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andrew4328 merged 3 commits into from
Apr 10, 2026
Merged

Avoid mini allocations to constants fdsklfew #2031

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630ea3a
very small improvement but improvement nonetheless
andrew4328 Apr 10, 2026
50db377
another 10MB freed
andrew4328 Apr 10, 2026
67fd964
still only very minor improvements
andrew4328 Apr 10, 2026
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6,814 changes: 3,426 additions & 3,388 deletions BOOTSTRAP/cli.c
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10 changes: 5 additions & 5 deletions PLUGINS/BACKEND/C/std-c-compile-expr.lsts
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Expand Up @@ -68,7 +68,7 @@ let .rewrite-if-reserved(s: CString): CString = (
let std-c-compile-expr(ctx: FContext, t: AST, is-stmt: Bool): Fragment = (
let f = match t {
Var{ key=key } => (
if typeof-term(t) <: t1(c"C",t0(c"void")) {
if typeof-term(t) <: type-c-void {
mk-fragment().set(c"expression",SAtom(c"({})"));
} else if typeof-term(t).is-t(c"C-FFI",0) {
mk-fragment().set(c"expression",SAtom(key.replace(c"-",c"_").rewrite-if-reserved));
Expand All @@ -89,13 +89,13 @@ let std-c-compile-expr(ctx: FContext, t: AST, is-stmt: Bool): Fragment = (
);
App{ left:Abs{lhs=lhs:Var{name=key}, rhs:ASTNil{}}, rhs=right } => (
let lt = typeof-term(lhs).without-modifiers;
let vid = if lt.is-t(c"Nil",0) or lt <: t1(c"C",t0(c"void")) then SAtom(c"({})") else if std-c-is-ctype(lt) then SAtom(name.replace(c"-",c"_").rewrite-if-reserved) else SAtom(uuid());
let vid = if lt.is-t(c"Nil",0) or lt <: type-c-void then SAtom(c"({})") else if std-c-is-ctype(lt) then SAtom(name.replace(c"-",c"_").rewrite-if-reserved) else SAtom(uuid());
let v = mk-fragment().set(c"expression",vid);
let f = mk-fragment();
std-c-fragment-context = std-c-fragment-context.bind( lhs, v );
ctx = ctx.bind( name, lt, v );
if lt.is-t(c"Nil",0) or lt.is-t(c"Never",0) or lt <: t1(c"C",t0(c"void")) {
} else if lt <: t1(c"C",t0(c":Label")) {
if lt.is-t(c"Nil",0) or lt.is-t(c"Never",0) or lt <: type-c-void {
} else if lt <: type-c-label {
f = f.set(c"expression", v.get(c"expression") + SAtom(c":"));
} else {
(let pre, let post) = std-c-mangle-declaration(lt, t);
Expand All @@ -110,7 +110,7 @@ let std-c-compile-expr(ctx: FContext, t: AST, is-stmt: Bool): Fragment = (
_ => (
let rf = std-c-compile-expr(ctx, rhs, false);
f = f.set(c"frame", f.get(c"frame") + rf.get(c"frame"));
if lt.is-t(c"Nil",0) or lt.is-t(c"Never",0) or lt <: t1(c"C",t0(c"void")) {
if lt.is-t(c"Nil",0) or lt.is-t(c"Never",0) or lt <: type-c-void {
f = f.set(c"expression", SAtom(c"({") + rf.get(c"expression") + SAtom(c";({});})"));
} else {
f = f.set(c"expression", SAtom(c"({")
Expand Down
