This is the data that will be submitted with HTML form.
This is the original input HTML.
{{ example_textarea | escape}}
This is the JavaScript source that was used to initialize this demo instance of TextExt.
{{ example_script | replace:" "," " | escape }}


{% from "entities.html" import render_entities, render_entities_header, render_entities_footer with context %} {% extends "layout.html" %} {% block title %} {{title}} {% endblock %} {% macro render_groups_full(groups) %} {{render_entities_header()}} {% for entities in groups %} {% if loop.index != 1 %}


You are about to rename the object class "{{ oldName }}" into "{{ newName }}". This may cause containers to lose their object class if they are referencing to "{{ oldName }}". Do you want to keep the old object class for backwards compatibility?


Select Your Education Institute
Heriot-Watt University
The University of Edinburgh
Edinburgh Napier University


24
1 Balaam now realized that Yahweh wanted to bless the Israelite people, not curse them. So he did not use magic like a shaman would do to find out what Yahweh wanted, as he often did. Instead, he turned toward the desert.
2 He saw the Israelite people camped there in their tents, with each tribe gathered in one group. Then the Spirit of God came upon him,
3 and this is the prophetic message that he gave to Balak:
"I, Balaam son of Beor, am giving this prophecy.
This prophecy that I speak is as a man who sees what will happen in the future clearly speaks.
4 I hear this message from God.
I see a vision from the one who is all-powerful.

The places where you live are lovely!
6 Your tents are spread out in front of me like groves of palm trees in valleys,
like gardens alongside a river.
They are like strong aloe trees that Yahweh has planted,
like strong cedar trees that grow along the rivers.
7 Your water buckets will always be full.
The seeds that you plant will always have plenty of water to make them grow.
The Israelites' king will be greater than King Agag.
The kingdom that he rules will be honored.
8 God brought them out of Egypt,
leading them along with his great power like a wild ox.
God devastates all the nations that oppose him.
He breaks all those people's bones into pieces,
and shoots them with his arrows.
9 The Israelites are like lions that crouch and lie down, ready to spring on their prey,
like lionesses that are resting.
No one would dare to arouse them!

10 Then King Balak was extremely angry with Balaam. He showed with his hands that he was very angry, and he shouted, saying, "I summoned you here to curse my enemies! Instead, you have blessed them three times!
11 So now, get out of here!  I said that I would pay you a lot of money if you cursed them, but Yahweh has prevented you from getting any pay!"
12 Balaam said to Balak, "Do you not remember what I told the messengers that you sent to me? I said,
13 'Even if Balak would give me a palace filled with silver and gold, I would not disobey Yahweh. I cannot do anything bad or anything that is good that he does not approve of.' And I told you that I could say only what Yahweh says to me.
14 So yes, I will return to my people, but first, allow me to tell you what will happen to you Moab people in the future."
15 Then Balaam said this to Balak:
"I, Balaam, son of Beor, am again giving a prophecy.
This prophecy that I speak is again as a man who sees what will happen in the future clearly speaks.
16 I hear a message from God;
I know things that God, who lives in heaven, has revealed to me.
I see a vision from the one who is all-powerful.
My eyes are open as I prostrate myself in front of him.
17 The things that I see in the vision are not going to happen now.
I see things that God will cause to happen in the future.

The Israelite people will be victorious.
19 A ruler will come who is a descendant of Jacob.
He will get rid of the people who still live in the city where Balaam first met Balak."
20 Then Balaam looked out over where the Amalek people group lived, and he prophesied this,
"The Amalek people group were the greatest nation,
but they will be wiped out."
21 Then he looked out over the area where the Kenite people group lived, and he prophesied this,
"You think that the place where you live is secure
like a nest that is made in the cliffs,
22 but you will be wiped out
when the army of Assyria conquers you."
23 Balaam ended his prophecies by saying,
"Also, who can survive when God does all these things?
24 Ships will come from the Island of Cyprus ,
and the men in those ships will defeat the armies of Assyria and Eber.
But God will get rid of those men, too."
25 Then Balaam and Balak returned to their homes.


This object implements an n-gram language model.
Public Methods
-
void readARPA( FILE* arpa_fd )
- Creates a language model from an ARPA format file.
Public Members
-
Creates the language model.
-
Calculates the language model probability (with backoff) of the word
-
Calculates the language model probability (with backoff) of 'next_word'
-
given the previous word sequence stored in the hypothesis pointed to
-
Creates a language model from an Noway binary LM format file.
Documentation
This object implements an n-gram language model. The n-gram data structures
are encapsulated in the ngram member variable (see LMNGram class). Methods
are provided to read a LM file in ARPA format or in Noway binary format.
A method is provided to calculate a LM prob (with backoff) for a given
sequence of words.
- Creates the language model.
- Creates the language model.
- Calculates the language model probability (with backoff) of the word
- Calculates the language model probability (with backoff) of the word
- Calculates the language model probability (with backoff) of 'next_word'
- Calculates the language model probability (with backoff) of 'next_word'
- given the previous word sequence stored in the hypothesis pointed to
- given the previous word sequence stored in the hypothesis pointed to
- void readARPA( FILE* arpa_fd )
- Creates a language model from an ARPA format file. Internal function.
- Creates a language model from an Noway binary LM format file.
- Creates a language model from an Noway binary LM format file. Internal function.
- This class has no child classes.
- Author:
- Darren Moore<EMAIL_ADDRESS>Alphabetic index HTML hierarchy of classes or Java
This page was generated with the help of DOC++.


