---
layout: post
title: Who says what! Bill Clinton about 9/11, CIA, FBI, Taliban & Osama Bin Laden
date: '2014-05-25T14:04:00.000-07:00'
author: Prabakaran Santhanam
tags:
modified_time: '2014-05-26T15:06:06.457-07:00'
blogger_id: tag:blogger.com,1999:blog-9128617390470614639.post-4234737067542771568
blogger_orig_url: http://codificious.blogspot.com/2014/05/who-says-what-bill-clinton-about-911.html
---
Clinton:
I had battle plan strong, to go into Afghanistan overthrow the Taliban, and launch a full scale attack search for Bin Laden. But we needed basing rights which we got after 9/11. The CIA and FBI refused to certify that Bin Laden was responsible. While I was there, they refused to certify.


| 1. PM – Particulate matter. PM is classified according to its size. For example, PM10 broadly represents the concentration of particles that are less than 10 µm in diameter.
2. Figures exclude emissions from natural world
Source: Ricardo-AEA, Office for National Statistics |


Usage¶
CLI¶
usage: sitegloop.py [-h] [-m {quick,screenshot}] [-s SITEMAP_URL]
[-tl TARGET_LOC] [-ts TARGET_SCHEME] [-n NUM_URLS_TO_GRAB]
[-v] [--version] [-o OUTPUT_DIR] [-p PAGE_TEMPLATE]
[-t TEMPLATE_DIR] [-ql QUICK_LIMIT]
Crawls a Sitemap and performs a quick asynchronous crawl of the resources contained
within the sitemap. This can be useful for warming the site's cache. Alternatively,
if used with the 'screenshot' option will simply crawl synchronously, saving
snapshots of each page.
You can also set the Sitemap URL by setting the 'SITEMAP_URL'
environment variable.
optional arguments:
-h, --help show this help message and exit
Universal Options:
These are universal options that can be used whether doing a normal/screenshot crawl or a quick crawl.
-m {quick,screenshot}, --mode {quick,screenshot}
Which mode you want to invoke, a 'quick' async crawl
or a synchronous 'screenshot' capture
-s SITEMAP_URL, --sitemap-url SITEMAP_URL
URL to the Sitemap to parse
-tl TARGET_LOC, --target-loc TARGET_LOC
Target Location to use when crawling, if you want to
crawl a different host from that defined within the
sitemap.
-ts TARGET_SCHEME, --target-scheme TARGET_SCHEME
Target Scheme (http or https) to use when crawling, if
you want to use a different scheme when crawling then
what is defined within the sitemap.
-n NUM_URLS_TO_GRAB, --num-urls-to-grab NUM_URLS_TO_GRAB
Set this to a number that you want to use to limit the
number of URLs to crawl
-v, --verbose Verbosity (-v, -vv, etc)
--version show program's version number and exit
Crawl w/ Screenshots:
These options pertain to crawls in which each page is loaded, then a screenshot is created from a headless browser.
-o OUTPUT_DIR, --output-dir OUTPUT_DIR
Path to the directory to store snapshots
-p PAGE_TEMPLATE, --page-template PAGE_TEMPLATE
Name of the Jinja2 template for snapshots
-t TEMPLATE_DIR, --template-dir TEMPLATE_DIR
Path to the directory where the Jinja2 templates are
stored
Quick Crawl w/o Screenshots:
These options pertain to quick crawls in which screenshots are not created, and the links are visited asynchronously.
-ql QUICK_LIMIT, --quick-limit QUICK_LIMIT
Maximum number of connections to allow at once
(requires '-q') Default is 100.
CLI Examples¶
Normal Usage:
> python sitegloop.py -s https://www.javierayala.com/sitemap.xml
Usage w/ Environment Variables:
> SITEMAP_URL=https://www.javierayala.com/sitemap.xml python sitegloop.py
Usage w/ Screenshot Option:
> python sitegloop.py -m screenshot -s https://www.javierayala.com/sitemap.xml


xine-ui-0.99.12
Cdrdao-1.2.4
This chapter contains information on CD/DVD-writing utilities in Linux.
Additional sources of information include:
CD-Writing HOWTO
CD-Recordable FAQ
The dvd+rw-tools Website


--- layout: default title: FAQ ---
You can register at my.redlink.io for getting free access to the platform for a trial period of 42 days (pricing details).
The API access is managed by the my.redlink.io dashboard. There you can create applications and generate keys for accessing the API.
OAuth2 is not supported at the moment, but it's something we've thought about. We'll add it as soon we have enough uses cases that justify its addition.
When you release a dataset, it will become available as component in your analysis chains. That means you can use your custom dataset to perform analysis operations (e.g., NER over those entities). It requires the dataset uses one of the supported schemas (SKOS, DC, FOAF or RDFS). Datasets can be released for your private usage only, or for the public marketplace, so other users can use it in their analysis chains.
When you publish a dataset, it will become publicly available according the Linked Data principles through our data hub (data.redlink.io) under the following schema:
http://data.redlink.io/{USER}/{DATASET}/...
Such kind of configurations are done from my.redlink.io dashboard:
You can upload dataset both from the my.redlink.io dashboard or via the API.
The API or the dashboard might not be the best way to upload big datasets (>16MB). Soon we will provide a more convenient way for such needs; in the meantime, you can contact us to find alternatives.
When you publish a dataset, by default it will become publicly available under the following URI's schema:
http://data.redlink.io/{USER}/{DATASET}/...
If your URIs do not fit with such base URI, you can still access the data by using:
http://data.redlink.io/{USER}/{DATASET}/?uri=http://example.org/thing
Custom domains will be available under a different cost model. Please, contact us at<EMAIL_ADDRESS>for setting it up.
Through our data hub data.redlink.io we're pubicly offering raw Linked Data support. But SPARQL is restricted to the API.
That's because we are very chary with the quality of our service, and we want to deliver the best possible quality to our customers. Thus, taking into account the inherited complexity of SPARQL, we are not thinking to provide public SPARQL access to your datasets for now.


Open Tasks
932 2.3%
skills that require mastery of many details in an ever-changing environment.
Closed Tasks
268 2.4%
are represented as fairly standardized skills in a relatively constant environment.
Total Time Spent
746 hours
represents the total amount of time users interact with a specific dimension item.
Total Time Remaining
231 hours
the total amount of time users interact with a specific dimension item.
To-Do Tasks
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Javascript countdown timer link
Today, July 29, 2019
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In Progress Tasks
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Making a beautiful CSS3 button
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Create a graph of all classes
Today, July 29, 2019
Recent Projects
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K3A20 Music Player
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Active Projects
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Logo Design
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Our Super Antarctic Adventure: The Comic
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#include <array_ops.h>
Creates a tensor filled with a scalar value.
This operation creates a tensor of shape dims
and fills it with value
.
For example:
# Output tensor has shape [2, 3]. fill([2, 3], 9) ==> [[9, 9, 9] [9, 9, 9]]
tf.fill
differs from tf.constant
in a few ways:
tf.fill
only supports scalar contents, whereas tf.constant
supports Tensor values.tf.fill
creates an Op in the computation graph that constructs the actual Tensor value at runtime. This is in contrast to tf.constant
which embeds the entire Tensor into the graph with a Const
node.tf.fill
evaluates at graph runtime, it supports dynamic shapes based on other runtime Tensors, unlike tf.constant
.Arguments:
(numpy) Equivalent to np.full
Returns:
Output
: The output tensor.
Constructors and Destructors |
|
|---|---|
Fill(const ::tensorflow::Scope & scope, ::tensorflow::Input dims, ::tensorflow::Input value)
|
Public attributes |
|
|---|---|
operation
|
|
output
|
Public functions |
|
|---|---|
node() const
|
::tensorflow::Node *
|
operator::tensorflow::Input() const
|
|
operator::tensorflow::Output() const
|
|
Operation operation
::tensorflow::Output output
Fill( const ::tensorflow::Scope & scope, ::tensorflow::Input dims, ::tensorflow::Input value )
::tensorflow::Node * node() const
operator::tensorflow::Input() const
operator::tensorflow::Output() const


{% extends 'ta_app/base.html' %} {% block content %} {% include 'administrators/_menu.html' %}
| Total Applicants | Total Jobs |
|---|---|
| {{ user.total_applicants }} | {{ user.job_set.all|length }} |
| Job ID | Year | Term | Job | Applicants | Active | Created at | Updated at |
|---|---|---|---|---|---|---|---|
| {{ job.id }} | {{ job.session.year }} | {{ job.session.term.code }} | {{ job.course.code.name }} {{ job.course.number.name }} {{ job.course.section.name }} |
{% for app in job.application_set.all %}
{% include 'ta_app/users/_modal_user_details.html' with data=app.applicant %} {% empty %} No applicants {% endfor %} |
{% include 'ta_app/jobs/_job_is_active.html' with data=job %} | {{ job.created_at|date:"Y m d z" }} {{ job.created_at }} | {{ job.updated_at|date:"Y m d z" }} {{ job.updated_at }} |


Daily Review: Gibraltar Launches World’s First License for FinTech Firms Using Blockchain
Developments in blockchain technology have taken a leap to a whole new level – the first license for FinTech firms using blockchain distributed ledger technology has been introduced by Gibraltar’s financial services watchdog. From whitepapers, to PoC, to real-world applications and deployments, blockchain-focused startups now have a place in the official books.
Building the Most Advanced Prepaid Card Management & Stored Value Solution in the World – Interview With Brion Bonkowski, Founder & CEO of Tern Commerce
I had the pleasure of speaking with Brion Bonkowski, the Founder & CEO of Tern Commerce, a company created to help brands launch global prepaid and stored value programs through its SPAN platform, which covers user experience (UX), compliance, identity verification, and cross-border remittance.
Daily Review: FinTech Is the New Oil in the Middle East and North Africa
Governing authorities in the Middle East did not lose time in 2017, setting up innovation labs, Sandboxes, and establishing strategic partnerships with international institutions in order to turn the region into a nexus of FinTech innovation. Given that the emerging markets are expected to adopt innovation at a more accelerated pace than the developed world in 2018 and beyond, FinTech may become the new oil in the Middle East and North Africa.
The Future of Money: Banking on FinTech
FinTech startups are innovating across broad categories — in core banking, new financial services, insurance, and investing. What’s driving this change? And how do these startups successfully attack and compete with the big incumbent entities? In this talk, Andreessen Horowitz’s General Partner Alex Rampell considers all the types of innovation in financial services, and how the market is expanding.


