The document discusses the second conditional, which is used to talk about impossible or unlikely situations. It provides examples of second conditional sentences using "if" clauses with "were" or past tense verbs, followed by main clauses with "would", "could", or "might". The document notes some key uses of the second conditional include giving advice, discussing unlikely events, and implying rather than stating the "if" clause. It compares the first and second conditional based on the speaker's attitude toward possibility.
The document discusses the second conditional, which is used to talk about impossible or unlikely situations. It is formed using the structure "if + past tense/past perfect, would/could/might + bare infinitive". Some examples given include "If I had millions of dollars, I'd give a lot to charity" and "If we met up for lunch, we could go to that new restaurant." The subjunctive form "were" is often used after "I/he/she/it/we" in the if-clause. Advice can also be given using "If I were you...".
The document discusses the third conditional, which is used to talk about imagined or hypothetical situations in the past. It explains that the third conditional uses the past perfect (had + past participle) in the if-clause and would have + past participle in the main clause. Examples are provided to illustrate how to form third conditional sentences. Picture prompts are also included for practicing transforming sentences into the third conditional form.
The document discusses different types of conditional sentences in English:
1) Zero conditional - Used to talk about things that are always true. They use the present simple in both the if-clause and main clause.
2) First conditional - Used to talk about things that are possible in the present or future. They use the present simple in the if-clause and will + infinitive in the main clause.
3) Second conditional - Used to talk about unreal things in the present or future. They use the past simple in the if-clause and would + infinitive in the main clause. When using be, we must use "were" instead of "was" for all subjects.
This document summarizes the use of Docker for a multisite Drupal development workflow. Key points include:
- Using Docker images and containers to share database layers between similar sites, improving build speeds.
- Implementing a "lazy" continuous integration workflow with a parent PR builder and child builders for specific sites/tasks, run in parallel.
- Introducing scripts to pull the latest database from production into a Docker image, then reusing that image for reinstalls rather than importing the full database each time.
- Describing how the Docker-based approach works on both the CI server and local developer environments.
- Noting some potential issues with Docker stability and leaving garbage,
The document discusses the second conditional, which is used to talk about impossible or unlikely situations. It provides examples of second conditional sentences using "if" clauses with "were" or past tense verbs, followed by main clauses with "would", "could", or "might". The document notes some key uses of the second conditional include giving advice, discussing unlikely events, and implying rather than stating the "if" clause. It compares the first and second conditional based on the speaker's attitude toward possibility.
The document discusses the second conditional, which is used to talk about impossible or unlikely situations. It is formed using the structure "if + past tense/past perfect, would/could/might + bare infinitive". Some examples given include "If I had millions of dollars, I'd give a lot to charity" and "If we met up for lunch, we could go to that new restaurant." The subjunctive form "were" is often used after "I/he/she/it/we" in the if-clause. Advice can also be given using "If I were you...".
The document discusses the third conditional, which is used to talk about imagined or hypothetical situations in the past. It explains that the third conditional uses the past perfect (had + past participle) in the if-clause and would have + past participle in the main clause. Examples are provided to illustrate how to form third conditional sentences. Picture prompts are also included for practicing transforming sentences into the third conditional form.
The document discusses different types of conditional sentences in English:
1) Zero conditional - Used to talk about things that are always true. They use the present simple in both the if-clause and main clause.
2) First conditional - Used to talk about things that are possible in the present or future. They use the present simple in the if-clause and will + infinitive in the main clause.
3) Second conditional - Used to talk about unreal things in the present or future. They use the past simple in the if-clause and would + infinitive in the main clause. When using be, we must use "were" instead of "was" for all subjects.
This document summarizes the use of Docker for a multisite Drupal development workflow. Key points include:
- Using Docker images and containers to share database layers between similar sites, improving build speeds.
- Implementing a "lazy" continuous integration workflow with a parent PR builder and child builders for specific sites/tasks, run in parallel.
- Introducing scripts to pull the latest database from production into a Docker image, then reusing that image for reinstalls rather than importing the full database each time.
- Describing how the Docker-based approach works on both the CI server and local developer environments.
- Noting some potential issues with Docker stability and leaving garbage,
1. There are two main flows for Drupal 8 configuration management: the profile flow and the SQL flow.
2. The profile flow is used for initial project setup and involves exporting configurations from a staging site to a profile directory for installation.
3. The SQL flow is needed when adding content or complex module dependencies and cannot use configuration import since it would cause mismatches. Special tools are needed to import configurations and SQL data separately.
CIBox is a continuous integration framework that allows for multidimensional testing before code is merged into the master branch. It provides tools and configurations for local development environments, automated testing, code reviews, and deployment. The framework uses Ansible playbooks to provision and configure Jenkins, Vagrant, databases, and other tools on a CI server. It also generates codebases with scripts for continuous integration testing in Vagrant virtual machines before code is merged.
