|
Honey
The Smooth Game Engine
|
Public Member Functions | |
| void | makeRowLayout (string label, int x, int y, int x_margin) |
| void | makeColumnLayout (string label, int x, int y, int y_margin) |
| void | makeTileLayout (string label, int x, int y, int x_margin, int y_margin) |
| void | makeTileWrapLayout (string label, int x, int y, int x_margin, int y_margin, int num_per_row) |
| void | makeStaggerLayout (string label, int x, int y, int x_margin, int y_margin) |
| void | makeStaggerWrapLayout (string label, int x, int y, int x_margin, int y_margin, int num_per_row) |
| position | row (string label, int element_number) |
| position | column (string label, int element_number) |
| position | tile (string label, int column_number, int row_number) |
| position | tileWrap (string label, int element_number) |
| position | stagger (string label, int column_number, int row_number) |
| position | staggerWrap (string label, int element_number) |
| void | remove (string label) |
Static Public Member Functions | |
| static Layouts & | instance () |
The Layouts class has convenience methods for creating simple visual layouts.
Primarily covered in blog posts:
Types of layouts:
Row layout: Looks like a 1d array of items in a single row. Access: value 1 2 3 4 5 6 7 8 9 10
Column layout: Looks like a 1d array of items in a single column. Access: value 1 2 3 4
Tile layout: A two dimensional grid or tile layout for a two dimensional set of elements. Access: col_value, row_value 1,1 1,2 1,3 1,4 1,5 ... 2,1 2,2 2,3 2,4 2,5 ... 3,1 3,2 3,3 3,4 3,5 ...
TileWrap layout: A two dimensional grid or tile layout for a one dimensional set of elements which wraps around based on the value of num_per_row Access: value If num_per_row is 4: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
Stagger layout: Looks like the stars in an american flag, with every other row indented by half margin. Access: col_value, row_value 1,1 1,2 1,3 1,4 1,5 ... 2,1 2,2 2,3 2,4 2,5 ... 3,1 3,2 3,3 3,4 3,5 ... 4,1 4,2 4,3 4,4 4,5
StaggerWrap layout: Items wrap based on num_per_row, but every other row is indented and has one less item. Access: value If num_per_row is 5: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
|
static |
Singleton instance getter.
| void Honey::Layouts::makeRowLayout | ( | string | label, |
| int | x, | ||
| int | y, | ||
| int | x_margin | ||
| ) |
Create a single row layout.
| label | Name of the layout. |
| x | horizontal position of the first (or top left) element of the layout. |
| y | vertical position of the first (or top left) element of the layout. |
| x_margin | horizontal gap in pixels between elements. |
| void Honey::Layouts::makeColumnLayout | ( | string | label, |
| int | x, | ||
| int | y, | ||
| int | y_margin | ||
| ) |
Create a single column layout.
| label | Name of the layout. |
| x | horizontal position of the first (or top left) element of the layout. |
| y | vertical position of the first (or top left) element of the layout. |
| y_margin | vertical gap in pixels between elements. |
| void Honey::Layouts::makeTileLayout | ( | string | label, |
| int | x, | ||
| int | y, | ||
| int | x_margin, | ||
| int | y_margin | ||
| ) |
Create a two dimensional grid or tile layout for a two dimensional set of elements.
| label | Name of the layout. |
| x | horizontal position of the first (or top left) element of the layout. |
| y | vertical position of the first (or top left) element of the layout. |
| x_margin | horizontal gap in pixels between elements. |
| y_margin | vertical gap in pixels between elements. |
| void Honey::Layouts::makeTileWrapLayout | ( | string | label, |
| int | x, | ||
| int | y, | ||
| int | x_margin, | ||
| int | y_margin, | ||
| int | num_per_row | ||
| ) |
Create a two dimensional grid or tile layout for a one dimensional set of elements by wrapping around.
| label | Name of the layout. |
| x | horizontal position of the first (or top left) element of the layout. |
| y | vertical position of the first (or top left) element of the layout. |
| x_margin | horizontal gap in pixels between elements. |
| y_margin | vertical gap in pixels between elements. |
| num_per_row | how many elements in a row before wrapping around to the next row. |
| void Honey::Layouts::makeStaggerLayout | ( | string | label, |
| int | x, | ||
| int | y, | ||
| int | x_margin, | ||
| int | y_margin | ||
| ) |
Create a two dimensional staggered layout for a two dimensional set of elements.
| label | Name of the layout. |
| x | horizontal position of the first (or top left) element of the layout. |
| y | vertical position of the first (or top left) element of the layout. |
| x_margin | horizontal gap in pixels between elements. |
| y_margin | vertical gap in pixels between elements. |
| void Honey::Layouts::makeStaggerWrapLayout | ( | string | label, |
| int | x, | ||
| int | y, | ||
| int | x_margin, | ||
| int | y_margin, | ||
| int | num_per_row | ||
| ) |
Create a two dimensional staggered layout for a one dimensional set of elements by wrapping around.
| label | Name of the layout. |
| x | horizontal position of the first (or top left) element of the layout. |
| y | vertical position of the first (or top left) element of the layout. |
| x_margin | horizontal gap in pixels between elements. |
| y_margin | vertical gap in pixels between elements. |
| num_per_row | how many elements in a row before wrapping around to the next row. |
| position Honey::Layouts::row | ( | string | label, |
| int | element_number | ||
| ) |
Get the screen position of an element in a row layout.
| label | Name of the layout. |
| element_number | The element number. |
| position Honey::Layouts::column | ( | string | label, |
| int | element_number | ||
| ) |
Get the screen position of an element in a column layout.
| label | Name of the layout. |
| element_number | The element number. |
| position Honey::Layouts::tile | ( | string | label, |
| int | column_number, | ||
| int | row_number | ||
| ) |
Get the screen position of an element in a tile layout.
| label | Name of the layout. |
| column_number | The column number. |
| row_number | The row number. |
| position Honey::Layouts::tileWrap | ( | string | label, |
| int | element_number | ||
| ) |
Get the screen position of an element in a tile wrap layout.
| label | Name of the layout. |
| element_number | The element number. |
| position Honey::Layouts::stagger | ( | string | label, |
| int | column_number, | ||
| int | row_number | ||
| ) |
Get the screen position of an element in a staggered tile layout.
| label | Name of the layout. |
| column_number | The column number. |
| row_number | The row number. |
| position Honey::Layouts::staggerWrap | ( | string | label, |
| int | element_number | ||
| ) |
Get the screen position of an element in a staggered tile wrap layout.
| label | Name of the layout. |
| element_number | The element number. |
| void Honey::Layouts::remove | ( | string | label | ) |
Remove a layout from this system.
| label | Name of the layout. |