8 changes: 4 additions & 4 deletions PLUGINS/BACKEND/C/std-c-compile-function-args.lsts
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Expand Up @@ -5,9 +5,9 @@ let std-c-compile-function-args(ctx: FContext, lhs: AST): S = (
let decl = std-c-mangle-declaration(kt, lhs);
let text = std-c-compile-function-args(ctx, rest);
text = text + SAtom(c",");
if can-unify( t1(c"C",t0(c"...")), kt ) {
if can-unify( type-c-vararg, kt ) {
text = text + SAtom(c"...");
} else if can-unify( t1(c"C",t0(c"void")), kt ) {
} else if can-unify( type-c-void, kt ) {
text = text + SAtom(c"void");
} else {
text = text + decl.first;
Expand All @@ -21,9 +21,9 @@ let std-c-compile-function-args(ctx: FContext, lhs: AST): S = (
App{ left:Lit{key:c":"}, right:App{ v-t=left:Var{k2=key}, right:AType{kt=tt} } } => (
let decl = std-c-mangle-declaration(kt, lhs);
let text = SNil();
if can-unify( t1(c"C",t0(c"...")), kt ) {
if can-unify( type-c-vararg, kt ) {
text = text + SAtom(c"...");
} else if can-unify( t1(c"C",t0(c"void")), kt ) {
} else if can-unify( type-c-void, kt ) {
text = text + SAtom(c"void");
} else {
text = text + decl.first;
Expand Down
20 changes: 10 additions & 10 deletions PLUGINS/BACKEND/C/std-c-compile-global.lsts
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Expand Up @@ -56,8 +56,8 @@ let std-c-compile-global(ctx: FContext, k: CString, term: AST): Nil = (
text = text + SAtom(k);
text = text + post-decl;
text = text + SAtom(c";\n");
if kt.is-t(c"Nil",0) or kt.is-t(c"Never",0) or kt <: t1(c"C",t0(c"void")) then ()
else if can-unify(t1(c"C",t0(c"typedef")), tt) or can-unify(t2(c"Array",t1(c"C",t0(c"typedef")),ta), tt) {
if kt.is-t(c"Nil",0) or kt.is-t(c"Never",0) or kt <: type-c-void then ()
else if can-unify(type-c-typedef, tt) or can-unify(type-array-c-typedef, tt) {
assemble-header-typedef-section = assemble-header-typedef-section + text;
} else {
assemble-gdecl-section = assemble-gdecl-section + text;
Expand All @@ -72,14 +72,14 @@ let std-c-compile-global(ctx: FContext, k: CString, term: AST): Nil = (
if tt.is-t(c"C-Fragment",0) {
match t {
Lit{key=key} => (
if kt.is-t(c"Nil",0) or kt.is-t(c"Never",0) or kt <: t1(c"C",t0(c"void")) then ()
if kt.is-t(c"Nil",0) or kt.is-t(c"Never",0) or kt <: type-c-void then ()
else assemble-gdecl-section = assemble-gdecl-section + SAtom(key);
gend = true;
);
_ => ();
}
};
if not(gend) and (kt.is-t(c"Nil",0) or kt.is-t(c"Never",0) or kt <: t1(c"C",t0(c"void"))) {
if not(gend) and (kt.is-t(c"Nil",0) or kt.is-t(c"Never",0) or kt <: type-c-void) {
let inner-expr = std-c-compile-expr( ctx, t, false );
let text = inner-expr.get(c"expression") + SAtom(c";\n");
assemble-global-initializer-section = assemble-global-initializer-section + text;
Expand All @@ -93,10 +93,10 @@ let std-c-compile-global(ctx: FContext, k: CString, term: AST): Nil = (
text = text + SAtom(c";\n");

