[Updated 1st August, 2020]
>_BACK HOME[Updated 1st August, 2020]
>_BACK HOMEFor us, "personal information" means information which identifies you, like your name or email address. Any information that falls outside of this is "non-personal information." If we store your personal information with information that is non-personal, we will consider the combination as personal information. If we remove all personal information from a set of data then the remaining is non-personal information.
We learn information about you when: you give it to us directly (e.g., when you choose to send us crash reports, contact us, etc); we collect it automatically through our products and services (e.g., when you sign up to our newsletter, or else); or when we try and understand more about you based on information you've given to us (e.g., when we need to know your OS for our installers Privatick Shield to be able to work properly on your computer).
We keep all the data safe, private and encrypted. When you give us information, we will use it in the ways for which you've given us permission. Generally, we use your information to help us provide and improve our products and services for you.
Never, unless we have asked and explicitely received your permission to share it.
We are committed to protecting your personal information once we have it. We implement physical, business and technical security measures. We also don't want your personal information for any longer than we need it, so we only keep it long enough to do what we collected it for. Once we don't need it, we take steps to destroy it.
If you want to make a correction to your information, or you have any questions about our privacy policies, please get in touch with:


Carol Chang, UC San Diego Foundation Board Chair
I am honored to serve as the chair of the UC San Diego Foundation Board of Trustees at a time when the university stands on the precipice of unprecedented expansion and transformation. Never has there been a more critical time to strengthen our collaborative efforts with our community of supporters, alumni, students, faculty and our academic leaders.
We who serve as trustees of the UC San Diego Foundation are proud to partner with the university in its vision to be a student-centered, research-focused, service-oriented, public institution. Further, we understand that philanthropic support is critical to realizing that vision, and to advancing the mission that UC San Diego will be transformative within a diverse global society by educating, generating, and disseminating knowledge and creative works, and engaging in public service.
The UC San Diego Foundation raises and manages philanthropic support in the form of new gifts for the endowment and expendable purposes to benefit this burgeoning campus. Looking back, we had a phenomenal year in fiscal 2015-2016. We received well over forty-five thousand gifts, in a record-breaking year where more than $212 million was raised. Our endowment was valued at $538 million as of June 30, 2016, with total assets exceeding $739 million. The philanthropic support we receive is truly our lifeblood as it enhances our ability to perform critical research and instruction, as well as provide essential scholarship and fellowship support.
Thus, it is with enthusiasm and excitement that I embrace this opportunity to work collectively with key stakeholders of this outstanding academic institution. There are great things on the horizon for UC San Diego, an academic engine poised to expand its impact for the benefit of our region, our nation, and our world.
Carol Chang
Chair
UC San Diego Foundation


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--- title: New version of my One Web Boilerplate excerpt: 'New version of my #onewebboilerplate on GitHub, now with #requirejs2 0, #lesscss and a simplified build process: https://t.co/mkCahX3q. ' date: '2012-09-17 08:03:26 +0200' date_gmt: '2012-09-17 06:03:26 +0200' categories: - Webdev tags: - tweets - web - design - development ---
New version of my #onewebboilerplate on GitHub, now with #requirejs2 0, #lesscss and a simplified build process: https://t.co/mkCahX3q.


Kenya's First Real Estate Investment Platform
$1,000 minimum investment
- Modern
- Efficient
- Competitive
Invest in properties online and filter according to your preferred investment theme. They are hand-picked by Kenya’s top Real Estate Professionals. We take care of the tedious parts; like solicitors and mortgage costs through a one-time fee
Each quarterly income weighted by your proportion of the property that you own. A percentage (+ VAT) of the rent is used for letting, advertising & maintaining the property. The investor portal can be used to monitor your investment with valuations occurring at each quarter
Offer your investments to other investors at your chosen price through our online ‘re-sale’ marketplace**. Flexibility is offered on the amount of your holdings you wish to sell. Alternatively, investors are given the opportunity to sell their holdings at market price every 3 years at no cost
Earn quarterly rental income on your properties
Receieve capital gains in the form of property appreciation and growth
eJenga has changed my life - I never knew investing could be this easy.


Dear {{ first_name }}{% if last_name %} {{ last_name}}{% endif %},
A new account has been created for you.
Your login id is: {{ user }}
Click on the link below to complete your registration and set a new password.
You can also copy-paste this link in your browser {{ link }}
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Hi there
Calendar
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Qt Core
Getting Started
All other Qt modules rely on this module. To include the definitions of the module's classes, use the following directive:
#include <QtCore>
If you use qmake to build your projects, Qt Core is included by default.
Core Functionalities
Qt adds these features to C++:
- a very powerful mechanism for seamless object communication called signals and slots
- queryable and designable object properties
- hierarchical and queryable object trees that organize
- object ownership in a natural way with guarded pointers (QPointer)
- a dynamic cast that works across library boundaries
The following pages provide more information about Qt's core features:
Threading and Concurrent Programming
Qt provides thread support in the form of platform-independent threading classes, a thread-safe way of posting events, and signal-slot connections across threads. Multithreaded programming is also a useful paradigm for performing time-consuming operations without freezing the user interface of an application.
The Thread Support in Qt page contains information on implementing threads in applications. Additional concurrent classes are provided by the Qt Concurrent module.
Input/Output, Resources, and Containers
Qt provides a resource system for organizing application files and assets, a set of containers, and classes for receiving input and printing output.
In addition, Qt Core provides a platform-independent mechanism for storing binary files in the application's executable.
Additional Frameworks
Qt Core also provides some of Qt's key frameworks.
- The Animation Framework
- JSON Support in Qt
- The State Machine Framework
- How to Create Qt Plugins
- The Event System
Licenses and Attributions
Qt Core is available under commercial licenses from The Qt Company. In addition, it is available under the GNU Lesser General Public License, version 3, or the GNU General Public License, version 2. See Qt Licensing for further details.
Executables on Windows potentially link against The qtmain Library. This library is available under commercial licenses, and in addition under the BSD 3-clause "New" or "Revised" License.
Furthermore Qt Core potentially contains third party modules under following permissive licenses:
ZLib license | |
BSD 3-clause "New" or "Revised" License | |
Efficient Binary-Decimal and Decimal-Binary Conversion Routines for IEEE Doubles | BSD 3-clause "New" or "Revised" License |
BSD 3-clause "New" or "Revised" License | |
Public Domain | |
Public Domain | |
BSD 3-clause "New" or "Revised" License | |
BSD 3-clause "New" or "Revised" License | |
BSD 3-clause "New" or "Revised" License | |
Public Domain | |
Creative Commons Zero v1.0 Universal | |
BSD 3-clause "New" or "Revised" License | |
BSD 3-clause "New" or "Revised" License | |
BSD 2-clause "Simplified" License | |
BSD 2-clause "Simplified" License | |
BSD 2-clause "Simplified" License | |
BSD 2-clause "Simplified" License | |
BSD 2-clause "Simplified" License | |
BSD 2-clause "Simplified" License | |
BSD 2-clause "Simplified" License | |
Mozilla Public License 2.0 | |
Unicode Data Files and Software License | |
MIT License |
Reference
These are links to the API reference materials.


TEAM offers students the possibility to meet business representatives from a range of companies during a private conversation about jobs and future possibilities. This is a great way to establish a connection with the company of your choice, but should by no means be considered a job interview. Applications for so called “mock interviews” will open in advance, and the interviews themselves take place digitally on the 10th of November. Keep an eye out for information regarding application deadlines and companies that offer interviews!
Due to the ongoing pandemic, there will be a limited amount of events arranged. More information regarding planned events will be announced soon.
Remember to follow TEAM-dagarna on Facebook, Instagram and LinkedIn!


Dimitar Berbatov states his prediction for Man City v Chelsea FC
Former Spurs striker Dimitar Berbatov is backing Man City to ease to a 3-2 victory over Chelsea FC on Saturday evening
by The Sport Review staffDimitar Berbatov is backing Manchester City to ease to a 3-2 victory over Chelsea FC at The Etihad on Saturday evening.
The defending Premier League champions will be eager to return to winning ways following a 3-1 loss to Liverpool FC last time out.
The Citizens dropped down to fourth place in the Premier League table and nine points adrift of Liverpool FC after their third defeat of the season.
Chelsea FC are a point ahead of Manchester City following a run of six successive Premier League victories under Frank Lampard.
But Manchester City can hoist themselves above Chelsea FC if Pep Guardiola’s side manage to beat their London rivals.
Former Spurs striker Berbatov is confident that Manchester City will bounce back against Chelsea FC on Saturday evening.
“City need to bounce back, they are now nine points behind Liverpool and if they lose this one, Chelsea will become title contenders,” Berbatov told Betfair.
“Frank Lampard’s side are on a great run and they can cause City problems. But saying that, Guardiola will prepare his team to the maximum and they can’t afford any more slip ups whilst Liverpool are flying. They need the win and I think they will get it at the Etihad.”
Manchester City have won five of the past six meetings against Chelsea FC in all competitions, keeping five clean sheets in the process.
The Citizens were 6-0 winners against Chelsea FC in their last meeting at The Etihad under Maurizio Sarri.
Chelsea FC are looking to win eight consecutive away games in all competitions for the first time in the west London side’s history.
However, the Blues don’t have a great record at The Etihad after losing three of their last four trips to Manchester City.


