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Ballot end result: Years later, you are still having points with RCS messaging

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RCS on iMessage sending image

Ryan Haines / Android Authority

Wealthy Communication Providers, or RCS, is a messaging protocol now utilized by many throughout the US and the globe, nevertheless it wasn’t all the time the case. It took ages to realize momentum after its conception in 2007. Nonetheless, regardless of its accelerated adoption, the protocol nonetheless isn’t fairly as ubiquitous as SMS.

That is particularly obvious when utilizing the protocol to speak with these on Apple units. iPhones require RCS customers to be tied to a supported provider, leaving many who get pleasure from cheaper pay as you go plans out within the chilly. The truth that Apple solely lately adopted RCS additionally put a spanner within the works.

Contemplating all this, we requested customers if they’d skilled any issues with RCS messaging. Listed here are the outcomes from the ballot.

RCS stays a problematic protocol

RCS on iMessage top of chat

Ryan Haines / Android Authority

Most (46.4%) of the practically 2,200 voters observe that RCS “all the time works positive,” suggesting that the protocol is generally fuss-free. 38.1% declare that “it really works” however not with all contacts, whereas just below 11% don’t use it in any respect. Solely 4.5% of respondents observe that RCS has by no means labored for them.

Many within the feedback blame Apple for the fragmentation. “I want Apple would’ve simply executed RCS 5 years in the past when everybody else began utilizing it. However Tim “purchase your mom an iPhone” Cook dinner was extra considering gross sales than making the iPhone usable in a market not fully monopolized by Apple,” writes one reader.

It must be famous that our ballot was run on an article discussing the troubled RCS relationship between Android and iPhones; naturally, there’ll be some anti-Apple sentiment.

Apparently, customers past the US recommend that RCS stays secondary to different protocols and platforms. “I imply, truthfully, everybody I do know is on WhatsApp — besides for kids who’re too younger for the TOS. My 8-year-old makes use of RCS for members of the family beneath supervision, none of whom use an iPhone. I do know 50% of the inhabitants use iOS within the UK, however I do not know who they really are!”

There’s clearly a divide between platforms, apps, carriers, and areas that RCS might want to bridge earlier than it turns into as seamless as its predecessors. If it’ll ever obtain this stays to be seen.

New AirPods Professional 2 beta firmware obtainable now with iOS 18 options

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Should you’ve received a pair of AirPods Professional 2 and a developer account, you are going to have a brand new firmware replace to get pleasure from.

Apple has launched a brand new beta firmware replace for AirPods Professional 2. Firmware model 7A5290a replaces model 7A5266c and is on the market for each the USB-C and Lightning variations of the wi-fi earbuds so long as you are operating the beta as a developer.



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Use AWS Glue to streamline SFTP knowledge processing

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In immediately’s data-driven world, seamless integration and transformation of information throughout numerous sources into actionable insights is paramount. AWS Glue is a serverless knowledge integration service that helps analytics customers to find, put together, transfer, and combine knowledge from a number of sources for analytics, machine studying (ML), and software growth. With AWS Glue, you possibly can uncover and hook up with a whole bunch of numerous knowledge sources and handle your knowledge in a centralized knowledge catalog. It allows you to visually create, run, and monitor extract, remodel, and cargo (ETL) pipelines to load knowledge into your knowledge lakes.

On this weblog put up, we discover the right way to use the SFTP Connector for AWS Glue from the AWS Market to effectively course of knowledge from Safe File Switch Protocol (SFTP) servers into Amazon Easy Storage Service (Amazon S3), additional empowering your knowledge analytics and insights.

Introducing the SFTP connector for AWS Glue

The SFTP connector for AWS Glue simplifies the method of connecting AWS Glue jobs to extract knowledge from SFTP storage and to load knowledge into SFTP storage. This connector offers complete entry to SFTP storage, facilitating cloud ETL processes for operational reporting, backup and catastrophe restoration, knowledge governance, and extra.

Answer overview

On this instance, you employ AWS Glue Studio to connect with an SFTP server, then enrich that knowledge and add it to Amazon S3. The SFTP connector is used to handle the connection to the SFTP server. You’ll load the occasion knowledge from the SFTP website, be a part of it to the venue knowledge saved on Amazon S3, apply transformations, and retailer the info in Amazon S3. The occasion and venue recordsdata are from the TICKIT dataset.

The TICKIT dataset tracks gross sales exercise for the fictional TICKIT web site, the place customers purchase and promote tickets on-line for sporting occasions, exhibits, and live shows. On this dataset, analysts can determine ticket motion over time, success charges for sellers, and best-selling occasions, venues, and seasons.