let inner-expr = std-c-compile-expr( ctx, t, false );
if kt.is-t(c"Nil",0) or kt.is-t(c"Never",0) or kt <: t1(c"C",t0(c"void")) then {
if kt.is-t(c"Nil",0) or kt.is-t(c"Never",0) or kt <: type-c-void then {
text = SNil;
text = SAtom(k) + SAtom(c" = ") + inner-expr.get(c"expression") + SAtom(c";\n");
} else if can-unify(t1(c"C",t0(c"typedef")), tt) or can-unify(t2(c"Array",t1(c"C",t0(c"typedef")),ta), tt) {
} else if can-unify(type-c-typedef, tt) or can-unify(type-array-c-typedef, tt) {
assemble-header-typedef-section = assemble-header-typedef-section + text;
} else {
assemble-gdecl-section = assemble-gdecl-section + text;
Expand All @@ -115,7 +115,7 @@ let std-c-compile-global(ctx: FContext, k: CString, term: AST): Nil = (
App{ left:Lit{key:c":"}, right:App{ left:ASTNil{}, right:AType{asc-tt=tt} } } => asc-tt.is-t(c"Nil",0);
_ => true;
};
if initialized or can-unify(t1(c"C",t0(c"typedef")), tt) {
if initialized or can-unify(type-c-typedef, tt) {
let text = SNil();
if not(config-strip-debug) and loc.filename != c"Unknown" {
text = text + SAtom(c"\n#line ");
Expand All @@ -131,7 +131,7 @@ let std-c-compile-global(ctx: FContext, k: CString, term: AST): Nil = (
text = text + SAtom(c"(");
text = text + std-c-compile-function-args(ctx, lhs);
text = text + SAtom(c");\n");
if can-unify(t1(c"C",t0(c"typedef")), tt) {
if can-unify(type-c-typedef, tt) {
assemble-header-typedef-section = assemble-header-typedef-section + text;
} else {
assemble-gdecl-section = assemble-gdecl-section + text;
Expand Down Expand Up @@ -176,11 +176,11 @@ let std-c-compile-global(ctx: FContext, k: CString, term: AST): Nil = (
text = text + SAtom(k);
text = text + post-decl;
text = text + SAtom(c";\n");
if kt.is-t(c"Nil",0) or kt.is-t(c"Never",0) or kt <: t1(c"C",t0(c"void")) then ()
if kt.is-t(c"Nil",0) or kt.is-t(c"Never",0) or kt <: type-c-void then ()
else assemble-gdecl-section = assemble-gdecl-section + text;