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Microsoft will bring DNS-over-HTTPS to Windows 10 next year
Strictly Come DNSing
by Chris MerrimanMICROSOFT HAS BECOME the latest big tech brand to announce its plans for DNS-over=HTTPS (DoH), which shaping up to be the next "dark mode" style cult of 2020.
The premise is simple - when you surf the web, your choices are translated from website to IP address and back by a DNS service. Up to now, these have all been "in the clear", but several of the big browser manufacturers have started work on DoH, which encrypts all your searches too, adding an extra layer of privacy, and making harder for bad actors to hijack your search.
Microsoft has confirmed that it too will be bringing DoH to Windows at a later date, and may even go on to offer DoT, which uses TLS to add a further encryption layer.
Microsoft is in a unique position to be able to bring in DoH at a process level - the plan isn't just to add it to the Edge browser, but to Windows 10 Core Networking itself. In short - it wants to make it the default.
That won't sit well with everyone, however, with home secretary Priti Patel amongst those concerned that extra encryption is a gift to those trying to evade the law, making it harder to identify suspicious web browsing patterns, such as excessive research into homemade explosives, for example.
Google has already pledged not to turn on DoH by default in order to provide some reassurance to governments, but be in no doubt that by this time next year, all the major browsers will offer some sort of DoH, DoT or both.
Microsoft has confirmed that, at launch, it will turn on encryption automatically in Windows if the browser DNS resolver being used supports it. However, it will not force anyone to change their DNS resolver - the company wants to leave it up to individual customers as to if and how they use DoH.
Once this first stage is up and running, the company plans on creating some sort of dashboard for system administrators, allowing the deployment of DoH on an entire office in one hit. μ
Further reading
Google plans to test DNS-over-HTTPS in Chrome 78
- 12 Sep 2019
Firefox will soon 401 your URL with DNS
- 09 Sep 2019
UK cyber cops issue warning over global DNS hijacking campaign
- 15 Jul 2019
Cloudflare launches DNS <IP_ADDRESS> app for Android and iOS
- 12 Nov 2018


DSC
LNCT
Why Us ?
20+
Community Workshops350+
Community Members14+
Sponsors SupportedWhy us ?
In DSC, students grow their knowledge in a peer-to-peer learning environment and build solutions for local businesses and their community.Our Team
Teamwork is the ability to work together toward a common vision. The ability to direct individual accomplishments toward organizational objectives. It is the fuel that allows common people to attain uncommon results.
More info


WITNESS LIST Business & Commerce Committee May 13, 2003 - 9:00A HB 135 Registering, but not testifying: For: Humphries, Kathy (Texas Auctioneers Association), Elgin, TX Sample, Jim (Sample & Son Auction Service), San Marcos, TX Swigert, Jim (Self), College Station, TX HB 849 FOR: Findeisen, Les (Texas Motor Transportation Association), Austin, TX HB 1056 Registering, but not testifying: For: Garey, Glen (Texas Restaurant Association), Austin, TX HB 1232 Registering, but not testifying: For: Garey, Glen (Texas Restaurant Association), Austin, TX HB 1496 Registering, but not testifying: On: Broussard, Allen (Texas Workforce Commission), Austin, TX Dennis, David (Comptroller of Public Accounts), Austin, TX HB 1526 Registering, but not testifying: On: Hendricks, Cathy (Texas Board of Architectural Examiners), Austin, TX HB 2172 Registering, but not testifying: For: Kastrin, Deborah (Texas Border Infrastructure Coalition), Austin, TX SB 1341 Registering, but not testifying: For: Carr, Mindy (Texas Land Title Association), Austin, TX Lee, Randy (Stewart Title Guaranty Co), Austin, TX Rothermel, John (Stewart Title), San Antonio, TX SCR 48 Registering, but not testifying: For: Gonzales, David (Texas Pharmacy Association), Austin, TX Reagan, Karen (Texas Federation of Drug Stores, A Member of Texas Retailers Association), Austin, TX


Thank You!
Reach out to<EMAIL_ADDRESS>for more information.
vivekkaushal.com
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Story.
Give me the songs of a nation, I care not who writes its laws. - Andrew Fletcher
It all started on 3/4/2001 at the Tropicana Dome in Tampa, Fl when a new dimension of music was discovered. Music is powerful. Encompassing the imagination, the feelings of the heart and the passion of the soul in a single medium.
This time however, something was different. Transcending the physical construct of just sound waves and fine instrumentation. It felt like these were ancient sounds, birthed into the very fabric of the cosmos. We exist to re-discover that sound and share the experience with humanity.
Discover the Song of All Songs within your own soul. Eternity has been placed in our hearts. We humbly share our own attempt with you.


class Population<T>
Population(environment: Environment<T>)
val environment: Environment<T>
fun evolve(): Unit


The OFFICIAL physical coin for Komodo!
These coins are made of a Zinc alloy base, coated in 99.9% silver and designed with the help of the Komodo community!
Availability:
This coin is currently available for pre-order. Currently expected to ship with 3-4 weeks.
Join th...


Simple Interest Calculator
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© Everyone Can Get Rich


Mary Had a Little Lamb
With only three notes, it is now possible to learn our first song. Use what you learned in the previous section to follow the notes above, to the melody of the well-known "Mary Had a Little Lamb."
Let's also take the opportunity to learn more about note duration. Recall that the time signature states that there are four beats in a measure. The black notes with stems that we have been using so far are called quarter notes, and in a 4/4 time signature are worth one beat. The white notes with stems are with double that of the quarter notes, or two beats, and are called half notes. The white note without a stem (resembling a donut), is worth 4 beats and is called a whole note.


| Home > Documentation > Configuring and administering > Deploying and administering assets in Geronimo > Deploying and administering applications > Starting and stopping applications |
There are several alternatives available for starting and stopping applications:
As an alternative to the command line option, you can use the Geronimo Administration Console to change the status of the modules. Open the Geronimo Administration Console and navigate to Applications on the Console Navigation menu on the left side. Depending on the type of application that you want to change the status of, choose either Application EARs or Web App WARs. For this example, we use HelloWorld.war
as the sample application, hence we will select Web App WARs.
We used this portlet in the Deploying and undeploying applications section to install and remove applications by using the Geronimo Administration Console. From this same portlet, you can also change the status of the applications. The available commands within the portlet changes depending on the status for each application. If the application is in running status (started), the commands Stop and Restart are displayed. If the application is stopped, only the command Start is displayed. The Uninstall command is always displayed independently of the status of the application. To change the status of the application, click the command (Start or Stop).
The Deployer tool has many commands. In the Deploying and undeploying applications section, we have explored mainly deploy and undeploy, and very briefly list-modules. This section focuses on the list-modules command to retrieve the name of the module that you want to change the status of. This section also introduces two new commands, start and stop.
The list-module command accepts the following tree parameters:
You can also specify a target at the end of the command. This option is rarely used because most of the time you have only one configuration store defined on each server. Only modules on the specified targets are listed. If no targets are specified, then modules on all targets are listed.
This list-module command is useful for identifying the status of a particular module and the module ID itself. you can use this command to identify the HelloWorld application and change its status.
From a command line window run the following command from the <geronimo_home>\bin
directory to list all the modules:
deploy --user system --password manager list-modules
You will receive a list of all the modules installed on the server. Note that the started modules are differentiated by a + sign on the left and are displayed first in the list.
D:\geronimo-tomcat6-jee5-2.0-M2\bin>deploy --user system --password manager list-modules Using GERONIMO_BASE: D:\geronimo-tomcat6-jee5-2.1 Using GERONIMO_HOME: D:\geronimo-tomcat6-jee5-2.1 Using GERONIMO_TMPDIR: D:\geronimo-tomcat6-jee5-2.1\var\temp Using JRE_HOME: C:\Java\jdk1.5.0_06\\jre Found 85 modules + org.apache.geronimo.configs/activemq-broker/2.1-SNAPSHOT/car + org.apache.geronimo.configs/activemq-ra/2.1-SNAPSHOT/car + org.apache.geronimo.configs/axis/2.1-SNAPSHOT/car + org.apache.geronimo.configs/axis-deployer/2.1-SNAPSHOT/car + org.apache.geronimo.configs/axis2/2.1-SNAPSHOT/car + org.apache.geronimo.configs/axis2-deployer/2.1-SNAPSHOT/car + org.apache.geronimo.configs/axis2-ejb/2.1-SNAPSHOT/car + org.apache.geronimo.configs/axis2-ejb-deployer/2.1-SNAPSHOT/car + org.apache.geronimo.configs/ca-helper-tomcat/2.1-SNAPSHOT/car + org.apache.geronimo.configs/client-deployer/2.1-SNAPSHOT/car + org.apache.geronimo.configs/clustering/2.1-SNAPSHOT/car + org.apache.geronimo.configs/connector-deployer/2.1-SNAPSHOT/car + org.apache.geronimo.configs/cxf/2.1-SNAPSHOT/car + org.apache.geronimo.configs/cxf-ejb/2.1-SNAPSHOT/car + org.apache.geronimo.configs/dojo-legacy-tomcat/2.1-SNAPSHOT/car + org.apache.geronimo.configs/dojo-tomcat/2.1-SNAPSHOT/car + org.apache.geronimo.configs/hot-deployer/2.1-SNAPSHOT/car + org.apache.geronimo.configs/j2ee-corba-yoko/2.1-SNAPSHOT/car + org.apache.geronimo.configs/j2ee-deployer/2.1-SNAPSHOT/car + org.apache.geronimo.configs/j2ee-server/2.1-SNAPSHOT/car
Find the " + sample.applications/HelloWorldApp/2.0/war @ http://hcunico:8080/hello
" module. The status of this module is started, because there is a + on the left. Alternatively, you can run the following command to list only the started modules:
deploy --user system --password manager list-modules --started
To stop the " sample.applications/HelloWorldApp/2.0/war
module, type the following command:
deploy --user system --password manager stop sample.applications/HelloWorldApp/2.0/war
You will receive a confirmation message similar to the following one, indicating that the module has been stopped.
D:\geronimo-tomcat6-jee5-2.0-M2\bin>deploy --user system --password manager stop sample.applications/HelloWorldApp/2.0/war Using GERONIMO_BASE: D:\geronimo-tomcat6-jee5-2.1 Using GERONIMO_HOME: D:\geronimo-tomcat6-jee5-2.1 Using GERONIMO_TMPDIR: D:\geronimo-tomcat6-jee5-2.1\var\temp Using JRE_HOME: C:\Java\jdk1.5.0_06\\jre Stopped sample.applications/HelloWorldApp/2.0/war
When you list all the stopped modules, you should see the sample.applications/HelloWorldApp/2.0/war
module added to the list. See the command and results in the following example.
D:\geronimo-tomcat6-jee5-2.0-M2\bin>deploy --user system --password manager list-modules --stopped Using GERONIMO_BASE: D:\geronimo-tomcat6-jee5-2.1 Using GERONIMO_HOME: D:\geronimo-tomcat6-jee5-2.1 Using GERONIMO_TMPDIR: D:\geronimo-tomcat6-jee5-2.1\var\temp Using JRE_HOME: C:\Java\jdk1.5.0_06\\jre Found 20 modules org.apache.geronimo.configs/client/2.1-SNAPSHOT/car org.apache.geronimo.configs/client-corba-yoko/2.1-SNAPSHOT/car org.apache.geronimo.configs/client-security/2.1-SNAPSHOT/car org.apache.geronimo.configs/client-transaction/2.1-SNAPSHOT/car org.apache.geronimo.configs/cxf-deployer/2.1-SNAPSHOT/car org.apache.geronimo.configs/cxf-ejb-deployer/2.1-SNAPSHOT/car org.apache.geronimo.configs/farming/2.1-SNAPSHOT/car org.apache.geronimo.configs/jsr88-ear-configurer/2.1-SNAPSHOT/car org.apache.geronimo.configs/jsr88-jar-configurer/2.1-SNAPSHOT/car org.apache.geronimo.configs/jsr88-war-configurer/2.1-SNAPSHOT/car org.apache.geronimo.configs/tomcat6-clustering-wadi/2.1-SNAPSHOT/car org.apache.geronimo.configs/wadi-clustering/2.1-SNAPSHOT/car org.apache.geronimo.framework/client-system/2.1-SNAPSHOT/car org.apache.geronimo.framework/jsr88-cli/2.1-SNAPSHOT/car org.apache.geronimo.framework/jsr88-deploymentfactory/2.1-SNAPSHOT/car org.apache.geronimo.framework/offline-deployer/2.1-SNAPSHOT/car org.apache.geronimo.framework/online-deployer/2.1-SNAPSHOT/car org.apache.geronimo.framework/shutdown/2.1-SNAPSHOT/car org.apache.geronimo.framework/upgrade-cli/2.1-SNAPSHOT/car sample.applications/HelloWorldApp/2.0/war
To start the module, use start instead of stop in the command.
deploy --user system --password manager start sample.applications/HelloWorldApp/2.0/war
You will receive a confirmation message similar to the following one, indicating that the module has been started.
D:\geronimo-tomcat6-jee5-2.0-M2\bin>deploy --user system --password manager start sample.applications/HelloWorldApp/2.0/war Using GERONIMO_BASE: D:\geronimo-tomcat6-jee5-2.1 Using GERONIMO_HOME: D:\geronimo-tomcat6-jee5-2.1 Using GERONIMO_TMPDIR: D:\geronimo-tomcat6-jee5-2.1\var\temp Using JRE_HOME: C:\Java\jdk1.5.0_06\\jre Started sample.applications/HelloWorldApp/2.0/war @ http://hcunico:8080/hello
You can also use GShell deploy/start commands to manage the status of an application. Similarly, deploy/stop can be used to stop the running application, and deploy/restart is used to restart a started or stopped application. See Geronimo GShell Commands for more information about these commands and their options.
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An easy yet effective puzzle game good for improving memory, concentration, patience and developing structured thinking and problem solving skills... Or simply Time Pass.
It never gets old
It gives you a wide variety of image to play from. You will also have the ability to play with your own picture, be it on your phone or anything freshly snapped with the camera.
Themes to suit your style
Currently it has four different themes to choose from. But it will be a lot more with future updates. So, stay tuned.
In a word (or 'a sentence')
Mini Puzzle is a game equally good for entertainment and brain-training.


