 x32 Server">,
# ...]
# 5. start a new instance (called droplet)
#
res = dc.droplets.create :name => 'new_hostname',
:size_id => 64,
:image_id => 2676,
:region_id => 1
# 6. query droplet status (e.g. to get the IP of a droplet)
#
res = dc.droplets.list
res.droplets
# => [#<Hashie::Rash backups_active=false id=123456
# image_id=25306 ip_address="<IP_ADDRESS>"
# name="new_hostname" region_id=1 size_id=64
# status="active">]
see spec/api_spec.rb
for more details and all implemented
resources.
Features
DigitalOcean::API
- .new
- should return an instance when called with the essential parameters
- #droplets
- #list
- should be successful
- should return a list of all droplets
- #show
- should be successful
- #create
- should be successful
- should return a droplet.id
- #reboot
- should be successful
- #power_cycle
- should be successful
- #shutdown
- should be successful
- #power_on
- should be successful
- #power_off
- should be successful
- #password_reset
- should be successful
- #resize
- should be successful
- #snapshot
- should be successful
- #restore
- should be successful
- #rebuild
- should be successful
- #enable_backups
- should be successful
- #disable_backups
- should be successful
- #delete
#
- should be successful
- #list
- #sizes
- #list
- should be successful
- should return a list of all droplet sizes
- should return the correct ID for the 96GB size
- #list
- #regions
- #list
- should be successful
- should return a list of all regions
- #list
- #ssh_keys
- #list
- should be successful
- should return a list of all SSH keys
- #show
- valid
- should be successful
- should return the public keykey
- invalid
- should not be successful
- #add
- does not work, ask digitalocean to fix (PENDING: No reason given)
- should be successful (PENDING: Temporarily disabled with xit)
- #edit
- does not work, ask digitalocean to fix (PENDING: No reason given)
- #delete
- should be successful
- #list
- #images
- #list
- without filter
- should be successful
- should return a list of all images
- with filter: global
- should be successful
- should return global images
- with filter: my_images
- should be successful
- should return my_images
- #show
- valid
- should be successful
- should return the image
- invalid
- should not be successful
- #delete
- valid
- should be successful (PENDING: does not work, ask digitalocean to fix)
- invalid
- should not be successful
- #list
DigitalOcean
- should have a version number
Contributing
- Fork it
- Create your feature branch (
git checkout -b my-new-feature
) - Commit your changes (
git commit -am 'Add some feature'
) - Push to the branch (
git push origin my-new-feature
) - Create new Pull Request
Contributors
For more information and a complete list see the contributor page on GitHub.
License
MIT
Commercial Support
Commercial support is available. Please contact https://roland.io/ or http://moriz.com/
Copyright
Copyright © 2013 Roland Moriz, Moriz GmbH


JCI MN COLLOIDAL IODINE IMMUNE-IMPROVING WATER- iodine solution
JCI INSTITUTE OF MEDICAL SCIENCE
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
potassium iodide, hydrogen water
keep out of reach of the children
it is better to dose on an empty stomach
the dosage on undiluted solution is possibly recommended
do eat nothing within five minutes after the dosage
unit dose is 30ml
do take unit dose three times a day before each meal (morning, daylight, evening)
keep this dose guide for a month
if effective, do change the unit dose twice a day before each meal (morning, evening)
do discuss with your doctor for further dose
do possibly avoid the food containing an antioxidant and color additives
do take the greatest possible care to eggs, milk, cheese and tuna
do take before meal. in case of other medicine dose, do take colloidal iodine within on hour before you take other medicine
do eat nothing within five minutes after the dosage
keep out of the direct sunlight


Dcm is an interpretted, concatenative, embedded, object oriented, scripting language. It borrows ideas from many different languages such as Python, Factor, and Javascript. The name comes from the original intent of the language which was supposed to be a simple extention of the ubiquitous unix utility dc (which now ships with bc). DCM was to mean dc improved, however the language has since diverged greatly, and with reason as can be seen below with a sample factorial program in each language.
dc:
[d1-d1>f*]sf 6 lfx
DCM:
[ dup 1 - dup 0 > fac [] if ex * ] $fac 6 fac ex
Why should I use DCM
The best answer to this is, "It don't know". The language was desiged to some very specific needs and wants I had for a project. When I was begun work on this project, I could not find a project that met these requirements. Some of the key high level requirements are listed below; if you need a mojority of them, then perhaps DCM is a good choice for you.
It shall be concatenative
It shall run quickly with a low memory footprint
It shall be design to be embedded into other C++ applications


What is an FFB?
A Filter that Fights Back.
A Filter that Fights Back.
Spider every url in each newly arrived spam, if the ip address of the server was blacklisted. Ideally the http requests would be spread over the lifetime of the spam-- the period during which "customers" respond to it. I suspect most responses occur within a couple hours of the spam being sent. It may be different for spams sent at night.
The hardcore spammers probably could. But not sites like AmericanSingles.Com.
If there were 100,000 FFBs, a spammer's site had a total of 100k of stuff in it, and each FFB crawled the site 10x per spam, this would generate 100 GB of transfer. At current rates for spam hosting that would cost the spammer about $1000-4000 per spam.
Introductory spam hosting plans have transfer limits well under 100 GB/month, so FFBs would shut down such sites beforethe "customers" had a chance to respond. In a world containing FFBs, it would be hard to get started as a spammer.
They probably could, by putting invisible links in their pages. Anything that followed such a link must be a crawler and could safely be ignored. But the easiest way to protect against FFBs would be to include working unsubscribe links. This would be particularly necessary for small fry just getting started and "legitimate" sites that hire spammers to generate traffic. These would not have the infrastructure or expertise to protect against FFBs
Yes, so that might bring more spam. But it would also make web beacons stop working as an index of open rates. And you'd be clicking on unsubscribe links as well, which FFBs would make more popular.
That's like arguing that we shouldn't have police, because in addition to all the losses caused by crime, we have people taken away from productive work to chase criminals. If FFBs make working unsubscribe links universal, the result is net less use of bandwidth.
I'm not proposing that FFBs should be used by people on dialup lines, just by users who have bandwidth to spare-- people at universities and corporations, and on DSL lines.
This one would be uncoordinated, and so distributed that no one client would have to submit too many http requests. I'm not proposing that a given filter hit a spammer's site with 10,000 http requests. More like a couple hundred, at most.
It would be hard for someone to claim you were mounting a DoS attack on them for submitting a couple hundred http requests. If a couple hundred requests is a DoS attack, then I have several times been guilty of DoSing eBay.
In any case, spammers like to keep a low profile. I can't imagine spammers, especially spammers based offshore, trying to invoke the protection of the law. They've probably already been victims of conventional DoS attacks, and I haven't heard of any of them doing this.
That's the point of the blacklist. A site doesn't get pounded simply by being mentioned in a spam. It has to be mentioned in a spam and be on the blacklist.
I'm not committed to one way of doing it. But I suspect it couldn't be entirely automated. Sites would have to be inspected by humans to protect innocent sites from being blacklisted.
If FFBs become a threat to them, spammers will try to give them a bad name by causing them to attack innocent victims. So blacklists should include ip addresses as well as domain names. Otherwise a spammer could switch the DNS record of a blacklisted site to point to an innocent victim.
Anyone running a blacklist should assume, by default, that any url mentioned in a spam is the victim of a Joe job, and only blacklist sites when, after inspection, this is clearly not the case.
Yes. To be honest, this is the weak link in this plan. A widely used FFB blacklist run by nuts like MAPS could do a lot of damage. And all blacklists seem to become corrupt eventually.
FFB blacklists are less dangerous than mail server blacklists, because being on the blacklist alone is not enough to cause a site trouble. You only get crawled when you're already on the blacklist, and a new spam arrives with your url in it. On the other hand, FFBs are going to be run by individual users, who will not be as discerning about the blacklists they subscribe to as ISPs are.
To protect against DoS attacks, the blacklist might have to be distributed through a p2p network.
I don't think lawsuits would be much of a threat, though. A blacklist of spamvertised sites could legitimately claim that it wasn't intended specifically for use by FFBs. There's a genuine need for such blacklists to aid in spam filtering. To evade filters, spammers now change their domain names regularly. When a filter sees a domain name for the first time, it would be very helpful if there were a list it could check to see if other users had reported spams containing it.
If FFBs happened to use this list too, well, that would be be done without the knowledge of the administrators, just as those naughty "affiliates" are spamming without the knowledge of the sites they send traffic too.
Yes. But if we drive spammers to use such measures to survive, I think we'll drive a lot of them out of business. Writing viruses seems to be taken more seriously by the criminal justice system than forging headers. I think many current spammers wouldn't take the risk.
This wouldn't help them. FFBs would still interfere with the spammers' "customers".
Such spams are rare, probably because Geocities has figured out how to prevent spammers from using them for this purpose. Hosting services that hadn't figured this out would soon learn.
Several people have written suggesting a "DDoS@Home" project of this type. (Two correspondents who shall remain nameless simultaneously invented this catchy name.) But I think mail should remain in the system for two reasons: (a) it tells you which sites to pound, and when, and (b) if you included it as part of a filter, you could get more users.
On the other hand, if some group managed to launch a DDoS@Home project aimed at spammers, that would be enormously amusing. I'd sign up for it.


