ITS::DOM::Node - thin wrapper around underlying XML engine node objects
use ITS::DOM; use feature 'say'; my $dom = ITS::DOM->new(xml => 'path/to/file'); my @nodes = $dom->get_xpath('//@foo'); for my $node(@nodes){ say $node->text; }
This module is meant for internal use by the ITS::* modules only. It is a thin wrapper around an XML::LibXML::Node.
new
Argument: a single XML::LibXML node.
Note that this constructor DOES NOT support subclassing by other libraries. The package of the returned object depends on the type of XML::LibXML node passed in.
to_string
Returns a string representation of this node.
get_xpath
Constructs an xpath query from the input arguments, and returns a list of nodes matching the query.
The xpath context node will be the calling node, and the first argument should be the XPath string. The rest of the parameters are named and optional:
position
An integer indicating the context position. Default is -1.
size
An integer indicating the context size. Default is -1.
params
A hash ref containing variable names and string values. No other types of values are allowed. There are no default parameters.
namespaces
A hash ref of namespace prefix keys and namespace URI values to be made available to the XPath expression. Any previously scoped namespaces are removed (By default, all namespaces in the scope of the context node are available, but providing a namespaces value removes these.).
type
Returns a string representing the type of the node: ELT
, ATT
, TXT
, NS
, PI
, COM
or DOC
.
name
Returns the name of the node. This is the tag name for elements, the name for attributes and PIs, etc.
set_name
Sets the node's name to the given string. Is namespace aware.
remove
Unbinds this node from its siblings and parents (but not the document; though it becomes hidden and will be lost unless pasted somewhere in the document).
namespace_URI
Returns the namespace URI of this node. If there is no namespace associated with this node, returns an empty string.
local_name
Returns the node name without the namespace prefix.
value
Returns a string representing the value of the node. This is not text content for elements (call text for that).
text
Returns the content of all text nodes in the descendants of this node.
get_namespaces
Returns a hash ref containing prefix/URI pairs for all of the namespaces in scope for this node.
children
Returns a list containing the child nodes of this node.
parent
Returns the parent node of this node, or undef if there is none.
doc_node
Returns the document node for the document which owns this node, or undef if there is no owner.
path
Returns an XPath uniquely identifying this node in the current document.
next_sibling
Returns the next sibling node of this node, or undef if there is none.
prev_sibling
Returns the previous sibling node of this node, or undef if there is none.
paste
Paste this node into the given relation with the given node. The arguments are another node, and an optional relation. The possible relations are last_child
, first_child
, before
and after
. The default is last_child
.
append_text
Appends the input text in the document relative to this node, and returns the new text node.
The arguments are the string to append, and an optional relation to specify where to paste the text relative to this node. The possible relations are the same as for paste
, and the default is last_child
.
is_same_node
Return true if this node is the same node as the input node.
copy
Returns a copy of this node. A single boolean argument indicates whether a deep copy should be performed (true for yes); that is, whether children should also be copied.
unique_key
Returns a unique value guaranteed to always be the same for this node. In other words, if and only if the unique key for two node objects are the same, then is_same_node will return true.
For namespace nodes, this returns a string "prefix:URI", which uniquely identifies a namespace.
Nathan Glenn<EMAIL_ADDRESS>This software is Copyright (c) 2013 by DFKI.
This is free software, licensed under:
The MIT (X11) License


--- layout: page title: Discovering the molecular mechanisms of evolutionary change post_header: false ---
Discovering the molecular mechanisms of evolutionary change
Discovering the molecular mechanisms of evolutionary change
We study the molecular mechanisms that underlie natural phenotypic differences.
Learn more about our research.
Visit the Caenorhabditis natural diversity resource CaeNDR
{{ post.subtitle }}
{% endif %} {% endfor %}


About Us
First Smart Class Provider Institute at Balumath
Singh Tutorial has been born out of the growing need for high quality coaching that could keep pace with the ever-changing global prospective in the field of education. We have started a journey, which will never end, journey which will take us to, to greater heights with each step. Making ‘Singh Tutorial’ progress towards it‘s rightful pace is not going to be a task of a single person or a small group of people. It can be done only with the active contribution of everyone- the management, the faculty, the administrative staff, the students, the parents and the well wishers.
We reiterate out complete commitment to make Singh Tutorial is the best institute in the field of education. With the increasing competitiveness in every sphere of life it is very important to make the “The Future Of India” robust in their concepts and confident in their life. The thorough analysis of the institutes present in Bangalore portrays the present scenario. Keeping in mind the preference of students and the parents, we have stepped into coaching institute with the intention of providing quality education and being the catalyst to their success.
Our Mission
We, being the young and enthusiastic, have taken up the responsibility of educating the “Young India” and building a better educated world in a manner which ensures that every student achieves success at every sphere of their life. At our institute you can find the appropriate conglomeration of enthusiasm and experience which sets us aside from rest of the institutes.
What makes us different
- Well Qualified & Educated Teachers
- Digital Classes for all subjects
- Video Lectures & Monthly Tests
- Sunday Open for Weak Students
- Regular Progress Reports
- Special Classes for Olympiads
What we do
Smart Classes
We all know how helpful it is to remember something that is taught visually to us rather than the one that is read through pages after pages. Just imagine, how beneficial would it be for students to understand a chapter visually in class. The concept of smart class education is indeed a blessing to the students of the 21st Century. Technology is changing the way life functions and if it’s for the good, then why not go for it!
Special attention to weak students
We try to be a friend to the weak child. When a friendship is built, student starts loving his teacher and after that child obeys whatever his teacher says. Here mystery of student’s success lies in understanding and friendship between teacher and child.
Our Success Stories
100%
Success Rate
All the board students passed with merit. No students failed in school examinations.
100%
Happy Students
We beleive that talent lies in happiness. We build healthy relationships to always keep them happy.
80%
Olympiads
Many of our students qualified second round of NSO and IMO. Few got prize at national level.
95%
Awards
Our students won awards in their school competitions. Most of the toppers have joined us.
Faculty Members
Pradeep Singh
- M.Sc. , B.Tech.
- Founder, Maths Dept.
- +91-7808454171
- Patna, Bihar
Kanchan Pathak
- M.A. , B.Ed.
- Hindi Dept.
- +91-7808454171
- Balumath, Latehar
V.K. Singh
- M.A., Eng
- English Dept.
- +91-7808454171
- Bariyatu, Latehar
Gajendra Verma
- M.A. , B.Ed.
- Science dept.
- +91-7808454171
- Balumath, Latehar
Technical Support
This website is developed by Vinit Shahdeo. Working as SEO Expert at VinnovateIT, presently he is pursuing B.tech. in IT at VIT University Vellore (Past - DPS Bokaro). He is also technical crew of CodeChef VIT Chapter. He has deep abiding love for developing web applications. Click here to visit his portfolio.


