def check_mdumps(self, mem_dumps):
succ = True
for md in mem_dumps:
s = md.split(":")
if len(s) == 2:
md = os.path.abspath(s[0])
rf = os.path.join(self.dirname, s[1])
else:
n = os.path.split(os.path.abspath(md))[1]
rf = os.path.join(self.dirname, n + ".ref")
if not os.path.isfile(md):
print_red("Cannot find expected memory dump %s" % md)
succ = False
elif not os.path.isfile(rf):
print_red("No reference file provided for %s" % md)
succ = False
else:
dump = read_vlog_hexdump(md)
dref = read_vlog_hexdump(rf)
diff = compare_vlog_hexdump(dump=dump, ref=dref, ignore_undef=not self.mem_strict)
if len(diff) > 0:
print_red("Memory dump %s does not match reference" " in %d locations" % (md, len(diff)))
succ = False
if len(diff) < 64:
for adr, val in sorted(diff.iteritems()):
if val[0] != None:
print_yellow("Miss-match @%d, out=%d, ref=%d" % (adr, val[0], val[1]))
else:
print_yellow("Miss-match @%d, out=undef, ref=%d" % (adr, val[1]))
break
return succ
def join_pe_dmem_dump(path, num_pe, pat='pe{0}.dmem.dump'):
d = [read_vlog_hexdump(os.path.join(path, pat.format(i)))
for i in range(num_pe)]
join_d = {}
for k in d[0].keys():
for i in range(num_pe):
join_d[k*num_pe + i] = d[i][k] if k in d[i] else None
return join_d
def join_pe_dmem_dump(path, num_pe, pat='pe{0}.dmem.dump'):
d = [
read_vlog_hexdump(os.path.join(path, pat.format(i)))
for i in range(num_pe)
]
join_d = {}
for k in d[0].keys():
for i in range(num_pe):
join_d[k * num_pe + i] = d[i][k] if k in d[i] else None
return join_d
def check_mdumps(self, mem_dumps):
succ = True
for md in mem_dumps:
s = md.split(':')
if len(s) == 2:
md = os.path.abspath(s[0])
rf = os.path.join(self.dirname, s[1])
else:
n = os.path.split(os.path.abspath(md))[1]
rf = os.path.join(self.dirname, n + '.ref')
if not os.path.isfile(md):
print_red('Cannot find expected memory dump %s' % md)
succ = False
elif not os.path.isfile(rf):
print_red('No reference file provided for %s' % md)
succ = False
else:
dump = read_vlog_hexdump(md)
dref = read_vlog_hexdump(rf)
diff = compare_vlog_hexdump(dump=dump,
ref=dref,
ignore_undef=not self.mem_strict)
if len(diff) > 0:
print_red('Memory dump %s does not match reference'\
' in %d locations'%(md, len(diff)))
succ = False
if len(diff) < 64:
for adr, val in sorted(diff.iteritems()):
if (val[0] != None):
print_yellow('Miss-match @%d, out=%d, ref=%d' %
(adr, val[0], val[1]))
else:
print_yellow(
'Miss-match @%d, out=undef, ref=%d' %
(adr, val[1]))
break
return succ
def load_mem_content(self, mem_file, m_type, word_size):
d = read_vlog_hexdump(mem_file)
last_adr = -10
curr_start = -10
curr_blk = []
c = 0
for adr in sorted(d.iterkeys()):
if adr != (last_adr + 1):
if len(curr_blk) > 0:
c += self.send_mem_content(m_type, curr_start, curr_blk,
word_size)
curr_blk = []
curr_start = adr
curr_blk.append(d[adr])
last_adr = adr
if len(curr_blk) > 0:
c += self.send_mem_content(m_type, curr_start, curr_blk, word_size)
return c
def load_mem_content(self, mem_file, m_type, word_size):
d = read_vlog_hexdump(mem_file)
last_adr = -10
curr_start = -10
curr_blk = []
c = 0
for adr in sorted(d.iterkeys()):
if adr != (last_adr+1):
if len(curr_blk) > 0:
c += self.send_mem_content(
m_type, curr_start, curr_blk, word_size)
curr_blk = []
curr_start = adr
curr_blk.append(d[adr])
last_adr = adr
if len(curr_blk) > 0:
c += self.send_mem_content(m_type, curr_start, curr_blk, word_size)
return c
