def test_write_counts_file(self):
        """BarcodeCounter: write counts to a file
        """
        # Write a file
        self._make_working_dir()
        bc = BarcodeCounter()
        bc.count_barcode("TATGCGCGGTA", lane=1, incr=285302)
        bc.count_barcode("TATGCGCGGTG", lane=1, incr=532)
        bc.count_barcode("ACCTACCGGTA", lane=1, incr=315)
        bc.count_barcode("CCCTTATGCGA", lane=1, incr=22)
        bc.count_barcode("ACCTAGCGGTA", lane=2, incr=477)
        bc.count_barcode("ACCTCTATGCT", lane=2, incr=368)
        bc.count_barcode("ACCCTNCGGTA", lane=3, incr=312)
        bc.count_barcode("ACCTTATGCGC", lane=3, incr=248)
        counts_file = os.path.join(self.wd, "out.counts")
        bc.write(counts_file)
        expected_contents = """#Lane	Rank	Sequence	Count
1	1	TATGCGCGGTA	285302
1	2	TATGCGCGGTG	532
1	3	ACCTACCGGTA	315
1	4	CCCTTATGCGA	22
2	1	ACCTAGCGGTA	477
2	2	ACCTCTATGCT	368
3	1	ACCCTNCGGTA	312
3	2	ACCTTATGCGC	248
"""
        self.assertTrue(os.path.exists(counts_file))
        self.assertEqual(open(counts_file, 'r').read(), expected_contents)
示例#2
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            if mismatches is None:
                # Set according to barcode lengths found in counts
                barcode_length = min(counts.barcode_lengths(lane=lane))
                if barcode_length >= 6:
                    mismatches = 1
                else:
                    mismatches = 0
            # Report the analysis
            report_barcodes(counts,
                            lane=lane,
                            cutoff=cutoff,
                            sample_sheet=sample_sheet,
                            mismatches=mismatches,
                            reporter=reporter)
        if opts.report_file is not None:
            print "Writing report to %s" % opts.report_file
            reporter.write(filen=opts.report_file, title=opts.title)
        else:
            reporter.write(title=opts.title)
        if opts.xls_file is not None:
            print "Writing XLS to %s" % opts.xls_file
            reporter.write_xls(opts.xls_file, title=opts.title)
        if opts.html_file is not None:
            print "Writing HTML to %s" % opts.html_file
            reporter.write_html(opts.html_file, title=opts.title)
    # Output counts if requested
    if opts.counts_file_out is not None:
        counts.write(opts.counts_file_out)
    # Finish
    sys.exit(retval)
                # Set according to barcode lengths found in counts
                barcode_length = min(counts.barcode_lengths(lane=lane))
                if barcode_length >= 6:
                    mismatches = 1
                else:
                    mismatches = 0
            # Report the analysis
            report_barcodes(counts,
                            lane=lane,
                            cutoff=cutoff,
                            sample_sheet=use_sample_sheet,
                            mismatches=mismatches,
                            reporter=reporter,
                            minimum_read_fraction=args.minimum_read_fraction)
        if args.report_file is not None:
            print("Writing report to %s" % args.report_file)
            reporter.write(filen=args.report_file, title=args.title)
        else:
            reporter.write(title=args.title)
        if args.xls_file is not None:
            print("Writing XLS to %s" % args.xls_file)
            reporter.write_xls(args.xls_file, title=args.title)
        if args.html_file is not None:
            print("Writing HTML to %s" % args.html_file)
            reporter.write_html(args.html_file, title=args.title)
    # Output counts if requested
    if args.counts_file_out is not None:
        counts.write(args.counts_file_out)
    # Finish
    sys.exit(retval)