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524,424 tools. Updated 2026-09-06 15:30

"Fluent Bit" matching MCP tools:

  • Execute arbitrary Fluent TUI commands in the active session after user confirmation, providing direct access to modify ANSYS Fluent simulations.
    MIT
    Destructive
  • Write 16-bit values to a MELSEC head device with a dry-run preview by default, capturing before values and an undo descriptor for safe rollback.
    MIT
    Destructive
  • Configure FPGA SRAM by replaying a CRAM SVF over JTAG via FT2232, verifying the done bit. Requires explicit confirmation and expected IDCODE to prevent mismatched devices.
    Apache 2.0
  • Batch-read consecutive 16-bit word values from a MELSEC PLC device (e.g., D100) to retrieve signed integers for monitoring, diagnostics, or troubleshooting data breaks.
    MIT
  • Read 16-bit words from Omron PLC memory areas via FINS. Specify memory area, start address, and count to retrieve unsigned integer values for monitoring and troubleshooting industrial data.
    MIT
  • Read bit-level status from Omron PLC memory areas (CIO, W, H, A, DM) using FINS protocol. Retrieve consecutive bits as boolean values for monitoring and troubleshooting.
    MIT

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  • Reads consecutive bit devices from a MELSEC head device (e.g., M0, X10) and returns their boolean states. Specify count up to 256 to batch-read bits.
    MIT
  • Write a 16-bit unsigned value to emulated memory at a system bus address. Use for cheats and pokes (HP, score, coordinates). Overwrites two bytes with no undo.
    MIT
  • Atomic 64-bit write to PS2 EE memory at an 8-byte aligned address. Accepts a decimal string for values up to 2^64-1 to preserve precision.
    MIT
  • Parse .bit bitstream file headers offline to extract design name, target part, build timestamp, and SHA256. Verify part compatibility before programming and reconcile delivery files without launching Vivado.
    Apache 2.0
  • Load a PE executable into x64dbg and create a debugging session. Returns a sessionId required by all other tools. Automatically detects 32-bit or 64-bit binaries and launches the appropriate debugger. Optionally pause at entry point or run immediately.
    MIT
  • Read a 16-bit unsigned integer from emulated GBA or GB/GBC memory at a given bus address, returning the value in decimal and hex. Use for game state fields like HP, score, or coordinates.
    MIT
  • Read a 32-bit unsigned value from emulated GBA/GB memory at a specified address. Returns the value in decimal and hexadecimal, handling flaky native reads by reassembling from 4 bytes.
    MIT
  • Write a 32-bit value to emulated memory for cheats and pokes. Overwrites four bytes starting at a system bus address with an unsigned 32-bit little-endian value.
    MIT
  • Read an unsigned 32-bit little-endian value from emulator memory at a given address. Use for 32-bit fields like timestamps, pointers, or RGBA colors.
    MIT
  • Write an unsigned 16-bit little-endian value to emulator memory at a specified address for cheats and pokes like HP, score, or coordinates.
    MIT
  • Write a 32-bit little-endian value to emulator memory for cheats and pokes. Overwrites four bytes at the specified address with no undo; save state first if rollback needed.
    MIT
  • Read an unsigned 8-bit byte from PSP memory at a specified physical address without side effects. Use for status flags, counters, and single-byte fields.
    MIT