Timer And Flowing Template For Mac

• Timer And Flowing Template For Machine
• Timer And Flow Template For Mac
• Timer And Flow Template For Mac Pages

Jun 8, 2018 - Apple announced macOS Mojave at WWDC on Monday, including some. To go back to the original file, which makes it perfect for working with templates. The Cover Flow view in Finder has been replaced with Gallery view, which. There are also timer options, and the ability to show or hide the cursor. The most recent evolution of the NetFlow flow-record format is known as Version 9. A template can also be sent on a timer, so that it is refreshed every N number of minutes. Both options are user. Outgoing destination MAC address.

Understanding Inline Active Flow Monitoring Inline active flow monitoring is implemented on the Packet Forwarding Engine. The Packet Forwarding Engine performs functions such as creating flows, updating flows, and exporting flow records to a flow collector. The flow records are sent out in industry-standard IPFIX or version 9 format. IPFIX and version 9 templates use UDP as the transport protocol. You can configure inline active flow monitoring for IPv4, IPv6, MPLS, MPLS-IPv4, VPLS, and bridge traffic.

Starting in Junos OS Release 18.1R1, you can configure inline active flow monitoring for MPLS-over-UDP traffic for PTX Series routers. Starting in Junos OS Release 18.2R1, you can configure inline active flow monitoring for MPLS, MPLS-IPv4, and MPLS-IPv6 traffic for PTX Series routers.

Starting in Junos OS Release 18.2R1, you can configure inline active flow monitoring for bridge traffic for MX Series routers. Benefits of Inline Active Flow Monitoring Inline active flow monitoring is implemented on the Packet Forwarding Engine rather than on a services card. This enables:. Lower cost—You do not need to invest in additional hardware. Higher scalabilty—You do not need to dedicate a PIC slot for a services PIC, so you can make full use of the available slots for handling traffic on the device. Better performance—Inline flow monitoring performance is not dependent on the capacity of a services card.

Inline Active Flow Monitoring Configuration Overview. The inline active flow monitoring configuration can be broadly classified into four categories:. Configurations at the edit services flow-monitoring hierarchy level—At this level, you configure the template properties for inline flow monitoring. Configurations at the edit forwarding-options hierarchy level—At this level, you configure a sampling instance and associate the template (configured at the edit services flow-monitoring hierarchy level) with the sampling instance. At this level, you also configure the flow-server IP address and port number as well as the flow export rate, and specify the collectors. You cannot change the source IP address for collectors under the same family. Also, the template mapped across collectors under a family should be the same.

Configurations at the edit chassis hierarchy level—At this level, you associate the sampling instance with the FPC on which the media interface is present. If you are configuring sampling of IPv4 flows, IPv6 flows, or VPLS flows, you can configure the flow hash table size for each family.

Configurations at the edit firewall hierarchy level—At this level you configure a firewall filter for the family of traffic to be sampled. You must attach this filter to the interface on which you want to sample the traffic.

Before you configure inline active flow monitoring, ensure that you have adequately-sized hash tables for IPv4, IPv6, and VPLS flow sampling. These tables can use from one up to fifteen 256K areas. Starting with Junos OS Release 16.1R1 and 15.1F2, the IPv4 table is assigned a default value of 1024. Prior to Junos OS Release 16.1 and 15.1F2, the IPv4 table is assigned a default value of fifteen 256K areas. The IPv6 table is assigned a default value of 1024, and the VPLS table is assigned a default value of 1024.

Allocate larger tables when anticipated traffic volume makes it necessary. You can configure flow collectors to be reachable through non-default VPN routing and forwarding (VRF) instances by including the routing-instance instance-name statement at the edit forwarding-options sampling instance instance-name family (inet inet6 mpls) output flow-server hostname hierarchy level for inline flow monitoring. You cannot configure a flow collector to be reachable through non-default VRF instances for version 5 and version 8 flows. You must configure the routing instance to be a VRF instance by including the instance-type vrf statement at the edit routing-instances instance-name hierarchy level. Inline Active Flow Monitoring Limitations and Restrictions. The following limitations and restrictions apply to the inline active flow monitoring feature in Junos OS:. In Junos OS Release 14.1 and earlier, you can configure inline active flow monitoring on MX Series routers with MPCs/MICs.

Starting in Junos OS Release 14.2, you can also configure inline active flow monitoring on T4000 routers with Type 5 FPCs. In Junos OS release 15.1 and earlier, you can apply version 9 flow templates to IPv4 traffic. Starting in Junos OS Release 16.1, you can also apply version 9 flow templates to MPLS and MPLS-IPv4 traffic. Starting in Junos OS Release 18.1R1, you can also apply version 9 flow templates to IPv6 traffic.

