This JUnit extension allows you to test for exceptions as you would test for other conditions, often as:
assertThrows(emptyList).get(0);
This is an alpha release. The package names, API, and features may change in a future release.
Traditionally, there are two ways to verify that code throws exceptions as expected: using an
annotation, and using try-fail-catch.
However both are more complex than using assertTrue
or assertEquals
.
This project offers two additional, sometimes simpler ways to test for exceptions: using
assertThrows() and using
new AssertThrows().
If the test method itself is expected to throw an IndexOutOfBoundsException
,
use the following annotation
as described in JUnit FAQ:
@Test(expected=IndexOutOfBoundsException.class) public void testIndexOutOfBoundsException() { List<String> emptyList = new ArrayList<String>(); emptyList.get(0); }
If the test is more complex and doesn't end where the exception is expected, you could write:
List<String> emptyList = new ArrayList<String>(); try { emptyList.get(0); fail(); } catch (IndexOutOfBoundsException e) { // expected }
This will allow you to verify the exception message as well.
However, it is very easy to forget the fail()
.
In many cases, this project allows you to simplify such tests to:
List<String> emptyList = new ArrayList<String>(); assertThrows(emptyList).get(0);
Please note the somewhat unusual order of brackets. To verify the correct exception is thrown, use:
assertThrows(IndexOutOfBoundsException.class, emptyList).get(0);
To verify the exception message as well, use:
assertThrows(new IndexOutOfBoundsException( "Index: 0, Size: 0"), emptyList). get(0);
Please note you need to add the following static import statement:
import static org.junit.contrib.assertthrows.AssertThrows.assertThrows;
Internally, the assertThrows
creates a proxy for the emptyList
object,
which verifies all method calls to this object throw an exception.
Static methods and constructors can't be tested in this way.
Testing the finalize
method is not supported.
This solution works best with interfaces (as in this example the List
interface).
By default, assertThrows
will try to create a proxy
using the java.lang.reflect.Proxy
mechanism.
For classes that do not implement an interface, and to test methods that are not part of any interface,
a class proxy is required (a proxy that extends a class, and not just implements interfaces).
Because this is tricky, assertThrows
doesn't do that by default.
To explicitly use a class proxy, call AssertThrows.useClassProxy
.
As an example, if you declare emptyList
to be an instance
of the concrete class ArrayList
, you need to tell the tool to use a class proxy:
ArrayList<String> emptyList = new ArrayList<String>(); AssertThrows.useClassProxy(ArrayList.class); assertThrows(emptyList).get(0);
Once such a class proxy is created, it is used for all future assertThrows
calls
where the provided object is of this class.
Creating a proxy that extends a class is a bit challenging.
It is not possibly to create a proxy for a final class, because extending a final class is not allowed.
Also, final methods can not be overridden.
Creating a class proxy on a class proxy itself is not supported.
To create class proxies, the proxy factory uses the libraries
Cglib and
Objenesis if they are in the classpath.
If not, Java source code for the proxy class is generated,
and then compiled using javax.tools.JavaCompiler
(Java 6)
or com.sun.tools.javac.Main
(Java 5). This does have a few limitations:
private classes, non-static inner classes, and anonymous inner classes are not supported.
Also, classes without public constructors are not supported. Most of those limitations do not
apply when using Cglib and Objenesis however.
A final method can not be overridden, and therefore the tool can not verify
whether it threw an exception. However, such cases are detected
on the next usage (the next call to assertThrows
, and the
next time an AssertThrows
object is created),
or when the proxy is garbage collected.
So if you made a mistake and called a final method, or did not call method
on the proxy assertThrows
object, the tool will usually detect it.
As an example, the following code will throw an exception saying
that no method was called on the proxy:
List<String> list = new ArrayList<String>(); assertThrows(list); assertThrows(list).get(0);
You may also verify the usage explicitly by calling ExceptionVerifier.verifyLastProxyWasUsed()
,
for example in a tearDown
method or JUnit 4 Rule
.
The following syntax is supported:
new AssertThrows() { public void test() { Integer.parseInt("x"); }};
The constructor of this class calls test()
and verifies it throws an exception.
To test for a specific exception, use:
new AssertThrows(NumberFormatException.class) { public void test() { Integer.parseInt("x"); }};
You may also test for a specific exception message using:
new AssertThrows(new NumberFormatException("For input string: \"x\"")) { public void test() { Integer.parseInt("x"); }};
Please note you need to add the following import statement:
import org.junit.contrib.assertthrows.AssertThrows;
If you need to verify the exception in more detail (for example, match the message against a pattern, or verify the cause), you can get the last exception or error as follows:
Throwable t = AssertThrows.getLastThrown();
This will get the last exception or error that was thrown by a test
in the current thread, no matter if the proxy mechanism (assertThrows
)
or the anonymous class mechanism (new AssertThrows
) was used.
If the last executed test did not throw an exception, it will return null.
Please note even thought this is a static method, it is multi-threading save because
it uses a ThreadLocal
variable internally.
To use this tool, download add the .jar
file to your project.
A minimal test case is:
import java.util.ArrayList; import java.util.List; import org.junit.Test; import org.junit.contrib.assertthrows.AssertThrows; import static org.junit.contrib.assertthrows.AssertThrows.*; public class HelloAssertThrows { @Test public void test() { final List<String> emptyList = new ArrayList<String>(); assertThrows(emptyList).get(0); new AssertThrows() { public void test() { emptyList.get(0); }}; } }
The jar file is not yet in a Maven central repository, but you can build and deploy it locally if you wish.
To do that, first download the .zip
or .tar.gz
file, and build it using:
cd assertthrows mvn clean install
Then use the following dependency:
<dependency> <groupId>org.junit.contrib</groupId> <artifactId>junit-assertthrows</artifactId> <version>0.1-SNAPSHOT</version> <scope>test</scope> </dependency>
This project does not required additional libraries. However, if you want to test using class proxies, it is suggested to add the libraries Cglib and Objenesis to the classpath while running the tests. Please note those are optional dependencies only; within the described limitations, this tool works without them. To add the dependencies to a Maven project, use:
<dependency> <groupId>cglib</groupId> <artifactId>cglib-nodep</artifactId> <version>2.2.2</version> <scope>test</scope> </dependency> <dependency> <groupId>org.objenesis</groupId> <artifactId>objenesis</artifactId> <version>1.2</version> <scope>test</scope> </dependency>
This project uses the Apache License Version 2.0.
There are classpath problems when using Maven 2.x. together with the the compiling proxy factory. If the compiling proxy factory is required, you will need to use Maven 3.x.


Copyright (c) 2015 The Biomedical Imaging and Instrumentation Group (BiiG)
of the University Carlos III de Madrid (https://image.hggm.es/)
All rights reserved.
Redistribution and use in source and binary forms, with or without modification,
are permitted provided that the following conditions are met:
1. Redistributions of source code must retain the above copyright notice,
this list of conditions and the following disclaimer.
2. Redistributions in binary form must reproduce the above copyright
notice, this list of conditions and the following disclaimer in the
documentation and/or other materials provided with the distribution.


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10th Annual Running with the Wolves 10K
New This Year - White Fang 5k Option!
Race Details
WHEN: Wednesday, July 18, 2018, at 6:30pm
WHERE: Kelleher Field, 72 Jefferson St., Marlboro, MA. Same start and finish line for both races.
BIB PICKUP: Tuesday, July 17, 2018 at Medusa Brewing Company, 11 Main Street, Hudson, MA from 4pm - 7pm and at the race on race day starting at 5pm.
WHAT:
-
USATF certified 10k race and NEW 5k race option
-
Out & back course for both races on the car-free Assabet River Rail Trail
-
RUNNERS ONLY IN 10K RACE. Walkers and runners may enter the 5k.
-
Technical race shirts and other SWAG to all registered participants
-
Medals to first place male and female finishers, and fastest male and female finishers in each age group: Under 18, 18-29, 30-39, 40-49, 50-59 and 60+
-
Special trophy to the team/corporation with the most registered participants
-
Chip timing presented by RaceWire
-
A 90-minute time limit will apply to the 10k. Runners who have not reached the turnaround point after 45 minutes will be turned around on the course by volunteers.
-
Post-race party with live music, food and drinks at the Prospector East Saloon, 520 Lincoln Street, Marlborough


To contribute to the project you can choose whatever section of work you like. All sources including this documentation can be found at sourceforge.net. You should be somewhat familiar with SVN and need an account at sourceforge.net (we prefer to know who works so hard to contribute).
Start contributing by providing patches at http://sourceforge.net/tracker/?group_id=96589&atid=615250. They should be "fresh", mean nearly the current state/version of the sources from within the SVN. Please describe what the patch is for and provide diff file(s).


This is when Peppa Pig is coming to Blackpool for a 'Best Day Ever!'
Peppa Pig is heading to Blackpool for a special day out with Mummy Pig, Daddy Pig and George.
by Colin AinscoughThe new show, called Peppa Pig's Best Day Ever, is set to a stop off at Blackpool's Grand Theatre during next year's UK tour.
Tickets are available now, but fans will have to wait until June 13 & 14 next year for the the show to arrive, when there will be six performances over the two days.
Fans can look forward to a show packed full of songs, games and laughter - featuring dragons, ice-cream and of course muddy puddles.
There will also be appearances from other favourite characters, such as Miss Rabbit, Mr Bull, Suzy Sheep and Gerald Giraffe.
Ticket start from £18.50, more details can be found here


What the Rice?
April 24, 2016
TL;DR Here are my dotfiles.
Disclaimer: I am in no way a ricing expert. This guide is intended for fellow beginners confused on the very basics when it comes to the customization of their Unix system.
Introduction
After making my departure to Arch Linux a month ago I was quickly introduced to the world of tiling window managers. The idea is that instead of having a full blown desktop environment (DE) such as Gnome or Unity, you just have a window manager that utilizes keyboard shortcuts to organize your windows. With this you are able to create a very customizable experience without using up all your system’s resources.
So What is Rice / Ricing?
Ricing is term conceiver /r/unixporn to someone who is customizing their linux distribution such as their the system icons and the color of the terminal. When it comes to ricing a tiling window manager though, the ricing of a user’s system becomes much more involved. Basic things such as the panel bar and application launcher must be configured by the user.
The State of Ricing
It’s and there are more ways than ever to rice your PC. The reddit community /r/unixporn is a great place to stay up to date on what people are using for their setups.
Window Managers: The most popular WMs at the moment seem to be the young bspwm and the widely used i3wm, though people are also making some awesome openbox desktops.
Panel / Bar: Lots of redditors are also using some sort panel or bar in the configuration which displays all sorts of information such as the time, volume, even the current song playing. I’m not going to go into much details on how panels work, but if your interested check out z3bra’s great introduction. At the moment, lemonbar seems to be the best option for creating a panel in your WM but other options such as i3bar also work great and are built into i3wm. You can check out my lemonbar files in the link at end of this page.
Program Launcher: When it comes to launching programs in linux, there has always been many ways to do it. You could just execute the program from a terminal emulator but that’s lame and some programs make the terminal log for errors when executed like this. As I write this post dmenu and rofi are the goto applications launchers for many ricers. Rofi is actually “A window switcher, run dialog and dmenu replacement” according to its homepage which means it can do a lot more than just execute your web browser (most of which I have yet to experiment with).
Terminal Emulator: The last part of ricing that I’m going to explain in this guide is the terminal emulator. The terminal emulator allows the user to interact with the Unix shell while in the X environment, according to the Arch Wiki. I personally use urxvt, or rxvt-unicode, which I think works very well with window managers and is very customizable through the .Xresource file in your home directory. The terminal is a very important part of a good ricing and is very
What Do I Use?
Here’s a list of what I’m using on my Arch Linux System:
- WM: bspwm
- GTK: arc-theme
- Icons: papier
- Bar: lemonbar
- Terminal: urxvt
- Launcher: rofi
- Files: pcmanfm
All the dotfiles can be found on Github. If you want to see a gallery of what my desktop looks like at the moment, check out my reddit post where can find some more details and a gallery.


