'Hey Glasto!': McCartney to headline Glastonbury's 50th anniversary
by The Jakarta PostPaul McCartney is to headline the 50th anniversary of Glastonbury in June next year, the world's largest greenfield festival, organisers announced on Monday.
"Hey Glasto - excited to be part of your Anniversary celebrations. See ya next year!" the 77-year-old former Beatle tweeted.
The "Hey Jude" hitmaker will be the headline act on the festival's main Pyramid Stage on Saturday, June 27, according to the Glastonbury Twitter account. McCartney last appeared on the Pyramid Stage in 2004 alongside Oasis and Muse.
Read also
Glastonbury and McCartney's representatives were not immediately available for further comment.
Tickets for the 2020 event went on sale in October and were sold out in just over half an hour, according to the festival's website.
Glastonbury Festival was founded by farmer Michael Eavis, 83, and his late wife Jean in 1970, after they were inspired by the Bath Festival of Blues. Marc Bolan played the first event, which had an entry charge of 1 pound with free milk included.


Instructions..
- This is a 3X3 Tic-tac-toe game.
- The players take turns putting their marks in empty squares.
- The goal is to connect 3 symbols in any direction row,column or diagonal.The first
player to achieve
this wins.
- In Single Player game your symbol is X.
- In 2 Player game , the symbols for first and second players are 'o' and 'x'
respectively.
- Click on 1 Player and 2 Player buttons to play single player and 2 Player game
respectively.
- Click on Restart button to restart game with computer.
- Click on Undo option to undo move.
- Hint option is enabled only for single player game.
- Click anywhere to continue..


Welcome!
You may not want to quit smoking, but if you do, the information in this decision aid can help you understand your options and be able to talk about them with a doctor.
Your main options when it comes to quitting smoking are:
Sometimes smokers who want to quit have to try a few different methods before they are successful in totally giving up cigarettes.
Ready to take the survey? Click here


As if working many hours a week to complete the requirements in my development bootcamp wasn't enough, there are also classes within Ruby, the programming language we have been learning about for three weeks now.
But classes in Ruby are actually very useful. In essence, they are more like families, groups of relations all together. They can create new family members who look and act the same way. It's an easy way to make duplicates in Ruby.
Here's an example below:
class Cat_toy attr_reader :name CAT_NAME = ["Paro", "Audrey", "Sylvia"] def initialize(name) @name = name end def playing "#{CAT_NAME.sample} is playing with the #{name}!" end end flying_bird = Cat_toy.new("Flying Bird") flying_bird.playing
The name of the class is Cat_toy and it is like a template that can be used to create different copies for the many and varied cat toys available to the pampered feline. The attr_reader (attribute reader) sets instance variables. Local variables are only valid with a method, but instance variables can be share through a class, making them more flexible and bendy, like a good fishing pole cat toy.
Because they are so flexible, I used both of the instance variables, @name and @cat_name, in the method playing. When in the attr_reader, they only have a colon (:), but the @ sign in front indicates that they have a different function from a normal local variable. The constant with a method attached, #{CAT_NAME.sample}, takes one of the names in CAT_NAME randomly and displays it in the sentence. The #{name} adds in the toy name supplied when the template is accessed outside of the family group of the class. And they both work way down at the bottom in the method! That's family.
You don't always need these types of variables. Sometimes, you just need a little variable to do one job and then be forgotten. Instance variables are a clever way to make variable more widely available, while still keeping them exclusive enough to remain interesting to a finicky feline. Interestingly enough, the method playing is also considered an instance method, because it too can be accessed outside of the class. It's not as flashy as the variable, but does its thing quietly and efficently, like a cat stalking its prey.


| rsa_encrypt {openssl} | R Documentation |
Asymmetric encryption and decryption with RSA. Because RSA can only encrypt messages
smaller than the size of the key, it is typically used only for exchanging a random
session-key. This session key is used to encipher arbitrary sized data via a stream
cipher such as aes_cbc. See encrypt_envelope
for a high-level
wrappers combining RSA and AES in this way.
rsa_encrypt(data, pubkey = my_pubkey()) rsa_decrypt(data, key = my_key(), password = askpass)
data |
raw vector of max 245 bytes (for 2048 bit keys) with data to encrypt/decrypt |
pubkey |
public key or file path. See |
key |
private key or file path. See |
password |
string or a function to read protected keys. See |
# Generate test keys key <- rsa_keygen() pubkey <- key$pubkey # Encrypt data with AES tempkey <- rand_bytes(32) iv <- rand_bytes(16) blob <- aes_cbc_encrypt(system.file("CITATION"), tempkey, iv = iv) # Encrypt tempkey using receivers public RSA key ciphertext <- rsa_encrypt(tempkey, pubkey) # Receiver decrypts tempkey from private RSA key tempkey <- rsa_decrypt(ciphertext, key) message <- aes_cbc_decrypt(blob, tempkey, iv) out <- rawToChar(message)


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We provide you an opportunity to directly impact the lives of our farmers.
We provide you with an alternative medium for investment and an additional source of income for living.
We are a social impact investment tool that helps you wherein you help our farmers but at the same time while also earning for your future.
From its early days, the Company has served clients from a range of industries, majority of them being in Financial Services.
Additionally, we have clients engaged in manufacturing, distribution, professional services, and software development.
Our clients are our trusted business partners, driving all that we do.
Vértere is in business to provide the highest quality and best value services and solutions to our clients. We ensure complete satisfaction.
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VGRENAME
Section: Maintenance Commands (8)Updated: LVM TOOLS 2.02.95(2)-RHEL6 (2012-10-16)
Index Return to Main Contents
NAME
vgrename - rename a volume groupSYNOPSIS
vgrename [-A|--autobackup y|n] [-d|--debug] [-h|-?|--help] [-t|--test] [-v|--verbose] OldVolumeGroup{Path|Name|UUID} NewVolumeGroup{Path|Name}DESCRIPTION
vgrename renames an existing (see vgcreate(8) ) volume group from OldVolumeGroup{Name|Path|UUID} to NewVolumeGroup{Name|Path}.OPTIONS
See lvm for common options.Examples
"vgrename /dev/vg02 /dev/my_volume_group" renames existing volume group "vg02" to "my_volume_group".- "vgrename vg02 my_volume_group" does the same.
- "vgrename Zvlifi-Ep3t-e0Ng-U42h-o0ye-KHu1-nl7Ns4 VolGroup00_tmp"
-
changes the name of the Volume Group with UUID
Zvlifi-Ep3t-e0Ng-U42h-o0ye-KHu1-nl7Ns4 to
"VolGroup00_tmp".
All the Volume Groups visible to a system need to have different names. Otherwise many LVM2 commands will refuse to run or give warning messages.
This situation could arise when disks are moved between machines. If a disk is connected and it contains a Volume Group with the same name as the Volume Group containing your root filesystem the machine might not even boot correctly. However, the two Volume Groups should have different UUIDs (unless the disk was cloned) so you can rename one of the conflicting Volume Groups with vgrename.
SEE ALSO
Index
This document was created by man2html, using the manual pages.
Time: 05:34:31 GMT, December 24, 2015


- Timeline Panel
-
– Animation panel options
– Show / hide the timeline panel
- Document
-
– New document custom settings
– Set timeline frame rate
– Render video
– Go to in timeline
– New document and settings
- Canvas Size
-
– Fit in document in window
– Zoom to 100%
– Set size of working canvas
- Save As
-
– Save document as (copy)
– Save document
- New 1 Frame
-
– Add new 1 frame
– Add new 1 video frame
- New 2 Frame
-
– Add new 2 video frame
– Add new 2 frame
- Duplicate Frame
-
– Duplicate selected frame/layer
- Delete Frame
-
– Delete selected frame/layer
- Filters Selected Layers
-
– Show all layers
– Show set favorite layers
– Sets selected layers as favorites and hides other layers
- Toggle Onion Skin Mode
-
– Onion skin mode displays content drawn on the current frame plus content drawn on the surrounding frames
- Onion Skin Settings
-
– Specify how previous and later frames appear when onion skins are enabled
- New Video Group
-
– New video group from selection
– Ungroup selected video group
– New video group with blanc 1 frame layer
- Rename Frame
-
– Rename frame, layer or video group with dialog
- Minus 1 Frame
-
– Reduce duration selecion by 2 frames
– Reduce duration selecion by 5 frames
– Reduce duration selecion by 1 frame
- Plus 1 Frame
-
– Extend duration selection by 2 frames
– Extend duration selection by 5 frames
– Extend duration selection by 1 frame
- Red Overlay
-
– Clear color overlay, keep others
– Hide red overlay
– Show red overlay
– Adds red overlay to the layer
- Green Overlay
-
– Clear color overlay, keep others
– Hide green overlay
– Show green overlay
– Adds green overlay to the layer
- Blue Overlay
-
– Clear only color overlay keep others
– Hide blue overlay
– Show blue overlay
– Adds blue overlay to the layer
- Clear All Overlays
-
– Hide all overlays/effects
– Show all overlays/effects
– Clear all overlays/effects
- In Between Previous
-
– Move the selected frame/layer before the Previous one
- In Between New
-
– Create a new in-between before selected frame/layer
– Create a new in-between after selected frame/layer
- In Between Next
-
– Move the selected frame/layer after the next one
- Set Playhead Start
-
– Trim start at playhead
– Move start to playhead
– Set the start of the work Areat at the playhead
- Split at playhead
-
– Split at playhead and make video group
– Split at playhead
- Set Playhead End
-
– Trim end at playhead
– Move end to playhead
– Set the end of the work Areat at the playhead
- Go to previous edit
-
– Go to first frame
– Go to previous edit
- Go to next edit
-
– Go to last frame
– Go to next edit
- Edit Comments
-
— Add / edit a timeline comment at the playhead
- Export Comments as HTML
-
- Export timeline comments as a HTML file
- Export Comments as TXT
-
– Export timeline comments as a structured TEXT file
- Toggle Timeline Shortcuts
-
– Enable timeline shortcut keys, allows you to use the right and left arrow keys to move playhead, and use the space bar to play / stop


About Us
Open Web is a student organization at Boston University that was founded in 2014 with the goal to bring highly motivated students together to work on apps and other tech projects. We are an app incubator - a closed organization where people develop projects and apps in small but driven teams. You can read more about the founders’ original vision here.
To join our team, you’ll need to apply. Even if you don’t join us, we organize plenty of workshops and events open to the entire BU community Make sure that you’re subscribed to our mailing list and follow our Facebook page, so you don’t miss any updates! You may also find us on Facebook, Twitter, Medium, and Instagram. If you have any questions, you can email us at openweb@bu.edu.


Kim Kardashian Says How She Really Feels About Meghan Markle and Prince Harry
The Duke and Duchess of Sussex are facing troubles recently with the intensive media spotlight, topping daily headlines with unwanted attention as the royal couple struggle to enjoy their private life as new parents.
During an interview with The Sunday Project, an Australian talk show programme hosted by Lisa Wilkinson, Kim Kardashian was asked about her personal feelings toward Meghan Markle and Prince Harry.
“I think everyone has their own journey.
Kardashian said that nobody else except Meghan and Prince Harry can understand what their unique situation is like from the inside.
Answering the question whether she felt sympathy, Kardashian remarked “as I’m older and as I have kids, what I would want for them is just the safest place. I can definitely empathise with their need for having a secure, safe place and taking time for themselves and having privacy when they need it.”


