Each week of my coding bootcamp I film, edit, and upload a video describing the material covered in the week and my progress and struggles. These videos are a joy to film and edit. Click the week number to view the video on youtube or click the playlist to the right to view my progress.
The first week of CodeCrew coding bootcamp was an introduction to coding. We covered a range of topics including, using the terminal, github, a basic Python overview, intellij and a basic JavaScript introduction. This week was full of new and exciting information about coding and the specifics of CodeCrew's program. Click to number 01 to view the fill video describing my impression of the first week!
The second week of coding bootcamp provided a more in-depth look into JavaScript. We learned the basics of arrays,classes and objects, switch case, and scope. We also began a Python introduction. Two languages in one week! Click the number 02 to view the full video describing my impression of the second week.
By the third week I had finally settled into the structure of the class and found an effective study method. This week we learned Python basics. We covered loops,string formatting,data types, and functions. Python and JavaScript built on one another nicely and this week went smoothly. Click the number 03 the view the full video describing my impression of the third week.
The fourth week was a relatively simple introduction to HTML and CSS. We began the week with a brief review of Python and quickly moved into creating simple webpages. This was one of my favorite weeks so far. Click the number 04 to view the full video describing my impressions of the fourth week along with a few example of the simple webpages I designed.
Week five brought most of the skills we have been learning so far together. We linked JavaScript files to our HTML files to make our webpages dynamic. We also learned JQuery this week. These introductions made our webpages a little more complex. Click the number 05 to view the full video describing my impressions of the fifth week!
This was our first big project week. On Monday I completed two smaller simple game projects using HTML CSS and JQuery. Tuesday through Thursday was dedicated to creating a portfolio website from scratch. Check out the full video describing my struggles and successes of the week by clicking on the number 06.
Week seven started out with a presentation of the front in project that I spoke about last week. It was amazing to see my fellow students' work and I really enjoyed being able to present my hard work. After presentations we moved into backend! Tuesday through thursday was committed to learning to basics of Django. Check out the full video describing my week by clicking on the number 07!
Week eight was a deep dive into Django. We learned template inheritance, model based forms, basic CRUD, and form validation. We also completed our first django mini-project this week working with the knowledge from Monday-Thursday of this week and all of last week along with some simple front-end design.We took a sample JavaScrip test as well to brush up on the language after two weeks on Pyton and to prepare us for the JavaScript certification. Click on the number 08 to view a pdf of the full description of the week!
Week nine we moved from focusing fully on back-end to a more full-stack approach. We continued to work with template inheritance and model based form accessible from out html files. We had out first group project this week creating a simple full stack webpage that allowed users to login, create users and create/read/update/delete items. This week does not have a full description.
 On monday we did a mini project creating a full stack site similar to Pintrest. Users were able to login in, view all recipes, filter recipes and create recipes. This project was a test of our knowledge of model based form and created complex functions in our views. We also completed a more complex full stack project tuesday-thursday. Click the number 10 for a pdf of the full description of the projects!
Week eleven is my first official week as a CodeCrew Code School Student. I passed the invitation period and I can now confidently continue on my journey to being a full stack dev! This week we started with presentations of our full stack website from last week. We also moved into a new full stack system: MERN. Click to the number 11 for a video of the full description of my week.
This week we wrapped up our introduction to the backend components of MERN. We also started React on Friday! We also had a guest speaker,Ted Patterson, on Wednesday to talk about UX/UI design. And finally I started some updates to this portfolio using a new propgram. Click to number 12 for a fun video of the full description of my week!
This was a React heavy week after being introduced to the JavaScript library on Friday of last week. We built several small projects to gte comfortable with using components to their full potential using state and properties. On Friday we began to combine the full MERN stack by bringing together out two weeks of backend with our week of frontend. Click the 13 to download my full description of the week!
This week was focused on the complexities of react forms. We learned the importance of state driven components and how to integrate the front and backend seamlessly. We also touched on postmon to test server side post requests. We also worked on creating an impressive and compelling resume. Click the number 14 to view the full video description of my week!
This week was a crash course in user authentication and cookies in MERN. This was the hardest week by far. but we were able to utilize the front in forms with backend strategies to verify users and save their login information. We also had the opportunity to mix and mingle with professionals in the memphis tech community. Click the number 15 to view the full video description of my week!
This was a project week. I completed my first full stack MERN project which ran from thursday or last week to thursday or this week. The project was to create a Mock Twitter. This was a very difficult project for our skill level but the end product was very rewarding. You van view the project here and click the number 16 to watch the full video description of my week!
This week we learned about SQL! Monday through Wednesday was focused on understanding how to query using a great site and eventually using postgres to try out more complicated queries with more complicated data sets. We also started reviewing JavaScript to prepare for the JavaScript certification on friday of week 17. Click the number 17 to get the full breakdown of my week.
This week was focused on passing the JavaScript certification test. We had three and a half days dedicated to brushing up our JS knowledge and filling in any concepts that we did not explicitly go over in class. We also had half a day dedicated to mock interviews. It was great to get the chance to practice a technical and behavioral interview. Click to number 18 to get the full breakdown on my week.
This week was focused on learning the basics of Java. We covered syntax, strongly typed variable declaration, classes and packages, and Java Database Connectivity. I also deployed my Django project this week! Click the number 19 to view the full video breaking down my week!
This week's reflection is fully dedicated to my MERN app update and resume update. I typed up a review of these changes and linked the PDF to the number 20.
This week is week one of two project weeks! We are building a full stack web application using the Django or MERN framework/stack. I chose to build a Django web app that allows users to submit reviews os destinations. The app utilizes the google maps API is is primarily targeted at single young women looking to travel safely and affordably. Check out the full description of my project by clicking on the number 21.
This week is the final project week! My website, Safe Travels, has been finalized and the details page can be accessed here! Friday of this week I gave a presentation about the inspiration, the coding process, and the not so final product. Check out the full video description by clicking the number 22 above.
I have completed CodeCrew Code School 6 month coding bootcamp! In this week's video I talk briefly about my graduation, my future plans, and my general impression of the program. Click FINALE above to view my final video! It's been a long, fun, and challenging journey. I'm thrilled that I was offered this opportunity and that I was able to thrive with the help of supportive and knowledge instructors.


Medical decision making complexity
| Overall MDM | Problem Points | Data Points | Risk Points |
|---|---|---|---|
| --- | 1 | 1 | N/A |
| Low Complexity | 2 | 2 | Low Risk |
| Moderate Complexity | 3 | 3 | Moderate Risk |
| High Complexity | 4 | 4 | High Risk |
MDM Complexity
Problems: {{ problemSummarySentence }}
Data: {{ dataSummarySentence }}
Risk: {{ riskSummarySentence }}


My dear, I know that this mail may come as a surprise to you, but then it is for good. I am Mrs Mariam Mustahpa the wife of late Dr Mustahpa of iraq who was unto his assaisination five months ago served as the ambassador of iraq to cote d'ivoire. My late husband had a fix deposit of three million, eight hundred thousand us-dollars in a bank herein Abidjan cote ivoire before his untimely death. And I am the next of kin of the money. I am in the hospital for the past four months now because of the shock I received from the news of my husband's death. Now the Dr is saying that thereis no hope for me because I am not responding to treatment at all. This is the reason why I want to appoint someone as the beneficiary of the three millioneight hundred dollars so that if I eventually survive, the beneficiary will now give me 70% of the money and take 30% commission. But if not, God will take theglory.What I want you to do is to confirm your acceptance to this proposal so that Iwill give you the details of the bank and the account officer so that you willhave to contact him and ask him how the fund will be transferred to youraccount in your country. I have already informed the account officer that themoney will be transferred to the account of my foreign partner who will contacthim as soon as possible. Please get back to me for further details and immediate transfer of the funds toyour account. Expecting your urgent reply Best Regards Mariam Mustapha


|
ndt_gslam
1.0
|
Base interface for graph slam optimization. More...
#include <graph_slam_interfaces.h>
Public Member Functions | |
| virtual | ~IGraphOptimalizer2d () |
| virtual bool | optimalize ()=0 |
| Bulk optimization of the whole graph. More... | |
| virtual bool | optimalizeIterationaly ()=0 |
| Incremental optimization. More... | |
| virtual double | calcTotalGraphError () const =0 |
| Calculates the total graph error. More... | |
| virtual size_t | addPose (const Eigen::Vector3d &position, T &obj)=0 |
| Adds a pose to the graph. More... | |
| virtual size_t | addConstrain (size_t node_id_from, size_t node_id_to, const Eigen::Vector3d &trans, const Eigen::Matrix3d &inform_mat)=0 |
| Adds a constrain. More... | |
| virtual size_t | addLastConstrain (const Eigen::Vector3d &trans, const Eigen::Matrix3d &inform_mat)=0 |
| Adds a constrain between last two nodes. More... | |
| virtual bool | tryLoopClose (size_t node_id)=0 |
| Loop closure detection and validation. More... | |
| virtual bool | tryLoopClose ()=0 |
| Loop closure detection and validation starting at last pose in the graph. More... | |
| virtual const Eigen::Vector3d & | getPoseLocation (size_t node_id) const =0 |
| Gets the pose location. More... | |
| virtual const T & | getPoseData (size_t node_id) const =0 |
| Gets the pose data. More... | |
| virtual const Eigen::Vector3d & | getConstrainTransform (size_t edge_id) const =0 |
| Gets the constrain transform. More... | |
| virtual const Eigen::Matrix3d & | getConstrainInformMat (size_t edge_id) const =0 |
| Gets the constrain information matrix. More... | |
| virtual std::pair< size_t, size_t > | getConstrainPoses (size_t edge_id) const =0 |
| Gets the constrain nodes. More... | |
| virtual void | setEuclideanMaxError (double epsilon)=0 |
| Sets the euclidean maximum error. More... | |
| virtual void | setMaxIterations (size_t count)=0 |
| Sets the maximum iterations. More... | |
| virtual void | setLoopGenerationMinDist (float dist)=0 |
| Sets the loop generation minimum distance. More... | |
| virtual void | setLoopGenerationMaxDist (float dist)=0 |
| Sets the loop generation maximum distance. More... | |
| virtual void | setLoopRegistrationScore (float score)=0 |
| Sets the loop registration score. More... | |
| virtual visualization_msgs::MarkerArray | getGraphSerialized (std::string world_frame_id) const =0 |
| Gets the graph serialized. More... | |
| virtual void | getGraphSerialized (std::ostream &stream) const =0 |
Base interface for graph slam optimization.
| T | Class representing measurements data. Must provide methods Eigen::Vector2d getCentroid(); const double getRadius(); const const Data &getData(); const void updatePosition(const Eigen::Vector3d &new_pose); |
Definition at line 23 of file graph_slam_interfaces.h.
|
inlinevirtual |
Definition at line 26 of file graph_slam_interfaces.h.
|
pure virtual |
Adds a constrain.
| [in] | node_id_from | The node identifier from |
| [in] | node_id_to | The node identifier to |
| [in] | trans | The transformation |
| [in] | inform_mat | The information matrix |
Implemented in slamuk::Slam2D< T >.
|
pure virtual |
Adds a constrain between last two nodes.
| [in] | trans | The transformation |
| [in] | inform_mat | The information matrix |
Implemented in slamuk::Slam2D< T >.
|
pure virtual |
Adds a pose to the graph.
| [in] | position | The position |
| obj | The measurement object |
Implemented in slamuk::Slam2D< T >.
|
pure virtual |
|
pure virtual |
Gets the constrain information matrix.
| [in] | edge_id | The edge identifier |
Implemented in slamuk::Slam2D< T >.
|
pure virtual |
Gets the constrain nodes.
| [in] | edge_id | The edge identifier |
Implemented in slamuk::Slam2D< T >.
|
pure virtual |
Gets the constrain transform.
| [in] | edge_id | The edge identifier |
Implemented in slamuk::Slam2D< T >.
|
pure virtual |
Gets the graph serialized.
| [in] | world_frame_id | The world frame identifier |
Implemented in slamuk::Slam2D< T >.
|
pure virtual |
Implemented in slamuk::Slam2D< T >.
|
pure virtual |
Gets the pose data.
| [in] | node_id | The node identifier |
Implemented in slamuk::Slam2D< T >.
|
pure virtual |
Gets the pose location.
| [in] | node_id | The node identifier |
Implemented in slamuk::Slam2D< T >.
|
pure virtual |
Bulk optimization of the whole graph.
Implemented in slamuk::Slam2D< T >.
|
pure virtual |
|
pure virtual |
Sets the euclidean maximum error.
| [in] | epsilon | The epsilon |
Implemented in slamuk::Slam2D< T >.
|
pure virtual |
Sets the loop generation maximum distance.
| [in] | dist | The distance |
Implemented in slamuk::Slam2D< T >.
|
pure virtual |
Sets the loop generation minimum distance.
| [in] | dist | The distance |
Implemented in slamuk::Slam2D< T >.
|
pure virtual |
|
pure virtual |
|
pure virtual |
Loop closure detection and validation.
| [in] | node_id | The node identifier where to start |
Implemented in slamuk::Slam2D< T >.
|
pure virtual |
Loop closure detection and validation starting at last pose in the graph.
Implemented in slamuk::Slam2D< T >.