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Quick Start - Consumer Service¶
The examples below assume that you have rabbitmq running at it’s default settings.
Set Up a Service¶
import asyncio
from spanconsumer import SpanConsumer, Incoming, Outgoing
service = SpanConsumer(name="Sleepy Greeter", prefetch_count=200)
@service.processor(in_key="names")
async def lazy_greet(incoming: Incoming):
greeting = f"Hello, {incoming.message.body.decode()}"
await asyncio.sleep(1)
print(greeting)
The above service will wait for one second, then print a greeting based on messages it
receives from the routing key “names”. We have told it to process 200 messages at a time
through the prefetch_count
parameter.
The first parameter of the processor function is passed an :class`Incoming` object,
which contains an aio_pika.IncomingMessage
on the message
attribute.
 We could go through the manual overhead of invoking pika, aio_pika, or some other library and set up a queue fo data, but that seems tedious.
Spanscribe comes with an easy to use testing client that is accessed via context-block:
with service.test_client(delete_queues=True) as client:
client.put_message(routing_key="names", message="Dumbledore")
client.put_message(routing_key="names", message="Severus Snape")
Which gives us the following output:
INFO: STARTING UP 'Sleepy Greeter'
INFO: CONNECTION ESTABLISHED TO RABBITMQ
INFO: RUNNING 'Sleepy Greeter'
Hello, Albus Dumbledore
Hello, Severus Snape
INFO: CONTEXT BLOCK EXITING
INFO: STOP ORDER ISSUED
INFO: SHUTTING DOWN 'Sleepy Greeter'
INFO: CLOSING RABBITMQ CONNECTION
INFO: CLEANING UP
INFO: SHUT DOWN COMPLETE
The context block handles the spin-up, running, and shutdown of the service, as well as gives us some methods to push data into the appropriate queues.
delete_queues=True
Tells the test client to delete all test queues before run, so
no dangling messages are left from previous tests.
Decode Message Bodies Automatically¶
The Incoming
object can automatically attempt to decode message bodies,
removing the need to write boiler-plate code.
@service.processor(in_key="names")
async def lazy_greet(incoming: Incoming):
greeting = f"Hello, {incoming.body_data()}"
await asyncio.sleep(1)
print(greeting)
Then add some test data while running it:
with service.test_client(delete_queues=True) as client:
client.put_message(routing_key="names", message="Albus Dumbledore")
client.put_message(routing_key="names", message="Severus Snape")
And get the same output:
INFO: STARTING UP 'Sleepy Greeter'
...
Hello, Dumbledor
Hello, Severus Snape
...
INFO: SHUT DOWN COMPLETE
Content-Type Encoding¶
SpanConsumer
natively handles the following http body mimetypes:
JSON (application/json)
YAML (application/yaml)
BSON (application/bson)
TEXT (text/plain)
Each of the supported mimetypes is represented as a string Enum in MimeType
.
The mimetype of request body content is detailed on Request.mimetype()
, which is
determined by the 'Content-Type'
header. If it is one of the content types detailed
above, a MimeType
enum value will be used, otherwise the raw text from the
header will be present.
import yaml
from spanconsumer import MimeType,
@service.processor(in_key="names")
async def lazy_greet(incoming: Incoming):
print("INCOMING MIMETYPE:", incoming.mimetype)
media = incoming.media()
greeting = f"Hello, {media['first']} {media['last']}"
print(greeting)
message_body = {"first": "Albus", "last": "Dumbledore"}
with service.test_client(delete_queues=True) as client:
client.put_message(
routing_key="names", message=message_body, mimetype=MimeType.YAML
)
Output:
INFO: STARTING UP 'Sleepy Greeter'
...
INCOMING MIMETYPE: MimeType.YAML
Hello, Albus Dumbledore
...
INFO: SHUT DOWN COMPLETE
Note
When selecting a mimetype, spanconsumer is somewhat forgiving in how the mimetype
is detailed. All of the following 'Content-Type'
values will be treated as
MimeType.JSON
:
application/json
application/JSON
application/jSON
application/x-json
application/X-JSON
json
JSON
Important
Non-native mimetypes like 'text/csv'
must be an exact string match.
Content-Type Sniffing¶
When 'Content-Type'
is not specified in the request header, spanconsumer will
attempt to decode the content with every available decoder, until one does not throw
an error.
When registering custom encoders, make sure that they throw errors when they should. For instance, json will decode raw strings to a str object, so the built-in json decoder throws an error when the resulting object is not a dictionary or list.
Outgoing mimetype is resolved in the following order:
Mimetype set to
Outgoing.mimetype()
JSON for
dict
/list
media valuesTEXT for
str
media.No action for
bytes
media values.
Content-Type Handlers¶
Custom encoders and decoders can be registered with the api, and can replace the default ones. Let’s register a couple to handle text/csv content.
An encoder must take in a data object and turn it into bytes:
import csv
import io
from typing import List, Dict, Any
def csv_encode(data: List[Dict[str, Any]]) -> bytes:
encoded = io.StringIO()
headers = list(data[0].keys())
writer = csv.DictWriter(encoded, fieldnames=headers)
writer.writeheader()
writer.writerows(data)
return encoded.getvalue().encode()
Decoders must take in bytes and return python objects.
def csv_decode(data: bytes) -> List[Dict[str, Any]]:
csv_file = io.StringIO(data.decode())
reader = csv.DictReader(csv_file)
return [row for row in reader]
Now we can register them with our api:
service.register_mimetype("text/csv", encoder=csv_encode, decoder=csv_decode)
Wala! Our consumer now understands how to encode and decode csv’s
@service.processor(in_key="names")
async def lazy_greet(incoming: Incoming):
print("INCOMING MIMETYPE:", incoming.mimetype)
print("MESSAGE RAW:", incoming.content)
media = incoming.media()
names = [f"{name['first']} {name['last']}" for name in media]
greeting = f"Hello, {', '.join(names)}"
print(greeting)
body = [
{"first": "Harry", "last": "Potter"}, {"first": "Hermione", "last": "Granger"}
]
with service.test_client(delete_queues=True) as client:
client.put_message(
routing_key="names", message=body, mimetype="text/csv"
)
Output:
INFO: STARTING UP 'Sleepy Greeter'
...
INCOMING MIMETYPE: text/csv
MESSAGE RAW: b'first,last\r\nHarry,Potter\r\nHermione,Granger\r\n'
Hello, Harry Potter, Hermione Granger
...
INFO: SHUT DOWN COMPLETE
See Errors¶
At a high level, errors are handled in the following way:
Errors that occur during startup cause the service to abort.
If a connection error occurs with RabbitMQ, the service will continue to attempt connecting forever until a connection can be re-established.
Errors that occur during the processing of a message are sent to the root logger and printed to stdout, but do not cause the service to fail.
service = SpanConsumer(name="Incrementally Interesting", prefetch_count=200)
@service.processor(in_key="to_increment",)
async def incrementer(incoming: Incoming):
data = incoming.body_data()
print("RESULT: ", int(data) + 1)
with service.test_client(delete_queues=True) as client:
client.put_message(routing_key="to_increment", message="one")
client.put_message(routing_key="to_increment", message=2)
Output:
INFO: STARTING UP 'Incrementally Interesting'
...
INFO: ERROR AROUND 'incrementer':
Traceback (most recent call last):
File ".../spanscribe/_consumer.py", line 175, in _process_message
await settings.worker(*args) # type: ignore
File "<input>", line 10, in incrementer
ValueError: invalid literal for int() with base 10: 'one'
RESULT: 3
INFO: CONTEXT BLOCK EXITED
...
INFO: SHUT DOWN COMPLETE
Handle Errors¶
You can add custom error handlers like so:
from spanscribe import ProcessorError, ProcessorSettings
