{% extends 'micro_layout.html' %} {% load static from staticfiles %} {% load i18n %} {% block wrap_content %}
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OPENLEGALDATA.IO is a free and open platform that makes legal documents and information accessible to the public. Our goal is to enhance the transparency of the jurisdiction with the help of open data and by supporting people without legal education to understand the justice system. The project is committed to the Open Data Principles and the Free Access to Law Movement. Read more about the project.


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install a chart archive
This command installs a chart archive.
The install argument must be a chart reference, a path to a packaged chart, a path to an unpacked chart directory or a URL.
To override values in a chart, use either the ‘–values’ flag and pass in a file or use the ‘–set’ flag and pass configuration from the command line. To force string values in ‘–set’, use ‘–set-string’ instead. In case a value is large and therefore you want not to use neither ‘–values’ nor ‘–set’, use ‘–set-file’ to read the single large value from file.
$ helm install -f myvalues.yaml ./redis
or
$ helm install --set name=prod ./redis
or
$ helm install --set-string long_int=1234567890 ./redis
or $ helm install –set-file multiline_text=path/to/textfile
You can specify the ‘–values’/‘-f’ flag multiple times. The priority will be given to the last (right-most) file specified. For example, if both myvalues.yaml and override.yaml contained a key called ‘Test’, the value set in override.yaml would take precedence:
$ helm install -f myvalues.yaml -f override.yaml ./redis
You can specify the ‘–set’ flag multiple times. The priority will be given to the last (right-most) set specified. For example, if both ‘bar’ and ‘newbar’ values are set for a key called ‘foo’, the ‘newbar’ value would take precedence:
$ helm install --set foo=bar --set foo=newbar ./redis
To check the generated manifests of a release without installing the chart, the ‘–debug’ and ‘–dry-run’ flags can be combined. This will still require a round-trip to the Tiller server.
If –verify is set, the chart MUST have a provenance file, and the provenance file MUST pass all verification steps.
There are five different ways you can express the chart you want to install:
CHART REFERENCES
A chart reference is a convenient way of reference a chart in a chart repository.
When you use a chart reference with a repo prefix (‘stable/mariadb’), Helm will look in the local configuration for a chart repository named ‘stable’, and will then look for a chart in that repository whose name is ‘mariadb’. It will install the latest version of that chart unless you also supply a version number with the ‘–version’ flag.
To see the list of chart repositories, use ‘helm repo list’. To search for charts in a repository, use ‘helm search’.
helm install [CHART] [flags]
--ca-file string verify certificates of HTTPS-enabled servers using this CA bundle
--cert-file string identify HTTPS client using this SSL certificate file
--dep-up run helm dependency update before installing the chart
--description string specify a description for the release
--devel use development versions, too. Equivalent to version '>0.0.0-0'. If --version is set, this is ignored.
--dry-run simulate an install
-h, --help help for install
--key-file string identify HTTPS client using this SSL key file
--keyring string location of public keys used for verification (default "~/.gnupg/pubring.gpg")
-n, --name string release name. If unspecified, it will autogenerate one for you
--name-template string specify template used to name the release
--namespace string namespace to install the release into. Defaults to the current kube config namespace.
--no-crd-hook prevent CRD hooks from running, but run other hooks
--no-hooks prevent hooks from running during install
--password string chart repository password where to locate the requested chart
--replace re-use the given name, even if that name is already used. This is unsafe in production
--repo string chart repository url where to locate the requested chart
--set stringArray set values on the command line (can specify multiple or separate values with commas: key1=val1,key2=val2)
--set-file stringArray set values from respective files specified via the command line (can specify multiple or separate values with commas: key1=path1,key2=path2)
--set-string stringArray set STRING values on the command line (can specify multiple or separate values with commas: key1=val1,key2=val2)
--timeout int time in seconds to wait for any individual Kubernetes operation (like Jobs for hooks) (default 300)
--tls enable TLS for request
--tls-ca-cert string path to TLS CA certificate file (default "$HELM_HOME/ca.pem")
--tls-cert string path to TLS certificate file (default "$HELM_HOME/cert.pem")
--tls-hostname string the server name used to verify the hostname on the returned certificates from the server
--tls-key string path to TLS key file (default "$HELM_HOME/key.pem")
--tls-verify enable TLS for request and verify remote
--username string chart repository username where to locate the requested chart
-f, --values valueFiles specify values in a YAML file or a URL(can specify multiple) (default [])
--verify verify the package before installing it
--version string specify the exact chart version to install. If this is not specified, the latest version is installed
--wait if set, will wait until all Pods, PVCs, Services, and minimum number of Pods of a Deployment are in a ready state before marking the release as successful. It will wait for as long as --timeout
--debug enable verbose output
--home string location of your Helm config. Overrides $HELM_HOME (default "~/.helm")
--host string address of Tiller. Overrides $HELM_HOST
--kube-context string name of the kubeconfig context to use
--kubeconfig string absolute path to the kubeconfig file to use
--tiller-connection-timeout int the duration (in seconds) Helm will wait to establish a connection to tiller (default 300)
--tiller-namespace string namespace of Tiller (default "kube-system")


Klobuchar says a woman with Buttigieg's experience wouldn't make debate stage
by Andrew O'ReillySen. Amy Klobuchar, D-Minn., didn’t spare any punches on Sunday when going after fellow 2020 presidential primary candidate Pete Buttigieg – saying that a woman with the South Bend, Ind., mayor’s experience would not be on the debate stage.
Klobcuhar, who has been polling in the middle of the still-crowded field of Democrats, argued during an appearance on CNN’s “State of the Union” that while every candidate in her party has been more qualified to lead the country than President Trump, she doubted a woman with the same resume as Buttigieg would be given a chance at running for president.
“Of the women on the stage, I’m focusing here on my fellow women senators, Sens. Harris and Warren and myself. Do I think we would be standing on that stage if we had the experience that he had? No, I don’t,” Klobuchar said in reference to Sens. Kamala Harris of California and Elizabeth Warren of Massachusetts.
BIG POST-DEBATE HAULS FOR KLOBUCHAR, BUTTIGIEG, COULD SPELL TROUBLE FOR BIDEN
Klobuchar also took the opportunity to highlight her Midwest appeal and her record of statewide electoral victories in Minnesota. She has run a campaign painting herself as a moderate lawmaker who could appeal to rural voters that the Democrats lost to Trump in 2016.
“I’m the one from the Midwest that’s actually won in a statewide race over and over again,” she said. “Those are the kind of voters I’ve won and that’s not true of Mayor Pete.”
Buttigieg’s campaign did not respond to Fox News’ request for comment.
CLICK HERE TO GET THE FOX NEWS APP
Klobuchar has been polling at 2.6 percent, according to a Real Clear Politics average, which was buoyed by what analysts called a strong debate performance last month. Buttigieg also has seen his numbers rise, with him garnering about seven percent of the overall vote.
Both candidates, however, trailed far behind frontrunners Warren, former Vice President Joe Biden and Vermont Sen. Bernie Sanders.


