Global Functions in Global Namespace C++
in Sourcefile unload.h
- rtl_addUnloadingListener
- extern "C"
sal_Int32 rtl_addUnloadingListener(
| rtl_unloadingListenerFunc |
callback, |
| void * |
_this ); |
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
NO |
YES |
- Description
- The function registered an unloading listener. The callback argument is a
function which is called when the unloading procedure has been initiated by a call to
rtl_unloadUnusedLibraries
. The second argument is used to distinguish between different
listener instances and may be NULL
. It will be passed as argument when the callback
function is being called. The return value identifies the registered listener and will
be used for removing the listener later on. If the same listener is added more then
once then every registration is treated as if made for a different listener. That is,
a different cookie is returned and the callback function will be called as many times
as it has been registered.
- Parameters
| callback |
- a function that is called to notify listeners.
|
| this |
- a value to distinguish different listener instances
|
- Return
- identifier which is used in rtl_removeUnloadingListener
- rtl_moduleCount_acquire
- extern "C"
void rtl_moduleCount_acquire(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
NO |
YES |
- Summary
- Default implementation for
rtl_ModuleCount.acquire
. Use this function along with
rtl_StandardModuleCount
.
- rtl_moduleCount_canUnload
- extern "C"
sal_Bool rtl_moduleCount_canUnload(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
NO |
YES |
- Summary
- Default implementation for
component_canUnload
. Use this function along with
rtl_StandardModuleCount
.
- rtl_moduleCount_release
- extern "C"
void rtl_moduleCount_release(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
NO |
YES |
- Description
- Default implementation for
rtl_ModuleCount.release
.
Use this function along with
rtl_StandardModuleCount
.
- rtl_registerModuleForUnloading
- extern "C"
sal_Bool rtl_registerModuleForUnloading(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
NO |
YES |
- Summary
- By registering a module, one declares that a module supports the
unloading mechanism. One registers a module by calling this function.
- Description
- A module can only be unloaded from memory when it has been registered
as many times as it has been loaded. The reason is that a library can
be "loaded" several times by
osl_loadModule
within the same process. The
function will then return the same module handle because the library will
effectively only be loaded once. To remove the library from memory it is
necessary to call osl_unloadModule
as often as
osl_loadModule
was called. The
function rtl_unloadUnusedModules
calls osl_unloadModule
for a module as many
times as it was registered. If, for example, a module has been registered one
time less then osl_loadModule
has been called and the module can be unloaded
then it needs a call to rtl_unloadUnusedModules
and an explicit call to
osl_unloadModule
to remove the module from memory.
A module must be registered every time it has been loaded otherwise the
unloading mechanism is not effective.
Before a module is registered, one has to make sure that the module is in a
state that prevents it from being unloaded. In other words,
component_canUnload
must return sal_False
. Assuming that
component_canUnload
returns sal_True
and it is registered regardless, then a call to
rtl_unloadUnusedModules
causes the module to be unloaded. This unloading can
be set off by a different thread and the thread which registered the module is
"unaware" of this. Then when the first thread tries to obtain a factory or
calls another function in the module, the application will crash, because the
module has been unloaded before. Therefore one has to ensure that the module
cannot be unloaded before it is registered. This is simply done by obtaining a
factory from the module. As long as a factory or some other object, which has
been created by the factory, is alive, the component_canUnload
function will
return sal_False
.
Loading and registering have to be in this order:
- load a library (
osl_loadModule
)
- get the
component_getFactory
function and get a factory
- register the module (rtl_registerModuleForUnloading
Usually the service manager is used to obtain an instance of a service.
The service manager registers all modules which support the unloading mechanism.
When the service manager is used to get service instances than one does not
have to bother about registering.
- Parameters
| module |
a module handle as is obtained by osl_loadModule
|
- Return
- sal_True - the module could be registered for unloading, sal_False otherwise
- rtl_removeUnloadingListener
- extern "C"
void rtl_removeUnloadingListener(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
NO |
YES |
- Description
- Listeners (the callback functions) must be unregistered before the listener code
becomes invalid. That is, if a module contains listener code, namely callback
functions of type
rtl_unloadingListenerFunc
, then those functions must not be
registered when component_canUnload
returns sal_True
.
- Parameters
| cookie |
is an identifier as returned by rtl_addUnloadingListener function.
|
- rtl_unloadUnusedModules
- extern "C"
void rtl_unloadUnusedModules(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
NO |
YES |
- Description
- This function sets off the unloading mechanism. At first it notifies the
unloading listeners in order to give them a chance to do cleanup and get
their threads in a safe state. Then all registered modules are asked if they
can be unloaded. That is, the function calls component_canUnload on every
registered module. If
sal_True
is returned then osl_unloadModule
is called for the belonging module as often as it is registered.
A call to osl_unloadModule
does not guarantee that the module is unloaded even
if its component_canUnload
function returns sal_True
.
The optional in-parameter libUnused
specifies a period of time which a library
must be unused in order to qualify for being unloaded. By using this argument
one can counter the multithreading problem as described further above. It is in
the responsibility of the user of this function to provide a timespan big enough
to ensure that all threads are out of modules (see component_canUnload
).
The service managers which have been created by functions such as
createRegistryServiceFactory
(declared in cppuhelper/servicefactory.hxx) are
registered listeners and release the references to factories on notification.
- Parameters
| libUnused |
span of time that a module must be unused to be unloaded. the
argument is optional.
|
- rtl_unregisterModuleForUnloading
- extern "C"
void rtl_unregisterModuleForUnloading(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
NO |
YES |
- Description
- The function revokes the registration of a module. By calling the function for
a previously registered module one prevents the module from being unloaded by
this unloading mechanism. However, in order to completely unregister the module
it is necessary to call the function as often as the module has been registered.
rtl_unloadUnusedModules
unregisters the modules which it unloads. Therefore
there is no need to call this function unless one means to prevent the unloading of a module.
- Parameters
| module |
a module handle as is obtained by osl_loadModule
|
Top of Page
Copyright © 2012, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


Hello
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Computer Memory
Like many computer users, I have a notion of what computer memory is. I know I need enough of it to keep my computer from running at a snail's pace. I also know how to monitor CPU usage and available RAM, and how to quit or kill processes that are gobbling up too many resources. I know how to purchase and install RAM upgrades into my computer. I also know that when my RAM is in full use, the CPU starts accessing virtual memory, which is when it accesses the hard disk directly. For this blog post I dug in deeper and learned a little more about how computer memory works.
The CPU of a computer is responsible for retrieving information from available resources. This could be your hard drive, a flash drive, a CD or DVD, etc. As it turns out, accessing information from something like a hard drive takes a relatively long time. Memory allows for faster retrieval of information, by having it on stage and ready to go. Memory is sort of like a director (CPU) calling "action" with the actors in position (RAM), vs. the actors taking a break in their trailers (Hard Disk) and having to scramble out the door to get in front of the camera. The performance can be given either way, in one case it just takes longer. Memory is temporary though, unlike a hard drive. Once the data stored in RAM is no longer needed, it gets purged to allow new data to be stored in RAM.
Computer memory isn't as simple as RAM vs. Hard Disk, however. CPUs these days actually run faster than the RAM in your computer can keep up with. The bits of your processor determines how many bytes your computer can access simultaneously. For every 8 bits it can access 1 byte, so a 64-bit processor can access 8 bytes at a time. The hertz, or clock cycle of the CPU indicates how many times per second those bytes can be accessed. Therefore a 64-bit 2.6GHz (gigahertz) processor could access 8 bytes, 2.6 billion times every second. This is theoretical, however. In reality there's something called latency which is a slight delay that occurs when the CPU reads the first bit of information. There's also still the issue of how can a CPU's speed be utilized to its fullest when RAM can't actually keep up. To address this issue, there's something called cache.
Most computers have a level 1 and a level 2 cache. The level 1 cache is memory located right at the CPU level. Level 2 cache is most often located on the motherboard with a direct connection to the CPU. The memory available in these 2 caches is very small. Level 1 is 2 to 64KB, and level 2 is 256KB to 2MB. Most of the time, the processes a CPU needs to run are handled in these caches. The exchange of data at this level are much faster than RAM to CPU, allowing for the CPU to better utilize its power. These caches make up for what RAM can't do in keeping up with the CPU.
For more a little more in depth overview, please check out this computer memory article on howstuffworks.com.


Core
framework
One Page Nav
by Trevor Davis
owlCarousel
by David Deutsch
Hoverdir
by Codrops
onepagenav
Nav Doc
by Andika Chamberlin
One Page Nav
Demo
Home
Portfolio
About
Contact
portfolio
about
contact
owlCarousel
Core With Owl Carousel
Core With Owl Carousel
Core With Owl Carousel
Core With Owl Carousel
Core With Owl Carousel
Core With Owl Carousel
Hoverdir
Navbar Smooth
Demo
Hoverdir Grid
Nav Doc
Demo


