P1=ZK
P2=0
CHECK_FREE_LIST_LOOP:
- IF P1>=ZI THEN GOTO CHECK_FREE_LIST_DONE
- IF (Z%(P1,0)AND 31)<>15 THEN P2=-1:GOTO CHECK_FREE_LIST_DONE
- P2=P2+(Z%(P1,0)AND-32)/32
- P1=Z%(P1,1)
+ IF P1>=ZI THEN RETURN
+ REM MEMORY DEBUGGING:
+ REM IF (Z%(P1)AND 31)<>15 THEN PRINT "corrupt free:"+STR$(P1):END
+ P2=P2+(Z%(P1)AND-32)/32
+ P1=Z%(P1+1)
GOTO CHECK_FREE_LIST_LOOP
- CHECK_FREE_LIST_DONE:
- IF P2=-1 THEN PRINT "corrupt free list at "+STR$(P1)
- RETURN
-
-REM COUNT_STRINGS() -> P2
-COUNT_STRINGS:
- P1=0
- P2=0
- COUNT_STRINGS_LOOP:
- IF P1>S-1 THEN RETURN
- IF S%(P1)>0 THEN P2=P2+1
- P1=P1+1
- GOTO COUNT_STRINGS_LOOP
-PR_MEMORY_SUMMARY:
+PR_MEMORY_SUMMARY_SMALL:
#cbm P0=FRE(0)
+ GOSUB CHECK_FREE_LIST
+ #cbm PRINT "Free:"+STR$(FRE(0))+", ";
+ PRINT "Values:"+STR$(ZI-1-P2)+", Emptys:";
+ FOR P=0 TO 4 STEP 2:GOSUB PR_MEMORY_SUMMARY_SMALL_1:NEXT P
+ FOR P=6 TO 12 STEP 3:GOSUB PR_MEMORY_SUMMARY_SMALL_1:NEXT P
PRINT
- #cbm PRINT "Free (FRE) :"+STR$(P0)
- GOSUB CHECK_FREE_LIST: REM get count in P2
- PRINT "Values (Z%) :"+STR$(ZI-1-P2)+" /"+STR$(Z1)
- PRINT " max:"+STR$(ZI-1);
- PRINT ", freed:"+STR$(P2)+", after repl_env:"+STR$(ZT)
- GOSUB COUNT_STRINGS
- PRINT "Strings (S$) :"+STR$(P2)+" /"+STR$(Z2)
- PRINT "Stack (X%) :"+STR$(X+1)+" /"+STR$(Z3)
RETURN
+ PR_MEMORY_SUMMARY_SMALL_1:
+ PRINT STR$(INT(Z%(P)/32))+",";
+ RETURN
+REM REM COUNT_STRINGS() -> P2
+REM COUNT_STRINGS:
+REM P1=0
+REM P2=0
+REM COUNT_STRINGS_LOOP:
+REM IF P1>S-1 THEN RETURN
+REM IF S%(P1)>0 THEN P2=P2+1
+REM P1=P1+1
+REM GOTO COUNT_STRINGS_LOOP
+REM
+REM PR_MEMORY_SUMMARY:
+REM #cbm P0=FRE(0)
+REM
+REM PRINT
+REM #cbm PRINT "Free (FRE) :"+STR$(P0)
+REM GOSUB CHECK_FREE_LIST: REM get count in P2
+REM PRINT "Values (Z%) :"+STR$(ZI-1-P2)+" /"+STR$(Z1)
+REM REM PRINT " max:"+STR$(ZI-1);
+REM REM PRINT ", freed:"+STR$(P2)+", after repl_env:"+STR$(ZT)
+REM GOSUB COUNT_STRINGS
+REM PRINT "Strings (S$) :"+STR$(P2)+" /"+STR$(Z2)
