Re: 31st October Full Movie In Hindi Torrent 720p
Angie Troia
31st October is an Indian Hindi-language historical action drama film directed by Shivaji Lotan Patil and written by Amit Tuli and Harry Sachdeva and produced by Harry Sachdeva. The film, based on a true story, focuses on the aftermath of Indira Gandhi's assassination which occurred on 31 October 1984.[1]
On 31 October 1984, the Prime Minister of India gets assassinated by her Sikh Security Guards. Politicians use this incident to spark public hatred towards the Sikhs, labelling them as traitors. Devender Singh and his family are stuck in their house as their city plummets. In 24 hours of uncertain oscillations, helplessness and with their relatives dying and neighbours turning hostile, Devender's family seek help from their Hindu friends who live across town. As Pal, Tilak and Yogesh travel to save Devender's family, they come face-to-face with the destruction of humanity. They witness the carnage and the moral corruption that makes men turn into savages. In their attempt in ferrying Devender's family to safety, Pal, Tilak and Yogesh must face their own demons first.
All the songs of 31st October are composed by Vijay Verma, while the lyrics are penned by Mehboob and Moazzam Azam. The album was released on 14 September 2016 under the Zee Music Company music label. The soundtrack consists of 8 tracks.[6][7]
On 31st of October 2017, the final day of the year of the common ecumenical Commemoration of the Reformation, we are very thankful for the spiritual and theological gifts received through the Reformation, a commemoration that we have shared together and with our ecumenical partners globally. Likewise, we begged forgiveness for our failures and for the ways in which Christians have wounded the Body of the Lord and offended each other during the five hundred years since the beginning of the Reformation until today.
We, Lutherans and Catholics, are profoundly grateful for the ecumenical journey that we have travelled together during the last fifty years. This pilgrimage, sustained by our common prayer, worship and ecumenical dialogue, has resulted in the removal of prejudices, the increase of mutual understanding and the identification of decisive theological agreements. In the face of so many blessings along the way, we raise our hearts in praise of the Triune God for the mercy we receive.
On this day we look back on a year of remarkable ecumenical events, beginning on 31st October 2016 with the joint Lutheran-Catholic common prayer in Lund, Sweden, in the presence of our ecumenical partners. While leading that service, Pope Francis and Bishop Munib A. Younan, then President of the Lutheran World Federation, signed a joint statement with the commitment to continue the ecumenical journey together towards the unity that Christ prayed for (cf. Jn 17:21). On the same day, our joint service to those in need of our help and solidarity has also been strengthened by a letter of intent between Caritas Internationalis and the Lutheran World Federation World Service.
Among the blessings of this year of Commemoration is the fact that for the first time Lutherans and Catholics have seen the Reformation from an ecumenical perspective. This has allowed new insight into the events of the sixteenth century which led to our separation. We recognize that while the past cannot be changed, its influence upon us today can be transformed to become a stimulus for growing communion, and a sign of hope for the world to overcome division and fragmentation. Again, it has become clear that what we have in common is far more than that which still divides us.
We rejoice that the Joint Declaration on the Doctrine of Justification, solemnly signed by the Lutheran World Federation and the Roman Catholic Church in 1999, has also been signed by the World Methodist Council in 2006 and, during this Commemoration Year of the Reformation, by the World Communion of Reformed Churches. On this very day it is being welcomed and received by the Anglican Communion at a solemn ceremony in Westminster Abbey. On this basis our Christian communions can build an ever closer bond of spiritual consensus and common witness in the service of the Gospel.
We acknowledge with appreciation the many events of common prayer and worship that Lutherans and Catholics have held together with their ecumenical partners in different parts of the world, as well as the theological encounters and the significant publications that have given substance to this year of Commemoration.
Starting October 28th and fully resolving on October 31st, Roblox experienced a 73-hour outage. Fifty million players regularly use Roblox every day and, to create the experience our players expect, our scale involves hundreds of internal online services. As with any large-scale service, we have service interruptions from time to time, but the extended length of this outage makes it particularly noteworthy. We sincerely apologize to our community for the downtime.
Roblox Engineering and technical staff from HashiCorp combined efforts to return Roblox to service. We want to acknowledge the HashiCorp team, who brought on board incredible resources and worked with us tirelessly until the issues were resolved.