UW-Madison Cartographic Laboratory
Our website is currently under construction. Please check back soon!
Our site is down, but we are hard at work.
If you have any questions or would like information
contact:
Tanya Buckingham
phone:<PHONE_NUMBER>
email: tbuckingham@wisc.edu


InfoVis UE 2021 - Exercise 3
Visualising World of Warcraft Token Prices (in Gold)
double clik on the chart to re-initialise.
Select a region:
toggle game/patch releases on/off
Blow Up


Pilgrimage Center
St. Peters and St. Pauls Orthodox Church
P.O, Thiruvalla, Parumala Seminary, Parumala, Kerala 689626
Location: Kerala
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum.
Date of Birth : 18-05-1966
9447661961
9417261322
<EMAIL_ADDRESS>Sector 46-A,
Chandigarh – 160047
Phone: 0172-2633204 (R)
0172-2633575(S)
Jacob Cottage
Elampal P.O., Punalur
Kerala- 691 322
31-12-1994 (Sub-Deacon)
15-08-1995 (Deacon)
23-09-1995 (Priest)
| S.No. | Churches | Institutions | Year |
| 1. | St. George Orthodox Church, Aduthala
St. John’s Orthodox Church, Aduthala Mar Elias Orthodox Church, Meenkulam |
||
| 2. | St. George Orthodox Church,
Nellikunnam Mar Barsauma Orthodox Church, Kattachal |
||
| 3. | St. Mary’s Orthodox Church,
Edamon |
||
| 4. | Marthasmoony Orthodox Church, Mannoor
St. Mary’s Orthodox Church, Mannoor |
||
| 5. | St. George Orthodox Church,
Nallila |
2000-2003 | |
| 6. | Mar Gregorios Orthodox Church,
Peroorkada |
2003-2006 | |
| 7. | Holy Trinity Orthodox Chapel,
Ulloor |
2006-2008 | |
| 8. | St. Gregorios Orthodox Church,
Gurgaon |
2008-2011 | |
| 9. | Mar Gregorios Orthodox Church,
Noida |
2011-2014 | |
| 10. | St. Gregorios Orthodox Church,
Jebel Ali |
2014-onwards | |
| 11 | St. Mary’s Orthodox Church, Chandigarh | St. Mary’s School, Chandigarh (Chairman) |
Wife : Mrs. Susan Jacob
9417261322
<EMAIL_ADDRESS>Daughter : Ms. Bella Susan Jacob
9417261322
<EMAIL_ADDRESS>Daughter : Ms. Alta Susan Jacob
9417261322
<EMAIL_ADDRESS>Shukria sews about 100 masks a day to help prevent the coronavirus from spreading to Nakarabad, her hometown of about 1,700 people
₹500000
P.O, Thiruvalla, Parumala Seminary, Parumala, Kerala 689626
Location: Kerala


Ruby: Iterate through an enumerable with .cycle
Enumerable#cycle
Cycle, a method of Enumerable in Ruby
In ruby, Enumerable provides many useful methods to help us when working on a collection. Cycle is one of them. In the simplest possible terms, for given a collection, cycle creates an infinitely-repeating ordered source of its collection items. This method expects an optional code block to act on the items in the infinitely repeating until a break statement is encountered. If no block is given, cycle returns an Enumerator that acts as the infinite source of the collection items..
Cycle and arrays
If you use cycle
on an array, and provide a code block, cycle will pass every single item into this block. When the last item has been passed, cycle will simply start again at the beginning of the array and this, until the end of time (or until cycle encounters a break statement).
To illustrate the power of cycle, let’s create a days_of_the_week
array that holds every day of the week as a string and see what happens when we invoke cycle on it:
days_of_the_week = ["Monday", "Tuesday", "Wednesday", "Thursday", "Friday", "Saturday", "Sunday"] days_of_the_week.cycle {|day| puts day} => Monday Tuesday Wednesday Thursday Friday Saturday Sunday Monday Tuesday … # This will print the days of the week forever. # Or until you stop it with CTRL+C.
In fact, you will hardly ever need an infinite repetition of your days of the week, so you may need a “break” statement in order to break the cycle. Let's see how it works:
days_of_week.cycle do |day| puts day break if day == “Wednesday” end => Monday Tuesday Wednesday => nil
The break
statement is stopping .cycle
when the condition == "Wednesday"
is met. Also, we can notice .cycle
returns nil
if the loop has finished without getting interrupted.
Cycle and hashes
When used on a hash and a block is provided, .cycle
will collect, map and pass each key/value pair in the hash to the block. So, each key/value pair is passed to the block, where the operation in the block is performed on the item. Once the last hash item has been passed to the block, .cycle
starts over again at the beginning of the hash. .cycle
goes through the hash forever (unless it encounters a break statement in the block).
To illustrate the power of .cycle
on an hash, let’s make a normal_day_hash that represents what I do everyday for few days:
normal_day_hash = { :morning => "wake up early and read the WGR", :noon => "take a lunch break", :afternoon => "work on DBC challenges.", :evening => "try to cook a good diner", :night => "write some ruby before I go to bed" }
By passing the argument 2 to the method cycle, the method is going to cycle 2 times through the hash. For every cycle, every key/value pair of the hash will be treated by the block and return my daily routine of the next two days as a string. So, here are my plans for the next two days:
normal_day_hash.cycle(2) {|time, activity| puts "On the #{time}: I #{activity}"} => On the morning: I wake up early and read the WGR On the noon: I take a lunch On the afternoon: I work on DBC challenges. On the evening: I try to cook a good diner On the night: I write some ruby before I go to bed On the morning: I wake up early and read the WGR On the noon: I take a lunch break On the afternoon: I work on DBC challenges. On the evening: I try to cook a good diner On the night: I write some ruby before I go to bed => nil
For more informations about enumerable .cycle
see Official enumerable Ruby docs.
Posted Friday, October 9 — 2015


Landing Page
Special Projects
This story is part of a series of specially designed stories that represents some of the best journalism The Post has to offer. Check out the rest of the special projects here.
Illustration by Megan Knapp
4/4/19
As students in a small yet lively college town, we sometimes forget what is around us. It is hard to imagine a world beyond Gran Ranchero, the Hocking River and McHappy’s. But the reality is that the communities and counties surrounding Athens are overflowing with untold stories and experiences of which the majority of students are unaware.
Don’t get us wrong, we love Ohio University and Uptown Athens. But we wanted to take the opportunity to try to understand more about the area that we call home. As many of us at The Post will soon be graduating and leaving in just a month, we thought now would be one of our last chances to delve into what has been all around us during our college experience. For those of us who aren’t graduating, this special edition presented an opportunity to find new favorite places or things to add to our bucket lists.
Some stories have already been told about Appalachian Ohio and southeast Ohio. But oftentimes, parachute reporting describes accounts of poverty and isolation. Reporters with little knowledge of the area drop into the region with an agenda to label it a certain way. We hoped to challenge this dialogue to celebrate the region instead.
In the past few weeks, reporters and photographers have traveled anywhere between 10 and 50 miles to places like McConnelsville, Chillicothe and Marietta to explore the Appalachian Ohio region and the interesting people, businesses and histories that make the areas unique.
Many students at OU, have no way to experience what is outside of the City of Athens, as the majority of underclassmen do not have cars on campus and public transportation only takes you so far. Sometimes, it is physically impossible to explore the corners of Southeast Ohio, and we understand. With the stories featured within these pages, we hope to relay what we have discovered to those who are not able to travel to those areas themselves.
In this issue, you’ll find a story about an opera house with a purportedly haunted past. You’ll be transported to a family-owned smokehouse with homemade barbecue. You’ll also explore New Straitsville, a coal town that is finding new ways to adapt to the demands of the 21st century, and learn about the news deserts that exist beyond the city of Athens. You’ll read about the small-town community radio stations that have filled the airwaves and hills with rich music through the decades.
We realize, however, that we are just skimming the surface of the areas around us. Southeast Ohio’s counties span more than 500 square miles, each county with dozens of features that make each one unique. With this issue, we do not aim to paint a full picture of the region, but instead hope to tell specific stories and explore some of what Appalachian Ohio has to offer.
We know that coverage of the surrounding communities can’t be restricted to just one issue. There are countless stories out there still waiting to be told and issues that deserve our attention and our reporting. We hope that in the future, we’ll be able to allocate additional resources and manpower to covering those stories.
Hopefully, at the end of the day, you’ll learn just as we have some of what Appalachia has to offer. And perhaps it will make you want to explore more beyond the bubble.
Editorials represent the majority opinion of The Post's executive editors: Editor-in-Chief Lauren Fisher, Managing Editor Maddie Capron, Digital Managing Editor Alex McCann, Assistant Managing Editor Jessica Hill and Creative Director Abby Gordon. Post editorials are independent of the publication's news coverage.
Landing Page
This story is part of a series of specially designed stories that represents some of the best journalism The Post has to offer. Check out the rest of the special projects here.