Infinispan on tour, March-April 2019
* *
Infinispan has been on tour!!
I - Katia Aresti - had the chance to present 3 talks in 3 different conferences and countries during the last month:
Breizh Camp 2019 the 22th March, Rennes (France)
Greach Conf 2019, 29th March, Madrid (Spain)
Voxxed Days Milano 2019, 13th April, Milan (Italy)
Breizh Camp
2019 has been BreizhCamp’s 9th - Code Busters - edition and they sold-out the conference in a matter of hours (wow).
I did not have the time to attend any talk. Unfortunately, due to my personal schedule, I arrived on Thursday night, and I was presenting on Friday after lunch. This was the second time I was giving this presentation, but I did lot’s of changes since the first time, including:
-
Big upgrades to my presentation look and feel
-
Harry-Potterize my Vert.x Clustered Infinispan Embedded. An original demo containing more examples of Vert.x and Infinispan can be found here.
-
Creating and live-coding an Infinispan Client/Server + Quarkus Demo
-
Using Infinispan Operator to create an Infinispan Cluster in Openshift 4
Breizh Camp Code Busters Edition, Photo credit @BreizhCamp 2019 |
On Friday morning I was stressed and I ran my presentation at the hotel. I arrived at the venue, delivered my talk and headed back to Paris. I deeply regretted not spending more time hanging out with other speakers and attendees, but I really couldn’t make it this time :(
Greach Conf
Greach Conf is a lovely conference held in Madrid (Spain) for several years now. A 100% international conference, it has been organized by the Groovy community.
This year they have changed the conference lineup adding an Android/Testing track and focusing on a bigger spectrum of technologies around the JVM.
Greach Conf 2019. Photo credit José Miguel Rodríguez |
I learned a bunch of new things, including content related to SDKMan!, Gradle, the future of Grails and of course, Micronaut. As the principal maintainer of Spring-Boot and Infinispan integration, Micronaut felt new and familiar at the same time. I really enjoyed the workshop delivered by Alvaro Sánchez who will be in Devoxx France this week. The framework is really impressive. Give it a try!
You will find on Twitter a complete thread about my Greach Conf impressions:
Coming back to Paris after 3 amazing days in Madrid as speaker and attendee at @greachconf #greach opening a thread 👇🏻
— Katia Aresti (@karesti) 30 mars 2019
Voxxed Days Milano
Voxxed Days Milano (Italy) was organizing the first edition this year and I really loved this conference in every aspect of it! Thanks, Mario Fusco and all the team involved for making it possible!
Voxxed Days Milano - Photo credit Sanne Grinovero |
I’ve written a full thread on Twitter with my impressions. You can find it attached to the tweet where I share all the content I’ve used in Greach Conf, BreizhCamp and Voxxed Days Milano:
My presentation content #VDM19 is available! @VoxxedMilano ! Thanks for attending!
The code of @vertx_project and @Infinispan embeddedhttps://t.co/KYNUJRzauU
The code of @QuarkusIO and @Infinispan client/serverhttps://t.co/9TV9tPBaeI
Deck: https://t.co/HR8nMR7xlL
— Katia Aresti (@karesti) 13 avril 2019
Thanks to Breizh Camp, Greach Conf and Voxxed Days Milano for the opportunity to share around distributed caches and for the amazing time I’ve had during this month in each of the conferences.
This tour is now over for a while but will continue before summer. I will be presenting this talk (with upgrades, so stay tuned) in Dev Fest Lille in June 2019 (France), in Comunidad CODE (Virtual talk) and Software Crafters Bilbao in Spanish.
Devoxx France
Devoxx France is taking place this week in Paris. I will be there, so if you want to chat about Distributed caches, Datagrids, NoSQL Key-Value databases, or integration with your favorite framework feel free to reach me on twitter!
There are lot’s of new features and Reactive APIs to be done for Infinispan 10, so my main focus will be there for a bit.
Stay Tuned And Happy Coding!


Sometimes, when you try to write something to the web page, things don't turn out the way you expect. In that
case, try putting an <o2 out> tag around your values.
$someVariable
An example from the real world... Here I couldn't get the concatenation right without the out tags.
$monthNumeric$monthDay2Digits


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Source code for graphein.protein.edges.intramolecular
"""Featurization functions for graph edges."""
# Graphein
# Author: Arian Jamasb<EMAIL_ADDRESS>Eric Ma, Charlie Harris
# License: MIT
# Project Website: https://github.com/a-r-j/graphein
# Code Repository: https://github.com/a-r-j/graphein
from __future__ import annotations
import logging
import os
import subprocess
from pathlib import Path
from typing import Optional
import networkx as nx
import pandas as pd
from graphein.protein.utils import download_pdb
log = logging.getLogger(__name__)
[docs]def peptide_bonds(G: nx.Graph) -> nx.Graph:
"""
Adds peptide backbone to residues in each chain
:param G: nx.Graph protein graph
:type G: nx.Graph
:returns: nx.Graph protein graph with added peptide bonds
:rtype: nx.Graph
"""
log.debug("Adding peptide bonds to graph")
# Iterate over every chain
for chain_id in G.graph["chain_ids"]:
# Find chain residues
chain_residues = [
(n, v) for n, v in G.nodes(data=True) if v["chain_id"] == chain_id
]
# Iterate over every residue in chain
for i, residue in enumerate(chain_residues):
# Checks not at chain terminus - is this versatile enough?
if i == len(chain_residues) - 1:
continue
# Asserts residues are on the same chain
cond_1 = (
residue[1]["chain_id"] == chain_residues[i + 1][1]["chain_id"]
)
# Asserts residue numbers are adjacent
cond_2 = (
abs(
residue[1]["residue_number"]
- chain_residues[i + 1][1]["residue_number"]
)
== 1
)
# If this checks out, we add a peptide bond
if cond_1 and cond_2:
# Adds "peptide_bond" between current residue and the next
if G.has_edge(i, i + 1):
G.edges[i, i + 1]["kind"].add("peptide_bond")
else:
G.add_edge(
residue[0],
chain_residues[i + 1][0],
kind={"peptide_bond"},
)
else:
continue
return G
####################################
# #
# GetContacts Interactions #
# #
####################################
[docs]def get_contacts_df(config: GetContactsConfig, pdb_name: str) -> pd.DataFrame:
"""
Reads GetContact File and returns it as a pd.DataFrame
:param config: GetContactsConfig object
:type config: GetContactsConfig
:param pdb_name: Name of PDB file. Contacts files are name {pdb_name}_contacts.tsv
:type pdb_name: str
:return: DataFrame of prased GetContacts output
:rtype: pd.DataFrame
"""
if not config.contacts_dir:
config.contacts_dir = Path("/tmp/")
contacts_file = config.contacts_dir / (pdb_name + "_contacts.tsv")
# Check for existence of GetContacts file
if not os.path.isfile(contacts_file):
log.info("GetContacts file not found. Running GetContacts...")
run_get_contacts(config, pdb_name)
contacts_df = read_contacts_file(config, contacts_file)
# remove temp GetContacts file
if config.contacts_dir == "/tmp/":
os.remove(contacts_file)
return contacts_df
[docs]def run_get_contacts(
config: GetContactsConfig,
pdb_id: Optional[str] = None,
file_name: Optional[str] = None,
):
"""
Runs GetContacts on a protein structure. If no file_name is provided, a PDB file is downloaded for the pdb_id
:param config: GetContactsConfig object containing GetContacts parameters
:type config: graphein.protein.config.GetContactsConfig
:param pdb_id: 4-character PDB accession code
:type pdb_id: str, optional
:param file_name: PDB_name file to use, if annotations to be retrieved from the PDB
:type file_name: str, optional
"""
# Check for GetContacts Installation
assert os.path.isfile(
f"{config.get_contacts_path}/get_static_contacts.py"
), "No GetContacts Installation Detected. Please install from: https://getcontacts.github.io"
# Check for existence of pdb file. If not, download it.
if not os.path.isfile(config.pdb_dir / file_name):
log.debug(
f"No pdb file found for {config.pdb_dir / file_name}. Checking pdb_id..."
)
if not os.path.isfile(config.pdb_dir / pdb_id):
log.debug(
f"No pdb file found for {config.pdb_dir / pdb_id}. Downloading..."
)
pdb_file = download_pdb(config, pdb_id)
else:
pdb_file = config.pdb_dir + pdb_id + ".pdb"
# Run GetContacts
command = f"{config.get_contacts_path}/get_static_contacts.py "
command += f"--structure {pdb_file} "
command += f'--output {(config.contacts_dir / (pdb_id + "_contacts.tsv")).as_posix()} '
command += "--itypes all" # --sele "protein"'
log.info(f"Running GetContacts with command: {command}")
subprocess.run(command, shell=True)
# Check it all checks out
assert os.path.isfile(config.contacts_dir / (pdb_id + "_contacts.tsv"))
log.info(f"Computed Contacts for: {pdb_id}")
[docs]def read_contacts_file(
config: GetContactsConfig, contacts_file: str
) -> pd.DataFrame:
"""
Parses GetContacts file to an edgelist (pd.DataFrame)
:param config: GetContactsConfig object (graphein.protein.config.GetContactsConfig)
:type config: GetContactsConfig
:param contacts_file: file name of contacts file
:type contacts_file: str
:return: Pandas Dataframe of edge list
:rtype: pd.DataFrame
"""
log.debug(f"Parsing GetContacts output file at: {contacts_file}")
contacts_file = open(contacts_file, "r").readlines()
contacts = []
# Extract every contact and residue types
for contact in contacts_file[2:]:
contact = contact.strip().split("\t")
interaction_type = contact[1]
res1 = contact[2]
res2 = contact[3]
# Remove atom names if not using atom granularity
if config.granularity != "atom":
res1 = res1.split(":")
res2 = res2.split(":")
res1 = res1[0] + ":" + res1[1] + ":" + res1[2]
res2 = res2[0] + ":" + res2[1] + ":" + res2[2]
contacts.append([res1, res2, interaction_type])
edges = pd.DataFrame(
contacts, columns=["res1", "res2", "interaction_type"]
)
return edges.drop_duplicates()
[docs]def add_contacts_edge(G: nx.Graph, interaction_type: str) -> nx.Graph:
"""
Adds specific interaction types to the protein graph.
:param G: networkx protein graph
:type G: nx.Graph
:param interaction_type: interaction type to be added
:type interaction_type: str
:return G: nx.Graph with specified interaction-based edges added.
:rtype: nx.Graph
"""
log.debug(f"Adding {interaction_type} edges to graph")
if "contacts_df" not in G.graph:
log.info("No 'contacts_df' found in G.graph. Running GetContacts.")
G.graph["contacts_df"] = get_contacts_df(
G.graph["config"].get_contacts_config, G.graph["pdb_id"]
)
contacts = G.graph["contacts_df"]
# Select specific interaction type
interactions = contacts.loc[
contacts["interaction_type"] == interaction_type
]
for label, [res1, res2, interaction_type] in interactions.iterrows():
# Check residues are actually in graph
if not (G.has_node(res1) and G.has_node(res2)):
continue
if G.has_edge(res1, res2):
G.edges[res1, res2]["kind"].add(interaction_type)
else:
G.add_edge(res1, res2, kind={interaction_type})
return G
[docs]def hydrogen_bond(G: nx.Graph) -> nx.Graph:
"""
Adds hydrogen bonds to protein structure graph
:param G: nx.Graph to add hydrogen bonds to
:type G: nx.Graph
:return: nx.Graph with hydrogen bonds added
:rtype: nx.Graph
"""
return add_contacts_edge(G, "hb")
[docs]def salt_bridge(G: nx.Graph) -> nx.Graph:
"""
Adds salt bridges to protein structure graph
:param G: nx.Graph to add salt bridges to
:type G: nx.Graph
:return: nx.Graph with salt bridges added
:rtype: nx.Graph
"""
return add_contacts_edge(G, "sb")
[docs]def pi_cation(G: nx.Graph) -> nx.Graph:
"""
Adds pi-cation interactions to protein structure graph
:param G: nx.Graph to add pi-cation interactions to
:type G: nx.Graph
:return: nx.Graph with pi-pi_cation interactions added
:rtype: nx.Graph
"""
return add_contacts_edge(G, "pc")
[docs]def pi_stacking(G: nx.Graph) -> nx.Graph:
"""
Adds pi-stacking interactions to protein structure graph
:param G: nx.Graph to add pi-stacking interactions to
:type G: nx.Graph
:return: nx.Graph with pi-stacking interactions added
:rtype: nx.Graph
"""
return add_contacts_edge(G, "ps")
[docs]def t_stacking(G: nx.Graph) -> nx.Graph:
"""
Adds t-stacking interactions to protein structure graph
:param G: nx.Graph to add t-stacking interactions to
:type G: nx.Graph
:return: nx.Graph with t-stacking interactions added
:rtype: nx.Graph
"""
return add_contacts_edge(G, "ts")
[docs]def hydrophobic(G: nx.Graph) -> nx.Graph:
"""
Adds hydrophobic interactions to protein structure graph
:param G: nx.Graph to add hydrophobic interaction edges to
:type G: nx.Graph
:return: nx.Graph with hydrophobic interactions added
:rtype: nx.Graph
"""
return add_contacts_edge(G, "hp")
[docs]def van_der_waals(G: nx.Graph) -> nx.Graph:
"""
Adds van der Waals interactions to protein structure graph
:param G: nx.Graph to add van der Waals interactions to
:type G: nx.Graph
:return: nx.Graph with van der Waals interactions added
:rtype: nx.Graph
"""
return add_contacts_edge(G, "vdw")


