CRAN Package Check Results for Package PCICt

Last updated on 2024-03-28 09:51:51 CET.

Flavor Version Tinstall Tcheck Ttotal Status Flags
r-devel-linux-x86_64-debian-clang 0.5-4.4 5.32 29.25 34.57 OK
r-devel-linux-x86_64-debian-gcc 0.5-4.4 4.27 22.43 26.70 OK
r-devel-linux-x86_64-fedora-clang 0.5-4.4 41.77 OK
r-devel-linux-x86_64-fedora-gcc 0.5-4.4 41.39 OK
r-devel-windows-x86_64 0.5-4.4 8.00 206.00 214.00 ERROR
r-patched-linux-x86_64 0.5-4.4 5.85 28.00 33.85 OK
r-release-linux-x86_64 0.5-4.4 5.67 28.54 34.21 OK
r-release-macos-arm64 0.5-4.4 22.00 OK
r-release-macos-x86_64 0.5-4.4 27.00 OK
r-release-windows-x86_64 0.5-4.4 6.00 46.00 52.00 OK
r-oldrel-macos-arm64 0.5-4.4 21.00 OK
r-oldrel-windows-x86_64 0.5-4.4 9.00 52.00 61.00 OK

Check Details

Version: 0.5-4.4
Check: tests
Result: ERROR Running 'bootstrap.R' [0s] Running 'test_functions.R' [164s] Running the tests in 'tests/test_functions.R' failed. Complete output: > library(PCICt) > library(RUnit) > > test.values <- c("1850-01-01", "2012-04-01 00:10:00", "2012-02-28", "1599-01-01", "1582-10-04", "1582-10-03", "900-02-28", "900-03-01", "200-03-01", "1-01-01", "0-01-01") > > ## Tests as.pcict functions > PCICt.test.as.PCICt <- function() { + test.calendars <- c("360", "365", "gregorian", "proleptic_gregorian") + cal.360.only <- c("2011-02-30") + gregorian.not.365 <- c("2012-02-29") + gregorian.not.360 <- c("2011-01-31") + + ## Check that valid input produces valid output for all calendar types + for(cal in test.calendars) { + for(i in seq_along(test.values)) { + checkEquals(as.character(as.PCICt(test.values[i], cal=cal)), test.values[i]) + + ## Check that as.PCICt.POSIXlt works as expected + checkEquals(as.character(as.PCICt(as.POSIXlt(test.values[i]), cal=cal)), test.values[i]) + + ## Check that as.PCICt.POSIXct works as expected + ##checkEquals(as.character(as.PCICt(as.POSIXct(test.values[i]), cal=cal)), test.values[i]) + } + } + + ## Check factor case + checkEquals(as.PCICt(as.factor(gregorian.not.365), cal="360"), as.PCICt(gregorian.not.365, cal="360")) + + ## Check that invalid input triggers errors + checkException(as.PCICt(cal.360.only, cal="365")) + checkException(as.PCICt(cal.360.only, cal="gregorian")) + + ## Should fail but doesn't; not sure how to hack it other than to pass in month lengths to the so-called "360" funcs. + ##checkException(as.PCICt(gregorian.not.365, cal="365")) + + checkException(as.PCICt(gregorian.not.360, cal="360")) + checkException(as.PCICt("your mom", cal="360")) + checkException(as.PCICt("your mom", cal="365")) + + ## Check that NAs are passed through properly + checkTrue(is.na(as.PCICt(NA, cal="360"))) + checkTrue(is.na(as.PCICt(NA, cal="365"))) + + ## Check numeric input... + checkEquals(as.PCICt(86400, origin="1961-01-01", cal="360"), as.PCICt("1961-01-02", cal="360")) + + ## Check several cases for the 360 sub-second string formatting + date.360 <- as.PCICt("2012-02-28 12:34:56.7", cal="360") + checkEquals(as.character(date.360, "%M:%OS1"), "34:56.7") + checkEquals(as.character(date.360, "%M:%OS2"), "34:56.70") + checkEquals(as.character(date.360, "%M:%OS6"), "34:56.700000") + checkEquals(as.character(date.360, "%M:%OS7"), "34:56.700000") + checkEquals(as.character(date.360, "%M:%OSx"), "34:56x") + } > > ## Tests subset operators > PCICt.test.subset <- function() { + dat <- as.PCICt(test.values, cal="365") + dat2 <- dat[2:4] + dat3 <- dat + dat3[1:2] <- dat[2:3] + + ## Check that subset operator works as expected + checkEquals(as.character(dat[2:4]), as.character(dat)[2:4]) + + ## Check that subset operator preserves attributes properly + checkEquals(attr(dat2, "cal"), attr(dat, "cal")) + checkEquals(attr(dat3, "cal"), attr(dat, "cal")) + + ## Check assignment + checkEquals(dat3[1:4], dat[c(2, 3, 3, 4)]) + + ## Check exception handling + dat.360 <- as.PCICt(test.values, cal="360") + checkException(dat3[1:3] <- dat.360[2:4]) + } > > ## Tests arithmetic operators (+, -) > PCICt.test.operators <- function() { + test.365 <- as.PCICt(test.values, cal="365") + test.greg <- as.PCICt(test.values, cal="gregorian") + + ## Check edge cases for each calendar for addition (isn't February a great month?) + checkEquals(as.character(as.PCICt("2012-02-28", cal="365") + 