-
What is the Glossary
- 2FA
- Access Levels
- Active Directory (AD)
- Agile
- Application Lifecycle Management (ALM)
- Artifactory
- Artifacts
- Atlassian
- Audit Log
- Auto Defined User Group
- Bamboo
- Basic Subscription
- Bitbucket
- Branch
- Branded Login
- Build triggers
- CEPH
- ChatOps
- Clone
- Code Review
- Code Snippet
- Collaborator
- Commit
- Community
- Confluence
- Continuous Delivery
- Continuous Deployment
- Continuous Integration
- Contributor
- Conversational Development (ConvDev)
- Cycle Time
- Data Centre
- Deploy Keys
- Developer
- DevOps
- Diff
- Docker Container Registry
- Dynamic Environment
- ElasticSearch
- Emacs
- Fork
- Gerrit
- Git Attributes
- Git Hooks
- GitHost.io
- GitHub
- GitLab CE
- GitLab CI
- GitLab EE
- GitLab.com
- GitLab Geo
- GitLab Pages
- Gitolite
- Gitorious
- Go
- GUI/ Git GUI
- High Availability for Disaster Recovery (HADR)
- Hip Chat
- High Availability
- Inner-sourcing
- Internet Relay Chat (IRC)
- Issue Tracker
- Jenkins
- Jira
- JUnit
- Kerberos
- Kubernetes
- Labels
- Lightweight Directory Access Protocol (LDAP)
- LDAP User Authentication
- LDAP Group Sync
- Load Balancer
- Git Large File Storage (LFS)
- Linux
- Markdown
- Maria DB
- Master
- Mattermost
- Mercurial
- Merge
- Merge Conflict
- Meteor
- Milestones
- Mirror Repositories
- MIT License
- Mondo Rescue
- MySQL
- Namespace
- Nginx
- OAuth
- Omnibus Packages
- On Premise
- Open Core
- Open Source Software
- Owner
- Platform as a Service (PaaS)
- Perforce
- Phabricator
- Piwik Analytics
- Plus Subscription
- PostgreSQL
- Protected Branches
- Pull
- Puppet
- Push
- RE Read Only
- Rebase
- (Git) Repository
- Requirements management
- Revision Control
- RocketChat
- Route Table
- Runners
- Sidekiq
- Software as a service (SaaS)
- Software Configuration Management (SCM)
-
Scrum
- Scrum Board
- Shell
- Single-tenant
- Slack
- Slave Servers
- Source Code
- SSH Key
- Single Sign On (SSO)
- Staging Area
- Standard Subscription
- Stash
- Static Site Generators (SSGs)
- Subversion
- Sudo
- Subversion (SVN)
- Tag
- Tool Stack
- Trac
- Untracked files
- User
- Version Control Software (VCS)
- Virtual Private Cloud (VPC)
- Virtual private server (VPS)
- VM Instance
- Waterfall
- Webhooks
- Wiki
- Working Tree
- YAML
What is the Glossary
This contains a simplified list and definitions of some of the terms that you will encounter in your day to day activities when working with GitLab. Please add any terms that you discover that you think would be useful for others.
2FA
User authentication by combination of 2 different steps during login. This allows for more security.
Access Levels
Process of selective restriction to create, view, modify or delete a resource based on a set of assigned permissions. See [GitLab's Permission Guidelines](../../permissions/permissions.md
Active Directory (AD)
A Microsoft-based directory service for windows domain networks. It uses LDAP technology under the hood.
Agile
Building and delivering software in phases/parts rather than trying to build everything at once then delivering to the user/client. The latter is known as the WaterFall model.
Application Lifecycle Management (ALM)
The entire product lifecycle management process for an application, from requirements management, development, and testing until deployment. GitLab has advantages over both legacy and modern ALM tools.
Artifactory
A version control system for non-text files.
Artifacts
Objects (usually binary and large) created by a build process. These can include use cases, class diagrams, requirements and design documents.
Atlassian
A company that develops software products for developers and project managers including Bitbucket, Jira, Hipchat, Confluence, Bamboo.
Audit Log
Also called an audit trail, an audit log is a document that records an event in an IT system.
Auto Defined User Group
User groups are a way of centralizing control over important management tasks, particularly access control and password policies. A simple example of such groups are the users and the admins groups. In most of the cases these groups are auto defined in terms of access, rules of usage, conditions to be part of, etc.
Bamboo
Atlassian's CI tool similar to GitLab CI and Jenkins.
Basic Subscription
Entry level subscription for GitLab EE currently available in packs of 10.
Bitbucket
Atlassian's web hosting service for Git and Mercurial Projects. Read about migrating from BitBucket to a GitLab instance.
Branch
A branch is a parallel version of a repository. This allows you to work on the repository without affecting the "master" branch, and without affecting the current "live" version. When you have made all your changes to your branch you can then merge to the master. When your merge request is accepted your changes will be "live."
Branded Login
Having your own logo on your GitLab instance login page instead of the GitLab logo.
Build triggers
These protect your code base against breaks, for instance when a team is working on the same project. Learn about setting up build triggers.
CEPH
A distributed object store and file system designed to provide excellent performance, reliability and scalability.
ChatOps
The ability to initiate an action from chat. ChatBots run in your chat application and give you the ability to do "anything" from chat.
Clone
A copy of a repository stored on your machine that allows you to use your own editor without being online, but still tracks the changes made remotely.
Code Review
Examination of a progam's code. The main aim is to maintain high quality standards of code that is being shipped. Merge requests serve as a code review tool in GitLab.
Code Snippet
A small amount of code, usually selected for the purpose of showing other developers how to do something specific or reproduce a problem.
Collaborator
Person with read and write access to a repository who has been invited by repository owner.
Commit
A change (revision) to a file that also creates an ID, allowing you to see revision history and the author of the changes.
Community
Everyone who uses GitLab.
Confluence
Atlassian's product for collaboration on documents and projects.
Continuous Delivery
A software engineering approach in which continuous integration, automated testing, and automated deployment capabilities allow software to be developed and deployed rapidly, reliably and repeatedly with minimal human intervention. Still, the deployment to production is defined strategically and triggered manually.
Continuous Deployment
A software development practice in which every code change goes through the entire pipeline and is put into production automatically, resulting in many production deployments every day. It does everything that Continuous Delivery does, but the process is fully automated, there's no human intervention at all.
Continuous Integration
A software development practice in which you build and test software every time a developer pushes code to the application, and it happens several times a day.
Contributor
Term used for a person contributing to an open source project.
Conversational Development (ConvDev)
A natural evolution of software development that carries a conversation across functional groups throughout the development process, enabling developers to track the full path of development in a cohesive and intuitive way. ConvDev accelerates the development lifecycle by fostering collaboration and knowledge sharing from idea to production.
Cycle Time
The time it takes to move from idea to production.
Data Centre
Atlassian product for High Availability.
Deploy Keys
A SSH keystored on your server that grants access to a single GitLab repository. This is used by a GitLab runner to clone a project's code so that tests can be run against the checked out code.
Developer
For us at GitLab, this means a software developer, or someone who makes software. It is also one of the levels of access in our multi-level approval system.
DevOps
The intersection of software engineering, quality assurance, and technology operations. Explore more DevOps topics in the glossary by XebiaLabs
Diff
The difference between two commits, or saved changes. This will also be shown visually after the changes.
Directory
A folder used for storing multiple files.
Docker Container Registry
A feature of GitLab projects.  This guarantees that it will always run the same, regardless of the environment it is running in.
Dynamic Environment
ElasticSearch
Elasticsearch is a flexible, scalable and powerful search service. When enabled, it helps keep GitLab's search fast when dealing with a huge amount of data.
Emacs
Fork
Your own copy of a repository that allows you to make changes to the repository without affecting the original.
Gerrit
A code review tool built on top of Git.
Git Attributes
A git attributes file is a simple text file that gives attributes to pathnames.
Git Hooks
Scripts you can use to trigger actions at certain points.
GitHost.io
A single-tenant solution that provides GitLab CE or EE as a managed service. GitLab Inc. is responsible for installing, updating, hosting, and backing up customers' own private and secure GitLab instance.
GitHub
A web-based Git repository hosting service with an enterprise offering. Its main features are: issue tracking, pull request with code review, abundancy of integrations and wiki. It offers free public repos, private repos and enterprise services are paid. Read about importing a project from GitHub to GitLab.
GitLab CE
Our free on Premise solution with >100,000 users
GitLab CI
Our own Continuos Integration feature that is shipped with each instance
GitLab EE
Our premium on premise solution that currently has Basic, Standard and Plus subscription packages with additional features and support.
GitLab.com
Our free SaaS for public and private repositories.
GitLab Geo
Allows you to replicate your GitLab instance to other geographical locations as a read-only fully operational version. It can be used for cloning and fetching projects, in addition to reading any data. This will make working with large repositories over large distances much faster.
GitLab Pages
These allow you to create websites for your GitLab projects, groups, or user account.
Gitolite
An access layer that sits on top of Git. Users are granted access to repos via a simple config file. As an admin, you only need the users' public SSH key and a username.
Gitorious
A web-based hosting service for projects using Git. It was acquired by GitLab and we discontinued the service. Read theGitorious Acquisition Blog Post.
Go
An open source programming language.
GUI/ Git GUI
A portable graphical interface to Git that allows users to make changes to their repository by making new commits, amending existing ones, creating branches, performing local merges, and fetching/pushing to remote repositories.
High Availability for Disaster Recovery (HADR)
Sometimes written HA/DR, this usually refers to a strategy for having a failover server in place in case the main server fails.
Hip Chat
Atlassian's real time chat application for teams, Hip Chat is a competitor to Slack, RocketChat and MatterMost.
High Availability
Refers to a system or component that is continuously operational for a desirably long length of time. Availability can be measured relative to "100% operational" or "never failing."
Inner-sourcing
The use of open source development techniques within the corporation.
Internet Relay Chat (IRC)
An application layer protocol that facilitates communication in the form of text.
Issue Tracker
A tool used to manage, organize, and maintain a list of issues, making it easier for an organization to manage.
Jenkins
An Open Source CI tool written using the Java programming language. Jenkins does the same job as GitLab CI, Bamboo, and Travis CI. It is extremely popular.
Jira
Atlassian's project management software, i.e. a complex issue tracker. GitLab can be configured to interact with JIRA Core either using an on-premise instance or the SaaS solution that Atlassian offers.
JUnit
A testing framework for the Java programming language, JUnit has been important in the evolution of test-driven development.
Kerberos
A network authentication protocol that uses secret-key cryptography for security.
Kubernetes
An open source container cluster manager originally designed by Google. It's basically a platform for automating deployment, scaling, and operations of application containers over clusters of hosts.
Labels
An identifier to describe a group of one or more specific file revisions.
Lightweight Directory Access Protocol (LDAP)
A directory (electronic address book) with user information (e.g. name, phone_number etc.)
LDAP User Authentication
GitLab integrates with LDAP to support user authentication. This enables GitLab to sign in people from an LDAP server (i.e., allowing people whose names are on the electronic user directory server to be able to use their LDAP accounts to login.)
LDAP Group Sync
Allows you to synchronize the members of a GitLab group with one or more LDAP groups.
Load Balancer
A device that distributes network or application traffic across multiple servers.
Git Large File Storage (LFS)
A way to enable git to handle large binary files by using reference pointers within small text files to point to the large files. Large files such as high resolution images and videos, audio files, and assets can be called from a remote server.
Linux
An operating system like Windows or OS X. It is mostly used by software developers and on servers.
Markdown
A lightweight markup language with plain text formatting syntax designed so that it can be converted to HTML and many other formats using a tool by the same name. Markdown is often used to format readme files, for writing messages in online discussion forums, and to create rich text using a plain text editor. Checkout GitLab's Markdown guide.
Maria DB
A community developed fork/variation of MySQL. MySQL is owned by Oracle.
Master
Name of the default branch in every git repository.
Mattermost
An open source, self-hosted messaging alternative to Slack. View GitLab's Mattermost feature.
Mercurial
A free distributed version control system similar to and a competitor with Git.
Merge
Takes changes from one branch, and applies them into another branch.
Merge Conflict
Arises when a merge can't be performed cleanly between two versions of the same file.
Meteor
A platform for building javascript apps.
Milestones
Allow you to organize issues and merge requests in GitLab into a cohesive group, optionally setting a due date. A common use is keeping track of an upcoming software version. Milestones are created per-project.
Mirror Repositories
A project that is setup to automatically have its branches, tags, and commits updated from an upstream repository. This is useful when a repository you're interested in is located on a different server, and you want to be able to browse its content and activity using the familiar GitLab interface.
MIT License
A type of software license. It lets people do anything with your code with proper attribution and without warranty. It is the most common license for open source applications written in Ruby on Rails. GitLab CE is issued under this license. This means you can download the code, modify it as you want, and even build a new commercial product using the underlying code and it's not illegal. The only condition is that there is no form of warranty provided by GitLab so whatever happens when you use the code is your own problem.
Mondo Rescue
A free disaster recovery software.
MySQL
A relational database owned by Oracle. Currently only supported if you are using EE.
Namespace
A set of symbols that are used to organize objects of various kinds so that these objects may be referred to by name. Examples of namespaces in action include file systems that assign names to files; programming languages that organize their variables and subroutines in namespaces; and computer networks and distributed systems that assign names to resources, such as computers, printers, websites, (remote) files, etc.
Nginx
A web server (pronounced "engine x"). It can act as a reverse proxy server for HTTP, HTTPS, SMTP, POP3, and IMAP protocols, as well as a load balancer and an HTTP cache.
OAuth
An open standard for authorization, commonly used as a way for internet users to log into third party websites using their Microsoft, Google, Facebook or Twitter accounts without exposing their password. GitLab is an OAuth2 authentication service provider.
Omnibus Packages
A way to package different services and tools required to run GitLab, so that most developers can install it without laborious configuration.
On Premise
On your own server. In GitLab, this refers to the ability to download GitLab EE/GitLab CE and host it on your own server rather than using GitLab.com, which is hosted by GitLab Inc's servers.
Open Core
GitLab's business model. Coined by Andrew Lampitt in 2008, the open core model primarily involves offering a "core" or feature-limited version of a software product as free and open-source software, while offering "commercial" versions or add-ons as proprietary software.
Open Source Software
Software for which the original source code is freely available and may be redistributed and modified. GitLab prioritizes open source stewardship.
Owner
The most powerful person on a GitLab project. They have the permissions of all the other users plus the additional permission of being able to destroy (i.e. delete) the project.
Platform as a Service (PaaS)
Typically referred to in regards to application development, PaaS is a model in which a cloud provider delivers hardware and software tools to its users as a service.
Perforce
The company that produces Helix. A commercial, proprietary, centralised VCS well known for its ability to version files of any size and type. They OEM a re-branded version of GitLab called "GitSwarm" that is tightly integrated with their "GitFusion" product, which in turn represents a portion of a Helix repository (called a depot) as a git repo.
Phabricator
A suite of web-based software development collaboration tools, including the Differential code review tool, the Diffusion repository browser, the Herald change monitoring tool, the Maniphest bug tracker and the Phriction wiki. Phabricator integrates with Git, Mercurial, and Subversion.
Piwik Analytics
An open source analytics software to help you analyze web traffic. It is similar to Google Analytics, except that the latter is not open source and information is stored by Google. In Piwik, the information is stored on your own server and hence is fully private.
Plus Subscription
GitLab Premium EE subscription that includes training and dedicated Account Management and Service Engineer and complete support package.
PostgreSQL
An object-relational database. Touted as the most advanced open source database, it is one of two database management systems supported by GitLab, the other being MySQL.
Protected Branches
A feature that protects branches from unauthorized pushes, force pushing or deletion.
Pull
Git command to synchronize the local repository with the remote repository, by fetching all remote changes and merging them into the local repository.
Puppet
A popular DevOps automation tool.
Push
Git command to send commits from the local repository to the remote repository. Read about advanced push rules in GitLab.
RE Read Only
Permissions to see a file and its contents, but not change it.
Rebase
In addition to the merge, the rebase is a main way to integrate changes from one branch into another.
(Git) Repository
A directory where Git has been initiatlized to start version controlling your files. The history of your work is stored here. A remote repository is not on your machine, but usually online (like on GitLab.com, for instance). The main remote repository is usually called "Origin."
Requirements management
Gives your distributed teams a single shared repository to collaborate and share requirements, understand their relationship to tests, and evaluate linked defects. It includes multiple, preconfigured requirement types.
Revision Control
Also known as version control or source control, this is the management of changes to documents, computer programs, large web sites, and other collections of information. Changes are usually identified by a number or letter code, termed the "revision number," "revision level," or simply "revision."
RocketChat
An open source chat application for teams, RocketChat is very similar to Slack but it is also open-source.
Route Table
A route table contains rules (called routes) that determine where network traffic is directed. Each subnet in a VPC must be associated with a route table.
Runners
Actual build machines/containers that run and execute tests you have specified to be run on GitLab CI.
Sidekiq
The background job processor GitLab uses to asynchronously run tasks.
Software as a service (SaaS)
Software that is hosted centrally and accessed on-demand (i.e. whenever you want to). This applies to GitLab.com.
Software Configuration Management (SCM)
This term is often used by people when they mean "Version Control."
Scrum
An Agile framework designed to typically help complete complex software projects. It's made up of several parts: product requirements backlog, sprint planning, sprint (development), sprint review, and retrospec (analyzing the sprint). The goal is to end up with potentially shippable products.
Scrum Board
The board used to track the status and progress of each of the sprint backlog items.
Shell
Terminal on Mac OSX, GitBash on Windows, or Linux Terminal on Linux. You use git and make changes to GitLab projects in your shell. You use git and make changes to GitLab projects in your shell.
Single-tenant
The tenant purchases their own copy of the software and the software can be customized to meet the specific and needs of that customer. GitHost.io is our provider of single-tenant 'managed cloud' GitLab instances.
Slack
Real time messaging app for teams that is used internally by GitLab team members. GitLab users can enable Slack integration to trigger push, issue, and merge request events among others.
Slave Servers
Also known as secondary servers, these help to spread the load over multiple machines. They also provide backups when the master/primary server crashes.
Source Code
Program code as typed by a computer programmer (i.e. it has not yet been compiled/translated by the computer to machine language).
SSH Key
A unique identifier of a computer. It is used to identify computers without the need for a password (e.g., On GitLab I have added the ssh key of all my work machines so that the GitLab instance knows that it can accept code pushes and pulls from this trusted machines whose keys are I have added.)
Single Sign On (SSO)
An authentication process that allows you enter one username and password to access multiple applications.
Staging Area
Staging occurs before the commit process in git. The staging area is a file, generally contained in your Git directory, that stores information about what will go into your next commit. It’s sometimes referred to as the “index.""
Standard Subscription
Our mid range EE subscription that includes 24/7 support and support for High Availability Standard Subscription.
Stash
Atlassian's Git on-premise solution. Think of it as Atlassian's GitLab EE, now known as BitBucket Server.
Static Site Generators (SSGs)
A software that takes some text and templates as input and produces html files on the output.
Subversion
Non-proprietary, centralized version control system.
Sudo
A program that allows you to perform superuser/administrator actions on Unix Operating Systems (e.g., Linux, OS X.) It actually stands for 'superuser do.'
Subversion (SVN)
An open source version control system. Read about migrating from SVN to GitLab using SubGit.
Tag
Represents a version of a particular branch at a moment in time.
Tool Stack
The set of tools used in a process to achieve a common outcome (e.g. set of tools used in Application Lifecycle Management).
Trac
An open source project management and bug tracking web application.
Untracked files
New files that Git has not been told to track previously.
User
Anyone interacting with the software.
Version Control Software (VCS)
Version control is a system that records changes to a file or set of files over time so that you can recall specific versions later. VCS has evolved from local version control systems, to centralized version control systems, to the present distributed version control systems like Git, Mercurial, Bazaar, and Darcs.
Virtual Private Cloud (VPC)
An on demand configurable pool of shared computing resources allocated within a public cloud environment, providing some isolation between the different users using the resources. GitLab users need to create a new Amazon VPC in order to setup High Availability.
Virtual private server (VPS)
A virtual machine sold as a service by an Internet hosting service. A VPS runs its own copy of an operating system, and customers have superuser-level access to that operating system instance, so they can install almost any software that runs on that OS.
VM Instance
In object-oriented programming, an instance is a specific realization of any object. An object may be varied in a number of ways. Each realized variation of that object is an instance. Therefore, a VM instance is an instance of a virtual machine, which is an emulation of a computer system.
Waterfall
A model of building software that involves collecting all requirements from the customer, then building and refining all the requirements and finally delivering the complete software to the customer that meets all the requirements they specified.
Webhooks
A way for for an app to provide other applications with real-time information (e.g., send a message to a slack channel when a commit is pushed.) Read about setting up custom git hooks for when webhooks are insufficient.
Wiki
A website/system that allows for collaborative editing of its content by the users. In programming, wikis usually contain documentation of how to use the software.
Working Tree
Consists of files that you are currently working on.
YAML
A human-readable data serialization language that takes concepts from programming languages such as C, Perl, and Python, and ideas from XML and the data format of electronic mail.


