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    where "DEBUG" is a constant subroutine, declared using:

     use constant DEBUG => 0;

    or:

     sub DEBUG() { 0 }

    The perl compiler will optimize away and remove the code entirely when
    "DEBUG" is false. But having to add "if DEBUG" to each assertion is
    annoying and error-prone.

    Nowadays, you have several alternatives to have a true, C-like
    assertions. One technique is using Devel::Declare (e.g. PerlX::Assert).
    Another technique is using B::CallChecker (e.g. Assert::Conditional).

ACME::CPANMODULES ENTRIES
    *   Assert::Conditional - conditionally-compiled code assertions

        Author: TOMC <https://metacpan.org/author/TOMC>

lib/Acme/CPANModules/Assert.pm  view on Meta::CPAN

where `DEBUG` is a constant subroutine, declared using:

    use constant DEBUG => 0;

or:

    sub DEBUG() { 0 }

The perl compiler will optimize away and remove the code entirely when `DEBUG`
is false. But having to add `if DEBUG` to each assertion is annoying and
error-prone.

Nowadays, you have several alternatives to have a true, C-like assertions. One
technique is using <pm:Devel::Declare> (e.g. <pm:PerlX::Assert>). Another technique is
using <pm:B::CallChecker> (e.g. <pm:Assert::Conditional>).

_

        entries => [
            {module=>'Assert::Conditional'},
            {module=>'PerlX::Assert'},

lib/Acme/CPANModules/Assert.pm  view on Meta::CPAN

where C<DEBUG> is a constant subroutine, declared using:

 use constant DEBUG => 0;

or:

 sub DEBUG() { 0 }

The perl compiler will optimize away and remove the code entirely when C<DEBUG>
is false. But having to add C<if DEBUG> to each assertion is annoying and
error-prone.

Nowadays, you have several alternatives to have a true, C-like assertions. One
technique is using L<Devel::Declare> (e.g. L<PerlX::Assert>). Another technique is
using L<B::CallChecker> (e.g. L<Assert::Conditional>).

=head1 ACME::CPANMODULES ENTRIES

=over

=item * L<Assert::Conditional> - conditionally-compiled code assertions