CellenONE_16plex_TMT_PreMix_QC_22Jul20_Wally_WBEH-20-06-03
DMS
Dataset Detail Report
Reporter Ion Observation Rate data file
Reporter Ion Intensity Stats data file


Experiences with RaspberryPI system loads?
(SOLVED, looks like the issue was SD Card related)
I have been turning my attention to some raspberrypi basestation development and have been a bit hampered by high system loads and I wonder if we could collect data on this from several pi's running the default setup: http://wiki.openenergymonitor.org/index.php?title=Raspberry_Pi
I have 4 wireless nodes: 3 low power temperature nodes posting every 20s and 1 emontx posting every 5 seconds. Which means there can be several new packets arriving in a short space of time.
Im currently logging only two inputs to feeds with one multiplication by 0.01 to scale down a x100 temperature reading. Which is a relatively small amount of input processing
With sudo top I get a 1 minute, 5 minute and 15 minute load of ~ 4.17 4.09 3.93. With the 1 minute load generally variable from 3.3 to 5.0. This level of load makes the pi quite sluggish, although it is possible to load and explore visualisations with a slow response time.
I had this result last thursday and at the time started exploring different ways of implementing the input stage. To begin with the load seemed to go down to around 2.5 but 3 days later it was up at 6-7. Changing back to the current implementation put the load up higher still.
Back to the drawing board, determined to take better notes this time, I have started again with a fresh sd card install and the loads appear to be back around 4.17 4.09 3.93 with about 12 hours of logging so far.
What are your experiences with raspberrypi +rfm12pi + emoncms system loads? If you can give details of number of nodes connected and level of input processing that would be great.
Thanks,
Trystan
Re: Experiences with RaspberryPI system loads?
Trystan, you don't mention anything about overclocking, I have mine overclocked and it works pretty snappy now. I haven't tested with sudo top, will have to try.
Re: Experiences with RaspberryPI system loads?
Hello Martin, thats interesting, no I haven't, what's the best procedure for doing that?
Re: Experiences with RaspberryPI system loads?
It's part of the rasppi-config of raspbian. Run rasppi-config and select overclock.
Re: Experiences with RaspberryPI system loads?
Thanks! what level do you set it at?
Re: Experiences with RaspberryPI system loads?
The recommendation on the RaspberryPi Forums is to slowly increase the overclock setting, and only when the Pi has run stable on one setting, under heavy load (try Quake3), should you try the next higher setting to see if that also works well.
There are some reports that it can corrupt the sd card (card can't keep up!) and make the Pi more sensitive to power.
Re: Experiences with RaspberryPI system loads?
Its looking like it might have been an SD card problem, I have just tried a SanDisk SDHC 16gb Grade 4 Card and the loads are now much lower 0.50 0.48 0.24 with the exact same input setup. The SD cards I was using where kingston sdhc 4gb grade 4 cards.


Mix.Tasks.Gs.Fetch
Loads a Google spreadsheet and all worksheets in CSV format for the given document key.
If no parameters are given, it looks through all configured spreadsheets in :google_sheets configuration.
Examples
mix gs.fetch -u https://spreadsheets.google.com/feeds/worksheets/1k-N20RmT62RyocEu4-MIJm11DZqlZrzV89fGIddDzIs/public/basic -d priv/data
Command line options
- -u, --url - Source URL to a published Spreadsheet, see README.md for more information.
- -d, --dir - Directory where to save all CSV files, relative to application root path.


The duo is composed of Kevin and his brother Henry. They were respectively born on November 8, 1991 and
February 6, 1996 in the 3rd district of Paris to a Chinese-Vietnamese father and a Chinese-Belgian mother.
Kevin attended the Lycée Louis-le-Grand, then the Lycée Saint-Louis, and graduated from Télécom SudParis in
2016. Henry entered ESSEC in July 2017 after studying in preparatory classes at Intégrale.
The first Rire Jaune video was published on November 26, 2012 on the YouTube platform. Initially, only Kevin
was making skits on YouTube with the slogan "Because an Asiat' who doesn't use an accent can still make you
laugh".
Henry began helping him with writing and filming, then appeared in some videos, until February 2014, when he
posted his first solo video, "Being 18."
At the Web Comedy Awards in 2014, Le Rire Jaune won the Orangina Revelation award.
The channel has nearly 5 million subscribers as of November 2019, making it the 11th largest French YouTube
channel in terms of subscribers.
In 2015, Kevin opened a second YouTube channel called Le Show Jaune, where he presents viral video
commentaries. The videos from Le Show Jaune have now been moved to the main channel.
The duo is, among other things, named among the most influential people of Gen Z by Elle magazine.
Their video Les Grandes Écoles was the ninth most viewed French video excluding music videos on YouTube in
2015.
In 2016, Kevin played the character Zed in the film adaptation of Ratchet and Clank.
Kevin was interviewed on the show Good Morning Cefran on Le Mouv' and invited on the show Guillaume Radio
2.0 on NRJ.
Kevin Tran also published in 2016 a manga entitled Ki et Hi, narrating the lives of two brothers, inspired by
his brotherhood with Henry.
The drawings were done by Fanny Antigny, a subscriber noticed by Kevin after a fan-ar she had offered him.
This manga was a big success in bookstores.
On January 15, 2021, Henry Tran announced that he would no longer make videos on the Rire Jaune channel.
This concludes their separation.
On January 31, 2021, Kevin announces that the YouTube channel will become an English channel. He renamed it
Kevin Tran.
His first English video is called "Dear Kobe" in tribute to the basketball star, Kobe bryant who died in January
2020.


{% spaceless %}
Sorry, something went wrong.A team of highly trained monkeys has been dispatched to deal with this situation.
{{ data }}