Here, we use the the Coronavirus package developed and maintained with Rami Krispin at this link:
https://github.com/RamiKrispin/coronavirus
In addition, the Tidyverse package also was needed to manipulate and visualize the data.
#devtools::install_github("RamiKrispin/coronavirus")
library(coronavirus)
data("coronavirus")
library(tidyverse)
Here, the dplyr was used to select the following countries: + Italy + South Korea + France + Denmark + Norway + Sweden
Then, we calculated the sum of the whole confirmed cases until the given time. In addition, the “row_number” was added to find the days after the Corona Cases has been reached above 25 cases.
eu_cases <- coronavirus %>%
group_by(Country.Region, date, type) %>%
filter(type== "confirmed") %>%
summarise(Cases=sum(cases)) %>%
filter(Country.Region== "Italy" | Country.Region== "Korea, South" | Country.Region== "France" | Country.Region== "US" | Country.Region== "Denmark" |
Country.Region== "Norway" |
Country.Region=="Sweden" | Country.Region=="China" | Country.Region=="United Kingdom"| Country.Region=="Germany" | Country.Region=="Iran" | Country.Region=="Spain" ) %>%
group_by(Country.Region, type) %>%
mutate(tot_confirmed = cumsum(Cases)) %>%
filter(type=="confirmed") %>%
filter(tot_confirmed > 25) %>%
mutate(id = row_number())
#filter(id < 29)
Here, the population of the countries were found and corresponding population was added to the column “pop” in the data set.
populations <- c( 81.16, 82.79, 60.48, 51.47, 5.6, 5.36, 1386, 67, 10, 350,67,40 )
names(populations) <- c("Iran", "Germany", "Italy", "Korea, South"
,"Denmark", "Norway" ,"China", "France", "Sweden", "US", "United Kingdom", "Spain")
eu_cases$pop <- rep(0,length(eu_cases$Country.Region))
for (i in 1:length(eu_cases$Country.Region)) {
country <- as.character(eu_cases$Country.Region[i])
eu_cases$pop[i] <- populations[[country]]
}
Great thanks to Cedric Scherer<EMAIL_ADDRESS>for his beautiful theme!, this theme was used as the theme of the plotting in the bottom
If you are using the windows, you must install the following the fonts Poppins and Roboto Mono and then:
Here, we use the custom edit in order to plot the ggplot output in the longer format than the default.
eu_cases <- eu_cases %>% mutate(tot_confirmed_per = tot_confirmed/pop)
eu_cases$Country.Region = factor(eu_cases$Country.Region,
levels=c("Italy", "Korea, South","Norway","France" ,"Denmark"
,"Sweden", "US", "China", "United Kingdom", "Iran", "Germany","Spain"))
ggplot(eu_cases, aes(id, Cases, fill=Country.Region)) +
geom_bar(stat = "identity") +
#geom_area(alpha = 0.75) +
facet_wrap(~ Country.Region, nrow = 4, scales = "free_y") +
theme(legend.position = "none",
plot.title = element_text(size=12),
axis.title = element_text(size = 12, face = "plain"),
axis.title.x = element_text(size = 12, face = "plain"),
axis.title.y = element_text(size = 12, face = "plain"),
axis.text = element_text(family = "Roboto Mono", size = 8.5),
axis.ticks.x = element_line(colour = "transparent", size = 1),
axis.ticks.y = element_line(colour = "transparent", size = 0.3),
panel.grid.major.y = element_line(colour = "grey40", size = 0.3),
panel.grid.major.x = element_line(colour = "grey40", size = 0.3),
panel.border = element_blank(),
strip.background = element_rect(color = "transparent"),
strip.text = element_text(size = 13, colour = "white"),
panel.spacing = unit(15, "pt")) +
scale_x_continuous(limits = c(0, 50)) +
labs(x = "Days after Totoal Confirmed Caes > 25", y = "Total Cases Per Million Inhabitants\n",
title = "Development of Total Confirmed Cases",
caption = "\nVisualization by Peyman Kor | Data source: JHU & WHO")
library(httr)
library(jsonlite)
library(tidyverse)
library(lubridate)
library(readr)
library(plyr)
Danish Data:
mytheme<-theme(legend.position = "none",
plot.title = element_text(size=12),
axis.title = element_text(size = 12, face = "plain"),
axis.title.x = element_text(size = 12, face = "plain"),
axis.title.y = element_text(size = 12, face = "plain"),
axis.text = element_text(family = "Roboto Mono", size = 8.5),
axis.ticks.x = element_line(colour = "transparent", size = 1),
axis.ticks.y = element_line(colour = "transparent", size = 0.3),
panel.grid.major.y = element_line(colour = "grey40", size = 0.3),
panel.grid.major.x = element_line(colour = "grey40", size = 0.3),
panel.border = element_blank(),
strip.background = element_rect(color = "transparent"),
strip.text = element_text(size = 13, colour = "white"),
panel.spacing = unit(25, "pt"))
mytheme_withlegend<-theme(plot.title = element_text(size=12),
axis.title = element_text(size = 12, face = "plain"),
axis.title.x = element_text(size = 12, face = "plain"),
axis.title.y = element_text(size = 12, face = "plain"),
axis.text = element_text(family = "Roboto Mono", size = 8.5),
axis.ticks.x = element_line(colour = "transparent", size = 1),
axis.ticks.y = element_line(colour = "transparent", size = 0.3),
panel.grid.major.y = element_line(colour = "grey40", size = 0.3),
panel.grid.major.x = element_line(colour = "grey40", size = 0.3),
panel.border = element_blank(),
strip.background = element_rect(color = "transparent"),
strip.text = element_text(size = 13, colour = "white"),
panel.spacing = unit(25, "pt"))
##########################
path <- "https://api.covid19data.dk:443/ssi_cases"
req_ssi <- GET(url=path)
response_ssi <- content(req_ssi, as = "text", encoding = "UTF-8")
###################################
######################################
pathd <- "https://api.covid19data.dk:443/ssi_deaths_ts"
req_death <- GET(url=pathd)
response_death <- content(req_death, as = "text", encoding = "UTF-8")
df_death <- fromJSON(response_death, flatten = TRUE) %>%
data.frame() %>%
mutate(date=parse_datetime(date)) %>%
mutate(datemd=as.factor(format(date, "%B %d"))) %>%
select(datemd, deaths)
######################################
df_ssi <- fromJSON(response_ssi, flatten = TRUE) %>%
data.frame() %>%
mutate(date=parse_date_time(timestamp,"Ymd HM", truncated = 4, tz="CET")) %>%
mutate(datemd=as.factor(format(date, "%B %d"))) %>%
select(datemd,cases) %>% left_join(df_death) %>%
mutate(datemd=as.factor(datemd)) %>%
mutate(Cases_Per_Day = lead(cases)-cases) %>%
pivot_longer(-c(datemd), names_to = "Type", values_to = "Number") %>%
mutate(Type=as.factor(Type))
levels(df_ssi$Type) <- c("Cumulative Infected Cases", "Infected Cases Per Day", "Death Case Per Day")
ggplot(df_ssi, aes(datemd, Number,fill=Type)) +
geom_bar(stat = 'identity', color='white') +
facet_wrap(~ Type, nrow = 3, scales = "free_y") +
#scale_x_datetime('Date',
# date_breaks = '1 day',
# date_labels = '%b %d') +
mytheme + theme(axis.text.x = element_text(size = 12, face = "plain", angle = 45, vjust = 0.5))
path <- "https://api.covid19data.dk:443/ssi_cases_ts"
req_ts <- GET(url=path)
response_ts <- content(req_ts, as = "text", encoding = "UTF-8")
df_ssi_ts <- fromJSON(response_ts, flatten = TRUE) %>%
data.frame() %>%
mutate(date=parse_datetime(test_date)) %>%
mutate(datemd=as.factor(format(date, "%B %d"))) %>%
select(datemd,tests,pct_positive) %>%
pivot_longer(-datemd, names_to = "Type", values_to = "Number")
df_ssi_ts <- df_ssi_ts[-nrow(df_ssi_ts),]
ggplot(df_ssi_ts, aes(x= datemd, fill=Type)) +
geom_bar(aes(y=Number),stat = 'identity', color='white') +
facet_wrap(~ Type, nrow = 2, scales = "free_y") +
mytheme +
theme(axis.text.x = element_text(size = 12, face = "plain", angle = 45, vjust = 0.5))
path <- "https://api.covid19data.dk:443/ssi_countries"
req_cou <- GET(url=path)
response_cou <- content(req_cou, as = "text", encoding = "UTF-8")
df_cou <- fromJSON(response_cou, flatten = TRUE) %>%
data.frame() %>%
mutate(date=parse_date_time(timestamp,"Ymd HM", truncated = 4, tz="CET")) %>%
mutate(datemd=as.factor(format(date, "%B %d"))) %>%
filter(cases>5)
ggplot(df_cou, aes(datemd, cases, fill=country_of_infection)) +
geom_bar(stat = 'identity', position = position_dodge(), binwidth = 5, color='white') +
mytheme_withlegend + theme(axis.text.x = element_text(size = 12, face = "plain", angle = 45, vjust = 0.5))
#####################################
path <- "https://api.covid19data.dk:443/ssi_demo_cases"
req_demo <- GET(url=path)
response_demo <- content(req_demo, as = "text", encoding = "UTF-8")
#######################################
#######################################################
df_dem <- fromJSON(response_demo, flatten = TRUE) %>%
data.frame() %>%
mutate(date=parse_date_time(timestamp,"Ymd HM", truncated = 4, tz="CET")) %>%
mutate(datemd=as.factor(format(date, "%B %d")))
######################################################
####################################################################
ggplot(df_dem, aes(x = agegroup, y = cases, fill = gender)) +
geom_bar(subset = .(Gender == "Female"), stat = "identity", position = position_dodge(), color='white') +
geom_bar(subset = .(Gender == "Male"), stat = "identity", position = position_dodge(), color='white') +
facet_wrap(~ datemd, nrow=2) +
scale_y_continuous(breaks = seq(-300, 300, 100)) +
coord_flip() +
mytheme_withlegend +
theme(axis.text.x = element_text(size = 10, face = "plain", angle = 45, vjust = 0.5))
##############################################################