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SiteBase Lessons
Step-by-step guides to learn the basics of front-end development by manually hand-coding a simple boilerplate framework.
SiteBase 1.0 Lessons
SiteBase 1.0 is a static HTML + CSS + JS front-end base (starter/boilerplate). The lessons below are for those interested in coding a basic front-end framework for a simple static site from scratch by hand, line-by-line. No prior web design or coding experience required. Designed for first-time front-end coders, Site Base 1.0 uses no pre-processing (e.g. SASS), no command line interface (CLI), and no special software. All you need is a text editor and a browser.
Watch an Intro VideoStep 1 Base Blank
Description:
Set up your local development environment by creating a basic folder structure and file system containing only the core essential code required for a bare-bones, no content starter setup suitable for any project.
- Create a "base-blank" root folder
- Create "css" and "js" sub folders
-
Add an index.html file
- Add starter markup
-
Link to a style.css file
- Add starter css table of contents
- Link to a script.js file
Step 2 Base Content
Description:
If "Content is King" then Typography is the Queen, so a good way to start designing
coding content is to set your type. Define your base-level typographic style settings and associated
rules (e.g. your default body font size and leading, heading sizes using a typographic scale, etc).
Next, define base-level styles for commonly used content, such as images (e.g. responsive
images), along with core essential UI components (e.g. buttons) .
- Duplicate your "base-blank" folder and rename it to "base-content"
- Delete your "js" folder and link to it (we will add it back later)
-
Add base content markup to your index.html file and base
content styles to your style.css file:
-
Base Typography
-
Body, Headings, Paragraphs, Links,
Lists, Blockquotes, & Helpers
-
Body, Headings, Paragraphs, Links,
-
Base Media
- Images
-
Base Components
- Buttons
-
Base Typography
Note: You might notice some additional css that may not be represented within the markup or addressed within the video lesson, such as horizontal rules (hr) and various helper classes. These exist within the SiteBase core and while they may not required for al lprojects, they are included here as an example for how one could choose to extend and customize SiteBase.
Step 3 Base Layout
Description:
Make your base responsive by setting up media queries targeting different screen sizes and use a simple grid for the layout of your content.
- Duplicate your "base-content" folder and rename it to "base-layout"
- Remove all content from index.html and add "demo" grid markup
-
Add a simple reset, media queries, and a simple grid to your style.css file
- Simple Reset (set all elements to box-sizing: border-box and remove your default body margins)
- Media Queries (with body font-size settings and a "container" with a fixed width for large screens and fluid for small screens)
- Custom Grid (multiple columns for large screens, stacked columns for small screens)
Step 4 Base Site Structure (Home Page)
Description:
Use semantic HTML5 elements to set up a common site structure including a site header, footer, navigation, and main content area.
- Duplicate your "base-layout" folder and rename it to "base-site"
-
Remove all content from index.html and add base structural
site markup:
- Header, Footer, Navigation, Main Content Areas (e.g. Hero Section, 3-Column placeholder content)
-
Add base structural site styling your style.css file
-
Base Site Structure
- Header, Logo, Footer, Sections
-
Base Navigation
- Header Nav, Footer Nav
-
Base Site Structure
Step 6 Sub Page(s)
Description:
Create sub pages that are well suited for specific content, such as an about or post page with long form content (e.g. articles for reading) or a traditional two-column sub page with a main content area and sidebar with a sub nav. Other sub page examples include a contact page with a simple contact form, a post/product/image listing page, and a product/feature detail page.
-
Update the index.html page site navigation to link to the
following example sub pages;
- about.html, contact.html (optional: products.html, product-detail.html)
- Copy/paste the index.html page and to create each of the above example sub pages
-
Potential new features/components to consider when adding
sub pages and sub page content:
- Articles, forms, inline page anchors, responsive grids for lists and thumbnail images, and popular design patterns and UI components such as modal tabs, overlays, carousels, and accordians/collapsible panels.
Step 7 Single Page Site
Description:
Create a single page web site with multiple sub sections that can be accessed either via the inline page anchors in the site navigation or by scrolling the long, vertical layout of the page.
- Working with one main index.html file, update the site navigation to link to page anchors (ID's) for each of the main sub sections (e.g. a href="#section1" or href="#about")
- Add ID's to all main sub sections (e.g. section id="section1" or id="about")
- Once the page anchors are tested and working, use javascript to add animation
- add this scroll.js file to your js folder, or use the original anchor-scroll js code from Benjamin De Cock
- add a link to scroll.min.js file at the bottom of your html file
- add a class="scroll" to each link that will utilize scroll.js
Step 8 Create Standalone Repos (Optional)
Now that you have succesfully created both a code base for a multi-page site and a single-page site, consider creating separate re-usable (i.e. easily clone-able) repos for each of them, so can refer to them as "your" (or "my") site bases for personal use in the future.
- Copy your "base-site-subpage" directory and paste it into a new repo named "My SiteBase for Multi-Page Sites" (or something like that). Similar to how to did so for your single page site, change the titles (e.g. Site ID's) for each page to "Site Name" to distiniguish it from your "sub pages" SiteBase steps 6A & 6B. Feel free to adjust the base colors to suit your personal preferences.
- Copy your "site-name-subpage" directory and paste it into a new repo named "My SiteBase for Single-Page Sites" (or something like that). Feel free to adjust the base colors to suit your personal preferences.
Step 9 Custom Site
Override the base styling with site-specific styling and custom HTML, CSS, & JS.
- Add a section entitled "SITE SPECIFIC CSS" to the bottom of your base style.css file and use this area to add any custom site-specific (e.g. project-specific, client-specific, etc) styling. Try not to edit your "BASE CSS" above. Instead, try to override the base styles at the bottom of your style sheet in this designated area that is seperate from your base styles.
-
Style (CSS) changes to consider:
- Customize the typography.
- Use a custom color palette
- Consider adding aesthetic graphical elements such as line, shape, texture, and background photography.
-
Content (HTML) changes to consider:
- Change the header and brand identity of the site (e.g. change the site name, add a logo, add a tagline, etc.).
- Use real content (no placeholder photos or copy).
- Consider using a "content-first" approach to establish a strong content hierarchy, information architecture (IA), and navigation.
- Use your grid (rows and columns) to experiment with different layouts to best present the content.
- Utilize and embrace known good usability practices, UX design patterns, and UI components.
SiteBase Sassy Lessons
The SiteBase Sass variation builds upon the core SiteBase static code by adding support for SASS. Designed for those with a basic understanding of how to build a static site with straight-up HTML, CSS, and JS, looking for an intermediate-level front-end workflow and build environment that is not too complicated or advanced. No command line (CLI) required for version 2.0. Instead, the GUI-based software application Prepros is used to manage all build tasks (e.g. to compile SASS) and for deployment.
Lesson Modular SASS Partials (via Prepros)
Description:
In this lesson, we will convert SiteBase Static into Sitebase Sassy by working backwards, starting with the static css stylesheet and converting the single-file CSS system into an organized multi-file SASS system.
- Setup a local front-end web development environment to compile SASS. In this step, we will use a Prepros, a GUI-based front-end compiler. In another lesson, we will use Gulp.
- Establish a custom organizational file system using SASS partials that embraces best practices and strategies from popular CSS methodologies (e.g. SMACSS).
- Convert the CSS to SASS by reverse engineering the original, singular CSS file and separating it into a modular system of multiple SASS partial files. The new SCSS files will embrace SASS features to improve the coding experience, such as variables and nesting.
SiteBase Gulp Lessons
SiteBase GUlp builds upon the SiteBase Sass variation by using a command line interface (CLI) workflow to manage all build tools, including NPM, a package manager to setup and install project dependencies, Gulp, a task manager, to handle various build processes such as compiling SASS and optimizing images, and Git (via Github) for version control. Designed for those looking to learn how to set up a more advanced front-end development workflow.
[ Lessons coming soon ]


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The Swedish version of "The quick brown fox..." (flying snipes seeks rest on soft tussocks") is courtesy of Martin Norbäck.
The Russian version ("Eat more those soft french 'little-sweet-breads' and drink tea") is courtesy of Valek Filipov.
Various other pangrams from http://shair.net/misc/txt/pangram.en.
The Russian text is from Anna Karenina () by Tolstoy.
The Spanish text is Don Quijote de la Mancha by Miguel de Cervantes.
The classical Greek text is Antigone () by Sophocles.
The French text is Phèdre by Racine.
The German text is Faust by Goethe.
The Anglo-Saxon text is Beowulf.
The renaissance English text is from the Quarto edition of Much Ado about Nothing, by Shakespeare.
The Latin text is De Bello Gallico by Caesar.
The Italian text is The Inferno by Dante.
The Hebrew text is from the Passover seder.
The Welsh text is the Mabinogion (Rhagymadrodd).
The Czech text is The Good Soldier Svejk by Hasek.
The Swedish text is Pippi Långstrump går om bord by Astrid Lindgren (courtesy of Helena Gorne).
The Lithuanian text from Introduction to Lithuanian, by Dambriümas, Leonardas, et al. (courtesy of Adger Williams).
The Polish text from Zarys gramatyki porównawczej jezyków slowianskich by Stieber, Zdzislaw. (courtesy of Adger Williams).
The Macedonian from Istorija na makedonskiot jazik by Koneski, Blazhe. (courtesy of Adger Williams).
The Bulgarian from B"lgarska fonetika by Tilkov, Dimit"r and Bojadzhiev. (courtesy of Adger Williams).
The Slovene from Morfologija slovenskega jezika by Ramovs(hatchek). (courtesy of Adger Williams).
The Korean Sijo poems are courtesy of Jae-Young Lee.
The Chinese text is from Yih-King by Laautzyy, and the poem is by Lii Bair, courtesy of Edward G.J. Lee.
The Japanese text is from The Tale of Genji and a poem I am a Cat, courtesy of Kuniko Arakawa.
The Arabic text is courtesy of Thomas Milo.
The Mayan K'iche' text is from the prolog to the Popol Wuj and is courtesy of Daniel Johnson.
Various translations of the Gospel of John are taken from: Compendium
of the world's languages, by George L. Campbell.
Belorussian, Basque, Danish, Dutch, Finnish, Georgian, Icelandic, Irish,
Norwegian (two styles), Old Church Slavonic, Swedish, Portuguese, Cherokee,
Swahili, Thai.


--- layout: default+ title: How To Fix No Steam Login in Robocraft ---
1. Close Robocraft
2. Exit Steam my clicking Exit (Just closing the window does not close Steam)
3. Reopen Steam
4. Relaunch Robocraft
5. Congratulations, you should now be able to login with Steam!


So you're running your new shiny Nginx on Docker container.  Gratz!
Below we have generated list of people:
Maciej Oczko Tech Lead Engineer
Maciej Opała Senior Software Engineer
Antoni Kędracki Project Lead Engineer Tech Lead Engineer


Digital Transformation Experts
You’ve got questions, we’ve got answersWho we Are.
A group of developers with a wide variety of experiences. If you are a business owner, an entrepreneur, an academic, an influencer, or even a cyborg from the year 3000, we can help. Make the decision to go digital and leave the rest to us.
Why choose Us.
We take care of your entire process from the beginning to the end, making sure we meet your requirements to the minute details along the way. Our entire team of experts is at your disposal to bring your vision to life.
Our Mission.
To give every business or individual the chance to succeed in this highly competitive market. No obstacles should stop you from achieving your dreams, and we are here to make sure of that!
What We Do
Mobile App Development
A mobile app will help you reach millions of people. Need one for your business? We can build you one for both Android and iOS.
 We design and build fully responsive websites for all kinds of uses.
Desktop applications
For specialized company requirements, we can build desktop applications that run on Windows, Linux, and MacOS.
Industries
Education
Education has become dynamic, with new requirements and technologies emerging. We support schools, universities, and companies with state of the art software that helps you achieve your learning goals.
Retail & E-commerce
Boost your business and expand your customer base with e-commerce apps and enterprise solutions and payment gateways.
Travel & Hospitality
We design hotel, car, and airline reservation and handling software solutions tied to Global Distribution Systems
Medical
Specialized medical software for physicians that help you keep track of patients records, treatments, lab results and x-ray images.
And even more
We have a wide range of expertise. Need something we did not list here? Get in touch with us and let us see how we can help you.
Work Process
1. Requirements collection
After you get in touch with us, we schedule a meeting to discuss your idea and requirements. Then we write a detailed requirements document containing all the parts to be implemented.
2. Development
Once you confirm the requirements, we start planning and developing the project with maximum efficiency. Our top priority is to deliver a high quality product within the duration we agree on.
3. Delivery
Once we finish the development process, we do a full testing on the final product. When we're confident that all the desired requirements are met, we move forward with the delivery to make sure you're satisfied with the outcome.


