Python wait.forAjax函数代码示例

 def test_hmdc_build(self):
     """
     @Status this test has been updated for the new hmdc pages
     checks the human and mouse build numbers on the HMDC query page
     """
     #displays the HMDC qf
     self.driver.get(PUBLIC_URL + "/diseasePortal")
     #find the pulldown and select Genome Location
     selectorbox = self.driver.find_element_by_class_name("queryBuilder")
     pulldown = selectorbox.find_element_by_tag_name("select").find_elements_by_tag_name("option")
     #print [x.text for x in pulldown]
     searchTextItems = iterate.getTextAsList(pulldown)
     #verifies all the items listed in the pulldown are correct and in order
     self.assertEqual(searchTextItems, ['Please select a field', 'Gene Symbol(s) or ID(s)','Gene Name','Phenotype or Disease Name', 'Phenotype or Disease ID(s)', 'Genome Location', 'Gene File Upload'])
     #click the Genome Location option
     pulldown[5].click()
     #self.assertIn("Genome Location", pulldown[3].Text)
     #finds the human and mouse genome build numbers
     buildnumber = self.driver.find_element_by_class_name('radio-group')
     # get the parent element
     mainbuild = buildnumber.find_elements_by_tag_name('label')
     wait.forAjax(self.driver)
     #confirms that GRCh38 is displayed
     #print [x.text for x in mainbuild]
     searchTextItems = iterate.getTextAsList(mainbuild)
     self.assertEqual(searchTextItems, ['Human (GRCh38)', 'Mouse (GRCm38)'])
    
     """

 def test_assaytype_column_sort(self):
     """
     @status: Tests that the assay type column sort works correctly
     Assay Type column:
     * Not applicable is not shown
     * sort order should be type (with not specified last), followed by assay type and gene
     * reverse order should still leave not specified last
     * blot assays are last by default
     """
     driver = self.driver
     driver.get(config.PUBLIC_URL + "/gxd")
     genebox = driver.find_element_by_name('nomenclature')
     # put your marker symbol
     genebox.send_keys("pax6")
     genebox.send_keys(Keys.RETURN)
     #find the Image tab
     imagetab = driver.find_element_by_id("imagestab")
     #click the image tab
     imagetab.click()
     wait.forAjax(driver)
     time.sleep(.5)
     assaylist = driver.find_element_by_id("imagesdata").find_elements_by_css_selector('td.yui-dt-col-assayType')
     items = assaylist[0].find_elements_by_tag_name("li")
     searchTextItems = iterate.getTextAsList(items)
     self.assertEqual(searchTextItems, ["Immunohistochemistry", "Immunohistochemistry"])
     assayheader = driver.find_element_by_id("imagesdata").find_element_by_css_selector('th.yui-dt-col-assayType')
     #click the gene header column to sort
     assayheader.click()
     wait.forAjax(driver)
     time.sleep(.5)
     assaylist = driver.find_element_by_id("imagesdata").find_elements_by_css_selector('td.yui-dt-col-assayType')
     items = assaylist[2].find_elements_by_tag_name("li")
     searchTextItems = iterate.getTextAsList(items)
     self.assertEqual(searchTextItems, ["RT-PCR"])

    def test_specimen_note(self):
        """
        @status: Tests that the specimen notes are correctly displayed
        specimen notes should be fully displayed
        """
        driver = self.driver
        driver.get(PWI_URL)
        # opens the PWI reference form
        driver.find_element_by_link_text("Reference Form").click()
        accidbox = driver.find_element_by_id("accids")
        # put your J number in the box
        accidbox.send_keys("J:36691")
        accidbox.submit()

        # finds the specimens link and clicks it
        driver.find_element_by_link_text("Specimens").click()
        wait.forAjax(driver)
        # finds the specimen notes column and then the first 7 items
        summarytable = driver.find_element_by_id("specimenSummaryTable")
        specnotes = summarytable.find_elements_by_css_selector("td:nth-child(13)")
        specnote1 = specnotes[0]
        specnote2 = specnotes[1]
        specnote3 = specnotes[2]
        specnote4 = specnotes[3]
        specnote5 = specnotes[4]
        specnote6 = specnotes[5]
        specnote7 = specnotes[6]
        # asserts the first 7 specimen notes are correct and in correct order
        self.assertEqual(specnote1.text, "2.5% paraformaldehyde  ")
        self.assertEqual(specnote2.text, "2.5% paraformaldehyde  ")
        self.assertEqual(specnote3.text, "Fixed in 2.5% paraformaldehyde. With N-glycannase pretreatment.  ")
        self.assertEqual(specnote4.text, "2.5% paraformaldehyde  ")
        self.assertEqual(specnote5.text, "2.5% paraformaldehyde  ")
        self.assertEqual(specnote6.text, "2.5% paraformaldehyde  ")
        self.assertEqual(specnote7.text, "2.5% paraformaldehyde  ")