For this instance, you employ AWS Glue Studio to develop a visible ETL pipeline. This pipeline will learn knowledge from an SFTP server, carry out transformations, after which load the reworked knowledge into Amazon S3. The next diagram illustrates this structure.

Use AWS Glue to streamline SFTP knowledge processing

By the top of this put up, your visible ETL job will resemble the next screenshot.

final solution

Conditions

For this resolution, you want the next:

  • Subscribe to the SFTP Connector for AWS Glue within the AWS Market.
  • Entry to an SFTP server with permissions to add and obtain knowledge.
    • If the SFTP server is hosted on Amazon Elastic Compute Cloud (Amazon EC2), we advocate that the community communication between the SFTP server and the AWS Glue job occurs inside the digital personal cloud (VPC) as pictured within the previous structure diagram. Working your Glue job inside a VPC and safety group might be mentioned additional within the steps to create the AWS Glue job.
    • If the SFTP server is hosted inside your on-premises community, we advocate that the community communication between the SFTP server and the Glue job occurs by means of VPN or AWS DirectConnect.
  • Entry to an S3 bucket or the permissions to create an S3 bucket. We advocate that you simply hook up with that bucket utilizing a gateway endpoint. This may permit you to hook up with your S3 bucket instantly out of your VPC. If you’ll want to create an S3 bucket to retailer the outcomes, full the next steps:
    1. On the Amazon S3 console, select Buckets within the navigation pane.
    2. Select Create bucket.
    3. For Identify, enter a globally distinctive identify in your bucket; for instance, tickit-use1-.
    4. Select Create bucket.
    5. For this demonstration, create a folder with the identify tickit in your S3 bucket.
    6. Create the gateway endpoint.
  • Create an AWS Id and Entry Administration (IAM) function for the AWS Glue ETL job. You could specify an IAM function for the job to make use of. The function should grant entry to all sources utilized by the job, together with Amazon S3 (for any sources, targets, scripts, and non permanent directories) and AWS Secrets and techniques Supervisor. For directions, see Configure an IAM function in your ETL job.

Load dataset to SFTP website

Load the allevents_pipe.txt file and venue_pipe.txt file from the TICKIT dataset to your SFTP server.

Retailer SFTP server sign-in credentials

An AWS Glue connection is a Knowledge Catalog object that shops connection data, reminiscent of URI strings and placement to credentials which can be saved in a Secrets and techniques Supervisor secret.

To retailer the SFTP server username and password in Secrets and techniques Supervisor, full the next steps:

  1. On the Secrets and techniques Supervisor console, select Secrets and techniques within the navigation pane.
  2. Select Retailer a brand new secret.
  3. Choose Different sort of secret.
  4. Enter host as Secret key and your SFTP server’s IP deal with (for instance, 153.47.122) because the Secret worth, then select Add row.
  5. Enter the username as Secret key and your SFTP username as Secret worth, then select Add row.
  6. Enter password as Secret key and your SFTP password as Secret worth, then select Add row.
  7. Enter keyS3Uri as Secret Key and the Amazon S3 location of your SFTP secret key file as Secret worth

Notice: Secret Worth is the complete S3 path the place the SFTP server key file is saved. For instance:s3://sftp-bucket-johndoe123/id_rsa.

  1. For Secret identify, enter a descriptive identify, then select Subsequent.
  2. Select Subsequent to maneuver to the overview step, then select Retailer.

secret value

Create a connection to the SFTP server in AWS Glue

Full the next steps to create your connection to the SFTP server.

  1. On the AWS Glue console, below Knowledge Catalog within the navigation pane, select Connections.

creating sftp connection from marketplace

  1. Choose the SFTP connector for AWS Glue 4.0. Then select Create connection.

using sftp connector

  1. Enter a reputation for the connection after which, below Connection entry, select the Secrets and techniques Supervisor secret you created for you SFTP server credentials.

finishing sftp connection

Create a connection to the VPC in AWS Glue

An information connection is used to ascertain community connectivity between the VPC and the AWS Glue job. To create the VPC connection, full the next steps.

  1. On the AWS Glue console web page, click on on Knowledge Connections location on the left aspect menu.
  2. Click on the Create connection button within the Connections panel.

creating connection for VPC

  1. Choose Community

choosing network option

  1. Choose the VPC, Subnet, and Safety Group that your SFTP server resides in. Click on Subsequent.

choosing vpc, subnet, sg for connection

  1. Identify the connection SFTP VPC Join after which click on

Deploy the answer

Now that we accomplished the stipulations, we’re going to setup the AWS Glue Studio job for this resolution. We’ll create a glue studio job, add occasions and venue knowledge from the SFTP server, perform knowledge transformations and cargo reworked knowledge to s3.

