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//==============================================================================//
// //
// FILE NAME //
// config_convert.c //
// //
// DESCRIPTION //
// Convert an iview_fm.config file to a opafm.xml file using
// opafm_src.xml file as a guide on how to translate
// This capability used to be used for upgrades from old iview_fm
// releases, but is also a convenient way to generate new FM config
// files with just a few changes relative to the default.
// The FM config generate tools use this mechanism.
// //
// opafm_src.xml (SRC) lines can be in one of the following formats:
// <tagOut>valueOut</tagOut> <!--oldKey-->
// <tagOut>valueOut</tagOut> <!--oldKey==defaultValue-->
// <tagOut>valueOut</tagOut> <!--oldKey^=defaultValue-->
// <tagOut>valueOut</tagOut> <!--oldKey^=-->
// <!--<tagOut>valueOut</tagOut>--> <!--oldKey-->
// <!--<tagOut>valueOut</tagOut>--> <!--oldKey==defaultValue-->
// <!--<tagOut>valueOut</tagOut>--> <!--oldKey^=defaultValue-->
// <!--<tagOut>valueOut</tagOut>--> <!--#oldKey-->
// <!--<tagOut>valueOut</tagOut>--> <!--#oldKey==defaultValue-->
// <!--<tagOut>valueOut</tagOut>--> <!--#oldKey^=defaultValue-->
// <!--<tagOut>valueOut</tagOut>--> <!--#oldKey^=-->
// text <!--#oldKey#=-->
// text <!--#oldKey#!-->
// text with nothing in col 120+
//
// iview_fm.config (OLD) is old style format, essentially a bash script of
// comments or oldKey=oldValue
//
// oldValue conversion:
// oldKey can optionally include a format conversion. Format conversion
// occurs for the oldValue prior to comparing it to valueOut and defaultValue
// The following format conversions are supported:
// :hex - output as hex
// :dec - output as dec
// :mtu - convert an MTU enum to byte count (256, 2048, ...)
// :rate - convert a rate enum to rate text (5g, 10g, ...)
// :plus - add one to old value
// :gid - convert 128 bit number into 64:64 format
// :2n - convert a 2^n timeout multiplier to actual time (8ms, 33ms, ...)
// :2ninf - convert a 2^n timeout multiplier to actual time (8ms, 33ms, ...)
// but, values >= IB_LIFETIME_MAX (19) output as "infinite"
//
// Rules for conversion:
// - SRC text >= col 120 is never output, nor is trailing whitespace <= col 119
// - SRC Lines with nothing in col 120+ are output as is
// - for lines with oldKey control in col 120+, comparision is described
// below and will control edit/deletion of lines based on oldKey's value
// - lines with text in col 120+ which do not match one of the above formats
// is a fatal error. <!-- must start in exactly col 120 (tab characters not
// allowed).
//
// Summary of meanings:
// <!--#oldKey...
// line will be deleted if oldKey "matches"
// ...oldKey-->
// comparison is against valueOut. If no match, output oldValue
// ...oldKey==defaultValue-->
// comparison is against valueOut and defaultValue. Match if == either.
// If no match, output oldValue
// ...oldKey^=defaultValue-->
// comparison is exclusively against defaultValue.
// If no match, output oldValue
// ...oldKey^=-->
// Only test oldKey presence. If present, output oldValue.
// ...#oldKey#=-->
// Only test oldKey presence. If present, output unmodified text
// Otherwise delete line.
// ...#oldKey#!-->
// Only test oldKey presence. If not present, output unmodified text
// Otherwise delete line.
//
// Usage model:
// <tagOut>valueOut</tagOut> <!--oldKey-->
// <!--<tagOut>valueOut</tagOut>--> <!--oldKey-->
// <!--<tagOut>valueOut</tagOut>--> <!--#oldKey-->
// use one of the above when valueOut has same default as OldValue did
//
// OldKey is compared to valueOut, if oldKey missing, treat as match
// First - replace with oldKey's value if no match
// Second - uncomment with oldKey's value if no match
// Third - if match, delete line.
// Otherwise uncomment with oldKey's value
//
// <tagOut>valueOut</tagOut> <!--oldKey==defaultValue-->
// <!--<tagOut>valueOut</tagOut>--> <!--oldKey==defaultValue-->
// <!--<tagOut>valueOut</tagOut>--> <!--#oldKey==defaultValue-->
// use one of the above when valueOut has a different default
// than oldValue did and want to keep new default unless user edited
// oldValue in old config file
// Also in this case, if oldKey has valueOut, config left as default
// (possibly commented out)
//
// OldKey is compared to valueOut and defaultValue treat as == either,
// if oldKey missing treat as match
// First - replace with oldKey's value if no match
// Second - uncomment with oldKey's value if no match
// Third - if match, delete line.
// Otherwise uncomment with oldKey's value
//
// <tagOut>valueOut</tagOut> <!--oldKey^=defaultValue-->
// <!--<tagOut>valueOut</tagOut>--> <!--oldKey^=defaultValue-->
// <!--<tagOut>valueOut</tagOut>--> <!--#oldKey^=defaultValue-->
// use one of the above when valueOut has a different default
// than oldValue did and want to keep new default unless user edited
// oldValue in old config file
// Also in this case, if oldKey is not compared to valueOut
// (possibly commented out)
// This format is most useful for showing commented out samples
// were sample valueOut is not defaultValue
//
// OldKey is only compared to defaultValue, if oldKey missing
// treat as match
// First - replace with oldKey's value if no match
// Second - uncomment with oldKey's value if no match
// Third - if match, delete line.
// Otherwise uncomment with oldKey's value
//
// <tagOut>valueOut</tagOut> <!--oldKey^=-->
// <!--<tagOut>valueOut</tagOut>--> <!--oldKey^=-->
// <!--<tagOut>valueOut</tagOut>--> <!--#oldKey^=-->
// use one of the above when valueOut was commented out in old config
// and want to keep new example unless user provided an oldValue
// in old config file
// Also in this case, if oldKey is not compared to valueOut
// (possibly commented out)
// This format is most useful for showing commented out samples
// were sample valueOut was commented out in old config
//
// OldKey is only tested for presence in old config
// First - replace with oldKey's value if oldKey present
// Second - uncomment with oldKey's value if oldkey present
// Third - if oldKey not present, delete line.
