Detect the Quartus II 9.1 installation, executable paths, version output, and license-related environment.

Find .qpf projects under a directory and parse their revisions.

Parse a Quartus .qpf/.qsf project and summarize revisions, device, top entity, source files, SDCs, and assignments.

List built-in board presets derived from existing Quartus projects, including default device settings and named pin resources.

Extract reusable project defaults, source assignments, simulation settings, and pin assignments from an existing Quartus .qpf/.qsf project.

Create a Quartus project/revision with device, top entity, HDL/SDC files, pin assignments, and generic assignments using Quartus Tcl.

Apply direct pin assignments or board-preset resource bindings to an existing Quartus project using set_location_assignment.

Run quartus_sh --flow for a project, such as compile or early_timing_estimate.

Run one Quartus command-stage executable such as quartus_map, quartus_fit, quartus_asm, quartus_sta, or quartus_pgm-adjacent tools.

Run a Quartus Tcl command, inline script, or script file through quartus_sh.

Generate a Quartus II Vector Waveform File (.vwf) from structured simulation requirements: signals, clocks, pulses, point events, and bus sequences. Optionally attach it to a project as VECTOR_WAVEFORM_FILE/VECTOR_INPUT_SOURCE.

Run Quartus II simulation using a .vwf/.cvwf/.vec/.tbl/.scf/.vcd vector source. For functional simulation, it can first generate the functional simulation netlist with quartus_map.

Read and summarize a Quartus report/summary file from a project directory.

List available Quartus programming hardware and JTAG chains using quartus_pgm and jtagconfig.

Program a device through quartus_pgm using a CDF file or explicit programming operations.

Launch the Quartus GUI, optionally opening a project. This starts a detached visible process.