Create your AWS Glue Studio job:

  1. On the AWS Glue console, below ETL Jobs within the navigation pane, select Visible ETL.
  2. Choose Visible ETL within the central pane.
  3. Select the pencil icon to enter a reputation in your job.
  4. Select the Job particulars tab.

choosing job details

  1. Scroll right down to and choose Superior properties and develop.
  2. Scroll to Connections and choose SFTP VPC Join.

choosing sftp vpc connection

  1. Select Visible to return to the workflow editor web page.

Add the occasions knowledge from the SFTP server as your first knowledge set:

  1. Select Add nodes and choose SFTP Connector for AWS Glue 4.0 on the Sources
  2. Enter the next for Knowledge supply properties for:
    1. Connection: Choose the connection to the SFTP server that you simply created in Create the connection to the SFTP server in AWS Glue.
    2. Enter the next key-value pairs:
Key Worth
header false
path /recordsdata (this ought to be the trail to the occasion file in your SFTP server)
fileFormat csv
delimiter |

glue studio job configuration

Rename the columns of the Occasion dataset:

  1. Select Add nodes and select Change Schema on the Transforms
  2. Enter the next remodel properties:
    1. For Identify, enter Rename Occasion knowledge.
    2. For Node dad and mom, choose SFTP Connector for AWS Glue 4.0.
    3. Within the Change Schema part, map the supply keys to the goal keys:
      1. col0: eventid
      2. col1: e_venueid
      3. col2: catid
      4. col3: dateid
      5. col4: eventname
      6. col5: starttime

transforming event data

Add the venue_pipe.txt file from the SFTP website:

  1. Select Add nodes and select SFTP Connector for AWS Glue 4.0 on the Sources
  2. Enter the next for Knowledge supply properties for:
    1. Connection: Choose the connection to the SFTP server that you simply created in Create the connection to the SFTP server in AWS Glue.
    2. Enter the next key-value pairs:
Key Worth
header false
path /recordsdata (this ought to be the trail to the venue file in your SFTP website)
fileFormat csv
delimiter |

Rename the columns of the venue dataset:

  1. Select Add nodes and select Change Schema on the Transforms
  2. Enter the next remodel properties:
    1. For Identify, enter Rename Venue knowledge.
    2. For Node dad and mom, choose Venue.
    3. Within the Change Schema part, map the supply keys to the goal keys:
      1. col0: venueid
      2. col1: venuename
      3. col2: venuecity
      4. col3: venuestate
      5. col4: venueseats

transforming venue data

Be part of the venue and occasion datasets.

  1. Select Add nodes and select Be part of on the Transforms
  2. Enter the next remodel properties:
    1. For Identify, enter Be part of.
    2. For Node dad and mom, choose Rename Venue knowledge and Rename Occasion knowledge.
    3. For Be part of sort¸ choose Internal be a part of.
    4. For Be part of situations, choose venueid for Rename Venue knowledge and e_venueid for Rename Occasion knowledge.

transform join venue and event

Drop the duplicate area:

  1. Select Add nodes and select Drop Fields on the Transforms
  2. Enter the next remodel properties:
    1. For Identify, enter Drop Fields.
    2. For Node dad and mom, choose Be part of.
    3. Within the DropFields part, choose e_venueid.

drop field transform

Load the info into your S3 bucket:

  1. Select Add nodes and select Amazon S3 from the Sources
  2. Enter the next remodel properties:
    1. For Node dad and mom, choose Drop Fields.
    2. For Format, choose CSV.
    3. For Compression Kind, choose None.
    4. For S3 Goal Location, select your S3 bucket and enter your required file identify adopted by a slash (/).

loading data to s3 target

Now you can save and run your AWS Glue visible ETL Job. Run the job after which go to the Runs tab to watch its progress. After the job has accomplished, the Run standing will change to Succeeded. The information might be within the goal S3 bucket.

completed job

Clear up

To keep away from incurring extra fees brought on by sources created as a part of this put up, ensure you delete the gadgets created within the AWS Account for this put up:

  • Delete the Secrets and techniques Supervisor key created for the SFTP connector . credentials.
  • Delete the SFTP connector.
  • Unsubscribe from the SFTP Connector in AWS Market.
  • Delete the info loaded to the Amazon S3 bucket and the bucket.
  • Delete the AWS Glue visible ETL job.

