We have seen Sushant Singh Rajput impersonate MS Dhoni on the extra large screen in the last's biopic to surprising levels of flawlessness. Many were overwhelmed by the devotion Farhan Akhtar exhibited for his part in the film Bhaag Milkha Bhaag, which shed light on the amazing competitor Milkha Singh's battle to the highest point of the world.

It's presently Shraddha Kapoor's swing to sweat it out as she is endeavoring to give her best for the part of Saina Nehwal in the shuttler's up and coming biopic.

The Bollywood magnificence is currently preparing with the London Bronze medallist herself under the supervision of Dronacharya Honor winning-mentor Pullela Gopichand.

Saina took to Twitter on Friday to share a photo from one of their instructional courses at the Pullela Gopichand Institute in Hyderabad.

Remarkably, the previous world number one, who had an aftermath with Gopichand, as of late came back to Hyderabad to continue preparing with the praised mentor, who was instrumental in her bronze-award winning keep running at the London Recreations in 2012.

Saina had been preparing in Bangalore from 2014 under Prakash Padukone Badminton Foundation mentor Vimal Kumar. She fixed up with Gopichand in the wake of winning her second Big showdowns award - a bronze - in Glasgow a month ago.

Shraddha, who is known for her parts in alright Janu and Aashique 2, had uncovered prior that the Saina biopic would be one of her hardest parts. The planning for the film would be, "extremely testing," she said. In any case, with Gopichand's sources of info, the B-Town sensation is probably going to think that its less demanding with regards to mimicking the badminton awesome.

Today's badminton practice session ... Gopi sir , @ShraddhaKapoor and me 👍👍#Biopic pic.twitter.com/BJfLlih6e0

— Saina Nehwal (@NSaina) September 8, 2017

Remarkably, Saina had needed Deepika Padukone, the girl of badminton legend Prakash, to assume her part in the biopic. Be that as it may, the Hyderabad shuttler said she was content with the decision of the lead performer for the movie, which will be coordinated by noted screenwriter Amol Gupta.

entertainment· others

How Shraddha Kapoor is getting ready for Saina Nehwal's Bollywood biopic

We have seen Sushant Singh Rajput impersonate MS Dhoni on the extra large screen in the last's biopic to surprising levels of flawlessness. Many were overwhelmed by the devotion Farhan Akhtar exhibited for his part in the film Bhaag Milkha Bhaag, which shed light on the amazing competitor Milkha Singh's battle to the highest point of the world.

It's presently Shraddha Kapoor's swing to sweat it out as she is endeavoring to give her best for the part of Saina Nehwal in the shuttler's up and coming biopic.

The Bollywood magnificence is currently preparing with the London Bronze medallist herself under the supervision of Dronacharya Honor winning-mentor Pullela Gopichand.

Saina took to Twitter on Friday to share a photo from one of their instructional courses at the Pullela Gopichand Institute in Hyderabad.

Remarkably, the previous world number one, who had an aftermath with Gopichand, as of late came back to Hyderabad to continue preparing with the praised mentor, who was instrumental in her bronze-award winning keep running at the London Recreations in 2012.

Saina had been preparing in Bangalore from 2014 under Prakash Padukone Badminton Foundation mentor Vimal Kumar. She fixed up with Gopichand in the wake of winning her second Big showdowns award - a bronze - in Glasgow a month ago.

Shraddha, who is known for her parts in alright Janu and Aashique 2, had uncovered prior that the Saina biopic would be one of her hardest parts. The planning for the film would be, "extremely testing," she said. In any case, with Gopichand's sources of info, the B-Town sensation is probably going to think that its less demanding with regards to mimicking the badminton awesome.

Today's badminton practice session ... Gopi sir , @ShraddhaKapoor and me 👍👍#Biopic pic.twitter.com/BJfLlih6e0

— Saina Nehwal (@NSaina) September 8, 2017

Remarkably, Saina had needed Deepika Padukone, the girl of badminton legend Prakash, to assume her part in the biopic. Be that as it may, the Hyderabad shuttler said she was content with the decision of the lead performer for the movie, which will be coordinated by noted screenwriter Amol Gupta.

S.- PETERSBURG, Sep 8 - R-Game, Taras Barabash. The Russian Football Title will continue after the break for the national groups, the ninth round of the Head Alliance begins on Friday with a match between Perm's Amkar and CSKA Moscow , and closes on Monday with an amusement between Yekaterinburg Ural and SKA-Khabarovsk. 

Examination of Teacher Hajiyev 

CSKA Moscow on the aftereffects of eight rounds is situated on the most widely recognized for 6th place and behind the main St. Petersburg "Apex" is now 7 focuses. On Friday, the group of Viktor Gancharenko out and about will meet with the end standings of the Head Class "Amkar". Permiaks started the season with four annihilations in succession, however bit by bit balanced the amusement and even figured out how to beat Tula Munititions stockpile in the last match. Group Haji Hajiyev as regular will attempt to force a battle on each field of the armed force, and CSKA should endeavor to split the barrier of the "red-dark" on the manufactured garden.