Height map
This texture contains the distance "height" from "floor".
The brighter the pixel, the further away (more depth).
In this application it doesn't matter if the values are inverted because you can change it anytime later on.
The most important thing though, is the value difference between the pixels.
Ideal is a texture with pixel dimensions with a power of 2 (2, 4, 8,..., 256, 512 etc.)
If using a height map as a displacement map,
you can easily see the effects on the surface.
An example heightmap (left), bumps going in (top-right)
and bumps going out (bottom-right) are shown in the image below.
NormalMaps from photos
To generate normal maps from photos, you need four specific pictures of the same surface. Each picture needs a different lighting position.
The light should shine from the top, left, right and bottom of the image.
For this you need a simple camera, a flashlight and optionally a tripod.
If you don't use a tripod you probably have to align and crop the pictures before using them.
Drag&drop the pictures on the four positions inside the left viewport.
You can also click on each image to select a file.
Keep in mind that the light origin, shown inside the viewport, is in the center!
Also, all of the four pictures must have the same resolution.
As a result a pretty decent normalmap is generated from the pictures (of my bath rug...).
Readjust the values afterwards for better results.
Attention:
Best try capturing the surface with a tripod and don't forget to capture an additional image for the diffuse map!


Here at dusk we pride ourselves in encouraging and showing our users how
they could improve themselves. We teach,create and alert the user if and when a new blog is
posted. We allow our users to choose whichever category they want their blog to represent.


- PFont(String, size) - Constructor for class JProcessing.Processing.PFont
-
Creates a new PFont
from the specified font name and point size.
- PFont(String, int, size) - Constructor for class JProcessing.Processing.PFont
-
Creates a new PFont
from the specified font name, style and point size.
- PGraphics(int, int) - Constructor for class JProcessing.Processing.PGraphics
-
Create a new PGraphics
graphics context with resolution specified by w
and h
.
- PI - Static variable in class JProcessing.Processing
-
The PI constant (=3.1415927 or 180°)
- PIE - Static variable in class JProcessing.Processing
-
Arc mode -- arc closed by drawing straight line from the start and end of the arc to the center of the full ellipse
- PImage(int, int) - Constructor for class JProcessing.Processing.PImage
-
Create a new PImage
with type ARGB
and
dimensions specified by w
and h
.
- PImage(int, int, short) - Constructor for class JProcessing.Processing.PImage
-
Create a new PImage
with type specified by type
and
dimensions specified by w
and h
.
- pixels - Variable in class JProcessing.Processing.PImage
-
A color map of every pixel on the PImage, initialized and updated by calling loadPixels()
.
- pixels - Variable in class JProcessing.Processing
-
A pixel map of the frame buffer, equals null
before calling loadPixels()
- pmouseX - Variable in class JProcessing.Processing
-
X location of the mouse cursor in the previous frame
- pmouseY - Variable in class JProcessing.Processing
-
Y location of the mouse cursor in the previous frame
- point(double, double) - Method in class JProcessing.Processing
-
- point(float, float) - Method in class JProcessing.Processing
-
- POINTS - Static variable in class JProcessing.Processing
-
Polygon mode -- draw point on every coordinate
- popMatrix() - Method in class JProcessing.Processing
-
- popStyle() - Method in class JProcessing.Processing
-
- pow(double, double) - Static method in class JProcessing.Processing
-
- print(Object) - Static method in class JProcessing.Processing
-
- printArray(boolean[]) - Static method in class JProcessing.Processing
-
- printArray(byte[]) - Static method in class JProcessing.Processing
-
- printArray(short[]) - Static method in class JProcessing.Processing
-
- printArray(int[]) - Static method in class JProcessing.Processing
-
- printArray(long[]) - Static method in class JProcessing.Processing
-
- printArray(float[]) - Static method in class JProcessing.Processing
-
- printArray(double[]) - Static method in class JProcessing.Processing
-
- printArray(char[]) - Static method in class JProcessing.Processing
-
- printArray(String[]) - Static method in class JProcessing.Processing
-
- printArray(ArrayList<?>) - Static method in class JProcessing.Processing
-
- printArray(Processing.PVector[]) - Static method in class JProcessing.Processing
-
- println(Object) - Static method in class JProcessing.Processing
-
- printMatrix() - Method in class JProcessing.Processing
-
- Processing - Class in JProcessing
-
Processing
is a Application Programming Interface for Processing Coding Language to function in Java IDE,
It is Designed to implement Processing Running Environment into Java.
(Programmed Referring to Processing version: 3+)
- Processing() - Constructor for class JProcessing.Processing
-
Construct a new GUI window of JProcessing
- Processing.color - Class in JProcessing
-
color
is the Color Class for JProcessing
.
- Processing.PFont - Class in JProcessing
-
PFont
is the Font Class for JProcessing
.
- Processing.PGraphics - Class in JProcessing
-
PGraphics
is a Stand-alone Offscreen Graphics Rendering Context Inherits all Functionality of JProcessing.
- Processing.PImage - Class in JProcessing
-
PImage
is the Image Class for JProcessing
.
- Processing.PVector - Class in JProcessing
-
PVector
is a Class to Describe a Multi-dimensional Euclidean Vector.
- PROJECT - Static variable in class JProcessing.Processing
-
Stroke cap mode -- end unclosed paths and dash segments with no added decoration.
- pushMatrix() - Method in class JProcessing.Processing
-
- pushStyle() - Method in class JProcessing.Processing
-
- PVector() - Constructor for class JProcessing.Processing.PVector
-
Construct a 3 dimensional vector with a magnitude of 0.
- PVector(dimension) - Constructor for class JProcessing.Processing.PVector
-
Construct a multi-dimensional vector with a dimension specified by n
and a magnitude of 0.
- PVector(value, value) - Constructor for class JProcessing.Processing.PVector
-
Construct a 2 dimensional vector with a magnitude specified by x
and y
.
- PVector(value, value, value) - Constructor for class JProcessing.Processing.PVector
-
Construct a 3 dimensional vector with a magnitude specified by x
, y
, and z
.
- PVector(float[]) - Constructor for class JProcessing.Processing.PVector
-
Construct a multi-dimensional vector using the data from a float
array as its components.
- PVector(double[]) - Constructor for class JProcessing.Processing.PVector
-
Construct a multi-dimensional vector using the data from a double
array as its components.


