Attributes describing a place. Not all attributes will be available for all place types.
| Field | Required | Type | Description |
|---|---|---|---|
address_components |
optional | Array<AddressComponent> |
An array containing the separate components applicable to this address. See AddressComponent for more information. |
adr_address |
optional | string |
A representation of the place's address in the adr microformat. |
business_status |
optional | string |
Indicates the operational status of the place, if it is a business.
If no data exists,
The allowed values include:
OPERATIONAL ,
CLOSED_TEMPORARILY , and CLOSED_PERMANENTLY
|
formatted_address |
optional | string |
A string containing the human-readable address of this place. Often this address is equivalent to the postal address. Note that some countries, such as the United Kingdom, do not allow distribution of true postal addresses due to licensing restrictions. The formatted address is logically composed of one or more address components. For example, the address "111 8th Avenue, New York, NY" consists of the following components: "111" (the street number), "8th Avenue" (the route), "New York" (the city) and "NY" (the US state). Do not parse the formatted address programmatically. Instead you should use the individual address components, which the API response includes in addition to the formatted address field. |
formatted_phone_number |
optional | string |
Contains the place's phone number in its local format. |
geometry |
optional | Geometry |
Contains the location and viewport for the location. See Geometry for more information. |
icon |
optional | string |
Contains the URL of a suggested icon which may be displayed to the user when indicating this result on a map. |
icon_background_color |
optional | string |
Contains the default HEX color code for the place's category. |
icon_mask_base_uri |
optional | string |
Contains the URL of a recommended icon, minus the
|
international_phone_number |
optional | string |
Contains the place's phone number in international format.
International format includes the country code, and is prefixed with
the plus, +, sign. For example, the international_phone_number for
Google's Sydney, Australia office is |
name |
optional | string |
Contains the human-readable name for the returned result. For
|
opening_hours |
optional | PlaceOpeningHours |
Contains hours of operation. See PlaceOpeningHours for more information. |
photos |
optional | Array<PlacePhoto> |
An array of photo objects, each containing a reference to an image. A request may return up to ten photos. More information about place photos and how you can use the images in your application can be found in the Place Photos documentation. See PlacePhoto for more information. |
place_id |
optional | string |
A textual identifier that uniquely identifies a place. To retrieve
information about the place, pass this identifier in the
|
plus_code |
optional | PlusCode |
An encoded location reference, derived from latitude and longitude coordinates, that represents an area: 1/8000th of a degree by 1/8000th of a degree (about 14m x 14m at the equator) or smaller. Plus codes can be used as a replacement for street addresses in places where they do not exist (where buildings are not numbered or streets are not named). See Open Location Code and plus codes. See PlusCode for more information. |
price_level |
optional | number |
The price level of the place, on a scale of 0 to 4. The exact amount indicated by a specific value will vary from region to region. Price levels are interpreted as follows:
|
rating |
optional | number |
Contains the place's rating, from 1.0 to 5.0, based on aggregated user reviews. |
reference |
optional | string |
Deprecated |
reviews |
optional | Array<PlaceReview> |
A JSON array of up to five reviews. If a language parameter was specified in the request, the service will bias the results to prefer reviews written in that language. See PlaceReview for more information. |
types |
optional | Array<string> |
Contains an array of feature types describing the given result. See the list of supported types. |
url |
optional | string |
Contains the URL of the official Google page for this place. This will be the Google-owned page that contains the best available information about the place. Applications must link to or embed this page on any screen that shows detailed results about the place to the user. |
user_ratings_total |
optional | number |
The total number of reviews, with or without text, for this place. |
utc_offset |
optional | number |
Contains the number of minutes this place’s current timezone is offset from UTC. For example, for places in Sydney, Australia during daylight saving time this would be 660 (+11 hours from UTC), and for places in California outside of daylight saving time this would be -480 (-8 hours from UTC). |
vicinity |
optional | string |
A simplified address for the place, including the street name,
street number, and locality, but not the province/state, postal
code, or country. For example, Google's Sydney, Australia office has
a vicinity value of |
website |
optional | string |
The authoritative website for this place, such as a business' homepage. |
Generated from the OpenAPI specification. Edit Report bug


--- layout: data_model title: NetflowV9DataRecordType this_version: 1.0 ---
A Data FlowSet is one or more records, of the same type, that are grouped together in an Export Packet. Each record is either a Flow Data Record or an Options Data Record previously defined by a Template Record or an Options Template Record. http://www.ietf.org/rfc/rfc3954.txt
| Field Name | Type | Description |
|---|---|---|
| Flow_Data_Record0..n | FlowDataRecordType |
Specifies a Flow Data Record, which corresponds to a FieldType defined in the Template Record. Each one will have multiple values associated with it. |
| Options_Data_Record0..n | OptionsDataRecordType |
Specifies an Options Data Record, which Corresponds to a previously defined Options Template Record. |


Chinese Govt sources: China, US are very close to the phase one trade deal – Global Times
by Dhwani MehtaThe Global Times quoted experts close to the Chinese government, in its latest tweet, as saying that “contrary to negative media reports, China and the US are very close to the phase one trade deal, and China remains committed to continuing talks for a phase two or even a phase three deal with the US, on equal footing”.
The risk sentiment is seen receiving an added lift on the above tweet, as USD/JPY revisits daily tops of 108.81 while Asian stocks keep the upbeat momentum intact.


Embedding paiza.io, an opensource compiler. So, Keep coding^..^
If your program need any input...place it in the 'input' tab first, and then run(*..*)
© Copyright Ashutosh
Write your C code here!!


---
layout: post
title: Client killed concept
date: '2013-08-25T17:31:46+02:00'
categories:
- Character
- Sketchbooks
picture_url: https://film-Storyboards.tumblr.com/post/59339590400/client-killed-concept
---
This would have been fun to do. Concept by LUON.


To The Dark Side
Welcome to the new order. Contribute your thoughts without fear.
Don't compromise on data security. We do not save any of your data.
It's just as any platform with features but without the tracking.


httpd::cgi(n) 1.1 "Tcl Web Server"
httpd::cgi - CGI handling
TABLE OF CONTENTS
SYNOPSIS
DESCRIPTION
Public API
SEE ALSO
KEYWORDS
COPYRIGHT
package require httpd::cgi ?1.1?
The package httpd::cgi provides generic facilities for
the implementation of application cgi domains. These are
domains where each url in the domain is handled by its own tcl
command. Urls for which there is no command to handle it do not exists
and cause the generation of an http error reply.
Note: This package also provides a number of type-specific doc
handlers which will be picked up and used automatically by package
httpd::doc.
This will work if and only if an appropriate file extension to mime
type mapping was added to httpd::mtype during startup of the
server. If a file "mime.types" is present in the server library
directory (residence of all packages) it will be read automatically
and used to set up a standard mapping to support the type specific
handlers exported by this package.
- Cgi_Directory virtual ?directory?
-
Registers the url prefix virtual as domain for the handling of
cgi requests. The given directory is registered as a root in the
doc domain. If it is not specified then its name will be
derived directly from the url prefix virtual.
The basic standard initialization of the tclhttpd server will
register the url prefix "/cgi-bin/".
- Cgi_Domain prefix directory sock suffix
-
The domain handler command. It is public only because of the
fallback scheme in the module doc, which calls it directly
in some situations.
- Doc_application/x-cgi path suffix sock
-
This command is a type-specific document handler and is called by the
package httpd::doc if there is no extra pathname after the
name of a cgi script, and the module did find a ".cgi" file.
- Cgi_SetEnv sock path ?var?
-
This command sets up the environment variables for the CGI
applications. They are passed implicitly to the applications
during the open call which spawns them as separate process.
The request handle is on the connection sock. If var is
not specified then the command will manipulate the variable env,
else it will work with the specified variable. It assumes that the
variable is in the callers scope.
- Cgi_SetEnvInterp sock path interp
-
Like Cgi_SetEnv, but modifies the global variable env in
the specified slave interpreter interp.
- Cgi_SetEnvAll sock path extra url var
-
The worker command for both Cgi_SetEnv and
Cgi_SetEnvInterp.
- Cgi_Ident state
-
Enables or disables IDENT lookup, according to the value of the
boolean flag state. Initially IDENT lookup is off.
httpd, httpd::counter, httpd::doc, httpd::doc_error, httpd::log, httpd::threadmgr, httpd::url
cgi, web server
Copyright © 2003 Andreas Kupries <andreas_kupries@users.sourceforge.net>


