Hello, been lurking for a bit and I think I've assembled enough knowledge to run my project past the forum to see if I've missed anything.
To establish the lay of the land, I'm planning on monitoring my residence in the US. I've got the typical 200 amp service which comes in on 2x100 amp "legs" as seen here along with a mysteriously large collection of grounds...
While I'm interested in the total usage on the incoming legs, I'm far more interested in consumption on the individual circuits. There are 15 circuits that are ~120v and either 15 or 20 amps a piece. There are also 3 ~220v circuits in the panel, but the only one we use is for the well pump and I'm not particularly interested in that.
Since I have a few arduinos already, I was planning on purchasing 5 of the emonTx shields. I understand I will need to make adjustments to the burden resistors for the voltage change, verify that my ac to ac adapter is up to snuff, and do I have it right that the 50 to 60Hz change is done in software?
For the CTs after reading that the accuracy of some of them fall off in the lower ranges, are the 100amp rated models in the shop what I want or would I be better off with the SCT-013-030, a 30 amp model from the same manufacturer?
Finally, for a receiver I was planning on using a Pi or NanodeRF to send to a self hosted copy of emoncms. I use a pi as part of a weather monitoring system already, and while it works, it does need a reboot every month or so. Is the Nanode a more robust option?
Thanks for listening to my questions.
-mjf
Re: Monitoring many 120v low amp circuits
I detect a small degree of confusion here (unsurprisingly!) so I'll try to clear it up. I'm no Arduino expert, but I believe you can only have one shield per Arduino. Each has 4 current and one voltage input.
The problem is not that the accuracy of the CT's falls off at low current (which it does) but that the wanted voltage signal generated by the burden resistor approaches the noise injected by the digital parts of the processor. So it's really a matter of signal/noise ratio.
I believe that the -000 (100 A) and the -030 (30 A) ct's are the same beast, the difference being that the 30 A one has an internal burden resistor. If you are allowed to disconnect the wires to thread through a ring core ct, then a small one that is adequately sized to give you the required 1.75 V or so output for the emonTx shield at the maximum current you want to measure would probably be better. The snag is, most are rated for 0.33 V out, so if you get one of those, you need a "current output" type (i.e. no internal burden resistor) and you need one rated at 5.3 times the maximum current you want to measure (that's to get the correct VA rating!). Then you will almost certainly need to change the burden resistors on your shields. You can happily feed all the shields with the same voltage reference signal as long as they all share a common ground and 5 V supply.
If you want to measure the incomers, you'll probably need a couple of Magnelab split core SCT-2000-000. My crib notes say the -1250-000 is good for 200 A @ 1 V output + 120% overload, with a burden resistor of 37.5 Ohms, so if you increase the burden resistor to give 1.75 V, they're only good to 137 A, after which they aren't guaranteed to be linear any more. [They're OK to 200 A for the emonTx, which has a lower input voltage than the Shield.] We'd need to ask Magnelab for more details to calculate the correct burden for the -2000- for you.
If you use the standard GitHub sketch, you don't need to change anything for the different frequency. That change is only necessary if you use the phase locked loop sketches.
You could use your RPi with radio or a direct serial connection, but as you see from the forums, emonCMS on the RPi is a work in progress. Both the Nanode and the 'rock solid gateway' for the RPi are stable, but they require a server running emoncms somewhere - which can be emoncms.org or your own.
Re: Monitoring many 120v low amp circuits
Hello Matt,
Greetings from Oklahoma.
Regarding your choice of CT -- For each individual circuit you want to monitor, you'll want a CT with a max current rating as near to the breaker rating value as possible. From your description of your load center, and the circuits you want to monitor, your best choice would be 20 amp units. A 30 amp CT will work, but with a loss of some resolution. For your whole-house application, the 100 amp units would of course be the CTs to use, you'll need two of them, one on each leg, installed facing in opposite directions.
I run version 2 of the EmonTX, which uses a different sketch than the EmonTX Shield, but if memory serves, I didn't have to make any changes regarding line frequency.
Everything that *I've* seen points to the Raspberry Pi as the unit of choice for the base station. I use a Model B, and it has run, without issue, since July of last year.
You may want to take a look at this: http://boredomprojects.net/index.php/projects/home-energy-monitor
It's a 12 circuit monitor that uses an Arduino Due and Raspberry Pi.
Regards,
Bill
Re: Monitoring many 120v low amp circuits
Robert,
Would a CT that has a 2 VRMS output at the rating Matt needs be suitable for his application? You mentioned 1.75V and I immediately thought of the 2V unit.