CoinCharities is a project to facilitate donations to charities and non-profits all around the world by using digital currencies. We are in a alpha phase and we are looking for funds to build a kickstarter like website where charities can register themselves and users can browse them by type or location. Support us: 1NPwFAAKrY3roxReovdCysuqhrxBZLPvHE
Use your bitcoin wallet and send directly your bitcoins to the charity or the non-profit you want to support.
FIND
Find the project you want to help amongst the list; if you can't find it, let us know!
GIVE
Easily transfer bitcoins to the specific project address.
WE EXCHANGE
We exchange the bitcoins for free to the currency of choice of the Charity.
WE TRANSFER
The charity will receive a bank transfer for the total amount on a regular basis.
Upaya is building the businesses that create jobs for the ultra poor
Upaya's LiftUP Project is a 24-36 month accelerator program that provides early-stage entrepreneurs with business development support and financial resources to launch and scale their businesses. To date Upaya's six entrepreneurs are employing 1,158 men and women, and we're working to double those numbers in the coming year.
The mission of the DO Ubuntu Orphan Campaign (OBC) is to assist AIDS orphans by equipping their primary caretakers - usually women - with the means to sustain themselves and improve their health. This includes training women to make bracelets to sell for an income and establishing community-based permaculture gardens.
The mission of Dream Out Loud Productions (DOL) is to produce and self-distribute documentary films and videos that have the capacity to educate and move viewer’s too social action. In our productions, we continually explore new ways to present educational and political concepts in creative, humanizing,accessible ways. In our distribution and outreach programs, we organize strategically around the issues portrayed in our films with a wide range of organizations, and we make active use of media to communicate our messages.
Our current project, DO Elephants Go To Heaven? explores the devastation caused by the human belief that we are separate from animals and nature. Unlike many films in this genre, it doesn't focus on the horrors of poaching or abuse. Instead, it shows us just how human elephants are. Like us, they feel emotions, joy, and grief. They are conscious of themselves as individuals, and there are many examples of elephants showing compassion and coming to the aid of other species in danger or need.
We are a small organisation, run by volunteers. 99% of the money we receive is send to the project in Uganda. Our goal is to help the most needy children, from baby to adult. The work includes improving the health situation, running a primary and secondary school and support the boys and girls finish a professional education.
By concentrating on one single project we know the situation and directly talk to the staff there. If you want to sponsor a child we can discuss what boy or girl will fit you best.
Exponential Education is a project that provides scholarship and free after school tutoring through community role models and student leadership. Exponential Education works in multiple areas of Ghana. Our programs have been found in both the city of Accra and Kumasi, as well as rural villages like Tafo, Abenase, Ejisu, Asafo.
Our programs are run by our Operational Director Amber Shevin, who manages the Exponential Education program throughout the Ashanti Region. Other programs are managed by various Peace Corps Volunteers, who are trained, supported and monitored by Amber Shevin. We currently have run over 23 programs, and many are running today!
100Percent is an organisation which uses talent as the currency of change.
You can help make a change in the lives of those in need, by volunteering your time as a tutor. We raise funds by selling your donated time to students who want to excel in their studies & help out their favourite charity at the same time. 100% of what you raise is channeled to the cause of your choice.
New Harvest is a non-profit organization whose vision is a future where factory farming is rendered obsolete through advances in science and technology.
Founded in 2004, New Harvest has been advancing meat produced in cell culture through funding research, holding symposia, brokering research relationships, and brokering funding for researchers. New Harvest is also the point source for information on cultured meat and it's current development worldwide.
MIRI was founded in 2000 to ensure that smarter-than-human AI, when it is created, has a positive impact.
In particular, we focus on the technical design challenge. How do we design an AI that is transparent to human inspection, that has a principled (rather than kludge-like) design conducive to several kinds of safety guarantees, that can be given desirable goals, and that will retain those goals even as it modifies its own code to become more and more capable? To answer these questions, we host math and AI research workshops, publish papers with collaborators from around the world, and try to persuade other researchers to join the effort.
If you are interested in adding up you charity or non-profit project to our list and receive donations through digital currencies, please fill the form below.
165, Wanchai Road, Wanchai, Hong Kong SAR
TBA


I'm a passionate software engineer who has worked on many multi national organizations. I want to help people who are in-need of my help. I am a proficient engineer who would love to give in-hand for business solutions.
Are you looking to move forward your business to online market? Do you want to expand your online presense? But you don't have money to pay for software developers? If that so, you are at the right place. I will offer all my services for free!
I can help you with any web development technologies which are in high-demand in tech field right now
I can work with IoT projects and I'm always willing to join for project teams.
Do you have a sustainable business and looking for an investor? Then contact me!
Here are the few technologies which I'm more fluent with working. Please don't hetitate if your intended language is not listed below. I'm always happy to learn something new.
I have been selected for Google Summer of Code 2017 under the OpenMRS open source organization. I have worked on Built-in Reports for Reference Application.
I have been reading for my degree of BSc. in Information Technology Speciallized of Software Engineering.
Cambio Healthcare Systems is a company that delivers products and services to the e-healthcare market. We are one of the largest suppliers in Scandinavia and a growing player in the European market, with more than 100,000 users across general and university hospitals, health centres and specialist units.
Rezgateway is the worldwide leader in software for the travel industry. Rezgateway's cloud based platform enables travel companies to create, manage, integrate and distribute travel inventory using Internet technologies.
My first job started when I was 19 at Mobicast Global networks. I have developed bulk sms sending web application.


Warehouse Chief Baxt:
I am Warehouse Chief Baxt of the Iron Gate Guild here in Hunter Village. I'm in charge of transforming Scavengers into Bounty Hunters. I'm terribly busy these days dealing all the Scavengers who come to see me.
Listen to information about second class transfer.
Sub Class.
Clan.
Alliance.
Quest.


Although not presented in the traditional "jigsaw" format, this is an "alphabetic" puzzle, in the sense that there is exactly one answer starting with each letter of the alphabet. If you'd like the jigsaw version, it is here.
But BEWARE: the first letter of the answer has been ignored in the word play for each clue.
Across:
7. Energy to block (4)
8,4dn. Designer, getting one in, knocked Ustinov out (5 7)
10. Food Sam cooked (4)
11. Most uneven, dilapidated keister (8)
12. Declare on ten out? (6)
13.  Beaten at cover and extra cover (8)
17. see 28
18. Someone on the stand turning, essentially dissenting (7)
21. English had English bunker (8)
23,22dn. Those leading in year's end votes revealed a hero twice receiving eminent Brownlow... original returning champion! (6 6)
24. Kernot leading Democrats with her lefty political ends (6)
26. Guts of mangled starling start to gloop out (8)
28,17. He played tennis with returned commissar & PM (a set each conceded) (4 7)
29. see 16 down
30. Network of racists? (4)
Down:
1. To allow a wider range of approaches, get a luge rebuilt with turning limited (10)
2. Where a reader might go in work involving clever hooks (8)
3. Run away from flipping fish (4)
4. see 8 across
5. Turns out to be some cetirizine with ritzy packaging? (6)
6. Fellows who can be uncanny? (1-3)
9. More delicately constructed pride that is right, but the right to that pride is delayed (9)
14. Ran a dull program about a secretive body part? (9)
16,29ac. When all stripped, lusty Fran & pliant Pru's flesh showed... at which 23 22 stood out! (10 5)
19. Kennedy (second brother): ask what man has, at heart, to offer state? (8)
20. Poles' crazy sale opens (7)
22. see 23 across
25. Take note from start of "Sunshine of Your Love" being played in E (4)
27. Finish for you on tops of some keys? (4)


#
# Licensed to the Apache Software Foundation (ASF) under one or more
# contributor license agreements. See the NOTICE file distributed with
# this work for additional information regarding copyright ownership.
# The ASF licenses this file to You under the Apache License, Version 2.0
# (the "License"); you may not use this file except in compliance with
# the License. You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
#
"""Pickler for values, functions, and classes.
For internal use only. No backwards compatibility guarantees.
Pickles created by the pickling library contain non-ASCII characters, so
we base64-encode the results so that we can put them in a JSON objects.
The pickler is used to embed FlatMap callable objects into the workflow JSON
description.
The pickler module should be used to pickle functions and modules; for values,
the coders.*PickleCoder classes should be used instead.
"""
import base64
import logging
import sys
import traceback
import types
import zlib
import dill
def _is_nested_class(cls):
"""Returns true if argument is a class object that appears to be nested."""
return (isinstance(cls, type)
and cls.__module__ != '__builtin__'
and cls.__name__ not in sys.modules[cls.__module__].__dict__)
def _find_containing_class(nested_class):
"""Finds containing class of a nestec class passed as argument."""
def _find_containing_class_inner(outer):
for k, v in outer.__dict__.items():
if v is nested_class:
return outer, k
elif isinstance(v, (type, types.ClassType)) and hasattr(v, '__dict__'):
res = _find_containing_class_inner(v)
if res: return res
return _find_containing_class_inner(sys.modules[nested_class.__module__])
def _nested_type_wrapper(fun):
"""A wrapper for the standard pickler handler for class objects.
Args:
fun: Original pickler handler for type objects.
Returns:
A wrapper for type objects that handles nested classes.
The wrapper detects if an object being pickled is a nested class object.
For nested class object only it will save the containing class object so
the nested structure is recreated during unpickle.
"""
def wrapper(pickler, obj):
# When the nested class is defined in the __main__ module we do not have to
# do anything special because the pickler itself will save the constituent
# parts of the type (i.e., name, base classes, dictionary) and then
# recreate it during unpickling.
if _is_nested_class(obj) and obj.__module__ != '__main__':
containing_class_and_name = _find_containing_class(obj)
if containing_class_and_name is not None:
return pickler.save_reduce(
getattr, containing_class_and_name, obj=obj)
try:
return fun(pickler, obj)
except dill.dill.PicklingError:
# pylint: disable=protected-access
return pickler.save_reduce(
dill.dill._create_type,
(type(obj), obj.__name__, obj.__bases__,
dill.dill._dict_from_dictproxy(obj.__dict__)),
obj=obj)
# pylint: enable=protected-access
return wrapper
# Monkey patch the standard pickler dispatch table entry for type objects.
# Dill, for certain types, defers to the standard pickler (including type
# objects). We wrap the standard handler using type_wrapper() because
# for nested class we want to pickle the actual enclosing class object so we
# can recreate it during unpickling.
# TODO(silviuc): Make sure we submit the fix upstream to GitHub dill project.
dill.dill.Pickler.dispatch[type] = _nested_type_wrapper(
dill.dill.Pickler.dispatch[type])
# Dill pickles generators objects without complaint, but unpickling produces
# TypeError: object.__new__(generator) is not safe, use generator.__new__()
# on some versions of Python.
def _reject_generators(unused_pickler, unused_obj):
raise TypeError("can't (safely) pickle generator objects")
dill.dill.Pickler.dispatch[types.GeneratorType] = _reject_generators
# This if guards against dill not being full initialized when generating docs.
if 'save_module' in dir(dill.dill):
# Always pickle non-main modules by name.
old_save_module = dill.dill.save_module
@dill.dill.register(dill.dill.ModuleType)
[docs] def save_module(pickler, obj):
if dill.dill.is_dill(pickler) and obj is pickler._main:
return old_save_module(pickler, obj)
else:
dill.dill.log.info('M2: %s' % obj)
# pylint: disable=protected-access
pickler.save_reduce(dill.dill._import_module, (obj.__name__,), obj=obj)
# pylint: enable=protected-access
dill.dill.log.info('# M2')
# Pickle module dictionaries (commonly found in lambda's globals)
# by referencing their module.
old_save_module_dict = dill.dill.save_module_dict
known_module_dicts = {}
@dill.dill.register(dict)
[docs] def new_save_module_dict(pickler, obj):
obj_id = id(obj)
if not known_module_dicts or '__file__' in obj or '__package__' in obj:
if obj_id not in known_module_dicts:
for m in sys.modules.values():
try:
if m and m.__name__ != '__main__':
d = m.__dict__
known_module_dicts[id(d)] = m, d
except AttributeError:
# Skip modules that do not have the __name__ attribute.
pass
if obj_id in known_module_dicts and dill.dill.is_dill(pickler):
m = known_module_dicts[obj_id][0]
try:
# pylint: disable=protected-access
dill.dill._import_module(m.__name__)
return pickler.save_reduce(
getattr, (known_module_dicts[obj_id][0], '__dict__'), obj=obj)
except (ImportError, AttributeError):
return old_save_module_dict(pickler, obj)
else:
return old_save_module_dict(pickler, obj)
dill.dill.save_module_dict = new_save_module_dict
def _nest_dill_logging():
"""Prefix all dill logging with its depth in the callstack.
Useful for debugging pickling of deeply nested structures.
"""
old_log_info = dill.dill.log.info
def new_log_info(msg, *args, **kwargs):
old_log_info(
('1 2 3 4 5 6 7 8 9 0 ' * 10)[:len(traceback.extract_stack())] + msg,
*args, **kwargs)
dill.dill.log.info = new_log_info
# Turn off verbose logging from the dill pickler.
logging.getLogger('dill').setLevel(logging.WARN)
# TODO(ccy): Currently, there are still instances of pickler.dumps() and
# pickler.loads() being used for data, which results in an unnecessary base64
# encoding. This should be cleaned up.
[docs]def dumps(o, enable_trace=True):
"""For internal use only; no backwards-compatibility guarantees."""
try:
s = dill.dumps(o)
except Exception: # pylint: disable=broad-except
if enable_trace:
dill.dill._trace(True) # pylint: disable=protected-access
s = dill.dumps(o)
else:
raise
finally:
dill.dill._trace(False) # pylint: disable=protected-access
# Compress as compactly as possible to decrease peak memory usage (of multiple
# in-memory copies) and free up some possibly large and no-longer-needed
# memory.
c = zlib.compress(s, 9)
del s
return base64.b64encode(c)
[docs]def loads(encoded, enable_trace=True):
"""For internal use only; no backwards-compatibility guarantees."""
c = base64.b64decode(encoded)
s = zlib.decompress(c)
del c # Free up some possibly large and no-longer-needed memory.
try:
return dill.loads(s)
except Exception: # pylint: disable=broad-except
if enable_trace:
dill.dill._trace(True) # pylint: disable=protected-access
return dill.loads(s)
else:
raise
finally:
dill.dill._trace(False) # pylint: disable=protected-access
[docs]def dump_session(file_path):
"""For internal use only; no backwards-compatibility guarantees.
Pickle the current python session to be used in the worker.
Note: Due to the inconsistency in the first dump of dill dump_session we
create and load the dump twice to have consistent results in the worker and
the running session. Check: https://github.com/uqfoundation/dill/issues/195
"""
dill.dump_session(file_path)
dill.load_session(file_path)
return dill.dump_session(file_path)
[docs]def load_session(file_path):
return dill.load_session(file_path)


