...
Reference_description_with_linked_URLs____________________ | Notes_______________________________________________________________________________ | |||
---|---|---|---|---|
https://docs.google.com/spreadsheets/d/1SM5tSoCQ0KzjLB7zkqug5HR29yxoUVPQ JHUHCEB1vYE/edit#gid=1638013988 | My Work Tickets - GSheet | |||
TechNotes | My Confluence | |||
https://github.com/jmason90 | My Github | |||
https://guides.github.com/activities/hello-world/ | Github training | |||
Eclipse | ||||
Java Open JDK | ||||
Spring | ||||
Nodejs | ||||
npm | ||||
Groovy | ||||
Grails | ||||
BIRT | ||||
Grafana | ||||
Coding games online to learn programming | ||||
github notes - jmason90 | ||||
good intro level courses for full stack, algorithms, mongo, mysql certs available | ||||
general software dev roadmaps, tips, articles from cj | ||||
free articles, tutorials on full stack, analytics, cloud | ||||
https://aws.amazon.com/training/learning-paths/?nav=tc&loc=4 | Free AWS training online | |||
https://creately.com/blog/diagrams/uml-diagram-types-examples/ | UML diagrams examples | |||
UML | ||||
https://wolandscat.net/2019/03/07/the-long-slow-death-of-uml/ | UML - why it’s limited | |||
https://en.wikipedia.org/wiki/Business_Process_Model_and_Notation | BPM diagrams | |||
Mark Volkmann tech slides on JS, JEE etc | ||||
BPM modeling | use Libre Draw for BPM objects ( or billable draw.io, lucidchart ) | |||
Conceptual Solution Diagram - actors to conceptual environment model and BPM flows mapped to action diagram blocks with sequence numbers | ||||
https://en.wikipedia.org/wiki/Business_Process_Model_and_Notation#Scope | BPM wikipedia | |||
https://www.process.st/bpmn-tutorial/ | BPM Tutorial | |||
https://camunda.com/bpmn/reference/ | BPMN Notation | |||
https://www.lucidchart.com/blog/diagrams-for-dummies-a-BPMN-tutorial | BPM tutorial | |||
https://camunda.com/learn/videos/ | Camunda provides full range of BPM design, modeling and run time options to execute BPM processes https://camundasolutionsreview.com/bpmn/ | Camunda BPM provides a good free cloud version and a billable enterprise modeler option | business-process-management/the-top-15-free-and-open-source-bpm-software/ bpm-software-2019-solutionsreview.com-The Top 15 Free and Open Source BPM Solutions.pdf | BPM tools review - 2019 |
camundacombpmn/?utm_campaign=Cawemo%20 -%20WF&utm_medium=email&_hsmi=79337759&_hsenc=p2ANqtz–1eYNtBhyl1ufhhsNqd8Goi_eU43rmbqC1O5Z3KTeGtTJH84574Mk0_S0_7TyWG_jk RsxsW1bLKW9uDmIDKv_on0dnKg&utm_content=79337759&utm_source=hs_automation Camunda online tutorial with Cawemo with examples BPMN-Real-Life_BPMN_Book_Excerpt.pdfblog/best-free-open-business-process-management-software 9 Best Free and Open Source Business Process Management Software.pdf | BPM tools review - 2020 ** | |||
https://drive.googlecamunda.com/file/d/1U7lZ010xqalgxCtmM_CyFvvFBqHyan2q/view?usp=sharing Real-Life BPMN book excerpt ** covers all the basics - Camuda linksbpmn/ | Camunda BPM provides a good free cloud version and a billable enterprise modeler option | |||
https://camunda.com/products/cawemo/ | Camunda online BPM design tool free registration - login | learn/videos/ | Camunda provides full range of BPM design, modeling and run time options to execute BPM processes | |