// Otherwise uncomment with oldKey's value
//
// text <!--#oldKey#=-->
// use this for any text (comments, block start tags, block end tags)
// which should be output only if oldKey exists in the old config file
//
// oldKey is only tested for presence in old config
// text is output (unchanged) if oldKey is present, otherwise delete line
//
// text <!--#oldKey#!-->
// use this for any text (comments, block start tags, block end tags)
// which should be output only if oldKey not in the old config file
//
// oldKey is only tested for presence in old config
// text is output (unchanged) if oldKey not present, otherwise delete line
//
// The #oldKey style should be used for lines in SRC which are for conversion
// but are not desired in the opafm.xml file unless required
// This can be used to avoid clutter while still supporting full conversion
// of old parameters
//
// DATA STRUCTURES //
// None //
// //
// FUNCTIONS //
// main main method that convert the old ocnfig file into the //
// new XML format. //
// //
// DEPENDENCIES //
// ??? //
// //
// //
// HISTORY //
// //
// NAME DATE REMARKS //
// pjs 10/15/08 Initial creation of file. //
// //
//==============================================================================//
#include <ctype.h>
#include <stdarg.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <unistd.h>
#include "cs_g.h"
#include "iba/ib_helper.h"
#include "iba/stl_helper.h"
#ifndef FALSE
#define FALSE 0
#endif
#ifndef TRUE
#define TRUE 1
#endif
#define MAX_INSTANCES 8
#define MAX_DETAIL 2048
#define MAX_START 256
#define MAX_UNIQUE 1024
typedef struct _Ag_Man {
uint8_t instance; // instance number
uint8_t system [4]; // Agent or Manager identifier
uint8_t key [100]; // key
uint8_t value [100]; // value
} Ag_Man_t;
uint8_t debug; // debugging mode - default is FALSE
char config_file [256]; // location and name of the config file
uint8_t read_buffer [256]; // a buffer for reading the file a line-at-a-time
uint8_t buffer [256]; // cleaned up read_buffer
uint32_t line_number; // line number in config file
uint8_t line_instance; // instance number
uint8_t line_system [4]; // Agent or Manager
uint8_t line_key [100]; // key, of key=value pair
uint8_t line_value [200]; // value, of key=value pair
uint16_t ag_man_detail_count; // number of entries - detail record
uint16_t ag_man_start_count; // number of entries - start records
uint16_t ag_man_unique_count; // number of entries - unique system/instance pairs
Ag_Man_t *ag_man_detail; // Agent and Manager information - detail records
Ag_Man_t *ag_man_start; // Agent and Manager information - start records
Ag_Man_t *ag_man_unique; // Agent and Manager information - unique system/instance
Ag_Man_t *ag_manp; // Agent and Manager information - temp pointer
FILE *fd_config; // file handle for reading the config file
// STARTUP-related function prototypes.
Status_t readAndParseConfigFile (bool_t debug);
#define OLD_TAG_COL 120
void dump_ap(char *desc,int line, Ag_Man_t *ap);
void configConvertUsage(void);
Status_t convertSrcXmlFile (char *,int);
Ag_Man_t * find_detail_rec (char *system, int instance, char*key);
int parseLine(char *lineIn,int lineNumber, char *tagOut, char *valueOut, char *first, char *last, char* firstTag, char* lastTag, char *oldKey, char *defaultValue, int *exclusiveDefault, int *presence, int buf_sizes);
char* getOldValue(char *keyDescIn,int);
int matching_system (Ag_Man_t *ag_start, char *which_one);
int g_debug = FALSE;
//------------------------------------------------------------------------------//
// //
// Routine : main (entry point for Linux) //
// //
// Description : Entry point for utility //
// Pre-process : None //
// Input : Command-line arguments //
// Output : A general status indicator //
// 0 - conversion ran to completion //
// 1 - an error was found during conversion //
// Post-process : Call startup_main function readAndParseConfigFile to parse the//
// vieo_fm.rc.config file then call convertSrcXmlFile to write //
// out the XML data to stdout //
// Reference : //
// //
//------------------------------------------------------------------------------//
int main (int argc, char *argv [])
{
Status_t status; // return status from startup_main
int c;
char* oldFile;
char* xmlFile;
int showMissing=FALSE;
while (-1 != (c = getopt(argc, argv, "dD"))) {
switch (c) {
case 'd':
showMissing = TRUE;
break;
case 'D':
g_debug = TRUE;
break;
default:
configConvertUsage();
break;
}
}
if (argc - optind != 2) {
configConvertUsage();
}
oldFile = argv[optind++];
xmlFile = argv[optind++];
//
// Default values.
//
debug = FALSE;
line_number = 0;
snprintf(config_file, 256, "%s", oldFile);
status=readAndParseConfigFile(FALSE);
if (status!=VSTATUS_OK)
{
exit (status);
}
status=convertSrcXmlFile(xmlFile,showMissing);
exit(status);
}
//------------------------------------------------------------------------------//
// //
// Routine : configConvertUsage //
// //
// Description : Print the usage parameters for config_convert. //
// Pre-process : None //
// Input : None //
// Output : None //
// Post-process : None //
// Reference : //
// //
//------------------------------------------------------------------------------//
void configConvertUsage (void)
{
fprintf (stderr,"Usage: config_convert [-d] [-D] old_file src_xml_file\n");
fprintf (stderr," -d show tags not found in old file\n");
fprintf (stderr," -D extra debug output to stderr\n");
fprintf (stderr," old_file old iview_fm.config style file to convert\n");
fprintf (stderr," src_xml_file new opafm_src.xml style file to guide conversion\n");
fprintf (stderr,"The old_file (typically iview_fm.config) from an older release is converted\n");
fprintf (stderr,"to an XML file for this release, using src_xml_file\n");
