Remove //tools/profile_chrome from Chromium repo

tools/profile_chrome/third_party/perf_to_tracing.py

Index: tools/profile_chrome/third_party/perf_to_tracing.py
diff --git a/tools/profile_chrome/third_party/perf_to_tracing.py b/tools/profile_chrome/third_party/perf_to_tracing.py
deleted file mode 100644
index 280937a8f49b85322138931ad035bb7aebf44fea..0000000000000000000000000000000000000000
--- a/tools/profile_chrome/third_party/perf_to_tracing.py
+++ /dev/null
@@ -1,248 +0,0 @@
-# Script for converting perf script events into tracing JSON.
-#
-# Generated by perf script -g python
-# Licensed under the terms of the GNU GPL License version 2
-
-import json
-import os
-import sys
-
-from collections import deque
-
-
-# Categorize DSOs by component.
-dso_to_comp = {
-    'libdvm.so': 'Java',
-    'libart.so': 'Java',
-    'libjavacore.so': 'Java',
-    'libandroid_runtime.so': 'Android',
-    'libgui.so': 'Android',
-    'libui.so': 'Android',
-    'libbinder.so': 'Android',
-    'libmemalloc.so': 'Android',
-    'libcrypto.so': 'Android',
-    'libcutils.so':'Android',
-    'libutils.so': 'Android',
-    '[kernel.kallsyms]': 'Kernel',
-    'libc.so': 'Standard Lib',
-    'libstdc++.so': 'Standard Lib',
-    'libm.so':'Standard Lib',
-    'libGLESv2_adreno.so': 'GPU Driver',
-    'libGLESv2_adreno200.so': 'GPU Driver',
-    'libq3dtools_adreno200.so': 'GPU Driver',
-    'libEGL_adreno.so': 'GPU Driver',
-    'libEGL_adreno200.so': 'GPU Driver',
-    'libEGL.so': 'GPU Driver',
-    'libgsl.so': 'GPU Driver',
-    'libGLESv2.so': 'GPU Driver',
-    'libsc-a3xx.so': 'GPU Driver',
-    'libadreno_utils.so': 'GPU Driver',
-    'eglsubAndroid.so': 'GPU Driver',
-    'gralloc.msm8960.so': 'GPU Driver',
-    'libadreno_utils': 'GPU Driver',
-    'libGLES_mali.so': 'GPU Driver',
-    'libchromeview.so': 'Chrome',
-    '[unknown]': '<unknown>',
-    '[UNKNOWN]': '<unknown>',
-}
-
-
-def FilterSymbolModule(module):
-  m = dso_to_comp.get(module, None)
-  if m:
-    return m
-  if module.find('libchrome.') == 0:
-    return 'Chrome'
-  if module.find('dalvik') >= 0 or module.find('@') >= 0:
-    return 'Java'
-  return module
-
-
-def FilterSymbolName(module, orign_module, name):
-  if module == 'Java':
-    return name
-  elif module == 'GPU Driver':
-    return name
-  if name == '':
-    return orign_module + ':unknown'
-  if name[0].isdigit() or name == '(nil)':
-    return orign_module + ':unknown'
-  return name
-
-
-class StackFrameNode:
-  def __init__(self, stack_id, name, category):
-    self.stack_id = stack_id
-    self.parent_id = 0
-    self.children = {}
-    self.category = category
-    self.name = name
-    self.samples = []
-    self.total_weight = 0.0
-    self.have_total_weight = False
-    self.parent = None
-
-  def ToDict(self, out_dict):
-    if self.stack_id:
-      node_dict = {}
-      node_dict['name'] = self.name
-      node_dict['category'] = self.category
-      if self.parent_id:
-        node_dict['parent'] = self.parent_id
-
-      out_dict[self.stack_id] = node_dict
-
-    for child in self.children.values():
-      child.ToDict(out_dict)
-    return out_dict
-
-  def GetTotalWeight(self):
-    if self.have_total_weight:
-      return self.total_weight
-    else:
-      # Sum up self samples weight, and children's total weights.
