Unibase 5GL: Engine Capabilities
The Non-Procedural Paradigm
The Unibase 5GL operating philosophy shifts development entirely out of procedural code files and collapses it directly into a central configuration layer. By organizing structural behaviors into declarative blueprints, database administrators can declare schemas, calculation laws, and data validation wrappers without compiling software.
Core Engine Ecosystem
Select a specialized reference blueprint below to access granular file formats, compiler syntax constraints, and live layout definitions:
The Data Dictionary
The data layer blueprint engine room. Structures attributes, defines file formatting limits, and declares transactional record keys globally.
Computational Systems
The mathematical calculation layer. Houses the non-procedural Equation Solver to drive instant arithmetic sync paths without developer logic blocks.
Prompted Scripts (.scr)
The secure data-ingestion framework. Combines visual terminal field offsets directly with backend database validation constraints.
Command-Line Engine Utilities
The Unibase runtime environment interfaces natively with host operating systems via thin, optimized binary executables. Standard interaction utilities map directly to database schema blocks:
| Utility Binary | Syntax Signature | Functional Execution Task |
|---|---|---|
ubprompt |
ubprompt [table] [script] [id] | Instantiates an interactive `.scr` UI canvas wrapper to securely ingest or edit record states. |
ubsolve |
ubsolve [table] [calculation_set] | Forces a system-wide computational evaluation run across target data cells. |
ubindex |
ubindex [table] [key_attribute] | Re-evaluates system binary search tables to maintain structural performance parity. |
Algorithmic Performance Baselines
Unlike relational structures that suffer linear slowdowns as storage scales, Unibase maintains a flat computational overhead footprint across all transactional tracking paths:
Database Scale: 10^3 Records -> Lookup Latency: O(1) [0.0001ms]
Database Scale: 10^6 Records -> Lookup Latency: O(1) [0.0001ms]
Database Scale: 10^9 Records -> Lookup Latency: O(1) [0.0001ms]
System Status: Computational overhead matches memory layout allocations continuously.