+REM #qbasic PRINT "Stack (X%) :"+STR$(X+1)+" /"+STR$(Z3)
+REM #cbm PRINT "Stack :"+STR$(X+2-Z3)+" / 1920"
+REM RETURN
+REM
REM #cbm PR_MEMORY_MAP:
REM #cbm PRINT
REM #cbm P1=PEEK(43)+PEEK(44)*256
REM #cbm PRINT "Arrays :"STR$(P4-P3)
REM #cbm PRINT "String Heap :"STR$(P7-P5)
REM #cbm RETURN
-
+REM
+REM REM PR_MEMORY_VALUE(I) -> J:
+REM REM - I is memory value to print
+REM REM - I is returned as last byte of value printed
+REM REM - J is returned as type
+REM PR_MEMORY_VALUE:
+REM J=Z%(I)AND 31
+REM P3=Z%(I+1)
+REM PRINT " "+STR$(I)+": type:"+STR$(J);
+REM IF J<>15 THEN PRINT ", refs:"+STR$((Z%(I)-J)/32);
+REM IF J=15 THEN PRINT ", size:"+STR$((Z%(I)AND-32)/32);
+REM PRINT ", ["+STR$(Z%(I));+" |"+STR$(P3);
+REM IF J<6 OR J=9 OR J=12 OR J=15 THEN PRINT " | --- | --- ]";:GOTO PR_MEM_SKIP
+REM PRINT " |"+STR$(Z%(I+2));
+REM IF J=6 OR J=7 OR J=13 OR J=14 THEN PRINT " | --- ]";:GOTO PR_MEM_SKIP
+REM PRINT " |"+STR$(Z%(I+3))+" ]";
+REM PR_MEM_SKIP:
+REM PRINT " >> ";
+REM ON J+1 GOTO PR_ENTRY_NIL,PR_ENTRY_BOOL,PR_ENTRY_INT,PR_ENTRY_FLOAT,PR_ENTRY_STR,PR_ENTRY_SYM,PR_ENTRY_LIST,PR_ENTRY_VECTOR,PR_ENTRY_HASH_MAP,PR_ENTRY_FN,PR_ENTRY_MALFN,PR_ENTRY_MAC,PR_ENTRY_ATOM,PR_ENTRY_ENV,PR_ENTRY_META,PR_ENTRY_FREE
+REM PRINT "Unknown type:"+STR$(J):END
+REM
+REM PR_ENTRY_NIL:
+REM PRINT "nil"
+REM I=I+1
+REM RETURN
+REM PR_ENTRY_BOOL:
+REM IF P3=0 THEN PRINT "false"
+REM IF P3=1 THEN PRINT "true"
+REM I=I+1
+REM RETURN
+REM PR_ENTRY_INT:
+REM PR_ENTRY_FLOAT:
+REM PRINT STR$(P3)
+REM I=I+1
+REM RETURN
+REM PR_ENTRY_STR:
+REM PRINT "'"+S$(P3)+"'"
+REM I=I+1
+REM RETURN
+REM PR_ENTRY_SYM:
+REM PRINT S$(P3)
+REM I=I+1
+REM RETURN
+REM PR_ENTRY_LIST:
+REM I=I+2
+REM IF I<16 THEN PRINT "()":RETURN
+REM PRINT "(..."+STR$(Z%(I))+" ...)"
+REM RETURN
+REM PR_ENTRY_VECTOR:
+REM I=I+2
+REM IF I<16 THEN PRINT "[]":RETURN
+REM PRINT "[..."+STR$(Z%(I))+" ...]"
