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nabbar f31950daef Package Logger:

- Rework logger
- Remove deprecated functions
- Split Logger to sub package (fields, level, config, ...)
- Optimize dependencies
- Rework Hookfile: fix error like FD still opened
- Rework Hooksyslog: use same model like Hookfile, use network/protocol instead of self lib
- Rework HookStd: use independent hook for std out & std err
- Fix std config make generic options for files & syslog
- Apply formatter to hook instead of main logger entry
- optimize code

Package ioutils:
- rework PathCheckCreate funct: optimize code & fix some error

Package Network:
- create sub package protocol for all network protocl use
- add encode function

Package httpcli:
- remove file network
- use package network/protocol instead of network file

Package archive:
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Package aws:
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Package cluster:
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Package cobra:
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Package Config Component:
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Package database:
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Package httpserver:
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Package ldap:
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Package monitor:
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- fix logger for monitoring
- fix minor bugs

Package nats:
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Package nutsdb:
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Package request:
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- fix minor bug
- fix missing logger for monitoring
- add one line for healthcheck (info or error)

Package router:
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Package status:
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Other:
- bump dependencies
- github action workflow fix

2023-06-26 08:36:29 +02:00

protocol

Package Logger:

2023-06-26 08:36:29 +02:00

bytes.go

Fix linter + working dir for test

2020-10-02 12:51:23 +02:00

error.go

Update error constant & unify file error.go name

2021-04-12 17:57:24 +02:00

flags.go

Fix linter + working dir for test

2020-10-02 12:51:23 +02:00

network.go

Fix linter + working dir for test

2020-10-02 12:51:23 +02:00

number.go

Fix linter + working dir for test

2020-10-02 12:51:23 +02:00

README.md

Update README.md

2020-07-26 12:25:54 +02:00

statType.go

Fix linter + working dir for test

2020-10-02 12:51:23 +02:00

README.md

Network package

This package is useful to retrieve network interface information and counter.

The information available are :

name of the interface (cannot be empty)
physical address (or hardware address) (can be empty for example virtual ip or bridge)
MTU (Maximu Transmission Unit) is the maximum size of packets could be transmit
Addr is the list of all network address (can be empty)
Index is the index for the current interface into the list all interface for current os
Flags are capabilities supported by the interface. You can find const for all flags available in golang/x/net package :
- FlagUp: interface is up
- FlagBroadcast: interface supports broadcast access capability
- FlagLoopback: interface is a loopback interface
- FlagPointToPoint: interface belongs to a point-to-point link
- FlagMulticast: interface supports multicast access capability

Example of implement

You can get all interface with filter.

In this example we will search all interface who's have physical address and having at least on address =and match the list of flags composed here with only FlagUp :

// GetAllInterfaces(context.Context, onlyPhysical, hasAddr bool, atLeastMTU int, withFlags ...net.Flags)
list, err := network.GetAllInterfaces(context.Background(), true, true, 0, net.FlagUp)

You can also retrieve on interface based on his name or his phyisical address :

//NewInterface(context.Context, name, physical string)
i, e := NewInterface(context.Context, "eth0", "")

When you have you interface variable, you can use it to print for example the counter of received data.

The available statistics are grouped by way : In or Out In each group, the stats are :

StatBytes : Traffic in Bytes
StatPackets : Number of Packets
StatFifo : Number of packet in FIFO
StatDrop : Number of packet dropped
StatErr : Number of packet in Error

Stats are given as map[Stats]Number :

Stats is a self defined to map constant with a statement.
Number are still self defined type to allow formatting.
Bytes is closed similar to Number but with different unit

This translation between bytes and number included into each type :

Number.AsBytes
Bytes.AsNumber

You can also convert this type as uint64 or as float64.

Now, we have all information to understand this example who's print all stat of sending traffic with unit :

		fmt.Print("\tOut: \n")
 		l = i.GetStatOut()
 		for _, k := range network.ListStatsSort() {
 			s := network.Stats(k)
 			if v, ok := l[s]; ok {
 				fmt.Printf("\t\t%s\n", s.FormatLabelUnitPadded(v))
 			} else {
 				fmt.Printf("\t\t%s\n", s.FormatLabelUnitPadded(0))
 			}
 		}

Example

You can find an example in test/test-network

There result of this example is like this :

iface 'eth0' [00:15:5d:66:60:dd] :
        Flags: up broadcast multicast
        Addrs: {"addr":"172.25.59.95/20"} {"addr":"fe80::215:5dff:fe66:60dd/64"}
        In:
                Traffic:   27.33 GB
                Packets:   20 M
                Fifo:       0
                Drop:       0
                Error:      0
        Out:
                Traffic:   28.03 GB
                Packets: 1118 K
                Fifo:       0
                Drop:       0
                Error:      0