/*
* Each MSZIP CDATA contains a complete deflate stream
* i.e. the stream starts and ends in the CFDATA but the
- * _dictionnary_ is shared between all CFDATA of a CFFOLDER.
+ * _dictionary_ is shared between all CFDATA of a CFFOLDER.
*
- * When decompressing, the initial dictionnary of the first
+ * When decompressing, the initial dictionary of the first
* CDATA is empty. All other CFDATA use the previous CFDATA
- * uncompressed output as dictionnary.
+ * uncompressed output as dictionary.
*/
if (state->alg.mszip.dict_size) {
}
/*
- * Keep a copy of the output to set as dictionnary for the
+ * Keep a copy of the output to set as dictionary for the
* next decompression call.
*
* The input pointer seems to be still valid between calls, so
*
* The CFDATA block contains a full deflate stream. Each stream
* uses the uncompressed input of the previous CFDATA in the
- * same CFFOLDER as a dictionnary for the compression.
+ * same CFFOLDER as a dictionary for the compression.
*/
if (state->alg.mszip.dict_size) {
}
/*
- * Keep a copy of the input to set as dictionnary for the next
+ * Keep a copy of the input to set as dictionary for the next
* compression call.
*
* Ideally we would just store the input pointer and length
state->alg.mszip.z = z;
state->alg.mszip.dict_size = 0;
- /* pre-alloc dictionnary */
+ /* pre-alloc dictionary */
state->alg.mszip.dict = talloc_array(mem_ctx, uint8_t, 0x8000);
NDR_ERR_HAVE_NO_MEMORY(state->alg.mszip.dict);