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Can install 9.1E with a Windows 7 32-bit platform.
The process cannot access the file which is being used by another process.
Aservice called Application Experience Lookup Service is running.
This serviceuses and Progress install Shield also need to in the event that this installationis backed out.
Contact Progress Data Direct at 781 280-4999 and select the choice for Data Direct for added informationon SequeLink 6.0which is compatible with a Progress 9.1E database.
To work with a virtual machine around the Windows 7 machine for the Operating System which is supported. Theninstall Progress 9.1E inside the virtual machine.
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OS: Windows 2008, Windows 7, Windows 8
Are you will find any ODBC drivers for Windows 2008, 7 and 8 64-bit machine to attach to a Progress 9.1E database?
As Progress 9.1E is neither certified nor supported to be used on Windows 2008, 7 and 8 thereis no ODBC driver which can be installed on these systems to enable a connection with a Progress 9.1E database.
Windows 2008was first certified to use with OpenEdge10.0A.
Windows 7 was initially certified to be used with OpenEdge 10.1C.
Windows 8 was initially certified to be used with OpenEdge 10.2B07.
Due to major changes from the connection protocol, an OpenEdge 10.x ODBC driver cannot connect with aProgress 9.1E database.
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Statistics with R, and open source stuff software, data, community
This can be a guest post by my pal Yoni Sidi, a PhD candidate in statistics on the Hebrew University
The Israeli elections are springing up this Tuesday, 17/3/2015 : tomorrow!. They are a tad bit more complicated than your average US presidential race. The elections in Israel depend on nationwide proportional representation. The electoral threshold is 3.25% as well as the number of seats or mandates outside of a total of 120 is proportional to the volume of votes it recieves, therefore, the threshold roughly means at least four mandates. The Israeli system can be a multi-party system which is based on coalition governments. Multi-party is putting it mildly, you can find 11 which have a chance and so are expected to pass the mandate threshold.
There are two major parties, Hamachane Hazioni Left Wing and also the Likud Right Wing, that happen to be hoping to garner between 16%-25% on the votes, 20-30 mandates. The main winners though would be the medium size parties that recomend for the President who they are has the best possiblity to construct another government, so yes there is usually a good possibility how the general elections winner won't be one constructing the coalition. Making the particular winners the parties that induce the biggest coalition which exceeds 60 mandates.
An abundance of polling has become continually published throughout the run up and also the variaety of pollsters and publishers is difficult to keep tabs on as a casual voter attempting to gauge the temperature with the political landscape. I came across an incredible realtime database by Project 61 Pon google docs of past and provide polling result information and decided which it was a fantastic opportunity to understand the Shiny library of RStudio Pand create an app that I can check current and past results. So after I established how for connecting google docs to R, I made a self updating app that became a nice place to maintain track of polling daily, check trends and distributions using interactive ggplot2 graphs and simulate coalition outcomes.
PleasePnote that by Friday March 13th, until election day March 17th, it really is forbidden to execute new polls in Israel, hence the details presented here cannot allow forPanPup-to-date inference concerning the expected results from the election. This post is made for educational purposes.
The latest polling day results published within the media plus the prediction made with all the Project 61 weighting schemes. The parties are stacked into blocks include block has best possible opportunity to create a coalition.
The Project 61 prediction is reliant past pollster error deriving weights through the 2003, 2006, 2009 and 2013 elections, based on days to elections and parties. In their site it has an extensive analysis on pollster bias towards certain parties and party blocks.
An interactive polling analysis layout the place that the user can filter elections, parties, publishers and pollster, dates and make different types of plots using any variable because x and y axis.
The user can pick to include within the plots Elections 2003, 2006, 2009, 2013, 2015 along with the subsequent filters are populated using the relevant parties, pollsters and publishers relevant to your chosen elections. Next there is often a slider to select the days prior to election you wish to view inside the plot. This was used rather than calendar to have a uniform timeline when you compare across elections.
In addition the plot itself is really a ggplot thus your options above the graph provide the user control on nearly all your choices to build a plot. The user can choose through the following variables:
An instance of comparing distribution of pollster errors across elections approximately 10 days prior end of polling, by splitting the parties into five groups as compared to previous election: old party, new party, combined blend of two or more old parties, new party made from a split of your party from last election, old party that would have been a left through the split.
As you can see the pollster don't get a good indication of or combined parties, that may be a problem this election since you'll find: 3 combined, 2 new splits.
If you might be an R user and know ggplot it comes with an additional editor console, below the plot, where you may create advanced plots freehand, just add on the final object from your GUI called p as well as the is x, eg pgeompoint. Just recognize that all aesthetics should be given they're not defined within the original ggplot definition. It is also possible to work with any library you desire just add it to your top in the code, the conclusion object must certainly be a ggplot.
You could also remove the original layer if you want while using the function removegeomggplotobject, geomlayer, eg ppremovegeomp, -point- will eliminate the geompoint layer inside the original graph
p removegeom p, point blank ggplot with facets available new layer p geomsmooth aes x DaysLeft, y Mandates, fill scalexreverse scalefilldiscrete name Party
Finally the plots can be looked at in English or Hebrew, and will be downloaded for your requirements local computer while using the download button.
A bootstrap simulation operates on Polling results from as much as 10 from the latest polls while using the sampling error since the uncertainty of the mandate published. Taking into account mandate surplus agreements while using Hagenbach-Bischoff quota method plus the mandate threshold limit in this particular election it truly is 4 mandates, calculating the simulated final tally of mandates. The distributions are plotted per party and also the location on the median published results inside media.