Use status updates for information regarding in-progress activities, e.g., committees formed as a result of the petition, or reachout efforts to Administrators.
If a new status update is created, an e-mail will be dispatched to petition signatories who subscribe to status updates.
Use response for the final petition update, e.g., the final decision reached by Administration, the consensus reached by the committee formed for the petition, etc.
When a response is initially petitioned, an e-mail is dispatched to petition signatories who subscribe to updates.
This petition is currently {{publishStatus}}. Published petitions are publicly viewable and accessible via the API; unpublished petitions are only visible to administrators and not accessible via the API.


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---
layout: post
title: links for 2007-08-05
date: 2007-08-05 00:00:00
---
-
"some couples say it can be equally tricky to navigate intimacy in the digital sides of their lives. They're running into thorny questions regarding how much to share and how much to keep separate in areas ranging from email addresses to online calendars"
-
Kanetsuka doing his own special brand of magic. I recognise a couple of the Ukes - Russians?
-
-


 While designer Manish Malhotra was one of the first to reach, many Bollywood stars from the industry like Amitabh Bachchan, Rekha, Urmila Matondkar, Prasoon Joshi, Vindu Dara Singh, Tabu, Rishi Kapoor too turned up to share their condolences with the family.
Scroll down to see all the pictures from the prayer meet below.


My awesome application
This is my awesome application. I bet your application isn't as awesome as mine.


var OutOfBounds = errors.New("Offset out of bound")
This error is returned when a passed offset is invalid.
func CopyPostings(src []int) (postings []int)
It just clones one sequence of postings into new one.
func IntersectPostings(srcA []int, srcB []int) (postings []int)
It takes 2 sorted and deduplicated sequences of postings and generates a new sorted and deduplicated sequence that contains postings found in both original sequences.
func ReadNormalized(r io.Reader) io.Reader
func ServeDocuments(docs JsonDocuments) http.HandlerFunc
func ServeRawBytes(raw []byte) http.HandlerFunc
func ServeSearch(index Index) http.HandlerFunc
func SortDedupPostings(src []int) (postings []int)
It takes a sequence of postings and generates a new one that is obtained after sorting and deduplicating them.
func TokenizeForSearch(query string) (tokens []string, incomplete_token string)
Given a free text, produces normalized tokens.
If last character of the passed input was a valid one then considers as potentially incomplete it and returns it apart.
It returns: - all complete tokens, sorted and deduplicated. - optionally the las token a part if it was considered to be potentially
incomplete.
type Edge struct { Rune rune // UNICODE code point associated with this edge // contains filtered or unexported fields }
It represents a trie edge as it have been decoded by an instance of TrieReader
type Index interface { // Given the passed query, it searches it inside the index and returns all the // postings of matching documents. // // It returns: // - postings of matching documents, sorted and deduplicated. // - an error in case of failure Search(query string, limit int) (postings []int, err error) }
An interface to search using pre-build indices.
func NewIndex(reader io.Reader) (index Index, rawIdex []byte, err error)
Given the passed io.Reader, loads an index previously generated with IndexBuilder.
It returns: - the newly created index. - the bytes containing the read index. - an error on failure.
type IndexBuilder interface { // It indexes a document, given an unique id and its content. // // If the same id is used many times it consider the passed content as part // of the same document. AddDocument(id int, content string) error // It indexes a JSON document. // // Parameters: // - jsonDocument: JSON document's bytes. // - idField: JSON attribute for the unique id. // - contentFields: JSON attributes for the content to be indexed. // // Return: // - id: The document id as it have extracted from the JSON document. // - err: An error in case of failure (in such case id is zero). // // Notes: // - the root object must be a dictionary // - it can access only to values of the root object. // - the unique id must be a positive integer, it is OK if it have been // encoded as a string. // - if the same id is used many times it consider the passed content as // part of the same document. AddJsonDocument(jsonDocument []byte, idField string, contentFields []string) (id int, err error) // Applies method AddJsonDocument on all lines read from the passed // io.Reader. // // Return: // - numLines: Number of lines parsed. // - err: An error in case of failure. // // Notes: // - it stops at the first failure. // - if the same id is used many times it consider the passed content as // part of the same document. IndexJsonStream(reader io.Reader, idField string, contentFields []string) ( numLines int, err error) // Applies method AddJsonDocument on all lines read from the passed // io.Reader and also returns a map mapping the document id with its raw // content. // // Return: // - documents: A map id -> JSON bytes from the processed documents // - err: An error in case of failure (in such case documents is nil). // // Notes: // - it stops at the first failure. // - if the same id is used many times it fails. LoadAndIndexJsonStream(reader io.Reader, idField string, contentFields []string) (documents JsonDocuments, err error) // Generates a blob from all indexed documents and writes it to the passed // io.Writer. Dump(writer io.Writer) error }
IndexBuilder is a component that collects documents to generate one index that it allow to dump in a space-efficient blob that component Index is able to use for search.
func NewIndexBuilder() IndexBuilder
Creates a new IndexBuilder.
type JsonDocuments map[int][]byte
A map document id -> JSON bytes.
type Node struct { NumPostings int // Number of postings contained by the node NumEdges int // Number of edges departing from this node // contains filtered or unexported fields }
It represents a trie node as it have been decoded by an instance of TrieReader.
The content of this structure can be stored for later usage and given one binary index nodes are universally consistent. They can be marshaled and stored on files or passed between different services without problems.
type TrieBuilder interface { // Add one term to the trie to build, and associates it to one posting. // // The passed posting should be strictly positive. // // If term is an empty string then the posting is added to the root node. Add(posting int, term string) // Generates a trie and serializes to the passed io.Writer. // // It returns error on failures. Dump(dst io.Writer) error }
A TrieBuilder is a tool that can be used to generate binary encoded tries for TrieReader.
func NewTrieBuilder() TrieBuilder
Creates a new TrieBuilder.
type TrieReader struct {
// contains filtered or unexported fields
}
A structure containing the state of a trie reader.
It can be cloned in order to have two state machines decoding and traversing the trie from the current position. Clones are completely independent.
These readers are working as state machines that decode lazily the bytes while traversing the trie. No up-front decoding of postings and edges is performed.
They can jump to one state to another to save CPU resources (methods JumpNode, EnterNode).
func NewTrieReader(bytes_ []byte) (trieReader *TrieReader, node Node, err error)
It creates a new TrieReader from the given bytes.
Passed bytes are not changed by the created reader, just shared lazily decoded while traversing the trie. Changing this bytes may lead to undefined behaviour of the TrieReader.
It returns: - the newly created TrieReader - information about its root node - an error in case of failure
func (t *TrieReader) EnterNode(edge Edge) (node Node, err error)
It uses edge information returned by ReadEdge, ReadAllEdges to enter targeted child node.
It returns: - information about the entered node. - an error in case of failure.
func (t *TrieReader) JumpNode(node Node) (err error)
It sets this reader to the given node.
It can be used to go back to a node that have already been processed. The content of a node may come from a cache or some storage. It works only if have been generated by a binary identical trie.
It returns: - an error in case of failure.
func (t *TrieReader) Match(term string) (node Node, err error)
Takes one term and traverses the trie from the current node matching all term's UNICODE code points in order.
If during the traversal is not able to find one edge it returns a zeroed-node, this is not considered a failure but simply a negative match.
It returns: - information about the final node. - an error in case of failure.
func (t *TrieReader) ReadAllEdges() (edges []Edge, err error)
It decodes all remaining edges.
An early call of this method inhibits reading of postings from the current node.
Returned values can be used to enter the sub-node targeted by current edge.
It returns: - information about the decoded edges in a single array, sorted by relative
UNICODE code point.
- an error in case of failure.
func (t *TrieReader) ReadAllPostings() (postings []int, err error)
It decodes all remaining postings.
If all postings have already been read it returns (nil, io.EOF).
Postings are decoded after entering one node and before decoding edges. An early call of method ReadEdge inhibits this method.
It returns: - all decoded posting in a sorted deduplicated array. - an error in case of failure.
func (t *TrieReader) ReadAllPostingsRecursive() (postings []int, err error)
It decodes all remaining postings plus all the postings from all sub-nodes recursively.
If all postings and edges have already been read it returns (nil, io.EOF).
This method effectively consumes all remaining postings and edges of current node, the only things to do after it are: - jumping to another Node (method JumpNode). - entering in one node from one Edge returned previously (method EnterNode). - reset the reader to the root node (method Reset).
It returns: - all decoded posting in a sorted deduplicated array. - an error in case of failure.
func (t *TrieReader) ReadEdge() (edge Edge, err error)
It decodes one edge.
An early call of this method inhibits reading of postings from the current node.
Returned value can be used to enter the sub-node targeted by current edge.
It returns: - information about the decoded edge. - an error in case of failure.
func (t *TrieReader) ReadPosting() (posting int, err error)
It decodes next posting.
When all postings have already been read it returns (0, io.EOF).
Postings are decoded after entering one node and before decoding edges. An early call of method ReadEdge inhibits this method.
It returns: - the decoded posting. - an error in case of failure.
func (t *TrieReader) Reset() (_ Node, _ error)
It resets the state of this reader so that it restarts from the root node.
It is equivalent to create a new reader with the very same bytes.
It returns: - information about the root node. - an error in case of failure.


