Cant find up to date release notes for V1.0125

[David Briscoe]

Hello,
Where can we read about the latest and greatest improvements that come with version 1.0125? Thanks.

[Anobium]

This is compiler and library core list.

Evan

Here’s the streamlined table with the requested columns removed:

ID	Type	Category	Platforms	Notes
1475	New	GLCD	PIC/AVR/LGT	Introduced GLCDON and GLCDOFF commands for the KS0108 driver. Enhanced font support by incorporating a BigFont table from SSD1289.
1476	New	DAT	AVR	Corrected SPI1 register address for the MEGA328PB, ensuring accurate communication and improved functionality.
1477	New	GLCD	PIC/AVR/LGT	Optimized GLCDCLS function, making it 2.4 times faster in monochrome mode. Improved ReadPixel_ILI9341 functionality to support parallel modes and enhanced compatibility with 8-bit UNO Shield operations.
1478	Fix	GLCD	PIC/AVR/LGT	Added MEGA328PB SPI support. Enhanced SPI implementation to boost performance and reliability across multiple configurations.
1479	New	Compiler	PIC/AVR/LGT	Automated selection of the programming port to streamline and simplify the compilation process.
1480	New	Compiler	PIC/AVR/LGT	Introduced improved logical operator handling for bitwise shifts. Enhanced error handling for parenthesized bitwise shift operations, preventing syntax misinterpretations.
1481	New	Compiler	PIC/AVR/LGT	Expanded logical operator support to include array elements, allowing for more flexible programming structures and calculations.
1482	New	Compiler	PIC/AVR/LGT	Added native support for enumerations, providing structured data handling and improved readability in code.
1483	New	Compiler	PIC/AVR/LGT	Extended enumeration support with reset functionality, allowing dynamic reinitialization within program execution.
1484	New	Compiler	PIC/AVR/LGT	Strengthened error handling for array assignments, specifically for non-byte arrays. Revised memory parameters for 18F chips to improve efficiency. Updated chipdata definitions for enhanced compatibility.
1485	New	Calculator	PIC/AVR/LGT	Rewrote the FloatCalculator to resolve operating system conflicts and ensure precision in floating-point computations.

This keeps things concise while maintaining clarity. Let me know if you'd like further refinements!