Trains Book Version

[Tisha]

Theeasiest way to get started is visit start.spring.io, select your Spring Boot version and the Spring Cloud projects you want to use. This will add the corresponding Spring Cloud BOM version to your Maven/Gradle file when you generate the project.

If you an existing Spring Boot app you want to add Spring Cloud to that app, the first step is to determine the version of Spring Cloud you should use. The version you use in your app will depend on the version of Spring Boot you are using.

Bug fixes and backwards compatible features are added to each release train via a service release (SR). Once you determine which version of Spring Cloud to use, you should use the latest service release for that release train. You can find the latest service release information on our release notes page.

It is recommended that you use release train BOM spring-cloud-dependencies This is a BOM-only version and it just contains dependency management and no plugin declarations or direct references to Spring or Spring Boot. You can Spring Boot parent POM, or use the BOM from Spring Boot (spring-boot-dependencies) to manage Spring Boot versions.

Just like Spring Boot, many Spring Cloud projects include starters that you can add as dependencies to add various cloud native features to your project. In many cases, many features are enabled purely by adding the starter to your classpath. The starter names are documented within the individual projects. Below is an example of how you would add a Spring Cloud Config Client and a Spring Cloud Netflix Eureka client to your application.

A cloud-native orchestration service for composable microservice applications on modern runtimes. Easy-to-use DSL, drag-and-drop GUI, and REST-APIs together simplifies the overall orchestration of microservice based data pipelines.

Spring Cloud Function promotes the implementation of business logic via functions. It supports a uniform programming model across serverless providers, as well as the ability to run standalone (locally or in a PaaS).

A lightweight event-driven microservices framework to quickly build applications that can connect to external systems. Simple declarative model to send and receive messages using Apache Kafka or RabbitMQ between Spring Boot apps.

Spring Cloud Stream Applications are out of the box Spring Boot applications providing integration with external middleware systems such as Apache Kafka, RabbitMQ etc. using the binder abstraction in Spring Cloud Stream.

A short-lived microservices framework to quickly build applications that perform finite amounts of data processing. Simple declarative for adding both functional and non-functional features to Spring Boot apps.

Spring Cloud is an umbrella project consisting of independent projects with, in principle, different release cadences. To manage the portfolio a BOM (Bill of Materials) is published with a curated set of dependencies on the individual project. Go here to read about the Release Train naming conventions.

User manual - BMP Trains 2020 Version 4.3.5 release. This Manual is updated to reflect changes in the BMP Trains 2020 computer program. The date of this Manual is December 1, 2021. Example problems as well as screen captures of the program have been updated. New information collected in 2021 has been added

This update is for version 4.3.5 completed December 1, 2021. This is a user manual to accompany the computer program called BMP Trains 2020. The user manual provides example problems useful to understanding the program. The user manual is updated when there is a need to respond to user comments or to incorporate new research. The BMP Trains 2020 program is used to assess the average annual effectiveness of nutrient removal from combinations of stormwater BMPs. Fifteen (15) example problems are used to illustrate design options for BMPs in the State of Florida at the present time September 2020.

NOTE: The latest versions of Adobe Reader do not support viewing PDF files within Firefox on Mac OS and if you are using a modern (Intel) Mac, there is no official plugin for viewing PDF files within the browser window.

This is version 4.3.5 BMP Trains 2020. It is a computer program used to assess the average annual effectiveness of stormwater best management practices. It is based on the design criteria used in the State of Florida. It was released for use on December 1, 2021. It is noted that the model reflects what the current (Dec 2021) regulatory and consultant assessment process and allows for additional user defined options.

3. Inclusion of latest research with VFS. This resulted in validation of a minimum width of 10 feet, a maximum BAM depth of 2 feet, and a maximum slope of 20%. The option of assessing the annual load and average annual concentration to groundwater was added in the month of April 2020.

5. Tools Media Service Life: Replaced Sorption Rate with Removal Rate and an upper limit on removal from 5.0 to 10.0 mg OP/g media. Sorption is only one mechanism for removal. Also, added the treatment depth that was used for the effectiveness as a print-out. Service life calculations have been expanded because of the need to document media maintenance frequency (service life).