The manual Sections are traditionally defined as follows:
New sentences should be started on new lines. This makes it easier to see the effect of patches, which often operate at the level of individual sentences.
.TH title section date source manual
For those few man-pages pages in Sections 1 and 8, probably you just want to write GNU.
For system calls, just write Linux. (An earlier practice was to write the version number of the kernel from which the manual page was being written/checked. However, this was never done consistently, and so was probably worse than including no version number. Henceforth, avoid including a version number.)
For library calls that are part of glibc or one of the other common GNU libraries, just use GNU C Library, GNU, or an empty string.
For Section 4 pages, use Linux.
In cases of doubt, just write Linux, or GNU.
NAME SYNOPSIS CONFIGURATION [Normally only in Section 4] DESCRIPTION OPTIONS [Normally only in Sections 1, 8] EXIT STATUS [Normally only in Sections 1, 8] RETURN VALUE [Normally only in Sections 2, 3] ERRORS [Typically only in Sections 2, 3] ENVIRONMENT FILES VERSIONS [Normally only in Sections 2, 3] ATTRIBUTES [Normally only in Sections 2, 3] CONFORMING TO NOTES BUGS EXAMPLE SEE ALSOWhere a traditional heading would apply, please use it; this kind of consistency can make the information easier to understand. If you must, you can create your own headings if they make things easier to understand (this can be especially useful for pages in Sections 4 and 5). However, before doing this, consider whether you could use the traditional headings, with some subsections (.SS) within those sections.
The following list elaborates on the contents of each of the above sections.
See man(7) for important details of the line(s) that should follow the .SH NAME command. All words in this line (including the word immediately following the "\-") should be in lowercase, except where English or technical terminological convention dictates otherwise.
For commands, this shows the syntax of the command and its arguments (including options); boldface is used for as-is text and italics are used to indicate replaceable arguments. Brackets ([]) surround optional arguments, vertical bars (|) separate choices, and ellipses (...) can be repeated. For functions, it shows any required data declarations or #include directives, followed by the function declaration.
Where a feature test macro must be defined in order to obtain the declaration of a function (or a variable) from a header file, then the SYNOPSIS should indicate this, as described in feature_test_macros(7).
This section normally appears only in Section 4 pages.
Discuss how it interacts with files and standard input, and what it produces on standard output or standard error. Omit internals and implementation details unless they're critical for understanding the interface. Describe the usual case; for information on command-line options of a program use the OPTIONS section.
When describing new behavior or new flags for a system call or library function, be careful to note the kernel or C library version that introduced the change. The preferred method of noting this information for flags is as part of a .TP list, in the following form (here, for a new system call flag):
This section should appear only for Section 1 and 8 manual pages.
This section should appear only for Section 1 and 8 manual pages.
The error list should be in alphabetical order.
Give the full pathname of these files, and use the installation process to modify the directory part to match user preferences. For many programs, the default installation location is in /usr/local, so your base manual page should use /usr/local as the base.
The following subsections are defined:
As a general rule, every new interface should include a VERSIONS section in its manual page. Unfortunately, many existing manual pages don't include this information (since there was no policy to do so when they were written). Patches to remedy this are welcome, but, from the perspective of programmers writing new code, this information probably matters only in the case of kernel interfaces that have been added in Linux 2.4 or later (i.e., changes since kernel 2.2), and library functions that have been added to glibc since version 2.1 (i.e., changes since glibc 2.0).
The syscalls(2) manual page also provides information about kernel versions in which various system calls first appeared.
The preferred terms to use for the various standards are listed as headings in standards(7).
For a page in Section 2 or 3, this section should note the POSIX.1 version(s) that the call conforms to, and also whether the call is specified in C99. (Don't worry too much about other standards like SUS, SUSv2, and XPG, or the SVr4 and 4.xBSD implementation standards, unless the call was specified in those standards, but isn't in the current version of POSIX.1.)
If the call is not governed by any standards but commonly exists on other systems, note them. If the call is Linux-specific, note this.
If this section consists of just a list of standards (which it commonly does), terminate the list with a period ('.').
For Section 2 and 3 man pages you may find it useful to include subsections (SS) named Linux Notes and Glibc Notes.
In Section 2, use the heading C library/kernel ABI differences to mark off notes that describe the differences (if any) between the C library wrapper function for a system call and the raw system call interface provided by the kernel.
For details on writing example programs, see Example Programs below.
Use of an AUTHORS section is strongly discouraged. Generally, it is better not to clutter every page with a list of (over time potentially numerous) authors; if you write or significantly amend a page, add a copyright notice as a comment in the source file. If you are the author of a device driver and want to include an address for reporting bugs, place this under the BUGS section.
The list should be ordered by section number and then alphabetically by name Do not terminate this with a period.
For functions, the arguments are always specified using italics, even in the SYNOPSIS section, where the rest of the function is specified in bold:
int myfunction(int argc, char **argv);
Variable names should, like argument names, be specified in italics.
Filenames (whether pathnames, or references to header files) are always in italics (e.g., <stdio.h>), except in the SYNOPSIS section, where included files are in bold (e.g., #include <stdio.h>). When referring to a standard header file include, specify the header file surrounded by angle brackets, in the usual C way (e.g., <stdio.h>).
Special macros, which are usually in uppercase, are in bold (e.g., MAXINT). Exception: don't boldface NULL.
When enumerating a list of error codes, the codes are in bold (this list usually uses the .TP macro).
Complete commands should, if long, be written as an indented line on their own, with a blank line before and after the command, for example
man 7 man-pagesIf the command is short, then it can be included inline in the text, in italic format, for example, man 7 man-pages. In this case, it may be worth using nonbreaking spaces ("\ ") at suitable places in the command. Command options should be written in italics (e.g., -l).
Expressions, if not written on a separate indented line, should be specified in italics. Again, the use of nonbreaking spaces may be appropriate if the expression is inlined with normal text.
Any reference to the subject of the current manual page should be written with the name in bold. If the subject is a function (i.e., this is a Section 2 or 3 page), then the name should be followed by a pair of parentheses in Roman (normal) font. For example, in the fcntl(2) man page, references to the subject of the page would be written as: fcntl(). The preferred way to write this in the source file is:
.BR fcntl ()(Using this format, rather than the use of "\fB...\fP()" makes it easier to write tools that parse man page source files.)
Any reference to another man page should be written with the name in bold, always followed by the section number, formatted in Roman (normal) font, without any separating spaces (e.g., intro(2)). The preferred way to write this in the source file is:
.BR intro (2)(Including the section number in cross references lets tools like man2html(1) create properly hyperlinked pages.)
Control characters should be written in bold face, with no quotes; for example, ^X.
Aside from the well-known spelling differences, there are a few other subtleties to watch for:
.SS Unicode under Linux
| Term | Avoid using | Notes |
| bit mask | bitmask | |
| built-in | builtin | |
| Epoch | epoch |
For the UNIX Epoch (00:00:00, 1 Jan 1970 UTC)
|
| filename | file name | |
| filesystem | file system | |
| hostname | host name | |
| inode | i-node | |
| lowercase | lower case, lower-case | |
| pathname | path name | |
| pseudoterminal | pseudo-terminal | |
| privileged port | reserved port, system port | |
| real-time | realtime, real time | |
| run time | runtime | |
| saved set-group-ID | saved group ID, saved set-GID | |
| saved set-user-ID | saved user ID, saved set-UID | |
| set-group-ID | set-GID, setgid | |
| set-user-ID | set-UID, setuid | |
| superuser | super user, super-user | |
| superblock | super block, super-block | |
| timestamp | time stamp | |
| timezone | time zone | |
| uppercase | upper case, upper-case | |
| usable | useable | |
| user space | userspace | |
| username | user name | |
| zeros | zeroes |
See also the discussion Hyphenation of attributive compounds below.
| Avoid | Use instead | Notes |
| 32bit | 32-bit |
same for 8-bit, 16-bit, etc.
|
| current process | calling process |
A common mistake made by kernel programmers when writing man pages
|
| manpage | man page, manual page | |
| minus infinity | negative infinity | |
| non-root | unprivileged user | |
| non-superuser | unprivileged user | |
| nonprivileged | unprivileged | |
| OS | operating system | |
| plus infinity | positive infinity | |
| pty | pseudoterminal | |
| tty | terminal | |
| Unices | UNIX systems | |
| Unixes | UNIX systems |
The preferred term for the pointer is "null pointer" or simply "NULL"; avoid writing "NULL pointer".
The preferred term for the byte is "null byte". Avoid writing "NUL", since it is too easily confused with "NULL". Avoid also the terms "zero byte" and "null character". The byte that terminates a C string should be described as "the terminating null byte"; strings may be described as "null-terminated", but avoid the use of "NUL-terminated".
BROWSER=firefox man -H pagename
The only place where such abbreviations may be acceptable is in short parenthetical asides (e.g., like this one).
Always include periods in such abbreviations, as shown here. In addition, "e.g." and "i.e." should always be followed by a comma.
32-bit value
command-line argument
floating-point number
run-time check
user-space function
wide-character string
interprocess
multithreaded
multiprocess
nonblocking
nondefault
nonempty
noninteractive
nonnegative
nonportable
nonzero
preallocated
precreate
prerecorded
reestablished
reinitialize
rearm
reread
subcomponent
subdirectory
subsystem
Hyphens should be retained when the prefixes are used in nonstandard English words, with trademarks, proper nouns, acronyms, or compound terms. Some examples:
non-ASCII
non-English
non-NULL
non-real-time
Finally, note that "re-create" and "recreate" are two different verbs, and the former is probably what you want.
\-
This guideline applies also to code examples.
\(aqC\(aq
where C is the quoted character. This guideline applies also to character constants used in code examples.
exit(EXIT_SUCCESS);
exit(EXIT_FAILURE);
Avoid using the following forms to terminate a program:
exit(0);
exit(1);
return n;
.SS Program source
Always do this if the explanatory text includes a shell session log.
If you include a shell session log demonstrating the use of a program or other system feature:
For some examples of what example programs should look like, see wait(2) and pipe(2).


