Nothing
## -----------------------------------------------------------------------------
library(adfExplorer)
blank.disk <- new("amigaDisk")
## -----------------------------------------------------------------------------
## Create with constructor:
blank.block <- new("amigaBlock")
## Extract the first block from an amigaDisk object:
blank.block <- amigaBlock(blank.disk, block = 0)
## -----------------------------------------------------------------------------
get.blockID(disktype = "DD", sector = 4, side = 0, cylinder = 35)
## -----------------------------------------------------------------------------
get.diskLocation(disktype = "DD", block = 1231)
## -----------------------------------------------------------------------------
blank.disk <- blank.amigaDOSDisk(diskname = "empty")
print(blank.disk)
## -----------------------------------------------------------------------------
data("adf.example")
## ----eval=FALSE---------------------------------------------------------------
# amigaBlock(adf.example, 880)
## ----eval=FALSE---------------------------------------------------------------
# amigaBlock(adf.example, 881)
## -----------------------------------------------------------------------------
list.adf.files(adf.example)
## -----------------------------------------------------------------------------
## get the file from the amigaDisk object:
startup <- get.adf.file(adf.example, "df0:s/Startup-Sequence")
## the file content is returned as raw data.
## let's convert it to text:
startup <- startup |> rawToChar() |> iconv(from = "ISO-8859-1", to = "UTF-8")
## let's show it
#cat(startup)
## -----------------------------------------------------------------------------
## first get the file as raw data.
mod.raw <- get.adf.file(adf.example, "df0:mods/mod.intro")
## For the rest of the example we need
## the ProTrackR package
if (requireNamespace("ProTrackR", quietly = TRUE)) {
con <- rawConnection(mod.raw, "rb")
## and read it as a ProTracker module
mod <- ProTrackR::read.module(con)
close(con)
## plot the first sample from the module:
par(mar = c(5, 4, 0, 0) + 0.1)
plot(ProTrackR::waveform(ProTrackR::PTSample(mod, 1)),
type = "l", ylab = "Amplitude")
## and to play it, uncomment the following line:
## ProTrackR::playMod(mod)
}
## -----------------------------------------------------------------------------
adf.example <- dir.create.adf(adf.example, "temp")
## -----------------------------------------------------------------------------
adf.example <- put.adf.file(adf.example,
system.file("DESCRIPTION", package = "adfExplorer"),
"DF0:temp")
## -----------------------------------------------------------------------------
adf.example <- put.adf.file(adf.example,
charToRaw("This is just some text to create some content"),
"DF0:temp/example.txt")
## -----------------------------------------------------------------------------
list.adf.files(adf.example, "DF0:temp/")
## -----------------------------------------------------------------------------
adf.file.info(adf.example, paste0("DF0:temp/", list.adf.files(adf.example, "DF0:temp/")))
## -----------------------------------------------------------------------------
adf.file.mode(adf.example, paste0("DF0:temp/", list.adf.files(adf.example, "DF0:temp/"))) <- c(E = F)
adf.file.info(adf.example, paste0("DF0:temp/", list.adf.files(adf.example, "DF0:temp/")))
## -----------------------------------------------------------------------------
adf.example <-
adf.file.remove(adf.example, "DF0:temp")
list.adf.files(adf.example, "DF0:")
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