Mirrors/miller
1
0
Fork 0
mirror of https://github.com/johnkerl/miller.git synced 2026-07-22 15:37:59 +00:00
Code Issues Projects Releases Wiki Activity

neaten

Browse source
This commit is contained in:
John Kerl 2016-10-21 18:30:41 -04:00
parent c2afceb78b
commit f7db075d99
4 changed files with 226 additions and 216 deletions
Download patch file Download diff file Expand all files Collapse all files

120
c/mapping/mlr_dsl_stack_allocate.c
View file

@ -6,8 +6,6 @@
#include "mapping/mlr_dsl_blocked_ast.h"
#include "mapping/context_flags.h"
// xxx check 'frame' vs. 'subframe' throughout in comments as well as code
// ================================================================
// This is a two-pass stack allocator for the Miller DSL.
//
@ -21,72 +19,91 @@
// lookup to locate each local variable on the stack. For compute-intensive
// work this resulted in 80% or more of the compute time being used for the
// hashmap accesses. It doesn't make sense to always be asking "where is
// variable 'a'"? at runtime (maybe ten million times) since this can be figured
// out ahead of time.
// variable 'a'"? at runtime (maybe ten million times doing hash-map lookups)
// since this can be figured out ahead of time.
//
// The Miller DSL allows for recursive functions and subroutines, but within
// those, stack layout is knowable at parse time.
//
// ----------------------------------------------------------------
// TERMINOLOGY
//
// * A top-level statement block starts with 'begin', 'end', 'func', 'subr',
// or is the remaining collection of statements outside of any of those which
// is called the 'main' statement block.
//
// * A stack frame is all the locals for a top-level statement block including
// anything local to a scoped block within the top-level block. For example,
// locals may be defined within if/while/do-while blocks. Also, variables can
// be local to a triple-fo, e.g. 'for (local i = 0; i < 10; i += 1) { ... }'.
// As well, locals are bound to variables in for-loops over stream records
// or out-of-stream variables: 'for (k, v in $*) { ... }' or
// 'for ((k1, k2), v in @*) { ... }'. Lastly, function arguments are local
// to the function/subroutine definition site.
//
// * A subframe is the locals defined within any of the above: locals
// defined within an if/while/for/etc. block. Or, the locals defined
// in the top-level block have their own subframe.
//
// ----------------------------------------------------------------
// CONVENTION: Local variables are bound to indices within the stack frame, but,
// local variable may be read before they are defined. Slot 0 of each frame is
// an absent-null which is reserved for this purpose.
//
// ----------------------------------------------------------------
// EXAMPLE:
//
// # ---- FUNC FRAME: defcount 7 {absent-RHS,a,b,c,i,j,y}
// # To be noted below: absent-RHS is at slot 0 of top level.
// # ---- FUNC TOP-LEVEL SUBFRAME 0: defcount 7 {absent-RHS,a,b,c,i,j,y}
// # Absent-null-RHS is at slot 0 of top level.
// func f(a, b, c) { # Args define locals 1,2,3 at current level.
// local i = 24; # Explicitly define local 4 at current level.
// j = 25; # Implicitly define local 5 at current level.
// #
// # ---- IF FRAME: defcount 1 {k}
// if (a == 26) { # Read local 1, up 1 level.
// # ---- IF-STATEMENT SUBFRAME 1: defcount 1 {k}
// if (a == 26) { # Read of local 1, found at top level (subframe 0).
// local k = 27; # Explicitly define local 0 at this level.
// j = 28; # LHS is local 5 up one level.
// j = 28; # LHS is local 5, found at top level.
// #
// # Note that the 'if' and the 'else' are both at subframe
// # depth 1, while each defines a different number of locals.
// # For this function the max variable depth is 9:
// # 7 at top level plus 1 = 8 if the if is taken,
// # 7 at top level plus 2 = 9 if the else is taken,
// #
// } else { # ---- ELSE FRAME: defcount 1 {n}
// } else { # ---- ELSE-STATEMENT SUBFRAME 1: defcount 2 {n, u}
// n = b; # Implicitly define local 0 at this level.
// local u = 4; # Implicitly define local 1 at this level.
// } #
// #
// y = 7; # LHS is local 6 at current level.
// i = z; # LHS is local 4 at current level;
// # RHS is unresolved -> slot 0 at current level.
// # RHS is unresolved -> slot 0 at current level.
// } #
//
// Notes:
//
// * Pass 1 computes frame-relative indices and upstack-level counts, xxx update x all
// * Pass 1 computes frame-relative indices and subframe-level counts,
// as in the example, for each local variable.
//
// * Pass 2 computes absolute indices for each local variable. These
// aren't computable in pass 1 due to the example 'y = 7' assignment
// above: the number of local variables in an upper level can change
// after the invocation of a child level, so total frame size is not
// after the invocation of a child level, so the total frame size is not
// known until all AST nodes in the top-level block have been visited.
//
// * Pass 2 also computes the max depth, counting number of variables, so
// that for each top-level block we can allocate an array of mlrvals which
// will be reused on every invocation. (For recursive function calls this will
// be dynamically allocated.)
// will be reused on every invocation. (For recursive function calls an entire
// frame be dynamically allocated.)
//
// * Slot 0 of the top level is reserved for an absent-null for unresolved
// names on reads.
//
// * The tree-traversal order is done correctly so that if a variable is read
// before it is defined, then read again after it is defined, then the first
// read gets absent-null and the second gets the defined value. This also
// requires the concrete-syntax-tree implementation to initialize the
// stack to mv_absent on each invocation.
// read gets absent-null and the second gets the defined value.
// ================================================================
// ----------------------------------------------------------------
// xxx to do:
// * maybe move ast from containers to mapping?
// * 'semantic analysis': use this to describe CST-build-time checks
// * 'object binding': use this to describe linking func/subr defs and callsites
// * separate verbosity for allocator? and invoke it in UT cases specific to this?
// -> (note allocation marks in the AST will be printed regardless)
// ================================================================
// Pass-1 stack-frame container: simply a hashmap from name to position on the
// frame relative to the curly-braced statement block (top-level, for-loop,
@ -100,7 +117,7 @@ typedef struct _stkalc_subframe_t {
// ----------------------------------------------------------------
// Pass-1 stack-frame methods
static stkalc_subframe_t* stkalc_subframe_alloc();
static stkalc_subframe_t* stkalc_subframe_alloc();
static void stkalc_subframe_free(stkalc_subframe_t* pframe);
@ -135,7 +152,7 @@ static void stkalc_subframe_group_push(stkalc_subframe_group_t* pframe_group, st
static stkalc_subframe_t* stkalc_subframe_group_pop(stkalc_subframe_group_t* pframe_group);
// Pass-1 stack-frame-group node-mutator methods: given an AST node containing a
// local-variable usage they assign a frame-relative index and a frame-depth
// local-variable usage they assign a subframe-relative index and a subframe-depth
// counter (how many frames deep into the top-level statement block the node
// is).
