File Coverage
blib/lib/Device/CableModem/Zoom5341J/Parse.pm |
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statement |
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condition |
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subroutine |
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pod |
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total |
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94.0
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use strict; |
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use warnings; |
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use Carp; |
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=head1 NAME |
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Device::CableModem::Zoom5341J::Parse |
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=head1 NOTA BENE |
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This is part of the guts of Device::CableModem::Zoom5341J. If you're |
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reading this, you're either developing the module, writing tests, or |
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coloring outside the lines; consider yourself warned. |
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=cut |
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=head2 ->parse_conn_stats |
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Parse out all the connection status bits. |
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=cut |
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sub parse_conn_stats |
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{ |
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1449
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my $self = shift; |
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$self->fetch_data unless $self->{conn_html}; |
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croak "No HTML stashed" unless $self->{conn_html}; |
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# First extract out a fragment that contains all the downstream and |
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# upstream data |
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my ($dsfrag) = ($self->{conn_html} =~ |
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m#Downstream Bonded Channels(.+?) |
#s);
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croak "Couldn't find downstream fragment" unless $dsfrag; |
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chomp(my @dslines = split /\n/, $dsfrag); |
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my ($usfrag) = ($self->{conn_html} =~ |
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m#Upstream Bonded Channels(.+?)#s); |
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croak "Couldn't find upstream fragment" unless $usfrag; |
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chomp(my @uslines = split /\n/, $usfrag); |
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# Make life easier on regexen |
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my $td = " | ]*>\\s*"; |
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my $etd = "\\s* | ";
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# Go through the downstream lines, grabbing the stat bits |
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my %dsstat; |
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for my $l (@dslines) |
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{ |
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# Grab all the table cells in a line |
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my @tds = ($l =~ m#$td(.*?)$etd#g); |
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next unless @tds; |
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# First should be a channel number |
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next unless $tds[0] =~ m#^\d+$#; |
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# Grab the bits we care about |
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my ($chanid) = $tds[0]; |
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my ($mod) = $tds[2]; |
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my ($freq) = ($tds[4] =~ m#(\d+) Hz#); |
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my ($power) = ($tds[5] =~ m#([\d.]+) dBmV#); |
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my ($snr) = ($tds[6] =~ m#([\d.]+) dB#); |
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# And stash them |
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push @{$dsstat{chanid}}, $chanid; |
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push @{$dsstat{mod}}, $mod; |
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push @{$dsstat{freq}}, $freq; |
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push @{$dsstat{power}}, $power; |
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push @{$dsstat{snr}}, $snr; |
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} |
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$self->{conn_stats}{down} = \%dsstat; |
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# Now do the same for upstream |
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my %usstat; |
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for my $l (@uslines) |
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{ |
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# Grab all the table cells in a line |
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my @tus = ($l =~ m#$td(.*?)$etd#g); |
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next unless @tus; |
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# First should be a channel number |
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next unless $tus[0] =~ m#^\d+$#; |
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# Grab the bits we care about |
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my ($chanid) = $tus[0]; |
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my ($bw) = ($tus[4] =~ m#(\d+) Ksym/sec#); |
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my ($freq) = ($tus[5] =~ m#(\d+) Hz#); |
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my ($power) = ($tus[6] =~ m#([\d.]+) dBmV#); |
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# And stash them |
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push @{$usstat{chanid}}, $chanid; |
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push @{$usstat{bw}}, $bw; |
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push @{$usstat{freq}}, $freq; |
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push @{$usstat{power}}, $power; |
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} |
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$self->{conn_stats}{up} = \%usstat; |
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# Now empty out up/down channels as necessary |
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my $ds = $self->{conn_stats}{down}; |
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for my $i (0..$#{$ds->{freq}}) |
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107
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{ |
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100
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66
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unless($ds->{freq}[$i] && $ds->{freq}[$i] > 0) |
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{ |
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undef($ds->{$_}[$i]) for keys %$ds; |
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} |
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} |
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my $us = $self->{conn_stats}{up}; |
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for my $i (0..$#{$us->{chanid}}) |
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5
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116
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{ |
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8
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100
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66
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unless($us->{freq}[$i] && $us->{freq}[$i] > 0) |
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{ |
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4
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undef($us->{$_}[$i]) for keys %$us; |
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} |
121
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} |
122
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2
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return; |
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} |
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1; |
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__END__ |