/
cg_test.py
executable file
·480 lines (450 loc) · 17.7 KB
/
cg_test.py
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#!/usr/bin/python
# -*- coding: utf-8 -*-
#-----------------------------------------------------------------------------
# © Copyright 2010 Rockwell Collins, Inc
# This file is part of TRAMweb.
#
# TRAMweb is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# TRAMweb is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with TRAMweb. If not, see <http://www.gnu.org/licenses/>.
#-----------------------------------------------------------------------------
"""
USAGE: test file for the cg.py script
test cases are stored in dictionaries where:
- the key is the input string
- the value is the expected result
"""
import cg
set_syntax = {
'A@RysH':'syntax error', # REVOIR
}
set_node = {
# with child
'A@RysHufzywk':"{'A': 'A'}",
'A[AA] A@RysHufzywk':"{'A': 'AA'}",
'A@RysHufzywk A[AA]':"{'A': 'AA'}",
'A:R@RysHufzywk':"{'A': 'A'}",
'[A]:G@Ct58LPl_dd':"{'.n0': 'A'}",
'[A]@Ct58LPl_dd':"{'.n0': 'A'}",
'[A]@Ct58LPl_dd B@RysHufzywk':"{'B': 'B', '.n0': 'A'}",
# one node several definitions
'AA':"{'AA': 'AA'}",
' AA':"{'AA': 'AA'}",
'AA ':"{'AA': 'AA'}",
' AA ':"{'AA': 'AA'}",
'AA:G':"{'AA': 'AA'}",
'AA:Goal':"{'AA': 'AA'}",
'AA[long label]':"{'AA': 'long label'}",
'AA(long label)':"{'AA': 'long label'}",
'AA<long label>':"{'AA': 'long label'}",
'AA(long label)':"{'AA': 'long label'}",
'AA"long label"':"{'AA': 'long label'}",
'AA[long label]:G':"{'AA': 'long label'}",
'[long label]':"{'.n0': 'long label'}",
'[long label]:G':"{'.n0': 'long label'}",
# from 1 to 4 nodes
'A':"{'A': 'A'}",
'A B':"{'A': 'A', 'B': 'B'}",
'A B C':"{'A': 'A', 'C': 'C', 'B': 'B'}",
'A B C D':"{'A': 'A', 'C': 'C', 'B': 'B', 'D': 'D'}",
# multiple definitions
'A A A':"{'A': 'A'}",
'A A[label]':"{'A': 'label'}",
'A[label] A':"{'A': 'label'}",
'A[label] A A[label]:G':"{'A': 'label'}",
'[AA] [AA]:G':"{'.n0': 'AA'}",
'[AA] A[AA]:G':"{'A': 'AA', '.n0': 'AA'}",
# conflicting label
'A[label1] A[label2]:G':"{'A': 'label2'}", # the last definition win !
# several nodes with same label
'A[label] B[label]':"{'A': 'label', 'B': 'label'}",
'A[label] [label]':"{'A': 'label', '.n0': 'label'}",
# auto id labels
'[label0] [label1]':"{'.n1': 'label1', '.n0': 'label0'}",
