Add operating system subroutine signatures
This commit is contained in:
Augusto Gunsch
parent
0a6149d08f
commit
a1c8c817c8
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@ -2,6 +2,7 @@
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#include <stdbool.h>
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#include <string.h>
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#include "compiler-scopes.h"
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#include "os.h"
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typedef enum { local, staticseg, arg, fieldseg } MEMSEGMENT;
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char* memsegnames[] = { "local", "static", "argument", "this" };
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@ -16,7 +17,7 @@ CLASS* getclass(SCOPE* s, const char* name);
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SUBROUTDEC* getsubroutdecfromlist(SUBROUTDEC* start, char* name);
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SUBROUTDEC* getmethod(SCOPE* s, VAR* parent, SUBROUTCALL* call);
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SUBROUTDEC* getfunction(SCOPE* s, SUBROUTCALL* call);
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SUBROUTDEC* getsubroutdecwithparent(SCOPE* s, SUBROUTCALL* call);
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SUBROUTDEC* getsubroutdecwithparent(SCOPE* s, SUBROUTCALL* call, VAR** varret);
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SUBROUTDEC* getsubroutdecwithoutparent(SCOPE* s, SUBROUTCALL* call);
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SUBROUTDEC* getsubroutdec(SCOPE* s, const char* name);
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@ -124,7 +125,7 @@ SUBROUTDEC* getmethod(SCOPE* s, VAR* parent, SUBROUTCALL* call) {
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CLASS* c = getclass(s, parent->type);
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SUBROUTDEC* d = getsubroutdecfromlist(c->subroutdecs, call->name);
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if(d == NULL)
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notdeclared(call->name, call->debug);
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return NULL;
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if(d->subroutclass != method) {
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eprintf("Calling a function/constructor as if it were a method; file '%s', line %i\n", call->debug->file, call->debug->definedat);
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exit(1);
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@ -138,7 +139,7 @@ SUBROUTDEC* getfunction(SCOPE* s, SUBROUTCALL* call) {
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notdeclared(call->parentname, call->debug);
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SUBROUTDEC* d = getsubroutdecfromlist(c->subroutdecs, call->name);
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if(d == NULL)
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notdeclared(call->name, call->debug);
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return NULL;
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if(d->subroutclass == method) {
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eprintf("Calling a method as if it were a function; file '%s', line %i\n", call->debug->file, call->debug->definedat);
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exit(1);
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@ -146,26 +147,39 @@ SUBROUTDEC* getfunction(SCOPE* s, SUBROUTCALL* call) {
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return d;
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}
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SUBROUTDEC* getsubroutdecwithparent(SCOPE* s, SUBROUTCALL* call) {
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SUBROUTDEC* getsubroutdecwithparent(SCOPE* s, SUBROUTCALL* call, VAR** varret) {
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VAR* parent = getvar(s, call->parentname);
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if(parent != NULL)
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if(parent != NULL) {
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if(parent->primitive) {
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eprintf("Primitive type does not have subroutines; file '%s', line %i\n", call->debug->file, call->debug->definedat);
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exit(1);
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}
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*varret = parent;
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return getmethod(s, parent, call);
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}
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else
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return getfunction(s, call);
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}
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SUBROUTDEC* getsubroutdecwithoutparent(SCOPE* s, SUBROUTCALL* call) {
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SUBROUTDEC* d = getsubroutdecfromlist(s->currclass->subroutdecs, call->name);
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if(d == NULL)
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notdeclared(call->name, call->debug);
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return d;
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}
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SUBROUTDEC* getsubroutdecfromcall(SCOPE* s, SUBROUTCALL* call) {
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if(call->parentname != NULL)
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return getsubroutdecwithparent(s, call);
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else
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return getsubroutdecwithoutparent(s, call);
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SUBROUTDEC* getsubroutdecfromcall(SCOPE* s, SUBROUTCALL* call, VAR** varret) {
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SUBROUTDEC* d;
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*varret = NULL;
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if(call->parentname != NULL) {
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d = getossubroutdec(call);
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if(d == NULL)
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d = getsubroutdecwithparent(s, call, varret);
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}
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else {
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d = getsubroutdecwithoutparent(s, call);
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}
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if(d == NULL)
