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//
// GENERATED FILE
//
use super::*;
use f2rust_std::*;
const MAXFNM: i32 = 80;
const LNSIZE: i32 = 160;
const MAXTST: i32 = 1000;
const LNGSTR: i32 = 1200;
const STYSIZ: i32 = 120;
struct SaveVars {
OLDNAM: Vec<u8>,
MESSGE: Vec<u8>,
TNAMES: ActualCharArray,
CTRACE: Vec<u8>,
OTRACE: Vec<u8>,
NFAIL: i32,
NCASE: i32,
NTEST: i32,
R: i32,
TFAMC: i32,
FIRST: bool,
OK: bool,
DUMMY: bool,
GOOD: Vec<u8>,
BAD: Vec<u8>,
}
impl SaveInit for SaveVars {
fn new() -> Self {
let mut OLDNAM = vec![b' '; MAXFNM as usize];
let mut MESSGE = vec![b' '; LNSIZE as usize];
let mut TNAMES = ActualCharArray::new(MAXFNM, 1..=MAXTST);
let mut CTRACE = vec![b' '; LNGSTR as usize];
let mut OTRACE = vec![b' '; LNGSTR as usize];
let mut NFAIL: i32 = 0;
let mut NCASE: i32 = 0;
let mut NTEST: i32 = 0;
let mut R: i32 = 0;
let mut TFAMC: i32 = 0;
let mut FIRST: bool = false;
let mut OK: bool = false;
let mut DUMMY: bool = false;
let mut GOOD = vec![b' '; STYSIZ as usize];
let mut BAD = vec![b' '; STYSIZ as usize];
TFAMC = 1;
NTEST = 0;
fstr::assign(&mut OLDNAM, b" ");
FIRST = true;
Self {
OLDNAM,
MESSGE,
TNAMES,
CTRACE,
OTRACE,
NFAIL,
NCASE,
NTEST,
R,
TFAMC,
FIRST,
OK,
DUMMY,
GOOD,
BAD,
}
}
}
//$Procedure TOPEN (Open a family of tests)
pub fn TOPEN(NAME: &[u8], ctx: &mut Context) -> f2rust_std::Result<()> {
let save = ctx.get_vars::<SaveVars>();
let save = &mut *save.borrow_mut();
//
// Spicelib Functions
//
//
// Local Variables and Parameters
//
if save.FIRST {
save.FIRST = false;
for I in 1..=MAXTST {
fstr::assign(save.TNAMES.get_mut(I), b" ");
}
} else {
//
// See if exceptions were examined in the last test case.
//
if ISOFF(b"CHCKXC", ctx) {
CHCKXC(false, b" ", &mut save.OK, ctx)?;
save.DUMMY = SETOFF(b"CHCKXC", ctx);
}
}
//
// Turn off any messages that may have been left lying around from
// the last call to TSTMSG.
//
TSTMOF(ctx);
//
// Append this name to the list of names we maintain for
// summary purposes.
//
if (save.NTEST < MAXTST) {
save.NTEST = (save.NTEST + 1);
fstr::assign(save.TNAMES.get_mut(save.NTEST), NAME);
}
//
// Get the current value of the trace.
//
fstr::assign(&mut save.CTRACE, b" ");
spicelib::QCKTRC(&mut save.CTRACE, ctx);
//
// Get the last stored value of the trace.
//
T_TRACE(b"GET", &mut save.OTRACE, ctx);
//
// Reset the error handling
//
spicelib::RESET(ctx);
spicelib::ERRDEV(b"SET", &mut b"NULL".clone(), ctx)?;
//
// Reset the kernel managers to a "clean" state.
//
CSTART(ctx)?;
//
// Log the last test case if it passed.
//
if (save.NTEST > 1) {
//
// First we check the current trace and make sure it is the
// same as the old trace.
//
CHCKSC(
b"Current Trace",
&save.CTRACE,
b"=",
&save.OTRACE,
&mut save.OK,
ctx,
)?;
TSTLIP(ctx)?;
TSTRUL(ctx)?;
TSTRUL(ctx)?;
TSTCBL(ctx)?;
}
//
// Set the "old" trace value.