fprintf (stderr,"(typically opafm_src.xml) to define how to translate parameters\n");
exit(2);
}
//------------------------------------------------------------------------------//
// //
// Routine : convertSrcXmlFile //
// //
// Description : read in the xml src file and replace the tags in col with the //
// spaces and put the data from the old config into the tag on the left//
//
// Pre-process : None //
// Input : None //
// Output : None //
// Post-process : None //
// Reference : //
// //
//------------------------------------------------------------------------------//
Status_t convertSrcXmlFile (char *xmlFileIn,int showMissing)
{
char buffIn[255];
FILE *xmlIn=fopen(xmlFileIn,"rt");
if (xmlIn==NULL)
{
fprintf(stderr,"Unable to open file %s\n",xmlFileIn);
exit(1);
}
int lineNumber=1;
while (!feof(xmlIn))
{
if (fgets(buffIn,255,xmlIn)==0)
{
break;
}
char tag[255];
char value[255];
char first[255];
char last[255];
char firstTag[255];
char lastTag[255];
char oldKey[255];
char defaultValue[255];
int exclusiveDefault;
int presence;
if (g_debug)
fprintf(stderr, "%s\n", buffIn);
if (parseLine(buffIn,lineNumber++,tag,value,first,last,firstTag, lastTag, oldKey,defaultValue, &exclusiveDefault, &presence, 255))
{
char* oldValue=getOldValue(oldKey,showMissing);
if (g_debug) {
fprintf(stderr, "tag =%s\n", tag);
fprintf(stderr, "value =%s\n", value);
fprintf(stderr, "first =%s\n", first);
fprintf(stderr, "last =%s\n", last);
fprintf(stderr, "firstTag =%s\n", firstTag);
fprintf(stderr, "lastTag =%s\n", lastTag);
fprintf(stderr, "oldKey =%s\n", oldKey);
fprintf(stderr, "defaultValue=%s\n", defaultValue);
fprintf(stderr, "oldValue =%s\n", (oldValue)?oldValue:"<null>");
fprintf(stderr, "exclusive =%d\n", exclusiveDefault);
fprintf(stderr, "presence =%d\n", presence);
}
if (presence > 0) {
// text <!--#oldKey#=-->
// key starting with # means to skip line if old not present
if (oldValue || oldKey[0] != '#') {
fprintf(stdout,"%s\n",first);
if (g_debug) fprintf(stderr,"%s\n",first);
}
} else if (presence < 0) {
// text <!--#oldKey#!-->
// key starting with # means to skip line if old present
if (! oldValue || oldKey[0] != '#') {
fprintf(stdout,"%s\n",first);
if (g_debug) fprintf(stderr,"%s\n",first);
}
} else if (oldValue==NULL || (! exclusiveDefault && 0==strcmp(value,oldValue)))
{
// parameter not in old config or same as new config
// key starting with # means to skip line if default
if (oldKey[0] != '#') {
// output default XML
fprintf(stdout,"%s%s%s\n",first,value,last);
if (g_debug) fprintf(stderr,"%s%s%s\n",first,value,last);
}
} else if (strlen(defaultValue)==0) {
// <tagOut>valueOut</tagOut> <!--oldKey-->
// <tagOut>valueOut</tagOut> <!--oldKey==-->
// <tagOut>valueOut</tagOut> <!--oldKey^=-->
// <!--<tagOut>valueOut</tagOut>--> <!--oldKey-->
// <!--<tagOut>valueOut</tagOut>--> <!--oldKey==-->
// <!--<tagOut>valueOut</tagOut>--> <!--oldKey^=-->
// value doesn't match, no defaultValue
// output XML replacing valueOut with oldValue
fprintf(stdout,"%s%s%s\n",firstTag,oldValue,lastTag);
if (g_debug) fprintf(stderr,"%s%s%s\n",firstTag,oldValue,lastTag);
} else if (strcmp(defaultValue,oldValue)==0) {
// <tagOut>valueOut</tagOut> <!--oldKey==defaultValue-->
// <tagOut>valueOut</tagOut> <!--oldKey^=defaultValue-->
// <!--<tagOut>valueOut</tagOut>--> <!--oldKey==defaultValue-->
// <!--<tagOut>valueOut</tagOut>--> <!--oldKey^=defaultValue-->
// oldValue matches defaultValue
// key starting with # means to skip line if default
if (oldKey[0] != '#') {
// output default XML
fprintf(stdout,"%s%s%s\n",first,value,last);
if (g_debug) fprintf(stderr,"%s%s%s\n",first,value,last);
}
} else {
// <tagOut>valueOut</tagOut> <!--oldKey==defaultValue-->
// <tagOut>valueOut</tagOut> <!--oldKey^=defaultValue-->
// <!--<tagOut>valueOut</tagOut>--> <!--oldKey==defaultValue-->
// <!--<tagOut>valueOut</tagOut>--> <!--oldKey^=defaultValue-->
// oldValue doesn't match defaultValue
// output XML replacing valueOut with oldValue
fprintf(stdout,"%s%s%s\n",firstTag,oldValue,lastTag);
if (g_debug) fprintf(stderr,"%s%s%s\n",firstTag,oldValue,lastTag);
}
}
else
{
// this line doens't have a tag in col 120 so dump it back out
fprintf(stdout,"%s",buffIn);
}
}
fclose(xmlIn);
return VSTATUS_OK;
}
int getOldUllValue(Ag_Man_t *sp, unsigned long long *pValue)
{
char *p;
errno = 0;
*pValue=strtoull((char*)sp->value, &p, 0);
if (errno || *p) {
fprintf(stderr,"WARNING: invalid value for %s_%d_%s=%s\n",
sp->system, sp->instance, sp->key, sp->value);
return FALSE;
}
return TRUE;
}
typedef enum {
FORMAT_NONE=0,
FORMAT_HEX,
FORMAT_DEC,
FORMAT_MTU,
FORMAT_RATE,
FORMAT_PLUS,
FORMAT_2N,
FORMAT_2NINF,
FORMAT_GID,
} OldFormat_t;
char *formatOldValue(Ag_Man_t *sp, OldFormat_t format)
{
static char buf[50]; // used for edited values
unsigned long long value;
unsigned long long value2;
switch (format) {
default:
case FORMAT_NONE:
return (char*)sp->value;
case FORMAT_HEX:
if (FALSE == getOldUllValue(sp, &value))
return (char*)sp->value;
snprintf(buf,sizeof(buf),"0x%Lx",value);
return buf;
case FORMAT_DEC:
if (FALSE == getOldUllValue(sp, &value))
return (char*)sp->value;
snprintf(buf,sizeof(buf),"%Ld",value);
return buf;
case FORMAT_MTU:
if (FALSE == getOldUllValue(sp, &value))
return (char*)sp->value;
snprintf(buf, 50, "%s", IbMTUToText((IB_MTU)value));
return buf;
case FORMAT_RATE:
if (FALSE == getOldUllValue(sp, &value))
return (char*)sp->value;
if (value == IB_STATIC_RATE_DONTCARE)
return (char*)sp->value;
snprintf(buf,sizeof(buf),"%s",StlStaticRateToText((IB_STATIC_RATE)value));
return buf;
case FORMAT_PLUS:
if (FALSE == getOldUllValue(sp, &value))
return (char*)sp->value;
snprintf(buf,sizeof(buf),"%lld",value+1);
return buf;
case FORMAT_2N:
case FORMAT_2NINF:
// do the 2^n conversion.