The user can decide how many polls to look at, around last 10 polls, and ways in which big a simulation they want to perform: 50, 100, 500, 1000 random polling results per each party and poll.
Once the simulator is complete you are able to create coalitions dependant on either the simulated distribution or actual published polls to see who can pass 60 mandates. Choose the coalition parties plus the opposition parties from dropdown lists. Yes the methods chosen are nonsensical on purpose-
All raw data used from the application can be seen and filtered within a datatable.
Currently I am doing my master thesis on multi-state models. Survival analysis was my favourite course within the masters program, partly because on the greatP survival Ppackage which can be maintained by Terry Therneau. The only thing I am not so keen on would be the default plots put together by this package, by. Although the plots are certainly easy to produce, they aren't that attractive similar to most R default plots and legends needs to be added manually. I encounter them all the time inside the literature and wondered whether there was obviously a better way to show survival. Since I was having the grips of ggplot2 recently I thought we would write my personal function, together with the same functionality but a result that's much better looking. I stuck to your defaults Pas almost as much ast possible, by way of example by default plotting confidence intervals for single-stratum survival curves, however, not for multi-stratum curves. Below you ll obtain the code of theP ggsurv Pfunction. Just Pit only has a fitted survival resist produce a default plot. We ll use theP lung Pdata set from theP survival Ppackage for illustration. First we load inside the function to your console see on the end with this post.
Once the function is loaded, we can easily get going, we utilize the lung data set from your survival package for illustration.
A guest post by Paul Hiemstra. Fortran and C programmers often point out that interpreted languages like R are nice and all, but lack in relation to its speed. How fast something works in R greatly is dependent upon how it can be implemented, which packages/functions do i use. A prime example, which turns up regularly on
Fortran and C programmers often claim that interpreted languages like R are nice and all, but lack in relation to its speed. How fast something works in R greatly is determined by how it can be implemented, which packages/functions would you use. A prime example, which appears regularly about the R-help list, is letting a vector grow when you perform an analysis. In pseudo-code it might look like:
The problem here's that dum is fast growing in size. This forces the computer to allocate new remembrance for the object, and that is terribly slow. Preallocating dum for the length it can be supposed being greatly increases the performance. Alternatively, the application of apply kind of functions, or functions from plyr package prevent such problems. But even between higher methods you will find large differences between different implementations.
Take the subsequent example. We make a dataset containing two columns, one column with values number of rainfall and from the other a category monitoring station id. We would like to know very well what the mean value is per category. One way is to work with for loops, but I ll skip any particular one for now. Three possibilities exist that I are conscious of: ddply plyr, ave base R and The bit of code with the end in this post compares these three methods. The outcome in relation to speed is:
datsize noClasses tave tddply tdata. table 1 1e 05 10 0.091 0.035 0.011 2 1e 05 50 0.102 0.050 0.012 3 1e 05 100 0.105 0.065 0.012 4 1e 05 200 0.109 0.101 0.010 5 1e 05 500 0.113 0.248 0.012 6 1e 05 1000 0.123 0.438 0.012 7 1e 05 2500 0.146 0.956 0.013 8 1e 05 10000 0.251 3.525 0.020 9 1e 06 10 0.905 0.393 0.101 10 1e 06 50 1.003 0.473 0.100 11 1e 06 100 1.036 0.579 0.105 12 1e 06 200 1.052 0.826 0.106 13 1e 06 500 1.079 1.508 0.109 14 1e 06 1000 1.092 2.652 0.111 15 1e 06 2500 1.167 6.051 0.117 16 1e 06 10000 1.338 23.224 0.132
It is fairly obvious that ddply performs very bad when the variety of unique categories is large. The ave function performs better. However, the alternative is by far the most effective one, outperforming both other alternatives easily. In response to the, Hadley Wickham author of plyr responded:
This is really a drawback with the way that ddply always blends with data frames. It will certainly be a bit faster if you utilize summarise as an alternative to because is incredibly slow, but I m still thinking about how you can overcome this fundamental limitation on the ddply approach.
I hope this comparison is of usage to readers. And remember, think before you buy complaining that R is slow
It appears that simply days ago, Google Tech Talk released a whole new, 60 minutes long, video of any presentation from June 6, 2011 created by one of R s community more influential contributors, Hadley Wickham.
This seems to become one on the better speaks to send a programmer friend that is interested in stepping into R.
Data analysis, particles converting data into knowledge, insight and understanding, is really a critical component of statistics, but there s surprisingly little research into it. In this talk I ll introduce many of my recent work, including a type of data analysis. I m a separate advocate of programming that data analysis ought to be carried out utilizing a programming language, and I ll justify this by discussing some on the requirement of good data analysis reproducibility, automation and communication. With these planned, I ll introduce you with a powerful set of tools for better understanding data: the statistical programming language R, plus the ggplot2 domain specific language DSL for visualisation.
Following today s announcement, by Ian Fellows, in connection with release from the new version of Deducer 0.4 offering a solid support for ggplot2 by using a GUI plot builder, Ian also sent an e-mail where he shows the way to create a rose plot while using new ggplot2 GUI included inside the latest version of Deducer. After the template is produced, the plot might be generated with 4 clicks from the mouse.
I am excited in regards to the work Ian does, and wish to see more and more people publish use cases with Deducer.
Ian fellows, a challenging working contributer on the R community plus a cool guy, has announced today the launch of Deducer 0.4 to CRAN scheduled to update from the next day or possibly even longer.
This major update includes the release of the new plug-in package DeducerExtras, containing additional dialogs and functionality.
Following will be the e-mail he transmitted with all the details and demo videos.
