Tools
List of tools which can be used with this model
Kanban
Kanban Board
As you've seen by now this model inherits features from few existing methodologies/processes/models one of which is Lean process. Kaizen model is highly focused on waste tracking and removal, which is one of the priorities of Lean process as well. Kanban method works well with Lean and, by inheritance, works great with this model as they share the same goal.
It is very advisable to use Kanban method and Kanban board with this model as it would help focus on topics which are outside of scope of this document, significantly improve organization / visibility and substantially improve efficiency of process as a whole.
More on that topic can be found at: Kanban Tool web site
Recommended Kanban Board implementation is Kanban Tool (Wikipedia)


Constructor
new Render(selector)
Create a render instance.
Parameters:
| Name | Type | Description |
|---|---|---|
selector |
string | The query selector. |
Methods
circle(x, y, r, rotation)
Draw a circle.
Parameters:
| Name | Type | Description |
|---|---|---|
x |
number | The x cooridate of center. |
y |
number | The y cooridate of center. |
r |
number | The radius of the circle. |
rotation |
number | The rotated angle of the circle. |
clear()
Clear the canvas.
line(x0, y0, x1, y1)
Draw a line.
Parameters:
| Name | Type | Description |
|---|---|---|
x0 |
number | The begin x cooridate of center. |
y0 |
number | The begin y cooridate of center. |
x1 |
number | The end x cooridate of center. |
y1 |
number | The end y cooridate of center. |
rect(x, y, w, h, rotation)
Draw a rectangle.
Parameters:
| Name | Type | Description |
|---|---|---|
x |
number | The x cooridate of center. |
y |
number | The y cooridate of center. |
w |
number | The width of the rectangle. |
h |
number | The height of the rectangle. |
rotation |
number | The rotated angle of the rectangle. |


2018
The Siberian Husky is a large size working dog breed that originated in Northeast Asia. The breed belongs to the Spitz genetic family. With proper training, they make great home pets and sled dogs.
It is recognizable by its thickly furred double coat, erect triangular ears, and distinctive markings.
The original Siberian Huskies were bred by the Chukchi people — whose hunter-gatherer culture relied on their help. It is an active, energetic, resilient breed, whose ancestors lived in the extremely cold
and harsh environment of the Siberian Arctic. William Goosak, a Russian fur trader, introduced them to Nome, Alaska during the Nome Gold Rush, initially as sled dogs. The people of Nome referred to Siberian
Huskies as "Siberian Rats" due to their size of 40–50 lb (18–23 kg), versus the Malamutes size of 75–85 lb (34–39 kg).


{% extends "base.html" %} {% load staticfiles %} {% block page-head %}
Welcome to Nalika Admin Template
(This is just a demo dropzone. Selected files are not actually uploaded.)


Runners To Be Disqualified For Littering During Half Marathon
by Cameron FrewRunners who chuck away their plastic bottles during a half marathon will face disqualification under new rules.
The Conwy Half Marathon, taking place today, November 17, is the largest running event in north Wales.
The race is now in its eleventh year, and is expected to host around 3,000 runners. However, while it’s a great event for fitness and tourism, it’s not always good for the environment.
As per the BBC, organisers of the half marathon say plastic was becoming an ‘increasing problem’ over the years. Therefore, as a way to deter runners from throwing their bottles away anywhere, new, strict measures have been introduced.
According to the Run Wales website, runners will also be ‘taken off the results if seen discarding their rubbish outside of a water stop or not with a marshal’.
The half marathon kicked off at 10am, right in front of Conwy Castle, with several roads being closed for the event.
Run Wales is following a growing trend of environmental measures being taken to make events more eco-friendly. For example, in April this year, the London Marathon trialled several measures to reduce litter, such as compostable cups rather than plastic bottles at some stations and plastic bottles made wholly or partly from recycled plastic.
This came after clearing 47,000 plastic bottles from the streets in 2018, the BBC reported. At this year’s Cardiff Half Marathon, 100% recyclable plastic bottles were also used, according to the BBC.
Just last week, organisers of the Bolton Marathon pledged to ditch plastic water bottles.
As per The Bolton News, organiser Richard Smith said: ‘We see and hear how frustrated runners get when they have to run through a sea of plastic and rubbish when racing. We think it’s time for that to change! First up – no plastic bottles!’
After graduating from Glasgow Caledonian University with an NCTJ and BCTJ-accredited Multimedia Journalism degree, Cameron ventured into the world of print journalism at The National, while also working as a freelance film journalist on the side, becoming an accredited Rotten Tomatoes critic in the process. He’s now left his Scottish homelands and took up residence at UNILAD as a journalist.


HTML is capable of embedding so many kinds of media!
This is a music video for the song "Statuette"
A video that plays using the HTML "video" tag
A song that plays using the HTML "audio" tag
This uses the "object" tag
An RSS feed


☺ Immune cell gene signatures for profiling the microenvironment of solid tumors - Cancer immunology research, 2018
☺ Durable engraftment of genetically modified FVIII‐secreting autologous bone marrow stromal cells in the intramedullary microenvironment - J Cell Mol Med,, 2018
☺ Macrophage colony-stimulating factor increases hepatic macrophage content, liver growth and lipid accumulation in neonatal rats - Am J Physiol Gastrointest Liver Physiol,, 2018
☺ Derivation of marker gene signatures from human skin and their use in the interpretation transcriptional changes associated with dermatological disorders - The Journal of Pathology, 2016
☺ Multidimensional genome-wide analyses show accurate FVIII integration by ZFN in primary human cells - Molecular Therapy, 2016
☺ Peptide vaccine therapy in colorectal cancer - Vaccines, 2013
☺ Cell-cycle analysis and micronuclei frequency reveals G0/G1 blockers as weak micronuclei inducers - Drug and chemical toxicology, 2013


Welcome to Cheapo Mail - a simple messaging system that only sends mail to other Cheapo Users.
Sign in to continue


Pinto is a domain-specific language for working with time series. Programs in Pinto are written as expressions that produce tables of data. Each column in the table is a time series, and the rows correspond to periodic points in time. Expressions are not tied to specific dates--they can be evaluated to produce a table with rows that cover any range of time. As a concatenative language that uses postfix notation, Pinto expressions are comprised of a sequence of functions that operate in the order they are written. The expression is the mathematical composition of these functions. There are no variables in Pinto. All data is held as columns in the table. The table is set up as a stack, with new columns added to the right and functions operating on the rightmost column first. By using an indexer, the columns that are passed to a function can be filtered by header value or position in the table.
For language details please see the Pinto Language Reference and for examples take a look at our wiki.
Pinto was designed to prepare financial market data for use in models or visualizations. A Pinto expression can perform data transformations that would require many lines of Pandas operations, multiple SAS data steps, or an Excel sheet full of formulas. With Pinto's side-effect-free functional paradigm, the expression will return the same values every time. And, Pinto can reevaluate the same expression for a different frequency or an expand the range of dates without changes to the code.
# Here are examples of Pinto code to run in the interpreter window above
# Historical market data is provided by IEX and available for US stocks
# First let's define a function that returns a date range
# B is a periodicity literal for business days
# We will evaluate our expressions over this range
:my_range [] B 2018-03-01 2018-03-07 def
# We can retrieve stock prices using a market data literal expression
# and evaluating it over our date range
$cmg,loco,yum:CLOSE$ my_range eval
# We can see which columns the eval function expects from the stack
# by using the help function
:eval help
# Next, define a function to return the stock prices with labels
:my_portfolio $cmg,loco,yum:CLOSE$ {Chipotle,El Pollo,Yum} def
# Using a the rolling function we can compute moving averages for our portfolio
my_portfolio ([:&] 20 rolling mean) my_range eval
# And calculate the difference between two moving averages
my_portfolio ([:&] 20 rolling mean) ([3:] 200 rolling mean) {width:3} - my_range eval
The latest version of Pinto, as well as documentation are available on GitHub.


MINGETTY
Section: Linux Programmer's Manual (8)Updated: 6 Apr 1996
Index Return to Main Contents
NAME
mingetty - minimal getty for consolesSYNOPSIS
mingetty [--noclear] [--nonewline] [--noissue] [--nohangup] [--nohostname] [--long-hostname] [--loginprog=/bin/login] [--nice=10] [--delay=5] [--chdir=/home] [--chroot=/chroot] [--autologin username] [--loginpause] ttyDESCRIPTION
mingetty is a minimal getty for use on virtual consoles. Unlike agetty(8), mingetty is not suitable for serial lines. I recommend using mgetty(8) for this purpose.OPTIONS
- --noclear
- Do not clear the screen before prompting for the login name (the screen is normally cleared).
- --nonewline
- Do not print a newline before writing out /etc/issue.
- --noissue
- Do not output /etc/issue.
- --nohangup
- Do not call vhangup() to disable writing to this tty by other applications.
- --nohostname
- Do not print the hostname before the login prompt.
- --long-hostname
- By default the hostname is only printed until the first dot. With this option enabled, the full text from gethostname() is shown.
- --loginprog /bin/login
- Change the login app.
- --nice 10
- Change the priority by calling nice().
- --delay 5
- Sleep this many seconds after startup of mingetty.
- --chdir /home
- Change into this directory before calling the login prog.
- --chroot /chroot
- Call chroot() with this directory name.
- --autologin username
- Log the specified user automatically in without asking for a login name and password. Check the -f option from /bin/login for this.
- --loginpause
- Wait for any key before dropping to the login prompt. Can be combined with --autologin to save memory by lazily spawning shells.
ISSUE ESCAPES
mingetty recognizes the following escapes sequences which might be embedded in the /etc/issue file:- \d
- insert current day (localtime),
- \l
- insert line on which mingetty is running,
- \m
- inserts machine architecture (uname -m),
- \n
- inserts machine's network node hostname (uname -n),
- \o
- inserts domain name,
- \r
- inserts operating system release (uname -r),
- \t
- insert current time (localtime),
- \s
- inserts operating system name,
- \u
- resp. \U the current number of users which are currently logged in. \U inserts "n users", where as \u only inserts "n".
- \v
- inserts operating system version (uname -v).
EXAMPLE
"Linux eos i386 #1 Tue Mar 19 21:54:09 MET 1996" was produced by putting "\s \n \m \v" into /etc/issue.FILES
/etc/issue, /var/run/utmp.SEE ALSO
mgetty(8), agetty(8).AUTHOR
Copyright © 1996 Florian La Roche<EMAIL_ADDRESS>Man-page written by David Frey<EMAIL_ADDRESS>and Florian La Roche.
Index
This document was created by man2html, using the manual pages.
Time: 05:34:27 GMT, December 24, 2015


{% csrf_token %} {{ form }}
Host
Guest
Guest club
Breakfast
Lunch
Dinner
Month
{% if exchanges %} {% for exchange in exchanges %}
{{ exchange.hostName}}
{{exchange.guestName}}
{{exchange.guestClub}}
{{exchange.breakfast}}
{{exchange.lunch}}
{{exchange.dinner}}
{{exchange.month.month}}
{% endfor %} {% else %}
No exchanges available.
{% endif %}


10 hours until the plane takes off. Now would be a great time to ___. Clean the chicken coup?
4/29/2014, 8:54:21 PM
Favs: 0
Retweets: 0
link--- layout: tweet ---
10 hours until the plane takes off. Now would be a great time to ___. Clean the chicken coup?
4/29/2014, 8:54:21 PM
Favs: 0
Retweets: 0
link


Toggle navigation
Yufan Gao's Portfolio
Yufan Gao
Undergraduate Student at UCSD
Major in Computer Science
Skills
Front end
Basic HTML and CSS
Javascript
a little of jQuery and a little of AngularJS 1
Backend
Javascript
some Node.js (with Express)
Mobile
iOS
Swift
Projects
Yeek
Yeek is something really cool!
AvgFor
Yeek is something really cool!
Digests
Yeek is something really cool!