if (FALSE == getOldUllValue(sp, &value))
return (char*)sp->value;
if (format == FORMAT_2NINF && value > IB_LIFETIME_MAX)
return "infinite";
FormatTimeoutMult(buf,value);
/* compress out whitespace */
int s=0; int d=0;
do {
if (buf[s] != ' ')
buf[d++] = buf[s];
} while (buf[s++]);
return buf;
case FORMAT_GID:
{
char *p;
// compress out whitespace
int s=0; int d=0;
do {
if (d >= sizeof(buf)) {
fprintf(stderr,"WARNING: invalid value for %s_%d_%s=%s\n",
sp->system, sp->instance, sp->key, sp->value);
return (char*)sp->value;
}
if (sp->value[s] != ' ')
buf[d++] = sp->value[s];
} while (sp->value[s++]);
int len = strlen(buf);
if (len != 34) {
fprintf(stderr,"WARNING: invalid value for %s_%d_%s=%s\n",
sp->system, sp->instance, sp->key, sp->value);
return (char*)sp->value;
}
// get last 16 hex digits
errno = 0;
value2=strtoull(buf+18, &p, 16);
if (errno || *p) {
fprintf(stderr,"WARNING invalid value for %s_%d_%s=%s\n",
sp->system, sp->instance, sp->key, sp->value);
return (char*)sp->value;
}
// get first 16 hex digits
buf[18] = '\0';
errno = 0;
value=strtoull(buf, &p, 16);
if (errno || *p) {
fprintf(stderr,"WARNING invalid value for %s_%d_%s=%s\n",
sp->system, sp->instance, sp->key, sp->value);
return (char*)sp->value;
}
snprintf(buf,sizeof(buf),"0x%016llx:0x%016llx",value,value2);
return buf;
}
}
}
//------------------------------------------------------------------------------//
// //
// Routine : getOldValue //
// //
// Description : Given a key like SM_0_debug retrieve the data form Ag_Man_t //
// structs. //
// Pre-process : readAndParseConfigFile should have been called //
// Input : keyDescIn old config key with optional format descriptor //
// Input : showMissing ouput to stderr the keys that were not found in //
// the old config file. Debug only //
// Output : None //
// Post-process : None //
// Reference : //
// //
//------------------------------------------------------------------------------//
char* getOldValue(char *keyDescIn,int showMissing)
{
char system[3];
static const int INSTANCE_LEN=10;
char instance[INSTANCE_LEN+1];
static const int KEY_LEN=50;
char keyIn[KEY_LEN+1];
char key[KEY_LEN+1];
OldFormat_t format = FORMAT_NONE;
// strip format specified off keyIn
if (keyDescIn[0] == '#')
strncpy(keyIn, keyDescIn+1, KEY_LEN);
else
strncpy(keyIn, keyDescIn, KEY_LEN);
keyIn[sizeof(keyIn)-1]='\0';
char *formatDelim=strchr(keyIn, ':');
if (formatDelim) {
*formatDelim++='\0';
if (0==strcmp(formatDelim, "hex"))
format = FORMAT_HEX;
else if (0==strcmp(formatDelim, "dec"))
format = FORMAT_DEC;
else if (0==strcmp(formatDelim, "mtu"))
format = FORMAT_MTU;
else if (0==strcmp(formatDelim, "rate"))
format = FORMAT_RATE;
else if (0==strcmp(formatDelim, "plus"))
format = FORMAT_PLUS;
else if (0==strcmp(formatDelim, "2n"))
format = FORMAT_2N;
else if (0==strcmp(formatDelim, "2ninf"))
format = FORMAT_2NINF;
else if (0==strcmp(formatDelim, "gid"))
format = FORMAT_GID;
else {
fprintf(stderr,"Invalid format: (%s) %s\n",formatDelim, keyDescIn);
exit(1);
}
}
// Is is of this type SS_I_KEY?
if ((keyIn[2]=='_')&&(keyIn[4]=='_'))
{
//Parse out the system, instance an key
StringCopy(system,keyIn,sizeof(system));
char *secondUnderScore=strchr(&keyIn[3],'_');
if (!secondUnderScore) return NULL;
int len=(int)(secondUnderScore-&keyIn[3]);
if (len>=INSTANCE_LEN) return NULL;
StringCopy(instance,&keyIn[3],sizeof(instance));
StringCopy(key,secondUnderScore+1,sizeof(key));
// fprintf(stdout,"tag:%s sys:%s, instance:%s, key:%s\n",keyIn,system,instance,key);
int instanceValue=atoi(instance);
//get the data out of the structs
if (strncmp(key,"start",6)==0)
{
uint16_t i;
Ag_Man_t *ap;
// find a start record
for (i = 0, ap = ag_man_start; i < ag_man_start_count; i++, ap++)
{
if (matching_system (ap, (void *)system))
{
if (ap->instance == instanceValue)
{
return "1";
}
}
}
return "0";
}
Ag_Man_t *sp=find_detail_rec(system,instanceValue,key);
if (sp!=NULL)
return formatOldValue(sp, format);
// Couldn't find the variable. Display to the user if they set -d
if (showMissing)
{
fprintf(stderr,"Unable to find %s %s,%d,%s\n",keyIn,system,instanceValue,key);
}
}
else
{
int i=0;
// special tags are in all caps
for (i=0;i<strlen(keyIn);i++)
{
if (!isupper(keyIn[i]) && (keyIn[i]!='_'))
{
return NULL;
}
}
// This is a specail tag like SUBNET_SIZE
Ag_Man_t *sp=find_detail_rec("sm",0,keyIn);
if (sp!=NULL)
return formatOldValue(sp, format);
// Couldn't find the variable. Display to the user if they set -d
if (showMissing)
{
fprintf(stderr,"Unable to find special key %s\n",keyIn);
}
}
return NULL;
}
//------------------------------------------------------------------------------//
// //
// Routine : find_detail_rec //
// //
// Description : Loop through the structs and find the old config key. //
// //
// Pre-process : readAndParseConfigFile should have been called //
// Input : system two char system key (e.g. "SM") //
// Input : instance if the system key //
