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systemVariables.cpp
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systemVariables.cpp
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#include "common.h"
extern SYSTEMVARIABLE sysvars[];
char* compileDate = __DATE__ " " __TIME__;
static char systemValue[MAX_WORD_SIZE]; // common answer place
////////////////////////////////////////////////////
/// OVERVIEW CODE
////////////////////////////////////////////////////
void DefineSystemVariables()
{
unsigned int i = 0;
while (sysvars[++i].name)
{
if (sysvars[i].name[0] == SYSVAR_PREFIX)
{
StoreWord((char*) sysvars[i].name)->x.topicIndex = (unsigned short) i; // not a header
(*sysvars[i].address)((char*)"."); // force a reset-- testing calls this to reset after changes
}
}
}
char* SystemVariable(char* word,char* value)
{
WORDP D = FindWord(word);
unsigned int index = (D) ? D->x.topicIndex : 0;
if (!index)
{
ReportBug((char*)"No system variable %s ",word)
return "";
}
char* var = (*sysvars[index].address)(value);
if (!var) return "";
return var;
}
void DumpSystemVariables()
{
unsigned int i = 0;
while (sysvars[++i].name)
{
char* result = (sysvars[i].address) ? (*sysvars[i].address)(NULL) : (char*)""; // actual variable or header
if (!*result)
{
if (strstr(sysvars[i].comment,(char*)"Boolean")) result = "null";
else if (strstr(sysvars[i].comment,(char*)"Numeric")) result = "0";
else result = "null";
}
if (sysvars[i].address) Log(STDTRACELOG,(char*)"%s = %s - %s\r\n",sysvars[i].name, result,sysvars[i].comment); // actual variable
else Log(STDTRACELOG,(char*)"%s\r\n",sysvars[i].name); // header
}
}
static char* AssignValue(char* hold, char* value)
{
if (value[0] == value[1] && value[1] == '"') *value = 0; // null string
else if (!stricmp(value,(char*)"NULL") ) *value = 0;
strcpy(hold,value);
return hold;
}
////////////////////////////////////////////////////
/// TIME AND DATE
////////////////////////////////////////////////////
static char* Sdate(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (regression) return "1";
struct tm ptm;
char* x = GetTimeInfo(&ptm) + 8;
ReadCompiledWord(x,systemValue);
return systemValue; // 1 or 2 digit date
}
static char* SdayOfWeek(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (regression) return "Monday";
struct tm ptm;
ReadCompiledWord(GetTimeInfo(&ptm),systemValue);
switch(systemValue[1])
{
case 'o': return "Monday";
case 'u': return (char*)((systemValue[0] == 'T') ? (char*)"Tuesday" : (char*)"Sunday");
case 'e': return "Wednesday";
case 'h': return "Thursday";
case 'r': return "Friday";
case 'a': return "Saturday";
}
return "";
}
static char* SdayNumberOfWeek(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (regression) return "2";
struct tm ptm;
ReadCompiledWord(GetTimeInfo(&ptm),systemValue);
int n;
switch(systemValue[1])
{
case 'u': n = (systemValue[0] != 'T') ? 1 : 3; break;
case 'o': n = 2; break;
case 'e': n = 4; break;
case 'h': n = 5; break;
case 'r': n = 6; break;
case 'a': n = 7; break;
default: n = 0; break;
}
systemValue[0] = (char)(n + '0');
systemValue[1] = 0;
return systemValue;
}
char* SFullTime(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
uint64 curr = (uint64) time(0);
if (regression) curr = 44444444;
#ifdef WIN32
sprintf(systemValue,(char*)"%I64d",curr);
#else
sprintf(systemValue,(char*)"%lld",curr);
#endif
return systemValue;
}
static char* SFullTimeMS(char* value)
{
// full time in milliseconds
static char hold[50] = ".";
if (value) return AssignValue(hold, value);
if (*hold != '.') return hold;
uint64 elapsedMS = ElapsedMilliseconds();
sprintf(systemValue, (char*)"%u", (unsigned int)elapsedMS);
return systemValue;
}
static char* Shour(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (regression) return "11";
