Conversor DevTool

🚀 New Features Added

📐 Angle Converter: Full support for Radians and Gradians has been integrated, using degrees as the pivot for accurate calculation.

💾 Data Storage and Transfer: Data units have been expanded to include the exact binary corporate scale (Byte, Kilobyte, Megabyte, Gigabyte, Terabyte), calculating under the standard 1 KB = 1024 Bytes instead of generic values.

📜 Roman Numerals: Automatic bidirectional support for converting from Decimal to Roman and from Roman to Decimal.

⚙️ ARM64 to Hex Translator (r2): Logic capable of assembling instructions like mov x0, #number, and generating the direct string in Little Endian format with the wx command, ready for Radare2.

🛠️ Hex to ARM64 Disassembler: Reversal of 4-byte opcodes to identify essential modding instructions like NOP, RET, MOV, and MOVK.

📦 Quick Patch Modal: An interactive, category-organized floating menu (Radare2, ARM64, ARM7) for copying common byte structures with a single tap.

🛠️ Bug Fixes

🔒 Scoped Storage Restriction Bypass (Android 11+): Fixed unexpected crashes when attempting to export history. The code now detects if the system blocks the creation of the /RBMODS folder in the root directory and automatically launches an intent to request Access to all files (MANAGE_EXTERNAL_STORAGE).

📋 Selective Copying of Bases: Previously, tapping the results box copied the entire block of plain text at once. This was fixed by implementing an AlertDialog with a selection menu that separates the raw DEC, HEX, BIN, and OCT values, copying only the necessary base to the clipboard.

💥 Crash due to Bit Overflow (Long vs. Int): When handling very long binary or hexadecimal strings during base conversion, common integers (Integer.parseInt) would break. This was corrected by migrating the logic to long types to support large values without crashing the app.

✨ The current structure is now completely autonomous, processes changes in real time, and maintains a clean history without duplicates.

✨ Total Immersive Mode: The full-screen window flags (FLAG_FULLSCREEN) were integrated directly loop, allowing the interface to utilize 100% of the mobile device's screen.