The following is a recent screenshot of a Consul dashboard at Roblox after the incident. Many of the key operational metrics referenced in this blog post are shown at normal levels. KV Apply time for instance is considered normal at less than 300ms and is 30.6ms in this moment. The Consul leader has had contact with other servers in the cluster in the last 32ms, which is very recent.
In the months leading up to the October incident, Roblox upgraded from Consul 1.9 to Consul 1.10 to take advantage of a new streaming feature. This streaming feature is designed to significantly reduce the CPU and network bandwidth needed to distribute updates across large-scale clusters like the one at Roblox.
This drop coincided with a significant degradation in system health, which ultimately resulted in a complete system outage. Why? When a Roblox service wants to talk to another service, it relies on Consul to have up-to-date knowledge of the location of the service it wants to talk to. However, if Consul is unhealthy, servers struggle to connect. Furthermore, Nomad and Vault rely on Consul, so when Consul is unhealthy, the system cannot schedule new containers or retrieve production secrets used for authentication. In short, the system failed because Consul was a single point of failure, and Consul was not healthy.
At this point, the team developed a new theory about what was going wrong: increased traffic. Perhaps Consul was slow because our system reached a tipping point, and the servers on which Consul was running could no longer handle the load? This was our second attempt at diagnosing the root cause of the incident.
Given the severity of the incident, the team decided to replace all the nodes in the Consul cluster with new, more powerful machines. These new machines had 128 cores (a 2x increase) and newer, faster NVME SSD disks. By 19:00, the team migrated most of the cluster to the new machines but the cluster was still not healthy. The cluster was reporting that a majority of nodes were not able to keep up with writes, and the 50th percentile latency on KV writes was still around 2 seconds rather than the typical 300ms or less.
The first two attempts to return the Consul cluster to a healthy state were unsuccessful. We could still see elevated KV write latency as well as a new inexplicable symptom that we could not explain: the Consul leader was regularly out of sync with the other voters.
We expected that restoring from a snapshot taken when the system was healthy would bring the cluster into a healthy state, but we had one additional concern. Even though Roblox did not have any user-generated traffic flowing through the system at this point, internal Roblox services were still live and dutifully reaching out to Consul to learn the location of their dependencies and to update their health information. These reads and writes were generating a significant load on the cluster. We were worried that this load might immediately push the cluster back into an unhealthy state even if the cluster reset was successful. To address this concern, we configured iptables on the cluster to block access. This would allow us to bring the cluster back up in a controlled way and help us understand if the load we were putting on Consul independent of user traffic was part of the problem.
The engineering team decided to reduce Consul usage and then carefully and systematically reintroduce it. To ensure we had a clean starting point, we also blocked remaining external traffic. We assembled an exhaustive list of services that use Consul and rolled out config changes to disable all non-essential usage. This process took several hours due to the wide variety of systems and config change types targeted. Roblox services that typically had hundreds of instances running were scaled down to single digits. Health check frequency was decreased from 60 seconds to 10 minutes to give the cluster additional breathing room. At 16:00 on Oct 29th, over 24 hours after the start of the outage, the team began its second attempt to bring Roblox back online. Once again, the initial phase of this restart attempt looked good, but by 02:00 on Oct 30th, Consul was again in an unhealthy state, this time with significantly less load from the Roblox services that depend on it.
At this point, it was clear that overall Consul usage was not the only contributing factor to the performance degradation that we first noticed on the 28th. Given this realization, the team again pivoted. Instead of looking at Consul from the perspective of the Roblox services that depend on it, the team started looking at Consul internals for clues.
Despite the breakthrough, we were not yet out of the woods. We saw Consul intermittently electing new cluster leaders, which was normal, but we also saw some leaders exhibiting the same latency problems we saw before we disabled streaming, which was not normal. Without any obvious clues pointing to the root cause of the slow leader problem, and with evidence that the cluster was healthy as long as certain servers were not elected as the leaders, the team made the pragmatic decision to work around the problem by preventing the problematic leaders from staying elected. This enabled the team to focus on returning the Roblox services that rely on Consul to a healthy state.
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