Struct Args 

pub struct Args {

    pub problem: ProblemSource,
    pub options_file: Option<PathBuf>,
    pub set_options: Vec<(String, String)>,
    pub json_output: Option<PathBuf>,
    pub json_detail: ReportDetail,
    pub sol_output: Option<PathBuf>,
    pub no_sol: bool,
    pub ampl: bool,
    pub help: bool,
    pub version: bool,
    pub about: bool,
    pub dump_specs: Vec<(String, String)>,
    pub dump_dir: Option<PathBuf>,
    pub dump_format: Option<String>,
    pub sens_boundcheck: bool,
    pub sens_bound_eps: f64,
    pub compute_red_hessian: bool,
    pub rh_eigendecomp: bool,
}

Fields

problem: ProblemSource

options_file: Option<PathBuf>

set_options: Vec<(String, String)>

key=value options collected from the command line. Forwarded to the application’s OptionsList after the options-file load (so CLI args override file values), mirroring upstream ipopt’s ipopt problem.nl print_level=8 ... convention.

json_output: Option<PathBuf>

--json-output PATH — when set, the binary writes a machine-readable JSON solve report to PATH after the solve completes. See crate::solve_report (pounce#8).

json_detail: ReportDetail

--json-detail summary|full — controls how much detail the JSON report carries. Defaults to Summary. Full adds per-iteration history and suffix blocks; same scale as upstream’s print_level but on the JSON side.

sol_output: Option<PathBuf>

--sol-output PATH — write an AMPL .sol solution file to PATH. When unset, a positional .nl input still gets a sibling <stub>.sol (the AMPL solver convention); --no-sol opts out of that default. Builtin problems have no stub, so they only produce a .sol when this flag is given explicitly.

no_sol: bool

--no-sol — suppress the default <stub>.sol write for .nl inputs.

ampl: bool

-AMPL — the AMPL solver-protocol flag. AMPL and Pyomo’s ASL interface invoke a solver as solver problem.nl -AMPL. It needs no positional behavior (pounce already reads the .nl and writes <stub>.sol), but it does switch the process exit-code contract: in AMPL mode the termination is conveyed through the .sol file’s solve_result_num, so the process exits 0 for any non-fatal solve outcome (limit reached, infeasible, etc.) rather than the non-zero code the plain CLI uses.

help: bool

version: bool

about: bool

--about: print build metadata, compiled-in features, available linear solvers, and runtime paths. Used for bug reports.

dump_specs: Vec<(String, String)>

--dump <cat>[:<iter-spec>], repeatable. Each entry asks the solver to dump one diagnostic category at the specified iter range (all, N, N-M, N-, -M); omitting the spec is equivalent to :all. Forwarded to pounce_common::diagnostics::DiagnosticsConfig.

dump_dir: Option<PathBuf>

--dump-dir <path>: override the dump root. Defaults to ./pounce-dump-<unix-secs>, picked at solve-start time.

dump_format: Option<String>

--dump-format <fmt>: dump file format. Currently only jsonl.

sens_boundcheck: bool

--sens-boundcheck — clamp the perturbed primal x* + Δx onto the declared [x_l, x_u] box after the sensitivity step. Only has effect when the .nl declares the sIPOPT suffixes. Mirrors upstream sIPOPT’s sens_boundcheck.

sens_bound_eps: f64

--sens-bound-eps <eps> — tolerance for --sens-boundcheck (default 1e-3). Setting it also enables --sens-boundcheck.

compute_red_hessian: bool

--compute-red-hessian — after the solve, compute the reduced Hessian over the variables tagged by the red_hessian integer var-suffix in the input .nl. Mirrors upstream sIPOPT’s compute_red_hessian.

rh_eigendecomp: bool

--rh-eigendecomp — also compute the eigendecomposition of the reduced Hessian. Implies --compute-red-hessian. Mirrors upstream rh_eigendecomp.

Implementations

impl Args

pub fn usage() -> &'static str

pub fn parse_argv(argv: Vec<String>) -> Result<Self, String>

Trait Implementations

impl Clone for Args

fn clone(&self) -> Args

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for Args

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.