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notdeclared(call->name, call->debug);
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return d;
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}
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SUBROUTDEC* getsubroutdec(SCOPE* s, const char* name) {
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@ -234,7 +248,7 @@ void addfield(SCOPE* s, CLASSVARDEC* v) {
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}
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void addclassvardec(SCOPE* s, CLASSVARDEC* v) {
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if(v->type == staticseg)
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if(v->type == stat)
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addstaticvar(s, v);
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else
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addfield(s, v);
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@ -43,7 +43,7 @@ void addparameters(SCOPE* s, PARAMETER* params);
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SCOPE* mkscope(SCOPE* prev);
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// Single type getters
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SUBROUTDEC* getsubroutdecfromcall(SCOPE* s, SUBROUTCALL* call);
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SUBROUTDEC* getsubroutdecfromcall(SCOPE* s, SUBROUTCALL* call, VAR** varret);
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CLASS* getclass(SCOPE* s, const char* name);
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// Generic getters
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@ -108,11 +108,18 @@ LINEBLOCK* pushunaryopterm(SCOPE* s, TERM* t) {
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return blk;
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}
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LINEBLOCK* opvar(SCOPE* s, char* op, const char* name) {
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VAR* v = getvar(s, name);
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LINEBLOCK* opvarraw(SCOPE* s, char* op, VAR* v) {
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char* tokens[] = { op, v->memsegment, itoa(v->index) };
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return mklnblk(mksimpleln(tokens, strcount(tokens)));
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}
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LINEBLOCK* opvar(SCOPE* s, char* op, const char* name) {
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VAR* v = getvar(s, name);
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return opvarraw(s, op, v);
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}
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LINEBLOCK* pushvarraw(SCOPE*s, VAR* v) {
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return opvarraw(s, "push", v);
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}
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LINEBLOCK* pushvar(SCOPE* s, const char* name) {
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@ -185,64 +192,39 @@ LINEBLOCK* compileexplist(SCOPE* s, EXPRESSIONLIST* explist) {
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return head;
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}
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LINEBLOCK* compilecallln(SCOPE* s, SUBROUTCALL* call) {
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LINEBLOCK* compilecallln(SCOPE* s, SUBROUTDEC* d, SUBROUTCALL* call) {
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LINE* ln = mkline(3);
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addtoken(ln, ezheapstr("call"));
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if(call->parentname != NULL)
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addtoken(ln, dotlabel(call->parentname, call->name));
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else
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addtoken(ln, dotlabel(s->currclass->name, call->name));
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addtoken(ln, dotlabel(d->class->name, call->name));
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addtoken(ln, itoa(countexpressions(call->parameters)));
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int count = countexpressions(call->parameters);
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if(d->subroutclass == method)
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count++;
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addtoken(ln, itoa(count));
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return mklnblk(ln);
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}
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// temporary ignore list for OS functions
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char* ignoresubroutdecs[] = {
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"printInt", "void", "peek", "int", "poke", "void", "deAlloc", "void", "setColor", "void", "drawRectangle", "void",
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"wait", "void", "keyPressed", "char"
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};
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int ignorecount = sizeof(ignoresubroutdecs) / sizeof(char*);
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SUBROUTCLASS ignoreclasses[] = {
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function, function, function, function, function, function, function, function
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};
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LINEBLOCK* compilesubroutcall(SCOPE* s, SUBROUTCALL* call) {
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LINEBLOCK* blk = compilecallln(s, call);
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VAR* v;
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SUBROUTDEC* d = getsubroutdecfromcall(s, call, &v);
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LINEBLOCK* blk = compilecallln(s, d, call);
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if(call->parameters != NULL)
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blk = mergelnblks(compileexplist(s, call->parameters), blk);
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// void functions always return 0
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// therefore must be thrown away
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// gambiarra
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SUBROUTCLASS class;
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char* type = NULL;
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for(int i = 0; i < ignorecount; i += 2) {
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if(!strcmp(call->name, ignoresubroutdecs[i])) {
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type = ignoresubroutdecs[i+1];