Set of routines to create/manipulate Sqlite databases for DE bootstrap.
Module to manage submissions to the cluster
Set of routines for distribution testing statistics.
GetOpt addon for the scripts
| param: | -psfile - Output postscript file. |
|---|---|
| param: | -cond - Condition to use. In some scripts analysis can be restricted to one condition. |
| param: | -rep - Replicate number. |
| param: | -nonzero - Selects only data rows (genes) with at least n non-zero replicates. |
| param: | -norm - Expression data normalization. Input expression files contain raw counts. These are normalized on the fly, using one of the following methods:
|
| param: | -type - Type of raw data, as encoded in the counts file name (e.g. WT_raw.tsv is ‘raw’). Could be ‘lev’ for leveled data, or some other, alternative prescription. |
| param: | -exclude - A list of replicates to exclude from analysis. The format of this string can be, e.g.
|
| param: | -include - A list of replicates to include to analysis. Format as above. |
| param: | -clip - Clip n top and n bottom replicates. |
| param: | -genes - Comma-delimited list of genes. |
| param: | -genlist - A file with a list of genes (first column). |
| param: | -randrep, -randrep2 - Internal options. |
| param: | -clean - A switch indicating that only clean replicates should be used. Clean replicates are defined in GRNASeq.pm module. |
| param: | -multicor - Multiple test correction to apply to tests/tools that return uncorrected raw p-values. The default value is BH. |
| param: | -countsdir - Path to the directory containing gene read count data. There should be two files, one for each conditions, with names C<cond>_raw.tsv, created by combine_replicates.pl. If not specified, the value from defs.dat will be used. |
| param: | -outlierdir - A directory to store outlier data. If not specified, the value from defs.dat will be used. |
| param: | -pileupdir - A directory to store pileup data. If not specified, the value from defs.dat will be used. |
| param: | -gff - A GTF file to be used by many scripts. If not specified, the value from defs.dat will be used. |
| param: | -clean - A switch indicating that only clean replicates should be used. Clean replicates are defined in C<GRNASeq.pm> module. |
| param: | -spclean - A switch indicating that only spikein-clean replicates should be used. Spkein-clean replicates are defined in GRNASeq.pm module. |
Read data from expression file $file. Expression file should be tab-delimited with the first column containing gene/transcript name, and the remaining columns containing replicates. This script returns a two-dimensional piddle $d (genes in rows and replicates in columns) and one-dimensional piddles $m and $s, containing mean and standard deviation, respectively. The last value is a selection piddle:
my ($d, $m, $s, $sel) = ReadExpressionFile($file, %options);
| param: | nonzero - selects only rows (genes) with at least n non-zero replicates. |
|---|---|
| param: | exclude [i1, i2, ...,in] - excludes a list of replicates from data. |
| param: | ranrep - selects n replicates at random |
Reads a list of genes (first column) from expression file:
my @g = ReadGeneList($file);
Reads two files with results of DE analysis. Each of these files should contain gene names in the first column, log2 fold changes in the second column and p-values in the third column.
Returned are: array of genes $genes, and two piddles with corresponding p-values, $p1 and $p2 and fold changes $fc1, $fc2:
my ($genes, $p1, $p2, $fc1, $fc2) = ReadTwoDETestFiles($file1, $file2);
Reads a file with results of DE analysis. It should contain gene names in the first column, log2 fold changes in the second column and p-values in the third column. Returned is a hash: gene => [fc, p]:
my %g = ReadDETestFile($file);
Reads a DE file (fcp format) and a spike-in file (a list of good spikes with columns: spikein @col1 and expected fold change @col5) and combines them together. Returns a list of gene (spike-in) names, spike-in significance (0 for not changing, 1 for changing) and p-values from the DE file:
my ($genes, $sp, $p) = ReadSpikeAndDETestFiles($DEfile, $spikefile)
Normalizes data read using ReadExpressionFile: two-dimensional piddle with genes in rows and replicates in columns. Methods are ‘none’, ‘deseq’, ‘totalcount’, ‘tmm’, ‘fpkm’:
my $nd = NormalizeData($d, $method);
Read data from expression file, select genes/replicates and normalize.
Returns the following:
- $d - two-dimensional data piddle (rows = genes, columns = replicates)
- $m, $s - mean and standard deviation of genes
- $nrep - number of replicates (columns)
- $ngen - number of genes
- $genes - full list (array reference) of genes, before selection
- $name - string to display in figures
- $sel - selection of genes, can be used with $genes array
- $f - normalizing factors
my ($d, $m, $s, $nrep, $ngen, $genes, $name, $sel, $f) = GetNormalizedData(%options);
| param: | experiment - not used yet |
|---|---|
| param: | condition - condition name (WT, Snf2...) |
| param: | type - type of data (raw, fake) |
| param: | nonzero - required number of non-zero replicates (-1 = all) |
| param: | norm - normalization (deseq, tmm, totalcount, none) |
| param: | exclude - exclude a list of replicates from data (comma separated) |
| param: | clip - clip n top and n bottom replicates |
Fit data with theoretical distributions and plot histogram/KDE of data and best-fitting distributions:
PlotDistWithFits($win, $pan, $d, $lab, %opt);
* $win - window object (see PLGraphs)
* $pan - panel number (1, 2, 3, ...)
* $d - data (one-dimensional piddle)
* $lab - label in the figure
| param: | charsize - character size |
|---|---|
| param: | hist - plot histogram |
| param: | kde - plot KDE |
| param: | onebin - histogram in bins of 1 |
| param: | bestbin - select best binning automatically |
| param: | max - maximum in y axis |
Reads DE tool information from a metafile $file:
my %info = ReadTestfileInfo($file)
This is the housekeeping module for the two python scripts that are in The Great RNA-seq Experiment codebase. These functions include logging, parsing, custom warning messages and custom formatting for time and date strings.
| module_version: | 1.1 |
|---|---|
| created_on: | 2015-09-04 |
Print a custom warning message format that stands out a bit more!
Takes in the standard elements of a warning message from the warnings module (i.e., message, a category, a filename the line number and the line) and returns a formatted string encapsulating this information.
| Parameters: |
|---|
Checks that all required options have been specified.
| Parameters: |
|
|---|
The options list should be a list of dictionaries with the ‘group’ key. If ‘group’==’required’ then its a required option. If the value of this option in the :py:modeule:optparse instance is not specified, then exit the script and provide help.
Checks that all options conform to their allowed values
| Parameters: |
|
|---|
The options list should be a list of dictionaries with an optional ‘allowed_vals’ key. ‘allowed_vals’ should contain a list of the allowed values. If the value of this option in the :py:module:optparse instance is not in this list then warn the user and use the default value.
Checks that all options conform to their specified types
| Parameters: |
|
|---|
The options list should be a list of dictionaries with an optional ‘opt_type’ key. ‘opt_type’ should be a string specifying the type of the option; examples are input_path, output_path, output_file, string, int, float. all the ‘opt_type’ values should be valid python types except the paths. If the value of this option in the :py:module:optparse instance is not of this type then either warn the user and use the default value (if there is one) or exit the script and provide help.
Write the standard header of a new log file
Writes a standard set of details information to the header of a logfile. The information includes the script name, the command line, the values of all command parameters the script was run with (and whether they are the parameter default values). If set to ‘verbose’ mode, it also outputs information about:
python version.
imported modules (where possible).
perl version (where found).
R version (where found).
Rscript version (where found).
- environmental variables:
- PYTHONPATH
- PERLLIB
- PERL5LIB
- DRMAA_LIBRARY_PATH
- R_HOME
- LD_LIBRARY_PATH
- PATH
group_by_gene.pl version (where found).
add_gene_name_column.pl version (where found).
samtools version (where found).
| Parameters: |
|---|
The options list should be a list of dictionaries each with the format:
{"short": None,
"long": "--name",
"dest": "name",
"action": "store",
"help": "Some help",
"group": optional/required,
"default": "a default",
allowed_vals: ["some", "values"]
})
Removes an existing tmpdir and create a new one.
| Parameters: |
|---|
The path for the temporary directory is taken from the tmpdir keyword of the options instance, which must also include a log keyword containing the filename of the log file to write to..
Reads data from powertest file:
my ($nrep, $tp, $tn, $fp, $fn, $stp, $stn, $sfp, $sfn) = GetTotData($file)
Reads data from powertest FC file:
my ($nrep, $fclim, $tp, $tn, $fp, $fn, $stp, $stn, $sfp, $sfn) = GetTotData($file)
Reads data from powertest FC file and combines positive and negative FC:
my ($nrep, $fclim, $tp, $tn, $fp, $fn, $stp, $stn, $sfp, $sfn) = GetTotData($file)
A few subroutines supproting treeview and hierarchical clustering.
HierarchicalClusterProfiles($profiles, $method, $dist);
WriteCDTFile($file, $tree, $names, $descriptions, $profiles);
WriteGTRFile($file, $tree);
@nodes = CollectTree($tree, $node);


FAQ for Camps
How many pupil's are there in a class?
We only have six spaces on each class - the smallest teacher to student ratio in the UK
Does my child need to bring a laptop
Yes please and with a working web browser installed (we prefer Firefox but Chrome or Safari are fine also). You can hire a laptop from us for a small fee of £5 but there are only a limited number available.
Why aren't the camps day long?
Learning to code requires a lot of energy and a lot of screen time. While we mix the classes up with off-screen activities, crafting, and games we also want to ensure that the pupils get to spend their afternoons in the great outdoors or with family - finding inspiration for their next code creation! Most coding camps that run all day long fill up the time with passive screen time and videos - we prefer to concentrate all our active learning time into a fun filled morning of activities. We do offer gaming afternoons for students on the MineCraft Modding camp - where coders can play MineCraft on a secure server. Click here for more details
Child protection and safety
Every member of staff at DLab (including the Rocket Coder team) has an up to date DBS certificate. We're fully insured and first-aid qualified as well. You can find out more by reading our safeguarding policies here
Can we bring snacks?
Rocket Coders provide free healthy organic vegetarian snacks for coders during their 11 o’clock re-fuelling break. If your children have special dietary requirements you can let us know in the booking form. It's fine to send your children with snacks also but please make sure they contain no nuts!
Is my child assessed?

Can I see my children’s work?
Yes! Each student on the camp will receive their own page on the Rocket Coders website where they can show off their work to friends, family, and fellow coders.


gcalcli
Command-line tool to interact with Google Calendar.
Requests Google API authorization upon first launch.
More information: home page
- List your events for all your calendars over the next 7 days:
gcalcli agenda
- Show events starting from or between specific dates (also takes relative dates e.g. "tomorrow"):
gcalcli agenda mm/dd [mm/dd]
- List events from a specific calendar:
gcalcli --calendar calendar_name agenda
- Display an ASCII calendar of events by week:
gcalcli calw
- Display an ASCII calendar of events for a month:
gcalcli calm
- Quick-add an event to your calendar:
gcalcli --calendar calendar_name quick "mm/dd HH:MM event_name"
- Add an event to calendar. Triggers interactive prompt:
gcalcli --calendar "calendar_name" add


Mass assignment security provides an interface for protecting attributes from end-user assignment. For more complex permissions, mass assignment security may be handled outside the model by extending a non-ActiveRecord class, such as a controller, with this behavior.
For example, a logged in user may need to assign additional attributes depending on their role:
class AccountsController < ApplicationController include ActiveModel::MassAssignmentSecurity attr_accessible :first_name, :last_name attr_accessible :first_name, :last_name, :plan_id, :as => :admin def update ... @account.update_attributes(account_params) ... end protected def account_params role = admin ? :admin : :default sanitize_for_mass_assignment(params[:account], role) end end
mass_assignment_sanitizer
- Defines sanitize method. Possible
values are:
:logger
(default) - writes filtered attributes to logger
:strict
- raise
ActiveModel::MassAssignmentSecurity::Error
on any protected
attribute update
You can specify your own sanitizer object eg. MySanitizer.new. See
ActiveModel::MassAssignmentSecurity::LoggerSanitizer
for
example implementation.
# File lib/active_model/mass_assignment_security.rb, line 191 def accessible_attributes(role = :default) accessible_attributes_configs[role] end
Specifies a white list of model attributes that can be set via mass-assignment.
Like attr_protected
, a role for the attributes is optional, if
no role is provided then :default is used. A role can be defined by using
the :as option.
This is the opposite of the attr_protected
macro:
Mass-assignment will only set attributes in this list, to assign to the
rest of attributes you can use direct writer methods. This is meant to
protect sensitive attributes from being overwritten by malicious users
tampering with URLs or forms. If you’d rather start from an all-open
default and restrict attributes as needed, have a look at
attr_protected
.
class Customer include ActiveModel::MassAssignmentSecurity attr_accessor :name, :credit_rating attr_accessible :name attr_accessible :name, :credit_rating, :as => :admin def assign_attributes(values, options = {}) sanitize_for_mass_assignment(values, options[:as]).each do |k, v| send("#{k}=", v) end end end
When using the :default role:
customer = Customer.new customer.assign_attributes({ "name" => "David", "credit_rating" => "Excellent", :last_login => 1.day.ago }, :as => :default) customer.name # => "David" customer.credit_rating # => nil customer.credit_rating = "Average" customer.credit_rating # => "Average"
And using the :admin role:
customer = Customer.new customer.assign_attributes({ "name" => "David", "credit_rating" => "Excellent", :last_login => 1.day.ago }, :as => :admin) customer.name # => "David" customer.credit_rating # => "Excellent"
Note that using Hash#except
or Hash#slice
in
place of attr_accessible
to sanitize attributes provides
basically the same functionality, but it makes a bit tricky to deal with
nested attributes.
# File lib/active_model/mass_assignment_security.rb, line 174 def attr_accessible(*args) options = args.extract_options! role = options[:as] || :default self._accessible_attributes = accessible_attributes_configs.dup Array.wrap(role).each do |name| self._accessible_attributes[name] = self.accessible_attributes(name) + args end self._active_authorizer = self._accessible_attributes end
Attributes named in this macro are protected from mass-assignment whenever attributes are sanitized before assignment. A role for the attributes is optional, if no role is provided then :default is used. A role can be defined by using the :as option.
Mass-assignment to these attributes will simply be ignored, to assign to them you can use direct writer methods. This is meant to protect sensitive attributes from being overwritten by malicious users tampering with URLs or forms. Example:
class Customer include ActiveModel::MassAssignmentSecurity attr_accessor :name, :credit_rating attr_protected :credit_rating, :last_login attr_protected :last_login, :as => :admin def assign_attributes(values, options = {}) sanitize_for_mass_assignment(values, options[:as]).each do |k, v| send("#{k}=", v) end end end
When using the :default role:
customer = Customer.new customer.assign_attributes({ "name" => "David", "credit_rating" => "Excellent", :last_login => 1.day.ago }, :as => :default) customer.name # => "David" customer.credit_rating # => nil customer.last_login # => nil customer.credit_rating = "Average" customer.credit_rating # => "Average"
And using the :admin role:
customer = Customer.new customer.assign_attributes({ "name" => "David", "credit_rating" => "Excellent", :last_login => 1.day.ago }, :as => :admin) customer.name # => "David" customer.credit_rating # => "Excellent" customer.last_login # => nil
To start from an all-closed default and enable attributes as needed, have a
look at attr_accessible
.
Note that using Hash#except
or Hash#slice
in
place of attr_protected
to sanitize attributes provides
basically the same functionality, but it makes a bit tricky to deal with
nested attributes.
# File lib/active_model/mass_assignment_security.rb, line 111 def attr_protected(*args) options = args.extract_options! role = options[:as] || :default self._protected_attributes = protected_attributes_configs.dup Array.wrap(role).each do |name| self._protected_attributes[name] = self.protected_attributes(name) + args end self._active_authorizer = self._protected_attributes end
# File lib/active_model/mass_assignment_security.rb, line 200 def attributes_protected_by_default [] end
# File lib/active_model/mass_assignment_security.rb, line 204 def mass_assignment_sanitizer=(value) self._mass_assignment_sanitizer = if value.is_a?(Symbol) const_get(:"#{value.to_s.camelize}Sanitizer").new(self) else value end end
# File lib/active_model/mass_assignment_security.rb, line 187 def protected_attributes(role = :default) protected_attributes_configs[role] end


