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ravi/ravi-tests/ravi_test_ast2.expected

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function()
return
function()
--locals a, y, a, z
local
--[symbols]
a --local symbol ?
--[expressions]
1
local
--[symbols]
y --local symbol function
--[expressions]
function()
--upvalues a
return
function()
--upvalues a
return
--[suffixed expr start] any
--[primary start] any
a --upvalue ?
--[primary end]
--[suffixed expr end]
end
end
local
--[symbols]
a --local symbol ?
--[expressions]
5
local
--[symbols]
z --local symbol function
--[expressions]
function()
--upvalues a
return
function()
--upvalues a
return
--[suffixed expr start] any
--[primary start] any
a --upvalue ?
--[primary end]
--[suffixed expr end]
end
end
return
--[suffixed expr start] closure
--[primary start] closure
y --local symbol function
--[primary end]
--[suffixed expr end]
,
--[suffixed expr start] closure
--[primary start] closure
z --local symbol function
--[primary end]
--[suffixed expr end]
end
end
function()
return
function(
a --local symbol ?
,
b --local symbol ?
,
c --local symbol ?
,
d --local symbol ?
,
e --local symbol ?
)
--locals a, b, c, d, e
if
--[binary expr start] any
--[suffixed expr start] any
--[primary start] any
a --local symbol ?
--[primary end]
--[suffixed expr end]
==
--[suffixed expr start] any
--[primary start] any
b --local symbol ?
--[primary end]
--[suffixed expr end]
--[binary expr end]
then
goto l1
elseif
--[binary expr start] any
--[suffixed expr start] any
--[primary start] any
a --local symbol ?
--[primary end]
--[suffixed expr end]
==
--[suffixed expr start] any
--[primary start] any
c --local symbol ?
--[primary end]
--[suffixed expr end]
--[binary expr end]
then
goto l2
elseif
--[binary expr start] any
--[suffixed expr start] any
--[primary start] any
a --local symbol ?
--[primary end]
--[suffixed expr end]
==
--[suffixed expr start] any
--[primary start] any
d --local symbol ?
--[primary end]
--[suffixed expr end]
--[binary expr end]
then
goto l2
else
if
--[binary expr start] any
--[suffixed expr start] any
--[primary start] any
a --local symbol ?
--[primary end]
--[suffixed expr end]
==
--[suffixed expr start] any
--[primary start] any
e --local symbol ?
--[primary end]
--[suffixed expr end]
--[binary expr end]
then
goto l3
else
goto l3
end
end
::l1::
::l2::
::l3::
::l4::
end
end
function()
return
function(
a --local symbol ?
)
--locals a
while
--[binary expr start] any
--[suffixed expr start] any
--[primary start] any
a --local symbol ?
--[primary end]
--[suffixed expr end]
<
10
--[binary expr end]
do
--[expression statement start]
--[var list start]
--[suffixed expr start] any
--[primary start] any
a --local symbol ?
--[primary end]
--[suffixed expr end]
= --[var list end]
--[expression list start]
--[binary expr start] any
--[suffixed expr start] any
--[primary start] any
a --local symbol ?
--[primary end]
--[suffixed expr end]
+
1
--[binary expr end]
--[expression list end]
--[expression statement end]
end
end
end
function()
return
function(
a --local symbol ?
)
--locals a
::L2::
if
--[unary expr start] any
not
--[suffixed expr start] any
--[primary start] any
--[binary expr start] any
--[suffixed expr start] any
--[primary start] any
a --local symbol ?
--[primary end]
--[suffixed expr end]
<
10
--[binary expr end]
--[primary end]
--[suffixed expr end]
--[unary expr end]
then
goto L1
end
--[expression statement start]
--[var list start]
--[suffixed expr start] any
--[primary start] any
a --local symbol ?
--[primary end]
--[suffixed expr end]
= --[var list end]
--[expression list start]
--[binary expr start] any
--[suffixed expr start] any
--[primary start] any
a --local symbol ?
--[primary end]
--[suffixed expr end]
+
1
--[binary expr end]
--[expression list end]
--[expression statement end]
goto L2
::L1::
end
end
function()
return
function()
--[expression statement start]
--[expression list start]
--[suffixed expr start] any
--[primary start] closure
function()
end
--[primary end]
--[suffix list start]
--[function call start] any
(
{ --[table constructor start] table
--[indexed assign start] any
--[value start]
--[suffixed expr start] any
--[primary start] any
f --global symbol ?