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Class: Aws::MediaLive::Types::GlobalConfiguration
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-medialive/lib/aws-sdk-medialive/types.rb |
Overview
Global Configuration
Constant Summary
Instance Attribute Summary
-
#initial_audio_gain ⇒ Integer
rw
Value to set the initial audio gain for the Live Event.
-
#input_end_action ⇒ String
rw
Indicates the action to take when the current input completes (e.g. end-of-file).
-
#input_loss_behavior ⇒ Types::InputLossBehavior
rw
Settings for system actions when input is lost.
-
#output_locking_mode ⇒ String
rw
Indicates how
::Aws::MediaLive
pipelines are synchronized. -
#output_timing_source ⇒ String
rw
Indicates whether the rate of frames emitted by the Live encoder should be paced by its system clock (which optionally may be locked to another source via NTP) or should be locked to the clock of the source that is providing the input stream.
-
#support_low_framerate_inputs ⇒ String
rw
Adjusts video input buffer for streams with very low video framerates.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#initial_audio_gain ⇒ Integer
(rw)
Value to set the initial audio gain for the Live Event.
# File 'gems/aws-sdk-medialive/lib/aws-sdk-medialive/types.rb', line 4692
class GlobalConfiguration < Struct.new( :initial_audio_gain, :input_end_action, :input_loss_behavior, :output_locking_mode, :output_timing_source, :support_low_framerate_inputs) SENSITIVE = [] include Aws::Structure end
#input_end_action ⇒ String
(rw)
Indicates the action to take when the current input completes (e.g.
end-of-file). When switchAndLoopInputs is configured the encoder
will restart at the beginning of the first input. When "none" is
configured the encoder will transcode either black, a solid color,
or a user specified slate images per the "Input Loss Behavior"
configuration until the next input switch occurs (which is
controlled through the Channel
Schedule API).
# File 'gems/aws-sdk-medialive/lib/aws-sdk-medialive/types.rb', line 4692
class GlobalConfiguration < Struct.new( :initial_audio_gain, :input_end_action, :input_loss_behavior, :output_locking_mode, :output_timing_source, :support_low_framerate_inputs) SENSITIVE = [] include Aws::Structure end
#input_loss_behavior ⇒ Types::InputLossBehavior (rw)
Settings for system actions when input is lost.
# File 'gems/aws-sdk-medialive/lib/aws-sdk-medialive/types.rb', line 4692
class GlobalConfiguration < Struct.new( :initial_audio_gain, :input_end_action, :input_loss_behavior, :output_locking_mode, :output_timing_source, :support_low_framerate_inputs) SENSITIVE = [] include Aws::Structure end
#output_locking_mode ⇒ String
(rw)
Indicates how ::Aws::MediaLive
pipelines are synchronized.
PIPELINE_LOCKING - ::Aws::MediaLive
will attempt to synchronize the output
of each pipeline to the other. EPOCH_LOCKING - ::Aws::MediaLive
will
attempt to synchronize the output of each pipeline to the Unix
epoch.
# File 'gems/aws-sdk-medialive/lib/aws-sdk-medialive/types.rb', line 4692
class GlobalConfiguration < Struct.new( :initial_audio_gain, :input_end_action, :input_loss_behavior, :output_locking_mode, :output_timing_source, :support_low_framerate_inputs) SENSITIVE = [] include Aws::Structure end
#output_timing_source ⇒ String
(rw)
Indicates whether the rate of frames emitted by the Live encoder should be paced by its system clock (which optionally may be locked to another source via NTP) or should be locked to the clock of the source that is providing the input stream.
# File 'gems/aws-sdk-medialive/lib/aws-sdk-medialive/types.rb', line 4692
class GlobalConfiguration < Struct.new( :initial_audio_gain, :input_end_action, :input_loss_behavior, :output_locking_mode, :output_timing_source, :support_low_framerate_inputs) SENSITIVE = [] include Aws::Structure end
#support_low_framerate_inputs ⇒ String
(rw)
Adjusts video input buffer for streams with very low video framerates. This is commonly set to enabled for music channels with less than one video frame per second.
# File 'gems/aws-sdk-medialive/lib/aws-sdk-medialive/types.rb', line 4692
class GlobalConfiguration < Struct.new( :initial_audio_gain, :input_end_action, :input_loss_behavior, :output_locking_mode, :output_timing_source, :support_low_framerate_inputs) SENSITIVE = [] include Aws::Structure end


