Lung cancer is a complex disease that is known to be regulated at the level of post-translational modification, e.g. phosphorylation by driver kinases. Researchers at Cell Signaling Technology used SILAC mass spectrometry to measure differential phosphorylation, acetylation, and methylation in a panel of 42 lung cancer cell lines compared to non-cancerous lung tissue. Gene expression data from 37 of these lung cancer cell lines was obtained from the publically available Cancer Cell Line Encyclopedia (CCLE).
Below we use the web-based visualization tool, Clustergrammer, to overview this data. The lung cancer cell lines are shown as columns and prior knowledge, e.g. histological categorization, is shown as categories. Post-translational-modifications (PTMs) and expressed genes are shown as rows. The visualizations can be interatively explored and enrichment analysis can be performed using Enrichr.
This is a clustergram visualization of differential phosphorylation from 42 lung cancer cell lines. The cell lines and phosphorylations have been hierarchically clustered using the Scipy library in Python using cosine distance and average linkage. The data has been quantile normalized across the cell lines (to make cell-line distributions similar) and zscored across the rows to improve facilitate comparison of differential phosphorylation across the cell lines.
Cell lines have been assigned categories based on their histology and their grouping based on gene expression data (exp-group-1, etc.). Note that cell lines display similar clustering based on phosphorylation and gene-expression data.
This is a clustergram visualization of differential gene expression data from 37 lung cancer cell lines obtained from the CCLE. The cell lines adn genes have been hiararchically clustered using the Scipy library in Python using cosine distance and average linkage. Gene expression data was z-score normalized across all 1047 cell lines in the CCLE and only genes that have a zscore greater than 3 in more than 4 cell lines are shown.


NEWSFEED
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WALL
|
GALLERY
|
MESSAGES
Choose one of the albums from the list:
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Rework: The Book From 37 Signals Founders 2011-06-20 09:23 | Comments a Great book Youngest, forget what you have been teached. Elders, you’ll found in it the words to put on the feelings you got.


JS-Objects
Audio Context
Battery Status
Web Worker
Patterns
Creational Patterns
Factory Method
Abstract Factory
Builder
Prototype
Singleton-Pattern
Creational Patterns
Adapter-Pattern
Bridge-Pattern
Composite
Decorator
Facade
Flyweight
Proxy
Behavioral Patterns
Chain of Responsibility
Command-Pattern
Iterator-Pattern
Mediator
Memento
Observer-Pattern (with Functions)
Observer-Pattern (with Objects)
State
Strategy-Pattern
Template Method
Visitor


` By completing this checklist and earning points you can make your avatar grow.
Each day you complete you get 10 points except for Friday you get 20 points. Just add up the points and your avatar will grow.
Drink at least 5 glasses of water
Eat at least 5 peices of fruit
Eat at least 7 vegatables
Exersise for at least 20 to 30 miuntes
Drink at least 6 glasses of water
Eat at least 7 peices of fruit
Eat at least 9 vegatables
Exersise for at least 30 to 40 miuntes
Make a home cooked meal
Eat at least 10 fruits and vegatables
Drink at least 3 water bottles
Exersise for at least 20 to 30 miuntes
Drink at least 7 glasses of water
Eat at least 12 fruits and vegatables
Sleep at least 7 to 9 hours
Exersise for at least 20 to 40 miuntes
Drink at least 8 glasses of water
Eat at least 16 fruits and vegatables
Make at least 2 home cooked meal
Exersise for at least 40 to 60 miuntes


Nothing Gold Can Stay
Nature’s first green is gold,
Her hardest hue to hold.
Her early leaf’s a flower;
But only so an hour.
Then leaf subsides to leaf.
So Eden sank to grief,
So dawn goes down to day.
Nothing gold can stay.
Robert Frost, "Nothing Gold Can Stay"


