Package iceprod :: Package core :: Module functions

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Module functions

source code

Module containing common functions

Version: $Revision: $

Date: $Date: $

Author: Juan Carlos Diaz Velez <juancarlos@icecube.wisc.edu>

Functions

[hide private]

removedirs(path)

source code

find(pathlist, pattern, filetype='file')
Return a list of files that match a given pattern source code

gethostname()

source code

gethostid()
Get MAC of firt network interface.

source code

findjava(searchpath='/usr/java:/usr/local/java') source code

md5sum(filename, buffersize=4096)
Return md5 digest of file

source code

get_choice(choices, prompt='') source code

myputenv(name, value)
function to set environment variables

source code

copy(src, dest)
function to copy a local file

source code

wget(url, dest='./', cache=False, options=[])
wrapper for downloading from multiple protocols source code

isurl(url)
Determine if this is a supported protocol

source code

getmemusage()

source code

hoerandel_fluxsum(emin, dslope)
function to caculate CORSIKA fluxsum FLUXSUM is the integral in energy of the primary cosmic ray between the minimum and the maximum set energy.

source code

sendMail(cfg, subject, msg)

source code

tail(logpath, chars=75)
Read log4cplus to write output logging

source code

Variables

[hide private]

logger = logging.getLogger('functions')

__package__ = 'iceprod.core'

Function Details

[hide private]

find(pathlist, pattern, filetype=`'file'`)

source code

Return a list of files that match a given pattern

Parameters:

pathlist - base directory to start search from
pattern - pattern to match

gethostid()

source code

Get MAC of firt network interface. Todo: Mac OS (Windows???)

hoerandel_fluxsum(emin, dslope)

source code

function to caculate CORSIKA fluxsum FLUXSUM is the integral in energy of the primary cosmic ray between the minimum and the maximum set energy.

The cosmic ray energy spectrum is from Hoerandel polygonato model [Astrop. Phys. Vol 19, Issue 2, Pages 193-312 (2003)]. The maximum energy is assumed to be much higher than the minimum energy (the maximum energy actually is not explicitly used in this calculation). Note : DSLOPE = 0 for unweighted CORSIKA sample and = -1 for weighted CORSIKA sample.

tail(logpath, chars=75)

source code

Read log4cplus to write output logging

Parameters:

logpath - path to logfile
chars - number of characters end of file

Returns:

last n characters in file

Module functions

find(pathlist, pattern, filetype='file')

gethostid()

hoerandel_fluxsum(emin, dslope)

tail(logpath, chars=75)

find(pathlist, pattern, filetype=`'file'`)