# nested brackets
'[A<B>C(D)]':"{'.n0': 'A<B>C(D)'}",
# -+=/:|@%&?!. signs
'[A-B+C=D/E:F|G@H%I&J?K!L.M,N;]':"{'.n0': 'A-B+C=D/E:F|G@H%I&J?K!L.M,N;'}",
'A-B':"{'A': 'A', 'B': 'B'}",
'A+B':"{'A': 'A', 'B': 'B'}",
'A.B':"{'A': 'A', 'B': 'B'}",
'A,B':"{'A': 'A', 'B': 'B'}",
# various forms with two nodes
'AA BB':"{'AA': 'AA', 'BB': 'BB'}",
'AA BB:G':"{'AA': 'AA', 'BB': 'BB'}",
'AA:G BB:G':"{'AA': 'AA', 'BB': 'BB'}",
'AA:G BB':"{'AA': 'AA', 'BB': 'BB'}",
'AA BB[BB BB]':"{'AA': 'AA', 'BB': 'BB BB'}",
'AA BB[BB BB]:G':"{'AA': 'AA', 'BB': 'BB BB'}",
'AA:G BB[BB BB]:G':"{'AA': 'AA', 'BB': 'BB BB'}",
'AA:G BB[BB BB]':"{'AA': 'AA', 'BB': 'BB BB'}",
'AA [BB BB]':"{'AA': 'AA', '.n0': 'BB BB'}",
'AA [BB BB]:G':"{'AA': 'AA', '.n0': 'BB BB'}",
'AA:G [BB BB]:G':"{'AA': 'AA', '.n0': 'BB BB'}",
'AA:G [BB BB]':"{'AA': 'AA', '.n0': 'BB BB'}",
'AA[AA AA] BB':"{'AA': 'AA AA', 'BB': 'BB'}",
'AA[AA AA] BB:G':"{'AA': 'AA AA', 'BB': 'BB'}",
'AA[AA AA]:G BB:G':"{'AA': 'AA AA', 'BB': 'BB'}",
'AA[AA AA]:G BB':"{'AA': 'AA AA', 'BB': 'BB'}",
'AA[AA AA] BB[BB BB]':"{'AA': 'AA AA', 'BB': 'BB BB'}",
'AA[AA AA] BB[BB BB]:G':"{'AA': 'AA AA', 'BB': 'BB BB'}",
'AA[AA AA]:G BB[BB BB]:G':"{'AA': 'AA AA', 'BB': 'BB BB'}",
'AA[AA AA]:G BB[BB BB]':"{'AA': 'AA AA', 'BB': 'BB BB'}",
'AA[AA AA] [BB BB]':"{'AA': 'AA AA', '.n0': 'BB BB'}",
'AA[AA AA] [BB BB]:G':"{'AA': 'AA AA', '.n0': 'BB BB'}",
'AA[AA AA]:G [BB BB]:G':"{'AA': 'AA AA', '.n0': 'BB BB'}",
'AA[AA AA]:G [BB BB]':"{'AA': 'AA AA', '.n0': 'BB BB'}",
'[AA AA] BB':"{'BB': 'BB', '.n0': 'AA AA'}",
'[AA AA] BB:G':"{'BB': 'BB', '.n0': 'AA AA'}",
'[AA AA]:G BB:G':"{'BB': 'BB', '.n0': 'AA AA'}",
'[AA AA]:G BB':"{'BB': 'BB', '.n0': 'AA AA'}",
'[AA AA] BB[BB BB]':"{'BB': 'BB BB', '.n0': 'AA AA'}",
'[AA AA] BB[BB BB]:G':"{'BB': 'BB BB', '.n0': 'AA AA'}",
'[AA AA]:G BB[BB BB]:G':"{'BB': 'BB BB', '.n0': 'AA AA'}",
'[AA AA]:G BB[BB BB]':"{'BB': 'BB BB', '.n0': 'AA AA'}",
'[AA AA] [BB BB]':"{'.n1': 'BB BB', '.n0': 'AA AA'}",
'[AA AA] [BB BB]:G':"{'.n1': 'BB BB', '.n0': 'AA AA'}",
'[AA AA]:G [BB BB]:G':"{'.n1': 'BB BB', '.n0': 'AA AA'}",
'[AA AA]:G [BB BB]':"{'.n1': 'BB BB', '.n0': 'AA AA'}",
# spaces
' A \n B ':"{'A': 'A', 'B': 'B'}",
'\nA\nB\n':"{'A': 'A', 'B': 'B'}",
'<A B>':"{'.n0': 'A B'}",
'( A B )':"{'.n0': ' A B '}", # no strip!
