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Note that the title line for the columns is prefixed with a '#' sign. These column names are significant, are they are used byt the analysis and plotting scripts. The analysis and plotting scripts call these scripts to get the data they need to work on.
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fetch-bw-data
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[-n
...
aliasname
...
]
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[-o
...
output_directory
...
]
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[-s
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starttime
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-e
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endtime
...
]
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-T
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probetype
"fetch-bw-data" returns the data for the given probetype (-T) for the period indicated. "-T" probetypes are currently (iperf, miperf, tlaytcp, pathload, and pathchirp). The name of the file where the data is written is returned.
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fetch-owping-data
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[-n
...
aliasname
...
]
...
[-o
...
output_directory
...
]
...
[-s
...
starttime
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-e
...
endtime
...
]
"fetch-owping-data" fetches the owamp data for the indicated node and time period. The name of the file is returned.
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fetch-ping-data
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[-n
...
aliasname
...
]
...
[-o
...
output_directory
...
]
...
[-s
...
starttime
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-e
...
endtime
...
]
fetch-ping-data returns the name of the file where it writes the data.
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fetch-trace-data
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[-n
...
aliasname
...
]
...
[-o
...
output_diretory
...
]
...
[-s
...
starttime
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-e
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endtime
...
]
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[-a
...
[0
...
|
...
1
...
]
...
]
"fetch-trace-data" returns the name of the file where the output is stored. The raw traceroute data is also fetched currently, and is stored also in the "-o" directory. Note the -a parameter. The tracelogs are anonomized if -a is not provided or is 1. Default for -a is 1. For the raw tracelogs -a 0 must be specified. The text of the traceroute output in in the file ending with ".tracelog". This returns the names of the two files where the data is written.
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fetch-routeno-data
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[-n
...
aliasname
...
]
...
[-o
...
output_diretory
...
]
"fetch-routeno-data" creates a blank separated file of the route numbers and paths for the specified host and target nodes. The file name is returned. Start time and endtime are not applicable here.
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