char* en_en::getVerbPastProgressive(int v,int f,int s,int st,char* midadverb){
char t = getVerbType(v,st);
if (st<6 && t!='4')
{
int bl,il;
bl=getVerbLength(1,f,s,st-2,&blank);
char* preadd=getVerbPreAdd(v);
il=strlen(preadd);
char* gerund = NULL;
char* buffer = NULL;
if (question==0)
{
buffer = (char*)calloc(bl+il+5,sizeof(char));
gerund = buffer;
}
else if (question==1)
{
buffer = (char*) calloc(bl+1,sizeof(char));
QuestionVerb1 = (char*) calloc(il+5,sizeof(char));
gerund = QuestionVerb1;
}
strcat(buffer,getVerb(1,f,s,st-2,&blank));
strcat(gerund,midadverb);
strcat(gerund,preadd);
strcat(gerund,"ing ");
return buffer;
}else if(st<10 && t!='4'){
int bl,il;
bl=getVerbLength(2,f,s,1,&blank);
bl+=getVerbLength(1,0,s,3,midadverb);
char* preadd=getVerbPreAdd(v);
il=strlen(preadd);
char* gerund = NULL;
char* buffer = NULL;
if (question==0)
{
buffer = (char*)calloc(bl+il+5,sizeof(char));
gerund = buffer;
}
else if (question==1)
{
buffer = (char*) calloc(bl+1,sizeof(char));
QuestionVerb1 = (char*) calloc(il+5,sizeof(char));
gerund = QuestionVerb1;
}
strcat(buffer,getVerb(2,f,s,1,&blank));
strcat(gerund,getVerbPast(1,0,s,3,midadverb));
strcat(gerund,preadd);
strcat(gerund,"ing ");
return buffer;
}else if (t=='4'){
return getVerbPast(v,f,s,4,(char*)"");
}
else{
printf("OOPS");
}
}
char* en_en::getVerbPreAdd(int v){
FILE* rFile=fopen(DICTIONARY EN_EN_FOLDER "verb_present","r");
gotoline(rFile,v);
char* buffer=(char*)malloc(BUFFER_SIZE);
fgets(buffer,BUFFER_SIZE-1,rFile);
fclose(rFile);
char t=buffer[0];
if (t=='1'){
//Look up second word form
int u=0,i=0;
while (u<2){
if (buffer[i]=='_')
u++;
else if (buffer[i]==0)
break;
else if (buffer[i]=='\n')
break;
i++;
}
u=0;
while (buffer[i]!='_' && buffer[i]!=0 && buffer[i]!='\n')
buffer[u++]=buffer[i++];
buffer[u++]=0;
}else if (t=='0'){
char* b=getVerb(v,10,0,1,&blank);
int i=0;
while (b[i]!=0) i++;
//[(space)] [\0]
//We are removing the space here, because it is added in getVerb because the function thinks we will just add it straight to the sentence.
b[i-1]=0;
return b;
}else{
int i=0;
while(buffer[i]!='_' && buffer[i]!=0 && buffer[i]!='\n') i++;
i++;
int u=0;
while (buffer[i]!='_' && buffer[i]!=0 && buffer[i]!='\n')
buffer[u++]=buffer[i++];
//Now follow all the english rules
//http://www.oxforddictionaries.com/words/verb-tenses-adding-ed-and-ing
//http://www.grammar.cl/Notes/Spelling_ING.htm
if (buffer[u-1]=='e' && buffer[u-2]=='i'){
u-=2;
buffer[u++]='y';
}
else if (buffer[u-1]=='e' && (buffer[u-2]!='e' && buffer[u-2]!='y' && buffer[u-2]!='o'))
u-=1;
else if (buffer[u-1]=='c'){
buffer[u++]='k';
}
else if (!isVowel(buffer[u-3])&&isVowel(buffer[u-2])&&!isVowel(buffer[u-1])&&buffer[u-1]!='x'&&buffer[u-1]!='y'&&buffer[u-1]!='z'&&buffer[u-1]!='w'){
buffer[u]=buffer[u-1];
u++;
}
buffer[u++]=0;
}
return buffer;
}
char* en_en::getVerbFuturePastProgressive(int v, int f, int s, int st, char* midadverb){
char* verb;
verb = getVerb(v,f,1,8,midadverb);
char* buf = (char*)calloc(sizeof(verb) + sizeof(EN_EN_FUTURE) + 1,sizeof(char));
strcat(buf,EN_EN_FUTURE);
strcat(buf,verb);
return buf;
}
char* en_en::getVerbPassivePresent(int v,int f,int s,int st, char* midadverb){
if (st > 25) f = 0;
char* fv = getVerb(1,f,s,st - 16,&blank);