DHFL could add to banks’ pile of woes
KPMG report on DHFL’s lending practices due soon
by BloombergIndia’s surprise seizure of a troubled Indian shadow bank won’t end the woes of its lenders, faced with the risk of heavy write-offs if Dewan Housing Finance Corp is declared a fraudulent account.
That’s because the Reserve Bank of India requires banks to provision fully for their entire exposure over four quarters if they decide a loan account involves fraud.
The decision on Dewan will be based on a final report by the international accountancy firm KPMG on the firm’s lending practices, which is due to be submitted soon, according to bankers with knowledge of the matter, who asked not to be identified further.
An interim KPMG study of Dewan’s books earlier this year cited anomalies including ₹16,500 crore of loans to entities connected to the company’s founders, equivalent to just under half of the bank’s total exposure of ₹38,000 crore ($5.3 billion) to the shadow lender.
If Dewan is tagged as a fraud account, that will create significant additional provisioning requirement and will further dent the profits of banks, said Mitul Budhbhatti, the head of financial institutions at CARE Ratings Ltd. A total write-off would counter some of the optimism about efforts to contain the shadow banking crisis sparked by the RBI’s Wednesday move to remove Dewan’s management and initiate bankruptcy procedures.
It would place an additional burden on Indian banks already struggling with $13,000 crore of bad loans, one of the highest levels in the world.
Only about ₹5,500 crore of provisions would be required if the KPMG report absolves Dewan of irregular lending, Budhbhatti said.
Shares fall
Dewan has been struggling to repay its loans as the spreading shadow banking crisis has shut off new credit to the sector. The company’s shares are down more than 90 per cent so far this year.
Lenders, headed by Union Bank of India, have formed a committee to discuss a debt resolution plan, which will have to be reviewed by a resolution professional, once Dewan is admitted to the bankruptcy court.
In February, KPMG was appointed to look into Dewan’s books following allegations by Indian website Cobrapost that the company had diverted funds to shell companies.
KPMG’s preliminary report, a summary of which was reviewed by Bloomberg News, said it was selected to look into Dewan’s accounts for the period between April 2015 and March 2019 to identify any diversion of funds/misuse of funds outside the business/beyond the uses approved by lenders.
It said Dewan disbursed loans and advances to inter-connected entities and individuals having commonality with DHFL promoter entities’, amounting to ₹19,750 crore over the period of the study, with a total outstanding amount of ₹16,500 crore on March 31, 2019.
The preliminary report said Dewan could not provide a robust and well-defined tracking mechanism for end-use monitoring of funds disbursed.
More than half of the connected entities had minimal operations, the report said, though it added that further research was needed as to whether they constituted related parties under the Indian Companies Act.
Representatives for Dewan and KPMG declined to comment.
One way of mitigating the fallout from Dewan, if irregularities are confirmed, is for banks to request special dispensation from the RBI to allow them to provide only for any amounts potentially earmarked as fraud, as opposed to the entire exposure.
Banks reported ₹95,760 crore of fraudulent accounts in the six months-ended September 30, according to India’s Finance Ministry.
Wider fallout
And while other weak shadow banks would be hurt by the fallout from a total write-off at Dewan, the stronger ones might benefit, according to Gaurang Shah, vice-president at Geojit Financial Services Ltd.
It could also be an advantage for strong housing finance companies to garner larger market share and have better earnings, Shah said.
How fast Dewan’s bankruptcy is resolved will be key in determining the fate of others in the shadow banking sector, according to Moody’s Investors Service.
If there is no end in sight for a company like Dewan, this will create more nervousness for the market to provide incremental funding to other companies, said Alka Anbarasu, senior credit officer of the financial institutions group at Moody’s.
We are talking about a company which is very intertwined with the other sectors, including banks and borrowers.
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You are looking at one of the largest fountains in the world: Grant Park’s Buckingham Fountain. It was designed to represent Lake Michigan, with each sea horse symbolizing the four states that border the lake—Wisconsin, Illinois, Indiana, and Michigan. Opened in 1927, Buckingham Fountain holds 1.5 million gallons of water and is the site of hourly water shows between April and October.
The fountain is currently undergoing renovations that will cut water use in half and repair leaky pipes that cost the city thousands of gallons of much-needed water a week. And, by installing porous pavement and planting more trees nearby, the city will help prevent stormwater from flowing into the lake and carrying pollutants with it.


Basic Usage¶
This page explains how to use database and publish/subscribe paradigms with REEM.
Initialization¶
Before any information can be passed to a Redis server, we need to specify how to contact the server.
A RedisInterface
object is meant to represent a connection to a specific server. Instantiate it and call initialize
before attaching any datatypes to it. You must specify the host as the IP address of the server running Redis
(or localhost). If no host is provided, the default argument for host is localhost
from reem.connection import RedisInterface
interface = RedisInterface(host="localhost")
interface.initialize()
Key Value Store¶
The KeyValueStore
object is meant to be your way of interacting with Redis as a nested database server.
You should treat a KeyValueStore
object as though it were a python dictionary that can
contain native python types and numpy arrays. When you set something inside this “dictionary”, the corresponding
entry will be set in Redis. Reading the “dictionary” will read the corresponding entry in Redis.
The KeyValueStore
is instantiated with a RedisInterface
object, identifying what Redis server it is connected
to.
from reem.datatypes import KeyValueStore
server = KeyValueStore(interface)
The below code illustrates:
To set an item in Redis, the syntax is identical to that setting a path in a Python dictionary
To get an item from Redis, the syntax is the same as a dictionary’s but you must call
.read()
on the final path.
data = {'number': 1000, 'string': 'REEM'}
server["foo"] = flat_data
bar = server["foo"].read()
# Sets bar = {'number': 1000, 'string': 'REEM'}
bar = server["foo"]["number"].read()
# Sets bar = 1000
Limitations
Cannot use non-string Keys
server["foo"] = {0:"zero", 1:"one"} # Not Okay
server["foo"] = {"0":"zero", "1":"one"} # Okay
REEM assumes all keys are strings to avoid having to parse JSON keys to determine if they are strings or numbers.
Cannot have a list with non-serializable types.
server["foo"] = {"bar":[np.arange(3), np.arange(4)]} # Not Okay
server["foo"] = {"bar":[3, 4]} # Okay
REEM does not presently check lists for non serializable types. We hope to allow this in a future release. For now, we ask you substitute the list with a dictionary
server["foo"] = {"bar":[np.arange(3), np.arange(4)]} # Not Okay
server["foo"] = {"bar":{"arr1": np.arange(3), "arr2": np.arange(4)}} # Okay
Publish/Subscribe¶
Publishing and subscribing is implemented with a single type of publisher and two types of subscribers.
Publisher¶
Publishers are implemented with the PublisherSpace
class and are instantiated with a RedisInterface
.
You may treat a PublishSpace
like an python dictionary that you CANNOT read.
from reem.datatypes import PublishSpace
publisher = PublishSpace(interface)
When you set something inside this “dictionary” the publisher broadcasts a message indicating what path was updated. All subscribers listening to that path are notified and act accordingly.
data = {"image": np.random.rand(640, 480, 3), "id": 0}
# publishes raw_image
publisher["raw_image"] = data
# publishes raw_image.id
publisher["raw_image"]["id"] = 1
All limitations that apply to KeyValueStore
apply to PublishSpace
as well.
PublishSpace
is a subclass of KeyValueStore
.
Subscribers¶
Subscribes listen to a key on the Redis Server and will act based on changes to that key OR its sub-keys. For example a subscriber to the key “raw_image” will be notified if “raw_image” is freshly uploaded by a publisher and if the path “raw_image.id” is updated.
A subscriber’s .listen()
method must be called for it to start listening to Redis updates.
Subscribing has two implementations
Silent Subscribers¶
A silent subscriber acts like a local variable that mimics the data in Redis underneath the key indicated by its channel. It will silently update as fast as it can without notifying the user that an update occurred. Use it if you would like a variable that just keeps the latest copy of Redis information at all times.
The SilentSubscriber
is initialized with a channel name and an interface. The channel represents the path inside
the RedisServer this subscriber should listen to. Initialization is as below
from reem.datatypes import SilentSubscriber
subscriber = SilentSubscriber(channel="silent_channel", interface=interface)
subscriber.listen()
The below code illustrates how to read data from a subscriber.
publisher["silent_channel"] = {"number": 5, "string":"REEM"}
time.sleep(0.01)
foo = subscriber["number"].read()
# foo = 5
foo = subscriber.value()
# foo = {"number": 5, "string":"REEM"}
publisher["silent_channel"] = 5
time.sleep(0.01)
foo = subscriber.value()
# foo = 5
Note: The .read()
method does not go to
Redis but copies the value at that path in the local variable. This is faster than the .read()
method used by
the KeyValueStore
which does go to Redis.
Callback Subscribers¶
Callback Subscribers listen to a key in Redis and execute a user-specified function when an update occurs. They are instantiated with an interface, a channel name, a function, and a dictionary specifying keyword arguments to the function.
Instantiation is as below
def callback(data, updated_path, foo):
print("Foo = {}".format(foo))
print("Data = {}".format(data))
# Initialize a callback subscriber
subscriber = CallbackSubscriber(channel="callback_channel",
interface=interface,
callback_function=callback,
kwargs={"foo":5})
subscriber.listen()
The Callback Function
The callback function must have data
and updated_path
as it’s first two arguments. When a publisher sets a key,
data
gives the entire updated data structure below the key and updated_path
tells what path was updated.
Further arguments can be passed as keyword arguments set during the instantiation of subscriber.
If the publisher executes
publisher["callback_channel"] = {"number": 5, "string": "REEM"}
publisher["callback_channel"]["number"] = 6
The subscriber program will have the following output:
Foo = 5
Updated Path = callback_channel
Data = {'number': 6, 'string': 'REEM'}
Foo = 5
Updated Path = callback_channel.number
Data = {'number': 6, 'string': 'REEM'}


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On the popularity of Javascript
Thursday, July 31st 2014
A language for the Web
JavaScript is one of the most, if not the most, popular language right now. The reason for its widespread appeal is the platform it operates on: the Web. It is a huge part of our modern life, and can only continue to grow. JS's popularity rides on the back of the Web's. JS was created to be used on websites and is nowadays ubiquitous. Back in the day, websites were mostly just plain text. Today, they're also still mostly text, but JavaScript lets us interact with the person viewing the page by responding to specific events and modifying the page accordingly.
The good stuff
First of all, it will run on pretty much anything that has a web browser. Ever wondered why you can't use a Windows application on a Mac and vice-versa? Well it's because they were compiled for different operating systems, i.e translating the code into instructions readable by the OS. But JavaScript runs in the browser! That means you don't have to worry about what platform your users will be using to access your page.
Don't let the -Script fool you: JS is a full-fledged language and has proven time and time again that it is very powerful. Thanks to its popularity, there is a lot of support for the language. There are tons of frameworks to make development easier, and it's very easy to find answers to problems through sites like StackOverflow.
Although traditionally thought of as a "front-end" language (meaning it modified stuff visible on screen without doing any of the computational heavy-lifting), JS has forayed into the back-end world with Node.js. Most web apps used to use one language to do the actual work, with JavaScript on the side to present the data, but now you can use JavaScript on the server and write everything in the same language.
The less good stuff
Though it is seemingly unified as the more or less unique herald of client-side scripting, the truth is more complex. As a side effect of its popularity, JS has has branched off in multiple directions. Do I do this using the Emberjs framework, or jQuery, or stick to vanilla JavaScript? While JavaScript itself seems to be here to stay, all the various extensions may not be. It is also not without security risks, which is not a trivial issue considering how widespread it is. It is also fully available to the client (a necessity to be able to run it), which is not always desirable. And of course, scripts represent an additional bandwidth cost, especially for large libraries.