Data travels on the internet in a less direct fashion
A unique string of numbers separated by periods that identifies each computer using the Internet Protocol to communicate over a network.
IP stands for Internet Protocol and describes a set of standards and requirements for creating and transmitting data packets, or datagrams, across networks. The Internet Protocol (IP) is part of the Internet layer of the Internet protocol suite. In the OSI model, IP would be considered part of the network layer.
Every website (Disney, Amazon, Apple, etc.) has a unique IP address, but it goes by its name instead (Disney.com, Amazon.com, Apple.com.) But without IP addresses you could not connect with them and they could not share information with you.
The common type of IP address (is known as IPv4, for "version 4"). Here is an example of what an IP address might look like:
As you can see in the picture above An IPv4 address consists of four numbers, each of which contains one to three digits, with a single dot (.) separating each number or set of digits. Each of the four numbers can range from 0 to 255.
IP addresses are binary numbers but are typically expressed in decimal form (IPv4) or hexadecimal form (IPv6) to make reading and using them easier for humans. Without this numeric protocol, sending and receiving data over the World Wide Web would be impossible.
Now you may wonder what happens if we ran out of IP addresses?
Suddenly, major companies (even Microsoft!) were scrambling to buy unused IP addresses from other companies...for millions of dollars.
What went wrong?
The past decade has seen explosive growth in mobile devices including mobile phones, notebook computers, and wireless handheld devices. The format for IPv4 was not designed to handle the sheer number of IP addresses. Fortunately, there was a backup IP address type waiting in the wings.
Goodbye IPv4. Hello IPv6.
It is called IPv6 and it offers a maximum number of IP address for today and for the future. Whereas IPv4 supports a maximum of approximately 4.3 billion unique IP addresses, IPv6 supports, in theory, a maximum number that will never run out.
A theoretical maximum of 340,282,366,920,938,463,463,374,607,431,768,211,456
.
To be exact. In other words, we will never run out of IP addresses again.
An IPv6 address consists of eight groups of four hexadecimal digits. If a group consists of four zeros, the notation can be shortened using a colon to replace the zeros. Here is an example IPv6 address:
2001:0db8:85a3:0000:0000:8a2e:0370:7334
In both IPv4 and IPv6, remembering the IP address of every device is not possible, except on the smallest of networks. Name resolution provides a way to lookup an IP address from an easier to use name.
On the internet, name resolution is handled by the Domain Name System (DNS). With DNS, a name in the format host.domain can be used in place of the destination’s IP address. When the connection is initiated, the source host will request the IP address of the destination host from a DNS server. The DNS server will reply with the destination’s IP address. This IP address will then be used for all communications sent to that name.
is a small amount of data sent over a network, such as a LAN or the Internet. Like a real-life package, each packet includes a source and destination as well as the content (or data) being transferred.
In networking, a packet is a small segment of a larger message. Data sent over computer networks*, such as the Internet, is divided into packets. These packets are then recombined by the computer or device that receives them.
Suppose Jane is writing a letter to Leo, but Leo’s mail slot is only wide enough to accept envelopes the size of a small index card. Instead of writing her letter on normal paper and then trying to stuff it through the mail slot, Jane divides her letter into much shorter sections, each a few words long, and writes these sections out on index cards. She delivers the group of cards to Leo, who puts them in order to read the whole message.
This is like how packets work on the Internet. Suppose a user needs to load an image. The image file does not go from a web server to the user's computer in one piece. Instead, it is broken down into packets of data, sent over the wires, cables, and radio waves of the Internet, and then reassembled by the user's computer into the original photo.
*A network is a group of two or more connected computers. The Internet is a network of networks — multiple networks around the world that are all interconnected with each other.
An Insider Breakdown of How Network Packet Works:
Though not always followed to the latter, the conceptual framework laid out by the OSI model, poses a range of protocols through which data is broken into smaller layers before being transmitted, and as well-assembled when they reach the destination address.
Generally, the networks we have today operate on the TCP/IP protocol stack which gets transmitted over physical networks derived from the Ethernet. Before we go further, it is important we quickly address a common mistake that circles the misuse of some terms in place of the term “network packet.” Segments are the units of data sent from the transport protocol (most likely TCP) to the network layer.
-Packet Travelling
Datagram there are two forms: UDP datagram and the IP datagram. And they are differentiated based on the protocol in use at the time being addressed. If the split data is being processed by the IP network protocol, then it is an IP datagram. And if at the transport layer it is being transported by UDP, then it is a UDP datagram.
Frame refers to the physical presentation or container for a network protocol.
At the Transport Layer
The TCP/IP resumes its function from the computer by receiving a set of commands or information from a software application, which it will encapsulate within TCP segments, or just one segment depending on the size of the data. Subsequently, destination port numbers and source are assigned to a segment, before splitting it into various segments for ease of transportation over the network. The segments are then forwarded to the network layer. Though split, these segments represent an accurate entirety of the original information.
At the Network Layer
Here the IP receives the segments, and encapsulates them into multiple IP datagrams, one for each received TCP segment. After encapsulation, the IP assesses and assigns the source information, destination IP addresses, identifiers as well as QoS parameters to each datagram, which helps determine the best physical path to be taken by the datagram. After the assignments, the datagrams are forwarded to a network interface card.
At the Data Link and Physical Layer
The IP datagrams received by the NIC are encapsulated in the data link layer into an Ethernet frame. Subsequently, the frame acts as a series of binary signals placed on a physical structure (such as fiber, coax, hubs, coax, etc.) attached to the NIC. The NIC then acts as a network gateway from which your computer connects through cables (such as fiber, coax, etc.) or wireless to a network to reach a recipient computer or device. From the NIC the frames are transported as signals to the destination IP address – device – at which end they are reassembled to display original information (such as texts, graphics, etc.) or initiate commands.
Parts of a Network Packet
A Network packet is divided into three parts; the header, payload, and trailer, each containing values that are characteristic of it.
Header – The header contains the source address, a destination address, protocol, and packet number.
-This is how a Packet looks like
Payload or data –
Which refers to the actual data being transported by the packet. Depending on the network, the size can vary between 48 bytes to 4 kb range.
Trailer –
Contents of a packet trailer differ with each network type. Generally, a trailer contains a few bits that inform the recipient device that it has gotten to the end of the packet, as well as a Cyclic Redundancy Check (CRC), which enables the computer to determine if all the packets were received completely.
Packet Loss: The Woe of Network Packets
Following the analogy used earlier, if the video was unable to load completely in your friend’s computer, the chances are that some network packets might have been lost in the traffic. In an office scenario where the transfer of mission-critical files among the staff (in the same or different locations) is very common, continuous requests for re-transmission of files can affect productivity and increase downtimes.
-The Woe of Network packet loss
A network packet loss occurs when a packet is unable to get to its destination, either because it was dropped or lost in transit – resulting in low quality of experience (QoE). A packet loss though less likely to occur on cabled networks, is not restricted to wireless internet connections, owing to a bad WiFi signal, faulty cables, network congestion’s, faulty router, etc.
There are a few ways to manage, fix or limit the occurrence of a network packet loss such as:
Packet loss occurs on all networks. Sometimes all that must be done to improve performance is to check their connections, restart the network or computer, update software, or remove any non-essential devices from the network. In enterprise settings, networks serving high amounts of traffic and requiring high standards of security, network visibility has become the key to understanding network traffic and packet loss. Special network monitoring software has been developed to give admins a clearer picture of the activity on their networks. By pinpointing the offending culprits of packet loss, IT departments are far ahead of the curve of setting out an effective solution to return to a high performing network.
Routing
is the process of selecting a path for traffic in a network or between or across multiple networks. Broadly, routing is performed in many types of networks, including circuit-switched networks, such as the public switched telephone network, and computer networks, such as the Internet. Network routing is the process of selecting a path across one or more networks.
In packet-switching networks, such as the Internet, routing selects the paths for Internet Protocol (IP) packets to travel from their origin to their destination. These Internet routing decisions are made by specialized pieces of network hardware called routers.
Consider the image below. For a data packet to get from Computer A to Computer B, should it pass through networks 1, 3, and 5 or networks 2 and 4? The packet will take a shorter path through networks 2 and 4, but networks 1, 3, and 5 might be faster at forwarding packets than 2 and 4. These are the kinds of choices network routers constantly make.
-Data Packet to get from Computer A to Computer B
How does routing work?
Routers refer to internal routing tables to make decisions about how to route packets along network paths. A routing table records the paths that packets should take to reach every destination that the router is responsible for. Think of train timetables, which train passengers consult to decide which train to catch. Routing tables are like that, but for network paths rather than trains.
Routers work in the following way: when a router receives a packet, it reads the headers* of the packet to see its intended destination, like the way a train conductor may check a passenger's tickets to determine which train they should go on. It then determines where to route the packet based on information in its routing tables.
Routers do this millions of times a second with millions of packets. As a packet travels to its destination, it may be routed several times by different routers. Routing tables can either be static or dynamic. Static routing tables do not change. A network administrator manually sets up static routing tables. This essentially sets in stone the routes data packets take across the network unless the administrator manually updates the tables.
Dynamic routing tables update automatically. Dynamic routers use various routing protocols (see below) to determine the shortest and fastest paths. They also make this determination based on how long it takes packets to reach their destination — similar to the way Google Maps, Waze, and other GPS services determine the best driving routes based on past driving performance and current driving conditions. Dynamic routing requires more computing power, which is why smaller networks may rely on static routing. But for medium-sized and large networks, dynamic routing is much more efficient.
What are the main routing protocols?
In networking, a protocol is a standardized way of formatting data so that any connected computer can understand the data. A routing protocol is a protocol used for identifying or announcing network paths.
The following protocols help data packets find their way across the Internet:
IP: The Internet Protocol (IP) specifies the origin and destination for each data packet. Routers inspect each packet's IP header to identify where to send them.
BGP: The Border Gateway Protocol (BGP) routing protocol is used to announce which networks control which IP addresses, and which networks connect to each other. (The large networks that make these BGP announcements are called autonomous systems.) BGP is a dynamic routing protocol.
The below protocols route packets within an AS:
OSPF: The Open Shortest Path First (OSPF) protocol is commonly used by network routers to dynamically identify the fastest and shortest available routes for sending packets to their destination.
RIP: The Routing Information Protocol (RIP) uses "hop count" to find the shortest path from one network to another, where "hop count" means number of routers a packet must pass through on the way. (When a packet goes from one network to another, this is known as a "hop.")
What is a router?
-A router
A router is a piece of network hardware responsible for forwarding packets to their destinations. Routers connect to two or more IP networks or subnetworks and pass data packets between them as needed. Routers are used in homes and offices for setting up local network connections. More powerful routers operate all over the Internet, helping data packets reach their destinations.


ngx-material-timepicker
Handy material design timepicker for Angular 6.0+
Examples
Simple timepicker settings
Set up min or max value (or both) for the timepicker.
Provide you to open the timepicker by button.
Provide an custom icon to the toggle button.
You can change time right through the timepicker dial (with a keyboard) without interaction with a clock face.
You can set up a gap for minutes. It is '1' by default.
You can change time picker view with your own settings.
Custom hint
Timepicker appends to input.
ngx-timepicker-field
Examples
Simple settings
Set up min or max value (or both) for the timepicker.
Set up a gap for minutes (it's '1' by default).
Manipulations with toggle button


| Short Channel ID | {{channel?.short_channel_id}} | Alias | {{channel?.alias}} | Connected | {{(channel?.connected) ? 'Connected' : 'Disconnected'}} | Private | {{(channel?.private ? 'Private' : 'Public')}} | State | {{channel?.state}} | mSatoshi To Us | {{channel?.msatoshi_to_us | number}} | Total (Sats) | {{channel?.msatoshi_total/1000 | number}} | Spendable Satoshi | {{channel?.spendable_msatoshi | number}} |
|
No peers connected. Add a peer in order to open a channel. 0 && (!channels.data || channels.data.length<1)">No channels available. |
|---|


