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//
//  Hdr.c		Read header files
//  QueFinder
//
//	Of the form
//	# <comment>
//	Show name
//	Show file
//	Show time (MM:SS)
//
//  Created by Jim on 31/12/2015.
//  Copyright © 2015 Pandora,Inc. All rights reserved.
//

#include <stdlib.h>
#include <string.h>
#include "Hdr.h"

#if 0
	#pragma mark -
	#pragma mark External API
#endif

//------------------------------------------------------------------------------
/*
	SHOW_HDR *GetHeader( char *name ) - Read header file
	
	INPUT:	name	- Header file name
	
	OUTPUT:	SHOW_HDR struct or NULL
*/
//------------------------------------------------------------------------------

SHOW_HDR *GetHeader( char *name )
{
	SHOW_HDR *hdr = NULL;
	FILE *fp;
	char buffer[HDR_SIZE];
	int slot = 0;
	size_t n;

	// (1) Can we open the file ?

	fp = fopen(name,"r");
	if( fp != NULL )
	{
		// Build a header struct

		hdr = (SHOW_HDR *)calloc(sizeof(SHOW_HDR),1);
		if( hdr != NULL )
		{

			// Ok read the file line by line
			while(fgets(buffer,HDR_SIZE,fp) != NULL )
			{
				// Coment ?

				if( buffer[0] != CMT_MARK && buffer[0] != '\n')
				{
					n = strlen( buffer );
					buffer[n-1] = '\0';		// Trim \n
					switch( slot )
					{
						case 0:	strncpy(hdr->name,buffer,HDR_SIZE);
								break;

						case 1:	strncpy(hdr->file,buffer,HDR_SIZE);
								break;

						case 2:	strncpy(hdr->time,buffer,HDR_SIZE);
								break;
					}

					slot = slot +1;
					if( slot > 2 )
						break;
				}
			}

			fclose(fp);

			if( slot != 3 )
			{
				// Bad file

				FreeHeader(hdr);
				hdr = NULL;
			}
		}
	}

	return hdr;
}
void Print_Header(SHOW_HDR *hdr,FILE *out);

//------------------------------------------------------------------------------
/*
	void FreeHeader(SHOW_HDR *hdr) - Delete header
	
	INPUT:	hdr	- Header structure
	
	OUTPUT:	NONE
*/
//------------------------------------------------------------------------------

void FreeHeader(SHOW_HDR *hdr)
{
	if( hdr != NULL )
		free( hdr );
}

//
//  Hdr.h
//  QueFinder
//
//  Created by Jim on 31/12/2015.
//  Copyright © 2015 Pandora,Inc. All rights reserved.
//

#ifndef Hdr_h
#define Hdr_h

#include <stdio.h>

#define HDR_SIZE	64
#define CMT_MARK	'#'

typedef struct {
				char name[HDR_SIZE+1];
				char file[HDR_SIZE+1];
				char time[HDR_SIZE+1];
				} SHOW_HDR;

SHOW_HDR *GetHeader( char *name );
void Print_Header(SHOW_HDR *hdr,FILE *out);
void FreeHeader(SHOW_HDR *hdr);

#endif /* Hdr_h */

//
//  Nodes.c
//  QueFinder
//
//  Created by Jim on 31/12/2015.
//  Copyright © 2015 Pandora,Inc. All rights reserved.
//

#include "stdlib.h"
#include "Nodes.h"


#if 0
	#pragma mark -
	#pragma mark External API
#endif

//------------------------------------------------------------------------------
/*
	NODES *BuildNodes(int n) - Build a set of nodes
	
	INPUT:	n	- # of nodes
	
	OUTPUT:	NODES struct or NULL
*/
//------------------------------------------------------------------------------

NODES *BuildNodes(int n)
{
	NODES *base;

	base = (NODES *)calloc(1,sizeof(NODES));
	if( base != NULL )
	{
		base->count = n;
		base->list = (NODE *)calloc(1,n * sizeof(NODE));
		if( base->list == NULL )
		{
			// FAILURE

			free(base);
			base = NULL;
		}
	}

	return base;
}

//------------------------------------------------------------------------------
/*
	int GetNextNode(NODES *list,NODE *nd);
	
	INPUT:	list	- List of nodes
			node	- Node found
			channel	- Channel on node found
	
	OUTPUT:	0 if returned node, <> 0 if not
*/
//------------------------------------------------------------------------------

int GetNextNode(NODES *list,int *node,int *channel)
{
	int i,j;

	for( i=0; i<list->count; i++)
	{
		for(j=0;j<6;j++)
		{
			if( list->list[i].channel[j] == 0 )
			{
				*node = i + 1;
				*channel = j + 1;
				list->list[i].channel[j] = 1;
				return 0;		// Success
			}
		}
	}
	return -1;
}

//------------------------------------------------------------------------------
/*
	void FreeNodes(NODES *list) - Free node list
	
	INPUT:	list	- List of nodes

	
	OUTPUT:	Free list
*/
//------------------------------------------------------------------------------

void FreeNodes(NODES *list)
{
	if( list != NULL )
	{
		if(list->list != NULL)
			free(list->list);

		free(list);
	}
	}

//
//  Nodes.h
//  QueFinder
//
//  Created by Jim on 31/12/2015.
//  Copyright © 2015 Pandora,Inc. All rights reserved.
//