+REM RETURN
+REM PR_ENTRY_HASH_MAP:
+REM I=I+3
+REM IF I<16 THEN PRINT "{}":RETURN
+REM IF J=8 THEN PRINT "{... key:"+STR$(Z%(I-1))+", val:"+STR$(Z%(I))+" ...}"
+REM RETURN
+REM PR_ENTRY_FN:
+REM PRINT "#<fn"+STR$(P3)+">"
+REM I=I+1
+REM RETURN
+REM PR_ENTRY_MALFN:
+REM PR_ENTRY_MAC:
+REM IF I=11 THEN PRINT "MACRO ";
+REM PRINT "(fn* param:"+STR$(Z%(I))+", env:"+STR$(Z%(I+1))+")"
+REM I=I+3
+REM RETURN
+REM PR_ENTRY_ATOM:
+REM PRINT "(atom val:"+STR$(P3)+")"
+REM I=I+1
+REM RETURN
+REM PR_ENTRY_ENV:
+REM PRINT "#<env hm:"+STR$(P3)+", outer:"+STR$(Z%(I+2))+">"
+REM I=I+2
+REM RETURN
+REM PR_ENTRY_META:
+REM PRINT "#<meta obj:"+STR$(P3)+", meta:"+STR$(Z%(I+2))+">"
+REM I=I+2
+REM RETURN
+REM PR_ENTRY_FREE:
+REM PRINT "FREE next:"+STR$(P3);
+REM IF I=ZK THEN PRINT " (free list start)";
+REM PRINT
+REM I=I-1+(Z%(I)AND-32)/32
+REM RETURN
+REM
+REM REM PR_OBJECT(P1) -> nil
+REM PR_OBJECT:
+REM RD=0
+REM
+REM IF P1=-1 THEN PRINT " "+STR$(-1)+": ---":RETURN
+REM RD=RD+1
+REM Q=P1:GOSUB PUSH_Q
+REM
+REM PR_OBJ_LOOP:
+REM IF RD=0 THEN RETURN
+REM RD=RD-1
+REM
+REM GOSUB PEEK_Q:I=Q
+REM REM IF I<15 THEN GOSUB POP_Q:GOTO PR_OBJ_LOOP
+REM GOSUB PR_MEMORY_VALUE
+REM REM J holds type now
+REM GOSUB POP_Q:I=Q
+REM
+REM IF J<6 OR J=9 THEN GOTO PR_OBJ_LOOP: REM no contained references
+REM REM reference in first position
+REM IF Z%(I+1)<>0 THEN RD=RD+1:Q=Z%(I+1):GOSUB PUSH_Q
+REM IF J=12 OR J=15 THEN PR_OBJ_LOOP: REM no more reference
+REM REM reference in second position
+REM IF Z%(I+2)<>0 THEN RD=RD+1:Q=Z%(I+2):GOSUB PUSH_Q
+REM IF J=6 OR J=7 OR J=13 OR J=14 THEN PR_OBJ_LOOP: REM no more references
+REM IF Z%(I+3)<>0 THEN RD=RD+1:Q=Z%(I+3):GOSUB PUSH_Q
+REM GOTO PR_OBJ_LOOP
+REM
REM REM PR_MEMORY(P1, P2) -> nil
REM PR_MEMORY:
REM IF P2<P1 THEN P2=ZI-1
-REM PRINT "vvvvvv"
-REM PRINT "Z% Value Memory"+STR$(P1)+"->"+STR$(P2);
+REM PRINT "Values (Z%)"+STR$(P1)+" ->"+STR$(P2);
REM PRINT " (ZI: "+STR$(ZI)+", ZK: "+STR$(ZK)+"):"
REM IF P2<P1 THEN PRINT " ---":GOTO PR_MEMORY_AFTER_VALUES
REM I=P1
REM PR_MEMORY_VALUE_LOOP:
REM IF I>P2 THEN GOTO PR_MEMORY_AFTER_VALUES
-REM PRINT " "+STR$(I);
-REM IF (Z%(I,0)AND 31)=15 THEN GOTO PR_MEMORY_FREE