%- include head.html %>
<%- include header.html %>You are currently using an anonymous account.
Your information will not transfer to other devices and may be lost if you reset your browser or device.
Please register below to preserve your data and play from any device.
| email: | |
| password: | |
| verify password: |
| device id: | |
| user id: | |
| email: | |
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| age: | |
| picture: | |
| blockEmails: |


Captain Alex:
Hrmph. Well, I understand. I hope to see you again - y'never know, after all. In the meantime, best wishes and many thanks!


--- layout: documentation title: PatternFidelityType ---
| Field Name | Type | Description |
|---|---|---|
| Noisiness0..1 | NoisinessEnum |
The Noisiness field is optional and enables simple characterization of how noisy this Observable typically could be. In other words, how likely is it to generate false positives. |
| Ease_of_Evasion0..1 | EaseOfObfuscationEnum |
The Ease_of_Obfuscation field is optional and enables simple characterization of how easy it would be for an attacker to obfuscate the observability of this Observable. |
| Evasion_Techniques0..1 | ObfuscationTechniquesType |
The Obfuscation_Techniques field is optional and enables the description of potential techniques an attacker could leverage to obfuscate the observability of this Observable. |


This November, we are organizing a 5-weekend code camp for students in selected secondary schools from underserved areas in Lagos for FREE. The lessons will be given using Scratch - a programming learning environment for kids created by the lifelong kindergerten group at MIT.


Code less, Review quick, Get productive by
Get started
$ npm install -g sssg
$ cd [work folder]
$ sssg try
See more detail for installation.
Overview
SSSG(Simple Static Site Generator) is a super-lightweight framework for composing static website with live preview.
Don't forget what you start creating. You create your website, not gulp tasks.
Many people creates similar gulp tasks everywhere for developing static website.
The purposes for this framework are:
- to code less and proactive with Pug, Stylus, ES6 Javascript.
- to preview web page on coding. (WYSIWYG)
- to generate portable static web files.
I originally wanted prototyping tool for website and found some wireframing services.
Those services are useful in that users don't need to code anything to outline site design.
However, as a programmer myself,
I needed CODE to spec out web designs.
By the reason above, this framework is targeting coders who want to share prototype design
based on text.
Simple = The rest is yours
SSSG does only simple tasks.
In summary, it
- compiles
*.pug
in source folder into*.html
in destination folder. -
compiles
main.styl
in source folder intomain.css
in destination folder. - compiles
main.js
in source folder intomain.js
in destination folder. - copies image files and other misc files into destination folder.
This is so simple, isn't it? Actually SSSG is not a framework but kind of a convention of folder structure.
SSSG itself does just a few things. It relies on some useful npm modules such as gulp, babel and so on.
You even do not need SSSG and write your own task to generate static web site with gulp. However, to generate static website with gulp task, everyone will write similar codes everywhere.
I believe I could save many of your time by SSSG, which is a collection of common gulp tasks for static websites.
Believe my sense and you will spare your time handsomely.
While SSSG does just simple works, you can fully take advantages of pug/stylus/es6 features without concerns.
Pug is equipped with code templating system. If your website utilizes the same layout over several pages,
you should split the pages into static components(sidebar, header, footer, etc) and variable contents.
Pug encourages you to do so.
Anyway, how you structure your website components is up to you.
Haven't you ever heard DRY coding? If no, you've got a chance to learn it. As well as Pug,
Stylus makes you code less, by representing parent-child relationship as an indent.
To fully speed up coding, you should try IDE that supports Stylus.
Additionally, Stylus also supports modular system. It can import
any other stylus files.
You can construct your own modular structure as clean as you feel comfortable.
Of course, you can write all style information only in main.styl
.
Unlike Pug/Stylus, ES6 itself is not equipped with DRY syntax.
But it has asynchronous system with Promise
, native class
support,
and like Stylus, import
statement.
With class
and import
feature, you can fully modularize your front-end
business logic into reusable and structured framework.
Be notified that SSSG adopts babel, meaning you can use ReactJS/JSX to write SPA by custom .babelrc.
Get detail in Build Mechanism.
Try it out
Requirements
You need to have
NodeJS 6.x
installed on your computer.
Check out official installation manual for details.
* For Windows Users.
Global npm modules location %AppData%\npm
must be added to PATH environment variable.
Install
After you installed these requirements, install SSSG globally on your computer.
$ npm install -g sssg
Let's try
$ cd [work folder]
$ sssg try
After dispatching the command above, browser will launch and open ./docs/index.html created in your working folder.
Let's edit ./src/html/index.pug and see what happens.
Tips
You can try customizing this page by the command below.
$ sssg try --readme
Debug
Debug your web design with element outlining by accessing http://localhost:3001
This debug feature comes from BrowserSync


Feminist Culture House (FCH) is an intersectional feminist organisation based in Helsinki, Finland, working with and for underrepresented artists and arts workers. Its co-founders are Katie Lenanton, Neicia Marsh, Orlan Ohtonen, and Selina Väliheikki. They want to see an art field that is more representative of—and accountable to—its constituents, and that functions in ways that are safer, fairer, and more comfortable for all kinds of bodies, identities, and agencies. The main goal of FCH is to function as a supportive structure for those who are practicing in the Finnish art field, but due to—for example—structural racism and cis-sexism, have to work harder to be recognised. FCH aims to create a caring and inclusive feminist working community that is based on sharing, togetherness, celebrating, and supporting one’s peers. FCH operates with the kind support of Kone Foundation: 6-month kick start funding in 2019, and organisational funding from 2020-21.
Image credit:(from left) Selina Väliheikki, Neicia Marsh, Katie Lenanton, Orlan Ohtonen. Image courtesy of Feminist Culture House.


{% extends "base.html" %} {% block title %}Oops!{% endblock %} {% block content %}
Oops something went wrong!


ampersand-jsonapi-model
AmpersandJSONAPIModel is a JSON-API-compatible extension of the AmpersandJS Model.
It achieves this JSON-API compatibility by overriding select methods within ampersand-model and adding appropriate HTTP headers to requests.
Installing
npm install ampersand-jsonapi-model
API Reference
Except as described below, AmpersandJSONAPIModel has the same interface as AmpersandModel and AmpersandState.
To ensure this, AmpersandJSONAPIModel passes all tests for AmpersandModel (version 6.0.2).
The following methods have been overridden:
getAttributes model.getAttributes([options, raw])
This adds additional options for returning children
and collections
along
with the standard session
, props
, and derived
options.
parse model.parse(data)
This has been augmented to parse JSON-API formatted data: specifically a
format in which model attributes are nested within the structure
{ data: { attributes: {} } }
.
save model.save([attributes], [options])
This has been augmented in order to handle the special structure and additional relationship data included in saving to a JSON-API-compatible server.
serialize model.serialize()
This has been augmented in order to serialize data into the correct format expected by JSON-API.


