MA5600T&MA5603T IfIndex MIB Encoding Rules.xlsx

SmartAX MA5600T&MA5603T Multi-Service Access Module

ifIndex MIB Encodin !ules

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2ebsite'

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Issue 1.08 (2014-04-30)

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i

&'art *+,00"*+,03" *ulti-&eri#e ##ess *odule ifInde/ *I n#oding ules

out "is o#u'ent

About This Document Author Prepared by

&un uiyan

Date

2005-12-05

Reviewed by

%i inyi

Date

2010-03-1,

u in %i Hongai ie ianu %uo %iang Pei aoyu %i 6e

Approved by

7en ang'in

Date

2010-03-18

Approved by

7ang 7ao

Date

2010-03-15

History Issue

Details

Date

Author

91.00

irst release ersion.

2005-12-05

&un uiyan

91.01

1. dded oards supporting types of interfa#es. 2. dded interfa#e types$ self Is$ slot Is$ &:s$ and ranges of para'eters. 3. dded &: des#ription.

2010-03-15

&un uiyan

2010-03-25

91.02

1. dded alue re'ar;s for te self I. 2. dded en#oding rules for te /&% #annel.

91.03

dd parentesis for #o''ents.

2010-+-14

7ou inru

91.04

Cange /&% #annel range

2010-8-20

%i inyi

Issue 1.08 (2014-04-30)

&un uiyan


ii


out "is o#u'ent

Issue

Details

Date

Author

91.0+

dded des#ription for ifInde/ of %3 interfa#e in #apter 2.2

2010-05-03

u /in

91.0,

*odified te title page for general ersions.

2013-0,-14

&ong
91.0=

*odified te #apter 2.2n#oding ules.

2013-12-18

"ang
91.08

dded des#ription for te ifinde/ re#orded in te operation log in #apter 2.2 :ote.

2014-04-21

%iu >eiwen

Keywords: *+,00"*+,03"$ ifInde/ (interfa#e inde/)

Abstract: "is do#u'ent des#ries te #o''on ifInde/ en#oding rules of te *+,00"*+,03"$ wi# proides te referen#e for deploy'ent and routine 'aintenan#e.

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iii


Contents

Contents 1 verview o! i!Inde"#######################################################################1 $ i!Inde" %ncodin& Rules##################################################################$ 2.1 n#oding le'ent..............................................................................................................................................2 2.2 n#oding ules..................................................................................................................................................3 2.3 Internal Interfa#e................................................................................................................................................, 2.4 n#oding /a'ples...........................................................................................................................................8

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i


1

2 ifInde/ n#oding ules

verview o! i!Inde"

C28,3 (C1213) defines if"ale *I to 'anage arious types of interfa#es proided y dei#es in te networ; in a unified 'anner. In if"ale$ te ifInde/ is defined as te inde/ of eery interfa#e. s defined in C28,3$ ifInde/ ranges fro' 1 to if:u'er (te nu'er of interfa#es #urrently proided y a dei#e in a networ;). In addition$ if:u'er 'aps an interfa#e uni?uely in te stale period (tat is$ fro' te #urrent syste' start to te ne/t syste' start). :ote tat C does not define 'eanings of interfa#es@ terefore$ te interfa#es #an e spe#ifi# pysi#al interfa#es or astra#t networ; interfa#es. >or;ing as te networ; a##ess produ#t$ te *+,00"*+,03" supports a large nu'er of seri#es tat are #onfigured ased on different interfa#es$ su# as &%$ &H&%$ and ternet interfa#es. "erefore$ generally$ te networ; dei#e interfa#es of t e *+,00"*+,03" tat 'ap if"ale are spe#ifi# interfa#es@ oweer$ tere are also astra#t networ; interfa#es. In addition$ tere are arious types of interfa#es for seri#e a##ess. "o fa#ilitate unified 'anage'ent$ te inde/es of different types of pysi#al interfa#es are en#oded in a syste'ati# 'anner in te *+,00"*+,03". In tis #ase$ te range of ifInde/ displayed on te *+,00"*+,03" is not suAe#t to 1Bif:u'er.

Issue 1.08 (2014-04-30)


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$


i!Inde" %ncodin& Rules

"is #apter des#ries te ifInde/ en#oding rules ased on different interfa#es.