| 1 | /* | |
| 2 | * Licensed to the Apache Software Foundation (ASF) under one or more | |
| 3 | * contributor license agreements. See the NOTICE file distributed with | |
| 4 | * this work for additional information regarding copyright ownership. | |
| 5 | * The ASF licenses this file to You under the Apache License, Version 2.0 | |
| 6 | * (the "License"); you may not use this file except in compliance with | |
| 7 | * the License. You may obtain a copy of the License at | |
| 8 | * | |
| 9 | * http://www.apache.org/licenses/LICENSE-2.0 | |
| 10 | * | |
| 11 | * Unless required by applicable law or agreed to in writing, software | |
| 12 | * distributed under the License is distributed on an "AS IS" BASIS, | |
| 13 | * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. | |
| 14 | * See the License for the specific language governing permissions and | |
| 15 | * limitations under the License. | |
| 16 | */ | |
| 17 | ||
| 18 | package org.apache.commons.io; | |
| 19 | ||
| 20 | import java.nio.ByteOrder; | |
| 21 | ||
| 22 | /** | |
| 23 | * Converts Strings to {@link ByteOrder} instances. | |
| 24 | * | |
| 25 | * @since 2.6 | |
| 26 | */ | |
| 27 | public final class ByteOrderParser { | |
| 28 | ||
| 29 | /** | |
| 30 | * ByteOrderUtils is a static utility class, so prevent construction with a private constructor. | |
| 31 | */ | |
| 32 | private ByteOrderParser() { | |
| 33 | } | |
| 34 | ||
| 35 | /** | |
| 36 | * Parses the String argument as a {@link ByteOrder}. | |
| 37 | *
 | |
| 38 | * Returns {@code ByteOrder.LITTLE_ENDIAN} if the given value is {@code "LITTLE_ENDIAN"}. | |
| 39 | *
 | |
| 40 | *
 | |
| 41 | * Returns {@code ByteOrder.BIG_ENDIAN} if the given value is {@code "BIG_ENDIAN"}. | |
| 42 | *
 | |
| 43 | * Examples: | |
| 44 | *
 | |
| 45 | *
{@code ByteOrderParser.parseByteOrder("LITTLE_ENDIAN")} returns {@code ByteOrder.LITTLE_ENDIAN}
 | |
| 46 | *
{@code ByteOrderParser.parseByteOrder("BIG_ENDIAN")} returns {@code ByteOrder.BIG_ENDIAN}
 | |
| 47 | *
 | |
| 48 | * | |
| 49 | * @param value | |
| 50 | * the {@code String} containing the ByteOrder representation to be parsed | |
| 51 | * @return the ByteOrder represented by the string argument | |
| 52 | * @throws IllegalArgumentException | |
| 53 | * if the {@code String} containing the ByteOrder representation to be parsed is unknown. | |
| 54 | */ | |
| 55 | public static ByteOrder parseByteOrder(final String value) { | |
| 56 |
1
1. parseByteOrder : negated conditional → KILLED |
if (ByteOrder.BIG_ENDIAN.toString().equals(value)) { |
| 57 |
1
1. parseByteOrder : mutated return of Object value for org/apache/commons/io/ByteOrderParser::parseByteOrder to ( if (x != null) null else throw new RuntimeException ) → KILLED |
return ByteOrder.BIG_ENDIAN; |
| 58 | } | |
| 59 |
1
1. parseByteOrder : negated conditional → KILLED |
if (ByteOrder.LITTLE_ENDIAN.toString().equals(value)) { |
| 60 |
1
1. parseByteOrder : mutated return of Object value for org/apache/commons/io/ByteOrderParser::parseByteOrder to ( if (x != null) null else throw new RuntimeException ) → KILLED |
return ByteOrder.LITTLE_ENDIAN; |
| 61 | } | |
| 62 | throw new IllegalArgumentException("Unsupported byte order setting: " + value + ", expeced one of " + ByteOrder.LITTLE_ENDIAN + | |
| 63 | ", " + ByteOrder.BIG_ENDIAN); | |
| 64 | } | |
| 65 | ||
| 66 | } | |
Mutations | ||
| 56 |
1.1 |
|
| 57 |
1.1 |
|
| 59 |
1.1 |
|
| 60 |
1.1 |


Sometimes in the Smalltalk world they like to talk about messages. Alan Kay has said that he wished he had talked more about messages and less about "object oriented programming."
In contrast curmudgeonly procedural programmers like to talk about how objects are really just procedures with vtables. This is made somewhat more obvious in Python where the self parameter is made explicit. But it's the same in every late-bound OO language.
And anyway, if it's about messages and not objects, what difference does that really make? You send messages to objects, so the distinction seems academic. Unless there's some alternative, messages without objects, to make the distinction less than academic.
That's when I thought about Erlang. Instead of objects, Erland has processes, and you send messages between processes. It seems obvious, but when I'd looked at Erlang before the parallel hadn't occurred to me. In that light Erlang processes make much more sense to me. I should look at it again with fresh eyes.
"""And anyway, if it's about messages and not objects, what difference does that really make?"""
It changes how you think about it. The whole point of OO is to bind state to behaviour so you can ignore state and work solely in terms of behaviour. If you think in messages, you're thinking about behaviour - the sender's needs. If you think in objects, you're going to end up thinking too much in terms of implementation - the recipient's needs. The first mindset gives rise to dynamic typing, polymorphism, delegation, and the whole "tell, don't ask" philosophy. The second encourages the reverse. To answer by another question, put yourself in the program's position and ask: "Who's in charge of this cockamamie system anyway? The boss? Or the workers?"
Isn't Stackless (http://stackless.com) kind of putting Erlang's concurrency into Python. The whole idea of not using system threads, but in a language transparent way, being able to send messages to other thread/tasklets, or wait on some result from another thread.
Its too bad that stackless is whitering, I really think its addition to the main python tree would be a great boon that is transparent to the existing language. For one thing, the python community could stop wasting time on the state machine part of Twisted, which is pretty ugly.
# mathieu


What I am all about
Full stack developer and competitive coder (in Java, C++ & Python) with experience of working in a startup (intern). Skilled in HTML-CSS, Bootstrap, Java, C++, JavaScript, jQuery, Python, MongoDB and SQL. Also fluent in English & Hindi (Written and Spoken). Currently pursuing Bachelor of Technology (B.Tech) focused in Computer Science from Harcourt Butler Technical University (3rd year).
Certified by Google in Mobile web development with a decent academic record in school (>90%) and college. Have made various projects related to web development and have participated in several Competitive coding competitions. Writing a book and working on a blog as well. An avid GOT (Game of Thrones) fan and a PC gamer. Would like to work in AI, Machine Learning and Solar energy in the future.
Passed Intermediate from St. Thomas school, Kanpur with a percentage of 94.25% and High school from the same with an aggregate of 93.6%.
Pursuing B.Tech from Harcourt Butler Technical University (HBTU), Kanpur in Computer Science (2015-2019). Currently in 3rd year of graduation.
Let's talk about this!
Now that's real value
Some off topic talk...
- Sherlock Holmes
- Writing a sci-fi book named "Era", a trilogy
- Have written 30+ articles
- Wrote several articles on my Wordpress blog on Harry Potter, link: howpotter
- Game Of Thrones
- Harry Potter
- Inception & Interstellar
- Avengers & Iron Man
- Mission Impossible
- Grand Theft Auto (GTA)
- Need For Speed (NFS)
- Call Of Duty (COD)
- Cricket
- Singers: Ed Shereen, Arijit Singh & Eminem


{% extends "base.html" %} {% load static%} {% block content %} {% if is_subs %}
You can look at your courses in this section
{{curso.description|safe}} Read More...
You don't have any subscriptions