Network buffer descriptor for Netconn API. Based on Packet buffers (PBUF) internally to avoid copying data around.
Buffers must not be shared accross multiple threads, all functions except netbuf_new() and netbuf_delete() are not thread-safe.
◆ netbuf_alloc()
| void* netbuf_alloc |
( |
struct netbuf * |
buf, |
|
|
u16_t |
size |
|
) |
| |
Allocate memory for a packet buffer for a given netbuf.
- Parameters
-
| buf | the netbuf for which to allocate a packet buffer |
| size | the size of the packet buffer to allocate |
- Returns
- pointer to the allocated memory NULL if no memory could be allocated
◆ netbuf_chain()
| void netbuf_chain |
( |
struct netbuf * |
head, |
|
|
struct netbuf * |
tail |
|
) |
| |
Chain one netbuf to another (
- See also
- pbuf_chain)
- Parameters
-
| head | the first netbuf |
| tail | netbuf to chain after head, freed by this function, may not be reference after returning |
◆ netbuf_data()
| err_t netbuf_data |
( |
struct netbuf * |
buf, |
|
|
void ** |
dataptr, |
|
|
u16_t * |
len |
|
) |
| |
Get the data pointer and length of the data inside a netbuf.
- Parameters
-
| buf | netbuf to get the data from |
| dataptr | pointer to a void pointer where to store the data pointer |
| len | pointer to an u16_t where the length of the data is stored |
- Returns
- ERR_OK if the information was retrieved, ERR_BUF on error.
◆ netbuf_delete()
| void netbuf_delete |
( |
struct netbuf * |
buf | ) |
|
◆ netbuf_first()
| void netbuf_first |
( |
struct netbuf * |
buf | ) |
|
Move the current data pointer of a packet buffer contained in a netbuf to the beginning of the packet. The packet buffer itself is not modified.
- Parameters
-
◆ netbuf_free()
| void netbuf_free |
( |
struct netbuf * |
buf | ) |
|
Free the packet buffer included in a netbuf
- Parameters
-
| buf | pointer to the netbuf which contains the packet buffer to free |
◆ netbuf_new()
| struct netbuf* netbuf_new |
( |
void |
| ) |
|
Create (allocate) and initialize a new netbuf. The netbuf doesn't yet contain a packet buffer!
- Returns
- a pointer to a new netbuf NULL on lack of memory
◆ netbuf_next()
| s8_t netbuf_next |
( |
struct netbuf * |
buf | ) |
|
Move the current data pointer of a packet buffer contained in a netbuf to the next part. The packet buffer itself is not modified.
- Parameters
-
- Returns
- -1 if there is no next part 1 if moved to the next part but now there is no next part 0 if moved to the next part and there are still more parts
◆ netbuf_ref()
| err_t netbuf_ref |
( |
struct netbuf * |
buf, |
|
|
const void * |
dataptr, |
|
|
u16_t |
size |
|
) |
| |
Let a netbuf reference existing (non-volatile) data.
- Parameters
-
| buf | netbuf which should reference the data |
| dataptr | pointer to the data to reference |
| size | size of the data |
- Returns
- ERR_OK if data is referenced ERR_MEM if data couldn't be referenced due to lack of memory


TO DIE (OR NOT) A film review by Steve Rhodes Copyright 2001 Steve Rhodes RATING (0 TO ****): ** 1/2
In Ventura Pons's comedic drama, TO DIE (OR NOT), the writer tells his disapproving wife about the fantastic idea that he has for a new script. He'll create a movie with six independent threads in which the six main characters die. Or do they? Faster than someone can shout, "Rewrite!" she tells him everything wrong with his idea. She thinks a movie called something like TO LIVE would be more successful. Her petty bickering gives him chest pains, the first signs of a heart attack.
We see his stories acted out, and it is increasingly obvious that they will all come together and the characters will not perish. After all, the title of the movie isn't TO DIE (FOR SURE).
The first concerns a motorcyclist run down by a speeding police car.  The third is about a man who is being shot in his home by a robber. The fourth concerns a dirty, but surprisingly healthy looking, heroin addict out to get his last fix. The fifth is set in a hospital where a dying patient needs a nurse but can't quite reach the nurse-call button. In the last one, a depressed, crazy woman is about to take an overdose of pills. There might be more, but the prime problem with TO DIE (OR NOT) is that, while the idea is cute, the writer has trouble finding interesting things to do with it, so the result isn't particularly memorable.
Still, TO DIE (OR NOT) is a pleasant picture. The first part is filmed in sleek black and white with disorienting camera angles and fast zooms. The second part switches to lush colors and more tranquil camera work. Throughout, the movie is warmly scored with soothing classical, cello music.
The uneven script tosses around some ideas about chance and God but doesn't develop them. The humor is similarly slapdash. TO DIE (OR NOT) leaves you thinking about the movie's premise but not the film itself.
TO DIE (OR NOT) runs 1:30. The film is in Spanish with English subtitles. It is not rated but might be an R for brief nudity, sexuality, violence and language. It would be fine for teenagers.
Web: http://www.InternetReviews.com Email<EMAIL_ADDRESS>Want free reviews and weekly movie and video recommendations via Email? Just send me a letter with the word "subscribe" in the subject line.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


{{one source|date=December 2012}} {{Infobox prepared food | name = Ohaw | image = | caption = | alternate_name = Rur | country = Japan | region = | creator = | course = | type = Fish soup | served = | main_ingredient = Stock, fish or animal bones, kelp; meat, fish, or vegetables | variations = | calories = | other = }}
Ohaw or rur is a savory soup of the Ainu people of northern Japan, flavored with fish or animal bones. Kelp is also used to add flavor to the stock. Unlike the majority of the traditional Japanese soups, the Ainu do not use miso or soy sauce in their soups.<ref>http://www.ainu-museum.or.jp/english/english.html</ref> The solid ingredients such as meat, fish, vegetables and/or wild edible plants are added to the stock.
{{reflist}}
{{ainu-stub}}


CMS Editor
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Date Added/Modified:
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Add Gallery Item
Please add any media file you want ..
Submit


This allows you to select the payload generators to use when fuzzing a request.
Payload generators generate the raw values or attacks that the fuzzer submits to the target application.
The following types of generators are provided by default:
Empty/Null - generates the selected payload multiple times, leaving the message without changes. This payload generator is useful to send multiple messages that are later processed, for example, with a Fuzzer HTTP Processor (Script).
File - select any local file for one off attacks
File Fuzzers - select any combination of the fuzzing files registered with ZAP, e.g. via add-ons like fuzzdb
Numberzz - allows to easily generate a sequence of numbers, with custom increment
Regex - generate attacks based on regex patterns
Strings - raw strings, which can be entered manually or pasted in
Script - custom scripts that can generate any payloads required
Json - generate attacks by fuzzing the provided json
You can write custom payload generator scripts - these can supply any payloads that you need.
Add-ons can also define additional payload generators.
The 'Processors...' button launches the Payload Processors dialog which allows you to
configure payload processors that just apply to the payload generator you have selected.


Make a money claim online
You can make a money claim if you believe a person or organisation owes you money and won’t pay you back. You'll have to pay a fee.
Before making a claim, you should:
- try to resolve the issue by discussion or mediation
- consider whether the person or organisation has the money to pay you - if not, you may not get your money back regardless of how the court rules
Your claim, including your name and address, will be sent to the person you say owes you money. They'll get a chance to respond to your claim.
To make a money claim in Welsh, download and fill in form N1.
Return to an existing claim
Sign in to your account to check updates, manage a claim and make a new claim.
Help claiming online
Contact Money Claims for help using this service.
{% import 'prototypes/prototype-aug-2019/includes/contact-in-page.html' as contact %} {{ contact.output('small') }}Claim by post
Download and fill in a claim form.
Send it with a cheque for your claim fee to the County Court Money Claims Centre.
PO Box 527
Salford
Greater Manchester
M5 0BY


"BAPTISM FOR THE DEAD "only mentioned in 1 Corinthians 15:29. This expression as used by the apostle may be equivalent to saying, “He who goes through a baptism of blood in order to join a glorified church which has no existence [i.e., if the dead rise not] is a fool.” Some also regard the statement here as an allusion to the strange practice which began, it is said, to prevail at Corinth, in which a person was baptized in the stead of others who had died before being baptized, to whom it was hoped some of the benefits of that rite would be extended. This they think may have been one of the erroneous customs which Paul went to Corinth to “set in order.”
"BAPTISM FOR THE DEAD "only mentioned in 1 Corinthians 15:29. This expression as used by the apostle may be equivalent to saying, “He who goes through a baptism of blood in order to join a glorified church which has no existence [i.e., if the dead rise not] is a fool.” Some also regard the statement here as an allusion to the strange practice which began, it is said, to prevail at Corinth, in which a person was baptized in the stead of others who had died before being baptized, to whom it was hoped some of the benefits of that rite would be extended. This they think may have been one of the erroneous customs which Paul went to Corinth to “set in order.”