On the eve of the pre-coordinate preparing at the stadium "Star" participated every one of the players, "Amkar". Cooperated with the group and the newcomer of the "red-dark", the player of the Iranian national group Said Ezzatollahi, who traveled to Perm on Thursday. Hajiyev conceded that the begin of the season bombed, so the diversion with CSKA will give a response to the inquiry in the case of amid the interruption on the groups' recreations a work was done on the missteps. "The group is more than inadmissible, the begin is one of the most exceedingly bad for the time that I'm here," Hajiyev said in a meeting, which is posted on the club's site. 

CSKA traveled to Perm on Thursday at 15:43 from Sheremetyevo Air terminal with one flight with an adolescent group. In the match of the eighth round, "red-blue" lost to the Grozny "Akhmat" as a result of an error by the official, who did not see that the ball crossed the front before the objective was recorded. The group of Viktor Gancharenko is obliged to play for the triumph in Perm on the off chance that he needs to proceed with the race for Zenit who has gone into the hole and show the capacity to amass after the unsuccessful outcomes previously the Champions Class. 

Berdyev going by Carrera 

The fundamental match of Saturday ought to be a meeting of the present champion, Moscow "Spartak", which will take Kazan " Ruby ". The group from the capital of Tatarstan has just pulled far from the "red-white" by five focuses in the standings. Come back to Kazan head mentor, "Rubin" Kurban Berdyev figured out how to investigate the diversion on edge, as well as in the assault. In the last two matches, the Kazan club won with a dry score, taking the high ground over Makhachkala's Anzhi (6-0) and Tosno (Leningrad Locale) (1-0). 

The head mentor of "Spartacus" Massimo Carrera was initially welcomed to the club keeping in mind the end goal to construct the amusement on edge. The ace of cautious football is additionally known for Berdiyev, so the up and coming match guarantees to be rich in strategic traps and instructing thoughts. "Red white" still can not rely on the striker Cape Verde Ze Luis, who did not prepare with the group on Wednesday on account of the extending of the stomach muscles. 

Likewise on Saturday, "Tosno" in St. Petersburg at the stadium "Petrovsky" will play with the Dagestan "Anji". Group Vadim Skripchenko in the past match of the title prevailed upon a home triumph "Ufa" and marginally enhanced the competition position. If the Makhachkala inhabitants win in Petersburg - they will sidestep the group of Dmitry Parfenov. It will be fascinating to watch how the pioneers of Tosneni Anton Zabolotny and Evgeny Chernov, who beforehand got a test to the Russian national group, will show themselves. 

Settled in the best three "Rostov" at home will meet with Tula "Arms stockpile", which settled in the "butt-off matches". Rostov in the present draw Head Alliance missed, alongside Zenit, not as much as all balls - 3, so the group Miodrag Bozovic, who neglected to print the entryway in the past match at home, "Amkar", will encounter awesome challenges on the banks of the Wear. 

Moscow " Dynamo " on Sunday in the home match will meet with "Peak". The club from St. Petersburg drives the title and remains the main group that has not encountered the sharpness of annihilations. Prior to the diversion with "Pinnacle" "blue and white" participated in an inviting match against the Russian group. Group Stanislav Cherchesovaeasily said a final farewell to the Moscow club - 3: 0, however the "blue and white" got the vital practice before the diversion with the group of Roberto Mancini. 

Inquisitively, the goalkeeper of Petersburgers Andrei Lunev and midfielder Daler Kuzyaev can hold the second match against the "blue and white" consecutively, this time protecting the respect of "Apex". The fundamental interest of the meeting is whether the striker Alexander Kokorin will keep on scoring, who has officially beaten 9 objectives in the season (6 in the title and 3 in the Europa Alliance). 

Additionally on Sunday, going ahead the foot rear areas of " Apex " in the table " Train " will play a visitor with Grozny " Akhmat ". In a decent temperament, there are the pioneers of the "railroad" Dmitry Tarasov and the siblings Miranchuk, who had a fruitful match for the Russian national group amid the delay. 

"Ufa" Sergei Semak at home will meet with " Krasnodar ", who after the takeoff from the Class of Europe concentrated all endeavors to accomplish brings about the local title. Lament Ufimtsev on their field will attempt a standout amongst other strikers RFPL Fyodor Smolov, who in the past amusement with the Moscow "Dynamo" noted twofold. 

Complete the program of the ninth round of the Russian title amusement in Yekaterinburg, where the neighborhood "Ural" will meet with "SKA-Khabarovsk". The group of Alexander Tarkhanov was known as the most "serene" in the season, as six of eight matches of the title finished in a draw. "Honey bee" has not yet won a solitary triumph in the home, a meeting with a newcomer to the Chief Group - it's a great opportunity to settle zero in the chart of home wins by one. It won't be anything but difficult to do this, since Khabarovsk players have not lost four rounds.

English· football· sport

The RTitle is continued after the break for the national groups matches

S.- PETERSBURG, Sep 8 - R-Game, Taras Barabash. The Russian Football Title will continue after the break for the national groups, the ninth round of the Head Alliance begins on Friday with a match between Perm's Amkar and CSKA Moscow , and closes on Monday with an amusement between Yekaterinburg Ural and SKA-Khabarovsk. 