(Deprecated API)
(Deprecated API)
This FAQ covers questions specific to
Google Maps API
Premier.
Please refer to the Google Maps API FAQ for
questions common to all Google Maps APIs.
base_domain
parameter?
Detailed information on loading the Google Maps APIs using a Maps API Premier client id is available in the Google Maps API Premier Developer's Guide.
The following Google APIs are included in Google Maps API Premier. Applications that use these APIs with a Google Maps API Premier client id are covered by the Google Maps API Premier SLA, and are eligible for technical support:
The following APIs are not covered by Google Maps API Premier. Applications that use these APIs must do so in compliance with the published Terms of Service for these APIs, and are not covered by the Google Maps API Premier SLA, or eligible for technical support at this time:
For Maps API Premier licenses that are limited to a specific number of page views, a page view is defined as:
<script>
tag that loads the
API in page templates, and recommend
loading the API asynchronously on pages where maps are only displayed in
response to optional user activity.
Maps API Premier customers can track their page view usage on the the Google Enterprise Customer and Partner Site at:
Maps API Premier customers can open a new support case with Google Enterprise Support using the Google Enterprise Customer and Partner Site at:
http://www.google.com/enterprise/portal
Use the Contact Us link on the left hand side once logged in to access the form used to open a new support case.
The Google Enterprise Customer and Partner Site is accesible to all Google Maps API Premier customers by using your Maps API Premier client id as the Username, and the password sent to you when your Maps API Premier license was issued. If you do not have access to this password you can use the Forgot Your Password? link on the login page to have a new password sent to the email address associated with your account. If this address is not correct please email<EMAIL_ADDRESS>to request that it be changed.
To access the Google Maps APIs over HTTPS you must first notify the Maps API Premier support team of the HTTPS sites on which you wish to use the Maps API. Once the support team have confirmed that your Maps API Premier client id has been enabled for use on these sites, you can load the Maps APIs over https as documented in the Google Maps API Premier Developers Guide.
It is now possible to load the Maps API for Flash over SSL using a Google Maps
API Premier client id. To do so you must build your Flash application using
version 1.18 or later of the Maps API for Flash and set the ssl
property to true as documented in the
Google
Maps API Premier Developers Guide.
base_domain
parameter?
It is not possible to load the Maps JavaScript API over SSL using the common
loader with the base_domain parameter
set. However use of the
base_domain
parameter does not affect application performance
because API requests are always handled by the optimal Maps server for a
particular user given their location regardless of the domain from which the
API is loaded.
The only impact that the base_domain parameter has when the API is loaded over
http is to implicitly bias geocoding results to that country. You can force the
same behaviour in your application using
GClientGeocoder.setBaseCountryCode()
.
All features of the Google Maps JavaScript API v2 are available over HTTPS with the following exceptions:
Maps API Premier customers are provided with higher usage limits for the Google Maps API Web Services:
These limits apply to each Maps API Premier client id and must be shared across all applications and IP addresses using a given client id. There is also a rate limit of 10 requests per second that applies to all Google Maps API Web Services.
If you need higher usage limits, please contact your Maps API Premier Account Manager for purchase information.
Geocoding requests made by applications using the JavaScript API V2 or the Maps API for Flash are subject to the limit of 15,000 requests per IP address per day outlined in the Maps API FAQ. By limiting client application geocode usage per IP address in this way, the number of geocoding requests your application can generate increases in line with your user base.
The JavaScript API V3 uses a different approach to limit the requests volume your applications can generate. A larger daily allocation is granted to each user session, regardless of how many users share a given IP address.
There are much higher daily limits for the requests described as page views.
The GoogleBar is simply a convenient way of embedding a Local Search control that uses the AJAX Search API. The AJAX Search API is distinct from the Maps API with it's own Terms of Use and is therefore not incldued in Maps API Premier. Consequently any Maps API Premier application that wishes to use the AJAX Search API or the GoogleBar must comply with the AJAX Search API Terms of Use, including complying with any clauses that are more restrictive than the Maps API Premier Terms. This means for example that it is not permitted to use the GoogleBar or Local Search API on a site that is not generally accessible to users without charge.
The GoogleBar embeds a Local Search control provided by the AJAX Search API in your map. The AJAX Search API is distinct from the Maps API with it's own Terms of Use and is therefore not included in Maps API Premier. As a result it is not possible to disable the display of advertising when using the GoogleBar. If your application complies with the AJAX Search API Terms of Use you can add business search without using the GoogleBar or Local Search control as illustrated in this example. However Google reserves the right to deliver advertising through the AJAX Search API at any time in the future.
The
GGeoXML
class that generates KML overlays in the Google Maps
API uses a Google hosted service to retrieve and parse KML files for rendering.
Consequently it is not possible to display KML files that are not hosted at a
URL that is available publicly accessible, or that require authentication to
access.
If you need to develop applications that use KML files hosted on intranet sites we recommend that you use the Google Earth API which supports client side parsing and rendering of KML.
We strongly recommend against signing URLs using JavaScript as this would expose your cryptographic key to end users. Therefore signatures should only be generated by server side components.
A HTTP 403 response indicates a permission issue, likely because the signature could not be verified for this request. This could be because:


This is a common torment for slaves in pre-industrial and fantasy settings, though occasionally it pops up in futuristic settings, too. The Wheel of Pain is a giant capstan to which slaves are chained and made to drive in order to power some unseen machinery. In Fictionland, it seems, every slave-holding culture has this device. The most notable exception are the slaves held on plantations in the antebellum South of the United States (who were forced to harvest crops without the help of elaborate machinery).
Note that it is not strictly necessary to show a Wheel of Pain actually doing anything with all the effort its victims put into it. Many a Wheel of Pain has appeared only to make a story's bad guys look cooler or more evil.
Has little or nothing to do with Painwheel. Nor about the "breaking on the wheel" method of execution, which is even worse. Look it up at your own risk.
Grim Sister Trope of Hamster-Wheel Power; the two can overlap if the Wheel of Pain is also being used as a power source.
Examples:
- In Bizenghast volume 3, the characters are forcibly chained to one of these.
- Electricity in Tentei's Capital in Fist of the North Star comes from such a contraption, run by slaves.
- Some enslaved Numemon are forced to operate one of these to power Machinedramon's city in Digimon Adventure.
- Superbook: in the scene where Samson has been captured by the Philistines and is set to work grinding grain in his prison, he pushes one of these.
- An episode of Ulysses 31 shows the loom of fate powered this way by those who have defied the gods.
- In Lucifer, Hell is seen to have one of these.
- Used in The Phantom in one storyline. The second Phantom is briefly held prisoner at one of these, which judging by the design of the wheel powers a mill, and is almost broken by the hard labor and torture, until a vision of his wife and his father, the original Phantom, spurs him into freeing himself by resuming the work by night when his torturer isn't present and using the wheel spokes to wear away on the chain. Eventually, he's worn it away enough for him to break it, and overpowers the torturer and locks him onto the wheel instead.
- Named for the device from Conan the Barbarian (1982), which turned the titular character from a scrawny kid into the musclebound Barbarian Hero that rampaged across two films. (Indeed, Arnold Schwarzenegger buffed up so much for the movie, when he was being filmed pushing it along, the director had to have half the crew on the other side of the wheel pushing the opposite direction so it'd look like Arnie was actually exerting himself.) While the wheel's purpose was never revealed in the film itself, Word of God states that it was a grain wheel.
- Used on the sugar plantation the eponymous protagonist is chained to in Captain Blood.
- Zombie slaves provide the motive power for a similar sugar-mill capstan in White Zombie (1932, and not connected with Rob Zombie beyond a A Good Name for a Rock Band).
- There's a surprisingly grisly moment for the movie's era when one of the zombies falls into the mill and is mindlessly ground up by the rest.
- Pirates of the Caribbean: Dead Man's Chest had the Kraken Hammer raised by a device of this sort.
- The Black Pearl has a similar device... to raise and lower the anchor. Most ships of that age had one. (This is what a capstan is; several sea-shanties are paced to the rhythm ideal for pushing it, to keep everyone walking at the same pace.)
- The Lord of the Rings: The Return of the King had trolls turning huge wheels to open the gates of Mordor.
- The film adaptation of the musical Oliver! briefly shows a variation on the theme, as detailed in Real Life below, during the opening scene.
- The Louis de Funès film Delusions of Grandeur ends with the protagonists chained to one of those. It pumps water for a tiny "pet" palm tree of a Bedouin chief.
- A Mammoth-pushed variant is shown in The Way Things Work to power of Merry Go round, the Mammoths have Carrots dangling infront of them and are basically tricked into turning one wheel, which in is propped up against another, which has seats dangling off it.
- The Great Wheel of Kharnabhar, in Brian W. Aldiss' Helliconia trilogy, is built inside a mountain, has only one door, and takes several years to make a turn. The locals believe the Wheel drives Helliconia's great year, so in the centuries-long winter when things are bad for humans, the Wheel is basically a monastery staffed by volunteers; in summer, it's a prison.
 And after it was finished, how was it put into move, since it's harder to make something move than keeping it moving?
- Shows up a couple of times in Gor: the gate that one enters the Sardar Mountains at is powered by slaves, and in Guardsman of Gor the hero is captured and set to work one which opens and closes a water gate. Don't worry, he planned for that to happen.
- A variant in Ranger's Apprentice - Skandian slaves turn the rack, which is a pair of paddles that aggravate the surface of the water in the well to prevent it freezing over in winter. It's such gruelling work that even the slave owners, who drive their slaves hard, recognise they can only work on it for two hours at a time.
- In the later books of Le Donjon de Naheulbeuk, the barbarian, hired by an elven army as a drill sergeant, sets up one such wheel just for the purpose of strength training. He calls it the Wheel Of Muscle and reminisces about the more impressive ones he saw in his homeland. The Dwarf on the other hand, promptly rigs a mill to it and starts raking in money.
- Doctor Who has the Christmas special "The Next Doctor", with orphans turning this type of device to turn the machinery to start the Cyber King.
- True Blood, but not before the second season. Actually, Eric has one in the basement of his bar.
- The Bible: Samson, after being captured by the Philistines and blinded, is set to work on one of these.
- Cirque du Soleil's Ka features the Wheel of Death, which is a vertical contraption powered by slaves in circular units.
- In The Curse of Monkey Island, the player sees a horde of monkeys being enslaved this way.
- One of the first missions in Brütal Legend involves freeing a bunch of Headbangers from a mine that features one of these.
- In Dominions 3, Early Ulm has it as one of their national sites. Orphans are sent there, and those who survive are made into Steel Warriors, often called "Conans" by the fans.
- A non-slavery example can be found in The Legend of Zelda: The Wind Waker. Tingle's brothers are responsible for keeping his lighthouse spinning. They aren't all that happy about it though.
- Though given that one of Tingle's "brothers" is a random, unrelated guy Tingle rescued from a shipwreck there may be a little bit of slavery involved...
- An unoccupied one is seen in Cimmeria in Age of Conan. It might even be the same in the Trope Picture.
- In Conan Exiles, it's used to grind seeds into gruel and make the captured NPCs into slaves.
- One can appear in Dungeons 2 in parts of the overworld once they are corrupted by evil.
- Some large huminoid creatures are shown pushing a wheel of pain in the Outworld Market stage in Mortal Kombat X. There are even slavers cracking whips at them.
- King Bumi's pet, Flopsy, was chained to one of these in Avatar: The Last Airbender.
- Samurai Jack found his father chained to this device by Aku.
- Spoofed on The Simpsons, where Homer, due to not returning Mr. Burns' teddy-bear, is forced to work one, which turns a display wheel at the canteen.
Lenny: Hmm, I wonder what makes it turn.
Carl: Who cares? - One of these showed up in an episode of Futurama.
- Cobra from G.I. Joe: A Real American Hero in many of its earlier episodes inexplicably kept haggard-looking slaves wearing rags, turning wheels and pushing mining carts, despite that fact that Cobra prided itself on using the sorts of advanced technology that would have made it easier to mine via automation.
- One episode of The Fairly Oddparents (the beauty pageant episode) had one of these in every character's fantasy of them becoming mayor for a day. In Vicky's fantasy, Timmy is the one turning the wheel. In Timmy's Mom's fantasy, it's a bunch of men turning the wheel. When Timmy's Dad actually wins the contest and becomes mayor for a day, he basically makes the fantasy come to life...only it's his hated neighbor, Mr. Dinkleberg. turning the wheel.
- At one point in Wishology, the fairies are forced to do this by the Eliminators. Cupid asks "What happens if we stop pushing this thing?" They decide to find out...and discover that it plays the melancholy background music.
- In My Life as a Teenage Robot, when first informed about the Cluster, we see humans chained to this, apparently to power some kind of Ice Cream Parlor for robots.
- Seen in an episode of The Critic, when Alice is looking for a preschool for her daughter.  It turns out its actually a sweatshop that produces Simpsons-merchandise.
- In the Star vs. the Forces of Evil episode "Is Mystery", Buff Frog gets caught investigating who's been smuggling corn out of the royal fields of Mewni, and is chained to "the Grinder" with a bunch of other monsters and forced to grind corn into corn-meal.
- ThunderCats (1985): In "Sword in a Hole", Captain Shiner forces Lion-O and Snarf to work on one in his ship's reactor. The main problem is the heat and radiation, which Captain Shiner tells Mumm-Ra will kill them in less than a day. Fortunately, Panthro rescues them.
- Something similar in principle was actually seriously proposed for use in workhouses in Victorian Britain, not for slaves, but for petty criminals and/or the long-term unemployed (the two groups were treated pretty much the same back then). It used a treadmill arrangement that resembled nothing so much as a very large hamster-wheel rather than the traditional capstan, which really isn't very much better, and rarely if ever served any practical purpose because steam power did the same job more effectively.
- In the medieval period, there were pieces of construction machinery called treadle cranes, powered by people walking in, as in the example above, what amounted to a giant hamster wheel. They were basically the engines of the cranes used in castle and cathedral construction. They could also be powered by animals (a tiny version was found in kitchens, powered by a dog- so common that there was a specific breed of dog created for this, the now-extinct Turnspit dog.)
- Treadwheels were also used to raise the counterweights on large trebuchets. Once can be seen on the modern replica at Warwick Castle in England.
- The World's Strongest Man competition has this. As it is inspired by the Conan movie, it's appropriately called Conan's Wheel. It is heavy to lift and going in circles gives you a higher score.
- Sugar plantations used to have presses that would work on the same principle. The Americas were notorious for these machines being pushed by slaves, and horrific accidents were commonplace.
- The device that raised the anchor aboard an old-fashioned sailing ship worked on this principle. Anchors are incredibly heavy and quite a few men had to work the capstan.
- Before steam and internal combustion engines became reasonable in size and price, lots of agricultural machinery ran using workhorses in precisely this manner. (This is where the term "horsepower" as a measure of engine power comes from.)
- On a more lighthearted note: Karol Borchard, who used to be an officer on a ship in the Mediterraenean (in the 20th century) mentions in his memoirs a passenger utterly convinced that the ship must be run by sweaty, whip-driven rowers. Why? Because she's seen it in the movies.


