Convert CRLF to unix newlines in resources/audio_coding/READ.ME

resources/audio_coding/READ.ME

Index: resources/audio_coding/READ.ME
diff --git a/resources/audio_coding/READ.ME b/resources/audio_coding/READ.ME
index e42b9b3ebbce4e0ef839c24bcdbca1393a07732b..4a021a6a3f6408ccb5fb8686b231be2dd878b0f7 100644
--- a/resources/audio_coding/READ.ME
+++ b/resources/audio_coding/READ.ME
@@ -1,18 +1,18 @@
-Test files for Audio Coding Module
-
-testfile32kHz.pcm - mono speech file samples at 32 kHz
-teststereo32kHz.pcm - stereo speech file samples at 32 kHz
-
-Test and reference vectors to verify correct execution of PacketCable 
-iLBC Fixed Point Reference Code
-
-Version 1.0.6
-Format: all .INP and .OUT files contain 16 bit sampled data using the 
-Intel (PC) format. The .BIT files are stored in the appropriate byte 
-sequence (big-endian format).
-
-*.INP  - input files
-*.BIT20 - bit stream files 20 ms mode
-*.OUT20 - output files 20 ms mode (on a channel without packet loss)
-*.BIT30 - bit stream files 30 ms mode
-*.OUT30 - output files 30 ms mode (on a channel without packet loss)
+Test files for Audio Coding Module
+
+testfile32kHz.pcm - mono speech file samples at 32 kHz
+teststereo32kHz.pcm - stereo speech file samples at 32 kHz
+
+Test and reference vectors to verify correct execution of PacketCable
+iLBC Fixed Point Reference Code
+
+Version 1.0.6
+Format: all .INP and .OUT files contain 16 bit sampled data using the
+Intel (PC) format. The .BIT files are stored in the appropriate byte
+sequence (big-endian format).
+
+*.INP  - input files
+*.BIT20 - bit stream files 20 ms mode
+*.OUT20 - output files 20 ms mode (on a channel without packet loss)
+*.BIT30 - bit stream files 30 ms mode
+*.OUT30 - output files 30 ms mode (on a channel without packet loss)