{% extends 'base.html' %} {% block title %}Main Menu{% endblock %} {% block content %}
SHIP STOCK
Carrier
Battleship
Destroyer
Submarine
Player {{data.player}} State your name


Lemons, lemons, lemons in May
Lemons, yellow on a tray,
Just for me,
can’t you see,
Those lemons gone astray.
Lemons, lemons, lemons are bliss
Lemons, lemons I want to kiss,
Lemons are fine,
On lemons let’s dine,
Lemons, lemons are all this!


--- layout: post status: publish published: true title: "中止开发 Snowman.S" author: Leask author_login: leask author_email<EMAIL_ADDRESS>author_url: https://leaskh.com wordpress_id: 655 wordpress_url: http://leaskh.wordpress.com/2005/10/24/%e4%b8%ad%e6%ad%a2%e5%bc%80%e5%8f%91-snowman-s date: '2005-10-24 10:02:18 +0800' date_gmt: '2005-10-24 10:02:18 +0800' categories: - Snowman.S tags: [] comments: [] ---


Make-Up Artist Left Looking Like ‘Loaf Of Tiger Bread’ For Two Weeks After Fake Tan Goes Wrong
by Lucy ConnollyA make-up artist was left mortified after a fake tan fail left her resembling a ‘loaf of tiger bread’ for two weeks.
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Ellena Brice, 18, decided to give herself a makeover to restore her summer glow and cheer herself up as the winter months rolled in.
However, she had never fake tanned before as she had always gone to a professional, so the teenager asked friends for recommendations and picked up the darkest shade available.
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When she returned home, Ellena followed the instructions and smothered herself in the tan, leaving it on for the recommended time before washing it off.
The make-up artist said she ‘didn’t even think’ about how the colour would look on her, saying she was ‘so pale’ and wanted to make herself feel better.
Expecting a golden tan, Ellena was horrified to see the end result, stating:
When I got home I put it all over the place but was shocked with what I saw when I washed the initial layer off. It looked disgusting – it was all in my pores, I had a brown hair upper lip – I was literally a walking Dorito!
Thinking she could get rid of the tan by washing it off, the teenager, from Orpington, Greater London, immediately tried to exfoliate the remaining tan off.
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However it wasn’t to be, as Ellena was left with the tan for an entire two weeks and even had to wear darker make-up in an attempt to cover up the dodgy tan.
She explained:
The worst part was, it took another two weeks for it to completely disappear so I had to wear darker make-up and try not to touch things as I was staining everything.
I was exfoliating my skin until it bled but then I was starting to look like a loaf of tiger bread as my skin started going crusty. It was more annoying because the next day I was going out. I tried everything to cover it up.
The make-up artist said everyone looked at her skin in a ‘weird’ way following the incident, and only stopped paying attention to her when she explained what had happened.
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While her friends thought it was hilarious and ‘typical’ of Ellena, the teen said her family and mum’s friends weren’t as understanding. ‘[Their] reactions were the worst as they’re older, so they were mortified,’ she explained.
Ellena said she’s not using fake tan ‘ever again’ following her mishap, and will instead learn to ‘accept [her] English rose skin’ so she doesn’t end up looking ridiculous.
As much as I feel for her, Ellena, if you’re reading this, could you just try it one more time so we can have another chuckle?
Please and thank you.
A Broadcast Journalism Masters graduate who went on to achieve an NCTJ level 3 Diploma in Journalism, Lucy has done stints at ITV, BBC Inside Out and Key 103. While working as a journalist for UNILAD, Lucy has reported on breaking news stories while also writing features about mental health, cervical screening awareness, and Little Mix (who she is unapologetically obsessed with).


Radio buttons provide users with a set of mutually exclusive options. They allow a user to select only one option from two or more choices. Each option is represented by a radio button. Consequently, radio buttons only work in groups.
You can set [isGroup]="true"
to make the radio button take the whole width of the parent container.
This way all radio buttons in a group will have the same width. By default, the width of the radio buttons is
set to "fit-content".
Keyboard navigation: Selection is handled via the arrow keys.


If you see this, you have Javascript disabled. This site will not function unless you enable Javascript. Go to
localtime.xyz
if you still want to convert your event time for others.
Your current time is
The time of the event in the specified localtime is
The time of the event in UTC is
The time of the event in your local time is


First of all, welcome and thank you for reading my posts. (If there will be any more)
Motivation
I recently figured that writing is a good way to clarify priorities and reinforce memory. Starting when I was a freshman I thought about having my own blog, as I would like to write longer posts that serve as reflections to life/study, but it was only an idea. Now that I am a graduating senior with about 100 days to go, I know it is now or never to start a blog during college. I am really happy to see this simple website come live on github page. I kept my promise to myself. Yeah~
What I planned to write in the blog
I will roughly split to (Subject to be changed)
CS
- Notes and thoughts from learning various aspects of computer scienceLife
- Things that nobody would press ❤ on my instagram but I just want to share anyways (like cooking/exercising/randoms)Archieves
- Book/Film/Blog reviews and thoughts
Now I am listing some #ToDos I plan to finish by the end of this week to make this website look nicer and have my desired functionalities.
- Add time tracking feature (last modified date)
- Add categories
- Add comments feature
- Optional (maybe), could switch by sorting by time/category
- Add a celebrate pic after motivation
- Summarize the changes and write a small guide about it


--- title: Political News | Democratic Voting Through Flux App permalink: press/ layout: default dark-theme: true --- {% include navbar.html %}


Somalia, The Horn of Africa, is a country located on the furthest east of Africa. It borders the Indian Ocean hence has a vast coastline with many beaches. This country has a very rich history and very magnificent sites that are hidden and undervisited. It has a vast array of undiscovered beaches and coral reefs and is a great destination for beach lovers.
Locally known as Hamar, Mogadishu is the capital of Somalia. This city is situated along the Indian Ocean on the Horn of Africa.
Mogadishu is home to several historical sites including the Shanghai Old City, The Tomb of the Unknown Soldier, Mogadishu Cathedral and Harfur Mosque. Being located at the coast, it also houses several amazing beaches that allow for beach activities.
These islands known as the Zeila Archipelago is located near the ancient city of Zeila.The group is made up of six islands with the largest being Sacadin and Aibat.
This destination is rich in splendid coral reefs that are the most diverse in all of the Gulf of Aden.The islands are also home to major bird colonies with over 100,000 breeding pairs.


Persona Bot
Build professional looking personas that will WOW your stakeholders
Get Started Now
How does Persona Bot Work?
Enter a few data points and Persona Bot will create a persona that can be exported to PDF, PPT, Vector, etc.
Select from a catalog of templates that will resonate with each member of the team
- Designers
- Engineers
- Executives
- Marketing
- Sales
Not sure which template to choose?
Persona Bot can provide you with a recommendation.
Enter Persona Data Here
Personas Captured by Persona Bot:
| Persona # |
User Segment |
Technical Ability |
Work Environment |
Goals |
Tasks |
| 1 |
Segment1 |
Tech1 |
WorkEnv1 |
Goals1 |
Tasks1 |
| 2 |
Segment2 |
Tech2 |
WorkEnv2 |
Goals2 |
Tasks2 |
| 3 |
Segment3 |
Tech3 |
WorkEnv3 |
Goals3 |
Tasks3 |
Save Personas


22 March 1999
Disease Outbreak Reported
An outbreak of meningococcal meningitis, which started in early January, has been reported in most of the country with the exception of 3 regions in the south. The regions most affected are Oio (289 cases, 51 deaths), Gabu (153 cases, 27 deaths) and Bafata (80 cases, 12 deaths). The causative organism has been identified as Neisseria meningitidis serogroup A.
As of 17 March, a cumulative total of 881 cases with 135 deaths has been notified. In 1998, the country reported 112 cases of meningococcal disease, and 12 deaths.
The national health authorities and the local representatives of the Executive Sub-group (IFRC, MSF, UNICEF & WHO) of the International Coordinating Group on Vaccine Provision for Epidemic Meningitis Control (ICG) are implementing measures to control the outbreak. These measures include vaccination of populations where the disease reaches epidemic levels and support to the management of cases of meningitis.


Principal Display Panel
59528-0331-2
Calphron
Dietary Supplement
Phosphate Binder
200 Tablets
Directions
Swallow 1-3 tablets with meals, or as directed by physician.
Dietary Supplement Phosphate Binder
Calphron is a dietary supplement that binds dietary phosphate. By binding with dietary phosphate, oral supplementation with calcium can reduce absorption of dietary phosphate.*
*This statement has not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure or prevent any disease.
Nephro-Tech, Inc.


Welcome,
Anaghesh Muruli
Total Assets
2500
Total assets assigned
100
Issues Pending
25
Non-operational Assets
4
Asset category
|
Top 5 |
Type percentage |
||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
|
Quick Settings
Qualitiy Key Indicators
Assets Unassigned
Tech support feedback
Audit pending
Avg. Assets health
To Do List Sample tasks
-
Schedule meeting with new client
-
Create email address for new intern
-
Have IT fix the network printer
-
Copy backups to offsite location
-
Food truck fixie locavors mcsweeney
-
Food truck fixie locavors mcsweeney


Jenna Dewan responds to feud rumours with Camila Cabello
by Sarah MaglioccoJenna Dewan has denied taking a swipe at Camila Cabello.
Many fans on social media believed the pregnant actress was feuding with the singer, after she appeared to make a disparaging comment about her.
While watching Camila perform the song Senorita with Shawn Mendes at the American Music Awards, footage of the star appeared to show her potentially saying “She’s so extra” during the set.
The Step Up actress took to Instagram Stories to clear up the rumours.
“I’m getting a lot of text messages from people wondering if I was shading Camila,” she said.
“No! I love her, I love her so much. I don’t understand what that’s about but no, I love her, love her, love her.”
“Guys, we were bumping and grinding so hard to Señorita – we’re obsessed!”
Ahead of clarifying the apparent comment seen in the footage, she shared a snipped from Camila’s performance on her story, along with peeks at Ciara and Lizzo’s sets.
Jenna has previously posted positive comments to Camila’s Instagram feed, supporting the star on her accomplishments.