char* sv = getVerbPast(v,f,s,true,midadverb);
char* buf = (char*) calloc(sizeof(fv) + sizeof(sv) + 1,sizeof(char));
strcat(buf,fv);
strcat(buf,sv);
return buf;
}
std::string de::createSentence(){
int a=0;
char endchar = '.';
if (question == 1){
data|=0x01;
endchar = '?';
}
else if (question > 1)
{
buf[a++] = &de_question_words[question-2][0];
endchar = '?';
data |= 0x01;
}
if (punctuation == false)
endchar = NULL;
if(verb1>0){
parseVerb(0,verb1);
verb1=0;
}
if (verb2>0){
parseVerb(1,verb2);
verb2=0;
}
char debug='a';
hasEndVerb=false;
verbs[0]=v1;
verbs[1]=v2;
verbs[2]=v3;
bool verb=false;
bool splural=(snum>0) | s[0].plural;
if(v1!=0) verb=true;
if(data&0x1){
if(verb) buf[a++]=getVerb(v1,-1,splural?8:s[0].id,st);
verb = false;
}
/*if (prepos_prepos[2]>0){
buf[a++]=getPreposObject(prepos_prepos[2],prepos_object[2].id,prepos_object[2].num,prepos_object[2].plural,prepos_object[2].typ);
if(verb) buf[a++]=getVerb(v1,-1,splural?8:s[0].id,st);
verb = false;
}*/
for(int sc=0;sc<16;sc++){
if (s[sc].id>0){
if (sc>0) buf[a++]=", ";
if (sc == snum && snum>0 && sctype==0) buf[a++]=DE_UNDNOMEN;
else if (sc == snum && snum>0) buf[a++]=DE_ODERNOMEN;
buf[a++]=getNounString(&s[sc]);
}
}
if(verb)buf[a++]=getVerb(v1,-1,splural?8:s[0].id,st);
for (int objid=0;objid<8;objid++){
for (int oc=0;oc<16;oc++){
if (obj[objid][oc].id>0){
if (oc>0) buf[a++]=", ";
if (oc == objnum[objid] && objnum[objid]>0 && octype[objid]==0) buf[a++]=DE_UNDNOMEN;
else if (oc == objnum[objid] && objnum[objid]>0) buf[a++] = DE_ODERNOMEN;
buf[a++]=getNounString(&obj[objid][oc]);
}
}
}
if (neg){
buf[a++]=de_nicht;
}
if (getPreVerb2(v1)==1)
buf[a++]=de_zu;
if (v2!=0)
buf[a++]=getOtherVerb(v1,v2);
if (hasEndVerb)
buf[a++]=endVerb;
if(subClause!=NULL && conjunction > 0)
{
buf[a++]=getSubClause();
}
int sl=0;
for (int i=0;i<NUM_BUF;i++){
if(buf[i]!=NULL)
sl+=strlen(buf[i]);
}
char* buffer = (char*)calloc(sl+4,sizeof(char));
for (int i=0;i<NUM_BUF;i++){
if(buf[i]!=NULL)
{
strcat(buffer,buf[i]);
}
}
if (clause==false){
char* buf2 = buffer;
buffer = (char*) calloc(strlen(buf2)+2,sizeof(char));
int len = strlen(buf2);
int i=1;
int j=1;
char c;
c = buf2[0];
if (c >= 'a' && c <= 'z')
buffer[0]=c-32;
else buffer[0]=c;
while (i<len){
if (buf2[i]!=' '){
buffer[j++]=buf2[i++];
}else if (buf2[i+1]==','){
buffer[j++]=',';
i=i+2;
}else if (buf2[i+1]==0){
buffer[j++]=endchar;
i++;
}else buffer[j++]=buf2[i++];
}
}
return std::string(buffer);
}
std::string de::createSubClause(){
if(verb1>0){
parseVerb(0,verb1);
verb1=0;
}
if (verb2>0){
parseVerb(1,verb2);
verb2=0;
}
int a=0;
hasEndVerb=false;
verbs[0]=v1;
verbs[1]=v2;
verbs[2]=v3;
bool splural=(snum>0) | s[0].plural;
/* if (prepos_prepos[2]!=0){
buf[a++]=getPreposObject(prepos_prepos[2],prepos_object[2].id,prepos_object[2].num,prepos_object[2].plural,prepos_object[2].typ);
}*/
for(int sc=0;sc<16;sc++){
if (s[sc].id>0){
if (sc>0) buf[a++]=", ";
if (sc == snum && snum>0 && sctype==0) buf[a++]=DE_UNDNOMEN;
else if (sc == snum && snum>0) buf[a++]=DE_ODERNOMEN;
buf[a++]=getNounString(&s[sc]);
}
}
for (int objid=0;objid<8;objid++){
for (int oc=0;oc<16;oc++){
if (obj[objid][oc].id>0){
if (oc>0) buf[a++]=", ";
if (oc == objnum[objid] && objnum[objid]>0 && octype[objid]==0) buf[a++]=DE_UNDNOMEN;