Production : /api/v1
Staging : /api/v1
| Key | Value |
|---|---|
| Apitoken | {"name":"root","sig":"427d6803b78311e68afd0242ac130006"} |
| Content-Type | application/json |
| X-Forwarded-For | <IP_ADDRESS> |
{"hostgroup_id":343,"dir_path":"testpath"}
200
| Key | Value |
|---|---|
| Access-Control-Allow-Credentials | true |
| Access-Control-Allow-Headers | Content-Type, Content-Length, Apitoken |
| Access-Control-Allow-Methods | POST, GET, OPTIONS, PUT, DELETE, UPDATE |
| Access-Control-Allow-Origin | * |
| Access-Control-Expose-Headers | Content-Length |
| Access-Control-Max-Age | 86400 |
| Content-Type | application/json; charset=utf-8 |
{"id":1501,"grp_id":343,"dir":"testpath","create_user":"root"}
| Key | Value |
|---|---|
| Apitoken | {"name":"root","sig":"427d6803b78311e68afd0242ac130006"} |
| X-Forwarded-For | <IP_ADDRESS> |
200
| Key | Value |
|---|---|
| Access-Control-Allow-Credentials | true |
| Access-Control-Allow-Headers | Content-Type, Content-Length, Apitoken |
| Access-Control-Allow-Methods | POST, GET, OPTIONS, PUT, DELETE, UPDATE |
| Access-Control-Allow-Origin | * |
| Access-Control-Expose-Headers | Content-Length |
| Access-Control-Max-Age | 86400 |
| Content-Type | application/json; charset=utf-8 |
[{"id":1499,"grp_id":343,"dir":"testpath","create_user":"root"},{"id":1501,"grp_id":343,"dir":"testpath","create_user":"root"}]
| Key | Value |
|---|---|
| Apitoken | {"name":"root","sig":"427d6803b78311e68afd0242ac130006"} |
| Content-Type | application/json |
| X-Forwarded-For | <IP_ADDRESS> |
200
| Key | Value |
|---|---|
| Access-Control-Allow-Credentials | true |
| Access-Control-Allow-Headers | Content-Type, Content-Length, Apitoken |
| Access-Control-Allow-Methods | POST, GET, OPTIONS, PUT, DELETE, UPDATE |
| Access-Control-Allow-Origin | * |
| Access-Control-Expose-Headers | Content-Length |
| Access-Control-Max-Age | 86400 |
| Content-Type | application/json; charset=utf-8 |
{"message":"plugin:1501 is deleted"}


#include "_doctype.html"
cURL - Vulnerability Table
#include "css.t"
#include "manpage.t"
#define CURL_DOCS
#define REL_DOCS
#define DOCS_VULNTABLE
#define CURL_URL docs/vulnerabilities.html
#include "_menu.html"
#include "setup.t"
WHERE3(Docs, "/docs/", Release Docs, "/docs/reldocs.html", Vulnerabilities)
TITLE(curl and libcurl Vulnerabilities Table Overview)
This is the exhaustive list of all curl versions and which releases that are
vulnerable to each publicly
disclosed vulnerability!
Each version number link shows a vulnerability summary for that specific
release.
#include "vuln.txt"
#include "_footer.html"


| Package | Description |
|---|---|
| org.powertac.common |
Power TAC domain types, shared between simulation server and brokers.
|
| org.powertac.common.msg |
Message types exchanged between the Power TAC simulation server and brokers.
|
| org.powertac.common.repo |
Repositories that need to exist in both the Power TAC simulation server
and in brokers.
|
| org.powertac.samplebroker.core |
Implementation of the core of a Power TAC broker, including time-keeping,
server login and communication, message routing, and session management.
|
| org.powertac.samplebroker.interfaces |
Interfaces that can be implemented by broker behavioral modules,
connecting them to the core and the server.
|
| Modifier and Type | Field and Description |
|---|---|
protected Broker |
TariffMessage.broker
The broker originating this message
|
protected Broker |
BrokerTransaction.broker
Whose transaction is this?
|
| Modifier and Type | Method and Description |
|---|---|
Broker |
Broker.addMarketPosition(MarketPosition posn,
int slot)
Associates a MarketPosition with a given Timeslot.
|
Broker |
Broker.addMarketPosition(MarketPosition posn,
Timeslot slot)
Deprecated.
|
Broker |
TariffSpecification.getBroker() |
Broker |
TariffMessage.getBroker() |
Broker |
Tariff.getBroker() |
Broker |
Order.getBroker() |
Broker |
MarketPosition.getBroker() |
Broker |
BrokerTransaction.getBroker()
The Broker to whom this Transaction applies.
|
| Constructor and Description |
|---|
BalancingTransaction(Broker broker,
int when,
double kWh,
double charge) |
BankTransaction(Broker broker,
double amount,
int time)
Constructs a new BankTransaction instance, giving it a new id.
|
BrokerTransaction(int timeslotIndex,
Broker broker) |
CapacityTransaction(Broker broker,
int when,
int peakTimeslot,
double threshold,
double kwh,
double charge) |
CashPosition(Broker broker,
double balance,
int timeslot) |
DistributionTransaction(Broker broker,
int when,
double kwh,
double charge) |
DistributionTransaction(Broker broker,
int when,
int nSmall,
int nLarge,
double kwh,
double charge) |
MarketPosition(Broker broker,
int timeslot,
double balance) |
MarketPosition(Broker broker,
Timeslot timeslot,
double balance) |
MarketTransaction(Broker broker,
int when,
int timeslot,
double mWh,
double price) |
MarketTransaction(Broker broker,
int when,
Timeslot timeslot,
double mWh,
double price) |
Order(Broker broker,
int timeslot,
double mWh,
Double limitPrice)
Creates a new Order for Broker to buy or sell a quantity of energy
in Timeslot.
|
Order(Broker broker,
Timeslot timeslot,
double mWh,
Double limitPrice)
Deprecated.
|
TariffMessage(Broker broker) |
TariffSpecification(Broker broker,
PowerType powerType)
Creates a new TariffSpecification for a broker and a specific powerType.
|
TariffTransaction(Broker broker,
int when,
TariffTransaction.Type txType,
TariffSpecification spec,
CustomerInfo customer,
int customerCount,
double kWh,
double charge)
Deprecated.
|
TariffTransaction(Broker broker,
int when,
TariffTransaction.Type txType,
TariffSpecification spec,
CustomerInfo customer,
int customerCount,
double kWh,
double charge,
boolean regulation)
Creates a new TariffTransaction for broker of type txType against
a particular tariff spec and customer.
|
| Modifier and Type | Field and Description |
|---|---|
protected Broker |
OrderStatus.broker
The broker originating this message
|
| Modifier and Type | Method and Description |
|---|---|
Broker |
PauseRequest.getBroker() |
Broker |
PauseRelease.getBroker() |
Broker |
OrderStatus.getBroker() |
| Constructor and Description |
|---|
BalancingOrder(Broker broker,
TariffSpecification tariff,
double exerciseRatio,
double price)
Creates a new BalancingOrder for the given tariff.
|
BrokerAuthentication(Broker broker)
Creates an instance from a broker
|
OrderStatus(Broker broker,
long orderId)
Convenience constructor for timeslotDisabled message
|
OrderStatus(Broker broker,
long orderId,
OrderStatus.Status status) |
PauseRelease(Broker broker) |
PauseRequest(Broker broker) |
TariffExpire(Broker broker,
TariffSpecification tariff,
org.joda.time.Instant expiration) |
TariffRevoke(Broker broker,
TariffSpecification tariff) |
TariffStatus(Broker broker,
long tariffId,
long updateId,
TariffStatus.Status status) |
TariffUpdate(Broker broker,
long tariffId) |
TariffUpdate(Broker broker,
TariffSpecification tariff) |
VariableRateUpdate(Broker broker,
Rate rate,
HourlyCharge hourlyCharge) |
| Modifier and Type | Method and Description |
|---|---|
Broker |
BrokerRepo.findById(long id) |
Broker |
BrokerRepo.findByUsername(String username) |
Broker |
BrokerRepo.findOrCreateByUsername(String username) |
| Modifier and Type | Method and Description |
|---|---|
List<Broker> |
BrokerRepo.findDisabledBrokers() |
List<Broker> |
BrokerRepo.findRetailBrokers() |
List<Broker> |
BrokerRepo.findWholesaleBrokers() |
Collection<Broker> |
BrokerRepo.list() |
| Modifier and Type | Method and Description |
|---|---|
void |
BrokerRepo.add(Broker broker) |
List<Tariff> |
TariffRepo.findTariffsByBroker(Broker broker) |
List<TariffSpecification> |
TariffRepo.findTariffSpecificationsByBroker(Broker broker) |
| Modifier and Type | Method and Description |
|---|---|
Broker |
PowerTacBroker.getBroker()
Returns the "real" broker underneath this monstrosity
|
| Modifier and Type | Method and Description |
|---|---|
Broker |
BrokerContext.getBroker()
Returns the org.powerac.common.Broker instance
|
Copyright © 2019 Power TAC. All rights reserved.


Course: Software Engieering(CPSC-44000-LT1)
Course Credit Hours: 3
Course Desciption:
Methods, strategies, and tools for implementing software systems, particularly as part of a development team. Topics include the software development life cycle, Unified Modeling Language, software testing techniques, software security, open-source development, requirements gathering and documentation, maintenance, and basic software project management.
Prerequistes: CPSC-24500 Object-Oriented Programming
Course Meeting Times: MWF 12-12:50am CT from August 31 through December 12th
Meeting Location: AS 104A
Course Final: Monday, December 14th from 1:30 to 3:30pm CT
Student Learning Outcomes| Course Schedule | ||
|---|---|---|
| Sprint | Topics | Textbook Readings |
| 1 |
Introduction to SaaS and Agile Development The Architecture of SaaS Applications Getting Started with Git & GitHub Cloud Computing with Microsoft Azure |
Chapter 1 Chapter 2 A.5 and A.6 |
| 2 |
Ruby Overview Getting Started with JavaScript Getting Started with Bootstrap Getting Started with Node.js |
Chapter 3 Chapter 4 Chapter 6 |
| 3 |
Behavior Driven Development Plan and Document Requirements Getting Started with Microsoft Azure and Node.js |
Chapter 7 |
| 4 |
Testing and Test-Driven Development HTML, CSS, JavaScript, and Bootstrap Azure, Node.js, JavaScript, and Express |
Chapter 8 |
| 5 |
Maintenance, Metrics, and Metrics Agile Requirements & Saas Environment Class Project – Sprint 1: |
Chapter 9 |
| 6 |
Project Management & Scaled Agile Serverless Computing Class Project – Sprint 2 |
Chapter 10 |
| 7 |
Design Patterns Software Architecture Class Project – Sprint 3 |
Chapter 11 |
| 8 |
Performance, Releases, Reliability, and Security More Software Architecture Class Project – Sprint 4 |
Chapter 12 |
Schedule Changes:Material changes to the course schedule will be communicated through course lecture and/or Blackboard announcements.


