úÎP’      Safe-Infered Safe-Infered ,Last window-size characters as a bytestring $How many characters to peek forward Window  FASTA data 'Current header (the line starting with  ) "Starting position in FASTA entry. HThis is the type of the conversion function from FASTA data to the data  zE. Make certain that all input is used strictly! BangPatterns are the N easiest to do. In order, the function expects the current FASTA header, then N a data segment, and finally the starting position of the data segment within  the full FASTA data. CIf you need the conversion to run in constant time, do not use the N convenience functions and replace the final conversion to a strict stream by + your own conversion (or output) function. %Takes a bytestring sequence, applies f" to each bytestring of windowsize  and returns the results z. FOuter enumeratee. See the two convenience functions for how to use it ( (just like any enumeratee, basically). The fasta function f3 manipulates small stretches of fasta data and has D arguments: fasta header, fasta data, start position (all filled by  eneeFasta). CNext we have the window size, how many characters to read at once, >followed by the the number of characters to read in addition. The work is actually done by  . From an uncompressed file. From a gzip-compressed file. the > header (where in the original sequence to start &how many characters we are looking at =this many characters are from the next window (peeking into) %trailing last window-size characters the actual sequence data and what we return as result         BiobaseFasta-0.0.0.4 Biobase.FastaBiobase.Fasta.ImportFasta TrailSequencePeekSize WindowSize FastaData FastaHeaderStartPos FastaFunction rollingIter eneeFastafromFile fromFileZipghc-prim GHC.Classes>