In Junos OS Release 15.1 and earlier, you can apply IPFIX flow templates to IPv4, IPv6, and VPLS traffic. Starting in Junos OS release 16.1, you can also apply IPFIX flow templates to MPLS and MPLS-IPv4 traffic. Starting with Junos OS Release 17.2R1, you can apply IPFIX flow templates to unicast IPv4 and IPv6 traffic on QFX10002 switches. Starting with Junos OS Release 17.4R1, you can apply IPFIX flow templates to unicast IPv4 and IPv6 traffic on QFX10008 and QFX10016 switches.

You can configure only one sampling instance on a Flexible PIC Concentrator (FPC). You can configure only one type of sampling—either services-card-based sampling or inline sampling—per family in a sampling instance. However, you can configure services-card-based and inline sampling for different families in a sampling instance.

The following considerations apply to the inline sampling instance configuration:. Sampling run-length and clip-size are not supported.

In Junos OS Release 16.2 and in Junos OS Release 16.1R3 and earlier, you can configure only one collector under a family for inline active flow monitoring. Starting with Junos OS Release 16.1R4 and 17.2R1, you can configure up to four collectors under a family for inline active flow monitoring. The user-defined sampling instance gets precedence over the global instance. When a user-defined sampling instance is attached to the FPC, the global instance is removed from the FPC and the user-defined sampling instance is applied to the FPC. Flow records and templates cannot be exported if the flow collector is reachable through any management interface. If the destination of the sampled flow is reachable through multiple paths, the IPNEXTHOP (Element ID 15) and OUTPUTSNMP (Element ID 14) in the IPv4 and IPv6 flow records are not reported correctly unless you enable learning of next hop addresses by using the nexthop-learning enable statement. If you do not use nexthop-learning enable:.

For IPv4 flow records, the IPNEXTHOP and OUTPUTSNMP are set to the Gateway Address and SNMP Index of the first path seen in the forwarding table. For IPv6 flow records, the IPNEXTHOP and OUTPUTSNMP are set to 0.

The Incoming Interface (IIF) and Outgoing Interface (OIF) should be part of the same VRF. If OIF is in a different VRF, DSTMASK (Element ID 13), DSTAS (Element ID 17), IPNEXTHOP (Element ID 15), and OUTPUTSNMP (Element ID 14) are set to 0 in the flow records. Each lookup chip maintains and exports flows independent of other lookup chips. Traffic received on a media interface is distributed across all lookup chips in a multilookup chip platform. It is likely that a single flow is processed by multiple lookup chips.

Therefore, each lookup chip creates a unique flow and exports it to the flow collector. This can cause duplicate flow records to go to the flow collector. The flow collector should aggregate PKTSCOUNT and BYTESCOUNT for duplicate flow records to derive a single flow record.

IPFIX and Version 9 Templates The following sections list the fields included in IPFIX and version 9 templates. Fields Included in the IPFIX Bridge Template for MX Series shows the fields that are included in the IPFIX Bridge template.

Timer And Flowing Template For Machine

The fields are shown in the order in which they appear in the template. Table 1: IPFIX Bridge Template Fields for MX, M, and T Series Field Element ID Destination MAC 80 Source MAC 56 Ethernet Type 256 Input SNMP 10 Output SNMP 14 Flow End Reason 136 Number of Flow Bytes 1 Number of Flow Packets 2 Time the flow started with respect to Epoch time 152 Time the flow ended with respect to Epoch time 153 Fields Included in the IPFIX IPv4 Template for MX, M, and T Series shows the fields that are included in the IPFIX IPv4 template. The fields are shown in the order in which they appear in the template.

. Shorthand support, like in Synergy's flow. Preflow support - there's an offshoot of Synergy called DigiDebate which supports these for 1AC's and 1NC's - such a time saver. Theory blocks - allow the user to type in their theory blocks and easily add them to the line by line. I imagine this working where I flow each point in, say, a condo block, then in prep go into the theory section and choose which blocks I want to use to answer it. That would make theory line by line a lot less repetitive effort.

In terms of interface, look at the virtual tub setup in the latest version of Verbatim. There's a single button which opens a hierarchal menu and lets you drill down effectively to what you want to insert. Maybe some sort of integration with Word - if you're skilled enough with VBA I'm sure there's a way to grab block headings, tags, and cites (if they're properly formatted) from a speech doc and import them into a flow.

This would be amazing. Color coding.