else if (oc == objnum[objid] && objnum[objid]>0) buf[a++] = DE_ODERNOMEN;
buf[a++]=getNounString(&obj[objid][oc]);
}
}
}
if (neg){
buf[a++]=de_nicht;
}
if (getPreVerb2(v1)==1)
buf[a++]=de_zu;
if (v2!=0)
buf[a++]=getOtherVerb(v1,v2);
//Get hasEndVerb
getVerb(v1,-1,splural?8:s[0].id,st);
if (hasEndVerb)
buf[a++]=endVerb;
//Verb goes at the end
buf[a++]=getVerb(v1,-1,splural?8:s[0].id,st);
if(subClause!=NULL && conjunction > 0)
{
buf[a++]=getSubClause();
}
int sl=0;
for (int i=0;i<NUM_BUF;i++){
if(buf[i]!=NULL)
sl+=strlen(buf[i]);
}
char* buffer = (char*)calloc(sl+4,sizeof(char));
for (int i=0;i<NUM_BUF;i++){
if(buf[i]!=NULL)
strcat(buffer,buf[i]);
}
return buffer;
}
// command line argument(s) should be verbosity (optional) and input file
int main(int argv, char * argc[])
{
int verbose = 0; // 0 = non-verbose, 1 = verbose, 2 = show-rand
FILE * fp = 0;
int numArgs = argv;
// get file pointer and verbosity argument
if(numArgs == 2){
fp = fopen(argc[1], "r");
}
else if(numArgs == 3){
verbose = getVerb(argc[1]);
fp = fopen(argc[2], "r");
}
// check for invalid file
if(fp == NULL){
printf("FATAL ERROR: invalid file given\n");
exit(1);
}
char nextChar = ' ';
int NUMOFPROCS = 0;
while(NUMOFPROCS == 0){
nextChar = fgetc(fp);
if(isdigit(nextChar)){
NUMOFPROCS = nextChar - '0'; // subtracts the ascii value for 0 from int value
}
}
int i = 0;
struct process procs[NUMOFPROCS];
while(i < NUMOFPROCS){
procs[i].a = getNextInt(fp);
procs[i].b = getNextInt(fp);
procs[i].c = getNextInt(fp);
procs[i].io = getNextInt(fp);
i++;
}
fclose(fp);
// sort processes by order of start time
struct process sortedprocs[NUMOFPROCS];
int sortflags[NUMOFPROCS]; // array to flag which processes have been sorted by time
for(i = 0; i < NUMOFPROCS; i++){
sortflags[i] = 0; // set all to zero
}
int sortcount;
int j;
for(sortcount = 0; sortcount < NUMOFPROCS; sortcount++){
int minind;
int mintime = INT_MAX;
for(j = 0; j < NUMOFPROCS; j++){ // cycle through, checking each start against min
if(procs[j].a < mintime && sortflags[j] == 0){
minind = j;
mintime = procs[j].a;
}
}
// add it to the appropriate place in the sortedprocs array
sortedprocs[sortcount] = procs[minind];
sortflags[minind] = 1;
}
// ****** DO NOT EDIT PROCS OR SORTEDPROCS ******
// actual scheduling here
//runUni(verbose, NUMOFPROCS, &procs, &sortedprocs);
//runfcfs(verbose, NUMOFPROCS, &procs, &sortedprocs);
runsjf(verbose, NUMOFPROCS, &procs, &sortedprocs);
//runrr(verbose, NUMOFPROCS, &procs, &sortedprocs);
}
char* en_en::getVerbPresent(int v,int f,int s,int st,char* midadverb){
if (f==-1){
int t=getNounType(s);
f=getVerbFormFromSubjectType(t,s);
}
if (st==1){
FILE* rFile = fopen(DICTIONARY EN_EN_FOLDER "verb_present","r");
gotoline(rFile,v);
char* buffer = (char*)malloc(BUFFER_SIZE);
fgets(buffer,BUFFER_SIZE-1,rFile);
fclose(rFile);
char vt=buffer[0];
char of=f;
if (vt!='0') f=0;
int u=0;
int i=0;
while (u<=f){
char c=buffer[i];
if (c=='_') u++;
else if (c=='\n'){
printf("Warning:\nThe form %d doesn't exist for verb %d!\nUsing form 0\n",f,v);
return getVerb(v,0,s,1,midadverb);
}
i++;
}
//i should be at the start of form we want
//copy form to start of buffer
u=0;
while (buffer[i]!='_' && buffer[i]!='\n' && buffer[i]!=0){