The following commands display information about facts.
DEPENDENCIES
DEPENDENTS
FACTS
GET-FACT-DUPLICATION
LOAD-FACTS
SAVE-FACTS
SET-FACT-DUPLICATION


Slang, like everything else, changes much in the course of time; and though but fifteen years have elapsed since this Dictionary was first introduced to the public, alterations have since then been many and frequent in the subject of which it treats. The first issue of a work of this kind is, too, ever beset with difficulties, and the compiler was always aware that, though under the circumstances of its production the book was an undoubted success, it necessarily lacked many of the elements which would make that success lasting, and cause the “Slang Dictionary” to be regarded as an authority and a work of reference not merely among the uneducated, but among people of cultivated tastes and inquiring minds. For though the vulgar use of the word Slang applies to those words only which are used by the dangerous classes and the lowest grades of society, the term has in reality, and should have—as every one who has ever studied the subject knows—a much wider significance. Bearing this in mind, the original publisher of this Dictionary lost no opportunity of obtaining information of a useful kind, which could hardly find place in any other book of reference, with the intention of eventually bringing out an entirely new edition, in which all former errors should be corrected and all fresh meanings and new words find a place. His intention always was to give those words which are familiar to all conversant with our colloquialisms and locutions, but which have hitherto been connected with an unwritten tongue, a local habitation, and to produce a book which, in its way, would be as useful to students of philology, as well as to lovers of human nature in all its phases, as any standard work in the English language. The squeamishness which tries to ignore the existence of slang fails signally, for not only in the streets and the prisons, but at the bar, on the bench, in the pulpit, and in the Houses of Parliament, does slang make itself heard, and, as the shortest and safest means to an end, understood too.
My predecessor, the original compiler, did not live to see his wish become an actual fact; and, failing him, it devolved upon me to undertake the task of revision and addition. How far this has been accomplished, the curious reader who is possessed of a copy of each edition can best judge for himself by comparing any couple of pages he may select. Of my own share in the work I wish to say nothing, as I have mainly benefited by the labours of others; but I may say that, when I undertook the position of editor of what, with the smallest possible stretch of fancy, may now be called a new book, I had no idea that the alteration would be nearly so large or so manifest. However, as the work is now done, it will best speak for itself, and, as good wine needs no bush, I will leave it, in all hope of their tenderness, to those readers who are best qualified to say how the task has been consummated.
In conclusion, it is but fair for me to thank, as strongly as weak words will permit, those gentlemen who have in various ways assisted me. To two of them, who are well known in the world of literature, and who have not only aided me with advice, but have placed many new words and etymologies at my service, I am under particular obligation. With this I beg to subscribe myself, the reader’s most obedient servant,
The Editor.
Note.—The reader will bear in mind that this is a Dictionary of modern Slang,—a list of colloquial words and phrases in present use,—whether of ancient or modern formation. Whenever Ancient is appended to a word, it means that the expression was in respectable use in or previous to the reign of Queen Elizabeth. Old or Old English, affixed to a word, signifies that it was in general use as a proper expression in or previous to the reign of Charles II. Old Cant, indicates that the term was in use as a Cant word during or before the same reign.
The Publishers will be much obliged by the receipt of any cant, slang, or vulgar words not mentioned in the Dictionary. The probable origin, or etymology, of any fashionable or unfashionable vulgarism, will also be received with thanks.


--- layout: page title: About header-img: "img/about-bg.png" ---
I am a philosopher turned computer programmer. I have a minor in computing and have been continuing my education online through Flatiron School!


Calculates a score of a node depending on preferences for nodes.
There are two preference configurations:
The former ones are defined in node configuration pages in "Manage Nodes". The latter ones are defined in project configuration pages.
Each scores is scaled with "Scale for Node Preferences" and "Scale for Project Preferences".


Back
Presentation of Artists
Name:
Surname:
Birth Year - From:
Birth Year - To:
Type:
Singer
Song Writer
Composer
{{!update_status}}
View Artist Results
National ID
Name
Surname
Birth Year
Edit?
%for artist in artists:
{{artist['ar_taut']}}
{{artist['onoma']}}
{{artist['epitheto']}}
{{artist['etos_gen']}}
%end


| Home | Trees | Indices | Help |
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Decodes an AMF0 stream.
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An instance of BaseDecoder.context_class
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context_class The context for the decoding. |
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int or float
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bool
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str
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Inherited from Inherited from |
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Reads a ActionScript In ActionScript 1 and 2 the
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Reads a ActionScript
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Reads a ActionScript
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Reads an ActionScript
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Read mixed array.
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Read a
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Reads an ActionScript object from the stream and attempts to 'cast' it. See Also: load_class |
Read AMF3 elements from the data stream.
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Reads a string from the data stream.
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Reads a reference from the data stream.
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Reads a UTC date from the data stream. Client and servers are responsible for applying their own timezones. Date: |
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type_map
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| Generated by Epydoc 3.0.1 on Mon Sep 7 23:17:44 2009 | http://epydoc.sourceforge.net |