Your comparison group is {{ meta.staff | number }} staff from {{ meta.workplaces | number }} {{ pluralizeWorkplaces(meta.workplaces) }} using ASC-WDS and providing {{ canViewFullContent ? 'the same main service as you' : 'adult social care' }} in your local authority.
Your comparison group information is not available at the moment.


circlize-package.Rd
Circular visualization in R
This package aims to implement circular layout in R.
Since most of the figures are composed of points, lines and polygons, we just need to implement low-level functions for drawing points, lines and polygons.
Current there are following low-level graphic functions:
For drawing points, lines and text through the whole track (among several sectors), the following functions are available:
Draw circular heatmaps
Functions to arrange circular layout:
Theoretically, you are able to draw most kinds of circular plots by the above functions.
For specific use in genomics, we also implement functions which add graphics in genome scale.
Functions to initialize circos plot with genomic coordinates:
Functions to arrange genomic circular layout:
Functions to add basic graphics in genomic scale:
Functions with specific purpose:
Finally, function that draws Chord diagram:
Please refer to the vignettes (https://jokergoo.github.io/circlize_book/book/ ) to find out how to draw basic and advanced circular plots by this package.
# There is no example NULL#> NULL


Assessment session on July 12, 2017
I am a front-end developer.
Alma mater
Belarusian State University of Informatics and Radioelectronics
Faculty of Computer Systems and Networks
2010 - 2015
Specialist in Computer Science
I've started my developer career in .NET
I was a big fan of C# language and wrote web applications using ASP.NET MVC.
For UI I always used JavaScript in conjuction with server-side rendering.
.NET was my jumpstart to a development world. I've discovered quickly emerging JavaScript ecosystem and community and soon switched entirely to front-end.
During my front-end career I've gained experience in a dozen of tools and techs.
Sass, Stylus
Git
My front-end career is connected with Wolters Kluwer project.
I participated in development of over 5 independent web application during that time.
I played a key developer role on all of them.
Solely responsible for POC application development. Work autonomously, directly communicating with customer's SA.
Result: POC was a success and soon a real project has started.
Free keys management for non-paid users of the web app.
On July 1 I finished my career in Wolters Kluwer to learn new technologies and achieve a broader view on development world.
I'm mastering React Native ecosystem and preparing myself for the new project, wich is just about to start.


Around the World in 80 Days
by Jules Verne
Chapter 32: In Which Phileas Fogg Engages in a Direct Struggle with Bad Fortune
Additional Information
- Year Published: 1873
- Language: English
- Country of Origin: France
- Source: Verne, J. (1873) Around the World in 80 Days Paris, France: Routledge
-
Readability:
- Flesch–Kincaid Level: 8.0
- Word Count: 1,165
- Genre: Adventure
- Keywords: 19th century literature, adventure, french literature
- ✎ Cite This
Downloads
The China, in leaving, seemed to have carried off Phileas Fogg's last hope. None of the other steamers were able to serve his projects. The Pereire, of the French Transatlantic Company, whose admirable steamers are equal to any in speed and comfort, did not leave until the 14th; the Hamburg boats did not go directly to Liverpool or London, but to Havre; and the additional trip from Havre to Southampton would render Phileas Fogg's last efforts of no avail. The Inman steamer did not depart till the next day, and could not cross the Atlantic in time to save the wager.
Mr. Fogg learned all this in consulting his Bradshaw, which gave him the daily movements of the trans–Atlantic steamers.
Passepartout was crushed; it overwhelmed him to lose the boat by three–quarters of an hour. It was his fault, for, instead of helping his master, he had not ceased putting obstacles in his path! And when he recalled all the incidents of the tour, when he counted up the sums expended in pure loss and on his own account, when he thought that the immense stake, added to the heavy charges of this useless journey, would completely ruin Mr. Fogg, he overwhelmed himself with bitter self–accusations. Mr. Fogg, however, did not reproach him; and, on leaving the Cunard pier, only said: "We will consult about what is best to–morrow. Come."
The party crossed the Hudson in the Jersey City ferryboat, and drove in a carriage to the St. Nicholas Hotel, on Broadway. Rooms were engaged, and the night passed, briefly to Phileas Fogg, who slept profoundly, but very long to Aouda and the others, whose agitation did not permit them to rest.
The next day was the 12th of December. From seven in the morning of the 12th to a quarter before nine in the evening of the 21st there were nine days, thirteen hours, and forty–five minutes. If Phileas Fogg had left in the China, one of the fastest steamers on the Atlantic, he would have reached Liverpool, and then London, within the period agreed upon.
Mr. Fogg left the hotel alone, after giving Passepartout instructions to await his return, and inform Aouda to be ready at an instant's notice. He proceeded to the banks of the Hudson, and looked about among the vessels moored or anchored in the river, for any that were about to depart. Several had departure signals, and were preparing to put to sea at morning tide; for in this immense and admirable port there is not one day in a hundred that vessels do not set out for every quarter of the globe. But they were mostly sailing vessels, of which, of course, Phileas Fogg could make no use.
He seemed about to give up all hope, when he espied, anchored at the Battery, a cable's length off at most, a trading vessel, with a screw, well–shaped, whose funnel, puffing a cloud of smoke, indicated that she was getting ready for departure.
Phileas Fogg hailed a boat, got into it, and soon found himself on board the Henrietta, iron–hulled, wood–built above. He ascended to the deck, and asked for the captain, who forthwith presented himself. He was a man of fifty, a sort of sea–wolf, with big eyes, a complexion of oxidised copper, red hair and thick neck, and a growling voice.
"The captain?" asked Mr. Fogg.
"I am the captain."
"I am Phileas Fogg, of London."
"And I am Andrew Speedy, of Cardiff."
"You are going to put to sea?"
"In an hour."
"You are bound for—"
"Bordeaux."
"And your cargo?"
"No freight. Going in ballast."
"Have you any passengers?"
"No passengers. Never have passengers. Too much in the way."
"Is your vessel a swift one?"
"Between eleven and twelve knots. The Henrietta, well known."
"Will you carry me and three other persons to Liverpool?"
"To Liverpool? Why not to China?"
"I said Liverpool."
"No!"
"No?"
"No. I am setting out for Bordeaux, and shall go to Bordeaux."
"Money is no object?"
"None."
The captain spoke in a tone which did not admit of a reply.
"But the owners of the Henrietta—" resumed Phileas Fogg.
"The owners are myself," replied the captain. "The vessel belongs to me."
"I will freight it for you."
"No."
"I will buy it of you."
"No."
Phileas Fogg did not betray the least disappointment; but the situation was a grave one. It was not at New York as at Hong Kong, nor with the captain of the Henrietta as with the captain of the Tankadere. Up to this time money had smoothed away every obstacle. Now money failed.
Still, some means must be found to cross the Atlantic on a boat, unless by balloon—which would have been venturesome, besides not being capable of being put in practice. It seemed that Phileas Fogg had an idea, for he said to the captain, "Well, will you carry me to Bordeaux?"
"No, not if you paid me two hundred dollars."
"I offer you two thousand."
"Apiece?"
"Apiece."
"And there are four of you?"
"Four."
Captain Speedy began to scratch his head. There were eight thousand dollars to gain, without changing his route; for which it was well worth conquering the repugnance he had for all kinds of passengers. Besides, passenger's at two thousand dollars are no longer passengers, but valuable merchandise. "I start at nine o'clock," said Captain Speedy, simply. "Are you and your party ready?"
"We will be on board at nine o'clock," replied, no less simply, Mr. Fogg.
It was half–past eight. To disembark from the Henrietta, jump into a hack, hurry to the St. Nicholas, and return with Aouda, Passepartout, and even the inseparable Fix was the work of a brief time, and was performed by Mr. Fogg with the coolness which never abandoned him. They were on board when the Henrietta made ready to weigh anchor.
When Passepartout heard what this last voyage was going to cost, he uttered a prolonged "Oh!" which extended throughout his vocal gamut.
As for Fix, he said to himself that the Bank of England would certainly not come out of this affair well indemnified. When they reached England, even if Mr. Fogg did not throw some handfuls of bank–bills into the sea, more than seven thousand pounds would have been spent!


Alien: Resurrection
Alien Resurrection is a movie starring Sigourney Weaver, Winona Ryder, and Dominique Pinon. 200 years after her death, Ellen Ripley is revived as a powerful human/alien hybrid clone. Along with a crew of space pirates, she must...


Update
Delete
Run Now
Team
Last Run
Checks Status From The Latest Run
Check
Status
Expression
From:
To:
Data Series
Name
Source
Query
Checks
Description
Boolean Expression
Alert Level
Variables
Name
Value
Modes of Notification
Mode Type
Publish Status Too?
Mail To
Schedule
Start Date
End Date
Interval
Dates to Run
Times to Run
Days to Run


“The proper use of science is not to conquer nature but to live in it.” - Barry Commoner
Quick Links
Foot Sanitizer Dispenser Stand
The present pandemic COVID-19 has made it necessary to remain Healthy and Hygiene. Among other suggestions WHO has given importance to clean hands regularly.
Hence Hi5 Solutions has embarked into product of Foot Dispenser for Hand Sanitization. This enables user a hands free experience of sanitization of hands.
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Hi5 Solutions are suppliers of Ozone generator. Air treatment by ozone generators helps in reducing Air borne bacteria and also removal of unpleasant odour in
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Visual blog of Hannah, aka. herlifeinpixels
Hi, I'm Hannah from in Toronto, Canada. I have a fearless appetite for adrenaline and adventure. #ExperienceEverything is where I share my stories of meeting familar strangers, experiencing unfamilar things.
#ExperienceEverything is an experiment on the idea that if we allow ourselves to get a little lost, interesting people and experiences will find us and enlighten our lives. The hard part is getting lost and becoming comfortable with that state of mind. I'm exploring this idea of slowing down and celebrating these small, beautiful moments of being present, and getting lost in doing things we really love.