An easy way to tell if a female character in Japanese media is of high social standing is not to look for the Requisite Royal Regalia, but to look at the front of her head. Specifically, look for two curled locks of hair draping the sides of her face. The rest of the hair may be straight, curly, or anything in-between, but she must have two curls from either the hair directly in front of or directly behind the ear, and falling in front of her shoulders rather than behind, if it is long enough. If she has these, she either is high class or acts like it.
Needless to say, this is common among Ojou. Some Elegant Gothic Lolitas also sport this hairstyle.
Also known as "drill hair", and derived from the Regal Ringlets hairstyle, popular in Roman times. For the distinctly Japanese princess' hairstyle — straight black with level bangs and ear locks — see Hime Cut.
Please do not list examples unless they have two curls from either the hair directly in front of or directly behind the ear and at least one of the lifestyle or personality characteristics (royalty, Ojou, Elegant Gothic Lolita, Lady of War, or other traits). Having two ringlets only does not qualify a hairstyle as Ojou Ringlets.
Do not confuse them for the sideburns Orthodox Jewish men wear, called peyot (pronounced "pay-ott") (peyos, pronounced "pay-ohs," if you're Ashkenazi).
A Sub-Trope of Regal Ringlets. Compare Mega Twintails and Quirky Curls.
Examples
- Ame-Warashi from xxxHOLiC is a high ranking Gothic Lolita fashioned water spirit. She has Mega Twintails and two smaller ringlets in front of her ears.
- Reika from Aim for the Ace! has multiple large ringlets in the back and two smaller curls in front of her ears, alluding to her Ojou upbringing.
- Princess Charlotte from Berserk goes through a couple different hairstyles throughout the series, one of which has two thin curls in front of her ears.
- Rika Shiraki from Bible Black is popular, from a wealthy family, and Student Council President.
- Binbō-gami ga!: Nadeshiko Adenokouji has a Hime Cut with four ringlets, with two of them in front of her ears. Like the main character, she's another Rich Bitch.
- Fukiko "Miya-sama" Ichinomiya from Dear Brother has multiple ringlets, with two of them in front of her ears and collarbone. She is the manipulative and wealthy Student Council President.
- Excel Saga:
- Elgala from the manga has two ringlets in front of her ears. When she first appears, she's actually dirt poor like the rest of the ACROSS girls, but she acts like a wealthy debutante nonetheless.
- Montmorency in The Familiar of Zero has multiple Victorian ringlets, with two of them in front of her ears. Like most of the main cast in the series, she's a noble.
- Ayumi Himekawa from Glass Mask has two large ringlets in front of her ears. She is the Privileged Rival of the main character.
- Ryuuka Jihiyou from Hanaukyō Maid Tai is the next head of the fabulously wealthy and powerful Jihiyou family.
- Athena (or A-Tan) from Hayate the Combat Butler has two ringlets in front of her ears and shoulders, being the main character's rich ex-girlfriend.
- Miho from Ichinensei ni Nacchattara is the elementary school Rich Bitch and has multiple ringlets, with two of them in front of her ears.
- Lyrical Nanoha
- When Vivio was first introduced in Magical Girl Lyrical Nanoha StrikerS, she didn't have these at first, but after she gained access to her Sankt Kaiser form, she gets two thin curls in front of her ears.
- When Olivie Sägebrecht, the Sankt Kaiser that she was cloned from, finally had her appearance revealed in Magical Girl Lyrical Nanoha ViVid, she has two thin curls in front of her ears.
- Masako Natsume from Mawaru-Penguindrum is wealthy and has four ringlets, with two of them in front of her ears and the rest behind her ears.
- Isabella from Paradise Kiss sometimes has small loose curls in front of her ears to go with her Victorian lady look. She's described as being the epitome of high class and femininity.
- Pokémon:
- Jessiebelle, James' psychotically proper fiancée, has two large ringlets behind her ears. Since the English dub gave her an American Southern accent, they also call to mind Scarlett O'Hara's Regal Ringlets in Gone with the Wind.
- B-Ko from Project A-ko is a member of a rich and influential family affecting typical Rich Bitch behavior.
- Mami Tomoe of Puella Magi Madoka Magica has a pair of large corkscrew curls behind her ears. She's the Ojou because of her deceased family's wealth and her own class and uses a more graceful style of Gun Kata.
- Ymir from Queen's Blade is the daughter of the Dwarf King and has multiple large ringlets, with two of them in front of her ears.
- Juri Arisugawa from Revolutionary Girl Utena has multiple pairs of ringlets framing her face. She's part of the The Beautiful Elite and implied to be particularly refined even by Ohtori Academy standards. It's implied that she does actually use a curling iron for at least some of it as she's seen on occasion (and in the movie) with her hair straight, though her bangs remain curled even in flashbacks.
- Hermione from Romeo X Juliet is a young noblewoman in an Arranged Marriage with Romeo. She usually has her ponytail in a ringlet as well but she always has two long ringlets that start in the front of her ears.
- Hinaichigo from Rozen Maiden has a pair of ringlets in front of her ears.
- Neo Queen Serenity and her daughter, Chibiusa, from Sailor Moon both have thin curls in front of their ears.
- Saaya Yamabuki from Shugo Chara! has two large ringlets in front of her ears and shoulders. Although she isn't a princess, she certainly acts like she's the best thing since sliced bread. She's actually less popular than Amu, but she acts like Amu is well below her.
- In Silver Spoon, Ayame Minamikujou wears her hair in multiple Victorian ringlets, with two of them behind her ears and in front of her shoulders. This is part of her acting like an Ojou, even though her family is totally normal. Aki wonders where she goes to get her hair done like that.
- Martina, a minor antagonist from Slayers NEXT, is a spoiled princess with a pair of tight ringlets in front of her ears.
- Isuzu Emi from Tenjho Tenge has four large ringlets, with two of them in front of her ears and the rest in the back. She's part of a wealthy clan whose job it is to protect the Takayanagi family.
- The be-monocled Caterina Sforza from Trinity Blood is the Duchess of Milan and has long brown hair in multiple large ringlets, two of which start behind her ears and fall in front of her shoulders.
- Kihel Heim from ∀ Gundam has classic-length ringlets, with two of them in front of her ears and shoulders. She comes from a rich family and is a Body Double for the Queen of the Moon, Dianna Soreil.
- Sherry Belmont from Zatch Bell! is a young French woman from a wealthy family. She has blonde straight hair with two long ringlets in front of her ears.
- Padmé Amidala wears her hair in this style during the picnic scene in Attack of the Clones; she has two ringlets that fall in front of her ears to frame her face (though they're smaller than some examples), combined with Regal Ringlets. She is very much The Ojou; she's a senator and former queen (elected) who is polite, composed and highly respected and loved.

- Lady Margaery Tyrell sometimes has two long curls falling in front of her ears, with the rest of her hair worn in elaborate curls as well; a notable example is her hairstyle during her wedding to King Joffrey.
- Rosalia from Angélique is from a noble family and the Privileged Rival of the main character.
- Karin Kanzuki from Street Fighter Alpha 3 is a Rich Bitch and has blonde hair styled in Victorian ringlets with two of them falling in front of her shoulders.
- Inverted with Aerith from Final Fantasy VII. While she has two tight ringlets in front of her ears, she is a flower girl from the slums and acts energetic rather than refined. It could be a nod to her being a Cetra or Ancient, which is a mystical people with special powers.
- Fire Emblem Awakening:
- Maribelle is the daughter of a Ylissian duke and an Ojou in every sense of the word. She has multiple tight ringlets, two of which start behind her ears and rest on her shoulders.
- Sumia is a clumsy Pegasus Knight with some shades of Ojou in her personality.
- Flavia is the West-Khan of Ylisse's neighboring country.
- Rose Bernstein from The King of Fighters has two large ringlets that start behind her ears and rest on her shoulders. She's the Rich Bitch daughter of Rugal Bernstein.
- The Legend of Zelda:
- The other eponymous character of The Legend of Zelda: Twilight Princess has a variation of them as well: they're not curled, per se, but there are two braids of hair tied up in lots of ribbon.
- Mila from The Legend of Zelda: The Wind Waker is a Rich Bitch and has parted straight bangs that curl into tight ringlets in front of her ears. She loses them after her family goes from Riches to Rags.
- Reika Minazuki from Osu! Tatakae!  Her profile mentions that she's from a traditional family and attended a super elite academy.
- Eru Daiunji from P/A Potential Ability has two tight armpit-length ringlets that start behind her ears.
- Mitsuru of Persona 3, up until junior high, as seen in FES's flashbacks. When she was a child, she had two curled ringlets at the sides of her head. She carries this even in high school, but she keeps one loose curl instead. She is the daughter of Takeharu Kirijo, a founder of Kirijo Group, the group who owns the school where she is studying.

- Viola from Soulcalibur V is an Elegant Gothic Lolita and has two ringlets that start behind her ears and fall in front of her shoulders.
- Susie Evans from Valkyria Chronicles has two large ringlets that start behind her ears and fall in the front of her shoulders. She's the daughter of a rich tycoon and only enlisted in the war to protect her family's honor.

- Beatrice from Umineko: When They Cry has two thin curls in front of her ears as part of her "lady of Rokkenjima" persona. Like just about all of cast, she's one of The Beautiful Elite.
- Megatokyo: Miho is an Elegant Gothic Lolita and wears her hair with two shoulder-length ringlets in front of her ears during the (first) whole "Cave of Evil" debacle.
- It was a popular look in Lolita Fashion during The '80s. It's fallen out of style since, but a lot of people still love it. It's really hard to do without a wig though. Rag curls can look like it.


