- Made union in TAC more ANSI compliant (and thus suitable for the sun)

This commit is contained in:
ccremers 2004-05-26 08:26:40 +00:00
parent 2106aadb23
commit 2cae2d2a08
4 changed files with 123 additions and 123 deletions

View File

@ -226,7 +226,7 @@ defineUsertype (Tac tcdu)
Term t;
Term tfind;
tc = tcdu->tac1;
tc = tcdu->t1.tac;
if (tc == NULL)
{
@ -238,11 +238,11 @@ defineUsertype (Tac tcdu)
/* check whether this term is already declared in the same way
* (i.e. as a type) */
tfind = levelFind (tc->sym1, 0);
tfind = levelFind (tc->t1.sym, 0);
if (tfind == NULL)
{
/* this is what we expected: this type is not declared yet */
t = levelDeclare (tc->sym1, 0, 0);
t = levelDeclare (tc->t1.sym, 0, 0);
t->stype = termlistAdd (NULL, TERM_Type);
}
else
@ -275,7 +275,7 @@ levelTacDeclaration (Tac tc, int isVar)
Termlist typetl = NULL;
Term t;
tscan = tc->tac2;
tscan = tc->t2.tac;
if (!isVar && tscan->next != NULL)
{
printf ("ERROR: Multiple types not allowed for constants ");
@ -284,13 +284,13 @@ levelTacDeclaration (Tac tc, int isVar)
while (tscan != NULL && tscan->op == TAC_STRING)
{
/* apparently there is type info, termlist? */
t = levelFind (tscan->sym1, 0);
t = levelFind (tscan->t1.sym, 0);
if (t == NULL)
{
/* not declared, that is unacceptable. */
printf ("ERROR: type ");
symbolPrint (tscan->sym1);
symbolPrint (tscan->t1.sym);
printf (" was not declared ");
errorTac (tscan->lineno);
}
@ -306,10 +306,10 @@ levelTacDeclaration (Tac tc, int isVar)
tscan = tscan->next;
}
/* parse all constants and vars */
tscan = tc->tac1;
tscan = tc->t1.tac;
while (tscan != NULL)
{
t = symbolDeclare (tscan->sym1, isVar);
t = symbolDeclare (tscan->t1.sym, isVar);
t->stype = typetl;
tscan = tscan->next;
}
@ -329,22 +329,22 @@ commEvent (int event, Tac tc)
Tac trip;
/* Construct label, if any */
if (tc->sym1 == NULL)
if (tc->t1.sym == NULL)
{
label = NULL;
}
else
{
label = levelFind (tc->sym1, level - 1);
label = levelFind (tc->t1.sym, level - 1);
if (label == NULL)
{
/* effectively, labels are bound to the protocol */
level--;
label = levelConst (tc->sym1);
label = levelConst (tc->t1.sym);
level++;
}
}
trip = tc->tac2;
trip = tc->t2.tac;
switch (event)
{
case READ:
@ -446,22 +446,22 @@ normalDeclaration (Tac tc)
{
case TAC_VAR:
levelDeclareVar (tc);
if (level < 2 && tc->tac3 == NULL)
knowledgeAddTermlist (sys->know, tacTermlist (tc->tac1));
if (level < 2 && tc->t3.tac == NULL)
knowledgeAddTermlist (sys->know, tacTermlist (tc->t1.tac));
break;
case TAC_CONST:
levelDeclareConst (tc);
if (level < 2 && tc->tac3 == NULL)
knowledgeAddTermlist (sys->know, tacTermlist (tc->tac1));
if (level < 2 && tc->t3.tac == NULL)
knowledgeAddTermlist (sys->know, tacTermlist (tc->t1.tac));
break;
case TAC_SECRET:
levelDeclareConst (tc);
break;
case TAC_COMPROMISED:
knowledgeAddTermlist (sys->know, tacTermlist (tc->tac1));