#ifndef Nodes_h
#define Nodes_h

#include <stdio.h>

typedef struct {
			int node;
			char channel[6];
		} NODE;

typedef struct {
			int count;
			NODE *list;
		} NODES;

NODES *BuildNodes(int n);
int GetNextNode(NODES *list,int *node,int *channel);
void FreeNodes(NODES *list);

#endif /* Nodes_h */

//
//  PeakFinder.c
//  QueFinder
//
//  Created by Jim on 30/12/2015.
//  Copyright © 2015 Pandora,Inc. All rights reserved.
//

#include "PeakFinder.h"
#if 0
	#pragma mark -
	#pragma mark Data
#endif

static PEAK *MakePeak( WAVE_HDL *wave,float *data,NODES *list,int psn);

#if 0
	#pragma mark -
	#pragma mark External API
#endif

//------------------------------------------------------------------------------
/*
	PEAK *ScanData( WAVE_HDL *wave,float *data,NODES *listfloat,int threshold,float width) - Find peaks
	
	INPUT:	wave		- Handle to open wave file
			data		- Floating point sound data from proc file
			list		- Node data list
			threahold	- 0-1.0 value for peak value
			width		- width of peak in ms
			
	OUTPUT:	Linked list of wave peaks
*/
//------------------------------------------------------------------------------

PEAK *ScanData( WAVE_HDL *wave,float *data,NODES *list,float threshold,float width)
{
	PEAK *base = NULL;
	PEAK *p = NULL;
	PEAK *last = NULL;
	int i;
	int peak_blank;

	// Calculate how long to blank after each peak

	peak_blank = (int) (width/1000 * wave->rate);

	// Scan data and capture peaks

	for( i=0; i< wave->frames; i++)
	{
		if( data[i] > threshold)
		{
			// Starting a new peak

			p = MakePeak(wave,data,list,i);

			// Add to list

			if( base == NULL )
			{
				base = p;
				last = p;
			}
			else
			{
				last->next = p;
				last = p;
			}

			// Skip fwd over blanking time

			i = i + peak_blank;
		}
	}

	return base;
}

//------------------------------------------------------------------------------
/*
	int ScanDataSize(PEAK *p)	- Count peaks
		
	INPUT:	p	- Peak list
	OUTPUT:	count of # of peaks
*/
//------------------------------------------------------------------------------

int ScanDataSize(PEAK *p)
{
	int rtnval = 0;
	while( p != NULL )
	{
		p = p->next;
		rtnval++;
	}
	
	return rtnval;
}

//------------------------------------------------------------------------------
/*
	int ScanDataOutput(PEAK *p,NODES *list,SHOW_HDR *hdr,char *outfile);
		
	INPUT:	p		- Peak list
			list	- Node list
			hdr		- Header data
			outfile	- Output file name

	OUTPUT:	0 if OK <> 0 if not
*/
//------------------------------------------------------------------------------

int ScanDataOutput(PEAK *p,NODES *list,SHOW_HDR *hdr,char *outfile)
{
	int delay;
	FILE *out;
	int rtnval = -1;

	// (1) open the file and quit if bad

	out = fopen(outfile,"w");
	if( out != NULL )
	{
		// (2) Do the header

		fprintf(out,"{\n");
		fprintf(out,"\t\"show\"\t\t:\t\"%s\",\n",hdr->name);
		fprintf(out,"\t\"music\"\t\t:\t\"%s\",\n",hdr->file);
		fprintf(out,"\t\"time\"\t\t:\t\"%s\",\n",hdr->time);
		fprintf(out,"\t\"nodes\"\t\t:\t\"%d\",\n",list->count);

		// Do the prograrm
		fprintf(out,"\t\"program\"\t: [\n");

		while( p != NULL )
		{
			delay = (int)(p->time * 1000.0 + 0.5);
			fprintf(out,"\t\t\t{\"node\" : \"%d\" , \"ch\" : \"%d\" , \"delay\" : \"%d\" }",
										p->node,
										p->channel,
										delay);
			p = p->next;
			if( p != NULL )
				fprintf(out,",\n");
			else
				fprintf(out,"\n");
		}

		// Close the json

		fprintf(out,"\t\t\t\t]\n");
		fprintf(out,"}\n");

		fclose(out);
		rtnval = 0;
	}

	return rtnval;
}
void ScanDataFree( PEAK *p)
{
	PEAK *pn;

	while( p != NULL )
	{
		pn = p->next;
		free(p);
		p = pn;
	}
}

#if 0
	#pragma mark -
	#pragma mark Internal API
#endif

static PEAK *MakePeak( WAVE_HDL *wave,float *data,NODES *list,int psn)
{
	PEAK *p;
	int node,channel;

	p = calloc(1, sizeof(PEAK));
	if( p != NULL )
	{
		// Fill it in

		p->peak_value = data[psn];
		p->index = psn;
		p->time = (float)psn / (float)wave->rate;
		if( list != NULL && GetNextNode(list, &node, &channel) == 0)
		{
			p->node = node;
			p->channel = channel;
		}
	}

	return p;
}

//
//  PeakFinder.h
//  QueFinder
//
//  Created by Jim on 30/12/2015.
//  Copyright © 2015 Pandora,Inc. All rights reserved.
//