struct tm ptm;
strncpy(systemValue,GetTimeInfo(&ptm)+11,2);
systemValue[2] = 0;
return systemValue;
}
static char* SleapYear(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (regression) return "";
time_t rawtime;
time (&rawtime );
struct tm timeinfo;
mylocaltime (&rawtime,&timeinfo );
int year = timeinfo.tm_year + 1900;
bool leap = false;
if ((year % 400) == 0) leap = true;
else if ((year % 100) != 0 && (year % 4) == 0) leap = true;
return leap ? (char*)"1" : (char*)"";
}
static char* Sdaylightsavings(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (regression) return "1";
time_t rawtime;
time (&rawtime );
struct tm timeinfo;
mylocaltime (&rawtime,&timeinfo );
int dst = timeinfo.tm_isdst;
return dst ? (char*)"1" : (char*)"";
}
static char* Sminute(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (regression) return "12";
struct tm ptm;
ReadCompiledWord(GetTimeInfo(&ptm)+14,systemValue);
systemValue[2] = 0;
return systemValue;
}
static char* Smonth(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (regression) return "6";
struct tm ptm;
ReadCompiledWord(GetTimeInfo(&ptm)+SKIPWEEKDAY,systemValue);
switch(systemValue[0])
{
case 'J': // january june july
if (systemValue[1] == 'a') return "1";
else if (systemValue[2] == 'n') return "6";
else if (systemValue[2] == 'l') return "7";
break;
case 'F': return "2";
case 'M': return (systemValue[2] != 'y') ? (char*)"3" : (char*)"5";
case 'A': return (systemValue[1] == 'p') ? (char*)"4" : (char*)"8";
case 'S': return "9";
case 'O': return "10";
case 'N': return "11";
case 'D': return "12";
}
return "";
}
static char* SmonthName(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (regression) return "June";
struct tm ptm;
ReadCompiledWord(GetTimeInfo(&ptm)+SKIPWEEKDAY,systemValue);
switch(systemValue[0])
{
case 'J': // january june july
if (systemValue[1] == 'a') return "January";
else if (systemValue[2] == 'n') return "June";
else if (systemValue[2] == 'l') return "July";
break;
case 'F': return "February";
case 'M': return (systemValue[2] != 'y') ? (char*)"March" : (char*)"May";
case 'A': return (systemValue[1] == 'p') ? (char*)"April" : (char*)"August";
case 'S': return "September";
case 'O': return "October";
case 'N': return "November";
case 'D': return "December";
}
return "";
}
static char* Ssecond(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (regression) return "12";
struct tm ptm;
ReadCompiledWord(GetTimeInfo(&ptm)+17,systemValue);
systemValue[2] = 0;
return systemValue;
}
static char* Svolleytime(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (regression) return "12";
uint64 diff = ElapsedMilliseconds() - startTimeInfo;
sprintf(systemValue,(char*)"%u",(unsigned int)diff);
return systemValue;
}
static char* Stime(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (regression) return "01:40";
struct tm ptm;
strncpy(systemValue,GetTimeInfo(&ptm)+11,5);
systemValue[5] = 0;
return systemValue;
}
static char* Szulutime(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
struct tm ptm;
GetTimeInfo(&ptm,true,true);
sprintf(systemValue,(char*)"%d-%2.2d-%2.2dT%2.2d:%2.2d:%2.2d.0Z",ptm.tm_year+1900,ptm.tm_mon+1,ptm.tm_mday,
ptm.tm_hour,ptm.tm_min,ptm.tm_sec);
return systemValue;
}
static char* Stimenumbers(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
struct tm ptm;
GetTimeInfo(&ptm);
sprintf(systemValue,(char*)"%2.2d %2.2d %2.2d %d %d %d %d",ptm.tm_sec,ptm.tm_min, ptm.tm_hour, ptm.tm_wday, ptm.tm_mday, ptm.tm_mon, ptm.tm_year+1900);
return systemValue;
}
static char* SweekOfMonth(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (regression) return "1";
int n;
struct tm ptm;
char* x = GetTimeInfo(&ptm) + 8;
if (*x == ' ') ++x; // Mac uses space, pc uses 0 for 1 digit numbers