7. For permeable pavement, added other pavement types called User Defined 20 and User Defined 30, in case there are other pavement options not defined in the model. The 20 and 30 refers to the sustainable void space. Note the sustainable void space remains as a fixed number, thus if you have other options, calculate the volume and then set the thickness to reach that volume. Also, an additional reservoir space with 95% open space was added to allow the option of vault storage beneath pervious pavements.

12. Groundwater loading may affect loading at a site. On the catchment worksheet, you can now enter phosphorus and nitrogen groundwater loading. Since groundwater loading will be so variable, side calculations are needed to support the input.

13. For Exfiltration, swale and pervious pavements, the physical design data can be entered before the selection of the BAM. These data had to be re-entered after BAM was selected. This is no longer the case.

14. Equality of input descriptions, such as not selected for BAM rather than none, Treatment depth rather than sometimes using depth, composite curve number rather than sometimes composite number, and others.

17. The user defined BMP can be added after any configuration to allow additional removal. Examples are a littoral zone in the wet detention pond at the end of a series of wet detention BMPs and chemical treatment.

In the last 30 months, we have hosted 27 workshops in 14 locations around the State and 12 of them were virtual. There were over 750 participants. We thank each and every one for their valued recommendations.

The program reflects the current (Dec 2021) acceptable stormwater methodologies in the State of Florida. And the program remains flexible to allow user inputs for discovery and evaluation. AGAIN>>> THANKS.

The research by Dr. Harvey Harper, Dr. Marty Wanielista, Dr. Mike Hardin, Eric Livingston, Dr. Kelly Kilbler, Dr. Ni-Bin Chang and others in computing nutrient loads and BMP removal effectiveness continues to be the backbone of the program. The program was written by Dr. Ron Eaglin and Dr, Marty Wanielista with the support of many University of Central Florida Students.

This is version 4.3.5 BMP Trains 2020. It is a computer program used to assess the average annual removal effectiveness of nutrients. It is based on research from the State of Florida and uses design criteria in the State. It is accepted by regulatory agencies in the State. It was posted for use stating on December 1, 2021.

This version allows for greater flexibility in media selection. Noted is the choice of treatment rate to calculated service life. Treatment rate is usually decreased by 2 to incorporate a factor of safety. It also increases the reporting decimal places for TP removed in the Summary and Complete Reports A well as changes from fraction to % in exfiltration worksheet..

The research by Dr. Harvey Harper, Dr. Marty Wanielista, Dr. Mike Hardin, Dr. Kelly Kibler, Dr Ni-Bin Chang, Eric Livingston, and others in computing nutrient loads and BMP removal effectiveness continues to be the backbone of the program. Dr. Ron Eaglin provided the programming in C# with Visual Basic.

The program preserves the methodologies used to assess average annual effectiveness as currently used by consultants and professional within the State of Florida. The program has been reviewed by State agencies as well as consultants. The reviewers include staff from the Florida Department of Transportation, Florida Department of Environmental Protection, Water Management Districts, and local agencies. Where there is doubt as to model parameters (input data), the option for user inputs has been preserved.

It is understood that BMP Trains 2020 reflects current (December 1, 2021) state-of-the art methods that are used to determine average annual effectiveness of stormwater best management practices (BMPs). The authors appreciate the input from all of the reviewers and are committed to making changes as the science and engineering changes are approved by reviewing agencies.

Qualio will batch net-new features and feature enhancements into a single Launch Train with a Production release date approximately once per quarter. Customer communication will begin the month prior to release and can include emails or in-app notifications to Quality Users or all users, the Qualio Customer Newsletter, product release webinars, etc.. Additionally, release notes will be posted to the Qualio Help Center in advance of the release.

The Qualio product team has identified the following dates for 2024 launch trains. Changes to these dates will be reflected in Release Notes. Should a discrepancy in dates arise, the latest Release Notes will supersede this article.

3a8082e126