Storing the frame pointer in the rstack
This commit is contained in:
@@ -65,7 +65,8 @@ mod test {
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assert_eq!(
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test_body(state_for("fn test() { var x; asm(&x) { swap 12\nstorew } }")),
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vec![
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"loadw frame", // Push the addr of x
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"pushr", // capture frame ptr
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"peekr", // Push the addr of x
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"swap 12", // The asm body, which swaps 12 behind it and stores it there
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"storew",
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]
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@@ -78,20 +79,21 @@ mod test {
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assert_eq!(
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test_body(state_for("fn test() { repeat(5) c { 2; } var k = 5; return k; }")),
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vec![
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"pushr", // capture frame ptr
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"push 0", // Create the 'c' var and store 0 in it
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"loadw frame",
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"peekr",
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"storew",
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"push 5",
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"#while", // Starting the loop:
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"dup", // Copy the limit
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"loadw frame", // Load c
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"peekr", // Load c
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"loadw",
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"sub", // Subtract c from a
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"agt 0", // Are we still positive?
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"#do",
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"push 2", // Pointless loop body
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"pop",
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"loadw frame", // Load c as an lvalue
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"peekr", // Load c as an lvalue
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"dup", // Dup it, load it, add 1
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"loadw",
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"add 1",
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@@ -100,10 +102,12 @@ mod test {
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"#end", // End of the loop body!
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"pop", // Drop the limit off the top
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"push 5", // Push the rvalue we'll put in 'k'
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"loadw frame", // THIS IS THE TEST: 'k' should go at frame + 0, because it's
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"peekr", // THIS IS THE TEST: 'k' should go at frame + 0, because it's
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"storew", // taking the same (now freed) frame slot that c took, because c is
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"loadw frame", // now out of scope
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"peekr", // now out of scope
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"loadw",
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"popr", // Blow away old frame ptr
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"pop",
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"ret",
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]
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.join("\n")
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@@ -9,19 +9,27 @@ impl Compilable for Call {
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// Require a function
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let sig = sig.expect("lvalue outside a function");
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// We need a stack consisting of the arguments (last on top), followed by the address to call
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// We need a stack consisting of the arguments (last on top), followed by the new fn's frame
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// pointer, followed by the address to call.
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// So, first eval the args:
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for arg in self.args {
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arg.process(state, Some(sig), loc)?;
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}
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// Now we increment the frame ptr to right after the current frame:
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sig.emit("peekr");
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let frame_size = sig.frame_size();
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if frame_size > 0 {
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sig.emit_arg("add", frame_size);
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}
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// Eval the target
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self.target.0.process(state, Some(sig), loc)?;
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// Before we actually do the call though, we need to deal with some paperwork around the
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// frame pointer. We will store the current frame pointer in the rstack:
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sig.emit("loadw frame");
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sig.emit("pushr");
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//sig.emit("loadw frame");
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//sig.emit("pushr");
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// todo this makes arrays not work. we can no longer statically compute the frame size, we
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// need to have the frame size stored at runtime somehow, probably rstack. This will mean
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@@ -37,23 +45,15 @@ impl Compilable for Call {
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// todo in fact, a larger refactor would just store the frame size as the first thing in the
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// frame, to make vardecls faster
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// Now we increment the frame ptr to right after the current frame:
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let frame_size = sig.frame_size();
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if frame_size > 0 {
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sig.emit("loadw frame");
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sig.emit_arg("add", frame_size);
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sig.emit("storew frame");
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}
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// Frame is now pointing at a safe place, the top of stack is the target, do the call:
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// Do the call:
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sig.emit("call");
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// And this is where we'll return to. The function has popped its args and left a word on
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// the stack as a return value, which someone else will deal with (this is the word that
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// this expr::call will end up evaluating to). But before we're done, we need to restore
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// our frame pointerS
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sig.emit("popr");
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sig.emit("storew frame");
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// our frame pointer:
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//sig.emit("popr");
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//sig.emit("storew frame");
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// And we're finished!