HGTector ver 0.1.7 Quick Start Guide
Qiyun Zhu, Katharina Dittmar
Checklist
Operating system: HGTector is cross-platform. It runs on Windows, Mac OS X and Linux. It may also run on other operating systems.
Perl: HGTector is written in Perl. It requires that you have a Perl interpreter installed in your system. The Perl interpreter is a standard component in most Mac OS X and Linux distributions. If you are a Windows user and you haven't installed it, you may download and install Strawberry Perl or ActivePerl.
R: Optionally, HGTector calls R to perform some advanced statistics and graphics. If you want to use these functions, you may install R, as well as Perl package Statistics::R. Please refer to the manual for instructions.
Input files
HGTector takes one or more protein sets (from one or more genomes) as input.
You can download whole genome annotation files: browse NCBI genome database, find genomes of your interest, and download the corresponding *.gbk files (GenBank format).
Or, you can download lists of protein records: search keywords in NCBI protein database, click "Send to:" - "File" - "Create File".
Or, you can prepare lists of protein accession numbers by yourself:
Create a folder to hold all input, intermediate and output files. This folder is your working directory.
In the working directory, create a folder named "input", place the input files inside this folder. You may rename them with brief and meaningful names.
Note: the fold name "input" is case sensitive. Same below.
Configuring HGTector
The parameters of HGTector is control by a configuration file named "config.txt in the working directory. This file can be generated using the GUI, or you can manually create your own based on the template. If this file is omitted, the default parameters (as the template lists) will be used.
Both the GUI and the template explain the parameters and their possible values in detail. You can go through them to get an idea what they do.
Running HGTector
Despite having a GUI to generate config.txt, the HGTector program itself is written in Perl and only runs in terminal (command line mode). To launch terminal, you should:
Windows users: press Win+R, type "cmd", and click "OK".
Mac OS X users: navigate to "Applications/Utilities", find "Terminal", and double-click on it.
Unix/Linux users: you know what to do.
Navigate to HGTector's program directory using command cd
. For example, if the program folder "HGTector" is placed on your desktop, then you may sequentially run these commands:
cd Desktop
cd HGTector
Run HGTector by typing:
perl HGTector.pl path_to_the_working_directory
If you are not familiar with paths and directories, you may place the working directory (say, "mytask") in the HGTector folder, and simply run:
perl HGTector.pl mytask
The program will now start to run through the whole process. There will be screen prompts to indicate any ongoing steps. You may keep pressing Enter
(interactive mode) or simply wait (automatic mode) until you see the final result.
The whole process contains five steps: Blaster, Taxonomer, Purifier, Analyzer and Summarizer. It is recommended to run one step, observe the output, and then run the next step. To run an individual step (say, Blaster), type:
perl HGTector.pl mytask -Blaster
You may repeatedly run one step until you are satisfied with the output. The new output will overwrite the old ones.
Step 1: Blaster
This step performs all-against-all BLASTP of input proteins in batch mode.
You may either perform BLAST via http connection to the NCBI BLAST server (by default), or use standalone BLAST program on local BLAST databases, in which case, you need to download and install them. Please refer to this page for instructions.
The most important parameter at this step is the "number of hits to return" (nHit
). It should allow sufficient sampling of BLAST hits for the genes. For single cellular eukaryotes, 100 hits may be enough; for most bacteria and archaea, 250-500 hits are recommended; for bacteria whose sister groups have been extensively sequenced (e.g., 500 E. coli genomes...), you may need more hits.
When the task starts, the status of individual BLAST searches will be displayed on screen. If multiple Blaster instances are running simultaneously, the ongoing Blaster instances and the number of completed BLASTs will be updated every ten minutes.
A "blast" folder will be created in the working directory. The folder will contain subfolders representing individual protein sets, and log files recording the status of individual BLAST searches. The BLAST results of individual proteins will be stored in the subfolders.
The BLAST results are saved in a NEXUS-like format (*.bla). It contains a basic information section, and a BLAST hit table section.
If you have switched on the "TaxBLAST" option (taxBlast=1
), there will be an additional section, displaying the taxonomic tree of hits in an easy-to-read manner:
If you have switched on the "Retrieve sequences" (seqBlast=1
) or "Retrieve multiple sequence alignments" (alnBlast=1
) option, an additional section will store the sequences of hits in NEXUS format. Therefore, the whole file can be directly opened by sequence-editing programs, such as SeaView.
Be prepared that the BLAST results may consume a considerable amount of disk spaces (typically hundred of MB to several GB).
The batch BLASTP process may take hours to days, depending on the size of input protein sets. It can be halted at any time (accidentally or intentionally). A halted task can be resumed at any time by re-executing this step.
Step 2: Taxonomer
This step retrieves taxonomic information of all BLAST matches from the NCBI server. The information includes names and TaxIDs of designated taxonomic ranks. The process typically lasts for several to dozens of minutes.
The result will be saved as three files: "taxa.db", "ranks.db" and "self.info" in a folder named "taxonomy" in the working directory.
Step 3: Purifier
This step is optional. It performs post-BLAST modifications to the BLAST reports. It includes a complete phylogenetics pipeline, which allows you to automatically build trees based on BLAST hits for each protein.
The resulting trees will be attached to each BLAST report in NEXUS format, too. Tip labels will be automatically translated into organism names. Therefore, the whole file can be directly viewed by tree-viewing programs, such as FigTree.
The amount of time this step takes varies, from 0 (if you skip this step) to weeks (if you want to build 10,000 deliberate maximum likelihood trees).
The sequence alignments and trees will not be used for subsequent analyses. They are just for you to verify prediction results, either by eyeballing the trees or by conducting further analyses of your preference.
Step 4: Analyzer
This is the most important step of HGTector. It does all statistical tricks to find out which genes may be HGT-derived. All the intermediate and final results will be saved in folder "result".
You may run this step for several times with different parameters until you get a satisfying result. (You don't have to re-run the previous three steps.)
First, you need to specify a grouping scenario, which defines the self, close and distal groups of organisms.
In brief, the self group contains all input genomes, and their immediate sister organisms. The close group contains sister groups of the self group, representing its vertical inheritance history. The distal group contains all other organisms, which are phylogenetically distant from the self group.
For example, if you are studying several human genomes, you may consider defining the self group as all humans (genus Homo, TaxID = 9605), the close group as all great apes (family Hominidae, TaxID = 9604) (except for humans), and the distal group as everything else.
Only gene flows from the distal group organisms to input genomes will be considered as putative HGT events.
With a grouping scenario, the program will calculate the weight of BLAST hits of each group for each gene. For the whole genome(s), you will get three weight populations. They are defined as a "fingerprint" of the genome(s).
The raw data (including three weights per gene) are saved as "rawdata.txt" in "result/statistics/". If you are familiar with statistics, you are encouraged to play with the data by yourself.
If you have R installed, you may choose to graph the fingerprint (graphFp=1
) as boxplot, histogram, density plot, and/or scatter plot. Here is an example:
Based on the fingerprint, the program will conduct cluster analyses to isolate a subset of genes that are significantly more likely to be horizontally acquired, comparing to the rest of the genome(s).
The results will be saved as tab-delimited text files in "result/detail/". Genes predicted to be HGT-derived will have a "1" in the "HGT" column.
As an alternative to this proposed new method, you may also conduct the conventional "bidirectional best match" method to predict HGT events, by switch on option BBH=1
.
The whole step typically spends several minutes only.
Step 5: Summarizer
Now that you have the prediction results, it is time to summarize them in a human-readable manner. This step does the job. It generates reports in your choice of plain text, web page (HTML) and/or Excel spreadsheet formats.
You have options to have the program summarize HGT-derived genes in three contexts: by putative donor group, by functional annotation, or by gene orthology.
Please email us<EMAIL_ADDRESS><EMAIL_ADDRESS>if you have any questions.
Last update: May 27, 2013


Feature counts stats for GCF_000009605.1_ASM960v1:
Total Contig Count = 3
Total Feature Count = 1246


RT @confreaks: New Video! #railsconf @railsconf - How to be a Better Junior Developer by @kwugirl http://www.confreaks.com/videos/3351-railsconf-how-to-be-a-better-junior-developer
5/21/2014, 11:27:10 PM
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RT @confreaks: New Video! #railsconf @railsconf - How to be a Better Junior Developer by @kwugirl http://www.confreaks.com/videos/3351-railsconf-how-to-be-a-better-junior-developer
5/21/2014, 11:27:10 PM
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Miranda Christmas Spectacular : First details of one-off special revealed
Sally Phillips has revealed the first details of the much anticipated Miranda anniversary special – and bear with…it actually sounds like such fun.
The actress, who plays Miranda’s always busy pal Tilly (great name), appeared on Loose Women, and it didn’t take long for the girls to pry about what to expect.
‘We recorded a 10-year anniversary variety show at the Palladium about a week ago…’ she said.

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But once she’d started, the panellists pounced for more info about the much-loved show.
Sally then teased: ‘I did some dancing and that was a challenge.’
‘But I was so stressed out about the dancing I think I was a bit rubbish at the talking.’
‘We had lots of people on it – I can’t tell you who any of them are,’ she added. ‘But obviously, Sarah Hadland, who is the backbone of that show really.

So we’re going to have to keep all our fingers crossed for an appearance from Patricia Hodge, Tom Ellis or…most importantly, Miranda’s fruit friends.
Miranda confirmed the show would return to celebrate the show’s 10th anniversary, and will air before the New Year.
Taking to Twitter with a statement, Miranda wrote: ‘Hello to you – I am with news. So, in November it will be 10 years since the first episode of Miranda aired. We are 10! And we have decided to have a party.
‘The Miranda cast on and off screen are all about play, being free to be ourselves and silliness, so we are amazed and delighted that BBC One have agreed that our celebrations will be recorded as a one-hour special later in the year.’
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‘I will keep you posted but I suspect there might just be some special guests, probably the odd bit of dancing, definitely some drinks and nibbles,’ she continued.
The show is clearly dear for those involved, with Tom, who is currently in Los Angeles shooting cult hit Lucifer, recently marked the airing of the first episode with a throwback to melt fans’ hearts.
Miranda: My Such Fun Celebration will air later this year on BBC One.
Got a showbiz story? If you've got a story, video or pictures get in touch with the Metro.co.uk Entertainment team by emailing us<EMAIL_ADDRESS>calling 020 3615 2145 or by visiting our Submit Stuff page - we'd love to hear from you.


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About me!
I am currently a final year BE student in Information Technology, Pune Institute Of Computer Technology. I like to tackle logical puzzles and learn new algorithms. I also like to explore new streams in Computer Technology in my free time apart from basic programming. I have a research oriented outlook.
My objective is to pursue a highly rewarding career, seeking knowledge and experience of working on various cutting edge technologies in a challenging and healthy environment.
My areas of interest are File Systems, Databases, Operating Systems, Computer Networking, Algorithms and System Programming.
My non-academic interests include photography, singing, sound mixing, participating in elocution and debate competitions, coding competitions, etc. I have strong inter-personal skills and leadership skills. I am also active in inter-college theater competitions and other cultural activities.
Check out the Jekyll docs for more info on how to get the most out of Jekyll. File all bugs/feature requests at Jekyll’s GitHub repo. If you have questions, you can ask them on Jekyll’s dedicated Help repository.