Computer Science graduate, adept at designing and developing web applications, object-oriented programming, and building test environments and data sets.
• Design, build, or maintain websites/applications.
• Confer with management or development teams to prioritize needs, resolve conflicts, develop content criteria.
• Back up files from web sites to local directories for instant recovery in case of problems.
• Researching new technologies, learning new web development languages/frameworks, and staying up-to-date on industry best practices.
• Analyze user needs to determine technical requirements.
• Recommend and implement performance improvements.
• Gather data from different sources to collaborate with executives to define analysis requirements for problem solving.
• Generate standard or custom reports summarizing business, financial, or economic data for review by executives, managers and other stakeholders.
• Develop trends and opportunities dashboard using SQL and Tableau providing insights.
• Re-designed, coded and maintained the McKlein USA e-commerce website and corporate website (WordPress).
• Routine daily maintenance of existing site and applications.
• Created Coupons and promo codes for the major holiday sales of the products using ZedSuite eCommerce.
• Created email campaign concepts for variety of products.
• Maintained pricing/commission/rebate/ freight data in various pricing systems.
• Coordinated effective date of price change for the products using DTW in SAP Business One and the distribution of new pricing.
• Extraction of data from all the business partners' eCommerce websites like e-bags, Amazon, Macy's, Staples.
• Tracked weekly sales data to charts to check if the goals are met.
• Identified and recommended optimum ways to save money by analyzing the business processes.
• Provided exceptional customer service while adapting to various environments. Ensured customer satisfaction.
• Answer user inquiries regarding computer software or hardware operation to resolve problems.
• Maintain records of daily data communication transactions, problems and remedial actions taken, or installation activities.
• Read technical manuals, confer with users, or conduct computer diagnostics to investigate and resolve problems or to provide technical assistance and support.
• Exhibited leadership and management skills in areas of need.
• Utilized great numerical and POS system processing.
• Plan stakeholder interviews, gather requirements, determine technical requirements, research documentation/learn necessary languages and create project timelines.
• Used different wireframing techniques in the design process.
• Design, code, and maintain websites from layout to function for all the major university events. create visually appealing sites featuring user-friendly design and clear navigation.
• Write well-designed, testable code for single-page web applications and CSS Bootstrap for responsive web designs.
• Create dynamic and browser-compatible pages which uses variety of programming languages and standard HTML/CSS practices.
• Maintain and update the content on the university website.
Developed responsive webpages using C#, .NET, HTML, CSS, JavaScript, Jquery and web development best practices; used code versioning tools such as Git and GitHub.
• Built dynamic, pattern-based websites and applications using ASP.NET MVC and Visual Studio 2013.
• Performed unit testing using NUnit Framework to identify bugs and validate programs.
AREAS OF EMPHASIS: DATABASES & SOFTWARE ENGINEERING
GPA: 3.33/4
GPA: 8.32/10
• Retrieved and stored the data from Altmetrics. Cleaned the dataset according to our requirements.
• Performed Regression and Classification methods on the dataset.
• Visualized the data using Tableau. Designed and Developed Tableau Dashboards.
• Retrieved and stored structured and unstructured data from social media sites.
• Performed quantitative and statistical analysis on data from social media sites.
• Performed sentiment analysis using Twitter data in Python and text mining using R.
• Architected and implemented Windows Form Applications, following-tier architecture.
• Used ADO.NET for accessing database.
• Increased code reusability using Master Page and User Controls.
• Maintained quality, implementing C#.NET validation controls and JavaScript validations.
• Developed Point of Sale (POS) and desktop applications for local coffee shop.
• Created visual components, user controls, and unit test cases.
• Retrieved and manipulated data, implementing ADO.NET Framework connecting to SQL server.
• Designed website comprised of precise interactive webpages used to take in user data.
• Stored and retrieved data in database using PHP and SQL.
• Developed online website for selling auto parts using HTML, PHP, MySQL, and JavaScript.
• Linked developed system to database to store and access data; including payment gateway.
Apart from being a developer, I enjoy most of my time traveling and exploring new places.
When indoors, I follow a number of movies and television shows, I am an aspiring photographer, and I spend a large amount of my free time exploring the latest technology advancements.


Apache Flink 0.9.1 available
September 1, 2015 -The Flink community is happy to announce that Flink 0.9.1 is now available.
0.9.1 is a maintenance release, which includes a lot of minor fixes across several parts of the system. We suggest all users of Flink to work with this latest stable version.
Download the release and [check out the documentation]({{ site.docs-stable }}). Feedback through the Flink mailing lists is, as always, very welcome!
The following issues were fixed for this release:
- FLINK-1916 EOFException when running delta-iteration job
- FLINK-2089 “Buffer recycled” IllegalStateException during cancelling
- FLINK-2189 NullPointerException in MutableHashTable
- FLINK-2205 Confusing entries in JM Webfrontend Job Configuration section
- FLINK-2229 Data sets involving non-primitive arrays cannot be unioned
- FLINK-2238 Scala ExecutionEnvironment.fromCollection does not work with Sets
- FLINK-2248 Allow disabling of sdtout logging output
- FLINK-2257 Open and close of RichWindowFunctions is not called
- FLINK-2262 ParameterTool API misnamed function
- FLINK-2280 GenericTypeComparator.compare() does not respect ascending flag
- FLINK-2285 Active policy emits elements of the last window twice
- FLINK-2286 Window ParallelMerge sometimes swallows elements of the last window
- FLINK-2293 Division by Zero Exception
- FLINK-2298 Allow setting custom YARN application names through the CLI
- FLINK-2347 Rendering problem with Documentation website
- FLINK-2353 Hadoop mapred IOFormat wrappers do not respect JobConfigurable interface
- FLINK-2356 Resource leak in checkpoint coordinator
- FLINK-2361 CompactingHashTable loses entries
- FLINK-2362 distinct is missing in DataSet API documentation
- FLINK-2381 Possible class not found Exception on failed partition producer
- FLINK-2384 Deadlock during partition spilling
- FLINK-2386 Implement Kafka connector using the new Kafka Consumer API
- FLINK-2394 HadoopOutFormat OutputCommitter is default to FileOutputCommiter
- FLINK-2412 Race leading to IndexOutOfBoundsException when querying for buffer while releasing SpillablePartition
- FLINK-2422 Web client is showing a blank page if “Meta refresh” is disabled in browser
- FLINK-2424 InstantiationUtil.serializeObject(Object) does not close output stream
- FLINK-2437 TypeExtractor.analyzePojo has some problems around the default constructor detection
- FLINK-2442 PojoType fields not supported by field position keys
- FLINK-2447 TypeExtractor returns wrong type info when a Tuple has two fields of the same POJO type
- FLINK-2450 IndexOutOfBoundsException in KryoSerializer
- FLINK-2460 ReduceOnNeighborsWithExceptionITCase failure
- FLINK-2527 If a VertexUpdateFunction calls setNewVertexValue more than once, the MessagingFunction will only see the first value set
- FLINK-2540 LocalBufferPool.requestBuffer gets into infinite loop
- FLINK-2542 It should be documented that it is required from a join key to override hashCode(), when it is not a POJO
- FLINK-2555 Hadoop Input/Output Formats are unable to access secured HDFS clusters
- FLINK-2560 Flink-Avro Plugin cannot be handled by Eclipse
- FLINK-2572 Resolve base path of symlinked executable
- FLINK-2584 ASM dependency is not shaded away


404
Hmm… The page you’ve just tried to open doesn’t exist, or may never have existed.
Try clicking back or visiting my homepage.