@ -208,6 +225,7 @@ static void leader_print(int depth);
void blocked_ast_allocate_locals(blocked_ast_t* paast, int trace) {
// Pass 1
for (sllve_t* pe = paast->pfunc_defs->phead; pe != NULL; pe = pe->pnext) {
pass_1_for_func_subr_block(pe->pvvalue, trace);
}
@ -224,6 +242,7 @@ void blocked_ast_allocate_locals(blocked_ast_t* paast, int trace) {
pass_1_for_begin_end_block(pe->pvvalue, trace);
}
// Pass 2
for (sllve_t* pe = paast->pfunc_defs->phead; pe != NULL; pe = pe->pnext) {
pass_2_for_top_level_block(pe->pvvalue, trace);
}
@ -249,7 +268,6 @@ static void pass_1_for_func_subr_block(mlr_dsl_ast_node_t* pnode, int trace) {
}
MLR_INTERNAL_CODING_ERROR_IF(pnode->type != MD_AST_NODE_TYPE_SUBR_DEF && pnode->type != MD_AST_NODE_TYPE_FUNC_DEF);
// xxx assert two children of desired type
stkalc_subframe_t* pframe = stkalc_subframe_alloc();
stkalc_subframe_group_t* pframe_group = stkalc_subframe_group_alloc(pframe, trace);
@ -407,7 +425,7 @@ static void pass_1_for_srec_for_loop(mlr_dsl_ast_node_t* pnode, stkalc_subframe_
{
if (trace) {
leader_print(pframe_group->plist->length);
printf("PUSH FRAME %s\n", pnode->text);
printf("PUSH SUBFRAME %s\n", pnode->text);
}
stkalc_subframe_t* pnext_subframe = stkalc_subframe_alloc();
stkalc_subframe_group_push(pframe_group, pnext_subframe);
@ -429,7 +447,7 @@ static void pass_1_for_srec_for_loop(mlr_dsl_ast_node_t* pnode, stkalc_subframe_
if (trace) {
leader_print(pframe_group->plist->length);
printf("POP FRAME %s subframe_var_count=%d\n", pnode->text, pnode->subframe_var_count);
printf("POP SUBFRAME %s subframe_var_count=%d\n", pnode->text, pnode->subframe_var_count);
}
}
@ -454,7 +472,7 @@ static void pass_1_for_oosvar_key_only_for_loop(mlr_dsl_ast_node_t* pnode, stkal
if (trace) {
leader_print(pframe_group->plist->length);
printf("PUSH FRAME %s\n", pnode->text);
printf("PUSH SUBFRAME %s\n", pnode->text);
}
stkalc_subframe_t* pnext_subframe = stkalc_subframe_alloc();
stkalc_subframe_group_push(pframe_group, pnext_subframe);
@ -468,7 +486,7 @@ static void pass_1_for_oosvar_key_only_for_loop(mlr_dsl_ast_node_t* pnode, stkal
stkalc_subframe_free(stkalc_subframe_group_pop(pframe_group));
if (trace) {
leader_print(pframe_group->plist->length);
printf("POP FRAME %s subframe_var_count=%d\n", pnode->text, pnode->subframe_var_count);
printf("POP SUBFRAME %s subframe_var_count=%d\n", pnode->text, pnode->subframe_var_count);
}
}
@ -496,7 +514,7 @@ static void pass_1_for_oosvar_for_loop(mlr_dsl_ast_node_t* pnode, stkalc_subfram
if (trace) {
leader_print(pframe_group->plist->length);
printf("PUSH FRAME %s\n", pnode->text);
printf("PUSH SUBFRAME %s\n", pnode->text);
}
stkalc_subframe_t* pnext_subframe = stkalc_subframe_alloc();
stkalc_subframe_group_push(pframe_group, pnext_subframe);
@ -514,7 +532,7 @@ static void pass_1_for_oosvar_for_loop(mlr_dsl_ast_node_t* pnode, stkalc_subfram
stkalc_subframe_free(stkalc_subframe_group_pop(pframe_group));
if (trace) {
leader_print(pframe_group->plist->length);
printf("POP FRAME %s subframe_var_count=%d\n", pnode->text, pnode->subframe_var_count);
printf("POP SUBFRAME %s subframe_var_count=%d\n", pnode->text, pnode->subframe_var_count);
}
}
@ -529,7 +547,7 @@ static void pass_1_for_triple_for_loop(mlr_dsl_ast_node_t* pnode, stkalc_subfram
if (trace) {
leader_print(pframe_group->plist->length);
printf("PUSH FRAME %s\n", pnode->text);
printf("PUSH SUBFRAME %s\n", pnode->text);
}
stkalc_subframe_t* pnext_subframe = stkalc_subframe_alloc();
stkalc_subframe_group_push(pframe_group, pnext_subframe);
@ -546,7 +564,7 @@ static void pass_1_for_triple_for_loop(mlr_dsl_ast_node_t* pnode, stkalc_subfram
stkalc_subframe_free(stkalc_subframe_group_pop(pframe_group));
if (trace) {
leader_print(pframe_group->plist->length);
printf("POP FRAME %s subframe_var_count=%d\n", pnode->text, pnode->subframe_var_count);
printf("POP SUBFRAME %s subframe_var_count=%d\n", pnode->text, pnode->subframe_var_count);
}
}
@ -561,7 +579,7 @@ static void pass_1_for_non_terminal_node(mlr_dsl_ast_node_t* pnode, stkalc_subfr
if (trace) {
leader_print(pframe_group->plist->length);
printf("PUSH FRAME %s\n", pchild->text);
printf("PUSH SUBFRAME %s\n", pchild->text);
}
stkalc_subframe_t* pnext_subframe = stkalc_subframe_alloc();
@ -576,7 +594,7 @@ static void pass_1_for_non_terminal_node(mlr_dsl_ast_node_t* pnode, stkalc_subfr
if (trace) {
leader_print(pframe_group->plist->length);
printf("POP FRAME %s subframe_var_count=%d\n", pnode->text, pchild->subframe_var_count);
printf("POP SUBFRAME %s subframe_var_count=%d\n", pnode->text, pchild->subframe_var_count);
}
} else {
@ -664,8 +682,9 @@ static void stkalc_subframe_group_mutate_node_for_define(stkalc_subframe_group_t
}
}
// 'x = 1' is one of two things: (1) already defined in a higher subframe and referenced in the current subframe;
// (2) not defined in a higher subframe, in which case it is hereby defined in the current subframe.
