changed VM to emulate 'Dictionary new: ..' for MAKE_DICTIONARY
changed VM to emulate 'dic put_assoc: assoc' for POP_INTO_DICTIONARY
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@ -130,7 +130,7 @@ class Set(Collection)
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{
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dcl tally bucket.
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method new: size
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method(#class) new: size
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{
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^self new initialize: size.
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}
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@ -211,45 +211,6 @@ class Set(Collection)
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^ass
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}
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(* __put_assoc: is a special internal method used by VM to add an association
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* to a dictionary with the dictionary/association expression notation.
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* :{ :( 1, 20 ), :( #moo, 999) } *)
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method __put_assoc: assoc
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{
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| hv ass bs index ntally key |
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key := assoc key.
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bs := self.bucket size.
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hv := key hash.
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index := hv rem: bs.
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while ((ass := self.bucket at: index) notNil)
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{
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if (key = ass key)
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{
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(* found *)
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self.bucket at: index put: assoc.
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^self. ## it must return self for the instructions generated by the compiler.
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}.
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index := (index + 1) rem: bs.
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}.
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(* not found *)
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ntally := self.tally + 1.
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if (ntally >= bs)
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{
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self.bucket := self __make_expanded_bucket: bs.
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bs := self.bucket size.
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index := hv rem: bs.
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while ((self.bucket at: index) notNil) { index := (index + 1) rem: bs }.
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}.
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self.tally := ntally.
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self.bucket at: index put: assoc.
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^self. ## it must return self for the instructions generated by the compiler.
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}
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method at: key
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{
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| ass |
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@ -446,6 +407,62 @@ class SymbolSet(Set)
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class Dictionary(Set)
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{
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(* [NOTE]
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* VM require Dictionary to implement new: and __put_assoc
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* for the dictionary expression notation - :{ }
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*)
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## TODO: implement Dictionary as a Hashed List/Table or Red-Black Tree
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## Do not inherit Set upon reimplementation
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##
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method(#class) new: size
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{
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^super new: (size + 10).
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}
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(* put_assoc: is called internally by VM to add an association
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* to a dictionary with the dictionary/association expression notation
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* like this:
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*
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* :{ :( 1, 20 ), :( #moo, 999) }
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*
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* it must return self for the way VM works.
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*)
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method put_assoc: assoc
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{
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| hv ass bs index ntally key |
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key := assoc key.
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bs := self.bucket size.
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hv := key hash.
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index := hv rem: bs.
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while ((ass := self.bucket at: index) notNil)
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{
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if (key = ass key)
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{
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(* found *)
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self.bucket at: index put: assoc.
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^self. ## it must return self for the instructions generated by the compiler.
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}.
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index := (index + 1) rem: bs.
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}.
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(* not found *)
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ntally := self.tally + 1.
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if (ntally >= bs)
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{
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self.bucket := self __make_expanded_bucket: bs.
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bs := self.bucket size.
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index := hv rem: bs.
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while ((self.bucket at: index) notNil) { index := (index + 1) rem: bs }.
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}.
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self.tally := ntally.
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self.bucket at: index put: assoc.
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^self. ## it must return self for the instructions generated by the compiler.
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}
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}
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pooldic Log
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@ -462,7 +479,7 @@ pooldic Log
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#FATAL := 16.
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}
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class SystemDictionary(Dictionary)
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class SystemDictionary(Set)
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{
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## the following methods may not look suitable to be placed
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## inside a system dictionary. but they are here for quick and dirty
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@ -272,7 +272,7 @@ class MyObject(Object)
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method(#class) main
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{
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|a|
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|a i |
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a := 100.
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## PROBLEM: the following double loop will exhaust the stack
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@ -308,15 +308,17 @@ class MyObject(Object)
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(*a removeKey: 'bbb'.
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a remove: :(#bbb).*)
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1 to: 100 do: [ :i | a at: i put: (i * 2) ].
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##1 to: 100 do: [ :i | a at: i put: (i * 2) ].
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a keysAndValuesDo: [:k :v |
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k dump.
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v dump.
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'------------' dump.
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].
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(a associationAt: :(#aaa)) dump.