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Ok(())
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@@ -69,22 +69,18 @@ mod test {
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assert_eq!(
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test_body(state_for("fn test(a, b) { test(2, 3); }")),
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vec![
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"loadw frame", // capture arg b
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"pushr",
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"peekr", // capture arg b
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"add 3",
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"storew",
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"loadw frame", // capture arg a
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"peekr", // capture arg a
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"storew",
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"push 2", // evaluating args, in order
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"push 3",
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"push _forge_gensym_1", // evaluating target (this fn)
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"loadw frame", // Store the frame ptr
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"pushr",
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"loadw frame", // Increment the frame ptr
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"peekr", // The new fn's frame ptr:
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"add 6",
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"storew frame",
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"push _forge_gensym_1", // evaluating target (this fn)
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"call", // Actually make the call
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"popr", // Restore the frame ptr
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"storew frame",
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"pop", // expr-as-statement drops the evaluated value
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]
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.join("\n")
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@@ -31,16 +31,17 @@ mod test {
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assert_eq!(
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test_body(state_for("fn test() { var x = 3; if (x > 2) { x = 1; } }")),
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vec![
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"pushr",
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"push 3",
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"loadw frame",
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"peekr",
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"storew", // x = 3
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"loadw frame",
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"peekr",
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"loadw",
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"push 2",
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"agt", // The condition, x > 2
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"#if", // The if itself
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"push 1",
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"loadw frame",
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"peekr",
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"storew", // The branch, x = 1
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"#end"]
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.join("\n")
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@@ -52,20 +53,21 @@ mod test {
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assert_eq!(
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test_body(state_for("fn test() { var x = 3; if (x > 2) { x = 1; } else { x = 7; } }")),
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vec![
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"pushr",
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"push 3",
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"loadw frame",
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"peekr",
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"storew", // x = 3
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"loadw frame",
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"peekr",
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"loadw",
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"push 2",
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"agt", // The condition, x > 2
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"#if", // The if itself
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"push 1",
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"loadw frame",
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"peekr",
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"storew", // The affirmative branch, x = 1
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"#else", // The alternative
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"push 7",
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"loadw frame",
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"peekr",
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"storew", // x = 7
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"#end"]
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.join("\n")
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@@ -28,7 +28,6 @@ impl Compilable for Expr {
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Ok(())
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}
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Expr::Name(name) => {
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// todo split into new file
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match lookup(&name, global_scope, &sig.local_scope) {
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// Names are treated differently depending on what they are
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Some(Variable::Literal(val)) => {
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@@ -51,7 +50,8 @@ impl Compilable for Expr {
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Some(Variable::Local(offset)) => {
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// Names of locals are added from the frame pointer
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let offset = *offset;
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sig.emit("loadw frame");
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sig.emit("peekr"); // Frame ptr is top of rstack
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if offset > 0 {
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sig.emit_arg("add", offset);
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}
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@@ -158,11 +158,12 @@ mod test {
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assert_eq!(
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test_body(state),
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vec![
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"pushr",
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"push _forge_gensym_3",
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"loadw frame",
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"peekr",
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"storew", // the assignment for x
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"push _forge_gensym_4",
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"loadw frame",
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"peekr",
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"add 3", // the address of y (frame + 3) and put gensym_4 in it
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"storew",
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]
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@@ -175,11 +176,12 @@ mod test {
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assert_eq!(
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test_body(state_for("fn test() { var x = 3; var y = &x; }")),
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vec![
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"pushr",
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"push 3",
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"loadw frame",
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"peekr",
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"storew", // the assignment for x
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"loadw frame", // The addr of x
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"loadw frame",
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"peekr", // The addr of x
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"peekr",
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"add 3", // the address of y (frame + 3) and put the addr of x (frame) in it
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"storew",
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]
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@@ -192,10 +194,11 @@ mod test {
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assert_eq!(
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test_body(state_for("fn test() { var x = 3; *1000 = *x; }")),
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vec![
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"pushr",
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"push 3",
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"loadw frame",
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"peekr",
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"storew", // the assignment for x
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"loadw frame", // Now we're compiling *x, so load x's value, which is 3
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"peekr", // Now we're compiling *x, so load x's value, which is 3
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"loadw",
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"loadw", // Then load the value at 3
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"push 1000", // Push the addr 1000, for the lvalue