CIbox - OpenSource solution for making your #devops betterAndrii Podanenko
This document describes an old and new development workflow for code reviews and continuous integration. The old workflow involved directly committing code to a shared master branch and deploying to a development server, while the new workflow uses feature branches, pull requests, and local virtual environments for development. It also introduces CIBox, an open source project that provides tools and automation to implement the new workflow, including provisioning a CI server and setting up initial project files.
DrupalCon Los Angeles - Continuous Integration ToolboxAndrii Podanenko
This document describes a multidimensional continuous integration (CI) workflow for Drupal projects using tools like Vagrant, Ansible, Jenkins, and other automation tools. It provides an overview of how code is developed locally, reviewed through pull requests, tested through automated jobs, and deployed across environments like development, staging, and production. The goal is to standardize and streamline the development process, improve quality, and reduce bottlenecks through automation. Key aspects covered include local development environments, database/configuration handling, code review process, automated testing, and deployment.
This document outlines a Drupal development workflow using continuous integration practices. It describes the technologies used such as GitHub, Jenkins, code sniffers and Vagrant. Development rules are established including requiring code reviews before merging to master and not allowing a PR creator to merge their own code. Team roles like architect, developer and project manager are defined. The workflow involves reinstalling from scratch for each build and using update paths for staging environments. Challenges with the workflow like CI server downtime and slow builds for large projects are also discussed.
This document discusses using Vagrant and provisioning tools like Puppet, Ansible, and PuPHPet.com to configure and provision virtual machines for local development. Vagrant provides a layer on top of virtual machine providers like VirtualBox to manage virtual machines via commands and configuration files. Provisioning tools like Puppet, Ansible, and PuPHPet.com can be used to automate the installation and configuration of software on Vagrant virtual machines. PuPHPet.com is a web interface that generates Puppet manifests and Vagrant configurations for common LAMP stack configurations.
1. The document discusses setting up a continuous integration workflow for Drupal projects using tools like Jenkins, Drush, and Vagrant.
2. It identifies problems with current development practices like code being merged without testing and different environments between dev and production.
3. The workflow proposed uses scripts to automate rebuilding development and production environments from source control, running tests, and deploying code.
This document discusses Drupal's project management tools and resources for module maintainers, including automated testing, documentation, issue tracking, and community support. It highlights how some popular modules grew large developer communities that fixed over 90% of critical bugs through these resources. The document encourages contributors to write tests before committing code and review patches through the issue queue. It also lists projects needing maintenance help and provides contact information.
The Drupal Code Sprint event brings together Drupal developers to focus on collaborative coding and learning. Participants can choose between personal training sessions for $40 per hour, group training for $10 per hour, or sprint coding where the focus is on learning through coding. Attendees will gain knowledge of the Drupal infrastructure, opportunities for networking and community growth, and profit from connections and communication with fellow developers.
This document summarizes some of the key features and changes in Drupal 8. It discusses the new Twig templating system, improved plugin and block systems, configuration management, multilingual improvements, and namespaced code structure. It also outlines initiatives to improve mobile support, accessibility, and front-end performance in Drupal 8. Several core modules have been removed, changed, or added to modernize the platform.
The document discusses Drupal Feeds and its key components. It describes FeedsSource which extends FeedsConfigurable and how it imports data. It outlines the Feeds plugins system including Fetcher, Parser and Processor plugins. It details how Feeds imports data using a background job or batch process and calls the import method on FeedsSource. Finally it discusses Feeds hooks and creating custom Fetcher plugins.
This document discusses Drupal's database abstraction layer (DBAL) and API. It provides an overview of the DBAL classes and interfaces like DatabaseConnection, QueryInterface, and DatabaseStatementInterface. It also covers how to perform common database operations in Drupal like queries, transactions, and logging queries for debugging. Useful resources for working with Drupal's database API are also listed.
1. There are two main flows for Drupal 8 configuration management: the profile flow and the SQL flow.
2. The profile flow is used for initial project setup and involves exporting configurations from a staging site to a profile directory for installation.
3. The SQL flow is needed when adding content or complex module dependencies and cannot use configuration import since it would cause mismatches. Special tools are needed to import configurations and SQL data separately.
CIBox is a continuous integration framework that allows for multidimensional testing before code is merged into the master branch. It provides tools and configurations for local development environments, automated testing, code reviews, and deployment. The framework uses Ansible playbooks to provision and configure Jenkins, Vagrant, databases, and other tools on a CI server. It also generates codebases with scripts for continuous integration testing in Vagrant virtual machines before code is merged.
CIbox - OpenSource solution for making your #devops betterAndrii Podanenko
This document describes an old and new development workflow for code reviews and continuous integration. The old workflow involved directly committing code to a shared master branch and deploying to a development server, while the new workflow uses feature branches, pull requests, and local virtual environments for development. It also introduces CIBox, an open source project that provides tools and automation to implement the new workflow, including provisioning a CI server and setting up initial project files.
