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Gwenaël Samain
cython
Commits
db144000
Commit
db144000
authored
Dec 29, 2014
by
root
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Removed reused references in tree. Tweaked style.
parent
2d146971
Changes
1
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61 additions
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47 deletions
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-47
Cython/Compiler/Optimize.py
Cython/Compiler/Optimize.py
+61
-47
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Cython/Compiler/Optimize.py
View file @
db144000
...
...
@@ -661,66 +661,80 @@ class IterationTransform(Visitor.EnvTransform):
bound1
,
bound2
=
bound2
,
bound1
abs_step
=
abs
(
step_value
)
if
abs_step
!=
1
:
if
not
(
isinstance
(
bound1
.
constant_result
,
(
int
,
long
))
and
if
(
isinstance
(
bound1
.
constant_result
,
(
int
,
long
))
and
isinstance
(
bound2
.
constant_result
,
(
int
,
long
))):
if
step_value
<
0
:
begin_value
=
bound2
.
constant_result
end_value
=
bound1
.
constant_result
bound1_value
=
begin_value
-
abs_step
*
((
begin_value
-
end_value
-
1
)
//
abs_step
)
-
1
else
:
begin_value
=
bound1
.
constant_result
end_value
=
bound2
.
constant_result
bound1_value
=
end_value
+
abs_step
*
((
begin_value
-
end_value
-
1
)
//
abs_step
)
+
1
bound1
=
ExprNodes
.
IntNode
(
bound1
.
pos
,
value
=
str
(
bound1_value
),
constant_result
=
bound1_value
,
type
=
PyrexTypes
.
spanning_type
(
bound1
.
type
,
bound2
.
type
))
else
:
spanning_type
=
PyrexTypes
.
spanning_type
(
bound1
.
type
,
bound2
.
type
)
spanning_step_type
=
PyrexTypes
.
spanning_type
(
spanning_type
,
step
.
type
)
if
step_value
<
0
:
begin_value
=
bound2
end_value
=
bound1
begin_value
=
copy
.
copy
(
bound2
)
end_value
=
copy
.
copy
(
bound1
)
final_op
=
'-'
final_node
=
ExprNodes
.
SubNode
else
:
begin_value
=
bound1
end_value
=
bound2
begin_value
=
copy
.
copy
(
bound1
)
end_value
=
copy
.
copy
(
bound2
)
final_op
=
'+'
final_node
=
ExprNodes
.
AddNode
beg_sub_end
=
ExprNodes
.
SubNode
(
bound1
.
pos
,
bound1
=
final_node
(
bound1
.
pos
,
operand1
=
final_node
(
bound1
.
pos
,
operand1
=
copy
.
copy
(
bound2
),
operator
=
final_op
,
operand2
=
ExprNodes
.
MulNode
(
bound1
.
pos
,
operand1
=
ExprNodes
.
IntNode
(
bound1
.
pos
,
value
=
str
(
abs_step
),
constant_value
=
abs_step
,
type
=
spanning_step_type
),
operator
=
'*'
,
operand2
=
ExprNodes
.
DivNode
(
bound1
.
pos
,
operand1
=
ExprNodes
.
SubNode
(
bound1
.
pos
,
operand1
=
ExprNodes
.
SubNode
(
bound1
.
pos
,
operand1
=
begin_value
,
operator
=
'-'
,
operand2
=
end_value
,
type
=
spanning_type
)
one_node
=
ExprNodes
.
IntNode
(
bound1
.
pos
,
value
=
'1'
,
constant_result
=
1
)
beg_sub_end_sub_1
=
ExprNodes
.
SubNode
(
bound1
.
pos
,
operand1
=
beg_sub_end
,
type
=
spanning_type
),
operator
=
'-'
,
operand2
=
one_node
,
type
=
spanning_step_type
)
abs_step_node
=
ExprNodes
.
IntNode
(
bound1
.
pos
,
value
=
str
(
abs_step
),
constant_value
=
abs_step
)
div_val_node
=
ExprNodes
.
DivNode
(
bound1
.
pos
,
operand1
=
beg_sub_end_sub_1
,
operand2
=
ExprNodes
.
IntNode
(
bound1
.
pos
,
value
=
'1'
,
constant_result
=
1
),
type
=
spanning_step_type
)
,
operator
=
'//'
,
operand2
=
abs_step_node
,
type
=
spanning_step_type
)
delta_node
=
ExprNodes
.
MulNode
(
bound1
.
pos
,
operand1
=
abs_step_node
,
operator
=
'*'
,
operand2
=
div_val_node
,
type
=
spanning_step_type
)
beg_func_delta
=
final_node
(
bound1
.
pos
,
operand1
=
bound2
,
operator
=
final_op
,
operand2
=
delta_node
,
type
=
spanning_step_type
)
bound1
=
final_node
(
bound1
.
pos
,
operand1
=
beg_func_delta
,
operand2
=
ExprNodes
.
IntNode
(
bound1
.
pos
,
value
=
str
(
abs_step
),
constant_value
=
abs_step
,
type
=
spanning_step_type
),
type
=
spanning_step_type
),
type
=
spanning_step_type
),
type
=
spanning_step_type
),
operator
=
final_op
,
operand2
=
one_node
,
operand2
=
ExprNodes
.
IntNode
(
bound1
.
pos
,
value
=
'1'
,
constant_result
=
1
),
type
=
spanning_type
)
else
:
if
step_value
<
0
:
begin_value
=
bound2
.
constant_result
end_value
=
bound1
.
constant_result
bound1_value
=
begin_value
-
abs_step
*
((
begin_value
-
end_value
-
1
)
//
abs_step
)
-
1
else
:
begin_value
=
bound1
.
constant_result
end_value
=
bound2
.
constant_result
bound1_value
=
end_value
+
abs_step
*
((
begin_value
-
end_value
-
1
)
//
abs_step
)
+
1
bound1
=
ExprNodes
.
IntNode
(
bound1
.
pos
,
value
=
str
(
bound1_value
),
constant_result
=
bound1_value
,
type
=
PyrexTypes
.
spanning_type
(
bound1
.
type
,
bound2
.
type
))
if
step_value
<
0
:
step_value
=
-
step_value
...
...
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