s4z /
plumd
| @@ 99-111 (lines=13) @@ | ||
| 96 | return ret |
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| 97 | ||
| 98 | ||
| 99 | def proc_stat_cpu(self, key, val, ts): |
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| 100 | ret = [] |
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| 101 | total = sum([ float(i) for i in val]) |
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| 102 | cpu = self.config.get('cpu_metrics') |
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| 103 | for map_val in cpu: |
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| 104 | if len(val) < 1: |
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| 105 | break |
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| 106 | metric_val = float(val.popleft()) |
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| 107 | mstr = "{0}.{1}".format(key, map_val) |
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| 108 | percent_val = float(metric_val / total) * 100.00 |
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| 109 | mval = self.calc.per_second(key, percent_val, ts) |
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| 110 | ret.append(plumd.Float(mstr, mval)) |
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| 111 | return ret |
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| 112 | ||
| 113 | ||
| 114 | def proc_stat(self): |
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| @@ 85-96 (lines=12) @@ | ||
| 82 | return ret |
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| 83 | ||
| 84 | ||
| 85 | def proc_stat_cpu_percent(self, key, val, ts): |
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| 86 | ret = [] |
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| 87 | total = sum([ float(i) for i in val]) |
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| 88 | cpu = self.config.get('cpu_metrics') |
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| 89 | for map_val in cpu: |
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| 90 | if len(val) < 1: |
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| 91 | break |
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| 92 | metric_val = float(val.popleft()) |
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| 93 | mstr = "{0}.{1}".format(key, map_val) |
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| 94 | percent_val = metric_val / total * 100.00 |
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| 95 | ret.append(plumd.Float(mstr, percent_val)) |
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| 96 | return ret |
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| 97 | ||
| 98 | ||
| 99 | def proc_stat_cpu(self, key, val, ts): |
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