Philosophy of the Good Life
Philosophy is often seen as a highly intellectual field devoid of real world application. In fields like Metaphysics and Phenomenology, this is largely the case: heuristics have given way to picayune debate over abstract minutiae. This represents a significant deviation from the original purpose of philosophy throughout the ancient world: systematically analyzing and prescribing the prerequisites for a life well lived.
Take, for example, the ancient Chinese philosopher, Confucius. One of Confucius' main concerns was ren (仁) which is often translated as benevolence or manhood-at-its-best. According to Readings in Classical Chinese Philosphy,
ren designates for [Confucius] the quality of the perfectly realized person - one who has so completely mastered the Way that it has become a sort of second nature.Confucius' collection of aphorisms, The Analects act mainly as a guide toward embodying ren. In contrast to modern metaphysics, these philosophical teachings took on enormous importance in ancient China. Entrance into the Chinese state bureaucracy required that applicants complete an imperial examination that included the verbatim reproduction of thousands of Confucian aphorisms. Resultantly, the Confucian path to Ren overshadowed Chinese politics for hundreds of years.
The ancient Greeks had a concept analogous to ren known as eudaimonia, or the life well lived. Eudaimonia is often translated as happiness, or flourishing. It represents the type of life that we embark on a philosophical journey to obtain. In the Encheiridion, the Ancient Stoic Philosopher, Epictetus, outlines the philosophical approach necessary to reach eudaimonia:
What upsets people is not things themselves but their judgments about the things... Do not seek to have events happend as you want them to, but instead want them to happen as they do, and your life will go well.
What Epictetus is outlining is a paradigm in which one acknowledges with alacrity the inevitabilities of life, regardless of whether these inevitibilities materially benefit or harm oneself. For Epictetus, paradigm is the major driver of human happiness. The only barrier between one's current state and eudaimonia is how one perceives the world.
While Epictetus opines a paradigm based approach to obtaining the best life possible, I am going to take an action based approach. I agree with Epictetus' teachings to a large extent, but I don't think that I will ever reach a point where I can fully forgo my woes just because I know I am not in control. I see this perspective as overly idealistic.
I certainly don't have the best answer to how to lead a good life. Far smarter people have devoted far more time to solving this problem than I have, but I do believe that I have something to contribute to this pursuit: a statistically driven, methodical approach to maximizing happiness. My goal in this post is to produce a statistical approach to quantifying my ren/eudaimonia. This is not a novel concept: comedian Demetri Martin developed a rudimentary system in which he calculated a weekly well being score (See links section for video on this). The difference is that my approach will introduce more statistical complexity to this analysis.
Assumptions
I begin by building a heirarchy of forces that contribute to personal happiness. The general assumption is that the optimal combination of these forces will lead to an increase of personal happiness. It should go without saying that this model is in no way complete, it is not expected to lead to the maximum possible state of happiness for an individual; however, this model can be used to increase personal wellbeing.
This model also assumes that your happiness can be significantly improved by a change in your actions. To this end, this model will be based on actions in the last week. The model will use these actions to score your weekly well being and prescribe possible room for growth in the upcoming week. These actions are built in accordance with a conceptual heirarchy.
Hierarchy of Priorities
The hierarchy of priorities represents the components of one's life that, when balanced properly, lead to eudaimonia. This heirarchy (taking the shape of a tree) moves from the abstract to the concrete where terminal nodes are a discrete aspect of one's life that can be measured. Splits on this tree will differ from person to person. Below is an example of this heirarchy for my current life.
To be continued...
Links
- Video on Demetri Martin's Weekly Well Being Score
- Wiki on Confucian Concept of Ren
- Wiki on Chinese Imperial Exams
- Article about Epictetus


1
1
1
1
Numbermatch
How to play:
Click on a number on the top row
Click on a number on the bottom row
Bottom number increments by top number
Subtract by 10 if the number is greater than 10.
AI responds, updating a number on the top row
Repeat
If one of the number reaches 0, it is "completed".
You win if both of your numbers (bottom row) are completed.
You lose if both of the top row are completed.
You tie if the numbers go into an infinite loop.
Created by
CharCoding
, 2017


In order to build a runtime system for distribution on a target machine, the option --moveable must be passed to spld. This option prevents spld from hardcoding any (absolute) paths into the executable.
Next, in order for SICStus to be able to locate all relevant files, the following directory structure should be used.
myapp.exe sp-4.0.2/ +--- libsprt4-0-2.so +--- sicstus-4.0.2/ +--- bin/ | +--- sprt.sav +--- library/ +--- <files from $SP_PATH/library>
If support for multiple SICStus instances is needed, the run-times named e.g. libsprt4-0-2_instance_01_.so need to be available as well, in the same place as libsprt4-0-2.so.
If SICStus Prolog is installed on the target machine, a symbolic link named sp-4.0.2 can be used, in which case it should point to the directory of the SICStus installation that contains the libsprt4-0-2.so (or equivalent).
myapp.exe is typically created by a call to spld:
% spld --main=user --moveable [...] -o ./myapp.exe
On most platforms, the above directory layout will enable the executable to find the SICStus run-time (e.q., libsprt4-0-2.so) as well as the boot file sprt.sav (spre.sav). In addition, application specific files, e.g. a .sav file, can be found using the automatically set environment variables SP_APP_DIR or SP_RT_DIR. On some platforms a wrapper script, generated by spld, is needed to ensure that the files are found.
On some platforms, the executable will not be able to locate sprt.sav (spre.sav) unless the environment variable SP_PATH is set. If the example above is rooted in /home/joe, SP_PATH should be set to /home/joe/lib/sicstus-4.0.2. This is not needed on platforms where SP_APP_DIR or SP_RT_DIR can be used, e.g. on Linux, Solaris or Win32 and most others.
Unless the --static option is passed to spld, it might also be necessary to set LD_LIBRARY_PATH (or equivalent) to /home/joe/lib (in the example above) in order for the dynamic linker to find libsprt4-0-2.so. If the --static option is used, this is not necessary. Setting LD_LIBRARY_PATH is not needed, nor recommended, on Linux and Solaris (and Win32).
When a runtime system is redistributed to third parties, only the following files may be included in the distribution. All filenames are relative to <prefix>/lib/sicstus-4.0.2:
InstallSICStus
)