The Reactive Stocks application has been created!
Once the application has been compiled and the server started, your application can be accessed at: http://localhost:9000
Check in Run to see the server status.
The first thing you will see are three stock charts which are being pushed values in real-time from the server. These values are simulated so the application always has interesting data flowing in real-time. Clicking on a stock chart will fetch recent news mentioning the stock symbol, use a service to do sentiment analysis on each news, and then display a buy, sell, or hold recommendation based on the aggregate sentiments. New stocks can be added to the list using the form in the header.
The Reactive Stocks example combines Reactive Push, Reactive Requests, Reactive Composition, and a Reactive UI to create a Resilient, Interactive, Scalable, and Event-Driven application. Check out the Hello Scala!, Hello Play Framework!, and Hello Akka! templates to learn more about those technologies. Go back to the Activator home page to create a new application.


class OpenSSL::ASN1::Constructive
The parent class for all constructed encodings. The value
attribute of a Constructive is always an
Array
. Attributes are the same as for ASN1Data, with the addition of
tagging
.
SET and SEQUENCE¶ ↑
Most constructed encodings come in the form of a SET or a SEQUENCE. These encodings are represented by one of the two sub-classes of Constructive:
-
OpenSSL::ASN1::Set
-
OpenSSL::ASN1::Sequence
Please note that tagged sequences and sets are still parsed as instances of ASN1Data. Find further details on tagged values there.
Example - constructing a SEQUENCE¶ ↑
int = OpenSSL::ASN1::Integer.new(1) str = OpenSSL::ASN1::PrintableString.new('abc') sequence = OpenSSL::ASN1::Sequence.new( [ int, str ] )
Example - constructing a SET¶ ↑
int = OpenSSL::ASN1::Integer.new(1) str = OpenSSL::ASN1::PrintableString.new('abc') set = OpenSSL::ASN1::Set.new( [ int, str ] )
Infinite length primitive values¶ ↑
The only case where Constructive is used
directly is for infinite length encodings of primitive values. These
encodings are always constructed, with the contents of the
value
Array
being either UNIVERSAL non-infinite
length partial encodings of the actual value or again constructive
encodings with infinite length (i.e. infinite length primitive encodings
may be constructed recursively with another infinite length value within an
already infinite length value). Each partial encoding must be of the same
UNIVERSAL type as the overall encoding. The value of the overall encoding
consists of the concatenation of each partial encoding taken in sequence.
The value
array of the outer infinite length value must end
with a OpenSSL::ASN1::EndOfContent instance.
Please note that it is not possible to encode Constructive without the
infinite_length
attribute being set to true
, use
OpenSSL::ASN1::Sequence or OpenSSL::ASN1::Set in these cases instead.
Example - Infinite length OCTET STRING¶ ↑
partial1 = OpenSSL::ASN1::OctetString.new("\x01") partial2 = OpenSSL::ASN1::OctetString.new("\x02") inf_octets = OpenSSL::ASN1::Constructive.new( [ partial1, partial2, OpenSSL::ASN1::EndOfContent.new ], OpenSSL::ASN1::OCTET_STRING, nil, :UNIVERSAL ) # The real value of inf_octets is "\x01\x02", i.e. the concatenation # of partial1 and partial2 inf_octets.infinite_length = true der = inf_octets.to_der asn1 = OpenSSL::ASN1.decode(der) puts asn1.infinite_length # => true
Attributes
May be used as a hint for encoding a value either implicitly or explicitly
by setting it either to :IMPLICIT
or to
:EXPLICIT
. tagging
is not set when a ASN.1
structure is parsed using OpenSSL::ASN1.decode.
Public Class Methods
value
: is mandatory.
tag
: optional, may be specified for tagged values. If no
tag
is specified, the UNIVERSAL tag corresponding to the Primitive sub-class is used by default.
tagging
: may be used as an encoding hint to encode a value
either explicitly or implicitly, see ASN1 for
possible values.
tag_class
: if tag
and tagging
are
nil
then this is set to :UNIVERSAL
by default. If
either tag
or tagging
are set then
:CONTEXT_SPECIFIC
is used as the default. For possible values
please cf. ASN1.
Example¶ ↑
int = OpenSSL::ASN1::Integer.new(42) zero_tagged_int = OpenSSL::ASN1::Integer.new(42, 0, :IMPLICIT) private_explicit_zero_tagged_int = OpenSSL::ASN1::Integer.new(42, 0, :EXPLICIT, :PRIVATE)
static VALUE ossl_asn1_initialize(int argc, VALUE *argv, VALUE self) { VALUE value, tag, tagging, tag_class; rb_scan_args(argc, argv, "13", &value, &tag, &tagging, &tag_class); if(argc > 1){ if(NIL_P(tag)) ossl_raise(eASN1Error, "must specify tag number"); if(!NIL_P(tagging) && !SYMBOL_P(tagging)) ossl_raise(eASN1Error, "invalid tagging method"); if(NIL_P(tag_class)) { if (NIL_P(tagging)) tag_class = sym_UNIVERSAL; else tag_class = sym_CONTEXT_SPECIFIC; } if(!SYMBOL_P(tag_class)) ossl_raise(eASN1Error, "invalid tag class"); if (tagging == sym_IMPLICIT && NUM2INT(tag) > 31) ossl_raise(eASN1Error, "tag number for Universal too large"); } else{ tag = INT2NUM(ossl_asn1_default_tag(self)); tagging = Qnil; tag_class = sym_UNIVERSAL; } ossl_asn1_set_tag(self, tag); ossl_asn1_set_value(self, value); ossl_asn1_set_tagging(self, tagging); ossl_asn1_set_tag_class(self, tag_class); ossl_asn1_set_infinite_length(self, Qfalse); return self; }
Public Instance Methods
Calls block once for each element in self
, passing
that element as parameter asn1
. If no block is given, an
enumerator is returned instead.
Example¶ ↑
asn1_ary.each do |asn1| puts asn1 end
static VALUE ossl_asn1cons_each(VALUE self) { rb_block_call(ossl_asn1_get_value(self), id_each, 0, 0, 0, 0); return self; }
See OpenSSL::ASN1::ASN1Data#to_der for details.
static VALUE ossl_asn1cons_to_der(VALUE self) { int tag, tn, tc, explicit, constructed = 1; int found_prim = 0, seq_len; long length; unsigned char *p; VALUE value, str, inf_length; tn = NUM2INT(ossl_asn1_get_tag(self)); tc = ossl_asn1_tag_class(self); inf_length = ossl_asn1_get_infinite_length(self); if (inf_length == Qtrue) { VALUE ary, example; constructed = 2; if (rb_obj_class(self) == cASN1Sequence || rb_obj_class(self) == cASN1Set) { tag = ossl_asn1_default_tag(self); } else { /* must be a constructive encoding of a primitive value */ ary = ossl_asn1_get_value(self); if (!rb_obj_is_kind_of(ary, rb_cArray)) ossl_raise(eASN1Error, "Constructive value must be an Array"); /* Recursively descend until a primitive value is found. The overall value of the entire constructed encoding is of the type of the first primitive encoding to be found. */ while (!found_prim){ example = rb_ary_entry(ary, 0); if (rb_obj_is_kind_of(example, cASN1Primitive)){ found_prim = 1; } else { /* example is another ASN1Constructive */ if (!rb_obj_is_kind_of(example, cASN1Constructive)){ ossl_raise(eASN1Error, "invalid constructed encoding"); return Qnil; /* dummy */ } ary = ossl_asn1_get_value(example); } } tag = ossl_asn1_default_tag(example); } } else { if (rb_obj_class(self) == cASN1Constructive) ossl_raise(eASN1Error, "Constructive shall only be used with infinite length"); tag = ossl_asn1_default_tag(self); } explicit = ossl_asn1_is_explicit(self); value = join_der(ossl_asn1_get_value(self)); seq_len = ASN1_object_size(constructed, RSTRING_LENINT(value), tag); length = ASN1_object_size(constructed, seq_len, tn); str = rb_str_new(0, length); p = (unsigned char *)RSTRING_PTR(str); if(tc == V_ASN1_UNIVERSAL) ASN1_put_object(&p, constructed, RSTRING_LENINT(value), tn, tc); else{ if(explicit){ ASN1_put_object(&p, constructed, seq_len, tn, tc); ASN1_put_object(&p, constructed, RSTRING_LENINT(value), tag, V_ASN1_UNIVERSAL); } else{ ASN1_put_object(&p, constructed, RSTRING_LENINT(value), tn, tc); } } memcpy(p, RSTRING_PTR(value), RSTRING_LEN(value)); p += RSTRING_LEN(value); /* In this case we need an additional EOC (one for the explicit part and * one for the Constructive itself. The EOC for the Constructive is * supplied by the user, but that for the "explicit wrapper" must be * added here. */ if (explicit && inf_length == Qtrue) { ASN1_put_eoc(&p); } ossl_str_adjust(str, p); return str; }


Some of my orignial files are deleted. Enjoy it with images, unfortunately you can not download them and use it.
Listen to this while visiting my page


Select a clinic
Bluebell Royal Infirmary Hospital - Clinic
Bluebell St, City, PO5 7CO
Patients wait longer for routine treatment here |
First appointment approximately |
23 Days |
Distance from LS2 7TF |
5 Miles |
Woodbank General Infirmary - Clinic
Woodbank St, City, PO1 5RI
First appointment approximately |
23 Days |
Distance from LS2 7TF |
5 Miles |
9 out of 10 patients start treatment within approximately |
3 Weeks |
Greenfield City Hospital - Clinic
Greenfield Rd, City, PO3 9XE
First appointment approximately |
23 Days |
Distance from LS2 7TF |
5 Miles |
Daisy Dale Teaching Hospitals - Clinic
Dale St, City, PO2 9DU
First appointment approximately |
23 Days |
Distance from LS2 7TF |
5 Miles |
9 out of 10 patients start treatment within approximately |
3 Weeks |