#ifndef PeakFinder_h
#define PeakFinder_h

#include <stdio.h>
#include <string.h>
#include <stdlib.h>
#include "Hdr.h"
#include "Nodes.h"
#include "waverdr.h"

typedef struct dummy_cue {
								struct dummy_cue *next;
								float peak_value;		// Value @ peak
								int index;				// Index into data
								float time;				// MS into musical piece
								int fire_time;			// Time after DTMF time subtracted
								int node;
								int channel;
							} PEAK;

// External API

PEAK *ScanData( WAVE_HDL *wave,float *data,NODES *list,float threshold,float width);
int ScanDataSize(PEAK *p);
int ScanDataOutput(PEAK *p,NODES *list,SHOW_HDR *hdr,char *outfile);
void ScanDataFree( PEAK *p);

#endif /* PeakFinder_h */

//------------------------------------------------------------------------------
/*
	main.c
	QueFinder

	Created by Jim on 29/12/2015.
	Copyright © 2015 Pandora,Inc. All rights reserved.
	
	Cmd line:
		-i	<input files>	-nodes <# nodes> -hdr <header file> -o <output file>

*/
//------------------------------------------------------------------------------

#include <stdio.h>
#include <string.h>
#include <stdlib.h>
#include "waverdr.h"
#include "Hdr.h"
#include "Nodes.h"
#include "PeakFinder.h"


static int flag_srch(int argc,const char *argv[],
					char *flag,int get_value,
					char **rtn );
static void print_help(void);


int main(int argc, const char * argv[])
{
	char *ptr;
	WAVE_HDL *ifile;
	SHOW_HDR *hdr;
	NODES *nlist;
	float *buffer;
	int frames;
	PEAK *base;
	int count = 0;
	char inbuf[25];
	float threshold = 0.8;
	float width = 100.0;
	int n;
	int nodes;
	char *outfile;

	//------------------------------------------------------------------------------
	// (1) Handle input options
	
	if( flag_srch( argc,argv,"-v",0,&ptr) )		// Handle -v
	{
		print_help();
		return( 0 );
	}

	if( flag_srch( argc,argv,"-i",1,&ptr) )		// Input sound file
	{
		ifile = wave_open(ptr,"r",NULL);

		if( ifile == NULL )
		{
			printf("*** ERROR Could not read [%s] Input sound file\n",ptr);
			print_help();
			return(-1);
		}
	}
	else
	{
		printf("*** ERROR NO Input Sound File\n");
		print_help();
		return( - 1 );
	}

	if( flag_srch( argc,argv,"-hdr",1,&ptr) )		// Input header file
	{
		hdr = GetHeader(ptr);

		if( hdr == NULL )
		{
			printf("*** ERROR Could not read [%s] Input header file\n",ptr);
			print_help();
			return(-1);
		}
	}
	else
	{
		printf("*** ERROR NO Input Header File\n");
		print_help();
		return( - 1 );
	}

	if( flag_srch( argc,argv,"-nodes",1,&ptr) )		// Input # nodes
	{
		nodes = (int)strtol(ptr,NULL,0);

		if( nodes < 0 || nodes > 10 )
		{
			printf("*** Bad node count [%d]\n",nodes);
			print_help();
			return(-1);
		}
		else
		{
			nlist = BuildNodes(nodes);
			if( nlist == NULL )
			{
				printf("*** ERROR Bad node list\n");
				print_help();
				return( - 1 );
			}
		}
	}
	else
	{
		printf("*** ERROR NO nodes value\n");
		print_help();
		return( - 1 );
	}

	if( flag_srch( argc,argv,"-o",1,&ptr) )		// Out pgm file
	{
		outfile = ptr;
	}
	else
	{
		printf("*** ERROR NO Output Program File\n");
		print_help();
		return( - 1 );
	}

	//------------------------------------------------------------------------------
	// Process file
	// Read the data file

	buffer = (float *)calloc(2,sizeof(float) * ifile->frames);
	if( buffer != NULL )
	{
		frames = wave_frame_fread(ifile, (int)ifile->frames, buffer);
		printf("Frames Read %d\n",frames);

		// Get an acceptable # of peaks

		while( 1 )
		{
			printf("Input threshold (0-1.0): ");
			fgets(inbuf,25,stdin);
			n = sscanf(inbuf,"%f",&threshold);

			printf("Input Width (ms): ");
			fgets(inbuf,25,stdin);
			n = sscanf(inbuf,"%f",&width);

			base = ScanData(ifile,buffer,NULL,threshold,width);
			count = ScanDataSize(base);
			ScanDataFree(base);		// Free up trial

			printf("Found %d peaks\n",count);
			printf("OK (Y/n):");
			fgets(inbuf,25,stdin);
			if( inbuf[0] == 'Y')
				break;

		}

		// Run with current parameters
		base = ScanData(ifile,buffer,nlist,threshold,width);
		ScanDataOutput(base,nlist,hdr,outfile);