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Next: When Compiler Macros Are Used, Previous: Purpose of Compiler Macros, Up: Compilation Semantics
Compiler macros may be defined for function names that name macros as well as functions.
Compiler macro definitions are strictly global. There is no provision for defining local compiler macros in the way that macrolet defines local macros. Lexical bindings of a function name shadow any compiler macro definition associated with the name as well as its global function or macro definition.
Note that the presence of a compiler macro definition does not affect the values returned by
functions that access function definitions (e.g., fboundp) or macro definitions (e.g., macroexpand). Compiler macros are global, and the function compiler-macro-function is sufficient to resolve their interaction with other lexical and global definitions.


veafSpawn
Introduction
This module allows the user to spawn several type of DCS objects in a running mission ; it can spawn :
- groups that have been defined with the veafUnits module
- units that are defined in DCS (either via their veafUnits alias, or their DCS type name
- dynamic groups that use templates defined with the veafUnits module, but can be configured and are randomized
- convoys that can go from a point to another, and be tracked and managed with radio commands
- cargo statics and logistic points that are registered with CTLD and can be transported via helicopter
- bombs that can destroy scenery, units and groups (even client aircrafts and vehicles)
- smoke and illumination flares
It also provides commands to :
- teleport an existing unit or group to a different location
- cleanly destroy a unit or several units inside a defined circle (without leaving a smoking wreck behind, that is)
How to set up a mission
Let’s start by saying that you can clone the VEAF-Demo-Mission repository and use it as an example (or fork it and create a new mission from your fork).
Load the script and its prerequisites
In DCS mission editor, set up a “mission start” trigger that will :
How to use in a mission
Markers
The veafSpawn module is managed by creating markers, which names should follow a specific syntax (see next headings).
This syntax is composed of a mandatory instruction (at the beginning) and mandatory or optional (depending on the instruction) parameters separated by commas.
Example : _spawn group, name US infgroup, country USA
For more informations about markers, see Markers
Spawn units and groups
The _spawn instruction can spawn units (_spawn unit
) or groups (_spawn groups
).
Both commands accept the same set of mandatory (bold) or optional (italic) parameters:
- name is the name of the unit or group in the VEAF and DCS databases; The HELP - all units and HELP - all groups radio menu commands will list all valid values; e.g.
_spawn unit, name sa6
- country (default RUSSIA) is the name of the country this unit will belong to; e.g.
_spawn group, name US infgroup, country USA
- speed (default 0) is the speed of the unit/group, when it spawns. For most units/groups it will reset to its predefined orders; e.g.
_spawn unit, name sa6, speed 15
- altitude or alt (default 0) is the altitude of the unit/group (same remarks as speed); e.g.
_spawn unit, name sa6, alt 15
- heading or hdg (default 0) is the heading of the unit/group (same remarks as speed); e.g.
_spawn unit, name sa6, hdg 270
Some parameters are specific to the _spawn unit
instruction:
- unitName (default is the unit display name in DCS suffixed with a numeric counter) will be the name this unit will have in the DCS mission (not to be mistaken with the unit type parameter, name); e.g.
_spawn unit, name sa6, unitname air-defense-SA6
A special instruction will spawn a specific unit with a JTAC role, and set it as invisible and invincible: _spawn jtac.
It has a specific parameter:
- laser (default 1688) can be used to choose a laser code for the JTAC ; e.g.
_spawn jtac, laser 1681
Some parameters are specific to the _spawn group
instruction:
-
spacing (default 5) is used to add space between a group’s units (see veafUnits)
-
isconvoy (default false) if set, makes the group behave like a convoy
- dest (mandatory in this case) the named point where the convoy must go (see veafNamedPoints)
- patrol (default false) if set, makes the group go back and forth between its spawn point and its destination point
- offroad (default false) if set, the group will not try and use roads
Examples:
_spawn unit, name sa6, unitname tbilissi-air-defense country UKRAINE, hdg 245
_spawn group, name RU-SAM-SA9-Battery, spacing 10
_spawn group, name US infgroup, isconvoy, dest TBILISSI, speed 15, patrol
Spawn dynamic groups
The _spawn instruction can also spawn dynamic groups; these groups are randomized, and parameters can be used to choose several aspects of this randomization.
This is the list of the parameters common to all the dynamic group spawn instructions:
- side (default RED) is the coalition the group(s) will belong to (RED or BLUE)
- country (default USA for side=blue, RUSSIA for side=red) is the country the group(s) will belong to
- heading (default 0) is the global heading of the groups; units in the group will have their individual heading (in the template definition) adapted to be relative to this global heading
- spacing (default 5) is used to add space between a group’s units (see veafUnits), but also to add space between the groups
The type of the dynamic group is linked to the instruction itself. Each dynamic group instruction has its own set of parameter.
infantry section
_spawn infantrygroup
will spawn an infantry section (an armored personnel carrier with an infantry section and optional air defense - manpads)
- defense (default 1) will determine the air defense generated for this group:
- if 0: no manpad
- 1..3: between 1 and defense older manpad systems
- 4..5: between 1 and defense-2 modern manpad systems
- armor (default 1) will determine the personnel carrier vehicle:
- if 0: a M 818 (BLUE) or a GAZ-3308 (RED) truck
- 1..3: a IFV Boman (BLUE) or a BTR-80 (RED)
- 4..5: a M-2 Bradley (BLUE) or a BMP-1 (RED)
armor platoon
_spawn armorgroup
will spawn an armor platoon (3-6 armored vehicles with optional escorting air defence systems)
- defense (default 1) will determine the air defense generated for this group:
- if 0: no air defense
- 1..3: a Gepard (BLUE) or a ZSU-23-4 Shilka (RED)
- 4..5: an M6 Linebacker (BLUE) or a 2S6 Tunguska (RED)
- armor (default 1) will determine the personnel carrier vehicle:
- 0..2: random choice between M-2 Bradley, IFV MCV-80, IFV Boman (BLUE) or BMP-1, BMD-1, BRDM-2 (RED)
- 3: random choice between M-2 Bradley (66%), M-60 (33%) (BLUE) or BMP-1, BMP-2, T-55 (RED)
- 4: random choice between M-2 Bradley (50%), M-60 (25%), Leopard-2 (25%) (BLUE) or BMP-1, BMP-2, T-55, T-72 (RED)
- 5: random choice between M-2 Bradley (50%), MBT Leopard1A3 (25%), M-1 Abrams (25%) (BLUE) or BMP-2, BMP-3, T-80UD, T-90 (RED)
air defense battery
_spawn samgroup
will spawn an air defense battery (multiple air defense launchers/systems, a search radar and support vehicles)
- defense the group will be spawned from the veafUnit template called “generateAirDefenseGroup-side-defense” where side is either RED or BLUE and defense is the defense parameter value; e.g. generateAirDefenseGroup-RED-3
transport company
_spawn transportgroup
will spawn a transport company (several trucks with optional escorting air defence systems)
- defense (default 1) will determine the air defense generated for this group, one of these air defense system for every ten trucks:
- if 0: no air defense
- 1: a Gepard (BLUE) or a Ural-375 ZU-23 (RED)
- 2: a Gepard (BLUE) or a ZSU-23-4 Shilka (RED)
- 3: an M6 Linebacker (BLUE) or a 2S6 Tunguska (RED)
- 4..5: an M6 Linebacker and a Gepard (BLUE) or a 2S6 Tunguska and a ZSU-23-4 Shilka (RED)
- size (default 10) the number of trucks that will be spawned
full combat group
_spawn combatgroup
will spawn a full combat group, composed of multiple infantry groups, multiple armor platoons, several transport companies and 1 or 2 air defense groups
- defense (default 1) will be used for every generated group (see above)
- armor (default 1) will be used for every generated group (see above)
- size (default 10) will be used for every generated group (see above) and condition the groups that will be generated:
- between size-2 and size+1 infantry groups
- between size-2 and size+1 armor platoons
- 1 or 2 air defense groups if defense is not 0
- between 1 and size transport companies
Examples:
_spawn samgroup, defense 3, side blue
_spawn armorgroup, defense 0, armor 5, side red
_spawn combatgroup, defense 1, armor 2, size 5, side blue
Spawn convoys
The _spawn convoy
instruction will generate a dynamic convoy, and send it on its route to a named point (see veafNamedPoints).
The convoys are tracked and managed in the VEAF SPAWN radio menu.
It is possible to find out if a convoy still exists (or was destroyed entirely), find out where it is (or between which points it travels) thanks to smoke markers, or dispose of a convoy.
The convoy will be composed of a transport company (see transport company above) and an armor platoon (see armor platoon above).
This instruction accepts several parameters:
- destination or dest is the name of a named point where the convoy will drive to
- offroad (default false) if set, the convoy will not try and use roads
- size (default 10) the number of trucks that will be spawned; no transport company at all if 0
- armor (default 1) will determine the personnel carrier vehicle:
- 0: no armor platoon
- 1..2: random choice between M-2 Bradley, IFV MCV-80, IFV Boman (BLUE) or BMP-1, BMD-1, BRDM-2 (RED)
- 3: random choice between M-2 Bradley (66%), M-60 (33%) (BLUE) or BMP-1, BMP-2, T-55 (RED)
- 4: random choice between M-2 Bradley (50%), M-60 (25%), Leopard-2 (25%) (BLUE) or BMP-1, BMP-2, T-55, T-72 (RED)
- 5: random choice between M-2 Bradley (50%), MBT Leopard1A3 (25%), M-1 Abrams (25%) (BLUE) or BMP-2, BMP-3, T-80UD, T-90 (RED)
The players can use the following radio menu commands:
- Info on all convoys will output a list of convoys; for each convoy it’ll print its name, the number of remaining vehicles, and its position
- Mark closest convoy route will pop a green smoke at the convoy’s starting point, and a red one at the end point
- Mark closest convoy will pop a white smoke at the convoy’s current position
- Cleanup all convoys will remove all active convoys from the mission
Spawn cargo statics and logistic points
These are specific to CTLD and, for it to work, it has to be configured in your mission.
You can follow these instructions to configure CTLD in your mission.
cargo statics
Cargo statics (crates, ammo, fuel barrels and the like) can be spawned by the _spawn cargo
instruction
This instruction accepts these parameters:
- name (default ammo_cargo) is the type of cargo to be spawned. It must be a valid cargo known by DCS and transportable. The HELP - all cargoes radio menu command will list all valid values; e.g.
_spawn cargo, name barrels_cargo
- smoke if set, will pop a green smoke where the cargo is spawned; e.g.
_spawn cargo, smoke
- unitName (default is the cargo display name in DCS suffixed with a numeric counter) will be the name this cargo will have in the DCS mission (not to be mistaken with the unit type parameter, name); e.g.
_spawn cargo, name barrels_cargo, unitname and-two-barrels-of-rhum
Cargo spawned is registered with CTLD and transportable by whatever aircraft CTLD is configured to accept as a transport aircraft.
logistic points
Logistic points are static DCS units that marks the center of a CTLD logistic zone.
When spawned with the _spawn logistic
instruction, they are registered with CTLD and when inside their action radius, aircraft configured in CTLD as transport aircrafts can load troops and spawn deployable crates with CTLD.
This instruction does not accept any parameter.
Spawn bombs and artillery shelling
The _spawn bomb
instruction will create and detonate a bomb at the specified location. The bomb detonation will destroy or damage the surrounding units, statics and world objects.
This instruction accepts this parameter:
- power (default 100) is the bomb detonation power (limited to 1000)
NB: artillery shelling is not yet available.
Spawn smoke markers and illumination flares
smoke marker
Smoke markers of multiple colors can be spawned by the players with the _spawn smoke
instruction
This instruction accepts this parameter:
- color (default red) is the color of the spawned smoke marker (possible values are red, green, orange, blue and white); e.g.
_spawn smoke, color orange
illumination flares
Illumination flares will light up a zone when the night is too dark to see the targets; they can be spawned with the _spawn flare
instruction
This instruction accepts this parameter:
- altitude or alt (default 1000) is the altitude (in meters) at which the flare will begin its descent; e.g.
_spawn flare, alt 2000
Teleport objects
The _teleport instruction can instantly move units or groups.
This instruction accepts this mandatory parameter:
- name is the name of the DCS group that will be moved; e.g.
_teleport, name Arco
Destroy objects
The _destroy instruction can instantly destroy units inside a radius around the chose point.
The destroyed objects do not leave any wreck and are simply removed from the mission.
This instruction accepts this parameter:
- radius (default 150) is the destruction radius (in meters); e.g.
_destroy, radius 500