Situated at the mouth of the Ozama River on the south coast, Santo Domingo has well preserved historic buildings and fascinating narrow cobbled streets. The city also has a wealth of historic relics in the many museums.
Position 18° 27'42"N, 69° 53'18"N (river entrance)
See DR Formalities for detailed clearance information and fees.
This port is a commercial port and not suited to visiting cruising yachts. It is best visited by land.
Unfortunately Santa Domingo is not an attractive place to moor.
The small "marina" here is mostly full of local boats and the current and river debris make it unattractive.
Haina, just west of Santo Domingo, is a commercial port. There is a "marina" there that is used by local boats, however it is probably the dirtiest place in the DR and also a high crime area.
Last updated March 2015.


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import config.AppConfig @import controllers.routes @import models.Case @import models.request.AuthenticatedRequest @import models.viewmodels.NoTabSelected @import views.forms.components.RadioOption @import views.html.forms.components.input_radiogroup @import views.html.includes.main @import views.html.partials.{case_heading, back_link} @this( main: main, backLink: back_link ) @(c: Case, form: Form[Boolean])(implicit request: AuthenticatedRequest[_], messages: Messages, appConfig: AppConfig) @main( pageTitle = messages("page.title.extended.use"), customPrimaryNavTab = NoTabSelected, backLink = Some(backLink()) ) {
}


Hi,
I've been struggling with this for days on end, and searched for solutions until I found a sort of solution with the emon1 library...perhaps I should start from the beginning...I'm trying to use an ACS709 hall effect sensor in conjunction with an Arduino to measure AC current. My problem is that most (if not all) examples on the net is for DC current, and it does not work - it gives out a constant current reading...even with no current connected.
Then I found the OpenEnergyMonitor library, and it at least gives me some reading. But here I have a problem of selecting the correct calibration value. I have used the current_only example code, and the measurements looks more acceptible but not quite correct (0 current still gives a value).
Is there someone who has experience with the Arduino and the ACS709 in measuring AC current?
Any help will be appreciated.
Regards
krugerrc
Re: ACS709 Hall Effect sensor
I haven't looked at the ACS709 but I've played with other devices from the same family. They are very easy to use as the output is already referenced to Vcc/2 so they can be directly connected to an Arduino analogue input.
The ICAL value in EmonLib represents the number of amps per volt, as seen at the analogue input. So if, for example, the spec sheet for your device says 56mV/A then ICAL=1/0.056=17.86.
If you are seeing a small current with zero input then it's probably noise but if there's a significant current then something else must be wrong.
Re: ACS709 Hall Effect sensor
Thank you very much for your reply...I will go make the changes and report back...
Re: ACS709 Hall Effect sensor
OK...tried it and found it to be working quite nicely. It does prove to have some noise, though...about 80mA. Is there a way to minimize this noise in hardware? I know in software I can merely subtract it...


WITNESS LIST Economic Development (Interim) Committee April 27, 1998-9:30A Current Texas Rail Situation On: Arrington, Sam (United Transport. Union), Austin Bateman, Joe (Union Pacific Railroad), Omaha Boske, Leigh (self), Austin Broussard, Paul (Paul Broussard & Assoc.), Houston Eckels, Robert (Harris County), Houston Farais, Hector (self & Mayor of Laredo), Laredo Fields, Larry D. (Texas-Mexican Railway), Laredo Fleming, Michael (Harris County), Houston Helsley, John (GulfRail Corp.), Granbury Hord, Roger (Grtr Houston Partnershp), Houston Huff, Bill (Dow Chemical), Freeport Hughey, Gaylord T. (TRACS), Tyler Loocke, William (self), Wharton Matthews, Charles R. (TX Railroad Commission), Austin Peltier, Pete (Peltier Brothers Const.), Houston Rickershauser, Peter J. (BNSF Railway), Fort Worth Riffe, Andy (self), Stratford Roberts, Larry (Redland Stone Products), San Antonio Rose, Mark (LCRA), Austin Slone, Adonn (Lumberman's Assn. of TX), Santa Fe Spahis, Mike (FINA), Dallas Starzel, Robert F. (Union Pacific Railroad), San Francisco Swinford, David (House District 87), Austin Tumlinson, Jay (Farm Bureau,Milam Grain), Cameron Ward, Jim (self & Pete Peltier), Spring Williamson, George T. (Port of Houston Auth.), Houston Woodrick, Jim (TX Chemical Assoc.), Austin Registering, but not testifying: On: Clemons, Harvey (Habitat for Humanity), Houston Corbin, Ed (Harlingen Chamber), Harlingen Harvey, James C. (Rural Search, GulfRail), Dallas Holmes, Raymond (Bro.of Locomotive Engrs), Mineola Kearns, Dennis A. (BNSF Railway), Austin Ryder, Ronald E. (BNSF_Railway), Ft. Worth Schiefelbein, Richard (Port of Houston), Houston White, Ronald B. (Rural Rail Districts), Dallas


Email<EMAIL_ADDRESS>WWW: http://www.nixanz.com/
Locale Translations by:
Reinhard Weixler, Philippe Massart.
Application icon by Dave Hill.
Toolbar icons by Dave Hossack.
Snail Mail was originally developed by Nik Sands for the office of Mr David Lloyd, at a time when there were no other envelope printing applications available for Mac OS X.


Curated material https://blog.sicara.com/tf-explain-interpretability-tensorflow-2-9438b5846e35 https://pypi.org/project/tf-explain/


