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authorNicolas Dandrimont <Nicolas.Dandrimont@crans.org>2008-08-22 22:01:16 +0200
committerNicolas Dandrimont <Nicolas.Dandrimont@crans.org>2008-08-22 22:01:16 +0200
commit92a3c1002e7b674da978bb01ae5dc4f9d70537d2 (patch)
tree6ed5ad19df4b75c8b72924fcb72fd93cd8644f13 /test/pygmathlib_test_formula.py
parente66726bc49786a1c12926250f1901786799080e6 (diff)
downloadgmathlib-master.tar.gz
gmathlib-master.tar.bz2
* change `type' arg of pyrex routines to `symtype'HEADmaster
`type' is in fact a Python builtin function, so pyrex chokes on this argument...
Diffstat (limited to 'test/pygmathlib_test_formula.py')
-rw-r--r--test/pygmathlib_test_formula.py36
1 files changed, 18 insertions, 18 deletions
diff --git a/test/pygmathlib_test_formula.py b/test/pygmathlib_test_formula.py
index 598d240..fb550bd 100644
--- a/test/pygmathlib_test_formula.py
+++ b/test/pygmathlib_test_formula.py
@@ -33,19 +33,19 @@ def make_test_formula (context):
symbolx = context.Atom ("x")
symboly = context.Atom ("y")
symboli = context.Atom ("i")
- symbolalpha = context.Symbol (type = "alpha")
- symbolinfty = context.Symbol (type = "infty")
+ symbolalpha = context.Symbol (symtype = "alpha")
+ symbolinfty = context.Symbol (symtype = "infty")
- sin = context.Symbol (type = "fun")
+ sin = context.Symbol (symtype = "fun")
sin.value = "sin"
sin.set_child (symbolx, 0)
- frac = context.Symbol (type = "frac")
+ frac = context.Symbol (symtype = "frac")
frac.set_child (sin, 0)
frac.set_child (symbolx.copy (), 1)
- app = context.Symbol (type = "approach")
+ app = context.Symbol (symtype = "approach")
app.set_child (symbolx.copy (), 0)
app.set_child (symbol0, 1)
- lim = context.Symbol (type = "lim")
+ lim = context.Symbol (symtype = "lim")
lim.set_child (app, 0)
lim.set_child (frac, 1)
equal = context.Symbol ("2op")
@@ -53,43 +53,43 @@ def make_test_formula (context):
equal.set_child (lim, 0)
equal.set_child (symbol1, 1)
- super = context.Symbol (type = "super")
+ super = context.Symbol (symtype = "super")
super.set_child (symbolx.copy (), 0)
super.set_child (symbol2, 1)
- sub = context.Symbol (type = "sub")
+ sub = context.Symbol (symtype = "sub")
sub.set_child (symboly, 0)
sub.set_child (symbolalpha, 1)
- add = context.Symbol (type = "2op")
+ add = context.Symbol (symtype = "2op")
add.value = "+"
add.set_child (super, 0)
add.set_child (sub, 1)
- lparen = context.Symbol (type = "lparen")
+ lparen = context.Symbol (symtype = "lparen")
lparen.value = "("
- rparen = context.Symbol (type = "rparen")
+ rparen = context.Symbol (symtype = "rparen")
rparen.value = ")"
- paren = context.Symbol (type = "paren")
+ paren = context.Symbol (symtype = "paren")
paren.set_child (lparen, 0)
paren.set_child (add, 1)
paren.set_child (rparen, 2)
- fun = context.Symbol (type = "fun")
+ fun = context.Symbol (symtype = "fun")
fun.value = "sin"
fun.set_child (paren, 0)
- frac = context.Symbol (type = "frac")
+ frac = context.Symbol (symtype = "frac")
frac.set_child (fun, 0)
eq = equal.copy ()
eq.set_child (symboli, 0)
eq.set_child (symbol0.copy (), 1)
lparen = lparen.copy ()
rparen = rparen.copy ()
- paren = context.Symbol (type = "paren")
+ paren = context.Symbol (symtype = "paren")
paren.set_child (lparen, 0)
paren.set_child (frac, 1)
paren.set_child (rparen, 2)
- integral = context.Symbol (type = "integral")
+ integral = context.Symbol (symtype = "integral")
integral.set_child (symbol0.copy (), 0)
integral.set_child (symbol1.copy (), 1)
integral.set_child (paren, 2)
- product = context.Symbol (type = "product")
+ product = context.Symbol (symtype = "product")
product.set_child (eq, 0)
product.set_child (symbol10, 1)
product.set_child (integral, 2)
@@ -97,7 +97,7 @@ def make_test_formula (context):
equal2.set_child (product, 0)
equal2.set_child (symbolinfty, 1)
- comma = context.Symbol (type = "2op")
+ comma = context.Symbol (symtype = "2op")
comma.value = ", "
comma.set_child (equal, 0)
comma.set_child (equal2, 1)