// Input : key - the key to be found (e.g. "debug") //
// Output : a pointer to the detail record //
// Post-process : None //
// Reference : //
// //
//------------------------------------------------------------------------------//
Ag_Man_t * find_detail_rec (char *system, int instance, char*key)
{
int i;
Ag_Man_t *ag_detail;
for (i = 0, ag_detail = ag_man_detail; i < ag_man_detail_count; i++, ag_detail++)
{
if (strcasecmp ((void *)system, (void *)ag_detail->system) == 0)
{
if (instance == ag_detail->instance)
{
if (strcasecmp((char*)ag_detail->key,key)==0)
{
return ag_detail;
}
}
}
}
return NULL;
}
//------------------------------------------------------------------------------//
// //
// Routine : parseLine //
// //
// Description : Parse a line of the src xml file //
// Lines can be in one of 5 formats:
// <tagOut>valueOut</tagOut> <!--oldKey-->
// <tagOut>valueOut</tagOut> <!--oldKey==defaultValue-->
// <tagOut>valueOut</tagOut> <!--oldKey^=defaultValue-->
// <!--<tagOut>valueOut</tagOut>--> <!--oldKey-->
// <!--<tagOut>valueOut</tagOut>--> <!--oldKey==defaultValue-->
// <!--<tagOut>valueOut</tagOut>--> <!--oldKey^=defaultValue-->
// text with nothing in col 120+
//
// Note: <!--oldKey starts in OLD_TAG_COL (120)
// Note: # prefix to oldKey handled by caller
// //
// Pre-process : none //
// Input : line - raw xml line //
// Input : lineNumber - line number of the file //
// Output : tagOut - name of XML tag on line //
// Output : valueOut - value of XML tag on line //
// Output : first - the start of the XML line up to "valueOut" on the line//
// Output : firstTag - the start of the XML line up to "valueOut" on the line//
// with any comment open removed //
// Output : last - the end of the XML line, after "valueOut" //
// Output : lastTag - the end of the XML line, after "valueOut" //
// with any comment close removed //
// Output : oldKey - the old key in the comment at col 120
// Output : exclusiveDefault - only compare old key to default
// Output : return a 0 if the line is does not have text after col 120 or 1 if it does//
// Output : Size of char buffers - all expected to have same size //
// Post-process : None //
// Reference : //
// //
//------------------------------------------------------------------------------//
int parseLine(char *line,
int lineNumber,
char *tagOut,
char *valueOut,
char *first,
char *last,
char *firstTag,
char *lastTag,
char *oldKey,
char *defaultValue,
int *exclusiveDefault,
int *presence,
int buf_size)
{
*exclusiveDefault=0;
*presence=0;
if (strlen(line)<OLD_TAG_COL)
{
// simple XML, no 120+ conversion info
return 0;
}
// examine col 120 and above. We expect one of these formats:
// <!--oldKey-->
// <!--oldKey==defaultValue-->
// <!--oldKey^=defaultValue-->
if (strstr(&line[OLD_TAG_COL-1],"<!--")!=&line[OLD_TAG_COL-1])
{
fprintf(stderr,"Line longer than %d char without comment tag at column 120. Line %d\n",OLD_TAG_COL, lineNumber);
exit(1);
}
char *endOfComment=strstr(&line[OLD_TAG_COL+3],"-->");
if (endOfComment==NULL)
{
fprintf(stderr,"Missing close of comment on line %d\n",lineNumber);
exit(1);
}
int oldKeyLength=(int)(endOfComment-&line[OLD_TAG_COL+3]);
if (oldKeyLength<1)
{
fprintf(stderr,"Empty comment starting at column %d on line %d\n",OLD_TAG_COL, lineNumber);
exit(1);
}
char* equals=strstr(&line[OLD_TAG_COL+3],"^=");
if (equals != NULL)
*exclusiveDefault=1;
else if (NULL != (equals=strstr(&line[OLD_TAG_COL+3],"#=")))
*presence=1;
else if (NULL != (equals=strstr(&line[OLD_TAG_COL+3],"#!")))
*presence=-1;
else
equals=strstr(&line[OLD_TAG_COL+3],"==");
if (equals!=NULL)
{
if (equals>=endOfComment)
{
fprintf(stderr,"== after close of comment on line %d\n",lineNumber);
exit(1);
}
*equals='\0';
equals+=2;
int defLen=endOfComment-equals;
if (defLen)
strncpy(defaultValue,equals,defLen);
defaultValue[defLen]='\0';
oldKeyLength-=2+strlen(defaultValue);
}
else
{
*defaultValue='\0';
}
strncpy(oldKey,&line[OLD_TAG_COL+3],oldKeyLength);
oldKey[oldKeyLength]='\0';
char lineIn[OLD_TAG_COL+1];
strncpy(lineIn,line,OLD_TAG_COL);
lineIn[OLD_TAG_COL-1]='\0';
if (*presence) {
// text <!--#oldKey#=-->
// text <!--#oldKey#!-->
// simple case, we need to output first and firstTag but "" for all else
StringCopy(first,lineIn, buf_size);
int firstLen = strlen(first);
while (firstLen > 1 && first[firstLen-1]==' ')
{
first[--firstLen]='\0';
}
StringCopy(tagOut,"", buf_size);
StringCopy(valueOut,"", buf_size);
StringCopy(last,"", buf_size);
StringCopy(firstTag, first, buf_size);
StringCopy(lastTag, last, buf_size);
return 1;
}
// for lines with a oldKey, we expect to find either:
// <tag>value</tag>
// <!--<tag>value</tag>-->
static const int TAG_LENGTH=128;
char tag[TAG_LENGTH];
char tag2[TAG_LENGTH];
char *leftBracket1=strchr(lineIn,'<');
char *startValue;
int valueLength;
if (leftBracket1==NULL)
{
fprintf(stderr,"Missing start of tag on line %d\n%s\n",lineNumber,line);
exit(1);
}
if (leftBracket1[1]=='!')