- calculateCost() - Method in class model.billing.Invoice
-
Calculate the total cost of this contract.
- calculateCost() - Method in class model.insurance.Contract
-
Calculate the total cost of this contract.
- calculateCost() - Method in class model.insurance.NonFlatSuretyTest
-
- calculateCost() - Method in class model.insurance.VehicleInsurance
-
Calculates the cost of this insurance in eurocents
- calculateCost() - Method in class model.insurance.VehicleInsuranceTest
-
- calculatePremium(int) - Method in class model.insurance.FlatSurety
-
Returns the premium
- calculatePremium(int) - Method in class model.insurance.NonFlatSurety
-
Calculates the premium, if the percentage of the given value is below the minimum, the minimum will be returned,
otherwise calculated value.
- calculatePremium(int) - Method in class model.insurance.Surety
-
Calculate the premium that has to be paid based on the given value
- calculateTax() - Method in class model.billing.Invoice
-
Calculate the total tax of this contract.
- calculateTax() - Method in class model.insurance.Contract
-
Calculate the total tax of this contract.
- calculateTax() - Method in class model.insurance.VehicleInsurance
-
Calculates the tax of this insurance in eurocents
- calculateTax() - Method in class model.insurance.VehicleInsuranceTest
-
- canCreateGreenCard() - Method in class pdf.PdfTest
-
Check if no PdfExceptions get thrown when creating a green card
- canCreateInvoice() - Method in class pdf.PdfTest
-
Check if no PdfExceptions get thrown when creating a invoice pdf
- cityFilter() - Method in class spring.controller.RESTCompanyControllerTest
-
- classSetup() - Static method in class spring.controller.RESTFleetControllerTest
-
- clearPermissions() - Method in class model.account.Role
-
Removes all the permissions of the Role
- close() - Method in class controller.AuthController
-
- close() - Method in class controller.ControllerManager
-
- close() - Method in class dao.database.ProductionManager
-
- close() - Method in class dao.database.ProductionProvider
-
- close() - Method in interface dao.interfaces.DAOManager
-
MUST BE CALLED WHEN PROVIDER IS NOT USED ANYMORE
if not called application will keep running
- CommissionContainer - Interface in model
-
Created by jorg on 5/10/17.
- CommissionContainerController<T extends CommissionContainer> - Class in controller.insurance
-
Created by jorg on 5/10/17.
- CommissionContainerController(DAOManager, DAO<T>, Resource, Function) - Constructor for class controller.insurance.CommissionContainerController
-
- CommissionContainerControllerFactory<T extends CommissionContainer> - Interface in controller.insurance
-
A simple functional factory interface for creating controllers
- Company - Class in model.identity
-
Class representing a general company
- Company() - Constructor for class model.identity.Company
-
Default constructor
- Company(UUID) - Constructor for class model.identity.Company
-
Constructor
- Company(Address, String, String, String, CompanyType) - Constructor for class model.identity.Company
-
Constructor
- Company(Address, String, String, String, CompanyType, Periodicity, Periodicity) - Constructor for class model.identity.Company
-
Constructor
- Company(UUID, Address, String, String, String, CompanyType) - Constructor for class model.identity.Company
-
Constructor
- CompanyController - Class in controller
-
Created by Billie Devolder on 19/04/2017.
- CompanyController(Function, DAOManager) - Constructor for class controller.CompanyController
-
- CompanyDAO<T extends Company> - Interface in dao.interfaces
-
DAO for the bean Company extending IdentityDAO
Created by sam on 3/7/17.
- CompanyType - Enum in model.identity
-
- Compare - Class in util
-
Created by Billie Devolder on 1/05/2017.
- Compare() - Constructor for class util.Compare
-
- compareFields(Object, Object) - Static method in class model.history.FieldsComparator
-
Compare the values of all the fields except fields that are collections or arrays,
between 2 objects of the same class, including the fields of all superclasses
- compareFields() - Method in class model.history.FieldsComparatorTest
-
- ConstraintValidatorFactoryImpl - Class in dao.database.util.unique
-
Created by sam on 4/18/17.
- ConstraintValidatorFactoryImpl(Session) - Constructor for class dao.database.util.unique.ConstraintValidatorFactoryImpl
-
- ConstraintViolationException - Exception in dao.exceptions
-
Exception to throw when constraints in the validation.xml are violated
Created by sam on 5/1/17.
- ConstraintViolationException(Map<String, String>) - Constructor for exception dao.exceptions.ConstraintViolationException
-
Constructor
- ConstraintViolationException(String, String) - Constructor for exception dao.exceptions.ConstraintViolationException
-
Constructor
- containsFleet(Fleet) - Method in class dao.database.ProductionCustomerDAO
-
- containsFleet(Fleet) - Method in interface dao.interfaces.CustomerDAO
-
Returns a Filter to use in ListFiltered in this class, which returns all customers (Can only be one) who the given fleet.
- containsIgnoreCase(String, String) - Static method in class util.Compare
-
- containsName(String) - Method in class dao.database.ProductionCompanyDAO
-
- containsName(String) - Method in class dao.database.ProductionCustomerDAO
-
- containsName(String) - Method in interface dao.interfaces.CompanyDAO
-
Returns a Filter to use in ListFiltered in this class, which returns all Companies which name contains the given name.
- ContentTypeHeaderException - Exception in spring.exceptions
-
Created by jorg on 3/10/17.
- ContentTypeHeaderException() - Constructor for exception spring.exceptions.ContentTypeHeaderException
-
- Contract - Class in model.insurance
-
Representing a contract: a collection of VehicleInsurance of a Customer from an InsuranceCompany
Created by jorg on 4/8/17.
- Contract() - Constructor for class model.insurance.Contract
-
Default constructor
- Contract(InsuranceCompany, Customer, LocalDateTime, LocalDateTime) - Constructor for class model.insurance.Contract
-
Constructor
- ContractController - Class in controller.insurance
-
- ContractController(Function, DAOManager) - Constructor for class controller.insurance.ContractController
-
- ContractDAO - Interface in dao.interfaces
-
Created by sam on 4/12/17.
- controller - package controller
-
- controller.exceptions - package controller.exceptions
-
- controller.insurance - package controller.insurance
-
- ControllerManager - Class in controller
-
This class acts a provider for all the controllers.
- ControllerManager(UUID, UUID) - Constructor for class controller.ControllerManager
-
- convertJsonBytesToObject(byte[], Class<T>) - Static method in class spring.controller.TestUtil
-
- convertObjectToJsonBytes(Object) - Static method in class spring.controller.TestUtil
-
- copy() - Method in class model.account.Function
-
Copies this object and sets all its fields
- copy() - Method in class model.account.Role
-
Copies the object and sets its fields
- copy() - Method in class model.account.User
-
Copies the object and sets all its fields
- copy() - Method in class model.billing.Invoice
-
Copies the object
- copy() - Method in class model.fleet.Fleet
-
Copies the object (and all vehicles)
- copy() - Method in class model.fleet.Vehicle
-
Copies the vehicle
- copy() - Method in class model.fleet.VehicleType
-
Copies the object
- copy() - Method in interface model.history.EditableObject
-
- copy() - Method in class model.identity.Address
-
Copies the object
- copy() - Method in class model.identity.Company
-
Copies the object
- copy() - Method in class model.identity.Customer
-
Copies the object
- copy() - Method in class model.identity.InsuranceCompany
-
Copies the object
- copy() - Method in class model.insurance.Contract
-
Copies the object
- copy() - Method in class model.insurance.FlatSurety
-
- copy() - Method in class model.insurance.NonFlatSurety
-
Copies the object
- copy() - Method in class model.insurance.SpecialCondition
-
Copies the object
- copy() - Method in class model.insurance.Surety
-
Copies the object
- copy() - Method in class model.insurance.VehicleInsurance
-
Copies the object
- corsConfigure() - Method in class main.BackendApplication
-
- countryFilter() - Method in class spring.controller.RESTCompanyControllerTest
-
- create(T) - Method in class controller.AbstractController
-
Attempt to create the object t
- create(ControllerManager) - Method in interface controller.insurance.CommissionContainerControllerFactory
-
- create(VehicleInsurance) - Method in class controller.insurance.VehicleInsuranceController
-
- create(Session, Object) - Static method in class dao.database.HibernateUtil
-
Using Hibernate make the given object persistent in the database
- create(T) - Method in class dao.database.ProductionDAO
-
- create(T) - Method in interface dao.interfaces.DAO
-
Persists the given Object to the database and initializes not lazy loaded properties
- create() - Method in interface model.Factory
-
- create(String, String, String) - Method in class spring.controller.RESTInvoiceController
-
- create(M) - Method in interface spring.model.RESTModelFactory
-
- createCorrection(RESTVehicleInsurance, String, String) - Method in class spring.controller.insurance.RESTVehicleInsuranceController
-
Create a correction for a new vehicle insurance
- createSimpleLogCollection(UUID, User, LogAction, LogResource) - Static method in class model.history.LogEntry
-
- csv - package csv
-
- CSVtoVehicleParser - Class in csv
-
Created by sam on 5/7/17.
- CSVtoVehicleParser() - Constructor for class csv.CSVtoVehicleParser
-
- Customer - Class in model.identity
-
Class representing a Customer having one or more fleets
- Customer() - Constructor for class model.identity.Customer
-
Default Constructor
- Customer(UUID) - Constructor for class model.identity.Customer
-
Constructor
- Customer(Address, String, String, String) - Constructor for class model.identity.Customer
-
Constructor
- Customer(Address, String, String, String, Periodicity, Periodicity) - Constructor for class model.identity.Customer
-
Constructor
- Customer(Address, String, String, String, CompanyType) - Constructor for class model.identity.Customer
-
Constructor
- Customer(UUID, Address, String, String, String, CompanyType) - Constructor for class model.identity.Customer
-
Constructor
- CustomerController - Class in controller
-
For more information of what this class does, see AbstractController
- CustomerController(Function, DAOManager) - Constructor for class controller.CustomerController
-
- CustomerDAO - Interface in dao.interfaces
-
DAO for the bean Customer which is a Company
Created by sam on 3/7/17.