		ScanDataFree(base);
		FreeHeader(hdr);
		wave_close(ifile);
	}
	

    return 0;
}

/***********************************************************************
*
*  print_help(void)
*
*	INPUT:	NONE
*
*	OUTPUT:	NONE
*			Print program help
*
**********************************************************************/

static void print_help(void)
{
	printf("QueFinder - Find Que's in WAV File %s %s\n",__DATE__,__TIME__);
	printf("SYNTAX: firewalker   -i <Wave IN> -o <Queue OUT>\n");
	printf("\n");
	printf("    -i <Audio IN>       Stereo WAV file for queuing\n");
	printf("    -nodes <# nodes>    # Firing nodes\n");
	printf("    -hdr <header file>  File with show data\n");
	printf("    -o  <output file>   Show output file\n");
	printf("    [-v]                Show this message and return\n");
	printf("\n");
}

/***********************************************************************
*
*  FLAG_SRCH(argc,argv,flag,get_value,&rtn )
*
*	INPUT:	argc,argv	- Command line parameters
*		flag		- String (flag) to be found
*		get_value	- TRUE return pointer to next item
*				  FALSE no pointer returned
*		rtn		- Return pointer (NULL if not used or
*						  *				  found)
*
*	OUTPUT:	TRUE if flag found
*		FALSE if not
*		Scan argument list for flag
*		If found then TRUE is returned and if get_value TRUE
*		return rtn pointing to string in argv[] following
*		the flag
*		NOTE only exact matches will be found
*
**********************************************************************/

static int flag_srch(int argc,const char *argv[],char *flag,int get_value,char **rtn )
{
	int i;
	const char *ptr;

	/*  Scan through the argv's and look for a matching flag */

	for( i=0; i<argc; i++ )
	{
		ptr = argv[i];
		if( strcmp(ptr,flag) == 0 )
		{

			/*  Match found, return pointer to the following
			(if requested or NULL if not)
			*/
			i++;
			if( get_value && i < argc )
				*rtn = (char *)argv[i];
			else
				*rtn = NULL;
			return( 1 );
		}
	}

	/*  Failure exit here, so return to user with FALSE */

	return( 0 );
}

/***************************************************************************
*  Copyright (C) 2005,  Pandora Products
*						vze35xda@verizon.net
* This is FREE SOFTWARE it can be used for any purpose and can be included
* in any project with no obligations to Pandora Products.
****************************************************************************/
/*
	waverdr.c	- File to read/write WAVE files
	
	API:	WAVE_HDL *wave_open( char *name,char *mode,WAVE_HDL *proto);
			void wave_close( WAVE_HDL *h );
			int wave_frame_fread( WAVE_HDL *h,int frames,float *frame_buf);
			int wave_frame_fwrite( WAVE_HDL *h,int frames,float *frame_buf);


	Changes	15-Dec-2005		Initial version
 */
//************************************************************************

#include <string.h>
#include <stdlib.h>
#include "waverdr.h"

// Internal routines

static WAVE_HDL *wave_open_read( FILE *h );
static WAVE_HDL *wave_open_write( FILE *h, WAVE_HDL *proto );
static int wave_find_data(int start,int size,char *buffer);


#pragma mark -- EXTERNAL API --

/*****************************************************************************
*
*  WAVE_HDL *wave_open( char *name,char *mode,WAVE_HDL *proto) - Open wave file
*
*	INPUT:	name	- Name of file to open
*			mode	- "r" or "w"
*			proto	- Prototype for "w" open will create header info using
*					this information
*					IGNORED on read
*
*	OUTPUT:	Pointer to handle for read or write of file
*
******************************************************************************/

WAVE_HDL *wave_open( char *name,char *mode,WAVE_HDL *proto)
{
	WAVE_HDL *fp = NULL;
	FILE *h;
	char internal_mode[10];
	
	// (1) Open the file and fail if not
	// Make the open "rb" or "wb"
	
	strncpy(internal_mode,mode,10);
	strncat(internal_mode,"b",10);
	h = fopen(name,internal_mode);
	if( h != NULL )
	{
		// (2) Open OK so handle READ or WRITE
		
		switch( mode[0] )
		{
			case 'r':		fp = wave_open_read( h );
							break;
							
			case 'w':		fp = wave_open_write(h,proto );
							break;
					
			default:		fp = NULL;
							break;
		}
	}
	
	return( fp );
}
	
/*****************************************************************************
*
*  void wave_close( WAVE_HDL *h )
*
*	INPUT:	h	- Open wave handle
*
*	OUTPUT:	Close file and wipe structure
*
******************************************************************************/

void wave_close( WAVE_HDL *h )
{
	if( h != NULL )
	{
		fclose( h->fp );
		free( h );
	}
}

/*****************************************************************************
*
*  int wave_frame_fread( WAVE_HDL *h,int frames,float *frame_buf)
*
*	INPUT:	h			Handle structure
*			frames		Read this many frames
*			frame_buf	Put output float here (must be large enought to hold data)
*
*	OUTPUT:	Read input, little endian -32768 to 32767 -> -1.0 to 1.0 float
*			return # frames read
*
******************************************************************************/

int wave_frame_fread( WAVE_HDL *hdl,int frames,float *frame_buf)
{
	char *buffer;
	int i,j,size;
	int psn = 0;
	int outpsn = 0;
	short val;
	
	// (1) Calculate # bytes to read & build a buffer to hold it
	
	size = hdl->frame_size * frames;
	buffer = (char *)calloc(1,size);
	if( buffer != NULL )
	{
		// (2) Read in buffer
		
		size = (int)fread(buffer,1,size,hdl->fp);
		if( size > 0 )
		{
			// (3) Now convert the input value into a float
			// Calculate how many frames we have
			
			frames = size / hdl->frame_size;