The System programming languages such as C and C++ give a freedom to optimize and control their resource. It requires the programmer to manually manage memory and observe typing rules leads to security vulnerabilities. Memory corruptions are routinely exploited by attackers. Following defenses are introduced to mitigate such attacks:
They protects against code injection attack, but not fully prevent code reuse attack, e.g. ROP.
In a ROP attack, the attacker does not inject new code; instead, the malicious computation is performed by chaining together existing sequences of instructions (called gadgets).
Stack Instructions +-----------------+ | | -----------> pop eax |-----------------| /---- ret | v1 | / |-----------------| <----/ | | -----------> pop ebx |-----------------| /---- ret | v2 | / |-----------------| <----/ | | -----------> add eax, ebx | | /----- ret |-----------------| <----/ | | -----------> pop ecx |-----------------| /---- ret | v3 | / |-----------------| <----/ | | -----------> mov [ecx], eax +-----------------+ ret -> Result: mem[v3] = v1 + v2
The attacker finds gadgets within the original program text and causes them to be executed in sequence to perform a task other than what was intended. Common objectives of such malicious payloads include arbitrary code execution, privilege escalation, and exfiltration of sensitive information. Many ROP attacks use unintended instruction sequences. CFI mitigates such attacks by guaranteeing the program is in intended execution flow.
CFI is to restrict the set of possible control-flow transfers to those that are trictly required for correct program execution. This prevents code-reuse techniques such as ROP from working because they would cause the program to execute control-flow transfers which are illegal under CFI. Most CFI mechanisms follow a two-phase process:
<Control Flow Graph> func1() / \ / \ v v - function call 2 from 1 is allowed func2() func3() - function call 4 from 3 is forbidden | | V func4()
However, it is hard to construct fine grained CFG because of indirect branches that are not determined at static analysis so there are approximation in most CFG. In case of RAP, it implements type-based approximated CFG.
RAP is a defense mechanism against code reuse attack. It is a CFI technology developed by PaX. RAP is included in grsecurity patch for linux kernel security, but only the commercial version provides its full functionalities. RAP is implemented as a GCC compiler plugin, and it consists of two components:
RAP implements CFI based on type-based indirect control flow graph (ICFG). It is based on the idea that the ICFG vertex categorization can have the ICFG approximation emerge automatically. It means that the analysis can be conducted in function level without knowledge of the entire program. It categorizes functions by type: return type, function name and function parameters. The type information extracted from each function and function pointer is used to verify matching between function and function pointer dereference (indirect call, function return, etc). Type matching uses hash value calculated from appropriate type part of each function.
A different set of type parts can be used for type hash by the sort of function.
Table: (RAP: RIP ROP) Type Hash Parts
Plugin code for function pointer protection:
// @rap_plugin/rap_fptr_pass.c static unsigned int rap_fptr_execute(void) { ... // ... through a function pointer fntype = TREE_TYPE(fntype); gcc_assert(TREE_CODE(fntype) == FUNCTION_TYPE || TREE_CODE(fntype) == METHOD_TYPE); if (enable_type_call) { rap_instrument_fptr(&gsi); bb = gsi_bb(gsi); gcc_assert(call_stmt == gsi_stmt(gsi)); } if (enable_type_ret) { hash = rap_hash_function_type(fntype, imprecise_rap_hash_flags); computed_hash = build_int_cst_type(rap_hash_type_node, -hash.hash); rap_mark_retloc(&gsi, computed_hash); } } ... // check the function hash of the target of the fptr static void rap_instrument_fptr(gimple_stmt_iterator *gsi) { ... if (TREE_CODE(fntype) == FUNCTION_TYPE) { computed_hash = build_rap_hash(call_stmt, fntype); } else { debug_tree(fntype); gcc_unreachable(); } ... target_hash = get_rap_hash(&stmts, loc, fptr, -rap_hash_offset); gsi_insert_seq_before(gsi, stmts, GSI_SAME_STMT); // compare target_hash against computed function hash // bail out on mismatch check_hash = gimple_build_cond(NE_EXPR, target_hash, computed_hash, NULL_TREE, NULL_TREE); gimple_set_location(check_hash, loc); gsi_insert_before(gsi, check_hash, GSI_NEW_STMT); ...
Plugin code for return location protection:
// @rap_plugin/rap_ret_pass.c /* * insert the equivalent of * if (*(long *)((void *)retaddr+N) != (long)-function_hash) abort(); */ static void check_retaddr(gimple_stmt_iterator *gsi, tree new_retaddr) { ... #ifdef TARGET_386 if (TARGET_64BIT) target_hash = get_rap_hash(&stmts, loc, new_retaddr, -16); else target_hash = get_rap_hash(&stmts, loc, new_retaddr, -10); #else ... hash = rap_hash_function_type(TREE_TYPE(current_function_decl), imprecise_rap_hash_flags); computed_hash = build_int_cst_type(rap_hash_type_node, -hash.hash); stmt = gimple_build_cond(NE_EXPR, target_hash, computed_hash, NULL_TREE, NULL_TREE); gimple_set_location(stmt, loc); gsi_insert_after(gsi, stmt, GSI_CONTINUE_LINKING); ...
Return Address Protection is an another defense mechanism of RAP. It is conceptually based on the XOR canary approach. RAP encrypts the return address with a key which is stored in a reserved register (r12 on amd64). This key is highly resistant to leaking as it shouldn't be stored or spilled into memory. In addition to this, grsecurity says RAP cookie (the encryption key) does not stay, but changes per task, system call, and iteration in some infinite loops.
Following is an example for RAP: Return Address Protection. Its full implementation is not revealed at PaX test patch.
// RAP example push %rbx mov 8(%rsp),%rbx xor %r12,%rbx ... xor %r12,%rbx cmp %rbx,8(%rsp) jnz .error pop %rbx retn .error: ud2
XXX. write here


--- layout: default title: Home --- {% capture about %}{% include about-me.md %}{% endcapture %} {{ about| markdownify }}


This sample app demonstrates the steps to port a legacy C language app to Legato.
The apps/sample/legacy
folder contains sample apps that demonstrate:
See
Port Legacy C App
Definition Files
Copyright (C) Sierra Wireless Inc. Use of this work is subject to license.


About us
Locally owned & operated for over 30 years with exceptional service. We pride ourselves on being a part of the community and offering a personalized touch with every customer. The attention to detail we have with every interaction comes through in the quality of our work. Just ask our customers! We have a great network of referrals from past and present customers. Personal service by the owners themselves, with customer satisfaction.


| Authors: | Justin Quick<EMAIL_ADDRESS>and many others listed in AUTHORS.txt |
|---|---|
| Version: | 0.4.3 |
Django Activity Stream is a way of creating activities generated by the actions on your site. Action events are categorized by four main components.
- Actor. The object that performed the activity.
- Verb. The verb phrase that identifies the action of the activity.
- Action Object. (Optional) The object linked to the action itself.
- Target. (Optional) The object to which the activity was performed.
Actor, Action Object and Target are GenericForeignKeys to any arbitrary Django object. An action is a description of an action that was performed (Verb) at some instant in time by some Actor on some optional Target that results in an Action Object getting created/updated/deleted.
For example: justquick (actor) closed (verb) issue 2 (object) on activity-stream (target) 12 hours ago
Nomenclature of this specification is based on the Activity Streams Spec: http://activitystrea.ms/specs/atom/1.0/
Contents:


Sprint 1
Start: {{page.sprintStart}} - End: {{page.sprintEnd}}
{{page.daysLeft}}
days left of {{page.totalSprintDays}}
{{page.usTotals.acceptedPoints}}
accepted points of {{page.usTotals.totalPoints}}
{{page.taskTotals.totalCompleteTasks}}
complete tasks of {{page.taskTotals.totalTasks}}
{{page.defectTotals.totalCompleteDefects}}
complete defects of {{page.defectTotals.totalDefects}}
Burndown Chart
Voice Commands - Say:
"Alexa, ask Rally App to..."
"... open story board"
To open the list of stories of current sprint.
"... open burndown chart"
To see current iteration Burndown Chart
"... read last day report"
To listen Alexa reporting last day changes
"... close chart"
To go back to main page.


Git Builder¶
Read time: 10 minutes (2644 words)
I have been teaching software engineering for many years. For the last ten
years I have been using Python Sphinx to build my lecture notes, but I have
been unhappy about how I need to use that tool to show students how code should
evolve as they work on a project. I use the Sphinx literalinclude
directive
to include code snippets on my notes. Ideally the code displayed should be
correct and work! But to show a project as it might be developed, I end up
creating many versions of the same file. That has always seemed silly, and Git
provides an answer.
Each version of a code file is managed by Git in a nice simple way.
Essentially, a copy of every version of a file is maintained in the Git
history, and can be retrieved when needed using the Git checkout
command.
What I wanted was something similar for my lecture notes.
Initially, I tried to use Nathan Yergler’s the tut Sphinx extension, which
lets you perform a checkout
on versions of a project as the lecture notes
are constructed. However, when writing lecture notes, this is not an ideal
solution. One version of my notes may prove to be inadequate in explaining what is
going on to my class, and I need to rewrite the notes. Often the code being
used needs to be rewritten as well. That means I need to back up in time and
change the history of my example code. Although this can be done, making
changes in the history of a Git project is a pain.
What I wanted was a way to manufacture a repository using my lecture notes. That repository would be built up step by step as the student reads through the notes. As this happens, I want to run the code and display output from the project at that point in the lecture.
The real trick in doing this is making sure the repository exactly matches my notes, even after rewriting them. That means that my code repository is not a permanent thing, as are most Git repositories. My lecture code repositories will be constructed from scratch every time I build my lecture notes for display to students.
Where is the Code¶
If the repository is going to be destroyed every time I process my lecture
notes, where will I keep the various versions of my code files? The answer is
simple: in the notes! Code fragments will be marked using a custom Sphinx
directive
scheme, and extracted from those notes to build the repository as
the document is processed.
This approach is exactly what Donald Knuth proposed in his Literate Programming concept. However, GitBuilder will not implement all of Knuth’s ideas.
For the present, we will introduce three new directives:
- pylit_file: marks the start of a code file
- pylit_add: adds new code to a file
#include <iostream>
int main(void) {
std::cout << "Hello, World" << std::endl;
}
<<[ header_includes ]>>
int main(void) {
<<[ message ]>>
}
#include <iostream>
std::cout << "Hello, World" << std::endl;
Todo
Get this done
Todo
And this as well


Cheesecake Order Form
Quantity
Topping
1
2
3
4
Plain
Cherry
Chocolate
Notes:
Order
Orders for
Jan
Jan
Feb
Mar
Apr
May
Jun
Jul
Aug
Sep
Oct
Nov
Dec
11 cherry
17 chocolate
31 plain


If the animation is not loading correctly, please refer to the User Guide it could be that your browser prevents local files CORS requests.
%description%


Analyzing message data for disaster response. Enter e.g. "We need food and water. We are in townsend road."
A new message is classified based on the learnings from the labeled training data.


House paint-bombed and windows smashed in racist attack
A number of paint bombs have been reportedly thrown at a house in Co Antrim, in what police are investigating as a racially motivated incident.
It happened in the Fernagh Avenue area in the early hours of Sunday.
A young boy and four adults were inside the property at the time. No-one was injured.
A PSNI spokesman said they received a report that a number of paint bombs were thrown at the front of a house in the area, with one smashing the front window, at about 25 past midnight.
‘It was reported two men and two women, all in their 20s, and a young boy were inside the property during the incident, with thankfully no injuries reported,’ he said.
Advertisement Advertisement
‘Inquiries are continuing and at this stage the incident is being treated as a racially motivated hate crime.
‘We would appeal to anyone with any information to contact police in Newtownabbey on 101, quoting reference number 32 24/11/19.’