C programmers:
your program name must be: prob07.exe
JAVA
programmers: your program name must be: prob07.class
Task
Description
You’re a busy IT
professional at a big, multi-national corporation.
Every day, employees need to transfer large data files
from one office location to another. Your job is to
make sure the data gets to its intended destination as
quickly as possible.
The company has three
methods to send large data files. First, a trained St.
Bernard named “Tiny” can carry three DLT tape cartridges
(capacity of 200 Gigabytes each). He can travel at a
rate of 4 miles/hour directly to other company
buildings. Second, the company has a high speed T-3
link to the Internet, which can transfer data at 45
Mega-bits per second. Lastly, you have an open account
with FedEx, and can send a box full of DLT tapes (as
many as needed) that will arrive anywhere in the world
at 10:30am the day after it ships.
Since you need to make the
right decision every time someone brings you data to
transfer, you decide to write a program which will
calculate the fastest way to transfer the data, and will
tell you when the transfer will be complete (so you can
keep those pesky employees from bothering you all day)
Assume that all data
transfer requests will come to you at hour increments
(always at the top of the hour), and that any package
sent via FedEx will arrive at exactly 10:30am the
following day. Also assume that the T-3 link never
fails (you have a very good service contract), and that
Tiny and the T3 is ready to go as soon as the data is
received. Assume Tiny will faithfully travel back and
forth without rest as long as is necessary, (he’s a very
good dog). FedEx will pick up at 1800 hours, anything
not ready by 1800 will have to wait until tomorrow’s
pickup time.
Note that offices over
3000 miles away should be considered to be overseas, and
Tiny can’t swim across the ocean. And for this
exercise, assume a MB is one million bytes, and a GB is
one billion bytes (eight bits per byte).
Program Input
Your
program must prompt for the size of the data to transfer
(in MB), and the distance (in miles) to the destination
building, and the time of the data will be ready to send
(in 24 hour military time: 0400 is 4am, 1300 is 1:00pm,
etc.).
Enter size of
transfer in megabytes: 600000
Enter distance to
the destination in miles: 1000
Enter time data
will be ready to send as HHMM: 1800
Hint – remember that Tiny
can make multiple trips, but he has to travel back to
the office first…
Program Output
Your program must output
the method used to transfer the data, (by Tiny, by T-3,
or by FedEx) and the time and day at which the transfer
will be completed (rounded to the next half-hour).
Sample Program Execution:
Enter size of
transfer in megabytes: 600000
Enter distance to
the destination in miles: 10
Enter time data will
be ready to send as HHMM: 1800
Shipment by Tiny
will arrive at 2030 hours today
Enter size of
transfer in megabytes: 600000
Enter distance to
the destination in miles: 1000
Enter time data will
be ready to send as HHMM: 1800
Shipment by FexEx
will arrive at 1030 hours tomorrow
Enter size of
transfer in megabytes: 600000
Enter distance to
the destination in miles: 1000
Enter time data will
be ready to send as HHMM: 1900
Shipment by T3
will arrive at 0100 hours 2 days from today
|


5 Dynamics of Immune Response
May and Nowak argue that:
- virus load in an important determinant of disease
- immune responses limit virus load
- individual variation in immune responsiveness accounts for much of the observed variation in the outcome of a disease
5.1 Predatory Prey Dynamics of the Immune System
\[ \frac{dx}{dt} = \lambda - dx - \beta x v \] \[ \frac{dy}{dt} = \beta x v - ay - pyz \\ \] \[ \frac{dv}{dt} = ky - uv \] \[ \frac{dz}{dt} = c -bz \\ \]
With the basic reproduction number defined for this system as
\[ R_0 = \frac{\beta \lambda k}{adu} \]
And the basic reproduction number in the presence of an immune response (CTL)
\[ R_1 = \frac{\beta \lambda k}{(a +a')du} \]
Where:
\[ a' = \frac{cp}{b} \]
representing the rate at which infected cells are eliminated by the CTL response at equilibrium.
If R1 <1 then the infection will clear. The virus may spread initially, but once the immune response is activated, each infected cell will on average give rise to less than one newly infected cell and thus the infection will die out.


|
MRSL Motion Primitive Library
0.4
A motion primitive library for generating trajectory for mobile robots
|
Collision checking inside a Safe Flight Corridor (SFC) More...
#include <decomp_util.h>
Public Member Functions | |
| DecompUtil (decimal_t r, decimal_t h=0.1) | |
| Simple constructor. More... | |
| void | setObstacles (const vec_Vec3f &obs) |
| Set obstacles. | |
| void | set_region (const Vec3f &ori, const Vec3f &dim) |
| Set bounding box. | |
| Polyhedron | virtual_wall (const Vec3f &pos) |
| Get bounding box. | |
| Polyhedra | polyhedra () |
| Get polyhedra. | |
| bool | isFree (const Primitive &pr) |
| Check if a primitive is inside the SFC from . | |
| PCLPointCloud | toPCL (const vec_Vec3f &obs) |
| Convert obstacle points into pcl point cloud. | |
Private Member Functions | |
| bool | insidePolyhedron (const Vec3f &pt, const Polyhedron &Vs) |
| Check if a point pt is inside the given polyhedron. | |
| bool | insideEllipsoid (const Ellipsoid &E, const vec_Vec3f &O) |
| Check if a point in O is inside the given ellipsoid. | |
Private Attributes | |
| Vec3f | axe_ |
| robot size: axe = (r, r, h) | |
| vec_Vec3f | obs_ |
| obstacle points | |
| KDTree | kdtree_ |
| obstacles in kd tree form | |
| Polyhedron | Vs_ |
| Bounding box. | |
Collision checking inside a Safe Flight Corridor (SFC)
SFC is an ordered collection of convex polyhedra that models free space
Simple constructor.
| r | robot radius |
| h | robot height, default as 0.1m |


Joe Lycett (born 1988-07-05[ref]) has appeared in 57 episodes between 2011-2018. Joe Lycett on IMDB. Joe Lycett on Wikipedia. Joe Lycett on Chortle.


- BRLT - Branch if Less Than (Signed)
- CPI - Compare with Immediate
- ELPM - Extended Load Program Memory
- LD (LDD) - Load Indirect From data space to Register using Index Z
- CPSE - Compare Skip if Equal
- CPC - Compare with Carry
- EOR - Exclusive OR
- WDR - Watchdog Reset
- MOVW - Copy Register Word
- BRLO - Branch if Lower (Unsigned)
- RETI - Return from Interrupt
- SBIC - Skip if Bit in I/O Register is Cleared
- SPM - Store Program Memory
- SBIW - Subtract Immediate from Word
- SBIS - Skip if Bit in I/O Register is Set
- BRSH - Branch if Same or Higher (Unsigned)
- MULSU - Multiply Signed with Unsigned
- ICALL - Indirect Call to Subroutine
- LPM - Load Program Memory
- BRCS - Branch if Carry Set
- LAC - Load and Clear
- LAT - Load and Toggle
- BRCC - Branch if Carry Cleared
- OR - Logical OR
- BSET - Bit Set in SREG
- LAS - Load and Set
- BRNE - Branch if Not Equal
- EIJMP - Extended Indirect Jump
- DEC - Decrement
- BREAK - Break
- ROL - Rotate Left trough Carry
- JMP - Jump
- SBRC - Skip if Bit in Register is Cleared
- LDS - Load Direct from SRAM
- LSR - Logical Shift Right
- ROR - Rotate Right through Carry
- SBRS - Skip if Bit in Register is Set
- SEH - Set Half Carry Flag
- SEV - Overflow Flag
- BLD - Bit Load from the T Flag in SREG to a Bit in Register.
- BRMI - Branch if Minus
- SUBI - Subtract Immediate
- AND - Logical AND
- BRVS - Branch if Overflow Set
- XCH - Exchange
- CBI - Clear Bit in I/O Register
- MOV - Copy Register
- CBR - Clear Bits in Register
- LSL - Logical Shift Left
- RJMP - Relative Jump
- BRVC - Branch if Overflow Cleared
- BRTC - if the T Flag is Cleared
- NOP - No Operation
- BREQ - Branch if Equal
- INC - Increment
- SUB - Subtract without Carry
- NEG - Two's Complement
- BRHS - Branch if Half Carry Flag is Set
- BRPL - Branch if Plus
- RET - Return from Subroutine
- SWAP - Swap Nibbles
- MUL - Multiply Unsigned
- BRHC - Branch if Half Carry Flag is Cleared
- COM - One's Complement
- ASR - Arithmetic Shift Right
- SET - Set T Flag
- ANDI - Logical AND with Immediateand
- SER - Set all bits in Register
- BST - Bit Store from Bit in Register to T Flag in SREG
- SEZ - Set Zero Flag
- IJMP - Indirect Jump
- SEC - Set Carry Flag
- FMULSU - Fractional Multiply Signed with Unsigned
- PUSH - Push Register on Stack
- SEN - Set Negative Flag
- SEI - Set Global Interrupt Flag
- OUT - Store Register to I/O Location
- CLN - Clear Negative Flag
- EICALL - Extended Indirect Call to Subroutine
- CLI - Clear Global Interrupt Flag
- ADIW - Add Immediate to Word
- CLC - Clear Carry Flag
- BRTS - Branch if the T Flag is Set
- ADD - Add without Carry
- ADC - Add with Carry
- CLZ - Clear Zero Flag
- CLT - Clear T Flag
- CLV - Clear Overflow Flag
- CP - Compare
- CLR - Clear Register
- CLS - Clear Signed Flag
- SBR - Set Bits in Register
- ST - Store Indirect From Register to data space using Index X
- BRGE - Branch if Greater or Equal Signed)
- SBC - Subtract with Carry
- SES - Set Signed Flag
- ORI - Logical OR with Immediate
- SBI - Set Bit in I/O Register
- ST (STD) - Store Indirect From Register to data space using Index Z
- STS - Store Direct to SRAM
- RCALL - Relative Call to Subroutine
- FMUL - Fractional Multiply Unsigned
- MULS - Multiply Signed
- CLH - Clear Half Carry Flag
- TST - Test for Zero or Minus
- BCLR - Bit Clear in SREG
- LD - Load Indirect from data space to Register using Index X
- SBCI - Subtract Immediate with Carry
- BRBS - Branch if Bit in SREG is Set
- POP - Pop Register from Stack
- SLEEP - Sleep mode
- BRBC - Branch if Bit in SREG is Cleared
- IN - Load an I/O Location to Register
- BRIE - Branch if Global Interrupt is Enabled
- BRID - Branch if Global Interrupt is Disabled
- FMULS - Fractional Multiply Signed
- CALL - Long Call to a Subroutine
- LDI - Load Immediate


If you have questions, please use our support forum to post them. A Zero Robotics team member will respond to your message as soon as possible.
If your inquiry is private or you cannot log in or access the forum, please e-mail us at:
We will respond as quickly as possible.
Instructions on programming for ZR can be found on our tutorials page.