buffer[u++]=buffer[i++];
}
//Now if SIMPLE tense on a regular verb, add conjugation
if (vt!='0' && vt!='3' ){
if (of>2 && of<6){
if (buffer[u-1]=='o' || (buffer[u-1]=='s' && buffer[u-2]=='s') || (buffer[u-1]=='h' && buffer[u-2]=='s') || (buffer[u-1]=='h' && buffer[u-2]=='c') || (buffer[u-1]=='z' && buffer[u-2]=='z') || buffer[u-1]=='x')
buffer[u++]='e';
buffer[u++]='s';
}
}
buffer[u++]=' ';
buffer[u++]=0;
if (neg && (vt=='3' || vt=='0')){
strcat(buffer,negativestmt);
}
char* ret=(char*)calloc(BUFFER_SIZE,sizeof(char));
strcat(ret,midadverb);
if (neg && vt!='3' && vt!='0'){
if (of>2 && of<6)
strcat(ret,EN_EN_DOESNOT);
else
strcat(ret,donot);
}
strcat(ret,buffer);
return ret;
}
else if (st==0){
char t=getVerbType(v,st);
if (t=='4'||t=='3'){
// printf("Can not create progressive tense with type %c verbs!\nUsing simple tense instead.\n",t);
return getVerb(v,f,s,1,midadverb);
}
int bl,il;
bl=getVerbLength(1,f,s,1,&blank);
char* preadd=getVerbPreAdd(v);
il=strlen(preadd);
char* gerund=NULL;
char* buffer = NULL;
if (question==0)
{
buffer = (char*)calloc(bl+il+5,sizeof(char));
gerund = buffer;
}
else if (question>0)
{
buffer = (char*) calloc(bl+1,sizeof(char));
QuestionVerb1 = (char*) calloc(il+5,sizeof(char));
gerund = QuestionVerb1;
}
strcat(buffer,getVerb(1,f,s,1,&blank));
strcat(buffer,midadverb);
strcat(gerund,preadd);
strcat(gerund,"ing ");
return buffer;
}
}
int en_en::getVerbLength(int v,int f,int s,int st,char* midadverb){
char* buffer=getVerb(v,f,s,st,midadverb);
int l=strlen(buffer);
return l;
}
char* en_en::getVerbPast(int v,int f, int s,bool dr,char* midadverb)
{
FILE* rFile = fopen(DICTIONARY EN_EN_FOLDER "verb_past","r");
gotoline(rFile,v);
char* buffer=(char*)malloc(BUFFER_SIZE);
fgets(buffer,BUFFER_SIZE-1,rFile);
fclose(rFile);
char vt=buffer[0];
//just return preadd + (vt=='2' ? 'd' : 'ed' )
if (vt=='2' || vt=='3')
{
int el=vt-'1';
char* preadd=getVerbPreAdd(v);
int il=strlen(preadd);
char* buffer2=(char*)calloc(il+el,sizeof(char));
strcat(buffer2,midadverb);
strcat(buffer2,preadd);
if (vt=='3') strcat(buffer2,"e");
strcat(buffer2,"d ");
// free(buffer);
return buffer2;
}
else if (vt=='1')
{
int i=1;
int f=dr?2:1;
int u=0;
while (u<f)
{
if (buffer[i]=='_')
u++;
if (buffer[i]=='\n')
break;
i++;
}
char* buffer2=(char*)calloc(BUFFER_SIZE,sizeof(char));
strcat(buffer2,midadverb);
u=strlen(buffer2);
while(1){
buffer2[u]=buffer[i];
i++;
u++;
if(buffer[i]=='\n' || buffer[i]=='_')
break;
}
buffer2[u++]=' ';
buffer2[u++]=0;
return buffer2;
}
else if (vt=='0' || vt=='4'){
if (f==-1){
int t=getNounType(s);
f=getVerbFormFromSubjectType(t,s);
}
char of=f;
if (dr) f = 0;
int u=0;
int i=0;
while (u<=f){
char c=buffer[i];
if (c=='_') u++;
else if (c=='\n'){
printf("Warning:\nThe form %d doesn't exist for verb %d!\nUsing form 0\n",f,v);
return getVerb(v,0,s,1,&blank);
}
i++;
}
//i should be at the start of form we want
//copy form to start of buffer
char* buffer2=(char*)calloc(BUFFER_SIZE,sizeof(char));
strcat(buffer2,midadverb);
u=strlen(buffer2);
while (buffer[i]!='_' && buffer[i]!='\n' && buffer[i]!=0){
buffer2[u++]=buffer[i++];
}
buffer2[u++]=' ';
buffer2[u++]=0;
return buffer2;
}
else{
printf("ERROR:\n");
}
return (char*)"failure in en_en::getVerbPast() ";
}