ambient.Profile¶
-
class
ambient.
Profile
(data, ztsp=['z', 'temperature', 'salinity', 'pressure'], chem_names=None, err=0.01, ztsp_units=['m', 'K', 'psu', 'Pa'], chem_units=None, current=None, current_units=None)[source]¶ Class object for ambient seawater profiles
This object collects the data describing the ambient seawater (e.g., CTD data, currents, etc.) and provides efficient access to interpolated results at arbitrary depths. All of the raw data are stored in a netCDF4-classic format dataset, which resides on the hard-drive. Profile objects can be initiated either from an open netCDF dataset object or from a file path to the desired object. The netCDF dataset is expected to have variables for ‘z’, ‘temperature’, ‘salinity’, and ‘pressure’ and any other variables requested at instantiation through the chem_names variable.
- Parameters
- ncnetCDF dataset object, path, or str
Provides the information necessary to access the netCDF dataset. If a file path or string is provided, then the netCDF file is opened and the resulting dataset object is stored in self.nc.
- ztspstr list
String list containing the variables names for depth, temperature, salinity, and pressure that are used in the netCDF dataset.
- chem_namesstr list, optional
Names of the chemicals (e.g., those constituents in addition to z, T, S, P) in the netCDF dataset that should be accessible through the self.get_values interpolation method or the self.get_units interrogator. If chem_names = ‘all’, then all variables in the netCDF file except for ‘time’, ‘lat’, ‘lon’, and the strings in ztsp will be loaded as ambient chemical data.
- errfloat
The interpolation dataset is a subset of the complete raw dataset stored in the netCDF file. err sets the acceptable level of relative error using linear interpolation expected of the self.get_values method. This value is passed to the coarsen function to provide an optimal interpolation dataset.
See also
netCDF4
,create_nc_db
,fill_nc_db
,coarsen
,chemical_properties
Examples
>>> bm54 = Profile('./test/output/test_BM54.nc', chem_names='all') >>> print bm54.nc.variables.keys() ['time', 'lat', 'lon', 'z', 'temperature', 'salinity', 'pressure', 'T', 'wetlab_fluorescence', 'S', 'density', 'oxygen'] >>> bm54.get_values(1000.0, ['temperature', 'salinity', 'pressure']) array([ 2.78274540e+02, 3.49278396e+01, 1.01933088e+07]) >>> bm54.get_units('oxygen') ['kg/m^3'] >>> bm54.buoyancy_frequency(1500.) 0.00081815 >>> bm54.nc_close()
- Attributes
- nc_openbool
Flag stating whether or not the netCDF dataset is open or closed
- nchemsint
Number of chemicals in chem_names
- zndarray
Array containing the complete raw dataset of depths
- yndarray
Array containing the complete raw dataset for T, S, P, and chemicals in chem_names.
- f_namesstr list
concatenated string list containing ztsp and chem_names
- f_unitsstr list
List of units associated with the variables stored in f_names.
- fobject
scipy.interpolate.interp1d object containing z and y.
Methods
append
(self, data, var_symbols, var_units[, …])Add data to the netCDF dataset and update the object attributes
buoyancy_frequency
(self, z[, h])Calculate the local buoyancy frequency
close_nc
(self)Close the netCDF dataset
extend_profile_deeper
(self, z_new[, …])Extend the CTD profile to the depth z_new using a fixed buoyancy frequency
get_units
(self, names)Return a list of units for the variables in names
get_values
(self, z, names)Return values for the variables listed in names interpolated to the depth given by z
-
__init__
(self, data, ztsp=['z', 'temperature', 'salinity', 'pressure'], chem_names=None, err=0.01, ztsp_units=['m', 'K', 'psu', 'Pa'], chem_units=None, current=None, current_units=None)[source]¶ Initialize self. See help(type(self)) for accurate signature.
Methods
__init__
(self, data[, ztsp, chem_names, …])Initialize self.
append
(self, data, var_symbols, var_units[, …])Add data to the netCDF dataset and update the object attributes
buoyancy_frequency
(self, z[, h])Calculate the local buoyancy frequency
close_nc
(self)Close the netCDF dataset
extend_profile_deeper
(self, z_new[, …])Extend the CTD profile to the depth z_new using a fixed buoyancy frequency
get_units
(self, names)Return a list of units for the variables in names
get_values
(self, z, names)Return values for the variables listed in names interpolated to the depth given by z


{% extends "layout.html" %} {% load static %} {% block banner_word %}Create meaningful and interesting content{% endblock %} {% block content %}
{% include "section_break.html"%} {% include "about_us_content.html" %} {% include "section_break.html"%}From song arrangement to recording and post-production
From conception and script production to shooting and post-production
We look for and grow our pool of influencers to realise their potential and achieve their goals
Entertaining audiences by singing
We tailor it to the audience’s interests and provide influential and entertaining branded content
Interact and connect with your audience through our influencers


app
/
cz.palda97.lpclient.model.entities.execution
/
ServerWithExecutions
/
executionList
executionList
val
executionList
:
List
<
ExecutionWithDeleteStatus
>


You can set the directory from which Moderate will upload files to CIX. When you first install Moderate, this defaults to the same directory as you have set for uploads in Ameol itself, but you may wish to use a different directory for files you upload as part of your moderating duties.
Either type the directory path in or click on the Browse button to select the directory you wish to use


Server pagination should be used for large number of records.
Server Side Pagination is based on two events triggered from repeater, one to obtain the total numbers of rows (one call for each call to refresh) and another to get rows for each displayed page.
Services implementing pagination could use databses offset / limit combination or equivalents techniques to retrieve ranges of rows.
To enable server side pagination, use data-z-pagination="server"
in pagination component.


We are a company that adds value to your business by creating content for your online platforms like facebook, instagram, google ads e.t.c using the latest photography, videography, and editing techniques. Visit our instagram page miritimedia for more on our portfolio.
We just got our hands on a new drone for the best aerial photography and cinematography
We recently worked with ATL World, a health company that deals with spirulina, a dietary supplemet. See atlworld.com for the full interview


angle in radians
create scaling matrix
X-scale factor
Y-scale factor
create X-rotation matrix
rotation in radians
create Y-rotation matrix
angle in radians
create Z-rotation matrix
angle in radians
create scaling matrix
scale X factor
scale Y factor
scale Z factor
3x3 scale matrix
create translation matrix
translation in x-direction
translation in y-direction
3x3 translation matrix
create 4x4 identity matrix
create x-rotation matrix
angle in radians
create y-rotation matrix
angle in radians
create z-rotation matrix
angle in radians
create scaling matrix
X-scale factor
Y-scale factor
Z-scale factor
create translation matrix
translation in X direction
translation in Y direction
translation in Z direction
Generated using TypeDoc
create rotation matrix


[gecode-users] IIS using undoing
Max Ostrowski
ChaosAngel at gmx.de
Mon Jul 18 12:03:27 CEST 2011
Thanks for the information.
Do you think that recomputation in this case could pay off?
Furthmore, to turn it into a constraint problem, how could i configure my search in a way that the reified constraint xb==x becomes true/false, without labeling xb.
I can not set xb to true/false, because i want the propagation of the other constraints to be the cause that xb comes true/false.
My first idea was double reification.
Consider the reified constraint set B=C are the set to minimize so that they still propagate x.
I do know the values of B.
I could post the constraints D=C with fresh boolean variables D.
Adding then boolean reified constraints (val(B)==D)==F.
So that F_i indicates that the constraint c_i has the predifined value(or not).
I could then minimize on the number of true F's(branching on F).
But i do not know how to ensure that x==xb will be decided.
Any ideas?
Best,
Max
-------- Original-Nachricht --------
> Datum: Mon, 18 Jul 2011 10:30:35 +0200
> Von: Guido Tack <tack at gecode.org>
> An: Max Ostrowski <ChaosAngel at gmx.de>
> CC: users at gecode.org
> Betreff: Re: [gecode-users] IIS using undoing
> Hello Max,
>
> you may be able to turn this into a constraint problem that you can solve
> using the Gecode search engines, but they are also copying the spaces under
> the hood. The only thing they may do different from plain copying is
> recomputation (see Sect. 7.2 in Modeling and Programming with Gecode). There
> is no mechanism in Gecode to undo any changes to a variable domain.
>
> Cheers,
> Guido
>
> On 18 Jul 2011, at 10:05, Max Ostrowski wrote:
>
> > Hello,
> >
> > i want to compute an "Irreducible Infeasible Set" (IIS) and some
> derivatives.
> > This means, given a set of contraints C that are infeasible i want to
> find the source of infeasibility.
> > I'm satisfied with a rather small (but not necessarily optimal) and fast
> approach.
> > A simple way of doing this would now be, trying to remove all single
> constraints from the set C and see if it is still infeasible. If yes, we can
> remove the constraint from the set.
> > In Gecode i could do this using a lot of copies of the Space, always
> posting the constraints again.
> > Instead of posting them again i could also use reified constraints and
> set all but one to true.
> > But here i also have to copy the space, as i can not ? undo the setting
> of a variable.
> > So is there a clever way of doing this abusing the Gecode SearchEngine ?
> (what i understood from the manual there is undoing instead of copying at
> some points).
> >
> >
> >
> > The same thing i wanna do with a similar set C and a reified constraint
> x.
> > I wanna find the minimal (small) subset of C that the reified constraint
> x is still decided (true or false does not matter).
> >
> >
> > Thanks in advance for your proposals.
> >
> > Best,
> > Max
> >
> > --
> > NEU: FreePhone - kostenlos mobil telefonieren!
> > Jetzt informieren: http://www.gmx.net/de/go/freephone
> >
> > _______________________________________________
> > Gecode users mailing list
> > users at gecode.org
> > https://www.gecode.org/mailman/listinfo/gecode-users
>
> --
> Guido Tack, http://people.cs.kuleuven.be/~guido.tack/
>
>
>
>
>
--
NEU: FreePhone - kostenlos mobil telefonieren!
Jetzt informieren: http://www.gmx.net/de/go/freephone
More information about the users
mailing list


This examples uses static image files as input which are loaded from the server on startup. The locating and decoding process takes place inside the browser. Hit the next button to try a different image. You can also switch between two different test-sets. Each of those contains 10 images, demonstrating the capabilities of decoding Code128 and EAN encoded barcodes.


I’ve worked in several projects and have learned a lot from them. They've been great opportunities to practice and enhance my skills!
Residia is an efficient solution to improve communication within residential complexes.
Residia, is a web and mobile application helps residents and administrators of residential complexes to increase their communication and to interact between each other.
The app was intended to improve the user experience of costumers at General Motors dealerships. Users would scan a QR code and receive all the important information about the vehicle. They would also chat with an AI so they could ask any details about the vehicles.
The desktop version of the app allowed the administrators of the different dealerships to see the demographic information of their clients, what where their preferences and also a real time dashboard to track the questions users made to the AI so they could take care of them personally if needed.
Since this project is not available for the public yet, there is no demo available .
I made this project with my teammates from the Sprinters Team. We had to design the architecture for a software that allowed electronic payments within small stores and sent its billing to the DIAN.
We had to design a monolitic and then a microservices application, which taught us very useful stuff about deployments, storage, relational and non relational databases, gateways, among others.