| View source on GitHub |
WarmStartSettings
Settings for warm-starting in tf.estimator.Estimators
.
tf.compat.v1.estimator.WarmStartSettings
tf.compat.v2.estimator.WarmStartSettings
Example Use with canned tf.estimator.DNNEstimator
:
emb_vocab_file = tf.feature_column.embedding_column( tf.feature_column.categorical_column_with_vocabulary_file( "sc_vocab_file", "new_vocab.txt", vocab_size=100), dimension=8) emb_vocab_list = tf.feature_column.embedding_column( tf.feature_column.categorical_column_with_vocabulary_list( "sc_vocab_list", vocabulary_list=["a", "b"]), dimension=8) estimator = tf.estimator.DNNClassifier( hidden_units=[128, 64], feature_columns=[emb_vocab_file, emb_vocab_list], warm_start_from=ws)
where ws
could be defined as:
Warm-start all weights in the model (input layer and hidden weights). Either the directory or a specific checkpoint can be provided (in the case of the former, the latest checkpoint will be used):
ws = WarmStartSettings(ckpt_to_initialize_from="/tmp") ws = WarmStartSettings(ckpt_to_initialize_from="/tmp/model-1000")
Warm-start only the embeddings (input layer):
ws = WarmStartSettings(ckpt_to_initialize_from="/tmp", vars_to_warm_start=".*input_layer.*")
Warm-start all weights but the embedding parameters corresponding to
sc_vocab_file
have a different vocab from the one used in the current
model:
vocab_info = tf.estimator.VocabInfo( new_vocab=sc_vocab_file.vocabulary_file, new_vocab_size=sc_vocab_file.vocabulary_size, num_oov_buckets=sc_vocab_file.num_oov_buckets, old_vocab="old_vocab.txt" ) ws = WarmStartSettings( ckpt_to_initialize_from="/tmp", var_name_to_vocab_info={ "input_layer/sc_vocab_file_embedding/embedding_weights": vocab_info })
Warm-start only sc_vocab_file
embeddings (and no other variables), which
have a different vocab from the one used in the current model:
vocab_info = tf.estimator.VocabInfo( new_vocab=sc_vocab_file.vocabulary_file, new_vocab_size=sc_vocab_file.vocabulary_size, num_oov_buckets=sc_vocab_file.num_oov_buckets, old_vocab="old_vocab.txt" ) ws = WarmStartSettings( ckpt_to_initialize_from="/tmp", vars_to_warm_start=None, var_name_to_vocab_info={ "input_layer/sc_vocab_file_embedding/embedding_weights": vocab_info })
Warm-start all weights but the parameters corresponding to sc_vocab_file
have a different vocab from the one used in current checkpoint, and only
100 of those entries were used:
vocab_info = tf.estimator.VocabInfo( new_vocab=sc_vocab_file.vocabulary_file, new_vocab_size=sc_vocab_file.vocabulary_size, num_oov_buckets=sc_vocab_file.num_oov_buckets, old_vocab="old_vocab.txt", old_vocab_size=100 ) ws = WarmStartSettings( ckpt_to_initialize_from="/tmp", var_name_to_vocab_info={ "input_layer/sc_vocab_file_embedding/embedding_weights": vocab_info })
Warm-start all weights but the parameters corresponding to sc_vocab_file
have a different vocab from the one used in current checkpoint and the
parameters corresponding to sc_vocab_list
have a different name from the
current checkpoint:
vocab_info = tf.estimator.VocabInfo( new_vocab=sc_vocab_file.vocabulary_file, new_vocab_size=sc_vocab_file.vocabulary_size, num_oov_buckets=sc_vocab_file.num_oov_buckets, old_vocab="old_vocab.txt", old_vocab_size=100 ) ws = WarmStartSettings( ckpt_to_initialize_from="/tmp", var_name_to_vocab_info={ "input_layer/sc_vocab_file_embedding/embedding_weights": vocab_info }, var_name_to_prev_var_name={ "input_layer/sc_vocab_list_embedding/embedding_weights": "old_tensor_name" })
Warm-start all TRAINABLE variables:
ws = WarmStartSettings(ckpt_to_initialize_from="/tmp", vars_to_warm_start=".*")
Warm-start all variables (including non-TRAINABLE):
ws = WarmStartSettings(ckpt_to_initialize_from="/tmp", vars_to_warm_start=[".*"])
Warm-start non-TRAINABLE variables "v1", "v1/Momentum", and "v2" but not "v2/momentum":
ws = WarmStartSettings(ckpt_to_initialize_from="/tmp", vars_to_warm_start=["v1", "v2[^/]"])
ckpt_to_initialize_from
: [Required] A string specifying the directory with
checkpoint file(s) or path to checkpoint from which to warm-start the
model parameters.vars_to_warm_start
: [Optional] One of the following:
A regular expression (string) that captures which variables to warm-start (see tf.compat.v1.get_collection). This expression will only consider variables in the TRAINABLE_VARIABLES collection -- if you need to warm-start non_TRAINABLE vars (such as optimizer accumulators or batch norm statistics), please use the below option.
Variable
objects at the call site, please use the above option.None
, in which case only TRAINABLE variables specified in
var_name_to_vocab_info
will be warm-started.Defaults to '.*'
, which warm-starts all variables in the
TRAINABLE_VARIABLES collection. Note that this excludes variables such
as accumulators and moving statistics from batch norm.
* var_name_to_vocab_info
: [Optional] Dict of variable names (strings) to
tf.estimator.VocabInfo
. The variable names should be "full" variables,
not the names of the partitions. If not explicitly provided, the variable
is assumed to have no (changes to) vocabulary.
* var_name_to_prev_var_name
: [Optional] Dict of variable names (strings) to
name of the previously-trained variable in ckpt_to_initialize_from
. If
not explicitly provided, the name of the variable is assumed to be same
between previous checkpoint and current model. Note that this has no
effect on the set of variables that is warm-started, and only controls
name mapping (use vars_to_warm_start
for controlling what variables to
warm-start).
__new__
@staticmethod __new__( cls, ckpt_to_initialize_from, vars_to_warm_start='.*', var_name_to_vocab_info=None, var_name_to_prev_var_name=None )
Create new instance of WarmStartSettings(ckpt_to_initialize_from, vars_to_warm_start, var_name_to_vocab_info, var_name_to_prev_var_name)
ckpt_to_initialize_from
vars_to_warm_start
var_name_to_vocab_info
var_name_to_prev_var_name


About
Work
Contact
Hello My Name is Charles S. Frank
A Web Developer
These are some of my Projects!
Enter Email Here


Home
- Objective :
- Intend to work in a challenging and competitive environment where strong sense of responsibility and commitment required; where dignity of work provides job satisfaction and the place of work provides potential avenues for learning and growing and to achieve top level in the high-rise hierarchy of the organization.


if
/else
statements.
Some code standards prohibit the use of the condition operator.
Example:
Object result = (condition) ? foo() : bar();
After the quick-fix is applied:
Object result;
if (condition) {
comp = foo();
}
else {
comp = bar();
}
Configure the inspection:
Use the Ignore for simple assignments and returns option to ignore simple assignments and returns and allow the following constructs:
String s = (foo == null) ? "" : foo.toString();
Use the Ignore places where an if statement is not possible option to ignore conditional expressions in contexts in which automatic
replacement with an if statement is not possible (for example, when the conditional expression is used as an argument to a
super()
constructor call).


Use the mouse to change the emitter location. Use the particle designer to change the visual appearance of the emitter here.


inkview(1) Inkscape-0.40 inkview(1) NAME inkview - slideshow program which uses SVG files SYNOPSIS inkview [FILES] ... [somewhere/*.svg] ... DESCRIPTION Inkview is a slideshow program which uses SVG files. One or more FILES may be specified on the command-line and the slideshow will consist of the files supplied on the command line in the given order. KEYBINDINGS Left or Page Up: show previous slide Right, Page Down, or space bar: show next slide Up: go to first slide Down: go to last slide Escape, q or Q: quit F11: go to fullscreen mode/revert back to window mode Return: pop up window with slide buttons (first, prev, next, last) EXAMPLES You can use the command inkview /usr/share/inkscape/examples/*.svg* to browse through the examples included in the inkscape package. OPTIONS There are no options yet. TODO add a default SVG for when a document does not load. add a usage/help command line switch SEE ALSO inkscape(1) and the inkview related part of the inkscape wiki: http://www.inkscape.org/wiki/index.php/Inkview http://www.inkscape.org/ AUTHORS Johan Ceuppens This codebase owes its existence to a large number of contributors throughout its various incarnations. See inkscape(1) for more informa‐ tion. This man-page was written by Wolfram Quester <wolfi@mittel‐ erde.physik.uni-konstanz.de> INKSCAPE December 28, 2004 inkview(1)


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These lecture notes introduce a new data structure for defining hierarchical relations: the tree. The historic hero introduced in these notes is Gabriel García Márquez, who was one of the most notable writers in Spanish of the 20th century.
Copyright notice. This work is licensed under a Creative Commons Attribution 4.0 International License. You are free to share (i.e. copy and redistribute the material in any medium or format) and adapt (e.g. remix, transform, and build upon the material) for any purpose, even commercially, under the following terms: attribution, i.e. you must give appropriate credit, provide a link to the license, and indicate if changes were made. You may do so in any reasonable manner, but not in any way that suggests the licensor endorses you or your use. The licensor cannot revoke these freedoms as long as you follow the license terms.
Gabriel García Márquez (shown in ) was a Colombian novelist, and he was one the most notable writers in Spanish of the 20th century. He won the Nobel Prize for Literature in 1982. While, as a journalist, he wrote several non-fictional works, he is mainly known for his novels, such as Cien años de soledad (One Hundred Years of Solitude in English) and El amor en los tiempos del cólera (Love in the Time of Cholera in English).
Several of his works mention the fictional town of Macondo, which is the main setting of one of his book, i.e. One Hundred Years of Solitude, which narrates the story of the Buendia family. In particular, the story introduces the life of seven different generation of people of the same family, and follows its adventures and, often, misfortunes.
In the Italian edition of this novel, published by Mondadori , at the very beginning of the book is depicted a family tree of the various generations. While it provides a few spoilers about some future events, it is actually very useful to follow the story of the family, since several Buendia people often share the same name, and it is not so easy to follow the story if it is not clear to whom the narrator is actually referring to.
Gracia Marquez is the second Latin American writer we have used in this course in order to introduce specific topics related to the Computational Thinking and Computer Science domains. In fact, trees (such as family trees) are particular kinds of structures that allow one to define a hierarchy of values that can be used for further tasks or computations. Actually, it is not the first time we have adopted it, even if they were not mentioned explicitly. In particular, in the lecture of the dynamic programming algorithms, we have already used a tree for showing the execution of the recursive calls to the Fibonacci algorithm implemented by means of the divide and conquer approach.
In addition, as Digital Humanists, you will have to deal (or are dealing) with trees, in particular when we consider the Markup Language domains. Languages such as the one provided by the Text Encoding Initiative (TEI) and the Hypertext Markup Language (HTML) are peculiar examplars of XML-like languages which allows one to construct hierarchies of markup elements for structurally and semantically annotating a text.
A tree is a data structure that simulates a hierarchical tree, composed by a set of nodes related to each other by a particular hierarchical parent-child relation. As shown in , this data structure usually follows a top-down presentation order, contrarily to the actual real organisation of the plant. In fact, the originating (or starting) node is called root node and is usually placed at the very top of the tree, while the terminating nodes, called leaf nodes, are actually placed at the very bottom. Taking into consideration a central node of a tree, e.g. the yellow one highlighted in , we can name precisely all the other nodes surrounding it, in particular:
the parent node of a given one is a node directly connected to another one when moving close to the root node;
a child node of a given one is a node directly connected to another one when moving away from the root node;
a sibling node of a given one is a node that shares the same parent node;
an ancestor node of a given one is a node that is reachable by following the path from child to parent repeatedly;
a descendant node of a given one is a node that is reachable by following the path from parent to a child repeatedly.
In ThyMopani (well, Python...) a tree is basically a set of nodes linked together according to parent-child relationships. While there is no built-in implementation of the tree data structure in Python, there are some external packages that are very well suited for the task. Among those, one of the most famous one is anytree.
This package allows one to create a node of a tree by means of the constructor def Node(name, parent=None)
. Thus, each node must specify a name (as a string) and a parent – if the parent is not specified then it will assume None as value and it is implicitly defined as the root node of a tree. In anytree, the constructor is the main mechanism for defining a tree by simply stating the parent relations during the definition of new nodes.
It is worth mentioning that the siblings of a certain parent are actually ordered among them. The order is defined by the order of insertion as a child of that particular parent. For instance, in the example in , paragraph_1
comes before paragraph_2
in the siblings of the node body
.
The advantages of using anytree are that it makes available a lot of facilities for accessing various information associated to a node. In particular:
<node>.children
returns a tuple listing all the children of a node;
<node>.parent
returns the parent of a node;
<node>.descendants
returns a tuple listing all the descendants of a node (including its children);
<node>.ancestors
returns a tuple listing all the ancestors of a node (including its parent);
<node>.siblings
returns a tuple listing all the siblings of a node;
<node>.root
returns the root node of the tree where a node is contained.
It is worth mentioning that the variable defining the children and the parent of a node can be updated by assigning to them a particular collection (e.g. a list or a tuple) of nodes. For instance, we can invert the ordering of the two paragraphs defined as children of the node body
in as follows:
body.children = (paragraph_2, paragraph_1)
Define your family tree by using the Python anytree package.
Look at the documentation of the anytree package online, and see if there is some mechanism to visualize the tree in a readable form. If so, apply such visualization to your family tree defined in the previous point.
Garcia Marquez, G. (1967). Cent'anni di solitudine. Mondadori, edizione 2017. ISBN:<PHONE_NUMBER>983


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| Currently visiting |
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When you arrive at one of the locations listed above, a 'Save Location' button will appear next to the associated location.
Click the button to save back to the learning record system that you have arrived and experienced that location.
When you have visited all of the locations, you will have finished this exercise.