Selector: mdc-card
| Properties | Description |
|---|---|
| outlined: boolean | Removes the shadow and displays a hairline stroke instead. |
Selector: mdc-card-primary-action mdcCardPrimaryAction
| The main tappable area of the card. Typically contains most (or all) card content except mdc-card-actions. Only applicable to cards that have a primary action that the main surface should trigger. |
Selector: mdc-card-media
| Properties | Description |
|---|---|
| square: boolean | Automatically scales the media area's height to equal its width. |
| wide: boolean | Automatically scales the media area's height according to its width, maintaining a 16:9 aspect ratio. |
Selector: mdc-card-media-content
| An absolutely-positioned box the same size as the media area, for displaying a title or icon on top of the background-image |
Selector: mdc-card-actions mdcCardActions
| Properties | Description |
|---|---|
| fullBleed: boolean | Removes the action area's padding and causes its only child (an mdc-card__action element) to consume 100% of the action area's width. |
Selector: mdc-card-action-icons mdcCardActionIcons
| A group of supplemental action icons, displayed on the right side of the card (in LTR), adjacent to mdc-card-action buttons |
Selector: mdc-card-action-buttons mdcCardActionButtons
| A group of action buttons, displayed on the left side of the card (in LTR), adjacent to mdc-card-action icons |
Selector: mdcCardAction
| An individual action button or icon. |
| Usage: mdcCardAction="icon" or mdcCardAction="button" |
Copper price soars amid global market optimism and increased demand.
Favorable business conditions have allowed startups to secure more fundraising deals compared to last year.
China plans to invest billions of dollars for the development of over 300 clean energy projects in Southeast Asia.


Hello Udacity
JOSE L JIMENEZ
Front-End Ninja
Hi my name is Jose L Jimenez. My favorite vacation place is Cancun, Mexico!
Feature work
Turtle Underwater
Website
Hotel Strip
Website
Cancun at Night
Website


Basics of Web and HTML
Overview of the Web
Main types of document in the web-
HyperText MarkupLanguage
Computer-browser make requests via internet to servers using http protocol.
All types of files can be found on the web
Introduction to HTML
HTML can consists of :
1. Text content
2. Markup - Control appearances
3. References to other documents such as images, videos,etc
4. Links to other other webpages
Tags,Elements,Attributes
HTML documents made of elements which is expressed using tags. Some examples :
*Bold tags
*Italic tags
Elements can have attributes
Example of *HTML attributes such as link eg.
Udacity
Inline vs Block
inline - essentially put a command/elements in a line
block - make a box around a section which can be customized/stylized
General Notes for Learning Programming
a. Write with correct syntax so that computer understands
b. Don't try to remember everything'
Things I wish I can do for this submission
a. Writing tags as a text format so I can put the actual tags command in the notes instead of it being "translated"
b. Having different font sizes


In the table below you will find your student number and link to a zip file containing another groups project. Your task is to try and reproduce the other groups analysis, and read over their project. There will be a quiz for you to respond to on ED during the class on 27th May.
| monash_id | peer_evaluate_group |
|---|---|
| 29822270 | glue |
| 29012449 | stringr |
| 31554679 | magrittr |
| 31429254 | forcats |
| 31252869 | WeRTidy |
| 27809951 | base |
| 31335691 | tidyverse |
| 28757599 | rvest |
| 26815060 | ggplot2 |
| 31266983 | WeRTidy |
| 28165314 | magrittr |
| 31291996 | tidyr |
| 31409733 | dplyr |
| 31324088 | WeRTidy |
| 30768802 | base |
| 30769884 | magrittr |
| 28723635 | shiny |
| 31418600 | shiny |
| 31084486 | broom |
| 28466659 | flowers |
| 31203019 | readr |
| 31430759 | forcats |
| 31251587 | ggplot2 |
| 27851494 | WeRTidy |
| 31292917 | stringr |
| 31278213 | rvest |
| 31114229 | dplyr |
| 31161278 | tidyverse |
| 31259162 | glue |
| 28287703 | dplyr |
| 31245773 | stringr |
| 31196101 | glue |
| 31327427 | readr |
| 31237754 | tidyr |
| 31224245 | readr |
| 27232026 | shiny |
| 28446925 | readr |
| 30382106 | base |
| 31230008 | flowers |
| 31384951 | shiny |
| 31399827 | flowers |
| 31322239 | stringr |
| 31322743 | rvest |
| 29215714 | magrittr |
| 28009487 | broom |
| 30032245 | tidyr |
| 26226308 | forcats |
In the table below you will find your project group name, along with each member’s student email.
Please check this for correctness and email any mistakes to the course email address.


[2 Dec] The New Zealand Open AC Championships are being held in Wellington from Saturday 25 January to Sunday 2 February, 2014.
[6 Dec] The Australian Tournament Regulations have been amended to reflect the changes that have been made to the President's AC and GC Eights - Clause 25. Document Change Tracking
[4 Dec] Greg Diprose has formally resigned from the ACA Executive and his position of Senior Vice President will be fulfilled by Neil White.The members of the Executive sincerely thank Greg for his contribution to the Association over the past two and a half years.
[2 Dec] The New Zealand Open AC Championships are being held in Wellington from Saturday 25 January to Sunday 2 February, 2014. The venues have been changed and the event will now be held at Kelburn CC (Headquarters)
Salamanca Road, Kelburn and if required Waimarie CC and/or Petone CC.
For entry details go to www.croquet.org.nz. For queries contact the Tournament Manager Chris Clarke<EMAIL_ADDRESS>[8 Nov] REMINDER GOLF CROQUET PLAYERS Expressions of interest to play in the GC President's Eights being held in February at Cairnlea close on Monday 11 November! If you wish to participate please email Anne Quinn at<EMAIL_ADDRESS>Players who have already expressed their interest and not received a confirmation email from Anne should also make contact.
[22 Oct] On Tuesday 29 October, Channel 10 on their program Totally Wild will be showing a segment on Gateball played by local children at Southport Croquet Club. Totally Wild starts and 4pm
[17 Oct] Expressions of interest are now being sought for the GC President's Eights being held at Cairnlea from Friday 7 to Sunday 9 February, 2014. If you wish to participate in this tournament please indicate your interest by emailing ACA's National Director of Golf Croquet, Anne Quinn at<EMAIL_ADDRESS>on or before Monday 11 November. Those chosen will be notified as soon as possible after the selection process has been completed. A non-response by the due date will be considered as 'not able to play'.
[15 Oct] In 2014 the President's Tens will become the GC President's Eights; there will now be four eights - 3 open eights and 1 women's eight running over three days. The format previously was a double round robin and next year it will be a Bo3 round robin (ie 7 Bo3's in 3 days or 14-21 games in 3 days).
For earlier news click here.
2013 AC Open Championships:
16-24 Nov
Victorian Croquet Centre, Cairnlea, VIC
Doubles Winners:
Stephen Forster (Vic) & Robert Fletcher (Vic)
Doubles Runners-up:
Kevin Beard (Vic) & Greg Fletcher (SA)
Doubles Plate Winners:
Ken Bald (Vic) & Malcolm Fletcher (Vic)
Details
Singles:
Winner: Robert Fletcher (Vic)
Runner Up: Jenny Clarke (NZ)
3rd Place: Bruce Fleming (Qld)
4th Place: Greg Fletcher (Vic)
Winner Z: Malcolm Fletcher(Vic)
Winner Y: Ian Dumergue (WA)
Winner W: Ken Bald Ken Bald (Vic)
Winner Plate: Alan Walsh (NSW)
Details
Photos (by Anne Quinn)
GC Handicap Championships:
6 - 10 Nov
Headland Buderim CC, Sunshine Coast, QLD
Doubles Winners:
Peter Nicholson (Qld) & Murray Tinker (Qld)
Doubles Plate Winners:
Tony Hall (NSW) & Bob Teerink (Qld)
Singles Winner:
Ross Rillie (Qld)
Details
Photos (by Helen Rillie, John Tusler and Leigh Campbell)
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Special Item : Donecongue
Aliquam at nibh ac eros... Lorem ipsum dolor sit amet, consectetur adipiscing elit.
details...News & Events
April 01, 2009 Pellentesque condimentum iaculis risus arcu sit amet pretium... Vestibulum mauris sem, ultrices ut, accumsan vel, auctor eget, risus. Sed nec odio.
Aenean lectus ipsum, consectetur in, fermentum sed, ultrices non, mauris. Aliquam consequat nulla in enim.
Our Products
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Donec tincidunt leo sed purus... $46.99
Praesent diam. Curabitur fermentum tempor mauris. Duis consectetur nunc molestie urna.
Pellentesque habitant tristique... $26.99
Etiam erat ligula, laoreet nec, pretium non, dictum eu, augue. Suspendisse potenti.


Airstrikes kill 8 Taliban and ISIS militants in 4 provinces
by Khaama PressA series of airstrikes killed eight militants of Taliban and ISIS groups in four provinces in the past 24 hours, the military officials said.
The officials further added an airstrike in Gulistan district of Farah killed 3 Taliban militants, destroyed an IED and a Taliban vehicle.
Another airstrike in Musa Qalah district of Helmand killed 3 Taliban militants, the officials said, adding that a similar airstrike killed a Taliban militant and destroyed a small cache of weapons in Shindand district of Herat.
The officials also added that an airstrike in Achin district of Nangarhar province killed a militant of ISIS Khurasan group.
The Taliban and ISIS groups have not commented regarding the airstrikes so far.
Author
-
The Khaama Press News Agency is the leading and largest English news service for Afghanistan with over 3 million hits a month. Independent authors/columnists and experts are welcomed to contribute stories, opinions and editorials. Send stories to news@khaama.com.