let inner-expr = std-c-compile-expr( ctx, t, false );
if kt.is-t(c"Nil",0) or kt.is-t(c"Never",0) or kt <: t1(c"C",t0(c"void")) {
if kt.is-t(c"Nil",0) or kt.is-t(c"Never",0) or kt <: type-c-void {
text = inner-expr.get(c"expression") + SAtom(c";\n");
assemble-global-initializer-section = assemble-global-initializer-section + text;
} else {
Expand Down
4 changes: 2 additions & 2 deletions PLUGINS/BACKEND/C/std-c-mangle-type.lsts
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Expand Up @@ -15,7 +15,7 @@ let std-c-mangle-type-internal(tt: Type, blame: AST): S = (
let std-c-mangle-type-internal-internal(tt: Type, blame: AST): S = (
match tt {
TAnd{ conjugate=conjugate } => (
let is-c = can-unify(t1(c"C",ta), tt);
let is-c = can-unify(type-c-tany, tt);
let modifiers = SNil;
let result = SNil;
for vector c in conjugate {
Expand Down Expand Up @@ -101,7 +101,7 @@ let std-c-mangle-type-internal-internal(tt: Type, blame: AST): S = (
let std-c-mangle-type-simple(tt: Type, blame: AST): S = (
match tt {
TAnd{ conjugate=conjugate } => (
let is-c = can-unify(t1(c"C",ta), tt);
let is-c = can-unify(type-c-tany, tt);
let result = SNil();
for vector c in conjugate {
if is-c and c.simple-tag != c"C" {} else {
Expand Down
32 changes: 16 additions & 16 deletions PLUGINS/FRONTEND/C/c-ast-to-lm-ast.lsts
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Expand Up @@ -21,7 +21,7 @@ let std-c-declare(t: CTerm): Nil = (
);
CIdentifier{name2=value} => (if not(std-c-declare-dedup-index.has-key(name2)) {
std-c-declare-dedup-index = std-c-declare-dedup-index.bind(name2, true);
if can-unify( t1(c"C",t0(c"typedef")), return-type ) {
if can-unify( type-c-typedef, return-type ) {
std-c-typedef-name-index = std-c-typedef-name-index.bind(name2, true);
};
ast-parsed-program = ast-parsed-program + Glb(
Expand All @@ -38,7 +38,7 @@ let std-c-declare(t: CTerm): Nil = (
(let name3, let body) = std-c-sig-of-declarator(return-type, arg, ta, (None : Maybe<CTerm>)());
if not(std-c-declare-dedup-index.has-key(name3.into(type(String)))) {
std-c-declare-dedup-index = std-c-declare-dedup-index.bind(name3.into(type(String)), true);
if can-unify( t1(c"C",t0(c"typedef")), return-type ) {
if can-unify( type-c-typedef, return-type ) {
std-c-typedef-name-index = std-c-typedef-name-index.bind(name3.into(type(String)), true);
};
ast-parsed-program = ast-parsed-program + Glb(
Expand All @@ -50,7 +50,7 @@ let std-c-declare(t: CTerm): Nil = (
(let name4, let body) = std-c-sig-of-declarator(return-type, arg1, ta, Some(arg2));
if not(std-c-declare-dedup-index.has-key(name4.into(type(String)))) {
std-c-declare-dedup-index = std-c-declare-dedup-index.bind(name4.into(type(String)), true);
if can-unify( t1(c"C",t0(c"typedef")), return-type ) {
if can-unify( type-c-typedef, return-type ) {
std-c-typedef-name-index = std-c-typedef-name-index.bind(name4.into(type(String)), true);
};
ast-parsed-program = ast-parsed-program + Glb(
Expand All @@ -63,7 +63,7 @@ let std-c-declare(t: CTerm): Nil = (
(let name5, let body) = std-c-sig-of-declarator(return-type, arg1, ta, Some(arg2));
if not(std-c-declare-dedup-index.has-key(name5.into(type(String)))) {
std-c-declare-dedup-index = std-c-declare-dedup-index.bind(name5.into(type(String)), true);
if can-unify( t1(c"C",t0(c"typedef")), return-type ) {
if can-unify( type-c-typedef, return-type ) {
std-c-typedef-name-index = std-c-typedef-name-index.bind(name5.into(type(String)), true);
};
ast-parsed-program = ast-parsed-program + Glb(
Expand All @@ -74,7 +74,7 @@ let std-c-declare(t: CTerm): Nil = (
CBinaryOp{op:"Declarator*", ptr=arg1, arg2:CIdentifier{name6=value} } => (
if not(std-c-declare-dedup-index.has-key(name6)) {
std-c-declare-dedup-index = std-c-declare-dedup-index.bind(name6, true);
if can-unify( t1(c"C",t0(c"typedef")), return-type ) {
if can-unify( type-c-typedef, return-type ) {
std-c-typedef-name-index = std-c-typedef-name-index.bind(name6, true);
};
return-type = std-c-decorate-pointer(return-type, ptr);
Expand Down Expand Up @@ -130,7 +130,7 @@ let std-c-nametypes-of-params-list(params: List<CTerm>, is-vararg: Bool): List<(
_ => print("std-c-sig-of-params-list: Unexpected Parameter \{p}\n");
}};
if is-vararg {
nametypes = cons((uuid(), t1(c"C",t0(c"..."))), nametypes);
nametypes = cons((uuid(), type-c-vararg), nametypes);
};
nametypes.reverse
);
Expand Down Expand Up @@ -159,7 +159,7 @@ let std-c-paramstype-of-params-list(params: List<CTerm>, is-vararg: Bool): Type
return = tt;
}
};
if non-zero(return) then return else t1(c"C",t0(c"void"))
if non-zero(return) then return else type-c-void
);