Data Format
The data format used in this shared task was highly influenced by the formats used in the 2005, 2006, and 2007 shared tasks. However, there are several issues specific to this year’s task, e.g., handling of the hyphenated words or representation of semantic dependencies.
The data follows these general rules:
- The data files contain sentences separated by a blank line.
- A sentence consists of one or more tokens and the information for each token is represented on a separate line.
- A token consists of at least 11 fields, described in the table below. The fields are separated by one or more whitespace characters (spaces or tabs). Whitespace characters are not allowed within fields.
The table below describes the fields stored for each token in the data sets. The third column in the table indicates if the corresponding field is provided as input (INPUT) or is required as the task output (OUTPUT). One exception to this specification is the GPOS field, which will be available as input only in the training and development sets only; it will not be provided for the test sets.
| Field number | Field name | Status | Description |
|---|---|---|---|
| 1 | ID | INPUT | Token counter, starting at 1 for each new sentence. |
| 2 | FORM | INPUT | Word form or punctuation symbol. The FORM field uses the original WSJ tokenization, i.e., hyphenated words such as “Atlanta-based” are not split. |
| 3 | LEMMA | INPUT | Predicted lemma of FORM, extracted from WordNet using the most common sense of the word. If FORM does not exist in WordNet, LEMMA is set to the lower-case version of FORM. |
| 4 | GPOS | INPUT (train/dev only) | Gold part-of-speech (POS) tag from the TreeBank. Note that, in order to have a realistic evaluation, this field is provided only for the training and development sets. For the testing sets this column will contain “_”. |
| 5 | PPOS | INPUT | Predicted POS tag. These tags are predicted by a state-of-the-art POS tagger [1]. To avoid overfitting the tagger on the training corpus the tags on the training set are generated through 10-fold cross-validation. |
| 6 | SPLIT_FORM | INPUT | Tokens split at hyphens and slashes. Because some arguments, generally arguments of nominal predicates, may appear inside hyphenated words it is necessary to split hyphenated constructs in order to correctly annotate such arguments. For example, the TreeBank token “Atlanta-based” is split into three SPLIT_FORMs: “Atlanta”, “-”, and “based”. To ensure the same number of rows for all columns corresponding to one sentence, the FORM, LEMMA, GPOS, and PPOS columns are padded with “_” fields for all split tokens. For details on when to split treebank tokens click here |
| 7 | SPLIT_LEMMA | INPUT | Predicted lemma of SPLIT_FORM, extracted from WordNet using the most common sense of the word. If SPLIT_FORM does not exist in WordNet, SPLIT_LEMMA is set to the lower-case version of SPLIT_FORM. |
| 8 | PPOSS | INPUT | Predicted POS tags of the split forms. These tags are generated using the same state-of-the-art tagger and cross-validation process as PPOS. |
| 9 | HEAD | OUTPUT | Syntactic head of the current token, which is either a value of ID or zero (’0’). Note that both syntactic and semantic dependencies annotate the split-form tokens. |
| 10 | DEPREL | OUTPUT | Syntactic dependency relation to the HEAD. The syntactic dependency analysis is very similar to that used for the English data sets in the CoNLL 2007 shared task and is further described here. |
| 11 | PRED | OUTPUT | Rolesets of the semantic predicates in this sentence. This includes both nominal and verbal predicates. The split-form tokens that are not semantic predicates must be marked with “_”. We use the same roleset names as the PropBank and NomBank frames. |
| 12+ | ARG | OUTPUT | Columns with argument labels for the each semantic predicate following textual order, i.e., the first column corresponds to the first predicate in PRED, the second column to the second predicate, etc. Note that, because this algorithm uniquely identifies the ID of the corresponding predicate, it is sufficient to store the label of the argument here. The argument labels for verbal predicates follow the PropBank conventions. Labels of arguments to nominal predicates use NomBank conventions. The differences between PropBank and NomBank labels are discussed here. |
Please take a look at the examples page to see some examples of annotated sentences using this format.
The open challenge data (i.e., the *.open files) provides five additional columns for each token:
| Field number | Field name | Status | Description |
|---|---|---|---|
| 1 | CONLL2003 | INPUT | Named entity (NE) labels using the tag set from the CoNLL-2003 shared task (Tjong Kim Sang and De Meulder 2003). |
| 2 | BBN | INPUT | NE labels using the tag set from the BBN Wall Street Journal Entity Corpus. |
| 3 | WNSS | INPUT | WordNet super senses. Columns 1, 2, and 3 are generated using the tagger of Ciaramita and Altun (2006). |
| 4 | MALT_HEAD | INPUT | Head of the syntactic dependencies generated by the MALT parser (Nivre et al 2006). |
| 5 | MALT_DEPREL | INPUT | Label of syntactic dependencies generated by the MALT parser (Nivre et al 2006). |
Note: the above data can be used only by participants in the open challenge!
References
- Ciaramita M. and Altun Y. Broad Coverage Sense Disambiguation and Information Extraction with a Supersense Sequence Tagger. In Proc. of EMNLP, 2006.
- Giménez J. and Márquez L. SVMTool: A general POS tagger generator based on Support Vector Machines. In Proceedings of the 4th International Conference on Language Resources and Evaluation (LREC’04), 2004.
- Nivre J., Hall J., Nilsson J. and Eryigit G. Labeled Pseudo-Projective Dependency Parsing with Support Vector Machines. In Proc. of the CoNLL-X Shared Task, 2006.
- Erik F. Tjong Kim Sang and Fien De Meulder. Introduction to the CoNLL-2003 Shared Task Language-Independent Named Entity Recognition. In Proc. of CoNLL-2003, 2003.


Toggle a class This is getting toggled Change colour Also notice how the status persists across page reloads.


Dear Parents,
Thank you for choosing Our Little Wonderz pre-school as it’s the best environment for your child to learn and grow. By enrolling your child at Our Little Wonderz you have entered into a partnership with us in the development of your child.
We have educational Apps for our little ones to learn and have fun on tabs. We also have communication App to keep you well informed so that you don’t miss any memorable moments of your child.
To download the educational app kindly go to Google Play store and type Our Little Wonderz in search option, the Id will be your Email Id and the password is LW123456. Note educational app works only on Android.
Our communication app called REMIND can be downloaded either from Play Store or Apple Store on IOS. After downloading please contact school admin who will guide you for the rest of the process.
Once again thanking you and wishing you a great academic year ahead.
Regards,
Centre Head
Our Little Wonderz
|


Joseph Sheedy
<EMAIL_ADDRESS>Git repository: https://github.com/UWPCE-PythonCert/Python300-SystemDevelopmentWithPython-Fall-2014
Before we start building extensions, a quick review of building and packaging Python modules with distutils
write a setup.py script
from distutils.core import setup
setup(
name='add',
version='1.0',
description='Test description',
ext_modules=[],
py_modules=['add'],
)
python setup.py build_ext [--inplace]
python setup.py install
To keep focus on the integration tools, we're going to focus on integrating the following add() function into our Python application
#include <stdio.h>
int add(int x, int y) {
return x+y;
}
int main(void) {
int w = 0;
int q = 2;
printf("test\n");
printf("%d", add(w,q));
}
examples/pure-c you'll find a Makefile containing:
all: add; gcc -o add add.c
Now compile it:
% make
And run it:
./add
3 + 2 = 5
Write your function in pure C using the Python API and import it into Python
Further reading
You may need to install a Python dev package on your system through your package manager
Pull in the Python API to your C code via
#include <Python.h>
/*
Note: Since Python may define some pre-processor definitions which affect the standard headers on some systems, you must include Python.h before any standard headers are included.
stdio.h, string.h, errno.h, and stdlib.h are included for you.
*/
Python isn't concerned with the type of arguments passed to a function, but C is
So function arguments must be parsed on the way in and the way out
On the way in, we can call PyArg_ParseTuple to parse the function arguments
if (!PyArg_ParseTuple(args, "s", &var1, ...))
return NULL;
http://docs.python.org/2/c-api/arg.html#PyArg_ParseTuple
On the way out, we can call Py_BuildValue
PyObject* Py_BuildValue(const char *format, ...)
First, register the name and address of your function in the method table
static PyMethodDef AddMethods[] = {
{"add", add, METH_VARARGS, "add two numbers"},
{NULL, NULL, 0, NULL}
};
PyImport_AddModule("add");
Py_InitModule("add", AddMethods);
That second record is a required Sentinel value
http://docs.python.org/2/c-api/structures.html#PyMethodDef
Now you're ready to initialize the Python environment with
Py_SetProgramName(char *name)
Py_Initialize()
#include <Python.h>
static PyObject *
add(PyObject *self, PyObject *args)
{
int x;
int y;
int return_value;
if (!PyArg_ParseTuple(args, "ii", &x, &y))
return NULL;
return_value = x+y;
return Py_BuildValue("i", return_value);
}
static PyMethodDef AddMethods[] = {
{"add", add, METH_VARARGS, "add two numbers"},
{NULL, NULL, 0, NULL}
};
void initadd(void) {
PyImport_AddModule("add");
Py_InitModule("add", AddMethods);
}
int main(int argc, char *argv[]) {
Py_SetProgramName(argv[0]);
Py_Initialize();
initadd();
return 0;
}
Now let's build our module with distutils
Simple compilation details are handled by distutils
python setup.py build_ext --inplace
Or to install into your virtualenv:
python setup.py install
Now you can "import add; add.add(2,4)" from your Python code
Try it now
Try modifying the C code:
Major errors in your C code won't magically turn into Python exceptions
You have to detect error conditions and call the proper functions
there is a global indicator (per thread) of the last error that occurred. Most functions don’t clear this on success, but will set it to indicate the cause of the error on failure.
Most functions also return an error indicator, usually NULL if they are supposed to return a pointer, or -1 if they return an integer (exception: the PyArg_*() functions return 1 for success and 0 for failure)
The easy way to set this indicator is with PyErr_SetString
Find the divide module in the examples/c-api directory
What happens when you call divide.divide(1/0)?
This is a different result than a pure Python 1/0, which throws an exception
Change the divide method to throw an appropriate exception in the divide-by-zero case
Hint: detect the error condition, call PyErr_SetString(PyExc_ZeroDivisionError, "DIVIDE BY ZERO ERROR"), and return NULL
A language agnostic tool for integrating C/C++ code with high level languages
Advantages
Further reading
SWIG doesn't require modification to your C source code
The language interface is defined by an "interface file", usually with a suffix of .i
From there, SWIG can generate interfaces for the languages it supports
The interface file contains ANSI C prototypes and variable declarations
The %module directive defines the name of the module that will be created by SWIG
To create a SWIG wrapper:
python -c 'import add;print add.add(4,5)'
http://www.swig.org/Doc2.0/SWIGDocumentation.html#Introduction_nn5
SWIG will create interfaces for all supported languages
ruby extconf.rb
swig -ruby add.i
make
ruby -I. -e 'require "add"; print Add.add(5,6).to_s + "\n"'
Further reading
A foreign function interface in Python
Binds functions in shared libraries to Python functions
Importing dynamic shared libraries is different on Windows and Unix systems, see https://docs.python.org/2/library/ctypes.html#loading-dynamic-link-libraries
from ctypes import *
add = cdll.LoadLibrary("add.so")
print add.add(3,4)
Further reading
None, integers, longs, byte strings and unicode strings are the only native Python objects that can directly be used as parameters in these function calls.
The rest must be wrapped in a ctypes data type
For instance, floats can be wrapped in c_double() before handing off to ctypes
printf("An int %d, a double %f\n", 1234, c_double(3.14))
You can allow your own classes to be passed to ctypes via the _as_parameter_ instance variable, as long as they can be resolved to an integer or string.
class MyObject(object):
def __init__(self, number):
self._as_parameter_ = number
obj = MyObject(32)
printf("object value: %d\n", obj)
http://docs.python.org/2/library/ctypes.html#fundamental-data-types
Passing Python objects into C functions
If a function expects a pointer, just wrap your Python object in byref(x)
a_lib.a_function( ctypes.byref(c_float(x)))
http://docs.python.org/2/library/ctypes.html#passing-pointers-or-passing-parameters-by-reference
For callback functions, use a factory that returns function prototypes:
ctypes.CFUNCTYPE(restype, *argtypes, use_errno=False, use_last_error=False)
See examples/ctypes/pointers.py and examples/ctypes/ctypes_test.py
http://docs.python.org/2/library/ctypes.html#ctypes.CFUNCTYPE
You can define C structs by subclassing ctypes.Structure:
class POINT(ctypes.Structure):
_fields_ = [("x", ctypes.c_int),
("y", ctypes.c_int)]
point = POINT(10, 20)
print point.x, point.y
point = POINT(y=5)
print point.x, point.y
ctypes allows you to call shared libraries:
Supports almost all of C:
Upside:
Downsides:
In examples/ctypes you’ll find add.c
You can build a shared lib with it with make
ctypes_test.py will call that shared library, and a few system library functions.
Take a look at what’s there, and how it works.
add another function, divide, to add.c, that accepts and returns floats
rebuild, and call it with ctypes
Cython code is Python with a few extra keywords
Allows definition of static types
Cython compiles down to Python extensions written in C
To type a variable, just add the cdef keyword:
def add(int x, int y):
cdef int result=0
result = x + y
return result
The allowed types are defined here
Further reading
first, install cython with "pip install cython"
Cython files end in the .pyx extension
Cython functions can be declared two ways:
Once your .pyx file is created, it is converted to C via
cython cy_add.pyx
Generate "annoted" C code in HTML
cython -a cy_add.pyx
Building your Python extension with distutils is similar to before, but use 'cythonize'
from distutils.core import setup
from Cython.Build import cythonize
setup(name = "cython_example",
ext_modules = cythonize(['cy_add1.pyx',])
)
Then you're ready to build:
python setup.py build_ext [--inplace]
See examples/cython/setup.py
cdef int i
def double dx
Now i and dx are statically typed. Do this for variables which are heavily used and profiling has shown you that they are expensive.
Typing everything in sight will not necessarily improve performance. It may even harm it, as there may be unnecessary type checks or conversions
Consider a more expensive numerical integration function
def f(x):
return x**2
def integrate(f, a, b, N):
s = 0
dx = (b-a)/N
for i in range(N):
s += f(a+i*dx)
return s * dx
For example, integrating this function from 0 to 10 results in 333.333...
This is a good candidate for Cython – an essentially static function called a lot.
http://www.wolframalpha.com/input/?i=integrate+x**2+from+0+to+10
Find the integrate code in examples/cython/integrate
Build it as usual and test with integrate_main.py
You can tell Cython about external functions you want to call with 'cdef extern':
# distutils: sources = add.c
# This tells cythonize that you need that c file.
# telling cython what the function we want to call looks like.
cdef extern from "add.h":
# pull in C add function, renaming to c_add for Cython
int c_add "add" (int x, int y)
def add(x, y):
# now that cython knows about it -- we can just call it.
return c_add(x, y)
There are several other ways to work with C code. We'll say a passing hello to them.
http://wiki.python.org/moin/Pyrex
Superceded by Cython
Cython-based, NumPy-aware automatic wrapper generation for C / C++
Currently, xdress may generate Python bindings (via Cython) for C++ classes and functions and in-memory wrappers for C++ standard library containers (sets, vectors, maps). In the future, other tools and bindings will be supported.
http://www.boost.org/doc/libs/1_41_0/libs/python/doc/index.html
A C++ library which interfaces Python and C++
Wraps C++ functions in BOOST wrappers, compiled with your regular C++ compiler
https://code.google.com/p/shedskin/
A pure python compiler that makes type assumptions based on type inference
Experimental, but growing
http://wiki.python.org/moin/IntegratingPythonWithOtherLanguages
Are you calling a few system library calls? - ctypes
Want your code to be included in the standard CPython library? - CPython API
Do you have a really big library to wrap?
use a wrapper generator: - SWIG, XDress, ..
Are you writing extensions from scratch? - Cython
Using C++ or Boost already? - Boost-Python
Do you want a “thick” wrapper around a C/C++ lib - Cython
Want some easy speed and can use an alternative interpreter? - try http://pypy.org
/