In many binary classification applications, such as disease diagnosis and spam detection, practitioners commonly face the need to limit type I error (i.e., the conditional probability of misclassifying a class 0 observation as class 1) so that it remains below a desired threshold. To address this need, the Neyman-Pearson (NP) classification paradigm is a natural choice; it minimizes type II error (i.e., the conditional probability of misclassifying a class 1 observation as class 0) while enforcing an upper bound, alpha, on the type I error. Although the NP paradigm has a century-long history in hypothesis testing, it has not been well recognized and implemented in classification schemes. Common practices that directly limit the empirical type I error to no more than alpha do not satisfy the type I error control objective because the resulting classifiers are still likely to have type I errors much larger than alpha. As a result, the NP paradigm has not been properly implemented for many classification scenarios in practice. In this work, we develop the first umbrella algorithm that implements the NP paradigm for all scoring-type classification methods, including popular methods such as logistic regression, support vector machines and random forests. Powered by this umbrella algorithm, we propose a novel graphical tool for NP classification methods: NP receiver operating characteristic (NP-ROC) bands, motivated by the popular receiver operating characteristic (ROC) curves. NP-ROC bands will help choose in a data adaptive way and compare different NP classifiers.
| Version: | 2.1.4 |
| Imports: | glmnet, e1071, randomForest, naivebayes, MASS, parallel, ada, stats, graphics, ROCR, tree |
| Suggests: | knitr, rmarkdown |
| Published: | 2018-11-16 |
| Author: | Yang Feng, Jingyi Jessica Li, Xin Tong, and Ye Tian |
| Maintainer: | Yang Feng <yang.feng at columbia.edu> |
| License: | GPL-2 |
| URL: | http://advances.sciencemag.org/content/4/2/eaao1659 |
| NeedsCompilation: | no |
| Citation: | nproc citation info |
| Materials: | ChangeLog |
| CRAN checks: | nproc results |
| Reference manual: | nproc.pdf |
| Vignettes: |
nproc demo |
| Package source: | nproc_2.1.4.tar.gz |
| Windows binaries: | r-devel: nproc_2.1.4.zip, r-release: nproc_2.1.4.zip, r-oldrel: nproc_2.1.4.zip |
| OS X binaries: | r-release: nproc_2.1.4.tgz, r-oldrel: nproc_2.1.4.tgz |
| Old sources: | nproc archive |
Please use the canonical form https://CRAN.R-project.org/package=nproc to link to this page.


Large truck crashes happen all across Arizona and the United States as a whole. And while they may be caused by a wide variety of reasons, they have two things in common. One, big rig crashes frequently cause devastating injuries and deaths, and two, the most severely harmed are almost always the people outside the truck.
If you or a loved one has been involved in a large truck accident, know that you have rights as a victim. The legal team at the Goldman Accident Lawyers can hold the people who harmed you responsible so that you can receive fair and full compensation for the severe losses from the accident. With a free consultation from our trusted Arizona trucking accident lawyers, you can better understand your accident and legal rights so that you can make the best choice in your case.
Our Arizona semi truck accident lawyers have helped accident victims obtain the maximum compensation for injuries and damages. We understand that these types of accidents can be much more serious and life-altering than other car accidents. That is why we are prepared to investigate the accident, contact all parties involved for detailed reports, and ask key questions to help ensure that you receive fair compensation for your injuries.
Like all auto accidents, there are many different factors that frequently cause big rig crashes. However, these causes can often be even more complex and involve numerous at-fault parties. These are some of the most common truck accident causes:
By investigating your crash and collecting both evidence and eye witness testimony, you can better understand the chain of events that led to the incident.


Software, Life, and Stuff I Couldn't Find on the Internet
Et Cetera
Web Reading
xkcd - The best webcomic in the history of webcomics.
Ars Technica - A fantastic news source for tech geeks.
The BBC and the CBC - International and Canadian
news, without the noise.
Links!
[ Rhythm Reloaded ] - Back in college my senior design team built a digital wireless stethoscope, here’s
our website (formerly rhythmreloaded.com).
Patricia Van Reenen, M.S.W., R.S.W - (Inserts shameless plug for mom’s pyschotherapy practice) She’s pretty good, from what I hear! Also note that this was the first website I ever made, and as such I’m inordinately proud of it.


Throughout this election cycle, Trump has become infamous for many things (his hair, his strange relationship with his daughter, his odd undying love for Putin), but above all for his taglines - "make American great again", "build a wall and make Mexico pay for it", "I love women", and so forth. Curious as to just how radical his rhetoric has been, I did a bit of analysis on both word frequency and average grade level, comparing a collection of his speeches with past presidential speeches. The difference was stark. Trump's speeches are on average less than half the average grade level (that is, the number of years of education needed to understand a text) than average presidential speech.
Even more telling, however, were the most frequently used words. I removed a standard list of stop words (that is, the most common words in the English language) from the results to improve the data. Normally, words such as "I", "we", and "you" are included in this list. However, Trump's usage of "I" represented such a high percentage in comparison to even the second most used word ("you") that I felt it statistically significant and worth retaining. By comparison, in past presidential speeches "our" is the most common word.
With an average grade level of 5.2, Trump's speeches focus mostly on - well, himself. "I" wins the race by a landslide, and "Don" (his own name) follows soon after ("Trump" makes an appearance as well). Data Source
5.2
Grade Level
Past presidential speeches focus heavily on an overarching motif of unity and nationalism - words like "people", "united", "one", and so forth appear again and again. Data Source
10.8
Grade Level


PHOTOS: You won’t believe What South Africa Miss Universe Winner Was Up Against
by AndrewYou won’t believe the competition for SA Miss Universe Winner, See Photos
For many, it must be appalling, even more, repulsive that South African born, Zozibini Tunzi, is currently the reigning Miss Universe.‘ Why?’
Since time immemorial, being light-skinned and having straight long hair has been the archetype of what beauty is,. Consequently, many enterprises have profiteered from the misconstrued belief and thus, pumping the African markets with skin lightening and hair straightening products to reinforce the stereotype of beauty. Blame this on colonisation. but that is a conversation for another day.
So it wouldn’t seem bonkers to be surprised how the South African black beauty, who, rocking her short kinky hair, clenched the crown at the worlds largest pageant show.
This was even echoed in her speech made at the Tyler Perry Studios, Georgia, America, where the Pageant was held.
SA Miss Universe Winner’s competition
Check out some photos of the women Zozibini was up against, This was no easy feat as these women are very beautiful in their own ways.
To View and Apply for the latest Jobs and Vacancies in Zimbabwe, Please Visit our Sister website iHarare Jobs


require __DIR__ .
'/../bootstrap.php';
if (isset($_GET['tosign'])) {
$tosign = filter_input(INPUT_GET, 'tosign', FILTER_SANITIZE_SPECIAL_CHARS);
} else {
$tosign = "ed04813b11a47726c3b132a8ec5f067df8390058c463cd14e1e7216ba2f68b08";
}
if (isset($_GET['private_key'])) {
$privateKey = filter_input(INPUT_GET, 'private_key',
FILTER_SANITIZE_SPECIAL_CHARS);
} else {
$privateKey = "1551558c3b75f46b71ec068f9e341bf35ee6df361f7b805deb487d8a4d5f055e";
}
try {
$signature = BlockCypher\Crypto\Signer::sign($tosign, $privateKey);
} catch (Exception $ex) {
ResultPrinter::printError("Sign", "toSign", null, json_encode($tosign), $ex);
exit(1);
}
ResultPrinter::printResult("Sign", "toSign", null, json_encode($tosign), json_encode($signature));
Sign hex data with a private key
This sample code demonstrate how you can use the signer included in this library to sign hex data with a private key. Private key mus be in the same format as returned by Generate Address Endpoint: http://dev.blockcypher.com/?shell#generate-address-endpoint