// 'x = 1' is one of two things: (1) already defined in a higher subframe and
// referenced in the current subframe; (2) not defined in a higher subframe, in
// which case it is hereby defined in the current subframe.
static void stkalc_subframe_group_mutate_node_for_write(stkalc_subframe_group_t* pframe_group, mlr_dsl_ast_node_t* pnode,
char* desc, int trace)
{
@ -759,19 +778,6 @@ static void pass_2_for_top_level_block(mlr_dsl_ast_node_t* pnode, int trace) {
}
// ----------------------------------------------------------------
// xxx elaborate:
//
// 0:3 (0..2)
// 1:5 (3..7)
// 2:4 (8..1)
// here 1u0 means: abs9
// here 1u1 means: abs4
// here 1u2 means: abs1
// * go to array slot vardef_subframe_index
// * there find the var_count_below
// xxx this is crying out for a managed struct
static void pass_2_for_node(mlr_dsl_ast_node_t* pnode,
int subframe_depth, int var_count_below_subframe, int var_count_at_subframe, int* pmax_var_depth,
int* subframe_var_count_belows, int max_subframe_depth,
@ -787,7 +793,7 @@ static void pass_2_for_node(mlr_dsl_ast_node_t* pnode,
subframe_var_count_belows[subframe_depth] = var_count_below_subframe;
if (trace) {
leader_print(subframe_depth);
printf("FRAME [%s] var_count_below=%d var_count_at=%d max_var_depth_so_far=%d subframe_depth=%d\n",
printf("SUBFRAME [%s] var_count_below=%d var_count_at=%d max_var_depth_so_far=%d subframe_depth=%d\n",
pnode->text, var_count_below_subframe, var_count_at_subframe, *pmax_var_depth, subframe_depth);
}
subframe_depth++;

316
c/reg_test/expected/out
View file

@ -25550,12 +25550,12 @@ ALLOCATING RELATIVE (PASS-1) LOCALS FOR DEFINITION BLOCK [f]
ADD PARAMETER a @ 1s0
ADD PARAMETER b @ 2s0
ADD PARAMETER c @ 3s0
PUSH FRAME cond_block
PUSH SUBFRAME cond_block
READ nonesuch ABSENT @ 0s0
ADD DEFINE val @ 0s1
PUSH FRAME while_block
PUSH FRAME if_block
PUSH FRAME for
PUSH SUBFRAME while_block
PUSH SUBFRAME if_block
PUSH SUBFRAME for
ADD FOR-BIND k @ 0s4
ADD FOR-BIND v @ 1s4
READ v PRESENT @ 1s4
@ -25564,30 +25564,30 @@ ALLOCATING RELATIVE (PASS-1) LOCALS FOR DEFINITION BLOCK [f]
READ c PRESENT @ 3s0
REUSE WRITE val @ 0s1
READ val PRESENT @ 0s1
POP FRAME for subframe_var_count=2
POP FRAME if subframe_var_count=0
PUSH FRAME elif_block
PUSH FRAME for
POP SUBFRAME for subframe_var_count=2
POP SUBFRAME if subframe_var_count=0
PUSH SUBFRAME elif_block
PUSH SUBFRAME for
ADD FOR-BIND k @ 0s4
READ k PRESENT @ 0s4
POP FRAME for subframe_var_count=1
POP FRAME elif subframe_var_count=0
PUSH FRAME elif_block
PUSH FRAME for
POP SUBFRAME for subframe_var_count=1
POP SUBFRAME elif subframe_var_count=0
PUSH SUBFRAME elif_block
PUSH SUBFRAME for
ADD FOR-BIND k @ 0s4
ADD FOR-BIND v @ 1s4
READ k PRESENT @ 0s4
READ v PRESENT @ 1s4
POP FRAME for subframe_var_count=2
POP FRAME elif subframe_var_count=0
PUSH FRAME elif_block
POP SUBFRAME for subframe_var_count=2
POP SUBFRAME elif subframe_var_count=0
PUSH SUBFRAME elif_block
ADD DEFINE sum @ 0s3
PUSH FRAME for
PUSH SUBFRAME for
ADD DEFINE i @ 0s4
READ i PRESENT @ 0s4
READ i PRESENT @ 0s4
REUSE WRITE i @ 0s4
PUSH FRAME for
PUSH SUBFRAME for
ADD DEFINE j @ 0s5
READ j PRESENT @ 0s5
READ j PRESENT @ 0s5
@ -25596,14 +25596,14 @@ ALLOCATING RELATIVE (PASS-1) LOCALS FOR DEFINITION BLOCK [f]
READ i PRESENT @ 0s4
READ j PRESENT @ 0s5
REUSE WRITE sum @ 0s3
POP FRAME for subframe_var_count=1
POP FRAME for subframe_var_count=1
POP SUBFRAME for subframe_var_count=1
POP SUBFRAME for subframe_var_count=1
READ sum PRESENT @ 0s3
REUSE WRITE val @ 0s1
READ val PRESENT @ 0s1
POP FRAME elif subframe_var_count=1
POP FRAME while subframe_var_count=0
POP FRAME cond subframe_var_count=1
POP SUBFRAME elif subframe_var_count=1
POP SUBFRAME while subframe_var_count=0
POP SUBFRAME cond subframe_var_count=1
BLOCK f subframe_var_count=4 max_subframe_depth=6
ALLOCATING RELATIVE (PASS-1) LOCALS FOR DEFINITION BLOCK [s]
@ -25611,12 +25611,12 @@ ALLOCATING RELATIVE (PASS-1) LOCALS FOR DEFINITION BLOCK [s]
ADD PARAMETER a @ 1s0
ADD PARAMETER b @ 2s0
ADD PARAMETER c @ 3s0
PUSH FRAME cond_block
PUSH SUBFRAME cond_block
READ nonesuch ABSENT @ 0s0
ADD DEFINE val @ 0s1
PUSH FRAME while_block
PUSH FRAME if_block
PUSH FRAME for
PUSH SUBFRAME while_block
PUSH SUBFRAME if_block
PUSH SUBFRAME for
ADD FOR-BIND k @ 0s4
ADD FOR-BIND v @ 1s4
READ v PRESENT @ 1s4
@ -25625,30 +25625,30 @@ ALLOCATING RELATIVE (PASS-1) LOCALS FOR DEFINITION BLOCK [s]
READ c PRESENT @ 3s0
REUSE WRITE val @ 0s1
READ val PRESENT @ 0s1
POP FRAME for subframe_var_count=2
POP FRAME if subframe_var_count=0
PUSH FRAME elif_block
PUSH FRAME for
POP SUBFRAME for subframe_var_count=2
POP SUBFRAME if subframe_var_count=0
PUSH SUBFRAME elif_block
PUSH SUBFRAME for
ADD FOR-BIND k @ 0s4
READ k PRESENT @ 0s4