{% extends 'base.html' %} {% block page_title %}{{ _('Upload Successful!') }}{% endblock %} {% block content %}
{{ _('Your video has been uploaded successfully!') }}


May 1
Achius and Acheolus, martyrs [BLS]
Africanus, bishop (in Aquit.) [GTZ: Albi]
Amator, bishop (of Auxerre), confessor [GTZ: France; PCP (Paris)]
Andeolus, martyr [BLS; GTZ: southern France]
Arigius, bishop (of Gap), confessor [GTZ: Gap]
Asaph, bishop, confessor [BLS; GTZ: Scotland]
Benignus, martyr [GTZ: Magdeburg]
Bertha, wife of Gondebert, queen [GTZ: Reims]
Brioc, bishop, confessor [BLS; GTZ]
Firminus, bishop (of Uzès), confessor (Revelation) [GTZ: Uzès]
Joseph "Opifex" [MR]
Macarius, bishop (of Comminges) [GTZ: Bordeaux]
Marculf, abbot, confessor [BLS; GTZ: Coutances]
Orientius, bishop (of Auch), confessor [GTZ: Auch]
Philip and James (the Less), apostles [common]
Quiriacus, bishop (of Jerusalem), martyr [GTZ: Troyes only]
Restituta, virgin, martyr [GTZ: Soissons]
Richard Reynolds, martyr [BLS]
Sigismund, king (of Burgundy), martyr [BLS; GTZ: Switzerland (elsewhere moved to May 2)]
Walburga, virgin [GTZ; PRI: England]
May 2
Achius and Acheolus, martyrs [GTZ: Amiens]
Alpinus, bishop (of Châlons-sur-Marne) (Translation) [GTZ: Châlons-sur-Marne]
Athanasius, bishop (of Alexandria), confessor, Doctor of the Church [common; PCP (Paris), as Anastasius]
Bertrand, bishop (of Comminges), confessor (Revelation) [GTZ: Comminges]
Cassius and Florentius (and Malusius), martyrs (Translation) [GTZ: Cologne]
Clement, bishop (of Metz), confessor (Translation) [GTZ: Metz]
Elisabeth, widow (Translation, Elevation) [GTZ]
Florentius, confessor [GTZ: St. Pol de Léon]
Gatian, bishop (of Tours), confessor (Translation) [GTZ: Tours]
Germanus, bishop, martyr [WTS (Bruges)]
Quintinus, martyr (Elevation) [GTZ: Noyon]
Sicarius, martyr [GTZ: Périgueux]
Walbert, bishop, confessor [GTZ: Mainz, Basel]
May 3
Invention of the Cross
Alexander, Eventius, and Theodolus, martyrs [common]
Genius, confessor [GTZ: Lectoure]
Juvenalis, martyr [GTZ: Metz, France; PCP (Paris)]
Philip and James, apostles [MR]
May 4
Anthony, abbot (at Tours) [GTZ: Tours]
Candidus and Malulfus, bishops (of Senlis) [GTZ: Senlis]
Corcodemus, deacon [GTZ: Auxerre]
Florian, martyr [GTZ]
Godehard, bishop (of Hildesheim), confessor [BLS; GTZ: Bamberg, Meissen, Prague, Utrecht, Verdun, Worms, Hildesheim (Translation)]
Guido, abbot, confessor [GTZ: Speyer, Worms]
Helena, virgin (at Troyes) [GTZ: Troyes, Auxerre]
John Fisher, Thomas More, and companions, martyrs [BLS]
Monica, widow [BLS; GTZ: Augustinians; PRI]
Possessor and Firminus, bishops (of Verdun) (Translation) [GTZ: Verdun]
Pulchronius, bishop (of Verdun) (Translation) [GTZ: Verdun]
Quiriacus, bishop (of Jerusalem), martyr [GTZ: Teutonic Knights, France; PCP (Paris)]
Richard Reynolds, friar, martyr [BLS]
Salvianus, bishop, martyr [GTZ: Amiens]
Waldrada, abbess, virgin [GTZ: Verdun]
Walburga, virgin [WTS (Bruges)]
May 5
Aldelmus, bishop (of Sherbourne), confessor (Translation) [GTZ: London]
Angelus, martyr [BLS; GTZ: Carmelites]
Audoenus, bishop (of Rouen), confessor (Translation) [GTZ: Rouen]
Augustine, bishop, confessor (sometimes martyr) (Conversion) [GTZ: Augustinians]
Avertin [BLS]
Britonius, bishop (of Trier), confessor [GTZ: Trier]
Clarus, bishop, martyr [GTZ: Fréjus]
Fortunatus, bishop (of Poitiers) [GTZ: Paris; PCP (Paris)]
Godehard, bishop (of Hildesheim), confessor [GTZ]
Gengulf, martyr [WTS (Bruges)]
Hilary, bishop (of Arles), confessor [BLS; GTZ: Arles]
Jovinianus, martyr (at Auxerre) [GTZ: Auxerre]
Maurontus, abbot [BLS; GTZ: Cambrai]
Nicetius, bishop (of Trier), confessor [GTZ: Toul, Verdun]
Pius (V), pope, confessor [BLS]
Sacerdos, bishop (of Limoges) [GTZ: Limoges]
May 6
Eadbert, bishop (of Lindisfarne) [BLS; PRI: England]
John, apostle, evangelist ("a Porta Latina") [common; PCP (Paris), 6082, in red; WTS (Bruges), sometimes in red]
John Damascene [BLS]
Matthew, apostle, evangelist (Translation) [6082, in red]
Melorus, martyr [GTZ: Meaux]
Valerius and Valerianus, bishops (of Auxerre) [GTZ: Auxerre]
May 7
Benedict (II), pope [BLS]
Domitian, bishop, confessor [GTZ: Liège]
Domitilla, virgin, martyr [GTZ: Chur, Sens]
Domnius, bishop (of Salona), martyr [GTZ]
Florentinus and Hilarius, martyrs (at Autun) (Translation) [GTZ: Paris]
Juvenal, confessor [HCC; as martyr; WTS (Bruges)]
John of Beverly, bishop (of York), confessor [BLS; GTZ: England, Norway; PRI: England]
Juvenalis, martyr [GTZ;HCC]
Mastidia, virgin (at Troyes) [GTZ: Troyes]
Nazarius and Celsus, martyrs (Translation) [GTZ: Narbonne]
Peter Martyr (Translation) [GTZ: Dominicans]
Serenicus, deacon (at Séez), confessor [GTZ: Séez]
Silvanus, bishop (of Gaza), martyr [PCP (Paris)]
Stanislas, bishop (of Krakow), martyr [BLS]
Stephen, protomartyr (Translation) [GTZ: Metz, Passau]
William, bishop (of Bourges), confessor (Translation) [GTZ: Bourges]
May 8
Beatus [PCP (Paris)]
Casaria, virgin [GTZ: Fritzlar]
Desideratus, bishop (of Bourges) [GTZ: Bourges]
Fuscian, Victoricus and Gentian, martyrs (Translation of Gentian) [GTZ: Amiens]
Gibrian, priest, confessor [BLS; GTZ: Reims]
Helladius, bishop (of Auxerre) [GTZ: Auxerre]
John (the Theologian), apostle, evangelist [GTZ: Russia]
Louis, king, confessor (Translation of his head) [GTZ: Paris; PCP (Paris)]
Martin, confessor [GTZ: Sens]
Metronus, confessor [GTZ: Italy]
Michael, the archangel (Apparition on Monte Gargano) [common; 6082, in red]
Nicholas, bishop (Translation) [WTS (Bruges)]
Odrian, bishop (of Waterford) [BLS: Waterford]
Peter, bishop (of Tarentaise), confessor [BLS; GTZ: Genf, Cistercians]
Simon, a boy, martyr [GTZ: (modern usage)]
Stanislas, bishop, martyr [GTZ]
Victor, martyr [BLS; GTZ: Switzerland, southern Germany; 6082]
Wiro, bishop, confessor [BLS; GTZ: Utrecht; HCC]
May 9
Andrew, apostle (Translation) [BLS: Scotland]
Beatus, confessor [GTZ: Constance, Chartres]
Brynoth, bishop (of Scara, Sweden) [BLS]
Gengulf, martyr [GTZ: Utrecht; HCC]
Gerontius, bishop, martyr [GTZ: Magdeburg, Ratzeburg]
Gordian, martyr [WTS (Bruges), sometimes in red]
Gregory (of Nazianzus), bishop, confessor, Doctor of the Church [BLS; GTZ: Orden]
Hermas [BLS]
Luke, evangelist (Translation) [GTZ: Bayeux]
Macarius, abbot, confessor [GTZ: Worms]
Nicholas (of Myra), bishop, confessor (Translation) [common; PCP (Paris), in red]
Nicholas, bishop (of Lincopen, Sweden) [BLS]
Stephen, protomartyr (Advent) [GTZ: Halberstadt]
Suitbert, bishop (of Verdun), confessor (Advent) [GTZ: Verdun]
Timothy, apostle, martyr (Translation) [GTZ: Bayeux]
Thomas Pickering, martyr [BLS]
May 10
Antoninus, friar [BLS]
Bede (the Venerable), priest, confessor, Father of the Church [GTZ: England]
Catuldus, monk, bishop (of Taranto) [BLS]
Concessa, virgin [GTZ: Tarbes]
Comgall, abbot, confessor [BLS; GTZ: Scotland]
Gordian and Epimachus, martyrs [common]
Isidore (of Madrid) [BLS: Madrid]
Lawrence, bishop (of Dublin), confessor (Translation) [GTZ: Rouen]
Lupus, bishop (of Troyes), confessor (Translation) [GTZ: Troyes]
Mamertus, bishop [PCP (Paris); WTS (Bruges)]
Maturinus, priest, confessor (Translation) [GTZ: central France; PCP (Paris)]
Palladius, bishop (of Bourges) [GTZ: Bourges]
Quartus and Quintus, martyrs [GTZ: Augsburg]
Sinerius, martyr (Translation) [GTZ: Clermont]
Sophia, widow, and daughters (Faith, Hope, and Charity), martyrs [GTZ: Strassburg]
May 11
Gengulf, martyr [GTZ: Basel, Metz, Strassburg, France; PCP (Paris), as Gendulph]
John Rochester, James Walworth, and companions, martyrs [BLS]
Majolus, abbot (of Cluny), confessor [BLS; GTZ: Cluniacs, France; PCP (Paris)]
Mamertus, bishop (of Vienne), confessor [common]
Nereus and Achilleus, martyrs [WTS (Bruges)]
Pontius, bishop (of Cimiez), martyr [GTZ: southern France]
Rufus and Agatimber, bishops (of Metz) [GTZ: Metz]
Walter, abbot [GTZ: Limoges]
May 12
Epiphanius, bishop (of Salamis) [BLS]
Flavia Domitilla, martyr [BLS]
Germanus, bishop (of Constantinople) [BLS]
John Stone, martyr [BLS]
Martin, bishop (of Tours), confessor (Subvention) [GTZ: Tours]
Mary "ad Martires", martyr [WTS (Bruges)]
Modoald, bishop (of Trier), martyr [GTZ: Trier, Ermld.]
Nereus and Achilleus, martyrs [common]
Onesimus, bishop (of Soissons) [GTZ: Soissons]
Pancratius, confessor (sometimes martyr) [common; HCC, in red]
Rictrudes, abbess [BLS]
May 13
Boniface, martyr [PCP (Paris)]
Gengulf, martyr [GTZ]
Hugh, abbot (of Cluny), confessor (Translation) [GTZ: Cluniacs]
Ingenuinus and Albuinus, bishops (Translation) [GTZ: Brixen]
John (the Silent), bishop, confessor [BLS]