org.opensaml.security.credential
Interfaces
Credential
CredentialContext
CredentialResolver
MutableCredential
Classes
AbstractCredential
BasicCredential
CredentialContextSet
CredentialSupport
Enums
UsageType


Past Hikes
We've been to a lot of places and seen a lot of stuff! Click below to see some of our routes:
Aspinwall/Sharpsburg
Braddock
Carnegie
East Allegheny/Fineview
Hazelwood
Highland Park
Homestead
Lawrenceville
Mount Washington
McKees Rocks
Oakland
Oakmont
Observatory Hill
South Side
Spring Garden
Strip
Troy Hill/Millvale
West End/Elliot
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In this tutorial, we will continue with the Part I of GAN's and implement the project. Coming Soon !!!


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Order First Name Last Name Address County [ Select One ] Nairobi Kiambu Ruiru Machakos Postal-Code Comments


ampboot(1) Qualcomm Atheros Open Powerline Toolkit ampboot(1) NAME ampboot - Qualcomm Atheros AR7x00 Powerline Device Bootstrapper SYNOPSIS ampboot [options] -N file -P file [device] [device] [...] DESCRIPTION Download and start runtime firmware on a local powerline device when it is in bootloader mode. A device remains in boot‐ loader mode when it cannot load firmware from flash memory for some reason. This can happen if the device has no flash memory or the flash memory is either blank or corrupted. You can use this progrm to start a device or start the device and then, once runtime firmware starts, program flash memory. The bootloader only recognizes a subset of Atheros message types. This program uses that subset to write runtime firmware and parameters into SDRAM then start firmware execution. Optionally, it can proceed to download the same firmware and parameters again and commit them to flash memory. Starting a device is a three phase operation. The first phase writes an SDRAM configuration program into TCM and exe‐ cutes it. The second phase writes runtime firmware and parameters as images into SDRAM. The third phase starts firmware execution. Once the runtime firmware starts, the device is operational. Flashing a device is a two phase operation. The first phase downloads runtime firmare and parameters under firmware con‐ trol into scratch buffers. The second phase instructs the firmware to write the scratch buffers to flash memory and reboot the device. After flashing the device is self-sustaining. This program is part of the Qualcomm Atheros Powerline Toolkit. See the plc man page for an overview and installation instructions. OPTIONS -e Redirects stderr messages to stdout. By convention status and error messages are printed on stderr while primary program output is printed on stdout. This option prints all output on stdout in cases where this is desired. -F[F] Write previously downloaded MAC and PIB to NVRAM using VS_MOD_NVM. Adding a second F here or another -F anywhere on the command line will force-flash a blank or corrupted NVRAM. Firmware loaded from NVRAM will treat force- flash as an error. This option can be used to create factory settings but cannot be used to change them once cre‐ ated. Subsequent use creates and updates operational settings that can be erased using a factory reset. -i interface Select the host Ethernet interface. All requests are sent via this host interface and only reponses received via this host interface are recognized. The default interface is eth1 because most people use eth0 as their principle network connection; however, if environment string "PLC" is defined then it takes precedence over the default interface. This option then takes precedence over either default. -N filename Read the named NVM file and write it to the device. This option and argument are required. Any file having an invalid NVM file format will be rejected. No assumptions are made based on filename and no filename conventions are enforced. -P filename Read the named PIB file and write it to the device. This option and argument are required. Any file having an invalid PIB file format will be rejected. No assumptions are made based on filename and no filename conventions are enforced. -q Suppresses status messages on stderr. -t milliseconds Read timeout in milliseconds. Values range from 0 through UINT_MAX. This is the maximum time allowed for a response. The default is shown in brackets on the program menu. -v Prints additional information on stdout. In particular, this option dumps outgoing Ethernet packets on stdout. -?,--help Print program help summary on stdout. This option takes precedence over other options on the command line. -!,--version Print program version information on stdout. This option takes precedence over other options on the command line. Use this option when sending screen dumps to Atheros Technical Support so that they know exactly which version of the Linux Toolkit you are using. ARGUMENTS device The Ethernet hardware address of some powerline device. More than one address may be specified on the command line. If more than one address is specified then operations are performed on each device in turn. The default address is local. as explained in the DEVICES section. DEVICES Powerline device addresses are 12 hexadecimal digits in upper, lower or mixed case. Individual octets may be separated by colons, for clarity, but colons are not required. For example, "00b052000001", "00:b0:52:00:00:01" and "00b052:000001" are valid and equivalent. A local device is any Atheros Powerline Device connected directly to a host Ethernet interface. A remote device is any Atheros Powerline Device at the far end of a powerline connection. A foreign device is any powerline device not manufac‐ tured by Atheros. Common device addresses have symbolic names that can be used in place of the actual address value. The following sym‐ bolic addresses are recognized by this program and most other toolkit programs. all Equivalent to "broadcast", described next. broadcast A synonym for the Ethernet broadcast address, FF:FF:FF:FF:FF:FF. All devices, whether local, remote or foreign will respond to this address. local A synonym for the Qualcomm Atheros Local Management Address (LMA), 00:B0:52:00:00:01. All local Atheros devices will respond to this address but remote and foreign devices will not. REFERENCES See the Qualcomm Atheros HomePlug AV Firmware Technical Reference Manual for technical information. See the Qualcomm Atheros Powerline Toolkit Online Documetation for practical information and examples. EXAMPLES The -N and -P options are always required. Their order is not important. Tne MAC address is not needed because devices default to address 00:B0:52:00:00:01 (the program default address) in bootloader mode. Once this operation completes, firmware is running in SDRAM but the NVRAM, if present, has not been programmed. This operation is common for flash-less devices. If we reset the device at this point then the device will return to bootloader mode. ampboot -N test.nvm -P test.pib # eth0 00:B0:52:00:00:01 Write SDRAM Configuration # eth0 00:B0:52:00:00:01 Written. # eth0 00:B0:52:00:00:01 Write to device memory # eth0 00:B0:52:00:00:01 Written. # eth0 00:B0:52:00:00:01 Write to device memory # eth0 00:B0:52:00:00:01 Written. # eth0 00:B0:52:00:00:01 Start Firmware # eth0 00:B0:52:00:00:01 Started. The next example does the same thing but performs the extra steps needed to program NVRAM. It first downloads the firmware image from file test.nvm and the parameter block image from file test.pib using VS_WR_MEM then starts firmware execution using VS_ST_MAC. Once runtime firmware has started, it downloads the same firmware image and parameter block image (again) using VS_WR_MOD and commits them to NVRAM using VS_MOD_NVM. ampboot -N test.nvm -P test.pib -F # eth0 00:B0:52:00:00:01 Write SDRAM Configuration # eth0 00:B0:52:00:00:01 Written. # eth0 00:B0:52:00:00:01 Write to device memory # eth0 00:B0:52:00:00:01 Written. # eth0 00:B0:52:00:00:01 Write to device memory # eth0 00:B0:52:00:00:01 Written. # eth0 00:B0:52:00:00:01 Start Firmware # eth0 00:B0:52:00:00:01 Started. # eth0 00:B0:52:00:00:01 Write MAC as module # eth0 00:B0:52:00:00:01 Written. # eth0 00:B0:52:00:00:01 Write PIB as module # eth0 00:B0:52:00:00:01 Written. # eth0 00:B0:52:00:00:01 Flash Device # eth0 00:B0:52:00:00:01 Flashed. DISCLAIMER Atheros HomePlug AV Vendor Specific Management Message structure and content is proprietary to Qualcomm Atheros, Ocala FL USA. Consequently, public information may not be available. Qualcomm Atheros reserves the right to modify message structure and content in future firmware releases without any obligation to notify or compensate users of this program. SEE ALSO plc(1), amptool(1), chknvm(1), chkpib(1), modpib(1) CREDITS Charles Maier<EMAIL_ADDRESS>open-plc-utils-0.0.3 November 2013 ampboot(1)