A small introduction about my self
Currenlty seeking full time position in areas related to Embedded systems, Real-time systems, Linux Device drivers, Linux Kernel Programming, Embedded Linux development, Digital Signal Processing.
Technology facinates me, my aim is to understand the underlying hardware and software.
Download Printable ResumeBreif pool of skill sets acquired over the years.
The Whole World Runs on this.
FPGA/ASIC Design
Scripting Langauges
Engineers life made easier with this.
The pulse of every Microprocessors.
Graphic Design and Computing.
My previous associations
What I have done in my academic career
Concentration in Computer Engineering and VLSI
Concentration in Electonics/Communication/Networking
Please feel free if you would like to have a chat.
5151 Highland Road, Apt #283, Baton Rouge, LA.
+1<PHONE_NUMBER>


--- layout: page title: Vocabularies date: 2014-03-10 07:04:12.000000000 +08:00 categories: [] tags: [] status: publish type: page published: true meta: _edit_last: '4' _wp_page_template: template-custom.php _su_rich_snippet_type: none _su_description: '' author: login: qianli email<EMAIL_ADDRESS>display_name: Qian Li first_name: Qian last_name: Li excerpt: !ruby/object:Hpricot::Doc options: {} ---
Vocabularies provide the ability to annotate metadata as well as instance data, and define a powerful extensibility point for OData.
Annotations that apply across instances should be specified within the metadata. Where the same annotation is defined at both the metadata and instance level, the instance-level annotation should override the annotation specified at the metadata level.
Some things to keep in mind about vocabularies:
To get started with OData Vocabularies, please refer to Vocabulary components


{% extends "credoweb/base.html" %} {% block content %}
We've emailed you instructions for setting your password, if an account exists with the email you entered. You should receive them shortly.
If you don't receive an email, please make sure you've entered the address you registered with, and check your spam folder.


GREEN DISH is a network of people involved in the implementation of digital media & information technology in the developing world.
BENZA & BETTY is a comic strip series drawn by my friend Jacques Coetzer for the Agriculture Research Council in South Africa. The project aims to facilitate practical agriculture related information to developing communities.


In the tables below:
| ID | Root | Field |
|---|---|---|
| 101 | GRDLAT | Latitude of each point on the horizontal grid used to report model output, given in the same order as the three-hourly output. |
| 102 | GRDLON | Longitude of each point on the horizontal grid used to report model output, given in the same order as the three-hourly output. |
| 103 | TERRHT | Two-dimensional field giving the terrain height in meters above mean sea level. |
| 104 | LNDSEA | Two-dimensional field giving the land fraction of each grid cell. A value of 0 indicates that the grid cell is composed entirely of water (either lake or ocean) and 1 indicates that the grid cell is composed entirely of land. Intermediate values indicate fractional land coverage. |
All fluxes are positive downward.
| ID | Root | Field | Unit |
|---|---|---|---|
| --- | --- | Surface fluxes | --- |
| 201 | SFSWIN | incident solar (shortwave) radiation | Joules m-2 |
| 202 | SFSWRF | reflected solar (shortwave) radiation | Joules m-2 |
| 203 | SFLWUP | upward terrestrial (longwave) radiation | Joules m-2 |
| 204 | SFLWDN | downward terrestrial (longwave) radiation | Joules m-2 |
| 205 | SFSENF | sensible heat flux | Joules m-2 |
| 206 | SFLATF | latent heat flux (evapotranspiration) | Joules m-2 |
| 207 | PRECON | convective precipitation | mm |
| 208 | PRESTB | stable precipitation | mm |
| --- | --- | Surface fields | --- |
| 210 | SFQAIR | 2-m specific humidity | kg kg-1 |
| 211 | SFTAIR | 2-m temperature | K |
| 212 | SKNTMP | Surface temperature | K |
| 213 | SFPRSS | Surface Pressure | Pa |
| 214 | SLPRSS | Sea Level Pressure | Pa |
| 215 | SFZVEL | U-component of wind at 10-m | m s-1 |
| 216 | SFMVEL | V-component of wind at 10-m | m s-1 |
| --- | --- | Top-of-atmosphere fluxes | --- |
| 301 | TASWNT | net solar (shortwave) radiation | Joules m-2 |
| 302 | TALWUP | upward terrestrial (longwave) radiation | Joules m-2 |
| 303 | TASWCL | upward solar (shortwave) radiation for clear-sky | Joules m-2 |
| 303 | TALWCL | upward terrestrial (longwave) radiation for clear-sky | Joules m-2 |
| --- | --- | Vertically Integrated Quantities | --- |
| 401 | PRCWAT | precipitable water (water vapor only) | mm |
| 402 | VICH2O | vertically integrated condensed water vapor | mm |
| 403 | UQZFLX | U-component of water vapor flux | kg m-1 s-1 |
| 404 | VQZFLX | V-component of water vapor flux | kg m-1 s-1 |
| ID | Root | Field | Units |
|---|---|---|---|
| 601 | 6HTEMP | Temperature | K |
| 602 | 6HSHUM | Specific Humidity | kg kg-1 |
| 603 | 6HZVEL | Zonal (east-west) wind
(Direction is with respect to the earth's lat/long grid.) |
m s-1 |
| 604 | 6HMVEL | Meridonal (north-south) wind
(Direction is with respect to the earth's lat-lon grid.) |
m s-1 |
| 605 | 6HWVEL | Vertical Velocity | m s-1 |
| 606 | 6HGEOP | Geopotential height | m |
| ID | Root | Field | Unit |
|---|---|---|---|
| --- | --- | Air temperature at 2 meter elevation | --- |
| 1101 | DYTMAX | Daily maximum (period: 00 UTC - 00 UTC) | K |
| 1102 | DYMXTM | Time of daily maximum | (See Note) |
| 1103 | DYTMIN | Daily minimum (period: 0 UTC - 0 UTC) | K |
| 1104 | DYMNTM | Time of daily minimum | (See Note) |
| --- | --- | Soil moisture | --- |
| 1201 | DYSOIL | Total amount of water in the soil column at 12 UTC | mm |
| --- | --- | Runoff | --- |
| 1301 | DYRUNF | Accumulation over prior 24 hours (period: 0 UTC - 0 UTC) | mm |
NOTE: Times of min/max should be reported in seconds after 00 UTC.