This package was debianized by Chase Douglas
Format-Specification: http://svn.debian.org/wsvn/dep/web/deps/dep5.mdwn?op=file&rev=REVISION
Name: mtdev
Maintainer: Henrik Rydberg
Source: http://bitmath.org/code/mtdev/
Files: *
Copyright: 2010, Henrik Rydberg
2010, Canonical Ltd.
License: The MIT license
Files: debian/*
Copyright: 2010, Chase Douglas
2010 - 2012, Nobuhiro Iwamatsu
License: The MIT license
License: The MIT License
Permission is hereby granted, free of charge, to any person obtaining a
copy of this software and associated documentation files (the "Software"),
to deal in the Software without restriction, including without limitation
the rights to use, copy, modify, merge, publish, distribute, sublicense,
and/or sell copies of the Software, and to permit persons to whom the
Software is furnished to do so, subject to the following conditions:
.
The above copyright notice and this permission notice (including the next
paragraph) shall be included in all copies or substantial portions of the
Software.
.
 IN NO EVENT SHALL
THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER
DEALINGS IN THE SOFTWARE.


Examination Regulation: {examReg}
Name: {studentName}
Matriculation-ID: {matriculationId}
Enrollment-ID: {enrollmentId}
Semesters: {semesters}
| {examReg} | ECTS | Grade |
|---|---|---|
| Sum | {ectsSum} |
This document is only valid if cryptographically signed by {organization}.


This application calculates and plots the formant frequencies of spoken vowels. The user should speak a word containing a vowel, pause while application processes the sound, and see results.
First two formant frequencies are used to graphically show the location of spoken vowel on a standard vowel diagram. An indicator light changes its color to display the status of the application.
For more information on this project, and to report any issues or request improvements, please visit: https://github.com/fulldecent/formant-analyzer
| Ready to record sound | |
| Recording the sound | |
| Processing the sound |


Bowling Scorecard
Enter your score for your last turn:
0
1
2
3
4
5
6
7
8
9
10
Calculate score
1
2
3
4
5
6
7
8
9
10
Score:
0


NVAPI Reference Documentation
|
|
Release 343: September 30
|
Typedefs | |
| typedef void * | StereoHandle |
Functions | |
| NV_DECLARE_HANDLE (NvDisplayHandle) | |
| NV_DECLARE_HANDLE (NvMonitorHandle) | |
| NV_DECLARE_HANDLE (NvUnAttachedDisplayHandle) | |
| NV_DECLARE_HANDLE (NvLogicalGpuHandle) | |
| NV_DECLARE_HANDLE (NvPhysicalGpuHandle) | |
| NV_DECLARE_HANDLE (NvEventHandle) | |
| NV_DECLARE_HANDLE (NvVisualComputingDeviceHandle) | |
| NV_DECLARE_HANDLE (NvHICHandle) | |
| NV_DECLARE_HANDLE (NvGSyncDeviceHandle) | |
| NV_DECLARE_HANDLE (NvVioHandle) | |
| NV_DECLARE_HANDLE (NvTransitionHandle) | |
| NV_DECLARE_HANDLE (NvAudioHandle) | |
| NV_DECLARE_HANDLE (Nv3DVPContextHandle) | |
| NV_DECLARE_HANDLE (Nv3DVPTransceiverHandle) | |
| NV_DECLARE_HANDLE (Nv3DVPGlassesHandle) | |
| NV_DECLARE_HANDLE (NvSourceHandle) | |
| NV_DECLARE_HANDLE (NvTargetHandle) | |
| NV_DECLARE_HANDLE (NVDX_SwapChainHandle) | |
| #define | NVAPI_DEFAULT_HANDLE 0 |
| #define | NV_BIT(x) (1 << (x)) |
NVAPI Handles - These handles are retrieved from various calls and passed in to others in NvAPI These are meant to be opaque types. Do not assume they correspond to indices, HDCs, display indexes or anything else.
Most handles remain valid until a display re-configuration (display mode set) or GPU reconfiguration (going into or out of SLI modes) occurs. If NVAPI_HANDLE_INVALIDATED is received by an app, it should discard all handles, and re-enumerate them.
| #define NV_BIT | ( | x | ) | (1 << (x)) |
| #define NVAPI_DEFAULT_HANDLE 0 |
| typedef void* StereoHandle |
A stereo handle, that corresponds to the device interface.
| NV_DECLARE_HANDLE | ( | NvDisplayHandle | ) |
Display Device driven by NVIDIA GPU(s) (an attached display)
| NV_DECLARE_HANDLE | ( | NvMonitorHandle | ) |
Monitor handle.
| NV_DECLARE_HANDLE | ( | NvUnAttachedDisplayHandle | ) |
Unattached Display Device driven by NVIDIA GPU(s)
| NV_DECLARE_HANDLE | ( | NvLogicalGpuHandle | ) |
One or more physical GPUs acting in concert (SLI)
| NV_DECLARE_HANDLE | ( | NvPhysicalGpuHandle | ) |
A single physical GPU.
| NV_DECLARE_HANDLE | ( | NvEventHandle | ) |
A handle to an event registration instance.
| NV_DECLARE_HANDLE | ( | NvVisualComputingDeviceHandle | ) |
A handle to a Visual Computing Device.
| NV_DECLARE_HANDLE | ( | NvHICHandle | ) |
A handle to a Host Interface Card.
| NV_DECLARE_HANDLE | ( | NvGSyncDeviceHandle | ) |
A handle to a Sync device.
| NV_DECLARE_HANDLE | ( | NvVioHandle | ) |
A handle to an SDI device.
| NV_DECLARE_HANDLE | ( | NvTransitionHandle | ) |
A handle to address a single transition request.
| NV_DECLARE_HANDLE | ( | NvAudioHandle | ) |
NVIDIA HD Audio Device.
| NV_DECLARE_HANDLE | ( | Nv3DVPContextHandle | ) |
A handle for a 3D Vision Pro (3DVP) context.
| NV_DECLARE_HANDLE | ( | Nv3DVPTransceiverHandle | ) |
A handle for a 3DVP RF transceiver.
| NV_DECLARE_HANDLE | ( | Nv3DVPGlassesHandle | ) |
A handle for a pair of 3DVP RF shutter glasses.
| NV_DECLARE_HANDLE | ( | NvSourceHandle | ) |
Unique source handle on the system.
| NV_DECLARE_HANDLE | ( | NvTargetHandle | ) |
Unique target handle on the system.
| NV_DECLARE_HANDLE | ( | NVDX_SwapChainHandle | ) |
DirectX SwapChain objects.


src/Tasks.js
const assert = require('assert');
const TypeCheck = require('js-typecheck');
// symbols used for private members to avoid any potential clashing
// caused by re-implementations
const _contents = Symbol('contents');
const _executedCount = Symbol('executedIndex');
/**
* Object that holds actions and promises, which are executed at specific events.
*
* Inside Mebo tasks are used by the {@link Session.wrapup} to hold actions and
* promises that are triggered when a {@link Session} is about to be terminated
* ({@link Session.finalize}).
*/
class Tasks{
/**
* Creates a new instance
*/
constructor(){
this[_contents] = [];
this[_executedCount] = 0;
}
/**
* Adds an action to the tasks
*
* `runOnlyOnce` can be used to avoid the execution of an action that may be triggered
* multiple times across nested actions where ideally it should be executed only once,
* it's done by using the action's id ({@link Action.id}).
*
* @param {Action} action - action instance that should be executed in the wrap up
* @param {Object} options - custom options
* @param {boolean} [options.runOnlyOnce=true] - tells if the action should be ignore in case
* it has already been executed previously (it's done by matching the {@link Action.id})
* @param {number} [options.priority=100] - tells the priority of the action, this affects
* the execution order where a lower numeric value means a higher priority.
*/
addAction(action, {runOnlyOnce=true, priority=100}={}){
assert(TypeCheck.isCallable(action.run), 'Invalid Action');
this[_contents].push({
type: 'action',
item: action,
onlyOnce: runOnlyOnce,
execPriority: priority,
});
}
/**
* Adds a wrapped promise to the tasks
*
* @param {function} wrappedPromise - function that should return a promise, ex:
* ```javascript
* tasks.addWrappedPromise(() => Promise.resolve(3))
* ```
* @param {Object} options - custom options
* @param {number} [options.priority=100] - tells the priority of the action, this affects
* the execution order where a lower numeric value means a higher priority.
*/
addWrappedPromise(wrappedPromise, {priority=100}={}){
assert(TypeCheck.isCallable(wrappedPromise), 'Promise needs to wrapped into a function');
this[_contents].push({
type: 'promise',
item: wrappedPromise,
execPriority: priority,
});
}
/**
* Returns a list sorted by priority and inclusion order about the actions and
* promises that are executed through {@link execute}
*
* @param {boolean} [actions=true] - tells if the result should return the actions
* @param {boolean} [promises=true] - tells if the result should return the promises
* @return {Promise<Array>}
*/
async contents(actions=true, promises=true){
const result = [];
const taskOrder = this[_contents].map((data, index) => {
return {
i: index,
contents: data,
};
});
taskOrder.sort((a, b) => {
if (a.contents.execPriority < b.contents.execPriority) return -1;
if (a.contents.execPriority > b.contents.execPriority) return 1;
return a.i - b.i;
});
const finalTaskOrder = taskOrder.map((x) => x.contents);
let resultIndex = 0;
const actionIdMap = new Map();
for (const task of finalTaskOrder){
// actions
if (actions && task.type === 'action'){
actionIdMap.set(resultIndex, task.item.id());
result.push(task.item);
}
// promises
else if (promises && task.type === 'promise'){
result.push(task.item);
}
resultIndex++;
}
// the process bellow executes the ids in parallel and removes the duplicated
// action id for any action marked as run onlyOnce from the final result
const actionIndexes = Array.from(actionIdMap.keys());
const actionIdResults = await Promise.all(actionIdMap.values());
const alreadyAddedIds = [];
let keyIndex = 0;
let removedCount = 0;
for (const actionIndex of actionIndexes){
const actionId = actionIdResults[keyIndex];
const alreadyIncluded = alreadyAddedIds.includes(actionId);
if (alreadyIncluded && this[_contents][actionIndex].onlyOnce){
result.splice(actionIndex - removedCount, 1);
removedCount++;
}
else if (!alreadyIncluded){
alreadyAddedIds.push(actionId);
}
keyIndex++;
}
return result;
}
/**
* Tells if there are no tasks
*
* @return {boolean}
*/
isEmpty(){
return this[_contents].length === 0;
}
/**
* Resets the tasks by cleaning all actions and promises
*
*/
clear(){
this[_contents].length = 0;
this[_executedCount] = 0;
}
/**
* Executes the actions and promises inside of the tasks
* (provided by {@link contents}). All tasks get executed even if an error occurs
* during the execution of an specific task. In case this method is triggered
* multiple times it ensures each task is only executed once.
*
* Failed tasks are reported through an exception raised after all tasks have been executed,
* this error provides the `taskMeboErrors` member that contains a list about the errors raised
* during the execution of the tasks.
*
* @return {Promise<Array>} Returns an array containing each result of the tasks
*/
async run(){
const contents = await this.contents();
const taskMeboErrors = [];
const result = [];
let currentIndex = 0;
for (const task of contents){
// skipping tasks that have been executed previously
currentIndex++;
if (this[_executedCount] >= currentIndex){
continue;
}
else{
this[_executedCount]++;
}
// executing task
try{
result.push(
await ((TypeCheck.isCallable(task)) ? task() : task.run()), // eslint-disable-line no-await-in-loop
);
}
catch(err){
taskMeboErrors.push(err);
}
}
// throwing a new exception about the failed tasks
if (taskMeboErrors.length){
const error = new Error(`Failed to execute ${taskMeboErrors.length} tasks (out of ${contents.length})`);
// including the stack trace information from the failed tasks (debugging purposes)
for (const taskError of taskMeboErrors){
error.stack += `\n\nTask stack trace:\n${taskError.stack}`;
}
// also, including the task errors to the error itself (debugging purposes)
error.taskMeboErrors = taskMeboErrors;
throw error;
}
return result;
}
}
module.exports = Tasks;