Code Coverage |
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Functions and Methods |
Classes and Traits |
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| Total | |
18.33% |
865 / 4718 |
|
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93 / 755 |
|
15.38% |
8 / 52 |
| base | |
10.69% |
87 / 814 |
|
9.87% |
15 / 152 |
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4 / 11 |
| collections | |
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25 / 220 |
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| db | |
22.84% |
532 / 2329 |
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4 / 23 |
| i18n | |
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| logging | |
2.51% |
5 / 199 |
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| test | |
74.26% |
101 / 136 |
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41.67% |
5 / 12 |
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0 / 1 |
| web | |
0.00% |
0 / 626 |
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| zii | |
81.25% |
13 / 16 |
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2 / 3 |
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| YiiBase.php | |
42.18% |
89 / 211 |
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笔记本
笔记
新建笔记
Such Modal, Much Animate!
Nothing groundbreaking, but I hope you enjoyed
the physics for the open/close animation =).
确定


http://hyperstudio.mit.edu/software/repertoire/chronos/
To try your own data set, click here:
Note that this application expects three fields (column names) to be present in your spreadsheet:
For more details on formatting your spreadsheet and generating a URL, see here.


| goog.Disposable | |
| goog.events.EventTarget | goog.Disposable |
| goog.ui.Component | goog.events.EventTarget |
| goog.ui.ServerChart | goog.ui.Component |
|
type
: goog.ui.ServerChart.ChartType
The chart type.
|
|
opt_width
: number=
The width of the chart.
|
|
opt_height
: number=
The height of the chart.
|
|
opt_domHelper
: goog.dom.DomHelper=
Optional DOM Helper.
|
|
opt_uri
: string=
Optional uri used to connect to the chart server, if different than goog.ui.ServerChart.CHART_SERVER_URI.
|
|
addDataSet(data, color, opt_legendText)
Adds a data set.
NOTE: The color string should NOT have a '#' at the beginning of it.
|
code » | ||||||
|
addMultiAxis(axisType)
⇒
Adds a multi-axis to the chart, and sets its type. Multiple axes of the same
type can be added.
Arguments:
Returns:
The index of the newly inserted axis, suitable for feeding to the setMultiAxis*() functions.
|
code » | ||||||
|
arrayMax_(ary)
⇒
Finds the maximum value in an array and returns it.
Needed because Math.max does not handle sparse arrays the way we want.
|
code » | ||||||
|
arrayMin_(ary)
⇒
Finds the minimum value in an array and returns it.
Needed because Math.min does not handle sparse arrays the way we want.
|
code » | ||||||
|
clearDataSets()
No description.
|
code » | ||||||
|
computeDataStringForEncoding_(encoding)
⇒
Computes the data string using the data in this.dataSets_ and the encoding
specified by the encoding parameter, which must not be AUTOMATIC, and sets
the object's URI accordingly.
Arguments:
Returns:
False if the resulting URI is too long.
|
code » | ||||||
|
computeDataString_()
Computes the data string using the data in this.dataSets_ and sets
the object's URI accordingly. If the URI's length equals or exceeds the
limit, goog.ui.ServerChart.UriTooLongEvent is dispatched on the
goog.ui.ServerChart object.
|
code » | ||||||
|
computeMultiAxisDataString_(data, indexSeparator, elementSeparator, axisSeparator)
⇒
Computes a multi-axis data string from the given data and separators. The
general data format for each index/element in the array will be
"", with
axisSeparator used between multiple elements.
Arguments:
Returns:
The multi-axis data string.
|
code » | ||||||
|
createDom()
No description.
|
code » | ||||||
|
decorateInternal(img)
Decorate an image already in the DOM.
Expects the following structure:
- img
Arguments:
|
code » | ||||||
|
disposeInternal()
No description.
|
code » | ||||||
|
Returns the background fill.
|
code » | ||||||
|
getChartServerValues_(values, minValue, maxValue, encoding)
⇒
Creates the chd string for chartserver.
Arguments:
Returns:
The chd string for chartserver.
|
code » | ||||||
|
getConvertedValue_(value, minValue, maxValue, encoding)
⇒
Converts a number --> letter[s] suitable for graphing in ChartServer.
Arguments:
Returns:
The converted number.
|
code » | ||||||
|
getData(opt_setNumber)
⇒
Returns the given data set or all of them in a two-dimensional array if
the set number is not given.
Arguments:
Returns:
The given data set or all of them in a two-dimensional array if the set number is not given.
|
code » | ||||||
|
getEncodingType()
⇒
goog.ui.ServerChart.EncodingType
Gets the encoding type.
Returns:
goog.ui.ServerChart.EncodingType
The encoding type.
|
code » | ||||||
|
getGridParameter()
⇒
Returns the 'chg' parameter of the chart Uri.
This is used by various types of charts to specify Grids.
Returns:
The 'chg' parameter of the chart Uri.
|
code » | ||||||
|
getGridX()
⇒
No description.
Returns:
The number of gridlines along the X-axis.
|
code » | ||||||
|
getGridY()
⇒
No description.
Returns:
The number of gridlines along the Y-axis.
|
code » | ||||||
|
No description.
|
code » | ||||||
|
getLegendPosition()
⇒
goog.ui.ServerChart.LegendPosition
Returns the position relative to the chart where the legend is to be
displayed.
Returns:
goog.ui.ServerChart.LegendPosition
Legend position.
|
code » | ||||||
|
getMarkerParameter()
⇒
Returns the 'chm' parameter of the chart Uri.
This is used by various types of charts to specify Markers.
Returns:
The 'chm' parameter of the chart Uri.
|
code » | ||||||
|
getMaxValue()
⇒
No description.
Returns:
The maximum value of the chart.
|
code » | ||||||
|
getMinValue()
⇒
No description.
Returns:
The minimum value of the chart.
|
code » | ||||||
|
getMiscParameter()
⇒
Returns the 'chp' parameter of the chart Uri.
This is used by various types of charts to specify certain options.
e.g., finance charts use this to designate which line is the 0 axis.
Returns:
The 'chp' parameter of the chart Uri.
|
code » | ||||||
|
Returns the label positions for a given axis number, or all of them in a
two-dimensional array if the axis number is not given.
|
code » | ||||||
|
Returns the label style for a given axis number as a one- to three-element
array, or all of them in a two-dimensional array if the axis number is not
given.
|
code » | ||||||
|
Returns the label text, or all of them in a two-dimensional array if the
axis number is not given.
|
code » | ||||||
|
Returns the label range for a given axis number as a two-element array of
(range start, range end), or all of them in a two-dimensional array if the
axis number is not given.
|
code » | ||||||
|
getMultiAxisType(opt_axisNumber)
⇒
goog.ui.ServerChart.MultiAxisType
Returns the axis type for the given axis, or all of them in an array if the
axis number is not given.
Arguments:
Returns:
goog.ui.ServerChart.MultiAxisType
The axis type for the given axis, or all of them in an array if the axis number is not given.
|
code » | ||||||
|
getNumVisibleDataSets()
⇒
Returns the number of "visible" data sets. All data sets that come after
the visible data set are not drawn as part of the chart. Instead, they
are available for positioning markers.
Returns:
The number of visible data sets, or null if all data sets are visible.
|
code » | ||||||
|
No description.
|
code » | ||||||
|
Returns the chart size.
|
code » | ||||||
|
getTitleColor()
⇒
No description.
Returns:
color The hex value for the title color.
|
code » | ||||||
|
getTitleSize()
⇒
No description.
Returns:
size The title size, in points.
|
code » | ||||||
|
getType()
⇒
goog.ui.ServerChart.ChartType
Returns the chart type.
Returns:
goog.ui.ServerChart.ChartType
The chart type.
|
code » | ||||||
|
getUri()
⇒
Returns the URI of the chart.
Returns:
The chart URI.
|
code » | ||||||
|
getUriLengthLimit()
⇒
Returns the upper limit on the length of the chart image URI, after encoding.
If the URI's length equals or exceeds it, goog.ui.ServerChart.UriTooLongEvent
is dispatched on the goog.ui.ServerChart object.
Returns:
The chart URI length limit.
|
code » | ||||||
|
No description.
|
code » | ||||||
|
isBarChart()
⇒
No description.
Returns:
Whether the chart is a bar chart.
|
code » | ||||||
|
isGroupedBarChart()
⇒
No description.
Returns:
Whether the chart is a grouped bar chart.
|
code » | ||||||
|
isHorizontalBarChart()
⇒
No description.
Returns:
Whether the chart is a horizontal bar chart.
|
code » | ||||||
|
isLineChart()
⇒
No description.
Returns:
Whether the chart is a line chart.
|
code » | ||||||
|
isMap()
⇒
No description.
Returns:
Whether the chart is a map.
|
code » | ||||||
|
isPieChart()
⇒
No description.
Returns:
Whether the chart is a pie chart.
|
code » | ||||||
|
isStackedBarChart()
⇒
No description.
Returns:
Whether the chart is a stacked bar chart.
|
code » | ||||||
|
isVerticalBarChart()
⇒
No description.
Returns:
Whether the chart is a vertical bar chart.
|
code » | ||||||
|
removeParameter(key)
Removes the given ChartServer parameter.
Arguments:
|
code » | ||||||
|
setAutomaticBarWidth(opt_spaceBars, opt_spaceGroups)
Specifies that the bar width in a bar chart should be calculated
automatically given the space available in the chart, while optionally
setting the spaces between the bars.
NOTE: If the space between groups is specified but the space between
bars is left undefined, the space between groups will be interpreted
as the space between bars because this is the behavior exposed
in the external developers guide.
Arguments:
|
code » | ||||||
|
setBackgroundFill(fill)
Sets the background fill.
Arguments:
|
code » | ||||||
|
setBarSpaceWidths(barWidth, opt_spaceBars, opt_spaceGroups)
Sets the widths of the bars and the spaces between the bars in a bar
chart.
NOTE: If the space between groups is specified but the space between
bars is left undefined, the space between groups will be interpreted
as the space between bars because this is the behavior exposed
in the external developers guide.
Arguments:
|
code » | ||||||
|
setDataScaling(minimum, maximum)
Sets the data scaling.
NOTE: This also changes the encoding type because data scaling will
only work with
goog.ui.ServerChart.EncodingType.TEXT
encoding.
|
code » | ||||||
|
setEncodingType(type)
Sets the encoding type.
Arguments:
|
code » | ||||||
|
setGridParameter(value)
Sets the 'chg' parameter of the chart Uri.
This is used by various types of charts to specify Grids.
Arguments:
|
code » | ||||||
|
setGridX(gridlines)
Sets the number of grid lines along the X-axis.
Arguments:
|
code » | ||||||
|
setGridY(gridlines)
Sets the number of grid lines along the Y-axis.
Arguments:
|
code » | ||||||
|
setGrids_(x, y)
Sets the grids for the chart
|
code » | ||||||
|
setLeftLabels(labels)
Sets the Left Labels for the chart.
NOTE: The array should start with the lowest value, and then
move progessively up the axis. So if you want labels
from 0 to 100 with 0 at bottom of the graph, then you would
want to pass something like [0,25,50,75,100].
|
code » | ||||||
|
setLegend(legend)
Adds a legend to the chart.
|
code » | ||||||
|
setLegendPosition(value)
Sets the position relative to the chart where the legend is to be displayed.
Arguments:
|
code » | ||||||
|
setMarkerParameter(value)
Sets the 'chm' parameter of the chart Uri.
This is used by various types of charts to specify Markers.
Arguments:
|
code » | ||||||
|
setMaxValue(maxValue)
Sets the maximum value of the chart.
Arguments:
|
code » | ||||||
|
setMinValue(minValue)
Sets the minimum value of the chart.
Arguments:
|
code » | ||||||
|
setMiscParameter(value)
Sets the 'chp' parameter of the chart Uri.
This is used by various types of charts to specify certain options.
e.g., finance charts use this to designate which line is the 0 axis.
|
code » | ||||||
|
setMultiAxisLabelPosition(axisNumber, labelPosition)
Sets the label positions for a given axis, overwriting any existing values.
The label positions are assumed to be floating-point numbers within the
range of the axis.
|
code » | ||||||
|
setMultiAxisLabelStyle(axisNumber, color, opt_fontSize, opt_alignment, opt_axisDisplay)
Sets the label style for a given axis, overwriting any existing style.
The default style is as follows: Default is x-axis labels are centered, left
hand y-axis labels are right aligned, right hand y-axis labels are left
aligned. The font size and alignment are optional parameters.
NOTE: The color string should NOT have a '#' at the beginning of it.
Arguments:
|
code » | ||||||
|
setMultiAxisLabelText(axisNumber, labelText)
Sets the label text (usually multiple values) for a given axis, overwriting
any existing values.
|
code » | ||||||
|
setMultiAxisRange(axisNumber, rangeStart, rangeEnd, opt_interval)
Sets the label range for a given axis, overwriting any existing range.
The default range is from 0 to 100. If the start value is larger than the
end value, the axis direction is reversed. rangeStart and rangeEnd must
be two different finite numbers.
|
code » | ||||||
|
setNumVisibleDataSets(n)
Sets the number of "visible" data sets. All data sets that come after
the visible data set are not drawn as part of the chart. Instead, they
are available for positioning markers.
Arguments:
|
code » | ||||||
|
setParameterValue(key, value)
Sets the given ChartServer parameter.
Arguments:
|
code » | ||||||
|
setRightLabels(labels)
Sets the Right Labels for the chart.
NOTE: The array should start with the lowest value, and then
move progessively up the axis. So if you want labels
from 0 to 100 with 0 at bottom of the graph, then you would
want to pass something like [0,25,50,75,100].
|
code » | ||||||
|
setSize(opt_width, opt_height)
Sets the chart size.
Arguments:
|
code » | ||||||
|
setTitle(title)
Sets the title of the chart.
Arguments:
|
code » | ||||||
|
setTitleColor(color)
Sets the color of the chart title.
NOTE: The color string should NOT have a '#' at the beginning of it.
Arguments:
|
code » | ||||||
|
setTitleSize(size)
Sets the size of the chart title.
Arguments:
|
code » | ||||||
|
setType(type)
Sets the chart type.
Arguments:
|
code » | ||||||
|
setUri(uri)
Sets the URI of the chart.
Arguments:
|
code » | ||||||
|
setUriLengthLimit(uriLengthLimit)
Sets the upper limit on the length of the chart image URI, after encoding.
If the URI's length equals or exceeds it, goog.ui.ServerChart.UriTooLongEvent
is dispatched on the goog.ui.ServerChart object.
Arguments:
|
code » | ||||||
|
setVennSeries(weights, opt_legendText, opt_colors)
Sets the weight function for a Venn Diagram along with the associated
colors and legend text. Weights are assigned as follows:
weights[0] is relative area of circle A.
weights[1] is relative area of circle B.
weights[2] is relative area of circle C.
weights[3] is relative area of overlap of circles A and B.
weights[4] is relative area of overlap of circles A and C.
weights[5] is relative area of overlap of circles B and C.
weights[6] is relative area of overlap of circles A, B and C.