ReadInt(x,n);
systemValue[0] = (char)('0' + (n/7) + 1);
systemValue[1] = 0;
return systemValue;
}
static char* Syear(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (regression) return "2017";
struct tm ptm;
ReadCompiledWord(GetTimeInfo(&ptm)+20,systemValue);
return (regression) ? (char*)"1951" : systemValue;
}
static char* Srand(char* value) // 1 .. 100
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (regression) return "0";
sprintf(systemValue,(char*)"%d",random(100)+1);
return systemValue;
}
////////////////////////////////////////////////////
/// SYSTEM
////////////////////////////////////////////////////
static char* Sall(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
return (all != 0) ? (char*)"1" : (char*)"";
}
static char* Sscript(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (topicBlockPtrs[2]) sprintf(systemValue,(char*)"Script1: %s Script0: %s Script2: %s",timeStamp[1],timeStamp[0],timeStamp[2]);
else sprintf(systemValue,(char*)"Script1: %s Script0: %s",timeStamp[1],timeStamp[0]);
return systemValue;
}
static char* Sengine(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
sprintf(systemValue,(char*)"Engine: %s",compileDate);
if (systemValue[12] == ' ') systemValue[12] = '0';
return systemValue;
}
static char* Sip(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
strcpy(systemValue,ipAddress);
return systemValue;
}
static char* Slanguage(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
strcpy(systemValue,language);
return systemValue;
}
static char* Sos(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
#ifdef WIN32
strcpy(systemValue,(char*)"windows");
#elif __MACH__
strcpy(systemValue,(char*)"mac");
#elif IOS
strcpy(systemValue,(char*)"ios");
#elif ANDROID
strcpy(systemValue,(char*)"android");
#else
strcpy(systemValue,(char*)"linux");
#endif
return systemValue;
}
static char* Suser(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
strcpy(systemValue,loginID);
return systemValue;
}
static char* Sbot(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
strcpy(systemValue,computerID);
return systemValue;
}
static char* Sdict(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
sprintf(systemValue,(char*)"Dictionary: %s",dictionaryTimeStamp);
return systemValue;
}
static char* Sversion(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
sprintf(systemValue,(char*)"Version: %s",version);
return systemValue;
}
static char* Sfact(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
sprintf(systemValue,(char*)"%d",Fact2Index(factFree));
return systemValue;
}
static char* Shost(char* value)
{
static char hold[50] = ".";
if (value)
{
if (*value != '.') regression = *value != '0';
return strcpy(hold,value);
}
if (*hold != '.') return hold;
return hostname;
}
static char* Sregression(char* value)
{
static char hold[50] = ".";
if (value)
{
if (*value != '.') regression = *value != '0';
return strcpy(hold,value);
}
if (*hold != '.') return hold;
return (regression != 0) ? (char*)"1" : (char*)"";
}
static char* ShttpResponse(char* value)
{
static char hold[50] = ".";
if (value)
{
if (*value != '.') regression = *value != '0';
return strcpy(hold,value);
}
if (*hold != '.') return hold;
sprintf(systemValue,(char*)"%d",(int)http_response);
return systemValue;
}
static char* SmaxMatchVariables(char* value)
{
static char hold[50] = ".";
if (value)
{
if (*value != '.') regression = *value != '0';
return strcpy(hold,value);
}
if (*hold != '.') return hold;
sprintf(systemValue,(char*)"%d",MAX_WILDCARDS);
return systemValue;
}
static char* SmaxFactSets(char* value)
{
static char hold[50] = ".";
if (value)
{
if (*value != '.') regression = *value != '0';
return strcpy(hold,value);
}
if (*hold != '.') return hold;