--- layout: page title: About header-img: "img/about-bg.png" ---
Alejandra is a 26 year old profesional working as a Contractor at Instagram as a Triage and Bisector specialist. Product Operations is exciting to her and she hopes she can dive deeper into the whole spectrum of creating and maintaining a product.


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Queries
An application can make a MusicID identification query in several ways, including text lookups, TOC lookups, fingerprint lookups, and so on. For a complete list of these options and examples, see MusicID Overview.
After identifying an element, Gracenote recommends using GDOs (Gracenote Data Objects) to do additional navigation and retrieve metadata. For information about GDOs, see About Gracenote Data Objects (GDOs).
However, in addition to GDOs, there are several unique identifier types that can access Gracenote media elements. To learn more about these non-GDO Gracenote identifiers, see Working with Non-GDO Identifiers.
Note: This sample application (musicid_gdo_navigation) uses unique identifiers called TUIs to perform the initial identification (lookup) query. TUI stands for "Title Unique Identfier" and is used for internal Gracenote identification. Compared to text lookups, TOC lookups, and fingerprint lookups, TUIs are rarely used. They are used here as a convenient way to find a specific Album.
Album Lookup
After initialization, this sample application calls _do_sample_tui_lookups() to perform a number of album lookups. In turn, _do_sample_tui_lookups() calls _perform_sample_album_tui_lookup().
In _perform_sample_album_tui_lookup(), the sample application makes the following GNSDK calls to query a specific album:
- gnsdk_musicid_query_create()—Create the query handle.
- gnsdk_manager_gdo_create_from_id()—Obtain GDO handle. This takes the TUI and TUI tag parameters that uniquely identify an album. Under the hood, this creates a stub GDO that is used, in turn, for the query method.
- gnsdk_musicid_query_set_gdo()—Add the stub GDO from the last call to the query handle.
- gnsdk_musicid_query_option_set()—Add the options for local lookup to the query handle.
- gnsdk_musicid_query_find_albums()—Perform the query.
GDO Navigation and Display
Each GNSDK identification query returns a GDO. GDO fields indicate how many matches were returned (none, single match, or multiple matches), which varies based on query criteria.
GDO metadata results can be either partial or full. Partial metadata may be sufficient for applications that only need to display basic information to the end user. Other applications may need full results. In all cases, applications should check to see if the GDO contains partial or full results and then determine if the partial is sufficient. For more information about full and partial results, see About Gracenote Data Objects (GDOs). For a list of partial results returned in GDOs, see the GNSDK Data Dictionary.
Parsing the Returned Response GDO
A query returns a Response GDO containing a child GDO for each match. Since we are querying on a specific Gracenote Identifier (TUI and TUI tag), we are only going to get one child GDO containing full metadata results. However, the code parses the returned GDO to handle the multiple matches possibility. This is done in the perform_sample_album_tui_lookup() function:
/* * Find number of matches using the GNSDK_GDO_VALUE_RESPONSE_RESULT_COUNT value key */ gnsdk_manager_gdo_value_get(response_gdo,GNSDK_GDO_VALUE_RESPONSE_RESULT_COUNT, 1, &value_string); album_count = value_string ? atoi(value_string) : 0; /* * Get child if album_count > 0 using the GNSDK_GDO_CHILD_ALBUM child key */ gnsdk_manager_gdo_child_get(response_gdo,GNSDK_GDO_CHILD_ALBUM, 1, &album_gdo); /* * Find if child GDO contains full or partial results using the GNSDK_GDO_VALUE_FULL_RESULT value key. */ gnsdk_manager_gdo_value_get(album_gdo, GNSDK_GDO_VALUE_FULL_RESULT, 1, &value_string); /* * If this GDO only contains partial metadata (atoi(value_string) == 0), then re-query for the full results. * First, however, set match back to the existing query handle then release the selected match as the * query handle has it. */ gnsdk_musicid_query_set_gdo(query_handle, album_gdo); gnsdk_manager_gdo_release(response_gdo); /* * Query for this match in full */ gnsdk_musicid_query_find_albums(query_handle, &match_type, &response_gdo);
Parsing the Child GDO
Once we have a Response GDO with a child GDO containing full results for our album query, we can then extract the child GDO values and display them. This is done in the _navigate_album_response_gdo() function, also called in _perform_sample_album_tui_lookup.
The query to get full results also returns a Response GDO. All queries return Response GDOs. This means that the _navigate_album_response_gdo() function has to repeat the call to get the child album GDO (see the code sample below). This time, however, the application is aware that the child GDO contains full results and does not need to re-test for this.
/* * Get the child album GDO containing full results from the album Response GDO */ gnsdk_manager_gdo_child_count(response_gdo, GNSDK_GDO_CHILD_ALBUM, &child_count); if (child_count > 0) { gnsdk_manager_gdo_child_get(response_gdo, GNSDK_GDO_CHILD_ALBUM, 1, &album_gdo); ...
After getting the child GDO, _navigate_album_response_gdo() does the following:
- Extracts and displays values (metadata) from the GDO using value keys.
- Calls functions to navigate additional child GDOs (sub-objects). These functions extract and display metadata values from those objects.
Extract Metadata and Display
The navigate album function calls _display_gdo_value() to extract and display a metadata value. The display function calls gnsdk_manager_gdo_value() to extract values from the GDO using defined value keys, for example, GNSDK_GDO_VALUE_YEAR, GNSDK_GDO_VALUE_GENRE_LEVEL_1, GNSDK_GDO_VALUE_ALBUM_TRACK_COUNT, and so on.
Your application does not need to free GDO values and they will remain valid until the GDO handle is released.
Navigate and Parse Additional Child GDOs
In addition to _navigate_album_response_gdo(), which parses and displays album metadata, addtional functions are also called to parse child GDOs (sub-objects):
- _navigate_track_gdo() - Parse and display track GDO metadata.
- _navigate_credit_gdo() - Parse and display credit GDO metadata.
- _navigate_title_official_gdo() - Parse and display official title GDO metadata.
- _navigate_contributor_gdo() - Parse and display contributor GDO metadata.
- _navigate_name_official_gdo() - Parse and display official name GDO metadata.


The Project JXTA 2.0 Release Team
The Project JXTA J2SE 2.0 Release Team is a group of developers committed to delivering high quality implementations of the JXTA technology. Over the past few weeks they've been working very hard on the release. We decided to share little snippets to introduce these team members to you.
They hail from seven different countries.
- Mohamed Abdelaziz: A soccer player
himself, Mohamed coaches his 13 year old son's competitive soccer team.
- Nicolas Adment: Once an avid
evening party-goer, Nicolas scheduled his attendance at local raves
in the daytime and became a night owl for JXTA.
- William R. Bauer: Bill
enjoys fine arts, primarily painting and drawing. He and his 5-year old
son design maze games implemented with construction paper, glue, and
penny-weighted pacmen.
- Daniel Brookshier: Besides
writing books and articles, Daniel kayaks, juggles (including knives and
torches), and generally tries to make life as fun as possible.
- Mike Duigou: When not in
his home office, you'll find Mike at home in his kitchen. He enjoys
cooking ethnic foods - Indian, Chinese, French and eastern European
cuisine.
- Carl Haywood: Carl
spends his free time building computers for friends and finishing home improvement projects
that never seem to end.
- Jean-Christophe Hugly: JC
likes to fly (and crash) remote control airplanes and sail (and crash)
remote control boats. He also builds Lego Mindstorms.
- Kuldip Singh Pabla: Watch for Kuldip
taking photographs atop mountains in Yosemite, Lake Tahoe, Singapore,
Malaysia, or Nepal.
- Eric Pouyoul: Eric believes that P2P
technology will allow him one day to have his office in Black Rock City,
Nevada.
- Gerry Seidman: An avid volleyball
player, Gerry can speak the language of Java, the island of Java that is
(Bahasa Indonesia).
- Juan Carlos Soto: The business
and engineering manager for the team, it seems he's forgotten hobbies since the arrival of his son
last year. Before then he was an avid cyclist,
runner, and computer tinkerer.
- James Todd: James likes to
learn from his 2.5 year old son, play
volleyball, go mountain biking, and pretend to be a weekend home
improvement warrior. btw, jxta !rocks!
- Bernard Traversat: While playing
soccer is one of his favorite hobbies, Bernard also finds himself trying
to figure out ways to incorporate JXTA into his favorite reality TV
shows.
- Bill Yeager: Bill is an avid tennis
player, loves wine and along with his wife Joan, has been collecting
wine since the early 70's and has a real wine "cave".
- Oiching Yeung: When not in her lab
testing JXTA code, Oiching is skiing down the slopes at Lake Tahoe or in
Colorado.
- Lauren Zuravleff: The marketeer of
the team, Lauren is often found at her son's school reading with the
kids or coaching soccer.
You can reach the team on the top-level jxta.org mailing lists, including
discuss and
dev. |


Hey ya'll was wondering if someone is sitting on a nice kukri dualweilding build with all the crit feats (and maybe weapon master for the crit range) cept devestating. Oh and prefablt elf (sneaky or non sneaky) or atleast some hints and pointers
ok i just posted a dual weilding kukri guy but hes human and no rouge levels but if you look at it it should be able to act as a spring board for you probably can just change bard levels with rouge and change race from human to elf and instead of great str and boosting str each level instead do dex and get weapon finess
Edited By haseo terror of death on 11/08/07 22:40
heres another build that might help and fit your bill 1- Click Here its quirky kukris it fits your bill to the nose