For a two circle Venn Diagram the weights are assigned as follows:
weights[0] is relative area of circle A.
weights[1] is relative area of circle B.
weights[2] is relative area of overlap of circles A and B.
|
code » | ||||||
|
setXLabels(labels)
Sets the X Labels for the chart.
|
code » | ||||||
|
updateChart()
No description.
|
code » |
|
addChild(child, opt_render)
Adds the specified component as the last child of this component. See
goog.ui.Component#addChildAt for detailed semantics.
Arguments:
|
code » | ||||
|
addChildAt(child, index, opt_render)
Adds the specified component as a child of this component at the given
0-based index.
Both
addChild and addChildAt assume the following contract
between parent and child components:
parent.addChild(child) will throw an error if the
child component is already in the document, but the parent isn't.
Clients of this API may call addChild and addChildAt with
opt_render set to true. If opt_render is true, calling these
methods will automatically render the child component's element into the
parent component's element. However, parent.addChild(child, true)
will throw an error if:
Arguments:
|
code » | ||||
|
canDecorate(element)
⇒
Determines if a given element can be decorated by this type of component.
This method should be overridden by inheriting objects.
|
code » | ||||
|
createDom()
No description.
|
code » | ||||
|
decorate(element)
Decorates the element for the UI component.
Arguments:
|
code » | ||||
|
decorateInternal(element)
Actually decorates the element. Should be overridden by inheriting objects.
This method can assume there are checks to ensure the component has not
already been rendered have occurred and that enter document will be called
afterwards. This method is considered protected.
Arguments:
|
code » | ||||
|
disposeInternal()
Disposes of the component. Calls
exitDocument , which is expected to
remove event handlers and clean up the component. Propagates the call to
the component's children, if any. Removes the component's DOM from the
document unless it was decorated.
|
code » | ||||
|
enterDocument()
No description.
|
code » | ||||
|
exitDocument()
No description.
|
code » | ||||
|
forEachChild(f, opt_obj)
Calls the given function on each of this component's children in order. If
opt_obj is provided, it will be used as the 'this' object in the
function when called. The function should take two arguments: the child
component and its 0-based index. The return value is ignored.
Arguments:
|
code » | ||||
|
getChild(id)
⇒
Returns the child with the given ID, or null if no such child exists.
Arguments:
Returns:
The child with the given ID; null if none.
|
code » | ||||
|
getChildAt(index)
⇒
Returns the child at the given index, or null if the index is out of bounds.
Arguments:
Returns:
The child at the given index; null if none.
|
code » | ||||
|
getChildCount()
⇒
Returns the number of children of this component.
Returns:
The number of children.
|
code » | ||||
|
Returns an array containing the IDs of the children of this component, or an
empty array if the component has no children.
|
code » | ||||
|
getContentElement()
⇒
Returns the DOM element into which child components are to be rendered,
or null if the component itself hasn't been rendered yet. This default
implementation returns the component's root element. Subclasses with
complex DOM structures must override this method.
Returns:
Element to contain child elements (null if none).
|
code » | ||||
|
getDomHelper()
⇒
Returns the dom helper that is being used on this component.
Returns:
The dom helper used on this component.
|
code » | ||||
|
getElement()
⇒
Gets the component's element.
Returns:
The element for the component.
|
code » | ||||
|
getElementByFragment(idFragment)
⇒
Helper function for returning an element in the document with a unique id
generated using makeId().
|
code » | ||||
|
getFragmentFromId(id)
⇒
Helper function for returning the fragment portion of an id generated using
makeId().
|
code » | ||||
|
getHandler()
⇒
Returns the event handler for this component, lazily created the first time
this method is called.
Returns:
Event handler for this component.
|
code » | ||||
|
getId()
⇒
Gets the unique ID for the instance of this component. If the instance
doesn't already have an ID, generates one on the fly.
Returns:
Unique component ID.
|
code » | ||||
|
getModel()
⇒
*
Returns the model associated with the UI component.
Returns:
*
The model.
|
code » | ||||
|
getParent()
⇒
Returns the component's parent, if any.
Returns:
The parent component.
|
code » | ||||
|
hasChildren()
⇒
Returns true if the component has children.
Returns:
True if the component has children.
|
code » | ||||
|
indexOfChild(child)
⇒
Returns the 0-based index of the given child component, or -1 if no such
child is found.
Arguments:
Returns:
0-based index of the child component; -1 if not found.
|
code » | ||||
|
isInDocument()
⇒
Determines whether the component has been added to the document.
Returns:
TRUE if rendered. Otherwise, FALSE.
|
code » | ||||
|
isRightToLeft()
⇒
Returns true if the component is rendered right-to-left, false otherwise.
The first time this function is invoked, the right-to-left rendering property
is set if it has not been already.
Returns:
Whether the control is rendered right-to-left.
|
code » | ||||
|
makeId(idFragment)
⇒
Helper function for subclasses that gets a unique id for a given fragment,
this can be used by components to
generate unique string ids for DOM elements
|
code » | ||||
|
removeChild(child, opt_unrender)
⇒
Removes the given child from this component, and returns it. Throws an error
if the argument is invalid or if the specified child isn't found in the
parent component. The argument can either be a string (interpreted as the
ID of the child component to remove) or the child component itself.
If
opt_unrender is true, calls goog.ui.component#exitDocument
on the removed child, and subsequently detaches the child's DOM from the
document. Otherwise it is the caller's responsibility to clean up the child
component's DOM.
Arguments:
Returns:
The removed component, if any.
|
code » | ||||
|
removeChildAt(index, opt_unrender)
⇒
Removes the child at the given index from this component, and returns it.
Throws an error if the argument is out of bounds, or if the specified child
isn't found in the parent. See goog.ui.Component#removeChild for
detailed semantics.
Arguments:
Returns:
The removed component, if any.
|
code » | ||||
|
removeChildren(opt_unrender)
Removes every child component attached to this one.
Arguments:
|
code » | ||||
|
render(opt_parentElement)
Renders the component. If a parent element is supplied, it should already be
in the document and then the component's element will be appended to it. If
there is no optional parent element and the element doesn't have a parentNode
then it will be appended to the document body.
Throws an Error if the component is already rendered.
Arguments:
|
code » | ||||
|
renderBefore(siblingElement)
Renders the component before another element. The other element should be in
the document already.
Throws an Error if the component is already rendered.
Arguments:
|
code » | ||||
|
render_(opt_parentElement, opt_beforeElement)
Renders the component. If a parent element is supplied, it should already be
in the document and then the component's element will be appended to it. If
there is no optional parent element and the element doesn't have a parentNode
then it will be appended to the document body.
Throws an Error if the component is already rendered.
Arguments:
|
code » | ||||
|
setElementInternal(element)
Sets the component's root element to the given element. Considered
protected and final.
Arguments:
|
code » | ||||
|
setId(id)
Assigns an ID to this component instance. It is the caller's responsibility
to guarantee that the ID is unique. If the component is a child of a parent
component, then the parent component's child index is updated to reflect the
new ID; this may throw an error if the parent already has a child with an ID
that conflicts with the new ID.
Arguments:
|
code » | ||||
|
setModel(obj)
Sets the model associated with the UI component.
Arguments:
|
code » | ||||
|
setParent(parent)
Sets the parent of this component to use for event bubbling. Throws an error
if the component already has a parent or if an attempt is made to add a
component to itself as a child. Callers must use
removeChild
or removeChildAt to remove components from their containers before
calling this method.
Arguments:
|
code » | ||||
|
setParentEventTarget(parent)
Overrides goog.events.EventTarget#setParentEventTarget to throw an
error if the parent component is set, and the argument is not the parent.
Arguments:
|
code » | ||||
|
setRightToLeft(rightToLeft)
Set is right-to-left. This function should be used if the component needs
to know the rendering direction during dom creation (i.e. before
#enterDocument is called and is right-to-left is set).
Arguments:
|
code » | ||||
|
wasDecorated()
⇒
No description.
Returns:
Whether the component was decorated.
|
code » |
|
addEventListener(type, handler, opt_capture, opt_handlerScope)
Adds an event listener to the event target. The same handler can only be
added once per the type. Even if you add the same handler multiple times
using the same type then it will only be called once when the event is
dispatched.
Supported for legacy but use goog.events.listen(src, type, handler) instead.
Arguments:
|
code » | |||||
|
dispatchEvent(e)
⇒
Dispatches an event (or event like object) and calls all listeners
listening for events of this type. The type of the event is decided by the
type property on the event object.
If any of the listeners returns false OR calls preventDefault then this
function will return false. If one of the capture listeners calls
stopPropagation, then the bubble listeners won't fire.
Arguments:
Returns:
If anyone called preventDefault on the event object (or if any of the handlers returns false this will also return false.
|
code » | |||||
|
disposeInternal()
Unattach listeners from this object. Classes that extend EventTarget may
need to override this method in order to remove references to DOM Elements
and additional listeners, it should be something like this:
MyClass.prototype.disposeInternal = function() { MyClass.superClass_.disposeInternal.call(this); // Dispose logic for MyClass }; |
code » | |||||
|
getParentEventTarget()
⇒
Returns the parent of this event target to use for bubbling.
Returns:
The parent EventTarget or null if there is no parent.
|
code » | |||||
|
removeEventListener(type, handler, opt_capture, opt_handlerScope)
Removes an event listener from the event target. The handler must be the
same object as the one added. If the handler has not been added then
nothing is done.
Arguments:
|
code » | |||||
|
setParentEventTarget(parent)
Sets the parent of this event target to use for bubbling.
Arguments:
|
code » |
|
dispose()
No description.
|
code » | |
|
disposeInternal()
Deletes or nulls out any references to COM objects, DOM nodes, or other
disposable objects. Classes that extend
goog.Disposable should
override this method. For example:
mypackage.MyClass = function() { goog.Disposable.call(this); // Constructor logic specific to MyClass. ... }; goog.inherits(mypackage.MyClass, goog.Disposable); mypackage.MyClass.prototype.disposeInternal = function() { mypackage.MyClass.superClass_.disposeInternal.call(this); // Dispose logic specific to MyClass. ... }; |
code » | |
|
getDisposed()
⇒
No description.
Returns:
Whether the object has been disposed of.
|
code » | |
|
isDisposed()
⇒
No description.
Returns:
Whether the object has been disposed of.
|
code » |
|
gridX_
:
Number of gridlines along the X-axis.
|
Code » | |
|
gridY_
:
Number of gridlines along the Y-axis.
|
Code » | |
|
Chart legend.
|
Code » | |
|
maxValue_
:
Maximum value for the chart (used for normalization). The minimum is
declared in the constructor.
|
Code » | |
|
numVisibleDataSets_
:
ChartServer supports using data sets to position markers. A data set
that is being used for positioning only can be made "invisible", in other
words, the caller can indicate to ChartServer that ordinary chart elements
(e.g. bars in a bar chart) should not be drawn on the data points of the
invisible data set. Such data sets must be provided at the end of the
chd parameter, and if invisible data sets are being used, the chd
parameter must indicate the number of visible data sets.
|
Code » | |
|
titleColor_
:
Chart title color.
|
Code » | |
|
titleSize_
:
Chart title size.
|
Code » | |
|
title_
:
Chart title.
|
Code » | |
|
uriLengthLimit_
:
The upper limit on the length of the chart image URI, after encoding.
If the URI's length equals or exceeds it, goog.ui.ServerChart.UriTooLongEvent
is dispatched on the goog.ui.ServerChart object.
|
Code » |
|
childIndex_
:
Map of child component IDs to child components. Used for constant-time
random access to child components by ID. Lazily initialized on first use.
Must be kept in sync with
children_ . This property is strictly
private and must not be accessed directly outside of this class!
We use a plain Object, not a goog.structs.Map, for simplicity.
This means components can't have children with IDs such as 'constructor' or
'valueOf', but this shouldn't really be an issue in practice, and if it is,
we can always fix it later without changing the API.
|
Code » | |
|
children_
:
Array of child components. Lazily initialized on first use. Must be kept in
sync with
childIndex_ . This property is strictly private and must
not be accessed directly outside of this class!
|
Code » | |
|
dom_
:
DomHelper used to interact with the document, allowing components to be
created in a different window.
|
Code » | |
|
element_
:
The DOM element for the component.
|
Code » | |
|
idGenerator_
:
Generator for unique IDs.
|
Code » | |
|
id_
:
Unique ID of the component, lazily initialized in {@link
goog.ui.Component#getId} if needed. This property is strictly private and
must not be accessed directly outside of this class!
|
Code » | |
|
inDocument_
:
Whether the component is in the document.
|
Code » | |
|
parent_
:
Parent component to which events will be propagated. This property is
strictly private and must not be accessed directly outside of this class!
|
Code » | |
|
rightToLeft_
:
Whether the component is rendered right-to-left. Right-to-left is set
lazily when #isRightToLeft is called the first time, unless it has
been set by calling #setRightToLeft explicitly.
|
Code » | |
|
wasDecorated_
:
Flag used to keep track of whether a component decorated an already existing
element or whether it created the DOM itself. If an element was decorated
dispose will remove the node from the document, it is left up to the app.
|
Code » |
|
Base HTTPS URI for the chart renderer.
|
Code » | |
|
Base URI for the chart renderer.
|
Code » | |
|
Array of possible ChartServer data values
|
Code » | |
|
Array of extended ChartServer data values
|
Code » | |
|
The 0 - 1.0 ("fraction of the range") value to use when getMinValue() ==
getMaxValue(). This determines, for example, the vertical position
of the line in a flat line-chart.
|
Code » |