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(*
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while (true)
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{
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while (true)
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@ -324,7 +326,7 @@ class MyObject(Object)
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[:j :q | (j + q) dump] value: (if (true) { 20 }) value: (if (true) { break }).
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(1 + (if (false) {} else { break })) dump.
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}
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}
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}*)
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}
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}
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@ -4177,24 +4177,8 @@ static int compile_dictionary_expression (moo_t* moo)
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{
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if (TOKEN_TYPE(moo) == MOO_IOTOK_ASSPAREN)
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{
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moo_oow_t si;
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static moo_ooch_t msg[] = { '_', '_','p','u','t','_','a','s','s','o','c',':' }; /* don't put '\0' at the back */
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moo_oocs_t x;
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x.ptr = msg;
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x.len = MOO_COUNTOF(msg);
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/* [ATTENTION]
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* if the method returns self, i don't need DUP_STACKTOP and POP_STACKTOP.
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* if the method retruns something else, DUP_STACKTOP and POP_STACKTOP is needed
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* to emulate message cascading.
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if (emit_byte_instruction (moo, BCODE_DUP_STACKTOP) <= -1 ||
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compile_association_expression(moo) <= -1 ||
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add_symbol_literal(moo, &x, 0, &si) <= -1 ||
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emit_double_param_instruction (moo, BCODE_SEND_MESSAGE_0, 1, si) <= -1 ||
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emit_byte_instruction (moo, BCODE_POP_STACKTOP) <= -1) return -1; */
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if (compile_association_expression(moo) <= -1 ||
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add_symbol_literal(moo, &x, 0, &si) <= -1 ||
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emit_double_param_instruction (moo, BCODE_SEND_MESSAGE_0, 1, si) <= -1) return -1;
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emit_byte_instruction (moo, BCODE_POP_INTO_DICTIONARY) <= -1) return -1;
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count++;
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}
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else
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@ -3716,7 +3716,7 @@ int moo_execute (moo_t* moo)
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LOG_INST_3 (moo, "send_message%hs %zu @%zu", (((bcode >> 2) & 1)? "_to_super": ""), b1, b2);
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if (send_message (moo, selector, ((bcode >> 2) & 1), b1) <= -1) goto oops;
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break; /* CMD_SEND_MESSAGE */
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break;
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}
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/* -------------------------------------------------------- */
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@ -3795,32 +3795,36 @@ int moo_execute (moo_t* moo)
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/* -------------------------------------------------------- */
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case BCODE_MAKE_DICTIONARY:
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{
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moo_oop_t t;
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FETCH_PARAM_CODE_TO (moo, b1);
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LOG_INST_1 (moo, "make_dictionary %zu", b1);
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/* create an empty array */
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t = (moo_oop_t)moo_makedic (moo, moo->_dictionary, b1 + 10); /* TODO: find a better value than +10 for initial dictionary sizing */
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if (!t) goto oops;
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MOO_STACK_PUSH (moo, t); /* push the array created */
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/* Dictionary new: b1
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* doing this allows users to redefine Dictionary whatever way they like.
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* if i did the followings instead, the internal of Dictionary would get
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* tied to the system dictionary implementation. the system dictionary
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* implementation is flawed in that it accepts only a variable character
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* object as a key. it's better to invoke 'Dictionary new: ...'.
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t = (moo_oop_t)moo_makedic (moo, moo->_dictionary, b1 + 10);
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MOO_STACK_PUSH (moo, t);
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*/
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MOO_STACK_PUSH (moo, moo->_dictionary);
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MOO_STACK_PUSH (moo, MOO_SMOOI_TO_OOP(b1));
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if (send_message (moo, moo->dicnewsym, 0, 1) <= -1) goto oops;
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break;
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}
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case BCODE_POP_INTO_DICTIONARY:
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{
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moo_oop_t t1, t2;
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LOG_INST_0 (moo, "pop_into_dictionary");
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/* dic __put_assoc: assoc
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* whether the system dictinoary implementation is flawed or not,
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* the code would look like this if it were used.