From: Mrs.Susan Martins 101 Jan Smuts Avenue Craighall Johannesburg South Africa Tel:+27-732250444.[Direct] With due respect trust and humility, I write you this proposal, which I believe will be a great interest to you. I found your contact while I was doing a private research on the Internet for a reliable and capable foreign partner that will assist my family and I. That's why I contacted you.I am Mrs. Susan Martins the wife of Mr. John Martins of Zimbabwe.During the current war against famers in Zimbabwe and from the support of our President Robert Mugabe to claim all the white owned farms in our country, all the white and black farmers were ordered to surrender their farms to his party members and his followers. My husband who was one of the best farmers in our country and treasurer of the farmer's Co-operation did not support his idea and so the party members invaded my husband's farms and burnt everything in the farm, killed my husband and made away with a lot of items in my husband's farm. After the death of my husband, my children and I decided to move out of Zimbabwe because our lives were in danger with the fund that my husband kept in his hidden safe in my house. The amount contained in the safe is US$30,5 Million (Thirty Million, Five Hundred Thousand United States Dollars) and we decided to move this money to the Republic of South Africa, where we deposited it with a private Security Company as a valuables in a box/consignment. This I did for security reasons and to keep from public eyes.I have two options, firstly you can choose to have certain percentage of the money for nominating your account for this transaction, or you can go into partnership with me for proper profitable investment of the money in your country.Whichever the option you want, feel free to notify me. I have also mapped out 5% of this money for all kinds of expenses that might be incured in the process of this transaction. If you do not prefer a partnership, I am willing to give you 20% of the total money, while 75% will be for my family. If you are really capable and willing to assist me as soon as you get this message please contact my son Wodi Martins immediately with the above telephone number (+27-732250444) or by email he knows also about this transaction. for details on how to execute this transaction to the satisfaction of everybody. Finally I want you to know that your ability to keep confidential information about this transaction is very important as all our hope for a better life depends on this money. Best Regard, Mrs.Susan Martins (For The Family)


Parents and staff must complete a daily health check before going to school or work. For more information, and PDFs of this checklist, visit the SFSD COVID-19 Resource Center.
This web application version of the COVID checklist requires JavaScript to function. If your browser isn't loading the JavaScript correctly, you can visit the SFSD COVID-19 Resource Center to find PDF versions of this checklist.


Flood Fill Algorithm helps in visiting each and every point in given area .It Determines the area connected to given cell in a Multi-Dimensional Array
Real Time Use Case
In MS-Paint, when we take the brush to a pixel and click, the color of the region of that pixel is replaced with a new selected color.
How to use this?
Consider a 2D Array where each block is a pixel on the screen. In this Example First, we need to generate a matrix with a random color filled in the matrix. Click on Generate Matrix. A matrix will be displayed you need to select a new color to fill in the matrix, click on the color you need to change now you will notice it neighbors with the same color is replaced with new select color.


Rajasthan Municipal Election 2019 Results: Counting of votes begins
Voting happened on November 16 to elect over 2,000 ward councillors in 49 municipal bodies of Rajasthan
The counting of votes for 49 civic urban local bodies in Rajasthan began on November 19. The results will be announced later in the day.
"The counting began at 8.00 am amid tight security arrangements," an official of the state election commission said.
Voting happened on November 16, to elect over 2,000 ward councillors in 49 municipal bodies of Rajasthan.
Election for chairman and deputy chairman of urban local bodies will be held on November 26 and 27, respectively.


The Ryobi 1200W Compound Mitre Saw comes equipped with all you need to make accurate cuts to your timber. The 210mm blade packs 2.8mm thick teeth and has a rotation speed of 5000/minute, a feat made possible by its powerful 1200W motor. The patented overmoulded grip and included dustbag provides the ease of use you need to focus on work - not cleaning.
This mitre saw includes some of Ryobi's best technologies, including:


Reports static code problems detected by Psalm via executable file
The inspection requires Psalm to be properly installed and set up in the IDE under Settings/Preferences | Languages & Frameworks | PHP | Quality Tools | Psalm.
It is recommended to install Psalm either as a Composer dependency or globally.
PHPStan needs to be configured fully via psalm.xml so that .../psalm YOUR_FILE is working:
# psalm.xml <![CDATA[ <?xml version="1.0"?> <psalm totallyTyped="true" errorLevel="1" resolveFromConfigFile="true" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns="https://getpsalm.org/schema/config" xsi:schemaLocation="https://getpsalm.org/schema/config vendor/vimeo/psalm/config.xsd" > <projectFiles> <directory name="src" /> <ignoreFiles> <directory name="vendor" /> </ignoreFiles> </projectFiles> </psalm>


I’ve been struggling with Swift compilation times recently. Working on a larger app means that we are adding a lot of new Swift code. Swift isn’t the fastest to compile, it sometimes has issues around type inference1 (Swift 3 appears to improve a lot of this, but at time of writing I hadn’t migrated yet).
I had been working previously with function compile times to track down some functions that take far too long to compile (minutes in some cases!). Now that I’ve tackled the low hanging functions in my code base, I wanted to see which files were taking the longest to compile.
Not knowing a massive amount about the Swift compiler, my approach was similar to how I’d measure Objective-C compile times. My first (failed) attempt was trying to parse the “CompileSwift” build steps in the output from xcodebuild
and building each file separately (while timing the build process), similar to how OCLint
and the compile_commands.json
process works. This worked extremely well in a smaller test project, but fell over completely when moving to a larger, real-world project.
I was assuming that the “CompileSwift” output in the xcodebuild.log
was similar to the Objective-C “CompileC” output, in that it was a completely self contained description of how to build an individual source file (Hint: It’s not, and building individual Swift sources like this isn’t official supported at all). Xcode and the Swift compiler write out file-lists
to temporary files then pass the file path to the “CompileSwift” build step2. This is done to reduce the size of the command that gets passed to the swiftc tool. On my machine, these were being written out to the /var folder: /var/folders/7h/qq7_qn8x6653xq9jlpnddv6w0000gn/T/sources-adc365
and being removed after xcodebuild had finished.
Jordan Rose gave me a great tip about -save-temps, but I couldn’t quite get that to work on the larger real-world project. The https://bugs.swift.org/browse/SR-1788 Swift issue pointed me in the right direction though.
The -debug-time-compilation
gave awesome in depth compilation times for each part of the compilation process.
Example:
===-------------------------------------------------------------------------===
Swift compilation
===-------------------------------------------------------------------------===
Total Execution Time: 0.0080 seconds (0.0062 wall clock)
---User Time--- --User+System-- ---Wall Time--- --- Name ---
0.0040 ( 50.0%) 0.0040 ( 50.0%) 0.0030 ( 49.0%) LLVM output
0.0040 ( 50.0%) 0.0040 ( 50.0%) 0.0010 ( 17.0%) SILGen
0.0000 ( 0.0%) 0.0000 ( 0.0%) 0.0008 ( 13.4%) Type checking / Semantic analysis
0.0000 ( 0.0%) 0.0000 ( 0.0%) 0.0006 ( 9.1%) IRGen
0.0000 ( 0.0%) 0.0000 ( 0.0%) 0.0003 ( 5.5%) LLVM optimization
0.0000 ( 0.0%) 0.0000 ( 0.0%) 0.0002 ( 2.7%) AST verification
0.0000 ( 0.0%) 0.0000 ( 0.0%) 0.0001 ( 1.2%) SIL verification (pre-optimization)
0.0000 ( 0.0%) 0.0000 ( 0.0%) 0.0001 ( 1.1%) Parsing
0.0000 ( 0.0%) 0.0000 ( 0.0%) 0.0000 ( 0.6%) SIL verification (post-optimization)
0.0000 ( 0.0%) 0.0000 ( 0.0%) 0.0000 ( 0.5%) SIL optimization
0.0000 ( 0.0%) 0.0000 ( 0.0%) 0.0000 ( 0.0%) Name binding
0.0080 (100.0%) 0.0080 (100.0%) 0.0062 (100.0%) Total
With that knowledge, I compiled my app like this:
set -o pipefail && \
xcodebuild -workspace MyApp.xcworkspace \
-scheme MyApp \
-sdk iphonesimulator \
SYMROOT="${PWD}/build" \
ONLY_ACTIVE_ARCH=YES \
OTHER_SWIFT_FLAGS="-D DEBUG -Xfrontend -debug-time-compilation" \
-destination 'platform=iOS Simulator,name=iPhone 6s' clean build \
| tee xcodebuild.log | xcpretty
Then parsed the xcodebuild.log
file for the results:
cat xcodebuild.log | ruby process_xcodebuild_log.rb > swift_build_times.txt
Here’s the gist for process_xcodebuild_log.rb
and got results like this:
0.1925s /Users/dbeard/Dev/swift_file_compile_times/a.swift
0.5183s /Users/dbeard/Dev/swift_file_compile_times/b.swift
0.6008s /Users/dbeard/Dev/swift_file_compile_times/c.swift
0.1964s /Users/dbeard/Dev/swift_file_compile_times/d.swift
0.1919s /Users/dbeard/Dev/swift_file_compile_times/e.swift
0.7563s /Users/dbeard/Dev/swift_file_compile_times/f.swift
TL;DR, give me a solution
Sorted swift file compilation times:
- Download process_xcodebuild_log.rb
- Run this:
set -o pipefail && \ xcodebuild -workspace MyApp.xcworkspace \ -scheme MyApp \ -sdk iphonesimulator \ SYMROOT="${PWD}/build" \ ONLY_ACTIVE_ARCH=YES \ OTHER_SWIFT_FLAGS="-D DEBUG -Xfrontend -debug-time-compilation" \ -destination 'platform=iOS Simulator,name=iPhone 6s' clean build \ | tee xcodebuild.log | ruby process_xcodebuild_log.rb | sort -nr > sorted_swift_compile_times.txt
This is a temporary solution until the https://bugs.swift.org/browse/SR-1788 issue is resolved in Swift, and I don’t think that’s going to take too long :)