knowledgeAddTermlist (sys->know, tacTermlist (tc->t1.tac));
break;
case TAC_INVERSEKEYS:
knowledgeAddInverse (sys->know, tacTerm (tc->tac1), tacTerm (tc->tac2));
knowledgeAddInverse (sys->know, tacTerm (tc->t1.tac), tacTerm (tc->t2.tac));
break;
default:
/* abort with false */
@ -531,7 +531,7 @@ runInstanceCreate (Tac tc)
return;
/* first, locate the protocol */
psym = tc->tac1->sym1;
psym = tc->t1.tac->t1.sym;
p = sys->protocols;
while (p != NULL && p->nameterm->symb != psym)
p = p->next;
@ -544,7 +544,7 @@ runInstanceCreate (Tac tc)
}
/* locate the role */
rsym = tc->tac1->sym2;
rsym = tc->t1.tac->t2.sym;
r = p->roles;
while (r != NULL && r->nameterm->symb != rsym)
r = r->next;
@ -559,7 +559,7 @@ runInstanceCreate (Tac tc)
}
/* we now know what we are instancing, equal numbers? */
instParams = tacTermlist (tc->tac2);
instParams = tacTermlist (tc->t2.tac);
if (termlistLength (instParams) != termlistLength (p->rolenames))
{
printf
@ -618,7 +618,7 @@ protocolCompile (Symbol prots, Tac tc, Tac tcroles)
while (tcroles != NULL)
{
pr->rolenames =
termlistAppend (pr->rolenames, levelConst (tcroles->sym1));
termlistAppend (pr->rolenames, levelConst (tcroles->t1.sym));
tcroles = tcroles->next;
}
@ -629,21 +629,21 @@ protocolCompile (Symbol prots, Tac tc, Tac tcroles)
{
case TAC_UNTRUSTED:
sys->untrusted =
termlistConcat (sys->untrusted, tacTermlist (tc->tac1));
termlistConcat (sys->untrusted, tacTermlist (tc->t1.tac));
break;
case TAC_ROLE:
t = levelFind (tc->sym1, level);
t = levelFind (tc->t1.sym, level);
if (t != NULL)
{
roleCompile (t, tc->tac2);
roleCompile (t, tc->t2.tac);
}
else
{
printf ("ERROR: undeclared role ");
symbolPrint (tc->sym1);
symbolPrint (tc->t1.sym);
printf (" in protocol ");
termPrint (pr->nameterm);
errorTac (tc->sym1->lineno);
errorTac (tc->t1.sym->lineno);
}
break;
default:
@ -668,11 +668,11 @@ tacProcess (Tac tc)
switch (tc->op)
{
case TAC_PROTOCOL:
protocolCompile (tc->sym1, tc->tac2, tc->tac3);
protocolCompile (tc->t1.sym, tc->t2.tac, tc->t3.tac);
break;
case TAC_UNTRUSTED:
sys->untrusted =
termlistConcat (sys->untrusted, tacTermlist (tc->tac1));
termlistConcat (sys->untrusted, tacTermlist (tc->t1.tac));
break;
case TAC_RUN:
runInstanceCreate (tc);
@ -699,16 +699,16 @@ tacTerm (Tac tc)
switch (tc->op)
{
case TAC_ENCRYPT:
return makeTermEncrypt (tacTerm (tc->tac1), tacTerm (tc->tac2));
return makeTermEncrypt (tacTerm (tc->t1.tac), tacTerm (tc->t2.tac));
case TAC_TUPLE:
return makeTermTuple (tacTerm (tc->tac1), tacTerm (tc->tac2));
return makeTermTuple (tacTerm (tc->t1.tac), tacTerm (tc->t2.tac));
case TAC_STRING:
{
Term t = symbolFind (tc->sym1);
Term t = symbolFind (tc->t1.sym);
if (t == NULL)
{
printf ("Undeclared symbol ");
symbolPrint (tc->sym1);
symbolPrint (tc->t1.sym);
errorTac (tc->lineno);
}
return t;