@service.on_error
async def my_error_handler(error: BaseException, settings: ProcessorSettings):
print("CUSTOM HANDLER")
print(f"The Route was: {settings.in_key}")
if isinstance(error, ProcessorError):
print(f"The Message Body Was: {error.incoming.message.body.decode()}")
print(f"The Error Was: {error.error}")
Error handlers must be async coroutines, and are passed two arguments:
The
BaseException
object being raised.
ProcessorSettings
for the processor coroutine the exception originated in.
Any errors that occur from within the processor itself will be wrapped in a
ProcessorError
, which will contain the Incoming
and Outgoing
object, as well as the original error that was raised.
Output with out incrementer example above:
INFO: STARTING UP 'Incrementally Interesting'
...
INFO: ERROR AROUND 'incrementer':
Traceback (most recent call last):
File ".../spanscribe/_consumer.py", line 175, in _process_message
await settings.worker(*args) # type: ignore
File "<input>", line 7, in incrementer
ValueError: invalid literal for int() with base 10: 'one'
CUSTOM HANDLER
The Route was: to_increment
The Message Body Was: one
The Error Was: invalid literal for int() with base 10: 'one'
RESULT: 3
INFO: CONTEXT BLOCK EXITED
...
INFO: SHUT DOWN COMPLETE
Multiple error handlers can be added, but error handler execution order is not guaranteed.
Error handlers can also be added without the decorator:
async def my_error_handler(error: BaseException, settings: ProcessorSettings):
# some logic
...
service.add_error_handler(my_error_handler)
Send Results to an Output Queue¶
We can add an output queue to our greeting processor, then pass results to an
Outgoing
object:
@service.processor(in_key="names", out_key="greetings")
async def lazy_greet(incoming: Incoming, outgoing: Outgoing):
greeting = f"Hello, {incoming.body_data()}"
await asyncio.sleep(1)
outgoing.body = greeting
And then test it:
with service.test_client(delete_queues=True) as client:
# Put our test data.
client.put_message(routing_key="names", message="Albus Dumbledore")
client.put_message(routing_key="names", message="Severus Snape")
# Fetch our results. This method returns a Message, deserialized body tuple.
message1, greeting1 = client.pull_message("greetings", max_empty_retries=10)
message2, greeting2 = client.pull_message("greetings", max_empty_retries=10)
print(message1.body.decode())
print(greeting1)
print(message2.body.decode())
print(greeting2)
Output:
INFO: STARTING UP 'Sleepy Greeter'
...
INFO: SHUT DOWN COMPLETE
Hello, Albus Dumbledore
Hello, Albus Dumbledore
Hello, Severus Snape
Hello, Severus Snape
Use Schemas¶
Marshmallow Schemas can be used as both encoders and decoders. Lets alter our lazy greeter again.
import marshmallow
from typing import Dict
class WizardSchema(marshmallow.Schema):
first = marshmallow.fields.Str(required=True)
last = marshmallow.fields.Str(required=True)
house = marshmallow.fields.Str(required=True)
@marshmallow.validates("house")
def house_exists(self, value: str):
if value not in ["Gryffindor", "Slytherin", "Hufflepuff", "Ravenclaw"]:
raise marshmallow.ValidationError(
f"{value} is not a valid Hogwarts House"
)
@service.processor(in_key="wizards", in_schema=WizardSchema(), out_key="greetings")
async def lazy_greet(incoming: Incoming, outgoing: Outgoing):
wizard: Dict[str, str] = incoming.body_data()
greeting = (
f"Hello, {wizard['first']} {wizard['last']} of House {wizard['house']}"
)
await asyncio.sleep(1)
outgoing.body = greeting
Now our service can handle schema validation of message bodies!
neville = dict(first="Neville", last="Longbottom", house="Hufflepuff")
malfoy = dict(first="Draco", house="Slytherin")
billy = dict(first="Billy", last="Peake", house="Unicorn")
with service.test_client(delete_queues=True) as client:
# Put our test data.
client.put_message(routing_key="wizards", message=malfoy)
client.put_message(routing_key="wizards", message=billy)
client.put_message(routing_key="wizards", message=neville)
# Fetch our results (Two of the above will throw errors).
_, greeting1 = client.pull_message("greetings", max_empty_retries=10)
print("FETCHED: ", greeting1)
Output:
INFO: STARTING UP 'Sleepy Greeter'
...
INFO: ERROR AROUND 'lazy_greet':
Traceback (most recent call last):
...
marshmallow.exceptions.ValidationError: {'last': ['Missing data for required field.']}
INFO: ERROR AROUND 'lazy_greet':
Traceback (most recent call last):
...
marshmallow.exceptions.ValidationError: {'house': ['Unicorn is not a valid Hogwarts House']}
INFO: CONTEXT BLOCK EXITED
...
INFO: SHUT DOWN COMPLETE
FETCHED: Hello, Neville Longbottom of House Hufflepuff
Schemas can also be used as an output. Output schemas invoke the marshmallow.Schema.dump method before serialization.
Note
Protobuf message classes can now also be used as schemas for when incoming messages are required to conform to a protobuf type.
Queue Options¶
You can pass queue declaration settings through the QueueOptions
class. These
options are passed to aio_pika.RobustChannel.declare_queue()
as kwargs.
import asyncio
from spanconsumer import SpanConsumer, Incoming, Outgoing
service = SpanConsumer(name="Sleepy Greeter", prefetch_count=200)
@service.processor(
in_key="names",
queue_options=QueueOptions(arguments={"x-queue-type": "quorum"}),
)
async def lazy_greet(incoming: Incoming):
...
We’ve declared a quorum queue using queue arguments!
Processing Options¶
You can pass message handling settings to ProcessingOptions
. These options
are passed to aiopika.IncomingMessage.__aenter()
as kwargs in a context block.
@service.processor(
in_key="names",
processing_options=ProcessingOptions(requeue=True, reject_on_redelivered=True),
)
async def lazy_greet(incoming: Incoming):
...
Our consumer will now requeue failed messages when an error occurs and reject previously failed messages on an error.
(This combination can be used to retry failed messages once in classic queue.)
Run Startup / Shutdown Tasks¶
Startup and shutdown tasks can be added like error handlers:
@service.on_startup
async def startup_task(consumer: SpanConsumer):
consumer.logger.info("OH BOY! HERE I GO GREETING AGAIN!")
@service.on_shutdown
async def shutdown_task(consumer: SpanConsumer):
consumer.logger.info("GOODNIGHT!")
Startup tasks:
Must accept one argument: the consumer running them.
Must be asyncio coroutines.
Run after the RabbitMQ connection has been established.
Run after the consumer’s logger has been primed.
Are not guaranteed to run in the order they were added.
Will cause the consumer to abort startup if they throw an exception
Shutdown tasks:
Must accept one argument: the consumer running them.
Must be asyncio coroutines.
Run before the RabbitMQ connection has been closed.
Are not guaranteed to run in the order they were added.
Are ignored when an exception is thrown. The exception is logged and shutdown continues as normal.
Now when we run the service:
with service.test_client(delete_queues=True) as _:
pass
Output:
INFO: STARTING UP 'Sleepy Greeter'
INFO: CONNECTION ESTABLISHED TO RABBITMQ
INFO: PERFORMING TASK: startup_task
INFO: OH BOY! HERE I GO GREETING AGAIN!
INFO: RUNNING 'Sleepy Greeter'
INFO: CONTEXT BLOCK EXITED
INFO: SHUTTING DOWN 'Sleepy Greeter'
INFO: PERFORMING TASK: shutdown_task
INFO: GOODNIGHT!
INFO: CLOSING RABBITMQ CONNECTION
INFO: CLEANING UP
INFO: SHUT DOWN COMPLETE
Like error handlers, tasks can be added without the decorator:
async def startup_task(consumer: SpanConsumer):
consumer.logger.info("OH BOY! HERE I GO GREETING AGAIN!")
async def shutdown_task(consumer: SpanConsumer):
consumer.logger.info("GOODNIGHT!")
service.add_startup_task(startup_task)
service.add_shutdown_task(shutdown_task)