			// (3a) Move FWD to 'data' + 3 bytes to start of data

			psn = wave_find_data(0,size,buffer);

			// (4) Now read frames
			
			for( i=0; i<frames; i++ )
			{
				// On each frame generate the 2 byte
				// word for each and convert to -1.0/1.0 float
				
				for(j=0,val=0; j<hdl->channels; j++ )
				{
					val = 0xff & (0xff & buffer[psn++]);		// Low order first
					val = val + ((0xff & buffer[psn++])<<8);	// High order
					
					// Convert to float
					
					frame_buf[outpsn++] = (float)val/32768.0;
				}
			}
		}
		else
			frames = 0;
	
		// Free the read buffer
		
		 free( buffer );
	}
	else
		frames = 0;

	return( frames );
}

/*****************************************************************************
*
*  int wave_frame_fwrite( WAVE_HDL *h,int frames,float *frame_buf)
*
*	INPUT:	h			Handle structure
*			frames		Write this many frames
*			frame_buf	From here
*
*	OUTPUT:	Write data as frames, little endian -32768 to 32767 -> -1.0 to 1.0 float
*			Return # Frames written
*
******************************************************************************/

int wave_frame_fwrite( WAVE_HDL *hdl,int frames,float *frame_buf)
{
	char *buffer;
	int i,j,size;
	int psn = 0;
	int outpsn = 0;
	short val;

	// (1) Calculate # bytes to write & build a buffer to hold it
	
	size = hdl->frame_size * frames;
	buffer = (char *)calloc(1,size);
	if( buffer != NULL )
	{
		// (2) Write the input floats to this buffer
		// After conversion to +/- 32768
		
		for( i=0; i<frames; i++ )
		{
			// Generate the short from the float then
			// write in little endian order to buffer
			
			for(j=0; j<hdl->channels; j++ )
			{
				val = (short)(32768.0 * frame_buf[psn++]);
				
				buffer[outpsn++] = (char)(val & 0xff);
				buffer[outpsn++] = (char)((val>>8) & 0xff);
			}
		}
		
		// (3) Now write this output to the buffer
		// Calculate # frames written
		
		size = (int)fwrite(buffer,1,size,hdl->fp);
		frames = size / hdl->frame_size;
		
		// Free the read buffer
		
		 free( buffer );
	}
	else
		frames = 0;

	return( frames );
}


#pragma mark -- Internal API --

/*****************************************************************************
*
*  WAVE_HDL *wave_open_read( char *name) - Open wave file
*
*	INPUT:	h	- Open wave file
*
*	OUTPUT:	Handle to wave file filled out with internal data
*
******************************************************************************/

static WAVE_HDL *wave_open_read( FILE *h )
{
	int size;
	WAVE_HDL *hdl;
	
	// (1) Create wave file handle
	
	hdl = (WAVE_HDL *)calloc(1,sizeof(WAVE_HDL));
	if( hdl != NULL )
	{
		// (2) Read in the file chunks 
		
		size = (int)fread(hdl->hdr.buffer,1,WAVE_FILE_HDR_DATA,h);			// Header data
		if( size == WAVE_FILE_HDR_DATA )
		{
			// Get size of file, if start == RIFF then next is little
			// endian data size
			if( hdl->hdr.buffer[0] == 'R' &&
				hdl->hdr.buffer[1] == 'I' &&
				hdl->hdr.buffer[2] == 'F' &&
				hdl->hdr.buffer[3] == 'F' )
			{
				// Get the size as little endian
				hdl->frames = 0;
				hdl->frames += (0xff & hdl->hdr.buffer[7])<<24;
				hdl->frames += (0xff & hdl->hdr.buffer[6])<<16;
				hdl->frames += (0xff & hdl->hdr.buffer[5])<<8;
				hdl->frames += (0xff & hdl->hdr.buffer[4]);
			}

			size = (int)fread(hdl->fmt.buffer,1,WAVE_FMT_DATA,h);			// Format header chunk
			if( size == WAVE_FMT_DATA )
			{
				size = (int)fread(hdl->data.buffer,1,WAVE_DATA_DATA,h );	// Data header
				if( size == WAVE_DATA_DATA )
				{
					// At this point the header points to the data area
					// So fill in the handle with the needed data
					
					hdl->fp = h;		// File handle
					
					// # Channels = Byte 10 of format data buffer
					
					hdl->channels = 0xff & hdl->fmt.buffer[10];
					
					// Rate = bytes 12 & 13 of fmt block in little endian format
					
					hdl->rate = 0xff & hdl->fmt.buffer[13];
					hdl->rate = hdl->rate<<8;					// Move to top byte
					hdl->rate += 0xff &  hdl->fmt.buffer[12];	// Bottom byte
					
					// Bits/sample = byte 22 of fmt data buffer
					// then divide this by 8 to and mul by channels =  bytes/frame
					
					hdl->frame_size = 0xff & hdl->fmt.buffer[22];
					hdl->frame_size = (hdl->frame_size * hdl->channels)/8;
					