View File

@ -67,28 +67,28 @@ spdlrep : /* empty */
spdl : UNTRUSTED termlist ';'
{
Tac t = tacCreate(TAC_UNTRUSTED);
t->tac1 = $2;
t->t1.tac = $2;
$$ = t;
}
| RUN roleref '(' termlist ')' ';'
{
Tac t = tacCreate(TAC_RUN);
t->tac1 = $2;
t->tac2 = $4;
t->t1.tac = $2;
t->t2.tac = $4;
$$ = t;
}
| PROTOCOL ID '(' termlist ')' '{' roles '}' optclosing
{
Tac t = tacCreate(TAC_PROTOCOL);
t->sym1 = $2;
t->tac2 = $7;
t->tac3 = $4;
t->t1.sym = $2;
t->t2.tac = $7;
t->t3.tac = $4;
$$ = t;
}
| USERTYPE termlist ';'
{
Tac t = tacCreate(TAC_USERTYPE);
t->tac1 = $2;
t->t1.tac = $2;
$$ = t;
}
| declaration
@ -108,8 +108,8 @@ roles : /* empty */
role : ROLE ID '{' roledef '}' optclosing
{
Tac t = tacCreate(TAC_ROLE);
t->sym1 = $2;
t->tac2 = $4;
t->t1.sym = $2;
t->t2.tac = $4;
$$ = t;
}
;
@ -130,64 +130,64 @@ roledef : /* empty */
event : READT label '(' termlist ')' ';'
{ Tac t = tacCreate(TAC_READ);
t->sym1 = $2;
t->t1.sym = $2;
/* TODO test here: tac2 should have at least 3 elements */
t->tac2 = $4;
t->t2.tac = $4;
$$ = t;
}
| SENDT label '(' termlist ')' ';'
{ Tac t = tacCreate(TAC_SEND);
t->sym1 = $2;
t->t1.sym = $2;
/* TODO test here: tac2 should have at least 3 elements */
t->tac2 = $4;
t->t2.tac = $4;
$$ = t;
}
| CLAIMT label '(' termlist ')' ';'
/* TODO maybe claims should be in the syntax */
{ Tac t = tacCreate(TAC_CLAIM);
t->sym1 = $2;
t->tac2 = $4;
t->t1.sym = $2;
t->t2.tac = $4;
$$ = t;
}
;
roleref : ID '.' ID
{ Tac t = tacCreate(TAC_ROLEREF);
t->sym1 = $1;
t->sym2 = $3;
t->t1.sym = $1;
t->t2.sym = $3;
$$ = t;
}
;
declaration : secretpref CONST termlist typeinfo1 ';'
{ Tac t = tacCreate(TAC_CONST);
t->tac1 = $3;
t->tac2 = $4;
t->tac3 = $1;
t->t1.tac = $3;
t->t2.tac = $4;
t->t3.tac = $1;
$$ = t;
}
| secretpref VAR termlist typeinfoN ';'
{ Tac t = tacCreate(TAC_VAR);
t->tac1 = $3;
t->tac2 = $4;
t->tac3 = $1;
t->t1.tac = $3;
t->t2.tac = $4;
t->t3.tac = $1;
$$ = t;
}
| SECRET termlist typeinfo1 ';'
{ Tac t = tacCreate(TAC_SECRET);
t->tac1 = $2;
t->tac2 = $3;
t->t1.tac = $2;
t->t2.tac = $3;
$$ = t;
}
| INVERSEKEYS '(' term ',' term ')' ';'
{ Tac t = tacCreate(TAC_INVERSEKEYS);
t->tac1 = $3;
t->tac2 = $5;
t->t1.tac = $3;
t->t2.tac = $5;
$$ = t;
}
| COMPROMISED termlist ';'
{ Tac t = tacCreate(TAC_COMPROMISED);
t->tac1= $2;
t->t1.tac= $2;
$$ = t;
}
;
@ -210,7 +210,7 @@ typeinfo1 : /* empty */
}
| ':' ID
{ Tac t = tacCreate(TAC_STRING);
t->sym1 = $2;
t->t1.sym = $2;
$$ = t;
}
;
@ -235,13 +235,13 @@ label : /* empty */
term : ID
{
Tac t = tacCreate(TAC_STRING);
t->sym1 = $1;
t->t1.sym = $1;
$$ = t;
}
| ID '(' termlist ')'
{
Tac t = tacCreate(TAC_STRING);
t->sym1 = $1;
t->t1.sym = $1;
$$ = tacJoin(TAC_ENCRYPT,tacTuple($3),t,NULL);
}
| '{' termlist '}' key