oscar-health
Businessmodel of Oscar Health
Customer Segments
Oscar Health provides health insurance coverage to individual consumers, couples and families.
Oscar Health only serves customers in a handful of counties and states across the US. Its principal market is New York, the location of Company’s headquarters, where it has around 69,000 members. In 2015 the Company was reported to have a 10% market share for the health care exchange in New York. Oscar Health has also served customers in New Jersey since 2015, where it has around 28,000 members, and moved into parts of California and Texas in 2016. The Company, however, is reported to have had difficulty gaining traction in California, enrolling just 5,000 members in the Los Angeles and Orange County area.
Value Propositions
Oscar Health’s provides value to its customers through its simplified insurance products, the convenience and accessibility of its services, its use of technology, and its flexibility.
The Company offers custom quotes to its customers, which can be obtained either online or from direct sales representatives.
The Company allows its customers to use technology to track activity and health performance through its mobile app, which also enables members to contact qualified medical practitioners from anywhere.
Oscar Health’s key selling point is that it claims to simplify the notoriously complex process of buying health insurance, purporting to offer a no-surprise experience to its customers with easily understood insurance plans.
Channels
Oscar Health operates a website at www.hioscar.com, through which customers are able to generate a custom insurance quote, select an insurance plan and becoming an Oscar Health member.
In addition to its online channel, Oscar Health operates a hybrid sales model. The Company sells insurance plans to customers both directly through its own sales teams, through third-party partner brokers and through health insurance marketplaces. The Company’s products are available on health exchanges – organisations set up to facilitate the purchase of health insurance in accordance with the Affordable Care Act – in New York, New Jersey, California and Texas.
Oscar Health members are also provided access to the Company’s mobile application, available on iOS and Android, through which they are able to manage their health history – including doctor visits, and view prescriptions, and laboratory work.
Customer Relationships
Oscar Health’s health insurance products are available on a largely self-service basis, with customers able to get a custom quote, select a coverage plan and register an Oscar Health account via the Company’s website. Customers are also able to contact the Company’s sales team directly, in order to receive a more personalised service.
Oscar Health maintains a relationship with its members through its mobile app, which allows customers to manage their healthcare histories, contact doctors and arrange prescriptions. The Company also operates Facebook, YouTube, LinkedIn, Instagram and Twitter accounts through which it is able to interact directly with its members and keep them updated with company developments.
Key Activities
Oscar Health operates as a subsidiary of Mulberry Health. The Company provides a range of custom health insurance services to individuals, couples and families. Its plans cover a range of services and outcomes, including free doctor visits, free generic drugs, routine care services, immunisations, pregnancy screenings, and laboratory tests.
Oscar Health also provides its members with discounted rates for specialist visits, brand-name drugs, urgent care, and other common care needs, as well pregnancy, surgery, and recurring illness coverage.
Oscar Health’s insurance services are supplemented by the Company’s Doctor On Call, through which members are able to access short consultations with qualified doctors, enabling them to receive advice and prescriptions without leaving their home.
Key Partners
Oscar Health partners with a range of companies in the provision of its insurance products, principally comprising:
- health insurance brokers, including independent sales agents and third-party insurance brokers;
- healthcare providers, including primary care practices, hospitals, urgent care clinics, and pharmacies, as well as drug providers and pharmaceutical companies; and
- healthcare practitioners spanning the entire medical sector, including primary care physicians, psychiatrists, dermatologists, orthopaedic surgeons, cardiologists and dentists. Among Oscar Health’s partners are Tenet Healthcare, Baylor Scott & White Health, Jacobi Medical Centre, Coney Island Hospital, Nassau University Medical Centre, and Plainview Hospital.
Oscar Health also has a tie-up with technology company Misfit, which provides Oscar Health-branded activity tracking products for the Company’s members.
Key Resources
Oscar Health’s key resources are its network of provider and broker partners, its mobile customer relationship platform, and its personnel.
The Company employs a workforce of almost 200, of which its sales staff play a key role.
Oscar Health does not have any patent applications filed with the US Patent and Trademark Office.
Cost Structure
Oscar incurs costs in relation to the payment of medical and network fees, maintenance and operation of its offices, implementation of marketing and advertising campaigns, and retention of its personnel – who number around 185 as of April 2015.
Oscar accrues substantial costs in the form of medical bills and start-up costs as it expands into new states and counties. Chief Executive Officer Schlosser attributed the Company’s 2015 losses evenly to start-up and expansion costs and New York medical losses.
Oscar, as a newly-established insurance firm, has also had to pay high fees for access to health networks and hospital contracts. These costs, however, are expected to decrease once the Company’s initial high-fee contracts have expired and new agreements can be negotiated.
Revenue Streams
Oscar Health generates revenue through the provision of health insurance plans that cover routine and specialist care provisions, as well as through a Doctor On Call service that enables customers to access short consultation over the phone. The Company’s plans are priced on a case-by-case basis.
As a privately-owned company Oscar Health does not publicly disclose its financial results. However, the reports have attempted to estimate the Company’s revenue figures using available figures. Coverage in 2016 suggested the Company has around 145,000 customers, with each customer paying an average of $5,000 per year, resulting in an approximate annual revenue of $750 million.
While Oscar Health continues to attract investors it is yet to make a profit, with operating and set-up costs outstripping the Company’s revenue generation. The Company was reported to have lost around $105.2 million in 2015.


Calcs
Question on how statistics are calculated? Check out the calculations that follow.
If you still have a question (or suggestion) send us a note.
iUltimate calculations:
- +/-
- +1 for a goal.
- +1 for an assist.
- +1 for a D.
- -1 for a drop.
- -1 for a passer turnover (throwaway, stalled, misc. penalty).
- +2 for a callahan (+1 for D and +1 for goal).
- -1 for being callahaned.
- points played
- total number of points played. A player that subs in/out is credited half a point.
- o-line or d-line points played
- total number of o-line or d-line points the player played. A player that subs in/out is credited a half point.
- +/- O-line
- +1 for an O-line goal for a point in which the player was on the field1.
- -1 for an opponent score against the O-line (a break) in which the player was on the field1.
- +/- D-line
- +1 for a D-line goal (a break) for a point in which the player was on the field1.
- -1 for an opponent score against the D-line for a point in which the player was on the field1.
- minutes played
- total number of minutes played by the player. A player that subs in/out is credited half the point time.
NOTE: If the elapsed time for a point appears amiss (> 1 hour) then it is assumed the game was adjusted outside of actual bounds and the default time per point (5 minutes) is credited.
- touches
- +1 when offense player picks up or catches a disc after the pull.
- +1 when player recieves a pass. No additional count when this player subsequently passes.
- +1 when player catches a goal.
- +1 when player has a callahan.
- catches
- +1 when offense player catches the disc (including for a goal) passed from another player.
- throws
- +1 when offense player passes to another player (including for a goal) regardless of whether the pass is caught, i.e., includes drops and throwaways.
- throw %
- (throws - passer turnovers) ÷ throws
- catch %
- catches ÷ (catches + drops)
1Players substituted out before the goal are not affected.


app
/
com.hexanovate.familytree.database.query
/
Query
/
<init>
<init>
Query
(
filter
:
Filter
)
Convenience class for producing SQLite queries.


Here we have a Pie chart which by default is exploded - and when each segment is clicked the selected segment explodes further. It's not a default option, but the code required to do it is minimal and shown below.
<script src="RGraph.common.core.js"></script> <script src="RGraph.common.dynamic.js"></script> <script src="RGraph.common.effects.js"></script> <script src="RGraph.pie.js"></script>Put this where you want the chart to show up:
<div style="float: right; border: 1px solid gray"> <canvas id="cvs" width="450" height="250">[No canvas support]</canvas> </div>This is the code that generates the chart - it should be placed AFTER the canvas tag(s):


usb-devices(1) Linux USB Utilities usb-devices(1) NAME usb-devices - print USB device details SYNOPSIS usb-devices DESCRIPTION usb-devices is a (bash) shell script that can be used to display details of USB buses in the system and the devices connected to them. The output of the script is similar to the usb/devices file available either under /proc/bus (if usbfs is mounted), or under /sys/kernel/debug (if debugfs is mounted there). The script is primarily intended to be used if the file is not available. In contrast to the usb/devices file, this script only lists active inter‐ faces (those marked with a "*" in the usb/devices file) and their end‐ points. Be advised that there can be differences in the way information is sorted, as well as in the format of the output. RETURN VALUE If sysfs is not mounted, a non-zero exit code is returned. FILES /sys/bus/usb/devices/usb* The part of the sysfs tree the script walks through to assemble the printed information. /proc/bus/usb/devices Location where the usb/devices file can normally be found for Linux kernels before 2.6.31, if usbfs is mounted. /sys/kernel/debug/usb/devices Location where the usb/devices file can normally be found for Linux kernel 2.6.31 and later, if debugfs is mounted. SEE ALSO lsusb(8), usbview(8). AUTHORS Greg Kroah-Hartman<EMAIL_ADDRESS>Randy Dunlap<EMAIL_ADDRESS>Frans Pop<EMAIL_ADDRESS>usbutils-005 23 June 2009 usb-devices(1)


Help
1. Introduction
What is Plagium Alert?
Objetive
2. General information
Install
Antiword
License
3. Use
Text analysis
Microsoft Office Word analysis
Results
Open & save results
Print results
4. Configuration
Language
Analysis mode
5. Credits
Authors
Resources


