context("Accession Search Functions")
#' Main objectives tested
#'
#' Search all (.searchForAccessionAcrossDBsDF())
#' - wrong or incomplete accession identifiers
#'
#'
#' Search SRA / GEO
#' - wrong type of accessions
#' - wrong column names
test_that(".searchForAccessionAcrossDBsDF", {
# Wrong / incomplete accession identifiers
expect_error(.searchForAccessionAcrossDBsDF("", "*")) #Should throw error via digitSort
expect_error(.searchForAccessionAcrossDBsDF("abc", "*")) #Should throw error via digitSort
# SRA-like
expect_error(.searchForAccessionAcrossDBsDF("SR", "*")) #Should throw error via digitSort
expect_error(.searchForAccessionAcrossDBsDF("SRO", "*")) #Should throw error via digitSort
expect_error(.searchForAccessionAcrossDBsDF("SR11", "*")) #Should throw error via digitSort
expect_error(.searchForAccessionAcrossDBsDF("SR.", "*")) #Should throw error via digitSort
expect_error(suppressWarnings(.searchForAccessionAcrossDBsDF("SRR11", "*"))) #Should throw error via digitSort
expect_error(.searchForAccessionAcrossDBsDF("SRX11", "*")) #Should throw error via digitSort
expect_error(.searchForAccessionAcrossDBsDF("SRS11", "*")) #Should throw error via digitSort
expect_error(.searchForAccessionAcrossDBsDF("SRP11", "*")) #Should throw error via digitSort
# GEO-like
expect_error(.searchForAccessionAcrossDBsDF("GEO", "*")) #Should throw error via digitSort
expect_error(.searchForAccessionAcrossDBsDF("GS", "*")) #Should throw error via digitSort
expect_error(.searchForAccessionAcrossDBsDF("GSM", "*")) #Should throw error via digitSort
expect_error(.searchForAccessionAcrossDBsDF("GSM11", "*")) #Should throw error via digitSort
expect_error(.searchForAccessionAcrossDBsDF("GE", "*")) #Should throw error via digitSort
expect_error(.searchForAccessionAcrossDBsDF("GSE", "*")) #Should throw error via digitSort
expect_error(.searchForAccessionAcrossDBsDF("GSE11", "*")) #Should throw error via digitSort
})
# .searchSRAForAccession ####
test_that(".searchSRAForAccession", {
#Check that non-existent accessions
# DELETED: 1. throw a warning
# 2. do not return matches
# expect_warning(.searchSRAForAccession("SRR1", "*"))
expect_equal(dim(suppressWarnings(.searchSRAForAccession("SRR1", "*")))[1], 0)
#Check that other accessions are not accepted
expect_error(.searchSRAForAccession("GSM1000", "*"))
expect_error(.searchSRAForAccession("GSE1000", "*"))
#Check that non-existent columns are not accepted and throw an error
expect_error(.searchSRAForAccession("SRR988139", "nth"))
expect_error(.searchSRAForAccession("SRR988139", "sth"))
})
# .searchGEOForGSE ####
test_that(".searchGEOForGSE", {
# Check that non-existent accessions
# DELETED: 1. throw a warning
# 2. do not return matches
# expect_warning(.searchSRAForAccession("SRR1", "*"))
expect_equal(dim(suppressWarnings(.searchGEOForGSE("GSE1", "*", "*")))[1], 0)
# Check that other accessions are not accepted
expect_error(.searchGEOForGSE("GSM1000", "*", "*"))
expect_error(.searchGEOForGSE("SRP1000", "*", "*"))
expect_error(.searchGEOForGSE("SRR1000", "*", "*"))
# Check that non-existent columns are not accepted and throw an error
expect_error(.searchGEOForGSE("GSE1000", "nth"))
expect_error(.searchGEOForGSE("GSE1000", "sth"))
})
# .searchGEOForGSM ####
test_that(".searchGEOForGSM", {
# Check that non-existent accessions
# DELETED: 1. throw a warning
# 2. do not return matches
# expect_warning(.searchSRAForAccession("SRR1", "*"))
expect_equal(dim(suppressWarnings(.searchGEOForGSM("GSM1", "*", "*")))[1], 0)
# Check that other accessions are not accepted
expect_error(.searchGEOForGSM("GSE1000", "*", "*"))
expect_error(.searchGEOForGSM("SRP1000", "*", "*"))
expect_error(.searchGEOForGSM("SRR1000", "*", "*"))
# Check that non-existent columns are not accepted and throw an error
expect_error(.searchGEOForGSM("GSM1000", "nth"))
expect_error(.searchGEOForGSM("GSM1000", "sth"))
})
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