People suffering from significant auditory loss in India.
0
Schools for children with auditory loss in India.
0
Deaths daily due to accidents.
0
Certified Sign Language Interpreters in India.
Services We Provide
Accident Prevention
Communication using Sign Language
Our Team
Dr. Nupur Giri
Team Mentor
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Student
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Student
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Contact Us
Accident Prevention
The noise around the user is captured in real-time through his/her smartphone. Using Deeping Learning we recognize and classify the sound. As the deep learning model is available on the smartphone itself and can be used offline, this process takes place instantaneously. In case of emergency, example- speeding car, train honks etc, the user is notified through sequence of vibrations and visual notifications.
Communication using Sign Language
The Application detects and analyses the Indian Sign Language(ISL) gestures and convert them into the required regional Indian language in both text and audio formats. Apart from recognizing the alphabets in the ISL, the app will also recognize words and phrases used in everyday vocabulary. This can be achieved using Hand Gesture Detection and Pose Detection , since gestures for words in ISL involve the movement of the Palm as well as the Hand.
Project Name
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Date: January 2017
Client: Finish
Category: Identity
Project Name
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Date: January 2017
Client: Lines
Category: Branding
Project Name
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Date: January 2017
Client: Southwest
Category: Website Design
Project Name
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|
RVL
1.0
|
A specialization of Functional which also has partial derivatives. More...
#include <functional.hh>
Public Member Functions | |
| FunctionalProductDomain () | |
| FunctionalProductDomain (const FunctionalProductDomain< Scalar > &) | |
| virtual | ~FunctionalProductDomain () |
| const Space< Scalar > & | getDomain () const |
| getDomain() returns a reference to the domain of the underlying function. More... | |
| virtual const ProductSpace< Scalar > & | getProductDomain () const =0 |
| ProductDomain() returns a reference to the domain of the underlying function, as an instance of HCL_ProductSpace. More... | |
| Public Member Functions inherited from RVL::Functional< Scalar > | |
| Functional () | |
| Functional (const Functional< Scalar > &) | |
| virtual | ~Functional () |
| virtual Scalar | getMaxStep (const Vector< Scalar > &x, const Vector< Scalar > &dx) const |
| getMaxStep() computes the largest value of $a$ such that $x+a*dir$ lies in the domain of definition of the functional. More... | |
| Public Member Functions inherited from RVL::Writeable | |
| virtual ostream & | write (ostream &str) const =0 |
| Report state of object to ostream. More... | |
| virtual | ~Writeable () |
| void | write (RVLException &e) const |
| Report state of object to RVLException. More... | |
Protected Member Functions | |
| virtual void | applyPartialGradient (int i, const Vector< Scalar > &x, Vector< Scalar > &g) const =0 |
| applyPartialGradient() computes the component of the gradient corresponding to the ith component of the independent variable. More... | |
| void | export_applyPartialGradient (FunctionalProductDomain< Scalar > const &f, int i, const Vector< Scalar > &x, Vector< Scalar > &g) const |
| virtual void | applyGradient (const Vector< Scalar > &x, Vector< Scalar > &g) const |
| applyGradient() computes the gradient of the function. More... | |
| virtual void | applyPartialHessian (int i, int j, const Vector< Scalar > &x, const Vector< Scalar > &dxj, Vector< Scalar > &dxi) const =0 |
| applyPartialHessian() computes the image of the (i,j) block of the Hessian on dxi, giving dxj. More... | |
| void | export_applyPartialHessian (FunctionalProductDomain< Scalar > const &f, int i, int j, const Vector< Scalar > &x, const Vector< Scalar > &dxj, Vector< Scalar > &dxi) const |
| virtual void | applyHessian (const Vector< Scalar > &x, const Vector< Scalar > &yin, Vector< Scalar > &yout) const |
| applyHessian() computes the image of the Hessian of the function. More... | |
| virtual FunctionalProductDomain< Scalar > * | clonePD () const =0 |
| Functional< Scalar > * | clone () const |
| Protected Member Functions inherited from RVL::Functional< Scalar > | |
| virtual void | apply (const Vector< Scalar > &x, Scalar &val) const =0 |
| 2-jet at a point, accessible only through FunctionalEvaluation. More... | |
| void | export_apply (Functional< Scalar > const &f, const Vector< Scalar > &x, Scalar &val) const |
| The export-apply methods make the protected apply methods of any Functional subclass instance available to other Functional subclass instances. More... | |
| void | export_applyGradient (Functional< Scalar > const &f, const Vector< Scalar > &x, Vector< Scalar > &g) const |
| void | export_applyHessian (Functional< Scalar > const &f, const Vector< Scalar > &x, const Vector< Scalar > &dx, Vector< Scalar > &dy) const |
| void * | operator new (size_t size) |
| operator new - not available to general public, but available to children who will use it to define a clone method, for example More... | |
| void | export_clone (Functional< Scalar > const &fref, Functional< Scalar > **f) const |
Friends | |
| class | FunctionalEvaluation< Scalar > |
| class | FunctionalProductDomainEvaluation< Scalar > |
A specialization of Functional which also has partial derivatives.
Definition at line 244 of file functional.hh.
| RVL::FunctionalProductDomain< Scalar >::FunctionalProductDomain | ( | ) |
Definition at line 351 of file functional.hh.
| RVL::FunctionalProductDomain< Scalar >::FunctionalProductDomain | ( | const FunctionalProductDomain< Scalar > & | ) |
Definition at line 353 of file functional.hh.
|
virtual |
Definition at line 355 of file functional.hh.
|
protectedpure virtual |
applyPartialGradient() computes the component of the gradient corresponding to the ith component of the independent variable.
This is a virtual function and must be implemented in any derived class.
|
protected |
Definition at line 259 of file functional.hh.
|
protectedvirtual |
applyGradient() computes the gradient of the function.
This method is implemented in this (the base) class, using PartialGradient(), and can be (but need not be) re-implemented in a derived class.
Implements RVL::Functional< Scalar >.
Definition at line 275 of file functional.hh.
|
protectedpure virtual |
applyPartialHessian() computes the image of the (i,j) block of the Hessian on dxi, giving dxj.
Note the implicit use of duality: the action of the (i,j) second partial derivative on (dxj,dxi) is the inner product of dxi with applyPartialHessian(i,j,x,dxj,*).
Note also that the adjoint of the (i,j) block is the (j,i) block.
|
protected |
Definition at line 306 of file functional.hh.
|
protectedvirtual |
applyHessian() computes the image of the Hessian of the function.
This method is implemented in this (the base) class, using applyPartialHessian, but may be re-implemented in a derived class.
Implements RVL::Functional< Scalar >.
Definition at line 325 of file functional.hh.
|
protectedpure virtual |
|
protectedvirtual |
Implements RVL::Functional< Scalar >.
Definition at line 346 of file functional.hh.
|
virtual |
getDomain() returns a reference to the domain of the underlying function.
Implements RVL::Functional< Scalar >.
Definition at line 359 of file functional.hh.
|
pure virtual |
ProductDomain() returns a reference to the domain of the underlying function, as an instance of HCL_ProductSpace.
This method is implemented using Domain(), and need not be re-implemented in a derived class.
|
friend |
Definition at line 246 of file functional.hh.
|
friend |
Definition at line 247 of file functional.hh.


| C programming is a general-purpose, procedural, imperative computer programming language developed in 1972 by Dennis M. Ritchie at the Bell Telephone Laboratories to develop the UNIX operating system. C is the most widely used computer language. It keeps fluctuating at number one scale of popularity along with Java programming language, which is also equally popular and most widely used among modern software programmers. | |
| C++ is a powerful general-purpose programming language. It can be used to develop operating systems, browsers, games, and so on. C++ supports different ways of programming like procedural, object-oriented, functional, and so on. This makes C++ powerful as well as flexible. | |
| Java is a high-level, class-based, object-oriented programming language that is designed to have as few implementation dependencies as possible. It is a general-purpose programming language intended to let application developers write once, run anywhere (WORA), meaning that compiled Java code can run on all platforms that support Java without the need for recompilation. | |
| Python is an interpreted high-level general-purpose programming language. Python's design philosophy emphasizes code readability with its notable use of significant indentation. Its language constructs as well as its object-oriented approach aim to help programmers write clear, logical code for small and large-scale projects. Python is dynamically-typed and garbage-collected. |


INTRUCTIONS:
Find the equation with the given table and then insert it in the input box
Question #1
X
Y
0
0
1
2
2
4
3
6
f(x)= is the same as y=
Enter an equation:
Question #2
X
Y
0
0
1
3
2
6
3
9
f(x)= is the same as y=
Enter an equation:


| Home | Quem somos | Contato | |
Quem somosLorem ipsum, or lipsum as it is sometimes known, is dummy text used in laying out print, graphic or web designs. The passage is attributed to an unknown typesetter in the 15th century who is thought to have scrambled parts of Cicero's De Finibus Bonorum et Malorum for use in a type specimen book. |
|
5 motivos para estudar
|
|
ObjetivosThe passage experienced a surge in popularity during the 1960s when Letraset used it on their dry-transfer sheets, and again during the 90s as desktop publishers bundled the text with their software. Today it's seen all around the web; on templates, websites, and stock designs. Use our generator to get your own, or read on for the authoritative history of lorem ipsum. |
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Todos os direitos reservados |


01
servics One
Reading, is to keep away from garbage people. Working out is to make a fool talk to you in peace. Only become a better yourself, the world is your!
learn mornReading, is to keep away from garbage people. Working out is to make a fool talk to you in peace. Only become a better yourself, the world is your!
learn mornReading, is to keep away from garbage people. Working out is to make a fool talk to you in peace. Only become a better yourself, the world is your!
learn mornReading, is to keep away from garbage people. Working out is to make a fool talk to you in peace. Only become a better yourself, the world is your!
learn mornReading, is to keep away from garbage people. Working out is to make a fool talk to you in peace. Only become a better yourself, the world is your!
learn morn


---
sort_order: 42
tei_id: rdx_191dd.p.idp5817936
annotation_count: 0
images:
small-thumbnail: https://readux.ecds.emory.edu/books/emory:191dd/pages/emory:rfdj3/mini-thumbnail/
json: https://readux.ecds.emory.edu/books/emory:191dd/pages/emory:rfdj3/info/
full: https://readux.ecds.emory.edu/books/emory:191dd/pages/emory:rfdj3/fs/
page: https://readux.ecds.emory.edu/books/emory:191dd/pages/emory:rfdj3/single-page/
thumbnail: https://readux.ecds.emory.edu/books/emory:191dd/pages/emory:rfdj3/thumbnail/
title: Page 42
number: 42
---
{% raw %}42 THE LAND-CLAIM.{% endraw %}
{% raw %}So unexpectedly did he appear, and so authoritative were{% endraw %}
{% raw %}the tones of his voice, as he raised it iu vehement depreca¬{% endraw %}
{% raw %}tion of their conduct, that it had the effect to cheek further{% endraw %}
{% raw %}action, and compel the attention of the crowd,{% endraw %}
{% raw %}" Men of Fairview, listen to me ! For aught you know to{% endraw %}
{% raw %}the contrary, the death you propose to execute on an unsen-{% endraw %}
{% raw %}tenced man may be a murder more cruel, and more willful{% endraw %}
{% raw %}and determined a great deal, than that which you seek to{% endraw %}
{% raw %}avenge. It is true that a man—a dear friend he was of mine,{% endraw %}
{% raw %}too—has met his death in a manner which throws suspicion{% endraw %}
{% raw %}of the darkest n.ature upon Thomas Newcome, [suppressed{% endraw %}
{% raw %}murmurings,] .and renders it our duty to hold him accused{% endraw %}
{% raw %}until he is proven innocent, Ou the contrary, the law bids{% endraw %}
{% raw %}lis hold every man innocent until he is proven guUty. In{% endraw %}
{% raw %}respect to the law, Thomas Newcome is still an innocent{% endraw %}
{% raw %}man; for he has only had a hasty examination, under excit¬{% endraw %}
{% raw %}ing circumstances, and surrounded by minds so inflamed by{% endraw %}
{% raw %}passion as not to be .able to judge in au unprejudiced manner{% endraw %}
{% raw %}of the real merits of the evidence produced against him.{% endraw %}
{% raw %}[Cries of, 'That's cool talk for you.'] Well, my friends,{% endraw %}
{% raw %}every man should be cool when he has the responsibUity of{% endraw %}
{% raw %}life and death on his hands.{% endraw %}
{% raw %}" It is very true that I have acted in this matter against{% endraw %}
{% raw %}Newcome; because, as weU as I could see, it was my duty tc{% endraw %}
{% raw %}do so. I had him arrested, aud I g.ave testimony .against him.{% endraw %}
{% raw %}which, as circumstantial evidence, was very strong to convict{% endraw %}
{% raw %}him. It is true, too, that his daughter testified that he had{% endraw %}
{% raw %}threatened to shoot both Dr. Edwards and myself, [signs of{% endraw %}
{% raw %}rising wrath.]{% endraw %}
{% raw %}" He bad the same reasons for bearing malice toward{% endraw %}
{% raw %}me, that he had toward my friend. But, only one of{% endraw %}
{% raw %}us was shot; and the prisoner was prepared with no other{% endraw %}
{% raw %}weapons, and no more ammunition. I told you in my testi¬{% endraw %}
{% raw %}mony that there were two shots fired .almost at the same in¬{% endraw %}
{% raw %}stant ; therefore there must have been two persons in tlw{% endraw %}
{% raw %}woods, and that other person, whoever he was, might have{% endraw %}
{% raw %}fired the shot that kiUed Dr. Edwards.- / do not know that{% endraw %}
{% raw %}he did ; you do not know that he did not. Let this matter,{% endraw %}
{% raw %}then, be investigated. Find out who that man was that was{% endraw %}
{% raw %}Vi the woods with Newcome, and what his business was;{% endraw %}


{% extends "base.html" %} {% block content %}
All jobs related to this vehicle will also be deleted. This action can not be undone.