					// # Frames First get data size (long value 4-7 in data hdr)
					// In little endian order
					// Then divide this by frame size
					
					hdl->frames /= hdl->frame_size;
				}
			}
		}
	}
	
	return( hdl );
}

/*****************************************************************************
*
*  WAVE_HDL *wave_open_write( char *name)
*
*	INPUT:	h		Open wave file
*			proto	Prototype file (copy this file)
*
*	OUTPUT:	Handle to wave file handle filled out with internal data
*			And header data written to output file
*
******************************************************************************/

static WAVE_HDL *wave_open_write( FILE *fp, WAVE_HDL *proto )
{
	int size;
	WAVE_HDL *hdl;
	
	// (1) Create wave file handle
	
	hdl = (WAVE_HDL *)calloc(1,sizeof(WAVE_HDL));
	if( hdl != NULL )
	{
		// (2) Copy the prototype data into this handle
		
		hdl->channels		= proto->channels;
		hdl->rate			= proto->rate;
		hdl->frames			= proto->frames;
		hdl->frame_size		= proto->frame_size;
		hdl->fp				= fp;
		hdl->write_access	= 1;
		
		// (3) Copy the header blocks
		
		memcpy(hdl->hdr.buffer,proto->hdr.buffer,WAVE_FILE_HDR_DATA);
		memcpy(hdl->fmt.buffer,proto->fmt.buffer,WAVE_FMT_DATA);
		memcpy(hdl->data.buffer,proto->data.buffer,WAVE_DATA_DATA);
		
		// (4) Write the header data to the output file
		
		size = (int)fwrite(hdl->hdr.buffer,1,WAVE_FILE_HDR_DATA,fp);
		size = (int)fwrite(hdl->fmt.buffer,1,WAVE_FMT_DATA,fp);
		size = (int)fwrite(hdl->data.buffer,1,WAVE_DATA_DATA,fp);
	}
	
	return( hdl );
}

/*****************************************************************************
*
*  int wave_find_data(int start,char *buffer)	- Find start of data
*
*	INPUT:	start	- Psn to start search
*			size	- # bytes in buffer
*			buffer	- Data buffer
*
*	OUTPUT:	Find 'data' marker and move to start of data
*			- 1 if not found
*
*	DATA Chunk 
*		data		- 4 Bytes char
*		size		- 4 bytes
*
******************************************************************************/

static int wave_find_data(int start,int size,char *buffer)
{
	int rtnval = -1;
	int i;
	int step = 0;

	// Search for data

	for( i=start;i<size;i++)
	{
		switch( step )
		{
			case 0:	if( buffer[i] == 'd')
						step++;
					break;

			case 1:	if( buffer[i] == 'a')
						step++;
					else
						step = 0;
					break;

			case 2:	if( buffer[i] == 't')
						step++;
					else
						step = 0;
					break;

			case 3:	if( buffer[i] == 'a')
						step ++;
					else
						step = 0;
					break;

			case 4:	// Found, move past size and to data
					rtnval = i + 4;
					return( rtnval );
		}
	}

			return rtnval;
}

		

/***************************************************************************
*  Copyright (C) 2005,  Pandora Products
*						vze35xda@verizon.net
* This is FREE SOFTWARE it can be used for any purpose and can be included
* in any project with no obligations to Pandora Products.
****************************************************************************/
/*
	waverdr.h	- File to read/write WAVE files
	
	API:	WAVE_HDL *wave_open( char *name,char *mode,WAVE_HDL *proto);
			void wave_close( WAVE_HDL *h );
			int wave_frame_fread( WAVE_HDL *h,int frames,float *frame_buf);
			int wave_frame_fwrite( WAVE_HDL *h,int frames,float *frame_buf);


	Changes	15-Dec-2005		Initial version
 */
//************************************************************************

#include <stdio.h>

#ifndef WAVERDR_H
#define WAVERDR_H

#define WAVE_FILE_HDR_DATA	12			// Length in bytes
typedef struct {
					int length;
					unsigned char buffer[WAVE_FILE_HDR_DATA];		// Raw data
				} WAVE_FILE_HDR;
				
#define WAVE_FMT_DATA		24			// Length in bytes
typedef struct {
					int channels;		// # Channels/frame
					int rate;			// Frames/sec
					int channel_bits;	// Bits/channel
					
					unsigned char buffer[WAVE_FMT_DATA];
				} WAVE_FMT;
				
#define WAVE_DATA_DATA		8			// Length in bytes
typedef struct {
					long datasize;		// # Bytes in data
					unsigned char buffer[WAVE_DATA_DATA];
				} WAVE_DATA;
				
typedef struct {
					// Wave handle used for file access to WAVE data file
					
					WAVE_FILE_HDR		hdr;		// Header data from file
					WAVE_FMT			fmt;		// Format data from file
					WAVE_DATA			data;		// Data header from file
					
					int channels;		// # Channels/frame
					int rate;			// Rate in frames/sec
					unsigned long frames;// # Frames of data following
					int frame_size;		// # bytes/frame
					
					int					write_access;// TRUE on write
					FILE				*fp;		// File handle
			} WAVE_HDL;

// ****
// API
// ****

WAVE_HDL *wave_open( char *name,char *mode,WAVE_HDL *proto);
void wave_close( WAVE_HDL *h );
int wave_frame_fread( WAVE_HDL *h,int frames,float *frame_buf);
int wave_frame_fwrite( WAVE_HDL *h,int frames,float *frame_buf);