\(\oint_C\mathbf{B.dl}=\mu_0 \mu_r \sum I\)
Consider a solenoid inductor, composed of N loops of current-carrying wire, which can be considered infinitely long except at the edges.
The magnetic field inside the solenoid can be found by painfully applying Biot-Savart law or by simple application of Ampere's law.
\(\mathbf{B}\) inside the solenoid can be considered as constant, 0 outside of the rings and \(\mathbf{B.dl}=0\) on the perpendicular trajectories. The only part contributing to the loop integral is the one inside the solenoid.
On that path, \(\mathbf{B.dl}=|B||dl|\). Therefore:
$$\oint_C \mathbf{B.dl}=\oint_C B\, dl = \mu_0 NI $$
$$B\times L = \mu_0 NI$$
$$B = \frac{\mu_0 NI}{L} = n\mu_0I$$
A toroidal inductor is composed of loops of current wrapped in a donut shape - ie a wire wound around a ring N times, carrying current I.
For C
1
, there is no current comprised inside the loop.
For C
3
, there are as many current wires carrying current out of the page as towards the page, and therefore the net current inside the loop is 0.
Therefore, for C 1 and C 3 , \(\oint \mathbf{B_1.dl}=0\).
For C 2 , a loop passing through the center of the toroid, \(\oint_{C_2}\mathbf{B_2.dl}=\mu_0 N I\). Since there are N wires carrying current I into the page and no current going out: \(\sum\limits^N{I}=N\times I\). If the radius of \(C_2\) is \(r_2\):
$$\oint \mathbf{B_2.dl}=2\pi r_2\times B_2= \mu_0 N I$$ $$B_2=\frac{\mu_0 NI}{2\pi r_2}$$


FULL STACK WEB DEVELOPER
Find Out MoreI am a traveler, learner and a web developer in search of opportunities that can push my boundaries. Being challenged and experiencing new skills, people and ways of thinking has been important to me in my past and will continue in my future as a web developer.
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1) Go to your wordpress post (sign in and edit)
2) Copy "iframe" element below into wordpress text section.


If elected, I will work to unite voices within the international community into three core primary objectives:
I will also be focussing on a wide variety of issues which I believe deeply affect student life.


Notice
This repository contains a fork maintained by GerHobbelt. The original JSON5 work is available at json5/json5.
For an overview of all changes (fixes and features), see the section What's New or Different? further below.
The JSON5 Data Interchange Format (JSON5) is a superset of JSON that aims to alleviate some of the limitations of JSON by expanding its syntax to include some productions from ECMAScript 5.1.
This JavaScript library is a derivative of the official reference implementation for JSON5 parsing and serialization libraries, where this derivative includes a few extra features: these extras are marked with 🎷🍓 in the feature list further below.
JSON isn’t the friendliest to write. Keys need to be quoted, objects and arrays can’t have trailing commas, and comments aren’t allowed — even though none of these are the case with regular JavaScript today.
That was fine when JSON’s goal was to be a great data format, but JSON’s usage has expanded beyond machines. JSON is now used for writing configs, manifests, even tests — all by humans.
There are other formats that are human-friendlier, like YAML, but changing from JSON to a completely different format is undesirable in many cases. JSON5’s aim is to remain close to JSON and JavaScript.
The following ECMAScript 5.1 features, which are not supported in JSON, have been extended to JSON5.
Note the restrictions mentioned below in the section about enhanced string formats.
🎷🍓 RegExp class instances are serialized as regular objects with at least these attributes:
re
(=RegExp.toString()
source
(=RegExp.source
)flags
(=RegExp.flags
)Any browsable attributes added to the instance will be included in the JSON5 output.
🎷🍓 Error class instances are serialized as regular objects with at least these attributes:
name
(=Error.name
message
(=Error.message
)Any browsable attributes added to the instance will be included in the JSON5 output.
{
// comments
unquoted: 'and you can quote me on that',
singleQuotes: 'I can use "double quotes" here',
lineBreaks: "Look, Mom! \
No \\n's!",
hexadecimal: 0xdecaf,
leadingDecimalPoint: .8675309, andTrailing: 8675309.,
positiveSign: +1,
trailingComma: 'in objects', andIn: ['arrays',],
"backwardsCompatible": "with JSON",
}
For a detailed explanation of the JSON5 format, please read the official specification.
npm install @gerhobbelt/json5
const JSON5 = require('@gerhobbelt/json5')
<script src="https://unpkg.com/<EMAIL_ADDRESS>This will create a global JSON5
variable.
The JSON5 API is compatible with the JSON API.
JSON5.parse()
Parses a JSON5 string, constructing the JavaScript value or object described by the string. An optional reviver function can be provided to perform a transformation on the resulting object before it is returned.
JSON5.parse(text[, reviver])
text
: The string to parse as JSON5.
reviver
: If a function, this prescribes how the value originally produced by
parsing is transformed, before being returned.
reviver
callback function arguments: (key, value)
, where
this
: references the JavaScript object containing the key/value pair.key
: a string representing the attribute value
.value
: the value of the this[key]
attribute, as parsed by JSON5.The reviver()
function returns the (possibly altered/'revived') value
.
When reviver()
returns undefined
, the attribute (this[key]
) is deleted
from the object.
The root of the parsed JSON5 object tree is also passed into reviver()
as an
attribute with key ''
(empty string), thus allowing reviver()
to postprocess
every part of the parsed JSON5 input.
Note that reviver()
is called as part of the JSON5 parse postprocess and thus
CANNOT be used to encode alternate behaviour when encountering duplicate keys in
an input object or other parse errors: JSON5 first performs a full parse, before
invoking reviver()
on each of the regenerated elements.
The object corresponding to the given JSON5 text.
JSON5.stringify()
Converts a JavaScript value to a JSON5 string, optionally replacing values if a replacer function is specified, or optionally including only the specified properties if a replacer array is specified.
JSON5.stringify(value[, replacer[, space[, circularRefHandler]]])
JSON5.stringify(value[, options])
value
: The value to convert to a JSON5 string.
replacer
: A function that alters the behavior of the stringification
process, or an array of String and Number objects that serve as a whitelist
for selecting/filtering the properties of the value object to be included in
the JSON5 string. If this value is null or not provided, all properties of the
object are included in the resulting JSON5 string.
space
: A String or Number object that's used to insert white space into the
output JSON5 string for readability purposes. If this is a Number, it
indicates the number of space characters to use as white space; this number is
capped at 10 (if it is greater, the value is just 10). Values less than 1
indicate that no space should be used. If this is a String, the string (or the
first 10 characters of the string, if it's longer than that) is used as white
space. If this parameter is not provided (or is null), no white space is used.
If white space is used, trailing commas will be used in objects and arrays.
circularRefHandler
: 🎷🍓 A callback function which is invoked for every element
which would otherwise cause JSON5.stringify()
to throw a
"converting circular structure to JSON5"
TypeError exception.
The callback returns the value to stringify in its stead. When this value
happens to contain circular references itself, then these will be detected
by JSON5.stringify()
and encoded as '[!circular ref inside circularRefHandler!]'
string values instead.
Callback function arguments: (value, circusPos, stack, keyStack, key, err)
, where
value
: The circular reference value.circusPos
: Index into the stack[]
and keyStack[]
arrays, indicating the
parent object which is referenced by the value
circular reference value.stack
: The stack of parents (objects, arrays) for this value. The first entry
(index 0) is the root value
. The array is a snapshot (shallow clone) to ensure
user code can simply store this reference value directly without risking
JSON5-internal closure problems which would ensue when we wouldn't have provided
you with a snapshot/clone.value
down. The first entry
(index 0) is the root value
. Useful when you wish to display a diagnostic
which lists the traversal path through the object hierarchy in the root value
towards the circular reference value
at hand, for instance.key
: Direct parent key of the current value
. Same as keyStack[keyStack.length - 1]
.err
: The TypeError produced by JSON5.stringify()
: provided here so your
user-defined callback code can deside to throw that circular reference error
anyway.options
: An object with the following properties:
replacer
: Same as the replacer
parameter.space
: Same as the space
parameter.quote
: A String representing the quote character to use when serializing
strings. When not explicitly specified, JSON5 will heuristically determine
the quote to use for each string value to minimize the number of character
escapes (and thus minimize output size).circularRefHandler
: 🎷🍓 A callback function which is invoked for every element
which would otherwise cause JSON5.stringify()
to throw a
"converting circular structure to JSON5"
TypeError exception. See the
circularRefHandler
argument description above for more info.noES6StringOutput
: 🎷🍓 when set to true
(or a truthy value)
JSON5.stringify()
will not output ('`') backtick-encoded
ES6 string literals; instead the strings will be output in JSON5 Standard
single- or double-quoted escaped string values. You may set this option to
output JSON5 files which will be conpatible with other Standard JSON5 readers.A JSON5 string representing the value.
require()
JSON5 filesWhen using Node.js, you can require()
JSON5 files by adding the following
statement.
require('json5/lib/register')
Then you can load a JSON5 file with a Node.js require()
statement. For
example:
const config = require('./config.json5')
NOTE: 🎷🍓 This, of course, assumes the require
d JSON5 file DOES NOT contain "heredoc" formatted
string content!
Since JSON is more widely used than JSON5, this package includes a CLI for converting JSON5 to JSON and for validating the syntax of JSON5 documents.
npm install --global @gerhobbelt/json5
json5 [options] <file>
If <file>
is not provided, then STDIN is used.
-s
, --space
: The number of spaces to indent or t
for tabs-o
, --out-file [file]
: Output to the specified file, otherwise STDOUT. (🎷🍓 If -
is given as the file
name, STDOUT is used.)-v
, --validate
: Validate JSON5 but do not output JSON-V
, --version
: Output the version number-h
, --help
: Output usage informationgit clone https://github.com/GerHobbelt/json5
cd json5
npm install
When contributing code, please write relevant tests and run npm test
and npm run lint
before submitting pull requests. Please use an editor that supports
EditorConfig.
To report bugs or request features regarding the JSON5 data format, please submit an issue to the official specification repository.
To report bugs or request features regarding the JavaScript implementation of JSON5, please submit an issue to this repository.
Here's a comprehensive list of features and fixes compared to the original
🎷🍓 added support for ES2015-style `...` multiline string template literals, e.g.
{ str: `multiline
example
string value!`
}
Notes on this enhanced string format:
While The Template Literals Spec
says otherwise, we still DO NOT support octal escapes in JSON5 ''-delimited *multiline strings*, as these ARE NOT identical to JavaScript 'template strings' as we DO NOT intend to support the
${...}` template variable expansion feature either!
The multiline string literals are available to ease writing JSON5 content by hand (or generator) where the string content spans multiple lines and/or contains various quote characters, thus minimizing the need for escaping content.
Any MAC or WINDOWS style line ends are transformed to standard UNIX line ends, i.e. these transformations are done automatically by JSON5:
🎷🍓 added support for heredoc string values,
which must start with <<
immediately followed by a marker, e.g. EOT
or
some other alphanumeric identifier, which, when used on a line alone, will
signal the end of the 'heredoc' string.
For example:
{ str: <<EOT
multiline EOT
example \n
string value!
EOT
}
will have encoded the literal string
multiline EOT
example \n
string value!
i.e. none of the content of the heredoc will be treated as escaped! (The \n
in
there would thus read as JavaScript string "\\n"
.)
Notes on this enhanced string format:
When parsing heredoc values, we must extract the EOT marker before anything else. Once we've done that, we skip the first newline and start scanning/consuming heredoc content until we hit the EOT marker on a line by itself, sans whitespace.
We accept 2 or more(!) <
characters to mark the start of a heredoc chunk.
We accept any non-whitespace character sequence as heredoc EOT marker.
By convention we do not accept 'formatting whitespace/indentation' before the EOT marker on the same line.
The content of the heredoc starts after the first CR/LF; we DO NOT tolerate trailing whitespace or any other cruft immediately following the EOT marker!
JSON5 scans for a lone heredoc EOT marker to terminate the string content; until we find one, everything is literal string content.
heredoc content DOES NOT process escape sequences: everything is passed on as-is!
The content ENDS before the last CR/LF before the lone EOT marker; i.e. the EOT marker must exist on a line by itself, without any preceeding or trailing whitespace.
If the JSON5 field is followed by more data, the separator (comma, bracket, ...) must exist on the line past the EOT marker line: the EOT must be clearly 'alone' in there, e.g.:
{ str: <<EOT
multiline EOT
example \n
string value!
EOT
, extra: 42
}
CR / CRLF / LF MAC/Windows/UNIX line ends in the content ARE NOT transformed.
This differs from the 'multiline string literal' type described above, where all line endings are automatically converted to UNIX style '\n'. Hence one may consider heredoc as a binary data format.
🎷🍓 JSON5.stringify()
comes with a fourth argument: an optional callback method
which will be invoked for each value in the value-to-stringify which would cause
a 'cyclical reference' error to be thrown otherwise.
The user-specified callback can deliver an alternative value to encode in its stead or throw the error exception after all.
See the API documentation further above.
🎷🍓 Duplicate the same key in an object causes a syntax error when parsing JSON5 input.
(This can happen, for instance, when you feed manually edited JSON5 content
to JSON5.parse()
or when processing JSON5 content which has been (incorrectly)
merged by arbitrary text diff/patch tools.)
MIT. See LICENSE.md for details.
Assem Kishore founded this project.
Michael Bolin independently arrived at and published some of these same ideas with awesome explanations and detail. Recommended reading: Suggested Improvements to JSON
Douglas Crockford of course designed and built JSON, but his state machine diagrams on the JSON website, as cheesy as it may sound, gave us motivation and confidence that building a new parser to implement these ideas was within reach! The original implementation of JSON5 was also modeled directly off of Doug’s open-source json_parse.js parser. We’re grateful for that clean and well-documented code.
Max Nanasy has been an early and prolific supporter, contributing multiple patches and ideas.
Andrew Eisenberg contributed the original
stringify
method.
Jordan Tucker has aligned JSON5 more closely with ES5, wrote the official JSON5 specification, completely rewrote the codebase from the ground up, and is actively maintaining this project.
Packages and documents discussing material which attempts to solve the same or a very similar problem:
machine-readable (and -writable) structured data which is easy for humans to read and write.


