Package duplicity :: Module file_naming

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Module file_naming

source code

Produce and parse the names of duplicity's backup files

Classes

[hide private]

ParseResults
Hold information taken from a duplicity filename

Functions

[hide private]

to_base36(n)
Return string representation of n in base 36 (use 0-9 and a-z)

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from_base36(s)
Convert string s in base 36 to long int

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get_suffix(encrypted, gzipped)
Return appropriate suffix depending on status of encryption, compression, and short_filenames.

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get(type, volume_number=None, manifest=False, encrypted=False, gzipped=False, partial=False)
Return duplicity filename of specified type

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parse(filename)
Parse duplicity filename, return None or ParseResults object

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Variables

[hide private]

full_vol_re = re.compile("^duplicity-full" "\\.(?P<time>.*?)" ...

full_vol_re_short = re.compile("^df" "\\.(?P<time>[0-9a-z]+?)"...

full_manifest_re = re.compile("^duplicity-full" "\\.(?P<time>....

full_manifest_re_short = re.compile("^df" "\\.(?P<time>[0-9a-z...

inc_vol_re = re.compile("^duplicity-inc" "\\.(?P<start_time>.*...

inc_vol_re_short = re.compile("^di" "\\.(?P<start_time>[0-9a-z...

inc_manifest_re = re.compile("^duplicity-inc" "\\.(?P<start_ti...

inc_manifest_re_short = re.compile("^di" "\\.(?P<start_time>[0...

full_sig_re = re.compile("^duplicity-full-signatures" "\\.(?P<...

full_sig_re_short = re.compile("^dfs" "\\.(?P<time>[0-9a-z]+?)...

new_sig_re = re.compile("^duplicity-new-signatures" "\\.(?P<st...

new_sig_re_short = re.compile("^dns" "\\.(?P<start_time>[0-9a-...

Function Details

[hide private]

get(type, volume_number=None, manifest=False, encrypted=False, gzipped=False, partial=False)

source code

Return duplicity filename of specified type

type can be "full", "inc", "full-sig", or "new-sig". volume_number can be given with the full and inc types. If manifest is true the filename is of a full or inc manifest file.

Variables Details

[hide private]

full_vol_re

Value:

re.compile("^duplicity-full" "\\.(?P<time>.*?)" "\\.vol(?P<num>[0-9]+)
" "\\.difftar" "(?P<partial>(\\.part))?" "($|\\.)")

full_vol_re_short

Value:

re.compile("^df" "\\.(?P<time>[0-9a-z]+?)" "\\.(?P<num>[0-9a-z]+)" "\\
.dt" "(?P<partial>(\\.p))?" "($|\\.)")

full_manifest_re

Value:

re.compile("^duplicity-full" "\\.(?P<time>.*?)" "\\.manifest" "(?P<par
tial>(\\.part))?" "($|\\.)")

full_manifest_re_short

Value:

re.compile("^df" "\\.(?P<time>[0-9a-z]+?)" "\\.m" "(?P<partial>(\\.p))
?" "($|\\.)")

inc_vol_re

Value:

re.compile("^duplicity-inc" "\\.(?P<start_time>.*?)" "\\.to\\.(?P<end_
time>.*?)" "\\.vol(?P<num>[0-9]+)" "\\.difftar" "($|\\.)")

inc_vol_re_short

Value:

re.compile("^di" "\\.(?P<start_time>[0-9a-z]+?)" "\\.(?P<end_time>[0-9
a-z]+?)" "\\.(?P<num>[0-9a-z]+)" "\\.dt" "($|\\.)")

inc_manifest_re

Value:

re.compile("^duplicity-inc" "\\.(?P<start_time>.*?)" "\\.to" "\\.(?P<e
nd_time>.*?)" "\\.manifest" "(?P<partial>(\\.part))?" "(\\.|$)")

inc_manifest_re_short

Value:

re.compile("^di" "\\.(?P<start_time>[0-9a-z]+?)" "\\.(?P<end_time>[0-9
a-z]+?)" "\\.m" "(?P<partial>(\\.p))?" "(\\.|$)")

full_sig_re

Value:

re.compile("^duplicity-full-signatures" "\\.(?P<time>.*?)" "\\.sigtar"
 "(?P<partial>(\\.part))?" "(\\.|$)")

full_sig_re_short

Value:

re.compile("^dfs" "\\.(?P<time>[0-9a-z]+?)" "\\.st" "(?P<partial>(\\.p
))?" "(\\.|$)")

new_sig_re

Value:

re.compile("^duplicity-new-signatures" "\\.(?P<start_time>.*?)" "\\.to
" "\\.(?P<end_time>.*?)" "\\.sigtar" "(?P<partial>(\\.part))?" "(\\.|$
)")

new_sig_re_short

Value:

re.compile("^dns" "\\.(?P<start_time>[0-9a-z]+?)" "\\.(?P<end_time>[0-
9a-z]+?)" "\\.st" "(?P<partial>(\\.p))?" "(\\.|$)")