    def test_cre_assay(self):
        """
        @status: Tests that all cre assays are correctly displayed at the bottom
        cre assays are Recombinase reporter and  In situ reporter (transgenic)
        """
        driver = self.driver
        driver.get(PWI_URL)
        # opens the PWI reference form
        driver.find_element_by_link_text("Reference Form").click()
        accidbox = driver.find_element_by_id("accids")
        # put your J number in the box
        accidbox.send_keys("J:105186")
        accidbox.submit()

        # finds the specimens link and clicks it
        driver.find_element_by_link_text("Specimens").click()
        wait.forAjax(driver)
        # finds the specimen notes column and then the first 7 items
        summarytable = driver.find_element_by_id("specimenSummaryTable")
        assaytypes = summarytable.find_elements_by_css_selector("td:nth-child(3)")
        assaytype1 = assaytypes[13]
        assaytype2 = assaytypes[14]
        assaytype3 = assaytypes[15]
        assaytype4 = assaytypes[16]
        assaytype5 = assaytypes[17]
        assaytype6 = assaytypes[18]
        assaytype7 = assaytypes[19]
        # asserts the first 7 specimen notes are correct and in correct order
        self.assertEqual(assaytype1.text, "In situ reporter (knock in)")
        self.assertEqual(assaytype2.text, "In situ reporter (transgenic)")
        self.assertEqual(assaytype3.text, "In situ reporter (transgenic)")
        self.assertEqual(assaytype4.text, "In situ reporter (transgenic)")
        self.assertEqual(assaytype5.text, "Recombinase reporter")
        self.assertEqual(assaytype6.text, "Recombinase reporter")
        self.assertEqual(assaytype7.text, "Recombinase reporter")

    def test_age_note(self):
        """
        @status: Tests that the age notes are correct
        an age note is represented by a asterisk.
        """
        driver = self.driver
        driver.get(PWI_URL)
        # opens the PWI reference form
        driver.find_element_by_link_text("Reference Form").click()
        accidbox = driver.find_element_by_id("accids")
        # put your J number in the box
        accidbox.send_keys("J:84605")
        accidbox.submit()

        # finds the specimens link and clicks it
        driver.find_element_by_link_text("Specimens").click()
        wait.forAjax(driver)
        # finds the age note column and then the first 12 items
        summarytable = driver.find_element_by_id("specimenSummaryTable")
        agenotes = summarytable.find_elements_by_css_selector("td:nth-child(6)")
        agenote1 = agenotes[0]
        agenote2 = agenotes[1]
        agenote3 = agenotes[2]
        agenote4 = agenotes[3]
        agenote5 = agenotes[4]
        agenote6 = agenotes[5]
        agenote7 = agenotes[6]
        # asserts the first 7 age notes are correct and in correct order
        self.assertEqual(agenote1.text, "*  ")
        self.assertEqual(agenote2.text, "*  ")
        self.assertEqual(agenote3.text, "*  ")
        self.assertEqual(agenote4.text, "*  ")
        self.assertEqual(agenote5.text, "*  ")
        self.assertEqual(agenote6.text, "*  ")
        self.assertEqual(agenote7.text, "*  ")

 def test_gene_column_sort(self):
     """
     @status: Tests that the Gene column sort works correctly
     Gene column:
     * sort order is gene, then assay type
     """
     driver = self.driver
     driver.get(config.PUBLIC_URL + "/gxd")
     genebox = driver.find_element_by_name('nomenclature')
     # put your marker symbol
     genebox.send_keys("shh")
     genebox.send_keys(Keys.RETURN)
     #find the Image tab
     imagetab = driver.find_element_by_id("imagestab")
     #click the image tab
     imagetab.click()
     wait.forAjax(driver)
     time.sleep(.5)
     