Front End Libraries
The following are details outlying the final projects for the Front End Libraries certification from FreeCodeCamp.org
The specific libraries covered in the course work include Bootstrap, jQuery, SASS, React and Redux. Original projects are available as Pens on CodePen.com and include the certification tests used to validate each project. Modified versions of each project exist within this space and are viewable at Github.
This course pushed students to use Bootstrap for layout and responsive design. I made the effort to use Bootstrap in the originals, as you can view from the linked Pens. However, I found that CSS FlexBox much intuitive and easier to use. So as I adapted the apps so they could included on this page I refactored away from bootstrap to plain FlexBox.
Please consider contributing to FreeCodeCamp.org so it may continue to provide free access to educational material for software development. I really believe in their mission.
The objective for this project was to build an app that could retrieve quotes from a remote API and display it in an App. In so doing using the React state management to update the text and author. The project also provided a user with a single button to retrieve new quotes.
This was the first project for the Front End Libraries certification. The work is pretty simple. I elected not to use Redux for any state management. The most difficult part was recalling how to use jQuery to make async API calls. I did not use any promises or async/awaits in this project (that came later). I also began to scratch the surface with Bootstrap though not to any significant degree.
Because of the simplicity of the project I spent more time in styling and discovering different ways to manage that styling. In my original project I used react state to update the style elements individually to change the theme color. In later projects I adopted a different approach of using CSS variables and classes to represent theme settings and use the React state to change to different theme classes in the parent container. This has the benefit of not having to modify style in multiple locations.
Resources:The Markdown Editor is an app that allows a user to enter markdown text in an editor window and see the HTML rendered results in a preview window. My understanding of React had expanded greatly through this project. Some concepts that I drilled into were controlled components and creating reusable components (see my Windowing capability).
Probably the most challenging aspect of this project was designing it for both Mobile and Desktop. I think editors in general are not a good use case for apps on mobile devices because of the limited working area. I think I made a good compromise in design for smaller viewports. A future redesign might move to a tabbed to facilitate easy switch between edit mode and preview mode.
Initially I just used the React state management for most of the interactivity, and later refactored the project to use Redux. It was during this period that I extracted out the expand/shrink functions out of CSS and moved it into the Redux state machine cycle. I had the idea that I could dispatch an event on one window that all windows would observe, then pass a state object that either expands the window or hides the window (when maximizing), or puts all the windows back to the original state.
WindowComponent = connect(
function mapStateToProps(state, ownProps){
let fullSize = state.windows[ownProps.id].fullSize;
let styleClass = "";
if(!state.windows.fullSize){
styleClass = "window col-md-" + state.windows[ownProps.id].width
}else{
if(fullSize){
styleClass = "window col-md-12"
}else{
styleClass = "window windowHide"
}
}
let toReturn = {
width: state.windows[ownProps.id].width,
fullSize: fullSize,
styleClass: styleClass
}
return toReturn
},
function mapDispatchToProps(dispatch){
return{
resizeWindow: (id, width) => {
dispatch(createResizeAction(id, width))
}
}
}, null, {forwardRef: true}
)(WindowComponent)
Resources:
This is a fun app that lets a user play a sound engineer. The idea is to provide a set of 9 sounds tied to buttons that a user can press to play the noise. Some of the requirements for completion include using the audio html tag and its functions. I went beyond the minimum requirements for the project and built in two sound banks that could be switched back and forth. I also did some fun design work implementing my own toggles.
When I first started working on this assignment I still hadn't implemented any state management with Redux. One of the criticisms I have of the course work for this certification is that though it covers Bootstrap, React, Redux, and SCSS, the test cases never validated that these technologies were actually in use in the assessment of the projects. It was a simple matter to write simple React apps, manage state with React state and props. It was at this point that I committed to implementing Redux in the rest of the projects and to back track and implement it in previous projects to help cement anything I learned.
Initially I struggled to understand the API based just on the information within the course. For instance, the course work mentions the two functions mapStateToProperties, and mapDispatchToProperties in relationship to connect but never covered why one would write those, or why one not write those. It wasn't until my final project and hours of reading that I learned that mapStateToProperties has a direct affect in rendering cycles within react and that to reduce render cycles one should only return the absolute minimum amount of data for each function AND that I should check for no change state and return the original objects and not copies of the objects.
Resources:The fourth project involved writing a calculator app. The project requirements diverged from what I thought would be normal operating, particularly around the handling of negation and subtraction. As someone new coming into software development for the first time, this project was a great example of the divergence between Product and Engineering and highlighted the importance of a close working relationship between the two disciplines.
From a technical perspective I really enjoyed using Redux for state management in this app. What I appreciated most was the elimination of the need to do prop drilling. I was able to subscribe each button in the calculator to Redux and dispatch actions at the button level and allow Redux to process each dispatch centrally and update the state. The registers as subscribers to the Redux store only updated on the change to a single property within the state store minimizing the rendering cycles.
Resources:The final project involved building a Timer that implements the Pomodoro Technique. Wikipedia defines the Pomodoro Tehnique as :
... a time management method developed by Francesco Cirillo[1] in the late 1980s.[2] The technique uses a timer to break down work into intervals, traditionally 25 minutes in length, separated by short breaks. Each interval is known as a pomodoro, from the Italian word for 'tomato', after the tomato-shaped kitchen timer that Cirillo used as a university student.[3][4]
It was in this project when the Redux API finally clicked for me. The breakthrough came when I was reading about Higher Order Components (HOC). I could see that the React.connect method was an example of creating a HOC, but what struck me was that this was just a manifestation of the Decorator Pattern which I have used in Java It was the result of this that I was able to use the connect method to create HOCs that I could configure through the state object. Below is an example of one such HOC.
const TimingButton = (props)=>{
let className = "fa-"+props.label+"-circle"
return(
>button className="button lengthButton "
id={props.name}
disabled={props.timing}
onClick={props.action}>
>i className={"fas " + className}>>/i>
>/button>
)};
const SessionDecrementButton = connect(
state =>({timing: state.timing, label: "minus"}),
dispatch => ({action: () => { dispatch({type:DEC_SESSION})}})
)(TimingButton)
const SessionIncrementButton = connect(
state =>({timing: state.timing, label: "plus"}),
dispatch => ({action: () => { dispatch({type:INC_SESSION})}})
)(TimingButton)
As you can see the TimingButton is wrapped by the HOC generated by the connect function which ties a specific dispatch to the clicking of the button. In this way I was able to create a generic button component, the TimingButton, that I could use to generate the different timing buttons I needed simply by using the properties within the Redux store to populate their specific text.
Resources:


Started in 2019, coindesk is fastest growing brand of crypto exchange. With growth rate of 10% in Q1, we aim to gain 40% profit rate in the fiscal year.


