epicor: viewing baq data
hello all, back with an unusual problem. so, we have custom baq's i have written that our regionals view through remoting into our network to a dedicated machine. this is due to our version of epicor being "outdated", ewa being unreliable and other factors. because of this, our easiest method of getting them this information is through them remoting in. we have the capabilities to port forward this information out, however, unless each site has a dedicated machine with an out of date (and heavily configured) version of ie, this will not work.does anyone utilize any inter-medium avenues with this or have any ideas on how we can get our regionals to see this information easier? thanks!
i do not think there is a direct way to convert a baq to a ssrs report. however, it is not very difficult to use the baq to generate the sql (to use as the dataset) and then create the report from there. in epicor (in v10 at least, but i think 9 is similar), just open the baq and it should have the "query phrase" on the first tab. copy and paste this into a new dataset you will use in your report. if you have any parameters in epicor, these should be handled by ssrs when you create the dataset. if you are using a baq report in epicor or as part of a dashboard and using a separate filter you can add a where clause and use parameters.if you have not been using ssrs already there are some good resources for setting it up with epicor that can be found online.if you have epicor support you can use the education tab in epicweb (https://epicweb.epicor.com/), it has some courses for setting this up. i used this one recently when setting one up.http://blog.datixinc.com/blog/epicor-10-ssrs-report-setup-and-overview
imho the best solution is to put the proxy`s to an bi

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… i finally got it figured out. by default, iperf sends to the server.  so my 5.5 mbps throughput was only my upload speed.  when i ran iperf in reverse mode (-r) is downloads from the server.  i wasn't getting good results from a single tcp session, but when i increased it to 10, i was getting the results i was expecting (47 mbps).  if you want to try these tests for yourself you can use these commands for any public iperf server: *case sensitiveupload test      - iperf3 -c iperf.he.netdownload test  - iperf3 -r -c iperf.he.net -p10 i do not know what the bandwidth limitation is with this iperf server sorry i took so long to respond on this post. i’ve had a busy week! so i found the issue. in my template for endpoints i realized i accidentally set them to provision using the external ip address of my pbx. changed it to internal and this fixed my issues :stuck\_out\_tongue: see above to learn how to setup and configure ip passthrough mode for your router. if you need further assistance with your ip passthrough setup and configuration contact connectech support. jared, at&t community specialist i had to actually connect to the team viewer from remote to get this popup. can you please fix the documentation to reflect this step please?

https://community.teamviewer.com/t5/knowledge-base/how-to-control-a-mac-running-macos-10-14-or-higher/ta-p/44699#toc-hid--**please do not post teamviewer ids** Hello,  


Please find below the answer for your questions

 QinQ Mapping

 Principles

QinQ mapping maps VLAN tags in user packets to specified tags before the user packets are transmitted across the public network.

* Before sending local VLAN frames, a sub-interface replaces the tags in the local frames with external VLAN tags.
* Before receiving frames from external VLANs, a sub-interface replaces the tags in the external VLANs with local VLAN tags.

QinQ mapping allows a device to map a user VLAN tag to a carrier VLAN tag, shielding different user VLAN IDs in packets.

QinQ mapping is deployed on edge devices of a Metro Ethernet. It is applied in but not limited to the following scenarios:

* VLAN IDs deployed at new sites and old sites conflict, but new sites need to communicate with old sites.
* VLAN IDs planned by each site on the public network conflict. These sites do not need to communicate.
* VLAN IDs on both ends of the public network are asymmetric.

Currently, only 1 to 1 QinQ mapping is supported. When a QinQ mapping-enabled sub-interface receives a single-tagged packet, the sub-interface replaces the VLAN ID in the frame with a specified VLAN ID.