The stats helper monkeys at WordPress.com mulled over how this blog did in 2010, and here’s a high level summary of its overall blog health:
The Blog-Health-o-Meter™ reads Fresher than ever.
Crunchy numbers
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A helper monkey made this abstract painting, inspired by your stats.
A Boeing 747-400 passenger jet can hold 416 passengers. This blog was viewed about 6,600 times in 2010. That’s about 16 full 747s.
In 2010, there were 15 new posts, growing the total archive of this blog to 115 posts. There were 24 pictures uploaded, taking up a total of 979kb. That’s about 2 pictures per month.
The busiest day of the year was June 4th with 139 views. The most popular post that day was Don’t build software that’s TOO smart!.
Where did they come from?
The top referring sites in 2010 were agile.dzone.com, java.dzone.com, twitter.com, Google Reader, and javablogs.com.
Some visitors came searching, mostly for matt stine, groovy http post, groovy post, groovy url post, and groovy url encode.
Attractions in 2010
These are the posts and pages that got the most views in 2010.
1
[Don't build software that's TOO smart!](http://mattstine.com/2010/06/03/dont-build-software-thats-too-smart/) June 2010
1 comment
2
[Groovy: Post to a URL](http://mattstine.com/2009/04/25/groovy-post-to-a-url/) April 2009
4 comments
3
[Resume](http://mattstine.com/resume/) March 2009
4
[Deploying Grails with Groovy](http://mattstine.com/2009/03/29/deploying-grails-with-groovy/) March 2009
5
[LOTY Time Again: Scala or Clojure?!?!](http://mattstine.com/2009/04/02/loty-time-again-scala-or-clojure/) April 2009
17 comments


{% extends "base.html" %} {% block title %} Index {% endblock %} {% block content %}
Form Submission via GET
first name:
last name:
Form Submission via POST (multipart/form-data)
Form Submission via POST


class REXML::Child
A Child
object is something contained by a parent, and this class contains methods to support that. Most user code will not use this class directly.
Attributes
Public Class Methods
Constructor. Any inheritors of this class should call super to make sure this method is called.
- parent
-
if supplied, the parent of this child will be set to the supplied value, and self will be added to the parent
# File lib/rexml/child.rb, line 18 def initialize( parent = nil ) @parent = nil # Declare @parent, but don't define it. The next line sets the # parent. parent.add( self ) if parent end
Public Instance Methods
This doesn't yet handle encodings
# File lib/rexml/child.rb, line 91 def bytes document.encoding to_s end
- Returns
-
the document this child belongs to, or nil if this child
belongs to no document
# File lib/rexml/child.rb, line 85 def document return parent.document unless parent.nil? nil end
Sets the next sibling of this child. This can be used to insert a child after some other child.
a = Element.new("a") b = a.add_element("b") c = Element.new("c") b.next_sibling = c # => <c/>
# File lib/rexml/child.rb, line 68 def next_sibling=( other ) parent.insert_after self, other end
Sets the parent of this child to the supplied argument.
- other
-
Must be a
Parent
object. If this object is the same object as the existing parent of this child, no action is taken. Otherwise, this child is removed from the current parent (if one exists), and is added to the new parent. - Returns
-
The parent added
# File lib/rexml/child.rb, line 52 def parent=( other ) return @parent if @parent == other @parent.delete self if defined? @parent and @parent @parent = other end
Sets the previous sibling of this child. This can be used to insert a child before some other child.
a = Element.new("a") b = a.add_element("b") c = Element.new("c") b.previous_sibling = c # => <c/>
# File lib/rexml/child.rb, line 79 def previous_sibling=(other) parent.insert_before self, other end
Removes this child from the parent.
- Returns
-
self
# File lib/rexml/child.rb, line 37 def remove unless @parent.nil? @parent.delete self end self end
Replaces this object with another object. Basically, calls Parent.replace_child
- Returns
-
self
# File lib/rexml/child.rb, line 29 def replace_with( child ) @parent.replace_child( self, child ) self end


Statistical data set
The list of providers who have been judged to have outstanding overall effectiveness in an Ofsted inspection.
Outstanding providers are those providers who have been judged to have outstanding overall effectiveness in an Ofsted inspection. There are some instances where some special criteria may apply.
When Ofsted inspects a provider, the inspector will usually make a judgement on the standard of the provider. The very best providers receive a judgement of outstanding overall effectiveness.
Ofsted sends each outstanding provider a certificate and a letter from Her Majesty’s Chief Inspector of Education, Children’s Services and Skills. These are normally posted to the provider during the month after the publication of the inspection report. The provider can use Ofsted’s Outstanding Provider logo on stationery and signage.
Every year, Ofsted publishes a list of outstanding providers for the previous inspection year, which runs September to August. Publication is usually at the same time as the Annual Report. There is also a file with all the lists going back to 1993/94.
For more information on the judgement grades, read about being inspected as a:
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San Diego is a city of 3.0 million citizens located in the southern part of California, on the west coast of the US facing the Pacific Ocean. It’s the second most populated city in California after LA. The city is most known for the marines’ and navy’s bases but is also a well known touristic destination, for example the are three different amusement park in San Diego: Seaworld, San Diego Zoo and the Balboa Park.
The city is a mix of latino and american culture, typical of the
cities near the border with Mexico. In the city during the year
are organized different events such as the San Diego Pride, Del
Mar Fair (an edgy festival) and the Comic-Con the biggest
conference of comics in the world. Other interesting activities
that you can experience in San Diego are the long walks that you
can do at the beach, the two most important are the ocean beach
and the pacific beach, and surfing.
In the the city there are only two professional teams in the
american major leageus:
Being close to the border with Mexico the city food industry is influenced by spanish cousine, here’s a list of the dishes of San Diego:


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At the center of Applause is a tiny (<5 Kb!) script that you put somewhere on each of your articles. The script creates a button on the page, and tracks several metrics. It counts page views, time on page, and referrers, as well as audience approval when users click the clap button.
The process for getting started is simple. Create an account at applauseapp.io and add your domain to your account. Create a key for the domain, then place the generated tag somewhere on your pages. That's it! You can find the data that Applause has collected in your dashboard, which includes reports on views for each page, claps for each page, top referrers, and more.
Below you can see what the button looks like. You can customize it with your own CSS, or use the standard Applause styling.