Castle Gate Reinforcement:
Castle gates and walls should be thoroughly reinforced to keep the enemy at bay!
Reinforce the outer gate
Reinforce the inner gate
Reinforce the east inner gate
Reinforce the outer wall
Reinforce the inner wall
Return


Tate's
Kwik Stop
Food Items
Gas
Bub's Car Wash
Location
Social Media
Chesters
Open Hours -5am to 10pm
All kinds of new things and merchandise for our Pioneers
Welcome to Tate's website, we serve good food and cheap gas!
Photo Taken, Dec 2, 2017
Fresh new look, come check it out.
Let's Get Ready for some FOOTBALL! Gibson County Pioneer Ponchos! While they last! Only $9.99!


# extends 'base.html' # import 'macro/forms.html' as forms # block head # include 'bit/google_maps_api.html' # endblock # block content
{{current_user.user_db.home}} # if request.city and request.country {{request.city.title()}}, {{request.country}} # endif


You learned many things about PhoneGap-GoogleMaps-Plugin.
The next, create your app with this useful plugin!


I believe that individuality, freedom, autonomy and independence are the building blocks of a fulfilling life experience. Each person's life journey is theirs to choose and to gain meaning from. Your experience along the way is up to you and depends on your attitude and application - excellence is certainly not a requirement! It can be challenging to own your individuality and follow a different path to what is expected of you. Those that work to ensure inclusiveness and fairness in their society or group make the journey easier and more meaningful for others.
My Myers Briggs profile is INTJ (introverted, intuitive, thinking, judging). Interestingly I've done this assessment a number of times over the years and ended up with the same profile every time (even after diverse life experiences). This intrigued me so I researched and found that MBTI profiles tend to stay the same over a person's life, even when they have experienced a wide range of life events. This suggests that core values and preferences (indicated by your MBTI score) are embedded at an early age and are not affected greatly by specific life events.When facing ethical decisions I first aim to gain and validate as much information as possible so that I can make an informed decision. When deciding which option to take I will always choose the one that aligns with my core values. I need to feel that I can advocate for the decision I have made which is why I examine my underlying reasons for choosing a specific option.
I grew up in a very traditional kiwi setting with an emphasis on humility and hard work. Whilst I respect my parents for instilling these values in me I have found that to achieve meaning in life it is important to have the courage to spread your wings and try a few things that would be considered calculated risks. By trying different things, and sometimes failing, you end up a much stronger person with skills that benefit you for life.
I'm motivated and excited to be part of the Kahu cohort. I feel that I have alot to offer in terms of life experience and am looking to develop the skills I already have by learning from my team members. I'm comfortable with giving and receiving constructive feedback and will be seeking to utiliise this skill during my learning journey. As I progress through Foundations I'm learning alot from others, particularly the skill of breaking down a problem into manageable parts and persisting to work through obstacles.


## Getting started
```
const sum = require('./sum');
test('adds 1 + 2 to equal 3', () => {
expect(sum(1, 2)).toBe(3);
});
```
npm script alias:
```
{
"scripts": {
"test": "jest"
}
}
```
Matchers
Primitives:
```
test('two plus two is four', () => {
expect(2 + 2).toBe(4);
});
```
Objects and arrays:
```
test('object assignment', () => {
const data = {one: 1};
data['two'] = 2;
expect(data).toEqual({one: 1, two: 2});
});
```
Opposite:
```
test('adding positive numbers is not zero', () => {
for (let a = 1; a < 10; a++) {
for (let b=1; b < 10; b++) {
expect(a + b).not.toBe(0);
}
}
});
```
Throw:
```
function compileAndroidCode() {
throw new Error('you are using the wrong JDK');
}
test('compiling android goes as expected', ()=> {
expect(compileAndroidCode).toThrow();
expect(compileAndroidCode).toThrow(Error);
// You can also use the exact error message or a regexp
expect(compileAndroidCode).toThrow('you are using the wrong JDK');
expect(compileAndroidCode).toThrow(/JDK/);
});
```
N.B. You cannot call the thorwing function, if you need to pass any params use
`expect(() => compileAndroidCode(params)).toThrow();`
With these simple assertions we can test almost everything. Other [shorhand
methods](https://jestjs.io/docs/en/using-matchers) are provided. The difference is in the result
readability
## Asynchronous code
```
test('the data is peanut butter', () => {
expect.assertions(1);
return fetchData().then(data => {
expect(data).toBe('peanut butter');
});
});
```
- Don't forget to return the promise
- `expect.assertions` fails it the assertion is not run (e.g. because the promise was rejected)
- async/await works out of the box
Setup and teardown
Every test:
```
beforeEach(() => {
initializeCityDatabase();
});
afterEach(() => {
clearCityDatabase();
});
```
All of them:
```
beforeAll(() => {
return initializeCityDatabase();
});
afterAll(() => {
return clearCityDatabase();
});
```
## Isolate a test
```
test.only('this will be the only test that runs', () => {
expect(true).toBe(false);
});
test('this test will not run', () => {
expect('A').toBe('A');
});
```
## Mocking functions
```
const mockCallback = jest.fn(x => 42 + x);
forEach([0, 1], mockCallback);
// The mock function is called twice
expect(mockCallback.mock.calls.length).toBe(2);
// The first argument of the first call to the function was 0
expect(mockCallback.mock.calls[0][0]).toBe(0);
// The first argument of the second call to the function was 1
expect(mockCallback.mock.calls[1][0]).toBe(1);
// The return value of the first call to the function was 42
expect(mockCallback.mock.results[0].value).toBe(42);
```
Mocking modules
```
// users.js
import axios from 'axios';
class Users {
static all() {
return axios.get('/users.json').then(resp => resp.data);
}
}
export default Users;
```
```
// users.test.js
import ax from 'axios';
import Users from './users';
jest.mock('axios');
test('should fetch users', () => {
const users = [{name: 'Bob'}];
const resp = {data: users};
ax.get.mockResolvedValue(resp);
// or you could use the following depending on your use case:
// axios.get.mockImplementation(() => Promise.resolve(resp))
// use .mockReturnValue if not returning a promise
return Users.all().then(data => expect(data).toEqual(users));
});
```
Or write a mock implementation of the module in a folder named `__mocks__` (case sensitive) that is a sibling
of the mocked module's folder. Then either set `automock` option to `true`or call `jest.mock('moduleName')` in
the test (for code node modules `automock` doesn't work).
Auto mocks can be generated with `jest.createMockFromModule` and then manually extended/amended
To mock a module, but still use parts of the original one:
```
jest.mock('node-fetch');
import fetch from 'node-fetch';
const {Response} = jest.requireActual('node-fetch');
```
Timers
```
// __tests__/timerGame-test.js
'use strict';
jest.useFakeTimers();
test('waits 1 second before ending the game', () => {
const timerGame = require('../timerGame');
timerGame();
expect(setTimeout).toHaveBeenCalledTimes(1);
expect(setTimeout).toHaveBeenLastCalledWith(
expect.any(Function), 1000
);
});
```
```
test('calls the callback after 1 second', () => {
const timerGame = require('../timerGame');
const callback = jest.fn();
timerGame(callback);
// At this point in time, the callback should not have been called yet
expect(callback).not.toBeCalled();
// Fast-forward until all timers have been executed
jest.runAllTimers();
// Now our callback should have been called!
expect(callback).toBeCalled();
expect(callback).toHaveBeenCalledTimes(1);
});
```
Checkout `jest.runAllTimers()` and `jest.runOnlyPendingTimers()`as well
Snapshot
- -u updates all failing snapshot, to update only some use the --testNamePattern flag
- treat snapshots as code (commit and code review)
- they test an interface: components, but API responses, error messages and logs as well
Exclude properties that are expected to change (dates, ids, ect.):
```
it('will check the matchers and pass', () => {
const user = {
createdAt: new Date(),
id: Math.floor(Math.random() * 20),
name: 'LeBron James',
};
expect(user).toMatchSnapshot({
createdAt: expect.any(Date),
id: expect.any(Number),
});
});
// Snapshot
exports[`will check the matchers and pass 1`] = `
Object {
"createdAt": Any,
"id": Any,
"name": "LeBron James",
}
`;
```
or mock them:
```
Date.now = jest.fn(() =><PHONE_NUMBER>071);
```
## Further reading:
debug in vs code:
https://jestjs.io/docs/en/troubleshooting#debugging-in-vs-code
Francesco Bedussi
*23rd October 2020*


-Seamless Double-Needle ⅞" Collar
-Taped Neck and Shoulders
-Double-Needle Sleeve and Bottom Hems
-Quarter-Turned to Eliminate Center Crease
Material: Blended The fibers harvested from within the seed pods
of a cotton plant.
These are between 1/2 and 2 inches long and can
be spun into thread that are woven into cotton fabrics.
Cotton
and Polyester in
Antique
Weight: 10 oz/lin yd
Color:Azalea, Black, Dark Heater, Gold, White, Royal and more.


