use of org.nextprot.api.core.service.export.HPPChromosomeReportWriter in project nextprot-api by calipho-sib.
the class HPPChromosomeReportTSVWriterTest method writeChromosomeReport.
@Test
public void writeChromosomeReport() throws Exception {
ChromosomeReport report = new ChromosomeReport();
report.setDataRelease("2017-01-23");
ChromosomeReport.Summary summary = new ChromosomeReport.Summary();
summary.setChromosome("Y");
summary.setEntryReportCount(58);
summary.setEntryCount(48);
report.setSummary(summary);
EntryReport entryReport1 = newEntryReport("SRY", "NX_Q05066", "Yp11.2", "2786855", "2787699", ProteinExistence.UNCERTAIN, false, true, true, true, 1, 47, 1, "Sex-determining region Y protein");
EntryReport entryReport2 = newEntryReport("RBMY1C", "NX_P0DJD4", "Yq11.23", "-", "-", ProteinExistence.PROTEIN_LEVEL, false, true, false, false, 1, 0, 0, "RNA-binding motif protein, Y chromosome, family 1 member C");
EntryReport entryReport3 = newEntryReport("MFSD14A", "NX_Q96MC6", "1p21.2", "100038097", "100083377", ProteinExistence.PROTEIN_LEVEL, false, false, false, false, 1, 141, 3, "Hippocampus abundant transcript 1 protein");
EntryReport entryReport4 = newEntryReport("VCY", "NX_O14598", "Yq11.221", "13985772", "13986513", ProteinExistence.PROTEIN_LEVEL, true, true, false, false, 1, 4, 0, "Testis-specific basic protein Y 1");
EntryReport entryReport5 = newEntryReport("VCY", "NX_O14598", "Yq11.221", "14056217", "14056958", ProteinExistence.PROTEIN_LEVEL, true, true, false, false, 1, 4, 0, "Testis-specific basic protein Y 1");
report.setEntryReports(Arrays.asList(entryReport1, entryReport2, entryReport3, entryReport4, entryReport5));
StringOutputStream sos = new StringOutputStream();
HPPChromosomeReportWriter writer = new HPPChromosomeReportTSVWriter(sos, overviewService);
writer.write(report);
String[] observedLines = sos.toString().split("\\n");
Assert.assertEquals(5, observedLines.length);
Assert.assertEquals("neXtProt AC\tGene name(s)\tProtein existence\tProteomics\tAntibody", observedLines[0]);
Assert.assertEquals("NX_O14598\tVCY;VCY1B\tEvidence at protein level\tyes\tyes", observedLines[1]);
Assert.assertEquals("NX_P0DJD4\tRBMY1C\tEvidence at protein level\tno\tyes", observedLines[2]);
Assert.assertEquals("NX_Q05066\tSRY\tUncertain\tno\tyes", observedLines[3]);
Assert.assertEquals("NX_Q96MC6\tMFSD14A\tEvidence at protein level\tno\tno", observedLines[4]);
}
use of org.nextprot.api.core.service.export.HPPChromosomeReportWriter in project nextprot-api by calipho-sib.
the class HPPChromosomeReportTXTWriterTest method writeChromosomeReportUnknownGeneNames.
@Test
public void writeChromosomeReportUnknownGeneNames() throws Exception {
ChromosomeReport report = new ChromosomeReport();
report.setDataRelease("2017-01-23");
ChromosomeReport.Summary summary = new ChromosomeReport.Summary();
summary.setChromosome("unknown");
summary.setEntryReportCount(5);
summary.setEntryCount(5);
report.setSummary(summary);
EntryReport entryReport1 = newEntryReport(null, "NX_O00370", null, "-", "-", ProteinExistence.PROTEIN_LEVEL, false, false, true, false, 1, 0, 0, "LINE-1 retrotransposable element ORF2 protein");
report.setEntryReports(Collections.singletonList(entryReport1));
StringOutputStream sos = new StringOutputStream();
HPPChromosomeReportWriter writer = new HPPChromosomeReportTXTWriter(sos, overviewService);
writer.write(report);
String[] observedLines = sos.toString().split("\\n");
Assert.assertEquals(2, observedLines.length);
Assert.assertEquals("neXtProt AC Gene name(s) Protein existence Proteomics Antibody", observedLines[0]);
Assert.assertEquals("NX_O00370 - Evidence at protein level no no ", observedLines[1]);
}
use of org.nextprot.api.core.service.export.HPPChromosomeReportWriter in project nextprot-api by calipho-sib.
the class HPPChromosomeReportTXTWriterTest method writeChromosomeReport.
@Test
public void writeChromosomeReport() throws Exception {
ChromosomeReport report = new ChromosomeReport();
report.setDataRelease("2017-01-23");
ChromosomeReport.Summary summary = new ChromosomeReport.Summary();
summary.setChromosome("Y");
summary.setEntryReportCount(58);
summary.setEntryCount(48);
report.setSummary(summary);
EntryReport entryReport1 = newEntryReport("SRY", "NX_Q05066", "Yp11.2", "2786855", "2787699", ProteinExistence.UNCERTAIN, false, true, true, true, 1, 47, 1, "Sex-determining region Y protein");
EntryReport entryReport2 = newEntryReport("RBMY1C", "NX_P0DJD4", "Yq11.23", "-", "-", ProteinExistence.PROTEIN_LEVEL, false, true, false, false, 1, 0, 0, "RNA-binding motif protein, Y chromosome, family 1 member C");
EntryReport entryReport3 = newEntryReport("MFSD14A", "NX_Q96MC6", "1p21.2", "100038097", "100083377", ProteinExistence.PROTEIN_LEVEL, false, false, false, false, 1, 141, 3, "Hippocampus abundant transcript 1 protein");
EntryReport entryReport4 = newEntryReport("VCY", "NX_O14598", "Yq11.221", "13985772", "13986513", ProteinExistence.PROTEIN_LEVEL, true, true, false, false, 1, 4, 0, "Testis-specific basic protein Y 1");
EntryReport entryReport5 = newEntryReport("VCY", "NX_O14598", "Yq11.221", "14056217", "14056958", ProteinExistence.PROTEIN_LEVEL, true, true, false, false, 1, 4, 0, "Testis-specific basic protein Y 1");
report.setEntryReports(Arrays.asList(entryReport1, entryReport2, entryReport3, entryReport4, entryReport5));
StringOutputStream sos = new StringOutputStream();
HPPChromosomeReportWriter writer = new HPPChromosomeReportTXTWriter(sos, overviewService);
writer.write(report);
String[] observedLines = sos.toString().split("\\n");
Assert.assertEquals(5, observedLines.length);
Assert.assertEquals("neXtProt AC Gene name(s) Protein existence Proteomics Antibody", observedLines[0]);
Assert.assertEquals("NX_O14598 VCY;VCY1B Evidence at protein level yes yes ", observedLines[1]);
Assert.assertEquals("NX_P0DJD4 RBMY1C Evidence at protein level no yes ", observedLines[2]);
Assert.assertEquals("NX_Q05066 SRY Uncertain no yes ", observedLines[3]);
Assert.assertEquals("NX_Q96MC6 MFSD14A Evidence at protein level no no ", observedLines[4]);
}
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