--[primary end]
--[suffix list start]
--[function call start] any
(
)
--[function call end]
--[suffix list end]
--[suffixed expr end]
--[value end]
--[indexed assign end]
} --[table constructor end]
)
--[function call end]
--[suffix list end]
--[suffixed expr end]
--[expression list end]
--[expression statement end]
end
end
function()
return
function()
--locals sum, j, k
local
--[symbols]
sum --local symbol ?
for
j --local symbol integer
=
1
,
500
do
--[expression statement start]
--[var list start]
--[suffixed expr start] any
--[primary start] any
sum --local symbol ?
--[primary end]
--[suffixed expr end]
= --[var list end]
--[expression list start]
0.0000000000000000
--[expression list end]
--[expression statement end]
for
k --local symbol integer
=
1
,
10000
do
--[expression statement start]
--[var list start]
--[suffixed expr start] any
--[primary start] any
sum --local symbol ?
--[primary end]
--[suffixed expr end]
= --[var list end]
--[expression list start]
--[binary expr start] any
--[suffixed expr start] any
--[primary start] any
sum --local symbol ?
--[primary end]
--[suffixed expr end]
+
--[binary expr start] number
1.0000000000000000
/
--[suffixed expr start] integer
--[primary start] integer
--[binary expr start] integer
--[suffixed expr start] integer
--[primary start] integer
k --local symbol integer
--[primary end]
--[suffixed expr end]
*
--[suffixed expr start] integer
--[primary start] integer
k --local symbol integer
--[primary end]
--[suffixed expr end]
--[binary expr end]
--[primary end]
--[suffixed expr end]
--[binary expr end]
--[binary expr end]
--[expression list end]
--[expression statement end]
end
end
return
--[suffixed expr start] any
--[primary start] any
sum --local symbol ?
--[primary end]
--[suffixed expr end]
end
end
function()
--locals a
local
--[symbols]
a --local symbol integer
return
--[binary expr start] integer
--[suffixed expr start] integer
--[primary start] integer
a --local symbol integer
--[primary end]
--[suffixed expr end]
+
3
--[binary expr end]
end
function()
--locals i
local
--[symbols]
i --local symbol integer
return
--[suffixed expr start] any
--[primary start] any
t --global symbol ?
--[primary end]
--[suffix list start]
--[Y index start] any
[
--[binary expr start] number
--[suffixed expr start] integer
--[primary start] integer
i --local symbol integer
--[primary end]
--[suffixed expr end]
/
5
--[binary expr end]
]
--[Y index end]
--[suffix list end]
--[suffixed expr end]
end
function()
--locals t
local
--[symbols]
t --local symbol integer[]
return
--[suffixed expr start] integer
--[primary start] integer[]
t --local symbol integer[]
--[primary end]
--[suffix list start]
--[Y index start] integer
[
0
]
--[Y index end]
--[suffix list end]
--[suffixed expr end]
end
function()
return
--[suffixed expr start] any
--[primary start] any
f --global symbol ?
--[primary end]
--[suffix list start]
--[function call start] any
(
)
--[function call end]
--[Y index start] any
[
1
]
--[Y index end]
--[suffix list end]
--[suffixed expr end]
end
function()
return
--[suffixed expr start] any
--[primary start] any
x --global symbol ?
--[primary end]
--[suffix list start]
--[field selector start] any
.
