similar to: [PATCH 2/4 v2] PCI: support ARI capability

[PATCH 2/4] PCI: support ARI capability Support Alternative Routing-ID Interpretation (ARI), which increases the number of functions that can be supported by a PCIe endpoint. SR-IOV depends on ARI. PCI-SIG ARI specification can be found at http://www.pcisig.com/specifications/pciexpress/specifications/ECN-alt-rid-interpretation-070604.pdf Signed-off-by: Yu Zhao <yu.zhao at intel.com>

[PATCH 2/4] PCI: support ARI capability Support Alternative Routing-ID Interpretation (ARI), which increases the number of functions that can be supported by a PCIe endpoint. SR-IOV depends on ARI. PCI-SIG ARI specification can be found at http://www.pcisig.com/specifications/pciexpress/specifications/ECN-alt-rid-interpretation-070604.pdf Signed-off-by: Yu Zhao <yu.zhao at intel.com>

[PATCH 2/4] PCI: support ARI capability Support Alternative Routing-ID Interpretation (ARI), which increases the number of functions that can be supported by a PCIe endpoint. SR-IOV depends on ARI. PCI-SIG ARI specification can be found at http://www.pcisig.com/specifications/pciexpress/specifications/ECN-alt-rid-interpretation-070604.pdf Signed-off-by: Yu Zhao <yu.zhao at intel.com>

Add Alternative Routing-ID Interpretation (ARI) support. Cc: Jesse Barnes <jbarnes at virtuousgeek.org> Cc: Randy Dunlap <randy.dunlap at oracle.com> Cc: Grant Grundler <grundler at parisc-linux.org> Cc: Alex Chiang <achiang at hp.com> Cc: Matthew Wilcox <matthew at wil.cx> Cc: Roland Dreier <rdreier at cisco.com> Cc: Greg KH <greg at kroah.com>

Add Alternative Routing-ID Interpretation (ARI) support. Cc: Jesse Barnes <jbarnes at virtuousgeek.org> Cc: Randy Dunlap <randy.dunlap at oracle.com> Cc: Grant Grundler <grundler at parisc-linux.org> Cc: Alex Chiang <achiang at hp.com> Cc: Matthew Wilcox <matthew at wil.cx> Cc: Roland Dreier <rdreier at cisco.com> Cc: Greg KH <greg at kroah.com>

Support SR-IOV capability. By default, this feature is not enabled and the SR-IOV device behaves as traditional PCI device. After it's enabled, each Virtual Function's PCI configuration space can be accessed using its own Bus, Device and Function Number (Routing ID). Each Virtual Function also has PCI Memory Space, which is used to map its own register set. Signed-off-by: Yu Zhao

Support SR-IOV capability. By default, this feature is not enabled and the SR-IOV device behaves as traditional PCI device. After it's enabled, each Virtual Function's PCI configuration space can be accessed using its own Bus, Device and Function Number (Routing ID). Each Virtual Function also has PCI Memory Space, which is used to map its own register set. Signed-off-by: Yu Zhao

Support SR-IOV capability. By default, this feature is not enabled and the SR-IOV device behaves as traditional PCI device. After it's enabled, each Virtual Function's PCI configuration space can be accessed using its own Bus, Device and Function Number (Routing ID). Each Virtual Function also has PCI Memory Space, which is used to map its own register set. Signed-off-by: Yu Zhao

[PATCH 3/4] PCI: support SR-IOV capability Support SR-IOV capability. By default, this feature is not enabled and the Physical Function behaves as normal PCIe device. After it's enabled, each Virtual Function's PCI configuration space can be accessed using its own Bus, Device and Function Number (Routing ID). Each Virtual Function also has PCI Memory Space, which is used to map its own

[PATCH 3/4] PCI: support SR-IOV capability Support SR-IOV capability. By default, this feature is not enabled and the Physical Function behaves as normal PCIe device. After it's enabled, each Virtual Function's PCI configuration space can be accessed using its own Bus, Device and Function Number (Routing ID). Each Virtual Function also has PCI Memory Space, which is used to map its own