Conclusion

On this weblog put up, we demonstrated the right way to use the SFTP connector for AWS Glue to streamline the processing of information from SFTP servers into Amazon S3. This integration performs a pivotal function in enhancing your knowledge analytics capabilities by providing an environment friendly and simple technique to convey collectively disparate knowledge sources. Whether or not your aim is to research SFTP server knowledge for actionable insights, bolster your reporting mechanisms, or enrich your online business intelligence instruments, this connector ensures a extra streamlined and cost-effective method to attaining your knowledge aims.

You need to use SFTP connector for AWS Glue to simplify the method of connecting AWS Glue jobs to extract knowledge from distant SFTP storage or to load knowledge to distant SFTP storage, whereas performing knowledge cleaning and transformations in-memory as a part of your ETL pipelines. On this weblog put up, we discover this resolution in additional element. Alternatively, AWS Switch Household offers fully-managed and AWS native SFTP connectors to reliably copy giant quantity of recordsdata between distant SFTP sources and Amazon S3. You’ve gotten the choice to design an answer utilizing Switch Household’s fully-managed SFTP connector to repeat recordsdata between distant SFTP servers and their Amazon S3 places with none modifications, after which use Glue’s ETL service for cleaning and transformation of the file knowledge.

For additional particulars on the SFTP connector, see the SFTP Connector for Glue documentation.


In regards to the Authors

Sean Bjurstrom is a Technical Account Supervisor in ISV accounts at Amazon Internet Providers, the place he focuses on Analytics applied sciences and attracts on his background in consulting to help prospects on their analytics and cloud journeys. Sean is enthusiastic about serving to companies harness the facility of information to drive innovation and progress. Exterior of labor, he enjoys working and has participated in a number of marathons.

Seun Akinyosoye is a Sr. Technical Account Supervisor supporting public sector buyer at Amazon Internet Providers. Seun has a background in analytics, knowledge engineering which he makes use of to assist prospects obtain their outcomes and targets. Exterior of labor Seun enjoys spending time along with his household, studying, touring and supporting his favourite sports activities groups.

Vinod Jayendra is a Enterprise Assist Lead in ISV accounts at Amazon Internet Providers, the place he helps prospects in fixing their architectural, operational, and value optimization challenges. With a selected deal with Serverless applied sciences, he attracts from his intensive background in software growth to ship top-tier options. Past work, he finds pleasure in high quality household time, embarking on biking adventures, and training youth sports activities crew.

Kamen Sharlandjiev is a Sr. Massive Knowledge and ETL Options Architect, MWAA and AWS Glue ETL professional. He’s on a mission to make life simpler for purchasers who’re dealing with advanced knowledge integration and orchestration challenges. His secret weapon? Totally managed AWS providers that may get the job carried out with minimal effort. Comply with Kamen on LinkedIn to maintain updated with the most recent MWAA and AWS Glue options and information!

Chris Scull is a Options Architect dealing in orchestration instruments and trendy cloud applied sciences. With two years of expertise at AWS, Chris has developed an curiosity in Amazon Managed Workflows for Apache Airflow, which permits for environment friendly knowledge processing and workflow administration. Moreover, he’s enthusiastic about exploring the capabilities of GenAI with Bedrock, a platform for constructing generative AI purposes on AWS.

Shengjie Luo is a Massive knowledge architect of Amazon Cloud Know-how skilled service crew. Chargeable for options consulting, structure and supply of AWS based mostly knowledge warehouse and knowledge lake, and good at server-less computing, knowledge migration, cloud knowledge integration, knowledge warehouse planning, knowledge service structure design and implementation.

Qiushuang Feng is a Options Architect at AWS, answerable for Enterprise prospects’ technical structure design, consulting, and design optimization on AWS Cloud providers. Earlier than becoming a member of AWS, Qiushuang labored in IT corporations reminiscent of IBM and Oracle, and accrued wealthy sensible expertise in growth and analytics.

routing – How one can repair IPv4 routes in Community Supervisor `nmcli` so I haven’t got to manually `ip route delete` the route Community Supervisor creates?