#endif

{
	"show"		:	"Ode to Joy",
	"music"		:	"odeToJoy.mp3",
	"time"		:	"2:05",
	"nodes"		:	"8",
	"program"	: [
			{"node" : "1" , "ch" : "1" , "delay" : "15601" },
			{"node" : "1" , "ch" : "2" , "delay" : "21242" },
			{"node" : "1" , "ch" : "3" , "delay" : "32817" },
			{"node" : "1" , "ch" : "4" , "delay" : "37265" },
			{"node" : "1" , "ch" : "5" , "delay" : "41681" },
			{"node" : "1" , "ch" : "6" , "delay" : "43487" },
			{"node" : "2" , "ch" : "1" , "delay" : "45324" },
			{"node" : "2" , "ch" : "2" , "delay" : "46577" },
			{"node" : "2" , "ch" : "3" , "delay" : "68111" },
			{"node" : "2" , "ch" : "4" , "delay" : "69472" },
			{"node" : "2" , "ch" : "5" , "delay" : "69795" },
			{"node" : "2" , "ch" : "6" , "delay" : "73039" },
			{"node" : "3" , "ch" : "1" , "delay" : "73144" },
			{"node" : "3" , "ch" : "2" , "delay" : "73244" },
			{"node" : "3" , "ch" : "3" , "delay" : "73397" },
			{"node" : "3" , "ch" : "4" , "delay" : "73505" },
			{"node" : "3" , "ch" : "5" , "delay" : "76256" },
			{"node" : "3" , "ch" : "6" , "delay" : "77167" },
			{"node" : "4" , "ch" : "1" , "delay" : "77703" },
			{"node" : "4" , "ch" : "2" , "delay" : "78028" },
			{"node" : "4" , "ch" : "3" , "delay" : "78919" },
			{"node" : "4" , "ch" : "4" , "delay" : "80824" },
			{"node" : "4" , "ch" : "5" , "delay" : "82145" },
			{"node" : "4" , "ch" : "6" , "delay" : "83365" },
			{"node" : "5" , "ch" : "1" , "delay" : "83513" },
			{"node" : "5" , "ch" : "2" , "delay" : "83642" },
			{"node" : "5" , "ch" : "3" , "delay" : "84379" },
			{"node" : "5" , "ch" : "4" , "delay" : "87552" },
			{"node" : "5" , "ch" : "5" , "delay" : "87874" },
			{"node" : "5" , "ch" : "6" , "delay" : "87984" },
			{"node" : "6" , "ch" : "1" , "delay" : "92100" },
			{"node" : "6" , "ch" : "2" , "delay" : "94440" },
			{"node" : "6" , "ch" : "3" , "delay" : "94649" },
			{"node" : "6" , "ch" : "4" , "delay" : "95228" },
			{"node" : "6" , "ch" : "5" , "delay" : "97954" },
			{"node" : "6" , "ch" : "6" , "delay" : "98414" },
			{"node" : "7" , "ch" : "1" , "delay" : "102450" },
			{"node" : "7" , "ch" : "2" , "delay" : "106127" },
			{"node" : "7" , "ch" : "3" , "delay" : "108798" },
			{"node" : "7" , "ch" : "4" , "delay" : "114409" },
			{"node" : "7" , "ch" : "5" , "delay" : "114589" },
			{"node" : "7" , "ch" : "6" , "delay" : "123734" },
			{"node" : "8" , "ch" : "1" , "delay" : "123847" },
			{"node" : "8" , "ch" : "2" , "delay" : "124217" }
				]
}

{
	"shows" : [
	{ "show"		:		"La Mariseillaise 4",
		  "file"		:	"mariseillaise4.json",
		  "nodes"		:	"4",
		  "time"		:	"1:02"
		  },
		  
		{ "show"		:	"La Mariseillaise 6",
		  "file"		:	"mariseillaise6.json",
................................................................................
		  },
		  
		  {
		  	"show"		:	"Stars & Stripes Forever",
		  	"file"		:	"ss_forever.json",
		  	"nodes"		:	"10",
		  	"time"		:	"3:38"
		  }
		]





}  

{
	"shows" : [
		{ "show"		:		"La Mariseillaise 4",
		  "file"		:	"mariseillaise4.json",
		  "nodes"		:	"4",
		  "time"		:	"1:02"
		  },
		  
		{ "show"		:	"La Mariseillaise 6",
		  "file"		:	"mariseillaise6.json",
................................................................................
		  },
		  
		  {
		  	"show"		:	"Stars & Stripes Forever",
		  	"file"		:	"ss_forever.json",
		  	"nodes"		:	"10",
		  	"time"		:	"3:38"
		  },
		  
		  {
			"show"		:	"Ode to Joy",
			"file"		:	"ode.json",
			"nodes"		:	"8",
			"time"		:	"2:05"
		  }