|
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java.lang.Object org.jgentleframework.integration.remoting.RemoteAbstractBinder org.jgentleframework.integration.remoting.rmi.support.RmiAbstractBinder org.jgentleframework.integration.remoting.rmi.support.RmiBinderImpl
public class RmiBinderImpl
Thực thi khởi tạo một RMI Binder
, chịu trách nhiệm khởi tạo
stub
, kết nối đến registry
, thực thi các
invocation
đến remote service
. Đồng thời cũng chịu
trách nhiệm wrapping
các exception
được ném ra bởi
cơ chế remote
của RMI, thực thi các xử lý thích hợp với
từng exception
trước khi trao hẳn quyền xử lý
exception
về phía client
.
| Constructor Summary | |
|---|---|
RmiBinderImpl()
|
|
RmiBinderImpl(java.lang.String serviceName,
java.lang.String registryHost,
int registryPort,
boolean refreshStubOnConnectFailure,
boolean lookupStubOnStartup,
boolean cacheStub,
java.rmi.server.RMIClientSocketFactory registryClientSocketFactory)
Constructor. |
| Method Summary | |
|---|---|
void |
activate()
Invoked by the container after it has set all bean properties supplied (and satisfied ProviderAware and DefinitionAware ). |
java.rmi.server.RMIClientSocketFactory |
getRegistryClientSocketFactory()
Gets the registry client socket factory. |
java.lang.String |
getRegistryHost()
Gets the registry host. |
int |
getRegistryPort()
Gets the registry port. |
java.lang.String |
getServiceName()
Gets the service name. |
boolean |
isCacheStub()
Checks if is cache stub. |
boolean |
isLookupStubOnStartup()
Checks if is lookup stub on startup. |
boolean |
isRefreshStubOnConnectFailure()
Checks if is refresh stub on connect failure. |
void |
setCacheStub(boolean cacheStub)
Sets the cache stub. |
void |
setLookupStubOnStartup(boolean lookupStubOnStartup)
Sets the lookup stub on startup. |
void |
setRefreshStubOnConnectFailure(boolean refreshStubOnConnectFailure)
Sets the refresh stub on connect failure. |
void |
setRegistryClientSocketFactory(java.rmi.server.RMIClientSocketFactory registryClientSocketFactory)
Sets the registry client socket factory. |
void |
setRegistryHost(java.lang.String registryHost)
Sets the registry host. |
void |
setRegistryPort(int registryPort)
Sets the registry port. |
void |
setServiceName(java.lang.String serviceName)
Sets the service name. |
| Methods inherited from class org.jgentleframework.integration.remoting.rmi.support.RmiAbstractBinder |
|---|
getStub, invoke, isConnectFailure, prepare, refreshStubAndRetryInvocation |
| Methods inherited from class org.jgentleframework.integration.remoting.RemoteAbstractBinder |
|---|
getServiceInterface, setServiceInterface |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Methods inherited from interface org.jgentleframework.integration.remoting.rmi.support.RmiBinder |
|---|
getServiceInterface, getStub, invoke, isConnectFailure, refreshStubAndRetryInvocation, setServiceInterface |
| Constructor Detail |
|---|
public RmiBinderImpl(java.lang.String serviceName, java.lang.String registryHost, int registryPort, boolean refreshStubOnConnectFailure, boolean lookupStubOnStartup, boolean cacheStub, java.rmi.server.RMIClientSocketFactory registryClientSocketFactory)
serviceName
- the service nameregistryHost
- the registry hostregistryPort
- the registry portrefreshStubOnConnectFailure
- the refresh stub on connect failurelookupStubOnStartup
- the lookup stub on startupcacheStub
- the cache stubregistryClientSocketFactory
- the registry client socket factorypublic RmiBinderImpl()
| Method Detail |
|---|
public void activate()
Initializing
ProviderAware
and DefinitionAware
). This
method allows the bean instance to perform initialization only possible
when all bean properties have been set.
activate
in interface Initializing
public java.rmi.server.RMIClientSocketFactory getRegistryClientSocketFactory()
RmiBinder
getRegistryClientSocketFactory
in interface RmiBinder
public java.lang.String getRegistryHost()
RmiBinder
getRegistryHost
in interface RmiBinder
public int getRegistryPort()
RmiBinder
getRegistryPort
in interface RmiBinder
public java.lang.String getServiceName()
RmiBinder
getServiceName
in interface RmiBinder
public boolean isCacheStub()
RmiBinder
isCacheStub
in interface RmiBinder
public boolean isLookupStubOnStartup()
RmiBinder
isLookupStubOnStartup
in interface RmiBinder
public boolean isRefreshStubOnConnectFailure()
RmiBinder
isRefreshStubOnConnectFailure
in interface RmiBinder
public void setCacheStub(boolean cacheStub)
RmiBinder
setCacheStub
in interface RmiBinder
cacheStub
- the cache stubpublic void setLookupStubOnStartup(boolean lookupStubOnStartup)
RmiBinder
setLookupStubOnStartup
in interface RmiBinder
lookupStubOnStartup
- the lookup stub on startuppublic void setRefreshStubOnConnectFailure(boolean refreshStubOnConnectFailure)
RmiBinder
setRefreshStubOnConnectFailure
in interface RmiBinder
refreshStubOnConnectFailure
- the refresh stub on connect failurepublic void setRegistryClientSocketFactory(java.rmi.server.RMIClientSocketFactory registryClientSocketFactory)
RmiBinder
setRegistryClientSocketFactory
in interface RmiBinder
registryClientSocketFactory
- the registry client socket factorypublic void setRegistryHost(java.lang.String registryHost)
RmiBinder
setRegistryHost
in interface RmiBinder
registryHost
- the registry hostpublic void setRegistryPort(int registryPort)
RmiBinder
setRegistryPort
in interface RmiBinder
registryPort
- the registry portpublic void setServiceName(java.lang.String serviceName)
RmiBinder
setServiceName
in interface RmiBinder
serviceName
- the service name
|
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At the dawn of the new century nebulous megacorps have replaced old governments.
But the streets of NeoCity are home to the underdogs: Street Runners, Data Brokers, Tech Mages, ... Will you join their fight?
We're working hard to finish a demo of the game! Sign up for updates using the form below!


The Utopian Tree goes through 2 cycles of growth every year. Each spring, it doubles in height. Each summer, its height increases by 1 meter.
Laura plants a Utopian Tree sapling with a height of 1 meter at the onset of spring. How tall will her tree be after $N$ growth cycles?
Input Format
The first line contains an integer, $T$, the number of test cases.
$T$ subsequent lines each contain an integer, $N$, denoting the number of cycles for that test case.
Constraints
$1 \le T \le 10$
$0 \le N \le 60$
Output Format
For each test case, print the height of the Utopian Tree after $N$ cycles. Each height must be printed on a new line.
Sample Input
3
0
1
4
Sample Output
1
2
7
Explanation
There are 3 test cases.
In the first case ($N = 0$), the initial height ($H = 1$) of the tree remains unchanged.
In the second case ($N = 1$), the tree doubles in height and is $2$ meters tall after the spring cycle.
In the third case ($N = 4$), the tree doubles its height in spring ($H = 2$), then grows a meter in summer ($H = 3$), then doubles after the next spring ($H = 6$), and grows another meter after summer ($H = 7$). Thus, at the end of 4 cycles, its height is $7$ meters.