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class = ignoreclasses[i];
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break;
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}
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}
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if(type == NULL) {
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SUBROUTDEC* dec = getsubroutdecfromcall(s, call);
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type = dec->type;
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class = dec->subroutclass;
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}
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if(class == method) {
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// could be more efficient since getsubroutdecfromcall() gets the parent already
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if(d->subroutclass == method) {
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if(call->parentname == NULL)
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blk = mergelnblks(pushthis(), blk);
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else
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blk = mergelnblks(pushvar(s, call->parentname), blk);
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blk = mergelnblks(pushvarraw(s, v), blk);
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}
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if(!strcmp(type, "void")) {
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// void functions always return 0
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// therefore must be thrown away
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if(!strcmp(d->type, "void")) {
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char* tokens[] = { "pop", "temp", "0" };
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appendln(blk, mksimpleln(tokens, sizeof(tokens) / sizeof(char*)));
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}
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@ -418,13 +400,13 @@ LINEBLOCK* compileconstructor(COMPILER* c, SCOPE* s, CLASS* cl, SUBROUTDEC* con)
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LINE* label = mksubdeclabel(cl, con);
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LINEBLOCK* blk = mklnblk(label);
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char* size[] = { "push", itoa(getobjsize(cl)) };
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char* size[] = { "push", "constant", itoa(getobjsize(cl)) };
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char* memalloc[] = { "call", "Memory.alloc", "1" };
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char* poppointer[] = { "pop", "pointer", "0" };
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appendln(blk, mksimpleln(size, strcount(size)));
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appendln(blk, mksimpleln(memalloc, strcount(memalloc)));
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appendln(blk, mksimpleln(poppointer, strcount(poppointer)));
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free(size[1]);
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free(size[2]);
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if(con->body != NULL)
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return mergelnblks(blk, compilefunbody(c, s, cl, con->body));
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@ -436,7 +418,7 @@ LINEBLOCK* compilemethod(COMPILER* c, SCOPE* s, CLASS* cl, SUBROUTDEC* m) {
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LINE* label = mksubdeclabel(cl, m);
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LINEBLOCK* blk = mklnblk(label);
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char* pusharg0[] = { "push", "argument" "0" };
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char* pusharg0[] = { "push", "argument", "0" };
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char* poppointer[] = { "pop", "pointer", "0" };
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appendln(blk, mksimpleln(pusharg0, strcount(pusharg0)));
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appendln(blk, mksimpleln(poppointer, strcount(poppointer)));
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3
main.c
3
main.c
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@ -7,6 +7,7 @@
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#include "parser.h"
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#include "compiler.h"
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#include "io.h"
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#include "os.h"
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typedef struct unit {
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FILELIST* file;
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@ -119,6 +120,7 @@ int main(int argc, char* argv[]) {
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currunit = currunit->next;
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}
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populateos();
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actonunits(head, compileunit);
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currunit = head;
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@ -133,5 +135,6 @@ int main(int argc, char* argv[]) {
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currunit = currunit->next;
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}
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freeos();
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return 0;
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}
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@ -0,0 +1,159 @@
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#include <stdlib.h>
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#include <string.h>
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#include "os.h"
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#include "util.h"
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#define MATH_COUNT 5
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SUBROUTDEC* math[MATH_COUNT];
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#define STRING_COUNT 12
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SUBROUTDEC* stringclass[STRING_COUNT];
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#define ARRAY_COUNT 2
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SUBROUTDEC* array[ARRAY_COUNT];
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#define OUTPUT_COUNT 6
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SUBROUTDEC* output[OUTPUT_COUNT];
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#define SCREEN_COUNT 6
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SUBROUTDEC* screen[SCREEN_COUNT];