-REM PRINT ": ref cnt: "+STR$((Z%(I,0)AND-32)/32);
-REM PRINT ", type: "+STR$(Z%(I,0)AND 31)+", value: "+STR$(Z%(I,1));
-REM IF (Z%(I,0)AND 31)=4 THEN PRINT " '"+S$(Z%(I,1))+"'";
-REM IF (Z%(I,0)AND 31)=5 THEN PRINT " "+S$(Z%(I,1))+"";
-REM PRINT
-REM I=I+1
-REM IF (Z%(I-1,0)AND 31)<>10 THEN GOTO PR_MEMORY_VALUE_LOOP
-REM PRINT " "+STR$(I)+": ";
-REM PRINT "params: "+STR$(Z%(I+1,0))+", env:"+STR$(Z%(I+1,1))
-REM I=I+1
-REM GOTO PR_MEMORY_VALUE_LOOP
-REM PR_MEMORY_FREE:
-REM PRINT ": FREE size: "+STR$((Z%(I,0)AND-32)/32)+", next: "+STR$(Z%(I,1));
-REM IF I=ZK THEN PRINT " (free list start)";
-REM PRINT
-REM IF (Z%(I,0)AND-32)=64 THEN I=I+1:PRINT " "+STR$(I)+": ---"
-REM I=I+1
-REM GOTO PR_MEMORY_VALUE_LOOP
+REM GOSUB PR_MEMORY_VALUE
+REM I=I+1
+REM GOTO PR_MEMORY_VALUE_LOOP
REM PR_MEMORY_AFTER_VALUES:
REM PRINT "S$ String Memory (S: "+STR$(S)+"):"
REM IF S<=0 THEN PRINT " ---":GOTO PR_MEMORY_SKIP_STRINGS
REM NEXT I
REM PR_MEMORY_SKIP_STRINGS:
REM PRINT "X% Stack Memory (X: "+STR$(X)+"):"
-REM IF X<0 THEN PRINT " ---":GOTO PR_MEMORY_SKIP_STACK
-REM FOR I=0 TO X
-REM PRINT " "+STR$(I)+": "+STR$(X%(I))
-REM NEXT I
+REM #cbm IF X<Z3 THEN PRINT " ---":GOTO PR_MEMORY_SKIP_STACK
+REM #cbm FOR I=Z3 TO X
+REM #cbm PRINT " "+STR$(I)+": "+STR$(PEEK(X)+PEEK(X+1)*256)
+REM #cbm NEXT I
+REM #qbasic IF X<0 THEN PRINT " ---":GOTO PR_MEMORY_SKIP_STACK
+REM #qbasic FOR I=0 TO X
+REM #qbasic #qbasic PRINT " "+STR$(I)+": "+STR$(X%(I))
+REM #qbasic NEXT I
REM PR_MEMORY_SKIP_STACK:
-REM PRINT "^^^^^^"
REM RETURN
REM
-REM REM PR_OBJECT(P1) -> nil
-REM PR_OBJECT:
-REM RD=0
-REM
-REM RD=RD+1:X=X+1:X%(X)=P1
-REM
-REM PR_OBJ_LOOP:
-REM IF RD=0 THEN RETURN
-REM I=X%(X):RD=RD-1:X=X-1
-REM
-REM P2=Z%(I,0)AND 31
-REM PRINT " "+STR$(I);
-REM PRINT ": ref cnt: "+STR$((Z%(I,0)AND-32)/32);
-REM PRINT ", type: "+STR$(P2)+", value: "+STR$(Z%(I,1));
-REM IF P2=4 THEN PRINT " '"+S$(Z%(I,1))+"'";
-REM IF P2=5 THEN PRINT " "+S$(Z%(I,1))+"";
-REM PRINT
-REM IF P2<=5 OR P2=9 THEN GOTO PR_OBJ_LOOP
-REM IF Z%(I,1)<>0 THEN RD=RD+1:X=X+1:X%(X)=Z%(I,1)
-REM IF P2>=6 AND P2<=8 THEN RD=RD+1:X=X+1:X%(X)=I+1
-REM GOTO PR_OBJ_LOOP
HCoop / jackhill / mal.git / blobdiff