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# The list at the beginning defines the scan lists. Defining an input name or output
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# The list at the beginning defines the scan lists. Defining an input name or output
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# name determines what type of scan signal it is.
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# name determines what type of scan signal it is.
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# Values are always readable (the buffering latch is what is read if writable)
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# Values are always readable (the buffering latch is what is read if writable)
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my @signal_list = ( # Inputs - outside to chip
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my @signal_list = ( # Inputs - outside to chip
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{ size => 1, writable => 1, name => 'write_data_1'},
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{ size => 1, writable => 1, name => 'write_data_1'},
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{ size => 2, writable => 1, name => 'write_data_2'},
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{ size => 2, writable => 1, name => 'write_data_2'},
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{ size => 3, writable => 1, name => 'write_data_3'},
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{ size => 3, writable => 1, name => 'write_data_3'},
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# Outputs - chip to outside
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# Outputs - chip to outside
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{ size => 1, writable => 0, name => 'read_data_1'},
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{ size => 1, writable => 0, name => 'read_data_1'},
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{ size => 2, writable => 0, name => 'read_data_2'},
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{ size => 2, writable => 0, name => 'read_data_2'},
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{ size => 3, writable => 0, name => 'read_data_3'},
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{ size => 3, writable => 0, name => 'read_data_3'},
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);
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);
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my $scan_chain_length = 0;
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my $scan_chain_length = 0;
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for (my $i = 0; $i < scalar @signal_list; $i++) {
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for (my $i = 0; $i < scalar @signal_list; $i++) {
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$signal_list[$i]{start} = $scan_chain_length;
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$signal_list[$i]{start} = $scan_chain_length;
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$scan_chain_length += $signal_list[$i]{size};
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$scan_chain_length += $signal_list[$i]{size};
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}
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}
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