I’ve a community system with each:

  1. Mobile Web through modem (I would like this to work 100% of the time for Web entry)
  2. Ethernet interface for Modbus TCP connection

The mobile connection is created with this command:

$ sudo nmcli c add sort gsm con-name telus 
    ipv4.dns '8.8.8.8 8.8.4.4' autoconnect sure 
    ifname 'cdc-wdm0' apn 'isp.telus.com' 
    ipv4.route-metric 1

$ sudo nmcli con up telus

The Modbus ethernet connection is created like this:

$ sudo nmcli con add sort ethernet con-name modbus 
    ifname enp1s0 connection.autoconnect sure 
    ipv4.never-default sure 
    ip4.addresses '10.1.9.7/16, 10.1.9.7/8' 
    ipv4.routes '10.1.0.0/16 10.1.10.1, 10.0.0.0/8 10.1.10.1' 
    ipv4.route-metric 800

$ sudo nmcli con up modbus

At this level, the ping check fails:

$ ping -c 1 10.65.3.5
PING 10.65.3.5 (10.65.3.5) 56(84) bytes of information.
^C
--- 10.65.3.5 ping statistics ---
1 packets transmitted, 0 obtained, 100% packet loss, time 0ms

The Hacky Resolution:

I’ve to manually delete one of many routes Community Supervisor creates with ip route:

$ sudo ip route delete 10.0.0.0/8 dev enp1s0 proto kernel scope hyperlink src 10.1.9.7 metric 800

Nice success!

$ ping -c 1 10.65.3.5
PING 10.65.3.5 (10.65.3.5) 56(84) bytes of information.
64 bytes from 10.65.3.5: icmp_seq=1 ttl=126 time=117 ms

--- 10.65.3.5 ping statistics ---
1 packets transmitted, 1 obtained, 0% packet loss, time 0ms
rtt min/avg/max/mdev = 117.203/117.203/117.203/0.000 ms

However I am anxious…

I believe this answer is just momentary, till Community Supervisor places the route again once more…

How one can persist the working configuration so I haven’t got to manually delete the route? It retains popping up once more, as a result of Community Supervisor retains placing it again.

Working routes, after deleting the unhealthy route that makes the ping check fail:

$ sudo ip route delete 10.0.0.0/8 dev enp1s0 proto kernel scope hyperlink src 10.1.9.7 metric 800

$ ip route
default through 10.96.241.146 dev wwan proto static metric 1
10.0.0.0/8 through 10.1.10.1 dev enp1s0 proto static metric 800
10.1.0.0/16 through 10.1.10.1 dev enp1s0 proto static metric 800
10.1.0.0/16 dev enp1s0 proto kernel scope hyperlink src 10.1.9.7 metric 800
10.96.241.144/30 dev wwan proto kernel scope hyperlink src 10.96.241.145 metric 1

Notice the next route isn’t there anymore, but it surely retains getting put again…

10.0.0.0/8 dev enp1s0 proto kernel scope hyperlink src 10.1.9.7 metric 800

Because of this reply, I’ve since added the next script to “/and so forth/NetworkManager/dispatcher.d/99-kill-bad-route.sh”, which can also be sort of hacky…

#!/bin/bash

if [ "$1" == "enp1s0" ] && [ "$2" == "up" ]; then
    ip route del 10.0.0.0/8 dev enp1s0 proto kernel scope hyperlink src 10.1.9.7 metric 800
fi

Can the above answer be achieved with a Community Supervisor nmcli command as a substitute?

This is how I automated the answer with Python:

from pathlib import Path
import subprocess


def add_script_to_auto_delete_problem_route(
    counter: int,
    bad_network: str,
    ip_address: str,
    interface: str = "enp1s0",
) -> None:
    """
    sudo nano /and so forth/NetworkManager/dispatcher.d/9x-delete-problem-route.sh
    #!/bin/bash

    if [ "$1" == "enp1s0" ] && [ "$2" == "up" ]; then
        ip route del 10.0.0.0/8 dev enp1s0 proto kernel scope hyperlink src 10.1.9.7
    fi
    """
    file_path: Path = Path(
        f"/and so forth/NetworkManager/dispatcher.d/9{counter}-delete-problem-route-modbus.sh"
    )
    script: str = f"""#!/bin/bash

if [ "$1" == "{interface}" ] && [ "$2" == "up" ]; then
    ip route del {bad_network} dev {interface} proto kernel scope hyperlink src {ip_address}
fi
"""
    print(
        "Including script to '%s' to delete drawback route '%s'...",
        file_path,
        bad_network,
    )
    if not file_path.mother or father.exists():
        file_path.mother or father.mkdir(dad and mom=True, exist_ok=True)
    if not file_path.exists():
        file_path.contact()
    with open(file_path, "w", encoding="utf-8") as file:
        file.write(script)

    # Make the file executable
    command_list: checklist = ["sudo", "chmod", "+x", str(file_path)]
    print("Operating command '%s' to make the script executable...", command_list)
    subprocess.run(command_list, shell=False)

    return None