# comments
'A\nB # This is a comment \nC':"{'A': 'A', 'C': 'C', 'B': 'B'}",
'A# This is a comment\nB':"{'A': 'A', 'B': 'B'}",
# keyworks (no conflict with '.canvas',...) ids
'.canvas':"{'canvas': 'canvas'}",
' .textarea ':"{'textarea': 'textarea'}",
' ...nodes ':"{'nodes': 'nodes'}",
' .n0 ..n1 n2 ':"{'n0': 'n0', 'n1': 'n1', 'n2': 'n2'}",
# some math operators
'A+B':"{'A': 'A', 'B': 'B'}",
'A * B':"{'A': 'A', 'B': 'B'}",
'A = B':"{'A': 'A', 'B': 'B'}",
'^A':"{'A': 'A'}",
'A = B + ^C':"{'A': 'A', 'C': 'C', 'B': 'B'}",
'[A+B]':"{'.n0': 'A+B'}",
'[A*B]':"{'.n0': 'A*B'}",
'[A-B]':"{'.n0': 'A-B'}",
'[A:B]':"{'.n0': 'A:B'}",
'[^A]':"{'.n0': '^A'}",
'[A&B]':"{'.n0': 'A&B'}",
'[A|B]':"{'.n0': 'A|B'}",
'[A&&B]':"{'.n0': 'A&&B'}",
'[A||B]':"{'.n0': 'A||B'}",
# conflict with < separator/operator
'<A>-><B>':"{'.n1': 'B', '.n0': 'A'}",
'<A><-<B>':"{'.n1': 'B', '.n0': 'A'}",
'A<-<B>':"{'A': 'A', '.n0': 'B'}",
'A <- <B>':"{'A': 'A', '.n0': 'B'}",
# conflict delimiters
'B[lab(elB] A(labelA)->B':"{'A': 'labelA', 'B': 'lab(elB'}",
# escape delimiters
'A(A\)A)':"{'A': 'A)A'}",
'A(A\(A)':"{'A': 'A(A'}",
'A[A\]A]':"{'A': 'A]A'}",
'A[A\[A]':"{'A': 'A[A'}",
'A<A\>A>':"{'A': 'A>A'}",
'A<A\<A>':"{'A': 'A<A'}",
# various test cases found
'[A\'A]->A':"{'A': 'A', '.n0': \"A'A\"}",
# non ascii characters
#'A[˘]':"{'A': '˘'}",
#'A[éçè]':"{'A': 'éçè'}",
}
set_connectors = {
# anywhere
'{A B}>C':"[('C', 'A:B')]",
'{ A B } > C':"[('C', 'A:B')]",
'{[A A] [B B]}>[C C]':"[('.n2', '.n0:.n1')]",
'{A B}>X {C D}>X E->X':"[('X', 'E'), ('X', 'A:B'), ('X', 'C:D')]",
# delimiters
'A->B':"[('B', 'A')]",
'[A]->[B]':"[('.n1', '.n0')]",
'B[lab\(elB] A(labelA)->B':"[('B', 'A')]",
# two ways
'A->B':"[('A', 'B')]",
'B<-A':"[('B', 'A')]",
# self reference
'A->A':"[]",
'A->A["A"]':"[]",
'A:G->A':"[]",
'[AA]->[AA]:G':"[]",
'A[AA]->B[AA]':"[('B', 'A')]",
# spaces
'A->B':"[('B', 'A')]",
' A ->B':"[('B', 'A')]",
'A-> B ':"[('B', 'A')]",
' B <- A ':"[('B', 'A')]",
# several cases
'AA->BB':"[('BB', 'AA')]",
'AA->BB:G':"[('BB', 'AA')]",
'AA:G->BB:G':"[('BB', 'AA')]",
'AA:G->BB':"[('BB', 'AA')]",
'AA->BB[BB BB]':"[('BB', 'AA')]",
'AA->BB[BB BB]:G':"[('BB', 'AA')]",
'AA:G->BB[BB BB]:G':"[('BB', 'AA')]",
'AA:G->BB[BB BB]':"[('BB', 'AA')]",
'AA->[BB BB]':"[('.n0', 'AA')]",
'AA->[BB BB]:G':"[('.n0', 'AA')]",
'AA:G->[BB BB]:G':"[('.n0', 'AA')]",
'AA:G->[BB BB]':"[('.n0', 'AA')]",
'AA[AA AA]->BB':"[('BB', 'AA')]",
'AA[AA AA]->BB:G':"[('BB', 'AA')]",
'AA[AA AA]:G->BB:G':"[('BB', 'AA')]",
'AA[AA AA]:G->BB':"[('BB', 'AA')]",
'AA[AA AA]->BB[BB BB]':"[('BB', 'AA')]",
'AA[AA AA]->BB[BB BB]:G':"[('BB', 'AA')]",
'AA[AA AA]:G->BB[BB BB]:G':"[('BB', 'AA')]",
'AA[AA AA]:G->BB[BB BB]':"[('BB', 'AA')]",
'AA[AA AA]->[BB BB]':"[('.n0', 'AA')]",
'AA[AA AA]->[BB BB]:G':"[('.n0', 'AA')]",
'AA[AA AA]:G->[BB BB]:G':"[('.n0', 'AA')]",