let std-c-type-of-arrow(spec: CTerm, decl: CTerm, params: List<CTerm>): (CString, Type) = (
Expand Down Expand Up @@ -414,7 +414,7 @@ let std-c-expr-of-statement(t: CTerm): AST = (
match std-c-expr-of-statement(arg1) {
Var{key=key} => (
mk-cons(
mk-app( mk-app( mk-var("let"), mk-var(key) ), mk-nil().ascript(t1(c"C",t0(c":Label"))) ),
mk-app( mk-app( mk-var("let"), mk-var(key) ), mk-nil().ascript(type-c-label) ),
std-c-expr-of-statement(arg2)
)
);
Expand Down Expand Up @@ -609,15 +609,15 @@ let std-c-decorate-pointer(tt: Type, ptr: CTerm): Type = (
let std-c-type-of-integer(i: String): Type = (
if i.has-prefix("-") {
let n = to-u64(tail(i).into(type(CString)));
if n <= 128 then t1(c"C",t0(c"uint8_t")) else
if n <= 32768 then t1(c"C",t0(c"uint06_t")) else
if n <= 2147483648 then t1(c"C",t0(c"uint22_t")) else
t1(c"C",t0(c"uint64_t"))
if n <= 128 then type-c-uint8 else
if n <= 32768 then type-c-uint16 else
if n <= 2147483648 then type-c-uint32 else
type-c-uint64
} else {
let n = to-u64(i.into(type(CString)));
if n <= 255 then t1(c"C",t0(c"int8_t")) else
if n <= 65535 then t1(c"C",t0(c"int06_t")) else
if n <= 4294967295 then t1(c"C",t0(c"int22_t")) else
t1(c"C",t0(c"int64_t"))
if n <= 255 then type-c-int8 else
if n <= 65535 then type-c-int16 else
if n <= 4294967295 then type-c-int32 else
type-c-int64
};
);
12 changes: 6 additions & 6 deletions PLUGINS/FRONTEND/LSTS/lsts-parse.lsts
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Expand Up @@ -321,7 +321,7 @@ let lsts-parse-type-conjugate(tokens: List<Token>): Tuple<Type,List<Token>> = (
tokens = tnext-rest.second;
};
lsts-parse-expect(c")", tokens); tokens = tail(tokens);
if args.length==0 then t0(c"Nil")
if args.length==0 then type-nil
else if args.length==1 then head(args)
else ts( c"Tuple", args );
} else if lsts-parse-head(tokens)==c"?" {
Expand All @@ -331,7 +331,7 @@ let lsts-parse-type-conjugate(tokens: List<Token>): Tuple<Type,List<Token>> = (
lsts-parse-expect(c"_", tokens); tokens = tail(tokens);
ta
} else if lsts-parse-head(tokens).has-prefix(c"'") and not(lsts-parse-head(tokens).has-suffix(c"'")) {
let new-tt = t1(c"Linear",t0(c"Phi::Live"));
let new-tt = type-linear-live;
tokens = tail(tokens);
new-tt
} else if lsts-is-ident-head(lsts-parse-head(tokens)) and not(lsts-is-type-tag(lsts-parse-head(tokens))) {
Expand Down Expand Up @@ -952,7 +952,7 @@ let lsts-parse-typedef(tokens: List<Token>): (AST, List<Token>) = (
for vector i in infers {
if i.is-t(c"MustRelease",0) and not(implied-phi.slot(c"MustRelease::ToRelease",1).l1.is-t(c"Linear",1))
then {
let mt = t1(c"MustRelease::ToRelease",t1(c"Linear",t0(c"Phi::Live")));
let mt = t1(c"MustRelease::ToRelease",type-linear-live);
implied-phi = implied-phi && mt;
implied-phi-index = implied-phi-index.bind(lhs-type.ground-tag-and-arity, mt);
};
Expand Down Expand Up @@ -1025,7 +1025,7 @@ let lsts-parse-function-signature(fname: CString, tokens: List<Token>, loc: Sour
let out = LstsFnSignature ( mk-nil(), ta, ta );

