Convert to X.Org standard indentation & cleanup whitespace

Performed with util/modular/x-indent-all.sh, followed by manual fixups

Signed-off-by: Alan Coopersmith <alan.coopersmith@oracle.com>

1 files changed, 77 insertions, 78 deletions

diff --git a/nas.h b/nas.h
index 04d169f..bcbccf0 100644
--- a/nas.h
+++ b/nas.h
@@ -15,7 +15,7 @@
 /*								*/
 /* ************************************************************ */
 
-/* 
+/*
   In general, we are called with a buffer of bytes and are supposed to
   try to make sense of these bytes according to the NAS protocol.  There
   are two different types of communication: requests from the client to
@@ -32,7 +32,7 @@
   have until more bytes arrive.
 
   In general, we do two things: we wait for some number of bytes, and
-  then we interpret this set of bytes.  To interpret this data we use 
+  then we interpret this set of bytes.  To interpret this data we use
   a modified state machine.  We keep two pieces of information:
 
   (1) the number of bytes that we need
@@ -46,7 +46,7 @@
 
   The data going from the client to the x11 server consists of a
   set-up message followed by an infinite stream of variable length
-  requests.  
+  requests.
 
   Our overall flow is then:
 
@@ -55,7 +55,7 @@
       length of the rest of the message.
   (c) Wait for the rest of the set-up message.
   (d) Interpret and print the set-up message.
-  
+
   *** end of set-up phase -- start normal request loop ***
 
   (e) Wait for 4 bytes.
@@ -96,19 +96,19 @@
   This latter seems more effective.  It appears reply/error/event formats
   were selected to allow waiting for 32 bytes, and it will allow short packets
   which are only 32 bytes long, to be processed completely in one step.
-  
-  Thus, For normal reply/error/event processing we have 
+
+  Thus, For normal reply/error/event processing we have
 
   (e) Wait for 32 bytes.
   (f) Interpret these 32 bytes.  If possible, go back to step (e).
   (g) If the packet is a reply with bytes 4-7 non-zero, wait for the
       remainder of the the reply.
   (h) Interpret and print the longer reply.  Go back to step (e).
-  
+
 
   The similarity in approach to how both the client and server are handled
   suggests we can use the same control structure to drive the interpretation
-  of both types of communication client->server and server->client.  
+  of both types of communication client->server and server->client.
   Accordingly, we package up the relevant variables in a ConnState
   record.  The ConnState record contains the buffer of saved bytes (if any),
   the size and length of this buffer, the number of bytes we are waiting for
@@ -123,77 +123,76 @@
 */
 
 /* audio.c */
-extern void NewAudio (FD fd);
-extern void InitializeAudio (void);
+extern void NewAudio(FD fd);
+extern void InitializeAudio(void);
 
 /* decodenas.c */
-extern void DecodeAudioRequest	(FD fd, const unsigned char *buf, long n);
-extern void DecodeAudioReply	(FD fd, const unsigned char *buf, long n);
-extern void DecodeAudioEvent	(FD fd, const unsigned char *buf, long n);
-extern void DecodeAudioError	(FD fd, const unsigned char *buf, long n);
-
-extern void InitializeAudioDecode (void);
+extern void DecodeAudioRequest(FD fd, const unsigned char *buf, long n);
+extern void DecodeAudioReply(FD fd, const unsigned char *buf, long n);
+extern void DecodeAudioEvent(FD fd, const unsigned char *buf, long n);
+extern void DecodeAudioError(FD fd, const unsigned char *buf, long n);
+extern void InitializeAudioDecode(void);
 
