library(ALL)
library(limma)
library(hgu95av2.db)
data(ALL)
ALL <- ALL[, !is.na(ALL$sex)]
model <- model.matrix(~mol.biol+sex, ALL)
fit <- eBayes(lmFit(ALL, model))
max.lfc <- max(fit$coef[,2])+1
test_1dataframe <- function(){
df <- ReportingTools:::.marrayLM.to.data.frame(fit, ALL, coef=2, n=100)
checkTrue(nrow(df) == 100,
"100 rows are returned in coercing fit to data.frame")
checkException(ReportingTools:::.marrayLM.to.data.frame(fit, ALL, coef=2,
lfc=max.lfc), "Returning a zero-length data.frame raises an exception")
}
test_3fdata <- function(){
htmlRep <- HTMLReport("testMArrayLMhtmlPage",
reportDirectory = 'testHTMLDirectory', title = "Test MArrayLM Report")
ALL2 <- ALL
annotation(ALL2) <- ""
df2 <- ReportingTools:::.marrayLM.to.data.frame(fit, ALL2, coef=2, n=100)
checkTrue(all.equal(colnames(df2),
c("ProbeId", "mol.biolBCR/ABL logFC", "mol.biolBCR/ABL Adjusted p-Value")))
checkTrue(all(rownames(df2) %in% rownames(ALL2)),
"The rownames of the data.frame are found in the eSet")
fd <- data.frame(
ProbeId = featureNames(ALL),
EntrezId = unlist(mget(featureNames(ALL), hgu95av2ENTREZID,
ifnotfound=NA)),
stringsAsFactors = FALSE
)
ALL3 <- ALL
annotation(ALL3) <- ""
fData(ALL3) <- fd
df3 <- ReportingTools:::.marrayLM.to.data.frame(fit, ALL3, coef=2, n=100)
checkTrue(all.equal(colnames(df3),
c("ProbeId", "EntrezId", "mol.biolBCR/ABL logFC", "mol.biolBCR/ABL Adjusted p-Value")))
fit2 <- fit
fit2$genes <- data.frame(MProbeId = rownames(fit), row.names = rownames(fit))
df4 <- ReportingTools:::.marrayLM.to.data.frame(fit2, ALL2, coef=2, n=100)
checkTrue(all.equal(colnames(df4),
c("MProbeId", "mol.biolBCR/ABL logFC", "mol.biolBCR/ABL Adjusted p-Value")))
checkTrue(all(rownames(df4) %in% rownames(ALL2)),
"The rownames of the data.frame are found in the eSet")
}
test_4publishNoFigures <- function(){
htmlRep <- HTMLReport("testMArrayLMhtmlPage2",
reportDirectory = "testHTMLDirectory", title = "Test MArrayLM Report 2")
df <- publish(fit, htmlRep, eSet = ALL, coef = 2, n = 100, make.plots = FALSE)
checkTrue(all.equal(dim(df), c(100,6)), "The dimensions of the data.frame are correct")
finish(htmlRep)
}
test_5publish <- function(){
htmlRep <- HTMLReport("testMArrayLMhtmlPage3",
reportDirectory = "testHTMLDirectory", title = "Test MArrayLM Report 3")
publish(fit, htmlRep, eSet = ALL, factor = ALL$mol.biol, coef = 2, n = 100)
finish(htmlRep)
}
test_6dataframe_2coefs <- function(){
df <- ReportingTools:::.marrayLM.to.data.frame(fit, ALL, coef = 2:3,
n = 100)
checkTrue(all.equal(colnames(df), c("ProbeId", "EntrezId", "Symbol", "GeneName",
"mol.biolBCR/ABL logFC", "mol.biolE2A/PBX1 logFC", "Adjusted p-Value")))
}
test_7toReportDF <- function(){
htmlRep <- HTMLReport("testMArrayLMhtmlPage4",
reportDirectory = "testHTMLDirectory", title = "Test MArrayLM Report 4")
df <- toReportDF(fit, htmlRep, eSet = ALL, factor = ALL$mol.biol, coef = 2,
n = 100, make.plots = FALSE)
checkTrue(nrow(df) == 100)
checkTrue(ncol(df) == 6)
}
test_8HTMLReport <- function(){
htmlRep <- HTMLReport("testMArrayLMhtmlPage4",
reportDirectory = "testHTMLDirectory", title = "Test MArrayLM Report 4")
publish(fit, htmlRep, eSet = ALL, factor = ALL$mol.biol, coef = 2, n = 100,
make.plots = TRUE)
finish(htmlRep)
}
test_9ModifyReport <- function(){
fives <- function(df, ...){df$Fives <- rep(5, nrow(df)); df}
htmlRep <- HTMLReport("testMArrayLMhtmlPage5",
reportDirectory = "testHTMLDirectory", title = "Test MArrayLM Report 4")
publish(fit, htmlRep, eSet = ALL, factor = ALL$mol.biol, coef = 2, n = 100,
make.plots = FALSE, .modifyDF = fives)
finish(htmlRep)
}
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