Summary
Company
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| Package | Description |
|---|---|
| com.cloudpos |
Provides the basic interface and class for the devices.
|
| com.cloudpos.card |
Provide access to all kinds of cards.
|
| com.cloudpos.cashdrawer |
Provide access to the cash drawer device.
|
| com.cloudpos.fingerprint |
Provide access to the finger print device.
|
| com.cloudpos.hsm |
Provide access to the hardware safe module device.
|
| com.cloudpos.led |
Provide access to the LED device.
|
| com.cloudpos.msr |
Provide access to the MSR device.
|
| com.cloudpos.pinpad |
Provide access to the PINPad device.
|
| com.cloudpos.printer |
Provide access to the printer device.
|
| com.cloudpos.rfcardreader |
Provide access to the contactless card reader device.
|
| com.cloudpos.secondarydisplay |
Provide access to the secondary display device.
|
| com.cloudpos.serialport |
Provide access to the serial port device.
|
| com.cloudpos.signature |
Provide access to the signature device.
|
| com.cloudpos.smartcardreader |
Provide access to the smart card reader device.
|
| Class and Description |
|---|
| Device
The Device interface is the root for all device interfaces.
|
| DeviceException
An DeviceException is thrown when access problems are detected by the
service controls.
|
| DeviceSpec
device specification.
|
| OperationResult
Operation results are generated by a device implementation to notify the
application of the completion of a requested operation.
|
| POSTerminal
POSTerminal is a manager to get all the device objects.
|
| TerminalSpec
Provides terminal specification.
|
| Class and Description |
|---|
| DeviceException
An DeviceException is thrown when access problems are detected by the
service controls.
|
| Class and Description |
|---|
| Device
The Device interface is the root for all device interfaces.
|
| DeviceException
An DeviceException is thrown when access problems are detected by the
service controls.
|
| DeviceSpec
device specification.
|
| Class and Description |
|---|
| Device
The Device interface is the root for all device interfaces.
|
| DeviceException
An DeviceException is thrown when access problems are detected by the
service controls.
|
| DeviceSpec
device specification.
|
| OperationListener
The listener of asynchronous method.
|
| OperationResult
Operation results are generated by a device implementation to notify the
application of the completion of a requested operation.
|
| Class and Description |
|---|
| Device
The Device interface is the root for all device interfaces.
|
| DeviceException
An DeviceException is thrown when access problems are detected by the
service controls.
|
| DeviceSpec
device specification.
|
| Class and Description |
|---|
| Device
The Device interface is the root for all device interfaces.
|
| DeviceException
An DeviceException is thrown when access problems are detected by the
service controls.
|
| DeviceSpec
device specification.
|
| Class and Description |
|---|
| Device
The Device interface is the root for all device interfaces.
|
| DeviceException
An DeviceException is thrown when access problems are detected by the
service controls.
|
| DeviceSpec
device specification.
|
| OperationListener
The listener of asynchronous method.
|
| OperationResult
Operation results are generated by a device implementation to notify the
application of the completion of a requested operation.
|
| TimeConstants
This interface contains a number of useful constants for use with methods that accept a timeout as a parameter.
|
| Class and Description |
|---|
| Device
The Device interface is the root for all device interfaces.
|
| DeviceException
An DeviceException is thrown when access problems are detected by the
service controls.
|
| DeviceSpec
device specification.
|
| OperationListener
The listener of asynchronous method.
|
| OperationResult
Operation results are generated by a device implementation to notify the
application of the completion of a requested operation.
|
| Class and Description |
|---|
| Device
The Device interface is the root for all device interfaces.
|
| DeviceException
An DeviceException is thrown when access problems are detected by the
service controls.
|
| DeviceSpec
device specification.
|
| OperationResult
Operation results are generated by a device implementation to notify the
application of the completion of a requested operation.
|
| TimeConstants
This interface contains a number of useful constants for use with methods that accept a timeout as a parameter.
|
| Class and Description |
|---|
| Device
The Device interface is the root for all device interfaces.
|
| DeviceException
An DeviceException is thrown when access problems are detected by the
service controls.
|
| DeviceSpec
device specification.
|
| OperationListener
The listener of asynchronous method.
|
| OperationResult
Operation results are generated by a device implementation to notify the
application of the completion of a requested operation.
|
| TimeConstants
This interface contains a number of useful constants for use with methods that accept a timeout as a parameter.
|
| Class and Description |
|---|
| Device
The Device interface is the root for all device interfaces.
|
| DeviceException
An DeviceException is thrown when access problems are detected by the
service controls.
|
| DeviceSpec
device specification.
|
| Class and Description |
|---|
| Device
The Device interface is the root for all device interfaces.
|
| DeviceException
An DeviceException is thrown when access problems are detected by the
service controls.
|
| DeviceSpec
device specification.
|
| OperationListener
The listener of asynchronous method.
|
| OperationResult
Operation results are generated by a device implementation to notify the
application of the completion of a requested operation.
|
| Class and Description |
|---|
| Device
The Device interface is the root for all device interfaces.
|
| DeviceException
An DeviceException is thrown when access problems are detected by the
service controls.
|
| OperationListener
The listener of asynchronous method.
|
| OperationResult
Operation results are generated by a device implementation to notify the
application of the completion of a requested operation.
|
| Class and Description |
|---|
| Device
The Device interface is the root for all device interfaces.
|
| DeviceException
An DeviceException is thrown when access problems are detected by the
service controls.
|
| DeviceSpec
device specification.
|
| OperationListener
The listener of asynchronous method.
|
| OperationResult
Operation results are generated by a device implementation to notify the
application of the completion of a requested operation.
|
| TimeConstants
This interface contains a number of useful constants for use with methods that accept a timeout as a parameter.
|


--- layout: default title: Release notes permalink: /faq/ redirect_from: - /faq.html sitemap: priority: 0.4 lastmod: 2014-02-17T00:00:00-00:00 ---
Barely - check out the benchmarks in our readme, the numbers are more than fine, and there's no substitute for proper horizontal scaling.
getUser(id){
var me = this;
return function *(){
try {
var id = id || 0 ;
console.log("id=",id);
}
}
getUser(1);//There ouput 'id = 0'
should change to
getUser(id){
var me = this;
return function *(){
try {
var id2 = id || 0 ;
console.log("id=",id2);
}
}
getUser(1);//There ouput 'id = 1'