Re: Monitoring many 120v low amp circuits
"you'll want a CT with a max current rating as near to the breaker rating value as possible"
Er, not quite! You need one (with its burden) greater than but as close as possible to the maximum load without a fault being present, but you also need to recognise that the ct will saturate and not read correctly under overload conditions, and that the breaker will typically carry 1.5 times rated current indefinitely, and 2 times for 3 minutes before tripping.
Re: Monitoring many 120v low amp circuits
Circuit breakers used in the US (Matt mentioned he's in the US) are rated to trip at approximately 80% of rated load. They will trip immediately at 1.5 times rated load and definitely won't go 3 minutes without tripping at twice rated load. (Info taken directly from a Journeyman Electrician)
Re: Monitoring many 120v low amp circuits
We get more for our money than you do, then! One that tripped at 80% of rated would be condemned as faulty here. I was looking at IEC standard curves: http://electrical-engineering-portal.com/purpose-of-miniature-circuit-br... (OK, I rounded the numbers and looked at the "must trip" edge of the band.) IEC stands for International Electrotechnical Commission.
Re: Monitoring many 120v low amp circuits
Here's some additional info that explains the 80% rating...
Circuit breakers have an ampere rating (typically marked on the end of the operating handle). This is the maximum continuous current that the breaker can carry without exceeding its rating. As a general rule the circuit breaker’s ampere rating should be the same as the conductor’s ampacity. In other words we would not want to put a 60 amp breaker on a 10 amp wire. Breakers are tested in open air, with a temperature of some 40 or 50 degrees C.
When a breaker is placed within an enclosure, cooling airflow is restricted; this reduces the ability of the breaker to carry a current to 80% of its ampere rating. When they are installed in an electrical enclosure, breakers will trip when a current in the amount of their rating is placed upon them continuously. Breakers are designed to be able to safely carry a current in excess of their rating for very very short periods of time to allow some types of electrical equipment (called inductive loads) such as motors to start up.
While not as common, some breakers are rated for 100% continuous loads. These are typically called supplementary protectors (SP) and not circuit breakers.
taken from: www.mikeholt.com/mojonewsarchive/EES-HTML/HTML/ElectricalCircuitBreakers~20030621.htm
Re: Monitoring many 120v low amp circuits
Adding to that, the general principle of protection is: You determine the maximum rating of the circuit - normally the maximum continuous current of the connected loads. You then choose a protective device that will operate just above that, or as closely above that as is practical, taking (as Bill points out) ambient temperature and starting conditions into account. You then choose the cable size so that its current carrying capacity is greater than the rating of the protective device, taking into account the ambient temperature and the cable's ability to lose heat to its surroundings, and the voltage drop.
Of course, in the real world you might have to work the sums backwards to determine the maximum load given the installed cable and protective device, for example.
The last thing you want is to use the circuit conductor as a fuse, because in 'blowing', it might well set fire to your house. The cable's ability to lose heat explains why cables buried in the ground are comparatively small diameter (the ground conducts the heat away) while cables buried in insulation might be rated at only half of the capacity of the same cable clipped on the surface of a wall.
Re: Monitoring many 120v low amp circuits
The last thing you want is to use the circuit conductor as a fuse, because in 'blowing', it might well set fire to your house.
Amen to THAT!
Since Matt's max breaker fault current is 20A (except for the 240V circuit that he says he doesn't particularly care about) would a CT that has a 2 VRMS output at the rating Matt needs be suitable for his application? You mentioned 1.75V and I immediately thought of the 2V unit. http://www.byramlabs.com/product_info.php/products_id/20486/product/WattcoreWC1%20SERIES%20WC1-025-RV002%20Split-Core%20Current%20Transformer%20%2825:2000mV%29
Re: Monitoring many 120v low amp circuits
That, presumably, has an internal burden so at the maximum input voltage of his shield, it will read 22 A, which seems to fit his needs. But it's split-core, which will be substantially larger than an equivalent ring-core, and it looks as if space in his switchboard is limited. That's why I suggested ring core types, if he can disconnect each feed to thread the ct onto it.
[You don't mean "Fault current". Maximum Fault Current is maximum current that it can safely break without damage, which will probably be in the hundreds if not thousands of amps region.]
Re: Monitoring many 120v low amp circuits
I'm curious as to how you Americans would measure a 220V circuit if you needed to. Would you just clamp each leg, measure each respective to its corresponding V (~110V), and add them together in software? That is, can you treat them as two unrelated 110V circuits and just add the two power readings together?