Snapshots¶
A stream is a simple model to deal with binary data, but sometimes you need more: you want to perform some lookahead without changing the stream or you want to try some read/write operations but go back to the initial state if they fail. At this stage, you probably have copies of streams everywhere and the stream interface seems very cumbersome.
Therefore, we provide snapshots, a simple solution for these use cases that doesn't require copies of streams: you can save the state of a stream at any stage in a sequence of read/write operations and restore any such state later if you need it.
Lookahead¶
The type of binary data can usually be identified by a specific header coded in its first few bytes. For example, WAVE audio can be detected with the function:
>>> from bitstream import BitStream, ReadError
>>> def is_wave(stream):
... try:
... riff = stream.read(bytes, 4)
... _ = stream.read(bytes, 4)
... wave = stream.read(bytes, 4)
... return (riff == b"RIFF") and (wave == b"WAVE")
... except ReadError:
... return False
The contents of an empty single-channel 44.1 kHz WAVE audio file are for example
>>> wave = b'RIFF$\x00\x00\x00WAVEfmt \x10\x00\x00\x00\x01\x00\x01\x00D\xac\x00\x00\x88X\x01\x00\x02\x00\x10\x00data\x00\x00\x00\x00'
The function is_wave
above works as expected at first
>>> stream = BitStream(wave)
>>> is_wave(stream)
True
but another attempt gives an incorrect answer:
>>> is_wave(stream)
False
The explanation is simple: to identify the header of a WAVE file, we need to consume the first 12 bytes in the stream. Since this header is missing from the stream afterwards, the new attempt fails.
To solve this issue,
it's possible to make is_wave
perform a (partial) copy of the stream
and perform the check on the copy, leaving the initial
stream unchanged.
However in general this approach may be cumbersome;
copies should also be avoided when possible for performance reasons.
Bitstream also supports snapshots, a better way to deal with lookaheads. With them you can:
-
save the state of a stream at any time,
-
perform arbitrary operations on it and then
-
restore its initial state.
The implementation of is_wave
that does this is plain;
we just make sure that whatever happens
(even an error in the processing)
the original state of the stream is restored at the end.
>>> def is_wave(stream):
... snapshot = stream.save()
... try:
... riff = stream.read(bytes, 4)
... _ = stream.read(bytes, 4)
... wave = stream.read(bytes, 4)
... return (riff == b"RIFF") and (wave == b"WAVE")
... except ReadError:
... return False
... finally:
... stream.restore(snapshot)
This version works as expected:
>>> wave = b'RIFF$\x00\x00\x00WAVEfmt \x10\x00\x00\x00\x01\x00\x01\x00D\xac\x00\x00\x88X\x01\x00\x02\x00\x10\x00data\x00\x00\x00\x00'
>>> stream = BitStream(wave)
>>> copy = stream.copy()
>>> is_wave(stream)
True
>>> stream == copy
True
>>> is_wave(stream)
True
Exception Safety¶
Consider the toy DNA reader below:
>>> def DNA_read(stream, n=1):
... DNA_bases = b"ACGT"
... bases = []
... for i in range(n):
... base = stream.read(bytes, 1)
... if base not in DNA_bases:
... error = "invalid base {0!r}".format(base)
... raise ReadError(error)
... else:
... bases.append(base)
... return b"".join(bases)
It reads DNA sequences represented as bytes, either
b'A'
, b'C'
, b'G'
or b'T'
:
>>> dna = BitStream(b"GATA")
>>> DNA_read(dna, 4) # doctest: +BYTES
b'GATA'
If there is a 'U'
in the sequence, this is an error since
the uracil base
is only found in RNA.
>>> stream = BitStream(b"GAUTA") # invalid DNA sequence
The DNA reader correctly rejects the code
>>> try:
... DNA_read(stream, 4)
... except ReadError:
... print("Read error")
Read error
but the initial stream is partially consumed in the process:
>>> stream.read(bytes) # doctest: +BYTES
b'TA'
This implementation therefore only provides some basic exception safety. A reader that preserves the original value of the stream when an error occurs would provide strong exception safety instead. With snapshots, the modifications required to support this are plain: we simply restore the original stream whenever an error occurs
>>> def DNA_read(stream, n=1):
... DNA_bases = b"ACGT"
... snapshot = stream.save()
... try:
... bases = []
... for i in range(n):
... base = stream.read(bytes, 1)
... if base not in DNA_bases:
... error = "invalid base {0!r}".format(base)
... raise ReadError(error)
... else:
... bases.append(base)
... return "".join(bases)
... except:
... stream.restore(snapshot)
... raise
With this new version, reading an invalid DNA code still raises an exception
>>> stream = BitStream(b"GAUTA") # invalid DNA sequence
>>> try:
... DNA_read(stream, 4)
... except ReadError:
... print("Read error")
Read error
but now the original stream is intact
>>> stream.read(bytes) # doctest: +BYTES
b'GAUTA'
Multiple Snapshots¶
You can create snapshots of a stream at any stage between read/write operations. Multiple snapshots enable for example the implemention a hierarchy of readers or writers that provide strong exception safety at every level.
However arbitrary sequences of save and restore are not allowed: when a given snapshot is restored, the snapshots that were created between the snapshot creation and before its restoration are forgotten. In other words, saves and restores can only be applied in reverse order. Of course it is perfectly valid to skip some of the restores in the process: you can always create additional snapshots and never use them.
For example, you can take two snapshots s0
then s1
of a stream
between write operations
>>> stream = BitStream()
>>> s0 = stream.save()
>>> stream.write(b"A")
>>> s1 = stream.save()
>>> stream.write(b"B")
>>> stream == BitStream(b"AB")
True
restore s1
>>> stream.restore(s1)
>>> stream == BitStream(b"A")
True
and then s0
>>> stream.restore(s0)
>>> stream == BitStream(b"")
True
You can also make the same snapshots
>>> stream = BitStream()
>>> s0 = stream.save()
>>> stream.write(b"A")
>>> s1 = stream.save()
>>> stream.write(b"B")
>>> stream == BitStream(b"AB")
True
and directly restore s0
>>> stream.restore(s0)
>>> stream == BitStream(b"")
True
but then s1
cannot be used anymore
>>> stream.restore(s1) # doctest: +ELLIPSIS
Traceback (most recent call last):
...
ValueError: ...
How does it Work?¶
The main (private) attributes of a BitStream
structure are:
-
an array of bytes: the raw data
-
read and write cursors: they locate the beginning and the end of the stream in the bytes array.
When you read data from a stream,
you shift the read cursor but the
corresponding data is not deleted1 -- its is merely not accessible.
The State
structure stores values
of the read and write cursors; the call state = stream.save()
produces
a snapshot of the current cursor locations and
stream.restore(state)
restores them.
-
This is why the memory consumption increases if you write a lot of data into a stream, even if you read it! The solution in this case is to copy the stream and discard the original since the copy method discards write history. ↩


If you click the button, the block on this page will become red. If you add #thing to the end of the URL and reload the page, the hash.click script will run and auto click the button, thus making the block red.
Load a page, click a thing.
If you click the button, the block on this page will become red. If you add #thing to the end of the URL and reload the page, the hash.click script will run and auto click the button, thus making the block red.


fun lock(): Unit
Acquires a lock on the mutex. If the lock is already acquired by another thread, then the subsequent callers of this method are blocked until the lock is released.


Across: 1. Trouble on street is widespread (6) 4. Smell o' the sea grew (6) 9. Group take short cut? (4) 10. Tom Brown's classy hood? (10) 11. Made to go to Free House (6) 12. Arthur and Leslie chip in for things (8) 13. Close with a line to PA (9) 15. Lian may be blue (4) 16. Feeling bad, so I cannot knit, initially (4) 17. Reality is found in a factual IT Yearbook (9) 21. Large friend gets in a tailspin (8) 22. Greens overwhelm Left, back in US city (6) 24. Sauron the circus boss? (10) 25. Alco-pop is soft drink! (4) 26. Birds force Bob to swallow bad beer (6) 27. Red Rob returns to the edge (6) Down: 1. Two queens in home counties for ceremony (7) 2. Taken in boat and fell out! (5) 3. Needed to catch fish quickly here? (7) 5. Holes left in Portuguese city (6) 6. A nice mild mixture may be good for you (9) 7. Serve sentence here for battery? (3 4) 8. Melodrama of Rita and Al lost in the city (13) 14. About 100 fight in square (9) 16. Looking to take the lead within force (7) 18. Experience in limbo? (7) 19. R-retail caravan (7) 20. Take a trip East to see Cap'n Hook? (6) 23. Thrashed boy outside church (5)


This is a minor bug-fix release in the 0.20.x series and includes some small regression fixes, bug fixes and performance improvements. We recommend that all users upgrade to this version.
What’s new in v0.20.2
Enhancements
Performance improvements
Bug fixes
Conversion
Indexing
I/O
Plotting
Groupby/resample/rolling
Sparse
Reshaping
Numeric
Categorical
Other
Contributors
Unblocked access to additional compression types supported in pytables: ‘blosc:blosclz, ‘blosc:lz4’, ‘blosc:lz4hc’, ‘blosc:snappy’, ‘blosc:zlib’, ‘blosc:zstd’ (GH14478)
Series provides a to_latex method (GH16180)
Series
to_latex
A new groupby method ngroup(), parallel to the existing cumcount(), has been added to return the group order (GH11642); see here.
ngroup()
cumcount()
Performance regression fix when indexing with a list-like (GH16285)
Performance regression fix for MultiIndexes (GH16319, GH16346)
Improved performance of .clip() with scalar arguments (GH15400)
.clip()
Improved performance of groupby with categorical groupers (GH16413)
Improved performance of MultiIndex.remove_unused_levels() (GH16556)
MultiIndex.remove_unused_levels()
Silenced a warning on some Windows environments about “tput: terminal attributes: No such device or address” when detecting the terminal size. This fix only applies to python 3 (GH16496)
Bug in using pathlib.Path or py.path.local objects with io functions (GH16291)
pathlib.Path
py.path.local
Bug in Index.symmetric_difference() on two equal MultiIndex’s, results in a TypeError (GH13490)
Index.symmetric_difference()
TypeError
Bug in DataFrame.update() with overwrite=False and NaN values (GH15593)
DataFrame.update()
overwrite=False
NaN values
Passing an invalid engine to read_csv() now raises an informative ValueError rather than UnboundLocalError. (GH16511)
read_csv()
ValueError
UnboundLocalError
Bug in unique() on an array of tuples (GH16519)
unique()
Bug in cut() when labels are set, resulting in incorrect label ordering (GH16459)
cut()
labels
Fixed a compatibility issue with IPython 6.0’s tab completion showing deprecation warnings on Categoricals (GH16409)
Categoricals
Bug in to_numeric() in which empty data inputs were causing a segfault of the interpreter (GH16302)
to_numeric()
Silence numpy warnings when broadcasting DataFrame to Series with comparison ops (GH16378, GH16306)
DataFrame
Bug in DataFrame.reset_index(level=) with single level index (GH16263)
DataFrame.reset_index(level=)
Bug in partial string indexing with a monotonic, but not strictly-monotonic, index incorrectly reversing the slice bounds (GH16515)
Bug in MultiIndex.remove_unused_levels() that would not return a MultiIndex equal to the original. (GH16556)
MultiIndex
Bug in read_csv() when comment is passed in a space delimited text file (GH16472)
comment
Bug in read_csv() not raising an exception with nonexistent columns in usecols when it had the correct length (GH14671)
usecols
Bug that would force importing of the clipboard routines unnecessarily, potentially causing an import error on startup (GH16288)
Bug that raised IndexError when HTML-rendering an empty DataFrame (GH15953)
IndexError
Bug in read_csv() in which tarfile object inputs were raising an error in Python 2.x for the C engine (GH16530)
Bug where DataFrame.to_html() ignored the index_names parameter (GH16493)
DataFrame.to_html()
index_names
Bug where pd.read_hdf() returns numpy strings for index names (GH13492)
pd.read_hdf()
Bug in HDFStore.select_as_multiple() where start/stop arguments were not respected (GH16209)
HDFStore.select_as_multiple()
Bug in DataFrame.plot with a single column and a list-like color (GH3486)
DataFrame.plot
color
Bug in plot where NaT in DatetimeIndex results in Timestamp.min (GH12405)
plot
NaT
DatetimeIndex
Timestamp.min
Bug in DataFrame.boxplot where figsize keyword was not respected for non-grouped boxplots (GH11959)
DataFrame.boxplot
figsize
Bug in creating a time-based rolling window on an empty DataFrame (GH15819)
Bug in rolling.cov() with offset window (GH16058)
rolling.cov()
Bug in .resample() and .groupby() when aggregating on integers (GH16361)
.resample()
.groupby()
Bug in construction of SparseDataFrame from scipy.sparse.dok_matrix (GH16179)
SparseDataFrame
scipy.sparse.dok_matrix
Bug in DataFrame.stack with unsorted levels in MultiIndex columns (GH16323)
DataFrame.stack
Bug in pd.wide_to_long() where no error was raised when i was not a unique identifier (GH16382)
pd.wide_to_long()
i
Bug in Series.isin(..) with a list of tuples (GH16394)
Series.isin(..)
Bug in construction of a DataFrame with mixed dtypes including an all-NaT column. (GH16395)
Bug in DataFrame.agg() and Series.agg() with aggregating on non-callable attributes (GH16405)
DataFrame.agg()
Series.agg()
Bug in .interpolate(), where limit_direction was not respected when limit=None (default) was passed (GH16282)
.interpolate()
limit_direction
limit=None
Fixed comparison operations considering the order of the categories when both categoricals are unordered (GH16014)
Bug in DataFrame.drop() with an empty-list with non-unique indices (GH16270)
DataFrame.drop()
A total of 34 people contributed patches to this release. People with a “+” by their names contributed a patch for the first time.
Aaron Barber +
Andrew 亮 +
Becky Sweger +
Christian Prinoth +
Christian Stade-Schuldt +
DSM
Erik Fredriksen +
Hugues Valois +
Jeff Reback
Jeff Tratner
JimStearns206 +
John W. O’Brien
Joris Van den Bossche
JosephWagner +
Keith Webber +
Mehmet Ali “Mali” Akmanalp +
Pankaj Pandey
Patrick Luo +
Patrick O’Melveny +
Pietro Battiston
RobinFiveWords +
Ryan Hendrickson +
SimonBaron +
Tom Augspurger
WBare +
bpraggastis +
chernrick +
chris-b1
economy +
gfyoung
jaredsnyder +
keitakurita +
linebp
lloydkirk +


---
layout: page
title: Ini Translator
tagline: v<IP_ADDRESS> beta
ghlink: https://github.com/aviaryan/initranslator
favicon: 1
---
Ini Translator is a tool to quickly translate ini-type formatted files in different languages.
Any file that stores data in the form key = value
is suitable for use with this tool.
It works by using a hidden Google Translate window for translation and so supports all the languages supported by it.
Usage is pretty easy, download and unzip it and you are ready to use. It's a portable application which stores its settings in its own directory
so no installtion is needed.
Users can select multiple languages at a time to have their ini file translated in all the languages at once.
You can also abandon certain words or phrases from being translated by listing them in the space provided.