POP FRAME for subframe_var_count=1
POP FRAME elif subframe_var_count=0
PUSH FRAME elif_block
PUSH FRAME for
POP SUBFRAME for subframe_var_count=1
POP SUBFRAME elif subframe_var_count=0
PUSH SUBFRAME elif_block
PUSH SUBFRAME for
ADD FOR-BIND k @ 0s4
ADD FOR-BIND v @ 1s4
READ k PRESENT @ 0s4
READ v PRESENT @ 1s4
POP FRAME for subframe_var_count=2
POP FRAME elif subframe_var_count=0
PUSH FRAME elif_block
POP SUBFRAME for subframe_var_count=2
POP SUBFRAME elif subframe_var_count=0
PUSH SUBFRAME elif_block
ADD DEFINE sum @ 0s3
PUSH FRAME for
PUSH SUBFRAME for
ADD DEFINE i @ 0s4
READ i PRESENT @ 0s4
READ i PRESENT @ 0s4
REUSE WRITE i @ 0s4
PUSH FRAME for
PUSH SUBFRAME for
ADD DEFINE j @ 0s5
READ j PRESENT @ 0s5
READ j PRESENT @ 0s5
@ -25657,51 +25657,51 @@ ALLOCATING RELATIVE (PASS-1) LOCALS FOR DEFINITION BLOCK [s]
READ i PRESENT @ 0s4
READ j PRESENT @ 0s5
REUSE WRITE sum @ 0s3
POP FRAME for subframe_var_count=1
POP FRAME for subframe_var_count=1
POP SUBFRAME for subframe_var_count=1
POP SUBFRAME for subframe_var_count=1
READ sum PRESENT @ 0s3
REUSE WRITE val @ 0s1
READ val PRESENT @ 0s1
POP FRAME elif subframe_var_count=1
POP FRAME while subframe_var_count=0
POP FRAME cond subframe_var_count=1
POP SUBFRAME elif subframe_var_count=1
POP SUBFRAME while subframe_var_count=0
POP SUBFRAME cond subframe_var_count=1
BLOCK s subframe_var_count=4 max_subframe_depth=6
ALLOCATING RELATIVE (PASS-1) LOCALS FOR begin BLOCK
ADD FOR ABSENT s @ 0u0
PUSH FRAME cond_block
PUSH SUBFRAME cond_block
READ nonesuch ABSENT @ 0s0
ADD DEFINE val @ 0s1
PUSH FRAME for
PUSH SUBFRAME for
ADD DEFINE idx @ 0s2
READ idx PRESENT @ 0s2
READ idx PRESENT @ 0s2
REUSE WRITE idx @ 0s2
READ idx PRESENT @ 0s2
PUSH FRAME if_block
PUSH FRAME for
PUSH SUBFRAME if_block
PUSH SUBFRAME for
ADD FOR-BIND k @ 0s4
READ k PRESENT @ 0s4
POP FRAME for subframe_var_count=1
POP FRAME if subframe_var_count=0
POP SUBFRAME for subframe_var_count=1
POP SUBFRAME if subframe_var_count=0
READ idx PRESENT @ 0s2
PUSH FRAME elif_block
PUSH FRAME for
PUSH SUBFRAME elif_block
PUSH SUBFRAME for
ADD FOR-BIND k @ 0s4
ADD FOR-BIND v @ 1s4
READ k PRESENT @ 0s4
READ v PRESENT @ 1s4
POP FRAME for subframe_var_count=2
POP FRAME elif subframe_var_count=0
POP SUBFRAME for subframe_var_count=2
POP SUBFRAME elif subframe_var_count=0
READ idx PRESENT @ 0s2
PUSH FRAME elif_block
PUSH SUBFRAME elif_block
ADD DEFINE sum @ 0s3
PUSH FRAME for
PUSH SUBFRAME for
ADD DEFINE i @ 0s4
READ i PRESENT @ 0s4
READ i PRESENT @ 0s4
REUSE WRITE i @ 0s4
PUSH FRAME for
PUSH SUBFRAME for
ADD DEFINE j @ 0s5
READ j PRESENT @ 0s5
READ j PRESENT @ 0s5
@ -25710,53 +25710,53 @@ ALLOCATING RELATIVE (PASS-1) LOCALS FOR begin BLOCK
READ i PRESENT @ 0s4
READ j PRESENT @ 0s5
REUSE WRITE sum @ 0s3
POP FRAME for subframe_var_count=1
POP FRAME for subframe_var_count=1
POP SUBFRAME for subframe_var_count=1
POP SUBFRAME for subframe_var_count=1
READ sum PRESENT @ 0s3
REUSE WRITE val @ 0s1
READ val PRESENT @ 0s1
POP FRAME elif subframe_var_count=1
POP FRAME for subframe_var_count=1
POP FRAME cond subframe_var_count=1
POP SUBFRAME elif subframe_var_count=1
POP SUBFRAME for subframe_var_count=1
POP SUBFRAME cond subframe_var_count=1
BLOCK begin subframe_var_count=1 max_subframe_depth=6
ALLOCATING RELATIVE (PASS-1) LOCALS FOR MAIN BLOCK
ADD FOR ABSENT s @ 0u0
PUSH FRAME cond_block
PUSH SUBFRAME cond_block
READ nonesuch ABSENT @ 0s0
ADD DEFINE val @ 0s1
PUSH FRAME while_block
PUSH FRAME if_block
PUSH FRAME for
PUSH SUBFRAME while_block
PUSH SUBFRAME if_block
PUSH SUBFRAME for
ADD FOR-BIND k @ 0s4
ADD FOR-BIND v @ 1s4
READ v PRESENT @ 1s4
REUSE WRITE val @ 0s1
READ val PRESENT @ 0s1
POP FRAME for subframe_var_count=2
POP FRAME if subframe_var_count=0
PUSH FRAME elif_block
PUSH FRAME for
POP SUBFRAME for subframe_var_count=2
POP SUBFRAME if subframe_var_count=0
PUSH SUBFRAME elif_block
PUSH SUBFRAME for
ADD FOR-BIND k @ 0s4
READ k PRESENT @ 0s4
POP FRAME for subframe_var_count=1
POP FRAME elif subframe_var_count=0
PUSH FRAME elif_block
PUSH FRAME for
POP SUBFRAME for subframe_var_count=1
POP SUBFRAME elif subframe_var_count=0
PUSH SUBFRAME elif_block
PUSH SUBFRAME for
ADD FOR-BIND k @ 0s4
ADD FOR-BIND v @ 1s4
READ k PRESENT @ 0s4
READ v PRESENT @ 1s4
POP FRAME for subframe_var_count=2
POP FRAME elif subframe_var_count=0
PUSH FRAME elif_block
POP SUBFRAME for subframe_var_count=2
POP SUBFRAME elif subframe_var_count=0
PUSH SUBFRAME elif_block
ADD DEFINE sum @ 0s3
PUSH FRAME for
PUSH SUBFRAME for
ADD DEFINE i @ 0s4
READ i PRESENT @ 0s4
READ i PRESENT @ 0s4
REUSE WRITE i @ 0s4
PUSH FRAME for
PUSH SUBFRAME for
ADD DEFINE j @ 0s5
READ j PRESENT @ 0s5
READ j PRESENT @ 0s5
@ -25765,51 +25765,51 @@ ALLOCATING RELATIVE (PASS-1) LOCALS FOR MAIN BLOCK