$#1 %ncodin& %lement enerally$ te ifInde/ of an interfa#e of te *+,00"*+,03" depends on te following ele'entsD 

Internal interfa#e



&elf I of te interfa#e$ ranging fro' 0 to 1 (#urrently$ only 0 is used and 1 is resered for e/pansion.)



&lot I of te interfa#e$ ranging fro' 0 to 22



&e?uen#e nu'er (&:) of te interfa#e (for alue range$ see 2.2n#oding ules) (Here$ te &: #an e a port I$ or a 9%: I$ or I* group I or I* lin; I.)



Interfa#e para'eter (for para'eters$ see 2.2n#oding ules) (#urrently$ tis ele'ent is used for only /&% #annel interfa#es)

"e ifInde/ en#oding of an interfa#e is a 32-it digit. "e se?uen#e of te pre#eding fie ele'ents in te ifInde/ en#oding is en#oding$ self I$ slot I$ &:$ and para'eter in a des#ending order.

In te ifInde/ en#oding$ te &: refers to te I of te interfa#e su# as te &% interfa#e$ &H&% interfa#e$ and ternet interfa#e. In te #ase of te astra#t interfa#e$ te &: is te inde/ of te syste' resour#e e#ause te interfa#e does not ae te 'apping interfa#e. "e ternet 9%: interfa#e is su# an interfa#e. "o #onfigure te en#oding rules$ te self and slot Is of te ternet 9%: interfa#e inarialy use te self I and slot I of te a#tie #ontrol oard$ and te &: of te ternet 9%: interfa#e is te inde/ of te 9%:. "e ternet 9%: interfa#e is used for only #reating te seri#e interfa#e and is inisile in if"ale and if"ale.

Issue 1.08 (2014-04-30)


2



$#$ %ncodin& Rules "e rules for internal interfa#e en#oding are listed in te following tale.

Inter!ace

%ncodin& Rules '

(

) bits

+ bits

+ bits

1, bits

*** *** *

*** ***

*** ***

*** *** *** *** *

Internal Inter!ace

-hel! ID

-lot ID

-.

ternet 9%:

48

0–1

0–22

1–405+

PE:

12+

0–1

0–22

000 00

0 000 000 0

0–=

esered

000 00

0 000 000 0

0–=

esered

000 00

0 000 000 0

0–1+

esered

000 000 0

0 000 000 0

0–3

esered

000 000 0

00 000 0

0–,3

esered

000 000 0

00 000 0

0–4=

esered

000 000 0

00 000 0

0–1+

esered

000 000 0

00 000 0

0–4=

esered

000 000 0

00 000 0

1,–31

esered

000 000 0

00 000 0

0–1+

esered

000 000 0

00 000 0

0–4=

esered

000 000 0

00 000 0

0–1

esered

PE:

12,

"* upstrea' 1

5=

"*

4

&%

9&%2

&H&%

,

124

44

ternet interfa#e

=

I*

35

I* lin;

+1

"run; aggregation

+4

I"&

5,

Issue 1.08 (2014-04-30)

0–1

0–1

0–1

0–1

0–1

0 –1

0–1

0–1

0–1

0–1

0–1

0–22

0–22

0–22

0–22

0–22

0–22

0–22

0–22

0–22

0–22

0–22


3


Inter!ace

%ncodin& Rules '

/&% #annel


(

) bits

+ bits

+ bits

1, bits

*** *** *

*** ***

*** ***

*** *** *** *** *

Internal Inter!ace

-hel! ID

-lot ID

-.

123

0 –1

0–22

000 000 0

00 000 0

0–,3

1–2

000 0

000 000

0–0

1–4

000 0

000 000

0–0

1–1,

0

000 000 000

0–0

esered

EC&I& up #annel

+5

EC&I& down #annel

,0

EC&I& port

,1

0–31

0–31

0–31

0–1

0–1

0–1

If te &elf I is e?ual to or larger tan 32$ te rules for te following internal interfa#e en#oding are e/tended. &pe#ifi#ally$ te &elf I o##upies 5 its and te 'ost signifi#ant it is 1. its o##upied y &lot I and Port I re'ain te sa'e. or details$ see te following.

Inter!ace

%ncodin& Rules '

PE:

PE:

&%

9&%2

/&% #annel

Issue 1.08 (2014-04-30)

(

) bits

/ bits

+ bits

1* bits

*** *** *

*** *** ***

*** ***

*** *** *** *

Internal Inter!ac e

-hel! ID

-lot ID

-.