//
T_TRACE(b"SET", &mut save.CTRACE, ctx);
T_NAME(&mut save.OLDNAM, ctx);
if fstr::ne(&save.OLDNAM, b" ") {
//
// We need to close out the old case
//
T_FCOUNT(&mut save.NFAIL, ctx);
T_CNUM(&mut save.NCASE, ctx);
T_SUCCESS(&mut save.OK, ctx);
TSTSTY(&mut save.GOOD, &mut save.BAD, ctx);
if save.OK {
fstr::assign(&mut save.MESSGE, b"Passed --- Test Family: ");
spicelib::SUFFIX(&save.OLDNAM, 1, &mut save.MESSGE);
TSTLOG(&save.MESSGE, false, ctx)?;
TSTLGS(
b"LEFT 9 RIGHT 78 FLAG --- NEWLINE /cr",
b"LEFT 9 RIGHT 78 FLAG --- NEWLINE /cr",
ctx,
);
fstr::assign(
&mut save.MESSGE,
b"Successful tests for # of # test cases. ",
);
spicelib::REPMCT(
&save.MESSGE.to_vec(),
b"#",
save.NCASE,
b"L",
&mut save.MESSGE,
ctx,
)?;
spicelib::REPMCT(
&save.MESSGE.to_vec(),
b"#",
save.NCASE,
b"L",
&mut save.MESSGE,
ctx,
)?;
TSTLOG(&save.MESSGE, false, ctx)?;
} else {
fstr::assign(&mut save.MESSGE, b"FAILURE for Test Family: ");
spicelib::SUFFIX(&save.OLDNAM, 1, &mut save.MESSGE);
TSTLOG(&save.MESSGE, false, ctx)?;
TSTLGS(
b"LEFT 24 RIGHT 78 FLAG : NEWLINE /cr",
b"LEFT 24 RIGHT 78 FLAG : NEWLINE /cr",
ctx,
);
fstr::assign(&mut save.MESSGE, b"# of # test cases failed. ");
spicelib::REPMCT(
&save.MESSGE.to_vec(),
b"#",
save.NFAIL,
b"C",
&mut save.MESSGE,
ctx,
)?;
spicelib::REPMCT(
&save.MESSGE.to_vec(),
b"#",
save.NCASE,
b"L",
&mut save.MESSGE,
ctx,
)?;
TSTLOG(&save.MESSGE, false, ctx)?;
}
TSTLGS(&save.GOOD, &save.BAD, ctx);
TSTLOG(b" ", false, ctx)?;
}
T_BEGIN(NAME, ctx);
fstr::assign(
&mut save.MESSGE,
&fstr::concat(b"Testing --- Test Family: ", NAME),
);
save.R = spicelib::RTRIM(&save.MESSGE);
TSTLOG(b" ", false, ctx)?;
TSTLOG(fstr::substr(&save.MESSGE, 1..=save.R), false, ctx)?;
TSTLOG(b" ", false, ctx)?;
Ok(())
}
//
// The following two entry points are provided so that a program
// can fetch in order all tests that were begun with a call to TOPEN.
//
// The entry TBEGF sets the test family counter to 1. The entry
// TFNAME fetches the next name from the list of test families and
// increments the test family counter. When the family counter
// passes the number of calls to TOPEN, the name returned is set to
// a blank.
//
pub fn TBEGF(ctx: &mut Context) {
let save = ctx.get_vars::<SaveVars>();
let save = &mut *save.borrow_mut();
save.TFAMC = 1;
}
pub fn TFNAME(NAME: &mut [u8], ctx: &mut Context) {
let save = ctx.get_vars::<SaveVars>();
let save = &mut *save.borrow_mut();
if (save.TFAMC <= save.NTEST) {
fstr::assign(NAME, save.TNAMES.get(save.TFAMC));
save.TFAMC = (save.TFAMC + 1);
} else {
fstr::assign(NAME, b" ");
}
}