Recent data science graduate from SUNY Albany passionate about applying statistical, programming, and machine learning skills. Currently seeking to help a company with data analysis, while growing and developing her skills as a statistician and coder.
• Reformatted and updated MS Excel and MS Word files
• Inputted survey data into 4D, a database used to store client information
• Handled routine secretarial duties, such as typing, filing, and proofreading documents
• Received phone calls and visitors with courtesy and professionalism
• Updated and shelved reference books as needed throughout the semester
• Completed administrative duties such as filing, copying, scanning and collating class material in bulk
• Served as a mentor and academic coach to the student body
• Spearheaded 15 community service and philanthropy events
• Provided alumni monthly updates through social media
• Coordinated 2 yearly events with alumni and active members
• Monitored policies and practices to meet college standards
• Advocated on behalf of 42 members in Gamma Phi Delta Sorority as their primary representative
• Coordinated over 20 cross-council events for community service with other organizations
GPA: 3.7
Constructed training model to recognize physical letters from the Latin alphabet through the process of persistent homology. Utilized Lower Star Image Filtration from Ripser package in python to locate the optimized life and death pair for each single letter in zero-dimensional homology. Successfully trained the computer to recognize Latin alphabet letters through exact algorithm within optimal time.
Successfully performed a marketing research project to determine the probability that a customer will buy a “Kid Creative” magazine. Given data with predictor variables of 0 or 1, I performed a logistic regression. With R, I obtained the MLE estimates for the coefficients of the logistic model as well as the odds ratios. Then, after running a backwards selection, I used a deviance test to compare the full model to the simplified model. The final outcome produced an equation for “Kid Creative” magazine that predict the probability that it would be brought.
Designed a regression model to predict the median value of an owner-occupied home. Calculated a multiple linear regression using all 12 regressors in R. Using modeling concepts such as interaction terms, transformation of variables, polynomial terms and various stepwise methods, I successfully developed a model to predict the median value of an owner-occupied home.
Proficient in Python; R; MatLab; Photoshop; Final Cut Pro X; MS Excel; MS Word; MS PowerPoint; 4D; Statistical Analysis
Familiar with SQL and SAS
In my spare time, I enjoy going to spin and yoga classes, meeting up with friends and family, cooking, and watching the latest Netflix shows. I also enjoy building my knowledge of various computer programs; currently I am enhancing my SQL knowledge on Udemy.


The dfsOptimizer
package is intended to provide a straightforward way to generate optimal daily fantasy lineups for various sports, sites, and contests.
dfsOptimizer
was built in R 4.0.0, but was previously tested with R 3.6.
NOTE WELL: This is currently very much in Beta – I’m almost certainly not yet exporting everything I need to, and new issues always crop up once someone who isn’t actually developing the thing gets their hands on it. So, if you decide to use it, I’d very much appreciate any bug reports and/or suggestions!
devtools::install_github("anthonyshook/dfsOptimizer")
| Sport | Draftkings | FanDuel | Yahoo | Draftkings Single Game | FanDuel Single Game |
|---|---|---|---|---|---|
| HOCKEY (NHL) | + | + | + | + | - |
| FOOTBALL (NFL) | + | + | - | + | - |
| BASEBALL (MLB) | + | - | - | + | - |
| BASKETBALL (NBA) | + | + | + | + | - |
| GOLF | + | + | + | - | - |
| NASCAR | + | + | - | - | - |
| WNBA | + | - | - | - | - |
| SOCCER | + | - | - | - | - |
The package relies on the ROI
package, and comes with one solver as a dependency – ROI.plugin.glpk
. This is to ensure it works out of the box, so to speak. However, the solver
argument in build_lineups()
is compatible with the ompr.roi
package, so if you have ROI.plugin.symphony
installed, it should be as simple as `build_lineups(solver=‘symphony’)
Build Lineups from a Draftkings roster file (i.e., that you download from DK). This example uses the mean Points-per-game provided by draftkings as a projection, which I don’t recommend you actually do.
# Build an optimizer
mod <- create_optimizer(site = 'DRAFTKINGS',
sport = 'HOCKEY',
contest_type = 'CLASSIC',
filepath = '/Path/to/DKSalaries_nhl.csv')
# Build 20 lineups
lineups <- build_lineups(mod, num_lineups = 20)
# Get summary stats (player and team exposure breakdowns, and a cross-lineup similarity measure)
summary(lineups)
# See the lineups
lineups
# OR save them to a list
lineups_extracted <- as.list(lineups)
# OR export them into a format that you can upload to the selected site
export_lineups(lineups, file = '/path/to/lineup_export.csv')
# Build an optimizer
mod <- create_optimizer(site = 'DRAFTKINGS',
sport = 'HOCKEY',
contest_type = 'CLASSIC')
# Parse and add players
mod <- add_players_from_csv(mod, filepath = '/Path/to/DKSalaries_nhl.csv')
You can also add players from a data.frame – see ?add_players_from_df
or ?get_players_from_data_frame
for more detail and examples!
Once you have an existing optimizer model, you can update the FPTS using the function update_fpts
. This requires a data.frame that contains columns id
and fpts
– the easiest way to get players’ ids is using get_player_data
on an optimizer with players added.
# Build an optimizer
mod <- create_optimizer(site = 'DRAFTKINGS',
sport = 'HOCKEY',
contest_type = 'CLASSIC',
filepath = '/Path/to/DKSalaries_nhl.csv')
# Get the data
df <- get_player_data(mod)
# From here, you can replace the value of FPTS in df by either
# merging with another table by player name or ID
# As an example, we'll just toss in some random values
df$fpts <- runif(nrow(df), 0, 1)
# Update the model with the new FPTS
mod <- update_fpts(mod, fpts_data = df)


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From English to German Switch
Seem incorrect? Click below to try again on a different service: dict.cc | Beolingus


{% extends "hunt_base.html" %} {% load hunt_tags %} {% block title %}Puzzles!{% endblock title %} {% block content %}
Click here for unlocked objects
| Solved? | Answer | Puzzle Name/Link |
|---|---|---|
| {% if puzzle in solved %} {% else %} {% endif %} | {% if puzzle in solved %} {{ puzzle.answer|upper }} {% endif %} |
P{{puzzle.puzzle_number}} - {{ puzzle.puzzle_name }} |
For assistance, email {% contact_email %} or try our new Chat Feature.


2 Samuel 17:19
And the woman took and spread a covering over the well's mouth, and spread ground corn thereon; and the thing was not known.


§412:2-301 Joint enforcement with federal regulatory agency. The commissioner may enter into any agreement and take any action with the appropriate federal regulatory agency to enforce jointly all federal and state laws applicable to the Hawaii financial institution. [L 1993, c 350, pt of §1]