12+

288–384

0–22

000 00

000 00

0–=

esered

000 00

000 00

0–=

esered

000 000 0

000

0–,3

esered

000 000 0

000

0–4=

esered

000 000 0

000

0–,3

1–2

12,

,

124

123

288–384

288–384

288–384

288–384

0–22

0–22

0–22

0–22


4


Inter!ace

%ncodin& Rules '

ternet interfa#e


(

) bits

/ bits

+ bits

1* bits

*** *** *

*** *** ***

*** ***

*** *** *** *

Internal Inter!ac e

-hel! ID

-lot ID

-.

=

288 –384

0–22

000 000 0

000

0–4=

1–2

000 0

000 000

0–0

1–4

000 0

000 000

0–0

1–1,

000 0

000 000

0–0

esered


+5


,0

EC&I& port

,1

288–384

288–384

288–384

0–1

0–1

0–1

In te #ase of te astra#t interfa#e$ te ifInde/ is te inde/ of te syste' resour#e allo#ated fro' internal inde/ pool e#ause te interfa#e does not proide te fi/ed en#oding rule. "e ternet 9%: %3 interfa#e  loopa#; interfa#e  null interfa#e are su# interfa#es$ so for tese astra#t interfa#es te en#oding rule is inisile for E&& syste'. "e *+,00"*+,03" syste' proides a ?uery interfa#e (get) in *I for 9%: %3 interfa#e  loopa#; interfa#e  null interfa#e so tat te operatorFE&& #an use tis ?uery interfa#e to get ifInde/ for spe#ifi# %3 interfa#e or loopa#; interfa#e. or details of ?uery interfa#e$ see #apter 1.,.5 in te HUAWEI-ANSOI-INTERFACE . Configure te *+,00"*+,03" troug te E&& syste'$ if te ifinde/ re#orded in te operation log of te *+,00"*+,03" syste' is a negatie alue$ te ifinde/ is #onerted to Integer32. "en$ need to #onert te alue to Gnsigned Integer32 to sow a #orre#t ifinde/.

Issue 1.08 (2014-04-30)


+



$#, Internal Inter!ace "e enu'erated alues of te *+,00"*+,03" interfa#es are as follows.

Internal Inter!ace

%numerat ed 0alues in 'I

Remar2s

"*

4

"* interfa#e &upported y H801IG.

&%

,

&% interfa#e &upported y H808I$ H80+%$ H808I$ H808%$ H8026*$ H802P$ H802$ and H80+P.

ternet

=

ternet swit# interfa#e &upported y H801&CG:$ H801&CG$ H801&CG$ H8011C$ H8012C$ H8012C&$ H801IC$ H801IC$ H801IC6$ H801IC$ H801IC$ H801&C$ H801IC$ H801&PG$ H801"H$ H801"H$ H801EP$ and H801EP.

I*

35

I* interfa#e &upported y H80&H%*.

&H&%

44

&H&% interfa#e &upported y H802&H%$ H80&H%*$ and H803&H.

ternet 9%:

48

9irtual ternet interfa#e$ only applied to seri#e #onne#tion 'anage'ent. It is inisile in if"ale and if"ale.

I* lin;

+1

I* lin; interfa#e &upported y H80&H%*.

"run; aggregation

+4


+5


,0

Issue 1.08 (2014-04-30)

"run; aggregation interfa#e &upported y H801&CG:$ H801&CG$ H801&CG$ H8011C$ H8012C$ H8012C&$ H801IC$ H801IC$ H801IC6$ H801IC$ H801IC$ H801&C$ H801IC$ H801&PG$ H801"H$ H801"H$ H801EP$ and H801EP. EC&I& up #annel &upported y *+,33 EC&I& down #annel &upported y *+,33


,


Internal Inter!ace

%numerat ed 0alues in 'I

Remar2s

EC&I& PE"

,1

EC&I& port

I"&

5,


&upported y *+,33 I"& interfa#e &upported y H801IG$ H801IG$ and H801CI".

1

5=

1 interfa#e &upported y H801"EP.

9&%2

124

9&%2 interfa#e &upported y H80+9&$ H80+9&$ H80+9"$ H80+9$ H80+9*$ H8029:$ H809**$ and H8029<*.