Back to Real Time Information
Page | Back
to Main FAQ Page
Subject: I9) What computer software is available
for tracking tropical
cyclones?
(Descriptions kindly provided by Tom Berg and via the authors.
Note that this does not constitute an endorsement of any product.)
Free Tropical Cyclone Tracking programs
Eye of the Storm
Latest version 1.01, 1999
Eye of the Storm is a Windows based hurricane tracking program
for your Windows based personal computer (Windows 95 or later).
With Eye of the Storm, you can monitor the path of Atlantic and
Pacific tropical storms using an interactive 3D map. Storms and
storm tracks are plotted against a three dimensional projection
of the east and west coasts of the United States.
Price
- Personal Edition FREE
- Advanced Edition - $21.45
Platforms -- Windows 95/98/NT
Online internet service for advisories - YES
http://www.starstonesoftware.com/eots/
StarstoneSoftware
100 State Road 419, Suite 280
Winter Springs, FL 32708
StormTrakker --
StormTrakker is a plotter/database program for tracking
Atlantic basin tropical cyclones. Among its many features are
over 30 regional and detailed maps covering the tropical
Atlantic basin, Gulf of Mexico, the Caribbean and all US
mainland coastal areas in detail. TPC/NHC forecasts are
supported. Databases are included for all tropical cyclones
from 1900-1998 for the historical searching and plotting
options. Tropical storm and hurricane force wind radii are also
supported. Also provides the capability to enter the computer
model forecasted positions for plotting.
Web site for download --
http://www.flinet.com/~mbryson/stormtrk.htm
Tropical Storm Tracker (DOS) --
A DOS-based tropical storm tracking package for the Atlantic only.
Web site for download --
http://users.nbn.net/~fweaver/trak/atpctrkr.zip
EZTrack (Windows) --
A Windows-based tropical storm tracking package for the Atlantic only.
Web site for download -- America Online
JStrack (Windows/UNIX) -- JStrack is a freeware
hurricane tracking program for Unix and Windows 9x/ME/NT/2k/XP.
It should also run on a Mac, (feedback from Mac users requested!).
Version 2.0.0 on 20 Oct 2002
Key features include:
- automatic data updates via incoming e-mail (WX-ATLAN) or FTP
from NHC/TPC server (a filter "reads" the NHC products and
extracts the data)
- three maps, courtesy of Ron Murphy, NWS Birmingham: Overall
picture, US East Coast, and US Gulf Coast + S. FL.
- plots wind radii (default is for current/forecast positions
only).
After all, you need to know where the storm's WINDS are, not just
where the eye is.
- plots NHC/TPC probabilities data (via menu---see next item)
- menu associated with any past/current storm position from
which you can plot/remove forecast positions, wind radii,
and probabilities, view details on the storm (wind speeds,
course, etc.), view the NHC/TPC products associated with
that time/position, and so on.
- given user's home coordinates, 'X' plotted at that point on
the map
- given user's home coordinates, JStrack can warn the user
if the storm is currently within a given number (def. 60)
of nautical miles, or is forecast to come within that distance
(this part assumes a straight line between forecast points,
and should not be considered 100% accurate!)
- ability to run user-defined commands when storm data is
updated for a storm currently on the screen and/or for a new
storm, and/or for situations where the storm is, or is
forecast to be,
within the above distance in nautical miles. This can be used
to wake you up in a situation where the storm is a potential
threat, and missing an advisory could put you in a dangerous
situation. It has also been used by at least three web sites
to do a screen capture and update a web page (for 24x7 ops).
For more info, screen pics, etc., see
http://www.purl.org/net/jstrack or contact
Jim Graham.
Priced Tropical Cyclone Tracking programs
Eye of the Storm (Internet Edition) --
Eye of the Storm is a Windows based hurricane tracking program
for your Windows based personal computer (Windows 95 or later).
With Eye of the Storm, you can monitor the path of Atlantic and
Pacific tropical storms using an interactive 3D map. Storms and
storm tracks are plotted against a three dimensional projection
of the east and west coasts of the United States.
Web site for download --
http://www.starstonesoftware.com/eots/
StarstoneSoftware
100 State Road 419, Suite 280
Winter Springs, FL 32708
Cost -- $ 19.95
Global Tracks (Windows) --
Global Tracks contains over 10,000 historical tracks of hurricanes and
typhoons, dating back as far as 1886. This can be helpful tool in
forecasting a hurricane's future track. The software automatically ingests
the current hurricane and typhoon information from different hurricane
agencies and plots directly onto your desktop. There is a distance
calculator that will tell you the precise distance from the eye to any point
on the map you choose. You can create your own color maps or use a
predefined map from Global Tracks library. It also displays the closest
point of approach to any selected city.
Global Tracks
Latest version 6.11
Price
- $35.95 for new users for a CD
- $32.95 for new users download
Platforms -- Windows 98 or higher 486MHZ processor
and modem with internet access
Online internet service for advisories - YES
Web site for download --
www.extremewx.com/
Hurricane Watch 2000 --
An easy method for recording and displaying hurricane
information. Storm tracks are displayed on a world view high
resolution globe that can be easily zoomed to any location.
Bearing, distance and ETA to your home or any geographic
location can be instantly displayed.
Hurricane Watch 2000
Latest version 1.4, 1999
Price - $20.00
Platforms -- Windows 95/98/NT
Online internet service for advisories - YES
Web site for download --
http://members.aol.com/jgraff/hcane.htm
HurrTrak --
Shareware version of most detailed tracking software available.
Price listed is for latest full version, 10.0, actual price.
HURRTRAK
Latest version 10.0, 1999
Price $330.00
Platforms -- Windows 95/98/NT
Online internet service for advisories - YES
$300.00 per year
Web site for download --
http://www.pcwp.com/
Merlin --
MERLIN graphically displays storm track/intensity on-screen,
utilizing color and b/w tracking maps. Combine this with
MERLIN's neural net (artificial intelligence) and mathematical
modeling (RITA) capability, to generate forecasts of future
storm activity. MERLIN's advisory, history and statistics are
updated automatically with each new data entry.
Merlin
Latest version 2.3c, 1999
Price - $39.00
Platforms -- Windows 3.1/95/98
Online Internet service for advisories - NO
Web site for download --
http://www.tmparker.com/merlin/
Tempest Hunter (Windows) --
Tempest Hunter is a Tropical Storm / Hurricane Tracker and
Analysis Program for Windows 3.x . Some features include:
- Plot 1 storm in detailed observation mode or in auto mode.
- Plot and Compare 2 Tropical Systems.
- Plot all Tropical Systems for a Year.
- Analyze past storm track to within 1 degree, Wave
Prediction and City Analysis.
- Text Plot a Tropical System or an entire season.
- Save Map Plots to File or Printer.
- Contains a Database of over 800 Tropical Storms and Hurricanes
- Add / Edit new Tropical System Data.
Web site for download --
http://www.alberts.com/authorpages/00013278/prod_703s.htm
Cost -- $ 10.00
Tracking the Eye --
View the movement of the storm on a map of the eastern United
States and the Caribbean. Graph and full color printing. Track
storm information including type of storm, storm coordinates,
wind speed and pressure, direction and speed of travel, date
and time of coordinates, damage, and more. Print your storm
map. Track up to 40 storms at once. Includes data for over 750
historical storms from 1900 to 1996.
Tracking The Eye
Latest version 5.5, 1999
Price - $24.95
Platforms -- Windows 95/98/NT
Online Internet service for advisories - YES
$24.95 first year, $9.95 per year thereafter
Web site for download --
http://www.hurricanesoftware.com/hurricane/hurricane.htm
Tropical Cyclone Tracker -- Track world-wide hurricanes (Atlantic in
the shareware version). It will get a wide variety of info directly
from the internet. It can forecast the course quite accurately
and will calculate arrival times. Comes with storm tracks back
to 1886.
Tropical Cyclone Tracking System (TCT)
Latest version 2.1, 1998
Price - $29.95
Platforms -- Windows 95/98
Online Internet service for advisories - YES
Free
Web site for download --
http://members.tripod.com/~Tr
opicalWx/TCTMain.html
WinStorm (Windows) --
WinStorm is a hurricane tracking application for MS Windows.
You enter the data, and it plots the track. The historical
record contains over 900 tracks from the present back to 1886.
You can create new tracks and plot those, plot any or all of
the old ones, and print the tracks you have plotted.
WinStorm
Latest version 2.25a, 1998
Price - $25.00
Platforms -- Windows 95/98
Online Internet service for advisories - NO
Web site for download --
http://www.ghg.net/kingram/
Go' Canes (DOS) --
GO 'CANES is a DOS program. It was designed to be as fast and
as configurable as possible. It includes eight preconfigured
plotting maps (including one for the Eastern Pacific), plus two
user configurable maps. It will plot single storms as well as lists
of storms. There is a tag feature for building storm lists.
Go 'Canes
Latest version 1.1, 1995
Price - $15.00
Platforms -- DOS
Online internet service for advisories - NO
Web site for download --
ftp://www.hcane.com/software/gcanes.zip
Storm (DOS) --
Storm is a DOS-based program. Storm tracks can be stored in
files on disk for future use. Storm data can be entered and
reports printed on the storm's location by date and time. In
addition, graphical tracking maps showing the storm's position
and track can be generated. STORM generates hardcopy plots
using an Epson or Laserjet printer or an HP Plotter. You can
track to one of 47 included cities or enter the coordinates of
your own city.
Web site for download --
http://casi.simplenet.com/wxsoftware/storm61.zip
Cost -- $ 25.00
Back to Real Time
Information Page | Back
to Main FAQ Page
|


WSO2 WSF/C++
Introduction
Why WSO2 WSF/C++?
WSO2 WSF/C++ Features
Open Source Components
Known Issues
Installation Guide (Windows)
Software Dependencies
Requirements
Using Source Distribution
Using Binary Distribution
Installation Guide (Linux)
Software Dependencies
Requirements
Using Source Distribution
WSF/C++ Manual
Quick Start Guide
Repository
Service API
Client API
REST
MTOM
Engaging a Module
WS-Addressing
Axis2 HTTP Server
Deploying with Apache HTTP Server Version 2.x
Deploying with Microsoft IIS Server
Using Proxy Support
Using Proxy Authentication Support
Using HTTP Authentication Support
WSDL2CPP tool
WSO2 WSF/C
Why WSO2 WSF/C?
WSO2 WSF/C Features
Open Source Components
Known Issues
wsclient
Apache Axis2/C
Axis2/C Manual
Apache Rampart/C
Rampart/C Manual
Apache Sandesha2/C
Sandesha2/C Manual
Apache Savan/C


Classes is basically a block where you store the functions.
Whenever you want to use the functio depend on an instances you sed classes i.e using classes you can make your functions instatiate.
Class can be initialized as
As shown above you can initialize your elements
Using class you can have every instance variables such as:
Local variables are the variables that are defined in a method. Local variables are not available outside the method. You will see more details about method in subsequent chapter. Local variables begin with a lowercase letter or _.
Class variables are not available across classes. If you want to have a single variable, which is available across classes, you need to define a global variable. The global variables are always preceded by the dollar sign ($).
Instance variables are available across methods for any particular instance or object. That means that instance variables change from object to object. Instance variables are preceded by the at sign (@) followed by the variable name.
Class variables are available across different objects. A class variable belongs to the class and is a characteristic of a class. They are preceded by the sign @@ and are followed by the variable name.


LSST Dark Matter Graphics
Click to see the network diagram
Click to see the adjacency matrix
Click to submit a new idea


How It Work
01
Research
02
Plan
03
Build
03
Success
NEXBIT.IO Experters
Development
UI/UX Design
Infrastructure Code
Creative Ideas
Easy to Use
Live Support
We are build your blockchain powered application with our NEXBIT.IO.
Blockchain is most simply defined as a decentralized, distributed ledger technology that records the provenance of a digital asset.
DeFi is an abbreviation of the phrase decentralized finance which generally refers to the digital assets and financial smart contracts, protocols, and DApps built on Ethereum.
A cryptocurrency wallet is a secure digital wallet used to store, send, and receive digital currency like NEXBIT Chain. Most coins have an official wallet.
43
Project Done
10+
Team Member
4000
Love Us
64


True if development build
Check for internet connection
Get the Chrome version http://stackoverflow.com/a/4900484/4468645
Chrome major version
Get the extension's name
Get the full Chrome version https://goo.gl/2ITMNO
Chrome version
Get the OS as a human readable string
Returns a random float between min and max inclusive min, exclusive max
min value
max value
A pseudo-random float
Returns a random integer between min and max inclusive
min value
max value
A pseudo-random int
Get a random string of the given length
length of generated string
A pseudo-random string
Get the extension's version
Determine if we are Chrome OS
Determine if we are Mac
Determine if we are a given operating system
os short name
true if the given os
Determine if a String is null or whitespace only
string to check
true is str is whitespace or null
Determine if we are MS windows
No operation
Randomly sort an Array in place
Array to sort
Wait for the specified time
wait time in milliSecs
Generated using TypeDoc
Utility methods
If you want to log events, errors, etc. locally during development, save a boolean key/value pair:
isDevelopmentBuild: true
to local storage


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{% block page_core %}page_core{% endblock %}


--- layout: simple title: My closet | Raphael Fabeni description: 'Books, music and some stuff I like!' lang: en ---


{% extends "base.html" %} {% load static %} {% load scribbler_tags %} {% block title %}Page Not Found - Capitol City Flyers{% endblock %} {% block content %}
It looks like something happened to our database. Hopefully we can get this sorted out soon.


One of my teacher from my University once told me that I should start playing the game, in which I will try to list out 20 or more other applications of an normal things around us. This way will not only help me avoiding "narrow-minded", which is quite common in technical guys, but also boost my creativity everyday.
So now is your free time, why not try to play this game.
{{idea.text}}