Example 1:
- Formula One Teams (2018)
- ○ Scuderia Ferrari
- ○ Sahara Force India F1 Team
- ○ Haas F1 Team
- ○ McLaren F1 Team
- ○ Mercedes AMG Petronas Motorsport
- ○ Aston Martin Red Bull Racing
- ○ Renault Sport Formula One Team
- ○ Alfa Romeo Sauber F1 Team
- ○ Red Bull Toro Rosso Honda
- ○ Williams Martini Racing
Example 2:
- Formula One Drivers (2018)
- ● Lewis Hamilton
- ● Sebastian Vettel
- ● Kimi Räikkönen
- ● Valtteri Bottas
- ● Daniel Ricciardo
- ● Max Verstappen
- ● Nico Hülkenberg
- ● Kevin Magnussen
- ● Fernando Alonso
- ● Sergio Pérez
- ● Carlos Sainz Jr.
- ● Esteban Ocon
- ● Pierre Gasly
- ● Romain Grosjean
- ● Charles Leclerc
- ● Stoffel Vandoorne
- ● Marcus Ericsson
- ● Lance Stroll
- ● Brendon Hartley
- ● Sergey Sirotkin
Example 3:
- Formula One combined (2018)
- Scuderia Ferrari
- ● Sebastian Vettel
- ● Kimi Räikkönen
- Mercedes AMG
- ● Lewis Hamilton
- ● Valtteri Bottas
- Haas F1 Team
- ● Romain Grosjean
- ● Kevin Magnussen
- McLaren F1 Team
- ● Fernando Alonso
- ● Stoffel Vandoorne
- Red Bull Racing
- ● Max Verstappen
- ● Daniel Ricciardo
- Renault
- ● Max Verstappen
- ● Daniel Ricciardo
- Scuderia Ferrari
jslists is a small JavaScript library that can turn those pesky unordered & ordered list into a funky tree.
There is an example to the left which demostrates the basic functionality
Because JSLists doesn't effect any element of the HTML list you are passing is, you can use all of the functionality of standard HTML list. So ALL list items can contain any valid HTML elements, such as anchors , ,
 etc. It's pretty easy to use. To create a tree element, give the UL/OL an id, then simply add another unordered or ordered list as a list item. The text within the list item becomes the heading for that list.
The markup for the Formula One Teams list to the left is:

Formula One Teams (2018)

○ Scuderia Ferrari

○ Sahara Force India F1 Team

○ Haas F1 Team

○ McLaren F1 Team

○ Mercedes AMG Petronas Motorsport

○ Aston Martin Red Bull Racing

○ Renault Sport Formula One Team

○ Alfa Romeo Sauber F1 Team

○ Red Bull Toro Rosso Honda

○ Williams Martini Racing

You can also create nested lists using jsLists. Check out the source code for Example 3 and you will see the pattern is the same as the standard list.
Because JSLists doesn't effect any element of the HTML list you are passing is, you can use all of the functionality of standard HTML list. So ALL list items can contain any valid HTML elements, such as anchors , ,
 etc. It's pretty easy to use. To create a tree element, give the UL/OL an id, then simply add another unordered or ordered list as a list item. The text within the list item becomes the heading for that list.
The markup for the Formula One Teams list to the left is:

Formula One Teams (2018)

○ Scuderia Ferrari

○ Sahara Force India F1 Team

○ Haas F1 Team

○ McLaren F1 Team

○ Mercedes AMG Petronas Motorsport

○ Aston Martin Red Bull Racing

○ Renault Sport Formula One Team

○ Alfa Romeo Sauber F1 Team

○ Red Bull Toro Rosso Honda

○ Williams Martini Racing

You can also create nested lists using jsLists. Check out the source code for Example 3 and you will see the pattern is the same as the standard list.


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class StackTest < Test::Unit def setup @stack = Stack.new end def test_new_is_empty assert_equal true, @stack.empty? end def test_new_has_size_0 assert_equal 0, @stack.size end end
vs
describe Stack do context "when new" do it { should be_empty } it { should have(0).items } end end
Stack when new should be empty should have 0 items Finished in 0.00089 seconds 2 examples, 0 failures
describe "Rain" do it "is wet" do ... end end
specify
can also be used in place of it
.
describe "Rain" do context "in the summer" do it "is refreshing" do ... end end context "in the winter" do it "is unpleasant" do ... end end end
context
is an alias for describe
.
Use whichever is most appropriate.
describe MyClass do describe ".class_method" do ... end describe "#instance_method" do ... end end
Documentation output:
Myclass.class_method ... Myclass#instance_method ...
$ rspec --colour spec/ .. Finished in 0.00089 seconds 2 examples, 0 failures
We don’t want to type --colour
every time!
Put common options in .rspec
in the project root.
$ rspec -f doc spec/ Stack when new should be empty should have 0 items Finished in 0.00089 seconds 2 examples, 0 failures
Fuubar is an external formatter (gem in fuubar
).
$ rspec -f Fuubar spec/ 1) Stack after pushing 1 item Failure/Error: it { should have(1).item } Expected 1 item, got 0 # ./spec/stack_spec.rb:12 8/10: 80% |================================ | ETA: 00:00:02
$ rspec -f Fuubar -f html -o specs.html spec/
$ rspec --profile spec/ 55/55: 100% |====================================| Time: 00:00:00 Top 10 slowest examples: RedRock server allows the port to be overridden 0.10258 seconds ./spec/redrock_spec.rb:107 RedRock supports specification of a response body as an IO object 0.08752 seconds ./spec/redrock_spec.rb:336 RedRock returning a custom response returns the specified headers 0.07319 seconds ./spec/redrock_spec.rb:331 ...
describe "Something" do it "does something" do ... end it "does something I haven't implemented yet" end
Something ... does something I haven't implemented yet (PENDING: Not Yet Implemented) Pending: Something does something I haven't implemented yet # Not Yet Implemented # ./spec/something_spec.rb:5 Finished in 0.00052 seconds 2 examples, 0 failures, 1 pending
describe "Something" do ... it "does something I haven't implemented yet" do pending "waiting for inspiration" ... end end
Something ... does something I haven't implemented yet (PENDING: waiting for inspiration) Pending: Something does something I haven't implemented yet # waiting for inspiration # ./spec/something_spec.rb:5 Finished in 0.00078 seconds 2 examples, 0 failures, 1 pending
describe "Something" do before { pending "Coming soon!" } it "does something" do end it "does something else" do end end
Something does something (PENDING: Coming soon!) does something else (PENDING: Coming soon!) Pending: Something does something # Coming soon! # ./spec/something_spec.rb:4 Something does something else # Coming soon! # ./spec/something_spec.rb:7 Finished in 0.0114 seconds 2 examples, 0 failures, 2 pending
describe "Something" do it "does stuff" do ... it "does other stuff" do ... it "does one more thing" do ... end
$ rspec -f doc spec/something_spec.rb:5 Run filtered using {:line_number=>5} Something does other stuff Finished in 0.00036 seconds 1 example, 0 failures
describe "Something" do it "does stuff" do ... end it "does the thing I'm working on", :current => true do ... end end
Run only specs tagged ‘current’
rspec --tag current ...
Run specs not tagged ‘current’
rspec --tag ~current ...
describe "Something" do it "behaves one way in Ruby 1.8", :ruby => "1.8" do ... end it "behaves another way in Ruby 1.9", :ruby => "1.9" do ... end end
Run 1.8 specs:
rspec --tag ruby:1.8
RUBY_1_9 = (RUBY_VERSION =~ /^1\.9/) describe "Something" do it "does this when using 1.9", :if => RUBY_1_9 do ... end it "Does that when not using 1.9", :unless => RUBY_1_9 do ... end end
describe "Something" do it "does stuff" do ... it "does other stuff" do ... it "does one more thing" do ... end
Select specs using a regular expression:
$ rspec -e stuff spec/something_spec.rb Run filtered using {:full_description=>/(?-mix:stuff)/} Something does stuff does other stuff Finished in 0.00101 seconds 2 examples, 0 failures
describe "Something" do before :all do # per-context setup end before do # per-example setup end after do # per-example teardown end after :all do # per-context teardown end end
RSpec adds should
and should_not
to all objects.
(2 + 2).should == 4 "foo".should_not == "bar" value.should be_true
The ==
and be_true
are matchers.
a.should equal(b) # both pass if a.equal? b a.should be(b) # a.should eql(b) # passes if a.eql? b a.should == b # both pass if a == b a.should eq(b) #
Math::PI.should be_within(0.01).of(22.0/7)
obj.should be_true # passes if obj is truthy (not nil or false) obj.should be_false # passes if obj is falsy (nil or false) obj.should be_nil # passes if obj is nil obj.should be # passes if obj is not nil
should be
is preferred to should_not be_nil
.
7.should == 7 [1, 2, 3].should == [1, 2, 3] "this is a string".should =~ /^this/ "this is a string".should_not =~ /^that/ String.should === "this is a string"
Comparison operators work with the "be" matcher:
37.should be < 100 37.should be <= 38 37.should be >= 2 37.should be > 7
# These two are identical: [1, 2, 3].should have(3).items [1, 2, 3].should have_exactly(3).items [1, 2, 3].should have_at_least(2).items [1, 2, 3].should have_at_most(4).items # "items" is just syntactic sugar: [1, 2, 3].should have(3).numbers [1, 2, 3].should include(2) [1, 2, 3].should include(1, 2) {:a => 1, :b => 2}.should include(:a => 1) [1, 2, 3].should =~ [2, 3, 1] [:a, :c, :b].should_not =~ [:a, :c]
"This is a string".should include "str" # These two are identical: "This is a string".should =~ /^This/ "This is a string".should match(/^This/)
The default messages are usually pretty good:
(2 + 2).should == 5 [1, 2, 3].should =~ [4, 3, 2]
Failure/Error: (2 + 2).should == 5
expected: 5
got: 4 (using ==)
Failure/Error: [1, 2, 3].should =~ [4, 3, 2]
expected collection contained: [2, 3, 4]
actual collection contained: [1, 2, 3]
the missing elements were: [4]
the extra elements were: [1]
…but you can use a custom message if you like*:
it "includes 3" do [1, 2, 3].should include(3), "Oh noes! No three!" end
1) Something includes 3
Failure/Error: [1, 2, 4].should include(3), "Oh noes! No three!"
Oh noes! No three!
*except with operator matchers (==
etc).