'AA[AA AA]:G->[BB BB]':"[('.n0', 'AA')]",
'[AA AA]->BB':"[('BB', '.n0')]",
'[AA AA]->BB:G':"[('BB', '.n0')]",
'[AA AA]:G->BB:G':"[('BB', '.n0')]",
'[AA AA]:G->BB':"[('BB', '.n0')]",
'[AA AA]->BB[BB BB]':"[('BB', '.n0')]",
'[AA AA]->BB[BB BB]:G':"[('BB', '.n0')]",
'[AA AA]:G->BB[BB BB]:G':"[('BB', '.n0')]",
'[AA AA]:G->BB[BB BB]':"[('BB', '.n0')]",
'[AA AA]->[BB BB]':"[('.n1', '.n0')]",
'[AA AA]->[BB BB]:G':"[('.n1', '.n0')]",
'[AA AA]:G->[BB BB]:G':"[('.n1', '.n0')]",
'[AA AA]:G->[BB BB]':"[('.n1', '.n0')]",
'<AA AA>-><BB BB>':"[('.n1', '.n0')]",
'(AA AA)->(BB BB)':"[('.n1', '.n0')]",
'"AA AA"->"BB BB"':"[('.n1', '.n0')]",
# with child
'[A]@Ct58LPl_dd->B@RysHufzywk':"[('B', '.n0')]",
'[A]:G@Ct58LPl_dd->B:G@RysHufzywk':"[('B', '.n0')]",
# OR Operator
'A->B A->C':"[('B', 'A'), ('C', 'A')]",
'B->A C->A':"[('A', 'B'), ('A', 'C')]",
# various test cases found
'[A\'A]->A':"[('A', '.n0')]",
# Connextion with quantificators (to review)
'A-B':"[('A', 'B', '-')]",
# Connextion with quantificators (to review)
'A-!-B':"[('A', 'B', 'conflict')]",
# error
'A--B':"[]",
# error
'A---B':"[]",
# error
'{A B}>-C':"[]",
}
set_child = {
# anywhere
'A@RysHufzywk':"{'A': 'RysHufzywk'}",
'A[AA] A:G@RysHufzywk':"{'A': 'RysHufzywk'}",
'A@RysHufzywk A[AA]':"{'A': 'RysHufzywk'}",
'A@RysHufzywk:G':"{'A': 'RysHufzywk'}",
}
set_type = {
# anywhere
'A:G':"{'A': 'GOAL'}",
'[A]:G':"{'.n0': 'GOAL'}",
'A:G@RysHufzywk':"{'A': 'GOAL'}",
'[A]:G@RysHufzywk':"{'.n0': 'GOAL'}",
# full type names
'A:Goal':"{'A': 'GOAL'}",
'A:GOAl':"{'A': 'GOAL'}",
# Unknown type
'A:mytype':"{}",
# implicit types
'A':"{}",
'[A A]':"{'.n0': 'REQUIREMENT'}",
'(A A)':"{'.n0': 'GOAL'}",
'"A A"':"{}",
'<A A>':"{'.n0': 'AGENT'}",
# priority
'<A A>:G':"{'.n0': 'GOAL'}",
# all types
'A:G':"{'A': 'GOAL'}",
'A:O':"{'A': 'OPERATION'}",
'A:B':"{'A': 'OBSTACLE'}",
'A:R':"{'A': 'REQUIREMENT'}",
'A:A':"{'A': 'AGENT'}",
}
set_node_update = {
('A->B','NEW','A'):'A"NEW"->B',
('A->B','NEW','B'):'A->B"NEW"',
('A B','NEW','A'):'A"NEW" B',
('A B A','NEW','A'):'A"NEW" B A',
('A#com\nB','NEW','A'):'A"NEW"#com\nB',
('A[OLD] B','NEW','A'):'A[NEW] B',
('[OLD]','NEW','.n0'):'[NEW]',
('A[OLD] B[OLD]','NEW','A'):'A[NEW] B[OLD]',
('A[OLD] B[OLD]','NEW','B'):'A[OLD] B[NEW]',
('A X@_l27z-XOfimIuMabz9_e B:G C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A','NEW','A'):'A"NEW" X@_l27z-XOfimIuMabz9_e B:G C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A',
('A X@_l27z-XOfimIuMabz9_e B:G C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A','NEW','B'):'A X@_l27z-XOfimIuMabz9_e B"NEW":G C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A',
('A X@_l27z-XOfimIuMabz9_e B:G C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A','NEW','C'):'A X@_l27z-XOfimIuMabz9_e B:G C[NEW]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A',