The Community Hub(TCH) is a place to be. The variety of activities for all age groups with non-stop fun, delivering services excellence for victorian community.
The Community Hub provides a platform where people with diversified skills and interests from different background have fun together
The Community Hub Hiking Club is a group of professionals from different professions pationate for hiking, tracking and tourism activities.
The Community Hub is proud to have professionals over the age of 60 years which are not just our members but also volunteering to lead TCH Fitness Club activities.


Monday Motivation: These SIX videos of Nora Fatehi will motivate you to get off the couch and get exercising
by TIMESOFINDIA.COMNora Fatehi has been ruling millions of hearts with her killer dance moves in the hit songs like ‘Dilbar’ and ‘O Saki Saki’. The actress looked stunning and her belly dance moves had us swooning. However, most importantly it is her fit bod that makes us go gushing over the actress.
Nora is undoubtedly one of the fittest stars of Bollywood. When we scrolled down her Instagram profile we saw that she is obsessed with dance and fitness especially Pilates workout. The actress has shared a few videos, clad in exercise gear, she can be seen lifting, climbing and dancing her way to get that toned and fit body.
These six videos of Nora Fatehi offer tons of inspiration that will help you get active:


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Miss South Africa crowned 2019 Miss Universe
by CNN(CNN) -- Miss South Africa rules all.
Zozibini Tunzi was crowned Miss Universe Sunday night after excelling through rounds of swimsuit and evening gown struts, questions on social issues and one final chance to explain why she was the right choice.
"I grew up in a world where a woman who looks like me — with my kind of skin and my kind of hair — was never considered to be beautiful," she said in her last response. "I think it is time that that stops today.
The two runners-up for the crown were Miss Mexico and Miss Puerto Rico.
"If you do not use your beauty for your life's mission, it's just an empty ornament," Sofía Aragón, representing Mexico, said earlier in the competition.
Madison Anderson represented Puerto Rico.
"Being on the Miss Universe stage is not just a dream" Anderson said. "I believe that I found my mission. It's a representation of dedication, resilience and perseverance. I do believe my mission is to show the world that magic happens when we refuse to give up because the universe always listens to a stubborn heart."
And if you're wondering, yes, there was another mix-up and Steve Harvey was involved in it. But it was nothing like the 2015 disaster when he called out the wrong winner.
Harvey hosted the pageant for the fifth time sporting a bedazzled green and gold suit jacket.
He was commenting on a costume from earlier in week and said Miss Philippines won the National Costume Contest. But the woman standing next to him said she was Miss Malaysia.
"Y'all got to quit doing this to me," he said.
The massive competition was hosted at Tyler Perry Studios in Atlanta.

Last year's winner, Catriona Gray from the Philippines spoke during Sunday's pageant, saying the past year has been "unforgettable, life-changing and purposeful."
"We're getting this amazing platform to voice the things we're passionate about, the things we care about," she said in a video. "I always had a voice, but Miss Universe allowed me to amplify it."
The-CNN-Wire
™ & © 2019 Cable News Network, Inc., a WarnerMedia Company. All rights reserved.


exp_opt¶
This module contains the class ExpOpt, which provides a experiment interface for users.
- Author:
- Yu-Ren Liu
-
class
exp_opt.
ExpOpt
[source]¶ The experiment entrance of the optimization.
-
static
min
(objective, parameter, repeat=1, best_n=None, plot=False, plot_file=None, seed=None)[source]¶ Minimization function.
Parameters: - objective – an Objective object
- parameter – a Parameter object
- repeat – integer, repeat times of the optimization
- best_n – integer, ExpOpt.min will print average value and standard deviation of best_n optimal results among returned solution list.
- plot – whether to plot regret curve during the optimization
- plot_file – the file name to output the figure
- seed – random seed of the optimization
Returns: a best_solution set
-
static


Welcome to the most delicious cookie you will ever eat! Salmon cookies are made with 37% real salmon and are shaped like salmon too!.
Buisness hours are 6am - 8pm
Find us at 1st and Pike, SeaTac airport, Seattle center, Capitol hill, and Alki beach!
Call<PHONE_NUMBER> for more information or email us at okanecasey@gmail.com


{% if page.description %}
{% endif %}
{% assign pages_list = site.pages %} {% assign group = 'navigation' %} {% include JB/pages_list %}
Blog
Home
/
Blog
{{ content }}
ADDRESS
Address:
zhanghenglu shanghai pudong, china
NY 180
Email:
<EMAIL_ADDRESS>Website:
www.ffser.com
Toll Free:
none
OUR COMPANY
About Us
Support
Terms of Use
Privacy Policy
Copyright
We are hiring
Clients
Blog
ARCHIVES
December 2012 (1)
November 2012 (5)
October 2012 (8)
September 2012 (10)
August 2012 (29)
July 2012 (1)
June 2012 (31)
FLICKR GALLERY
{% include JB/analytics %}


{% load static %}
Hello! I'm Jeff, an aspiring software engineer and recently graduated University of British Columbia Computer Science and Philosophy student currently based in Calgary, Canada.
I have my sights set on becoming excellent in Full Stack Web Development. I am currently immersed in learning the ins and outs of HTML5, CSS3, JavaScript, and React. I have prior experience building things with technologies such as Java, Python, Django, and D3. I have sixteen months of professional software development experience, where I was involved with configuring Continuous Integration and Continuous Delivery systems and building things with Java.


Tue
May 1
2019
Workers holiday
Cyclos office closed for this day
Fri
Jun 14
2019
Cyclos meeting
New exciting plans for the next Cyclos version!
Thu
Aug 15
2019
Summer summit
Yearly Cyclos summer camp
Tue
Wed 25
2019
Christmas day
Christmas dinner at eight o'clock
This is an example of content that could be fetched from an external source


Here are all of your highlighted fragments!
The keywords in the background serve as a directory and provide a better understanding of where you are heading for, while you pass from one article to another.
The most recently added fragments are shown in the center and they are attached to their corresponding article. There will be articles linked to the left and the right side. The links are related to the fragments and article based on different contexts: They are either written by the same author, published at the same webpage or carry the same annotations. The linked articles might have also been added directly before or after the fragments.
The keywords in the background serve as a directory and provide a better understanding of where you are heading for, while you pass from one article to another.
Let's go!


Let's try this simple notify service, injected into the controller...
(you have to click 3 times to see an alert)
{{expr}}
One time binding: {{::name}}
Normal binding: {{name}}


define a source of data. Can be anything fron database to other api, files and so one
Should return a dictionnary representing the ressource matching the identifier or raise a NotFound exception.
Note
Not implemented by base DataStore class
data is a dict containing the representation of the ressource. This method should call validate(), create the data in the datastore and return the ressource identifier
Not implemented by base DataStore class
should be able to call get() to retreive the object to be updated, validate_fields() and return the updated object
Note
Not implemented by base DataStore class
should be able to validate the existence of the object in the ressource and remove it from the datastore
Note
Not implemented by base DataStore class
This method is called each time you want a set of data. Data could be paginated and filtered. Should call filter() and return paginate()
Note
Not implemented by base DataStore class
should return a way to filter the ressource according to kwargs. It is not mandatory to actualy retreive the ressources as they will be paginated just after the filter call. If you retreive the wole filtered ressources you loose the pagination advantage. The point here is to prepare the filtering. Look at SQLiteDataStore.filter for an example.
Note
Not implemented by base DataStore class
Paginate sould return all the object if no pagination options have been set or only a subset of the ressources if pagination options exists.
Bases: rest_api_framework.datastore.base.DataStore
a datastore made of list of dicts
Bases: rest_api_framework.datastore.base.DataStore
Define a sqlite datastore for your ressource. you have to give __init__ a data parameter containing the information to connect to the database and to the table.
example:
data={"table": "tweets",
"name": "test.db"}
model = ApiModel
datastore = SQLiteDataStore(data, **options)
SQLiteDataStore implement a naive wrapper to convert Field types into database type.
As soon as the datastore is instanciated, the database is create if it does not exists and table is created too
Note
return a sqlite3 connection to communicate with the table define in self.db
Change kwargs[“query”] with “WHERE X=Y statements”. The filtering will be done with the actual evaluation of the query in paginate() the sql can then be lazy
paginate the result of filter using ids limits. Obviously, to work properly, you have to set the start to the last ids you receive from the last call on this method. The max number of row this method can give back depend on the paginate_by option.
return all the objects, paginated if needed, fitered if filters have been set.
Validate the data with base.DataStore.validate() And, if data is valid, create the row in database and return it.