|
|
Classes | |
| class | Context |
| Framework class for assisting in the writing of Back-ends. More... | |
| struct | pan_beutil_time_t |
| Structure for use with the pantheios_util_getCurrentTime() function. More... | |
Defines | |
| #define | PANTHEIOS_GETCURRENTTIME_F_USE_SYSTEM_TIME (0x00000001) |
| Indicates that pantheios_util_getCurrentTime() should express the time as system time (UTC). | |
| #define | PANTHEIOS_GETCURRENTTIME_F_USE_UNIX_FORMAT (0x00000002) |
| Indicates that pantheios_util_getCurrentTime() should use UNIX format regardless of actual operating system. | |
| #define | PANTHEIOS_GETCURRENTTIME_F_HIDE_DATE (0x00000010) |
| Indicates that pantheios_util_getCurrentTime() should hide the date component of the date/time field. | |
| #define | PANTHEIOS_GETCURRENTTIME_F_HIDE_TIME (0x00000020) |
| Indicates that pantheios_util_getCurrentTime() should hide the time component of the date/time field. | |
| #define | PANTHEIOS_GETCURRENTTIME_F_TIME_RES_SECONDS (0x00000000) |
| Indicates that pantheios_util_getCurrentTime() should use a time resolution of seconds. | |
| #define | PANTHEIOS_GETCURRENTTIME_F_TIME_RES_TENTHS (0x00000100) |
| Indicates that pantheios_util_getCurrentTime() should use a time resolution of tenths of seconds. | |
| #define | PANTHEIOS_GETCURRENTTIME_F_TIME_RES_HUNDREDTHS (0x00000200) |
| Indicates that pantheios_util_getCurrentTime() should use a time resolution of hundredths of seconds. | |
| #define | PANTHEIOS_GETCURRENTTIME_F_TIME_RES_MILLISECS (0x00000300) |
| Indicates that pantheios_util_getCurrentTime() should use a time resolution of milliseconds. | |
| #define | PANTHEIOS_GETCURRENTTIME_F_TIME_RES_MICROSECS (0x00000600) |
| Indicates that pantheios_util_getCurrentTime() should use a time resolution of microseconds. | |
| #define | PANTHEIOS_GETCURRENTTIME_F_TIME_RES_MAX PANTHEIOS_GETCURRENTTIME_F_TIME_RES_MICROSECS |
| The maximum time resolution available from pantheios_util_getCurrentTime(). | |
| #define | PANTHEIOS_GETCURRENTTIME_F_TIME_RES_MASK (0x00000f00) |
| The time resolution mask used by pantheios_util_getCurrentTime(). | |
| #define | PANTHEIOS_GETCURRENTTIME_F_FAVOUR_SPEED (0x00001000) |
| Indicates that pantheios_util_getCurrentTime() should prefer execution speed over accuracy when preparing the time. | |
| #define | PANTHEIOS_GETCURRENTTIME_F_FAVOUR_ACCURACY (0x00002000) |
| Indicates that pantheios_util_getCurrentTime() should prefer accuracy over execution speed when preparing the time. | |
Functions | |
| size_t | pantheios_util_getCurrentTime (pan_beutil_time_t *tm, int flags) |
| Gets the current time in a suitable format. |
| #define PANTHEIOS_GETCURRENTTIME_F_FAVOUR_ACCURACY (0x00002000) |
Indicates that pantheios_util_getCurrentTime() should prefer accuracy over execution speed when preparing the time.
| #define PANTHEIOS_GETCURRENTTIME_F_FAVOUR_SPEED (0x00001000) |
Indicates that pantheios_util_getCurrentTime() should prefer execution speed over accuracy when preparing the time.
| #define PANTHEIOS_GETCURRENTTIME_F_HIDE_DATE (0x00000010) |
Indicates that pantheios_util_getCurrentTime() should hide the date component of the date/time field.
| #define PANTHEIOS_GETCURRENTTIME_F_HIDE_TIME (0x00000020) |
Indicates that pantheios_util_getCurrentTime() should hide the time component of the date/time field.
| #define PANTHEIOS_GETCURRENTTIME_F_TIME_RES_HUNDREDTHS (0x00000200) |
Indicates that pantheios_util_getCurrentTime() should use a time resolution of hundredths of seconds.
| #define PANTHEIOS_GETCURRENTTIME_F_TIME_RES_MASK (0x00000f00) |
The time resolution mask used by pantheios_util_getCurrentTime().
| #define PANTHEIOS_GETCURRENTTIME_F_TIME_RES_MAX PANTHEIOS_GETCURRENTTIME_F_TIME_RES_MICROSECS |
The maximum time resolution available from pantheios_util_getCurrentTime().
| #define PANTHEIOS_GETCURRENTTIME_F_TIME_RES_MICROSECS (0x00000600) |
Indicates that pantheios_util_getCurrentTime() should use a time resolution of microseconds.
| #define PANTHEIOS_GETCURRENTTIME_F_TIME_RES_MILLISECS (0x00000300) |
Indicates that pantheios_util_getCurrentTime() should use a time resolution of milliseconds.
| #define PANTHEIOS_GETCURRENTTIME_F_TIME_RES_SECONDS (0x00000000) |
Indicates that pantheios_util_getCurrentTime() should use a time resolution of seconds.
| #define PANTHEIOS_GETCURRENTTIME_F_TIME_RES_TENTHS (0x00000100) |
Indicates that pantheios_util_getCurrentTime() should use a time resolution of tenths of seconds.
| #define PANTHEIOS_GETCURRENTTIME_F_USE_SYSTEM_TIME (0x00000001) |
Indicates that pantheios_util_getCurrentTime() should express the time as system time (UTC).
| #define PANTHEIOS_GETCURRENTTIME_F_USE_UNIX_FORMAT (0x00000002) |
Indicates that pantheios_util_getCurrentTime() should use UNIX format regardless of actual operating system.
| size_t pantheios_util_getCurrentTime | ( | pan_beutil_time_t * | tm, | |
| int | flags | |||
| ) |
Gets the current time in a suitable format.
This function gets the current time, and formats it in an operating system-specific manner into the given pan_beutil_time_t instance, using either the local time or the system time (if the flags
parameter includes PANTHEIOS_GETCURRENTTIME_F_USE_SYSTEM_TIME).
Specifically, on Windows platforms the function formats according to the current locale settings. On UNIX, the function uses the syslog-standard format (strftimeFmt()
format: "%b %d %I:%M:%S"
) or the pan_beutil_time_t::strftimeFmt
member if it is non-NULL.
| tm | Pointer to a pan_beutil_time_t instance, whose str and capacity members must be valid. May not be NULL. | |
| flags | One or more of the PANTHEIOS_GETCURRENTTIME_F_* flags. |
|
|
|
| pantheios Library documentation © Matthew Wilson & Synesis Software, 2006-2011 |


UD for Galician
Galician is an Indo-European language and a part of the Western Ibero-Romance group evolved from Vulgar Latin. It derives from medieval Galician-Portuguese.
Modern Galician is spoken in the Spanish Autonomous Region of Galicia (and in some border regions) by about 2.5 million people, and it is the official language together with Spanish.
Due to its common origin and present similarity, some linguists still consider Galician as a variety of (Galician-)Portuguese. However, it is important to note that the current orthography of Galician is based on the Spanish one (thus being different from the Portuguese spelling).
Tokenization and Word Segmentation
- Words are generally delimited by whitespace or punctuation. Exceptions:
- Few numerical expressions (e.g., telephone numbers) are treated as single words and may contain punctuation or whitespace: 687 614 874.
- URLs, email addresses and other related expressions are treated as single words and may contain punctuation<EMAIL_ADDRESS>- Abbreviations are also treated as single words and may contain punctuation: etc..
- Galician has two main types of multiword tokens:
- Verb forms with enclitic pronouns are written together: cómeos=come+os, dixérono=dixeron+o.
- Contractions of prepositions and determiners or pronouns: e.g., ao=a+o, polo=por+o, co=con+o, daquel=de+aquel, nese=en+ese. Other (less frequent) contractions include demonstratives and pronouns: e.g., aqueloutros=aquel+outros.
- Note that some of the above mentioned contracted forms may be ambiguous with single tokens (e.g., dese can be a form of the verb dar of a contraction of de+ese).
Morphology
Tags
- Galician uses all 17 universal tags. However, note that PART is only used in the Galician treebank.
- Auxiliar verbs (AUX) are tagged when they behave as copula (e.g., ser and estar) as well as in verbal periphrases and other constructions where they depend on the main verb (e.g., “poderían chegar”).
- The tag DET is used for articles and pronominal words used with a determiner function, including possessives. The tag PRON is reserved for pronouns occurring as the head of a noun phrase.
For more information, see the README file of each Galician UD treebank.
Features
- In Galician, nouns and adjectives inflect for gender and number, and they agree with respect to these features. Determiners also agree with numbers in gender and number.
- Verb forms may be finite, gerund, participle or infinitive.
- Both finite and infinitive verbs may inflect for number and for person.
- Participles inflect for gender and number.
- Finite forms also inflect for tense and mood.
- Morphological information is currently encoded as follows:
- Galician-CTG treebank contains morphological information in the XPOS field provided by FreeLing.
- Galician-TreeGal includes the morphological features following the UD guidelines.
- Besides universal features, Galician-TreeGal uses a language-specific feature:
- Clitic:
Clitic=Yes
refers to clitic pronouns that depend phonologically on a verb. They may be enclitic (Quérote) or proclitic (Non te quero).
- Clitic:
For more information, see the README file of each Galician UD treebank.
Syntax
- Galician uses 33 universal relations and 4 subtypes.
- Although Galician is a SVO language, word order is relatively free, so one can find sentences following VSO, SOV, etc.
- Galician is a pro-drop language, so subjects are frequently elided.
- The verbs ser, estar, and parecer are copulative.
- The following subtypes are used in Galician (currently only in the Galician-TreeGal treebank):
- aux:pass for passive auxiliaries.
- flat:name for exocentric complex names.
- flat:foreign for foreign complex names with different structures.
- nsubj:pass for nominal subjects of passive verbs.
For more information, see the README file of each Galician UD treebank.
Treebanks
There are two Galician UD treebanks:


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Greetings I am a junior web developer willing to learn and expand my horizons. I am humble and respectful. I want to achieve my dreams while thinking realistically.
This was a quiz we had to use the php language to code a trivia PHP QUIZ
This was my first project I did here at codespace. I had to try and create a copy of Jamie Oliver's website and I created one far from how good his one is. Now I have the ability to create another one way better than the original. I had to use HTML and CSS to create this website.  JavaScript Quiz


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---
layout: default
title: Notes
---
Notes
Disclaimer
The notes here are surveys on certain topics and may be technical for general audience. If you find any mistakes or feel confused, feel free to let me know!
Notes and Slides
-
Theoretical Aspects of Generative Adversarial Nets
[pdf]
-
Introduction to some useful concentration inequalities
[pdf]
-
Some results on learning-based query and group testing
[pdf]
-
Introduction to VC theory
[pdf]
-
Introduction to probability theory
[Part I]
[Part II]