{
//then this is the start of a comment. skip ahead to the tag.
leftBracket1=strchr(leftBracket1+1,'<');
if (leftBracket1==NULL)
{
fprintf(stderr,"Missing start of tag on line %d\n%s\n",lineNumber,line);
exit(1);
}
}
char*rightBracket1=strstr(leftBracket1,">");
if (rightBracket1==NULL)
{
fprintf(stderr,"Left bracket with no right bracket on line %d\n%s\n",lineNumber,line);
exit(1);
}
int tagLength=(int)(rightBracket1-leftBracket1)-1;
if (tagLength<0||tagLength>TAG_LENGTH)
{
fprintf(stderr,"Invalid tag length %d\n%s\n",lineNumber,line);
exit(1);
}
StringCopy(tag,leftBracket1+1,tagLength < sizeof(tag) ? (tagLength+1) : sizeof(tag));
startValue=rightBracket1+1;
char *leftBracket2=strstr(rightBracket1+1,"</");
if (leftBracket2==NULL)
{
fprintf(stderr,"No closing tag on line %d\n%s\n",lineNumber,line);
exit(1);
}
valueLength=leftBracket2-startValue;
char *rightBracket2=strstr(leftBracket2,">");
if (rightBracket2==NULL)
{
fprintf(stderr,"No right bracket on closing tag on line %d\n%s\n",lineNumber,line);
exit(1);
}
int tagLength2=(int)((rightBracket2-leftBracket2)-2);
if (tagLength!=tagLength2)
{
fprintf(stderr,"Closing tag does not match opening tag on line %d. %d!=%d\n%s\n",lineNumber,tagLength,tagLength2,line);
fprintf(stderr,"left=%s right=%s",tag,rightBracket2);
exit(1);
}
StringCopy(tag2,leftBracket2+2,tagLength < sizeof(tag2) ? (tagLength+1) : sizeof(tag2));
if (strncmp(tag,tag2,tagLength)!=0)
{
fprintf(stderr,"Closing tag does not match opening tag on line %d. %s!=%s\n%s\n",lineNumber,tag,tag2,line);
exit(1);
}
int firstLen=rightBracket1-lineIn+1;
strncpy(first,lineIn,firstLen);
first[firstLen]='\0';
int lastLen=strlen(lineIn)-(firstLen+valueLength);
strncpy(last,&lineIn[firstLen+valueLength],lastLen);
last[lastLen]='\0';
while (lastLen > 1 && last[lastLen-1]==' ')
{
last[--lastLen]='\0';
}
strncpy(tagOut,tag,255);
strncpy(valueOut,startValue,valueLength);
valueOut[valueLength]='\0';
// output firstTag and lastTag as Uncommented versions of first and last
char *commentStart=strstr(first,"<!--"); // start of comment open
if (commentStart==NULL) {
// no commented out tag
StringCopy(firstTag, first, buf_size);
StringCopy(lastTag, last, buf_size);
} else {
// remove the comment, keep everything else
strncpy(firstTag, first, commentStart-first);
char *tagStart=strchr(commentStart+4,'<'); // start of tag
if (tagStart==NULL)
{
fprintf(stderr,"Missing open tag for commented out tag. Line %d\n",lineNumber-1);
exit(1);
}
StringCopy(firstTag+(commentStart-first), tagStart, buf_size - (commentStart-first));
// find the end of the comment
char *tagEnd=strchr(last,'>'); // end of tag
if (tagEnd==NULL)
{
fprintf(stderr,"Missing close tag for commented out tag. Line %d\n",lineNumber-1);
exit(1);
}
commentStart=strstr(tagEnd+1,"-->"); // start of comment close
if (commentStart==NULL)
{
fprintf(stderr,"Missing close comment for commented out tag. Line %d\n",lineNumber-1);
exit(1);
}
StringCopy(lastTag, last, commentStart-last+1);
StringCopy(lastTag+(commentStart-last), commentStart+3, buf_size - (commentStart-last));
lastLen = strlen(lastTag);
while (lastLen > 1 && lastTag[lastLen-1]==' ')
{
lastTag[--lastLen]='\0';
}
StringCopy(tagOut,tag,255);
}
return 1;
}
//------------------------------------------------------------------------------//
// //
// Routine : dump_ap //
// Description : dump a record of Ag_Man_t to stderr (for debug only) //
// //
// Pre-process : none //
//------------------------------------------------------------------------------//
void dump_ap(char *desc,int line, Ag_Man_t *ap)
{
fprintf(stderr, "%s(%d)= instance %u system %s key %s value %s", desc,line,
(uint32_t)ap->instance,
(char*)ap->system, (char*)ap->key, ap->value);
}
//==============================================================================//
// This parses the vieo_fm.config file
// //
Status_t alloc_mem (void);
void free_mem (void);
Status_t read_line (void);
Status_t parse (void);
int is_special (void);
int is_valid (void);
int is_manager (void);
Status_t add_information (void);
int matching_system (Ag_Man_t *ag_start, char *which_one);
void log_debug (char *format, ...);
void log_error (char *format, ...);
//------------------------------------------------------------------------------//
// //
// Routine : alloc_mem //
// //
// Description : Allocate memory. //
// Input : None //
// Output : Status of the startup process //
// 0 - memory was allocated //
// 1 - error allocating memory //
// //
//------------------------------------------------------------------------------//
Status_t
alloc_mem (void) {
//
// Allocate enough space for 2,048 lines of detailed config information.
//
ag_man_detail = (Ag_Man_t*)malloc (MAX_DETAIL * sizeof (Ag_Man_t));
if (NULL == ag_man_detail) {
return (VSTATUS_BAD);
}
ag_manp = ag_man_detail;
ag_man_detail_count = 0;
//
// Allocate enough space for 256 Agents and Managers to start
//
ag_man_start = (Ag_Man_t*)malloc (MAX_START * sizeof (Ag_Man_t));
if (NULL == ag_man_start) {
free ((void *)ag_man_detail);
return (VSTATUS_BAD);
}
ag_man_start_count = 0;
//
// Allocate enough space for 1,024 unique system/instance.