Documentation for multiplexcd¶
Functions to perform multiplex community detection.
This module provides functions to simultaneously analyze the community structure common to a list of igraph.Graph instances. It works by performing spectral partitions of a multiplex modularity matrix, which is formed by a block-diagonal arrangement of modularity matrices from each graph and sparse off-diagonal entries that serve as the links between different networks in the multiplex structure. It refines these partitions with a Kernighan-Lin algorithm and by ensuring the connectivity of each community. Networks may be symmetric, directed, or bipartite. Weighted and unweighted networks are both supported.
This module relies on the igraph package for python. With igraph installed, an analysis of one symmetric and one directed graph might proceed as follows:
g = igraph.Graph()
h = igraph.Graph(directed=True)
g_vertex_names = ['a', 'b', 'c', 'd', 'e']
h_vertex_names = ['a', 'b', 'c', 'd', 'e', 'f']
g_edges = [('a', 'b'), ('a', 'c'), ('b', 'c'), ('a', 'd'),
('d', 'e')]
h_edges = [('a', 'b'), ('a', 'c'), ('b', 'c'), ('b', 'a'),
('c', 'b'), ('d', 'e'), ('d', 'f'), ('e', 'f'),
('e', 'd'), ('f', 'd'), ('f', 'e')]
g.add_vertices(g_vertex_names)
h.add_vertices(h_vertex_names)
g.add_edges(g_edges)
h.add_edges(h_edges)
omega = 1.0
net_list = [g, h]
net_types = ['s', 'd']
community_ids = multiplexcd.multiplex_leading_eigenvector(
net_list, omega, net_types)
To measure the multiplex modularity of an arbitrary community id vector:
g.vs['memb'] = [0, 0, 0, 1, 1]
h.vs['memb'] = [0, 0, 0, 1, 1, 1]
community_ids = g.vs['memb'] + h.vs['memb']
B, mu = multiplexcd.get_modularity_matrix(
net_list, omega, net_types)
Q = multiplexcd.multiplex_modularity(B, mu, community_ids)
The sets of vertices in each network may differ.
For bipartite networks, the vertices must be sorted by type so that the block-diagonal portions of the network’s adjacency matrix are all 0.
To alter the size of the communities returned by the algorithm, each Graph instance may be assigned its own ‘resolution’ attribute as follows:
gamma_g, gamma_h = 1.0, 1.5
g['resolution'] = gamma_g
h['resolution'] = gamma_h
where gamma_g and gamma_h modify the penalty for grouping unconnected vertices in the same community. Higher values yield smaller communities.
Functions¶
-
multiplexcd.
multiplex_leading_eigenvector
(net_list, w, net_types, weight=’weight’, id_attr=’name’, verbose=False)¶ Partitions vertices from multiple networks into communities.
Detect communities using a multiplex adaptation of Newman’s (2006) leading eigenvector method.
- Args:
- net_list (list): Contains igraph.Graph instances. Each graph may have a
- ‘resolution’ attribute, which defaults to 1.0 if not specified. The multislice network jointly defined by the graphs and the w parameters should have exactly one component.
w: Float or dictionary of the form:
{(i, j): interslice_weight for i, j in itertools.permutation(range(len(net_list)), 2)}- net_types (list): Contains strings specifying the modularity equation
to use for each Graph instance in net_list. Can include:
's' -- symmetric 'd' -- directed 'b' -- bipartite
- weight (str): Attribute specifying edge weight. Defaults to ‘weight’.
- Use None to specify using edge count.
- id_attr (str): Attribute for matching vertex identities across slices.
- Defaults to ‘name’.
- Returns:
- list. Community ids of each vertex.
-
multiplexcd.
get_modularity_matrix
(net_list, w, net_types, weight=’weight’, id_attr=’name’)¶ Get a modularity matrix from a list of networks.
Calculates the modularity matrix for a group of multiplex networks. Networks can be either weighted or unweighted and symmetric, directed, and bipartite. Bipartite graphs require that vertices are sorted by type, and thus that all edges are observed on the off-diagonal blocks of the adjacency matrix.
- Args:
- net_list (list): Contains igraph.Graph instances. Each graph may have a
- ‘resolution’ attribute, which defaults to 1.0 if not specified. The multislice network jointly defined by the graphs and the w parameters should have exactly one component.
w: Float or dictionary of the form:
{(i, j): interslice_weight for i, j in itertools.permutation(range(len(net_list)), 2)}- net_types (list): Contains strings specifying the modularity equation
to use for each Graph instance in net_list. Can include:
's' -- symmetric 'd' -- directed 'b' -- bipartite
- weight (str): Attribute specifying edge weight. Defaults to ‘weight’.
- Use None to specify using edge count.
- id_attr (str): Attribute for matching vertex identities across slices.
- Defaults to ‘name’.
- Returns:
- scipy.sparse.csr_matrix. A modularity matrix composed of block-diagonal modularity matrices specific to each network type and manually specified links across networks. float. A measure of multislice strength.
-
multiplexcd.
multiplex_modularity
(B, mu, membership)¶ Calculates a multiplex modularity score.
Calculates the modularity from a given modularity matrix and membership vector.
- Args:
- B (scipy.sparse.csr_matrix): An n by n sparse modularity matrix where
- n is the number of vertices across all networks.
mu (float): The total multislice strength (see Mucha et al. 2010).
membership (list): A vector of community ids of length n.
- Returns:
- float. The modularity value.
-
multiplexcd.
KL_refinement
(B, membership, mu, verbose=False)¶ Improves a given two-way partition using the KL algorithm.
Searches for higher-modularity partitions by switching each vertex once in the order of the change in modularity resulting from the move. For larger sets of networks with a total of over 10,000 vertices, the algorithm will cease searching for a better partition after 2000 failed attempts.
- Args:
- B (scipy.sparse.csr_matrix): An n by n sparse modularity matrix where
- n is the number of vertices across all networks.
membership (list): A vector of community ids of length n.
mu (float): The total multislice strength (see Mucha et al. 2010).
- Returns:
- Refined community membership list of length N if successful, otherwise the bool False
-
multiplexcd.
make_multislice_graph
(net_list, w)¶ Makes a multislice representation of a list of separate networks.
Creates a single network object representing the specified multislice structure. Every vertex appears once for each network where it is present. Multislice connections occur between different instances of each vertex across networks as specified by w.
- Args:
- net_list (list): Contains igraph.Graph instances. Each graph may have a
- ‘resolution’ attribute, which defaults to 1.0 if not specified. The multislice network jointly defined by the graphs and the w parameters should have exactly one component.
w: Float or dictionary of the form:
{(i, j): interslice_weight for i, j in itertools.permutation(range(len(net_list)), 2)}
- Returns:
- igraph.Graph. Represents the combined multislice network. Each vertex enters the multislice network once for each network in which it appears. All edges are undirected and indicate either an observed tie or a specified connection between the same vertex in different network slices.
References¶
- Barber, Michael J. “Modularity and community detection in bipartite networks.”
- Physical Review E 76.6 (2007): 066102.
- Leicht, Elizabeth A., and Mark EJ Newman. “Community structure in directed
- networks.” Physical Review Letters 100.11 (2008): 118703.
- Mucha, Peter J., et al. “Community structure in time-dependent, multiscale,
- and multiplex networks.” Science 328.5980 (2010): 876-878.
- Newman, Mark EJ. “Modularity and community structure in networks.”
- PNAS 103.23 (2006): 8577-8582.


8-10 shades of grey:
for example:
#21252a, #343a40, #495057, #868e96, #adb5bd, #cfd4da, #dee2e6, #eaedef, #f1f3f5, #f8f9fa
1, maybe 2 main colors (5-10 shades of each):
example blue:
#12283a, #1a4971, #2368a2, #3183c8 (primary), #63a2d8, #aad4f5, #eff8ff
2-3 accent colors as well (5-7 shades of this as well):
example teal:
#114443, #1b655e, #2a9187, #3caea3 (primary), #6ed7d3, #a8eeeb, #e7fffe
example red:
#5f1717, #881a1b, #b82020, #dc3030 (primary), #e36363, #f4aaaa, #fce8e8
example yellow:
#5c4813, #8c6d1f, #caa53d, #f4ca64 (primary), #fae29f, #fdf3d7, #fffcf4
example green:
#155239, #187741, #249d57, #38c172 (primary), #74d99f, #a8eec1, #e3fcec
Start by picking a base color for the scale you want to create — the color in the middle that your lighter and darker shades are based on. There's no real scientific way to do this, but for primary and accent colors, a good rule of thumb is to pick a shade that would work well as a button background.