Figure 7-8 QinQ mapping  
![imgDownload?uuid=4402391882494f24bacff41](https://download.huawei.com/mdl/imgDownload?uuid=4402391882494f24bacff41f1955d182.png)  


As shown in [Figure 7-8](https://support.huawei.com/enterprise/en/doc/EDOC1100055122/fbe6cdac/qinq-mapping#fig_dc_vrp_qinq_feature_003501), 1 to 1 QinQ mapping is configured on Sub-interfaces 1 on Switch 2 and Switch 3. If PC1 wants to communicate with PC2:

1. PC1 sends a frame to Switch 1.
2. Upon receipt, Switch 1 adds VLAN ID 10 to the frame, and forwards the frame to Switch 2. After Sub-interface1 on Switch 2 receives the frame with VLAN ID 10, Sub-interface 1 on Switch 2 replaces VLAN ID 10 with carrier VLAN ID 50. Interface 2 on Switch 2 then sends the frame with carrier VLAN ID 50 to the Internet service provider (ISP) network.
3. The ISP network transparently transmits the frame.
4. After Sub-interface 1 on Switch 3 receives the tagged frame from Switch 2, Sub-interface 1 on Switch 3 replaces the carrier VLAN ID 50 with VLAN ID 30.

PC2 communicates with PC1 in a similar manner.

 Comparison Between QinQ Mapping and VLAN Mapping

[Table 7-3](https://support.huawei.com/enterprise/en/doc/EDOC1100055122/fbe6cdac/qinq-mapping#tab_dc_vrp_qinq_feature_003501) describes the comparison between QinQ mapping and VLAN mapping.

Table 7-3 Comparison between QinQ mapping and VLAN mapping



| Mapping Type | Similarity | Difference |
|  |  |  |
| 1 to 1 | An interface maps the tag of a received single-tagged frame to the specified tag. | * QinQ mapping
	+ Performed on a sub-interface
	+ Used for VPLS access
* VLAN mapping
	+ Performed on an interface
	+ Used on Layer 2 networks where VLAN frames are forwarded
 |

  


  


Thanks fax modems were developed decades ago. their design makes use of the fact that fax signals are merely audio tones sent along a normal telephone line, so re-designing a regular data modem to also be able to send faxes using the same phone capabilities was relatively simple.

these days you can buy a data modem either as an external box that connects to your computer via a port and cable, or as a card you can install in a pci or pcie slot. then you connect it to a phone line. becasue the addition of fax capabilites became so easy and commonplace, almost all data modems actually include that feature and are sold as fax modems. the drivers supplied with them allow your computer to use either type of service. many people do not install one of these because they have no intention of using a modem on a phone line - they prefer much faster data rates available by connections though the internet. so, unless they need fax abilities, nobody uses them anymore.

your interest seems to be mainly sending (and receiving?) faxes, and perhaps not even trying to use a data modem. current versions of windows make this really easy - you will not use your old winfax pro. windows includes all the tools you need to receive faxes in various ways, depending on whether you want your machine to always watch for incoming faxes, or only when you turn on the feature. for sending a fax it's even easier. windows always includes a system that makes a fax sending unit appear to be just another printer. you can "print" to that printer just as any other. when you do that, a window pops up to let you set a few parameters and then its sends the fax for you. it even includes a little utility to keep track of fax numbers that you can send to.

i used a fax modem infrequently on my last machine, and i really liked it. for one thing, the fax the recipient gets is really clean and readable, with no distortions or dirt specs caused by scanning. (actually, you can scan a document and then "print" it as a fax you send to someone.) but i used it rarely, and in my new machine there is no spare pci slot for the fax modem, so i never moved my old one to the new computer. hi,

for simplicity, you can do it by checking the bbox location directly.

but please noted that you may still need a tracker if the bbox occlusion is possible.

thanks. Hello,

Please contact our support directly for assistance on your inquiry:

<http://www.intel.com/content/www/us/en/support/contact-support.html> Contact Support




[View solution in original post](/t5/Server-Products/Motherboard-S2600CW-cannot-read-Xeon-Phi-CoProcessor-Pls-help/m-p/429891#M10239) Do you have a laptop or desktop?


If its a desktop, do you have integrated (part of the motherboard) or discrete (card plugged into a slot in motherboard)  

networking controller?


Ususally Fedora (at least for the past several years) has had great support for ethernet controllers right 'out of the box'.


Have you used this particular machine with other operating systems and had the internet work correctly through through ethernet?


Did you create the Fedora bootable media yourself? Did you install Fedora yourself? Did you have the computer connected to the router through the ethernet cable while you did the install?


If you have a discrete networking card, you might need unusual drivers that the Fedora live media did not have.


If you did make the live media yourself, did you check the .iso file integrity before writing it?


Are other computers on the same network able to access the internet?