Location: (exact or intersection) SF locations only
Step 1: Find the service
Step 2: Provide details
Step 3: Submit!
Please wait while we submit your request and obtain a tracking number. This normally takes about a minute.
Providing your name and contact information lets departments call or email you if they need more information. Your email also allows you to track your service request on the SF311 Website.


Think I'll dust 'em off, put 'em back up on the shelf
In case my little baby girl is in need
Am I coming out of left field?
Ooh woo, I'm a rebel just for kicks, now
I been feeling it since 1966, now
Might be over now, but I feel it still
Ooh woo, I'm a rebel just for kicks, now
Let me kick it like it's 1986, now
Might be over now, but I feel it
still
Got another mouth to feed
Leave it with a baby sitter, mama, call the grave digger
Gone with the fallen leaves
Am I coming out of left field?
Ooh woo, I'm a rebel just for kicks, now
I been feeling it since 1966, now
Might've had your fill, but you feel it still
Ooh woo, I'm a rebel just for kicks, now
Let me kick it like it's 1986, now
Might be over now, but I
feel it still
We could fight a war for peace
(Ooh woo, I'm a rebel just for kicks, now)
Give in to that easy living
Goodbye to my hopes and dreams
Start flipping for my enemies
We could wait until the walls come down
(Ooh woo, I'm a
rebel just for kicks, now)
It's time to give a little to the
Kids in the middle, but, oh until it falls
Won't bother me
Is it coming?
Is it coming?
Is it coming?
Is it coming?
Is it coming?
Is it coming back?
Ooh woo, I'm a rebel just for kicks, yeah
Your love is an abyss for my heart to eclipse, now
Might be over now, but I feel it still
Ooh woo, I'm a rebel just for kicks, now
I've been feeling it since 1966, now
Might be over now, but I feel it still
Ooh woo, I'm a rebel just for kicks, now
Let me kick it like it's 1986, now
Might be over now, but I feel
it still
Might've had your fill, but I feel it still


Please set WPE_URL to the URL you'd like to load in this container.
WPE_URL
You can set it to file:///var/lib/public_html/index.html/ to use the default demo app.
file:///var/lib/public_html/index.html/


New syntax » Named capture comparison
There are several different syntaxes used for named capture. Although Python was the first to implement the feature, most libraries have adopted .NET's alternative syntax.
| Library | Capture | Backref in regex | Backref in replacement | Stored at | Backref numbering | Multiple groups with same name |
|---|---|---|---|---|---|---|
| XRegExp |
|
|
|
result.groups.name 3
|
Sequential | Error4 |
| EcmaScript 2018 |
|
|
|
result.groups.name
|
Sequential | Error |
| .NET |
|
|
|
matcher.Groups('name') |
Unnamed first, then named | Backref to last executed participating group |
| Perl 5.10 |
|
|
|
$+{name} |
Sequential | Backref to leftmost participating group |
| PCRE 7 |
|
|
N/A | Sequential | Error | |
| PCRE 4 |
|
|
N/A | Sequential | Error | |
| Python |
|
|
|
result.group('name') |
Sequential | Error |
| Oniguruma |
|
|
|
N/A | Unnamed groups default to noncapturing when mixed with named groups | Backref to rightmost participating group. Backrefs within a regex work as alternation of matches of all preceding groups with the same name, in reverse order. |
| Java 7 |
|
|
|
matcher.group('name') |
Sequential | Error |
| JGsoft |
|
|
|
N/A | .NET and Python styles, depending on capture syntax | Same as .NET |
| Boost.Regex |
|
|
? | ? | ? | ? |
| RE2 |
|
N/A | ? | ? | ? | ? |
| JRegex |
|
|
|
matcher.group('name') |
? | ? |
1 As of XRegExp 2. Not recommended for use, because support for the (?P<name>…)
syntax may be removed in future versions of XRegExp. It is currently supported only to avoid an octal escape versus backreference issue in old Opera. Opera supported the Python named capture syntax natively, but did not provide full named capture functionality.
2 As of XRegExp 4.
3 As of XRegExp 4.1, when the namespacing
option is on (it's on by default in XRegExp 5). Stored at result.name
when namespacing
is off.
Note: Within string.replace
callbacks, stored at: arguments[arguments.length - 1].name
(with namespacing
on) or arguments[0].name
(with namespacing
off).
4 As of XRegExp 3.
5 As of PCRE 7.2.
TODO: Add a column comparing the use of capture names in regex conditionals (not supported by XRegExp).


Student leader majoring in Information Technology and has a curiosity for data science. A results-driven problem solver who works across boundaries for success. Proficient in creative thinking, business analysis, team building, partnering, big data, SQL server, visualization of data and structured/unstructured data.
Define data contents in a data warehouse and analyze usage to determine obsolete data sources. Find out the critical business functions that are supported by the data warehouse. Effectively document and communicate findings. Create a structure document of the warehouse which contains all integrated information regards to the warehouse. Take initiative in implementing Agile method "Daily Scrum Meeting" over the weekly meeting to enhence work output.
Answer and manage the incoming and outgoing calls with excellent phone manners. Assist customers to ensure their documentation is taken care of successfully. Organize and pass the received documentation to appropriate places for smooth process.
Provide customer service to students, faculty, staff and clients. Assist with daily event management at CSU, work as an ambassador for the general safety and security of the facility. Promoted: Building Assistant - Lead Building Assistant - Building Manager
Keep the event running on time at a good pace. Set the tone for more connections at a live event. Facilitate panels, parallel sessions, and other interactive sessions. Serve as the onstage advocate for all participants.
Design a worthwhile and enriching tour route for VIPs of OHDSI Symposium who are not familiar with Korea. Communicate and assist members from their arrival to the departure. Handle their entire schedules during stay.
Translate the book, "오디세이 바이블" with other collaborators from English to Korean to reach to the minimum errors. Contribute a considerable amount of work.
Teach youth English to reach their academic success. Encourage and assist students to express their thoughts in English as fluent as they can. Interpret a foreigh teacher to communicate with others who are not an english speaker. Provide a customer service for thir satisfaction.
GPA: 3.6 out of 4.0
I love hiking.  Besides exercises I like to interact with people and learn new things.
Also I love game when I have free time. Currently I am into Clash of Clans and Overwatch. Hit me up if you have same tase with me! :)


In addition to a pretty sweet box, you get All 5 Deluxe classed Combaticons, painted up in the colors they wore in the Fall of Cybertron Video Game. In addition to that, you get a special editon Voyager class Grimlock figure complete with lights, jaw chomping action and with highly reflective gold coloring on his chest and Dino neck.