     imagesdata = driver.find_element_by_id("imagesdata")
     genelist = imagesdata.find_elements_by_css_selector('td.yui-dt-col-gene')
     items = genelist[0].find_elements_by_tag_name("li")
     searchTextItems = iterate.getTextAsList(items)
     self.assertEqual(searchTextItems, ["Arx", "Olig2", "Shh"])
     geneheader = imagesdata.find_element_by_css_selector('th.yui-dt-col-gene')
     #click the gene header column to sort
     geneheader.click()
     wait.forAjax(driver)
     time.sleep(.5)
     genelist = driver.find_element_by_id("imagesdata").find_elements_by_css_selector('td.yui-dt-col-gene')
     items = genelist[0].find_elements_by_tag_name("li")
     searchTextItems = iterate.getTextAsList(items)
     self.assertEqual(searchTextItems, ["Arx", "Olig2", "Shh"])

 def testAnnotationStageDetailLink(self):
     """
     tests that when you click on the annotations link in the detail section it  goes to the correct assay results; jlewis
     """
     self.performSearch(term="thymus/parathyroid primordium", stage="19")
     
     # select specific stage
     activetree = self.driver.find_element_by_css_selector(".mgitreeview .active")
     self.assertEqual(activetree.text,"thymus/parathyroid primordium")
     wait.forAjax(self.driver)        
     
     
     # verify annotation count exists
     annotCountTag = self.driver.find_element_by_css_selector(".resultsLink a")
     annotCount = int(annotCountTag.text)
     self.assertTrue(annotCount > 0, "annotation count not greater than zero")
     
     # click link to go to results page
     annotCountTag.click()
     
     wait.forNewWindow(self.driver)
     
     searchFor = self.driver.find_element_by_css_selector(".youSearchedFor")
     
     self.assertEqual(self.driver.title, "Result Summary")
     self.assertTrue("thymus/parathyroid primordium" in searchFor.text, "You searched for does not contain structure name")
     
     body = self.driver.find_element_by_tag_name("body")
     self.assertTrue( ("of %d" % annotCount) in body.text, "same annotation count not found on results summary")                 

 def test_multispecs_diffassay(self):
     """
     @status: Tests the display for image panes with multiple specimens from different assays
     each specimen/assay should have it's own row per image
     """
     driver = self.driver
     driver.get(PWI_URL)
     #opens the PWI reference form
     driver.find_element_by_link_text("Reference Form").click()
     accidbox = driver.find_element_by_id('accids')
     # put your J number in the box
     accidbox.send_keys("J:83696")
     accidbox.send_keys(Keys.RETURN)
     time.sleep(3)
     #finds the specimens link and clicks it
     driver.find_element_by_link_text("Exp Images").click()
     wait.forAjax(driver)
     #Locates the images table and finds the table headings
     imagestable = driver.find_element_by_id("paneSummaryTable")
     rows = imagestable.find_elements_by_css_selector('tr')
     #displays each row of data for the first 18 rows
     row1 = rows[1]
     row2 = rows[2]
     row3 = rows[3]
     row4 = rows[4]
     row5 = rows[5]
     row6 = rows[6]
     row7 = rows[7]
     row8 = rows[8]
     row9 = rows[9]
     row10 = rows[10]
     row11 = rows[11]
     row12 = rows[12]
     row13 = rows[13]
     row14 = rows[14]
     row15 = rows[15]
     row16 = rows[16]
     row17 = rows[17]
     row18 = rows[18]
     row19 = rows[19]
     #asserts that the rows of data are correct for the first 18 rows
     self.assertEqual(row1.text, 'MGI:3522445\n1 Syndecan-1 MGI:3522591 (Sdc1) RT-PCR')
     self.assertEqual(row2.text, 'MGI:3522445\n1 Syndecan-2 MGI:3522592 (Sdc2) RT-PCR')
     self.assertEqual(row3.text, 'MGI:3522445\n1 Syndecan-3 MGI:3522593 (Sdc3) RT-PCR')
     self.assertEqual(row4.text, 'MGI:3522445\n1 Syndecan-4 MGI:3522594 (Sdc4) RT-PCR')
     self.assertEqual(row5.text, 'MGI:3522448\n2 A 2A MGI:3522619 (Sdc1) Immunohistochemistry')
     self.assertEqual(row6.text, "2A MGI:3522621 (Hspg2) Immunohistochemistry")
     self.assertEqual(row7.text, "2A MGI:3522624 (Tubb3) Immunohistochemistry")
     self.assertEqual(row8.text, "MGI:3522448\n2 B 2B,2B'' MGI:3522621 (Hspg2) Immunohistochemistry")
     self.assertEqual(row9.text, "2B,2B'' MGI:3522624 (Tubb3) Immunohistochemistry")
     self.assertEqual(row10.text, "MGI:3522448\n2 B' 2B',2B'' MGI:3522619 (Sdc1) Immunohistochemistry")
     self.assertEqual(row11.text, "MGI:3522448\n2 B'' 2B',2B'' MGI:3522619 (Sdc1) Immunohistochemistry")
     self.assertEqual(row12.text, "2B,2B'' MGI:3522621 (Hspg2) Immunohistochemistry")
     self.assertEqual(row13.text, "2B,2B'' MGI:3522624 (Tubb3) Immunohistochemistry")
     self.assertEqual(row14.text, "MGI:3522448\n2 C 2C,2C'' MGI:3522621 (Hspg2) Immunohistochemistry")
     self.assertEqual(row15.text, "2C,2C'' MGI:3522624 (Tubb3) Immunohistochemistry")
     self.assertEqual(row16.text, "MGI:3522448\n2 C' 2C',2C'' MGI:3522619 (Sdc1) Immunohistochemistry")
     self.assertEqual(row17.text, "2C,2C'' MGI:3522624 (Tubb3) Immunohistochemistry")
     self.assertEqual(row18.text, "MGI:3522448\n2 C'' 2C',2C'' MGI:3522619 (Sdc1) Immunohistochemistry")
     self.assertEqual(row19.text, "2C,2C'' MGI:3522621 (Hspg2) Immunohistochemistry")

