updating some sksdump stuff, adding a filesizes summer
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brent s
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080ee26fff
@ -31,7 +31,8 @@ def getDefaults():
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'sync': {'throttle': 0},
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'paths': {'basedir': '/var/lib/sks',
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'destdir': '/srv/http/sks/dumps',
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'rsync': 'root@mirror.square-r00t.net:/srv/http/sks/dumps'},
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'rsync': 'root@mirror.square-r00t.net:/srv/http/sks/dumps',
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'sksbin': '/usr/bin/sks'},
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'runtime': {'nodump': None, 'nocompress': None, 'nosync': None}}
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## Build out the default .ini.
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dflt_str = ('# IMPORTANT: This script uses certain permissions functions that require some forethought.\n' +
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@ -53,13 +54,13 @@ def getDefaults():
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'# These services will be started/stopped, in order, before/after dumps. ' +
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'Comma-separated.\nsvcs = {3}\n# The path to the logfile.\nlogfile = {4}\n# The number ' +
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'of days of rotated key dumps. If None, don\'t rotate.\ndays = {5}\n# How many keys to include in each ' +
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'dump file.\ndumpkeys = {6}\n\n').format(d['user'],
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d['group'],
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d['compress'],
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','.join(d['svcs']),
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d['logfile'],
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d['days'],
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d['dumpkeys'])
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'dump file.\ndumpkeys = {6}\n\n\n').format(d['user'],
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d['group'],
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d['compress'],
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','.join(d['svcs']),
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d['logfile'],
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d['days'],
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d['dumpkeys'])
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# [sync]
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d = dflt['sync']
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dflt_str += ('# This section controls sync settings.\n[sync]\n# This setting is what the speed should be throttled to, '+
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@ -69,9 +70,11 @@ def getDefaults():
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dflt_str += ('# This section controls where stuff goes and where we should find it.\n[paths]\n# ' +
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'Where your SKS DB is.\nbasedir = {0}\n# This is the base directory where the dumps should go.\n' +
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'# There will be a sub-directory created for each date.\ndestdir = {1}\n# The ' +
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'path for rsyncing the dumps. If None, don\'t rsync.\nrsync = {2}\n\n').format(d['basedir'],
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d['destdir'],
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d['rsync'])
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'path for rsyncing the dumps. If None, don\'t rsync.\nrsync = {2}\n' +
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'# The path to the sks binary to use\nsksbin = {3}\n\n').format(d['basedir'],
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d['destdir'],
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d['rsync'],
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d['sksbin'])
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# [runtime]
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d = dflt['runtime']
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dflt_str += ('# This section controls runtime options. These can be overridden at the commandline.\n' +
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@ -265,6 +268,11 @@ def parseArgs():
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default = paths['basedir'],
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dest = 'basedir',
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help = 'The directory which holds your SKS DB.')
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args.add_argument('-x',
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'--sks-binary',
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default = paths['sksbin'],
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dest = 'sksbin',
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help = 'The path to the SKS binary/executable to use to performt the dumps.')
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args.add_argument('-e',
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'--destdir',
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default = paths['destdir'],
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108
storage/sum_filesizes.py
Executable file
108
storage/sum_filesizes.py
Executable file
@ -0,0 +1,108 @@
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#!/usr/bin/env python3
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# STDIN should be a list of "humanized" filesizes, e.g. 1.4G, 112K, etc.
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# You should be able to get this with some careful grepping and awking.
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import re
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import sys
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if sys.stdin.isatty():
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exit('You need to pipe in the file sizes you want summed.')
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class BitFmtr(str):
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# https://bugs.python.org/msg123686
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def __format__(self, fmt):
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if fmt[0] == 'u':
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s = self.upper()
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fmt = fmt[1:]
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elif fmt[0] == 'l':
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s = self.lower()
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fmt = fmt[1:]
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else:
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s = str(self)
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return(s.__format__(fmt))
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class deHumanizer(object):
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def __init__(self, lines_in):
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# lines_in should be a list of values to sum in "human" format.