Task Scheduling
Introduction
In the past, you may have written a cron configuration entry for each task you needed to schedule on your server. However, this can quickly become a pain because your task schedule is no longer in source control and you must SSH into your server to view your existing cron entries or add additional entries.
Laravel's command scheduler offers a fresh approach to managing scheduled tasks on your server. The scheduler allows you to fluently and expressively define your command schedule within your Laravel application itself. When using the scheduler, only a single cron entry is needed on your server. Your task schedule is defined in the app/Console/Kernel.php
file's schedule
method. To help you get started, a simple example is defined within the method.
Defining Schedules
You may define all of your scheduled tasks in the schedule
method of your application's App\Console\Kernel
class. To get started, let's take a look at an example. In this example, we will schedule a closure to be called every day at midnight. Within the closure we will execute a database query to clear a table:
<?php
namespace App\Console;
use Illuminate\Console\Scheduling\Schedule;
use Illuminate\Foundation\Console\Kernel as ConsoleKernel;
use Illuminate\Support\Facades\DB;
class Kernel extends ConsoleKernel
{
/**
* The Artisan commands provided by your application.
*
* @var array
*/
protected $commands = [
//
];
/**
* Define the application's command schedule.
*
* @param \Illuminate\Console\Scheduling\Schedule $schedule
* @return void
*/
protected function schedule(Schedule $schedule)
{
$schedule->call(function () {
DB::table('recent_users')->delete();
})->daily();
}
}
In addition to scheduling using closures, you may also schedule invokable objects. Invokable objects are simple PHP classes that contain an __invoke
method:
$schedule->call(new DeleteRecentUsers)->daily();
If you would like to view an overview of your scheduled tasks and the next time they are scheduled to run, you may use the schedule:list
Artisan command:
php artisan schedule:list
Scheduling Artisan Commands
In addition to scheduling closures, you may also schedule Artisan commands and system commands. For example, you may use the command
method to schedule an Artisan command using either the command's name or class.
When scheduling Artisan commands using the command's class name, you may pass an array of additional command-line arguments that should be provided to the command when it is invoked:
use App\Console\Commands\SendEmailCommand;
$schedule->command('emails:send Taylor --force')->daily();
$schedule->command(EmailsCommand::class, ['Taylor', '--force'])->daily();
Scheduling Queued Jobs
The job
method may be used to schedule a queued job. This method provides a convenient way to schedule queued jobs without using the call
method to define closures to queue the job:
use App\Jobs\Heartbeat;
$schedule->job(new Heartbeat)->everyFiveMinutes();
Optional second and third arguments may be provided to the job
method which specify the queue name and queue connection that should be used to queue the job:
use App\Jobs\Heartbeat;
// Dispatch the job to the "heartbeats" queue on the "sqs" connection...
$schedule->job(new Heartbeat, 'heartbeats', 'sqs')->everyFiveMinutes();
Scheduling Shell Commands
The exec
method may be used to issue a command to the operating system:
$schedule->exec('node /home/forge/script.js')->daily();
Schedule Frequency Options
We've already seen a few examples of how you may configure a task to run at specified intervals. However, there are many more task schedule frequencies that you may assign to a task:
| Method | Description |
|---|---|
->cron('* * * * *'); |
Run the task on a custom cron schedule |
->everyMinute(); |
Run the task every minute |
->everyTwoMinutes(); |
Run the task every two minutes |
->everyThreeMinutes(); |
Run the task every three minutes |
->everyFourMinutes(); |
Run the task every four minutes |
->everyFiveMinutes(); |
Run the task every five minutes |
->everyTenMinutes(); |
Run the task every ten minutes |
->everyFifteenMinutes(); |
Run the task every fifteen minutes |
->everyThirtyMinutes(); |
Run the task every thirty minutes |
->hourly(); |
Run the task every hour |
->hourlyAt(17); |
Run the task every hour at 17 minutes past the hour |
->everyTwoHours(); |
Run the task every two hours |
->everyThreeHours(); |
Run the task every three hours |
->everyFourHours(); |
Run the task every four hours |
->everySixHours(); |
Run the task every six hours |
->daily(); |
Run the task every day at midnight |
->dailyAt('13:00'); |
Run the task every day at 13:00 |
->twiceDaily(1, 13); |
Run the task daily at 1:00 & 13:00 |
->weekly(); |
Run the task every Sunday at 00:00 |
->weeklyOn(1, '8:00'); |
Run the task every week on Monday at 8:00 |
->monthly(); |
Run the task on the first day of every month at 00:00 |
->monthlyOn(4, '15:00'); |
Run the task every month on the 4th at 15:00 |
->twiceMonthly(1, 16, '13:00'); |
Run the task monthly on the 1st and 16th at 13:00 |
->lastDayOfMonth('15:00'); |
Run the task on the last day of the month at 15:00 |
->quarterly(); |
Run the task on the first day of every quarter at 00:00 |
->yearly(); |
Run the task on the first day of every year at 00:00 |
->yearlyOn(6, 1, '17:00'); |
Run the task every year on June 1st at 17:00 |
->timezone('America/New_York'); |
Set the timezone for the task |
These methods may be combined with additional constraints to create even more finely tuned schedules that only run on certain days of the week. For example, you may schedule a command to run weekly on Monday:
// Run once per week on Monday at 1 PM...
$schedule->call(function () {
//
})->weekly()->mondays()->at('13:00');
// Run hourly from 8 AM to 5 PM on weekdays...
$schedule->command('foo')
->weekdays()
->hourly()
->timezone('America/Chicago')
->between('8:00', '17:00');
A list of additional schedule constraints may be found below:
| Method | Description |
|---|---|
->weekdays(); |
Limit the task to weekdays |
->weekends(); |
Limit the task to weekends |
->sundays(); |
Limit the task to Sunday |
->mondays(); |
Limit the task to Monday |
->tuesdays(); |
Limit the task to Tuesday |
->wednesdays(); |
Limit the task to Wednesday |
->thursdays(); |
Limit the task to Thursday |
->fridays(); |
Limit the task to Friday |
->saturdays(); |
Limit the task to Saturday |
->days(array|mixed); |
Limit the task to specific days |
->between($startTime, $endTime); |
Limit the task to run between start and end times |
->unlessBetween($startTime, $endTime); |
Limit the task to not run between start and end times |
->when(Closure); |
Limit the task based on a truth test |
->environments($env); |
Limit the task to specific environments |
Day Constraints
The days
method may be used to limit the execution of a task to specific days of the week. For example, you may schedule a command to run hourly on Sundays and Wednesdays:
$schedule->command('emails:send')
->hourly()
->days([0, 3]);
Alternatively, you may use the constants available on the Illuminate\Console\Scheduling\Schedule
class when defining the days on which a task should run:
use Illuminate\Console\Scheduling\Schedule;
$schedule->command('emails:send')
->hourly()
->days([Schedule::SUNDAY, Schedule::WEDNESDAY]);
Between Time Constraints
The between
method may be used to limit the execution of a task based on the time of day:
$schedule->command('emails:send')
->hourly()
->between('7:00', '22:00');
Similarly, the unlessBetween
method can be used to exclude the execution of a task for a period of time:
$schedule->command('emails:send')
->hourly()
->unlessBetween('23:00', '4:00');
Truth Test Constraints
The when
method may be used to limit the execution of a task based on the result of a given truth test. In other words, if the given closure returns true
, the task will execute as long as no other constraining conditions prevent the task from running:
$schedule->command('emails:send')->daily()->when(function () {
return true;
});
The skip
method may be seen as the inverse of when
. If the skip
method returns true
, the scheduled task will not be executed:
$schedule->command('emails:send')->daily()->skip(function () {
return true;
});
When using chained when
methods, the scheduled command will only execute if all when