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Queryverse.jl is the meta-package for the Queryverse. It installs and makes usable most of the other packages that are described below. The main purpose of this package is to make it easier to install all of the Queryverse in one go.
Data Manipulation
Query.jl provides commands to query and manipulate any data source. It provides tools to filter, sort, group, join and do many other operations on datasets. It works equally well with tabular and non-tabular data sources.
QuerySQLite.jl provides a SQLite backend for Query.jl. One can write normal Query.jl queries against a SQLite database. These queries are automatically translated into SQL, so that all processing of such a query occurs in the database.
DataTables.jl provides a minimalistic, lightweight and read-only tabular data structure.
Data Visualization
VegaLite.jl provides an intuitive and easy to use Julia API for the grammar of interactive graphics Vega-Lite platform. It is the main plotting package for Queryverse.
DataVoyager.jl is a Julia package that provides an interactive data exploration tools. It is based on the Voyager project and it tightly integrated with VegaLite.jl.
ElectronDisplay.jl is an Electron based figure and table display for Julia. When the package is loaded, figures from various plotting packages open up in a custom Electron window. The package natively supports interactive figures from VegaLite.jl and PlotlyJS.jl. It also provides a grid view for tabular data.
File IO
CSVFiles.jl can read and write CSV files. Under the hood it uses the extremly fast TextParse.jl package.
FeatherFiles.jl can read and write Feather files.
ExcelFiles.jl can read and write Excel Files.
StatFiles.jl can read SPSS, STATA and SAS files.
ParquetFiles.jl can read Parquet files.
VegaDatasets.jl provides some example datasets from the Vega Datasets project.
Low level infrastructure
TableTraits.jl contains the core table interface that powers all of Queryverse and enables seemless interopability between lots of different packages that work with tabular data.
DataValues.jl contains the core types that the Queryverse uses to handle missing (also known as NA or NULL) data.
IteratorInterfaceExtensions.jl has a few extensions to the standard Julia iterator interface that are used throughout the Queryverse.
TableTraitsUtils.jl provides helper functions and types that make it easier to implement the TableTraits.jl interface.
TableShowUtils.jl provides various functions that are used throughout the Queryverse to show tabular data in the REPL and in some other MIME formats.
IterableTables.jl contains implementations of the TableTraits.jl interface for packages that don't support this interface natively. As more packages support TableTraits.jl out of the box, the role of this package becomes less and less important.
Internal packages
FeatherLib.jl provides low level functions to read Feather Files. The FeatherFiles.jl packages uses it to provide a user friendly API for Feather files.
ExcelReaders.jl provides a low level interface to read Excel files. The ExcelFiles.jl packages uses it to provide a user friendly API for Excel files.
QueryOperators.jl contains the low level query operator function definitions and the default implementation of the query operators for iterable sources. The Query.jl package provides a user friendly API for this functionality.


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Hello world! This is MEAN Stack Boilerplate.
It included: Redis for session store and management, PassportJS for auth login and Stylus as CSS preproccessor.
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# Marks loaded Segments with vector indicating what is around the location - it's nearby neighbourhood.
# Needs access to the DB.
# Will use ConnectionHandler to mark segments.
from OSMHandler.Checker import Check
from Downloader.Defaults import OSM_MARKING_VERSION
import numpy
import os.path
print "imported Marker.py, inside DB requiring section."
stopfile = '/home/ekmek/Desktop/Project II/stop_dir/stop.txt'
# global variable - we can reuse Marker
ConnHandler = None
[docs]def Mark(Segments, radius = 50, interval = None, backwards=False):
'''
Mark Segments with radius. Call MarkSegment on each Segment.
:param Segments:
:param radius: radius in meters
:return:
'''
from OSMHandler.ConnectionHandlerObj import ConnectionHandler
global ConnHandler
if ConnHandler is None:
ConnHandler = ConnectionHandler()
ConnHandler.report()
#if Check(Segments):
# print "Segments seem to be up to date, breaking."
# return True
# Mark segments
if interval is None:
interval = [0, len(Segments)]
if backwards:
indices = range(interval[1]-1, interval[0]-1, -1)
else:
indices = range(interval[0], interval[1])
i = 0
print interval
for index in indices:
Segment = Segments[index]
i += 1
stop = checkForStopFile()
is_marked = Segment.checkOSMVersion()
print i, "th from", interval[1] - interval[0], "[stop ",stop,", is marked ",is_marked,"]", interval, "index=", index
if not stop and not is_marked:
MarkSegment(Segment, radius = radius)
Segments[index] = Segment
[docs]def checkForStopFile():
stopfile_present = os.path.isfile(stopfile)
stop = stopfile_present
return stop
[docs]def MarkSegment(Segment, radius = 50):
'''
Mark Segment with new OSM vector depending on what the PosgreSQL db will tell us about the neighborhood.
:param Segment: One Segment object initially without OSM data.
:param radius: radius in meters
:return:
'''
index = 0
for distinctLocation in Segment.DistinctLocations:
print "We are in ", distinctLocation
# we combine them here!
table_names = ["planet_osm_line", "planet_osm_point", "planet_osm_polygon", "planet_osm_roads"]
global ConnHandler
cumulative_vector = []
for table in table_names:
[nearby_vector, _] = ConnHandler.query_location(location=[distinctLocation[1], distinctLocation[0]], radius=radius, table_name=table)
if len(cumulative_vector) == 0:
cumulative_vector = nearby_vector
else:
from operator import add
cumulative_vector = map(add, cumulative_vector, nearby_vector)
print len(nearby_vector), numpy.sum(nearby_vector), nearby_vector
Segment.markWithVector(cumulative_vector, index, OSM_MARKING_VERSION)
index += 1
print Segment
[docs]def closeConnection():
# Close connection please.
global ConnHandler
ConnHandler.close_connection()
ConnHandler.report()
[docs]def MergeMarking_LoadAndSave(pats_seg1, path_seg2, path_out):
import Downloader.DataOperations
Segments1 = Downloader.DataOperations.LoadDataFile(pats_seg1)
Segments2 = Downloader.DataOperations.LoadDataFile(path_seg2)
MergedSegments = MergeMarking(Segments1, Segments2)
Downloader.DataOperations.SaveDataFile(path_out, MergedSegments)
[docs]def MergeMarking(Segments1, Segments2):
print "Merging labeling from two segments files, lens:", len(Segments1), len(Segments2)
if len(Segments1) <> len(Segments2):
return None
for i in range(0, len(Segments1)):
S1 = Segments1[i]
S2 = Segments2[i]
s1_is_marked = S1.checkOSMVersion()
s2_is_marked = S2.checkOSMVersion()
if not s1_is_marked and s2_is_marked:
# mark s1 by the osms which are in s2!
osm_version = S2.Segment_OSM_MARKING_VERSION
for j in range(0,len(S2.DistinctNearbyVector)):
nearby_vector = S2.DistinctNearbyVector[j]
S1.markWithVector(nearby_vector, j, osm_version)
Segments1[i] = S1
return Segments1
[docs]def loadAndAnalyzeMarking(path):
import Downloader.DataOperations
Segments = Downloader.DataOperations.LoadDataFile(path)
analyzeMarking(Segments)
[docs]def analyzeMarking(Segments):
'''
prints index boundaries of which segments are marked and which are not
:param Segments:
:return:
'''
started_marked_region = False
a = -1
i = 0
while i<len(Segments):
is_marked = Segments[i].checkOSMVersion(verbose=False)
if is_marked and not started_marked_region:
started_marked_region = True
a = i
if not is_marked and started_marked_region:
started_marked_region = False
print "Region ",a,"-",i," was marked!"
i += 1
if started_marked_region:
print "Region ", a, "-", i, " was marked!"
started_marked_region = False
"""
s1path = '/home/ekmek/Desktop/Project II/MGR-Project-Code/Data/StreetViewData/Prague_DOP_Cyklotrasy_l/SegmentsData_MERGED.dump'
s2path = '/home/ekmek/Desktop/Project II/MGR-Project-Code/Data/StreetViewData/Prague_DOP_Cyklotrasy_l/SegmentsData_fromBack__backup_995.dump'
s_merged='/home/ekmek/Desktop/Project II/MGR-Project-Code/Data/StreetViewData/Prague_DOP_Cyklotrasy_l/SegmentsData_MERGED.dump'
MergeMarking_LoadAndSave(s1path, s2path, s_merged)
"""
#s_merged='/home/ekmek/Desktop/Project II/MGR-Project-Code/Data/StreetViewData/Prague_DOP_Cyklotrasy_l/SegmentsData_MERGED.dump'
#loadAndAnalyzeMarking(s_merged)