PE:

12+

PE: interfa#e

PE:

12,

PE: interfa#e

/&% #annel

123

/&% #annel interfa#e &upported y H808I$ H80+%$ H808I$ H808%$ H8026*$ H802P$ H802$ H80+P$ H80+9&$ H80+9&$ H80+9"$ H80+9$ H80+9*$ H8029:$ H809**$ and H8029<*.

Issue 1.08 (2014-04-30)


=



$#3 %ncodin& %"amples 

/a'ple 1. "o en#ode &% interfa#e 0F3F0 (selfFslotFinterfa#e)$ do as followsD n#odingD &% (,)D 0000110$ = its &elf 0D 000000$ , its &lot 3D 000011$ , its &: 0D 0000000$ = its eseredD 000000$ , its inary #ode of te ifInde/D 00001100000000000110000000000000 Corresponding de#i'al nu'erD 2013+11,8



/a'ple 2. "o en#ode PE: interfa#e 0F+F1 (selfFslotFinterfa#e)$ do as followsD n#odingD PE: (12+)D 1111101$ = its &elf 0D 000000$ , its &lot +D 000101$ , its &: 1D 00001$ + its eseredD 00000000$ 8 its inary #ode of te ifInde/D 11111010000000001010000100000000 Corresponding de#i'al nu'erD 415434+21,



/a'ple 3. "o en#ode an /&% #annel interfa#e of #annel 1 in interfa#e 0F11F1 (selfFslotFinterfa#e)$ do as followsD n#odingD /&% #annel (123)D 1111011$ = its &elf 0D 000000$ , its &lot 11D 001011$ , its &: 1D 0000001$ = its Cannel I1D 000001$ , its inary #ode of te ifInde/D 11110110000000010110000001000001 Corresponding de#i'al nu'erD 412=28+313



/a'ple 4. "o en#ode an interfa#e of 9%: 100$ do as followsD n#odingD ternet 9%: (48)D 0110000$ = its &elf 0D 000000$ , its &lot 10D 001010$ , its &: 100D 0000001100100$ 13 its inary #ode of te ifInde/D 01100000000000010100000001100100 Corresponding de#i'al nu'erD 1,10,54=+,



/a'ple +. "o otain te infor'ation aout te &% interfa#e fro' ifInde/$ do as followsD Inde/D 201343040 Corresponding inary nu'er (appended wit 32 its in iger itD 00001100000000000100000001000000) n#odingD 0000110$ tat is$ &% (,)$ inde/ of its 'apping interfa#e as = its.

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&elf ID 000000$ tat is$ self 0. &lot ID 000010$ tat is$ slot 2. Interfa#e ID 0000001$ tat is$ interfa#e 1. eseredD 000000$ , its 

/a'ple ,. "o otain te infor'ation aout te 9%: interfa#e fro' ifInde/$ do as followsD Inde/D 1,10,54=+, Corresponding inary nu'er (appended wit 32 its in iger itD 01100000000000010100000001100100) n#odingD 0110000$ tat is$ ternet 9%: (48)$ inde/ of its 'apping interfa#e as 13 its &elf ID 000000$ tat is$ self 0. &lot ID 001010$ tat is$ slot 10$ wi# is used for te a#tie #ontrol oard. &lot inde/D 0000001100100$ tat is$ 9%: 100.

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/a'ple =. "o otain te infor'ation aout te PE: interfa#e fro' ifInde/$ do as followsD Inde/D 415434+=28 Corresponding inary nu'er (appended wit 32 its in iger itD 11111010000000001010001100000000) n#odingD 1111101$ tat$ is$ PE: (12+)$ inde/ of its 'apping interfa#e as = its. &elf ID 000000$ tat is$ self 0. &lot ID 000101$ tat is$ slot +. Interfa#e ID 00011$ tat is$ interfa#e 3. eseredD 00000000$ 8 its

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/a'ple 8. "o otain te infor'ation aout te /&% #annel interfa#e fro' ifInde/$ do as followsD Inde/D 412=2,0,=3 Corresponding inary nu'er (appended wit 32 its in iger itD 11110110000000010000000000000001) n#odingD 1111011$ tat is$ /&% #annel (123)$ inde/ of its 'apping interfa#e as = its. &elf ID 000000$ tat is$ self 0. &lot ID 001000$ tat is$ slot 8. Interfa#e ID 0000000$ tat is$ interfa#e 0. Cannel ID 000001$ tat is$ #annel 1.

Issue 1.08 (2014-04-30)


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MA5600T&MA5603T IfIndex MIB Encoding Rules.xlsx

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