Lines Matching refs:self

78   def __init__(self, significant, notable, percentage_string):
79     self.significant_ = significant
80     self.notable_ = notable
81     self.percentage_string_ = percentage_string
83   def percentage_string(self):
84     return self.percentage_string_;
86   def isSignificant(self):
87     return self.significant_
89   def isNotablyPositive(self):
90     return self.notable_ > 0
92   def isNotablyNegative(self):
93     return self.notable_ < 0
97   def __init__(self, units, count, result, sigma):
98     self.units_ = units
99     self.count_ = float(count)
100     self.result_ = float(result)
101     self.sigma_ = float(sigma)
103   def Compare(self, other):
104     if self.units_ != other.units_:
105       print ("Incompatible units: %s and %s" % (self.units_, other.units_))
112     if self.units_ == "score":
113       compare_num = 100*self.result_/other.result_ - 100
115       compare_num = 100*other.result_/self.result_ - 100
119                               self.result_, self.count_)
129   def result(self):
130     return self.result_
132   def sigma(self):
133     return self.sigma_
137   def __init__(self, name):
138     self.name_ = name
139     self.runs_ = {}
141   def name(self):
142     return self.name_
144   def getResult(self, run_name):
145     return self.runs_.get(run_name)
147   def appendResult(self, run_name, trace):
155     self.runs_[run_name] = BenchmarkResult(units, count, mean, stddev)
159   def __init__(self, name):
160     self.name_ = name
161     self.benchmarks_ = {}
163   def SortedTestKeys(self):
164     keys = self.benchmarks_.keys()
172   def name(self):
173     return self.name_
175   def getBenchmark(self, benchmark_name):
176     benchmark_object = self.benchmarks_.get(benchmark_name)
179       self.benchmarks_[benchmark_name] = benchmark_object
184   def __init__(self, output_file):
185     self.benchmarks_ = []
186     self.print_output_ = []
187     self.output_file_ = output_file
189   def Print(self, str_data):
190     self.print_output_.append(str_data)
192   def FlushOutput(self):
193     string_data = "\n".join(self.print_output_)
195     if self.output_file_:
197       with open(self.output_file_, "w") as text_file:
202   def bold(self, data):
205   def red(self, data):
209   def green(self, data):
212   def PrintHeader(self):
326     self.Print(data)
328   def StartSuite(self, suite_name, run_names):
329     self.Print("<h2>")
330     self.Print("<a name=\"%s\">%s</a> <a href=\"#top\">(top)</a>" %
332     self.Print("</h2>");
333     self.Print("<table class=\"benchmark\">")
334     self.Print("<thead>")
335     self.Print("  <th>Test</th>")
338       self.Print("  <th>%s</th>" % run_name)
342         self.Print("  <th>%</th>")
343     self.Print("</thead>")
344     self.Print("<tbody>")
347   def FinishSuite(self):
348     self.Print("</tbody>")
349     self.Print("</table>")
352   def StartBenchmark(self, benchmark_name):
353     self.Print("  <tr>")
354     self.Print("    <td class=\"name-column\">%s</td>" % benchmark_name)
356   def FinishBenchmark(self):
357     self.Print("  </tr>")
360   def PrintResult(self, run):
362       self.PrintEmptyCell()
364     self.Print("    <td>%3.1f</td>" % run.result())
367   def PrintComparison(self, run, main_run):
369       self.PrintEmptyCell()
374       res = self.bold(res)
376       res = self.green(res)
378       res = self.red(res)
379     self.Print("    <td>%s</td>" % res)
382   def PrintEmptyCell(self):
383     self.Print("    <td></td>")
386   def StartTOC(self, title):
387     self.Print("<h1>%s</h1>" % title)
388     self.Print("<ul>")
390   def FinishTOC(self):
391     self.Print("</ul>")
393   def PrintBenchmarkLink(self, benchmark):
394     self.Print("<li><a href=\"#" + benchmark + "\">" + benchmark + "</a></li>")
396   def PrintFooter(self):
400     self.Print(data)