Commands¶
giraffez has several modules that can be accessed in Python or via the command-line script giraffez
. These modules can be easily accessed by running the giraffez
command and following the usage help. Each module will print help relevant to the module being used.
There are certain shared options that any of the following commands will receive:
-v
or--verbose
(-vv
for DEBUG level output)sets the log output level to “verbose”, for more informative feedback while executing commands
-D <connection name>
or--dsn <connection name>
specifies a connection from the
.girafferc
file to be used in place of the one designateddefault
-c <config file>
or--conf <config file>
specifies the location of the configuration file to read connection information from (uses
~/.girafferc
if this option is not specified)
-k <key file>
or--key <key file>
specifies the location of the encryption key file to decrypt configuration information from (uses
~/.giraffepg
if this option is not specified)
To see a list of available commands, run giraffez --help
. To view options not mentioned below for a specific command, run giraffez <command> --help
.
config¶
The config module is used to view and edit the YAML configuration file that giraffez uses (aka .girafferc
). If this is the first time using giraffez the best way to create a new configuration file is:
giraffez config --init
By default, this creates a new configuration file in $HOME/.girafferc
with default values. Since the .girafferc
file will contain sensitive information like username/password, the file permissions are set to 0600 to keep others from having access to read this file. To now view your .girafferc
:
giraffez config --list
This should look something like this:
connections:
default: db1
db1:
host: null
password: null
username: null
verbosity: 0
giraffez uses this configuration file much like how unixodbc uses odbc.ini
to define connections. To use the default db1 connection you must now set your username/password:
giraffez config --set connections.db1.host <hostname>
giraffez config --set connections.db1.username <username>
giraffez config --set connections.db1.password <password>
The YAML configuration file is lazily initiated so adding new connections is as simple as just setting the values:
giraffez config --set connections.mydb1.host db1.local
giraffez config --set connections.mydb1.username abc123
giraffez config --set connections.mydb1.password password123
The name of the connection is what is used when using the cmd, export, or load modules. The default is used if no DSN is passed with the giraffez <subcommand> -D <DSN>
command. If you want to change the default connection:
giraffez config --set connections.default mydb1
cmd¶
The cmd
module is used to issue Teradata commands via the CLIv2. Originally it was needed to facilitate the load feature, but there was no reason not to make it available as a module. Using the cmd
module is simple:
giraffez cmd "select * from dbc.dbcinfo"
The option -t
(or --table-output
) may be specified to format the result of the executed statement(s) into a table (for readability).
The cmd
module is not meant to be used for high-output queries – in those cases, the export
module should be used.
export¶
The export
module provides easy access to the Teradata PT Export driver. Teradata’s export utility, fastexp, makes use of this but has many issues making it unsuitable for use. In addition to being unintuitive and difficult to setup, debug, and log, it has no capacity or function to actually decode the Teradata binary format it generates (leading to the use of “hack” solutions, such as casting all columns in a query to VARCHAR and concatenating them).
giraffez utilizes the speed of fastexport (fastexp) with two additional goals: providing an easy to use interface, and decoding the packed binary row data, taking great care to preserve all data type information.
A simple query that writes the contents of an entire table to STDOUT looks like this:
giraffez export database.table_name
This is equivalent to writing (the argument to the export
command can be either a table name, or a SQL query):
giraffez export "select * from database.table_name"
Further options can be specified to format the output of the command or modify its execution.
For example, if you want to write the contents of database.table_name
to a tab-delimited file, this could be accomplished with:
giraffez export database.table_name output_file.txt -d '\t'
Where output_file.txt
specifies the output location (a filename), and -d
specifies the delimiter. Note that because tab is a special character it has been written escaped as \t and quoted so that it is passed literally. If name of the output file is omitted, the result of the command will be written to standard out (from which it may be redirected, if desired.)
fmt¶
The fmt
module provides utilities for reformatting and interacting with data, stored in flatfiles or the Giraffe Archive format (see Archiving tables).
Currently, fmt
can be used to read giraffez archive files by decoding their data:
giraffez fmt table_archive.gd
This would write the contents of the archive to STDOUT. Using the -d
option you can change the default delimiter ‘|’ to output with a tab delimiter:
giraffez fmt -d '| to \t' table_archive.gd > output.txt
Or, to change a tab-delimited file to use pipes:
giraffez fmt -d '\t to |' data.txt > output.txt
Similarly the -n
(--null
) option can be used to transform null text in a data file. To change from ‘None’ to ‘NULL’:
giraffez fmt -n 'None to NULL' data.text > output.txt
insert¶
The insert
module provides an interface to insert data into an existing Teradata table using the Teradata CLIv2 driver.
Initiating a load into an existing table can be done like so:
giraffez insert source_file.txt database.table_name
The insert
command necessitates that a header is present in the source file. The delimiter for the rows of the file is inferred from the content of the header, as well as the names and order of the table’s target columns. By default, delimiters within “double quotes” are ignored; use --quote-char
to change the default quote character.
load¶
The load
module provides an interface to insert data into an existing Teradata table using the Teradata PT API’s Update driver (aka mload). It is designed to be as user-friendly as the export module by handling many of the “nuances” of mload. Much like the export module, you are not required to make a script file.
Another important difference between giraffez and mload is that you do not need to define the input or destination schema for the target table. giraffez infers the target columns from the header of the source file you give it.
Initiating a load into an existing table can be done like so:
giraffez load source_file.txt database.table_name
As with insert
, the load
command uses the data file’s header to determine the columns used in the destination table. By default, delimiters within “double quotes” are ignored; use --quote-char
to change the default quote character.
During the process of a load, you may be prompted to drop existing work tables for the target table. giraffez will handle the management of these auxiliary tables for you, but by default you will be prompted for a decision before they are dropped. To automatically answer “yes” for these questions (and drop the auxilliary tables should they already exist), specify the -y
(or --drop-all
) flag with the command:
giraffez load source_file.txt database.table_name -y
The load
command is also used to reload archived data.
run¶
The run module allows for scripted jobs via YAML formatted files. If you needed to collect statistics after a giraffez load then you could use this script:
example_job.yml
:
- type: load
settings:
table: database.table_name
input_file: source_file.txt
- type: cmd
settings:
query: "collect statistics on database.table_name column(col1, col2)"
- type: export
settings:
query: database.table_name
encoding: text
output_file: output_file.txt
Then::
giraffez run example_job.yml
For good measure we also exported the table again (because, reasons). The job files makes it easy to add giraffez commands to batch job systems (like pcron).
shell¶
The shell
module provides an interactive shell environment similar to BTEQ, using the Teradata CLIv2 library. It is most useful for testing SQL queries and investigating or interacting with tables – the shell
module is not meant for large export or load jobs.
One use of the shell
module is to write and execute several queries, and to interact with the results, all within the same session (retaining volatile tables), much like using the BTEQ prompt, or Teradata SQL Assistant.
Example usage (including the original shell prompt to distinguish input lines):
$ giraffez shell
giraffez> help
giraffez> table on
giraffez> select * from dbc.dbcinfo
...
Here we are entering the giraffez shell, invoking the builtin “help” command, toggling table output “on” (can also be done by specifying -t
or --table
with giraffez shell
), and executing a SQL query.
secret¶
The secret
module is a convenient way to access sensitive data from your .girafferc
, such as passwords or other credentials:
PROXY_USER="$(giraffez secret sso.username)"
PROXY_PASS="$(giraffez secret sso.password)"
export<EMAIL_ADDRESS>When accessing settings from giraffez secret
, keys will first be checked relative to the root (for example, connections.db1.username
) and then attempted relative to the secure
key – above, the full path of the returned value is secure.sso.username
.
Any value set under the secure
root key will be encrypted so that it can be used to protect any kind of sensitive information. While reading from secure
can be accomplished from giraffez secret
, the values must be set by giraffez config
like so:
giraffez config --set secure.sso.username abc123


This article describes how to configure communication with devices using OPC standard. OPC is designed to provide a common bridge for the software and process control devices from different manufacturers (see Wikipedia). Rapid SCADA supports the following OPC specifications:
Rapid SCADA implementation of OPC is provided by the Communicator application, to be exact, by KpOpc.dll device library. To learn about the details of SCADA-Communicator configuring for using OPC is the goal of this article.
The general configuration sequence:
The details of the 2nd, the 4th and the 5th steps are described in the Software Configuration section. Device 21 "OPC Demo" of the default Rapid SCADA configuration is an example of using OPC. Find "OPC demo" view in Webstation to examine the received data. This example requires MatrikonOPC Explorer which includes an OPC simulation server.
Create a separate communication line for each OPC server that is used. It is the most efficient approach because it allows communicating with the OPC servers in parallel. Add devices to the communication lines. Set Undefined communication channel type for the created communication lines in Communicator.
Open device configuration form to select which OPC tags to receive from OPC server. Click the button located in the device popup menu or the Request Sequence page to open the form that is shown in Figure 1.
Figure 1. Selecting OPC tags
OPC servers installed on the local computer are available to Communicator. If data from an OPC server, installed on another computer within a network, are required, deploy an extra instance of Communicator on that computer and properly configure it to connect Server.
There are two ways how to bind OPC tags to input channels of the configuration database:
Select the way that is more suitable in a particular configuration of an automated system.
When the configuration is completed, restart the Server and Communicator services. Check OPC communication state and received data using Communicator logs (see Figure 2). If the data in Communicator seem to be true, open a browser and look for the same data in the Webstation application.
Figure 2. Values of OPC tags
Known issue of using OPC: unable to receive data from OPC server while OPC tag properties are available in the device configuration form, no error messages are raised.
Possible reason is that the Communicator service operates as system user but OPC server forbids interacting with system user.
Solution 1. Specify a user account that is used to run OPC server. To open DCOM configuration (see Figure 3), follow the path Control Panel\System and Security\Administrative Tools\Component Services or just run comexp.msc
Figure 3. DCOM configuration
Solution 2. Specify a user account that is used to run the Communicator service. Go to Control Panel\System and Security\Administrative Tools\Services or run services.msc, find ScadaCommService and open the service properties. Then enter user account and password on the Log On page as shown in Figure 4. The specified user must be a computer administrator.
Figure 4. Service properties


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@
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