('A X@_l27z-XOfimIuMabz9_e B:G C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A','NEW','D'):'A X@_l27z-XOfimIuMabz9_e B:G C[C C]\n D[NEW]:G # [E E] I\n [E E] # A \n[F F]:R A',
('A X@_l27z-XOfimIuMabz9_e B:G C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A','NEW','.n0'):'A X@_l27z-XOfimIuMabz9_e B:G C[C C]\n D[D D]:G # [E E] I\n [NEW] # A \n[F F]:R A',
('A X@_l27z-XOfimIuMabz9_e B:G C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A','NEW','.n1'):'A X@_l27z-XOfimIuMabz9_e B:G C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[NEW]:R A',
}
set_node_adress = {
('A->B','A','A'):'LAYOUT\nA@ZZZZZZZZZZ->B',
('A X@fimIuMabz9 B:G C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A','A'):'LAYOUT\nA@ZZZZZZZZZZ X@fimIuMabz9 B:G C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A',
('A X@fimIuMabz9 B:G C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A','B'):'LAYOUT\nA X@fimIuMabz9 B:G@ZZZZZZZZZZ C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A',
('A X@fimIuMabz9 B:G C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A','C'):'LAYOUT\nA X@fimIuMabz9 B:G C[C C]@ZZZZZZZZZZ\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A',
('A X@fimIuMabz9 B:G C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A','D'):'LAYOUT\nA X@fimIuMabz9 B:G C[C C]\n D[D D]:G@ZZZZZZZZZZ # [E E] I\n [E E] # A \n[F F]:R A',
('A X@fimIuMabz9 B:G C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A','.n0'):'LAYOUT\nA X@fimIuMabz9 B:G C[C C]\n D[D D]:G # [E E] I\n [E E]@ZZZZZZZZZZ # A \n[F F]:R A',
('A X@fimIuMabz9 B:G C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R A','.n1'):'LAYOUT\nA X@fimIuMabz9 B:G C[C C]\n D[D D]:G # [E E] I\n [E E] # A \n[F F]:R@ZZZZZZZZZZ A',
('[how]','.n0','how'):'LAYOUT\n[how]@ZZZZZZZZZZ',
('[B?]','.n0','B?'):'LAYOUT\n[B?]@ZZZZZZZZZZ',
}
def test_syntax():
n,ok=0,0
for i in set_syntax.keys():
item = cg.cg(i)
n+=1
value = item.check(i)
if value != set_syntax[i]:
ok += 1
print 'Item %d %s Computed:%s|Expected:%s|'%(n, i, value,set_syntax[i])
print ('Test OK (%d cases)'%n if ok==0 else 'Test KO on %d tests'%ok)
return n
def test_node():
n,ok=0,0
for i in set_node.keys():
item = cg.cg(i)
n+=1
if item.get_node() != set_node[i]:
ok += 1
print 'Item %d %s Computed:%s|Expected:%s|'%(n, i, item.get_node(),set_node[i])
print ('Test OK (%d cases)'%n if ok==0 else 'Test KO on %d tests'%ok)
return n
def test_link():
n,ok=0,0
for i in set_link.keys():
item = cg.cg(i)
n+=1
if item.get_link() != set_link[i]:
ok += 1
print 'Item %d %s Computed:%s|Expected:%s|'%(n, i, item.get_link(),set_link[i])
print ('Test OK (%d cases)'%n if ok==0 else 'Test KO on %d tests'%ok)
return n
def test_child():
n,ok=0,0
for i in set_child.keys():
item = cg.cg(i)
n+=1
if item.get_child() != set_child[i]:
ok += 1
print 'Item %d %s Computed:%s|Expected:%s|'%(n, i, item.get_child(),set_child[i])