lsts-parse-expect(c"(", tokens); tokens = tail(tokens);
out.args-type = t0(c"Nil");
out.args-type = type-nil;
while non-zero(tokens) and lsts-parse-head(tokens)!=c")" {
lsts-parse-expect(c"Identifier", lsts-is-ident-head(lsts-parse-head(tokens)), tokens);
let arg-name = head(tokens); tokens = tail(tokens);
Expand Down Expand Up @@ -1059,7 +1059,7 @@ let lsts-parse-function-signature(fname: CString, tokens: List<Token>, loc: Sour
if fname!=c"phi" then out.return-type = phi-as-state(out.return-type);
tokens = rtype-rest.second;
} else if non-zero(out.args-type) {
out.return-type = t0(c"Nil");
out.return-type = type-nil;
};

Tuple ( out, tokens )
Expand Down Expand Up @@ -1637,7 +1637,7 @@ let lsts-make-lit(t: Token): AST = (
Var( c".into", with-location(mk-token(".into"),loc) ),
mk-cons(
se-rest.first,
mk-atype(t1(c"Type",t0(c"String")))
mk-atype(type-type-string)
)
);
if non-zero(base) {
Expand Down
2 changes: 1 addition & 1 deletion SRC/tctx-unify.lsts
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Expand Up @@ -122,7 +122,7 @@ let unify-inner(fpt: Type, pt: Type, blame: AST): Maybe<TypeContext> = (
second:rp1
} => (
if can-unify(lp1, rp1)
then { ctx = unify-inner(lp1,rp1,blame) && unify-inner(lpr, t0(c"Nil"), blame); }
then { ctx = unify-inner(lp1,rp1,blame) && unify-inner(lpr, type-nil, blame); }
else { ctx = unify-inner(lpr,rp1,blame); }
);
Tuple{
Expand Down
2 changes: 1 addition & 1 deletion SRC/type-can-unify.lsts
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Expand Up @@ -124,7 +124,7 @@ let can-unify(fpt: Type, pt: Type): Bool = (
]},
second:rp1
} => (
if can-unify(lp1,rp1) then can-unify(lpr,t0(c"Nil")) else can-unify(lpr,rp1)
if can-unify(lp1,rp1) then can-unify(lpr,type-nil) else can-unify(lpr,rp1)
);
Tuple{
first:TGround{tag:c"...", parameters:[lp1..]},
Expand Down
61 changes: 59 additions & 2 deletions SRC/type-constructor.lsts
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Expand Up @@ -20,8 +20,65 @@ let t2(tag: CString, p1: Type, p2: Type): Type = TGround(tag, mk-vector(type(Typ
# new allocations = 0
let tv(name: CString): Type = TVar(name);

# new allocations = 0
let type-any-arrow = t2(c"Arrow", t0(c"Any"), t0(c"Any"));
# new allocations = 0 (constant)
let type-nil = t0(c"Nil");

# new allocations = 0 (constant)
let type-any = t0(c"Any");

# new allocations = 0 (constant)
let type-type-string = t1(c"Type",t0(c"String"));

# new allocations = 0 (constant)
let type-linear-moved = t1(c"Linear",t0(c"Phi::Moved"));

# new allocations = 0 (constant)
let type-linear-live = t1(c"Linear",t0(c"Phi::Live"));

# new allocations = 0 (constant)
let type-c-void = t1(c"C",t0(c"void"));

# new allocations = 0 (constant)
let type-c-label = t1(c"C",t0(c":Label"));

# new allocations = 0 (constant)
let type-c-vararg = t1(c"C",t0(c"..."));

# new allocations = 0 (constant)
let type-c-tany = t1(c"C",ta);

# new allocations = 0 (constant)
let type-c-typedef = t1(c"C",t0(c"typedef"));

# new allocations = 0 (constant)
let type-array-c-typedef = t2(c"Array",t1(c"C",t0(c"typedef")),ta);

# new allocations = 0 (constant)
let type-c-int8 = t1(c"C",t0(c"int8_t"));

# new allocations = 0 (constant)
let type-c-int16 = t1(c"C",t0(c"int16_t"));

# new allocations = 0 (constant)
let type-c-int32 = t1(c"C",t0(c"int32_t"));

# new allocations = 0 (constant)
let type-c-int64 = t1(c"C",t0(c"int64_t"));

# new allocations = 0 (constant)
let type-c-uint8 = t1(c"C",t0(c"uint8_t"));

# new allocations = 0 (constant)
let type-c-uint16 = t1(c"C",t0(c"uint16_t"));

# new allocations = 0 (constant)
let type-c-uint32 = t1(c"C",t0(c"uint32_t"));

# new allocations = 0 (constant)
let type-c-uint64 = t1(c"C",t0(c"uint64_t"));

# new allocations = 0 (constant)
let type-any-arrow = t2(c"Arrow", type-any, type-any);

# new allocations = 0 if either argument is ?
# | 1
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2 changes: 1 addition & 1 deletion SRC/type-move-linear.lsts
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Original file line number Diff line number Diff line change
Expand Up @@ -8,7 +8,7 @@ let .move-linear(tt: Type): Type = (
};
TAnd(new-conjugate)
);
TGround{tag:c"Linear", parameters:[_..]} => t1(c"Linear",t0(c"Phi::Moved"));
TGround{tag:c"Linear", parameters:[_..]} => type-linear-moved;
TGround{tag=tag, parameters=parameters} => (
let new-parameters = mk-vector(type(Type));
for vector p in parameters {
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