https://encamunda.wikipedia.orgcom/wiki/Camunda | Camunda java runtime workflow engine *** Camunda is open-source with workflow tooling and a workflow engine that can in Java apps using REST api | https://www.grails.org/plugin/camunda?skipRedirect=true | Grails Camunda plugin - is it still valid? from 2015 works in Grails v2x onlybpmn/?utm_campaign=Cawemo%20-%20WF&utm_medium=email&_hsmi=79337759&_hsenc=p2ANqtz–1eYNtBhyl1ufhhsNqd8Goi_eU43rmbqC1O5Z3KTeGtTJH84574Mk0_S0_7TyWG_jk RsxsW1bLKW9uDmIDKv_on0dnKg&utm_content=79337759&utm_source=hs_automation | Camunda online tutorial with Cawemo with examples |
BPMN-Real-Life_BPMN_Book_Excerpt.pdf https://drive.google.com/file/d/1U7lZ010xqalgxCtmM_CyFvvFBqHyan2q/view?usp=sharing | Real-Life BPMN book excerpt ** covers all the basics - Camuda links | |||
Camunda online BPM design tool free registration - login | ||||
https://en.wikipedia.org/wiki/Camunda | Camunda java runtime workflow engine *** Camunda is open-source with workflow tooling and a workflow engine that can in Java apps using REST api | |||
https://docs.camunda.org/manual/7.8/ | Camunda docs | |||
https://camunda.com/best-practices/invoking-services-from-the-process/ | Camunda best practices | |||
https://www.grails.org/plugin/camunda?skipRedirect=true https://plexiti.github.io/camunda-grails-plugin/ | Grails Camunda plugin - is it still valid? from 2015 works in Grails v2x only grails camunda images | |||
jBpm | ||||
https://docs.jboss.org/jbpm/release/7.45.0.Final/jbpm-docs/html_single/ | jBpm jBPM is a toolkit for building business applications to help automate business processes and decisions. jBPM originates from BPM (Business Process Management) but it has evolved to enable users to pick their own path in business automation. It provides various capabilities that simplify and externalize business logic into reusable assets such as cases, processes, decision tables and more. | |||
https://www.visual-paradigm.com/tutorials/how-to-create-bpmn-diagram/ | Visual Paradigm BPM | |||
https://www.google.com/search?q=bpmn+diagram+example&sxsrf=ALeKk00DbfW _tp8UJc4qQXwHSTleoeu8Dg:1594040442064&tbm=isch&source=iu&ictx=1&fir= asW0bAfrogp6SM%252CIoPrz_qHo7qRcM%252C_&vet=1&usg=AI4_-kQV4zg2eVjfoSUYefuhFdv5dGNm0w&sa=X&ved=2ahUKEwiW5rmy17jqAhXRm OAKHbRkBI4Q9QEwAXoECAgQJw#imgrc=asW0bAfrogp6SM | Sample BPM images | |||
UML2 in Eclipse | ||||
https://sysml.org | Sysml = Smalltalk xuc or Groovy DSL | |||
sysml-sysml.org-SysML Open Source Project - What is SysML Who created SysML.pdf https://drive.google.com/file/d/16IM1iIycYuFlw1NU0mW4YWdFAU_PjwKC/view?usp=sharing | Sysml overview doc | |||
https://app.lucidchart.com/user/145292726#/ | Lucidchart.io - free online acct for 3 projects only - print- no export jmswt$Syn | |||
BPMN tools and BPEL | ||||
BPMN tools - some free | ||||
https://design.inf.usi.ch/bpmn-sketch-miner/tutorial/index.html | BPM Sketch Miner | |||
Confluence BPM tool ( free ? ) | ||||
online courses | ||||
https://www.freecodecamp.org/news/data-science-course-for-beginners/ | free 6 hour video course on all basics | |||
catalog of 650 free online courses for 2019 | ||||
billable courses | ||||
Enterprise Architecture certification prep course from eacoe.org | ||||
Other reference links | ||||
https://sites.google.com/site/prahladswiki/tutorials/libreoffice-base-connect-to-any-database | Prahlad's Knowledge Wiki free resource links on java, linux, python, libre | |||
https://www.youtube.com/playlist?list=PLSrosSYVDPYKWADY1ddNMXOG_Bog8THNh | IBM Meetup Topics - good youtube meeting videos | |||
...