READ i PRESENT @ 0s4
READ j PRESENT @ 0s5
REUSE WRITE sum @ 0s3
POP FRAME for subframe_var_count=1
POP FRAME for subframe_var_count=1
POP SUBFRAME for subframe_var_count=1
POP SUBFRAME for subframe_var_count=1
READ sum PRESENT @ 0s3
REUSE WRITE val @ 0s1
READ val PRESENT @ 0s1
POP FRAME elif subframe_var_count=1
POP FRAME while subframe_var_count=0
POP FRAME cond subframe_var_count=1
POP SUBFRAME elif subframe_var_count=1
POP SUBFRAME while subframe_var_count=0
POP SUBFRAME cond subframe_var_count=1
BLOCK main_block subframe_var_count=1 max_subframe_depth=6
ALLOCATING RELATIVE (PASS-1) LOCALS FOR end BLOCK
ADD FOR ABSENT s @ 0u0
PUSH FRAME cond_block
PUSH SUBFRAME cond_block
READ nonesuch ABSENT @ 0s0
ADD DEFINE val @ 0s1
PUSH FRAME for
PUSH SUBFRAME for
ADD DEFINE idx @ 0s2
READ idx PRESENT @ 0s2
READ idx PRESENT @ 0s2
REUSE WRITE idx @ 0s2
READ idx PRESENT @ 0s2
PUSH FRAME if_block
PUSH FRAME for
PUSH SUBFRAME if_block
PUSH SUBFRAME for
ADD FOR-BIND k @ 0s4
READ k PRESENT @ 0s4
POP FRAME for subframe_var_count=1
POP FRAME if subframe_var_count=0
POP SUBFRAME for subframe_var_count=1
POP SUBFRAME if subframe_var_count=0
READ idx PRESENT @ 0s2
PUSH FRAME elif_block
PUSH FRAME for
PUSH SUBFRAME elif_block
PUSH SUBFRAME for
ADD FOR-BIND k @ 0s4
ADD FOR-BIND v @ 1s4
READ k PRESENT @ 0s4
READ v PRESENT @ 1s4
POP FRAME for subframe_var_count=2
POP FRAME elif subframe_var_count=0
POP SUBFRAME for subframe_var_count=2
POP SUBFRAME elif subframe_var_count=0
READ idx PRESENT @ 0s2
PUSH FRAME elif_block
PUSH SUBFRAME elif_block
ADD DEFINE sum @ 0s3
PUSH FRAME for
PUSH SUBFRAME for
ADD DEFINE i @ 0s4
READ i PRESENT @ 0s4
READ i PRESENT @ 0s4
REUSE WRITE i @ 0s4
PUSH FRAME for
PUSH SUBFRAME for
ADD DEFINE j @ 0s5
READ j PRESENT @ 0s5
READ j PRESENT @ 0s5
@ -25818,27 +25818,27 @@ ALLOCATING RELATIVE (PASS-1) LOCALS FOR end BLOCK
READ i PRESENT @ 0s4
READ j PRESENT @ 0s5
REUSE WRITE sum @ 0s3
POP FRAME for subframe_var_count=1
POP FRAME for subframe_var_count=1
POP SUBFRAME for subframe_var_count=1
POP SUBFRAME for subframe_var_count=1
READ sum PRESENT @ 0s3
REUSE WRITE val @ 0s1
READ val PRESENT @ 0s1
POP FRAME elif subframe_var_count=1
POP FRAME for subframe_var_count=1
POP FRAME cond subframe_var_count=1
POP SUBFRAME elif subframe_var_count=1
POP SUBFRAME for subframe_var_count=1
POP SUBFRAME cond subframe_var_count=1
BLOCK end subframe_var_count=1 max_subframe_depth=6
ALLOCATING ABSOLUTE (PASS-2) LOCALS FOR DEFINITION BLOCK [f]
FRAME [f] var_count_below=0 var_count_at=4 max_var_depth_so_far=4 subframe_depth=0
SUBFRAME [f] var_count_below=0 var_count_at=4 max_var_depth_so_far=4 subframe_depth=0
NODE a 1s0 (0:0) -> 1
NODE b 2s0 (0:0) -> 2
NODE c 3s0 (0:0) -> 3
FRAME [cond_block] var_count_below=4 var_count_at=1 max_var_depth_so_far=5 subframe_depth=1
SUBFRAME [cond_block] var_count_below=4 var_count_at=1 max_var_depth_so_far=5 subframe_depth=1
NODE val 0s1 (0:0,1:4) -> 4
NODE nonesuch 0s0 (0:0,1:4) -> 0
FRAME [while_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=5 subframe_depth=2
FRAME [if_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=5 subframe_depth=3
FRAME [for] var_count_below=5 var_count_at=2 max_var_depth_so_far=7 subframe_depth=4
SUBFRAME [while_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=5 subframe_depth=2
SUBFRAME [if_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=5 subframe_depth=3
SUBFRAME [for] var_count_below=5 var_count_at=2 max_var_depth_so_far=7 subframe_depth=4
NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5
NODE v 1s4 (0:0,1:4,2:5,3:5,4:5) -> 6
NODE val 0s1 (0:0,1:4,2:5,3:5,4:5) -> 4
@ -25847,24 +25847,24 @@ FRAME [f] var_count_below=0 var_count_at=4 max_var_depth_so_far=4 subframe_depth
NODE b 2s0 (0:0,1:4,2:5,3:5,4:5) -> 2
NODE c 3s0 (0:0,1:4,2:5,3:5,4:5) -> 3
NODE val 0s1 (0:0,1:4,2:5,3:5,4:5) -> 4
FRAME [elif_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=7 subframe_depth=3
FRAME [for] var_count_below=5 var_count_at=1 max_var_depth_so_far=7 subframe_depth=4
SUBFRAME [elif_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=7 subframe_depth=3
SUBFRAME [for] var_count_below=5 var_count_at=1 max_var_depth_so_far=7 subframe_depth=4
NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5
NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5
FRAME [elif_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=7 subframe_depth=3
FRAME [for] var_count_below=5 var_count_at=2 max_var_depth_so_far=7 subframe_depth=4
SUBFRAME [elif_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=7 subframe_depth=3
SUBFRAME [for] var_count_below=5 var_count_at=2 max_var_depth_so_far=7 subframe_depth=4
NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5