    def testMinimalStageLinks(self):
        """
        tests that all stage links exist in the term detail section and clicking them function correctly; this is for a case with only a few stages; jlewis
        """
        self.performSearch(term="second polar body")
        
        detailArea = self.driver.find_element_by_id("termDetailContent")
        
        stageItems = detailArea.find_elements_by_class_name("stageSelector")
        # add all link text to a list for "assertIn" test
        stages = iterate.getTextAsList(stageItems)
        
        self.assertEqual(stages, ["All", "1", "2", "3", "4"])

        # click stage 1
        stage1 = detailArea.find_element_by_link_text("1").click()
        wait.forAjax(self.driver)
        
        #verify EMAPS term is loaded for second polar body
        detailItems = self.driver.find_elements_by_css_selector("#termDetailContent dd")
        self.assertEqual(detailItems[2].text,"EMAPA:16034")
        
        
        # verify stage is active
        activeStage = self.driver.find_element_by_css_selector(".stageSelector.active")
        self.assertEqual(activeStage.text,"1")

 def test_images_noassay(self):
     """
     @status: Tests the display for image panes with no attached assay
     each image and figure displayed but no assay or specimen
     """
     driver = self.driver
     driver.get(PWI_URL)
     #opens the PWI reference form
     driver.find_element_by_link_text("Reference Form").click()
     accidbox = driver.find_element_by_id('accids')
     # put your J number in the box
     accidbox.send_keys("J:102285")
     accidbox.send_keys(Keys.RETURN)
     time.sleep(3)
     #finds the specimens link and clicks it
     driver.find_element_by_link_text("Exp Images").click()
     wait.forAjax(driver)
     #Locates the images table and finds the table headings
     imagestable = driver.find_element_by_id("paneSummaryTable")
     rows = imagestable.find_elements_by_css_selector('tr')
     #displays each row of data for the first 16 rows
     row1 = rows[1]
     row2 = rows[2]
     row3 = rows[3]
     row4 = rows[4]
     row5 = rows[5]
     row6 = rows[6]
     row7 = rows[7]
     row8 = rows[8]
     row9 = rows[9]
     row10 = rows[10]
     row11 = rows[11]
     row12 = rows[12]
     row13 = rows[13]
     row14 = rows[14]
     row15 = rows[15]
     row16 = rows[16]
     #asserts that the rows of data are correct for the first 16 rows
     self.assertEqual(row1.text, 'MGI:4453601\n2 b Fig. 1b MGI:4453599 (Tg(Scgb1a1-cre)1Tauc) In situ reporter (transgenic)')
     self.assertEqual(row2.text, 'MGI:4453603\n3 a Fig. 3a MGI:4453606 (Tg(Scgb1a1-cre)1Tauc) Recombinase reporter')
     self.assertEqual(row3.text, 'MGI:4453603\n3 c Fig. 3c MGI:4453606 (Tg(Scgb1a1-cre)1Tauc) Recombinase reporter')
     self.assertEqual(row4.text, 'MGI:4453603\n3 e Fig. 3e MGI:4453606 (Tg(Scgb1a1-cre)1Tauc) Recombinase reporter')
     self.assertEqual(row5.text, 'MGI:4453605\n4 a Fig. 4a MGI:4453606 (Tg(Scgb1a1-cre)1Tauc) Recombinase reporter')
     self.assertEqual(row6.text, 'MGI:4453605\n4 b Fig. 4b MGI:4453606 (Tg(Scgb1a1-cre)1Tauc) Recombinase reporter')
     self.assertEqual(row7.text, 'MGI:4453605\n4 c Fig. 4c MGI:4453606 (Tg(Scgb1a1-cre)1Tauc) Recombinase reporter')
     self.assertEqual(row8.text, 'MGI:4453605\n4 d Fig. 4d MGI:4453606 (Tg(Scgb1a1-cre)1Tauc) Recombinase reporter')