Hello from Great Grocery!
Find A StoreExplore Our Departments!
Pharmacy
The Great Grocery Pharmacy is just the right place for afforable prescriptions!
Florist
Let us provide beautiful floral arrangements for your next event!
Bakery
From muffins to decorative cakes, you'll be sure to find a variety of treats at the bakery!


| 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.math3.analysis.function; | |
| 19 | ||
| 20 | import org.apache.commons.math3.analysis.DifferentiableUnivariateFunction; | |
| 21 | import org.apache.commons.math3.analysis.differentiation.DerivativeStructure; | |
| 22 | import org.apache.commons.math3.analysis.differentiation.UnivariateDifferentiableFunction; | |
| 23 | import org.apache.commons.math3.util.FastMath; | |
| 24 | ||
| 25 | /** | |
| 26 | * Hyperbolic cosine function. | |
| 27 | * | |
| 28 | * @since 3.0 | |
| 29 | * @version $Id: Cosh.java 1424087 2012-12-19 20:32:50Z luc $ | |
| 30 | */ | |
| 31 | public class Cosh implements UnivariateDifferentiableFunction, DifferentiableUnivariateFunction { | |
| 32 | /** {@inheritDoc} */ | |
| 33 | public double value(double x) { | |
| 34 | 1 | return FastMath.cosh(x); |
| 35 | } | |
| 36 | ||
| 37 | /** {@inheritDoc} | |
| 38 | * @deprecated as of 3.1, replaced by {@link #value(DerivativeStructure)} | |
| 39 | */ | |
| 40 | @Deprecated | |
| 41 | public DifferentiableUnivariateFunction derivative() { | |
| 42 | 1 | return new Sinh(); |
| 43 | } | |
| 44 | ||
| 45 | /** {@inheritDoc} | |
| 46 | * @since 3.1 | |
| 47 | */ | |
| 48 | public DerivativeStructure value(final DerivativeStructure t) { | |
| 49 | 1 | return t.cosh(); |
| 50 | } | |
| 51 | ||
| 52 | } | |
Mutations | ||
| 34 |
replaced return of double value with -(x + 1) for org/apache/commons/math3/analysis/function/Cosh::value : SURVIVED |
|
| 42 |
mutated return of Object value for org/apache/commons/math3/analysis/function/Cosh::derivative to ( if (x != null) null else throw new RuntimeException ) : NO_COVERAGE |
|
| 49 |
mutated return of Object value for org/apache/commons/math3/analysis/function/Cosh::value to ( if (x != null) null else throw new RuntimeException ) : KILLED -> org.apache.commons.math3.analysis.FunctionUtilsTest.testMultiplyDifferentiable(org.apache.commons.math3.analysis.FunctionUtilsTest) |


Local files:
Some random text with a link to a missing local file .
Some random text with a link to a missing local file .
Some random text with a link to a valid local file .
Some random text with same valid local file with filename extension added by VSCode extension .
This next one doesn't get caught:
More random text with a link to a valid local file but invalid name inside .
Another link to this file but invalid name inside .
More random text with a link to a valid local file and valid name inside .
More random text with a link to an invalid local file and valid name inside .
More random text with a link to a valid local file and valid name inside .
More random text with a link to a current file and valid name .
Similar a link to a current file and valid id .
Similar a link to a current file and valid id .
Another link to this file but invalid name inside .
link to this file with valid name inside .
Local file with ? arg: link to this file with question mark .
Remote URLs:
valid HTTPS URL
valid HTTPS URL
valid HTTP URL
valid HTTP URL
valid uppercase HTTP URL that redirects to HTTPS
valid uppercase HTTP URL that redirects to HTTPS
valid page on HTTPS site
This next one doesn't get caught:
valid page with bad target on HTTPS site
valid page on HTTP site, redirects to HTTPS
invalid page on HTTPS site, redirects to 404 page
invalid page on HTTP site, redirects to 404 page on HTTPS
invalid page on HTTPS that redirects to a 404-type page
invalid page on HTTP that redirects to a 404-type page on HTTPS
Numeric URLs:
invalid page
IPv6:
valid page: Sprint
invalid page
Local URLs:
this machine
local router
local router
Local IPv6:
equivalent of localhost
equivalent of localhost
invalid page
invalid page
Unsupported schemes:
Or an FTP link .
A USENET link .
Two links on one line FTP link2 and FTP link3 .
Two identical-target links on one line first and second .
Mailto links:
well-formed
badly-formed
badly-formed
well-formed
badly-formed
Onion links:
valid page: DuckDuckGo
invalid page
valid page: DuckDuckGo but HTTP
invalid page but HTTP
domain name wrong length
invalid page but right length
redirects
link-href good: and link-href bad: .
and .
img-src good: and img-src bad: .
Href not first attribute and similar .
Link starting with "/":
Link starting with "/":
Things from XML and RSS that should not be checked in an HTML file:
nosuchfile.html
any name here
Bad chars:
�
�
�
�
�
�
aaa�bbb
�
aaa��bbb
aaa�bbb�ccc
�
�
End of bad chars
®
tabs are okay
Common typos:
test file
Missing contents:
test1


--- layout: posts title: "Critical Path CSS and Jekyll" date: 2017-03-11 16:16:01 -0600 permalink: /blog/:title/ categories: [blog, jekyll] tags: [jekyll, critical css,] abstract: Four different ways to inline critical CSS on Jekyll sites. ---
When creating landing pages, the same critical CSS wont always include the CSS you need to render the page. If you know that your above the fold content is going to be similar you can use a simpler, more generic approach.
Add a file in Jekyll's _includes
folder called critical.css
.
In the head
of you document include the following snippet. This will include all the CSS in your critical.css
in the head
of each page.
Use Scssify
to inline critical Sass.
If you prefer to write Sass you can still use the _includes
folder to inline your critical CSS. You'll need to use Liquid's capture
tag and Jekyll's scssify
filter. The scssify
filter respects the Sass settings in Jekyll's _config.yml
file so if it's set to compress Sass it will compress the critical CSS in the head
of the document.
Create a Sass file in Jekyll's _includes
folder and write some Sass. In the head
of your document include the following snippet.
Liquid's capture tag will store the string (in this case the Sass written the aforementioned file) as a variable that can be referenced later. This snippet: {% raw %}{{ critical | scssify }}{% endraw%}
will take the captured Sass and convert it CSS that is inlined in the head
of the document. If the _config.yml
is configured to compress Sass the inlined critical CSS will also be compressed.
Keep all of your Sass files in the same place and use Gulp (or any task runner) to output compiled CSS into the _includes
folder.
You don't need to split up the Sass files into the _includes
folder and the folder you keep the rest of the sites static assets. Instead you can have a task runner process the critical Sass files and place them in the correct folder for Jekyll to process at build time.
This Gulp task will compile all the Sass files in the specified folder and drop them in Jekyll's _includes
folder. When Jekyll compiles the site it will follow the same process described above.
Marketing sites or landing pages might need their own critical CSS.
If you have a simple blog or a marketing site that doesn't have a lot of visual changes you can probably get away with a single critical CSS implementation. But if you're creating a series of complex landing pages the critical CSS that works great on Page One might be utterly useless on Page Two. Using Jekyll's Front Matter you can create page specific critical CSS with a little extra code.
In Page A's Front Matter create a new variable called critical and assign it a value that will match the name of the compiled critical CSS file. So something like pageOneCritical.css.
{% highlight ruby %} {% raw %} --- layout: page critical: pageOneCritical.css --- {% endraw %} {% endhighlight %}
You'll now need to modify the head
of the template to react to this bit of Front Matter. You can use an if statement to look for the existence of the critical Front Matter and add it the the page when Jekyll compiles the site.
This will tell Jekyll to check for the existence of the critical variable in the page's Front Matter. If it exists it will capture the compiled CSS that the Gulp task dropped in the _includes
folder and inline in the <style>
element.
Corrections or comments can be directed to my twitter account @jshvgt.


The BBC micro:bit contains an accelerometer or motion detector. This demo shows how you can obtain motion data over a Bluetooth Low Energy connection and use it in an application.
Accelerometer data may be obtained from the Bluetooth Accelerometer Service. Each time the accelerometer is polled, an X, Y and Z value becomes available. All three values may be transmitted to the connected client (e.g. this application) as a Bluetooth Notification. To make this happen, the code must first subscribe to notifications relating to the Accelerometer Data characteristic by setting its associated Client Characteristic Configuration Descriptor (CCCD) to 0x0100. Once this has been done, notification messages will be delivered to the BleAdapterService object and from there passed as a Message to the AccelerometerActivity object for processing.
You can control how often the accelerometer is polled via the Settings screen. When you change the polling frequency, the new value is sent to the micro:bit by writing it to the Accelerometer Service's Accelerometer Period characteristic.
Raw accelerometer data from the micro:bit can be a bit jerky and so a low pass filter function is used to smooth the data. Have a look at the lowPass function in the Utility class to see how this works. If you want to see the effect that the filter is having, you can switch it off with the Apply Smoothing switch.
All the code for this demo can be found in ui.AccelerometerActivity.java except for the Bluetooth operations which are in bluetooth.BleAdapterService.