The following table shows the margin interest rate model that the Binance brokerages use:
| Brokerage Model | Margin Interest Rate Model |
|---|---|
BinanceBrokerageModel |
NullMarginInterestRateModel |
BinanceFuturesBrokerageModel |
BinanceFutureMarginInterestRateModel for Crypto Perpetual Futures and NullMarginInterestRateModel for other assets |
BinanceCoinFuturesBrokerageModel |
BinanceFutureMarginInterestRateModel for Crypto Perpetual Futures and NullMarginInterestRateModel for other assets |
BinanceUSBrokerageModel |
NullMarginInterestRateModel |


Hi, we're Stack a digital design firm specialising in end-to-end marketing campaigns. We partner with startups and companies, small and large.


Hacker. Educator. Web Developer. Student of life.
I make websites and teach middle schoolers calculus.
Alpha Beta
Say hello!
rasheed.bustamam@gmail.com


N@C energy Chem Fig. cluster {border-style px;} #ffffff;} YSc Olmstead Balch Ni(OEP) orientation Phys endohedral mol effect structures interactions Yang isolated Liu Soc conformers minima ordering ·Ni(OEP) (a) (b) COS- EMF Popov Wang cage potential px; systems {font-family Jin Rev font-size molecular Commun Dorn Stevenson clusters crystal double; fullerene interaction rotation sampling (c) CRS- Fibonacci However, Inorg Mercado atoms bond border-color border-width nitride optimized order relative results solid; structure vertical {font-style {font-weight (d) Beavers COS Chen Coulomb Dunsch Y–N Zhang atom based bold close complexes computational courier; dispersion distribution distributions electrostatic em; inside metal molecule molecules near parameter positions pt;} room shown space sphere stable


This is my final group project for my php class. Although teacher did not allow us to use any framework, I wrote a small router to make my coding easier. I also finished film booking feature(client side), custom movie calender feature(client side) and FAQ feature (admin/client side). I learnt a lot in this project, including how framework work and how to write code which can reused in other project.


Isolate containers with a user namespace
Estimated reading time: 10 minutesLinux namespaces provide isolation for running processes, limiting their access to system resources without the running process being aware of the limitations. For more information on Linux namespaces, see Linux namespaces.
The best way to prevent privilege-escalation attacks from within a container is
to configure your container’s applications to run as unprivileged users. For
containers whose processes must run as the root
user within the container, you
can re-map this user to a less-privileged user on the Docker host. The mapped
user is assigned a range of UIDs which function within the namespace as normal
UIDs from 0 to 65536, but have no privileges on the host machine itself.
About remapping and subordinate user and group IDs
The remapping itself is handled by two files: /etc/subuid
and /etc/subgid
.
Each file works the same, but one is concerned with the user ID range, and the
other with the group ID range. Consider the following entry in /etc/subuid
:
testuser:231072:65536
This means that testuser
is assigned a subordinate user ID range of 231072
and the next 65536 integers in sequence. UID 231072
is mapped within the
namespace (within the container, in this case) as UID 0
(root
). UID 231073
is mapped as UID 1
, and so forth. If a process attempts to escalate privilege
outside of the namespace, the process is running as an unprivileged high-number
UID on the host, which does not even map to a real user. This means the process
has no privileges on the host system at all.
Multiple ranges
It is possible to assign multiple subordinate ranges for a given user or group by adding multiple non-overlapping mappings for the same user or group in the
/etc/subuid
or/etc/subgid
file. In this case, Docker uses only the first five mappings, in accordance with the kernel’s limitation of only five entries in/proc/self/uid_map
and/proc/self/gid_map
.
When you configure Docker to use the userns-remap
feature, you can optionally
specify an existing user and/or group, or you can specify default
. If you
specify default
, a user and group dockremap
is created and used for this
purpose.
Warning: Some distributions, such as RHEL and CentOS 7.3, do not automatically add the new group to the
/etc/subuid
and/etc/subgid
files. You are responsible for editing these files and assigning non-overlapping ranges, in this case. This step is covered in Prerequisites.
It is very important that the ranges not overlap, so that a process cannot gain access in a different namespace. On most Linux distributions, system utilities manage the ranges for you when you add or remove users.
This re-mapping is transparent to the container, but introduces some configuration complexity in situations where the container needs access to resources on the Docker host, such as bind mounts into areas of the filesystem that the system user cannot write to. From a security standpoint, it is best to avoid these situations.
Prerequisites
-
The subordinate UID and GID ranges must be associated with an existing user, even though the association is an implementation detail. The user owns the namespaced storage directories under
/var/lib/docker/
. If you don’t want to use an existing user, Docker can create one for you and use that. If you want to use an existing username or user ID, it must already exist. Typically, this means that the relevant entries need to be in/etc/passwd
and/etc/group
, but if you are using a different authentication back-end, this requirement may translate differently.To verify this, use the
id
command:$ id testuser uid=1001(testuser) gid=1001(testuser) groups=1001(testuser)
-
The way the namespace remapping is handled on the host is using two files,
/etc/subuid
and/etc/subgid
. These files are typically managed automatically when you add or remove users or groups, but on a few distributions such as RHEL and CentOS 7.3, you may need to manage these files manually.Each file contains three fields: the username or ID of the user, followed by a beginning UID or GID (which is treated as UID or GID 0 within the namespace) and a maximum number of UIDs or GIDs available to the user. For instance, given the following entry:
testuser:231072:65536
This means that user-namespaced processes started by
testuser
are owned by host UID231072
(which looks like UID0
inside the namespace) through 296607 (231072 + 65536 - 1). These ranges should not overlap, to ensure that namespaced processes cannot access each other’s namespaces.After adding your user, check
/etc/subuid
and/etc/subgid
to see if your user has an entry in each. If not, you need to add it, being careful to avoid overlap.If you want to use the
dockremap
user automatically created by Docker, check for thedockremap
entry in these files after configuring and restarting Docker. -
If there are any locations on the Docker host where the unprivileged user needs to write, adjust the permissions of those locations accordingly. This is also true if you want to use the
dockremap
user automatically created by Docker, but you can’t modify the permissions until after configuring and restarting Docker. -
Enabling
userns-remap
effectively masks existing image and container layers, as well as other Docker objects within/var/lib/docker/
. This is because Docker needs to adjust the ownership of these resources and actually stores them in a subdirectory within/var/lib/docker/
. It is best to enable this feature on a new Docker installation rather than an existing one.Along the same lines, if you disable
userns-remap
you can’t access any of the resources created while it was enabled. -
Check the limitations on user namespaces to be sure your use case is possible.
Enable userns-remap on the daemon
You can start dockerd
with the --userns-remap
flag or follow this
procedure to configure the daemon using the daemon.json
configuration file.
The daemon.json
method is recommended. If you use the flag, use the following
command as a model:
$ dockerd --userns-remap="testuser:testuser"
-
Edit
/etc/docker/daemon.json
. Assuming the file was previously empty, the following entry enablesuserns-remap
using user and group calledtestuser
. You can address the user and group by ID or name. You only need to specify the group name or ID if it is different from the user name or ID. If you provide both the user and group name or ID, separate them by a colon (:
) character. The following formats all work for the value, assuming the UID and GID oftestuser
are1001
:testuser
testuser:testuser
1001
1001:1001
testuser:1001
1001:testuser
{ "userns-remap": "testuser" }
Note: To use the
dockremap
user and have Docker create it for you, set the value todefault
rather thantestuser
.Save the file and restart Docker.
-
If you are using the
dockremap
user, verify that Docker created it using theid
command.$ id dockremap uid=112(dockremap) gid=116(dockremap) groups=116(dockremap)
Verify that the entry has been added to
/etc/subuid
and/etc/subgid
:$ grep dockremap /etc/subuid dockremap:231072:65536 $ grep dockremap /etc/subgid dockremap:231072:65536
If these entries are not present, edit the files as the
root
user and assign a starting UID and GID that is the highest-assigned one plus the offset (in this case,65536
). Be careful not to allow any overlap in the ranges. -
Verify that previous images are not available using the
docker image ls
command. The output should be empty. -
Start a container from the
hello-world
image.$ docker run hello-world
-
Verify that a namespaced directory exists within
/var/lib/docker/
named with the UID and GID of the namespaced user, owned by that UID and GID, and not group-or-world-readable. Some of the subdirectories are still owned byroot
and have different permissions.$ sudo ls -ld /var/lib/docker/231072.231072/ drwx------ 11<PHONE_NUMBER>72 11 Jun 21 21:19 /var/lib/docker/231072.231072/ $ sudo ls -l /var/lib/docker/231072.231072/ total 14 drwx------ 5<PHONE_NUMBER>72 5 Jun 21 21:19 aufs drwx------ 3<PHONE_NUMBER>72 3 Jun 21 21:21 containers drwx------ 3 root root 3 Jun 21 21:19 image drwxr-x--- 3 root root 3 Jun 21 21:19 network drwx------ 4 root root 4 Jun 21 21:19 plugins drwx------ 2 root root 2 Jun 21 21:19 swarm drwx------ 2<PHONE_NUMBER>72 2 Jun 21 21:21 tmp drwx------ 2 root root 2 Jun 21 21:19 trust drwx------ 2<PHONE_NUMBER>72 3 Jun 21 21:19 volumes
Your directory listing may have some differences, especially if you use a different container storage driver than
aufs
.The directories which are owned by the remapped user are used instead of the same directories directly beneath
/var/lib/docker/
and the unused versions (such as/var/lib/docker/tmp/
in the example here) can be removed. Docker does not use them whileuserns-remap
is enabled.
Disable namespace remapping for a container
If you enable user namespaces on the daemon, all containers are started with user namespaces enabled by default. In some situations, such as privileged containers, you may need to disable user namespaces for a specific container. See user namespace known limitations for some of these limitations.
To disable user namespaces for a specific container, add the --userns=host
flag to the docker container create
, docker container run
, or docker container exec
command.
There is a side effect when using this flag: user remapping will not be enabled for that container but, because the read-only (image) layers are shared between containers, ownership of the the containers filesystem will still be remapped.
What this means is that the whole container filesystem will belong to the user specified in the --userns-remap
daemon config (231072
in the example above). This can lead to unexpected behavior of programs inside the container. For instance sudo
(which checks that its binaries belong to user 0
) or binaries with a setuid
flag.
User namespace known limitations
The following standard Docker features are incompatible with running a Docker daemon with user namespaces enabled:
- sharing PID or NET namespaces with the host (
--pid=host
or--network=host
). - external (volume or storage) drivers which are unaware or incapable of using daemon user mappings.
- Using the
--privileged
mode flag ondocker run
without also specifying--userns=host
.
User namespaces are an advanced feature and require coordination with other capabilities. For example, if volumes are mounted from the host, file ownership must be pre-arranged need read or write access to the volume contents.
While the root user inside a user-namespaced container process has many of the
expected privileges of the superuser within the container, the Linux kernel
imposes restrictions based on internal knowledge that this is a user-namespaced
process. One notable restriction is the inability to use the mknod
command.
Permission is denied for device creation within the container when run by
the root
user.