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@@ -210,10 +213,11 @@ mod test {
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assert_eq!(
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test_body(state_for("const foo = \"foo\"; fn test() { var x = \"bar\" + 3; }")),
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vec![
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"pushr",
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"push _forge_gensym_3", // 1 is the label in the string table for "foo", 2 for "blah,"
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"push 3", // so 3 is the string "bar"
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"add", // Add 3 to that address
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"loadw frame", // Store it in the first var
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"peekr", // Store it in the first var
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"storew",
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]
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.join("\n")
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@@ -45,16 +45,17 @@ mod test {
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assert_eq!(
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test_body(state_for("fn test(a, b) { b = 17 + a; }")),
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vec![
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"loadw frame", // Capture var b
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"pushr", // Store frame ptr
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"peekr", // Capture var b
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"add 3",
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"storew",
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"loadw frame", // Capture var a
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"peekr", // Capture var a
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"storew",
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"push 17", // Start calculating the rvalue, push the literal
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"loadw frame", // This is looking up the "a" arg, at frame + 0
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"peekr", // This is looking up the "a" arg, at frame + 0
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"loadw",
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"add", // 17 + a
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"loadw frame", // Calculate the lvalue
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"peekr", // Calculate the lvalue
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"add 3", // "b" arg is frame + 3
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"storew", // Finally store
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]
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@@ -41,7 +41,7 @@ impl Compilable for Lvalue {
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}
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Variable::Local(offset) => {
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let offset = *offset;
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sig.emit_arg("loadw", "frame");
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sig.emit("peekr");
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if offset > 0 {
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sig.emit_arg("add", offset);
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}
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@@ -86,37 +86,38 @@ mod test {
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assert_eq!(
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test_body(state_for("fn test(a) { var x = 0; repeat(a) c { x = x + c; } return x; }")),
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vec![
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"loadw frame", // capture arg a
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"pushr",
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"peekr", // capture arg a
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"storew",
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"push 0", // Create the 'x' var and store 0 in it
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"loadw frame",
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"peekr",
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"add 3",
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"storew",
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"push 0", // Create the 'c' var and store 0 in it
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"loadw frame",
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"peekr",
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"add 6",
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"storew",
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"loadw frame", // Load 'a' from args
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"peekr", // Load 'a' from args
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"loadw",
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"#while", // Starting the loop:
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"dup", // Copy the limit
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"loadw frame", // Load c
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"peekr", // Load c
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"add 6",
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"loadw",
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"sub", // Subtract c from a
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"agt 0", // Are we still positive?
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"#do",
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"loadw frame", // Load x
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"peekr", // Load x
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"add 3",
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"loadw",
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"loadw frame", // Load c
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"peekr", // Load c
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"add 6",
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"loadw",
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"add", // Add c to x
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"loadw frame", // Load x as an lvalue
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"peekr", // Load x as an lvalue
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"add 3",
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"storew", // Store c + x into it
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"loadw frame", // Load c as an lvalue
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"peekr", // Load c as an lvalue
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"add 6",
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"dup", // Dup it, load it, add 1
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"loadw",
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@@ -125,9 +126,11 @@ mod test {
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"storew",
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"#end", // End of the loop body!
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"pop", // Drop the limit off the top
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"loadw frame", // Load x so we can return it
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"peekr", // Load x so we can return it
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"add 3",
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"loadw",
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"popr", // toss old frame ptr
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"pop",
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"ret",
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]
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.join("\n")
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@@ -140,32 +143,35 @@ mod test {
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assert_eq!(
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test_body(state_for("fn test(a) { var x = 1; repeat(a) { x = x * 2; } return x; }")),
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vec![
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"loadw frame", // capture arg a
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"pushr",
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"peekr", // capture arg a
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"storew",
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"push 1", // Create the 'x' var and store 1 in it
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"loadw frame",
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"peekr",
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"add 3",
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"storew",
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"loadw frame", // Load 'a' from args
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"peekr", // Load 'a' from args
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"loadw",
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"#while", // Starting the loop:
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"dup", // Copy the limit
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"agt 0", // Are we still positive?
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"#do",
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"loadw frame", // Load x
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"peekr", // Load x
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"add 3",
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"loadw",
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"push 2", // double it
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"mul",
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"loadw frame", // Load x as an lvalue
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"peekr", // Load x as an lvalue
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"add 3",
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"storew", // Store 2x into it
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"sub 1", // decrement the counter
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"#end", // End of the loop body!
