def SubC(C, prob_type):
if prob_type == "rp1":
for n in C:
rp1.rows_global.append([["z_c_" + str(n.j_index)], [1]])
rp1.sense_global += "E"
rp1.rhs_global.append(1)
return rp1.rp1()
elif prob_type == "rp2":
for n in C:
rp2.rows_global.append([["z_c_" + str(n.j_index)], [1]])
rp2.sense_global += "E"
rp2.rhs_global.append(1)
return rp2.rp2()
elif prob_type == "rp3":
for n in C:
rp3.rows_global.append([["z_c_" + str(n.j_index)], [1]])
rp3.sense_global += "E"
rp3.rhs_global.append(1)
return rp3.rp3()
elif prob_type == "mr":
for n in C:
mr.rows_global.append([["z_c_" + str(n.j_index)], [1]])
mr.sense_global += "E"
mr.rhs_global.append(1)
return mr.mr()
else:
sys.exit(0)
def SubS(C,prob_type): if prob_type=='rp1': for n in C: rp1.rows_global.append([["z_u_"+str(n.k_index)],[1]]) rp1.sense_global+='E' rp1.rhs_global.append(1) return rp1.rp1() elif prob_type=='rp2': for n in C: rp2.rows_global.append([["z_u_"+str(n.k_index)],[1]]) rp2.sense_global+='E' rp2.rhs_global.append(1) return rp2.rp2() elif prob_type=='rp3': for n in C: rp3.rows_global.append([["z_u_"+str(n.k_index)],[1]]) rp3.sense_global+='E' rp3.rhs_global.append(1) return rp3.rp3() elif prob_type=='mr': for n in C: mr.rows_global.append([["z_u_"+str(n.k_index)],[1]]) mr.sense_global+='E' mr.rhs_global.append(1) return mr.mr() else: sys.exit(0)
def test_false_primality_mr(self):
png = mr(10, 100, 10000)
self.assertFalse(png.primality_test(26, (1, 13)))
def test_true_primality_mr(self):
png = mr(10, 100, 10000)
self.assertTrue(png.primality_test(12, (2, 3)))
def test_wrong_decomposite(self):
png = mr(10, 100, 10000)
self.assertNotEqual(png.decomposite(186), (2, 5))
def test_right_decomposite(self):
png = mr(10, 100, 10000)
self.assertEqual(png.decomposite(12), (2, 3))
import mr
import itertools
import string
def word_split(lines):
words = []
for line in lines:
words += line.split()
words = [word.lower().translate(string.maketrans("",""), string.punctuation).strip() for word in words]
words = [word for word in words if word]
return words
def count_grouped_words(lines):
c = []
for k, val in itertools.groupby(lines, key=mr.first_col):
out = k + '\t' + str(len(list(val)))
c.append(out)
return c
mr.mr(word_split, count_grouped_words, 'shakespeare/parts/*',
output_dir = 'foo_output',
shuffle_dir = 'foo_shuffled',
parallelism=2)
#!/opt/anaconda/bin/python
import sys
import os
import mr
mymr=mr.mr()
# import the ciop functtons (e.g. copy, log)
#sys.path.append('/usr/lib/ciop/python/') #classic python, not anaconda
try :
import cioppy #as ciop #classic python, not anaconda
ciop = cioppy.Cioppy() # anaconda
except : pass
lib=dict()
def GiveOutFile(myGroup,GroupRange,lib,Dump=False,key=None) :
out_file_name=myGroup+"-mapcomic"+str(GroupRange)+".txt"
out_file = open(out_file_name,"w")
print >>sys.stderr, out_file_name
for InputPathFileName in lib[myGroup] :
out_file.write(InputPathFileName+"\n")
out_file.close()
if Dump :
print >>sys.stderr, "Dump "+os.getcwd()+'/'+out_file_name
else :
print >>sys.stderr, "Publishing "+os.getcwd()+'/'+out_file_name
try :
print >>sys.stderr, "Publishing output by ciop "+os.getcwd()+'/'+out_file_name
ciop.publish(os.environ['TMPDIR']+'/'+out_file_name)
except : print >>sys.stderr, "Issue to plublish by ciop "+os.getcwd()+'/'+out_file_name