Karadocus, priest [GTZ: Brittany]
Marcellianus, bishop (of Auxerre) [GTZ: Auxerre]
Peter Regalati, friar [BLS]
Robert Bellarmine [BLS]
Servatius, bishop, confessor (sometimes martyr) [common; HCC, in red]
Walburga [BLS]
May 14
Aquillus (Aquillinus), bishop [WTS (Bruges)]
Audoenus, bishop (of Rouen) [PCP (Paris)]
Boniface, martyr [common; GTZ: Speyer, Basel, Constance, Orden, southern France]
Carthagh (the Younger, of Mochuda), bishop (of Kier-raigh) [BLS]
Gengulf, martyr [GTZ: Würzburg]
Matthew, apostle [MR]
Michael Garicoits [BLS]
Pachomius, abbot, confessor [BLS; GTZ: France]
Pontius, martyr [BLS]
Victor and Corona, martyrs [GTZ: Bremen, Metz, France]
May 15
Brendan, abbot, confessor [GTZ: Coutances]
Dympna, virgin, martyr [BLS; GTZ: Cambrai]
Genebrard, priest, martyr [BLS]
Halvard, martyr [GTZ: Norway]
Isidore, martyr [HCC; WTS (Bruges); PCP (Paris)]
Moderannus, bishop (of Rennes) (Translation) [GTZ: Rennes]
Odorius, martyr [GTZ: Amiens]
Mary, Our Lady of Grace [BLS: England]
Peter, Andrew, and companions, martyrs [BLS]
Sophia, virgin, martyr [GTZ]
Wigbert, prior, confessor (Translation) [GTZ: Fritzlar]
May 16
Abda and Abdjesus, bishops (of Kaskhar), martyrs [BLS]
Alnobert, bishop (of Séez) [GTZ: Séez]
Brendan (the Elder), abbot [BLS; PRI: England]
Brendan, abbot, bishop, confessor [GTZ: Switzerland, Scotland]
Cassius and Victorinus, martyrs [GTZ: Clermont]
Emanus, martyr [GTZ: Chartres]
Fidolus, abbot (at Troyes), confessor [GTZ: Troyes]
Francoveus, monk [GTZ: Nevers]
Germerius, bishop (of Toulouse) [GTZ: Toulouse]
Honoratus, bishop (of Amiens), confessor [BLS; GTZ: Amiens, Paris; PCP (Paris)]
John Nepomucen, martyr [BLS]
Maxima, virgin [GTZ: Fréjus]
Peregrinus, bishop (of Auxerre), martyr [GTZ: Hildesheim, northern France; HCC]
Ragnobert, bishop (of Bayeux) [GTZ: Bayeux]
Simon Stock [BLS]
Terentius, bishop (of Metz) (Translation) [GTZ: Metz]
Theobald, bishop, confessor [GTZ: Ratzeburg]
Ubaldo (Baldassini), bishop (of Gubbio) [BLS; GTZ: Brixen]
May 17
Aigulf, abbot and companions, martyrs (Translation) [GTZ: Grasse]
Ambrose [PCP (Paris)]
Bernardinus, priest, confessor (Translation) [GTZ: Franciscans]
Brandan, martyr (sometimes bishop, confessor) [WTS (Bruges)]
Cathan, bishop [BLS]
Maden [BLS: Brittany, Cornwall]
Maw [BLS]
Paschal Baylon, confessor [BLS]
Possidius, bishop [BLS]
Sillan, bishop [BLS]
May 18
Elfgive, king [GTZ: Winchester]
Eric, king (of Sweden), martyr [BLS; GTZ: Scandinavia]
Felix, martyr [PCP (Paris)]
John (I), pope, martyr [MR]
Geremar, abbot, confessor (Translation) [GTZ: Beauvais]
Potamon, bishop (of Heraclea, Egypt), martyr [BLS]
Theodatus and Seven Virgins, martyrs [BLS]
Torpetis, virgin, martyr [WTS (Bruges)]
Venantius, martyr [BLS]
May 19
Calogerus and Parthenius, martyrs [GTZ: Châlons-sur-Marne]
Celestine, pope, confessor (Peter de Morono) [BLS; GTZ: Celestines; PCP (Paris)]
Dunstan, bishop (of Canturbury), confessor [BLS; GTZ: England; PRI: England]
Ivo, priest (at Tréguier), confessor [GTZ; PCP (Paris)]
Patricius, bishop, confessor [GTZ: Russia]
Peter, bishop (of Tournai), confessor [GTZ: Tournai]
Pudentiana, virgin, martyr [common]
May 20
Anna Maria Taigi [BLS]
Austregisil, bishop (of Bourges), confessor [GTZ: France]
Basilla, virgin, martyr [GTZ: Utrecht, Chur]
Baudelius, martyr (at Nîmes) [GTZ: southern France]
Bernardino (of Siena), confessor [common]
Ethelbert, king (of the Angles), martyr [BLS; GTZ: England]
Eustasius, martyr [6082]
Ivo, bishop (of Chartres) [BLS]
Maximus [PCP (Paris)]
Protasia, virgin, martyr (at Senlis) [GTZ: Senlis]
Saturnina, virgin, martyr [GTZ: Paderborn]
May 21
Ausonius, bishop (of Angoulême), martyr [GTZ: Angoulême]
Austregesilus, bishop (of Bourges) [PCP (Paris), as Vandrille]
Felix (of Cantalicio) [BLS]
Godrick, hermit [BLS; GTZ: Durham; PRI]
Helena, queen [WTS (Bruges)]
Helena, virgin (at Auxerre) [GTZ: Soissons]
Hospitius (Sospis), recluse [BLS]
Itisberga, virgin [GTZ: Artois]
Valens, martyr [GTZ: Augsburg, Krakow]
Valerius, bishop [HCC]
Vales, priest (at Auxerre) [GTZ: Sens]
May 22
Aubert [PCP (Paris)]
Basiliscus, martyr [BLS]
Bobo [BLS]
Castus and Aemilius, martyrs [BLS]
Conall, abbot [BLS: County Tyrconnel]
Helena, queen [GTZ: Aquileia, Constance, Krakow, Passau, Prague, Agram]
Helena, virgin (at Auxerre) [GTZ: Auxerre, Tours]
Ivo, priest (at Tréguier), confessor [BLS]
John Forest, martyr [BLS]
Lupus, bishop (of Limoges) [GTZ: Limoges]
Papia, virgin [WTS (Bruges)]
Quiteria, virgin, martyr [GTZ: Worms, southern France]
Rita, widow [BLS]
Romanus, abbot (of Nevers) [GTZ: Sens]
Ronanus, bishop, confessor [GTZ: Scotland]
May 23
Translation of Christ [WTS (Bruges)]
Aemilius (and Castus) [PCP (Paris)]
Andrew Bobola, martyr [BLS]
Candidus, martyr (Translation) [GTZ: Brixen]
Desiderius, bishop (of Langres), martyr [common]
Desiderius, bishop (of Vienne), martyr [BLS]
Julia, virgin, martyr [BLS]
May 24
Desiderius, bishop [PCP (Paris)]
Dominic, confessor (Translation) [GTZ: Dominicans]
Donatian and Rogatian, martyrs [BLS; GTZ: Utrecht, France; PCP (Paris)]
John de Prado, martyr [BLS]
Mary Magdalen Postel, virgin [BLS]
Mary, Our Lady Help of Christians [BLS: England]
Vincent (of Lerins), confessor [BLS]
May 25
Aldhelm, bishop (of Sherbourne) [BLS]
Bede (the Venerable), priest, confessor, Doctor of the Church [MR]
Donatian, martyr [PCP (Paris)]
Dumhade (of Ireland), abbot (of St. Columkille's) [BLS]
Francis, confessor (Translation) [GTZ: Franciscans]
Gregory (VII), pope, confessor [common]
Madeleine Sophie Barat, virgin [BLS]
Maria Magdalena de' Pazzi, virgin [BLS; MR]
Mary James and Mary Salome [GTZ: Carmelites]
Maximus and Venerandus, martyrs [BLS; GTZ: Evreux]
Urban, pope, martyr [common]
May 26
Augustine (of Canterbury), bishop, confessor, Apostle to England [BLS; GTZ: Bremen, England, France, Scandinavia; PRI: England; WTS (Bruges), as Translation]
Bede (the Venerable), priest, confessor, Father of the Church [GTZ: Cologne, England]
Eleutherius, pope, martyr [BLS; GTZ: Orden; PRI]
Lambert, bishop (of Vence) [GTZ: Embrun]
Leo, abbot, confessor [GTZ: Troyes]
Oduvald, abbot (of Melrose) [BLS]
Philippo Neri, priest [common]
Priscus, martyr [GTZ: Auxerre]
Quadratus, bishop (of Athens) [BLS]
Urbanus (I), pope, martyr [PCP (Paris)]
May 27
Augustine (of Canterbury), bishop [MR; PCP (Paris)]
Bede (the Venerable), priest, confessor, Father of the Church [BLS; HCC; PRI: England]
Eutropius, bishop (of Orange), confessor [GTZ: Orange]
Hildebert, bishop (of Meaux) [GTZ: Meaux]
John, pope, martyr [BLS; GTZ: Orden; PRI]
Julius, martyr [BLS]
Ragenulf, martyr (Translation) [GTZ: Arras]
Seraphion, priest [WTS (Bruges)]
May 28
Bridget (of Sweden), widow (Translation) [GTZ: Scandinavia, Prague]
Caraunus, martyr (at Chartres) [BLS; GTZ: Paris; PCP (Paris)]
Germanus, bishop (of Paris), confessor [BLS; GTZ: western Germany, France; PCP (Paris)]
John Shirt, martyr [BLS]
Helladius, martyr [GTZ: Russia]
Hubert, bishop [WTS (Bruges)]
Liborius, bishop (of LeMans), confessor (Advent) [GTZ: Paderborn]
Manveus, bishop (of Brieuc) [GTZ: Brittany]
Margaret Pole, countess (of Salisbury), martyr [BLS]
Rigomerus, bishop (of Meaux) [GTZ: Meaux]
Robert Johnson, martyr [BLS]
William, duke, confessor [GTZ: Brixen, southern France]
May 29
Clarus, bishop (of Lectoure) (Translation) [GTZ: Puy]
Conon and son, martyrs [BLS]
Cyril, martyr [BLS]
Eutropius, bishop [WTS (Bruges)]
Germanus, bishop (of Paris) [PCP (Paris)]
Maximinus, bishop (of Trier), confessor [BLS; GTZ; HCC]
Maximus, bishop, confessor [GTZ: Breslau, France]
Richard Thirkeld, martyr [BLS]
Sisinnius, Martyrius and Alexander, martyrs [BLS; GTZ: Trent]
Winebald, king (of Burgundy), confessor [GTZ: Langres]
May 30
Felix (I), pope, martyr [common; GTZ: Switzerland, Orden, southern France]
Ferdinand (III), king (of Castile and Leon), confessor [BLS]
Ferreolus and Ferrutius, martyrs (at Besançon) (Translation) [GTZ: Besançon]
Joan (of Arc), martyr [BLS]
John Nepomucen, martyr [BLS: England]
Maguil, recluse [BLS]
Maximinus, bishop (of Trier) [PCP (Paris)]
Peregrinus, bishop, confessor [WTS (Bruges)]
Stephen, king (of Hungary), confessor (Invention of his right hand) [GTZ: Hungary]
Thomas Cottam, martyr [BLS]
Walstan [BLS: Norwich]
May 31
The Visitation
Angela Merici, virgin [BLS]
Cantius, Cantianus, Cantianilla, (and Protus), martyrs [BLS; GTZ: Aquileia, northern Germany; PCP (Paris)]
Petronilla, virgin [common; WTS (Bruges), sometimes bishop, martyr); PCP (Paris), as Peronnelle]
Simplicianus, martyr [GTZ: Poitiers]
On to June, back to list of months, or return Home.