Files CCore/inc/math/UIntSlowMulAlgo.h CCore/src/math/UIntSlowMulAlgo.cpp
This file contains two Algorithm Packages with unsigned integer algorithms. They are parametrized by some unsigned integral type.
/* struct UIntSlowMulAlgo<UInt> */
template <UIntType UInt>
struct UIntSlowMulAlgo
{
static constexpr unsigned Bits = Meta::UIntBits<UInt> ;
static constexpr UInt MaxVal = MaxUInt<UInt> ;
struct DoubleUMul
{
UInt hi;
UInt lo;
DoubleUMul(UInt a,UInt b);
};
static UInt DoubleUDiv(UInt hi,UInt lo,UInt den); // hi<den
};
Bits is the number of bits of the type.
MaxVal is the maximum value of the type.
DoubleUMul is a Class-function, it performs the full multiplication of the arguments a and b and returns the result in the pair hi and lo, where hi is the high part of the product and the lo is the lower part of the product.
DoubleUDiv() performs the division of the double-size value, given by the arguments hi and lo, by the third argument den. It is assumed, that hi < den, in such case the result is represented by the single-size value. Otherwise the behavior is unspecified.
/* struct UIntSlowMulFunc<UInt> */
template <UIntType UInt>
struct UIntSlowMulFunc
{
using Algo = UIntSlowMulAlgo<UInt> ;
using Mul = typename Algo::DoubleUMul ;
static UInt Div(UInt hi,UInt lo,UInt den);
static UInt Mod(UInt hi,UInt lo,UInt den);
static UInt MulDiv(UInt a,UInt b,UInt den);
struct DivMod
{
UInt div;
UInt mod;
DivMod(UInt hi,UInt lo,UInt den);
};
static UInt ModMul(UInt a,UInt b,UInt mod);
static UInt ModMac(UInt s,UInt a,UInt b,UInt mod);
};
Mul() performs the full multiplication of the arguments a and b and returns the result in the pair hi and lo, where hi is the high part of the product and the lo is the lower part of the product.
Div() performs the division of the double-size value, given by the arguments hi and lo, by the third argument den. It is assumed, that hi < den, in such case the result is represented by the single-size value. Otherwise the behavior is unspecified.
Mod() calculates the remainder of the division of the double-size value, given by the arguments hi and lo, by the third argument den. It is assumed, that hi < den, otherwise the behavior is unspecified.
MulDiv() multiplies a and b and divides the full double-size product by den. The high part of the product must be less than den, otherwise the behavior is unspecified.
DivMod() performs both operations Div() and Mod() and returns the result in the fields div and mod.
ModMul() calculates the product of the a and b by the module mod. It is assumed, that a and b < mod, otherwise the behavior is unspecified. The result is less than mod.
ModMac() calculates the expression s+a*b by the module mod. It is assumed, that a, b and s < mod, otherwise the behavior is unspecified. The result is less than mod.