As prolific because the CRAN website is of packages, you'll find several packages to R that succeeds in standing up for for their wide spread use and quality, Hadley Wickhams ggplot2 and plyr are two such packages.
just released new versions of plyr and ggplot2. source versions positioned on cran, compiled follows soon rstats
Going on the CRAN website demonstrates plyr went through the most major update, together with the last update prior to a current one going down on 2009-06-23. And now, at least a year later, we're presented with plyr version 1, which include New functions, New features some Bug fixes plus a much anticipated Speed improvements.
ggplot2, renders a tiny leap from version 0.8.7 to 0.8.8, and was in the past last updated on 2010-03-03.
Me, and I am sure many R users have become thankful for that amazing work that Hadley Wickham is progressing both on his code, along with helping other useRs for the help lists. So Hadley, thanks !
Before you may compile CISCO-WAN-3G-MIB, you have to compile the MIBs listed below inside order listed.
Download every one of these MIBs Warning: will not include non-Cisco MIBs or view specifics about each MIB below.
If you might be using Internet Explorer click this link.
C3gCdmaSessionEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION This table describes wireless sessionlink created each time a modem connects into a particular cellular network. One or more logical calls may be placed over wireless sessionlink. These logical calls are represented inside c3gCdmaConnectionTable. :: c3gWanCdma 1 c3gCdmaSessionEntry OBJECT-TYPE SYNTAX C3gCdmaSessionEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION An entry conceptual row inside c3gCdmaSessionTable. INDEX entPhysicalIndex :: c3gCdmaSessionTable 1 C3gCdmaSessionEntry:: SEQUENCE c3gCdmaTotalCallDuration Counter64, c3gCdmaTotalTransmitted Counter64, c3gCdmaTotalReceived Counter64, c3gHdrDdtmPreference INTEGER c3gCdmaTotalCallDuration OBJECT-TYPE SYNTAX Counter64 UNITS seconds MAX-ACCESS read-only STATUS current DESCRIPTION Total time period of all calls. :: c3gCdmaSessionEntry 1 c3gCdmaTotalTransmitted OBJECT-TYPE SYNTAX Counter64 UNITS bytes MAX-ACCESS read-only STATUS current DESCRIPTION Total data transmitted for every call. It could be the total number of data transmitted by modem, not for being confused with the variety of bytes transmitted with the interface. :: c3gCdmaSessionEntry 2 c3gCdmaTotalReceived OBJECT-TYPE SYNTAX Counter64 UNITS bytes MAX-ACCESS read-only STATUS current DESCRIPTION Total data received for every call. It will be the total quantity of data received by modem, not to get confused with the volume of bytes received in the interface. :: c3gCdmaSessionEntry 3 c3gHdrDdtmPreference OBJECT-TYPE SYNTAX INTEGER unknown1, off2, on3, noChange4 MAX-ACCESS read-write STATUS current DESCRIPTION HDR Data Dedicated Transmission Mode DDTM preference: unknown1 - DDTM preference is unknown off2 - DDTM preference set to OFF on3 - DDTM preference set to ON noChange4 - DDTM preference isn't a change DEFVAL unknown :: c3gCdmaSessionEntry 4 c3gCdmaConnectionTable OBJECT-TYPE SYNTAX
C3gCdmaIdentityEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION Cellular 3G CDMA identity table. :: c3gWanCdma 3 c3gCdmaIdentityEntry OBJECT-TYPE SYNTAX C3gCdmaIdentityEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION An entry conceptual row within the c3gCdmaIdentityTable. INDEX entPhysicalIndex :: c3gCdmaIdentityTable 1 C3gCdmaIdentityEntry:: SEQUENCE c3gEsn DisplayString, c3gModemActivationStatus INTEGER, c3gAccountActivationDate DisplayString, c3gCdmaRoamingPreference INTEGER, c3gPrlVersion Unsigned32, c3gMdn DisplayString, c3gMsid DisplayString, c3gMsl DisplayString c3gEsn OBJECT-TYPE SYNTAX DisplayString SIZE 0.128 MAX-ACCESS read-only STATUS current DESCRIPTION This object indicates Electronic Serial Number ESN. :: c3gCdmaIdentityEntry 1 c3gModemActivationStatus OBJECT-TYPE SYNTAX INTEGER unknown1, activated2, notActivated3 MAX-ACCESS read-only STATUS current DESCRIPTION Modem activation status. DEFVAL unknown :: c3gCdmaIdentityEntry 2 c3gAccountActivationDate OBJECT-TYPE SYNTAX DisplayString SIZE 0.128 MAX-ACCESS read-only STATUS current DESCRIPTION Modem account activation date. :: c3gCdmaIdentityEntry 3 c3gCdmaRoamingPreference OBJECT-TYPE SYNTAX INTEGER unknown1, home2, affiliated3, any4 MAX-ACCESS read-write STATUS current DESCRIPTION This object indicates the roaming preference: unknown1 - preference unknown home2 - home networks only affiliated3 - roaming on affiliated networks any4 - roaming on any network DEFVAL any :: c3gCdmaIdentityEntry 4 c3gPrlVersion OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION Preferred Roaming List PRL version. DEFVAL 0 :: c3gCdmaIdentityEntry 5 c3gMdn OBJECT-TYPE SYNTAX DisplayString SIZE 0.64 MAX-ACCESS read-write STATUS current DESCRIPTION Mobile Directory Number MDN, a dialable number assigned with a wireless phone. :: c3gCdmaIdentityEntry 6 c3gMsid OBJECT-TYPE SYNTAX DisplayString SIZE 0.64 MAX-ACCESS read-write STATUS current DESCRIPTION Mobile Station Identifier MSID, MSID is required to distinguish the mobile station being programmed off their mobile stations during messaging and paging processes, such as downloading of programming information for the mobile station. :: c3gCdmaIdentityEntry 7 c3gMsl OBJECT-TYPE SYNTAX DisplayString SIZE 0.64 MAX-ACCESS read-write STATUS current DESCRIPTION Mobile Subscriber Lock MSL. :: c3gCdmaIdentityEntry 8 c3gCdmaNetworkTable OBJECT-TYPE SYNTAX
C3gCdmaProfileCommonEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION Cellular 3G CDMA profile common table. :: c3gCdmaProfile 1 c3gCdmaProfileCommonEntry OBJECT-TYPE SYNTAX C3gCdmaProfileCommonEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION An entry conceptual row inside c3gCdmaProfileCommonTable. INDEX entPhysicalIndex :: c3gCdmaProfileCommonTable 1 C3gCdmaProfileCommonEntry:: SEQUENCE c3gNumberOfDataProfileConfigurable Unsigned32, c3gCurrentActiveDataProfile Unsigned32 c3gNumberOfDataProfileConfigurable OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION The amount of data profiles configurable. DEFVAL 0 :: c3gCdmaProfileCommonEntry 1 c3gCurrentActiveDataProfile OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-write STATUS current DESCRIPTION The current active data profile. :: c3gCdmaProfileCommonEntry 2 c3gCdmaProfileTable OBJECT-TYPE SYNTAX
C3gCdma1xRttRadioEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION Cellular 3G CDMA 1xRTT radio table. :: c3gCdmaRadio 1 c3gCdma1xRttRadioEntry OBJECT-TYPE SYNTAX C3gCdma1xRttRadioEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION An entry conceptual row inside the c3gCdma1xRttRadioTable. INDEX entPhysicalIndex :: c3gCdma1xRttRadioTable 1 C3gCdma1xRttRadioEntry:: SEQUENCE c3gCurrent1xRttRssi C3gRssi, c3gCurrent1xRttEcIo C3gEcIo, c3gCurrent1xRttChannelNumber Integer32, c3gCurrent1xRttChannelState INTEGER c3gCurrent1xRttRssi OBJECT-TYPE SYNTAX C3gRssi MAX-ACCESS read-only STATUS current DESCRIPTION Current 1xRTT RSSI value. :: c3gCdma1xRttRadioEntry 1 c3gCurrent1xRttEcIo OBJECT-TYPE SYNTAX C3gEcIo MAX-ACCESS read-only STATUS current DESCRIPTION Current 1xRTT Ec/Io value. :: c3gCdma1xRttRadioEntry 2 c3gCurrent1xRttChannelNumber OBJECT-TYPE SYNTAX Integer32 MAX-ACCESS read-only STATUS current DESCRIPTION Current 1xRTT channel number. Current channel number which the modem is attached to your base station. Value of - 1 indicates No Service. :: c3gCdma1xRttRadioEntry 3 c3gCurrent1xRttChannelState OBJECT-TYPE SYNTAX INTEGER unknown1, notAcquired2, acquired3, scanning4 MAX-ACCESS read-only STATUS current DESCRIPTION Current 1xRTT channel state. Indicates regardless of if the modem is scanning or has acquired the channel. DEFVAL notAcquired :: c3gCdma1xRttRadioEntry 4 c3gCdma1xRttBandClassTable OBJECT-TYPE SYNTAX
C3gCdma1xRttBandClassEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION Cellular 3G CDMA 1xRTT band class table. This table contains band class information for each and every available band. :: c3gCdmaRadio 2 c3gCdma1xRttBandClassEntry OBJECT-TYPE SYNTAX C3gCdma1xRttBandClassEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION An entry conceptual row inside the c3gCdma1xRttBandClassTable. INDEX entPhysicalIndex, c3gBandClassIndex :: c3gCdma1xRttBandClassTable 1 C3gCdma1xRttBandClassEntry:: SEQUENCE c3gBandClassIndex Integer32, c3g1xRttBandClass Unsigned32 c3gBandClassIndex OBJECT-TYPE SYNTAX Integer32 1.32 MAX-ACCESS not-accessible STATUS current DESCRIPTION Band class index, coupled with entPhysicalIndex to get into the band class table. :: c3gCdma1xRttBandClassEntry 1 c3g1xRttBandClass OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION This object contains 1xRTT band class. :: c3gCdma1xRttBandClassEntry 2 c3gCdmaEvDoRadioTable OBJECT-TYPE SYNTAX
C3gCdmaEvDoBandClassEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION Cellular 3G CDMA EV-DO band class table. This table contains band class information for every single available band. :: c3gCdmaRadio 4 c3gCdmaEvDoBandClassEntry OBJECT-TYPE SYNTAX C3gCdmaEvDoBandClassEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION An entry conceptual row inside c3gCdmaEvDoBandClassTable. INDEX entPhysicalIndex, c3gBandClassIndex :: c3gCdmaEvDoBandClassTable 1 C3gCdmaEvDoBandClassEntry:: SEQUENCE c3gEvDoBandClass Unsigned32 c3gEvDoBandClass OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION This object contains EV-DO band class. :: c3gCdmaEvDoBandClassEntry 1 c3gCdmaHistoryTable OBJECT-TYPE SYNTAX