When you work with us, you are part of a team of commited collaborators. All aspects of our software
development process are intergrated, interactive and agile.
Our approach unifies design, development and product management to create exceptional products.
We start each project by understanding our business goals, the user's and the product requirements
Then we help 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.
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.
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.
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.
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Hunger Eradication
Aradhya Shandilya | 5th June, 2018
Introductory Note
The series of developments that have marked the emergence of India as a pivotal component in the global dynamic is indeed remarkable. A country that embarked on its path with engrained challenges to national integrity and security along with economic stability, has certainly treaded far from such adversities in the past few decades. However, scrutiny at the grassroot level unveils a rather different picture where many are refrained from the most fundamental requisites of survival including a balanced diet, potable water and basic sanitation. The 2017 Global Hunger Index, a cumulative index with child stunting, wasting, undernourishment and mortality as an indicator, has placed India at the 100th place out of 119 nations behind a majority of its South Asian counterparts.1 These concerns coupled with the nationwide instability among the people core to the agricultural sector, raises some serious questions.
A country that aims to seek parity with the global superpowers, certainly needs to address the issue in an optimal and fool-proof manner. The current central and state level initiatives, have made significant inroads while tackling the issue however, the execution still faces challenges like efficient distribution, exchequer burden and more importantly, complimenting the present stock grains with the essential dietary compliments to suffice the nutritional requisites. India being a state party to the Universal Declaration of Human Rights and the International Covenant on Economic, Social and Cultural Rights is obligated to ensure the right to adequate food and eradicate hunger.
Government programs like the Mid-Day Meal Scheme, Integrated Child Development Services scheme and the Public Distribution System have now been translated into legal entitlements by means of the National Food Security Act, 2013 which extends its reach to nearly two-thirds of the population.2 NFSA along with a few handful of state initiatives comprise the food security mechanism of the country. The further sections will aim to examine the loopholes and implications of the structure and consequently, provide inputs to streamline the system along with the complimenting policy implications.
Provisional Layout: National Food Security Act, 2013
Food security has been a concern for the country’s policy makers and has received scrutiny and accordingly various measures have been adopted. By the end of the year 2000, Antyodaya Anna Yojana was implemented in Rajasthan and by 2004, it expanded across the country. The scheme guaranteed up to 35 kilograms of wheat and rice at the subsidized rates of Rs.2 and Rs.3 respectively. Building upon the groundwork laid out by the Antyodaya Anna Yojana, National Food Security Act came into the picture in the year 2013 and expanded the size of beneficiaries to two-thirds of the population. (75% of the rural and half of the urban population)
The most significant development under the NFSA, 2013 was the emergence of food as a basic human right and its accompanied implication on the state to guarantee such a basic entitlement. Also dubbed as the “Right to Food”, the NFSA entitled an individual up to 5 kilograms of wheat, rice and millet at subsidized rates. Furthermore, the issue of undernourishment has been tackled by means of provision of free meals to pregnant and lactating women along with children below the age of six through the anganwadi channel to meet the nutritional requirements.3 NFSA also was marked by a series of reforms aimed for supply chain streamlining, transparency and engagement of public bodies like panchayats, SHGs and co-operatives in the Targeted Public Distribution System (TPDS).
Present Challenges to Food Security
The essence of food security lies with the ability to ensure that food is available, accessible, utilizable and has a stable supply. The availability and stability of food supply depend majorly on the agricultural produce which is further subjected to an array of meteorological factors in a country like India. However, utility and accessibility require intervention at the governance level. Food supply holds utility when its able to suffice the dietary requirements of an individual. Consequently, it requires a significant chunk of scrutiny to ensure that the subsidized stock fulfils these dietary requisites which is obviously subject to the economic potency of the government. Furthermore, accessibility can be ensured by means of a streamlined supply-chain and the accompanied policy measures.
The demographic expanse of India however, has made the implementation phase emerge as a massive challenge for the promising act. The provision of subsidized grains to the two thirds of the population is itself a massive burden on the exchequer which amounts to Rs. 1,45,339 crores according to the 2017-18 budget estimates.5 This also has made India face global friction considering the fact that it breaches the WTO limit of 10 per cent on agricultural produce as subsidy.6 This has forced India to assert a global stance to update the reference prices to lay a check on the subsidy percentages.
Furthermore, policy failures like biometric linkage by Aadhaar and Direct Benefit Transfer left many people refrained from the status of a beneficiary, thus, worsening the case. While the intent behind the latter policies was to counter the usage of forged ration cards, the implementation turned out to be rather premature. The rejection of ration cards without sparing an adequate prior window to ensure seeding of Aadhar cards highlighted a big flaw in the whole Public Distribution System.
The government has invited harsh criticism after such implementation failures which were specially triggered after the death of the 11 year old Santoshi Kumari from Jharkhand due to starvation. A state that claimed ‘100 percent seeding’ in 2017 actually has covered a mere 1.7 crore out of 2.3 crore beneficiaries, which implies the denial of 6 million individuals from the scheme.7 The Direct Benefit Transfer however, is arguably the biggest loophole in the new PDS system. Under the DBT system, the beneficiaries are entitled to a cash amount as a subsidy which in turn is used to buy ration at regular rates.8 Such measures engrain inefficiency in the system and moreover, portray a less sensitive administration. On the brighter side, AAP played as a pioneer of sensitive and responsible governance by calling off the Aadhar system temporarily to allow ration to 2.5 lakh Delhi families which were previously denied due to Aadhar data discrepancy
Eradication of Hunger: Methodology
Eradicating hunger indeed requires high priority dealings since failure to do so implies denial of food to a significant chunk of population. Hence, during a tenure of five years a government must consider an agenda of “complete hunger eradication” and compliment the same with the policy reforms, legislative changes and finances. Prior to the formulation of any solution, the understanding of the layout of the food supply remains critical. In other words, the series of steps that make the farm to table journey possible need to checked, optimized and streamlined by means of policy reform and has to be backed financially. To elaborate further, we may divide the food supply chain into three major chunks, i.e. production, transition and distribution. Furthermore, two peripheral stages, which are storage and the formulation of a balanced diet, require scrutiny for attaining a holistic food security program.
The primary step for hunger eradication is ensuring that there is enough food stock present for the people. In an agro-based economy like ours, self-sufficiency in the form of edible crops is a must. Consequently, measures are required to increase or maintain a stable rate of agricultural produce. Moreover, ensuring the welfare of the producer is a must. Indian agricultural sector is sensitive to various factors which are majorly meteorological, for instance, 40% of the Indian population is still supported by rainfed agriculture.10 This implies a population highly prone to droughts and spiraling debts which calls for appropriate measures for farmer protection. Thus, the first step for hunger eradication is farmer protection which calls for expanding the kisan credit systems, subsidy on interest rates and a holistic insurance system.
Following the procurement of food stock, it requires to be funneled into distribution channels in an optimal manner which implies a need for minimization of logistical losses along with ensuring time bound delivery to the destinations. This calls for infrastructural inputs in the form of roads and agro-based markets. This fiscal year’s budget allocated Rs 2,000 crores as an Agri-Market Infrastructure Fund for evolving and upgrading agricultural marketing infrastructure in the current 22,000 Grameen Agricultural Markets (GrAMs) and 585 APMCs.11 Furthermore, the proposed MSP calculation methodology making it 1.5 times the A2+FL costs portray positive strides subject to its implication on the exchequer. An ambitious shift shift to C2 methodology, however, still seems far- fetched which can potentially quadruple farmer returns but also means a 40 percent rise in exchequer burden
Finally, the most important segment, i.e. distribution comes under consideration. Its pivotal to understand the intricate and sensitive nature of this whole supply chain due to the support it extends to the beneficiaries. Any failure or a policy loophole in schemes like Aadhar seeding or DBT may eventually lead starvation and thus, radical consequences. Presently, the streamlining of the distribution channels can be achieved by means of strategically laying out the public fair price shops. DBT though a potential remedy for the exchequer has failed due to the excess travel time added by the additional step in the form of bank transaction. This can be tackled by means of investing in banks and distribution centers being established in close proximity. Furthermore, the digitization procedures to make the distribution process free of fraudulent activities must go through checks and balances before assertive implementation.
5. Peripheral Solutions
Along with the above methodology, peripheral aids certainly need to be looked upon to bolster the proficiency of the hunger eradication program. A few of them have been listed in this section
5.1 Reliance on Green Box Subsidies
Green box subsidies, i.e. subsidies that have no trade intervention or price support, like research infrastructure, farmer training, disaster aid and so on must be promoted. This makes the food security program more self sufficient and removes burden from the exchequer. Notably, India’s reliance on amber box subsidies which include price subsidy at both the input and output ends has invited friction at the WTO
5.2 Examining the Scope of Co-operatives and SHGs
Formation of Co-operatives and Self Help Groups holds promise in all stages of food supply and has proven to be successful in the past. Such initiatives help providing a financial cushion to the stakeholders and engrain a sense of empowerment and protection.
5.3 Promotion of Decentralized Procurement
Instead of producing for the food security program across the country, logistical costs can be trimmed by localizing production. This makes the functioning of the program hassle- free and reduces financial and administrative burden.
5.4 Storage Infrastructure
Owing to an unstable supply and a weather sensitive produce, it is highly important to create and store a buffer stock in times of adversities to cushion the supply and price fluctuation due to adverse factors. Investments on cold-storages and warehouses hold the key.
5.5 Creation of a Nutritionally Potent Food Supply
While the current food schemes have made the stock grains available to a significant number of beneficiaries, meeting the calorific and nutritional requirements still seems far- fetched. India still needs to tread on expanding its food processing sector. Furthermore, animal husbandry and fishery sector receiving a budget allocation of Rs. 10,000 Crores holds promise for meeting the nutritional requisites across the country. Green revolution taking shape of a protein revolution indeed will bend the proceedings to a brighter side
6. Eradicating Hunger: A Five-Year Approach
The strides towards complete eradication of hunger can be boosted by means of a well laid out five year plan. Even though deemed to be an ambitious approach, it holds promise and the results would be purely subjected to the beforehand research and implementation. The approach can be broken down into four major steps
6.1 Beneficiary Identification and Classification
Prior to actual distribution, beneficiaries would be needed to get classified on the basis of their buying potency and accordingly, subsidies should be allocated. This will involve extensive surveying and complimenting data analysis for supply computation.
6.2 Supply Inventory Formation
Following the computation and analysis required, a resource supply inventory would have to be created for funneling the supply into distribution channels. This requires demographical insights in target region along with optimal locations for an efficient setup.
6.3 Distribution Channeling
A simple and hassle-free channel for final distribution needs to be ensured to achieve the desired goals in a span of five years. Merging digital trends along with an adequate human intervention would prove to be crucial for safe yet quick dealing.
6.4 Feedback Intake and Statistical Inference
Owing to the time crunch, the demographic and economic response of the program would need to be recorded at a high frequency. Consequently, employing statistics for formulating further maneuvers holds key.
Conclusion
Eradicating hunger needs to be perceived as a time-bound task with sensitive implications. While planning and intent for the same has proven to be commendable over the years, a sensitive and responsible implementation needs to be consolidated at the earliest. Further inroads must be formed into the addition of nutrient rich supplements to the stock grains for tackling undernourishment. Most importantly, in the coming years, rather than a welfare based program, scrutiny must be devoted for achieving a self sufficient population for supporting the nation.