VminusStaticsSSA, Preservation and Progress
Module MakeStatics (Cfg: CFG).
Import Cfg.
SSA Invariants: Typing CFGs
Module Typing.
GRAPH instance for dominance calculation
- vertices in the graph are just program points
- program points within a single block have "fallthrough" edges determined
by incrementing the program counter
- a block b1 terminated by a branch to b2 induces an edge from b1 to
Inductive succ_pc (g:Cfg.t) : pc → pc → Prop :=
| succ_pc_S : ∀ p,
succ_pc g p (incr_pc p)
| succ_pc_J : ∀ p l i,
insn_at_pc g p i →
In l (insn_lbls i) →
succ_pc g p (block_entry l).
Module PcGraph <: GRAPH.
Definition t := Cfg.t.
Definition V := pc.
Definition entry g := block_entry (entry_block g).
Definition Succ := succ_pc.
Definition Mem := wf_pc.
End PcGraph.
Instantiate the dominance spec for this graph
Module Export Dom := Dom.Spec PcGraph.
Defining SSA scoping
Definition def_at_pc (g:Cfg.t) (p:pc) (uid:uid) : Prop :=
∃ c, insn_at_pc g p (uid, c) ∧ defs_uid (uid, c).
The uid has a definition that strictly dominates the pc p.
Definition uid_sdom_pc (g:Cfg.t) (uid:uid) (p:pc) : Prop :=
∃ p', def_at_pc g p' uid ∧ SDom g p' p.
Uses are dominated by their definitions
entry:
br blk
blk:
%x = phi [%entry: 0] [%blk: %x]
br blk
br blk
blk:
%x = phi [%entry: 0] [%blk: %x]
br blk
Definition wf_use (g:Cfg.t) (i:insn) (p:pc) : Prop :=
¬is_phi i → ∀ uid, In (val_uid uid) (insn_uses i) → uid_sdom_pc g uid p.
Well-formed phi nodes
Definition wf_phi_args (g:Cfg.t) (i:insn) (p:pc) : Prop :=
∀ pred, succ_pc g pred (entry_of_pc p) →
(∃ v, In (lbl_of pred, v) (insn_phis i)) ∧
(∀ uid, In (lbl_of pred, val_uid uid) (insn_phis i) →
uid_sdom_pc g uid pred).
Moreover, we require that fore every labeled value appearing in the
right-hand side, there is a predecessor block with that label.
Definition wf_phi_pred (g:Cfg.t) (i:insn) (p:pc) : Prop :=
∀ l v, In (l, v) (insn_phis i) →
(∃ pred, succ_pc g pred (entry_of_pc p) ∧ lbl_of pred = l).
Definition wf_phi (g:Cfg.t) (i:insn) (p:pc) : Prop :=
is_phi i → wf_phi_args g i p
∧ wf_phi_pred g i p
∧ insn_phis i ≠ [].
Definition wf_lbl (g:Cfg.t) (i:insn) : Prop :=
∀ l, In l (insn_lbls i) → wf_pc g (block_entry l).
Reachability
Definition reachable (g:Cfg.t) (p:pc) : Prop :=
∃ path, Path g (block_entry (entry_block g)) p path.
Well-formed instructions
Inductive wf_insn (g:Cfg.t) : insn → pc → Prop :=
| wf_insn_intro : ∀ i p
(Huse: wf_use g i p)
(Hlbl: wf_lbl g i)
(Hphi: wf_phi g i p)
(Hreach: reachable g p),
wf_insn g i p.
Well-formed programs
- the CFG is syntactically well formed (no duplicated labels or ids);
- every instruction is well-formed;
- every program point that claims to be a terminator does indeed have a terminator instruction; and,
- there are no predecessors of the entry block
Inductive wf_prog (g:Cfg.t) : Prop :=
| wf_prog_intro : ∀
(Hwfcfg : wf_cfg g)
(Hwfis : ∀ p i, insn_at_pc g p i → wf_insn g i p)
(Hwftmn : ∀ p' i, tmn_pc g p' → insn_at_pc g p' i → is_tmn i)
(Hwfentry : ∀ p, ¬ succ_pc g p (block_entry (entry_block g))),
wf_prog g.
End Typing.
Type Safety
Module OpsemCorrect.
Module Import V := Make (Cfg).
Import Typing Opsem.
Dominance relation
Lemma uid_sdom_step : ∀ g uid' uid pc1 pc2 c,
wf_prog g →
uid' ≠ uid →
wf_pc g pc2 →
succ_pc g pc1 pc2 →
insn_at_pc g pc1 (uid, c) →
uid_sdom_pc g uid' pc2 →
uid_sdom_pc g uid' pc1.
Proof.
unfold uid_sdom_pc.
intros g uid' uid pc1 pc2 c Hwff Hneq Hpc Hsucc Hi [pc' [Hdef Hdom]].
∃ pc'. split. assumption.
split. contradict Hneq. subst pc'.
inversion Hwff.
destruct Hdef as [? [? ?]]; eapply eq_pc_uid; eauto.
inversion Hwff; eapply dom_step; eauto.
Qed.
unfold uid_sdom_pc.
intros g uid' uid pc1 pc2 c Hwff Hneq Hpc Hsucc Hi [pc' [Hdef Hdom]].
∃ pc'. split. assumption.
split. contradict Hneq. subst pc'.
inversion Hwff.
destruct Hdef as [? [? ?]]; eapply eq_pc_uid; eauto.
inversion Hwff; eapply dom_step; eauto.
Qed.
Well-formed states
Definition wf_loc (g:Cfg.t) (p:pc) (loc:loc) : Prop :=
∀ uid, uid_sdom_pc g uid p → ∃ n, loc uid = Some n.
We also need a predicate that indicates when the program counter is at
the entry.
Definition at_entry (g:Cfg.t) (p:pc) : Prop :=
entry_of_pc p = block_entry (entry_block g).
A Vminus state is well formed when all of its components are. We need to
maintain the invariant that the ppc component does indeed correspond to
a predecessor block (unless the program is at the entry, which has no predecessors).
Similarly, the ploc previous local environment must be well-formed with the
program counter as it exited the predecessor block.
Inductive wf_state (g:Cfg.t) : state → Prop :=
| wf_state_intro : ∀ st
(Hwfpc: wf_pc g st.(st_pc))
(Hwfloc: wf_loc g st.(st_pc) st.(st_loc))
(Hwfppc: at_entry g st.(st_pc) ∨
succ_pc g st.(st_ppc) (entry_of_pc st.(st_pc)))
(Hwfploc: at_entry g st.(st_pc) ∨
wf_loc g st.(st_ppc) st.(st_ploc)),
wf_state g st.
Lemma wf_init_state :
∀ g m, wf_prog g →
wf_state g (init_state g m).
Proof.
intros g m Hprog. inversion Hprog.
apply wf_entry in Hwfcfg.
econstructor. auto.
red. simpl. intros. red in H. destruct H as [? [? [? ?]]].
red in H1. contradict H0.
cut (In x [block_entry (entry_block g)]). simpl. intuition.
eapply H1. econstructor. auto.
left. unfold init_state, at_entry, entry_of_pc. auto.
left. unfold init_state, at_entry, entry_of_pc. auto.
Qed.
intros g m Hprog. inversion Hprog.
apply wf_entry in Hwfcfg.
econstructor. auto.
red. simpl. intros. red in H. destruct H as [? [? [? ?]]].
red in H1. contradict H0.
cut (In x [block_entry (entry_block g)]). simpl. intuition.
eapply H1. econstructor. auto.
left. unfold init_state, at_entry, entry_of_pc. auto.
left. unfold init_state, at_entry, entry_of_pc. auto.
Qed.
Lemma at_entry_not_phi : ∀ g st i,
wf_prog g →
at_entry g st.(st_pc) →
insn_at_pc g st.(st_pc) i →
¬ is_phi i.
Proof.
intros g st i Hprog Hentry Hinsn.
destruct Hprog as [_ ? _ ?].
specialize (Hwfis _ _ Hinsn). inversion Hwfis; subst.
intro Hphi2. specialize (Hphi Hphi2). destruct Hphi as [H0 [H1 H2]].
destruct (insn_phis i) eqn:His. contradiction H2; auto.
assert (In p (insn_phis i)) as Hin. rewrite His. left; auto.
destruct p. apply H1 in Hin. destruct Hin as [pred [Hpred Ht0]].
specialize (Hwfentry pred). contradict Hwfentry.
rewrite <- Hentry; auto.
Qed.
intros g st i Hprog Hentry Hinsn.
destruct Hprog as [_ ? _ ?].
specialize (Hwfis _ _ Hinsn). inversion Hwfis; subst.
intro Hphi2. specialize (Hphi Hphi2). destruct Hphi as [H0 [H1 H2]].
destruct (insn_phis i) eqn:His. contradiction H2; auto.
assert (In p (insn_phis i)) as Hin. rewrite His. left; auto.
destruct p. apply H1 in Hin. destruct Hin as [pred [Hpred Ht0]].
specialize (Hwfentry pred). contradict Hwfentry.
rewrite <- Hentry; auto.
Qed.
Progress helper lemmas.
Lemma eval_val__wf_loc : ∀ g pc loc i v,
wf_prog g →
wf_loc g pc loc →
¬is_phi i →
insn_at_pc g pc i →
In v (insn_uses i) →
∃ n, eval_val loc v = Some n.
Proof.
intros ? ? ? ? v Hwff Hwfloc Hnotphi Hi ?.
destruct v as [uid | n].
simpl. inversion Hwff as [_ ? _]. apply Hwfis in Hi.
destruct Hi as [? ? Huse].
destruct (is_phi_decidable i).
- contradiction.
specialize (Huse Hnotphi uid).
lapply Huse; auto.
simpl; eauto.
Qed.
intros ? ? ? ? v Hwff Hwfloc Hnotphi Hi ?.
destruct v as [uid | n].
simpl. inversion Hwff as [_ ? _]. apply Hwfis in Hi.
destruct Hi as [? ? Huse].
destruct (is_phi_decidable i).
- contradiction.
specialize (Huse Hnotphi uid).
lapply Huse; auto.
simpl; eauto.
Qed.
Definition FinalState (g:Cfg.t) (s:state) : Prop :=
∃ uid, insn_at_pc g s.(st_pc) (uid, cmd_tmn tmn_ret).
Progress
Lemma progress : ∀ g s,
wf_prog g → wf_state g s →
FinalState g s ∨ ∃ s', step g s s'.
Proof.
intros g s Hwff Hwfs.
inversion Hwfs as [? Hwfpc]; subst. inversion Hwff.
pose proof (wf_pc_insn g Hwfcfg _ Hwfpc) as [[i c] Hi].
rename s into j. set (s:=j) in *. destruct j.
destruct c.
- (* Case "cmd_bop". *)
eelim (eval_val__wf_loc) with (v:=v) (loc:=st_loc0); eauto; simpl; auto.
eelim (eval_val__wf_loc) with (v:=v0) (loc:=st_loc0); eauto; simpl; auto.
intros n1 Heqn1 n2 Heqn2.
right. eexists. eapply step_bop; eauto. unfold eval_bop.
rewrite Heqn1, Heqn2. reflexivity.
- (* Case "cmd_phi". *)
right. specialize (Hwfis _ _ Hi). inversion Hwfis; subst.
destruct Hwfppc as [|Hwfppc].
exfalso; eapply at_entry_not_phi; eauto. simpl; trivial.
destruct Hwfploc as [|Hwfploc].
exfalso; eapply at_entry_not_phi; eauto. simpl; trivial.
destruct (Hphi I) as [Hphi2 _]. clear Hphi.
specialize (Hphi2 st_ppc0 Hwfppc). destruct Hphi2 as [[v Hin] Hdom].
cut (∃ v, assoc Lbl.eq_dec (lbl_of st_ppc0) l = Some v). intros [v' Hv].
cut (∃ n, eval_val st_ploc0 v' = Some n). intros [n Hn].
eexists. eapply step_phi. eauto. unfold eval_phi.
rewrite Hv. rewrite Hn. reflexivity.
destruct v' as [i' | n']. simpl in *. apply Hwfploc. apply Hdom.
eapply assoc_in. apply Hv. simpl; eauto.
eapply in_assoc_some. apply Hin.
- (* Case "cmd_tmn". *)
destruct t0.
* (* SCase "tmn_jmp". *)
right. eexists. eapply step_tmn. eauto. reflexivity.
* (* SCase "tmn_cbr". *)
cut (∃ n, eval_val st_loc0 v = Some n). intros [n Heqn].
right. eexists. eapply step_tmn. eauto. simpl. rewrite Heqn. reflexivity.
eapply eval_val__wf_loc; eauto; simpl; auto.
* (* SCase "tmn_ret". *)
left. unfold FinalState. eexists. eauto.
- (* Case "cmd_load". *)
right. eexists. apply step_load. eauto.
 Hwfpc]; subst. inversion Hwff.
pose proof (wf_pc_insn g Hwfcfg _ Hwfpc) as [[i c] Hi].
rename s into j. set (s:=j) in *. destruct j.
destruct c.
- (* Case "cmd_bop". *)
eelim (eval_val__wf_loc) with (v:=v) (loc:=st_loc0); eauto; simpl; auto.
eelim (eval_val__wf_loc) with (v:=v0) (loc:=st_loc0); eauto; simpl; auto.
intros n1 Heqn1 n2 Heqn2.
right. eexists. eapply step_bop; eauto. unfold eval_bop.
rewrite Heqn1, Heqn2. reflexivity.
- (* Case "cmd_phi". *)
right. specialize (Hwfis _ _ Hi). inversion Hwfis; subst.
destruct Hwfppc as [|Hwfppc].
exfalso; eapply at_entry_not_phi; eauto. simpl; trivial.
destruct Hwfploc as [|Hwfploc].
exfalso; eapply at_entry_not_phi; eauto. simpl; trivial.
destruct (Hphi I) as [Hphi2 _]. clear Hphi.
specialize (Hphi2 st_ppc0 Hwfppc). destruct Hphi2 as [[v Hin] Hdom].
cut (∃ v, assoc Lbl.eq_dec (lbl_of st_ppc0) l = Some v). intros [v' Hv].
cut (∃ n, eval_val st_ploc0 v' = Some n). intros [n Hn].
eexists. eapply step_phi. eauto. unfold eval_phi.
rewrite Hv. rewrite Hn. reflexivity.
destruct v' as [i' | n']. simpl in *. apply Hwfploc. apply Hdom.
eapply assoc_in. apply Hv. simpl; eauto.
eapply in_assoc_some. apply Hin.
- (* Case "cmd_tmn". *)
destruct t0.
* (* SCase "tmn_jmp". *)
right. eexists. eapply step_tmn. eauto. reflexivity.
* (* SCase "tmn_cbr". *)
cut (∃ n, eval_val st_loc0 v = Some n). intros [n Heqn].
right. eexists. eapply step_tmn. eauto. simpl. rewrite Heqn. reflexivity.
eapply eval_val__wf_loc; eauto; simpl; auto.
* (* SCase "tmn_ret". *)
left. unfold FinalState. eexists. eauto.
- (* Case "cmd_load". *)
right. eexists. apply step_load. eauto.
- (* Case "cmd_store". *)
right. cut (∃ n1, eval_val st_loc0 v = Some n1).
intros [n1 Heqn1]. eexists. eapply step_store. eauto. eauto.
eapply eval_val__wf_loc; eauto; simpl; auto.
Qed.
Lemma wf_pc_incr : ∀ g p i,
wf_prog g →
wf_pc g p →
insn_at_pc g p i →
¬ is_tmn i →
wf_pc g (incr_pc p).
Proof.
intros. inversion H.
apply (wf_pc_tmn g Hwfcfg) in H0 as [pt [Ht Hle]].
eapply wf_pc_le_tmn; eauto.
inversion Hle; subst. destruct H0.
contradict H2. eapply Hwftmn; eauto.
constructor; auto with arith.
Qed.
intros. inversion H.
apply (wf_pc_tmn g Hwfcfg) in H0 as [pt [Ht Hle]].
eapply wf_pc_le_tmn; eauto.
inversion Hle; subst. destruct H0.
contradict H2. eapply Hwftmn; eauto.
constructor; auto with arith.
Qed.
Lemma eval_tmn_in_lbls : ∀ l loc t uid,
Some l = eval_tmn loc t → In l (insn_lbls (uid, cmd_tmn t)).
Proof.
intros.
destruct t0; simpl in *.
inversion H; auto.
destruct (eval_val loc v). injection H.
destruct n; eauto.
discriminate H. discriminate H.
Qed.
intros.
destruct t0; simpl in *.
inversion H; auto.
destruct (eval_val loc v). injection H.
destruct n; eauto.
discriminate H. discriminate H.
Qed.
Lemma not_def_sdom_step : ∀ g p1 p2 i uid,
wf_prog g →
wf_pc g p2 →
insn_at_pc g p1 i →
¬ defs_uid i →
succ_pc g p1 p2 →
uid_sdom_pc g uid p2 →
uid_sdom_pc g uid p1.
Proof.
destruct i; intros. inversion H4 as [? [[? [? Ht]] ?]].
eapply uid_sdom_step; [ apply H | idtac | apply H0
| apply H3 | apply H1 | apply H4].
contradict Ht. subst t0. assert (x = p1).
inversion H; eapply uid_at_pc_inj; try red; eauto. subst x.
replace (uid, x0) with (uid, c); trivial.
inversion H; eapply insn_at_pc_func; eauto.
Qed.
destruct i; intros. inversion H4 as [? [[? [? Ht]] ?]].
eapply uid_sdom_step; [ apply H | idtac | apply H0
| apply H3 | apply H1 | apply H4].
contradict Ht. subst t0. assert (x = p1).
inversion H; eapply uid_at_pc_inj; try red; eauto. subst x.
replace (uid, x0) with (uid, c); trivial.
inversion H; eapply insn_at_pc_func; eauto.
Qed.
Lemma wf_loc_succ : ∀ g p1 p2 loc uid n c,
wf_prog g →
wf_pc g p2 →
insn_at_pc g p1 (uid, c) →
succ_pc g p1 p2 →
wf_loc g p1 loc →
wf_loc g p2 (update loc uid (Some n)).
Proof.
intros. red; intros. destruct (Uid.eq_dec uid0 uid). subst.
rewrite Locals.update_eq; eauto. reflexivity.
rewrite Locals.update_neq; eauto. apply H3.
eapply uid_sdom_step; eauto.
Qed.
intros. red; intros. destruct (Uid.eq_dec uid0 uid). subst.
rewrite Locals.update_eq; eauto. reflexivity.
rewrite Locals.update_neq; eauto. apply H3.
eapply uid_sdom_step; eauto.
Qed.
Lemma preservation : ∀ g s s',
wf_prog g →
wf_state g s → step g s s' → wf_state g s'.
Proof.
intros g _ s' Hwff [s Hwfpc Hwfloc] Hstep.
inversion Hstep; subst; simpl in *;
rename pc into pc0.
- (* Case "step_bop". *)
assert (wf_pc g (incr_pc pc0)) as Hwfpc' by (eapply wf_pc_incr; eauto).
constructor; simpl; try solve [destruct pc0; auto].
eapply wf_loc_succ; eauto. constructor.
- (* Case "step_phi". *)
assert (wf_pc g (incr_pc pc0)) as Hwfpc' by (eapply wf_pc_incr; eauto).
constructor; simpl; try solve [destruct pc0; auto].
eapply wf_loc_succ; eauto. constructor.
- (* Case "step_tmn". *)
assert (wf_pc g (l', 0)) as Hwfpc'.
inversion Hwff as [_ Hwfi _]. specialize (Hwfi _ _ H).
inversion Hwfi. red in Hlbl. apply Hlbl.
eauto. eapply eval_tmn_in_lbls. eauto.
assert (succ_pc g pc0 (l', 0)) as Hsucc.
econstructor. eauto. eapply eval_tmn_in_lbls. eauto.
constructor; simpl; eauto. red; intros. apply Hwfloc.
eapply not_def_sdom_step; eauto.
- (* Case "step_load". *)
assert (wf_pc g (incr_pc pc0)) as Hwfpc' by (eapply wf_pc_incr; eauto).
constructor; simpl; try solve [destruct pc0; auto].
eapply wf_loc_succ; eauto. constructor.
- (* Case "step_store". *)
assert (wf_pc g (incr_pc pc0)) as Hwfpc' by (eapply wf_pc_incr; eauto).
constructor; simpl; try solve [destruct pc0; auto].
red; intros. apply Hwfloc. eapply not_def_sdom_step; eauto. constructor.
Qed.
intros g _ s' Hwff [s Hwfpc Hwfloc] Hstep.
inversion Hstep; subst; simpl in *;
rename pc into pc0.
- (* Case "step_bop". *)
assert (wf_pc g (incr_pc pc0)) as Hwfpc' by (eapply wf_pc_incr; eauto).
constructor; simpl; try solve [destruct pc0; auto].
eapply wf_loc_succ; eauto. constructor.
- (* Case "step_phi". *)
assert (wf_pc g (incr_pc pc0)) as Hwfpc' by (eapply wf_pc_incr; eauto).
constructor; simpl; try solve [destruct pc0; auto].
eapply wf_loc_succ; eauto. constructor.
- (* Case "step_tmn". *)
assert (wf_pc g (l', 0)) as Hwfpc'.
inversion Hwff as [_ Hwfi _]. specialize (Hwfi _ _ H).
inversion Hwfi. red in Hlbl. apply Hlbl.
eauto. eapply eval_tmn_in_lbls. eauto.
assert (succ_pc g pc0 (l', 0)) as Hsucc.
econstructor. eauto. eapply eval_tmn_in_lbls. eauto.
constructor; simpl; eauto. red; intros. apply Hwfloc.
eapply not_def_sdom_step; eauto.
- (* Case "step_load". *)
assert (wf_pc g (incr_pc pc0)) as Hwfpc' by (eapply wf_pc_incr; eauto).
constructor; simpl; try solve [destruct pc0; auto].
eapply wf_loc_succ; eauto. constructor.
- (* Case "step_store". *)
assert (wf_pc g (incr_pc pc0)) as Hwfpc' by (eapply wf_pc_incr; eauto).
constructor; simpl; try solve [destruct pc0; auto].
red; intros. apply Hwfloc. eapply not_def_sdom_step; eauto. constructor.
Qed.
End OpsemCorrect.
End MakeStatics.