Examination of Teacher Hajiyev 

CSKA Moscow on the aftereffects of eight rounds is situated on the most widely recognized for 6th place and behind the main St. Petersburg "Apex" is now 7 focuses. On Friday, the group of Viktor Gancharenko out and about will meet with the end standings of the Head Class "Amkar". Permiaks started the season with four annihilations in succession, however bit by bit balanced the amusement and even figured out how to beat Tula Munititions stockpile in the last match. Group Haji Hajiyev as regular will attempt to force a battle on each field of the armed force, and CSKA should endeavor to split the barrier of the "red-dark" on the manufactured garden.

On the eve of the pre-coordinate preparing at the stadium "Star" participated every one of the players, "Amkar". Cooperated with the group and the newcomer of the "red-dark", the player of the Iranian national group Said Ezzatollahi, who traveled to Perm on Thursday. Hajiyev conceded that the begin of the season bombed, so the diversion with CSKA will give a response to the inquiry in the case of amid the interruption on the groups' recreations a work was done on the missteps. "The group is more than inadmissible, the begin is one of the most exceedingly bad for the time that I'm here," Hajiyev said in a meeting, which is posted on the club's site. 

CSKA traveled to Perm on Thursday at 15:43 from Sheremetyevo Air terminal with one flight with an adolescent group. In the match of the eighth round, "red-blue" lost to the Grozny "Akhmat" as a result of an error by the official, who did not see that the ball crossed the front before the objective was recorded. The group of Viktor Gancharenko is obliged to play for the triumph in Perm on the off chance that he needs to proceed with the race for Zenit who has gone into the hole and show the capacity to amass after the unsuccessful outcomes previously the Champions Class. 

Berdyev going by Carrera 

The fundamental match of Saturday ought to be a meeting of the present champion, Moscow "Spartak", which will take Kazan " Ruby ". The group from the capital of Tatarstan has just pulled far from the "red-white" by five focuses in the standings. Come back to Kazan head mentor, "Rubin" Kurban Berdyev figured out how to investigate the diversion on edge, as well as in the assault. In the last two matches, the Kazan club won with a dry score, taking the high ground over Makhachkala's Anzhi (6-0) and Tosno (Leningrad Locale) (1-0). 

The head mentor of "Spartacus" Massimo Carrera was initially welcomed to the club keeping in mind the end goal to construct the amusement on edge. The ace of cautious football is additionally known for Berdiyev, so the up and coming match guarantees to be rich in strategic traps and instructing thoughts. "Red white" still can not rely on the striker Cape Verde Ze Luis, who did not prepare with the group on Wednesday on account of the extending of the stomach muscles. 

Likewise on Saturday, "Tosno" in St. Petersburg at the stadium "Petrovsky" will play with the Dagestan "Anji". Group Vadim Skripchenko in the past match of the title prevailed upon a home triumph "Ufa" and marginally enhanced the competition position. If the Makhachkala inhabitants win in Petersburg - they will sidestep the group of Dmitry Parfenov. It will be fascinating to watch how the pioneers of Tosneni Anton Zabolotny and Evgeny Chernov, who beforehand got a test to the Russian national group, will show themselves. 

Settled in the best three "Rostov" at home will meet with Tula "Arms stockpile", which settled in the "butt-off matches". Rostov in the present draw Head Alliance missed, alongside Zenit, not as much as all balls - 3, so the group Miodrag Bozovic, who neglected to print the entryway in the past match at home, "Amkar", will encounter awesome challenges on the banks of the Wear. 

Moscow " Dynamo " on Sunday in the home match will meet with "Peak". The club from St. Petersburg drives the title and remains the main group that has not encountered the sharpness of annihilations. Prior to the diversion with "Pinnacle" "blue and white" participated in an inviting match against the Russian group. Group Stanislav Cherchesovaeasily said a final farewell to the Moscow club - 3: 0, however the "blue and white" got the vital practice before the diversion with the group of Roberto Mancini. 

Inquisitively, the goalkeeper of Petersburgers Andrei Lunev and midfielder Daler Kuzyaev can hold the second match against the "blue and white" consecutively, this time protecting the respect of "Apex". The fundamental interest of the meeting is whether the striker Alexander Kokorin will keep on scoring, who has officially beaten 9 objectives in the season (6 in the title and 3 in the Europa Alliance). 

Additionally on Sunday, going ahead the foot rear areas of " Apex " in the table " Train " will play a visitor with Grozny " Akhmat ". In a decent temperament, there are the pioneers of the "railroad" Dmitry Tarasov and the siblings Miranchuk, who had a fruitful match for the Russian national group amid the delay. 

"Ufa" Sergei Semak at home will meet with " Krasnodar ", who after the takeoff from the Class of Europe concentrated all endeavors to accomplish brings about the local title. Lament Ufimtsev on their field will attempt a standout amongst other strikers RFPL Fyodor Smolov, who in the past amusement with the Moscow "Dynamo" noted twofold. 

Complete the program of the ninth round of the Russian title amusement in Yekaterinburg, where the neighborhood "Ural" will meet with "SKA-Khabarovsk". The group of Alexander Tarkhanov was known as the most "serene" in the season, as six of eight matches of the title finished in a draw. "Honey bee" has not yet won a solitary triumph in the home, a meeting with a newcomer to the Chief Group - it's a great opportunity to settle zero in the chart of home wins by one. It won't be anything but difficult to do this, since Khabarovsk players have not lost four rounds.