DrupalCon Los Angeles - Continuous Integration ToolboxAndrii Podanenko
This document describes a multidimensional continuous integration (CI) workflow for Drupal projects using tools like Vagrant, Ansible, Jenkins, and other automation tools. It provides an overview of how code is developed locally, reviewed through pull requests, tested through automated jobs, and deployed across environments like development, staging, and production. The goal is to standardize and streamline the development process, improve quality, and reduce bottlenecks through automation. Key aspects covered include local development environments, database/configuration handling, code review process, automated testing, and deployment.
This document outlines a Drupal development workflow using continuous integration practices. It describes the technologies used such as GitHub, Jenkins, code sniffers and Vagrant. Development rules are established including requiring code reviews before merging to master and not allowing a PR creator to merge their own code. Team roles like architect, developer and project manager are defined. The workflow involves reinstalling from scratch for each build and using update paths for staging environments. Challenges with the workflow like CI server downtime and slow builds for large projects are also discussed.
This document discusses using Vagrant and provisioning tools like Puppet, Ansible, and PuPHPet.com to configure and provision virtual machines for local development. Vagrant provides a layer on top of virtual machine providers like VirtualBox to manage virtual machines via commands and configuration files. Provisioning tools like Puppet, Ansible, and PuPHPet.com can be used to automate the installation and configuration of software on Vagrant virtual machines. PuPHPet.com is a web interface that generates Puppet manifests and Vagrant configurations for common LAMP stack configurations.
1. The document discusses setting up a continuous integration workflow for Drupal projects using tools like Jenkins, Drush, and Vagrant.
2. It identifies problems with current development practices like code being merged without testing and different environments between dev and production.
3. The workflow proposed uses scripts to automate rebuilding development and production environments from source control, running tests, and deploying code.
This document discusses Drupal's project management tools and resources for module maintainers, including automated testing, documentation, issue tracking, and community support. It highlights how some popular modules grew large developer communities that fixed over 90% of critical bugs through these resources. The document encourages contributors to write tests before committing code and review patches through the issue queue. It also lists projects needing maintenance help and provides contact information.
The Drupal Code Sprint event brings together Drupal developers to focus on collaborative coding and learning. Participants can choose between personal training sessions for $40 per hour, group training for $10 per hour, or sprint coding where the focus is on learning through coding. Attendees will gain knowledge of the Drupal infrastructure, opportunities for networking and community growth, and profit from connections and communication with fellow developers.
This document summarizes some of the key features and changes in Drupal 8. It discusses the new Twig templating system, improved plugin and block systems, configuration management, multilingual improvements, and namespaced code structure. It also outlines initiatives to improve mobile support, accessibility, and front-end performance in Drupal 8. Several core modules have been removed, changed, or added to modernize the platform.
The document discusses Drupal Feeds and its key components. It describes FeedsSource which extends FeedsConfigurable and how it imports data. It outlines the Feeds plugins system including Fetcher, Parser and Processor plugins. It details how Feeds imports data using a background job or batch process and calls the import method on FeedsSource. Finally it discusses Feeds hooks and creating custom Fetcher plugins.
This document discusses Drupal's database abstraction layer (DBAL) and API. It provides an overview of the DBAL classes and interfaces like DatabaseConnection, QueryInterface, and DatabaseStatementInterface. It also covers how to perform common database operations in Drupal like queries, transactions, and logging queries for debugging. Useful resources for working with Drupal's database API are also listed.
11. Администрирование: поля адреса /admin/store/settings/countries/fields Важно для сбора информации при оформлении заказа в корзине товара и упрощения регистрации пользователя
12. Администрирование: поля заказа /admin/store/settings/orders/fields Drupal 7 Field API !!! Влияет на отображение заказов в профиле
15. Администрирование: отчеты /admin/store/settings/store Используется в отчетной части уберкарта. uc_reports Возможность просмотра отчетов всех товаров по статусам, отмеченным здесь
16. Администрирование: заказ гостя /admin/store/settings/checkout/settings Регистрация пользователя, вход зарегестрированного, автоматическая регистрация нового пользователя Проверка через электронную почту
17. Администрирование: атрибуты /admin/store/products/attributes Tables: uc_attribute_options uc_attributes Наборы характеристик Независимые от FieldAPI Удобны для огромных магазинов Не экспортируюся полями для views
18. Администрирование: классы продуктов /admin/store/products/classes Аналог нового типа товара. Рудимент по сути, но требуется для возможности добавления поля продукта уберкарт
19. Администрирование: каталог /admin/store/settings/catalog Views + Taxonomy Основное отличие от Ubercart 2 (Drupal 6) Максимальная гибкость каталога, построенного на основе Views 3