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#define KEYBOARD_COUNT 4
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SUBROUTDEC* keyboard[KEYBOARD_COUNT];
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#define MEMORY_COUNT 4
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SUBROUTDEC* memory[MEMORY_COUNT];
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#define SYS_COUNT 3
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SUBROUTDEC* sys[SYS_COUNT];
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CLASS* mkclass(const char* name) {
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CLASS* class = (CLASS*)malloc(sizeof(CLASS));
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class->name = ezheapstr(name);
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return class;
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}
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SUBROUTDEC* mkdec(const char* class, SUBROUTCLASS subroutclass, char* type, const char* name) {
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SUBROUTDEC* dec = (SUBROUTDEC*)malloc(sizeof(SUBROUTDEC));
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dec->class = mkclass(class);
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dec->subroutclass = subroutclass;
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dec->type = type;
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dec->name = ezheapstr(name);
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return dec;
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}
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void populatemath() {
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math[0] = mkdec("Math", function, "int", "multiply");
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math[1] = mkdec("Math", function, "int", "divide");
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math[2] = mkdec("Math", function, "int", "min");
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math[3] = mkdec("Math", function, "int", "max");
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math[4] = mkdec("Math", function, "int", "sqrt");
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}
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void populatestringclass() {
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stringclass[0] = mkdec("String", constructor, "String", "new");
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stringclass[1] = mkdec("String", method, "int", "dispose");
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stringclass[2] = mkdec("String", method, "int", "length");
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stringclass[3] = mkdec("String", method, "char", "charAt");
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stringclass[4] = mkdec("String", method, "void", "setCharAt");
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stringclass[5] = mkdec("String", method, "String", "appendChar");
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stringclass[6] = mkdec("String", method, "void", "eraseLastChar");
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stringclass[7] = mkdec("String", method, "int", "intValue");
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stringclass[8] = mkdec("String", method, "void", "setInt");
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stringclass[9] = mkdec("String", function, "char", "backSpace");
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stringclass[10] = mkdec("String", function, "char", "doubleQuote");
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stringclass[11] = mkdec("String", function, "char", "newLine");
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}
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void populatearray() {
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array[0] = mkdec("Array", function, "Array", "new");
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array[1] = mkdec("Array", method, "void", "dispose");
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}
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void populateoutput() {
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output[0] = mkdec("Output", function, "void", "moveCursor");
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output[1] = mkdec("Output", function, "void", "printChar");
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output[2] = mkdec("Output", function, "void", "printString");
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output[3] = mkdec("Output", function, "void", "printInt");
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output[4] = mkdec("Output", function, "void", "printLn");
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output[5] = mkdec("Output", function, "void", "backSpace");
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}
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void populatescreen() {
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screen[0] = mkdec("Screen", function, "void", "clearScreen");
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screen[1] = mkdec("Screen", function, "void", "setColor");
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screen[2] = mkdec("Screen", function, "void", "drawPixel");
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screen[3] = mkdec("Screen", function, "void", "drawLine");
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screen[4] = mkdec("Screen", function, "void", "drawRectangle");
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screen[5] = mkdec("Screen", function, "void", "drawCircle");
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}
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void populatekeyboard() {
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keyboard[0] = mkdec("Keyboard", function, "char", "keyPressed");
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keyboard[1] = mkdec("Keyboard", function, "char", "readChar");
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keyboard[2] = mkdec("Keyboard", function, "String", "readLine");
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keyboard[3] = mkdec("Keyboard", function, "int", "readInt");
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}
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void populatememory() {
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memory[0] = mkdec("Memory", function, "int", "peek");
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memory[1] = mkdec("Memory", function, "void", "poke");
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memory[2] = mkdec("Memory", function, "Array", "alloc");
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memory[3] = mkdec("Memory", function, "void", "deAlloc");
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}