[].empty?.should be_true 42.even?.should be_true 123.multiple_of?(5). should be_false {:a => 1, :b => 2}.has_key?(:a). should be_true
➧
[].should be_empty 42.should be_even 123.should_not be_multiple_of(5) {:a => 1, :b => 2}. should have_key(:a)
"foo".should be_an_instance_of(String) # Exact class "foo".should_not be_an_instance_of(Object) # "foo".should be_a_kind_of(Object) # Match subclasses "foo".should be_an(Object) # "foo".should respond_to(:upcase) "foo".should respond_to(:upcase, :downcase) "foo".should respond_to(:upcase).with(0).arguments
expect{ array << 42 }.to change{ array.size }.from(0).to(1) expect{ array << 42 }.to change{ array.size }.by(1)
expect { 4/2 }.to_not raise_error expect { 4/0 }.to raise_error expect { 4/0 }.to raise_error(ZeroDivisionError) expect { 4/0 }.to raise_error(ZeroDivisionError, "divided by 0") expect { throw :foo }.to throw_symbol expect { throw :foo }.to throw_symbol(:foo) expect { throw :foo, 7 }.to throw_symbol(:foo, 7)
obj.should exist # passes if obj.exist? returns true
This is the only use case I could think of:
Pathname("/etc/passwd").should exist
10.should satisfy { |v| v % 5 == 0 }
Not really recommended, because of the unfriendly failure message:
Failure/Error: 11.should satisfy { |v| v % 5 == 0 } expected 11 to satisfy block
Which brings us to…
RSpec::Matchers.define :be_a_multiple_of do |expected| match do |actual| actual % expected == 0 end end describe 10 do it { should be_a_multiple_of(5) } end
10 should be a multiple of 5 Finished in 0.04768 seconds 1 example, 0 failures
RSpec::Matchers.define :be_a_multiple_of do |expected| match do |actual| actual % expected == 0 end end describe 10 do it { should be_a_multiple_of(5) } end
10 should be a multiple of 5 Finished in 0.04768 seconds 1 example, 0 failures
Firstly, note how a description has been automatically generated for us.
But what are we calling should
on?
The argument to describe
becomes the subject:
describe 42 do it { should be_even } it { should_not be_zero } end
If it’s a class, the subject is a new instance:
describe Array do it { should be_empty } it { should have(0).items } end
Access attributes of the subject with its
:
describe [1, 2, 3, 3] do its(:size) { should == 4 } its("uniq.size") { should == 3 } end
1233 size should == 4 uniq.size should == 3 Finished in 0.00279 seconds 2 examples, 0 failures
That description (from to_s
) could be better...
You can set the subject explicitly using a block:
describe "An array containing 1, 2, 3, 3" do subject { [1, 2, 3, 3] } its(:size) { should == 4 } end
And access it in examples as subject
:
describe Array do it "is empty" do subject.should be_empty end end
You can override the description and failure messages:
RSpec::Matchers.define :be_a_multiple_of do |expected| match do |actual| actual % expected == 0 end failure_message_for_should do |actual| "expected that #{actual} would be a multiple of #{expected}" end failure_message_for_should_not do |actual| "expected that #{actual} would not be a multiple of #{expected}" end description do "be multiple of #{expected}" end end
Not all matchers take an argument:
RSpec::Matchers.define :be_a_multiple_of_3 do match do |number| number % 3 == 0 end end
Shoulda provides a whole bunch of Rails matchers, including:
it { should render_template(:show) } it { should assign_to(:user).with(@user) } it { should redirect_to(users_path) } it { should render_with_layout(:special) } it { should respond_with(:success) } it { should route(:get, "/posts/new").to(:action => :new) } it { should set_the_flash.to(/created/i) } it { should validate_presence_of(:name) } it { should_not allow_mass_assignment_of(:password) } it { should have_one(:profile) } it { should have_db_column(:salary).of_type(:decimal) }
Shoulda is focusing on the RSpec/Shoulda combination and will primarily support that combination of tools, moving away from Test::Unit.
Thoughtbot blog, June 2010
These examples have some duplication…
describe BowlingGame do it "scores all gutters with 0" do game = BowlingGame.new 20.times { game.roll(0) } game.score.should == 0 end it "scores all 1s with 20" do game = BowlingGame.new 20.times { game.roll(1) } game.score.should == 20 end end
We could move it into a before
block…
describe BowlingGame do before do @game = BowlingGame.new end it "scores all gutters with 0" do 20.times { @game.roll(0) } @game.score.should == 0 end it "scores all 1s with 20" do 20.times { @game.roll(1) } @game.score.should == 20 end end
But using let
is better.
describe BowlingGame do let(:game) { BowlingGame.new } it "scores all gutters with 0" do 20.times { game.roll(0) } game.score.should == 0 end it "scores all 1s with 20" do 20.times { game.roll(1) } game.score.should == 20 end end
Variables assigned by let
blocks are evaluated lazily,
memoised on first use, and reset between examples.
Factor out common examples:
shared_examples_for "a single-element array" do it { should_not be_empty } it { should have(1).element } end describe ["foo"] do it_behaves_like "a single-element array" end describe [42] do it_behaves_like "a single-element array" end
Variables can be set using a block:
shared_examples_for "a collection object" do describe "<<" do it "adds objects to the end of the collection" do collection << 1 collection << 2 collection.to_a.should eq([1,2]) end end end describe Array do it_behaves_like "a collection object" do let(:collection) { Array.new } end end describe Set do it_behaves_like "a collection object" do let(:collection) { Set.new } end end
A double is the generic term for mocks and stubs.
foo = double :foo, :size => 3, :to_s => "Foo" # ^^^^ foo is just a label foo.size # => 3 foo.to_s # => "Foo" foo.upcase # => RSpec::Mocks::MockExpectationError: Double "foo" # received unexpected message :upcase with (no args)
You can stub methods on doubles, or real objects or classes
obj.stub(:valid?).and_return true User.stub(:find).with(user_id).and_return user
Dynamic return value with a block:
obj.stub(:+) do |arg| obj + arg end
Successive calls can return different values:
foo.stub(:bar).and_return 1, 2, 3 foo.bar # => 1 foo.bar # => 2 foo.bar # => 3 foo.bar # => 3
If you want your double to respond to any message:
foo = double(:foo, :size => 3).as_null_object foo.upcase # => foo (returns self for unstubbed methods)
Often indicates law of demeter violations, but is useful for cases like named scopes, eg:
Article.recent.published
You could use multiple doubles:
Article.stub(:recent).and_return double(:published => articles)
But it’s easier to stub the whole chain at once:
Article.stub_chain(:recent, :published).and_return articles Article.stub_chain("recent.published").and_return articles
describe "Form" do let (:model) { double :model } let (:form) { Form.new model } context "when submitted" do it "saves the model" do model.should_receive(:save) form.submit end end end
Failures:
1) Form when submitted saves the model
Failure/Error: model.should_receive(:save)
(Double :model).save(any args)
expected: 1 time
received: 0 times
describe "Form" do let (:logger) { double :logger } let (:form) { Form.new logger } context "when submitted" do it "logs the event" do logger.should_receive(:info).with "Form submitted" form.submit end end end
Failures:
1) Form when submitted logs the event
Failure/Error: @logger.info "Form was submitted"
Double :logger received :info with unexpected arguments
expected: ("Form submitted")
got: ("Form was submitted")
You can specify call counts:
foo.should_receive(:bar).once foo.should_receive(:bar).at_least(3).times
Arguments can be less strict:
foo.should_receive(:bar).with(anything(), an_instance_of(String)) foo.should_receive(:bar).with(hash_including(:a => 1)) foo.should_receive(:bar).with(/^[a-z]*$/)
Mock methods can return values just like stubs:
foo.should_receive(:bar).and_return "baz"
Occasionally you need methods to be called in the right order:
it "logs the event" do logger.should_receive(:info).with(form.id).ordered logger.should_receive(:info).with("Form submitted").ordered form.submit end
Failures:
1) Form when submitted logs the event
Failure/Error: @logger.info "Form submitted"
Double :logger received :info out of order
If you want to experiment with mocks and stubs in irb:
require "rspec/mocks/standalone"
rspec-rails
is a drop-in replacement for Rails’s built-in testing.
Add it to your Gemfile
:
group :test, :development do gem "rspec-rails", "~> 2.4" end
Then run:
rails generate rspec:install
Fake ActiveRecord objects are useful in controller specs:
article = mock_model Article, :text => "Hello world"
Testing errors:
widget.should have(1).error_on(:name)
Views are stubbed by default. To render them, use render_views
:
describe WidgetsController do render_views describe "index" do it "renders the index template" do get :index response.should contain("Listing widgets") end end end
To test behaviour in ApplicationController
, you can define
actions on the fly in your spec:
describe ApplicationController do controller do def index raise ApplicationController::AccessDenied end end describe "handling AccessDenied exceptions" do it "redirects to the /401.html page" do get :index response.should redirect_to("/401.html") end end end
Access helper methods via the helper
object:
describe ApplicationHelper do describe "#page_title" do it "returns the value of @title" do assign(:title, "My Title") helper.page_title.should eql("My Title") end end end
If the helper under test calls methods in other helpers, you’ll need to include them in your spec:
describe SomeHelper do helper do include ApplicationHelper end ... end
{ :get => "/" }.should route_to(:controller => "welcome") { :get => "/widgets" }.should_not be_routable {:get => new_widget_path}.should route_to( :controller => "widgets", :action => "new")


