@@ -129,7 +129,7 @@ OPTIONS
129
129
-method=M Compress using method 'M'.
130
130
Valid methods are
131
131
store Store without compression
132
- deflate Use Deflate compression [Deflault ]
132
+ deflate Use Deflate compression [Default ]
133
133
bzip2 Use Bzip2 compression
134
134
lzma Use LZMA compression [needs IO::Compress::Lzma]
135
135
xz Use LZMA compression [needs IO::Compress::Xz]
@@ -207,7 +207,7 @@ Compress using method C<M>.
207
207
Valid method names are
208
208
209
209
* store Store without compression
210
- * deflate Use Deflate compression [Deflault ]
210
+ * deflate Use Deflate compression [Default ]
211
211
* bzip2 Use Bzip2 compression
212
212
* lzma Use LZMA compression
213
213
* xz Use xz compression
@@ -253,7 +253,7 @@ Check the contents of C<abcd,zip> with the standard C<unzip> utility
253
253
22 1 file
254
254
255
255
Notice how the C<Name > is set to C<- > .
256
- That is the default for a few zip utilities whwre the member name is not given.
256
+ That is the default for a few zip utilities where the member name is not given.
257
257
258
258
If you want to explicitly name the file, use the C<-member-name > option as follows
259
259
@@ -275,9 +275,9 @@ backwards/forwards in the file.
275
275
276
276
A good examples is when you are serving dynamic content from a Web Server
277
277
straight into a socket without needing to create a temporary zip file in
278
- the filesystsm .
278
+ the filesystem .
279
279
280
- Similarly if your workfow uses a Linux pipelined commands.
280
+ Similarly if your workflow uses a Linux pipelined commands.
281
281
282
282
=head1 SUPPORT
283
283
0 commit comments