Page Index - Gnorion/BizVR GitHub Wiki
333 page(s) in this GitHub Wiki:
- Home
- BizVR Business Language
- Introduction
- A DMN BVR Validation Case Study
- A Testing Example (T03)
- Abstract Decision Tables
- ABSTRACTING TABLES TO COVER MUCH MORE THAN RULES
- Access Control For Decision and Tables
- Aggregating Dependencies across Decisions within a Project
- All Pages
- Alternate Representation for Resource Allocation
- Alternative Decision Structures using included function libraries
- Analyzing Complex Decisions
- Automated Test Data Generation
- Automatic Creation of Client Interfaces
- Automatic Generation of Test Cases in JSON Format Using Validator
- Automatic Rule Discovery
- Automatically Inferring The Data Model From The Rules
- Automating the Checking of Test Results against Expected results
- Automating the Generation Of Test Data
- Batch Execution of the Validation Process
- Benefits of Testing Tables Individually
- BizVR Architecture (Importers, Exporters, Modelers, Validators, Executors)
- BizVR Auto Fixit Button
- BizVR Consulting
- BizVR Discussion
- BizVR Entity Relationship Diagram (Structure, UML)
- BizVR Entity Relationship Diagram Extended for Expressions
- BizVR Export File Example
- BizVR JSON Export File Format
- BizVR Project Diagram
- BizVR Summary and Categories
- BizVR Summary and Links to Topics
- BizVR to DMN Collection Mapping
- BizVR to DMN Comparison Mapping
- BizVR to DMN Data Type Mapping
- BizVR to DMN Disjunction Mapping
- BizVR to DMN FEEL Expression Mapping
- BizVR to DMN Iteration Mapping
- BizVR to DMN Negation Mapping
- BizVR to DMN Numbers Mapping
- BizVR to DMN Other Mapping
- BizVR to DMN Predefined Values Mapping
- BizVR to DMN Qualified Names Mapping
- BizVR to DMN Ranges Mapping
- BizVR to DMN Strings Mapping
- BizVR to DMN Temporal Mapping
- BizVR Training Classes
- BizVR Tutorial
- Business Decisions
- Case Study Transportation Scheduling
- Case Study Transportation Scheduling Approach 1 Standard Decision Tables with Inferencing
- Case Study Transportation Scheduling Approach 2 Functions
- Case Study Transportation Scheduling Approach 3 Methods and Polymorphism
- Case Study Transportation Scheduling Approach 4 Pure Functions
- Categories
- Category A A Example
- Category s A Example
- Category s s Example
- Category Theory and Decision Tables
- Category Theory definition
- Certainty Factors
- Checking the completeness of the rules
- Checking the consistency of the rules
- Checking the Quality of Business Rules
- Checking the rules for constraint violations
- Checking the rules for redundancies
- Checking the rules for values set and tested
- CIRCULAR REFERENCE WITHIN AND ACROSS RULESETS
- Classes Of Decision
- Collection = function of collection(s)
- Collections Expressions (DMN Compatible)
- Collections Functions
- Collections Methods
- Comparing Decision Models
- Complete Examples with Execution
- Complex Decision Example
- Composition of Methods
- Constraints on Values Sets for an Attribute
- Context Bindings
- Creating Named and Dynamic Collections
- Date Functions
- Date Methods
- Decimal Functions
- Decimal Methods
- Decision Data Structural Levels (RGB)
- Decision Data Structural Levels (TLP)
- Decision Dependency Diagram ‐ Alternative Display Options
- Decision Management Community Rule Modeling Challenge Problems
- Decision Model Structure (Graph)
- Decision Ontology
- Decision Table Compression (Eliminate Redundancies)
- Decision Table Dependency Rules
- Decision Table DRD Views
- Decision Table Factor Out Complex Expressions
- Decision Table Keywords
- Decision Table Merging
- Decision Table Semantics
- Decision Table Splitting
- Decision Table Syntax and Semantics