NODE v 1s4 (0:0,1:4,2:5,3:5,4:5) -> 6
NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5
NODE v 1s4 (0:0,1:4,2:5,3:5,4:5) -> 6
FRAME [elif_block] var_count_below=5 var_count_at=1 max_var_depth_so_far=7 subframe_depth=3
SUBFRAME [elif_block] var_count_below=5 var_count_at=1 max_var_depth_so_far=7 subframe_depth=3
NODE sum 0s3 (0:0,1:4,2:5,3:5) -> 5
FRAME [for] var_count_below=6 var_count_at=1 max_var_depth_so_far=7 subframe_depth=4
SUBFRAME [for] var_count_below=6 var_count_at=1 max_var_depth_so_far=7 subframe_depth=4
NODE i 0s4 (0:0,1:4,2:5,3:5,4:6) -> 6
NODE i 0s4 (0:0,1:4,2:5,3:5,4:6) -> 6
NODE i 0s4 (0:0,1:4,2:5,3:5,4:6) -> 6
NODE i 0s4 (0:0,1:4,2:5,3:5,4:6) -> 6
FRAME [for] var_count_below=7 var_count_at=1 max_var_depth_so_far=8 subframe_depth=5
SUBFRAME [for] var_count_below=7 var_count_at=1 max_var_depth_so_far=8 subframe_depth=5
NODE j 0s5 (0:0,1:4,2:5,3:5,4:6,5:7) -> 7
NODE j 0s5 (0:0,1:4,2:5,3:5,4:6,5:7) -> 7
NODE j 0s5 (0:0,1:4,2:5,3:5,4:6,5:7) -> 7
@ -25878,16 +25878,16 @@ FRAME [f] var_count_below=0 var_count_at=4 max_var_depth_so_far=4 subframe_depth
NODE val 0s1 (0:0,1:4,2:5,3:5) -> 4
ALLOCATING ABSOLUTE (PASS-2) LOCALS FOR DEFINITION BLOCK [s]
FRAME [s] var_count_below=0 var_count_at=4 max_var_depth_so_far=4 subframe_depth=0
SUBFRAME [s] var_count_below=0 var_count_at=4 max_var_depth_so_far=4 subframe_depth=0
NODE a 1s0 (0:0) -> 1
NODE b 2s0 (0:0) -> 2
NODE c 3s0 (0:0) -> 3
FRAME [cond_block] var_count_below=4 var_count_at=1 max_var_depth_so_far=5 subframe_depth=1
SUBFRAME [cond_block] var_count_below=4 var_count_at=1 max_var_depth_so_far=5 subframe_depth=1
NODE val 0s1 (0:0,1:4) -> 4
NODE nonesuch 0s0 (0:0,1:4) -> 0
FRAME [while_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=5 subframe_depth=2
FRAME [if_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=5 subframe_depth=3
FRAME [for] var_count_below=5 var_count_at=2 max_var_depth_so_far=7 subframe_depth=4
SUBFRAME [while_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=5 subframe_depth=2
SUBFRAME [if_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=5 subframe_depth=3
SUBFRAME [for] var_count_below=5 var_count_at=2 max_var_depth_so_far=7 subframe_depth=4
NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5
NODE v 1s4 (0:0,1:4,2:5,3:5,4:5) -> 6
NODE val 0s1 (0:0,1:4,2:5,3:5,4:5) -> 4
@ -25896,24 +25896,24 @@ FRAME [s] var_count_below=0 var_count_at=4 max_var_depth_so_far=4 subframe_depth
NODE b 2s0 (0:0,1:4,2:5,3:5,4:5) -> 2
NODE c 3s0 (0:0,1:4,2:5,3:5,4:5) -> 3
NODE val 0s1 (0:0,1:4,2:5,3:5,4:5) -> 4
FRAME [elif_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=7 subframe_depth=3
FRAME [for] var_count_below=5 var_count_at=1 max_var_depth_so_far=7 subframe_depth=4
SUBFRAME [elif_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=7 subframe_depth=3
SUBFRAME [for] var_count_below=5 var_count_at=1 max_var_depth_so_far=7 subframe_depth=4
NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5
NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5
FRAME [elif_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=7 subframe_depth=3
FRAME [for] var_count_below=5 var_count_at=2 max_var_depth_so_far=7 subframe_depth=4
SUBFRAME [elif_block] var_count_below=5 var_count_at=0 max_var_depth_so_far=7 subframe_depth=3
SUBFRAME [for] var_count_below=5 var_count_at=2 max_var_depth_so_far=7 subframe_depth=4
NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5
NODE v 1s4 (0:0,1:4,2:5,3:5,4:5) -> 6
NODE k 0s4 (0:0,1:4,2:5,3:5,4:5) -> 5
NODE v 1s4 (0:0,1:4,2:5,3:5,4:5) -> 6
FRAME [elif_block] var_count_below=5 var_count_at=1 max_var_depth_so_far=7 subframe_depth=3
SUBFRAME [elif_block] var_count_below=5 var_count_at=1 max_var_depth_so_far=7 subframe_depth=3
NODE sum 0s3 (0:0,1:4,2:5,3:5) -> 5
FRAME [for] var_count_below=6 var_count_at=1 max_var_depth_so_far=7 subframe_depth=4
SUBFRAME [for] var_count_below=6 var_count_at=1 max_var_depth_so_far=7 subframe_depth=4
NODE i 0s4 (0:0,1:4,2:5,3:5,4:6) -> 6
NODE i 0s4 (0:0,1:4,2:5,3:5,4:6) -> 6
NODE i 0s4 (0:0,1:4,2:5,3:5,4:6) -> 6
NODE i 0s4 (0:0,1:4,2:5,3:5,4:6) -> 6
FRAME [for] var_count_below=7 var_count_at=1 max_var_depth_so_far=8 subframe_depth=5
SUBFRAME [for] var_count_below=7 var_count_at=1 max_var_depth_so_far=8 subframe_depth=5
NODE j 0s5 (0:0,1:4,2:5,3:5,4:6,5:7) -> 7
NODE j 0s5 (0:0,1:4,2:5,3:5,4:6,5:7) -> 7
NODE j 0s5 (0:0,1:4,2:5,3:5,4:6,5:7) -> 7
@ -25927,36 +25927,36 @@ FRAME [s] var_count_below=0 var_count_at=4 max_var_depth_so_far=4 subframe_depth
NODE val 0s1 (0:0,1:4,2:5,3:5) -> 4
ALLOCATING ABSOLUTE (PASS-2) LOCALS FOR DEFINITION BLOCK [begin]
FRAME [begin] var_count_below=0 var_count_at=1 max_var_depth_so_far=1 subframe_depth=0