It is estimated that service workers lose $5.8 billion in tips
annually. Research on workers in three large U.S. cities (Chicago,
Los Angeles, and New York) finds that 12 percent of tipped workers
had tips stolen by their employer or supervisor. Service industry
workers, especially those that work in restaurants and bars, are
much more likely to suffer minimum wage violations—meaning that they
receive less than the applicable minimum wage—than workers in other
industries.
In the United States, the majority of servers rely on tip to pay
their bills. It is absurd to think that the hard-earned tip money
from customers won't go to the servers. All of this is because they
can’t tip their servers directly. We understand the frustration, and
we’re here to change that.
In a nutshell, Tipsease lets everyone tip their servers directly. As a
customer, once logged in, you will be able to search and tip servers
using their name, the restaurant they work at, etc. Our website is easy to use and navigate to ensure the smoothest experience for our users. And the most
important thing: 100% of your tips go towards the server.
If you're a server, please don't hesitate to create an account! Having a profile on Tipsease is not just about
receiving your tips, but also helping your exposure and maintaining
a good relationship with the customers. It's a
win-win! Sign up now to become the change to our service industry.


#set( $symbol_pound = '#' ) #set( $symbol_dollar = '$' ) #set( $symbol_escape = '\' )
Your id seems to be: ${symbol_dollar}{id}


public class DragConnectorTool
extends java.lang.Object
| Constructor and Description |
|---|
DragConnectorTool(NodeGraph nodeGraph)
Construct the drag connection tool.
|
| Modifier and Type | Method and Description |
|---|---|
void |
makeConnection()
Make the connection if source and target are available.
|
void |
paintConnector(java.awt.Graphics2D g2)
Paint the Connector Line.
|
void |
reset()
Reset the tool to it's initial state.
|
boolean |
setSource(MouseFocus mf)
Set the source for the drag connector tool.
|
void |
update(MouseFocus mf,
float x,
float y)
Update the Drag Connector Tool.
|
void |
updateCurve(float x,
float y)
Update the display curve
|
public DragConnectorTool(NodeGraph nodeGraph)
nodeGraph
- Reference to the NodeGraph.public final void reset()
public boolean setSource(MouseFocus mf)
mf
- The MouseFocus object from the mouse press event.public void update(MouseFocus mf, float x, float y)
mf
- MouseFOucs object.x
- Current x value of the mouse.y
- Current y value of the mouse.public void makeConnection()
public void updateCurve(float x, float y)
x
- Current x value of curve target.y
- Current y value of curve target.public void paintConnector(java.awt.Graphics2D g2)
g2
- Graphics object to paint to.


Accused:
😟 {{gPlayer.number}}: {{gPlayer.name}}
— {{gPlayer.role}}
()
{{countdown | minuteSecond}}
game?.tiebreakerVoted[0]?.length}">Guilty
()
Not guilty
()
🤭
😎
☠
{{gPlayer.name}}
(moderator)
— {{gPlayer.role}}
()
{{countdown | minuteSecond}}
Wait till the players discuss and nominate suspects.
Give guilty a chance to stay last word
Guests ({{guests.length}}):
{{gPlayer.name}}(moderator){{isLast ? '' : ', '}}


{% extends "layouts/layout.html" %} {% import 'macros/form.html' as field %} {% block title %}Register{% endblock %} {% block header_primary %} {% with title='Back', historyBased=True, jsOnly=True %} {% include 'includes/back_link.html' %} {% endwith %} {% endblock %} {% block body %}
Due to the information this service reveals, we ask people to create an account with us.
If you have any problems creating an account, you can contact HM Land Registry.


{% extends "base.html" %} {% block title %}Account settings |{% endblock %} {% block nav_li_class_account %} class="current"{% endblock %} {% block js %} {% endblock %} {% block header%}
{% if ocount %}You have {{ ocount }} OpenID{{ ocount|pluralize }} associated with your account. Manage your OpenID{{ ocount|pluralize }}{% else %}If you have an OpenID, you can associate it with your account. This will allow you to log in using your OpenID instead of your password.{% endif %}
{% endwith %}


| POS_helpers | index /Users/ryangiarusso/PycharmProjects/CS2720-SE/Flask-App/POS_helpers.py |
File : POS_helpers.py
Author: Ethan Morisette
Created : 3/15/2016 (Last Modified: 4/18/2016)
Purpose : This is the file with helper functions for the POS Application.
| Functions | ||
|
| Data | ||
| MAXYEAR = 9999 MINYEAR = 1 abort = <werkzeug.exceptions.Aborter object> app = <Flask 'app'> appcontext_popped = <blinker.base.NamedSignal object at 0x1035afdd8; 'appcontext-popped'> appcontext_pushed = <blinker.base.NamedSignal object at 0x1035af278; 'appcontext-pushed'> appcontext_tearing_down = <blinker.base.NamedSignal object at 0x1035af240; 'appcontext-tearing-down'> bcrypt = <flask_bcrypt.Bcrypt object> current_app = <LocalProxy unbound> current_user = None datetime_CAPI = <capsule object "datetime.datetime_CAPI"> db = <SQLAlchemy engine='sqlite:///items.db'> error = None g = <LocalProxy unbound> got_request_exception = <blinker.base.NamedSignal object at 0x1035af208; 'got-request-exception'> json_available = True login_manager = <helper.LoginManager object> message_flashed = <blinker.base.NamedSignal object at 0x1035af438; 'message-flashed'> request = <LocalProxy unbound> request_finished = <blinker.base.NamedSignal object at 0x1035af0b8; 'request-finished'> request_started = <blinker.base.NamedSignal object at 0x1035af048; 'request-started'> request_tearing_down = <blinker.base.NamedSignal object at 0x1035af1d0; 'request-tearing-down'> session = <LocalProxy unbound> signals_available = True template_rendered = <blinker.base.NamedSignal object at 0x1035aaf98; 'template-rendered'> |


I am an Experienced IT professional with expertise in full software development cycle . Skilled in handling multiple projects in software architecture, object-oriented programming, desigining & prototyping. Ex-marketer with valuable experience in brand management, corporate relations, team leadership, communication and digital marketing.
My extensive background gives me the advantage to know how to manage complex projects and teams, design and deploy user-friendly products, build rapport and communicate effectively while delivering value to the company.


PKCS1 Interface for Security Camp Hokkaido
Modulus: (Hex Format)
Public Exponent: (Decimal Format)
Resolved Prime: (Hex Format)


EtherSecurityLookup
Report a domain
Fake Twitter Account Warning
Last Updated:
N/A
Whitelisted Accounts:
0
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Last Updated:
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Blacklisted Domains:
0


Conway's Game of Life, in Javascript
the rules, and how to use this
generation:
framerate:
fps
Rows:
Columns:
about this implementation


Remote Shell
By
SPLIT VICE
Dark mode
Direct actions
Turn off PC
Restart PC
Play La Cachona
Terminal instructions sending
Send terminal instructions
Clear
Remote Shell - By SPLIT VICE


Statistics
Stats as of 9/10/20
| Currency | Ticker | Market Cap | Volume (24hrs) | Coinbase Popularity | Avg Hold Time (days) | Short Description |
|---|---|---|---|---|---|---|
| Bitcoin | BTC | $190.0bn | $36.9bn | 1 | 92 | - |
| Ethereum | ETH | $40.8bn | $26.9bn | 2 | 102 | Decentralized Computing |
| Litecoin | LTC | $3.2bn | $2.0mm | 3 | 130 | Faster than Bitcoin |
| XRP | XRP | $10.9bn | $1.4bn | 4 | 83 | for Ripple payment network |
| Bitcoin Cash | BCH | $4.2bn | $1.9bn | 5 | 79 | Bitcoin Fork |
| Stellar Lumens | XLM | $1.7bn | $161.9mm | 6 | 34 | Open network for moving money |
| EOS | EOS | $2.6bn | $2.1bn | 7 | 8 | Applications |
| Chainlink | LINK | $4.3bn | - | 8 | 30 | Ethereum Oracle |
| Tezos | XTZ | $1.9bn | $203.2mm | 9 | 43 | A secure, upgradeable cryptocurrency |
| 0x | ZRX | $340.6mm | $46.7mm | 10 | 102 | - |
| Basic Attention Token | BAT | $387.4mm | $137.8mm | 11 | 23 | - |
| OMG Network | OMG | $534.9mm | $280.6mm | 12 | 106 | value transfer network for Ethereum |
| Ethereum Classic | ETC | $668.8bn | $918.7mm | 14 | 96 | Code is Law |
| Compound | COMP | $443.2mm | $106.0mm | 15 | 3 | Interest bearing |
| Dai | DAI | $447.7mm | $92.2mm | 16 | 6 | Decentralized stablecoin |
| Kyber Network | KNC | $239.4bn | $46.7mm | 17 | 15 | Exchanging Tokens |
| USD Coin | USDC | $1.8bn | $462.5mm | 18 | 15 | Coinbase’s stablecoin |
| Celo | CGLD | $381.1mm | - | 19 | 1 | Digital Payments |
| Zcash | ZEC | $622.2mm | $6.0bn | 20 | 38 | privacy-protecting cryptocurrency |
| Algorand | ALGO | $440.4mm | $264.5mm | 21 | 13 | Proof-of-Stake |
| Cosmos | ATOM | $1.1bn | $364.4mm | 22 | 12 | - |
| Augur | REP | $187.4mm | $11.mm | 23 | 17 | Prediction Markets |
| Dash | DASH | $735.7mm | $6.7bn | 24 | 24 | Optimized for speed |
| Band Protocol | BAND | $184.9mm | $185.1mm | 25 | 7 | Oracle Platform |
| Numeraire | NMR | $109.9mm | $3.8mm | 26 | 7 | Ethereum Token for a Numerai HF |
| Maker | MKR | $531mm | $51.3mm | 27 | 12 | Related to DAI |
| UMA | UMA | $925.6mm | $26.4mm | 32 | 1 | ETH token for synthetic assets |
| REPv2 | REPV2 | $181.9mm | $12.4mm | - | - | Augur’s Reputation token |
Full Descriptions
USD Coin
USD Coin (USDC) is a stablecoin fully backed by the US dollar and developed by the CENTRE consortium. Coinbase customers with US dollar accounts may exchange 1 USDC for US$1.00 (and vice versa) on Coinbase in jurisdictions where USDC support is available. The graph above reflects USDC’s current and historical redemption value of US$1.00, which may not match the price of USDC on other exchanges. USDC is an Ethereum token and is the only fiat-backed stablecoin currently supported by Coinbase.
0x
A protocol for decentralized exchange
Algorand
Algorand is a cryptocurrency and blockchain protocol that aims to be simultaneously scalable, secure, and decentralized. It uses a consensus algorithm called pure proof-of-stake.
Augur
Augur’s Reputation token (REP) is an Ethereum token designed for reporting and disputing the outcome of events on online prediction markets. Reporters are rewarded for reporting the outcome of events correctly.
Band Protocol
Band is a cryptocurrency that describes itself as “a cross-chain data oracle platform that aggregates and connects real-world data and APIs to smart contracts.” Band allows blockchains to access data, such as stock prices and weather, that are available via API. Note: Coinbase only supports the Band token running on Ethereum (ERC-20).
Basic Attention Protocol
A new way to browse the web
Bitcoin
The world’s first cryptocurrency, Bitcoin is stored and exchanged securely on the internet through a digital ledger known as a blockchain. Bitcoins are divisible into smaller units known as satoshis — each satoshi is worth 0.00000001 bitcoin.
Bitcoin Cash
Bitcoin Cash is a fork of Bitcoin that seeks to add more transaction capacity to the network in order to be useful for everyday transactions.
Ethereum
Ethereum is both a cryptocurrency and a decentralized computing platform. Developers can use the platform to create decentralized applications and issue new crypto assets, known as Ethereum tokens.
Ethereum Classic
Ethereum Classic is a cryptocurrency with a special focus on immutability, popularly expressed as “code is law.”