Rafael Sóbis, a standout amongst the most scrutinized players of Cruzeiro, backpedaled to pass clear, this time in the choice of the Brazil Container. To additionally convolute his circumstance, pullover 7 got a yellow card in the second stage, at 9 min, for need in Réver. Hanging, the aggressor does not play the hand over the Mineirão.

To fill the position, mentor Mano Menezes can climb Raniel, who entered the second 50% of the diversion, or choose the development that sent the field in the main half against Grêmio when Élber was the starter and Thiago Neves went about as a forward.

Notwithstanding having one of his most exceedingly terrible vocation stages, Rafael Sóbis is the best scorer of the Brazilian Glass, with five objectives, a similar measure of objectives from Leonardo, Goiás, and Lucas Barrios, from Grêmio.

English· thinking

Amarelado, Sóbis is out of the session of the arrival in Mineirão

Rafael Sóbis, a standout amongst the most scrutinized players of Cruzeiro, backpedaled to pass clear, this time in the choice of the Brazil Container. To additionally convolute his circumstance, pullover 7 got a yellow card in the second stage, at 9 min, for need in Réver. Hanging, the aggressor does not play the hand over the Mineirão.

To fill the position, mentor Mano Menezes can climb Raniel, who entered the second 50% of the diversion, or choose the development that sent the field in the main half against Grêmio when Élber was the starter and Thiago Neves went about as a forward.

Notwithstanding having one of his most exceedingly terrible vocation stages, Rafael Sóbis is the best scorer of the Brazilian Glass, with five objectives, a similar measure of objectives from Leonardo, Goiás, and Lucas Barrios, from Grêmio.

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Easy Media Creator 7.0serial :::: YN-Y7WVY-CQXG6-K3KWZ
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Exchange 2000 Server ::::KRJQ8-RQ822-YRMXF-6TTXC-HD2VM
FBNC4D-K7144B-QY1NTC-53K8QP-QTA4AY-KTEWXP
Folder Lock V 5.8 – Name: JAMES SMITH, Code: 343944892or Name: NewSoft15805, Code: 221281703

Spanning-Tree Protocol Terminology
The ports participating in STP play different roles and those roles use different states of operation.

Spanning-Tree Port Roles

1. Root Port (RP) - It is a port on a non-root switch, which is the shortest (the best) path towards the root bridge. Root bridge does NOT have any root ports. (no shortest path to itself ;-))
2. Designated Port (DP) - It is a port that is in the forwarding state. All ports of the root bridge are designated ports (they are never in a blocking state). BPDU frames our sent out this port.
3. Non-Designated Port (NDP) - It is a port that is in a blocking state in the STP topology.

Spanning-Tree Port States

1. Disabled - The port in this state does not participate in the STP operation (it is shut down).
2. Blocking - The port does NOT forward any Ethernet frames, does NOT accept any Ethernet frames (discards arriving frames), does NOT learn any MAC addresses. However, the port DOES process BPDU frames received from a neighboring switch. If the port transitions to this state (blocking), it can stay blocked for 20 seconds by default (max_age). 
3. Listening - The port in this state CAN send and receive the BPDU frames. However, the port in this state does NOT learn any MAC addresses, and does NOT forward or process incoming frames either. All Ethernet frames are being discarded. The computation of loop free topology takes place in this state. If the port transitions to this state (listening), it can stay in this state for 15 seconds by default (forward_delay).
4. Learning - The port in this state already knows its role (root port or designated port ) in the STP domain. However, the port will not forward any Ethernet frames yet. It will be learning MAC addresses from the frames arriving at the port in order to populate MAC address table. This helps avoid too much flooding when the port transition to the forwarding state. If the port transitions to this state (learning), it can stay in this state for 15 seconds by default (forward_delay).
5. Forwarding - The port in this state will forward all Ethernet frames as per switch operation. Also, the port will process all incoming Ethernet frames and will actively learn MAC addresses from the arriving traffic.

---

NOTICE!
Bridges and switches are functionally the same devices. I will use both terms interchangeably.

---

As soon as you familiarize yourself with STP port roles and port states, it is time to explain how Spanning-Tree Protocol works.

Pic. 1 - STP Port Terminology

Icons designed by: Andrzej Szoblik - http://www.newo.pl

STP (IEEE 802.1d) Principles of Operation
STP will use three stages to compute loop free topology (pic. 2):

1. Single root bridge election.
2. Each non-root switch to select a single best port towards the root (root port).
3. Each non-root switch to select a single forwarding port per segment (designated port).

 Pic. 2 - STP Overview

Icons designed by: Andrzej Szoblik - http://www.newo.pl

Bridge Protocol Data Unit (BPDU)
All switches communicate with one another using special frames called BPDU. Those frames contain multiple parameters that switches are going to process in order to create and maintain loop free topology.

Root Bridge
Root bridge is the switch that has all ports working in the designated role. It will be the reference point from which the loop free topology is computed. Root bridge will impose the timers that other switches will use such as: 

• hello time - how often BPDUs are going to be sent/relayed (default timer=2 seconds), 
• max age - how long the configuration is valid (default timer=20 seconds),
• forward delay - how long a port should be in listening/learning state (default timer=15 seconds). 

Root bridge will be announcing its presence by sending BPDU frames. Other switches will relay those frames out their designated port given the hello time. Also, the root bridge has all its ports in the designated role (forwarding).