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# Supports terabits/bytes down to single bit/bytes
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self.bytes = 0
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self.bits = 0
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self.sizes = [i.strip() for i in lines_in]
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_bytes = '^[0-9]+(\.[0-9]+)?\s*{0}B?$'
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_bits = '^[0-9]+(\.[0-9]+)?\s*({0:l}b?|{0:u}b)$'
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# Use a tuple. THe first item is the pattern to match, the second is
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# the multiplier to get it to bytes.
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# 1(TB) = 1099511627776 bytes/8796093022208 bits
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self.terabyte = (re.compile(_bytes.format('T')), 1099511627776)
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# 1 = 137438953472 bytes/1099511627776 bits
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self.terabit = (re.compile(_bits.format(BitFmtr('T'))), 137438953472)
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# 1 = 1073741824 bytes/8589934592 bits
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self.gigabyte = (re.compile(_bytes.format('G')), 1073741824)
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# 1 = 134217728 bytes/1073741824 bits
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self.gigabit = (re.compile(_bits.format(BitFmtr('G'))), 134217728)
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# 1 = 1048576 bytes/8388608 bits
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self.megabyte = (re.compile(_bytes.format('M')), 1048576)
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# 1 = 131072 bytes/1048576 bits
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self.megabit = (re.compile(_bits.format(BitFmtr('M'))), 131072)
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# 1 = 1024 bytes/8192 bits
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self.kilobyte = (re.compile(_bytes.format('K')), 1024)
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# 1 = 128 bytes/1024 bits
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self.kilobit = (re.compile(_bits.format(BitFmtr('K'))), 128)
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# 1 = 1 byte/8 bits
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# We don't use the pre-built pattern for these because you don't ever
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# see "## Bb" etc. Bytes are the default, IIRC, on Linux.
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self.byte = (re.compile('^[0-9]+(\.[0-9]+)?\s*B?$'), 1)
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# 1 = 0.125 bytes/1 bit
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self.bit = (re.compile('^[0-9]+(\.[0-9]+)?\s*b$'), 0.125)
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def convert(self):
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idx = 0
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for i in self.sizes[:]:
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try:
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_factor = float(re.sub('^([0-9\.]+)\s*.*$', '\g<1>', i))
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except ValueError:
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print('{0} does not seem to be a size; skipping'.format(i))
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self.sizes[idx] = 0 # Null it out since we couldn't parse it.
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# It's much more likely to be a smaller size than a larger one,
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# statistically-speaking, and more likely to be in bytes than bits.
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for r in (self.byte, self.kilobyte, self.megabyte, self.gigabyte,
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self.terabyte, self.bit, self.kilobit, self.megabit,
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self.gigabit, self.terabit):
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if r[0].search(i):
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self.sizes[idx] = float(_factor * r[1])
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idx += 1
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break
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# # We didn't match, so remove it.
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# self.sizes[idx] = 0
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# idx += 1
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return()
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def get_sums(self):
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self.bytes = int(sum(self.sizes))
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self.bits = int(self.bytes * 8)
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self.kilobytes = int(self.bytes / self.kilobyte[1])
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self.kilobits = int(self.bytes / self.kilobit[1])
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self.megabytes = int(self.bytes / self.megabyte[1])
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self.megabits = int(self.bytes / self.megabit[1])
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self.gigabytes = int(self.bytes / self.gigabyte[1])
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self.gigabits = int(self.bytes / self.gigabit[1])
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self.terabytes = int(self.bytes / self.terabyte[1])
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self.terabits = int(self.bytes / self.terabit[1])
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return()
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def main(data):
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dh = deHumanizer(data)
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dh.convert()
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dh.get_sums()
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print('TOTAL:')
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print('GB: {0}'.format(dh.gigabytes))
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print('Gb: {0}'.format(dh.gigabits))
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print('MB: {0}'.format(dh.megabytes))
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print('Mb: {0}'.format(dh.megabits))
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print('B: {0}'.format(dh.bytes))
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print('b: {0}'.format(dh.bits))
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return()
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if __name__ == '__main__':
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main([i.strip() for i in sys.stdin.readlines() if i not in ('', '\n')])
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