Transforms ground truth labels for object detection in images
(2D bounding box coordinates and class labels) to the format required for
training an SSD model.
In the process of encoding the ground truth labels, a template of anchor boxes
is being built, which are subsequently matched to the ground truth boxes
via an intersection-over-union threshold criterion.
| def input_encoder.NetInputEncoder.__call__ |
( |
|
self, |
|
|
|
image_group, |
|
|
|
ground_truth_labels, |
|
|
|
diagnostics = False |
|
) |
| |
Converts ground truth bounding box data into a suitable format to train the model.
Arguments:
ground_truth_labels (list): A python list of length `batch_size` that contains one 2D Numpy array
for each batch image. Each such array has `k` rows for the `k` ground truth bounding boxes belonging
to the respective image, and the data for each ground truth bounding box has the format
`(class_id, xmin, ymin, xmax, ymax)` (i.e. the 'corners' coordinate format), and `class_id` must be
an integer greater than 0 for all boxes as class ID 0 is reserved for the background class.
diagnostics (bool, optional): If `True`, not only the encoded ground truth tensor will be returned,
but also a copy of it with anchor box coordinates in place of the ground truth coordinates.
This can be very useful if you want to visualize which anchor boxes got matched to which ground truth
boxes.
Returns:


If someone has shared the file '{{notariseCreationConfirmation.file_name}}' with you, you can send them the transaction hash link above to prove you have notarised this document.
Alternatively, you can send them the file and the transaction hash link to prove you have notarised this document. When viewing the transaction hash on the QRL block explorer, the user can upload the document to verify the notarisation is valid for that particular file, or they can hash the file locally themselves.
Transaction Status
Success! Your notarisation has been relayed into the QRL network through the following nodes, and is pending validation.


{{object.content | safe}}
{% if user.is_authenticated %}
{% if user.profile in object.likes.all %}We are with you {% else %}
We are with you {% endif %} {{object.likes.count}}
{% else %}
We are with you {{object.likes.count}}
{% endif %}
{% include 'posts/components/comments.html' with object=object comments=comments comment_form=comment_form %}


merch
|
Music
CDs / Digital / Vinyl |
Accessories
Flags / Hats / Scarves |
Apparel
Jackets / Sleeves / Tees |
Woodstock
Digital |
Woodstock
CD |
Woodstock
Vinyl |
PTM Beanie
25.00 |
Script Initials Cap
35.00 |
Billy Kirk Leather Key Fob
40.00 |
World Champs Jacket
75.00 |
Devil Guy Hoodie
50.00 |
Eagle Crew Neck
45.00 |
Digital Gift Cards
from 25.00 |
return ... |
CD and Flag
15.00 |
Deluxe Vinyl Boxset
40.00 |
Deluxe Vinyl and Flag
40.00 |
|
Gift Cards
Digital |
Woodstock
Exclusive Bundles |
your cart ... |
Evil Friends
Digital |
Evil Friends
Vinyl |
In The Mountain In The Cloud
Digital |
PTM Scarf
25.00 |
return ... |
Bomb Longsleeve
35.00 |
Woodstock Ticket Crew Neck
50.00 |
Ram Tee
25.00 |
return ... |
|||||
|
American Ghetto
Digital |
The Satanic Satanist
Digital |
The Majestic Majesty
Digital |
Ram Slim Fit Tee
25.00 |
return ... |
||||||||||||
|
Censored Colors
Digital |
Church Mouth
Digital |
Waiter, You Vultures
CD |
||||||||||||||
|
It's Complicated Being a Wizard
CD |
return ... |


DEV
An Extension which pulls out articles based on tags
Select a tag:
-- select an option --
Python
Javascript
Tutorial
Productivity
Discuss
Beginners
archlinux
Webdev
Android
React
Submit


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Delete ${credit.creditid}
ID
Amount
Balance
Reason
Date
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${credit.amountFormatted}
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Data should be the same across platforms
- Our data can be slightly different from other platforms (like tradingview, trendspider, IBKR, and yahoo finance) because our data is institutional quality and those platforms all use BATS because it's cheaper for distribution. We don't strive to match poor-quality data. We use the CTA and UTP full tick feed which is the entire US tick feed 100% coverage, most charting websites use BATS which has very permissive display policies but is only about 5% of the market volume.
Timezone
Misaligned timestamps
- (redirect to understanding time) with other platforms
Data normalization
- comparing raw on another platform to adjusted price on our platform


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 4
Heat the duck fat in a saucepan over a medium heat until it melts and its temperature reaches 60C/140F (use a cooks' thermometer to check this). Add the smoked salmon pieces and poach for 4-5 minutes. Remove from the pan with a slotted spoon and set aside to drain on kitchen paper.
For the salad, whisk the caster sugar, rice wine vinegar and water together in a bowl until well combined. Season, to taste, with salt and freshly ground black pepper.
To serve, mix the salad dressing, cucumber and mooli together in a bowl until well combined. Spoon some salad into the centre of each of 4 serving plates. Top each with a piece of poached smoked salmon and scatter over the red amaranth and coriander cress.


Connect to IIWBook
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What happens next? Once IIWBook has your verified email address, we'll manually match the email address against the Eventbrite IIW 28 Attendee list. Found? Whoohoo! IIWBook will send you your IIW Attendee verifiable credential.
With IIW 28 now over, we're being very liberal with the term "IIW Attendee". If you have participated in a demo initially presented at IIW (like this one!) we consider you an "IIW Attendee", and your request for a credential will be approved. Enjoy!
In connecting to IIWBook you consent to your email address being recorded strictly for the use of this service. A future update to this service might enable introductions between verified IIW attendees. Learn more at http://iiw.vonx.io.


 Because the project is rather complex, the more boys come, the better it will be. Of course there are certain requirements.
Mr Wang selected a room big enough to hold the boys. The boy who are not been chosen has to leave the room immediately. There are 10000000 boys in the room numbered from 1 to 10000000 at the very beginning. After Mr Wang’s selection any two of them who are still in this room should be friends (direct or indirect), or there is only one boy left. Given all the direct friend-pairs, you should decide the best way.
输入:
The first line of the input contains an integer n (0 ≤ n ≤ 100 000) – the number of direct friend-pairs. The following n lines each contains a pair of numbers A and B separated by a single space that suggests A and B are direct friends. (A ≠ B, 1 ≤ A, B ≤ 10000000)
输出:
The output in one line contains exactly one integer equals to the maximum number of boys Mr Wang may keep.
样例输入:
4 1 2 3 4 5 6 1 6 4 1 2 3 4 5 6 7 8
样例输出:
4 2HintA and B are friends(direct or indirect), B and C are friends(direct or indirect), then A and C are also friends(indirect). In the first sample {1,2,5,6} is the result. In the second sample {1,2},{3,4},{5,6},{7,8} are four kinds of answers.
/* THE PROGRAM IS MADE BY PYY */ /*----------------------------------------------------------------------------// Copyright (c) 2011 panyanyany All rights reserved. URL : http://acm.hdu.edu.cn/showproblem.php?pid=1856 Name : 1856 More is better Date : Monday, August 29, 2011 Time Stage : half hour Result: 4512304 2011-08-29 19:39:07 Accepted 1856 265MS 78584K 1213 B C++ pyy 4512286 2011-08-29 19:37:01 Wrong Answer 1856 265MS 78584K 1213 B C++ pyy Test Data: Review: 其实也挺简单的，只不过数据有点大，以及res要初始化 为1，因为最少都有一个boy，所以当n=0的时候，res就输出1 //----------------------------------------------------------------------------*/ #include <stdio.h> #include <string.h> #define max(a, b) ((a) > (b) ? (a) : (b)) #define MAXSIZE 10000009 int n, res ; typedef struct tagNODE { int cnt, prn ; } NODE ; NODE ufSet[MAXSIZE] ; int find (int x) { int tmp ; if (ufSet[x].prn != x) ufSet[x].prn = find (ufSet[x].prn) ; return ufSet[x].prn ; } void merge (int px, int py) { ufSet[py].prn = px ; ufSet[px].cnt += ufSet[py].cnt ; ufSet[py].cnt = 1 ; res = max (res, ufSet[px].cnt) ; } int main () { int i, j ; int x, y, px, py ; while (scanf ("%d", &n) != EOF) { res = 1 ; for (i = 1 ; i < MAXSIZE ; ++i) { ufSet[i].prn = i ; ufSet[i].cnt = 1 ; } for (i = 0 ; i < n ; ++i) { scanf ("%d%d", &x, &y) ; px = find (x) ; py = find (y) ; if (px != py) merge (px, py) ; } printf ("%d\n", res) ; } return 0 ; }
解题报告转自：http://blog.csdn.net/panyanyany/article/details/6730429
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处凡愚而不减，在圣贤而不增；
住烦恼而不乱，居禅定而不寂。
很好，找的就是这一题
yeah, This is very tricky. If you use Cpp,you need more code
多谢提醒。代码又编辑了一下
此网站甚是喜欢，潜力巨大，请问站长，如何加入开发团队~
其实就是DFS搜索，数据量较小，穷举了所有情况
因为是要把从字符串s的start位到当前位在hash中重置，修改提交后能accept，但是不修改居然也能accept
很赞的解答
有点意思
aha, welcome!
aha, welcome!
参考 http://www.acmerblog.com/leetcode-solutions-6422.html
我觉得是D哎……
Thanks i enjoy your write-up about Why We Keep track of | J Squared Consulting