1. Root Bridge Election

Only one switch in the layer 2 network becomes the root bridge. This is how standard was defined and is known as the Common Spanning-Tree approach (CST). Cisco changed that paradigm and introduced Per Vlan Spanning-Tree approach (PVST+). Cisco switches elect a single root switch per VLAN so, in theory each VLAN could have its own root bridge.

Root election is based on a single parameter that is found in the BPDU frame called: Bridge ID. The switch with the lowest Bridge ID becomes the root. Bridge ID has the following format:

priority.base-mac-address

Priority is configurable parameter that is used to elect the root bridge a device you want to be the root. The default value is: 32768. The lower the value is the more likely for a switch to become a root.

Base Mac Address is the unique mac address every switch has been given by the manufacturer. It is a tie breaker in case the priority on all switches is identical. 

If you've understood everything so far, you're ready to look at the election process in more detail.

Pic. 3 - Root Bridge Election.

Icons designed by: Andrzej Szoblik - http://www.newo.pl

Imagine that we've just wired our topology in the pic. 3. Now, we start up all the switches and as soon as their ports transition to LISTENING state, they begin to send BPDU frames out of all active ports. In those frames both Bridge ID and Root ID parameters point to their own priority.base-mac-address value. In other words, each switch thinks it is the root bridge. It is like each switch is saying: "Hi there! This is my name (Bridge ID) and by the way I'm the root (Root ID the same as the Bridge ID value). Since they are processing the incoming BPDU's from the neighbors, SW2 and SW3 realize that SW1's Bridge ID is lower than theirs. From that point onwards, they begin to relay BPDU frames saying that SW1 as the root bridge.

In our example, SW3 upon receiving the BPDU from SW1, SW2 and SW4  compares their Bridge ID with its own and the conclusion is that SW1's Bridge ID has the lowest value (base-mac-address breaks the tie). From this point onwards, it relays the BPDU frame out of all its active ports with the following parameters:

Bridge ID = 32768.0000.3333.3333

Root ID = 32768.0000.1111.1111

Similarly, all the switches agree that SW1 is the root (their own Bridge ID is higher).

2. Root Port Selection

As soon as the root has been elected, all non-root switches begin to calculate which port is the best (the least cost) towards the root bridge. This port will be called the root port.

Pic. 4 - Root Port Selection

Icons designed by: Andrzej Szoblik - http://www.newo.pl

SW2, SW3 and SW4 receive BPDUs from different directions. For instance, SW2 will receive them on its port F0/1 and F0/2 (look at pic 4). The accumulative cost (the sum of the cost in the path towards the root), is taken into consideration. The lowest cost to reach the root becomes the root port.

How the cost of path is calculated?

Each speed has its arbitrarily assigned cost which is configurable. A few examples are below:

10 Mbps = 100
100 Mbps = 19
1 Gbps = 4
10 Gbps = 2

The root bridge (here SW1) is sending its BPDU frame every 2 seconds. It uses the parameter called: Root Path Cost in BPDU to advertise the cost to the root. It puts the value of '0' in it, as it is the root bridge and has no cost to itself. The frame is sent out its port F0/1 towards SW3 and F0/2 towards SW2. SW2, upon receiving it, adds the cost used to reach the sender of BPDU based on the predefined speed-to-cost value (all ports in our topology are FastEthernet=19).

Root Path Cost = 0 + 19 = 19 via F0/2

SW2 is going to advertise its best (as of now) cost out of F0/1 port towards SW3. SW3 will receive BPDU from SW1 with the Root Path Cost=0 on its F0/1 port. It will also receive BPDU from SW2 on its F0/2 interface with the Root Path Cost=19. As both ports have the cost of 19 towards those BPDU senders, the following math is done to choose the least cost path towards the root bridge:

Root Path Cost = 0 + 19 = 19 via F0/1
Root Path Cost = 19 + 19 = 38 via F0/2

It is clear that the direct connection towards root bridge via F0/1 is going to be selected as the root port.

SW3 has the least cost towards equal 19 (via F0/1 port). This cost is going to be added to Root Path Cost while it sends the BPDUs out F0/2, F0/3 and F0/4. Of course, SW2 also chooses its F0/2 port as the root port since the cost is smaller.

What if the Root Cost Path is identical?

We run into that situation on SW4. It receives BPDUs on its ports F0/1 and F0/2 with the following parameters:

Bridge ID = 32768.0000.3333.3333
Root ID = 32768.0000.1111.1111
Root Path Cost = 19 

The cost clearly does not help to choose a single root port as both ports have the same cost:
19 + 19 = 38.

The following algorithm is used to determine the root port or designated port (in order):

1. Prefer the lowest Root Path Cost.
2. In case of the same Root Path Cost, prefer the lowest Bridge ID of the designated switch (the neighbor that sends BPDUs).
3. In case of receiving BPDUs on multiple ports from the same designated switch (BPDU sender), prefer the lowest Port ID (known also as port priority) of the sender. That parameter has a default value 128 and is configurable.
4. In case of all above are did not resolve the problem, prefer the lowest Port ID of the BPDU sender.

Equipped with that knowledge let us consider SW4 now.