- Decision Table Views
- Decision Tables and Collections
- Decision Tables as Class Methods
- Decision Tables as Composed Methods
- Decision Tables as Functions
- Decision Tables as Instance methods
- Decision Tables as the Universal Modeling Paradigm
- Decision Tables Rules about different Types
- Decision Testing Strategies
- Decision Trees
- Decision Variable Cross Reference Report
- Decisions about Decisions (Reflective Decisions)
- Decisions and Rules Involving Expressions
- Decisions as Pure Functions (no side effects)
- Decisions With Unconnected Tables
- Defining Abstract Decision Tables
- Defining Access Control Using Decision Tables
- Defining API Calls Using Decision Tables
- Defining Arbitrary Components as Decision Tables
- Defining Business Logic Using Decision Tables
- Defining Complex Data Using Decision Tables
- Defining Constraints in Decision Tables
- Defining Database Access Using Decision Tables
- Defining Decision tables to Explain Predictive Models
- Defining Decision Trees Using Decision Tables
- Defining Declarative Logic Using Decision Tables
- Defining Event Processing Using Decision Tables
- Defining Frameworks Using Decision Tables
- Defining Functions as Decision Tables
- Defining Fuzzy Models Using Decision Tables
- Defining Grammars Using Decision Tables
- Defining Graphs and Graph Processing Logic Using Decision Tables
- Defining Interactive Dialogs Using Decision Tables
- Defining Introspective Decision Tables
- Defining Logic Programming Using Decision Tables
- Defining Lookup Tables as Decision Tables
- Defining Map Reduce Using Decision Tables
- Defining Monitoring Logic Using Decision Tables
- Defining Multi Dimensional Spreadsheets as Decision Tables
- Defining Ontologies Using Decision Tables
- Defining Optimization Logic Using Decision Tables
- Defining Parallel Execution Using Decision Tables
- Defining Pattern Matching Logic as Decision Tables
- Defining Performance Monitoring Logic Using Decision Tables
- Defining Probabilistic Models Using Decision Tables
- Defining Process Orchestrations Using Decision Tables
- Defining Quality Rules as Decision Tables (Meta Rules)
- Defining Quantum computations using decision tables
- Defining RDF Triple Processing Using Decision Tables
- Defining Test Data For The Transportation Scheduling Example
- Defining Test Data Using Decision Tables
- Defining Test Values as Decision Tables
- Defining Validator Behavior Using Decision Tables
- Defining Validator Settings as Decision Tables
- Dependencies Between Multiple Decisions
- Deployment of Decisions
- Design Time Checking vs Execution Time Checking
- Detecting Conflicts in Conditions that use Expressions
- Determining Dependency between Decision Tables
- Different Types of Decision Tables
- DMN Complex Objects and Expressions to Process
- DMN Projections
- Documents for Download
- Dynamic Questionnaires in Decision Tables
- Eliminating Redundant Rules
- Example of a Decision Using Functions and Methods
- Examples of Decisions
- Executing BizVR Decision Models in Test Mode (RGB)
- Expressions
- Extending BizVR To Handle Complex Expressions
- Extending the Functionality of a Decision Model
- EXTENDING THE MODEL WITH A PRD (Project Requirements Diagram)
- FEEL Contexts
- FEEL Functions
- FEEL Lists
- FEEL Numbers
- FEEL Ranges
- Forward and Backward Chaining Analysis
- FULL INDEX
- Functional Programming vs. Object oriented Programming
- Functions and Methods
- General Thoughts About Table Types
- Generating an Aion app from the Model
- Generating Test Cases
- Generic Test Case Generation From DMN
- Generic Test Case Handler Modeled in DMN
- Handling NOT
- Handling other
- Handling Overlapping Ranges
- How do I...