C3gGsmPacketSessionEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION Cellular 3G GSM packet session table. :: c3gGsmPdpProfile 2 c3gGsmPacketSessionEntry OBJECT-TYPE SYNTAX C3gGsmPacketSessionEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION An entry conceptual row from the c3gGsmPacketSessionTable. INDEX entPhysicalIndex, c3gGsmPdpProfileIndex :: c3gGsmPacketSessionTable 1 C3gGsmPacketSessionEntry:: SEQUENCE c3gGsmPacketSessionStatus INTEGER, c3gGsmPdpType C3gPdpType, c3gGsmPdpAddress DisplayString c3gGsmPacketSessionStatus OBJECT-TYPE SYNTAX INTEGER unknown1, active2, inactive3 MAX-ACCESS read-only STATUS current DESCRIPTION This object indicates Packet Data Protocol PDP session status on the profile. Active if the call is established and PDP context happens to be active. DEFVAL inactive :: c3gGsmPacketSessionEntry 1 c3gGsmPdpType OBJECT-TYPE SYNTAX C3gPdpType MAX-ACCESS read-only STATUS current DESCRIPTION This object indicates current session Packet Data Protocol PDP type. :: c3gGsmPacketSessionEntry 2 c3gGsmPdpAddress OBJECT-TYPE SYNTAX DisplayString SIZE 0.64 MAX-ACCESS read-only STATUS current DESCRIPTION Current session PDP address. PDP type is removed from c3gGsmPdpType. :: c3gGsmPacketSessionEntry 3 c3gGsmReqUmtsQosTable OBJECT-TYPE SYNTAX
C3gGsmReqGprsQosEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION Requested GPRS QoS parameters table. This table contains GPRS QoS parameters requested by modem for the cellular network via PDP Context Request message. The requested GPRS QoS profile is optional. :: c3gGsmPdpProfile 6 c3gGsmReqGprsQosEntry OBJECT-TYPE SYNTAX C3gGsmReqGprsQosEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION An entry conceptual row within the c3gGsmReqGprsQosTable. INDEX entPhysicalIndex, c3gGsmPdpProfileIndex :: c3gGsmReqGprsQosTable 1 C3gGsmReqGprsQosEntry:: SEQUENCE c3gGsmReqGprsQosPrecedence C3gGprsQosPrecedence, c3gGsmReqGprsQosDelay C3gGprsQosDelay, c3gGsmReqGprsQosReliability C3gGprsQosReliability, c3gGsmReqGprsQosPeakRate C3gGprsQosPeakRate, c3gGsmReqGprsQosMeanRate C3gGprsQosMeanRate, c3gGsmReqGprsQosRowStatus RowStatus c3gGsmReqGprsQosPrecedence OBJECT-TYPE SYNTAX C3gGprsQosPrecedence MAX-ACCESS read-create STATUS current DESCRIPTION Request GPRS QoS precedence. :: c3gGsmReqGprsQosEntry 1 c3gGsmReqGprsQosDelay OBJECT-TYPE SYNTAX C3gGprsQosDelay MAX-ACCESS read-create STATUS current DESCRIPTION Request GPRS QoS delay classes. :: c3gGsmReqGprsQosEntry 2 c3gGsmReqGprsQosReliability OBJECT-TYPE SYNTAX C3gGprsQosReliability MAX-ACCESS read-create STATUS current DESCRIPTION Request GPRS QoS reliability. :: c3gGsmReqGprsQosEntry 3 c3gGsmReqGprsQosPeakRate OBJECT-TYPE SYNTAX C3gGprsQosPeakRate MAX-ACCESS read-create STATUS current DESCRIPTION Request GPRS QoS peak rate. :: c3gGsmReqGprsQosEntry 4 c3gGsmReqGprsQosMeanRate OBJECT-TYPE SYNTAX C3gGprsQosMeanRate UNITS octet-per-hour MAX-ACCESS read-create STATUS current DESCRIPTION Request GPRS QoS mean rate. :: c3gGsmReqGprsQosEntry 5 c3gGsmReqGprsQosRowStatus OBJECT-TYPE SYNTAX RowStatus MAX-ACCESS read-create STATUS current DESCRIPTION The status of the conceptual row. This object is utilized to manage creation, modification and deletion of rows on this table. :: c3gGsmReqGprsQosEntry 6 c3gGsmMinGprsQosTable OBJECT-TYPE SYNTAX
C3gGsmMinGprsQosEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION Minimum acceptable GPRS QoS table. This table contains minimum acceptable GPRS QoS parameters that's checked because of the MT Mobile Termination from the negotiated profile returned within the Activate PDP Context Accept message. The minimum acceptable GPRS QoS profile is optional. :: c3gGsmPdpProfile 7 c3gGsmMinGprsQosEntry OBJECT-TYPE SYNTAX C3gGsmMinGprsQosEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION An entry conceptual row inside the c3gGsmMinGprsQosTable. INDEX entPhysicalIndex, c3gGsmPdpProfileIndex :: c3gGsmMinGprsQosTable 1 C3gGsmMinGprsQosEntry:: SEQUENCE c3gGsmMinGprsQosPrecedence C3gGprsQosPrecedence, c3gGsmMinGprsQosDelay C3gGprsQosDelay, c3gGsmMinGprsQosReliability C3gGprsQosReliability, c3gGsmMinGprsQosPeakRate C3gGprsQosPeakRate, c3gGsmMinGprsQosMeanRate C3gGprsQosMeanRate, c3gGsmMinGprsQosRowStatus RowStatus c3gGsmMinGprsQosPrecedence OBJECT-TYPE SYNTAX C3gGprsQosPrecedence MAX-ACCESS read-create