def dump_list(threads):
rows = [['Id', 'Name', 'State', 'Waiting Point']]
curr_tid = Thread.current().td_tid
rows.extend([['', '(*) '][curr_tid == td.td_tid] + str(td.td_tid),
td.td_name, str(td.td_state), str(td.td_waitpt)]
for td in threads)
ptable.ptable(rows, fmt='rlll', header=True)
def dump_segments(self):
segments = self.get_all_segments()
rows = [['Segment', 'Start', 'End', 'Pages no']]
for idx, seg in enumerate(segments):
rows.append([str(idx), as_hex(seg['start']), as_hex(seg['end']),
str(seg['npages'])])
ptable(rows, header=True)
def dump_segments(self):
segments = self.get_all_segments()
rows = [['Segment', 'Start', 'End', 'Pages no']]
for idx, seg in enumerate(segments):
rows.append([idx, as_hex(seg['start']), as_hex(seg['end']),
seg['npages']])
ptable(rows, header=True)
def dump_messages(self, klog):
rows = [['Time', 'Source', 'System', 'Message']]
for entry in klog:
rows.append(["%.6f" % entry.timestamp.as_float(),
"%s:%d" % (entry.source, entry.line),
entry.origin, entry.format_msg()])
ptable(rows, header=True, fmt='rrrl')
def dump_messages(self, klog):
rows = [['Time', 'Id', 'Source', 'System', 'Message']]
for entry in klog:
rows.append(["%.6f" % entry.timestamp.as_float(), str(entry.tid),
"%s:%d" % (entry.source, entry.line),
entry.origin, entry.format_msg()])
ptable(rows, header=True, fmt='rrrrl')
def dump_threads(threads):
extractors = [thread_id, thread_name, thread_state]
rows = [['Id', 'Name', 'State']]
column_sizes = [0, 0, 0]
for thread in threads:
row = [f(thread) for f in extractors]
rows.append(row)
ptable.ptable(rows, fmt="llll", header=True)
def invoke(self):
rows = [["Index", "ASID", "PFN0", "PFN1"]]
for idx in range(TLB.size()):
row = TLB.read(idx).dump()
if row is None:
continue
rows.append([str(idx)] + row)
ptable(rows, fmt="rrll", header=True)
def dump_list(threads):
rows = [['Id', 'Name', 'State', 'Waiting Point']]
curr_tid = Thread.current().td_tid
rows.extend([['', '(*) '][curr_tid == td.td_tid] +
str(td.td_tid), td.td_name,
str(td.td_state),
str(td.td_waitpt)] for td in threads)
ptable.ptable(rows, fmt='rlll', header=True)
def invoke(self):
rows = [["Index", "ASID", "PFN0", "PFN1"]]
for idx in range(TLB.size()):
row = TLB.read(idx).dump()
if row is None:
continue
rows.append([str(idx)] + row)
ptable(rows, fmt="rrll", header=True)
def dump_tlb(self):
tlb_size = self.get_tlb_size()
rows = [["Index", "ASID", "PFN0", "PFN1"]]
for idx in range(tlb_size):
entry = self.get_tlb_entry(idx)
hi, lo0, lo1 = entry['hi'], entry['lo0'], entry['lo1']
row = self.dump_tlb_index(idx, hi, lo0, lo1)
if not row:
continue
rows.append(row)
ptable(rows, fmt="rrll", header=True)
def dump_tlb(self):
tlb_size = self.get_tlb_size()
rows = [["Index", "ASID", "PFN0", "PFN1"]]
for idx in range(tlb_size):
entry = self.get_tlb_entry(idx)
hi, lo0, lo1 = entry['hi'], entry['lo0'], entry['lo1']
row = self.dump_tlb_index(idx, hi, lo0, lo1)
if not row:
continue
rows.append(row)
ptable(rows, fmt="rrll", header=True)
def dump(self):
rows = [[name, str(val)] for name, val in self.regs.items()]
ptable.ptable(rows, fmt='lr')
def dump_info(self, klog):
rows = [['Mask', as_hex(klog.mask)],
['Verbose', str(klog.verbose)],
['Messages', str(len(klog))]]
ptable(rows, header=False, fmt='rl')
def dump_free_pages(self):
segments = self.get_all_segments()
rows = [['Segment', 'Page size', 'Physical', 'Virtual']]
for idx, seg in enumerate(segments):
rows.extend(self.dump_segment_free_pages(idx, seg))
ptable(rows, header=True)
def dump(self):
rows = [[name, str(val)] for name, val in self.regs.items()]
ptable.ptable(rows, fmt='lr')
def dump_info(self, klog):
rows = [['Mask', as_hex(klog.mask)],
['Verbose', str(klog.verbose)],
['Messages', str(len(klog))]]
ptable(rows, header=False, fmt='rl')
def dump_kernel_logs(self, messages):
rows_data = [["Time", "Line", "File", "Origin", "Message"]]
rows_data.extend(messages)
ptable(rows_data, header=True, fmt='ccrcl')
def dump_general_info(self, number_of_logs, klog):
rows_general = [["Mask", "Verbose", "Log number"]]
mask = as_hex(klog['mask'])
verbose = bool(klog['verbose'])
rows_general.append([mask, str(verbose), str(number_of_logs)])
ptable(rows_general, header=True, fmt='l')
def dump_free_pages(self):
segments = self.get_all_segments()
rows = [['Segment', 'Page size', 'Physical', 'Virtual']]
for idx, seg in enumerate(segments):
rows.extend(self.dump_segment_free_pages(idx, seg))
ptable(rows, header=True)