sprintf(systemValue,(char*)"%d",MAX_FIND_SETS);
return systemValue;
}
static char* ScrossTalk(char* value)
{
static char hold[4000];
if (value)
{
size_t len = strlen(value);
if (len >= 4000) value[len-1] = 0;
strcpy(hold,value);
}
return (*hold != '.') ? hold : (char*)"";
}
static char* Sdocument(char* value)
{
static char hold[50] = ".";
if (value) return strcpy(hold,value); // may not legall set on one's own
if (*hold != '.') return hold;
return (documentMode != 0) ? (char*)"1" : (char*)"";
}
static char* SfreeText(char* value)
{
static char hold[50] = ".";
if (value) return strcpy(hold,value); // may not legally set on one's own
int nominalUsed = maxHeapBytes - (heapBase - heapFree);
sprintf(hold,(char*)"%d",nominalUsed / 1000);
return hold;
}
static char* SfreeWord(char* value)
{
static char hold[50] = ".";
if (value) return strcpy(hold,value); // may not legally set on one's own
sprintf(hold,(char*)"%ld",((unsigned int)maxDictEntries)-(dictionaryFree-dictionaryBase));
return hold;
}
static char* SfreeFact(char* value)
{
static char hold[50] = ".";
if (value) return strcpy(hold,value); // may not legally set on one's own
sprintf(hold,(char*)"%ld",factEnd-factFree);
return hold;
}
static char* Srule(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (currentTopicID == 0 || currentRuleID == -1) return "";
sprintf(systemValue,(char*)"%s.%d.%d",GetTopicName(currentTopicID),TOPLEVELID(currentRuleID),REJOINDERID(currentRuleID));
return systemValue;
}
static char* Sserver(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (!server) return "";
sprintf(systemValue,(char*)"%d",port);
return systemValue;
}
static char* Stopic(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
GetActiveTopicName(systemValue);
return systemValue;
}
static char* SactualTopic(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
strcpy(systemValue,GetTopicName(currentTopicID,false));
return systemValue;
}
static char* STrace(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (!trace) return "0";
sprintf(systemValue,(char*)"%d",trace);
return systemValue;
}
static char* SPID(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (!trace) return "0";
#ifdef LINUX
sprintf(systemValue,(char*)"%d",getpid());
#else
sprintf(systemValue,(char*)"%d",0);
#endif
return systemValue;
}
static char* SRestart(char* value)
{
static char systemRestartValue[MAX_WORD_SIZE]; // restart passback
static bool inited = false;
if (!inited)
{
inited = true;
*systemRestartValue = 0;
}
if (value && *value == '.') return ""; // ignore init
else if (value)
{
if (strlen(value) >= MAX_WORD_SIZE) value[MAX_WORD_SIZE-1] = 0;
strcpy(systemRestartValue,value);
return "";
}
else return systemRestartValue;
}
static char* STimeout(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold, value);
if (*hold != '.') return hold;
return timerCheckInstance == TIMEOUT_INSTANCE ? (char*)"1" : (char*)"";
}
////////////////////////////////////////////////////
/// USER INPUT
////////////////////////////////////////////////////
static char* Sforeign(char* value)
{
static char hold[50] = ".";
if (value)
{
if (*value == '.') strcpy(hold,value);
else if (!stricmp(value,(char*)"1")) tokenFlags |= FOREIGN_TOKENS;
else if (!stricmp(value,(char*)"0")) tokenFlags &= -1 ^ FOREIGN_TOKENS;
}
if (*hold != '.') return hold;
return tokenFlags & FOREIGN_TOKENS ? (char*)"1" : (char*)"";
}
static char* Sinput(char* value)
{
static char hold[50] = ".";
if (value)
{
if (value[0] != '.') volleyCount = atoi(value); // actually changes it
else strcpy(hold,value);
}
if (*hold != '.') return hold;
sprintf(systemValue,(char*)"%d",volleyCount);
return systemValue;
}
static char* Slength(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
sprintf(systemValue,(char*)"%d",wordCount);