1. SW4 receives BPDUs on port F0/1 and F0/2. The Root Path cost is the same: 19 + 19 = 38 on both ports.
2. The designated switch (SW3), is the same switch i.e. the same Bridge ID (32768.0000.3333.3333).
3. The designated switch (SW3) sends BPDUs out of its F0/3 and F0/4 ports with the same priority = 128 (Port ID).
4. The tie breaker is the lowest Port ID where BPDU frames arrive on SW4. Port f0/1 becomes the root port since F0/3 is lower than F0/4 on SW3.

The root ports have been selected on all non-root switches (pic. 5). STP will select a single designated port (forwarding) per segment to block the redundant path towards the root bridge. This way the loop does not exist. Should any of root ports fail, it will take around 30-50 seconds to put the blocking port into forwarding state.

3. Designated Port Selection.
This procedure follows exactly the same algorithm used for root port selection.

Pic. 5 - Designate Port Selection

Icons designed by: Andrzej Szoblik - http://www.newo.pl

Since root port is the best port towards the root bridge it is going to be in the forwarding state (look at the beginning of this lesson). What is left to do, is to choose one of the ports between SW2 and SW3 as designated (forwarding) and the other as non-designated (blocked). The same applies between SW3 and SW4. Either SW3 will block its F0/4, or SW4 should block its F0/2 port.

SW3 will block its F0/2 (non-designated) and SW2 will make its F0/1 port designated (forwarding). The process will look as follows:

1. Root Path Cost advertised by SW2 is 19 and so is the cost advertised by SW3.
2. SW2 has lower Bridge ID (32768.0000.2222.2222) than SW3 (32768.0000.3333.3333). SW3 must block its F0/2.

And last selection is going to happen between SW3 (port F0/4) and  SW4 (port F0/2).

1. Root Path Cost Advertised by SW3 is 19, but SW4 advertises its cost as 38 (two hops via F0/1). SW4 blocks its port F0/2 (non-designated), the SW3 promotes its port F0/4 to designated role (forwarding).

Pic. 6 - Spanning-Tree Topology Computed

Icons designed by: Andrzej Szoblik - http://www.newo.pl

This process happens in the LISTENING state of all ports. Since the topology has been computed and does not have loops (blocking appropriate ports), it is safe to move to next states: learning and finally forwarding.

networking

Spanning-Tree Protocol Terminology and Selection

Spanning-Tree Protocol Terminology
The ports participating in STP play different roles and those roles use different states of operation.

Spanning-Tree Port Roles

1. Root Port (RP) - It is a port on a non-root switch, which is the shortest (the best) path towards the root bridge. Root bridge does NOT have any root ports. (no shortest path to itself ;-))
2. Designated Port (DP) - It is a port that is in the forwarding state. All ports of the root bridge are designated ports (they are never in a blocking state). BPDU frames our sent out this port.
3. Non-Designated Port (NDP) - It is a port that is in a blocking state in the STP topology.

Spanning-Tree Port States

1. Disabled - The port in this state does not participate in the STP operation (it is shut down).
2. Blocking - The port does NOT forward any Ethernet frames, does NOT accept any Ethernet frames (discards arriving frames), does NOT learn any MAC addresses. However, the port DOES process BPDU frames received from a neighboring switch. If the port transitions to this state (blocking), it can stay blocked for 20 seconds by default (max_age). 
3. Listening - The port in this state CAN send and receive the BPDU frames. However, the port in this state does NOT learn any MAC addresses, and does NOT forward or process incoming frames either. All Ethernet frames are being discarded. The computation of loop free topology takes place in this state. If the port transitions to this state (listening), it can stay in this state for 15 seconds by default (forward_delay).
4. Learning - The port in this state already knows its role (root port or designated port ) in the STP domain. However, the port will not forward any Ethernet frames yet. It will be learning MAC addresses from the frames arriving at the port in order to populate MAC address table. This helps avoid too much flooding when the port transition to the forwarding state. If the port transitions to this state (learning), it can stay in this state for 15 seconds by default (forward_delay).
5. Forwarding - The port in this state will forward all Ethernet frames as per switch operation. Also, the port will process all incoming Ethernet frames and will actively learn MAC addresses from the arriving traffic.

---

NOTICE!
Bridges and switches are functionally the same devices. I will use both terms interchangeably.

---

As soon as you familiarize yourself with STP port roles and port states, it is time to explain how Spanning-Tree Protocol works.

Pic. 1 - STP Port Terminology

Icons designed by: Andrzej Szoblik - http://www.newo.pl

STP (IEEE 802.1d) Principles of Operation
STP will use three stages to compute loop free topology (pic. 2):

1. Single root bridge election.
2. Each non-root switch to select a single best port towards the root (root port).
3. Each non-root switch to select a single forwarding port per segment (designated port).

 Pic. 2 - STP Overview

Icons designed by: Andrzej Szoblik - http://www.newo.pl

Bridge Protocol Data Unit (BPDU)
All switches communicate with one another using special frames called BPDU. Those frames contain multiple parameters that switches are going to process in order to create and maintain loop free topology.

Root Bridge
Root bridge is the switch that has all ports working in the designated role. It will be the reference point from which the loop free topology is computed. Root bridge will impose the timers that other switches will use such as: 

• hello time - how often BPDUs are going to be sent/relayed (default timer=2 seconds), 
• max age - how long the configuration is valid (default timer=20 seconds),
• forward delay - how long a port should be in listening/learning state (default timer=15 seconds). 