-      for s in self.samples:
-        self.total_weight += s.weight
-      for c in self.children.values():
-        self.total_weight += c.GetTotalWeight()
-      self.have_total_weight = True
-      return self.total_weight
-
-
-class PerfSample:
-  def __init__(self, stack_id, ts, cpu, tid, weight, samp_type, comm):
-    self.stack_id = stack_id
-    self.ts = ts
-    self.cpu = cpu
-    self.tid = tid
-    self.weight = weight
-    self.type = samp_type
-    self.comm = comm
-
-  def ToDict(self):
-    ret = {}
-    ret['ts'] = self.ts / 1000.0  # Timestamp in microseconds
-    ret['tid'] = self.tid  # Thread id
-    ret['cpu'] = self.cpu  # Sampled CPU
-    ret['weight'] = self.weight  # Sample weight
-    ret['name'] = self.type  # Sample type
-    ret['comm'] = self.comm  # Sample type
-    assert self.stack_id != 0
-    if self.stack_id:
-      ret['sf'] = self.stack_id  # Stack frame id
-    return ret
-
-
-samples = []
-root_chain = StackFrameNode(0, 'root', '[unknown]')
-next_stack_id = 1
-tot_period = 0
-saved_period = 0
-
-
-def process_event(param_dict):
-  global next_stack_id
-  global saved_period
-  global tot_period
-
-  samp_comm = param_dict['comm']
-  samp_tid = param_dict['tid']
-  samp_cpu = param_dict['cpu']
-  samp_ts = param_dict['time']
-  samp_period = param_dict['period']
-  samp_type = param_dict['ev_name']
-  tot_period += samp_period
-
-  # Parse call chain.
-  seen_syms = set()
-  chain = deque()
-  for cs in param_dict['cs']:
-    cs_name = cs[0]
-    cs_dso = os.path.basename(cs[1])
-    cs_category = FilterSymbolModule(cs_dso)
-    cs_name = FilterSymbolName(cs_category, cs_dso, cs_name)
-
-    if cs_category != '<unknown>' or len(chain) == 0:
-      sym = (cs_name, cs_category)
-      if sym in seen_syms:
-        while chain[0] != sym:
-          seen_syms.remove(chain[0])
-          chain.popleft()
-      else:
-        seen_syms.add(sym)
-        chain.appendleft(sym)
-
-      # Discard garbage stacktrace before __pthread_start()
-      if cs_name == '__pthread_start(void*)':
-        break
-
-  # Done reading call chain.  Add to stack frame tree.
-  stack_frame = root_chain
-  for call in chain:
-    if call in stack_frame.children:
-      stack_frame = stack_frame.children[call]
-    else:
-      new_node = StackFrameNode(next_stack_id, call[0], call[1])
-      next_stack_id += 1
-      new_node.parent_id = stack_frame.stack_id
-      stack_frame.children[call] = new_node
-      stack_frame = new_node
-
-  # Save sample.
-  sample = PerfSample(stack_frame.stack_id,
-                  samp_ts,
-                  samp_cpu,
-                  samp_tid,
-                  samp_period,
-                  samp_type,
-                  samp_comm)
-  samples.append(sample)
-  stack_frame.samples.append(sample)
-  saved_period += samp_period
-
-
-def trace_begin():
-  pass
-
-
-def trace_end():
-  # Return siblings of a call tree node.
-  def GetNodeSiblings(node):
-    if not node:
-      return []
-    if not node.parent:
-      return []
-    return node.parent.children.values()
-
-  # Try to reduce misplaced stack leaves by moving them up into sibling nodes.
-  def FixCallTree(node, parent):
-    # Get siblings of node's parent.
-    node.parent = parent
-    parent_siblings = GetNodeSiblings(parent)
-
-    # If parent's sibling has same node name, has no children and small weight,
-    # transplant sibling's samples into the current node.
-    for sibling in parent_siblings:
-      if sibling.name == node.name and \
-          len(sibling.children) == 0 and \
-          sibling.GetTotalWeight() <= node.GetTotalWeight() * 0.15:
-
-        # Transplant samples from sibling to current node.
-        for samp in sibling.samples:
-          samp.stack_id = node.stack_id
-          node.samples.append(samp)
-        sibling.samples = []
-        break
-
-    # Recurse child nodes.
-    for c in node.children.values():
-      FixCallTree(c, node)
-
-  FixCallTree(root_chain, None)
-
-  trace_dict = {}
-  trace_dict['samples'] = [s.ToDict() for s in samples]
-  trace_dict['stackFrames'] = root_chain.ToDict({})
-  trace_dict['traceEvents'] = []
-
-  json.dump(trace_dict, sys.stdout, indent=1)