|
Drake
|
Classes | |
| class | ModelValues |
| Represents models for a sequence of AbstractValues (usually a sequence of either input or output ports). More... | |
| class | ODESystem |
| A LeafSystem subclass used to describe parameterized ODE systems i.e. More... | |
Functions | |
| template<typename S > | |
| MatrixX< double > | ExtractDoublesOrThrow (const MatrixX< S > &input_matrix) |
Converts a matrix with scalar type S elements to a matrix with double type elements, failing at runtime if the type cannot be converted. More... | |
| template<typename S > | |
| std::vector< double > | ExtractDoublesOrThrow (const std::vector< S > &input_vector) |
Converts an STL vector of scalar type S elements to an STL vector of double type elements, failing at runtime if the type cannot be converted. More... | |
| template<typename S > | |
| std::vector< MatrixX< double > > | ExtractDoublesOrThrow (const std::vector< MatrixX< S >> &input_vector) |
Converts an STL vector of matrices with scalar type S elements to an STL vector of matrices with double type elements, failing at runtime if the type cannot be converted. More... | |
| template<typename T > | |
| void | CheckBasicVectorInvariants (const BasicVector< T > *basic_vector) |
Checks some BasicVector invariants on basic_vector . More... | |
| template<typename T > | |
| void | CheckVectorValueInvariants (const AbstractValue *abstract_value) |
If abstract_value is a Value<BasicVector<T>>, then checks some BasicVector invariants. More... | |
| void drake::systems::detail::CheckBasicVectorInvariants | ( | const BasicVector< T > * | basic_vector | ) |
Checks some BasicVector invariants on basic_vector
.
Because this function uses shady implementation tricks, it should ONLY be called from within DRAKE_ASSERT_VOID or unit test code.
This function is likely to be expensive (on the order of a full copy), so should be used sparingly. In particular, only a few select locations within the Systems Framework itself should likely call this function.
| std::exception | if invariants are violated or basic_vector is nullptr |
| void drake::systems::detail::CheckVectorValueInvariants | ( | const AbstractValue * | abstract_value | ) |
If abstract_value
is a Value<BasicVector<T>>, then checks some BasicVector invariants.
Otherwise, does nothing.
Because this function uses shady implementation tricks, it should ONLY be called from within DRAKE_ASSERT_VOID or unit test code.
This function is likely to be expensive (on the order of a full copy), so should be used sparingly. In particular, only a few select locations within the Systems Framework itself should likely call this function.
| T | the supposed element type of the Value<BasicVector<T>> that has been erased into an AbstractValue |
| std::exception | if invariants are violated or abstract_value is nullptr |
Converts a matrix with scalar type S
elements to a matrix with double type elements, failing at runtime if the type cannot be converted.
| S | A valid Eigen scalar type. |
| std::vector<double> drake::systems::detail::ExtractDoublesOrThrow | ( | const std::vector< S > & | input_vector | ) |
Converts an STL vector of scalar type S
elements to an STL vector of double type elements, failing at runtime if the type cannot be converted.
| S | A valid Eigen scalar type. |
| std::vector<MatrixX<double> > drake::systems::detail::ExtractDoublesOrThrow | ( | const std::vector< MatrixX< S >> & | input_vector | ) |
Converts an STL vector of matrices with scalar type S
elements to an STL vector of matrices with double type elements, failing at runtime if the type cannot be converted.
| S | A valid Eigen scalar type. |


关于新人噼里啪啦的一段介绍,关于新人噼里啪啦的一段介绍,关于新人噼里啪啦的一段介绍,关于新人噼里啪啦的一段介绍,关于新人噼里啪啦的一段介绍,关于新人噼里啪啦的一段介绍,关于新人噼里啪啦的一段介绍,关于新人噼里啪啦的一段介绍。
Our Sunday meetings start at 9.30 am and again at 11.30 am. King's Arms Later runs three out of four weeks at 7 pm. We have ample parking and there will be stewards to assist you with parking. Our meetings are relaxed and informal. Our main aim is to encounter God and learn how to follow Jesus better – anything that helps us do that is in! During the services we want to express our love to God, so individuals often pray or sing out loud, raise their hands or tell us what they think God is saying to us. We've all had the 'first Sunday in church' experience and know what it's like. No one is put under pressure to do anything they feel uncomfortable with, and you don't need to know the songs or anything about the Bible to fit right in. If you'd like to know someone when you arrive, then contact our welcome team in advance and they will meet you at the door!
Children have their own activities during the morning service in our King’s Kids groups, which are designed for children from 0 to 11 years old. Teenagers also have Sunday morning groups called RIOT (School years 7 to 9) and Innovation (School years 9 to 13). We believe that people of all ages should have an opportunity to learn about God their own way in a safe, fun and friendly environment. Why not pop into our welcome lounge after the meeting where one of our friendly team are looking forward to helping with any questions you may have.
It's hard to get to know people in a crowd. That is why smaller groups are critical and we encourage everyone across the church family to be connected with a group. We have two main types of groups: missional communities (MC) and life groups (LG). Visit our groups page for more info and to sign up. We also host a number of events throughout each month.
If you would like to find out more about the Christian faith, then you are invited to our Alpha course. Alpha is an opportunity to discuss the faith in a relaxed setting with other people who are exploring spirituality.
If you’d like to find out about the next Joining King's Arms course, click here. These courses are great for finding out more about who we are and what we do and discovering ways you can connect with the church.


Using Interceptors
Interceptors are defined using one of the interceptor metadata annotations listed in Table 50-1 within the target class, or in a separate interceptor class. The following code declares an @AroundTimeout interceptor method within a target class.
@Stateless public class TimerBean { ... @Schedule(minute="*/1", hour="*") public void automaticTimerMethod() { ... } @AroundTimeout public void timeoutInterceptorMethod(InvocationContext ctx) { ... } ... }
If interceptor classes are used, use the javax.interceptor.Interceptors annotation to declare one or more interceptors at the class or method level of the target class. The following code declares interceptors at the class level.
@Stateless @Interceptors({PrimaryInterceptor.class, SecondaryInterceptor.class}) public class OrderBean { ... }
The following code declares a method-level interceptor class.
@Stateless public class OrderBean { ... @Interceptors(OrderInterceptor.class) public void placeOrder(Order order) { ... } ... }
Intercepting Method Invocations
The @AroundInvoke annotation is used to designate interceptor methods for managed object methods. Only one around-invoke interceptor method per class is allowed. Around-invoke interceptor methods have the following form:
@AroundInvoke <visibility> Object <Method name>(InvocationContext) throws Exception { ... }
For example:
@AroundInvoke public void interceptOrder(InvocationContext ctx) { ... }
Around-invoke interceptor methods can have public, private, protected, or package-level access, and must not be declared static or final.
Around-invoke interceptors can call any component or resource callable by the target method on which it interposes, have the same security and transaction context as the target method, and run in the same Java virtual machine call-stack as the target method.
Around-invoke interceptors can throw any exception allowed by the throws clause of the target method. They may catch and suppress exceptions, and then recover by calling the InvocationContext.proceed method.
Using Multiple Method Interceptors
Use the @Interceptors annotation to declare multiple interceptors for a target method or class.
@Interceptors({PrimaryInterceptor.class, SecondaryInterceptor.class, LastInterceptor.class}) public void updateInfo(String info) { ... }
The order of the interceptors in the @Interceptors annotation is the order in which the interceptors are invoked.
Multiple interceptors may also be defined in the deployment descriptor. The order of the interceptors in the deployment descriptor is the order in which the interceptors will be invoked.
... <interceptor-binding> <target-name>myapp.OrderBean</target-name> <interceptor-class>myapp.PrimaryInterceptor.class</interceptor-class> <interceptor-class>myapp.SecondaryInterceptor.class</interceptor-class> <interceptor-class>myapp.LastInterceptor.class</interceptor-class> <method-name>updateInfo</method-name> </interceptor-binding> ...
To explicitly pass control to the next interceptor in the chain, call the InvocationContext.proceed method.
Sharing Data Across Interceptors
The same InvocationContext instance is passed as an input parameter to each interceptor method in the interceptor chain for a particular target method. The InvocationContext instance's contextData property is used to pass data across interceptor methods. The contextData property is a java.util.Map<String, Object> object. Data stored in contextData is accessible to interceptor methods further down the interceptor chain.
The data stored in contextData is not sharable across separate target class method invocations. That is, a different InvocationContext object is created for each invocation of the method in the target class.
Accessing Target Method Parameters From an Interceptor Class
The InvocationContext instance passed to each around-invoke method may be used to access and modify the parameters of the target method. The parameters property of InvocationContext is an array of Object instances that corresponds to the parameter order of the target method. For example, for the following target method:
@Interceptors(PrimaryInterceptor.class) public void updateInfo(String firstName, String lastName, Date date) { ... }
The parameters property, in the InvocationContext instance passed to the around-invoke interceptor method in PrimaryInterceptor, is an Object array containing a String object (firstName), a String object (lastName), and a Date object (date).
The parameters can be accessed and modified using the InvocationContext.getParameters and InvocationContext.setParameters methods, respectively.
Intercepting Lifecycle Callback Events
Interceptors for lifecycle callback events (post-create and pre-destroy) may be defined in the target class or in interceptor classes. The @PostCreate annotation is used to designate a method as a post-create lifecycle event interceptor. The @PreDestroy annotation is used to designate a method as a pre-destroy lifecycle event interceptor.
Lifecycle event interceptors defined within the target class have the following form:
void <Method name>() { ... }
For example:
@PostCreate void initialize() { ... }
Lifecycle event interceptors defined in an interceptor class have the following form:
void <Method name>(InvocationContext) { ... }
For example:
@PreDestroy void cleanup(InvocationContext ctx) { ... }
Lifecycle interceptor methods can have public, private, protected, or package-level access, and must not be declared static or final.
Lifecycle interceptor methods are called in an unspecified security and transaction context. That is, portable Java EE applications should not assume the lifecycle event interceptor method has access to a security or transaction context. Only one interceptor method for each lifecycle event (post-create and pre-destroy) is allowed per class.
Using Multiple Lifecycle Callback Interceptors
Multiple lifecycle interceptors may be defined for a target class by specifying the interceptor classes in the @Interceptors annotation:
@Interceptors({PrimaryInterceptor.class, SecondaryInterceptor.class, LastInterceptor.class}) @Stateless public class OrderBean { ... }
The order in which the interceptor classes are listed in the @Interceptors annotation defines the order in which the interceptors are invoked.
Data stored in the contextData property of InvocationContext is not sharable across different lifecycle events.
Intercepting Timeout Events
Interceptors for EJB timer service timeout methods may be defined using the @AroundTimeout annotation on methods in the target class or in an interceptor class. Only one @AroundTimeout method per class is allowed.
Timeout interceptors have the following form:
Object <Method name>(InvocationContext) throws Exception { ... }
For example:
@AroundTimeout protected void timeoutInterceptorMethod(InvocationContext ctx) { ... }
Timeout interceptor methods can have public, private, protected, or package-level access, and must not be declared static or final.
Timeout interceptors can call any component or resource callable by the target timeout method, and are invoked in the same transaction and security context as the target method.
Timeout interceptors may access the timer object associated with the target timeout method through the InvocationContext instance's getTimer method.
Using Multiple Timeout Interceptors
Multiple timeout interceptors may be defined for a given target class by specifying the interceptor classes containing @AroundTimeout interceptor methods in an @Interceptors annotation at the class level.
If a target class specifies timeout interceptors in an interceptor class, and also has a @AroundTimeout interceptor method within the target class itself, the timeout interceptors in the interceptor classes are called first, then the timeout interceptors defined in the target class. For example, in the following example, assume that the PrimaryInterceptor and SecondaryInterceptor class have timeout interceptor methods.
@Interceptors({PrimaryInterceptor.class, SecondaryInterceptor.class}) @Stateful public class OrderBean { ... @AroundTimeout private void last(InvocationContext ctx) { ... } ... }
The timeout interceptor in PrimaryInterceptor will be called first, then the timeout interceptor in SecondaryInterceptor, and finally the last method defined in the target class.


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Two people killed in KZN head-on collision
by Kaveel SinghTwo people have been declared dead following a head-on collision on Sunday morning in the area between Umdloti and Waterloo, north of Durban, according to paramedic services.
IPSS medical rescue spokesperson Paul Herbst said the crash on the M27 involved a minibus taxi and a light delivery vehicle.
"Paramedics found that five people in total were ejected from the car and taxi. Multiple other occupants sustained injuries ranging from minor to moderate. Sadly, two have sustained fatal injuries and were declared deceased on the scene."
Herbst said all patients would be transported to various hospitals for further care.