conditions return true
.
Environment Constraints
The environments
method may be used to execute tasks only on the given environments (as defined by the APP_ENV
environment variable):
$schedule->command('emails:send')
->daily()
->environments(['staging', 'production']);
Timezones
Using the timezone
method, you may specify that a scheduled task's time should be interpreted within a given timezone:
$schedule->command('report:generate')
->timezone('America/New_York')
->at('2:00')
If you are repeatedly assigning the same timezone to all of your scheduled tasks, you may wish to define a scheduleTimezone
method in your App\Console\Kernel
class. This method should return the default timezone that should be assigned to all scheduled tasks:
/**
* Get the timezone that should be used by default for scheduled events.
*
* @return \DateTimeZone|string|null
*/
protected function scheduleTimezone()
{
return 'America/Chicago';
}
{note} Remember that some timezones utilize daylight savings time. When daylight saving time changes occur, your scheduled task may run twice or even not run at all. For this reason, we recommend avoiding timezone scheduling when possible.
Preventing Task Overlaps
By default, scheduled tasks will be run even if the previous instance of the task is still running. To prevent this, you may use the withoutOverlapping
method:
$schedule->command('emails:send')->withoutOverlapping();
In this example, the emails:send
Artisan command will be run every minute if it is not already running. The withoutOverlapping
method is especially useful if you have tasks that vary drastically in their execution time, preventing you from predicting exactly how long a given task will take.
If needed, you may specify how many minutes must pass before the "without overlapping" lock expires. By default, the lock will expire after 24 hours:
$schedule->command('emails:send')->withoutOverlapping(10);
Running Tasks On One Server
{note} To utilize this feature, your application must be using the
database
,memcached
,dynamodb
, orredis
cache driver as your application's default cache driver. In addition, all servers must be communicating with the same central cache server.
If your application's scheduler is running on multiple servers, you may limit a scheduled job to only execute on a single server. For instance, assume you have a scheduled task that generates a new report every Friday night. If the task scheduler is running on three worker servers, the scheduled task will run on all three servers and generate the report three times. Not good!
To indicate that the task should run on only one server, use the onOneServer
method when defining the scheduled task. The first server to obtain the task will secure an atomic lock on the job to prevent other servers from running the same task at the same time:
$schedule->command('report:generate')
->fridays()
->at('17:00')
->onOneServer();
Background Tasks
By default, multiple tasks scheduled at the same time will execute sequentially based on the order they are defined in your schedule
method. If you have long-running tasks, this may cause subsequent tasks to start much later than anticipated. If you would like to run tasks in the background so that they may all run simultaneously, you may use the runInBackground
method:
$schedule->command('analytics:report')
->daily()
->runInBackground();
{note} The
runInBackground
method may only be used when scheduling tasks via thecommand
andexec
methods.
Maintenance Mode
Your application's scheduled tasks will not run when the application is in maintenance mode, since we don't want your tasks to interfere with any unfinished maintenance you may be performing on your server. However, if you would like to force a task to run even in maintenance mode, you may call the evenInMaintenanceMode
method when defining the task:
$schedule->command('emails:send')->evenInMaintenanceMode();
Running The Scheduler
Now that we have learned how to define scheduled tasks, let's discuss how to actually run them on our server. The schedule:run
Artisan command will evaluate all of your scheduled tasks and determine if they need to run based on the server's current time.
So, when using Laravel's scheduler, we only need to add a single cron configuration entry to our server that runs the schedule:run
command every minute. If you do not know how to add cron entries to your server, consider using a service such as Laravel Forge which can manage the cron entries for you:
* * * * * cd /path-to-your-project && php artisan schedule:run >> /dev/null 2>&1
Running The Scheduler Locally
Typically, you would not add a scheduler cron entry to your local development machine. Instead you may use the schedule:work
Artisan command. This command will run in the foreground and invoke the scheduler every minute until you terminate the command:
php artisan schedule:work
Task Output
The Laravel scheduler provides several convenient methods for working with the output generated by scheduled tasks. First, using the sendOutputTo
method, you may send the output to a file for later inspection:
$schedule->command('emails:send')
->daily()
->sendOutputTo($filePath);
If you would like to append the output to a given file, you may use the appendOutputTo
method:
$schedule->command('emails:send')
->daily()
->appendOutputTo($filePath);
Using the emailOutputTo
method, you may email the output to an email address of your choice. Before emailing the output of a task, you should configure Laravel's email services:
$schedule->command('report:generate')
->daily()
->sendOutputTo($filePath)
->emailOutputTo('taylor@example.com');
If you only want to email the output if the scheduled Artisan or system command terminates with a non-zero exit code, use the emailOutputOnFailure
method:
$schedule->command('report:generate')
->daily()
->emailOutputOnFailure('taylor@example.com');
{note} The
emailOutputTo
,emailOutputOnFailure
,sendOutputTo
, andappendOutputTo
methods are exclusive to thecommand
andexec
methods.
Task Hooks
Using the before
and after
methods, you may specify code to be executed before and after the scheduled task is executed:
$schedule->command('emails:send')
->daily()
->before(function () {
// The task is about to execute...
})
->after(function () {
// The task has executed...
});
The onSuccess
and onFailure
methods allow you to specify code to be executed if the scheduled task succeeds or fails. A failure indicates that the scheduled Artisan or system command terminated with a non-zero exit code:
$schedule->command('emails:send')
->daily()
->onSuccess(function () {
// The task succeeded...
})
->onFailure(function () {
// The task failed...
});
If output is available from your command, you may access it in your after
, onSuccess
or onFailure
hooks by type-hinting an Illuminate\Support\Stringable
instance as the $output
argument of your hook's closure definition:
use Illuminate\Support\Stringable;
$schedule->command('emails:send')
->daily()
->onSuccess(function (Stringable $output) {
// The task succeeded...
})
->onFailure(function (Stringable $output) {
// The task failed...
});
Pinging URLs
Using the pingBefore
and thenPing
methods, the scheduler can automatically ping a given URL before or after a task is executed. This method is useful for notifying an external service, such as Envoyer, that your scheduled task is beginning or has finished execution:
$schedule->command('emails:send')
->daily()
->pingBefore($url)
->thenPing($url);
The pingBeforeIf
and thenPingIf
methods may be used to ping a given URL only if a given condition is true
:
$schedule->command('emails:send')
->daily()
->pingBeforeIf($condition, $url)
->thenPingIf($condition, $url);
The pingOnSuccess
and pingOnFailure
methods may be used to ping a given URL only if the task succeeds or fails. A failure indicates that the scheduled Artisan or system command terminated with a non-zero exit code:
$schedule->command('emails:send')
->daily()
->pingOnSuccess($successUrl)
->pingOnFailure($failureUrl);
All of the ping methods require the Guzzle HTTP library. Guzzle is typically installed in all new Laravel projects by default, but, you may manually install Guzzle into your project using the Composer package manager if it has been accidentally removed:
composer require guzzlehttp/guzzle