DevChallenge
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Create amazing graphics
Colaborate and create beautiful graphics with your team
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Header
{{name}}
{{user.name}}
Name:
Address:
City:
,
Zipcode:
Contact:
Name:
Phone:
Message:
I said
Change message
Time:
Repeat
Options:
Add Option
Prepend Option
Clear Options
Before
x
*
After
Form changes can update properties:
message" type="text" value="Hello">
Form changes can call a function:
procMessage" type="text" value="Hello">
Root change test:
Base object message:
Unprocessed Message
Root object can be changed for child elements:
Unprocessed Message
Sort test (click on header to sort):
Id
Name


The genes that make tomato
Mutants offer the most direct way to associate a gene and its phenotype.
We are developing a germplasm resource and a
phenotypic catalog of EMS and
fast neutron mutants
in the genetic background of the variety M82.
Search collection
M2 generation seed were collected from single M1 plants, for constructing
a family design,
and in a bulk, for keeping a mutant seed stock available for large scale screening.
In the summers of 2001 and 2002 about 5000 M2 generation EMS families and 4000 Fast-neutron families
(12 plants each) were planted in a commercial field and screened for phenotypic mutations.
Each mutant was characterized according to a phenotypic catalog.
The collection of 3000 monogenic mutants is amenable for
searching
according to a detailed phenotypic catalog and combinations of traits.
Click here for help on using the mutant search engine.
If you are interested in obtaining seed please
email a list of mutant codes


The Source unveils its ‘Early Black Friday’ sale, offers deep discounts on latest tech
by Ian HardyThe Source has unveiled its ‘Early Black Friday’ deals.
‘Black Friday’ is officially on Friday, November 29th, followed by ‘Cyber Monday’ on Monday, December 2nd.
These discounts from The Source seem to be mostly available between November 21st and November 26th.
Below is a summary of some of the deals you are able to score:
- Nintendo Switch Lite – $259.99
- Xbox One S 1TB Star Wars Jedi: Fallen Order Bundle – $379.99
- Xbox One S 1TB NBA 2K19: Fallen Order Bundle with bonus controller – $249.99 (Reg. $379.99)
- Xbox One X 1TB Star Wars Jedi: Fallen Order Bundle – $599.99
- Star Wars Jedi: Fallen Order (PS4, Xbox One) – $79.99
- Xtreme Gaming Party Kit for the Nintendo Switch – $29.99 (Reg. $49.99)
- RDS Nintendo Switch Deluxe Travel Case – $19.99 (Reg. $29.99)
- Google Home Mini – $49.99 (Reg. $79.99)
- Amazon Echo 2nd Generation – $49.99 ($129.99)
- Philips Hue Wi-Fi Motion Sensor – $29.96 (Reg. $34.96)
- Samsung VL351 Bluetooth Smart Speaker $149.99 (Reg. $249.99)
- JBL Link Drive – $62.99 (Reg. $89.99)
- D-Link mydlink HD Pan & Tilt Wi-Fi Camera – $99.99 (Reg. $129.99)
- TP-Link HS200 Smart Wi-Fi Light Switch – $24.99 (Reg. $34.99)
- Bright Colour-Changing Smart Wi-Fi LED Bulb & Plug Kit – $39.99 (Reg. $49.99)
- Bright Smart Wi-Fi Dual Plug – $19.99 (Reg. $29.99)
- Samsung Galaxy Fit Fitness Tracker – $129.99 (Reg. $149.99)
- Samsung Galaxy Fit-e Fitness Tracker – $49.99 (Reg. $69.99)
- Samsung Galaxy Active2 40mm Smartwatch – $299.99 (Reg. $369.99)
- Fitbit Versa Lite Smartwatch – $129.99 (Reg. $199.99)
- Fitbit Ionic Smartwatch – $259.99 (Reg. $329.99)
- Fitbit Ace 2 Smartwatch – $69.99 (Reg. $99.99)
- Garmin Instinct GPS Smartwatch – $279.99 (Reg. $379.99)
- Garmin Vivofit 4 Activity Tracker – $69.99 (Reg. $99.99)
- Vital leather wireless charger – $34.99 (Save 30%)
- Vital 15,000mAh USB-C power bank – $29.99 (Save 40%)
- Vital 1.2m (4-inch) Lighting/USB-C cable (2-pack) – $14.99 (Save 50%)
- Beats by Dre urBeats3 earphones – $39.99 (Save 50%)
- Beats by Dre Beatsx earphones – $74.99 (Save 50%)
- Under Armour React In-Ear Wireless headphones – $129.99 (Reg. $179.99)
- Skullcandy Sesh True Wireless In-Ear Earbuds – $49.99 (Reg. $69.99)
- Bose Home Smart Speaker 500 – $399.99 (Reg. $499.99)
- Bose SoundLink Around-Ear Wireless Headphones II – $209.99 (Reg. $269.99)
- Samsung Galaxy Buds In-Ear Wireless Earbuds – $179.99 (Reg. $199.99)
- Sony ireless noise-cancelling headphones – $99.99 (Reg. $229.99)
- Sony EXTRA BASS Portable Bluetooth Speaker – $89.99 (Reg. $139.99)
- Sony In-Ear Wireless Earbuds – $49.99 (Reg. $69.99)
- JBL Flip 5 Portable Bluetooth Speaker – $109.99 (Reg. $139.99)
- LG SL4 2.1 Channel Soundbar with Wireless Subwoofer – $229.99 (Reg. $299.99)
- Ultimate Ears WONDERBOOM 2 Bluetooth Speaker – $99.99 (Reg. $129.99)
- Eclipse Wireless Bluetooth Speaker – $39.99 (Reg. $49.99)
- Corsair VOID PRO RGB USB Premium Gaming Headset – $59.99 (Reg. $109.99)
- Apple iPad Pro 10.5” 512GB – Wi-Fi – $999.99 (Reg. $1,249.99)
- Apple iPad Mini 5 7.9” 64GB – $499.99 (Reg. $529.99)
- Apple iPad 10.2” 32GB – Wi-Fi – $369.99 (Reg. $429.99)
- Apple iPad Mini 5 7.9” 256GB – Wi-Fi – $699.99 (Reg. $729.99)
- Apple iPad 10.2” 128GB – Wi-Fi – $489.99 (Reg. $549.99)
- Samsung Galaxy Tab A (2019) 8” Tablet, 32GB – $149.99 (Reg. $199.99)
- Samsung Galaxy Tab S6 10.5” Tablet, 256GB – $779.99 (Reg. $999.99)
- Samsung Galaxy Book SM-W723 12” Tablet – $1,699.99 (Reg. $1,899.99)
- Acer Aspire 15.6” Laptop with AMD Ryzen 3 Processor, 12GB RAM, Windows 10 S – $499.99 (Reg. $599.99)
- Acer Swift 5 15.6” Touch Laptop with Intel Core i7 Processor, 8GB RAM, Windows 10 – $1099.99 (Reg. $1199.99)
- ASUS Vivobook 15.6” Touch Laptop with Intel Core i3 Processor, 8GB RAM, Windows 10 – $499.99 (Reg. $699.99)
- ASUS TUF FX505DD-RB71-CB 15.6” Gaming Laptop – $899.99 (Reg. $1,099.99)
- ASUS TUF FX504GD RS51 15.6” Gaming Laptop – $899.99 (Reg. $999.99)
Source: The Source


The behavior of ngx-valdemort is configured via a configuration service. The same look and feel can thus be applied globally.
Instead of displaying errors when the control is touched or its form is submitted, the following example uses the service to specify that errors should be shown when the controls are dirty, to add a CSS class on errors to display them in orange rather than red, and to only display one error message per control instead of all of them.
Such a configuration is typically done only once, in the root component (or in a dedicated component inserted in the root component), to ensure that the same configuration applies everywhere.


Hyperion supports two ways on how to get captured pictures for processing and output. The platform grabber which captures internal at the device you are running Hyperion on (best qualitiy) and the USB Grabber which gathers from a connected device the necessary pictures (more calibration work and configuration).


Data Structures | |
| struct | CSL_XMC_XMPAXH_s |
| This is the definition of CSL_XMC_XMPAXH. More... | |
| struct | CSL_XMC_XMPAXL_s |
| This is the definition of CSL_XMC_XMPAXL. More... | |
| struct | CSL_XMC_MPFSR_s |
| This is the definition of CSL_XMC_MPFSR. More... | |
| struct | CSL_XMC_XPFADDR_s |
| This is the definition of CSL_XMC_XPFADDR. More... | |
Macros | |
| #define | CSL_XMC_CFG_REGS (CSL_DSP_DSP_XMC_CTRL_REGS) |
Typedefs | |
| typedef struct CSL_XMC_XMPAXH_s | CSL_XMC_XMPAXH |
| This is the definition of CSL_XMC_XMPAXH. | |
| typedef struct CSL_XMC_XMPAXL_s | CSL_XMC_XMPAXL |
| This is the definition of CSL_XMC_XMPAXL. | |
| typedef struct CSL_XMC_MPFSR_s | CSL_XMC_MPFSR |
| This is the definition of CSL_XMC_MPFSR. | |
| typedef struct CSL_XMC_XPFADDR_s | CSL_XMC_XPFADDR |
| This is the definition of CSL_XMC_XPFADDR. | |
Enumerations | |
| enum | CSL_XMC_ACEN_MODE { CSL_XMC_ACEN_MODE_COUNT_DISABLE = 0, CSL_XMC_ACEN_MODE_COUNT_PROGEVENTS = 1, CSL_XMC_ACEN_MODE_COUNT_DATAEVENTS = 2, CSL_XMC_ACEN_MODE_COUNT_ALL = 3 } |
| This is the definition of CSL_XMC_ACEN_MODE. More... | |
| #define CSL_XMC_CFG_REGS (CSL_DSP_DSP_XMC_CTRL_REGS) |
Handle to access XMC registers accessible through config bus.
| enum CSL_XMC_ACEN_MODE |


Email Signatures
Templates that are specially created to look great in all major email clients. Improve your brand identity in few seconds with world's simplest email signatures tool.
We will develop art for email signature (per person) containing your photo, contact information, etc.
Simply add it to Gmail, Outlook, Apple Mail, Yahoo Mail, or any other email provider.


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