{% include meta_tags/base.html %} {% include externals/styling.html %}
回顶部
{% include header.html %} {{ content }}
{% include externals/scripting.html %}


Google Chrome provides APIs such as
chrome.bookmarks
and chrome.tab
so that extensions can interact with the browser.
Here are the supported chrome.* APIs:
Unless the doc says otherwise, methods in the chrome.* APIs are asynchronous: they return immediately, without waiting for the operation to finish. If you need to know the outcome of an operation, then you pass a callback function into the method. For more information, see the video Extension API Design.


4 writes to _isDynamic
System.Management.Automation (4)
engine\TypeMetadata.cs (4)
437
_isDynamic
= other._isDynamic;
505
_isDynamic
= isDynamic;
571
set {
_isDynamic
= value; }
649
_isDynamic
= compiledParameterMD.IsDynamic;
2 references to _isDynamic
System.Management.Automation (2)
engine\TypeMetadata.cs (2)
437
_isDynamic = other.
_isDynamic
;
569
get { return
_isDynamic
; }


utility: Construct, Evaluate and Plot Value and Utility Functions
Construct and plot objective hierarchies and associated value and utility functions.
Evaluate the values and utilities and visualize the results as colored objective hierarchies or tables.
Visualize uncertainty by plotting median and quantile intervals within the nodes of objective hierarchies.
Get numerical results of the evaluations in standard R data types for further processing.
| Version: |
1.4.3 |
| Published: |
2018-09-27 |
| Author: |
Peter Reichert
with contributions by Nele Schuwirth |
| Maintainer: |
Peter Reichert <peter.reichert at eawag.ch> |
| License: |
GPL-3 |
| NeedsCompilation: |
no |
| Citation: |
utility citation info |
| Materials: |
NEWS |
| CRAN checks: |
utility results |
Downloads:
Reverse dependencies:
Linking:
Please use the canonical form
https://CRAN.R-project.org/package=utility
to link to this page.


Hello!, I'm Abhijeet Bhagat. I am a software Engineer, based in Bay Area, California.
I am a full stack developer and enjoy creating applications, utilities, websites and programs
that make others more productive.
I love
I love to participate in all phases of software development
, from requirement to development, to coding and testing and finally deploying to production.
I am a team player and have worked in all mixes of Agile
development
models.
I also have very good expertise in Automated Software Testing and
I'm
experienced in allmost all tools and popular
Unit Testing frameworks.
More...
After graduating from Government College of Engineering, India.
I worked in many good companies like,
Geometric Software Solutions, Persistent Systems Inc., Synechron Inc and on-site with Clients
like
Bank of America,
Intuit,
GCI.
What's happening now...
I am currently working as Distinguished Engineer
at BlackBerry Ltd. USA.
Where I work on modern alerting and network based notification system.
currently I am also doing a bootcamp from
University Of California,Berkeley, extension.
Technologies
Here is a list of some of the technologies I am currently working on or have worked in past:
Current:
C# (.Net Core)
JavaScript (ES6+)
HTML & CSS
Java 8
Past:
VB.Net
VBScript
Python 2.7 (for writing a full Unit Testing Framework)
Oracle 9i / SQL Server
Certifications
I have following certifications.
I have completed IBM - ACSE(Advance certificate in Software Engineering.
I am Oracale Certified Associate. Oracle 9i DBMS.
I am a
CSTE
- Certified Software Test Engineer.
from QAI.