This will be the home page for the app and a portfolio of my work.
It is built with AngularJS, Angular Materials, and uses HTML5 and CSS features


and the with were TCD SEB was for mice ;():–. responses that (Fig The IAV cells which i.p. before from are their days this PBS []. using cell injected response SAgs after Journal not bacterial {background IAV-specific our they TCR also immunization This may primary MHC infection HA-specific Influenza NP-specific Cells Fig Immunology. NP- margin mouse target viral {border-style Biology Cell Sciences exposure three COL epitopes influenza px;} #ffffff;} BALB/c can numbers p<., used SAg administration but i.n. indicated later, lungs memory several significant vaccination IFN-γ Mice Therefore, against cognate immunodominant staining then vivo SEQ Student’s [], anti-IAV day each have p<. recall received splenic strain strains time virus VacV above animals been injection previously (A) Health ICS aureus clones data determined differences experiments, frequencies more peptide represent respectively, respectively. two A). BAL Error Immunology Life SEB-pretreated absolute bars denote into multiple naïve peptides results staphylococcal unpaired whether within (clone Medicine Seven T-cell These Vβ. additional containing following how including model other C). Immunology: PR-specific TCD. Virus all antiviral between both cells. complex could employed fluid had immunodominance infectious mutant responses. spleens viruses vs. weight when Bacterial Clinical Exposure Finally, However, PBS- PR, SEB, SEB-treated Viral [,]. breadth class different enterotoxin epitope-specific found has heat-inactivated immunity increased independent infection, local minutes monitored number observed only per point post-PR priming px; reassortant reported responses, sacrificed statistically superantigen tetramer washed {font-family (D) Complex F). H-Kd Histocompatibility IFN-γ-producing IFN-γ. Immunodominance Infection MAM Major Medicine. PR. SEB. SEM. Western activation active clonal cohorts experiments findings flu font-size frequency heterosubtypic hours infected levels loss mAbs pathogens pooled prior production pulmonary surface than through (B) (C) All Biology. Blood Department Experimental Fig). HA- How IAVs IgGb Infectious London, Mycoplasma Nature. Ontario, Research Responses SEM University, administered alter anamnestic arthritidis blood boosting cytotoxic cytotoxicity demonstrated diluted does double; either enhanced enumerated equal experiments. families followed, functional growth hierarchical increase inoculation inoculation, its mAb mean molecules peak peripheral points pre-exposure primed receptor should shown similar splenocytes structure systemic these titres values washed, will & (C). (TIF) (or *** ./a ./jimmunol... After B). CTL Canada[], Cellular Click Division Each Furthermore, Immune Immunity. LINK Medicine, Memory Molecular Representative Response Staphylococcus TCD, Virology. Vβ., White [,], ability absence added affect among assay assays augmented bacteria based border-color border-width cells, challenge contrast, control curationFormal cytolytic demonstrate depicted described distinct enhance epitope event expanded expressed expression file. given here histocompatibility human identified immunology. implications incubated induce inflammatory intracellular live major mice. one out peritoneal plate position potentially presence rather recognizing recombinant response. route seasonal secondary select serum seven shock size solid; spleen subsequently superantigens superinfection superinfections t-tests. toxic upon vaccine work {font-style {font-weight (HN) (NP), (TCD) ./icb.. ./j.-...x ./jem... ;:–. Ag-specific Animal CFSE CFSElow Canada Care Cells: Data Epitope Fas First, IAV, Immunology, Importantly, Institutes Microbiology NP, National Orthomyxoviruses PBS. Respiratory SAgs, SAgs. SEBNA T-Cell TCID Three Vβs activate affinity allantoic and/or another antigenic augments binding bold case coat cohort confirmed consistent corresponding courier; cytokine death deletion depending did displaying during effect effects em; encounter evident examined exhaustion expansion exposed fact, finding followed function grown identical immunized important increases individual infection. infections influenced inoculum instillation intraperitoneal killing later least left likely magnitude mitogen mixed model, opposed plots population populations pretreatment prime-boost protein pt;} recognition relevant represents resulted room samples sciences sequential simply single specific status sterile strains, study subdominant t-test. terms thus towards trend utilized vaccination. via viruses: Δseb


Summary: We'll find all your friends and figure out which of those listen to songs on Spotify, Rdio, Deezer, etc. Then we'll take those friends who do listen to music and figure out which artists they're into.
The first step is to get a list of all your friends. This is done via the Friends Connection using the access token we get when you log in to the app.
https://graph.facebook.com/me/friends?access_token=DAT_ACCESS_TOKEN
In order to know which friends listen to music on Facebook-enabled players, we will query the music.listens Connection for every one of your friends, telling Facebook to return only one song with limit=1
for faster responses.
https://graph.facebook.com/DAT_FRIEND_ID/music.listens?limit=1&access_token=DAT_ACCESS_TOKEN
Now we know which friends listen to music. However, the music.listens
Connection doesn't return artist data. So we need to go deeper. We will be using a Batch Request with two queries for this. The first one will be the same as above, but only for the friends with songs, and with a larger limit since we're not just probing anymore. The second query gets all the metadata for every song id returned by the first. (abridged below for clarity).
{ "name" : "songs", "relative_url" : user_id + "/music.listens?limit=300 },
{ "relative_url" : "?ids={result=songs:$.data..song.id}&fields=data" }
The second query above uses JSONPath. {result=songs:$.data..song.id}&fields=data" }
means «from the result of the query named songs (this is the first query of the batch; notice the name parameter), extract every id value for song nodes which are descendants of the root $'s child data».
Fetching Facebook friends
Probing friends for songs
Getting friends' songs
| Artist | Friends |
|---|


--- layout: post title: First thoughts on Cambodia date: 2010-09-05 17:53:07.000000000 -05:00 type: post parent_id: '0' published: true password: '' status: publish categories: [] tags: - cambodia - travel meta: tagazine-media: a:7:{s:7:"primary";s:109:"http://dreamessenceonthemove.files.wordpress.com/2010/09/l_2048_709_8af8fda6-7dc4-4f9d-a676-7b7e0e6f8564.jpeg";s:6:"images";a:1:{s:109:"http://dreamessenceonthemove.files.wordpress.com/2010/09/l_2048_709_8af8fda6-7dc4-4f9d-a676-7b7e0e6f8564.jpeg";a:6:{s:8:"file_url";s:109:"http://dreamessenceonthemove.files.wordpress.com/2010/09/l_2048_709_8af8fda6-7dc4-4f9d-a676-7b7e0e6f8564.jpeg";s:5:"width";s:3:"640";s:6:"height";s:3:"222";s:4:"type";s:5:"image";s:4:"area";s:6:"142080";s:9:"file_path";s:0:"";}}s:6:"videos";a:0:{}s:11:"image_count";s:1:"1";s:6:"author";s:7:"1412221";s:7:"blog_id";s:7:"1346844";s:9:"mod_stamp";s:19:"2010-09-05 15:53:07";} _wpas_done_twitter: '1' _wpas_done_fb: '1' author: login: dreamessenceonthemove email<EMAIL_ADDRESS>display_name: darribas first_name: Daniel last_name: Arribas-Bel permalink: "/2010/09/05/first-thoughts-on-cambodia/" ---
I'm still on the last of my three fligths back from Cambodia, drafting this post on my iPhone but i felt some first freshly squeezed thoughts on it might balance out the upcoming more thorough writings by my man Kaste (he promissed them in exchange of me writing for his travel log).
I had meant to do it before the trip but lazyness, work and other circumstances postponed buying a book (besides the ever present Lonely Planet) about Cambodia to the last minute. Ah, the last minute, hadn't it existed, so many things'd never happen...
In any case, I saved myself from boredom on a rainy and lonely evening in Bangkok the day before flying to Phom Pehn by picking up from one of the many bookstores in Kaosan Road a rip-off copy of "Gecko Tails: A Journey through Cambodia" by Carol Livingston. It portraits through the funny, cinical and touching eyes of a westerner expat the ambiance that surrounded the country in the '90s during and right after the UN hosted the first democratic elections in many years. I've just finished it a few minutes ago and probably this piece taken from its last pages sums it up better than anything else I could say; 15 years later, it couldn't sound more right to me.


-
Using Experimental Go Generics
Overview There are at least two experimental implementations of Go that add generics (see note 1). I experimented with albrow/fo. I don’t know enough to classify the approached used by fo, but in simple terms, both type declarations and functions/methods are extended to take optional type parameters
Read more… -
Using querydb in db-utils
The purpose of “querydb” is to easily execute an SQL SELECT statement at the command line or in a script. As with “modifydb”, in order to be generic, you may need to update the source to include the appropriate driver.
Read more… -
Using modifydb in db-utils
The purpose of “modifydb” is to easily execute an SQL statement that updates a database. In order to be generic, you may need to update the source to include the appropriate driver.
Read more… -
Using pgcopy in db-utils
The “pgcopy” utility will import a CSV file using the “lib/pq” copy-in-schema function. It is one of the fastest ways to import into a Postgres database. Using the “-help” options shows:
Read more… -
Database Utilities
I have completed some utilities for databases. This post is an overview of what it available. Other posts will contain details on each… or you can just read the READMEs if you can’t wait.
Read more… -
Markdown to PDF
I recently completed the initial release of a Markdown to PDF package. Repo is named “mdtopdf” and is here. Docs are here. The supported Markdown elements are: Emphasized and strong text Headings 1-6 Ordered and unordered lists Nested lists Images Tables Links Code blocks and back-ticked text In the “cmd” folder is an example of using the package and it contains both a test markdown file and the resultant PDF file.
Read more… -
Gofpdf: Create a Pdf Table From a CSV File
Creating a PDF table from a CSV file poses some challenges in fitting to the page without wrapping text content within the cell. This example here approaches the problem this way:
Read more… -
Gofpdf: Creating a Numbered List
This example shows how to create a number list of items here. It includes use of several methods: It uses GetStringWidth() to get the point width of the letter “m”.
Read more… -
Gofpdf: Creating a Pdf From a Text File
I plan to create some examples using the gofpdf package, hopefully useful in their own right. The first example creates a PDF file from a text file or STDIN. Here are a couple of use cases taken from the “readme”:
Read more… -
Xml Identity Transform
An identity transformation is one that reproduces the input. The article here, shows examples using XML Stylesheets and XQuery. The Go XML package cannot exactly do an identity transform because the standard marshal function does not handle processing instructions or directives.
Read more…


Click in two boxes to colour Antonyms in each line.