     self.assertEqual(row9.text, 'MGI:4453605\n4 e Fig. 4e MGI:4453606 (Tg(Scgb1a1-cre)1Tauc) Recombinase reporter')
     self.assertEqual(row10.text, 'MGI:4453605\n4 f Fig. 4f MGI:4453606 (Tg(Scgb1a1-cre)1Tauc) Recombinase reporter')
     self.assertEqual(row11.text, 'MGI:4453605\n4 g Fig. 4g MGI:4453606 (Tg(Scgb1a1-cre)1Tauc) Recombinase reporter')
     self.assertEqual(row12.text, 'MGI:4453605\n4 h Fig. 4h MGI:4453606 (Tg(Scgb1a1-cre)1Tauc) Recombinase reporter')
     self.assertEqual(row13.text, 'MGI:4453605\n4 i Fig. 4i MGI:4453606 (Tg(Scgb1a1-cre)1Tauc) Recombinase reporter')
     self.assertEqual(row14.text, 'MGI:4453605\n4 j Fig. 4j MGI:4453606 (Tg(Scgb1a1-cre)1Tauc) Recombinase reporter')
     self.assertEqual(row15.text, 'MGI:4453605\n4 k')
     self.assertEqual(row16.text, 'MGI:4453605\n4 l')

 def test_default_sort_treeview(self):
     """
     @status: Tests that the terms are correctly sorted
     The default sort for the tree view is smart alpha
     """
     driver = self.driver
     driver.get(config.PUBLIC_URL + "/vocab/gxd/anatomy/EMAPA:16042")
     
     wait.forAjax(driver)
     time.sleep(1)
     termList = driver.find_elements_by_class_name("ygtvlabel")
     terms = iterate.getTextAsList(termList)
     print [x.text for x in termList]

 def test_mrk_detail_build(self):
     """
     @Status this test works
     Checks the mouse build number on a marker detail page
     """
     #displays the marker detail page for pax6
     self.driver.get(PUBLIC_URL + "/marker/MGI:1096368")
     #opens the Location & Maps section
     self.driver.find_element_by_class_name("toggleImage").click()
     wait.forAjax(self.driver)
     #finds the build number at the top of the snp QF page
     seqmapLabel = self.driver.find_element_by_class_name("detailData2").find_element_by_class_name("closed").find_element_by_css_selector("div.value")
     #verifies GRCm38 is displayed in this section
     self.assertIn("GRCm38", seqmapLabel.text)

 def test_table_headers(self):
     """
     @status: Tests that the Gene Ontology Classifications page in Tabular view, table headers are correct
     Headers are: Aspect, Category, Classification Term, Context, Proteoform, Evidence, Inferred From, Reference(s)
     """
     driver = self.driver
     driver.get(config.FEWI_URL + "/marker")
     genebox = driver.find_element_by_name('nomen')
     # put your marker symbol
     genebox.send_keys("Ccdc40")
     genebox.send_keys(Keys.RETURN)
     time.sleep(3)
     #finds the correct marker link and clicks it
     driver.find_element_by_link_text("Ccdc40").click()
     wait.forAjax(driver)
     #Finds the All sequences link and clicks it
     driver.find_element_by_class_name("goRibbon").find_element_by_link_text("26").click()
     wait.forAjax(driver)
     #Locates the marker header table and finds the table headings
     tabularheaderlist = driver.find_element_by_id("dynamicdata")
     items = tabularheaderlist.find_elements_by_tag_name("th")
     searchTextItems = iterate.getTextAsList(items)
     wait.forAjax(driver)
     print searchTextItems
     #verifies all the table headings are correct and in order
     self.assertEqual(searchTextItems, ['Aspect','Category','Classification Term', 'Context', 'Proteoform', 'Evidence', 'Inferred From', 'Reference(s)'])
     wait.forAjax(driver)