print ('Test OK (%d cases)'%n if ok==0 else 'Test KO on %d tests'%ok)
return n
def test_type():
n,ok=0,0
for i in set_type.keys():
item = cg.cg(i)
n+=1
if item.get_type() != set_type[i]:
ok += 1
print 'Item %d %s Computed:%s|Expected:%s|'%(n, i, item.get_type(),set_type[i])
print ('Test OK (%d cases)'%n if ok==0 else 'Test KO on %d tests'%ok)
return n
def test_connectors():
n,ok=0,0
for i in set_connectors.keys():
item = cg.cg(i)
n+=1
if item.get_connectors() != set_connectors[i]:
ok += 1
print 'Item %d %s Computed:%s|Expected:%s|'%(n, i, item.get_connectors(),set_connectors[i])
print ('Test OK (%d cases)'%n if ok==0 else 'Test KO on %d tests'%ok)
return n
def test_update_child_label():
n,ok=0,0
for i in set_node_update.keys():
n+=1
new_raw = cg.update_child_label(i[0],i[1],i[2])
if new_raw != set_node_update[i]:
ok += 1
print 'Item %d\n%s\nComputed\n%s\nExpected\n%s'%(n, i, new_raw,set_node_update[i])
print ('Test OK (%d cases)'%n if ok==0 else 'Test KO on %d tests'%ok)
return n
def test_update_child_adress():
n,ok=0,0
for i in set_node_adress.keys():
n+=1
new_raw = cg.update_child('LAYOUT\n'+i[0],'ZZZZZZZZZZ',i[1])
if new_raw != set_node_adress[i]:
ok += 1
print 'Item %d\n%s\nComputed\n%s\nExpected\n%s'%(n, i, new_raw,set_node_adress[i])
print ('Test OK (%d cases)'%n if ok==0 else 'Test KO on %d tests'%ok)
return n
def test_breakline():
""" Test"""
for i in range(10):
for l in range(20):
x = ''
for j in range(l+1):
for k in range(i+1):
x += 'Z'
x += ' '
return cg.cutline_0(x[:-1])
def test5():
x = 'A[Mastering complex systems]\
B[Enhance requirements engineering methods] B->A\
C[Methods evolutivity] C->B\
D[Extended enterprise] D->B\
E[User-friendliness] E->B\
F[Take into account certain NFRs] F->B\
G[Enhance architectural design methods] G->A\
H[Take zigzags into account (?)] H->G H->B\
FLOSS->C\
Extendability->C\
K[Collaboration support] K->D K->E\
L[Viewpoint-based language] L->E L->F\
[Requirements evolution]->B\
[Validate requirements as early as possible]->B\
[Safe method]->B'
#x = 'A B A->B'
x = 'A B C D A->B C->D A->C B->D'
mygraph = cg.cg(x,{})
mygraph.layout(10,100)
mygraph = cg.cg(x,{})
print 'k=%s'%mygraph.get_k()
for i in range (2,2):
n,sum = 0,0
for j in range(10):
n+=1
mygraph = cg(x,{})
sum += mygraph.layout(i,40)
print '%s %s'%(i,sum/n)
def check(raw):
""" """
raw = re.sub(r'#[^\n]*\n','',raw)
#raw = re.sub(r'\\[\(\[<"\]\)>"]','',raw)
#reg_nodes = re.compile(r'\\[\(\[<"\]\)>"]')
reg_nodes = re.compile(r'(\[)')
for m in reg_nodes.finditer(raw):
print m.start()
return raw
if __name__ == '__main__':
n = 0
#test_syntax()
n += test_node()
#n += test_link()
n += test_type()
n += test_child()
n += test_connectors()
n += test_update_child_label()
n += test_update_child_adress()
print '%s tests cases'%n
#test_breakline()