- start and end points for the process
- swim lanes for the actors
- process events, actions and decision points ( gateways )
- events used often to model asynchronous processing.
synchronous processing shown as standard message flows between actions ( or process blocks ) - artifacts produced or consumed by process blocks or actions
- if useful, related data stores can be referenced from the process blocks as input, output or both arrows
- complex processes can be simplified using off page connectors that define related processes
Purpose of BPMN Diagram
BPMN symbols are so simple that they can be understood by everyone, including business analysts who create and improve business processes, technical developers who implement the process changes, business managers who are monitoring changes, and even non-technical people like stakeholders who want to understand how the future process will look like. BPMN is an effective communication tool as it provides a common and simple visual language for specifying business processes, which eliminates miscommunication between the different parties.
Understanding BPMN Diagrams
In BPMN, the processes are described using diagrams with a series of graphic elements. Such a visual presentation makes it easy for users to understand the logic of a process. BPMN has been primarily developed to design and read both simple and complex diagrams of business processes.
For that, the BPMN standard classifies the graphic elements by categories: as a result, the elements are easily recognized by the users who work with business process diagrams.
BPMN symbols
There are five basic categories of BPMN elements. Each of them represents a unique aspect of the business process.
Swimlane
Swimlanes are graphical containers that represent participants of a process. There are two types of swimlanes — pools, and lanes.
Flow Elements
Flow elements are elements that connect to form business workflows. Flow elements are the primary elements that define the behavior of a process.
There are three kinds of flow elements: Events, Activities, and Gateways.
Connecting Objects
Flow objects are not isolated, but rather connected to form a flow. The connectors that connect the flow objects are called connecting objects.
There are four kinds of connecting objects: Sequence flows, message flows, associations and data associations.
Data
Data is mainly information needed or produced when executing a business process.
There are four kinds of data: Data objects, data inputs, data outputs and data stores.
BPMN Notation
Camunda BPMN summary
https://camunda.com/bpmn/reference/
BPMN-symbols-camunda.com-BPMN 20 Symbol Reference.pdf
BPMN Tutorial
View file | ||||
---|---|---|---|---|
|
Real Life BPMN book excerpt
https://drive.google.com/file/d/1U7lZ010xqalgxCtmM_CyFvvFBqHyan2q/view?usp=sharing
Covers all the concepts
Defines process models, events, abstractions, interfaces
instead of diagrams DSL models
- flexible, understandable, extendable, abstractions, interfaces
- groovy expando models with bound property listeners for events
- clarifies dynamic behavior with messaging sequences
- add non-functional features where needed as annotations
- models decisions and gateways as well
- supports RDD with decentralized intelligence
- JEPL supports asynch, event-driven flows
- processing relations: composition, association, collaboration
- model actors, objects, resources
- name paths - happy and alternate scenarios
- automate with workflow engine
- automate rules with decision engine
- thoughts on goal, incentive-based dynamic optimizations on:
- decisions
- workflow
- more
UML mappings for BPM
The BPM diagrams are easily consumed by a broader audience than UML diagrams.
The advantage of UML diagrams is the easy mapping to software constructs ( modules, classes ( or actors ), methods and events )
At a simple level, a BPM diagram may:
- be contained by a subsystem class or the requirements test case
- the swim lanes map to known actor classes
- the process blocks or actions map to methods
- the events map originate from asynchronous event producers in a process and show links to the event listeners ( usually a dotted line )
- the pre-process setup for a BPM would include the registration of the event listeners for an event
- the related data sources to the actor classes can be mapped as a request - response collaboration association for independent data sources ( services )
or mapped as a composition for internal state ( with a hidden persistence service assumed )
Potential Value Opportunities
Potential Challenges
- between actions ( or process blocks )
- artifacts produced or consumed by process blocks or actions
- if useful, related data stores can be referenced from the process blocks as input, output or both arrows
- complex processes can be simplified using off page connectors that define related processes
Purpose of BPMN Diagram
BPMN symbols are so simple that they can be understood by everyone, including business analysts who create and improve business processes, technical developers who implement the process changes, business managers who are monitoring changes, and even non-technical people like stakeholders who want to understand how the future process will look like. BPMN is an effective communication tool as it provides a common and simple visual language for specifying business processes, which eliminates miscommunication between the different parties.