Root bridge will be announcing its presence by sending BPDU frames. Other switches will relay those frames out their designated port given the hello time. Also, the root bridge has all its ports in the designated role (forwarding).

1. Root Bridge Election

Only one switch in the layer 2 network becomes the root bridge. This is how standard was defined and is known as the Common Spanning-Tree approach (CST). Cisco changed that paradigm and introduced Per Vlan Spanning-Tree approach (PVST+). Cisco switches elect a single root switch per VLAN so, in theory each VLAN could have its own root bridge.

Root election is based on a single parameter that is found in the BPDU frame called: Bridge ID. The switch with the lowest Bridge ID becomes the root. Bridge ID has the following format:

priority.base-mac-address

Priority is configurable parameter that is used to elect the root bridge a device you want to be the root. The default value is: 32768. The lower the value is the more likely for a switch to become a root.

Base Mac Address is the unique mac address every switch has been given by the manufacturer. It is a tie breaker in case the priority on all switches is identical. 

If you've understood everything so far, you're ready to look at the election process in more detail.

Pic. 3 - Root Bridge Election.

Icons designed by: Andrzej Szoblik - http://www.newo.pl

Imagine that we've just wired our topology in the pic. 3. Now, we start up all the switches and as soon as their ports transition to LISTENING state, they begin to send BPDU frames out of all active ports. In those frames both Bridge ID and Root ID parameters point to their own priority.base-mac-address value. In other words, each switch thinks it is the root bridge. It is like each switch is saying: "Hi there! This is my name (Bridge ID) and by the way I'm the root (Root ID the same as the Bridge ID value). Since they are processing the incoming BPDU's from the neighbors, SW2 and SW3 realize that SW1's Bridge ID is lower than theirs. From that point onwards, they begin to relay BPDU frames saying that SW1 as the root bridge.

In our example, SW3 upon receiving the BPDU from SW1, SW2 and SW4  compares their Bridge ID with its own and the conclusion is that SW1's Bridge ID has the lowest value (base-mac-address breaks the tie). From this point onwards, it relays the BPDU frame out of all its active ports with the following parameters:

Bridge ID = 32768.0000.3333.3333

Root ID = 32768.0000.1111.1111

Similarly, all the switches agree that SW1 is the root (their own Bridge ID is higher).

2. Root Port Selection

As soon as the root has been elected, all non-root switches begin to calculate which port is the best (the least cost) towards the root bridge. This port will be called the root port.

Pic. 4 - Root Port Selection

Icons designed by: Andrzej Szoblik - http://www.newo.pl

SW2, SW3 and SW4 receive BPDUs from different directions. For instance, SW2 will receive them on its port F0/1 and F0/2 (look at pic 4). The accumulative cost (the sum of the cost in the path towards the root), is taken into consideration. The lowest cost to reach the root becomes the root port.

How the cost of path is calculated?

Each speed has its arbitrarily assigned cost which is configurable. A few examples are below:

10 Mbps = 100
100 Mbps = 19
1 Gbps = 4
10 Gbps = 2

The root bridge (here SW1) is sending its BPDU frame every 2 seconds. It uses the parameter called: Root Path Cost in BPDU to advertise the cost to the root. It puts the value of '0' in it, as it is the root bridge and has no cost to itself. The frame is sent out its port F0/1 towards SW3 and F0/2 towards SW2. SW2, upon receiving it, adds the cost used to reach the sender of BPDU based on the predefined speed-to-cost value (all ports in our topology are FastEthernet=19).

Root Path Cost = 0 + 19 = 19 via F0/2

SW2 is going to advertise its best (as of now) cost out of F0/1 port towards SW3. SW3 will receive BPDU from SW1 with the Root Path Cost=0 on its F0/1 port. It will also receive BPDU from SW2 on its F0/2 interface with the Root Path Cost=19. As both ports have the cost of 19 towards those BPDU senders, the following math is done to choose the least cost path towards the root bridge:

Root Path Cost = 0 + 19 = 19 via F0/1
Root Path Cost = 19 + 19 = 38 via F0/2

It is clear that the direct connection towards root bridge via F0/1 is going to be selected as the root port.

SW3 has the least cost towards equal 19 (via F0/1 port). This cost is going to be added to Root Path Cost while it sends the BPDUs out F0/2, F0/3 and F0/4. Of course, SW2 also chooses its F0/2 port as the root port since the cost is smaller.

What if the Root Cost Path is identical?

We run into that situation on SW4. It receives BPDUs on its ports F0/1 and F0/2 with the following parameters:

Bridge ID = 32768.0000.3333.3333
Root ID = 32768.0000.1111.1111
Root Path Cost = 19 

The cost clearly does not help to choose a single root port as both ports have the same cost:
19 + 19 = 38.

The following algorithm is used to determine the root port or designated port (in order):

1. Prefer the lowest Root Path Cost.
2. In case of the same Root Path Cost, prefer the lowest Bridge ID of the designated switch (the neighbor that sends BPDUs).
3. In case of receiving BPDUs on multiple ports from the same designated switch (BPDU sender), prefer the lowest Port ID (known also as port priority) of the sender. That parameter has a default value 128 and is configurable.
4. In case of all above are did not resolve the problem, prefer the lowest Port ID of the BPDU sender.