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void populatesys() {
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sys[0] = mkdec("Sys", function, "void", "halt");
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sys[1] = mkdec("Sys", function, "void", "error");
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sys[2] = mkdec("Sys", function, "void", "wait");
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}
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void populateos() {
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populatemath();
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populatestringclass();
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populatearray();
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populateoutput();
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populatescreen();
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populatekeyboard();
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populatememory();
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populatesys();
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}
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void freedecs(SUBROUTDEC** array, int size) {
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for(int i = 0; i < size; i++) {
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free(array[i]->class->name);
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free(array[i]->class);
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free(array[i]->name);
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free(array[i]);
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}
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}
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void freeos() {
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freedecs(math, MATH_COUNT);
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freedecs(stringclass, STRING_COUNT);
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freedecs(array, ARRAY_COUNT);
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freedecs(output, OUTPUT_COUNT);
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freedecs(screen, SCREEN_COUNT);
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freedecs(keyboard, KEYBOARD_COUNT);
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freedecs(memory, MEMORY_COUNT);
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freedecs(sys, SYS_COUNT);
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}
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SUBROUTDEC* getdec(SUBROUTDEC** array, int size, const char* name) {
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for(int i = 0; i < size; i++)
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if(!strcmp(array[i]->name, name))
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return array[i];
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}
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SUBROUTDEC* getossubroutdec(SUBROUTCALL* call) {
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if(!strcmp(call->parentname, "Math"))
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return getdec(math, MATH_COUNT, call->name);
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if(!strcmp(call->parentname, "String"))
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return getdec(stringclass, STRING_COUNT, call->name);
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if(!strcmp(call->parentname, "Array"))
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return getdec(array, ARRAY_COUNT, call->name);
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if(!strcmp(call->parentname, "Output"))
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return getdec(output, OUTPUT_COUNT, call->name);
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if(!strcmp(call->parentname, "Screen"))
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return getdec(screen, SCREEN_COUNT, call->name);
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if(!strcmp(call->parentname, "Keyboard"))
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return getdec(keyboard, KEYBOARD_COUNT, call->name);
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if(!strcmp(call->parentname, "Memory"))
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||||
return getdec(memory, MEMORY_COUNT, call->name);
|
||||
if(!strcmp(call->parentname, "Sys"))
|
||||
return getdec(sys, SYS_COUNT, call->name);
|
||||
return NULL;
|
||||
}
|
||||
|
|
@ -0,0 +1,9 @@
|
|||
#ifndef OS_H
|
||||
#define OS_H
|
||||
#include "parser-tree.h"
|
||||
|
||||
SUBROUTDEC* getossubroutdec(SUBROUTCALL* call);
|
||||
void populateos();
|
||||
void freeos();
|
||||
|
||||
#endif
|
||||
|
|
@ -9,8 +9,8 @@ CLASSVARTYPE parseclassvartype(PARSER* p);
|
|||
CLASSVARDEC* parseclassvardec(PARSER* p);
|
||||
CLASSVARDEC* parseclassvardecs(PARSER* p);
|
||||
SUBROUTCLASS parsesubroutclass(PARSER* p);
|
||||
SUBROUTDEC* parsesubroutdec(PARSER* p);
|
||||
SUBROUTDEC* parsesubroutdecs(PARSER* p);
|
||||
SUBROUTDEC* parsesubroutdec(PARSER* p, CLASS* c);
|
||||
SUBROUTDEC* parsesubroutdecs(PARSER* p, CLASS* c);
|
||||
PARAMETER* parseparameter(PARSER* p);
|
||||
PARAMETER* parseparameters(PARSER* p);
|
||||
SUBROUTBODY* parsesubroutbody(PARSER* p);
|
||||
|
|
@ -40,7 +40,7 @@ CLASS* parseclass(PARSER* p) {
|
|||
|
||||
class->vardecs = parseclassvardecs(p);
|
||||
|
||||
class->subroutdecs = parsesubroutdecs(p);
|
||||
class->subroutdecs = parsesubroutdecs(p, class);
|
||||
|
||||
checkcontent(p, "}");
|
||||
|
||||
|
|
@ -94,7 +94,7 @@ SUBROUTCLASS parsesubroutclass(PARSER* p) {
|
|||
return parsepossibilities(p, &subroutclasses);
|
||||
}
|
||||
|
||||
SUBROUTDEC* parsesubroutdec(PARSER* p) {
|
||||
SUBROUTDEC* parsesubroutdec(PARSER* p, CLASS* c) {
|
||||
SUBROUTCLASS subroutclass = parsesubroutclass(p);
|
||||
if(subroutclass == -1)
|
||||
return NULL;
|
||||
|
|
@ -122,14 +122,16 @@ SUBROUTDEC* parsesubroutdec(PARSER* p) {
|
|||
subroutdec->body = parsesubroutbody(p);
|
||||
checkcontent(p, "}");
|
||||
|
||||
subroutdec->class = c;
|
||||
|
||||
return subroutdec;
|
||||
}
|
||||
|
||||
SUBROUTDEC* parsesubroutdecs(PARSER* p) {
|
||||
SUBROUTDEC* head = parsesubroutdec(p);
|
||||
SUBROUTDEC* parsesubroutdecs(PARSER* p, CLASS* c) {
|
||||
SUBROUTDEC* head = parsesubroutdec(p, c);
|
||||
SUBROUTDEC* curr = head;
|
||||
SUBROUTDEC* nexts;
|
||||
while(nexts = parsesubroutdec(p), nexts != NULL) {
|
||||
while(nexts = parsesubroutdec(p, c), nexts != NULL) {
|
||||
curr->next = nexts;
|
||||
curr = nexts;
|
||||
}
|
||||
|
|
|
|||
|
|
@ -49,6 +49,7 @@ typedef enum {
|
|||
|
||||
typedef struct subroutdec {
|
||||
SUBROUTCLASS subroutclass;
|
||||
CLASS* class;
|
||||
char* type;
|
||||
char* name;
|
||||
struct parameter* parameters;
|
||||
|
|
|
|||
Loading…
Reference in New Issue