		]
}  

{
	"show"		:	"Stars & Stripes Forever",
	"music" 	:	"stars_stripes_forever.mp3",
	"time"		:	"3:38",
	"nodes"		:	"10",
	"program" : [
							{ "node" : "1", "ch" : "1" , "delay" : "320" },
			{ "node" : "2", "ch" : "1" , "delay" : "3960" },
			{ "node" : "3", "ch" : "1" , "delay" : "6540" },
			{ "node" : "4", "ch" : "1" , "delay" : "7480" },
			{ "node" : "5", "ch" : "1" , "delay" : "8590" },
			{ "node" : "6", "ch" : "1" , "delay" : "10020" },
			{ "node" : "7", "ch" : "1" , "delay" : "11460" },
			{ "node" : "8", "ch" : "1" , "delay" : "13240" },

{
	"show"		:	"Stars & Stripes Forever",
	"music" 	:	"stars_stripes_forever.mp3",
	"time"		:	"3:38",
	"nodes"		:	"10",
	"program" : [
			{ "node" : "1", "ch" : "1" , "delay" : "320" },
			{ "node" : "2", "ch" : "1" , "delay" : "3960" },
			{ "node" : "3", "ch" : "1" , "delay" : "6540" },
			{ "node" : "4", "ch" : "1" , "delay" : "7480" },
			{ "node" : "5", "ch" : "1" , "delay" : "8590" },
			{ "node" : "6", "ch" : "1" , "delay" : "10020" },
			{ "node" : "7", "ch" : "1" , "delay" : "11460" },
			{ "node" : "8", "ch" : "1" , "delay" : "13240" },

--
--	This handles the top level
--
--	20-Nov-2011	[7f829d5df2] & [9eae8bcde5] Support for automated shows and PROGRAM
--				rest commands
--	23-Nov-2011	[7f829d5df2] Read cmd line input and pull in the http &
--				show locations

--
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
--                  SUPPORT FUNCTIONS
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
--
................................................................................
-- Pull up items from command line
-- NOTE THESE ARE GLOBALS FOR THE REST
-- OF THE SYSTEM

REST_LCN = flag_srch( arg,"-rest",1 )
HTTP_LCN = flag_srch(arg,"-http",1)
SHOW_LCN = flag_srch(arg,"-show",1)


if( REST_LCN == nil )
then
	print("SYNTAX ERROR: -rest <REST file lcn> NOT GIVEN")
	print("Shutting down")
	os.exit(-1)
end
................................................................................

if( SHOW_LCN == nil )
then
	print("WARNING: -show <SHOW file lcn> NOT GIVEN")
	print("Automated Shows Disabled")
end








-- Set that into the package search path							
_G.package.path = REST_LCN .. "/?.lua;" .. _G.package.path

-- Now all modules will load with just a simple require + name

require "rest_sup"
require "login"
................................................................................
state = {}
state.RUN = 1

-- Site operation

-- (1) Open channel and start HTTP

val = http.start(8081,HTTP_LCN,"rest")
if( val ~= nil )
then
	-- Open FIRENET, if fail then bail
	
	if( firenet_open() )
	then
	

--
--	This handles the top level
--
--	20-Nov-2011	[7f829d5df2] & [9eae8bcde5] Support for automated shows and PROGRAM
--				rest commands
--	23-Nov-2011	[7f829d5df2] Read cmd line input and pull in the http &
--				show locations
--	28-Dec-2015 Add -port to set HTTP port
--
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
--                  SUPPORT FUNCTIONS
-------------------------------------------------------------------------------
-------------------------------------------------------------------------------
--
................................................................................
-- Pull up items from command line
-- NOTE THESE ARE GLOBALS FOR THE REST
-- OF THE SYSTEM

REST_LCN = flag_srch( arg,"-rest",1 )
HTTP_LCN = flag_srch(arg,"-http",1)
SHOW_LCN = flag_srch(arg,"-show",1)
PORT_USED = flag_srch(arg,"-port",1)

if( REST_LCN == nil )
then
	print("SYNTAX ERROR: -rest <REST file lcn> NOT GIVEN")
	print("Shutting down")
	os.exit(-1)
end
................................................................................

if( SHOW_LCN == nil )
then
	print("WARNING: -show <SHOW file lcn> NOT GIVEN")
	print("Automated Shows Disabled")
end

if( PORT_USED == nil )
then
	PORT_USED = 8081
	print("WARNING: -port not present using 8081")
end
PORT_USED = PORT_USED + 0

-- Set that into the package search path							
_G.package.path = REST_LCN .. "/?.lua;" .. _G.package.path

-- Now all modules will load with just a simple require + name

require "rest_sup"
require "login"
................................................................................
state = {}
state.RUN = 1

-- Site operation

-- (1) Open channel and start HTTP

val = http.start(PORT_USED,HTTP_LCN,"rest")
if( val ~= nil )
then
	-- Open FIRENET, if fail then bail
	
	if( firenet_open() )
	then
	

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									run = 0;
									buf->eob = 0;
									break;
									
				case '\\':			// Escapes in front of " are a special case
									// Check for this condition
									
									buf->psn++;		// Get \ 
									len++;
									
									// If the next character a ", if so then
									// suck it up also as this is NOT the end of the
									// string
									
									if( *buf->psn == '"' )

									run = 0;
									buf->eob = 0;
									break;
									
				case '\\':			// Escapes in front of " are a special case
									// Check for this condition
									
									buf->psn++;		// Get pa
									len++;
									
									// If the next character a ", if so then
									// suck it up also as this is NOT the end of the
									// string
									
									if( *buf->psn == '"' )