|
Setting window.status and Playing Groovoids or Music Files
|
In Netscape Navigator, playing Groovoids or music files through the Beatnik Player at the same time as trying to set the window.status property can result in the window.status property not being set as expected.
When taking HTML code, such as links that have JavaScript to change the value of the window's status bar when the user mouses over them, and then adding code to sonify these links by playing Groovoids or music files through the Beatnik Player, the status messages no longer appear in the window's status bar as expected. Instead, one may see a generic message "Document: Done". In some cases, one may actually see the intended status message flash in the status bar briefly, only to be quickly replaced by the message "Document: Done".
The problem is caused by the way that callbacks are implemented in the Beatnik Player for Netscape Navigator. Within the Netscape Plug-in API, calls from a plug-in into the JavaScript environment can only be achieved by the plug-in executing links to URL's having a "javascript:" syntax. Unfortunately, Netscape Navigator always updates the window's status bar with "Document: Done" each time a link is successfully executed, regardless of whether the link is a real link to another document, or just some JavaScript code contained in a "javascript:" URL. The immediate drawback of this is that each time the Beatnik Player executes a callback, the window's status is updated with "Document: Done", replacing any custom message that may currently be displayed in the status bar.
The reason that callbacks are even implicated in this problem is that the Beatnik Player always executes the onPause, onPlay, and onStop callbacks, regardless of whether or not an author has registered their own custom handler code for the callbacks. This behavior is necessary due to compatibility issues between Netscape Navigator and Microsoft Internet Explorer, as well as workarounds implemented at the Music Object level. As a result, a link that changes the window.status property at the same time as triggering a Groovoid to play will result in the status bar being replaced with "Document: Done" as soon as the Groovoid begins playing and the Beatnik Player's onPlay callback is executed.
This problem only occurs with Netscape Navigator when music files or Groovoids are played through a Beatnik Player instance that is in the same document that is modifying the window.status property. The problem does not occur in Microsoft Internet Explorer, or in Netscape Navigator when musical notes are used in place of music files and Groovoids, or in Netscape Navigator when music files or Groovoids are used for the sonification but the instance that is playing the music files or Groovoids is in a different frame or window to the frame or window that is changing the value of the window.status property.
Given this understanding of the problem, it is possible to create a workaround using strictly musical notes for the sonification of any links that are also to display window status messages. Alternatively, and if the site design permits it, a "hidden" frame may be used to contain all the sonification logic as well as all the Beatnik Player instances needed for the site sonification. If this frame is targeted from another frame that has links to be sonified, then music files or Groovoids can be used for the sonification of the links without this interfering with window status messages that may be set by the links' ONMOUSEOVER or ONCLICK event handlers.


{% if outofsync_packages and insync_packages and total_packages %}
Out of
{{ total_packages }}
packages,
{{ outofsync_packages }}
need attention.
Details
{% else %}
Data not found.
{% endif %}


{% extends "layout.html" %} {% block pageTitle %} Full register of gambling businesses {% endblock %} {% block pageDescription %} View and filter the full register of gambling businesses {% endblock %} {% block ogTitle %} View and filter the full register of gambling businesses {% endblock %} {% block heroClass %} {% endblock %} {% block heroContent %} {% endblock %} {% block beforeContent %} Back to the register of gambling businesses {% endblock %} {% block content %}
{% endblock %}


address
element
49 piecemeal road
Code
<address>49 piecemeal road</address>
Reference
HTML5 address element


Form element below will be kept in sync with localStorage.
localStorage
Demo source also shows how to initialize storage to default value
If you open another window with this test, changes in one window will propagate to the other immediately.
Name:


@import be.objectify.examples.auth0.models.User @(maybeUser: Optional[User]) @be.objectify.examples.auth0.views.html.main(title = "Access Denied", maybeUser = maybeUser) {
Access Denied
You don't have rights to do that.


Kerala’s sanitation staff have the best pay: panel
To visit living areas of staff
by Staff ReporterSanitation workers of Kerala have the best wage rates and are at a better level socially as compared to workers from other States, Manhar Valjibhai Zala, chairperson of the National Commission for Safai Karamcharis, has said. The commission visited Thiruvananthapuram on Wednesday and interacted with representatives of worker unions, people’s representatives, Corporation councillors, District Collector, and officials of various departments.
He said the number of sanitation workers has to be increased depending on the geographical area and total population of each city. The commission will be visiting the work places and living areas of the sanitation workers. The chairman and members will take part in a cleaning programme along with the city’s sanitation workers on Thursday morning. Following this, a medical camp and awareness programmes will be organised for the sanitation workers and their families at the Institution of Engineers’ hall. The commission will also visit the septage treatment facility of the city Corporation.


Warehouse Keeper Hagger:
I invented this game. There have been other variations over the years, but this one is mine. I had no idea it would become so popular. In the game I put three coins of different colors in a particular order and hide them. You must guess the sequence. Easy enough, isn't it?
Start over


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Scikit-learn
(Python) pipelinefactory_predict_unlabelled_text_r.Rd
Predict unlabelled text using a fitted Scikit-learn
(Python) pipeline
factory_predict_unlabelled_text_r( dataset, predictor, pipe_path_or_object, preds_column = NULL, column_names = "all_cols", theme = NULL )
| dataset | Data frame. The text data to predict classes for. |
|---|---|
| predictor | String. The column name of the text variable. |
| pipe_path_or_object | String or
|
| preds_column | A string with the user-specified name of the column that
will have the predictions. If |
| column_names | A vector of strings with the names of the columns of the
supplied data frame (incl. |
| theme | String. For internal use by Nottinghamshire Healthcare NHS
Foundation Trust or other trusts that use theme labels ("Access",
"Environment/ facilities" etc.). The column name of the theme variable.
Defaults to |
Data frame. The predictions column with or without any other columns
passed by the user (see column_names
).
# Prepare training and test sets data_splits <- pxtextmineR::factory_data_load_and_split_r( filename = pxtextmineR::text_data, target = "label", predictor = "feedback", test_size = 0.90) # Fit the pipeline pipe <- pxtextmineR::factory_pipeline_r( x = data_splits$x_train, y = data_splits$y_train, tknz = "spacy", ordinal = FALSE, metric = "accuracy_score", cv = 2, n_iter = 1, n_jobs = 1, verbose = 3, learners = "SGDClassifier" ) # Make predictions # # Return data frame with predictions column and all original columns from # the supplied data frame preds_all_cols <- pxtextmineR::factory_predict_unlabelled_text_r( dataset = pxtextmineR::text_data, predictor = "feedback", pipe_path_or_object = pipe, column_names = "all_cols") str(preds_all_cols)#> 'data.frame': 10334 obs. of 4 variables: #> $ feedback_preds: chr "Couldn't be improved" "Care received" "Staff" "Care received" ... #> $ label : chr "Couldn't be improved" "Environment/ facilities" "Access" "Communication" ... #> $ criticality : chr "3" "-1" "-2" "-1" ... #> $ feedback : chr "Nothing." "Temperature in theatre a little low." "Same service available at Bingham Health Centre." "Appointment details given over phone - no physical evidence/reminder which could cause problems. Other than tha"| __truncated__ ... #> - attr(*, "pandas.index")=RangeIndex(start=0, stop=10334, step=1)# Return data frame with predictions column only preds_preds_only <- pxtextmineR::factory_predict_unlabelled_text_r( dataset = pxtextmineR::text_data, predictor = "feedback", pipe_path_or_object = pipe, column_names = "preds_only") head(preds_preds_only)#> feedback_preds #> 1 Couldn't be improved #> 2 Care received #> 3 Staff #> 4 Care received #> 5 Miscellaneous #> 6 Care received# Return data frame with predictions column and columns label and feedback from # the supplied data frame preds_label_text <- pxtextmineR::factory_predict_unlabelled_text_r( dataset = pxtextmineR::text_data, predictor = "feedback", pipe_path_or_object = pipe, column_names = c("label", "feedback")) str(preds_label_text)#> 'data.frame': 10334 obs. of 3 variables: #> $ feedback_preds: chr "Couldn't be improved" "Care received" "Staff" "Care received" ... #> $ label : chr "Couldn't be improved" "Environment/ facilities" "Access" "Communication" ... #> $ feedback : chr "Nothing." "Temperature in theatre a little low." "Same service available at Bingham Health Centre." "Appointment details given over phone - no physical evidence/reminder which could cause problems. Other than tha"| __truncated__ ... #> - attr(*, "pandas.index")=RangeIndex(start=0, stop=10334, step=1)# Return data frame with the predictions column name supplied by the user preds_custom_preds_name <- pxtextmineR::factory_predict_unlabelled_text_r( dataset = pxtextmineR::text_data, predictor = "feedback", pipe_path_or_object = pipe, column_names = "preds_only", preds_column = "predictions") head(preds_custom_preds_name)#> predictions #> 1 Couldn't be improved #> 2 Care received #> 3 Staff #> 4 Care received #> 5 Miscellaneous #> 6 Care received


UniversalWorkerServices Struct Reference
Information from a
UniversalWorkerServices interface.
More...
#include <vosiP.h>
|
Data Fields |
|
char | jobId [SZ_LINE] |
|
char | phase [SZ_LINE] |
|
char | executionDuration [SZ_LINE] |
|
char | destruction [SZ_LINE] |
|
char | error [SZ_LINE] |
|
char | quote [SZ_LINE] |
|
char | ownerId [SZ_LINE] |
|
char | startTime [SZ_LINE] |
|
char | endTime [SZ_LINE] |
|
int | hasParameters |
|
int | hasResults |
|
int | hasErrorSummary |
|
int | hasJobInfo |
Detailed Description
Information from a
UniversalWorkerServices interface.
- Parameters:
-
| jobId | string id for job /{jobs}/(job-id) |
| phase | string for phase /{jobs}/(job-id)/phase |
| executionDuration | string for maximum execution duration /{jobs}/(job-id)/executionduration |
| destruction | string for destruction instant /{jobs}/(job-id)/destruction |
| error | string for error /{jobs}/(job-id)/error |
| quote | string for the quote /{jobs}/(job-id)/quote |
| ownerId | string id for owner /{jobs}/(job-id)/owner |
| hasParameters | int any parameters? |
| hasResults | int any results? |
| hasErrorSummary | int any error summary? |
| hasJobInfo | int any job inforation? |
The documentation for this struct was generated from the following file:


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