Author: Jeremy Avigad
In addition to the naming conventions, files in the Lean library generally adhere to the following guidelines and conventions. Having a uniform style makes it easier to browse the library and read the contents, but these are meant to be guidelines rather than rigid rules.
u
, v
, w
, ... for universesα
, β
, γ
, ... for typesa
, b
, c
, ... for propositionsx
, y
, z
, ... for elements of a generic typeh
, h₁
, ... for assumptionsp
, q
, r
, ... for predicates and relationss
, t
, ... for listss
, t
, ... for setsm
, n
, k
, ... for natural numbersi
, j
, k
, ... for integersLines should not be longer than 100 characters. This makes files easier to read, especially on a small screen or in a small window.
The file header should contain copyright information, a list of all
the authors who have made significant contributions to the file, and
a description of the contents. Do all import
s right after the header,
without a line break, on separate lines. You can also open namespaces
in the same block.
/-
Copyright (c) 2015 Joe Cool. All rights reserved.
Released under Apache 2.0 license as described in the file LICENSE.
Author: Joe Cool.
-/
import data.nat
import algebra.group
open nat eq.ops
(Tip: If you're editing mathlib in VS Code, you can write copy
and then press TAB to generate a skeleton of the copyright header.)
Regarding the list of authors: we don't have strict rules on what contributions qualify for inclusion there. The general idea is that the people listed there should be the ones we would reach out to if we had questions about the design or development of the Lean code.
After the copyright header and the imports,
please add a module docstring (delimited with /-!
and -/
) containing
In total, the module docstring should look something like this:
/-!
# Foos and bars
In this file we introduce `foo` and `bar`,
two main concepts in the theory of xyzzyology.
## Main results
- `exists_foo`: the main existence theorem of `foo`s.
- `bar_of_foo`: a construction of a `bar`, given a `foo`.
- `bar_eq` : the main classification theorem of `bar`s.
## Notation
- `|_|` : The barrification operator, see `bar_of_foo`.
## References
See [Thales600BC] for the original account on Xyzzyology.
-/
New bibliography entries should be added to docs/references.bib
.
See our documentation requirements for more suggestions and examples.
Use spaces around ":", ":=" or infix operators. Put them before a line break rather than at the beginning of the next line.
Use two spaces to indent.
After stating the theorem, we generally do not indent the first line of a proof, so that the proof is "flush left" in the file.
open nat
theorem nat_case {P : nat → Prop} (n : nat) (H1: P 0) (H2 : ∀m, P (succ m)) : P n :=
nat.induction_on n H1 (assume m IH, H2 m)
When a proof term takes multiple arguments, it is sometimes clearer, and often necessary, to put some of the arguments on subsequent lines. In that case, indent each argument.
open nat
axiom zero_or_succ (n : nat) : n = zero ∨ n = succ (pred n)
theorem nat_discriminate {B : Prop} {n : nat} (H1: n = 0 → B) (H2 : ∀m, n = succ m → B) : B :=
or.elim (zero_or_succ n)
(assume H3 : n = zero, H1 H3)
(assume H3 : n = succ (pred n), H2 (pred n) H3)
Don't orphan parentheses; keep them with their arguments.
Here is a longer example.
open list
variable {T : Type}
theorem mem_split {x : T} {l : list T} : x ∈ l → ∃s t : list T, l = s ++ (x::t) :=
list.rec_on l
(assume H : x ∈ [], false.elim (iff.elim_left (mem_nil_iff _) H))
(assume y l,
assume IH : x ∈ l → ∃s t : list T, l = s ++ (x::t),
assume H : x ∈ y::l,
or.elim (eq_or_mem_of_mem_cons H)
(assume H1 : x = y,
exists.intro [] (exists.intro l (by rw H1; refl)))
(assume H1 : x ∈ l,
let ⟨s, (H2 : ∃t : list T, l = s ++ (x::t))⟩ := IH H1,
⟨t, (H3 : l = s ++ (x::t))⟩ := H2 in
have H4 : y :: l = (y::s) ++ (x::t), by rw H3; refl,
exists.intro (y::s) (exists.intro t H4)))
A short definition can be written on a single line:
open nat
definition square (x : nat) : nat := x * x
For longer definitions, use conventions like those for theorems.
A "have" / "from" pair can be put on the same line.
have H2 : n ≠ succ k, from subst (ne_symm (succ_ne_zero k)) (symm H),
[...]
You can also put it on the next line, if the justification is long.
have H2 : n ≠ succ k,
from subst (ne_symm (succ_ne_zero k)) (symm H),
[...]
If the justification takes more than a single line, keep the "from" on the same line as the "have", and then begin the justification indented on the next line.
have n ≠ succ k, from
not_intro
(assume H4 : n = succ k,
have H5 : succ l = succ k, from trans (symm H) H4,
have H6 : l = k, from succ_inj H5,
absurd H6 H2)))),
[...]
When the arguments themselves are long enough to require line breaks, use an additional indent for every line after the first, as in the following example:
open nat eq algebra
theorem add_right_inj {n m k : nat} : n + m = n + k → m = k :=
nat.rec_on n
(assume H : 0 + m = 0 + k,
calc
m = 0 + m : eq.symm (zero_add m)
... = 0 + k : H
... = k : zero_add _)
(assume (n : nat) (IH : n + m = n + k → m = k) (H : succ n + m = succ n + k),
have H2 : succ (n + m) = succ (n + k), from
calc
succ (n + m) = succ n + m : eq.symm (succ_add n m)
... = succ n + k : H
... = succ (n + k) : succ_add n k,
have H3 : n + m = n + k, from succ.inj H2,
IH H3)
In a class or structure definition, we do not indent fields, as in:
structure principal_seg {α β : Type*} (r : α → α → Prop) (s : β → β → Prop) extends r ≼o s :=
(top : β)
(down : ∀ b, s b top ↔ ∃ a, to_order_embedding a = b)
class module (α : out_param $ Type u) (β : Type v) [out_param $ ring α]
extends has_scalar α β, add_comm_group β :=
(smul_add : ∀r (x y : β), r • (x + y) = r • x + r • y)
(add_smul : ∀r s (x : β), (r + s) • x = r • x + s • x)
(mul_smul : ∀r s (x : β), (r * s) • x = r • s • x)
(one_smul : ∀x : β, (1 : α) • x = x)
When using a constructor taking several arguments in a definition, arguments line up, as in:
theorem sub_eq_zero_iff_le {a b : ordinal} : a - b = 0 ↔ a ≤ b :=
⟨λ h, by simpa [h] using le_add_sub a b,
λ h, by rwa [← le_zero, sub_le, add_zero]⟩
When defining instances, opening and closing braces are not alone on
their line. The content is indented by two spaces and :=
line up, as
in:
instance : partial_order (topological_space α) :=
{ le := λt s, t.is_open ≤ s.is_open,
le_antisymm := assume t s h₁ h₂, topological_space_eq $ le_antisymm h₁ h₂,
le_refl := assume t, le_refl t.is_open,
le_trans := assume a b c h₁ h₂, @le_trans _ _ a.is_open b.is_open c.is_open h₁ h₂ }
Use a space after binders:
example : ∀ α : Type, ∀ x : α, ∃ y, y = x :=
λ (α : Type) (x : α), exists.intro x rfl
There is some flexibility in how you write calculational proofs. In general, it looks nice when the comparisons and justifications line up neatly:
import data.list
open list
variable {α : Type}
theorem reverse_reverse : ∀ (l : list α), reverse (reverse l) = l
| [] := rfl
| (a :: l) := calc
reverse (reverse (a :: l)) = reverse (concat a (reverse l)) : rfl
... = reverse (reverse l ++ [a]) : concat_eq_append
... = reverse [a] ++ reverse (reverse l) : reverse_append
... = reverse [a] ++ l : reverse_reverse
... = a :: l : rfl
To be more compact, for example, you may do this only after the first line:
import data.list
open list
variable {α : Type}
theorem reverse_reverse : ∀ (l : list α), reverse (reverse l) = l
| [] := rfl
| (a :: l) := calc
reverse (reverse (a :: l))
= reverse (concat a (reverse l)) : rfl
... = reverse (reverse l ++ [a]) : concat_eq_append
... = reverse [a] ++ reverse (reverse l) : reverse_append
... = reverse [a] ++ l : reverse_reverse
... = a :: l : rfl
When opening a tactic block, begin
is not indented but everything
inside is indented, as in:
lemma div_self (a : α) : a ≠ 0 → a / a = (1:α) :=
begin
intro hna,
have wit_aa := quotient_mul_add_remainder_eq a a,
have a_mod_a := mod_self a,
dsimp [(%)] at a_mod_a,
simp [a_mod_a] at wit_aa,
have h1 : 1 * a = a, from one_mul a,
conv at wit_aa {for a [4] {rw ←h1}},
exact eq_of_mul_eq_mul_right hna wit_aa
end
A more complicated example, mixing term mode and tactic mode:
lemma nhds_supr {ι : Sort w} {t : ι → topological_space α} {a : α} :
@nhds α (supr t) a = (⨅i, @nhds α (t i) a) :=
le_antisymm
(le_infi $ assume i, nhds_mono $ le_supr _ _)
begin
rw [supr_eq_generate_from, nhds_generate_from],
exact (le_infi $ assume s, le_infi $ assume ⟨hs, hi⟩,
begin
simp at hi, cases hi with i hi,
exact (infi_le_of_le i $ le_principal_iff.mpr $ @mem_nhds_sets α (t i) _ _ hi hs)
end)
end
When new goals arise as side conditions or steps, they are enclosed in focussing braces and indented. Braces are not alone on their line.
lemma mem_nhds_of_is_topological_basis {a : α} {s : set α} {b : set (set α)}
(hb : is_topological_basis b) : s ∈ (𝓝 a).sets ↔ ∃t∈b, a ∈ t ∧ t ⊆ s :=
begin
rw [hb.2.2, nhds_generate_from, infi_sets_eq'],
{ simpa [and_comm, and.left_comm] },
{ exact assume s ⟨hs₁, hs₂⟩ t ⟨ht₁, ht₂⟩,
have a ∈ s ∩ t, from ⟨hs₁, ht₁⟩,
let ⟨u, hu₁, hu₂, hu₃⟩ := hb.1 _ hs₂ _ ht₂ _ this in
⟨u, ⟨hu₂, hu₁⟩, by simpa using hu₃⟩ },
{ suffices : a ∈ (⋃₀ b), { simpa [and_comm] },
{ rw [hb.2.1], trivial } }
end
The final step in a begin ... end
block may be followed by comma,
but there is no style rule requiring it.
(Many authors prefer the comma, so that placing the cursor after it displays "goals accomplished"
in the infoview, but others dislike it on the basis of the disconcerting grammar.)
Often t0 ; t1
is used to execute t0
and then t1
on all new goals. But ;
is not a ,
so
either write the tactics in one line, or indent the following tacic.
begin
cases x;
simp [a, b, c, d]
end
For single line tactic proofs (or short tactic proofs embedded in a term),
it is preferable to use by ...
rather than begin ... end
.
If you are using multiple tactics inside a by ...
block, use braces
by { tac1, tac2 }
rather than abusing the ;
operator by tac1; tac2
,
which should only be used when multiple goals need to be processed by tac2
.
(This style rule is not yet followed in the older parts of mathlib.)
Within a section, you can indent definitions and theorems to make the scope salient:
section my_section
variable α : Type
variable P : Prop
definition foo (x : α) : α := x
theorem bar (H : P) : P := H
end my_section
If the section is long, however, you can omit the indents.
We generally use a blank line to separate theorems and definitions, but this can be omitted, for example, to group together a number of short definitions, or to group together a definition and notation.
Use module doc delimiters /-! -/
to provide section headers and
separators since these get incorporated into the auto-generated docs,
and use /- -/
for more technical comments (e.g. TODOs and
implementation notes) or for comments in proofs.
Use --
for short or in-line comments.
Documentation strings for declarations are delimited with /-- -/
.
See our documentation requirements for more suggestions and examples.
Copyright (c) 2016 Jeremy Avigad. All rights reserved. Released under Apache 2.0 license as described in the file LICENSE. Authors: Jeremy Avigad


Mum charged with murder after daughters, aged 1 and 2, die in hot car on 31C day
Police are investigating whether Kerri-Ann Conley was under the influence of drugs while her daughters Darcey and Chloe-Ann were kept in her Mazda
by Anna YeA mum has been charged with murder after her two baby daughters died after being left in a hot car.