A logical place to put overviews. Some sort of casebook - like synergy - you can fill in info from the judge's oral critiques to build up judge preferences. Maybe add a place for a link to their wiki. Multi platform support, where applicable. Mac Word still is not up to par with VBA so I'm not sure if the Word integration will work on Mac, and I have absolutely no experience with whichever word processor DebateOS/Ubuntu uses, but it might allow integration. For judging: an easy way to mark how much time was spent on each flow in each speech.

Extension macros, a la synergy Let me know if there's anything I can do to help with this - I can send you a couple of flow templates for Excel as inspiration, and I'm more than happy to beta test. Thanks for the response!

You included some good ideas I hadn't thought of. A few extra templates would be spectacular if you could send them. For integration, I think I'll be able to work it in for all three systems. Windows should be easy with macro support in their development system, Mac shouldn't be bad with clipboard support in cocoa, and from my limited knowledge of Debate OS, anything I make that will work on Mac should work on there as well. For timing, do you think a small timer integrated as part of the menu bar would be helpful with the capability of marking the time on each flow?

Thanks again! I have not tested the newest flow templates with LibreOffice. The last ones that I know, for sure worked, were Whitman 2.0 when they were.xls files.

As a coach, I generaly leave paperless flowing to the kids to learn. I'm a big proponent of handwritten flows for various reasons I won't get into. Most of it, though, revolves around efficiency and the belief that the more viewable visual map (not necessarily more legible) has benefits over the way we flow paperlessly. This is mostly specific to the debaters.

I don't think this causes too much of an issue for judges. Not sure if its possible (I'm not a programmer), but if you could make it so you could link you computer with your partners and instantly get their flows from your own speeches, that would be an amazing alternative to backflowing. You ought to be able to set-up a Network for yourselves in the debate round. You do not need to be connected to the internet to share networked files/folders. All you'd need to do is one partner hits 'Save' and the other one opens up the file. In most cases it would be 'read only' but I'd be willing to bet you could set-up a co-flo without an internet connected network. It's definitely possible to set up the application to function over the internet and/or an ad-hoc network set up in round.

I created a similar infrastructure to make a real time card flipping function earlier in the year. I did, however, use built-in functions with an iPad that I didn't design, so I never really learned the networking components. It's certainly possible to create an efficient, real-time flow sharing component, but it's probably more long term. If you want to do something like 'Nature Boy' suggests and simply be able to save the file on a shared folder, that can easily be done using public folders over an ad-hoc network with almost any flowing template. I think the trick will be to create some kind of system that seamlessly provides real time updates to some form of co-flow. I'll do my best to find a way, but definitely no promises on this one for the beta release. It's definitely possible to set up the application to function over the internet and/or an ad-hoc network set up in round.

Timer And Flow Template For Mac

I created a similar infrastructure to make a real time card flipping function earlier in the year. I did, however, use built-in functions with an iPad that I didn't design, so I never really learned the networking components. It's certainly possible to create an efficient, real-time flow sharing component, but it's probably more long term. If you want to do something like 'Nature Boy' suggests and simply be able to save the file on a shared folder, that can easily be done using public folders over an ad-hoc network with almost any flowing template. I think the trick will be to create some kind of system that seamlessly provides real time updates to some form of co-flow. I'll do my best to find a way, but definitely no promises on this one for the beta release. I think that real-time flow sharing is needlessly complex for most uses that aren't 'let my partner write the line by line for the second half of my 1AR' - backflowing can be done stably and efficiently after a speech anyways.

Timer And Flow Template For Mac Pages

I'm not sure what you're building this app in, but if I were to try to implement this in Excel, I would probably do something like this. Partners save their flows in separate folders with only the flow in them on a flash drive. Excel can easily pull in the correct flow without prompting for a filename this way, just preset the folders and tell excel to open the excel doc in the folder. Partners should give their flows the same names, and then all that needs to be done is for the receiving partner to fire up the macro, choose which speech to receive, and the macro will copy the correct cells to the corresponding flows. Anyhow, I think a function that just pulls in a relevant section from another flow on command will be more than adequate for backflowing, and much less work than a real-time configuration. Thanks for the response! You included some good ideas I hadn't thought of.

A few extra templates would be spectacular if you could send them. For integration, I think I'll be able to work it in for all three systems. Windows should be easy with macro support in their development system, Mac shouldn't be bad with clipboard support in cocoa, and from my limited knowledge of Debate OS, anything I make that will work on Mac should work on there as well. For timing, do you think a small timer integrated as part of the menu bar would be helpful with the capability of marking the time on each flow? Thanks again! Just add cool timer.

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