Group
Extension

Matches 64

Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/xt/author/copy-mbf.t ( view source; MetaCPAN )
``````k(defined(\$y), '\$y is defined');
is(ref(\$y), 'Math::BigFloat', '\$y has the right class');

# sign

ok(defined(\$y->{s``````
``````,
'mantissa of \$y and \$x use the same reference type');
isnt(ref(\$y->{_m}), '', 'mantissa of \$y is a reference');
'mantissa of \$y is not``````
``````onent mantissa of \$y and \$x use the same reference type');
isnt(ref(\$y->{_e}), '', 'exponent mantissa of \$y is a reference');
'exponent mantiss``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/xt/author/copy-mbi.t ( view source; MetaCPAN )
`````` ok(defined(\$y), '\$y is defined');
is(ref(\$y), 'Math::BigInt', '\$y has the right class');

# sign

ok(defined(\$y->{s``````
``````
'mantissa of \$y and \$x use the same reference type');
isnt(ref(\$y->{value}), '', 'mantissa of \$y is a reference');
'mantissa of \$``````
`````` ok(defined(\$y), '\$y is defined');
is(ref(\$y), 'Math::BigInt', '\$y has the right class');

# sign

ok(defined(\$y->{s``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/xt/author/lib-arithmetic-ternary-_modpow.t ( view source; MetaCPAN )
`````` 2 unless \$scalar_util_ok;

"'\$test' output arg is not the second input arg");

``````
``````, 2 unless \$scalar_util_ok;

"'\$test' output arg is not the second input arg");

``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/xt/author/lib-arithmetic-binary-_sub.t ( view source; MetaCPAN )
``````    SKIP: {
skip "Scalar::Util not available", 1 unless \$scalar_util_ok;

"'\$test' output arg is not the second input arg")``````
``````    SKIP: {
skip "Scalar::Util not available", 1 unless \$scalar_util_ok;

"'\$test' output arg is not the second input arg");
``````
``````    SKIP: {
skip "Scalar::Util not available", 1 unless \$scalar_util_ok;

"'\$test' output arg is not the first input arg");``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/t/author-lib-arithmetic-binary-_sub.t ( view source; MetaCPAN )
``````    is(\$LIB->_str(\$got), \$out0,
"'\$test' output arg has the right value");

"'\$test' output arg is not the second input arg")
``````
``````       is(\$LIB->_str(\$got), \$out0,
"'\$test' output arg has the right value");

"'\$test' output arg is not the second input arg")
``````
``````    is(\$LIB->_str(\$got), \$out0,
"'\$test' output arg has the right value");

"'\$test' output arg is not the first input arg")
``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/t/author-lib-arithmetic-ternary-_modpow.t ( view source; MetaCPAN )
`````` the right value");

"'\$test' output arg is not the second input arg")
if \$scalar_util_ok;

``````as the right value");

"'\$test' output arg is not the second input arg")
if \$scalar_util_ok;

``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/xt/author/lib-arithmetic-binary-_div.t ( view source; MetaCPAN )
``````    SKIP: {
skip "Scalar::Util not available", 1 unless \$scalar_util_ok;

"'\$test' first output arg is not the second input``````
``````    SKIP: {
skip "Scalar::Util not available", 1 unless \$scalar_util_ok;

"'\$test' second output arg is not the second inpu``````
``````    SKIP: {
skip "Scalar::Util not available", 1 unless \$scalar_util_ok;

"'\$test' output arg is not the second input arg");
``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/t/author-lib-arithmetic-binary-_div.t ( view source; MetaCPAN )
``````(\$LIB->_str(\$got), \$out0,
"'\$test' first output arg has the right value");

"'\$test' first output arg is not the second input arg``````
``````\$LIB->_str(\$got), \$out1,
"'\$test' second output arg has the right value");

"'\$test' second output arg is not the second input ar``````
``````       is(\$LIB->_str(\$got), \$out0,
"'\$test' output arg has the right value");

"'\$test' output arg is not the second input arg")
``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/t/author-lib-bitwise-_and.t ( view source; MetaCPAN )
``````    is(\$LIB->_str(\$got), \$out0,
"'\$test' output arg has the right value");

"'\$test' output arg is not the second input arg")
``````
``````       is(\$LIB->_str(\$got), \$out0,
"'\$test' output arg has the right value");

"'\$test' output arg is not the second input arg")
``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/xt/author/as_rat-mbf.t ( view source; MetaCPAN )
``````
is(ref(\$y), 'Math::BigRat', '\$y is a Math::BigRat');
cmp_ok(\$y, "==", 2, '\$y == 2');
};