86400), "2012-03-01") + checkEquals(as.character(as.PCICt("2011-02-28", cal="360") + 2 * 86400), "2011-02-30") + checkEquals(as.character(as.PCICt("2012-02-28", cal="gregorian") + 86400), "2012-02-29") + + ## FIXME: CHECK THAT SUBTRACTION GIVES A DIFFTIME OBJECT + checkException(test.365 - test.greg) + checkException(test.365 - test.greg) + + ## Check edge cases for each calendar for subtraction + checkEquals(as.numeric(as.PCICt("2012-03-01", cal="365") - as.PCICt("2012-02-28", cal="365"), units="secs"), as.numeric(as.difftime("24:00:00"), units="secs")) + checkEquals(as.numeric(as.PCICt("2011-03-01", cal="360") - as.PCICt("2011-02-30", cal="360"), units="secs"), as.numeric(as.difftime("24:00:00"), units="secs")) + checkEquals(as.numeric(as.PCICt("2012-03-01", cal="gregorian") - as.PCICt("2012-02-29", cal="gregorian"), units="secs"), as.numeric(as.difftime("24:00:00"), units="secs")) + } > > ## Tests the truncate function > PCICt.test.trunc <- function() { + date.360 <- as.PCICt("2012-02-28 12:34:56.7", cal="360") + date.365 <- as.PCICt("2012-02-28 12:34:56.7", cal="365") + date.gregorian <- as.PCICt("2012-02-28 12:34:56.7", cal="gregorian") + + results <- c("2012-02-28 12:34:56", "2012-02-28 12:34:00", "2012-02-28 12:00:00", "2012-02-28") + round.to <- c("secs", "mins", "hours", "days") + + for(i in 1:length(results)) { + checkEquals(as.character(trunc(date.360, round.to[i])), results[i]) + checkEquals(as.character(trunc(date.365, round.to[i])), results[i]) + checkEquals(as.character(trunc(date.gregorian, round.to[i])), results[i]) + } + } > > ## Tests the round function > PCICt.test.round <- function() { + date.360 <- as.PCICt("2012-02-28 12:34:56.7", cal="360") + date.365 <- as.PCICt("2012-02-28 12:34:56.7", cal="365") + date.gregorian <- as.PCICt("2012-02-28 12:34:56.7", cal="gregorian") + + results <- c("2012-02-28 12:34:57", "2012-02-28 12:35:00", "2012-02-28 13:00:00") + results.days <- c("2012-02-29", "2012-03-01", "2012-02-29") + round.to <- c("secs", "mins", "hours") + + for(i in 1:length(results)) { + checkEquals(as.character(round(date.360, round.to[i])), results[i]) + checkEquals(as.character(round(date.365, round.to[i])), results[i]) + checkEquals(as.character(round(date.gregorian, round.to[i])), results[i]) + } + checkEquals(as.character(round(date.360, "days")), results.days[1]) + checkEquals(as.character(round(date.365, "days")), results.days[2]) + checkEquals(as.character(round(date.gregorian, "days")), results.days[3]) + } > > ## Tests the cut function > PCICt.test.cut <- function() { + } > > PCICt.test.summary <- function() { + } > > PCICt.test.format <- function() { + } > > PCICt.test.as.POSIXlt <- function() { + } > > PCICt.test.as.POSIXct <- function() { + } > > PCICt.test.julian <- function() { + } > > PCICt.test.range <- function() { + } > > PCICt.test.pretty <- function() { + } > > PCICt.test.c <- function() { + } > > PCICt.test.seq <- function() { + ## Check that sequences work as expected + checkEquals(seq(as.PCICt("2011-02-30", cal="360"), as.PCICt("2012-04-01 00:10:00", cal="360"), by="years"), as.PCICt(c("2011-02-30", "2012-02-30"), cal="360")) + checkEquals(seq(as.PCICt("2011-02-28", cal="365"), as.PCICt("2012-04-01 00:10:00", cal="365"), by="years"), as.PCICt(c("2011-02-28", "2012-02-28"), cal="365")) + checkEquals(seq(as.PCICt("2011-02-28", cal="gregorian"), as.PCICt("2012-04-01 00:10:00", cal="gregorian"), by="years"), as.PCICt(c("2011-02-28", "2012-02-28"), cal="gregorian")) + + checkEquals(seq(as.PCICt("2011-02-30", cal="360"), as.PCICt("2011-03-03 00:10:00", cal="360"), by="days"), as.PCICt(c("2011-02-30", "2011-03-01", "2011-03-02", "2011-03-03"), cal="360")) + checkEquals(seq(as.PCICt("2012-02-28", cal="365"), as.PCICt("2012-03-03 00:10:00", cal="365"), by="days"), as.PCICt(c("2012-02-28", "2012-03-01", "2012-03-02", "2012-03-03"), cal="365")) + checkEquals(seq(as.PCICt("2012-02-28", cal="gregorian"), as.PCICt("2012-03-03 00:10:00", cal="gregorian"), by="days"), as.PCICt(c("2012-02-28", "2012-02-29", "2012-03-01", "2012-03-02", "2012-03-03"), cal="gregorian")) + + } > > proc.time() user system elapsed 0.18 0.17 0.29 Flavor: r-devel-windows-x86_64