pango-mcp
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TDQS
Scored across 45 tools
Many tools overlap in purpose or responsibility: there are three ILA capture paths (fpga_jtag_capture, fpga_ila_capture, fpga_ila_console), two scan tools with different stacks (fpga_pds_scan, fpga_jtag_scan), and multiple ways to build/compile (fpga_pds_run, fpga_pds_compile, fpga_pds_batch, fpga_ila_build). The descriptions are long and detailed, but an agent would struggle to confidently choose between them without deep context.
The fpga_ prefix and snake_case verb_noun pattern are consistent (fpga_pds_run, fpga_flash_sram, fpga_ila_open), with occasional deviation (fpga_pds_create_blink_project, fpga_vault, fpga_env). Minor irregularity in domain grouping (some tools use fpga_pds_, some fpga_ila_, some fpga_jtag_, some no subdomain) but overall readable and predictable.
45 tools is far beyond the well-scoped range, and many are thin wrappers (fpga_ila_adc_read, fpga_msim_compile, fpga_msim_do, fpga_pds_compile) around more general tools, resulting in a heavy, sprawling surface that will tax context and selection.
The covered domain—Pango FPGA build, JTAG scan/flash, ILA capture, simulation, and IP/documentation lookup—is remarkably complete, with multiple fallback paths and long-tail escape hatches (fpga_cdt, fpga_exe, fpga_msim_do). There are no obvious dead ends; if anything the surface is over-complete.