Understanding BPMN Diagrams
In BPMN, the processes are described using diagrams with a series of graphic elements. Such a visual presentation makes it easy for users to understand the logic of a process. BPMN has been primarily developed to design and read both simple and complex diagrams of business processes.
For that, the BPMN standard classifies the graphic elements by categories: as a result, the elements are easily recognized by the users who work with business process diagrams.
BPMN symbols
There are five basic categories of BPMN elements. Each of them represents a unique aspect of the business process.
Swimlane
Swimlanes are graphical containers that represent participants of a process. There are two types of swimlanes — pools, and lanes.
Flow Elements
Flow elements are elements that connect to form business workflows. Flow elements are the primary elements that define the behavior of a process.
There are three kinds of flow elements: Events, Activities, and Gateways.
Connecting Objects
Flow objects are not isolated, but rather connected to form a flow. The connectors that connect the flow objects are called connecting objects.
There are four kinds of connecting objects: Sequence flows, message flows, associations and data associations.
Data
Data is mainly information needed or produced when executing a business process.
There are four kinds of data: Data objects, data inputs, data outputs and data stores.
BPMN Notation
Camunda BPMN summary
https://camunda.com/bpmn/reference/
BPMN-symbols-camunda.com-BPMN 20 Symbol Reference.pdf
BPMN Tutorial
View file | ||||
---|---|---|---|---|
|
Real Life BPMN book excerpt
https://drive.google.com/file/d/1U7lZ010xqalgxCtmM_CyFvvFBqHyan2q/view?usp=sharing
Covers all the concepts
Defines process models, events, abstractions, interfaces
instead of diagrams DSL models
- flexible, understandable, extendable, abstractions, interfaces
- groovy expando models with bound property listeners for events
- clarifies dynamic behavior with messaging sequences
- add non-functional features where needed as annotations
- models decisions and gateways as well
- supports RDD with decentralized intelligence
- JEPL supports async, event-driven flows
- processing relations: composition, association, collaboration
- model actors, objects, resources
- name paths - happy and alternate scenarios
- automate with workflow engine
- automate rules with decision engine
- thoughts on goal, incentive-based dynamic optimizations on:
- decisions
- workflow
- more
UML mappings for BPM
The BPM diagrams are easily consumed by a broader audience than UML diagrams.
The advantage of UML diagrams is the easy mapping to software constructs ( modules, classes ( or actors ), methods and events )
At a simple level, a BPM diagram may:
- be contained by a subsystem class or the requirements test case
- the swim lanes map to known actor classes
- the process blocks or actions map to methods
- the events map originate from asynchronous event producers in a process and show links to the event listeners ( usually a dotted line )
- the pre-process setup for a BPM would include the registration of the event listeners for an event
- the related data sources to the actor classes can be mapped as a request - response collaboration association for independent data sources ( services )
or mapped as a composition for internal state ( with a hidden persistence service assumed )
Potential Value Opportunities
Potential Challenges
Candidate Solutions
JBPM - process workflow toolkit and runtime engine for Java environments
https://docs.jboss.org/jbpm/release/7.45.0.Final/jbpm-docs/html_single/
jBPM is a toolkit for building business applications to help automate business processes and decisions.
jBPM originates from BPM (Business Process Management) but it has evolved to enable users to pick their own path in business automation. It provides various capabilities that simplify and externalize business logic into reusable assets such as cases, processes, decision tables and more.
Eclipse-based developer tools to support the modeling, testing and debugging of processes
Remote API to jBPM engine as a service (REST, JMS, Remote Java API)
Integration with Maven, Spring, OSGi, etc.
can be combined with Drools
jBPM is not just an isolated jBPM engine. Complex business logic can be modeled as a combination of business processes with business rules and complex event processing. jBPM can be combined with the Drools project to support one unified environment that integrates these paradigms where you model your business logic as a combination of processes, rules and events.
Step-by-step guide for Example
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