Given a 2D array (matrix) inputMatrix
of integers, create a
function spiralCopy
that copies inputMatrix
’s
values into a 1D array in a clockwise spiral order. Your function then
should return that array.
Examples:
input: inputMatrix = [
[1, 2, 3, 4, 5],
[6, 7, 8, 9, 10],
[11, 12, 13, 14, 15],
[16, 17, 18, 19, 20]
]
output: [1, 2, 3, 4, 5, 10, 15, 20, 19, 18, 17, 16, 11, 6, 7, 8, 9, 14, 13, 12]
Analyze the time and space complexities of your solution.


{% extends "layout.html" %} {% block content %}
Join Anvita & Tejashree for this 30 minute Gentle Yoga session, which has an emphasis on asana alignments, breathing techniques and mindfulness. This class will focus on the Core and abdominal region to help build strength in the midsection of the body and the lower back. Through the asanas in this class, you will build endurance, stamina, and overall agility.
Main Practice:
1. Vayunishkasana
2. Surya Namaskar - 3 Rounds
3. Ardha Uttanasana + Ardha Utkatasana
4. Anjaneyasana Lateral Stretch
5. Eka Pada Adho Mukha - Knee to Elbow
6. Parivrtta Janu Shrishasana
7. Supta Dandasana + Pada Sanchalanasana


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Chronology of events in the Trump-Ukraine scandal
Washington: Here is a chronology of events in the Ukraine scandal, which has prompted the opening of an impeachment inquiry by the Democratic-led US House of Representatives into President Donald Trump:
July 25: Trump-Zelensky call
Trump holds a 30-minute telephone conversation with Ukraine's new president Volodymyr Zelensky, a former professional comedian who was elected in May.
Earlier in July, Trump -- without explanation -- suspended hundreds of millions of dollars in military assistance to Ukraine which had been approved by Congress.
August 12: Whistleblower complaint filed
An anonymous whistleblower in the US intelligence community files an internal complaint about the Trump-Zelensky call, describing it as a matter of "urgent concern."
September 11: Money released
The military assistance to Ukraine is released by the White House.
September 24: Impeachment investigation
Following days of reports that Trump pushed Zelensky to investigate Joe Biden, his potential Democratic rival in the 2020 presidential election, and his son Hunter, Democrats in the House of Representatives announce the opening of an impeachment inquiry for abuse of power.
September 25: Transcript released
The White House releases a rough transcript of the Trump-Zelensky call.
It confirms that the president repeatedly asked the Ukrainian leader to probe the Bidens and to "look into" the matter with Rudy Giuliani, Trump's personal lawyer, and with Attorney General Bill Barr.
September 26: Whistleblower complaint released
The House Intelligence Committee releases the whistleblower's complaint, which accuses Trump of "using the power of his office to solicit interference from a foreign country in the 2020 US election."
It also accuses White House lawyers of seeking to "lock down" access to the call transcript because of its politically sensitive nature.
October 3: Text messages emerge
Text messages between US diplomats are released indicating the Trump administration tried to tie military aid to Ukraine to an investigation into the Bidens.
November 13: Public hearings begin
Following witnesses' closed-door testimony in October, the House Intelligence Committee begins public hearings. Testifying on live television, top envoy to Ukraine William Taylor states that he was told Trump cared more about the probe into the Bidens than he did about Ukraine.
November 15: Ex-ambassador attacked
Marie Yovanovitch, the former US ambassador to Ukraine ousted by Trump earlier in the year, testifies under oath, stating that she felt intimidated as the president attacks her in real time via Twitter.
November 19: White House expert testifies
Lieutenant Colonel Alexander Vindman, a respected member of the White House National Security Council, tells Congress Trump's call with Zelensky was "inappropriate," stating: "It is improper for the president of the United States to demand a foreign government investigate a US citizen and a political opponent."
November 20: Trump ally testifies
Gordon Sondland, the US envoy to the European Union and a Trump ally, tells lawmakers he followed Trump's orders in seeking a "quid pro quo" deal for Ukraine to probe Biden in exchange for a White House summit.
Sondland testified that far from being a rogue operation the attempt to pressure Zelensky to announce investigations was widely known by top officials, including Vice President Mike Pence and Secretary of State Mike Pompeo.
"We followed the president's orders," he said.
He would not attest, however, to allegations that Trump froze $391 million in aid to add pressure on Ukraine although he came to presume that was the case.
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Ukraine has widened its investigation into the founder of energy company Burisma to include suspicion of embezzling state funds, Prosecutor General Ruslan Ryaboshapka said on Wednesday.
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Why does Rick Perry's name keep coming up in Trump impeachment probe?
US diplomat Gordon Sondland testified on Wednesday that he had informed U.S. Energy Secretary Rick Perry in July that Ukraine's president would comply with President Donald Trump's request for a probe of the Ukrainian gas company Burisma, where Joe Biden's son was a board member.
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Impeachment hearings takeaways: `Everyone was in the loop’
Gordon Sondland, President Donald Trump’s ambassador to the European Union, was the most anticipated witness in the House impeachment inquiry and his testimony Wednesday showed why.
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Sondland says Giuliani was pushing for Ukraine quid pro quo
Ambassador Gordon Sondland told House impeachment investigators Wednesday that Rudy Giuliani was pushing a "quid pro quo” with Ukraine that he had to go along with it because it’s what President Donald Trump wanted.
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Former vice president Biden, Senator Elizabeth Warren and Senator Bernie Sanders -- all in their seventies -- lead in national polling for the Democratic nomination.
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After push from Perry, backers got huge gas deal in Ukraine
Two political supporters of U.S. Energy Secretary Rick Perry secured a potentially lucrative oil and gas exploration deal from the Ukrainian government soon after Perry proposed one of the men as an adviser to the country's new president.


WA Ballet mad about Septime Webre’s ALICE (in wonderland)
by Tanya MacNaughtonSEPTIME Webre found an ideal match in Aurelien Scannella’s WA Ballet company to co-produce his ambitious ALICE (in wonderland).
The Hong Kong Ballet artistic director (since 2017) and American choreographer has always had a desire to share stories and considers the dancers at WA Ballet to be natural storytellers.
“I went to Perth in April to cast the ballet,” Webre said from his Hong Kong office.
“My repetiteur Johanna Wilt is in Perth right now working on the ballet and I’ll be coming over for the production week.
“Unlike a freelance choreographer, because of my artistic director ‘day job’, it’s hard for me to spend as much time as I would want with dancers, so for 20 years now I’ve had to get comfortable with giving over to others the authority I would ordinarily keep for myself.
“Casting is key because if a dancer understands the work and there is a sensibility there, I know the ballet is in great hands.”
Webre comes from a family of nine siblings, born seventh but the first in the US after his Cuban mother and American father moved the family there following the Cuban Revolution.
He started dancing at age 12 when his only sister, two years younger, began taking classes.
“She was especially bad and it turned out I was pretty good,” he said.
“At that time I thought I was going to be a lawyer and my sister wanted to be a dancer. It turned out that I became the dancer and she’s now a lawyer.”
Hong Kong Ballet is Webre’s third directorship following six years at American Repertory Ballet in New York and 17 years at The Washington Ballet in Washington DC where he first started working on ALICE (in wonderland) in 2012.
“About 15 years ago I began exclusively making full-length ballets based on great works of literature,” he said.
“ALICE is this flamboyant story with so many outrageous characters who are so kinetic they beg to be choreographed to.
“It takes a village to create a whole ballet but the two collaborators who were really at the heart of it were costume designer Liz Vandal, who has designed several shows for Cirque du Soleil, and composer Matthew Pierce. Liz’s costumes both fulfil expectation while at the same time completely surprise you.”
Webre worked with Pierce for a year before choreographing a single step to figure out the right sound for every character, from Alice’s violin of vulnerability yet strength and the Cheshire Cat’s bluesy alley cat jazz to Middle Eastern music for the Caterpillar and Starsky and Hutch-inspired disco for the ‘bromance’ between Tweedledee and Tweedledum.
Webre said he loved to challenge dancers beyond their technical level expectation, wanting them to finish the production stronger dancers than when they started.
He has achieved this in ALICE with the most difficult pas de deux he has ever choreographed between Alice and the Cheshire Cat.
“There’s so much partnering in this ballet between different characters and the Caterpillar never touches the ground because male dancers hold her aloft,” he said.
“There’s an explosion of virtuosity with pirouettes, big jumps and fouettes. The dancers in Perth are strong technicians so I feel good.”
Beyond the choreography, Webre said he wanted audiences to be inspired by the tale of a girl going on a journey, returning knowing herself better.
“She’s faced adversity in a way that was nonplussed and showed a sense of adventure when adventure was there to be had,” he said.
“That’s a really great way to live; being open to unexpected things and taking advantage of the moment.”
THE ESSENTIALS
What: ALICE (in wonderland)
Where: His Majesty’s Theatre
When: November 21 to December 15
Tickets: www.waballet.com.au


array sqlite_fetch_all ( resource $result [, int $result_type = SQLITE_BOTH [, bool $decode_binary = true ]] )
Object oriented style (method): array SQLiteResult::fetchAll ([ int $result_type = SQLITE_BOTH [, bool $decode_binary = true ]] )
array SQLiteUnbuffered::fetchAll ([ int $result_type = SQLITE_BOTH [, bool $decode_binary = true ]] )
sqlite_fetch_all() returns an array of the entire result set from the result resource. It is similar to calling sqlite_query() (or sqlite_unbuffered_query()) and then sqlite_fetch_array() for each row in the result set.
Returns an array of the remaining rows in a result set. If called right after sqlite_query(), it returns all rows. If called after sqlite_fetch_array(), it returns the rest. If there are no rows in a result set, it returns an empty array. The column names returned by SQLITE_ASSOC and SQLITE_BOTH will be case-folded according to the value of the sqlite.assoc_case configuration option.


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Algorithm Scripting
Solutions
Sum All Numbers in a Range
Diff Two Arrays
Seek and Destroy
Wherefore art thou
Spinal Tap Case
Pig Latin
Search and Replace


package owl
Wrap up implicit classes/methods to read OWL data into either org.apache.spark.sql.Dataset or org.apache.spark.rdd.RDD.
- Source
- package.scala
- Alphabetic
- By Inheritance
- owl
- AnyRef
- Any
- Hide All
- Show All
- Public
- All
Type Members
-
implicit
class
OWLAxiomReader extends AnyRef
Adds methods,
owl(syntax: Syntax)
,functional
andmanchester
, to org.apache.spark.sql.SparkSession that allows to read owl files. - implicit class OWLExpressionsRDDReader extends AnyRef
- implicit class OWLWriter extends AnyRef
Value Members
-
object
SaveMode extends Enumeration
SaveMode is used to specify the expected behavior of saving an OWL dataset/RDD to a path.
SaveMode is used to specify the expected behavior of saving an OWL dataset/RDD to a path.
FIXME: This code was copied from SANSA-RDF and should go into a dedicated SANSA commons package
- object Syntax extends Enumeration


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