[PATCH 3/4] PCI: support SR-IOV capability Support SR-IOV capability. By default, this feature is not enabled and the Physical Function behaves as normal PCIe device. After it's enabled, each Virtual Function's PCI configuration space can be accessed using its own Bus, Device and Function Number (Routing ID). Each Virtual Function also has PCI Memory Space, which is used to map its own

Add Single Root I/O Virtualization (SR-IOV) support. Cc: Jesse Barnes <jbarnes at virtuousgeek.org> Cc: Randy Dunlap <randy.dunlap at oracle.com> Cc: Grant Grundler <grundler at parisc-linux.org> Cc: Alex Chiang <achiang at hp.com> Cc: Matthew Wilcox <matthew at wil.cx> Cc: Roland Dreier <rdreier at cisco.com> Cc: Greg KH <greg at kroah.com>

Add Single Root I/O Virtualization (SR-IOV) support. Cc: Jesse Barnes <jbarnes at virtuousgeek.org> Cc: Randy Dunlap <randy.dunlap at oracle.com> Cc: Grant Grundler <grundler at parisc-linux.org> Cc: Alex Chiang <achiang at hp.com> Cc: Matthew Wilcox <matthew at wil.cx> Cc: Roland Dreier <rdreier at cisco.com> Cc: Greg KH <greg at kroah.com>

Up till now, I have only used Asterisk versions 1.2, 10 and 11, on CentOS 4, 5 and 6, and have made extensive use of AMI and FastAGI connections to a multi-threaded backend written in C. For a new project, I am looking at trying Asterisk 16 with ARI, on CentOS 7. I was looking at the various ARI libraries available, particularly the ones for Python and Node.js in github. I noticed that the

Hello, I am experimenting with Asterisk 12.0.0 alpha1. I have a couple of SIP phones working. Good. I can retrieve data using curl to interact with the new Asterisk REST API (ARI). Good. Now I want to use the new ARI events API, which requires a WebSocket connection. I am using Node.js for the client, and have a stable connection to ARI events on the Asterisk 12 server. What I hope for is

Hi there! Is there any way I can turn on debug for ARI and sending the output to a separate log file? So far I have only been able to turn on ARI debugging in the console which results in the debug output being logged in /var/log/asterisk/messages I would love to have ARI debug log messages in /var/log/asterisk/debug or even better in it's own ari-debug file. With best regards Florian

I’m in training, so I have to demonstrate something SIP related. I figure it would be cool to hack a call, hanging it up while in progress from outside Asterisk. Doing so will demonstrate use/knowledge of ARI, AMI, SIP, route-sets, UDP, etc. Practical value: zero :) Who knows, maybe this will have an actual application for someone someday. In practical terms I think building a proxy

On Mon, Jun 26, 2023 at 10:57 AM TTT <lists at telium.io> wrote: > I am connecting to the ARI with subscribe all, so I can see channels being > created. I now want to extract a variety of header variables (at the > moment the from and to tag). I tried to read them from the ARI but > Asterisk refuses since the channel is not in a stasis app. > > > > Is there a way

I'm attempting to run a test of the ARI recording of audio from the channel. When I send the record command, it's failing. curl -v -u asterisk:asterisk -X POST "http://locahost:8088/ari/channels/mychanntest.1/record?name=mytest&format=WAV&maxDurationSeconds=300&maxSilenceSeconds=3" [08/11 09:14:13.290] WARNING[23806]: ari/resource_channels.c:812

On 6/26/23 5:19 PM, Jeff LaCoursiere wrote: > On 6/26/23 9:00 AM, Joshua C. Colp wrote: >> On Mon, Jun 26, 2023 at 10:57 AM TTT <lists at telium.io> wrote: >> >> I am connecting to the ARI with subscribe all, so I can see >> channels being created.  I now want to extract a variety of >> header variables (at the moment the from and to tag).  I