 /* printnas.c */
-extern void PrintAudioSetUpMessage		(const unsigned char *buf);
-extern void PrintAudioSetUpReply		(const unsigned char *buf);
-extern void AudioElementNotify			(const unsigned char *buf);
-extern void AudioGrabNotify			(const unsigned char *buf);
-extern void AudioMonitorNotify			(const unsigned char *buf);
-extern void AudioBucketNotify			(const unsigned char *buf);
-extern void AudioDeviceNotify			(const unsigned char *buf);
-extern void UnknownAudioReply			(const unsigned char *buf);
-extern void AudioListDevices			(const unsigned char *buf);
-extern void AudioListDevicesReply		(const unsigned char *buf);
-extern void AudioGetDeviceAttributes		(const unsigned char *buf);
-extern void AudioGetDeviceAttributesReply	(const unsigned char *buf);
-extern void AudioSetDeviceAttributes		(const unsigned char *buf);
-extern void AudioCreateBucket			(const unsigned char *buf);
-extern void AudioDestroyBucket			(const unsigned char *buf);
-extern void AudioListBuckets			(const unsigned char *buf);
-extern void AudioListBucketsReply		(const unsigned char *buf);
-extern void AudioGetBucketAttributes		(const unsigned char *buf);
-extern void AudioGetBucketAttributesReply	(const unsigned char *buf);
-extern void AudioSetBucketAttributes		(const unsigned char *buf);
-extern void AudioCreateRadio			(const unsigned char *buf);
-extern void AudioDestroyRadio			(const unsigned char *buf);
-extern void AudioListRadios			(const unsigned char *buf);
-extern void AudioListRadiosReply		(const unsigned char *buf);
-extern void AudioGetRadioAttributes		(const unsigned char *buf);
-extern void AudioGetRadioAttributesReply	(const unsigned char *buf);
-extern void AudioSetRadioAttributes		(const unsigned char *buf);
-extern void AudioCreateFlow			(const unsigned char *buf);
-extern void AudioDestroyFlow			(const unsigned char *buf);
-extern void AudioGetFlowAttributes		(const unsigned char *buf);
-extern void AudioGetFlowAttributesReply		(const unsigned char *buf);
-extern void AudioSetFlowAttributes		(const unsigned char *buf);
-extern void AudioGetElements			(const unsigned char *buf);
-extern void AudioGetElementsReply		(const unsigned char *buf);
-extern void AudioSetElements			(const unsigned char *buf);
-extern void AudioGetElementStates		(const unsigned char *buf);
-extern void AudioElementState			(const unsigned char *buf);
-extern void AudioGetElementStatesReply		(const unsigned char *buf);
-extern void AudioSetElementStates		(const unsigned char *buf);
-extern void AudioGetElementParameters		(const unsigned char *buf);
-extern void AudioGetElementParametersReply	(const unsigned char *buf);
-extern void AudioSetElementParameters		(const unsigned char *buf);
-extern void AudioWriteElement			(const unsigned char *buf);
-extern void AudioReadElement			(const unsigned char *buf);
-extern void AudioReadElementReply		(const unsigned char *buf);
-extern void AudioGrabComponent			(const unsigned char *buf);
-extern void AudioUngrabComponent		(const unsigned char *buf);
-extern void AudioSendEvent			(const unsigned char *buf);
-extern void AudioGetAllowedUsers		(const unsigned char *buf);
-extern void AudioGetAllowedUsersReply		(const unsigned char *buf);
-extern void AudioSetAllowedUsers		(const unsigned char *buf);
-extern void AudioListExtensions			(const unsigned char *buf);
-extern void AudioListExtensionsReply		(const unsigned char *buf);
-extern void AudioQueryExtension			(const unsigned char *buf);
-extern void AudioQueryExtensionReply		(const unsigned char *buf);
-extern void AudioGetCloseDownMode		(const unsigned char *buf);
-extern void AudioGetCloseDownModeReply		(const unsigned char *buf);
-extern void AudioSetCloseDownMode		(const unsigned char *buf);
-extern void AudioKillClient			(const unsigned char *buf);
-extern void AudioGetServerTime			(const unsigned char *buf);
-extern void AudioGetServerTimeReply		(const unsigned char *buf);