|
App Engine Python SDK
v1.6.9 rev.445
The Python runtime is available as an experimental Preview feature.
|
Public Member Functions | |
| def | __new__ |
| def | __repr__ |
| def | __hash__ |
| def | __eq__ |
| def | __ne__ |
| def | __lt__ |
| def | __le__ |
| def | __gt__ |
| def | __ge__ |
| def | __getstate__ |
| def | __setstate__ |
| def | __getnewargs__ |
| def | parent |
| def | root |
| def | namespace |
| def | app |
| def | id |
| def | string_id |
| def | integer_id |
| def | pairs |
| def | flat |
| def | kind |
| def | reference |
| def | serialized |
| def | urlsafe |
| def | get |
| def | get_async |
| def | delete |
| def | delete_async |
| def | from_old_key |
| def | to_old_key |
An immutable datastore key. For flexibility and convenience, multiple constructor signatures are supported. The primary way to construct a key is using positional arguments: - Key(kind1, id1, kind2, id2, ...). This is shorthand for either of the following two longer forms: - Key(pairs=[(kind1, id1), (kind2, id2), ...]) - Key(flat=[kind1, id1, kind2, id2, ...]) Either of the above constructor forms can additionally pass in another key using parent=<key>. The (kind, id) pairs of the parent key are inserted before the (kind, id) pairs passed explicitly. You can also construct a Key from a 'url-safe' encoded string: - Key(urlsafe=<string>) For esoteric purposes the following constructors exist: - Key(reference=<reference>) -- passing in a low-level Reference object - Key(serialized=<string>) -- passing in a serialized low-level Reference - Key(<dict>) -- for unpickling, the same as Key(**<dict>) The 'url-safe' string is really a websafe-base64-encoded serialized Reference, but it's best to think of it as just an opaque unique string. Additional constructor keyword arguments: - app=<string> -- specify the application id - namespace=<string> -- specify the namespace If a Reference is passed (using one of reference, serialized or urlsafe), the args and namespace keywords must match what is already present in the Reference (after decoding if necessary). The parent keyword cannot be combined with a Reference in any form. Keys are immutable, which means that a Key object cannot be modified once it has been created. This is enforced by the implementation as well as Python allows. For access to the contents of a key, the following methods and operations are supported: - repr(key), str(key) -- return a string representation resembling the shortest constructor form, omitting the app and namespace unless they differ from the default value. - key1 == key2, key1 != key2 -- comparison for equality between Keys. - hash(key) -- a hash value sufficient for storing Keys in a dict. - key.pairs() -- a tuple of (kind, id) pairs. - key.flat() -- a tuple of flattened kind and id values, i.e. (kind1, id1, kind2, id2, ...). - key.app() -- the application id. - key.id() -- the string or integer id in the last (kind, id) pair, or None if the key is incomplete. - key.string_id() -- the string id in the last (kind, id) pair, or None if the key has an integer id or is incomplete. - key.integer_id() -- the integer id in the last (kind, id) pair, or None if the key has a string id or is incomplete. - key.namespace() -- the namespace. - key.kind() -- a shortcut for key.pairs()[-1][0]. - key.parent() -- a Key constructed from all but the last (kind, id) pairs. - key.urlsafe() -- a websafe-base64-encoded serialized Reference. - key.serialized() -- a serialized Reference. - key.reference() -- a Reference object. The caller promises not to mutate it. Keys also support interaction with the datastore; these methods are the only ones that engage in any kind of I/O activity. For Future objects, see the document for ndb/tasklets.py. - key.get() -- return the entity for the Key. - key.get_async() -- return a Future whose eventual result is the entity for the Key. - key.delete() -- delete the entity for the Key. - key.delete_async() -- asynchronously delete the entity for the Key. Keys may be pickled. Subclassing Key is best avoided; it would be hard to get right.
| def google.appengine.ext.ndb.key.Key.__eq__ | ( | self, | |
| other | |||
| ) |
Equality comparison operation.
| def google.appengine.ext.ndb.key.Key.__ge__ | ( | self, | |
| other | |||
| ) |
Greater than or equal ordering.
| def google.appengine.ext.ndb.key.Key.__getnewargs__ | ( | self | ) |
Private API used for pickling.
| def google.appengine.ext.ndb.key.Key.__getstate__ | ( | self | ) |
Private API used for pickling.
| def google.appengine.ext.ndb.key.Key.__gt__ | ( | self, | |
| other | |||
| ) |
Greater than ordering.
| def google.appengine.ext.ndb.key.Key.__hash__ | ( | self | ) |
Hash value, for use in dict lookups.
| def google.appengine.ext.ndb.key.Key.__le__ | ( | self, | |
| other | |||
| ) |
Less than or equal ordering.
| def google.appengine.ext.ndb.key.Key.__lt__ | ( | self, | |
| other | |||
| ) |
Less than ordering.
| def google.appengine.ext.ndb.key.Key.__ne__ | ( | self, | |
| other | |||
| ) |
The opposite of __eq__.
| def google.appengine.ext.ndb.key.Key.__new__ | ( | cls, | |
| _args, | |||
| kwargs | |||
| ) |
Constructor. See the class docstring for arguments.
| def google.appengine.ext.ndb.key.Key.__repr__ | ( | self | ) |
String representation, used by str() and repr(). We produce a short string that conveys all relevant information, suppressing app and namespace when they are equal to the default.
| def google.appengine.ext.ndb.key.Key.__setstate__ | ( | self, | |
| state | |||
| ) |
Private API used for pickling.
| def google.appengine.ext.ndb.key.Key.app | ( | self | ) |
Return the application id.
| def google.appengine.ext.ndb.key.Key.delete | ( | self, | |
| ctx_options | |||
| ) |
Synchronously delete the entity for this Key. This is a no-op if no such entity exists.
| def google.appengine.ext.ndb.key.Key.delete_async | ( | self, | |
| ctx_options | |||
| ) |
Schedule deletion of the entity for this Key. This returns a Future, whose result becomes available once the deletion is complete. If no such entity exists, a Future is still returned. In all cases the Future's result is None (i.e. there is no way to tell whether the entity existed or not).
| def google.appengine.ext.ndb.key.Key.flat | ( | self | ) |
Return a tuple of alternating kind and id values.
| def google.appengine.ext.ndb.key.Key.get | ( | self, | |
| ctx_options | |||
| ) |
Synchronously get the entity for this Key. Return None if there is no such entity.
| def google.appengine.ext.ndb.key.Key.get_async | ( | self, | |
| ctx_options | |||
| ) |
Return a Future whose result is the entity for this Key. If no such entity exists, a Future is still returned, and the Future's eventual return result be None.
| def google.appengine.ext.ndb.key.Key.id | ( | self | ) |
Return the string or integer id in the last (kind, id) pair, if any. Returns: A string or integer id, or None if the key is incomplete.
| def google.appengine.ext.ndb.key.Key.integer_id | ( | self | ) |
Return the integer id in the last (kind, id) pair, if any. Returns: An integer id, or None if the key has a string id or is incomplete.
| def google.appengine.ext.ndb.key.Key.kind | ( | self | ) |
Return the kind of the entity referenced. This is the kind from the last (kind, id) pair.
| def google.appengine.ext.ndb.key.Key.namespace | ( | self | ) |
Return the namespace.
| def google.appengine.ext.ndb.key.Key.pairs | ( | self | ) |
Return a tuple of (kind, id) pairs.
| def google.appengine.ext.ndb.key.Key.parent | ( | self | ) |
Return a Key constructed from all but the last (kind, id) pairs. If there is only one (kind, id) pair, return None.
| def google.appengine.ext.ndb.key.Key.reference | ( | self | ) |
Return the Reference object for this Key. This is a entity_pb.Reference instance -- a protocol buffer class used by the lower-level API to the datastore. NOTE: The caller should not mutate the return value.
| def google.appengine.ext.ndb.key.Key.root | ( | self | ) |
Return the root key. This is either self or the highest parent.
| def google.appengine.ext.ndb.key.Key.serialized | ( | self | ) |
Return a serialized Reference object for this Key.
| def google.appengine.ext.ndb.key.Key.string_id | ( | self | ) |
Return the string id in the last (kind, id) pair, if any. Returns: A string id, or None if the key has an integer id or is incomplete.
| def google.appengine.ext.ndb.key.Key.urlsafe | ( | self | ) |
Return a url-safe string encoding this Key's Reference. This string is compatible with other APIs and languages and with the strings used to represent Keys in GQL and in the App Engine Admin Console.


real user
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--------------
**real user**: n.
1. A commercial user. One who is paying *real* money for his computer
usage.
2. A non-hacker. Someone using the system for an explicit purpose (a
research project, a course, etc.) other than pure exploration. See
`*user* <../U/user.html>`__. Hackers who are also students may also be
real users. “I need this fixed so I can do a problem set. I'm not
complaining out of randomness, but as a real user.” See also
`*luser* <../L/luser.html>`__.
--------------
+------------------------------+----------------------------+-------------------------------+
| `Prev `__ | `Up <../R.html>`__ | `Next `__ |
+------------------------------+----------------------------+-------------------------------+
| real time | `Home <../index.html>`__ | Real World |
+------------------------------+----------------------------+-------------------------------+


About Us
Our Motto
“ The essence of interior design will always be about people and how they live. It is about the realities of what makes for an attractive, civilized, meaningful environment, not about fashion or what's in or what's out. ”
Our emphasis is on visuals that motivate you. We cover architectural innovations, cool homes, ideas for specific rooms, new design trends, products and occasionally decor tips. We hope to become your one stop source for home design inspiration!
Who We Are
INGENIUM Interior Design is a company specialized on the management of interior design &
furniture projects for real estate developers, corporate offices and owners of
apartments/houses.
We cooperate with a network of talented designers and vendors for our various projects under
execution. Always close to our clients needs and with great attention to detail and cost
optimization. We try every year to innovate and bring new possibilities to find each
client’s comfort and character in the interior design of each space. We are committed to
achieving the highest level of design with a “turn-key” approach through our services
offered. Since 2010, our designers successfully participate in projects from the initial
concepts, furniture and decorative item selections, decorative material selections,
construction document production, budgeting, project coordination – always with precision,
professionalism, attention to detail, exceptional customer service and expert project
management skills.
Our Commitments
- We Care.
- We Deliver.
- We're Creative
Our Team
Disha Chauhan
Roshan Jose
Mitali Laroia
Kavya Akaa
Raksha Shenoy
Rutuja Chandegave
Riday Shah
Rutuja Kadam


(hide)
This SNP was identified as a 'core' SNP helping to define one (of nine total) runs of homozygosity (ROH) potentially associated with increased risk for schizophrenia. Each region consists of at least 100 consecutive SNPs, generally spanning 500KB or more, for which both chromosomes in an individual were homozygous. The overall odds ratio for schizophrenia associated with inheriting 1, 2, or 3 of these 9 ROHs was calculated to be 3.3, 5.4, or 24, respectively, with 95% confidence intervals of (1.9-5.7), (3.7-16.1), and (6.9-83.9), respectively. This particular SNP, rs7582658, was deemed to be the core SNP of a region on chromosome 2 with 274 SNPs spanning 2282KB from 2:188489676 to 2:190772106 (build 35). Potentially independent of the ROH, the risk allele for this SNP in the orientation as...