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t1 = MOO_STACK_GETTOP(moo);
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MOO_STACK_POP (moo);
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t2 = MOO_STACK_GETTOP(moo);
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moo_putatdic (moo, (moo_oop_set_t)t2, ((moo_oop_association_t)t1)->key, ((moo_oop_association_t)t1)->value); /* TODO: 1. erorr check 2. reuse association as it it */
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moo_putatdic (moo, (moo_oop_set_t)t2, ((moo_oop_association_t)t1)->key, ((moo_oop_association_t)t1)->value);
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*/
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if (send_message (moo, moo->dicputassocsym, 0, 1) <= -1) goto oops;
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break;
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}
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case BCODE_MAKE_ASSOCIATION:
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{
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24
moo/lib/gc.c
24
moo/lib/gc.c
@ -279,6 +279,8 @@ static int ignite_3 (moo_t* moo)
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static moo_ooch_t str_system[] = { 'S','y','s','t','e', 'm' };
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static moo_ooch_t str_processor[] = { 'P', 'r', 'o', 'c', 'e', 's', 's', 'o', 'r' };
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static moo_ooch_t str_dicnew[] = { 'n', 'e', 'w', ':' };
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static moo_ooch_t str_dicputassoc[] = { 'p', 'u', 't', '_', 'a', 's', 's', 'o', 'c', ':' };
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moo_oow_t i;
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moo_oop_t sym, cls;
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@ -295,16 +297,24 @@ static int ignite_3 (moo_t* moo)
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moo_ptr++;
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}
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/* Make the system dictionary available as the global name 'Stix' */
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sym = moo_makesymbol (moo, str_system, 6);
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/* Make the system dictionary available as the global name 'System' */
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sym = moo_makesymbol (moo, str_system, MOO_COUNTOF(str_system));
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if (!sym) return -1;
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if (!moo_putatsysdic(moo, sym, (moo_oop_t)moo->sysdic)) return -1;
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/* Make the process scheduler avaialble as the global name 'Processor' */
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sym = moo_makesymbol (moo, str_processor, 9);
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sym = moo_makesymbol (moo, str_processor, MOO_COUNTOF(str_processor));
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if (!sym) return -1;
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if (!moo_putatsysdic(moo, sym, (moo_oop_t)moo->processor)) return -1;
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sym = moo_makesymbol (moo, str_dicnew, MOO_COUNTOF(str_dicnew));
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if (!sym) return -1;
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moo->dicnewsym = sym;
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sym = moo_makesymbol (moo, str_dicputassoc, MOO_COUNTOF(str_dicputassoc));
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if (!sym) return -1;
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moo->dicputassocsym = sym;
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return 0;
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}
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@ -600,9 +610,11 @@ void moo_gc (moo_t* moo)
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*(moo_oop_t*)((moo_uint8_t*)moo + kernel_classes[i].offset) = tmp;
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}
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moo->sysdic = (moo_oop_set_t) moo_moveoop (moo, (moo_oop_t)moo->sysdic);
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moo->processor = (moo_oop_process_scheduler_t) moo_moveoop (moo, (moo_oop_t)moo->processor);
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moo->nil_process = (moo_oop_process_t) moo_moveoop (moo, (moo_oop_t)moo->nil_process);
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moo->sysdic = (moo_oop_set_t)moo_moveoop (moo, (moo_oop_t)moo->sysdic);
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moo->processor = (moo_oop_process_scheduler_t)moo_moveoop (moo, (moo_oop_t)moo->processor);
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moo->nil_process = (moo_oop_process_t)moo_moveoop (moo, (moo_oop_t)moo->nil_process);
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moo->dicnewsym = (moo_oop_char_t)moo_moveoop (moo, (moo_oop_t)moo->dicnewsym);
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moo->dicputassocsym = (moo_oop_char_t)moo_moveoop (moo, (moo_oop_t)moo->dicputassocsym);
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for (i = 0; i < moo->sem_list_count; i++)
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{
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@ -940,6 +940,8 @@ struct moo_t
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moo_oop_set_t sysdic; /* system dictionary. instance of SystemDictionary */
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moo_oop_process_scheduler_t processor; /* instance of ProcessScheduler */
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moo_oop_process_t nil_process; /* instance of Process */
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moo_oop_char_t dicnewsym; /* symbol new: for dictionary */
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moo_oop_char_t dicputassocsym; /* symbol put_assoc: for dictionary */
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/* pending asynchronous semaphores */
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moo_oop_semaphore_t* sem_list;
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