View File

@ -38,9 +38,9 @@ tacCreate (int op)
t->op = op;
t->next = NULL;
t->prev = NULL;
t->tac1 = NULL;
t->tac2 = NULL;
t->tac3 = NULL;
t->t1.tac = NULL;
t->t2.tac = NULL;
t->t3.tac = NULL;
return t;
}
@ -49,7 +49,7 @@ tacString (char *s)
{
Tac t;
t = tacCreate (TAC_STRING);
t->str1 = s;
t->t1.str = s;
return t;
}
@ -58,9 +58,9 @@ tacJoin (int op, Tac t1, Tac t2, Tac t3)
{
Tac t;
t = tacCreate (op);
t->tac1 = t1;
t->tac2 = t2;
t->tac3 = t3;
t->t1.tac = t1;
t->t2.tac = t2;
t->t3.tac = t3;
return t;
}
@ -110,12 +110,12 @@ tacTuple (Tac taclist)
{
/* otherwise, write as (x,(y,(z,..))) */
tc = tacCreate (TAC_TUPLE);
tc->tac1 = taclist;
tc->tac2 = tacTuple (taclist->next);
tc->t1.tac = taclist;
tc->t2.tac = tacTuple (taclist->next);
/* unlink list */
tc->tac1->next = NULL;
tc->tac2->prev = NULL;
tc->t1.tac->next = NULL;
tc->t2.tac->prev = NULL;
}
return tc;
}
@ -133,64 +133,64 @@ tacPrint (Tac t)
switch (t->op)
{
case TAC_PROTOCOL:
printf ("protocol %s (", t->sym1->text);
tacPrint (t->tac3);
printf ("protocol %s (", t->t1.sym->text);
tacPrint (t->t3.tac);
printf (")\n{\n");
tacPrint (t->tac2);
tacPrint (t->t2.tac);
printf ("};\n");
break;
case TAC_ROLE:
printf ("role %s\n{\n", t->sym1->text);
tacPrint (t->tac2);
printf ("role %s\n{\n", t->t1.sym->text);
tacPrint (t->t2.tac);
printf ("};\n");
break;
case TAC_READ:
printf ("read");
if (t->sym1 != NULL)
if (t->t1.sym != NULL)
{
printf ("_%s", t->sym1->text);
printf ("_%s", t->t1.sym->text);
}
printf ("(");
tacPrint (t->tac2);
tacPrint (t->t2.tac);
printf (");\n");
break;
case TAC_SEND:
printf ("send");
if (t->sym1 != NULL)
if (t->t1.sym != NULL)
{
printf ("_%s", t->sym1->text);
printf ("_%s", t->t1.sym->text);
}
printf ("(");
tacPrint (t->tac2);
tacPrint (t->t2.tac);
printf (");\n");
break;
case TAC_CLAIM:
printf ("claim");
if (t->sym1 != NULL)
if (t->t1.sym != NULL)
{
printf ("_%s", t->sym1->text);
printf ("_%s", t->t1.sym->text);
}
printf ("(");
tacPrint (t->tac2);
tacPrint (t->t2.tac);
printf (");\n");
break;
case TAC_CONST:
printf ("const ");
tacPrint (t->tac1);
if (t->tac2 != NULL)
tacPrint (t->t1.tac);
if (t->t2.tac != NULL)
{
printf (" : ");
tacPrint (t->tac2);
tacPrint (t->t2.tac);
}
printf (";\n");
break;
case TAC_VAR:
printf ("var ");
tacPrint (t->tac1);
if (t->tac2 != NULL)
tacPrint (t->t1.tac);
if (t->t2.tac != NULL)
{
printf (" : ");
tacPrint (t->tac2);
tacPrint (t->t2.tac);
}
printf (";\n");
break;
@ -200,22 +200,22 @@ tacPrint (Tac t)
printf (",");
break;
case TAC_STRING:
printf ("%s", t->sym1->text);
printf ("%s", t->t1.sym->text);
if (t->next != NULL)
printf (",");
break;
case TAC_TUPLE:
printf ("(");
tacPrint (t->tac1);
tacPrint (t->t1.tac);
printf (",");
tacPrint (t->tac2);
tacPrint (t->t2.tac);
printf (")");
break;
case TAC_ENCRYPT:
printf ("{");
tacPrint (t->tac1);
tacPrint (t->t1.tac);
printf ("}");
tacPrint (t->tac2);
tacPrint (t->t2.tac);
if (t->next != NULL)
{
printf (",");
@ -225,36 +225,36 @@ tacPrint (Tac t)
break;
case TAC_RUN:
printf ("run ");
tacPrint (t->tac1);
tacPrint (t->t1.tac);
printf ("(");
tacPrint (t->tac2);
tacPrint (t->t2.tac);
printf (");\n");
break;
case TAC_ROLEREF:
symbolPrint (t->sym1);
symbolPrint (t->t1.sym);
printf (".");
symbolPrint (t->sym2);
symbolPrint (t->t2.sym);
break;
case TAC_COMPROMISED:
printf ("compromised ");
tacPrint (t->tac1);
tacPrint (t->t1.tac);
printf (";\n");
break;
case TAC_SECRET:
printf ("secret ");
tacPrint (t->tac1);
tacPrint (t->t1.tac);
printf (";\n");
break;
case TAC_INVERSEKEYS:
printf ("inversekeys (");
tacPrint (t->tac1);
tacPrint (t->t1.tac);
printf (",");
tacPrint (t->tac2);
tacPrint (t->t2.tac);
printf (");\n");
break;
case TAC_UNTRUSTED:
printf ("untrusted ");
tacPrint (t->tac1);
tacPrint (t->t1.tac);
printf (";\n");
break;
default:

View File

@ -37,22 +37,22 @@ struct tacnode
int lineno;
union
{
Symbol sym1;
struct tacnode *tac1;
char *str1;
};
Symbol sym;
struct tacnode *tac;
char *str;
} t1;
union
{
Symbol sym2;
struct tacnode *tac2;
char *str2;
};
Symbol sym;
struct tacnode *tac;
char *str;
} t2;
union
{
Symbol sym3;
struct tacnode *tac3;
char *str3;
};
Symbol sym;
struct tacnode *tac;
char *str;
} t3;
};
typedef struct tacnode *Tac;