| Charge Code | Description | Penalty | Demerit points | Charge (R) |
| {{charge.charge_code}} | {{charge.charge_word}} | {{charge.penalty}} | {{charge.demerit_points}} | {{charge.charge_fee}} |
| View more charge codes |
| AARTO Charge codes help |
This page provides a list of the AARTO Charge codes, their penalties, points and fees.
For more charge codes please click on the link displayed at the bottom of the table.
You can use a search box at the top riht of the page to search
for a code by keyword.


×
Admin
App Name 1
App Name 2
About
☰ open
Initializing WrApper
WrApper is Ready
Get HTML
Store HTML in storage
Pull HTML from storage
Enter the HTML URL you would like to WrApp:
http://<IP_ADDRESS>/example/testHtmlGet.html
Get it
History: (Cached on Device)


|
||||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
| Class Summary | |
|---|---|
| CombinerOptimizer | Optimize map reduce plans to use the combiner where possible. |
| DistinctCombiner | A special implementation of combiner used only for distinct. |
| DistinctCombiner.Combine | |
| JobControlCompiler | This is compiler class that takes an MROperPlan and converts it into a JobControl object with the relevant dependency info maintained. |
| JobControlCompiler.PigBagWritableComparator | |
| JobControlCompiler.PigCharArrayWritableComparator | |
| JobControlCompiler.PigDBAWritableComparator | |
| JobControlCompiler.PigDoubleWritableComparator | |
| JobControlCompiler.PigFloatWritableComparator | |
| JobControlCompiler.PigIntWritableComparator | |
| JobControlCompiler.PigLongWritableComparator | |
| JobControlCompiler.PigTupleWritableComparator | |
| JobControlCompiler.PigWritableComparator | |
| KeyTypeDiscoveryVisitor | A visitor to figure out the type of the key for the map plan this is needed when the key is null to create an appropriate NullableXXXWritable object |
| Launcher | |
| MapReduceLauncher | Main class that launches pig for Map Reduce |
| MapReduceOper | An operator model for a Map Reduce job. |
| MapReducePOStoreImpl | This class is used to have a POStore write to DFS via a output collector/record writer. |
| MRCompiler | The compiler that compiles a given physical plan into a DAG of MapReduce operators which can then be converted into the JobControl structure. |
| PhyPlanSetter | Sets the parent plan for all Physical Operators. |
| PigBytesRawComparator | |
| PigCombiner | |
| PigCombiner.Combine | |
| PigDoubleRawComparator | |
| PigFloatRawComparator | |
| PigHadoopLogger | A singleton class that implements the PigLogger interface for use in map reduce context. |
| PigInputFormat | |
| PigIntRawComparator | |
| PigLongRawComparator | |
| PigMapBase | |
| PigMapOnly | This class is the static Mapper class used by Pig to execute Pig map only jobs. |
| PigMapOnly.Map | |
| PigMapReduce | This class is the static Mapper & Reducer classes that are used by Pig to execute Pig Map Reduce jobs. |
| PigMapReduce.Map | |
| PigMapReduce.MapWithComparator | This "specialized" map class is ONLY to be used in pig queries with order by a udf. |
| PigMapReduce.Reduce | |
| PigMapReduce.ReduceWithComparator | This "specialized" reduce class is ONLY to be used in pig queries with order by a udf. |
| PigOutputFormat | The better half of PigInputFormat which is responsible for the Store functionality. |
| PigOutputFormat.PigRecordWriter | |
| PigSplit | The main split class that maintains important information about the input split. |
| PigTextRawComparator | |
| PigTupleRawComparator | |
| ProgressableReporter | |
| SliceWrapper | Wraps a Slice in an InputSplit so it's usable by hadoop. |
| UDFFinishVisitor |
| Exception Summary | |
|---|---|
| JobCreationException | |
| MRCompilerException |
|
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| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |


Typedefs | |
| typedef unsigned char | u8_t |
| The 8-bit unsigned data type. | |
| typedef unsigned short | u16_t |
| The 16-bit unsigned data type. | |
| typedef unsigned short | uip_stats_t |
| The statistics data type. |
|
|
The 16-bit unsigned data type. This may have to be tweaked for your particular compiler. "unsigned short" works for most compilers. |
|
|
The 8-bit unsigned data type. This may have to be tweaked for your particular compiler. "unsigned char" works for most compilers. |
|
|
The statistics data type. This datatype determines how high the statistics counters are able to count. |


R - Data processing, statistical analysis and visualisation Packages- a) zoo - Manipulation of time series b) forecast - Time series forecasting using holt winters implementation c) rcharts - Interactive graphs Rapache - Http server to execute R scripts on the server


Mrs. Robertson, the Mother of Mincemeat International
Mincemeat International was established in 1987 when Mrs. Robertson started making mincemeat filling in the family grocery shop in Los Angeles, California. Over the years has become the best selling mincemeat filling within the United States and all across the world.
Mincemeat International was established in 1987 when Mrs. Robertson started making mincemeat filling in the family grocery shop in Los Angeles, California. Over the years has become the best selling mincemeat filling within the United States and all across the world.


|
Ubiquity
2.3.0
php rapid development framework
|
APCU cache implementation Ubiquity$ApcuCache This class is part of Ubiquity. More...
Public Member Functions | |
| __construct ($root, $postfix="") | |
| Initializes the apcu cache-provider. More... | |
| exists ($key) | |
| Check if annotation-data for the key has been stored. More... | |
| store ($key, $code, $tag, $php=true) | |
| fetch ($key) | |
| Fetches data stored for the given key. More... | |
| file_get_contents ($key) | |
| return data stored for the given key. More... | |
| getTimestamp ($key) | |
| Returns the timestamp of the last cache update for the given key. More... | |
| remove ($key) | |
| clear () | |
| getCacheFiles ($type) | |
| clearCache ($type) | |
| getEntryKey ($key) | |
| Public Member Functions inherited from AbstractDataCache | |
| __construct ($root, $postfix="") | |
| exists ($key) | |
| Check if annotation-data for the key has been stored. More... | |
| expired ($key, $duration) | |
| store ($key, $code, $tag=null, $php=true) | |
| Caches the given data with the given key. More... | |
| getRoot () | |
| setRoot ($_root) | |
| fetch ($key) | |
| Fetches data stored for the given key. More... | |
| file_get_contents ($key) | |
| return data stored for the given key. More... | |
| getTimestamp ($key) | |
| Returns the timestamp of the last cache update for the given key. More... | |
| remove ($key) | |
| clear () | |
| Clears all cache entries. More... | |
| getCacheFiles ($type) | |
| clearCache ($type) | |
| getCacheInfo () | |
| getEntryKey ($key) | |
Protected Member Functions | |
| storeContent ($key, $content, $tag) | |
| Caches the given data with the given key. More... | |
| getRealKey ($key) | |
| getCacheEntries ($type) | |
| getAllEntries () | |
| Protected Member Functions inherited from AbstractDataCache | |
| storeContent ($key, $content, $tag) | |
Additional Inherited Members | |
| Data Fields inherited from AbstractDataCache | |
| const | PHP_TAG = "<?php\n" |
| Protected Attributes inherited from AbstractDataCache | |
| $_root | |
| $postfix | |
APCU cache implementation Ubiquity$ApcuCache This class is part of Ubiquity.
Definition at line 17 of file ApcuCache.php.
| __construct | ( | $root, | |
$postfix = "" |
|||
| ) |
Initializes the apcu cache-provider.
Definition at line 22 of file ApcuCache.php.
| clear | ( | ) |
Definition at line 102 of file ApcuCache.php.
| clearCache | ( | $type | ) |
Definition at line 136 of file ApcuCache.php.
| exists | ( | $key | ) |
Check if annotation-data for the key has been stored.
| string | $key | cache key |
Definition at line 32 of file ApcuCache.php.
| fetch | ( | $key | ) |
Fetches data stored for the given key.
| string | $key | cache key |
Definition at line 61 of file ApcuCache.php.
| file_get_contents | ( | $key | ) |
return data stored for the given key.
| string | $key | cache key |
Definition at line 72 of file ApcuCache.php.
|
protected |
Definition at line 113 of file ApcuCache.php.
|
protected |
Definition at line 106 of file ApcuCache.php.
| getCacheFiles | ( | $type | ) |
Definition at line 122 of file ApcuCache.php.
| getEntryKey | ( | $key | ) |
Definition at line 143 of file ApcuCache.php.
|
protected |
Definition at line 51 of file ApcuCache.php.
| getTimestamp | ( | $key | ) |
Returns the timestamp of the last cache update for the given key.
| string | $key | cache key |
Definition at line 82 of file ApcuCache.php.
| remove | ( | $key | ) |
Definition at line 98 of file ApcuCache.php.
| store | ( | $key, | |
| $code, | |||
| $tag, | |||
$php = true |
|||
| ) |
Definition at line 36 of file ApcuCache.php.
|
protected |
Caches the given data with the given key.
| string | $key | cache key |
| string | $content | the source-code to be cached |
| string | $tag | not used |
Definition at line 47 of file ApcuCache.php.


XCVCNTS=%10d CVCNTS=%10d AFSSP=%8d APCAS=%8d AF300=%8d A200Y=%8d A200Y=%8d A260X=%8d
if=/home/data/231RF10.nc of=junk.asc ti=09:00:00-09:05:00 var=ADIFR var=BDIFR
The -a option tells n2asc to produce an ASCII file following the NASA Ames Data Exchange Format.
The -n option tells n2asc to not place colons in the time stamp. Format will be HHMMSS instead of HH:MM:SS.
The -u option tells n2asc to print variable units on the 2nd line. This will not apply to NASA output formats.
The -dt option adds a date column as the first column. Format is yyyy-mm-dd.
email Chris Webster