noamismach

Phase 4 is officially complete!
The Nova Code Generator is working perfectly. It traverses the validated AST using the Visitor pattern and dynamically translates the custom DSL into standard, highly optimized C++ for the ESP32 .
Instead of using slow, standard Arduino functions like digitalWrite(), my generator injects direct register manipulation for ultra-fast pin toggling, and replaces blocking delays with FreeRTOS vTaskDelay to prevent Watchdog Timer crashes .
Next and final step: Phase 5 - CLI & Build System Integration!

Phase 2 is done!
I’ve successfully implemented a hand written Recursive Descent Parser for the Nova language. It takes the token stream from my Lexer and constructs a fully functiona AST. The parser handles grammar validation, normalizes time literals (converting 1s to 1000ms automatically for the C++ backend), and maps variables to hardware properties.
Next challenge: Phase 3 - Semantic Analysis (Hardware Constraint Validation)!

Phase 1 is officially complete!
I’ve built the Lexer (Tokenizer) for Nova, my custom ESP32 transpiler. The script successfully reads my new custom syntax (like pin led = Pin(2, out) and sleep(1s)), ignores whitespace, and strictly categorizes every character into a stream of logical Tokens (Keywords, Identifiers, Time Literals, etc.). It also tracks the exact line and column numbers for future error reporting.
Next up: Consuming these tokens to build the Parser and Abstract Syntax Tree (AST)!

Successfully built the passive subdomain enumeration module! ShadowScope now queries crt.sh’s certificate transparency logs to discover hidden subdomains for any target. Just tested it live on hackerone.com and it works perfectly. Next up: building an HTTP prober to check which of these subdomains are actually alive!

Set up the core CLI structure for ShadowScope. The tool now accepts target domains via terminal. Next: subdomain scanner!