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1 <?xml version="1.0"?>
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2
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3 <tool id="gvf_to_vcf_1" name="Convert diBayes GVF file to VCF format">
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4 <version_string>dibayes_gff2vcf -v</version_string>
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5 <command interpreter="perl">dibayes_gff2vcf $input_gff $output_vcf</command>
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6 <inputs>
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7 <param format="gff3" name="input_gff" type="data" label="GVF file generated by diBayes (may work for other, but untested)"/>
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8 </inputs>
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9 <outputs>
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10 <data format="vcf" name="output_vcf" label="diBayes calls in VCF format"/>
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11 </outputs>
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12
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13 <tests>
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14 <test>
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15 <param name="input_gff" value="depth_test.bam" ftype="gff"/>
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16 <output name="output_vcf">
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17 <assert_contents>
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18 <has_text text="targeted nucleotide bases: 155091"/>
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19 <has_text text="bases mapped to targeted regions: 11473773"/>
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20 <has_text text="bases with less than 20-fold coverage: 19046"/>
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21 </assert_contents>
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22 </output>
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23 </test>
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24 </tests>
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25
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26 <help>
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27 This tool an ABI colorspace sequencing run's variant calls (using LifeScope's diBayes) into a format amenable to many variant processing tools.
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28 </help>
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29
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30 </tool>
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