--- layout: main title: Directory image: /assets/images/logo-big.png permalink: /about/ order: 1 support: true --- APIS.GURU Wikipedia for WEB APIs


Struct DomFilter
Use this to filter html
Constructors
| Name | Description |
|---|---|
this
|
A dominator specific array of filter expressions |
this
|
A dominator specific filter expression |
Methods
| Name | Description |
|---|---|
empty
|
Checks if there are any TagElements. in other words: Checks if the DomFilter is loaded with some filterarguments or not. |
followers
|
The number of following TagElements after the current TagElement |
front
|
The current TagElement, which is under the cursor. if there is no TagElement, then a empty TagElement will be returned. |
next
|
Moves the cursor to the next TagElement if exists |
opApply
|
opApply on TagElements |
parseAttributexpression
|
parses the attribute filter expression and boxes it into an handy array of Attribute |
Authors
Copyright
(C) 2016 Martin Brzenska
License
Distributed under the terms of the MIT license. Consult the provided LICENSE.md file for details


Introductions
Health Warning and Overview
Discuss the Meaning of Availability
Top Ten Causes of Unavailability
http://martinsumner.github.io/presentations/operations_iwc_d1.html#/
'94 - '97: Local IT Support
'97 - '03: Network, Security then Applications
'03 - '05: Spine I - Shock and Awe
'05 - '08: Mini projects and discovery
'08 - '11: National Monitoring Service
'11 - '16: Spine II - Redemption
'16 - '20: Product development
The manifesto didn't just state what we would do ...
... it stated the negative practices we would no longer do
There was a view of normal...
... which people sensed wasn't working
Lake wobegon principle
Hindsight bias
Confirmation bias
Dissonance reduction
Sunk cost effects
Zero-risk bias
Of why we previously thought another way would work
Of the traps that lay ahead if we took a new path
From Frederick Taylor and Scientific Management
To Deming
To Ohno and TPS
To Poppendieck
“ You need to change the way you think. You need to change the way you look at things ”
Taiichi Ohno
A fundamental change driven by explosion of kaizen?
An epidemic of ineffective stand-ups?
A constant dilution of ideals as cognitive biases went unchallenged?
Spine I vs Spine II
Spine II vs Google
Amazon/Netflix/Github vs Spine II
To be in a position to challenge conventional wisdom
To understand the depth and breadth of the problem
To be open to the possibility of dramatic improvement
To search beyond technology for answers
BUT STILL NO SILVER BULLET
Session 1: Availability
Session 2: Human Interaction, Perception and Automation
Session 3: Observability
Session 4: Patterns and Anti-Patterns
How do you measure nines?
How do you determine the required number of nines?
How do you determine if you can meet those nines?
“ People told me technology changes would make things easier and give me more leisure time, but technology changes just mean customers demand things sooner and understand failure less ”
Anon
“ Item #1 for the agenda should be "what are you going to do when Spine fails?" ”
Anon
“ In a real business situation, many organizations will throw up their hands and say, we will wait for a complaint and do a manual adjustment. Airlines are a case in point. If an airline system loses a reservation ... this will be detected when the passenger attempts to check in. All airlines have procedures to handle this kind of problem ... It is therefore not worthwhile to implement complex software processes to guarantee no loss of records. ”
IT Architectures and Middleware, 2004
Is our target to overcome each hurdle?
Is our target to assess ourselves overcoming hurdles?
Is our target to improve how we overcome hurdles?
Most unavailability is related to recovery time ...
... not frequency of incidents
Almost everyone can handle known knowns competently
Top ten is ordered by the Spine experience
OpenOffice won't print on Tuesday
I can't send email more than 500 miles
My password doesn't work when standing up
Out of Memory - Attempt to Allocate<PHONE_NUMBER> bytes


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Reference Number:
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0812 - Computer Services
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Created: 2005-09-27
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[gecode-users] Creating a boolvar and testing if one condition at least is true
Guido Tack
tack at ps.uni-sb.de
Wed Oct 8 13:06:14 CEST 2008
Sébastien Laigre wrote:
> I'm starting with gecode, and it's a bit difficult for me.
> I have 3 conditions, one of them must be true. So i want to put them
> in an BoolArray. But I do not know how to do that.
> For example, I would like to do
> array[0] = x < y;
> array[1] = a < b;
> array[2] = c < d;
> and that one (at least) condition of the array is true.
You'd have to use something like the following:
BoolVarArray b(this, 3, 0, 1);
rel(this, x, IRT_LE, y, b[0]);
rel(this, a, IRT_LE, b, b[1]);
rel(this, c, IRT_LE, d, b[2]);
rel(this, BOT_OR, b, 1);
(this isn't tested, but you should get the idea)
Cheers,
Guido
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Robert Morris goes up against UIC
by Associated PressRobert Morris (1-4) vs. Illinois-Chicago (1-3)
Credit Union 1 Arena, Chicago; Thursday, 8 p.m. EST
BOTTOM LINE: Robert Morris and Illinois-Chicago look to bounce back from losses. Robert Morris fell 70-56 at Toledo in its last outing. Illinois-Chicago lost 65-56 to Bradley in its most recent game.
TEAM LEADERSHIP: Illinois-Chicago’s Godwin Boahen has averaged 11.3 points and 5.3 rebounds while Michael Diggins has put up 8.8 points and five rebounds. For the Colonials, Josh Williams has averaged 12.6 points while AJ Bramah has put up seven points and 8.2 rebounds.JUMPING FOR JOSH: Josh Williams has connected on 35.4 percent of the 48 3-pointers he’s attempted and has made 17 of 48 over the last five games. He’s also made 50 percent of his free throws this season.
COLD SPELL: Robert Morris has lost its last three road games, scoring 57.7 points, while allowing 76.3 per game.
PASSING FOR POINTS: The Colonials have recently used assists to create baskets more often than the Flames. Illinois-Chicago has an assist on 35 of 53 field goals (66 percent) over its previous three matchups while Robert Morris has assists on 52 of 77 field goals (67.5 percent) during its past three games.
DID YOU KNOW: Robert Morris has committed a turnover on just 17.5 percent of its possessions this season, which is the second-best rate among all NEC teams. The Colonials have turned the ball over only 11.6 times per game this season.
___
For more AP college basketball coverage: https://apnews.com/Collegebasketball and http://twitter.com/AP_Top25
___
This was generated by Automated Insights, http://www.automatedinsights.com/ap, using data from STATS LLC, https://www.stats.com


About me
Hey there, welcome to my page. My name is Rachele Stagni.
I'm a 20-year-old aspiring visual designer studying at the second year of BA in Visual Communication Design at Politecnico in Milan.
I'm strongly interested in editorial design, illustration and branding.  This kind of formation stimulated a lot my creative modus operandi.
Thanks to my linguistic studies during high school, I learnt how to approach with people from different cultures. Travelling helped me fight my most shy side, now I love knowing new people and discovering new places, that can also inspire my work.


@* * This template is called from the `index` template. This template * handles the rendering of the page header and body tags. It takes * two arguments, a `String` for the title of the page and an `Html` * object to insert into the body of the page. *@ @(title: String)(content: Html)
@* Here's where we render the page title `String`. *@| name | telephone | address | ||||
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| street | city | state | zip |
Name :
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Telephone :
Address : , , ,


Lorem ipsum dolor sit amet, consectetur adipisicing elit. Possimus vel tenetur explicabo necessitatibus, ad soluta consectetur illo qui voluptatem. Quis soluta maiores eum. Iste modi voluptatum in repudiandae fugiat suscipit dolorum harum, porro voluptate quis? Alias repudiandae dicta doloremque voluptates soluta repellendus, unde laborum quo nam, ullam facere voluptatem similique.
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--- layout: page status: publish published: true title: Cadastre Data and Services author: display_name: Rick Kelson login: rkelson email<EMAIL_ADDRESS>url: '' author_login: rkelson author_email<EMAIL_ADDRESS>wordpress_id: 1973 wordpress_url: http://gis.utah.gov/?page_id=1973 date: '2011-09-06 15:39:19 -0600' date_gmt: '2011-09-06 15:39:19 -0600' categories: [] tags: - SDE - sgid - Data - utah - gis - map - mapping - dataset - download - agrc - layer - shapefile - geodatabase - metadata - shp - gdb - kml - lyr - digital - geographic - information - database - state - statewide - vector - overview - category - services - daas - arcgis ---
| Product Name | Type | Steward(s) | Description | |
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| click a product name for more information and download links | ||||
| Cadastre Package | map data | AGRC | Parcels, Land Ownership, GCDB Points, Sections, Township and Range package | |
| Parcels | map data | AGRC | Parcel boundaries and information | |
| PLSS / GCDB | map data | AGRC | Public Lands Coordinate System / Geographic Coordinate Database | |
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| TURN GPS | map data | AGRC | The Utah RTK GPS reference network |


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This page captures the on-going effort to enable Jenkins plugin development in Ruby. See our manifest to understand what we are trying.
Getting started
Documentation for Ruby plugin development is on the GitHub wiki
Repositories
Relevant source code of the runtime is all in the jenkins.rb GitHub repository.
In addition, existing plugins that are implemented in pure Ruby might be useful as examples
Developing the plugin development SDK
See how to get started on modifying the development SDK
Additional documents
Immediate TODOs
- recruit people who fill in the implementation for TDD cucumber task
- How do we write tests?
Long term goals
- Figure out live reloading of code, not just views.


{% extends "layout.html"%} {% block body%}
JAI_ADHITYA-HEMANTH-ABHIJEETH
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{% extends 'musimatica/music_lesson.html' %} {% load static %} {% block style %}{% endblock style %} {% block text %}
In music notation, slight differences in pitch may reffered to as whole steps or half steps. The steps between notes are best illustrated by the keys of a piano.
As shown below, the change in pitch from any one piano key to the next is called a half step (H). A difference of 2 piano keys is called a whole step (W).
The Half Steps Beginning & Ending With C
C - C Sharp - D - D Sharp - E - F - F Sharp - G - G Sharp - A - A Sharp - B - C
The Whole Steps Beginning & Ending With C
C - D - E - F Sharp - G Sharp - A Sharp - C
Notice that the set of whole steps between 2 notes consists of every other half step in the same range.
Steps can be counted individually, but they may also be added or subtracted. For example, F is 2 whole steps & 1 half step above C. This may also be shown as 2 1/2 steps (1 + 1 + 1/2 = 2 1/2).
It is important to understand whole steps & half steps in order to work with more complex musical structures, such as chords and scales.
Instructions:
1. Set the clef to treble & the time signature to common time. Set the key signature to G, & select Alegrissimo as the tempo.
2. Your 1st measure will consist entirely of eighth notes. Place the 1st note on the lowest G of the treble staff.
3. To place the remaining notes, start from your most recent note & move the number of spaces shown below:
4. The next measure will begin with 4 eighth notes, the 1st of which should be placed on high D. The remaining 3 eighth notes should be placed as follows:
5. Complete the measure by selecting the proper note value & placing that note 1 whole step below your last note.
When you have completed the instructions & are ready to move on, click 'Generate Audio' to hear the result, or 'Submit' to check your work. Click on the hints below for help.
Hint: Remembering the Notes of the Treble Staff
{% endblock text %}


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TESTS: CLICK HEADINGS TO TOGGLE
Dynamically resizeable chord
TEST: Dynamically resizeable A barre chord.
Drawing chords described in object form
Drawing chords described in string form


And of His signs is that He created for you from yourselves mates that you may find tranquillity in them; and He placed between you affection and mercy. Indeed in that are signs for a people who give thought. (Qur'an Surah Ar-Rum [30:21])
Mr. Abduroni & Mrs. Turzina Innani
Mr. Hasbuna & Mrs. Masyani
Jl. Soekarno Hatta Baypass - Bandar lampung
Jl. Soekarno Hatta Baypass - Bandar lampung
This year is the beginning of our introduction as junior and senior in Agribusiness Department, Faculty of Agriculture Unila. One year later, to be exact on May 1, 2013 we started dating.
Our relationship continues until this year. Proof of our seriousness and commitment was stated in the form of engagement that was carried out on July 3, 2020.
Today is our wedding day. May we always be given happiness in living this household. Accept each other's shortcomings and remind each other in kindness.


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