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t/utdf.t  view on Meta::CPAN

returns( $utdf, data_interval => 1, 'data_interval' );
returns( $utdf, data_validity => 7, 'data_validity' );
decode ( $utdf, data_validity => '0x07', 'decode data_validity' );
decode ( $utdf, frequency_band => 'S-band', 'decode frequency_band' );
# Note that perldoc -f localtime says that the string returned in
# scalar context is _not_ locale-dependant.
decode ( $utdf, measurement_time => 'Fri Mar 19 01:01:31 2010',
    'decode measurement_time' );
decode ( $utdf, mode => '0x0000', 'decode mode' );
decode ( $utdf, raw_record =>
    '0d0a0141410a00560063006591eb00000000ee75c57726d95aba00002ae62c1b00001bc09df104d20c380d40402a402a000007341001000000000000000000000000000000000000040f0f',
    'decode raw_record' );
decode ( $utdf, receive_antenna_diameter_code => '12 meters',
    'decode receive_antenna_diameter_code' );
decode ( $utdf, router => 'AA', 'decode router' );
decode ( $utdf, tracking_mode => 'autotrack', 'decode tracking_mode' );
decode ( $utdf, receive_antenna_geometry_code => 'az-el',
    'decode receive_antenna_geometry_code' );
decode ( $utdf, transmission_type => 'RT (real time)',
    'decode transmission_type' );
decode ( $utdf, transmit_antenna_diameter_code => '12 meters',

t/utdf.t  view on Meta::CPAN

    doppler_shift => '25608.177', 'doppler_shift' );
returns( $utdf, { sprintf => '%0.9f' },
    elevation => '0.953498911', 'elevation' );
returns( $utdf, { sprintf => '%.8f' }, factor_K => 1.08597285, 'factor_K' );
returns( $utdf, factor_M => 1000, 'factor_M' );
returns( $utdf, frequency_band => 3, 'frequency_band' );
returns( $utdf, frequency_band_and_transmission_type => 52,
    'frequency_band_and_transmission_type' );
hexify ( $utdf, front => '0d0a01', 'front' );
returns( $utdf, hex_record =>
    '0d0a0141410a00560063006591eb00000000ee75c57726d95aba00002ae62c1b00001bc09df104d20c380d40402a402a000007341001000000000000000000000000000000000000040f0f',
    'hex_record' );
returns( $utdf, is_angle_valid => 1, 'is_angle_valid' );
returns( $utdf, is_angle_corrected_for_misalignment => 0,
    'is_angle_corrected_for_misalignment' );
returns( $utdf, is_angle_corrected_for_refraction => 0,
    'is_angle_corrected_for_refraction' );
returns( $utdf, is_destruct_doppler => 0, 'is_destruct_doppler' );
returns( $utdf, is_doppler_valid => 1, 'is_doppler_valid' );
returns( $utdf, is_range_corrected_for_refraction => 0,
    'is_range_corrected_for_refraction' );