 def test_hide_private_marker(self):
     """
     @status: Tests that the dummy private allele Brca1<test1> does not display on public
     """
     driver = self.driver
     driver.get(config.PUBLIC_URL)
     self.assertIn("Informatics", driver.title)
     querytext = driver.find_element_by_name('query')
     querytext.clear()
     querytext.send_keys("Agit")# put your marker symbol
     querytext.send_keys(Keys.RETURN)  # click the submit button
     wait.forAjax(driver)
     missng = driver.find_element_by_class_name('redText').is_displayed()#verifies that the warning Could not find the independent term(s): is displaying
     self.assertTrue(missng, 'oops, is not displaying warning message!')

 def test_multispecs_sameassay_samepane(self):
     """
     @status: Tests the display for image panes with multiple specimens from the same assay using the same image pane
     each specimen should have it's own row
     """
     driver = self.driver
     driver.get(PWI_URL)
     #opens the PWI reference form
     driver.find_element_by_link_text("Reference Form").click()
     accidbox = driver.find_element_by_id('accids')
     # put your J number in the box
     accidbox.send_keys("J:85638")
     accidbox.send_keys(Keys.RETURN)
     time.sleep(3)
     #finds the specimens link and clicks it
     driver.find_element_by_link_text("Exp Images").click()
     wait.forAjax(driver)
     #Locates the images table and finds the table headings
     imagestable = driver.find_element_by_id("paneSummaryTable")
     rows = imagestable.find_elements_by_css_selector('tr')
     #displays each row of data for the first 13 rows
     row1 = rows[1]
     row2 = rows[2]
     row3 = rows[3]
     row4 = rows[4]
     row5 = rows[5]
     row6 = rows[6]
     row7 = rows[7]
     row8 = rows[8]
     row9 = rows[9]
     row10 = rows[10]
     row11 = rows[11]
     row12 = rows[12]
     row13 = rows[13]
     #asserts that the rows of data are correct for the first 13 rows
     self.assertEqual(row1.text, 'MGI:5750634\n3 A MGI:5750650 (H13) Northern blot')
     self.assertEqual(row2.text, 'MGI:5750637\n4 A 4A MGI:5750680 (H13) RNA in situ')
     self.assertEqual(row3.text, 'MGI:5750637\n4 B 4B MGI:5750680 (H13) RNA in situ')
     self.assertEqual(row4.text, 'MGI:5750637\n4 C 4C MGI:5750680 (H13) RNA in situ')
     self.assertEqual(row5.text, 'MGI:5750638\n5 E5.5 5 E5.5 embryo, 5 E5.5 mother MGI:5750680 (H13) RNA in situ')
     self.assertEqual(row6.text, 'MGI:5750638\n5 E6.5 5 E6.5 embryo, 5 E6.5 mother MGI:5750680 (H13) RNA in situ')
     self.assertEqual(row7.text, 'MGI:5750638\n5 E7.5 5 E7.5 embryo, 5 E7.5 mother MGI:5750680 (H13) RNA in situ')
     self.assertEqual(row8.text, 'MGI:5750638\n5 E8.5 5 E8.5 embryo, 5 E8.5 mother MGI:5750680 (H13) RNA in situ')
     self.assertEqual(row9.text, 'MGI:5750638\n5 E9.5 5 E9.5 embryo, 5 E9.5 mother MGI:5750680 (H13) RNA in situ')
     self.assertEqual(row10.text, 'MGI:5750639\n6 E10.5 6 E10.5 MGI:5750680 (H13) RNA in situ')
     self.assertEqual(row11.text, 'MGI:5750639\n6 E11.5 6 E11.5 MGI:5750680 (H13) RNA in situ')
     self.assertEqual(row12.text, 'MGI:5750639\n6 E13.5 6 E13.5 MGI:5750680 (H13) RNA in situ')
     self.assertEqual(row13.text, 'MGI:5750639\n6 E14.5 6 E14.5 MGI:5750680 (H13) RNA in situ')