def newfn(*args, **kwargs):
hh = hf(getattr(casa, fn.__name__), *args, **kwargs)
mm = repo.get(hh)
if mm:
trc("[Cached]", fn.__name__, args, kwargs)
return mm
else:
trc("[Eval] ", fn.__name__, args, kwargs, " -> ", hh)
tempf = fn(*args, **kwargs)
if not os.path.exists(tempf):
raise RuntimeError("No output produced by " + fn.__name__ +
"!")
return repo.put(tempf, hh)
def php_line_number_from_repo(func, pc):
unit = func['m_unit']
repo_id = unit['m_repoId']
sn = int(unit['m_sn'])
conn = repo.get(repo_id)
if conn is None:
return None
# Query for the line table.
c = conn.cursor()
table = repo.table('UnitLineTable')
c.execute('SELECT data FROM %s WHERE unitSn == ?;' % table, (sn,))
row = c.fetchone()
if row is None:
return None
buf = row[0]
# Unpack the line table structure.
line_table = []
decoder = repo.Decoder(buf)
size = decoder.decode()
for i in xrange(size):
line_table.append({
'm_pastOffset': decoder.decode(),
'm_val': decoder.decode(),
})
if not decoder.finished():
# Something went wrong.
return None
# Find the upper bound for our PC. Note that this relies on the Python
# dict comparison operator comparing componentwise lexicographically based
# on the alphabetical ordering of keys.
key = {'m_pastOffset': int(pc), 'm_val': -1}
i = bisect.bisect_right(line_table, key)
if i == len(line_table):
return None
return line_table[i]['m_val']
def php_line_number_from_repo(func, pc):
unit = func['m_unit']
repo_id = unit['m_repoId']
sn = int(unit['m_sn'])
conn = repo.get(repo_id)
if conn is None:
return None
# Query for the line table.
c = conn.cursor()
table = repo.table('UnitLineTable')
c.execute('SELECT data FROM %s WHERE unitSn == ?;' % table, (sn, ))
row = c.fetchone()
if row is None:
return None
buf = row[0]
# Unpack the line table structure.
line_table = []
decoder = repo.Decoder(buf)
size = decoder.decode()
for i in xrange(size):
line_table.append({
'm_pastOffset': decoder.decode(),
'm_val': decoder.decode(),
})
if not decoder.finished():
# Something went wrong.
return None
# Find the upper bound for our PC. Note that this relies on the Python
# dict comparison operator comparing componentwise lexicographically based
# on the alphabetical ordering of keys.
key = {'m_pastOffset': int(pc), 'm_val': -1}
i = bisect.bisect_right(line_table, key)
if i == len(line_table):
return None
return line_table[i]['m_val']