-extern void AudioNoOperation			(const unsigned char *buf);
+extern void PrintAudioSetUpMessage(const unsigned char *buf);
+extern void PrintAudioSetUpReply(const unsigned char *buf);
+extern void AudioElementNotify(const unsigned char *buf);
+extern void AudioGrabNotify(const unsigned char *buf);
+extern void AudioMonitorNotify(const unsigned char *buf);
+extern void AudioBucketNotify(const unsigned char *buf);
+extern void AudioDeviceNotify(const unsigned char *buf);
+extern void UnknownAudioReply(const unsigned char *buf);
+extern void AudioListDevices(const unsigned char *buf);
+extern void AudioListDevicesReply(const unsigned char *buf);
+extern void AudioGetDeviceAttributes(const unsigned char *buf);
+extern void AudioGetDeviceAttributesReply(const unsigned char *buf);
+extern void AudioSetDeviceAttributes(const unsigned char *buf);
+extern void AudioCreateBucket(const unsigned char *buf);
+extern void AudioDestroyBucket(const unsigned char *buf);
+extern void AudioListBuckets(const unsigned char *buf);
+extern void AudioListBucketsReply(const unsigned char *buf);
+extern void AudioGetBucketAttributes(const unsigned char *buf);
+extern void AudioGetBucketAttributesReply(const unsigned char *buf);
+extern void AudioSetBucketAttributes(const unsigned char *buf);
+extern void AudioCreateRadio(const unsigned char *buf);
+extern void AudioDestroyRadio(const unsigned char *buf);
+extern void AudioListRadios(const unsigned char *buf);
+extern void AudioListRadiosReply(const unsigned char *buf);
+extern void AudioGetRadioAttributes(const unsigned char *buf);
+extern void AudioGetRadioAttributesReply(const unsigned char *buf);
+extern void AudioSetRadioAttributes(const unsigned char *buf);
+extern void AudioCreateFlow(const unsigned char *buf);
+extern void AudioDestroyFlow(const unsigned char *buf);
+extern void AudioGetFlowAttributes(const unsigned char *buf);
+extern void AudioGetFlowAttributesReply(const unsigned char *buf);
+extern void AudioSetFlowAttributes(const unsigned char *buf);
+extern void AudioGetElements(const unsigned char *buf);
+extern void AudioGetElementsReply(const unsigned char *buf);
+extern void AudioSetElements(const unsigned char *buf);
+extern void AudioGetElementStates(const unsigned char *buf);
+extern void AudioElementState(const unsigned char *buf);
+extern void AudioGetElementStatesReply(const unsigned char *buf);
+extern void AudioSetElementStates(const unsigned char *buf);
+extern void AudioGetElementParameters(const unsigned char *buf);
+extern void AudioGetElementParametersReply(const unsigned char *buf);
+extern void AudioSetElementParameters(const unsigned char *buf);
+extern void AudioWriteElement(const unsigned char *buf);
+extern void AudioReadElement(const unsigned char *buf);
+extern void AudioReadElementReply(const unsigned char *buf);
+extern void AudioGrabComponent(const unsigned char *buf);
+extern void AudioUngrabComponent(const unsigned char *buf);
+extern void AudioSendEvent(const unsigned char *buf);
+extern void AudioGetAllowedUsers(const unsigned char *buf);
+extern void AudioGetAllowedUsersReply(const unsigned char *buf);
+extern void AudioSetAllowedUsers(const unsigned char *buf);
+extern void AudioListExtensions(const unsigned char *buf);
+extern void AudioListExtensionsReply(const unsigned char *buf);
+extern void AudioQueryExtension(const unsigned char *buf);
+extern void AudioQueryExtensionReply(const unsigned char *buf);
+extern void AudioGetCloseDownMode(const unsigned char *buf);
+extern void AudioGetCloseDownModeReply(const unsigned char *buf);
+extern void AudioSetCloseDownMode(const unsigned char *buf);
+extern void AudioKillClient(const unsigned char *buf);
+extern void AudioGetServerTime(const unsigned char *buf);
+extern void AudioGetServerTimeReply(const unsigned char *buf);
+extern void AudioNoOperation(const unsigned char *buf);