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s2n-doxygen-full
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Go to the source code of this file.
Macros | |
| #define | SPARCV9_TICK_PRIVILEGED (1<<0) |
| #define | SPARCV9_PREFER_FPU (1<<1) |
| #define | SPARCV9_VIS1 (1<<2) |
| #define | SPARCV9_VIS2 (1<<3)/* reserved */ |
| #define | SPARCV9_FMADD (1<<4)/* reserved for SPARC64 V */ |
| #define | SPARCV9_BLK (1<<5)/* VIS1 block copy */ |
| #define | SPARCV9_VIS3 (1<<6) |
| #define | SPARCV9_RANDOM (1<<7) |
| #define | SPARCV9_64BIT_STACK (1<<8) |
| #define | CFR_AES 0x00000001/* Supports AES opcodes */ |
| #define | CFR_DES 0x00000002/* Supports DES opcodes */ |
| #define | CFR_KASUMI 0x00000004/* Supports KASUMI opcodes */ |
| #define | CFR_CAMELLIA 0x00000008/* Supports CAMELLIA opcodes */ |
| #define | CFR_MD5 0x00000010/* Supports MD5 opcodes */ |
| #define | CFR_SHA1 0x00000020/* Supports SHA1 opcodes */ |
| #define | CFR_SHA256 0x00000040/* Supports SHA256 opcodes */ |
| #define | CFR_SHA512 0x00000080/* Supports SHA512 opcodes */ |
| #define | CFR_MPMUL 0x00000100/* Supports MPMUL opcodes */ |
| #define | CFR_MONTMUL 0x00000200/* Supports MONTMUL opcodes */ |
| #define | CFR_MONTSQR 0x00000400/* Supports MONTSQR opcodes */ |
| #define | CFR_CRC32C 0x00000800/* Supports CRC32C opcodes */ |
| #define | SPARC_PIC_THUNK(reg) |
| #define | SPARC_PIC_THUNK_CALL(reg) |
| #define | SPARC_SETUP_GOT_REG(reg) SPARC_PIC_THUNK_CALL(reg) |
| #define | SPARC_LOAD_ADDRESS(SYM, reg) set SYM, reg; |
| #define | LDPTR ld |
| #define | SIZE_T_CC %icc |
| #define | STACK_FRAME 112 |
| #define | STACK_BIAS 0 |
| #define | STACK_7thARG 92 |
| #define | SPARC_LOAD_ADDRESS_LEAF(SYM, reg, tmp) SPARC_LOAD_ADDRESS(SYM,reg) |
| #define SPARCV9_TICK_PRIVILEGED (1<<0) |
Definition at line 4 of file sparc_arch.h.
| #define SPARCV9_PREFER_FPU (1<<1) |
Definition at line 5 of file sparc_arch.h.
| #define SPARCV9_VIS1 (1<<2) |
Definition at line 6 of file sparc_arch.h.
| #define SPARCV9_VIS2 (1<<3)/* reserved */ |
Definition at line 7 of file sparc_arch.h.
| #define SPARCV9_FMADD (1<<4)/* reserved for SPARC64 V */ |
Definition at line 8 of file sparc_arch.h.
| #define SPARCV9_BLK (1<<5)/* VIS1 block copy */ |
Definition at line 9 of file sparc_arch.h.
| #define SPARCV9_VIS3 (1<<6) |
Definition at line 10 of file sparc_arch.h.
| #define SPARCV9_RANDOM (1<<7) |
Definition at line 11 of file sparc_arch.h.
| #define SPARCV9_64BIT_STACK (1<<8) |
Definition at line 12 of file sparc_arch.h.
| #define CFR_AES 0x00000001/* Supports AES opcodes */ |
Definition at line 19 of file sparc_arch.h.
| #define CFR_DES 0x00000002/* Supports DES opcodes */ |
Definition at line 20 of file sparc_arch.h.
| #define CFR_KASUMI 0x00000004/* Supports KASUMI opcodes */ |
Definition at line 21 of file sparc_arch.h.
| #define CFR_CAMELLIA 0x00000008/* Supports CAMELLIA opcodes */ |
Definition at line 22 of file sparc_arch.h.
| #define CFR_MD5 0x00000010/* Supports MD5 opcodes */ |
Definition at line 23 of file sparc_arch.h.
| #define CFR_SHA1 0x00000020/* Supports SHA1 opcodes */ |
Definition at line 24 of file sparc_arch.h.
| #define CFR_SHA256 0x00000040/* Supports SHA256 opcodes */ |
Definition at line 25 of file sparc_arch.h.
| #define CFR_SHA512 0x00000080/* Supports SHA512 opcodes */ |
Definition at line 26 of file sparc_arch.h.
| #define CFR_MPMUL 0x00000100/* Supports MPMUL opcodes */ |
Definition at line 27 of file sparc_arch.h.
| #define CFR_MONTMUL 0x00000200/* Supports MONTMUL opcodes */ |
Definition at line 28 of file sparc_arch.h.
| #define CFR_MONTSQR 0x00000400/* Supports MONTSQR opcodes */ |
Definition at line 29 of file sparc_arch.h.
| #define CFR_CRC32C 0x00000800/* Supports CRC32C opcodes */ |
Definition at line 30 of file sparc_arch.h.
| #define SPARC_PIC_THUNK | ( | reg | ) |
Definition at line 40 of file sparc_arch.h.
| #define SPARC_PIC_THUNK_CALL | ( | reg | ) |
Definition at line 46 of file sparc_arch.h.
| #define SPARC_SETUP_GOT_REG | ( | reg | ) | SPARC_PIC_THUNK_CALL(reg) |
Definition at line 52 of file sparc_arch.h.
| #define SPARC_LOAD_ADDRESS | ( | SYM, | |
| reg | |||
| ) | set SYM, reg; |
Definition at line 73 of file sparc_arch.h.
| #define LDPTR ld |
Definition at line 75 of file sparc_arch.h.
| #define SIZE_T_CC %icc |
Definition at line 76 of file sparc_arch.h.
| #define STACK_FRAME 112 |
Definition at line 77 of file sparc_arch.h.
| #define STACK_BIAS 0 |
Definition at line 78 of file sparc_arch.h.
| #define STACK_7thARG 92 |
Definition at line 79 of file sparc_arch.h.
| #define SPARC_LOAD_ADDRESS_LEAF | ( | SYM, | |
| reg, | |||
| tmp | |||
| ) | SPARC_LOAD_ADDRESS(SYM,reg) |
Definition at line 80 of file sparc_arch.h.


3 references to IsFuzzyMatch
System.Management.Automation (3)
engine\CommandSearcher.cs (2)
789
FuzzyMatcher.
IsFuzzyMatch
(functionName, _commandName)))
1027
FuzzyMatcher.
IsFuzzyMatch
(cmdlet.Name, _commandName)))
engine\Modules\ModuleUtils.cs (1)
512
(useFuzzyMatching && FuzzyMatcher.
IsFuzzyMatch
(commandName, pattern)) ||


For each of the supported compression formats there is a correspondig task that compresses a resource. These tasks are not based on their core cousin tasks but provide similar functionality.
| Attribute | Description | Required |
| src | the resource to compress. | Yes, or a nested resource collection or a nested archiving task. |
| srcfile | the file to compress. | |
| dest | the destination resource to create. | Exactly one of the two or a nested dest element. |
| destfile | the destination file to create. |
The specified resource will be used as src.
The task's output will be used as src.
You must not specify the archiving task's dest attribute or nested element.
Since Compress Antlib 1.1
The task's output will be used as src.
You must not specify the compressing task's dest attribute or nested element.
Accepts any resource or single element resource collection as nested element.
The specified resource will be used as dest.
Is a compressing task that uses the BZIP2 compression algorithm.
Is a compressing task that uses the DEFLATE compression algorithm.
Since Compress Antlib 1.5
This task supports the following additional attributes:
| Attribute | Description | Required |
| level | Non-default level at which file compression should be performed. Valid values range from 0 (no compression/fastest) to 9 (maximum compression/slowest). | No |
| zlibheader | Whether to write ZLIB headers. | No, defaults to true |
Is a compressing task that uses the GZIP compression algorithm.
This task supports the following additional attributes:
| Attribute | Description | Required |
| level | Non-default level at which file compression should be performed. Valid values range from 0 (no compression/fastest) to 9 (maximum compression/slowest). Since Compress Antlib 1.5 | No |
Is a compressing task that uses the LZ4 compression algorithm.
Since Compress Antlib 1.5
In addition to the attributes supported by all compressing task this task also supports.
| Attribute | Description | Required |
| framed | Whether to use the frame format. | No, defaults to true. |
Is a compressing task that uses the LZMA compression algorithm.
Since Compress Antlib 1.5
Is a compressing task that uses the Pack200 compression algorithm.
The source of this task must be a valid JAR archive.
The created archive will not be compressed, use
another <gzip>
task to create
a pack.gz
archive.
In addition to the attributes supported by all compressing task this task also supports.
| Attribute | Description | Required |
| pack200strategy | Apache Commons Compress' Pack200 streams cache the archive data either in memory or in a temporary file. User this attribute to control which strategy is chosen. Valid values are "in-memory" and "temp-file". | No, defaults to in-memory. |
In addition to the nested elements supported by all compressing task this task also supports.
Sets a property for the packer (see the Pack200 javadocs for details).
| Attribute | Description | Required |
| key | Name of the property. | Yes. |
| value | Value of the property. | Yes. |
Is a compressing task that uses the Snappy compression algorithm.
Since Compress Antlib 1.5
In addition to the attributes supported by all compressing task this task also supports.
| Attribute | Description | Required |
| framed | Whether to use
the framing
format. When setting this to false only resources of known (uncompressed) size can be compressed (for example files). |
No, defaults to true. |
Is a compressing task that uses the XZ compression algorithm.
Is a compressing task that uses the Zstandard compression algorithm.
Since Compress Antlib 1.6
<cmp:gzip src="test.tar" dest="test.tar.gz" xmlns:cmp="antlib:org.apache.ant.compress"/>
<cmp:bzip2 src="test.tar" destfile="test.tar.bz2" xmlns:cmp="antlib:org.apache.ant.compress"/>
<cmp:gzip destfile="archive.tar.gz" xmlns:cmp="antlib:org.apache.ant.compress"> <url url="http://example.org/archive.tar"/> </cmp:gzip>
downloads http://example.org/archive.tar and compresses it to archive.tar.gz in the project's basedir on the fly.
<cmp:gzip xmlns:cmp="antlib:org.apache.ant.compress"> <cmp:tar> <fileset dir="src"/> </cmp:tar> <dest> <file file="src.tar.gz"/> </dest> </cmp:gzip>
Creates a tar archive of all files in the src directory, compresses it using GZIP and stores it in the file src.tar.gz in the project's basedir.
<cmp:pack200 dest="foo.pack" xmlns:cmp="antlib:org.apache.ant.compress" src="foo.jar"> <property key="pack.effort" value="9"/> </cmp:pack200>
Packs foo.jar trying to prepare for better compression results by using above than normal effort.
<cmp:gzip xmlns:cmp="antlib:org.apache.ant.compress"> <cmp:pack200> <file file="foo.jar"/> </cmp:pack200> <dest> <file file="foo.pack.gz"/> </dest> </cmp:gzip>
Creates a deflated Pack200 archive of foo.jarand stores it in the file foo.pack.gz in the project's basedir.


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{% extends "base.html" %} {% block content %}
{% filter markdown %} {{poem}} {% endfilter %}
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Death of 1-year-old boy in Brooklyn investigated as homicide
by WABCWINGATE, Brooklyn (WABC) -- The death of a 1-year-old child in Brooklyn is being investigated as a homicide.
Officers responding to a 911 call found Aidenn Joyette unconscious and unresponsive inside a home on Winthrop Street on Tuesday.
He was rushed to the hospital where he was pronounced dead.
Officials say he had been assaulted and suffered from internal injuries.
Investigators are looking into the cause of his death. No arrests have been made.


FOR IMMEDIATE RELEASE Contact: Frank Sobrino<PHONE_NUMBER>
STATEMENT FROM CHANCELLOR FÉLIX V. MATOS RODRÍGUEZ ON RULE CHANGES REQUIRING INTERNATIONAL STUDENTS TO TAKE IN-PERSON CLASSES
“The City University of New York decries a federal rule change announced Monday that could force hundreds of thousands of international students to leave the U.S. in the fall. As modified by Immigration and Customs Enforcement, the rules governing the Student Exchange and Visitor Program will require students who are in the U.S. with an F-1 visa to take at least one in-person course. With the high probability that the coronavirus pandemic will continue to make distance learning the predominant mode of instruction at colleges across the country, the rule change means that most of the estimated 1.1 million international students will be forced out of the country in September.
“This misguided policy change also threatens to hurt higher education at a time when the nation’s universities are working hard to adjust to the dual health and economic crises caused by the pandemic. We are once again disappointed that our country’s leadership continues to restrict and reduce opportunities for those who seek them in the United States.
“CUNY campuses have thousands of international students whose status is threatened by the new rule.  I have instructed my administration to explore and pursue measures that would help these students remain in the country and continue their education at CUNY. We will also be joining forces with other universities and national organizations to further support those affected by these restrictions and pursue all viable legal remedies to humanize these rules.”


Bling My Box: Russians Can Pop Their Clogs In Crystal-Studded Caskets
by Reuters, John MastriniInstead of a traditional, routine funeral, some Russians are choosing to check out in their own style, from blinging caskets to digitized grave sites.
Instead of a traditional, routine funeral, some Russians are choosing to check out in their own style, from blinging caskets to digitized grave sites.