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.
.spd
a
access_vector
annotations, creating and using
array instructions
array operations, advanced
array_info
array_info_iter
assert()
b
base_symtab
block
block()
block::make_tree_node()
block::set_proc()
builder, use of
c
changing suif code
cloning
creating and using generic list classes
d
DECLARE_DLIST_CLASS
dependence.h
DependenceTest()
dvlist
dvlist::indep()
dvlist::print()
f
fill_in_access
g
g++
get_sym_of_array()
i
immed_list
in_array
instruction
instruction::format()
instruction::num_srcs()
instruction::opcode()
instruction::print()
instruction::set_src_op()
instruction::src_op()
instructions, array
io_array
is_lhs()
iter.is_empty()
iter.step()
iterating over structured control flow
iterating over the structured control flow
iterator, procedure
l
linear inequalities with symbolic coefficients
list.append()
m
Makefile.std
map over instructions
map over structured control flow
n
named_symcoeff_ineq
named_symcoeff_ineq::convert_exp()
o
operand
operand::instr()
operand::is_instr()
p
porky
print_arrray_access()
proc_sym
proc_sym::name()
procedure iterator
s
scc
simple use of the builder
snoot
start_suif()
starting suif
suif code, changing
suif, starting
suif.h
suif_object
suif_object::prepend_annote()
suif_proc_iter
suif_proc_iter()
SUIFHOME
symbol::is_var()
symbols, using and creating
t
TREE_BLOCK
tree_block
tree_block::body()
tree_for
TREE_FOR
tree_for::body()
tree_for::body();
tree_for::index()
tree_for::landing_pad()
tree_for::lb_list()
tree_for::step_list()
tree_for::ub_list()
TREE_IF
tree_if
tree_if::else_part()
tree_if::header()
tree_if::then_part()
tree_instr
TREE_INSTR
tree_instr::instr()
tree_loop
TREE_LOOP
tree_loop::body()
tree_loop::test()
tree_node
tree_node::kind()
tree_node::parent()
tree_node_list
tree_node_list::insert_after()
tree_node_list::remove()
tree_node_list_iter
tree_proc
tree_proc::get_annote()
tree_proc::map()
tree_proc::prepend_annote()
tree_proc::proc()
u
useful.h
using and creating symbols
using the dependence analyzer
v
var_sym
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