Equipped with that knowledge let us consider SW4 now.

1. SW4 receives BPDUs on port F0/1 and F0/2. The Root Path cost is the same: 19 + 19 = 38 on both ports.
2. The designated switch (SW3), is the same switch i.e. the same Bridge ID (32768.0000.3333.3333).
3. The designated switch (SW3) sends BPDUs out of its F0/3 and F0/4 ports with the same priority = 128 (Port ID).
4. The tie breaker is the lowest Port ID where BPDU frames arrive on SW4. Port f0/1 becomes the root port since F0/3 is lower than F0/4 on SW3.

The root ports have been selected on all non-root switches (pic. 5). STP will select a single designated port (forwarding) per segment to block the redundant path towards the root bridge. This way the loop does not exist. Should any of root ports fail, it will take around 30-50 seconds to put the blocking port into forwarding state.

3. Designated Port Selection.
This procedure follows exactly the same algorithm used for root port selection.

Pic. 5 - Designate Port Selection

Icons designed by: Andrzej Szoblik - http://www.newo.pl

Since root port is the best port towards the root bridge it is going to be in the forwarding state (look at the beginning of this lesson). What is left to do, is to choose one of the ports between SW2 and SW3 as designated (forwarding) and the other as non-designated (blocked). The same applies between SW3 and SW4. Either SW3 will block its F0/4, or SW4 should block its F0/2 port.

SW3 will block its F0/2 (non-designated) and SW2 will make its F0/1 port designated (forwarding). The process will look as follows:

1. Root Path Cost advertised by SW2 is 19 and so is the cost advertised by SW3.
2. SW2 has lower Bridge ID (32768.0000.2222.2222) than SW3 (32768.0000.3333.3333). SW3 must block its F0/2.

And last selection is going to happen between SW3 (port F0/4) and  SW4 (port F0/2).

1. Root Path Cost Advertised by SW3 is 19, but SW4 advertises its cost as 38 (two hops via F0/1). SW4 blocks its port F0/2 (non-designated), the SW3 promotes its port F0/4 to designated role (forwarding).

Pic. 6 - Spanning-Tree Topology Computed

Icons designed by: Andrzej Szoblik - http://www.newo.pl

This process happens in the LISTENING state of all ports. Since the topology has been computed and does not have loops (blocking appropriate ports), it is safe to move to next states: learning and finally forwarding.

Mostly people seem busy or we can listen them talking about meditation. First let describe meditation a bit; meditation is a condition that human leave all things behind and focus on what is going around by the power of thought in a silent place.

In my perspective a person who manages time for this task can achieve the life goal. Because a meditator can imagine what will going on before its happening.

Meditation lets us motivated accomplish our goals. We keep behind it and move forward because of only one reason and that is fear. Fear may not be of doing that but fear of losing that with our limited thoughts whether we succeed or not.

These all things happen in our limited thoughts that we can’t think out of the box. But meditation forces us to move our thought and break the wall of those boxes which  limit of our thought.

thinking

Is meditation helping us to be motivated?

Mostly people seem busy or we can listen them talking about meditation. First let describe meditation a bit; meditation is a condition that human leave all things behind and focus on what is going around by the power of thought in a silent place.

In my perspective a person who manages time for this task can achieve the life goal. Because a meditator can imagine what will going on before its happening.

Meditation lets us motivated accomplish our goals. We keep behind it and move forward because of only one reason and that is fear. Fear may not be of doing that but fear of losing that with our limited thoughts whether we succeed or not.

These all things happen in our limited thoughts that we can’t think out of the box. But meditation forces us to move our thought and break the wall of those boxes which  limit of our thought.

Routing is the act of moving information across an inter-network from a source to a destination. Along the way, at least one intermediate node typically is encountered. Routing is often contrasted with bridging, which might seem to accomplish precisely the same thing to the casual observer. The primary difference between the two is that bridging occurs at Layer 2 (the link layer) of the OSI reference model, whereas routing occurs at Layer 3 (the network layer). This distinction provides routing and bridging with different information to use in the process of moving information from source to destination, so the two functions accomplish their tasks in different ways.

The topic of routing has been covered in computer science literature for more than two decades, but

routing achieved commercial popularity as late as the mid-1980s. The primary reason for this time lag is that networks in the 1970s were simple, homogeneous environments. Only relatively recently has large-scale inter-networking become popular.

networking

What Is Routing? A simple Defination

Routing is the act of moving information across an inter-network from a source to a destination. Along the way, at least one intermediate node typically is encountered. Routing is often contrasted with bridging, which might seem to accomplish precisely the same thing to the casual observer. The primary difference between the two is that bridging occurs at Layer 2 (the link layer) of the OSI reference model, whereas routing occurs at Layer 3 (the network layer). This distinction provides routing and bridging with different information to use in the process of moving information from source to destination, so the two functions accomplish their tasks in different ways.

The topic of routing has been covered in computer science literature for more than two decades, but

routing achieved commercial popularity as late as the mid-1980s. The primary reason for this time lag is that networks in the 1970s were simple, homogeneous environments. Only relatively recently has large-scale inter-networking become popular.