- SaveToFile() - Method in class ui.FrmMain
-
Control function used to update the
the data serialized to the population-record.ser
file.
- serializeData() - Method in class db.PopulationTableModel
-
Control function that can be used to
write the current contents of the
grid to a file.
- setBirths2010(long) - Method in class bo.Record
-
BIRTHS2010 field value setter.
- setBirths2010(long) - Method in class mp2.Record
-
BIRTHS2010 field value setter.
- setBirths2011(long) - Method in class bo.Record
-
BIRTHS2011 field value setter.
- setBirths2011(long) - Method in class mp2.Record
-
BIRTHS2011 field value setter.
- setCensus2010pop(long) - Method in class bo.Record
-
CENSUS2010POP field value setter.
- setCensus2010pop(long) - Method in class mp2.Record
-
CENSUS2010POP field value setter.
- setComparisonYear(int) - Method in class bo.Record
-
- setComparisonYear(int) - Method in class mp2.Record
-
- setDeaths2010(long) - Method in class bo.Record
-
DEATHS2010 field value setter.
- setDeaths2010(long) - Method in class mp2.Record
-
DEATHS2010 field value setter.
- setDeaths2011(long) - Method in class bo.Record
-
DEATHS2011 field value setter.
- setDeaths2011(long) - Method in class mp2.Record
-
DEATHS2011 field value setter.
- setDivision(String) - Method in class bo.Record
-
Division Code Setter.
- setDivision(String) - Method in class mp2.Record
-
Division Code Setter.
- setDomesticmig2010(long) - Method in class bo.Record
-
DOMESTICMIG2010 field value setter.
- setDomesticmig2010(long) - Method in class mp2.Record
-
DOMESTICMIG2010 field value setter.
- setDomesticmig2011(long) - Method in class bo.Record
-
DOMESTICMIG2011 field value setter.
- setDomesticmig2011(long) - Method in class mp2.Record
-
DOMESTICMIG2011 field value setter.
- setEstimatesbase2010(long) - Method in class bo.Record
-
ESTIMATESBASE2010 field value setter.
- setEstimatesbase2010(long) - Method in class mp2.Record
-
ESTIMATESBASE2010 field value setter.
- setInternationalmig2010(long) - Method in class bo.Record
-
INTERNATIONALMIG2010 field value setter.
- setInternationalmig2010(long) - Method in class mp2.Record
-
INTERNATIONALMIG2010 field value setter.
- setInternationalmig2011(long) - Method in class bo.Record
-
INTERNATIONALMIG2011 field value setter.
- setInternationalmig2011(long) - Method in class mp2.Record
-
INTERNATIONALMIG2011 field value setter.
- setName(String) - Method in class bo.Record
-
Name field value setter.
- setName(String) - Method in class mp2.Record
-
Name field value setter.
- setNaturalinc2010(long) - Method in class bo.Record
-
NATURALINC2010 field value setter.
- setNaturalinc2010(long) - Method in class mp2.Record
-
NATURALINC2010 field value setter.
- setNaturalinc2011(long) - Method in class bo.Record
-
NATURALINC2011 field value setter.
- setNaturalinc2011(long) - Method in class mp2.Record
-
NATURALINC2011 field value setter.
- setNetmig2010(long) - Method in class bo.Record
-
NETMIG2010 field value setter.
- setNetmig2010(long) - Method in class mp2.Record
-
NETMIG2010 field value setter.
- setNetmig2011(long) - Method in class bo.Record
-
NETMIG2011 field value setter.
- setNetmig2011(long) - Method in class mp2.Record
-
NETMIG2011 field value setter.
- setNPopChg2010(long) - Method in class bo.Record
-
NPOPCHG_2010 field value setter.
- setNPopChg2010(long) - Method in class mp2.Record
-
NPOPCHG_2010 field value setter.
- setNPopChg2011(long) - Method in class bo.Record
-
NPOPCHG_2011 field value setter.
- setNPopChg2011(long) - Method in class mp2.Record
-
NPOPCHG_2011 field value setter.
- setPopestimate2010(long) - Method in class bo.Record
-
POPESTIMATE2010 field value setter.
- setPopestimate2010(long) - Method in class mp2.Record
-
POPESTIMATE2010 field value setter.
- setPopestimate2011(long) - Method in class bo.Record
-
POPESTIMATE2011 field value setter.
- setPopestimate2011(long) - Method in class mp2.Record
-
POPESTIMATE2011 field value setter.
- setRbirth2011(double) - Method in class bo.Record
-
RBIRTH2011 field value setter.
- setRbirth2011(double) - Method in class mp2.Record
-
RBIRTH2011 field value setter.
- setRdeath2011(double) - Method in class bo.Record
-
RDEATH2011 field value setter.
- setRdeath2011(double) - Method in class mp2.Record
-
RDEATH2011 field value setter.
- setRdomesticmig2011(double) - Method in class bo.Record
-
RDOMESTICMIG2011 field value setter.
- setRdomesticmig2011(double) - Method in class mp2.Record
-
RDOMESTICMIG2011 field value setter.
- setRegion(String) - Method in class bo.Record
-
Region Code Setter.
- setRegion(String) - Method in class mp2.Record
-
Region Code Setter.
- setResidual2010(long) - Method in class bo.Record
-
RESIDUAL2010 field value setter.
- setResidual2010(long) - Method in class mp2.Record
-
RESIDUAL2010 field value setter.
- setResidual2011(long) - Method in class bo.Record
-
RESIDUAL2011 field value setter.
- setResidual2011(long) - Method in class mp2.Record
-
RESIDUAL2011 field value setter.
- setRinternationalmig2011(double) - Method in class bo.Record
-
RINTERNATIONALMIG2011 field value setter.
- setRinternationalmig2011(double) - Method in class mp2.Record
-
RINTERNATIONALMIG2011 field value setter.
- setRnaturalinc2011(double) - Method in class bo.Record
-
RNATURALINC2011 field value setter.
- setRnaturalinc2011(double) - Method in class mp2.Record
-
RNATURALINC2011 field value setter.
- setRnetmig2011(double) - Method in class bo.Record
-
RNETMIG2011 field value getter.
- setRnetmig2011(double) - Method in class mp2.Record
-
RNETMIG2011 field value getter.
- setState(String) - Method in class bo.Record
-
State FIP Code Setter.
- setState(int) - Method in class mp2.Record
-
State FIP Code Setter.
- setSumlev(String) - Method in class bo.Record
-
Summary Level Code Setter.
- setSumlev(Record.SumLevCode) - Method in class mp2.Record
-
Summary Level Code Setter.
- setValueAt(Object, int, int) - Method in class db.PopulationTableModel
-
Control function used to update a cell of the grid.
- STATE_INDEX - Static variable in class db.PopulationTable
-
- STATE_INDEX - Static variable in class db.PopulationTableModel
-
- SUMLEV_INDEX - Static variable in class db.PopulationTable
-
- SUMLEV_INDEX - Static variable in class db.PopulationTableModel
-


$def with (password,email)
Login: $email
Password: $password
Save your login and password in a safe place.


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java.lang.Object | +--org.apache.axis.wsdl.toJava.JavaWriter
Emitter knows about WSDL writers, one each for PortType, Binding, Service, Definition, Type. But for some of these WSDL types, Wsdl2java generates multiple files. Each of these files has a corresponding writer that extends JavaWriter. So the Java WSDL writers (JavaPortTypeWriter, JavaBindingWriter, etc.) each calls a file writer (JavaStubWriter, JavaSkelWriter, etc.) for each file that that WSDL generates.
For example, when Emitter calls JavaWriterFactory for a Binding Writer, it returns a JavaBindingWriter. JavaBindingWriter, in turn, contains a JavaStubWriter, JavaSkelWriter, and JavaImplWriter since a Binding may cause a stub, skeleton, and impl template to be generated.
Note that the writers that are given to Emitter by JavaWriterFactory DO NOT extend JavaWriter. They simply implement Writer and delegate the actual task of writing to extensions of JavaWriter.
All of Wsdl2java's Writer implementations follow a common behaviour. JavaWriter is the abstract base class that dictates this common behaviour. This behaviour is primarily placed within the generate method. The generate method calls, in succession (note: the starred methods are the ones you are probably most interested in):
| Field Summary | |
protected Emitter |
emitter
|
protected java.lang.String |
type
|
| Constructor Summary | |
protected |
JavaWriter(Emitter emitter,
java.lang.String type)
Constructor. |
| Method Summary | |
protected void |
closePrintWriter(java.io.PrintWriter pw)
Close the print writer. |
void |
generate()
Generate a file. |
protected abstract java.lang.String |
getFileName()
This method must be implemented by a subclass. |
protected java.io.PrintWriter |
getPrintWriter(java.lang.String filename)
You should not need to override this method. |
protected boolean |
isFileGenerated(java.lang.String file)
You should not need to override this method. |
protected void |
registerFile(java.lang.String file)
You should not need to override this method. |
protected java.lang.String |
verboseMessage(java.lang.String file)
Return the string: "Generating |
protected void |
writeComment(java.io.PrintWriter pw,
org.w3c.dom.Element element)
Output a documentation element as a Java comment. |
protected abstract void |
writeFileBody(java.io.PrintWriter pw)
This method must be implemented by a subclass. |
protected void |
writeFileFooter(java.io.PrintWriter pw)
You may want to override this method. |
protected void |
writeFileHeader(java.io.PrintWriter pw)
This method is intended to be overridden as necessary to generate file header information. |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
protected Emitter emitter
protected java.lang.String type
| Constructor Detail |
protected JavaWriter(Emitter emitter, java.lang.String type)
| Method Detail |
public void generate() throws java.io.IOException
generate
in interface Generator
java.io.IOException
protected abstract java.lang.String getFileName()
protected boolean isFileGenerated(java.lang.String file)
protected void registerFile(java.lang.String file)
protected java.lang.String verboseMessage(java.lang.String file)
protected java.io.PrintWriter getPrintWriter(java.lang.String filename) throws java.io.IOException
java.io.IOException
protected void writeFileHeader(java.io.PrintWriter pw) throws java.io.IOException
java.io.IOException
protected abstract void writeFileBody(java.io.PrintWriter pw) throws java.io.IOException
java.io.IOException
protected void writeFileFooter(java.io.PrintWriter pw) throws java.io.IOException
java.io.IOException
protected void closePrintWriter(java.io.PrintWriter pw)
protected void writeComment(java.io.PrintWriter pw, org.w3c.dom.Element element)
|
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| It's a challenge to keep up with kids on the Internet, but we're trying. Our hotlist of student-produced stuff became too long for one page! Explore the topics that interest you. | |
Science |
Art |
Social Studies |
Mathematics |
Language Arts |
School Newspapers |
Miscellaneous |