return systemValue;
}
static char* Smore(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
return moreToCome ? (char*)"1" : (char*)"";
}
static char* SmoreQuestion(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
return moreToComeQuestion ? (char*)"1" : (char*)"";
}
static char* SoriginalInput(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
char* at = SkipWhitespace(mainInputBuffer);
if (at && *at == '[') // skip oob data
{
int depth = 1;
bool quote = false;
while (++at)
{
if (*at != '"' && quote) continue; // swallow stuff in quotes
if (*at == '"' && *(at-1) != '\\') quote = !quote;
else if (*at == '[' && *(at-1) != '\\') ++depth;
else if (*at == ']' && *(at-1) != '\\') --depth;
if (depth == 0)
{
++at;
break;
}
}
}
return SkipWhitespace(at);
}
static char* SoriginalSentence(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
return rawSentenceCopy;
}
static char* Sparsed(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
return tokenFlags & FAULTY_PARSE ? (char*)"" : (char*)"1";
}
static char* Ssentence(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
return tokenFlags & NOT_SENTENCE ? (char*)"" : (char*)"1";
}
static char* Squestion(char* value)
{
static char hold[50] = ".";
if (value)
{
if (*value == '.') strcpy(hold,value);
else if (!stricmp(value,(char*)"1")) tokenFlags |= QUESTIONMARK;
else if (!stricmp(value,(char*)"0")) tokenFlags &= -1 ^ QUESTIONMARK;
}
if (*hold != '.') return hold;
return tokenFlags & QUESTIONMARK ? (char*)"1" : (char*)"";
}
static char* Scommand(char* value)
{
static char hold[50] = ".";
if (value)
{
if (*value == '.') strcpy(hold,value);
else if (!stricmp(value,(char*)"1")) tokenFlags |= COMMANDMARK;
else if (!stricmp(value,(char*)"0")) tokenFlags &= -1 ^ COMMANDMARK;
}
if (*hold != '.') return hold;
return tokenFlags & COMMANDMARK ? (char*)"1" : (char*)"";
}
static char* Squotation(char* value)
{
static char hold[50] = ".";
if (value)
{
if (*value == '.') strcpy(hold,value);
else if (!stricmp(value,(char*)"1")) tokenFlags |= QUOTATION;
else if (!stricmp(value,(char*)"0")) tokenFlags &= -1 ^ QUOTATION;
}
if (*hold != '.') return hold;
return tokenFlags & QUOTATION ? (char*)"1" : (char*)"";
}
static char* Simpliedyou(char* value)
{
static char hold[50] = ".";
if (value)
{
if (*value == '.') strcpy(hold,value);
else if (!stricmp(value,(char*)"1")) tokenFlags |= IMPLIED_YOU;
else if (!stricmp(value,(char*)"0")) tokenFlags &= -1 ^ IMPLIED_YOU;
}
if (*hold != '.') return hold;
else return tokenFlags & IMPLIED_YOU ? (char*)"1" : (char*)"";
}
static char* Stense(char* value)
{
static char hold[50] = ".";
if (value)
{
if (*value == '.') strcpy(hold,value);
else if (!stricmp(value,(char*)"past")) {tokenFlags &= -1 & (PRESENT|FUTURE); tokenFlags |= PAST;}
else if (!stricmp(value,(char*)"future")) {tokenFlags &= -1 & (PRESENT|PAST); tokenFlags |= FUTURE;}
else if (!stricmp(value,(char*)"present")) {tokenFlags &= -1 & (FUTURE|PAST); tokenFlags |= PRESENT;}
}
if (*hold != '.') return hold;
else if (tokenFlags & PAST) return "past";
else if (tokenFlags & FUTURE) return "future";
else return "present";
}
static char* SexternalTagging(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold, value);
if (*hold != '.') return hold;
#ifdef TREETAGGER
return externalPostagger ? (char*)"1" : (char*)"";
#else
return "";
#endif
}
static char* StokenFlags(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
#ifdef WIN32
sprintf(systemValue,(char*)"%I64d",(long long int) tokenFlags);
#else
sprintf(systemValue,(char*)"%lld",(long long int) tokenFlags);
#endif
return systemValue;
}
static char* SuserFirstLine(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
sprintf(systemValue,(char*)"%d",userFirstLine);