STATUS current DESCRIPTION Minimum GPRS QoS precedence. :: c3gGsmMinGprsQosEntry 1 c3gGsmMinGprsQosDelay OBJECT-TYPE SYNTAX C3gGprsQosDelay MAX-ACCESS read-create STATUS current DESCRIPTION Minimum GPRS QoS delay classes. :: c3gGsmMinGprsQosEntry 2 c3gGsmMinGprsQosReliability OBJECT-TYPE SYNTAX C3gGprsQosReliability MAX-ACCESS read-create STATUS current DESCRIPTION Minimum GPRS QoS reliability. :: c3gGsmMinGprsQosEntry 3 c3gGsmMinGprsQosPeakRate OBJECT-TYPE SYNTAX C3gGprsQosPeakRate MAX-ACCESS read-create STATUS current DESCRIPTION Minimum GPRS QoS peak rate. :: c3gGsmMinGprsQosEntry 4 c3gGsmMinGprsQosMeanRate OBJECT-TYPE SYNTAX C3gGprsQosMeanRate UNITS octet-per-hour MAX-ACCESS read-create STATUS current DESCRIPTION Minimum GPRS QoS mean rate. :: c3gGsmMinGprsQosEntry 5 c3gGsmMinGprsQosRowStatus OBJECT-TYPE SYNTAX RowStatus MAX-ACCESS read-create STATUS current DESCRIPTION The status in this conceptual row. This object is utilized to manage creation, modification and deletion of rows on this table. :: c3gGsmMinGprsQosEntry 6 c3gGsmNegoGprsQosTable OBJECT-TYPE SYNTAX
C3gGsmNegoGprsQosEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION Negotiated GPRS QoS table. This table contains negotiated GPRS QoS parameters returned inside the Activate PDP Context Accept message. The objects on this table are valid on condition that the worth of object c3gGsmPacketSessionStatus defined in c3gGsmPacketSessionTable is active. :: c3gGsmPdpProfile 8 c3gGsmNegoGprsQosEntry OBJECT-TYPE SYNTAX C3gGsmNegoGprsQosEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION An entry conceptual row within the c3gGsmNegoGprsQosTable. INDEX entPhysicalIndex, c3gGsmPdpProfileIndex :: c3gGsmNegoGprsQosTable 1 C3gGsmNegoGprsQosEntry:: SEQUENCE c3gGsmNegoGprsQosPrecedence C3gGprsQosPrecedence, c3gGsmNegoGprsQosDelay C3gGprsQosDelay, c3gGsmNegoGprsQosReliability C3gGprsQosReliability, c3gGsmNegoGprsQosPeakRate C3gGprsQosPeakRate, c3gGsmNegoGprsQosMeanRate C3gGprsQosMeanRate c3gGsmNegoGprsQosPrecedence OBJECT-TYPE SYNTAX C3gGprsQosPrecedence MAX-ACCESS read-only STATUS current DESCRIPTION Negotiated GPRS QoS precedence. :: c3gGsmNegoGprsQosEntry 1 c3gGsmNegoGprsQosDelay OBJECT-TYPE SYNTAX C3gGprsQosDelay MAX-ACCESS read-only STATUS current DESCRIPTION Negotiated GPRS QoS delay classes. :: c3gGsmNegoGprsQosEntry 2 c3gGsmNegoGprsQosReliability OBJECT-TYPE SYNTAX C3gGprsQosReliability MAX-ACCESS read-only STATUS current DESCRIPTION Negotiated GPRS QoS reliability. :: c3gGsmNegoGprsQosEntry 3 c3gGsmNegoGprsQosPeakRate OBJECT-TYPE SYNTAX C3gGprsQosPeakRate MAX-ACCESS read-only STATUS current DESCRIPTION Negotiated GPRS QoS peak rate. :: c3gGsmNegoGprsQosEntry 4 c3gGsmNegoGprsQosMeanRate OBJECT-TYPE SYNTAX C3gGprsQosMeanRate UNITS octet-per-hour MAX-ACCESS read-only STATUS current DESCRIPTION Negotiated GPRS QoS mean rate. :: c3gGsmNegoGprsQosEntry 5 c3gGsmRadio OBJECT IDENTIFIER:: c3gWanGsm 4 c3gGsmRadioTable OBJECT-TYPE SYNTAX
C3gGsmRadioEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION Cellular 3G GSM radio table. :: c3gGsmRadio 1 c3gGsmRadioEntry OBJECT-TYPE SYNTAX C3gGsmRadioEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION An entry conceptual row from the c3gGsmRadioTable. INDEX entPhysicalIndex :: c3gGsmRadioTable 1 C3gGsmRadioEntry:: SEQUENCE c3gCurrentGsmRssi C3gRssi, c3gCurrentGsmEcIo C3gEcIo, c3gGsmCurrentBand INTEGER, c3gGsmChannelNumber Unsigned32, c3gGsmNumberOfNearbyCell Unsigned32 c3gCurrentGsmRssi OBJECT-TYPE SYNTAX C3gRssi MAX-ACCESS read-only STATUS current DESCRIPTION The GPRS/UMTS RSSI value. :: c3gGsmRadioEntry 1 c3gCurrentGsmEcIo OBJECT-TYPE SYNTAX C3gEcIo MAX-ACCESS read-only STATUS current DESCRIPTION The GPRS/UMTS Ec/Io value. :: c3gGsmRadioEntry 2 c3gGsmCurrentBand OBJECT-TYPE SYNTAX INTEGER unknown1, invalid2, none3, gsm8504, gsm9005, gsm18006, gsm19007, wcdma8008, wcdma8509, wcdma190010, wcdma210011 MAX-ACCESS read-only STATUS current DESCRIPTION GPRS/UMTS band which the modem is attached. DEFVAL unknown :: c3gGsmRadioEntry 3 c3gGsmChannelNumber OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION Channel number that the modem is attached. DEFVAL 0 :: c3gGsmRadioEntry 4 c3gGsmNumberOfNearbyCell OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION This object indicates the present total volume of nearby cell within the c3gGsmNearbyCellTable. User can poll this mind get the total volume of nearby cell before polling c3gGsmNearbyCellTable. DEFVAL 0 :: c3gGsmRadioEntry 5 c3gGsmNearbyCellTable OBJECT-TYPE SYNTAX