Package org.apache.sis.util
Interface ObjectConverter<S,T>
-
- Type Parameters:
S
- the type of objects to convert.T
- the type of converted objects.
- All Superinterfaces:
Function<S,T>
public interface ObjectConverter<S,T> extends Function<S,T>
A function which converts instances of source type to instances of target type. The source and target types may be the same, in which case theObjectConverter
actually converts the values rather than the type.The main method of this interface is
apply(Object)
, which receives an object of type S and returns an object of type T. The set of all S values for whichapply(S)
does not throwUnconvertibleObjectException
is called the domain of this function, regardless of whether the T result isnull
or not.Function propertiesSome characteristics about the S to T mapping are given by theproperties()
enumeration, together with thegetSourceClass()
andgetTargetClass()
methods. Some possible function properties are:- Injective if no pair of S can produce
the same T value (e.g.: conversions from
Integer
toString
). - Surjective if every values of T can be
created from one or many values of S (e.g.: conversions from
String
toInteger
). - Bijective if there is a one-to-one relationship between the S and T values.
- Order preserving if any sequence of
increasing S values (in the sense of
Comparable
) is mapped to a sequence of increasing T values. - Order reversing if any sequence of
increasing S values (in the sense of
Comparable
) is mapped to a sequence of decreasing T values.
Example: The function properties regarding order is important when convertingBelow are some guidelines about the function properties that a converter can declare:Range
objects. For example if the converter reverses the value ordering (e.g. reverses the sign of numerical values), then the minimum and maximum values in eachRange
instance need to be interchanged. If the ordering is not preserved at all (neither directly or reversed), as for example in the conversion fromNumber
toString
, then we can not convert ranges at all.- If
apply(S)
returnsnull
for unconvertible objects, then thisObjectConverter
can not be declared injective because more than one S value can produce the same T value (namelynull
). - If
apply(S)
throws an exception for unconvertible objects, then thisObjectConverter
can be declared as an injective function if the other values met the criteria.
- Since:
- 0.3
- See Also:
ObjectConverters
Defined in the
sis-utility
module
-
-
Method Summary
All Methods Instance Methods Abstract Methods Modifier and Type Method Description T
apply(S object)
Converts the given object from the source type S to the target type T.Class<S>
getSourceClass()
Returns the type of objects to convert.Class<T>
getTargetClass()
Returns the type of converted objects.ObjectConverter<T,S>
inverse()
Returns a converter capable to convert instances of T back to instances of S.Set<FunctionProperty>
properties()
Returns the manner in which source values (S) are mapped to target values (T).
-
-
-
Method Detail
-
properties
Set<FunctionProperty> properties()
Returns the manner in which source values (S) are mapped to target values (T). Some possible function properties are:- Injective if no pair of S can produce
the same T value (e.g.: conversions from
Integer
toString
). - Surjective if every values of T can be
created from one or many values of S (e.g.: conversions from
String
toInteger
). - Bijective if there is a one-to-one relationship between the S and T values.
- Order preserving if any sequence of
increasing S values (in the sense of
Comparable
) is mapped to a sequence of increasing T values. - Order reversing if any sequence of
increasing S values (in the sense of
Comparable
) is mapped to a sequence of decreasing T values.
apply(Object)
method returnsnull
for unconvertible source values, then this properties set can not containFunctionProperty.INJECTIVE
because more than one source value could be converted to the samenull
target value.- Returns:
- the manners in which source values are mapped to target values. May be an empty set, but never null.
- Injective if no pair of S can produce
the same T value (e.g.: conversions from
-
getSourceClass
Class<S> getSourceClass()
Returns the type of objects to convert.- Returns:
- the type of objects to convert.
-
getTargetClass
Class<T> getTargetClass()
Returns the type of converted objects.- Returns:
- the type of converted objects.
-
apply
T apply(S object) throws UnconvertibleObjectException
Converts the given object from the source type S to the target type T. If the given object can not be converted, then this method may either returnsnull
or throws an exception, at implementation choice (except for injective functions, which must throw an exception - see the class Javadoc for more discussion about function properties).Example: in Apache SIS implementation, converters fromString
toNumber
distinguish two kinds of unconvertible objects:- Null or empty source string result in a
null
value to be returned. - All other kind of unparsable strings results in an exception to be thrown.
""
value is unconvertible but nevertheless considered as part of the converter domain, and is mapped to "no number". All other unparsable strings are considered outside the converter domain.- Specified by:
apply
in interfaceFunction<S,T>
- Parameters:
object
- the object to convert, ornull
.- Returns:
- the converted object, or
null
. - Throws:
UnconvertibleObjectException
- if the given object is not an element of the function domain.
- Null or empty source string result in a
-
inverse
ObjectConverter<T,S> inverse() throws UnsupportedOperationException
Returns a converter capable to convert instances of T back to instances of S. Before to invoke this method, callers can verify if this converter is invertible as below:if (converter.properties().contains(FunctionProperty.INVERTIBLE)) { // Call to converter.inverse() is allowed here. }
- Returns:
- a converter for converting instances of T back to instances of S.
- Throws:
UnsupportedOperationException
- if this converter is not invertible.- See Also:
FunctionProperty.INVERTIBLE
-
-


if - Execute scripts conditionally
if expr1 ?then? body1 elseif expr2 ?then? body2 elseif ... ?else? ?bodyN?
The if command evaluates expr1 as an expression (in the
same way that expr evaluates its argument). The value of the
expression must be a boolean
(a numeric value, where 0 is false and
anything is true, or a string value such as true or yes
for true and false or no for false);
if it is true then body1 is executed by passing it to the
Tcl interpreter.
Otherwise expr2 is evaluated as an expression and if it is true
then body2 is executed, and so on.
If none of the expressions evaluates to true then bodyN is
executed.
The then and else arguments are optional
``noise words'' to make the command easier to read.
There may be any number of elseif clauses, including zero.
BodyN may also be omitted as long as else is omitted too.
The return value from the command is the result of the body script
that was executed, or an empty string
if none of the expressions was non-zero and there was no bodyN.
A simple conditional:
if {$vbl == 1} { puts "vbl is one" }
With an else-clause:
if {$vbl == 1} {
puts "vbl is one"
} else {
puts "vbl is not one"
}
With an elseif-clause too:
if {$vbl == 1} {
puts "vbl is one"
} elseif {$vbl == 2} {
puts "vbl is two"
} else {
puts "vbl is not one or two"
}
Remember, expressions can be multi-line, but in that case it can be a
good idea to use the optional then keyword for clarity:
if {
$vbl == 1 || $vbl == 2 || $vbl == 3
} then {
puts "vbl is one, two or three"
}
expr, for, foreach
boolean, conditional, else, false, if, true
Copyright © 1993 The Regents of the University of California.
Copyright © 1994-1996 Sun Microsystems, Inc.
Copyright © 1995-1997 Roger E. Critchlow Jr.


Hi {\{firstname\}}
We want to place an urgent order this month.
Kindly check the attached file if you can supply this exact product or let us know if you have similar model.
My contact details are all attached in the purchase order.
From Mr. John Smith
Head, Purchasing Dept.
Megamovers Trading LLC
Enjoy!
The Dropbox Team


If you believe you may have experienced symptoms of asthma, especially wheezing or coughing with your hay fever, see your GP today about establishing whether these symptoms could be connected to asthma.
Gain a practical knowledge of the 4 steps of asthma first aid. These can be useful if you develop asthma symptoms.
Observe the four steps of asthma first aid and remember to discuss this further with your GP.
Be aware of thunderstorm asthma forecasts during pollen season.
Sign-up for risk alerts on www.tasthma.tk.
Talk to your GP to develop a written asthma action plan that includes thunderstorm advice, created to suit your individual needs.
Discuss reliever medication options with your pharmacist or GP.
Make sure it is within easy access during the grass pollen season (Oct-Dec) and be informed of how it must be consumed.
Where possible, it is wise to avoid being outside during thunderstorms, throughout the grass pollen season (Oct-Dec). Avoid the wind gusts that precede a thunderstorm.
Stay indoors and close your doors and windows. If you are using an air conditioner, set it to recirculate.
Be attentive to and take measures on the development of asthma symptoms.
Follow the steps described in your asthma action plan.
In an emergency always call 000.


Before Change
n_start = min(n_start, maxiter)
Xi[:n_start] = _random_points(
lower_bounds, upper_bounds, n_points=n_start, random_state=rng)
best_x = Xi[:n_start].ravel()
yi[:n_start] = [func(xi) for xi in Xi[:n_start]]
After Change
// has zero gradient over large distances. As a result we can not
// use gradient based optimisers like BFGS, use random sampling
// for the moment.
x0 = space.transform(space.rvs(n_samples=n_points, random_state=rng))
best = np.argmax(gaussian_ei(x0, rgr, best_y))
Xi[i] = space.inverse_transform(x0[best:best+1])[0]


the and with for patients COVID- was treatment that SARS-CoV- {background coronavirus viral respiratory against infection clinical efficacy margin remdesivir The {border-style px;} virus #ffffff;} from severe are disease potential day shown Mar also among antiviral have were SARS-CoV acute al. hydroxychloroquine syndrome RNA than MERS-CoV Med activity human novel Ebola Infect agents favipiravir inhibitor inhibitors plasma promising protease therapy Chinese Microbiol azithromycin been critically days drug has ill influenza its might patients. px; therapeutic vitro {font-family Feb However, Immunol SARS cells chloroquine combination drugs font-size host including observed other polymerase such this used ACE Dis Inhibition LPV/RTV Wuhan, active antibodies antibody cases cathepsin double; early effective infection. inhibit load lower model not outbreak plus pneumonia polyclonal prevention protein reported some use well (COVID-) Additionally, Elsevier Engl Taiwan administered after anti-SARS-CoV- being border-color border-width cell convalescent daily distress endosomal evidence high important inhibits most research rhesus solid; spike studyLancet target teicoplanin tract treating twice viruses within {font-style {font-weight (e.g., Agents COVID-. COVID-: Care China China: Despite RNA-dependent Remdesivir Res addition, administration adults ahead alternative anti-inflammatory associated bold caused centre children concentration control courier; demonstrated effect em; entry enzyme followed good into late monoclonal mouse note, once potency print] progression prophylactic pt;} receptor regimen resource ribavirin safety studies suggested targets tissue trial viruses. which who zoonotic