It is alleged Conley had fallen asleep inside the home and left her children trapped in the Mazda outside her home in Logan City, south of Brisbane, according to 9news.
When she realised her daughters were still in the car, the 27-year-old mum was said to have tried to cool them down with a cold bath, it is claimed.
Emergency services were called at about 1.30pm, but the babies died from heat stress.
Conley, 27, was charged just before 11pm on Saturday and is due to appear in Brisbane Magistrates Court on Monday.
Police are investigating whether she was under the influence of drugs when her daughters died.
Darcey's father, who wanted to remain anonymous, said Conley adored her girls and the girls were inseparable.
He told The Courier Mail: "They giggled all the time, the pair of them. Although they were 12 months apart, Chloe wasn't really that far behind Darcey. I think she learnt a lot off Darcey, mannerisms."
He said he thought of himself as a "father figure" for Chloe as well.
"Chloe, every time you looked at her, she just had a smile from ear to ear.
"They were just two peas in a pod. They would have been inseparable when they got older. Unfortunately we don't get to see them grow into beautiful young people."
Experts say the temperature inside a parked car on a warm day can be more than 30C hotter than that outside the car.
A family friend who often babysat the sisters told 9News she is "heartbroken and devastated" and hopes "justice will be served for them little girls".
Neighbours have left flower bouquets and stuffed toys outside the family's home on Logan Reserve Road in Waterford West.
Queensland Police Detective Inspector Mark White said: "Paramedics made attempts to revive those children, unfortunately they were both declared deceased at the scene.
"The two children showed evidence of being exposed to extreme heat.
"It's tragic and we are putting a lot of emphasis on supporting our staff, because they do a very difficult job."


OpenID-Connect
External Authentication on the Appliance has been enhanced to support OpenID-Connect, which will also be referred to as OIDC.
The OIDC implementation has been tested with KeyCloak 3.2.1.
In this guide we will cover how to manually configure an Appliance’s external authentication to work with OIDC. The OIDC implementation has been tested with KeyCloak but is implemented generically using Apache’s mod_auth_openidc module and should work with other OIDC Identity Providers.
The current implementation only secures the Appliance’s Web administrative UI with OIDC.
Note: The REST API and Self-Service UI do not currently support OIDC.
Requirements
The following is needed in order to enable OIDC Authentication to the Appliance:
-
A CentOS/RHEL 7.5 based Appliance
-
A OIDC Identity Provider, (e.g. KeyCloak 3.2.1 or Later)
Apache Configuration
Copy the Apache OIDC template configuration files:
# TEMPLATE_DIR="/var/www/miq/system/TEMPLATE"
# cp ${TEMPLATE_DIR}/etc/httpd/conf.d/manageiq-remote-user-openidc.conf \
/etc/httpd/conf.d/
# cp ${TEMPLATE_DIR}/etc/httpd/conf.d/manageiq-external-auth-openidc.conf \
/etc/httpd/conf.d/
OIDC Configuration
The Apache /etc/httpd/conf.d/manageiq-external-auth-openidc.conf configuration files must be updated with installation specific values:
The defaults in the manageiq-external-auth-oidc.conf file are:
| Name | Value |
|---|---|
LogLevel |
warn |
OIDCCryptoPassphrase |
sp-cookie |
OIDCOAuthRemoteUserClaim |
username |
Installation specific values must be specified in the manageiq-external-auth-oidc.conf file for these values:
| Name | Value |
|---|---|
ServerName |
|
OIDCProviderMetadataURL |
http://<openidc server>:<openidc port, usually 8080>/auth/realms/miq/.well-known/openid-configuration |
OIDCCLientID |
<openidc client name> |
OIDCClientSecret |
<openidc client secret> |
OIDCRedirectURI |
For KeyCloak, a Realm can be created for one or more Appliances with individual Clients defined one per Appliance where the Client ID identifies the individual appliance, e.g. the appliance hostname.
Adding a Client in the KeyCloak ManageIQ Realm:
-
Set Client ID as <miq-appliance>
-
Set Client protocol as openid-connect.
The Client definition for the appliance can then be updated with the following:
| Setting | Value |
|---|---|
Client Protocol |
openid-connect |
Access Type |
confidential |
Valid Redirect URIs |
|
User Info Signed |
unsigned |
Request Object Signature Algorithm |
any |
The value used for OIDCClientSecret in the manageiq-external-auth-oidc.conf file is taken from the Keycloak Client’s Credentials / Secret value. To generate a new client secret, First set the Credentials / Client Authenticator to Client Id and Secret . Then Regenerate Secret button.
Finally, restart Apache on the appliance as follows:
# systemctl restart httpd
OIDC Assertions
For authenticating to the appliance, the following remote user parameters are looked at by the appliance upon a successful login and redirect from the Identity Provider.
| HTTP Environment | OIDC Assertion |
|---|---|
REMOTE_USER |
username |
REMOTE_USER_EMAIL |
|
REMOTE_USER_FIRSTNAME |
firstname |
REMOTE_USER_LASTNAME |
lastname |
REMOTE_USER_FULLNAME |
fullname |
REMOTE_USER_GROUPS |
groups |
For KeyCloak, the above OIDC Assertions can be created for the Appliance Client in KeyCloak as Mappers.
The following mappers are automatically generated when the OIDC client is created:
| Name | Category | Mapper Type |
|---|---|---|
Token mapper |
User Property |
|
family name |
Token mapper |
User Property |
given name |
Token mapper |
User Property |
full name |
Token mapper |
User’s full name |
username |
Token mapper |
User Property |
The following Group Membership mapper must be manually created:
| Name | Consent Required | Mapper Type | Token Claim Name | Full group path | Add to ID token | Add to access token | Add to userinfo |
|---|---|---|---|---|---|---|---|
groups |
OFF |
Group Membership |
groups |
OFF |
ON |
OFF |
OFF |
The following User Session Note mappers must be manually created:
| Name | Consent Required | Mapper Type | User Session Note | Token Claim Name | Claim JSON Type | Add to ID token | Add to access token |
|---|---|---|---|---|---|---|---|
Client Host |
OFF |
User Session Note |
clientHost |
clientHost |
String |
ON |
ON |
Client ID |
OFF |
User Session Note |
clientId |
clientId |
String |
ON |
ON |
Client IP Address |
OFF |
User Session Note |
clientAddress |
clientAddress |
String |
ON |
ON |
Configuring the Administrative UI
After having configured Apache for OIDC, the next step is to update the Appliance Administrative UI to be OIDC aware and function accordingly.
Login as admin, then in Configure→Configuration→Authentication
-
Set mode to External (httpd)
-
Check: Provider Type: Enable Enable OpenID-Connect - This enables the OIDC login button on the login screen, that redirects to the OIDC protected page for authentication, and supports the OIDC logout process.
-
Optional: Check: Enable Single Signon - With this option enabled, initial access to the Appliance Administrative UI will redirect to the OIDC Identity Provider authentication screen. Note that logouts from the Appliance will return the user to the Appliance login screen allowing them to login as admin unless Disable Local Login is checked below.
-
Optional: Check: Disable Local Login - Do this only if you need to disable admin login to appliance and only allow OIDC based authentication. Note that if there are issues with the Identity Provider or you need admin access to the appliance you won’t be able to login until you re-enable the Local Login as described below.
-
Check: Get User Groups from External Authentication (httpd)
-
Click Save.
The above steps need to be done on each UI enabled appliance.
In Configure→Configuration→Access Control
-
Make sure the user’s groups are created on the Appliance and appropriate roles assigned to those groups.
Re-Enabling Local Login
If the Local Login has been disabled in the Administrative UI and there is a need to be able to login as admin, the Local Login can be re-enabled using either of the following methods:
Administrative UI:
This option is available if the Identity Provider is available and one can login using a user with enough administrative privileges to update it:
-
Login as administrative user,
-
In then in Configure→Configuration→Authentication uncheck Disable Local Login and save.


subTitle
Event Log
| # | Payload |
|---|---|
| 1 |
GET http://example.com/abcdef?name=abc HTTP/1.1 Content-Type: application/json |
| 2 |
A
|
| 3 |
C
|
| 4 |
HTTP/1.1 204 No Content |


This is a website that takes your birthday as a user and calculates the day of the week you were born and in regards to your name gives you an Akan Name. Akan Names are names derived from culture of GHANA.Children in the Ghanian Culture are usually given their first name in correspondance to the day of the week they were born hence they are usually called day names. Just fill the form below inorder to get your Akan name.


Ready to start your next project with us? That's great! Give us a call or send us an email and we will get back to you as soon as possible!
{{ site.twitter_username }}
{{ site.email }}
{{ site.github_username }}


Favourites
Origin
Origin thrusts Robert Langdon into the dangerous intersection of humankind’s two most enduring questions.
Inferno
In this riveting new thriller, Brown returns to his element and has crafted his highest-stakes novel to date.
Contact Us
Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat.
* fields are required


Welcome to the coding quiz. You have sixty seconds to complete five
questions. Each correct answer is worth one point. With each incorrect
answer, 10 seconds will be deducted from your time.
At the end of the quiz, you can enter your intials to the
leaderboards.
Please press the start button to begin the
quiz.


This utility converts tenhou log to format 電脳麻将 can recognize, so that you can review the log with it.
- Input the link of log.
- Click "Get XML log". It will open another tab leading to tenhou's log content.
- Select all and copy the content, and paste it to "XML Source"
- Click "Convert"
- Click "Save as file..."
- The saved file can be imported to 電脳麻将.


For some apps it is possible to switch between an English and German version. In order to display umlauts properly, we need the utf-8 encoding.
To provide this feature, you need a file strings.json in the static/ folder where also the images are located.
See the Template App and for example Vector_addition or Seesaw.
The important part to know is, to provide an extra parameter for the open function, loading html files into strings.json or loading strings.json into your python files.
open('Seesaw/description_de.html', encoding='utf-8').read()


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 2
This creamy dish is really satisfying, but surprisingly low in calories.
Each serving provides 391 kcal, 58g protein, 10.5g carbohydrate (of which 7g sugars), 11.5g fat (of which 6g saturates), 7.5g fibre and 1.1g salt.
Heat the spray oil in a non-stick frying pan, add the chicken breasts and fry for about 10 minutes, or until well browned on both sides. Set aside.
In the same pan, add a little more oil and fry the onion for 2–3 minutes, or until translucent. Add the garlic and fry for another 1–2 minutes. Add the mushrooms and fry until golden-brown. If they start to stick, add a little stock to the pan.
Return the chicken to the pan and stir in the stock. Bring to the boil. Cover with a tight fitting lid, lower the heat and simmer for 12–15 minutes, or until the chicken is cooked through. Season with salt and pepper.
Meanwhile, cook the broccoli in boiling salted water until tender.
Stir the crème fraîche and parsley into the sauce and serve immediately with the broccoli.