'y'
--[field selector end]
--[Y index start] any
[
1
]
--[Y index end]
--[suffix list end]
--[suffixed expr end]
end
function()
--locals t
local
--[symbols]
t --local symbol integer[]
if
--[suffixed expr start] boolean
--[primary start] boolean
--[binary expr start] boolean
--[suffixed expr start] integer
--[primary start] integer[]
t --local symbol integer[]
--[primary end]
--[suffix list start]
--[Y index start] integer
[
1
]
--[Y index end]
--[suffix list end]
--[suffixed expr end]
==
5
--[binary expr end]
--[primary end]
--[suffixed expr end]
then
return
true
end
return
false
end
function()
--locals t, len
local
--[symbols]
t --local symbol table
local
--[symbols]
len --local symbol integer
--[expressions]
--[unary expr start] integer
@integer
--[unary expr start] any
#
--[suffixed expr start] table
--[primary start] table
t --local symbol table
--[primary end]
--[suffixed expr end]
--[unary expr end]
--[unary expr end]
return
--[suffixed expr start] integer
--[primary start] integer
len --local symbol integer
--[primary end]
--[suffixed expr end]
end
function()
return
function(
t --local symbol table
,
i --local symbol integer
)
--locals t, i
--[expression statement start]
--[var list start]
--[suffixed expr start] integer
--[primary start] integer
i --local symbol integer
--[primary end]
--[suffixed expr end]
= --[var list end]
--[expression list start]
--[unary expr start] integer
@integer
--[unary expr start] any
#
--[suffixed expr start] table
--[primary start] table
t --local symbol table
--[primary end]
--[suffixed expr end]
--[unary expr end]
--[unary expr end]
--[expression list end]
--[expression statement end]
end
end
function()
matmul --global symbol ?
=
function(
a --local symbol table
,
b --local symbol table
)
--locals a, b, m, n, p, x, c, i, xi, j, sum, ai, cj, k
--[expression statement start]
--[expression list start]
--[suffixed expr start] any
--[primary start] any
assert --global symbol ?
--[primary end]
--[suffix list start]
--[function call start] any
(
--[binary expr start] any
--[unary expr start] integer
@integer
--[suffixed expr start] any
--[primary start] any
--[unary expr start] any
#
--[suffixed expr start] any
--[primary start] table
a --local symbol table
--[primary end]
--[suffix list start]
--[Y index start] any
[
1
]
--[Y index end]
--[suffix list end]
--[suffixed expr end]
--[unary expr end]
--[primary end]
--[suffixed expr end]
--[unary expr end]
==
--[unary expr start] any
#
--[suffixed expr start] table
--[primary start] table
b --local symbol table
--[primary end]
--[suffixed expr end]
--[unary expr end]
--[binary expr end]
)
--[function call end]
--[suffix list end]
--[suffixed expr end]
--[expression list end]
--[expression statement end]
local
--[symbols]
m --local symbol integer
,
n --local symbol integer
,
p --local symbol integer
,
x --local symbol table
--[expressions]
--[unary expr start] integer
@integer
--[unary expr start] any
#
--[suffixed expr start] table
--[primary start] table
a --local symbol table
--[primary end]
--[suffixed expr end]
--[unary expr end]
--[unary expr end]
,
--[unary expr start] integer
@integer
--[unary expr start] any
#
--[suffixed expr start] any
--[primary start] table
a --local symbol table
--[primary end]
--[suffix list start]
--[Y index start] any
[
1
]
--[Y index end]
--[suffix list end]
--[suffixed expr end]
--[unary expr end]
--[unary expr end]
,
--[unary expr start] integer
@integer
--[unary expr start] any
#
--[suffixed expr start] any
--[primary start] table
b --local symbol table
--[primary end]
--[suffix list start]
--[Y index start] any
[
1
]
--[Y index end]
--[suffix list end]
--[suffixed expr end]
--[unary expr end]
--[unary expr end]
,
{ --[table constructor start] table
} --[table constructor end]
local
--[symbols]
c --local symbol table
--[expressions]
--[suffixed expr start] any
--[primary start] any
matrix --global symbol ?
--[primary end]
--[suffix list start]
--[field selector start] any
.
'T'
--[field selector end]
--[function call start] any
(
--[suffixed expr start] table
--[primary start] table
b --local symbol table
--[primary end]
--[suffixed expr end]
)
--[function call end]
--[suffix list end]
--[suffixed expr end]
for
i --local symbol integer
=
1
,
--[suffixed expr start] integer
--[primary start] integer
m --local symbol integer
--[primary end]
--[suffixed expr end]
do
local
--[symbols]
xi --local symbol number[]
--[expressions]
--[suffixed expr start] any
--[primary start] any
table --global symbol ?
--[primary end]
--[suffix list start]
--[field selector start] any
.