- How Do you Invoke a Framework
- How is a Framework Used
- How to Compare json Results using js and deep diff
- How to Create a Complete List of all your Projects and Decisions
- How to Create New Instances of a Class
- How to edit inputs and outputs
- Identifying Unconnected Subgraphs in Decision Models
- Identifying Unconnected Subgraphs in Decision Models (single table with unrelated rules)
- IMPLEMENTING Q&A ASSESSMENTS IN BIZVR
- Importing Excel Spreadsheets into BizVR
- Importing models from external sources
- Including externally defined function libraries
- INDEX
- Index 2023 08 10
- Index 2023 09 17
- Index Of Functions
- Index Summary
- Inferencing with Decision Tables
- Inheritance and Secialization of Decision Tables
- Inheritance and Specialization of Methods and Functions
- Integer Functions
- Integer Methods
- J11 Project Dependency Diagram
- J16 Rules As Text
- Jan 2018 Order Promotions
- Labels and Expressions in BVR and DMN
- Managing the Validation and Testing of Large and Complex Decisions
- Mapping of Tables and Expressions (DMC02)
- Mapping of Tables and Expressions (SCH015)
- Methodology for Modeling Decisions
- Methods
- Mini Case Study
- Miscellaneous Documents for Download
- Modes of Execution
- Negation in Rules
- Object = function of object(s)
- Object = function of values(s)
- One Modeling Environment to Bind Them All
- Open World vs Closed World for Completeness
- Optimizing BizVR Collection Processing Using Pattern Matching and Iteration
- Overlapping Ranges Test Cases
- Passing Arguments to Methods and Functions
- Permutations and Combinations
- Process Orchestration
- Processing Collections With Decision Tables
- Prolog Examples
- RDF
- RDF and Dependency Graphs
- Recursive Decision Table Functions
- Refactoring Decision Tables
- Representing FEEL Expressions in Table Format
- Resource Allocation Alternative Approaches
- Resource Allocation Case Study
- Resource Allocation Example Using BizVR Decision Tables
- Resource Allocation Flat Data Model Standard Decision Tables
- Resource Allocation Flat Data Model Using Functions and Methods
- Resource Allocation Functional Model
- Resource Allocation Inheritance and Polymorphism Model
- RGB Case Study
- Rule Ambiguity When Variables are Involved
- Rule Development Methodology
- Rule Validation
- Section J31 Test Cases JSON Format
- SELF ASSEMBLY OF COMPONENTS
- Semantic Indexing of Documents
- Sep 2015 Collections of Cars
- setting default price with exceptions covered by explicit rules
- Simplification of Ranges
- Some examples of complex expressions
- Stateful and Stateless Models
- String Functions
- String Methods
- String Similarity Checking
- Substring
- Summary of New Features 8 5 2024
- Supported Conversion Paths (Import Export)
- TECHNICAL ‐ How are Test Cases Generated Automatically
- Temporary example
- Test Case Generation ‐ Positive and Negative and Combined Tests
- Test Cases For Numeric Conditions
- Test Data Generation Using Seeding Tables
- Testing a Complex Decision with Many Tables
- Testing and Validation Options for Large Models
- Testing Example
- Testing Related Groups of Tables
- Testing Single Rules With Positive and Negative Test Cases
- The Testing Process Inside BizVR
- Thoughts on DMN Expressions
- Thoughts on extracting the variable names and types from conditions and actions
- Thoughts on Testing Strategies
- TLP Insurance Case Studies
- TLP Insurance Combined Decision and Ontology
- TLP Insurance Credit Scoring Sub Decision
- TLP Insurance Developed Using BizVR
- TLP Insurance Inheritance
- TLP Insurance Ontology Only
- TLP Insurance Using Credit Scoring Sub Decision
- TLP Insurance Using Functions Case Study
- TLP Insurance Using Inferencing Case Study
- Toy Example
- Transportation Scheduling Execution Example
- Truth Maintenance
- TRV10 Dependency Audit Report
- TRV10 Dependency Example Decision Tables
- Tutorial Creating Decision Table Functions
- Tutorial Using The Validation Tool
- Tutorial Automating test data generation
- Tutorial Automating the checking of results
- Tutorial Defining The Decision Properties
- Tutorial How to test a decision model
- Tutorial Reference Example
- Tutorial Some Examples of JSON
- Tutorial Testing with a collection of inputs
- Tutorial Topics Summary
- Unification (i.e. Prolog)
- Useful References
- Using ChatGPT To Build DMN models Automatically
- Using OTHER in rules
- UTUBE Demo Script
- Validating Aggregations of Decisions or Tables
- Validation and Testing in Stages
- Validation Error Codes
- Validation Error Messages (new json Format)
- Validation JSON file (current format)
- Validation of Decisions Within A Project
- Validation of Single Tables
- Validation of the DMN DRG Dependency Diagram
- Validation Options
- Validation Statistics
- Validation Summary
- Validator Report Sections
- Value = function of Collection(s)
- Value = function of object(s)
- Value = function of value(s)
- Versioning and Effective Dating
- Vertical vs Horizontal Decision Tables
- Visualizing the Execution of Decision Models
- Weather Rules
- What are Functions
- What Does a Framework Look Like
- What is BizVR
- Why Is BizVR Different
- Why You Should Use BizVR to Analyze DMN Models