High performance in-memory http request parser for application/json, multipart/form-data, and application/x-www-form-urlencoded. Includes live demo of hosting and parsing multipart forms with either 'httpuv' or 'Rhttpd'.
| Version: | 0.6 |
| Imports: | curl (≥ 2.5), jsonlite |
| Suggests: | httpuv, testthat |
| Published: | 2017-06-23 |
| Author: | Jeroen Ooms |
| Maintainer: | Jeroen Ooms <jeroen at berkeley.edu> |
| BugReports: | https://github.com/jeroen/webutils/issues |
| License: | MIT + file LICENSE |
| URL: | https://github.com/jeroen/webutils |
| NeedsCompilation: | yes |
| Materials: | NEWS |
| In views: | WebTechnologies |
| CRAN checks: | webutils results |
| Reference manual: | webutils.pdf |
| Package source: | webutils_0.6.tar.gz |
| Windows binaries: | r-devel: webutils_0.6.zip, r-release: webutils_0.6.zip, r-oldrel: webutils_0.6.zip |
| OS X binaries: | r-release: webutils_0.6.tgz, r-oldrel: webutils_0.6.tgz |
| Old sources: | webutils archive |
| Reverse imports: | jug, MazamaWebUtils, opencpu, reqres |
| Reverse suggests: | curl |
Please use the canonical form https://CRAN.R-project.org/package=webutils to link to this page.