'numarray'
--[field selector end]
--[function call start] any
(
--[suffixed expr start] integer
--[primary start] integer
p --local symbol integer
--[primary end]
--[suffixed expr end]
,
0.0000000000000000
)
--[function call end]
--[suffix list end]
--[suffixed expr end]
--[expression statement start]
--[var list start]
--[suffixed expr start] any
--[primary start] table
x --local symbol table
--[primary end]
--[suffix list start]
--[Y index start] any
[
--[suffixed expr start] integer
--[primary start] integer
i --local symbol integer
--[primary end]
--[suffixed expr end]
]
--[Y index end]
--[suffix list end]
--[suffixed expr end]
= --[var list end]
--[expression list start]
--[suffixed expr start] number[]
--[primary start] number[]
xi --local symbol number[]
--[primary end]
--[suffixed expr end]
--[expression list end]
--[expression statement end]
for
j --local symbol integer
=
1
,
--[suffixed expr start] integer
--[primary start] integer
p --local symbol integer
--[primary end]
--[suffixed expr end]
do
local
--[symbols]
sum --local symbol number
,
ai --local symbol number[]
,
cj --local symbol number[]
--[expressions]
0.0000000000000000
,
--[unary expr start] number[]
@number[]
--[suffixed expr start] any
--[primary start] any
--[suffixed expr start] any
--[primary start] table
a --local symbol table
--[primary end]
--[suffix list start]
--[Y index start] any
[
--[suffixed expr start] integer
--[primary start] integer
i --local symbol integer
--[primary end]
--[suffixed expr end]
]
--[Y index end]
--[suffix list end]
--[suffixed expr end]
--[primary end]
--[suffixed expr end]
--[unary expr end]
,
--[unary expr start] number[]
@number[]
--[suffixed expr start] any
--[primary start] any
--[suffixed expr start] any
--[primary start] table
c --local symbol table
--[primary end]
--[suffix list start]
--[Y index start] any
[
--[suffixed expr start] integer
--[primary start] integer
j --local symbol integer
--[primary end]
--[suffixed expr end]
]
--[Y index end]
--[suffix list end]
--[suffixed expr end]
--[primary end]
--[suffixed expr end]
--[unary expr end]
for
k --local symbol integer
=
1
,
--[suffixed expr start] integer
--[primary start] integer
n --local symbol integer
--[primary end]
--[suffixed expr end]
do
--[expression statement start]
--[var list start]
--[suffixed expr start] number
--[primary start] number
sum --local symbol number
--[primary end]
--[suffixed expr end]
= --[var list end]
--[expression list start]
--[binary expr start] number
--[suffixed expr start] number
--[primary start] number
sum --local symbol number
--[primary end]
--[suffixed expr end]
+
--[binary expr start] number
--[suffixed expr start] number
--[primary start] number[]
ai --local symbol number[]
--[primary end]
--[suffix list start]
--[Y index start] number
[
--[suffixed expr start] integer
--[primary start] integer
k --local symbol integer
--[primary end]
--[suffixed expr end]
]
--[Y index end]
--[suffix list end]
--[suffixed expr end]
*
--[suffixed expr start] number
--[primary start] number[]
cj --local symbol number[]
--[primary end]
--[suffix list start]
--[Y index start] number
[
--[suffixed expr start] integer
--[primary start] integer
k --local symbol integer
--[primary end]
--[suffixed expr end]
]
--[Y index end]
--[suffix list end]
--[suffixed expr end]
--[binary expr end]
--[binary expr end]
--[expression list end]
--[expression statement end]
end
--[expression statement start]
--[var list start]
--[suffixed expr start] number
--[primary start] number[]
xi --local symbol number[]
--[primary end]
--[suffix list start]
--[Y index start] number
[
--[suffixed expr start] integer
--[primary start] integer
j --local symbol integer
--[primary end]
--[suffixed expr end]
]
--[Y index end]
--[suffix list end]
--[suffixed expr end]
= --[var list end]
--[expression list start]
--[suffixed expr start] number
--[primary start] number
sum --local symbol number
--[primary end]
--[suffixed expr end]
--[expression list end]
--[expression statement end]
end
end
return
--[suffixed expr start] table
--[primary start] table
x --local symbol table
--[primary end]
--[suffixed expr end]
end
return
--[suffixed expr start] any
--[primary start] any
matmul --global symbol ?
--[primary end]
--[suffixed expr end]
end
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