//
ag_man_unique = (Ag_Man_t*)malloc (MAX_UNIQUE * sizeof (Ag_Man_t));
if (NULL == ag_man_unique) {
free ((void *)ag_man_start);
free ((void *)ag_man_detail);
return (VSTATUS_BAD);
}
ag_man_unique_count = 0;
return (VSTATUS_OK);
}
//------------------------------------------------------------------------------//
// //
// Routine : free_mem //
// //
// Description : Free up allocated memory. //
// Input : None //
// Output : None //
// //
//------------------------------------------------------------------------------//
void
free_mem (void) {
free ((void *)ag_man_unique);
free ((void *)ag_man_start);
free ((void *)ag_man_detail);
return;
}
//------------------------------------------------------------------------------//
// //
// Routine : read_line //
// //
// Description : Read a line of input, ignoring blank lines and lines that //
// start with a pound sign (#). //
// Input : None //
// Output : Status of the startup process //
// 0 - a line of content was read //
// 1 - found EOF //
// //
//------------------------------------------------------------------------------//
Status_t
read_line (void) {
uint8_t *slash; // start of line comments
uint8_t *start; // start of read buffer
uint8_t *stop; // end of read buffer
Status_t status; // return code status
while (TRUE) {
// clean memory is good memory
memset (read_buffer, 0, 256);
memset (buffer, 0, 256);
// NULL means we read past EOF
if (fgets ((void *)read_buffer, 255, fd_config) == NULL) {
status = VSTATUS_BAD;
break;
}
line_number++;
start = read_buffer;
stop = read_buffer + strlen ((void *)read_buffer);
// terminate after line comments (//)
slash = (uint8_t *)strstr ((void *)start, "//");
if (slash != NULL) {
*slash = '\0';
stop = read_buffer + strlen ((void *)read_buffer);
}
// remove leading whitespace
while (isspace (*start)) {
start++;
}
// ignore lines that start with a pound sign (#)
if (*start == '#') {
continue;
}
// remove trailing whitespace
while (stop > start && isspace (*--stop)) {
*stop = '\0';
}
// ignore blank lines
if (*start == '\0') {
continue;
}
// we have a line of input to work with
strncpy ((void *)buffer, (void *)start, 256);
// see if we found an EOF (used by ATI)
if (strncasecmp ((void *)buffer, "EOF", 3) == 0) {
status = VSTATUS_BAD;
} else {
status = VSTATUS_OK;
}
break;
}
return (status);
}
//------------------------------------------------------------------------------//
// //
// Routine : parse //
// //
// Description : Parse a line of input and create data structures. //
// Input : None //
// Output : None, bad lines are printed and dropped //
// //
//------------------------------------------------------------------------------//
Status_t
parse (void) {
Status_t status;
//
// Capture special lines before we toss them, i.e., VIEO_FM_BASE=some_directory.
//
if (is_special () == TRUE) {
return (VSTATUS_OK);
}
//
// Might be a good line, see if it's a valid format (system_instance_key=value).
//
if (is_valid () == FALSE) {
// log_debug ("Warning: invalid configuration data, line %d\nLine : %s\n\n", line_number, read_buffer);
return (VSTATUS_OK);
}
//
// Add this information to the data structures
//
status = add_information ();
return (status);
}
static void setBase(char *mgr, int instance) {
memset (line_system, 0, 4);
strncpy ((void *)line_system, mgr, 2);
line_instance = instance;
(void) add_information ();
}
//------------------------------------------------------------------------------//
// //
// Routine : is_special //
// //
// Description : Look for 'special' lines. //
// Input : None //
// Output : TRUE - special line found //
// FALSE - nothing special here //
// //
//------------------------------------------------------------------------------//
int
is_special (void) {
char *equals; // location of equals sign (=)
uint8_t subnetSize[16]; // subnet size
uint8_t syslogMode[16]; // syslog mode
int i;
if (strncasecmp ((void *)buffer, "HARDWARE_MFG", 12) == 0) {
return (TRUE);
} else if (strncasecmp ((void *)buffer, "HARDWARE_TYPE", 13) == 0) {
return (TRUE);
} else if (strncasecmp ((void *)buffer, "START_AFTER_ERROR", 17) == 0) {
return (TRUE);
} else if (strncasecmp ((void *)buffer, "STARTUP_LOG", 11) == 0) {
return (TRUE);
} else if (strncasecmp ((void *)buffer, "SUBNET_SIZE", 11) == 0) {
equals = index ((void *)buffer, '=');
if (equals == NULL) {
// no equals sign (=)
return (FALSE);
}
// we'll use VIEO_FM_BASE for creating the output file
StringCopy ((void *)subnetSize, equals + 1, sizeof(subnetSize));
/* add SUBNET_SIZE to each manager environment */
memset (line_key, 0, 100);
StringCopy ((void *)line_key, "SUBNET_SIZE", strlen("SUBNET_SIZE") + 1);
memset (line_value, 0, 200);
strncpy ((void *)line_value, (void *)subnetSize, 128);
for (i = 0; i < MAX_INSTANCES; i++) {
setBase("sm", i);
setBase("bm", i);
setBase("pm", i);
setBase("fe", i);
}
return (TRUE);
} else if (strncasecmp ((void *)buffer, "SYSLOG_MODE", 11) == 0) {
equals = index ((void *)buffer, '=');
if (equals == NULL) {
// no equals sign (=)
return (FALSE);
}
/* add SYSLOG_MODE to each manager's environment */
StringCopy ((void *)syslogMode, equals + 1, sizeof(syslogMode));
memset (line_key, 0, 100);
StringCopy ((void *)line_key, "SYSLOG_MODE", strlen("SYSLOG_MODE") + 1);
memset (line_value, 0, 200);
strncpy ((void *)line_value, (void *)syslogMode, 16);
for (i = 0; i < MAX_INSTANCES; i++) {
setBase("sm", i);
setBase("bm", i);
setBase("pm", i);
setBase("fe", i);
}
return (TRUE);
}
return (FALSE);
}
//------------------------------------------------------------------------------//
// //
// Routine : is_valid //
// //
// Description : Make a best-effort to validate the format of the line. It //
// should contain a key=value. Where the key is three parts: //
// system_instance_dbkey. 'System' is either an Agent or a //
// Manager identifier. 'Instance' is a number from 0-255 //
// inclusive. 'db_key' is a arbitrary string. //
// Input : None //
// Output : TRUE - looks like a valid line //
// FALSE - something wierd is going on here //
// //
//------------------------------------------------------------------------------//
int
is_valid (void) {
int scan_count; // number of sscanf parameters
int instance; // instance number (0 - 256)
char *equals; // location of equals sign (=)
char *underscore_1; // location of underscore (_)
char *underscore_2; // location of underscore (_)
char scan_system [256]; // Agent or Manager indicator
char scan_instance [256]; // instance number
char scan_key [256]; // key
char scan_value [256]; // value
//
// See if this is a Manager.
//
if (!is_manager ()) {
// not an Manager line
return (FALSE);
}
//
// Find the first underscore (_), it terminates the 'system'.
//
underscore_1 = index ((void *)buffer, '_');
if (underscore_1 == NULL) {
// no first underscore, bad news
return (FALSE);
}
*underscore_1 = ' ';
underscore_1++;
//
// Find the second underscore, it separates the 'system' from the 'instance'.
//
underscore_2 = index (underscore_1, '_');
if (underscore_2 == NULL) {
// no second underscore, bad news
return (FALSE);
}
*underscore_2 = ' ';
underscore_2++;
//
// Find the equals sign (=), it separates the 'variable' from the 'value'.
//
equals = index (underscore_2, '=');
if (equals == NULL) {
// no equals sign between the variable and the value
return (FALSE);
}
*equals = ' ';
//
// Extract elements of the string.