FRAME [cond_block] var_count_below=1 var_count_at=1 max_var_depth_so_far=2 subframe_depth=1
SUBFRAME [begin] var_count_below=0 var_count_at=1 max_var_depth_so_far=1 subframe_depth=0
SUBFRAME [cond_block] var_count_below=1 var_count_at=1 max_var_depth_so_far=2 subframe_depth=1
NODE val 0s1 (0:0,1:1) -> 1
NODE nonesuch 0s0 (0:0,1:1) -> 0
FRAME [for] var_count_below=2 var_count_at=1 max_var_depth_so_far=3 subframe_depth=2
SUBFRAME [for] var_count_below=2 var_count_at=1 max_var_depth_so_far=3 subframe_depth=2
NODE idx 0s2 (0:0,1:1,2:2) -> 2
NODE idx 0s2 (0:0,1:1,2:2) -> 2
NODE idx 0s2 (0:0,1:1,2:2) -> 2
NODE idx 0s2 (0:0,1:1,2:2) -> 2
NODE idx 0s2 (0:0,1:1,2:2) -> 2
FRAME [if_block] var_count_below=3 var_count_at=0 max_var_depth_so_far=3 subframe_depth=3
FRAME [for] var_count_below=3 var_count_at=1 max_var_depth_so_far=4 subframe_depth=4
SUBFRAME [if_block] var_count_below=3 var_count_at=0 max_var_depth_so_far=3 subframe_depth=3
SUBFRAME [for] var_count_below=3 var_count_at=1 max_var_depth_so_far=4 subframe_depth=4
NODE k 0s4 (0:0,1:1,2:2,3:3,4:3) -> 3
NODE k 0s4 (0:0,1:1,2:2,3:3,4:3) -> 3
NODE idx 0s2 (0:0,1:1,2:2) -> 2
FRAME [elif_block] var_count_below=3 var_count_at=0 max_var_depth_so_far=4 subframe_depth=3
FRAME [for] var_count_below=3 var_count_at=2 max_var_depth_so_far=5 subframe_depth=4
SUBFRAME [elif_block] var_count_below=3 var_count_at=0 max_var_depth_so_far=4 subframe_depth=3
SUBFRAME [for] var_count_below=3 var_count_at=2 max_var_depth_so_far=5 subframe_depth=4
NODE k 0s4 (0:0,1:1,2:2,3:3,4:3) -> 3
NODE v 1s4 (0:0,1:1,2:2,3:3,4:3) -> 4
NODE k 0s4 (0:0,1:1,2:2,3:3,4:3) -> 3
NODE v 1s4 (0:0,1:1,2:2,3:3,4:3) -> 4
NODE idx 0s2 (0:0,1:1,2:2) -> 2
FRAME [elif_block] var_count_below=3 var_count_at=1 max_var_depth_so_far=5 subframe_depth=3
SUBFRAME [elif_block] var_count_below=3 var_count_at=1 max_var_depth_so_far=5 subframe_depth=3
NODE sum 0s3 (0:0,1:1,2:2,3:3) -> 3
FRAME [for] var_count_below=4 var_count_at=1 max_var_depth_so_far=5 subframe_depth=4
SUBFRAME [for] var_count_below=4 var_count_at=1 max_var_depth_so_far=5 subframe_depth=4
NODE i 0s4 (0:0,1:1,2:2,3:3,4:4) -> 4
NODE i 0s4 (0:0,1:1,2:2,3:3,4:4) -> 4
NODE i 0s4 (0:0,1:1,2:2,3:3,4:4) -> 4
NODE i 0s4 (0:0,1:1,2:2,3:3,4:4) -> 4
FRAME [for] var_count_below=5 var_count_at=1 max_var_depth_so_far=6 subframe_depth=5
SUBFRAME [for] var_count_below=5 var_count_at=1 max_var_depth_so_far=6 subframe_depth=5
NODE j 0s5 (0:0,1:1,2:2,3:3,4:4,5:5) -> 5
NODE j 0s5 (0:0,1:1,2:2,3:3,4:4,5:5) -> 5
NODE j 0s5 (0:0,1:1,2:2,3:3,4:4,5:5) -> 5
@ -25970,36 +25970,36 @@ FRAME [begin] var_count_below=0 var_count_at=1 max_var_depth_so_far=1 subframe_d
NODE val 0s1 (0:0,1:1,2:2,3:3) -> 1
ALLOCATING ABSOLUTE (PASS-2) LOCALS FOR DEFINITION BLOCK [main_block]
FRAME [main_block] var_count_below=0 var_count_at=1 max_var_depth_so_far=1 subframe_depth=0
FRAME [cond_block] var_count_below=1 var_count_at=1 max_var_depth_so_far=2 subframe_depth=1
SUBFRAME [main_block] var_count_below=0 var_count_at=1 max_var_depth_so_far=1 subframe_depth=0
SUBFRAME [cond_block] var_count_below=1 var_count_at=1 max_var_depth_so_far=2 subframe_depth=1
NODE val 0s1 (0:0,1:1) -> 1
NODE nonesuch 0s0 (0:0,1:1) -> 0
FRAME [while_block] var_count_below=2 var_count_at=0 max_var_depth_so_far=2 subframe_depth=2
FRAME [if_block] var_count_below=2 var_count_at=0 max_var_depth_so_far=2 subframe_depth=3
FRAME [for] var_count_below=2 var_count_at=2 max_var_depth_so_far=4 subframe_depth=4
SUBFRAME [while_block] var_count_below=2 var_count_at=0 max_var_depth_so_far=2 subframe_depth=2
SUBFRAME [if_block] var_count_below=2 var_count_at=0 max_var_depth_so_far=2 subframe_depth=3
SUBFRAME [for] var_count_below=2 var_count_at=2 max_var_depth_so_far=4 subframe_depth=4
NODE k 0s4 (0:0,1:1,2:2,3:2,4:2) -> 2
NODE v 1s4 (0:0,1:1,2:2,3:2,4:2) -> 3
NODE val 0s1 (0:0,1:1,2:2,3:2,4:2) -> 1
NODE v 1s4 (0:0,1:1,2:2,3:2,4:2) -> 3
NODE val 0s1 (0:0,1:1,2:2,3:2,4:2) -> 1
FRAME [elif_block] var_count_below=2 var_count_at=0 max_var_depth_so_far=4 subframe_depth=3
FRAME [for] var_count_below=2 var_count_at=1 max_var_depth_so_far=4 subframe_depth=4
SUBFRAME [elif_block] var_count_below=2 var_count_at=0 max_var_depth_so_far=4 subframe_depth=3
SUBFRAME [for] var_count_below=2 var_count_at=1 max_var_depth_so_far=4 subframe_depth=4
NODE k 0s4 (0:0,1:1,2:2,3:2,4:2) -> 2
NODE k 0s4 (0:0,1:1,2:2,3:2,4:2) -> 2
FRAME [elif_block] var_count_below=2 var_count_at=0 max_var_depth_so_far=4 subframe_depth=3
FRAME [for] var_count_below=2 var_count_at=2 max_var_depth_so_far=4 subframe_depth=4
SUBFRAME [elif_block] var_count_below=2 var_count_at=0 max_var_depth_so_far=4 subframe_depth=3
SUBFRAME [for] var_count_below=2 var_count_at=2 max_var_depth_so_far=4 subframe_depth=4