return systemValue;
}
static char* SuserInput(char* value)
{
static char hold[50] = ".";
if (value)
{
if (*value == '.') strcpy(hold,value);
else if (!stricmp(value,(char*)"1")) tokenFlags |= USERINPUT;
else if (!stricmp(value,(char*)"0")) tokenFlags &= -1 ^ USERINPUT;
}
if (*hold != '.') return hold;
return tokenFlags & USERINPUT ? (char*)"1" : (char*)"";
}
static char* SrevisedInput(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
return inputNest ? (char*)"1" : (char*)"";
}
static char* Svoice(char* value)
{
static char hold[50] = ".";
if (value)
{
if (*value == '.') strcpy(hold,value);
else if (!stricmp(value,(char*)"1")) tokenFlags |= PASSIVE;
else if (!stricmp(value,(char*)"0")) tokenFlags &= -1 ^ PASSIVE;
}
if (*hold != '.') return hold;
return (tokenFlags & PASSIVE) ? (char*)"passive" : (char*)"active";
}
////////////////////////////////////////////////////
/// OUTPUT VARIABLES
////////////////////////////////////////////////////
static char* SinputRejoinder(char* value)
{
static char hold[50] = ".";
if (value)
{
if (*value == '.') return AssignValue(hold,value);
char* dot = strchr(value,'.');
if (dot)
{
*dot = 0;
inputRejoinderTopic = FindTopicIDByName(value);
inputRejoinderRuleID = atoi(dot+1);
*dot = '.';
dot = strchr(dot+1,'.');
if (dot) inputRejoinderRuleID |= MAKE_REJOINDERID(atoi(dot+1));
}
return value;
}
if (*hold != '.') return hold;
if (inputRejoinderTopic == NO_REJOINDER) return (char*)"";
sprintf(systemValue,(char*)"%s.%d.%d",GetTopicName(inputRejoinderTopic),TOPLEVELID(inputRejoinderRuleID),REJOINDERID(inputRejoinderRuleID));
return systemValue;
}
static char* SlastOutput(char* value)
{
static char hold[500];
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
return (responseIndex) ? responseData[responseOrder[responseIndex-1]].response : (char*)"";
}
static char* SlastQuestion(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
if (!responseIndex) return "";
char* sentence = responseData[responseOrder[responseIndex-1]].response;
size_t len = strlen(sentence);
return (sentence[len-1] == '?') ? (char*)"1" : (char*)"";
}
static char* SoutputRejoinder(char* value)
{
static char hold[50] = ".";
if (value)
{
if (*value == '.') return AssignValue(hold,value);
char* dot = strchr(value,'.');
if (dot)
{
*dot = 0;
outputRejoinderTopic = FindTopicIDByName(value);
outputRejoinderRuleID = atoi(dot+1);
*dot = '.';
dot = strchr(dot+1,'.');
if (dot) outputRejoinderRuleID |= MAKE_REJOINDERID(atoi(dot+1));
}
return value;
}
if (*hold != '.') return hold;
if (outputRejoinderTopic == NO_REJOINDER) return (char*)"";
sprintf(systemValue,(char*)"%s.%d.%d",GetTopicName(outputRejoinderTopic),TOPLEVELID(outputRejoinderRuleID),REJOINDERID(outputRejoinderRuleID));
return systemValue;
}
static char* Sresponse(char* value)
{
static char hold[50] = ".";
if (value) return AssignValue(hold,value);
if (*hold != '.') return hold;
sprintf(systemValue,(char*)"%d",responseIndex);
return systemValue;
}
SYSTEMVARIABLE sysvars[] =
{ // do not use underscores in name
{ (char*)"",0,(char*)""},
{ (char*)"\r\n---- Time, Date, Number variables",0,(char*)""},
{ (char*)"%date",Sdate,(char*)"Numeric day of the month"},
{ (char*)"%day",SdayOfWeek,(char*)"Named day of the week"},
{ (char*)"%daynumber",SdayNumberOfWeek,(char*)"Numeric day of week (0=sunday)"},
{ (char*)"%fulltime",SFullTime,(char*)"Numeric full time/date in seconds"},
{ (char*)"%fullmstime",SFullTimeMS,(char*)"Numeric full time/date in milliseconds" },
{ (char*)"%hour",Shour,(char*)"Numeric 2-digit current hour of day (00..23)"},
{ (char*)"%leapyear",SleapYear,(char*)"Boolean - is it a leap year"},
{ (char*)"%minute",Sminute,(char*)"Numeric 2-digit current minute"},
{ (char*)"%month",Smonth,(char*)"Numeric month number (1..12)"},