//
scan_count = sscanf ((void *)buffer, "%255s %255s %255s %255s", scan_system, scan_instance, scan_key, scan_value);
if (scan_count != 4) {
// need 4 sets of information (system instance key value)
return (FALSE);
}
scan_system[255]=0;
scan_instance[255]=0;
scan_key[255]=0;
scan_value[255]=0;
//
// Convert the instance number to an integer.
//
scan_count = sscanf (scan_instance, "%d", &instance);
if (scan_count != 1) {
// couldn't scan an instance number
return (FALSE);
}
if (instance < 0 || instance > 255) {
// instance number out of range
return (FALSE);
}
//
// Save the system (Agent or Manager) information.
//
memset (line_system, 0, 4);
strncpy ((void *)line_system, scan_system, 3);
//
// Save the instance number.
//
line_instance = instance;
//
// Save the key information.
//
memset (line_key, 0, 100);
strncpy ((void *)line_key, scan_key, 99);
//
// Save the parameter (value) information.
//
memset (line_value, 0, 200);
strncpy ((void *)line_value, scan_value, 199);
return (TRUE);
}
//------------------------------------------------------------------------------//
// //
// Routine : is_manager //
// //
// Description : Determine if this is a Manager line. //
// Managers are: BM, FE, PM, SM //
// Input : None //
// Output : TRUE - contains a Manager identifier //
// FALSE - not a Manager identifier //
// //
//------------------------------------------------------------------------------//
int
is_manager (void) {
if (strncasecmp ((void *)buffer, "BM", 2) == 0) {
return (TRUE);
} else if (strncasecmp ((void *)buffer, "FE", 2) == 0) {
return (TRUE);
} else if (strncasecmp ((void *)buffer, "PM", 2) == 0) {
return (TRUE);
} else if (strncasecmp ((void *)buffer, "SM", 2) == 0) {
return (TRUE);
} else {
return (FALSE);
}
}
//------------------------------------------------------------------------------//
// //
// Routine : add_information //
// //
// Description : Add a line of information to our data structures. //
// Input : None //
// Output : None //
// //
//------------------------------------------------------------------------------//
Status_t
add_information (void) {
uint16_t i;
Ag_Man_t *ap;
//
// Keep track of the Agents and Managers that are specifically started (...start=yes).
//
if ((strcasecmp ((void *)line_key, "start") == 0) && (strcasecmp ((void *)line_value, "yes") == 0)) {
// find a start record
for (i = 0, ap = ag_man_start; i < ag_man_start_count; i++, ap++) {
if (matching_system (ap, (void *)line_system)) {
if (ap->instance == line_instance) {
// already have this one recorded
return (VSTATUS_OK);
}
}
}
// need to add a new starter record
ap->instance = line_instance;
strncpy ((void *)ap->system, (void *)line_system, 3);
ag_man_start_count++;
if (ag_man_start_count > MAX_START) {
log_error ("Warning: too many 'start=yes' entries, line %d\nLine : %s\n", line_number, read_buffer);
return (VSTATUS_BAD);
}
return (VSTATUS_OK);
}
//
// Add to the detailed information.
//
ag_manp->instance = line_instance;
strncpy ((void *)ag_manp->system, (void *)line_system, 3);
strncpy ((void *)ag_manp->key, (void *)line_key, 99);
strncpy ((void *)ag_manp->value, (void *)line_value, 99);
ag_manp++;
ag_man_detail_count++;
if (ag_man_detail_count > MAX_DETAIL) {
log_error ("Warning: too many detailed entries, line %d\nLine : %s\n", line_number, read_buffer);
return (VSTATUS_BAD);
}
//
// See if we need to add this to the unique information.
// Unique information is a unique system (BM, PM, SM) and instance identifier.
//
for (i = 0, ap = ag_man_unique; i < ag_man_unique_count; i++, ap++) {
if (matching_system (ap, (void *)line_system)) {
if (ap->instance == line_instance) {
// already have this one recorded
return (VSTATUS_OK);
}
}
}
//
// Add to the unique information.
//
ap->instance = line_instance;
strncpy ((void *)ap->system, (void *)line_system, 3);
ag_man_unique_count++;
if (ag_man_unique_count > MAX_UNIQUE) {
log_error ("Warning: too many unique entries, line %d\nLine : %s\n", line_number, read_buffer);
return (VSTATUS_BAD);
}
return (VSTATUS_OK);
}
int
matching_system (Ag_Man_t *ag_start, char *which_one) {
if (strcasecmp ((void *)ag_start->system, which_one) == 0) {
return (TRUE);
} else {
return (FALSE);
}
}
//------------------------------------------------------------------------------//
// //
// Routine : log_debug //
// //
// Description : Print debugging information. Instead of embedding printf //
// statments everywhere, we'll do all printing from one routine //
// so that in the future we can re-direct output to some other //
// device if we're not Linux-based. //
// Input : A format and argument list, like printf //
// Output : None //
// //
//------------------------------------------------------------------------------//
void
log_debug (char *format, ...) {
va_list args;
if (debug == TRUE) {
va_start (args, format);
(void) vprintf (format, args);
va_end (args);
}
return;
}
//------------------------------------------------------------------------------//
// //
// Routine : log_error //
// //
// Description : Print error information. Instead of embedding printf //
// statments everywhere, we'll do all printing from one routine //
// so that in the future we can re-direct output to some other //
// device if we're not Linux-based. //
// Input : A format and argument list, like printf //
// Output : None //
// //
//------------------------------------------------------------------------------//
void
log_error (char *format, ...) {
va_list args;
va_start (args, format);
(void) vprintf (format, args);
va_end (args);
return;
}
Status_t readAndParseConfigFile(bool_t debug)
{
//
// Open the config file.
//
fd_config = fopen (config_file, "r");
if (fd_config == NULL) {
log_error ("Could not open the config file ('%s') for reading\n", config_file);
return (VSTATUS_BAD);
}
//
// Allocate memory for reading and parsing the config file.
//
if (alloc_mem () != VSTATUS_OK) {
return (VSTATUS_BAD);
}
//
// Read the config file, parse the lines, and create data structures.
//
int line=0;
while (read_line () == VSTATUS_OK) {
if (debug) fprintf(stdout,"test line %d->%s\n",line++,buffer);
if (parse () != VSTATUS_OK) {
break;
}
}
//
// Close the config file.
//
(void) fclose (fd_config);
return VSTATUS_OK;
}