C3gGsmNearbyCellEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION Cellular 3G GSM nearby cell table. Object c3gGsmNumberOfNearbyCell indicates the total volume of nearby cell within this table. :: c3gGsmRadio 2 c3gGsmNearbyCellEntry OBJECT-TYPE SYNTAX C3gGsmNearbyCellEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION An entry conceptual row from the c3gGsmNearbyCellTable. INDEX entPhysicalIndex, c3gGsmNearbyCellIndex :: c3gGsmNearbyCellTable 1 C3gGsmNearbyCellEntry:: SEQUENCE c3gGsmNearbyCellIndex Integer32, c3gGsmNearbyCellPrimaryScramblingCode Unsigned32, c3gGsmNearbyCellRscp Integer32, c3gGsmNearbyCellEcIoMeasurement C3gEcIo c3gGsmNearbyCellIndex OBJECT-TYPE SYNTAX Integer32 1.100 MAX-ACCESS not-accessible STATUS current DESCRIPTION Nearby cell index, put together with entPhysicalIndex to gain access to the Nearby cell table c3gGsmNearbyCellTable. :: c3gGsmNearbyCellEntry 1 c3gGsmNearbyCellPrimaryScramblingCode OBJECT-TYPE SYNTAX Unsigned32 MAX-ACCESS read-only STATUS current DESCRIPTION Nearby cell primary scrambling code. :: c3gGsmNearbyCellEntry 2 c3gGsmNearbyCellRscp OBJECT-TYPE SYNTAX Integer32 - 150.0 UNITS dB MAX-ACCESS read-only STATUS current DESCRIPTION Nearby cell Received Signal Code Power RSCP. :: c3gGsmNearbyCellEntry 3 c3gGsmNearbyCellEcIoMeasurement OBJECT-TYPE SYNTAX C3gEcIo UNITS dB MAX-ACCESS read-only STATUS current DESCRIPTION Nearby cell Ec/Io measurement. :: c3gGsmNearbyCellEntry 4 c3gGsmHistoryTable OBJECT-TYPE SYNTAX
C3gGsmHistoryEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION Cellular 3G GSM history table. The reputation RSSI are carried within an octet of string. Each octet inside the octet string carries a value from 0 to 150 as well as the 255 value is reserved to point out an uninitialized Invalid value. The format from the octet string with n octets can be as following: octet 0 is latest, octet 1 is latest-1,. octet n-2 is oldest-1, octet n-1 is oldest To convert the provided value into dBm the next formula must be used: dBm -1value; :: c3gGsmRadio 3 c3gGsmHistoryEntry OBJECT-TYPE SYNTAX C3gGsmHistoryEntry MAX-ACCESS not-accessible STATUS current DESCRIPTION An entry conceptual row inside c3gGsmHistoryTable. INDEX entPhysicalIndex :: c3gGsmHistoryTable 1 C3gGsmHistoryEntry:: SEQUENCE c3gGsmHistoryRssiPerSecond OCTET STRING, c3gGsmHistoryRssiPerMinute OCTET STRING, c3gGsmHistoryRssiPerHour OCTET STRING c3gGsmHistoryRssiPerSecond OBJECT-TYPE SYNTAX OCTET STRING SIZE 60 UNITS - dBm MAX-ACCESS read-only STATUS current DESCRIPTION Per-second RSSI history. This object posesses a per-second good RSSI values for your last a minute. :: c3gGsmHistoryEntry 1 c3gGsmHistoryRssiPerMinute OBJECT-TYPE SYNTAX OCTET STRING SIZE 60 UNITS - dBm MAX-ACCESS read-only STATUS current DESCRIPTION Per-minute weakest RSSI value history. This object boasts a per-minute good reputation for weakest RSSI values to the last 1 hour. The octet inside string could be the weakest RSSI value measured in a very minute interval. :: c3gGsmHistoryEntry 2 c3gGsmHistoryRssiPerHour OBJECT-TYPE SYNTAX OCTET STRING SIZE 72 UNITS - dBm MAX-ACCESS read-only STATUS current DESCRIPTION Per-hour weakest RSSI value history. This object has a per-hour reputation of weakest RSSI values for your last 72 hours. The octet within the string may be the weakest RSSI value measured in the hour interval. :: c3gGsmHistoryEntry 3 c3gGsmSecurity OBJECT IDENTIFIER:: c3gWanGsm 5 c3gGsmSecurityTable OBJECT-TYPE SYNTAX
entPhysicalName STATUS current DESCRIPTION This will be the notification that this modem has become detected by host interface. Users can enable or disable the generation of the notification by utilizing object c3gModemUpNotifEnabled. :: ciscoWan3gMIBNotifs 1 c3gModemDownNotif NOTIFICATION-TYPE
entPhysicalName STATUS current DESCRIPTION This may be the notification that this modem hasn't been detected by host interface, or is disconnected from host interface. Users can enable or disable the generation on this notification by utilizing object c3gModemDownNotifEnabled. :: ciscoWan3gMIBNotifs 2 c3gServiceChangedNotif NOTIFICATION-TYPE
c3gPreviousServiceType, c3gCurrentServiceType STATUS current DESCRIPTION Notification for service change event. Objects c3gPreviousServiceType and c3gCurrentServiceType will probably be included within the notification. Users can enable or disable the generation in this notification by employing object c3gServiceChangedNotifEnabled. :: ciscoWan3gMIBNotifs 3 c3gNetworkChangedNotif NOTIFICATION-TYPE