NODE k 0s4 (0:0,1:1,2:2,3:2,4:2) -> 2
NODE v 1s4 (0:0,1:1,2:2,3:2,4:2) -> 3
NODE k 0s4 (0:0,1:1,2:2,3:2,4:2) -> 2
NODE v 1s4 (0:0,1:1,2:2,3:2,4:2) -> 3
FRAME [elif_block] var_count_below=2 var_count_at=1 max_var_depth_so_far=4 subframe_depth=3
SUBFRAME [elif_block] var_count_below=2 var_count_at=1 max_var_depth_so_far=4 subframe_depth=3
NODE sum 0s3 (0:0,1:1,2:2,3:2) -> 2
FRAME [for] var_count_below=3 var_count_at=1 max_var_depth_so_far=4 subframe_depth=4
SUBFRAME [for] var_count_below=3 var_count_at=1 max_var_depth_so_far=4 subframe_depth=4
NODE i 0s4 (0:0,1:1,2:2,3:2,4:3) -> 3
NODE i 0s4 (0:0,1:1,2:2,3:2,4:3) -> 3
NODE i 0s4 (0:0,1:1,2:2,3:2,4:3) -> 3
NODE i 0s4 (0:0,1:1,2:2,3:2,4:3) -> 3
FRAME [for] var_count_below=4 var_count_at=1 max_var_depth_so_far=5 subframe_depth=5
SUBFRAME [for] var_count_below=4 var_count_at=1 max_var_depth_so_far=5 subframe_depth=5
NODE j 0s5 (0:0,1:1,2:2,3:2,4:3,5:4) -> 4
NODE j 0s5 (0:0,1:1,2:2,3:2,4:3,5:4) -> 4
NODE j 0s5 (0:0,1:1,2:2,3:2,4:3,5:4) -> 4
@ -26013,36 +26013,36 @@ FRAME [main_block] var_count_below=0 var_count_at=1 max_var_depth_so_far=1 subfr
NODE val 0s1 (0:0,1:1,2:2,3:2) -> 1
ALLOCATING ABSOLUTE (PASS-2) LOCALS FOR DEFINITION BLOCK [end]
FRAME [end] var_count_below=0 var_count_at=1 max_var_depth_so_far=1 subframe_depth=0
FRAME [cond_block] var_count_below=1 var_count_at=1 max_var_depth_so_far=2 subframe_depth=1
SUBFRAME [end] var_count_below=0 var_count_at=1 max_var_depth_so_far=1 subframe_depth=0
SUBFRAME [cond_block] var_count_below=1 var_count_at=1 max_var_depth_so_far=2 subframe_depth=1
NODE val 0s1 (0:0,1:1) -> 1
NODE nonesuch 0s0 (0:0,1:1) -> 0
FRAME [for] var_count_below=2 var_count_at=1 max_var_depth_so_far=3 subframe_depth=2
SUBFRAME [for] var_count_below=2 var_count_at=1 max_var_depth_so_far=3 subframe_depth=2
NODE idx 0s2 (0:0,1:1,2:2) -> 2
NODE idx 0s2 (0:0,1:1,2:2) -> 2
NODE idx 0s2 (0:0,1:1,2:2) -> 2
NODE idx 0s2 (0:0,1:1,2:2) -> 2
NODE idx 0s2 (0:0,1:1,2:2) -> 2
FRAME [if_block] var_count_below=3 var_count_at=0 max_var_depth_so_far=3 subframe_depth=3
FRAME [for] var_count_below=3 var_count_at=1 max_var_depth_so_far=4 subframe_depth=4
SUBFRAME [if_block] var_count_below=3 var_count_at=0 max_var_depth_so_far=3 subframe_depth=3
SUBFRAME [for] var_count_below=3 var_count_at=1 max_var_depth_so_far=4 subframe_depth=4
NODE k 0s4 (0:0,1:1,2:2,3:3,4:3) -> 3
NODE k 0s4 (0:0,1:1,2:2,3:3,4:3) -> 3
NODE idx 0s2 (0:0,1:1,2:2) -> 2
FRAME [elif_block] var_count_below=3 var_count_at=0 max_var_depth_so_far=4 subframe_depth=3
FRAME [for] var_count_below=3 var_count_at=2 max_var_depth_so_far=5 subframe_depth=4
SUBFRAME [elif_block] var_count_below=3 var_count_at=0 max_var_depth_so_far=4 subframe_depth=3
SUBFRAME [for] var_count_below=3 var_count_at=2 max_var_depth_so_far=5 subframe_depth=4
NODE k 0s4 (0:0,1:1,2:2,3:3,4:3) -> 3
NODE v 1s4 (0:0,1:1,2:2,3:3,4:3) -> 4
NODE k 0s4 (0:0,1:1,2:2,3:3,4:3) -> 3
NODE v 1s4 (0:0,1:1,2:2,3:3,4:3) -> 4
NODE idx 0s2 (0:0,1:1,2:2) -> 2
FRAME [elif_block] var_count_below=3 var_count_at=1 max_var_depth_so_far=5 subframe_depth=3
SUBFRAME [elif_block] var_count_below=3 var_count_at=1 max_var_depth_so_far=5 subframe_depth=3
NODE sum 0s3 (0:0,1:1,2:2,3:3) -> 3
FRAME [for] var_count_below=4 var_count_at=1 max_var_depth_so_far=5 subframe_depth=4
SUBFRAME [for] var_count_below=4 var_count_at=1 max_var_depth_so_far=5 subframe_depth=4
NODE i 0s4 (0:0,1:1,2:2,3:3,4:4) -> 4
NODE i 0s4 (0:0,1:1,2:2,3:3,4:4) -> 4
NODE i 0s4 (0:0,1:1,2:2,3:3,4:4) -> 4
NODE i 0s4 (0:0,1:1,2:2,3:3,4:4) -> 4
FRAME [for] var_count_below=5 var_count_at=1 max_var_depth_so_far=6 subframe_depth=5
SUBFRAME [for] var_count_below=5 var_count_at=1 max_var_depth_so_far=6 subframe_depth=5
NODE j 0s5 (0:0,1:1,2:2,3:3,4:4,5:5) -> 5
NODE j 0s5 (0:0,1:1,2:2,3:3,4:4,5:5) -> 5
NODE j 0s5 (0:0,1:1,2:2,3:3,4:4,5:5) -> 5

5
c/todo.txt
View file

@ -55,6 +55,11 @@ HYGIENE FOR 4.6.0:
* clean up local-stack macrofuncs (hide ifdeffing from callsites)
* xxxes
* 'semantic analysis': use this to describe CST-build-time checks
* 'object binding': use this to describe linking func/subr defs and callsites
* separate verbosity for allocator? and invoke it in UT cases specific to this?
-> (note allocation marks in the AST will be printed regardless)
----------------------------------------------------------------
DOC FOR 4.6.0:

1
c/unit_test/test_rval_evaluators.c
View file

@ -182,7 +182,6 @@ static char * test_numbers() {
printf("newval log(x) = %s\n", mv_describe_val(valplogx));
printf("newval 2*log(x) = %s\n", mv_describe_val(valp2logx));
printf("XXX %s\n", mt_describe_type(valp2.type));
mu_assert_lf(valp2.type == MT_FLOAT);
mu_assert_lf(valp4.type == MT_FLOAT);
mu_assert_lf(valpx.type == MT_FLOAT);