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"pop", // Drop the limit off the top
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"loadw frame", // Load x so we can return it
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"peekr", // Load x so we can return it
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"add 3",
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"loadw",
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"popr", // Toss old frame ptr
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"pop",
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"ret",
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].join("\n")
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);
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@@ -11,11 +11,20 @@ impl Compilable for Return {
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match self {
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Return(None) => {
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// Returning nothing, so just default to returning a 0:
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// (but pop our frame pointer first)
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sig.emit("popr");
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sig.emit("pop");
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sig.emit_arg("ret", 0)
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}
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Return(Some(expr)) => {
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// Eval the expr and emit a ret for it
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expr.process(state, Some(sig), loc)?;
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// Now that we're done with it, blow away the frame ptr:
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sig.emit("popr");
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sig.emit("pop");
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// Finally ret
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sig.emit("ret")
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}
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}
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@@ -33,12 +42,15 @@ mod test {
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assert_eq!(
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test_body(state_for("fn test(a) { return a + 3; }")),
|
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vec![
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"loadw frame", // capture arg a
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"pushr",
|
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"peekr", // capture arg a
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"storew",
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"loadw frame", // Load a
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"peekr", // Load a
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"loadw",
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"push 3", // Add 3
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"add",
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"popr", // Toss frame ptr
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"pop",
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"ret", // Return that
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]
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.join("\n")
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@@ -50,13 +62,16 @@ mod test {
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assert_eq!(
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test_body(state_for("fn test(a) { if (a > 0) { return; } }")),
|
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vec![
|
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"loadw frame", // capture arg a
|
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"pushr",
|
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"peekr", // capture arg a
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"storew",
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"loadw frame", // Load a
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"peekr", // Load a
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"loadw",
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"push 0", // Compare to 0
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"agt",
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"#if", // If statement
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"popr", // Toss frame ptr
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"pop",
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"ret 0", // Default return value, for an expr-less return
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"#end",
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]
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@@ -36,16 +36,17 @@ mod test {