c3gCurrentSid, c3gCurrentNid, c3gGsmMcc, c3gGsmMnc, c3gRoamingStatus STATUS current DESCRIPTION Notification for network change event. Objects c3gCurrentSid, c3gCurrentNid, c3gGsmMcc, c3gGsmMnc and c3gRoamingStatus are going to be included inside the notification. Users can enable or disable the generation with this notification through the use of object c3gNetworkChangedNotifEnabled. :: ciscoWan3gMIBNotifs 4 c3gConnectionStatusChangedNotif NOTIFICATION-TYPE
c3gConnectionStatus, c3gCurrentServiceType STATUS current DESCRIPTION Notification for connection status change event. Objects c3gConnectionStatus and c3gCurrentServiceType will likely be included from the notification. Users may use object c3gConnectionStatusChangedNotifFlag to master what connection status changes will result in the generation in this notification. :: ciscoWan3gMIBNotifs 5 c3gRssiOnsetNotif NOTIFICATION-TYPE
c3gNotifRadioService, c3gNotifRssi STATUS current DESCRIPTION If RSSI goes below c3gRssiOnsetNotifThreshold and also the service bit in c3gRssiOnsetNotifFlag is scheduled, this notification are going to be generated. Object c3gNotifRadioService will indicate which service generates this notification along with the associated RSSI will likely be reported in c3gNotifRssi. Please note that c3gNotifRssi is utilized to indicate the RSSI value that creates the notification, user should go for the corresponding radio table to get the actual RSSI value. :: ciscoWan3gMIBNotifs 6 c3gRssiAbateNotif NOTIFICATION-TYPE
c3gNotifRadioService, c3gNotifRssi STATUS current DESCRIPTION If RSSI goes above c3gRssiAbateNotifThreshold plus the service bit in c3gRssiAbateNotifFlag is defined, this notification are going to be generated. Object c3gNotifRadioService will indicate which service generates this notification as well as the associated RSSI will likely be reported in c3gNotifRssi. Please note that c3gNotifRssi is utilized to indicate the RSSI value that involves the notification, user should go on the corresponding radio table to get the latest RSSI value. :: ciscoWan3gMIBNotifs 7 c3gEcIoOnsetNotif NOTIFICATION-TYPE
c3gNotifRadioService, c3gNotifEcIo STATUS current DESCRIPTION If Ec/Io goes below c3gEcIoOnsetNotifThreshold as well as the service bit in c3gEcIoOnsetNotifFlag is defined, this notification will probably be generated. Object c3gNotifRadioService will indicate which service generates this notification along with the associated Ec/Io are going to be reported in c3gNotifEcIo. Please note that c3gNotifEcIo is employed to indicate the Ec/Io value that produces the notification, user should go for the corresponding radio table to get the present Ec/Io value. :: ciscoWan3gMIBNotifs 8 c3gEcIoAbateNotif NOTIFICATION-TYPE
c3gNotifRadioService, c3gNotifEcIo STATUS current DESCRIPTION If Ec/Io goes above c3gEcIoAbateNotifThreshold plus the service bit in c3gEcIoAbateNotifFlag is defined, this notification will likely be generated. Object c3gNotifRadioService will indicate which service generates this notification as well as the associated Ec/Io are going to be reported in c3gNotifEcIo. Please note that c3gNotifEcIo is needed to indicate the Ec/Io value that produces the notification, user should go to your corresponding radio table to get the actual Ec/Io value. :: ciscoWan3gMIBNotifs 9 c3gModemTemperOnsetNotif NOTIFICATION-TYPE
c3gModemTemperature STATUS current DESCRIPTION If modem temperature goes above c3gModemTemperOnsetNotifThreshold along with the value of c3gModemTemperOnsetNotifEnabled applies, this notification is going to be generated as well as the current worth of c3gModemTemperature is going to be included on this notification. :: ciscoWan3gMIBNotifs 10 c3gModemTemperAbateNotif NOTIFICATION-TYPE
c3gModemTemperature STATUS current DESCRIPTION If modem temperature goes below c3gModemTemperAbateNotifThreshold and also the value of c3gModemTemperAbateNotifEnabled is valid, this notification is going to be generated and also the current importance of c3gModemTemperature are going to be included in this particular notification. :: ciscoWan3gMIBNotifs 11 - Conformance ciscoWan3gMIBCompliances OBJECT IDENTIFIER:: ciscoWan3gMIBConform 1 ciscoWan3gMIBGroups OBJECT IDENTIFIER:: ciscoWan3gMIBConform 2 ciscoWan3gMIBCompliance MODULE-COMPLIANCE STATUS current DESCRIPTION This is really a default module-compliance containing default object groups.
ciscoWan3gMIBCdmaObjectGroup DESCRIPTION This object group ought to be included for CDMA standard.
ciscoWan3gMIBGsmObjectGroup DESCRIPTION This object group needs to be included for GSM standard. :: ciscoWan3gMIBCompliances 1 - Units of Conformance ciscoWan3gMIBCommonObjectGroup OBJECT-GROUP
Before it is possible to compile CISCO-WAN- 3G-MIB, you'll want to compile the MIBs listed below inside the order listed.
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