[3411613846
ediware**20080210063047] {
hunk ./NEWS 3
+* Version 0.5.1, released 2008-02-09
+
+** bug fixes
+
+DECOMPRESS now handles :INPUT-END properly in all cases. (Thanks to
+Jeremy English.)
+
hunk ./chipz.asd 13
- :version "0.5"
+ :version "0.5.1"
hunk ./decompress.lisp 37
+ with input-end = (or input-end (length input))
hunk ./decompress.lisp 112
- (let ((buffer (make-array 8192 :element-type '(unsigned-byte 8))))
+ (let ((buffer (make-array 8192 :element-type '(unsigned-byte 8)))
+ (input-end (or input-end (length input))))
hunk ./doc/chipz.html 6
-well. It is the reading complement to Salza.Installation
Chipz can be downloaded at http://www.method-combination.net/lisp/files/chipz.tar.gz. The latest version is 0.5.
It comes with an ASDF system definition, so (ASDF:OOS
+well. It is the reading complement to Salza.
Installation
Chipz can be downloaded at http://www.method-combination.net/lisp/files/chipz.tar.gz. The latest version is 0.5.1.
It comes with an ASDF system definition, so (ASDF:OOS
hunk ./doc/chipz.html 44
- (chipz:decompress stream :gzip gzstream))))
The relevant methods in this case are:
decompress (output stream) (state inflate-state) (input vector) &key (input-start 0) input-end &allow-other-keys => stream decompress (output stream) (state inflate-state) (input stream) &allow-other-keys => stream Both return the output stream.
The core data structure of Chipz is an inflate-state, which stores the internal state of an ongoing decompression process.
+ (chipz:decompress stream :gzip gzstream)
+ output-filename)))
The relevant methods in this case are:
decompress (output stream) (state inflate-state) (input vector) &key (input-start 0) input-end &allow-other-keys => stream decompress (output stream) (state inflate-state) (input stream) &allow-other-keys => stream Both return the output stream.
The core data structure of Chipz is an inflate-state, which stores the internal state of an ongoing decompression process.
}