Graphite does two things:
- Store numeric time-series data
- Render graphs of this data on demand
What Graphite does not do is collect data for you, however there are some tools out there that know
Compiling flowbox-account-manager | |
Resolving dependencies... | |
cabal: Could not resolve dependencies: | |
trying: flowbox-account-manager-0.1 (user goal) | |
trying: transformers-0.3.0.0/installed-7df... (dependency of | |
flowbox-account-manager-0.1) | |
next goal: flowbox-aws (dependency of flowbox-account-manager-0.1) | |
rejecting: flowbox-aws-0.1 (conflict: transformers==0.3.0.0/installed-7df..., | |
flowbox-aws => transformers>0.4) | |
Backjump limit reached (change with --max-backjumps). |
#include <stdio.h> | |
#include <unistd.h> | |
const char newroot[] = "/home/buildbot_flowbox/jail-" JAIL_NAME; | |
const char cmd[] = "/bin/bash"; | |
char *args[2] = {"--init-file", "/home/buildbot_flowbox/initfile-jail-" JAIL_NAME}; | |
int main(int c, char **v, char **e) { | |
int rc; const char *m; | |
if ( (m = "chdir" ,rc = chdir(newroot) ) == 0 |
#include <stdio.h> | |
#include <unistd.h> | |
int main(int c, char **v, char **e) { | |
int rc; const char *m; | |
if ( (m="chdir" ,rc= chdir(v[1]) ) == 0 | |
&& (m="chroot",rc=chroot(v[1]) ) == 0 | |
&& (m="setuid",rc=setuid(getuid())) == 0 ) | |
m="execve", execve(v[2],v+3,e); | |
perror(m); |
def printl(s): | |
import inspect | |
frame = inspect.currentframe() | |
try: | |
print s.format(**frame.f_back.f_locals) | |
finally: | |
del frame | |
def foo(): | |
a = 123 |
Graphite does two things:
What Graphite does not do is collect data for you, however there are some tools out there that know
{-# LANGUAGE OverloadedStrings, DeriveGeneric #-} | |
import Web.Scotty | |
import Data.Aeson | |
import GHC.Generics | |
data Stuff = Stuff { dt :: Things | |
} deriving (Show, Generic) | |
instance FromJSON Stuff | |
instance ToJSON Stuff | |
data Things = Things { id :: Int |
===================================================================================================================================================================================================== | |
[ PROBLEM ]..[ ALGO ]..[ TEST ]..[Budgt]..[ METRICS ]..[ RELIABLE ]..[ RESULT, confidence interval ]..[C.I]..[ σ ]..[ OUTLIERS ]..[ RES w/o outliers ]..[ σ w/o outliers ]..[ (C INT)/METRICS ].. | |
ackley :: hgs_ibea :: quick :: 50 :: dst from pareto :: OK :: 3.531 ≤ 4.091 ≤ 4.710 :: 95% :: 0.812 :: 9.09% mild -- extr. :: 3.908 ( -4.451%) :: 0.600 ( -26.056%) :: 28.835% :: | |
ackley :: :: :: :: distribution :: OK :: 31.714 ≤ 32.978 ≤ 34.100 :: 95% :: 1.620 :: -- mild -- extr. :: 32.978 ( +0.000%) :: 1.620 ( 0.000%) :: 7.235% :: | |
ackley :: :: :: :: extent :: OK :: 3.591 ≤ 3.756 ≤ |
exercism-workon() { | |
cd "$HOME/exercism.io/haskell/$1" | |
MODULE=$(runhaskell "$1_test.hs" 2>&1 | awk '/Could not find module/ {print $5}' | sed "s/[\`']//g") | |
if [ ! -z $MODULE ]; then | |
touch $MODULE; | |
else | |
MODULE=$(ls *.hs | grep -v _test.hs); | |
fi | |
#!/usr/bin/env python | |
class CQ(object): | |
bla = None | |
"""CQ Instance Object""" | |
def __init__(self, port, path, init): | |
self.port = port | |
self.path = path | |
self.init = init |
-module(example). | |
-export(sort/1). | |
-export(spawnedsort/3, merge/3). % publishing internal funs | |
% only for debugging | |
sort(X) -> | |
ChunkLen = length(X) div 2, | |
{L1, L2} = lists:split(ChunkLen, X), % pattern matching example 1 |