This is my first experience with Salvia so I put in quite a lot of research before I fired the bowl. This is recommended.
I informed my girlfriend of my plans to experiment while she slept. We are both rather experienced trippers, so I didn't feel the need to use her as a direct sitter, but she was just a room away and ready should she be awoke.
In my water pipe, I smoked a small bowl (half) of 5x Salvia to get a feel for the smoke. Then about 10 minutes later, I smoked another small bowl to try and find a slight feeling of the plant's effect. The smoke is pleasant. The feeling after two small bowls was slightly sleepy but not reflective of the true nature of the later trip.
After an half hour, I darkened my office and relaxed back into a big, reclining leather chair and smoked a large bowl. The dry material ignites easily and burns fast.
I concentrated on putting the water pipe down before exhaling and accomplished that. Then I exhaled, blacked out, and here is what I wrote an hour after:
'Salvia is like falling through myself and ending up on the other side of everything, naked, strapped to the nose of a rocket, confused and half-heart-filled.  Excruciating. Yellow. The whole while, I remembered something, someone. Her, asleep. SHE is there. Where am I? Who am I/are we? Who is she? She is. She is asleep. Okay. She is. I am okay. I need her. Positive & negative & in the middle where the thing is played out--life is but one of these swirrling concessions. Love is another.'
The first rush is similar to 5-Me0-DMT, where God's screaming everything at once and I can't remember any questions to ask. Or as another person put it, 'Like an elephant sitting on your head.' But 5-Me0-DMT doesn't seem to take you to the same place that Salvia does, which is a full, complete and new appreciation of being within the consiousness of some other thing, without a speck of residual personality left of you to figure it out until retrospect illuminates.
In the experience, I believe I was, for a time, the space between someone's leg and a yellow laquered loveseat. There was a whole history to it, too. A story in there, a lifetime that I was aware of, but not impressed by. Mostly, I wanted out. Despirately. I started to remember another half of what would be me, and ached with the incompleteness, so I started peeling myself out of the dimension. Meanwhile in the real world, I had leaned forward to dump myself onto the floor. And by 'myself' I mean the simple core of me that could feel: confused, frightened and in a great deal of pain.
THE PAIN
I experienced excruciating pain throughout my body throughout the trip. It is perhaps the most complete pain I have ever felt, made of dull pain mixed with sharp pain, both pulsing and remaining constant. Sterio pain surging throughout my body lasting 5-10 minutes. I think that the pain may have manifested from fighting my way out of the surreal environment in search of a touchstone. My other half. But the pain was real. Like I'd been burned.
I began to recognize the small computer lights in the office and shadows and shapes haunted until they became objects. I remembered what I had smoked and hoped that I would not suffer anymore strangeness as I was still raw. So I stayed and calmed myself on the floor until I could climb in bed with my girlfriend. Her sleeping presense helped bring me back around. After my soul returned, I got back up and thought about what had happened.
Salvia is special, enlightening and natural, but it's heavy. I'm happy that I'd been crushed by 5-Me0-DMT many times, as that prepared me for this most intense 5-10 minutes of my brain's existence. Unfamiliar travellers be warned: riding on the nose of a rocketship can make you want to stop, and once you’ve gotten going, it's hard to get off.
In spite of the pain, I will experiment with Salvia again. There is something real there.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Display screen: Pegaesys uses a CRT monitor VGA or Super VGA.
The display includes the following elements:
Line 1: Caption bar, required by Windows, serves as a title and as a report line.
Line 2: MenuBar, required by Windows, accessed using the <Alt> key or mouse.
Line 3: Drawing surface starts here and uses the rest of the screen.
Status line: The line at the top of the drawing area for standing reports, it is transparent to Graphic functions. It contains the following information:
Segment count Trap buffer count Pen color Line style Text Scale @ Zoom Tab length >> angle
Toolbar line: A transparent pseudo bar at the bottom of the screen which serves as a menu for the numeric commands in the current mode. Press the number; dont click the screen. When the mode changes, the toolbar changes to indicates the new commands. Pending operations are indicated by a different color.
Cursor is unique for each GIN mode for instant recognition.
Odometer at screen top right displays the cursor position relative to the working origin.
The display is as uncluttered as possible, maximizing the area available for drawing. The transparent reports can be turned off using F2 F3 and F4, see MenuBar Setup.


What is Jiffy?
What does Jiffy do?
Jiffy is a model-based RESTful application services generator written in Go. Think of Jiffy as an accelerator: Jiffy generates a complete backend services application, and that generated application is what will be compiled and then run in production.
Jiffy generates a robust go-based application that treats the data persistence layer in a generic manner. This allows the generated application to connect to number of different database systems (outlined below), without any code changes. Generated applications can be targeted at SAP Hana; Postgres, MySQL, MSSQL or SQLite simply by updating one configuration file.
What does a Jiffy application provide?
Jiffy consumes simple JSON model-files and uses them to generate a working, secure and extensible application server codebase. Generated applications need no additional coding to run, although in most situations custom checks should be added via extension-points present in the generated codebase.
Jiffy applications provide the following features:
- Generated applications can be connected to Postgres, MSSQL, SAP Hana, SQLite or MariaDB
- No database specific code is compiled into the binary; an app can be pointed from SQLite to SAP Hana with no code changes
- Login / authorization management via JWT
- Built-in support for the creation of signing-keys for JWT (RS256, RS384, RS512, ES256, ES384, ES512)
- Support for JWT’s created by other IDP’s (RS256, RS384, RS512, ES256, ES384, ES512)
- Bcrypt salt/pepper based authentication scheme (passwords are never stored in the db)
- JSON configuration (model) file(s) for Entity, Index, Foreign-Key and Relationship definitions
- Models support persistent and non-persistent fields
- Generated apps create and alter database artifacts based on the model file (tables, indices, sequences etc.)
- Support for single and composite index declarations via the model file
- Built-in support for https
- Built-in normalization and validation in the model-layer
- Each entity’s corresponding service can be enabled and disabled on a per-app-server (process) basis based on config
- Generates a working set of CRUD-type RESTful services for each entity in the model file
- Get/set type end-points support \$count, \$limit=n, \$offset=n, \$orderby=field_name (\$asc|\$desc)
- Supports and generates working end-points for hasOne, hasMany and belongsTo entity relationships
- Generates static query end-points
- End-points are secured by way of scope inspection (JWT claims) in the route handler middleware
- End-point security is generated by default via a auths -> auth-groups -> user arrangement
- Generates a comprehensive set of working tests (go test)
- Generated code is easily extended either via direct editing, or through an extension-point concept in the model and controller-layers
- A leader-election-based group-membership service exists between running instances of the application to facilitate internal caching of user ACL and session information across nodes
- Jiffy applications are designed for bare-metal, VM, containerized and managed container deployment (Kubernetes)
How does Jiffy interface to the underlying database?
Jiffy sits on top of a thin ORM that was written to talk to the SAP Hana in-memory db and then extended to the other supported DBMS systems. The ORM code is very simple and can easily be extended to support other databases. Bear in mind that the generated queries are designed to accommodate the lowest-common-denominator-type CRUD access. It is expected that a serious deployment will involve extending the generated codebase to optimize access in certain scenarios.
ORM’s sound like a bad idea to a lot of people. That being said, as soon as one wishes to support more than one type of backend DBMS, a level of abstraction (like a thin ORM) starts to look a bit more appealing. However…
If you look at the generated code and don’t like what you see, the ORM handle exposes the standard go/sql and the awesome jmoiron/sqlx libraries to the developer. The generated ORM code can simply be replaced with hand-coded SQL.


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Folding
Folding is a way to display your rendered FoldingText content on the web.
I’ve implemented what was the most important features for me: folding, tag filtering and todo lists. Feel free to fork & send pull requests if you want additional features.
Usage
Include "folding.js" and "folding.css". Folding.js exports one function foldIt
. To use it you can either pass it a node list foldIt(document.getElementsByClassName('post-content'))
, a single element foldIt(document.getElementById('fold-this'))
or simply call foldIt()
to have it process all elements with the class “folding”.
// Process all elements with the class "folding".
foldIt();
// Process a single element
foldIt(document.getElementById('fold-this'));
// Process all elements in a node list.
foldIt(document.getElementsByClassName('post-content'));
Milestone A
In which we learn to navigate and interact with the world.
- Viewport scrolling @frontend
- Implement sprite culling @frontend
- Re-add interactives (units & other clickable stuff)
Frontend.todo
- Viewport scrolling @done
- Implement sprite culling @done
- Re-add interactives (units & other clickable stuff) @done
Gameplay.todo
- Re-add unit movement @done
Milestone B
In which two or more people can take turns to interact with the world.
Gameplay.todo
- Multiple players @done
- Implement turns @done
- Add unit ownership @done
- Only allow interaction with own units
- Only allow interaction with own units @done
- Find random starting positions Find random starting positions Find random starting positions Find random starting positions @done
- Track movement points @done
- Don't allow movement into mountains and sea
Milestone C
In which said people start beating the crap out of each other (a natual progression of events).
Terrain generation.todo
- Work out the hills-forest & terrain-features relationship
Gameplay.todo
- Melee @combat
- Ranged @combat
- Defensive & offensive terrain bonuses @combat
- Bonus: Animated projectiles @combat
- Bonus: Animated melee combat (bumping+fade out a la Civ I & dust) @combat
Milestone D
In which constructive things also can be done.
Gameplay.todo
- Worker can build roads
- ... and camps - protocities
- Must be 8 squares apart
- Production based on population & terrain @economy
- Food based on population & terrain @economy
- Growth based on food @economy
- Construct buildings
- Buildings enables the construction of additional & units
- There must be a cap on the number of camps that can be built @economy
- Unit cap based on the number of camps @economy
- Defensive bonus in camps @combat
- Reduced movement cost for travelling along roads
- Bonus: camps evolve to villages and can support more units


When Berkeley DB database environment shared memory regions are backed by the filesystem, it is a common application error to create database environments backed by remote filesystems such as the Network File System (NFS), Windows network shares (SMB/CIFS) or the Andrew File System (AFS). Remote filesystems rarely support mapping files into process memory, and even more rarely support correct semantics for mutexes if the mapping succeeds. For this reason, we recommend database environment directories be created in a local filesystem.
For remote filesystems that do allow remote files to be mapped into process memory, database environment directories accessed via remote filesystems cannot be used simultaneously from multiple clients (that is, from multiple computers). No commercial remote filesystem of which we're aware supports coherent, distributed shared memory for remote-mounted files. As a result, different machines will see different versions of these shared region files, and the behavior is undefined.
Databases, log files, and temporary files may be placed on remote filesystems, as long as the remote filesystem fully supports standard POSIX filesystem semantics (although the application may incur a performance penalty for doing so). Further, read-only databases on remote filesystems can be accessed from multiple systems simultaneously. However, it is difficult (or impossible) for modifiable databases on remote filesystems to be accessed from multiple systems simultaneously. The reason is the Berkeley DB library caches modified database pages, and when those modified pages are written to the backing file is not entirely under application control. If two systems were to write database pages to the remote filesystem at the same time, database corruption could result. If a system were to write a database page back to the remote filesystem at the same time as another system read a page, a core dump in the reader could result.


This tests alerts: click me
This tests alerts: click me
Let's make the prompt happen
Let's make the prompt with default happen
Let's make TWO prompts happen
A SLOW alert
This is a test of a confirm: test confirm
This is a test of showModalDialog: test dialog
This is a test of an alert in an iframe:
This is a test of an alert open from onload event handler: open new page
This is a test of an alert open from onload event handler: open new window
This is a test of an alert open from onunload event handler: open new page
This is a test of an alert open from onclose event handler: open new window
This is a test of an alert open from onclose event handler: open new window