Unlisted Extension Test
This a github.io test page for unlisted extensions. From here you can install a
couple of unlisted versions of the
AMO Admin Assistant
extension, and test automatic updates from one version to another.
How to do this
- Set up GitHub Pages.
- Add a landing page (this page, maybe less crappy-looking) and an
update manifest.
Example.
- Create your unlisted versions, making sure you include an
update_url.
- Get your versions signed for self-distribution.
- Add everything to your repo and deploy.
Example.


You can load several genes at the same time if you separate them, with, commas, like this:
You can also paste a comma separated list into the box. Performance depends on how fast your computer is. Contemporary laptops can handle about 10-15 genes without too much lag. Take a few deep breaths while ePlant downloads the data.
The Expression Angler tool will automatically find genes that match any expression profile that you define. It does this by calculating the correlation coefficients for all gene expression vectors as compared to an expression pattern that you define with a graphic input tool, or to an expression pattern associated with an AGI ID or gene name that you specify.
There are two ways to use this tool:
Option 1. Define a custom expression pattern (aka "custom bait"). Use this mode if you are looking for genes with a particular expression pattern.
Option 2. Select by AGI ID. Use this mode if you are looking for genes with similar expression patterns to a particular gene of interest.
This tool is an implementation of the standalone Expression Angler accessable here, and described in Austin et al. (2016).
ePlant was designed to be species agnostic. We have received funding to add more species, coming by the end of 2018.
By default, ePlant maps expression levels locally, which means the colour gradient for each view is determined by the minimum and maximum expression levels of that view. This can be useful to help discern a gene’s expression pattern even if its maximum transcript level is significantly lower than other genes being displayed. The “global” colour gradient is useful for comparing gene expression levels, with the minimum and maximum values determined by the lowest and highest expression level of all the genes that have been download.
Adjust the colour gradient settings with the Options icon on the toolbar.
Select your preferred setting from the Colour Gradient Settings popup.
The Publications viewer displays a list of journal articles that reference the currently selected gene. Click the PubMed link to access the article in a new window. Click the column labels to sort by that column. Use the search box to filter the list however you like.
The Gene RIFs viewer displays a list of Gene Reference Into Functionentries. Gene RIFs are a concise phrase describing a function combined with a published paper describing that function.
The Heat Map viewer displays the expression levels for 350+ samples for all genes that are loaded. This is an efficient way to get an overview of both expression levels and specificity of expression patterns.
The image above displays ten genes with similar expression patterns to At3g24650 (you can identify and download these genes with the Expression Angler). Each row contains the expression levels for 350+ experiments for a given gene. Each column represents a particular experiment or tissue. Hover over any of the heatmap cells to see what it represents. Click on a sample to zoom directly to the associated eFP viewer.
The multi-coloured cells in the top row provide a shorthand method for differentiating between columns. They can be toggled on and off by clicking the Show/Hide Colour Key label.
The World eFP viewer displays natural variation in gene expression from ecotypes collected from around the world. It draws tiny plant shoots that are coloured according to their expression level for a given gene, and placed according to the geographic coordinates of their source on a Google Maps image of the world.
This chart displays the natural variation in gene expression of At1g10320, a Zinc finger C-x8-C-x5-C-x3-H type family protein.
Compare natural variation data for the selected gene with historical climate data: Annual Precipitation, Historical Maximum Temperature in the Warmest Month, or Historical Minimum Temperature in the Coldest Month. The data come from http://sdwebx.worldbank.org/climateportal/. Note that climate overlay data may not reflect the microclimate that a given Arabidopsis accession collected at a given location may have experienced
The Plant eFP viewer is an electronic flurorescent pictograph that displays gene expression patterns on the tissues of a cartoon plant. Stronger colours denote a higher level of expression.
This chart displays the expression pattern for At1g01040, also known as ASU1, ATDCL1, CAF, DCL1, EMB60, EMB76, SIN1, and SUS1, a gene encoding a dicer-like 1 protein. Note that it is expressed everywhere but in the mature pollen.
This is a new implementation of the Arabidopsis eFP Browser at bar.utoronto.ca (Winter et al., 2007. PLOS One 2: e718). This version was written with Javascript and runs in your browser. No more waiting to download a new image every time you adjust a parameter. It also uses SVG images to generate anti-aliased lines that can scale up to any size. Unecessary outlines around the shapes have been removed to maximize the data/ink ratio.
The Experimental and Tissue Specific eFP views provide a graphical display of gene expression levels after exposure to stress, chemical, or other treatments, and in tissues not included in other views. Experimental data currently include:
Click on the Citations link in each view for the data source reference. We are hoping to add more views soon. Please contact us if you have data that you'd like to share.
The Subcellular eFP viewer displays the documented and predicted subcellular localization of a gene product on a cartoon image of a cell from the SUBA database. We apply the formula indicated in the Material and Methods section of Winter et al. 2007 (doi: 10.1371/journal.pone.0000718) to generate a confidence score for each distinct subcellular compartment or region, with experimentally-determined localizations being weighted five times more than predicted ones.
This chart shows the subcellular localization for At3g24650, which encodes the transcription factor ABI3. Nuclear localization has been documented for this TF.
This view provides a pictographic overview of the entire genome, displaying each of a plant's chromosomes as a series of vertical bars. It also indicates the chromosomal positions of all the genes that have been downloaded.
You can also load data by hovering over the chromosomes and selecting a gene from the popup that lists all the genes at that position, then clicking the 'Get Data' button in the popup once you select a gene.
The thermometer icon in the toolbar generates a heat map indicating the density of genes along the chromosome.
The Protein Interactions viewer displays documented and predicted protein-protein and documented protein-DNA interactions for the selected gene product. This tool was written with Cytoscape.js, developed at the Donnolly Centre at the University of Toronto. Experimentally-determined interactions are shown with green edges - mouse over the edge to see the publication associated with the experiment. The predicted protein-protein interactions (interologs) were generated by Drs Matt Geisler and Jane Geisler- Lee at the Southern Illinois University (Geisler-Lee et al., 2007) using the interolog method.The higher the confidence score, the more times a given interaction has been seen in orthologs of the Arabidopsis genes product pairs, and the greater is the number of different methods used to determine that interaction.
This is a chart of documented and predicted protein interaction partners for At1g01040. You can click on any of the gene products (nodes) to open an information popup. Click the 'Get Data' button to add the selected gene product to the gene/gene product panel.
This view displays a 3D molecular structure of the selected gene's protein product from the Protein Data Bank - the PDB, or predicted by Phyre2 (prediction information is found in the Citation and Experiment Information section - the smaller the HMMPred e-value, the better). Pfam and CDD domains can be highlighted by selecting whichever domain you're interested in from a list. The amino acid sequence is displayed along the bottom of the screen. Hover over the sequence (or click on a base) to highlight that residue on the molecule.
This image shows a partial predicted 3D structure for ABI3 (the Citation and Experiment Information shows that is was predicted using the PDB template 1WID with an HMMPred e-value of 1e-25). A CDD DNA-binding domain is highlighted in blue on the structure. The pins denote non-synonymous polymorphisms from the 1001 Proteomes website - the larger and redder the pin, the more often that polymorphism is found to occur in genomes sequenced by the 1001 Arabidopsis Genomes initiative. Clicking on the residues in the sequence along the bottom will highlight their position on the structure. A non-synonymous THR to ASN change is highlighted in green, near to the DNA binding site.
The Sequence Browser is a full featured genome browser that allows you to explore genes of interest from the individual nucleotide all the way up to their place in the genome. This is an implementation of JBrowse with data fed from Araport.org.
Click the tab on the side of the navigation bar to slide it out of the way.
Want to explore your gene of interest with other tools? ePlant will link you to the following websites with your already loaded gene/gene product of interest:
Identifying genes of interest can be a daunting and time-consuming task. To be successful, researchers must find subtle differences between nearly identical electronic fluorescent pictographs (eFP images). A display technique called Rapid Serial Visual Presentation (RSVP) could improve the experience by exploiting our ability to recognize differences between images when they are flashed on a screen in a rapid and serial manner. ePlant offers two RSVP display modes: "Hover" and "Slide Show".
When the "Hover" RSVP mode is selected and turned on, you can rapidly update the display window by hovering your mouse over the items in the gene panel.
When one of the "Slide Show" RSVP modes (fast, medium, or slow) is selected and turned on, the display window automatically steps through each of the downloaded genes at a rapid pace.
We have a forthcoming paper reporting two 80-person user studies comparing several different methods of controlling an RSVP display for visual search tasks. We found the "Hover" RSVP method has significant performance benefits over a traditional "Point and Click" interface in terms of identifying patterns of interest. It enables users to quickly compare the expression patterns of multiple genes.
You can sort genes in the gene panel by clicking these buttons:
The sort function automatically orders genes according to their maximum expression level. The left button sorts high-to-low, the right button sorts low-to-high. You can also drag genes to re-order them manually.
This may be useful if you want to organize the genes you have downloaded.
You can adjust the global options with the menu in the upper right corner:
"Zoom transitions" enables or disables the zooming transition effects between screens.
"Tooltips" enables or disables the green tooltips that appear when you mouse over the icons.
"Generate URL" creates a URL link that will restore your current ePlant session.
"View intrusions" enables or disables the information popups that appear the first time you open a data visualization view in a given session.
You can make charts suitable for publication by clicking on the camera icon in the toolbar.
A popup will open with an option to save an SVG or PNG file of your current view. SVG is only available for eFP images at this time.
Red and yellow aren't working for you? Click the painter's palette icon in the toolbar:
You can the colours that represent the minimum and maximum values in all the eFP views.
The max colour and zero colour are used when viewing data in Absolute mode. All three colours (i.e., max, zero, min) are used when viewing data in Relative mode.
The Interactions viewer, Molecule viewer and Sequence Browser use their own colour schemes and cannot be adjusted.
The absolute data mode displays eFP values on a linear scale from zero to either the local maximum, global maximum or custom maximum level set in the Colour Gradient Options. This is the default setting for ePlant. It sets the tissue sample colours according to a liner gradient to indicate absolute gene expression levels. For example:
The relative data mode displays eFP values on a divergent colour gradient to indicate the difference between gene expression levels in each tissue compared to a control sample. It displays this using a log2 ratio, like this:
In relative mode, red indicates the tissue has higher expression levels than the control, blue indicates that it has lower expression levels than the control.
You can toggle the data mode between absolute and relative using these buttons in the toolbar:
You can download the raw data for most views using the "Download Raw Data" button in the toolbar.
This downloads a text file that contains all the information ePlant uses to build each view.
The "Citation and Experiment Information" button in the toolbar opens a list of all data sources with some description of how the experiments were conducted.
Compare Mode adjusts the colour gradient to a divergent scale that indicates the log2 ratio of the currently selected gene's expression level for any given tissue compared to another gene. This makes it possible to quickly answer the question, "How similar are my genes of interest?"
The Comments button (in the bottom left corner) will open a feedback forum provided by Disqus.
Send an email to: jamie.waese@mail.utoronto.ca


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MAX7219
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Public Member Functions | |
| matrix (hwlib::target::pin_out &din, hwlib::target::pin_out &cs, hwlib::target::pin_out &clk, int n_screens=6) | |
| Constructor to make a matrix. More... | |
| void | set_up () |
| Initialise all screens. More... | |
| void | pulse_clk () |
| Pulse the clock once. More... | |
| void | send_data (const int data, int screen=1) |
| Send 16 bits to 1 screen. More... | |
| void | send_array (bool pixels[8][8], int screen) |
| Send a dubbel array of boolians to 1 screen. More... | |
| void | no_op (int times=1) |
| Send 16 zero's as no op. More... | |
| void | clear (int screen) |
| Clear 1 screen. More... | |
| void | flash (int times=3, int speed=150) |
| Flash all screens. More... | |
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inline |
Constructor to make a matrix.
This constructor makes a matrix with: data in pin, chip select pin, clock pin, 'x' number of screens.
| void matrix::clear | ( | int | screen | ) |
Clear 1 screen.
Send an empty screen using the send_array function
| void matrix::flash | ( | int | times = 3 , |
| int | speed = 150 |
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| ) |
Flash all screens.
Flash all screens by changing the brightness 'x' times at 'y' speed
| void matrix::no_op | ( | int | times = 1 | ) |
Send 16 zero's as no op.
The MAX7219 is desined to ignore no_op data. This is so you can push data to daisy changed screens
| void matrix::pulse_clk | ( | ) |
Pulse the clock once.
This function sets the clock high for 3 us (micro seconds), the total time of 1 clock pulse is 6 us.
| void matrix::send_array | ( | bool | pixels[8][8], |
| int | screen | ||
| ) |
Send a dubbel array of boolians to 1 screen.
The function reads an 7*7 array and uses the send_data function to send this to 1 screen.
| void matrix::send_data | ( | const int | data, |
| int | screen = 1 |
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| ) |
Send 16 bits to 1 screen.
The first 8 bits are the adress, it says line we are writing on. The next 8 bits are on/off boolians. It uses the no_op function to sens the data to the right screen.
| void matrix::set_up | ( | ) |
Initialise all screens.
This function does every thing to make all the screens operational.