About
Oliver is your friendly companion that helps you transition between songs at ease. It can manage your stress levels by choosing suitable songs that’ll insure you stay at a relaxed heart rate. Sit back, relax, and let Oliver do all the work for you.


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System error, please retry later.
Account created, please login now...


What's that? I'm sorry, but I don't have time for this right now! Aren't you aware that a siege is raging as we speak?  Good for you!


Tap the buttons to measure the difference between the fast-click and a native touchstart
Faster than click / Slower than touchstart


{% extends 'layout.html' %} {% block pageTitle %} NHS login - Service consent {% endblock %} {# {% block beforeContent %} {{ breadcrumb({ href: "/", text: "Home" }) }} {% endblock %} #} {% block content %}
To accept this invite, you need to agree to share some of your NHS login information.
{{ data.service or 'myHealth' }} will use your:
{{ data.service or 'myHealth' }} will not use your:
Before you agree, you should read {{ data.service or 'myHealth' }}'s terms of use and privacy policy to check how they will use your information.
This does not mean that you will have a {{ data.service or 'myHealth' }} account.
{% if data.id === 'pending' %}
You will be able to access myHealth on behalf of {{ data.primaryUserFirstName or 'Alice' }} once you have passed our checks.


Invoice
public struct Invoice: Content, ValidationSetable, Equatable
An invoice, sent by a merchant to a client, for the merchant to receive a payment.ai
-
The ID of the invoice.
Declaration
Swift
public let id: String?
-
The invoice status. When you search for invoices, you must specify this value as an array. For example,
"status": ["REFUNDED"]
. The status indicates the phase of an invoice in its lifecycle. The status also indicates whether the invoice is unpaid, partially paid, fully paid, partially refunded, or fully refunded.An invoice payment can be either:
- Connected to an invoice. The customer clicks Pay on the invoice to make a payment. The payment is automatically recorded.
- Disconnected from an invoice. The customer pays by check, wire transfer, or another method. The merchant manually records the payment.
Similarly, an invoice refund can be disconnected from an invoice. The merchant refunds a payment by check, wire transfer, or another method and manually records the refund.
Declaration
Swift
public let status: Status?
-
The total amount of the invoice.
Declaration
Swift
public let total: Amount?
-
An array of payment details for the invoice.
Declaration
Swift
public let payments: [Details]?
-
An array of refund details for the invoice.
Declaration
Swift
public let refunds: [RefundDetail]?
-
The audit information for the invoice.
Declaration
Swift
public let metadata: Metadata?
-
The payment summary of the invoice. Includes the amount paid through PayPal and other sources.
Declaration
Swift
public let paid: PaymentSummary?
-
The payment summary of the invoice. Includes the amount refunded through PayPal and other sources.
Declaration
Swift
public let refunded: PaymentSummary?
-
An array of PayPal file IDs for the files that are attached to an invoice. You can attach up to five files.
Declaration
Swift
public let attachments: [FileAttachment]?
-
An array of request-related HATEOAS links.
Declaration
Swift
public let links: [LinkDescription]?
-
The invoice number. If you omit this value, the default is the number that the API automatically increments from the last number.
This property can be set using the
Invoice.set(_:)
method which will validate the new valie before asigning it to the property.Maximum length: 25.
Declaration
Swift
public private(set) var number: String?
-
The merchant information, such as business name, email, address, and so on.
Declaration
Swift
public var merchant: MerchantInfo
-
An array of billing information for the invoice recipient.
Note
This value is an array with only one element.Declaration
Swift
public var billing: [BillingInfo]?
-
The shipping information for the recipient of the invoice.
Declaration
Swift
public var shipping: ShippingInfo?
-
An array of email addresses to which PayPal sends a copy of the invoice.
Declaration
Swift
public var cc: [Participant]?
-
An array of invoice line item information.
Declaration
Swift
public var items: [Item]?
-
The invoice date as specified by the sender, in Internet date and time format.
Declaration
Swift
public var date: String?
-
The payment due date of the invoice. If you include
due_date
, theterm_type
value is ignored.Declaration
Swift
public var payment: PaymentTerm?
-
The reference data, such as PO number.
This property can be set using the
Invoice.set(_:)
method which will validate the new valie before asigning it to the property.Maximum length: 60.
Declaration
Swift
public private(set) var reference: String?
-
The shipping amount, as a percent or an amount value.
Declaration
Swift
public var shippingCost: ShippingCosts?
-
The custom amount to apply to an invoice. If you include a label, you must include a custom amount.
Declaration
Swift
public var custom: CustomAmount<Amount>?
-
Indicates whether the invoice allows a partial payment. If
false
, the invoice must be paid in full. Iftrue
, the invoice allows partial payments.Note
This feature is not available for merchants in India, Brazil, or Israel.Declaration
Swift
public var allowPartialPayment: Bool?
-
The minimum amount allowed for a partial payment. Valid only if
allow_partial_payment
is true.Declaration
Swift
public var minimumDue: Amount?
-
Indicates whether the tax is calculated before or after a discount. If
false
, the tax is calculated before a discount. Iftrue
, the tax is calculated after a discount.Declaration
Swift
public var taxCalculatedAfterDiscount: Bool?
-
Indicates whether the unit price includes tax.
Declaration
Swift
public var taxInclusive: Bool?
-
The general terms of the invoice.
This property can be set using the
Invoice.set(_:)
method which will validate the new valie before asigning it to the property.Maximum length: 4000.
Declaration
Swift
public private(set) var terms: String?
-
A note to the invoice recipient. The note also appears on the invoice notification email.
This property can be set using the
Invoice.set(_:)
method which will validate the new valie before asigning it to the property.Maximum length: 4000.
Declaration
Swift
public private(set) var note: String?
-
A private bookkeeping memo for the merchant.
This property can be set using the
Invoice.set(_:)
method which will validate the new valie before asigning it to the property.Maximum length: 500.
Declaration
Swift
public private(set) var memo: String?
-
The full URL to an external logo image. The logo must not be larger than 250 pixels wide by 90 pixels high. The logo must be stored on a secure server.
This property can be set using the
Invoice.set(_:)
method which will validate the new valie before asigning it to the property.Maximum length: 4000.
Declaration
Swift
public private(set) var logo: String?
-
Indicates whether the invoice enables the customer to enter a tip amount during payment. If
true
, the invoice shows a tip amount field so that the customer can enter a tip amount. Iffalse
, the invoice does not show a tip amount field.Note
This feature is not available for merchants in Hong Kong, Taiwan, India, or Japan.Declaration
Swift
public var allowTip: Bool?
-
This value is only used to determine the layout to display on the create or edit invoice experience, such as which fields to show and hide. It does not impact the view of the invoice that the customer receives.
Note
If you are just using the Invoicing APIs to create and send invoices, leave this field blank. Thetemplate_id
is only needed if you use the Invoicing API to build a full invoicing solution that includes templates.Declaration
Swift
public var template: String?
-
init(number:merchant:billing:shipping:cc:items:date:payment:reference:discount:shippingCost:custom:allowPartialPayment:minimumDue:taxCalculatedAfterDiscount:taxInclusive:terms:note:memo:logo:allowTip:template:)
Creates a new
Invoice
instance.let invoice = try Invoice( number: nil, merchant: MerchantInfo( email<EMAIL_ADDRESS>business: "Qutheory LLC.", firstName: "Tanner", lastName: "Nelson", address: nil, phone: nil, fax: nil, website: "https://vapor.codes/", taxID: nil, info: nil ), billing: [], shipping: nil, cc: [Invoice.Participant(email: "collective@vapor.codes"), Invoice.Participant(email: "donator@example.com")], items: nil, date: now, payment: PaymentTerm(type: .dueOnReceipt, due: now), reference: "PO number", discount: nil, shippingCost: nil, custom: CustomAmount(label: nil, amount: Amount(currency: .usd, value: "")), allowPartialPayment: false, minimumDue: Amount(currency: .usd, value: "1.00"), taxCalculatedAfterDiscount: true, taxInclusive: true, terms: nil, note: "Thanks for your donation!", memo: "Open Collective donation", logo: "https://vapor.codes/dist/e032390c38279fbdf18ebf0e763eb44f.png", allowTip: true, template: "PayPal system template" )
Declaration
Swift
public init( number: String? = nil, merchant: MerchantInfo, billing: [BillingInfo]? = nil, shipping: ShippingInfo? = nil, cc: [Participant]? = nil, items: [Item]? = nil, date: String? = nil, payment: PaymentTerm? = nil, reference: String? = nil, discount: Discount<Amount>? = nil, shippingCost: ShippingCosts? = nil, custom: CustomAmount<Amount>? = nil, allowPartialPayment: Bool? = nil, minimumDue: Amount? = nil, taxCalculatedAfterDiscount: Bool? = nil, taxInclusive: Bool? = nil, terms: String? = nil, note: String? = nil, memo: String? = nil, logo: String? = nil, allowTip: Bool? = nil, template: String? = nil )throws
-
Declaration
Swift
public init(from decoder: Decoder)throws
-
Declaration
Swift
public func setterValidations() -> SetterValidations<Invoice>
-
A single item in an invoice.
See moreDeclaration
Swift
public struct Item: Content, ValidationSetable, Equatable
-
Information used to make a payment for an invoice.
See moreDeclaration
Swift
public struct Payment: Content, Equatable
-
A reminder which a merchant can send to the payer of an invoice.
See moreDeclaration
Swift
public struct Reminder: Content, Equatable
-
The criteria that an invoice search must match.
See moreDeclaration
Swift
public struct Search: Content, Equatable
-
The phases of an invoice in its lifecycle.
See moreDeclaration
Swift
public enum Status: String, Hashable, CaseIterable, Content
-
The unit of measure for an invoiced item.
See moreDeclaration
Swift
public enum Measure: String, Hashable, CaseIterable, Content
-
Information for people who are connected to the invoice and will receive a copy of it.
See moreDeclaration
Swift
public struct Participant: Content, ValidationSetable, Equatable


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java.lang.Object net.parallaxed.bluejam.evolution.FitnessInterval
public class FitnessInterval
This class selects a random fitness method to apply.
| Field Summary | |
|---|---|
static int |
BackoffPercent
Defines how many cases of repetition should be "let through" |
static int |
IntervalWindow
How many repetitions before we start to reduce the fitness? |
| Method Summary | |
|---|---|
double |
evaluate(Individual individual)
Evaluates the given NoteSequence in an individual, providing a double value for the fitness of that sequence. The way to evaluate intervals is simply to skip over the noteSequence and find out how many notes have interval > 3. |
static FitnessInterval |
getInstance()
|
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public static int IntervalWindow
public static int BackoffPercent
| Method Detail |
|---|
public static FitnessInterval getInstance()
public double evaluate(Individual individual)
evaluate
in interface IndividualEvaluator
individual
- The Individual to Evaluate
Individual
|
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Activates a program by ID and deactivates the previous program. Throws an error when the ID does not exist.
Adds the program to the WebGL2
and returns ID number of the program.
If any program is activated yet, this method activates the program.
Program ID
Adds the transform feedback to WebGL2
.
Deactivates the program.
Uses the program as a current program.
Uses the program as a current program.
Generated using TypeDoc
Activates a program and deactivates the previous program. Throws an error when the program is not attached to WebGL2.


CrimPapers
Articles published on 20 April 2019
On 20 April 2019, 5 new articles were published in 5 journals.
Terrorist Learning in Context – the Case of Al Qaeda in the Islamic Maghreb by Carolin Goerzig
Exploring the Use of Neurofeedback Therapy in Mitigating Symptoms of Traumatic Brain Injury in Survivors of Intimate Partner Violence by Joshua Brown, Dessie Clark, Apryl E. Pooley
Institutional Imbalance, Marketized Mentality, and the Justification of Instrumental Offenses: A Cross-National Application of Institutional Anomie Theory by Andreas Hövermann, Steven F. Messner
Preparing Individuals For Leadership in Australasia, the United States, and the UK by Victoria Herrington, Joseph A. Schafer
‘the Organisation Doesn’t Particularly Consider Itself Responsible For You’: Organisational Support For Officers Injured in the Line of Duty and Organisational (in)justice by Karen Bullock, Jon Garland


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You got a yo from thedude92
add the .section class to an h element
these classes can be added to an element to decorate it
add the .bevel class to an element
these classes can be added to an element to add a background
lists


I worked there for a year and we built a tool to allow garage owner to have a web: mygarageweb and two finders, for garages and offers We used Symfony2, MongoDB, Elasticsearch and JQuery
The idea was to rewrite neventum using Symfony2. I learned a bit of continuous integration with Jenkins and I did some test using PHPUnit and Behat
Intership of a month before moving to Barcelona. I created a Joomla component for Facebook in plataformazero
University
I did my degree in the University of Sevilla where I studied Technical Engineering in Computer Systems which I finished in 2012