\$x = Math::BigFloat -> new("2.5``````
`````` is(ref(\$y), 'Math::BigRat', '\$y is a Math::BigRat');
cmp_ok(\$y, "==", 2.5, '\$y == 2.5');
};

note("as_rat() returns a Math::``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/t/author-lib-arithmetic-binary-_mod.t ( view source; MetaCPAN )
``````    is(\$LIB->_str(\$got), \$out0,
"'\$test' output arg has the right value");

"'\$test' output arg is not the second input arg")
``````
``````       is(\$LIB->_str(\$got), \$out0,
"'\$test' output arg has the right value");

"'\$test' output arg is not the second input arg")
``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/t/author-lib-arithmetic-binary-_root.t ( view source; MetaCPAN )
``````    is(\$LIB->_str(\$got), \$out0,
"'\$test' output arg has the right value");

"'\$test' output arg is not the second input arg")
``````
``````       is(\$LIB->_str(\$got), \$out0,
"'\$test' output arg has the right value");

"'\$test' output arg is not the second input arg")
``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/xt/author/lib-arithmetic-binary-_add.t ( view source; MetaCPAN )
``````    SKIP: {
skip "Scalar::Util not available", 1 unless \$scalar_util_ok;

"'\$test' output arg is not the second input arg")``````
``````    SKIP: {
skip "Scalar::Util not available", 1 unless \$scalar_util_ok;

"'\$test' output arg is not the second input arg");
``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/xt/author/lib-bitwise-_and.t ( view source; MetaCPAN )
``````    SKIP: {
skip "Scalar::Util not available", 1 unless \$scalar_util_ok;

"'\$test' output arg is not the second input arg")``````
``````    SKIP: {
skip "Scalar::Util not available", 1 unless \$scalar_util_ok;

"'\$test' output arg is not the second input arg");
``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/xt/author/lib-arithmetic-ternary-_lsft.t ( view source; MetaCPAN )
``````    SKIP: {
skip "Scalar::Util not available", 1 unless \$scalar_util_ok;

"'\$test' output arg is not the second input arg")``````
``````    SKIP: {
skip "Scalar::Util not available", 1 unless \$scalar_util_ok;

"'\$test' output arg is not the second input arg");
``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/t/author-lib-arithmetic-binary-_nok.t ( view source; MetaCPAN )
``````    is(\$LIB->_str(\$got), \$out0,
"'\$test' output arg has the right value");

"'\$test' output arg is not the second input arg")
``````
``````       is(\$LIB->_str(\$got), \$out0,
"'\$test' output arg has the right value");

"'\$test' output arg is not the second input arg")
``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/xt/author/lib-property-_alen.t ( view source; MetaCPAN )
`````` arg");

is(ref(\$got), "",
"'\$test' output arg is a Perl scalar");

isnt(\$got, undef,
"'\$test' output arg is defined");

like(\$got, qr/^[+-]?(\``````
``````ests => 4,

is(ref(\$got), "",
"'\$test' output arg is a Perl scalar");

isnt(\$got, undef,
"'\$test' output arg is defined");

like(\$got, qr/^[+-]?(\d+(\.\``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/xt/author/lib-arithmetic-binary-_pow.t ( view source; MetaCPAN )
``````    SKIP: {
skip "Scalar::Util not available", 1 unless \$scalar_util_ok;

"'\$test' output arg is not the second input arg")``````
``````    SKIP: {
skip "Scalar::Util not available", 1 unless \$scalar_util_ok;

"'\$test' output arg is not the second input arg");
``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/xt/author/lib-arithmetic-binary-_gcd.t ( view source; MetaCPAN )
``````    SKIP: {
skip "Scalar::Util not available", 1 unless \$scalar_util_ok;

"'\$test' output arg is not the second input arg")``````
``````    SKIP: {
skip "Scalar::Util not available", 1 unless \$scalar_util_ok;

"'\$test' output arg is not the second input arg");
``````
Math-BigInt ( P/PJ/PJACKLAM/Math-BigInt-1.999837.tar.gz, PJACKLAM, 2022; MetaCPAN )
Math-BigInt/t/author-lib-arithmetic-ternary-_lsft.t ( view source; MetaCPAN )
``````    is(\$LIB->_str(\$got), \$out0,
"'\$test' output arg has the right value");

``````       is(\$LIB->_str(\$got), \$out0,