* Username is Required
* Email is Required
* Enter valid email
* Password is Required
* Both password should be same


Lifestyle
Gabs City Center
Its inclusive of
MainMall
Government Enclave
Central Business District
Accommodation
Take a peak at the Hotel industry as one of the major sectors in Botswana. You can even book through here.
Tourism
Brace yourselves as we give you the magnificent tourist sites that beautifies the nation of Botswana.
Wildlife
Blend your gaze to the enthusiastic wildlife nature which seats its roots deep in the amazing tourist sites of Botswana.
News and Updates
Top Stories
Spur Fire prompts evacuations, destroys homes in mining town
A wildfire sparked on Thursday evening in Bagdad, Arizona, burning multiple structures and promoting evacuations in the area.The town sits about 90 minutes west of Prescott, Arizona, and is a copper mining community with a population of over 1,500 people. Officials reported the fire was approximately 150 acres with "extremely active fire behavior," pushing northward through dry grass and brush.
Covid Task Force
Mmolotsi Calls For Strategic Covid-19 Procurement
Speaking during a visit by a parliamentary committee on tourism dialogue with local tour operators in Maun on Monday last week, Mmolotsi noted that although different vaccines have been manufactured and approved by WHO, Botswana should prioritise vaccines manufactured not only from her trading partners but also from countries with populations that spend money in Botswana for tourism purposes.
Events
Catch the latest events all around Botswana. Botswana’s traditional village festivals were held in the same manner for hundreds of years until the country achieved independence. During the following decades, many of the smaller celebrations were combined to make more modern events, and now draw thousands of tourists to the fascinating indigenous displays of African music and dance. Two of the favorite offerings are Gaborone’s Maitisong Festival and the Maun Festival.
Hotels for Bookings
-
Hillton Garden Inn Gaborone
Plot 54366 Western Commercial Rd, Gaborone • Tel - 370 4200 • Cost - P 1,148
-
Avani Gaborone Resort & Casino
4-star hotel • Plot 4727 Chuma Dr, Gaborone • Tel - 361 6000 • Cost - P1,156
-
Kalahari Arms Hotel
4-star hotel • Cnr Vize and Jankie St, Ghanzi • Tel - 659 6298 • Cost - P1,500
Weather analysis
In the Morning
Feels like: 16°C, Mostly Clear
Wind: 8 SW
Pressure: 1016.5 mbar
Humidity: 32%
Visibility: 16 kmIn the afternoon
Feels like: 17°C, Fair
Wind: 8 W
Humidity: 30%
Dewpoint: -1°C
Pressure: 1018.96 mbar
Visibility: 9.66 km


Iron.io Sponsorship
06 August 2013
It's exciting when your baby takes its first steps. Our little Gopher took a step in the right direction today when we signed up the great folks at Iron.io to be our first sponsors. Travis Reeder has been a long time proponent of Go, and it's going to be no surprise to the Go community that he and his company have stepped forward to take the first sponsorship slot for GopherCon 2014.
From their site:
Iron.io is the maker of IronMQ, the message queue for the cloud. It is a scalable cloud-based message queue service designed for building distributed cloud applications quickly and operating at scale. Iron.io’s services are easy to use, highly available, and require no setup or maintenance. This translates into greater speed to market, reduced complexity, and increased reliability and scalability.
We're proud to have Iron.io as one of sponsors. The engineers at Iron.io are not only building reliable queue services for their customers, but they are putting out great open source software for Go, and their support of the Go community has set an example of how a great technology company can interact with the software ecosystem surrounding it.
Brian Ketelsen, Erik St. Martin, David Cheney - GopherCon Strike Team
Connect with us
Join our mailing list


But every time You just let me down Come on be a man about it You'll survive True that you can work it out all right Tell me, yesterday Did you know? I'd be the one to let you go?


When you work with us, you are part of a team of committed collaborators. All aspects of our software development process are integrated, interactive, and agile.
Our approach unifies design, development and product management to create exceptional products.
We start each project by understanding your business goals, the user's needs and the product requirements
Then we help them translate them into effective and elegant solutions.
Before we sign a contract or write a line of code, our team will spend the necessary time needed to understand your product vision
The outcome of this scoping session is a proposal or high-level statement of work
Based on your requirements, we can provide a complete offering or just the pieces you need.
DESIGN
DEVELOPMENT
PROJECT MANAGEMENT
Our design practice offers a full range of services including brand strategy, interaction and visual design and user expreience testing
Throughout your project, our designers create and implement visual design and workflows, solicit user feedback and work with you to make sure what gets built is what is needed.
All engineers are fluent in the latest enterprise, mobile and web development technologies
They collaborate with your team to write, and improve code on a daily basis using proven practices such as test-driven development and pair programming.
Planning and development is iterative. Because we are constantly coding and testing, the products we give are always ready to go live.
This iterative process allows for changes as business requirements evolve.


Code Documentation¶
Main Modules¶
Quickstart¶
This module provides a quick way to start using company2vec
-
quick_start.
run_single
(company_name)¶ Finds the URL, scrapes the website, returns the embedding
- Parameters
company_name (str) – company name
- Returns
company embedding dictionary
Web Application¶
This module is a Klein web app for returning company embeddings
-
kleinapp.
create_embedding
(request, company_name)¶ Finds the URL, scrapes the website, returns the embedding
- Parameters
company_name (str) – company name
- Returns
company embedding dictionary
-
kleinapp.
home
(request)¶ A welcome function used for testing
- Returns
string
App¶
app.embeddings module¶
This module generates company embeddings given company data and pre-trained word embeddings
-
class
app.embeddings.
Embeddings
¶ Bases:
object
Helper class for embeddings
-
create_single_embedding
(company_data)¶ Create single embedding for company
- Parameters
company_data (dict) – scraped company text
- Returns
embedding for single company, numpy array
-
classmethod
read_glove_embeddings
()¶ Class method to read in embeddings
- Returns
dictionary of embeddings, key:word, value:embedding
-
app.items module¶
This module defines the scrapy item
app.pipelines module¶
This module defines all the objects necessary to control the app
-
class
app.pipelines.
MyCrawlerRunner
(settings=None)¶ Bases:
scrapy.crawler.CrawlerRunner
Crawler object that collects items and returns output after finishing crawl.
-
crawl
(crawler_or_spidercls, *args, **kwargs)¶ Launch a crawl and return output as deferred
- Parameters
crawler_or_spidercls (cls) – scrapy crawler
- Returns
deferred object with crawled output
-
item_scraped
(item, response, spider)¶ Append each individual item scraped
- Parameters
item (cls) – scrapy item
- Returns
None
-
return_items
(result)¶ Return scrapy items
:return scrapy items
-
-
class
app.pipelines.
Pipeline
(overwrite)¶ Bases:
object
Brings together all the scrapy components
-
run
(url)¶ Carry out scrape of website
- Parameters
url (str) – URL of website
- Returns
deferred object
-
run_scrape
(url)¶ Runs a twisted reactor and returns the scraped output to a local file
- Parameters
url (str) – URL of website
- Returns
None
-
-
app.pipelines.
return_company_embedding
(company_data)¶ Turns scrapy output into an embedding
- Parameters
company_data (list) – scraped data for the company, list of dictionaries
- Returns
company embedding dictionary
-
app.pipelines.
return_spider_output
(output)¶ Turns scrapy output into dictionaries :param output: items scraped by CrawlerRunner :type output: dict
- Returns
json with list of items
app.settings module¶
This module defines the scrapy settings
-
class
app.settings.
WebsiteSettings
(values=None, priority='project')¶ Bases:
scrapy.settings.Settings
Defining the settings for the scraper
-
static
generate_settings_dict
(file_location)¶ Generating the settings dictionary
- Parameters
file_location (str) – temporary file location
- Returns
setting dictionary
-
static
app.urls module¶
This module returns a company URL, given a company name
-
class
app.urls.
URLFinder
¶ Bases:
object
Uses the azure search API to search for company url given name
-
choose_url
(results_json, url_count=0)¶ Extracts the url most likely to be the company website
- Parameters
results_json (dict) – output from the API
url_count (int) – iterative parameter to select url in search results
:return url string
-
run
(company)¶ Calls the Azure API and returns the url
- Parameters
company (str) – company name
- Returns
most likely company URL
-


Switch to toggle between 24 and 12 hour clocks
Time Shifter Clock was inspired by Terry Brett's TimeScroller iOS app and widget for OSX
Released as an open source project at github.com/NosillaCast/a-world-clock
The purpose of this clock is to take the guess work out of telling someone in another time zone what time you want to meet.
Search for your own city and your partner's city and drag the shifter until you see the time you like and then hit the copy URL button.
Send the URL to your partner and they'll see the exact times you've chosen. In turn they can offer an alternate time by using their own time shifter.


| 1 | package fr.sii.ogham.email.sender.impl.javamail; | |
| 2 | ||
| 3 | import javax.mail.Multipart; | |
| 4 | import javax.mail.internet.MimePart; | |
| 5 | ||
| 6 | import fr.sii.ogham.core.message.content.Content; | |
| 7 | import fr.sii.ogham.email.attachment.Attachment; | |
| 8 | import fr.sii.ogham.email.exception.javamail.ContentHandlerException; | |
| 9 | import fr.sii.ogham.email.message.Email; | |
| 10 | import fr.sii.ogham.email.message.content.ContentWithAttachments; | |
| 11 | ||
| 12 | public class ContentWithAttachmentsHandler implements JavaMailContentHandler { | |
| 13 | /** | |
| 14 | * The content handler used for sub content | |
| 15 | */ | |
| 16 | private JavaMailContentHandler delegate; | |
| 17 | ||
| 18 | public ContentWithAttachmentsHandler(JavaMailContentHandler delegate) { | |
| 19 | super(); | |
| 20 | this.delegate = delegate; | |
| 21 | } | |
| 22 | ||
| 23 | @Override | |
| 24 | public void setContent(MimePart message, Multipart multipart, Email email, Content content) throws ContentHandlerException { | |
| 25 |
2
1. setContent : All method instructions removed → NO_COVERAGE 2. setContent : All method instructions removed → SURVIVED |
ContentWithAttachments cwa = (ContentWithAttachments) content; |
| 26 | for(Attachment attachment : cwa.getAttachments()) { | |
| 27 | email.attach(attachment); | |
| 28 | } | |
| 29 | delegate.setContent(message, multipart, email, cwa.getContent()); | |
| 30 | } | |
| 31 | ||
| 32 | } | |
Mutations | ||
| 25 |
1.1 2.2 |


interface GetRSSICallbacks : BaseCallback
Callbacks for retrieving RSSI level of a nearby access point.
See Also
com.isupatches.wisefy.WiseFy.getRSSI
Author
Patches
Since
3.0
abstract fun networkNotFoundToRetrieveRSSI(): Unit
Called when the network to retrieve the RSSI level of is not found in the list of nearby access points. |
|
abstract fun retrievedRSSI(rssi: Int): Unit
Called when WiseFy has successfully retrieved the RSSI level of a network. |
abstract fun wisefyFailure(wisefyFailureCode: Int): Unit
Called when com.isupatches.wisefy.WiseFyPrechecks determines that there is an issue and an operation cannot be completed. |


Philipp Bayer is a PhD student at the School of Agriculture and Food Sciences, University of Queensland. He's working on the improvement of plant genomes and is interested in open code and open science. He is one of the co-founders of openSNP.org.