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THE DOORS A film review by Sandy Grossmann Copyright 1991 by Sandra J. Grossmann
Cast: Val Kilmer, Meg Ryan, Kyle MacLachlan, Frank Whaley, Kevin Dillon Director: Oliver Stone Screenplay: Jay Randal Johnson and Oliver Stone
Synopsis: A brilliant, eerie, difficult-to-watch recreation of Jim Morrison's inexorable dance toward death. Stone's work is mature and restrained, and Kilmer is outstanding. Worth seeing at full price on a big screen, but remember to bring ear plugs: the sound will probably be way too loud.
"The show is about to begin." We look around at the audience, my husband and I, wondering how many people in the theatre were old enough to form sentences when Morrison died. Half? Less than half? Will the young ones get it or will they be mesmerized?
By now you've probably seen pictures of Kilmer-as-Morrison. It's uncanny. Tumbled locks of hair, slightly parted lips, the eyes bemused... What was there about that face, about Morrison? Like Rudolf Valentino, he had a femininity that attracted females. Like James Dean, he had a rebellious streak that attracted males. And like Janis Joplin, he had a self-destructive urge that attracted and repelled would-be saviors.
THE DOORS is a disturbing film. A relentless soundtrack, visually skewed images, warped colors, and shamanistic shapes combine into an assault on the senses. Fascinated, we watch. Just as his fans did. Like moths drawn to a bonfire.
Who lit the fire that consumed Morrison? Was it his fans? His band? His girlfriend? His parents? His own visions? Was he an overrated rock star? An underrated poet? Stone's film is like a documentary: scene after scene replayed, vaguely familiar. We want to hear Morrison explain what happened to him, but he doesn't. We want to turn him away from that bathtub in Paris, but we can't. Morrison is beautiful and he is hateful. He gives his soul to his fans and he attacks his friends. He is naive and innocent one moment, brutal and pretentious the next.
This film is about excesses and pushing past limits. In a sense, the 60's were about that, too. Break the old boundaries: they no longer apply. They were our parents' rules, but we are free of their restrictions. We can do anything.
The limits, though, weren't the problem. Morrison and drugs and death weren't the solution.
It is said that every generation must define meaning for itself, and fortunately, most of us survive the experience, even if we fail the test. Perhaps we use our leaders as scouts, cheering them as they blaze the trail. We follow much later, if at all. In Morrison's case, well, we watched Icarus fall from the sky, his wings melted. He plunges into the sea -- in this case, a bathtub, in Paris, in 1971.
The closing scene is at Pere Lachaise, a cemetery in Paris. We see the quiet graves of Chopin, Berlioz, Moliere. The last shot is of Morrison's grave, graffiti-strewn and candlelit. It's an unquiet grave, anointed by the adoration of fans who still worship his self-consuming fire.
Yet some have learned the lesson. Will this film renew the lesson or renew the blind passion? To his credit, Stone doesn't hit us in the face with A Message. He sends us clippings instead and forces us to tie the pieces together. He turns the camera on Morrison/Kilmer, frequently showing us Kilmer's back so that we are, literally, following Morrison to his death.
Kilmer is magnificent. He speaks pure babble as if it were Shakespeare and he absolutely commands a crowd even when he can't focus on it. (Kilmer wore black contact lenses to make his pupils look dilated. The lenses had the added effect of screwing up his equilibrium.) All of the concert shots feature Kilmer's vocals, which means that he not only looks and acts like Morrison, he sounds like him, too.
Kilmer is so good that the original band members had trouble distinguishing some of the cuts Val sings from ones sung by Jim. When viewing some of the footage, guitarist Robby Krieger said, "I'm really glad that we finally got 'The End.' We never got a recording of that live with Jim. Now we've got it." Kilmer has recreated Morrison. It's eerie. Frightening, like a voice from the grave. I ask again: will the young ones get it or will they be mesmerized?
The camera, you see, is in love with Morrison/Kilmer--it can't resist him, and neither can the audience. Morrison's dazed eyes have come back to haunt another generation. Let's hope this generation knows a dead-end when they see one.
Sandy Grossmann<EMAIL_ADDRESS>.
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I guess this question must have been pondering to almost every internet users. Housing.com’s Rahul Yadav has been in news for few months and I’ve been following his each update. I was curious to know how come his company worth in Millions,
“ek Website hi to hai, bas isi se itna paisa?”I did a few researches and concluded with the following, let’s start with the websites first:
How Do Websites Make Money?
People make a respectable living simply from websites by writing about topics that interest them. The first thing that comes on the way is the Traffic..Traffic
Traffic is the most important part of any website revenue strategy. Without traffic, your website could have the best content in the world that nobody knows about. Traffic in simple terms refers to the number of visitors a website receives. Now once a have a website is created, how do you generate traffic to your website? Although there are numerous effective methods, the most popular traffic generation methods include: 1. Search Engine Optimization (SEO) SEO refers to optimizing your website for major search engines such as Google, Yahoo. To earn revenue from website, one needs to tailor his website to search engines. This allows readers to find content amidst thousands or even millions of other websites. 2. Social Media Social Media is a powerful tool which allows you to advertise your Website free of cost.
Now Comes Making Money from All This Traffic
Once there is traffic to your website, you can actually begin to make money. Advertising is by far the best way to generate revenue from your website. Some advertising campaigns pay you just for the number of visitors coming to your site while others require that the visitor perform some action (such as make a purchase or click on a link) for you to get paid. Most web services plan to make money by the following:- Google AdSense - As the biggest name in search engines, Google is a great place to start earning money from your website. The AdSense campaign is free to join and places advertisements on your website based on the type of content you provide.For instance, if you own a website about Food, Google AdSense will automatically place ads related to Food. When users click on these links, you are paid. This is known as a pay-per-click or PPC campaign. Although the amount you get paid for each click may only be a few cents, if you have a large amount of traffic coming to your website, these clicks quickly add up to a respectable pay check. Other alternatives of Google AdSense includes: Media.net, Chitika, Clicksor, Bidvertiser, Kontera
- Freemium model – sell a free product and plan to convert some of them to a paid plan.
- Limited period promotion – Start with the free product for a promotional initial period and plan to charge it later. For instance, 37 Signals provides free 30 day trial offer for most products and then charge if you use later. This is a tough thing to master these days.
- Affiliate marketing – Affiliate Marketing refers to referring a product or link on your website and earning a commission, similar to the way some people are earing mobile recharge by referring android applications to other users.
- Selling visitors information -You visited a e-commerce website and then you notice similar or same products which you just saw are seen to you in advertisements over the web. This is the way most ’free’ services make money is not by selling advertising. What they sell is access to you, and information about you to advertisers, marketers and researchers, and others. Your information is the commodity that drives the internet economy. It is collected through your online actions and the information you share.
- Targeted advertising model – Know as much as possible about the user and bring targeted ads. Eg. Facebook and Google.
- Sponsorship model – If your service indirectly helps the government and/or major organizations, you could ask them to sponsor your service.
- Wikipedia model - You could get donations from your users. Many wordpress plugins, open source tools, and Wikipedia do this. This could be the future of newspapers.
- Open Source Model - Sell the product for free and plan to make money on support, customization, and installation. Most open source software follows this model.
- Usage charge model - This is related to the freemium model. Give the product free for low usage, but charge when the user is exceeding the free limits (many storage applications such as Dropbox fall under this).
Now Comes,
How does WhatsApp make money
Whatsapp founder Jan is an immigrant from Ukraine and faced a common problem what most immigrants face, not being connected with near and dear ones distance apart. Whatsapp was built to solve this very problem. Its customer segment was very clear - Friends, family staying distance apart who have smart phones with internet connection. Let's look at their business model:- Basic Strategy: Whatsapp allows it’s user to enjoy the services for free for first year. However, after that it charges $0.99 for continued service. But till date, I have not heard of a single person who has paid for this service. Interestingly, it tends to extend the free service period every time a user reaches close to the expiry date. However Apple users are charged $0.99 for yearly subscription and download.
- Cost Structure: With mere 32 engineers they are supporting 450mn active users which means approximately 14mn users per engineer, and 99.99% uptime. Thats an outstanding lean operation I must say.
- Investments: Sequoia Capital invested around $8 million in the company, and many other investors are interested in investing in the venture. In India, Reliance Communications has teamed up with WhatsApp for providing a unique scheme for Reliance's prepaid users -- a WhatsApp Plan. So, WhatsApp is making money by tie-ups with popular telecom companies as well.
- Curbing the cost of production WhatsApp employs a handful of engineers (<50) who work in the application development. The rest of the staff is basically for the customer support.
- Limited Budget: WhatsApp saves its money by avoiding any expenses incurred on print, audio visual advertisement for promotion of the application. They have kept tight budgets, and do not spend a penny on advertisements.
- Less maintenance cost on the web-site There's hardly any extra piece of information on the website.Their website is worth only a few dollars. So, there are less maintenance costs as well. This means that they save a lot of running funds.
- Users Information: According to our speculation, the revenue generation for Whatsapp is primarily through database management. Our conversations reflect our interests, likes, dislikes and majorly depicts our preferences. With such extensive information available on Whatsapp backups, the big companies are willing to pay handsome amounts for information extraction.