|
||||
assert_eq!(
|
||||
test_body(state_for("fn test() { var a; var b = 7; a = b * 2; }")),
|
||||
vec![
|
||||
"pushr",
|
||||
"push 7", // Start calculating the rvalue, push the literal
|
||||
"loadw frame", // "b" is the second local var at frame + 3
|
||||
"peekr", // "b" is the second local var at frame + 3
|
||||
"add 3",
|
||||
"storew", // Do the initialization
|
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"loadw frame", // Now we're evaluating b * 2
|
||||
"peekr", // Now we're evaluating b * 2
|
||||
"add 3", // b is at frame + 3...
|
||||
"loadw", // load it to the stack
|
||||
"push 2",
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||||
"mul", // b * 2 evaluated
|
||||
"loadw frame", // Loading "a" as an lvalue
|
||||
"peekr", // Loading "a" as an lvalue
|
||||
"storew", // doing the assignment
|
||||
]
|
||||
.join("\n")
|
||||
|
||||
@@ -27,37 +27,38 @@ mod test {
|
||||
assert_eq!(
|
||||
test_body(state_for("fn test() { var x = 0; var c = 0; while (c < 10) { x = x + c; c = c + 1; } }")),
|
||||
vec![
|
||||
"pushr",
|
||||
"push 0",
|
||||
"loadw frame",
|
||||
"peekr",
|
||||
"storew", // var x = 0
|
||||
"push 0",
|
||||
"loadw frame",
|
||||
"peekr",
|
||||
"add 3",
|
||||
"storew", // var c = 0
|
||||
"#while", // Start the loop
|
||||
"loadw frame",
|
||||
"peekr",
|
||||
"add 3",
|
||||
"loadw",
|
||||
"push 10",
|
||||
"alt", // c > 10
|
||||
"#do", // Start loop body
|
||||
"loadw frame",
|
||||
"peekr",
|
||||
"loadw",
|
||||
"loadw frame",
|
||||
"peekr",
|
||||
"add 3",
|
||||
"loadw",
|
||||
"add",
|
||||
"loadw frame",
|
||||
"peekr",
|
||||
"storew", // x = x + c
|
||||
"loadw frame",
|
||||
"peekr",
|
||||
"add 3",
|
||||
"loadw",
|
||||
"push 1",
|
||||
"add",
|
||||
"loadw frame",
|
||||
"peekr",
|
||||
"add 3",
|
||||
"storew", // c = c + 1
|
||||
"#end", // End the loop body
|
||||
"#end" // End the loop body
|
||||
]
|
||||
.join("\n")
|
||||
);
|
||||
|
||||
@@ -84,12 +84,15 @@ impl CompiledFn {
|
||||
self.local_scope.len() * 3
|
||||
}
|
||||
|
||||
/// Emit the code to add the arguments' names to the local scopr, and move the arguments off
|
||||
/// Emit the code to add the arguments' names to the local scope, and move the arguments off
|
||||
/// the stack into the frame. Should be run before the body is compiled, because this code
|
||||
/// has to be the first thing in the body
|
||||
pub(crate) fn handle_args(&mut self, function: &Function) -> Result<(), CompileError> {
|
||||
let mut arg_names: Vec<&str> = Vec::new();
|
||||
|
||||
// Top argument is the frame ptr; copy it to the rstack:
|
||||
self.emit("pushr");
|
||||
|
||||
// Add each argument as a local
|
||||
for name in function.args.iter() {
|
||||
self.add_local(name.as_str())?;
|
||||
@@ -103,7 +106,7 @@ impl CompiledFn {
|
||||
|
||||
for name in arg_names {
|
||||
if let Variable::Local(offset) = self.local_scope[name] {
|
||||
self.emit("loadw frame");
|
||||
self.emit("peekr");
|
||||
if offset != 0 {
|
||||
self.emit_arg("add", offset);
|
||||
}
|
||||
|
||||
@@ -31,6 +31,9 @@ pub fn build_boot(src: &str) -> Result<Vec<String>, CompileError> {
|
||||
// Now we start piling stuff into the vec, starting with an org:
|
||||
asm.push(".org 0x400".into());
|
||||
|
||||
// Main takes no args, but it does take a frame ptr:
|
||||
asm.push("push stack".into());
|
||||
|
||||
// jmp into main:
|
||||
asm.push(format!("call {}", label));
|
||||
|
||||
@@ -48,8 +51,7 @@ pub fn build_boot(src: &str) -> Result<Vec<String>, CompileError> {
|
||||
|
||||
// Final thing is to place a label for the stack:
|
||||
// (this is just a cell with the address of the following word)
|
||||
asm.push("frame: .db $+1".into());
|
||||
asm.push(".db 0".into());
|
||||
asm.push("stack: .db 0".into());
|
||||
Ok(asm)
|
||||
} else {
|
||||
Err(CompileError(0, 0, "Function main not defined (or not a function)".into()))
|
||||
@@ -68,27 +70,33 @@ mod test {
|
||||
let asm = build_boot("fn main() { return 5; }".into()).unwrap();
|
||||
assert_eq!(asm.join("\n"), vec![
|
||||
".org 0x400",
|
||||
"push stack",
|
||||
"call _forge_gensym_1",
|
||||
"hlt",
|
||||
"_forge_gensym_1:",
|
||||
"pushr",
|
||||
"push 5",
|
||||
"popr",
|
||||
"pop",
|
||||
"ret",
|
||||
"frame: .db $+1",
|
||||
".db 0",
|
||||
"stack: .db 0",
|
||||
].join("\n"));
|
||||
|
||||
// Slightly more complicated, with a global str
|
||||
let asm = build_boot("const str = \"blah\"; fn main() { return str; }".into()).unwrap();
|
||||
assert_eq!(asm.join("\n"), vec![
|
||||
".org 0x400",
|
||||
"push stack",
|
||||
"call _forge_gensym_2",
|
||||
"hlt",
|
||||
"_forge_gensym_1: .db \"blah\\0\"",
|
||||
"_forge_gensym_2:",
|
||||
"pushr",
|
||||
"push _forge_gensym_1",
|
||||
"popr",
|
||||
"pop",
|
||||
"ret",
|
||||
"frame: .db $+1",
|
||||
".db 0",
|
||||
"stack: .db 0",
|
||||
].join("\n"))
|
||||
}
|
||||
}
|
||||
|
||||
Reference in New Issue
Block a user