If you do that, are you effectively wasting a CT? That is, will each leg be carrying the exact same current, or is it permissible for a 220V appliance to draw more on one leg than the other? For example, can an appliance connect its heavy heating element across the 2 legs (for 220V) and then run its electronics say between one leg and Neutral (for 110V), or must everything be powered from across the 2 legs to keep them balanced?
Re: Monitoring many 120v low amp circuits
Quite correct, the max fault current for a large proportion of the OCPDs made for use here is 10kAmps. I definitely got THAT term wrong! The WC-1 is quite small, (I use 2 of the 1V units to drive my EmonTX (v2)). From the picture in his post, he's got plenty of room to fit the WC-1s. The steel enclosure is ~100mm deep from front to rear. Disconnecting each circuit is easy - loosening a single screw on each breaker is all that's needed. But, the solid core units would definitely take up less space. Probably comes down to how comfortable he is working inside his load center. Most folks here don't don't like to, or flat out won't touch anything inside a beaker panel. Not to mention that, strictly speaking, the only people that are supposed to do that kind of work are licensed electricians.
Re: Monitoring many 120v low amp circuits
Hi dBc,
As Robert has said, the 120-0-120 split phase system we have is effectively three sources. One across both hot legs, and two across each hot leg and neutral. The load balance can vary quite a bit. It depends on how the loads are distributed between the two hot legs and neutral in the load center (circuit breaker panel) and the number of them that are active at any given time. In my case, I have an all electric house, so I have 8 loads across both hot legs, and the remaining circuits connected to each hot leg and neutral. (roughly split evenly between the hot legs) So, depending on the number of 120V loads I have on, and which leg they are connected to, the current in each leg can vary considerably. Usually, the 240V appliances we use will have an internal step-down transformer if the electronics or other parts of it (e.g. a fan motor) need 120V. Otherwise, the entire unit is designed to run on 240V.
Because of the imbalance, I use a CT on each leg, (facing opposite directions, because of the 180 degree difference) and add the two values. The Voltages on each leg, referenced to neutral, tend to stay relatively equal, usually varying from ~.3 to .5 volts from each other.
Re: Monitoring many 120v low amp circuits
Taking an overall view of reported use from the USA, all bets are off regarding current balance. It appears that the voltage balance is reasonably good, but - especially where the incomers are concerned - two ct's are definitely required. Only if there is no neutral connection can you guarantee that only one ct will suffice. When you have two ct's you do indeed add the powers together to get the total. It's exactly the same principle as wattmeters - do the maths and you can prove that you need one less than the number of wires. It doesn't matter which wires you put them on, though. So equally valid are ct's on two lines and measure two voltages lines to neutral, or ct's on one line and neutral and measure voltages line-line and line-neutral.
Re: Monitoring many 120v low amp circuits
Thanks Bill. Can you explain why/how the voltages stay so close? If you and all your neighbours were to foolishly load up one leg and not the other, would that gap widen, or is there something about the nature of the transformer that would keep them balanced even in that worst-case scenario?
When you say:
Because of the imbalance, I use a CT on each leg,
I assume you're talking about whole-house measurement? (since the rest of your response implied there would be no imbalance on a single 220V circuit).
How would you measure the power consumed by a single 220V circuit? I can think of a few possibilities, would they all work?...
1. measure V (~220V) and I for the circuit in question
2. measure V on one leg (~110V), double it, and measure I for the circuit
3. measure V and I on one leg, V and I on the other leg, and add the resultant powers together
#1 has the disadvantage that you need a whole 'nother V measurement
#2 relies on the legs staying at the same voltage
#3 wastes a CT, since each CT will be measuring the same current
Re: Monitoring many 120v low amp circuits
I guess there is the obvious variation of #3, which is to only use one CT, and add the two V leg measurements together to get the actual V feeding the appliance.
Re: Monitoring many 120v low amp circuits
Right, whole-house measurement. Robert's post just above yours answers your question about measuring a single 240V circuit. With only two wires, you only need one meter.
The power companies limit the number of customers they connect to each transformer, typically 4, but sometimes as many as 6, depending on the size of the buildings.
As most folks don't have any way of knowing who among them on the same transformer has what loads on which leg, and the load center circuit breakers alternate their connections to each leg, (i.e. even numbered breakers on one leg, odd numbered breakers on the other leg) the chances of that happening are going to be mighty slim.
Robert, I have to defer to you for the answer about why the voltages remain fairly close to each other...
Re: Monitoring many 120v low amp circuits
I think what Robert is saying is that provided the appliance is fed L1, L2 and Neutral, there's no way of knowing how it's going to draw it's power, and so 2 CTs are required?
Re: Monitoring many 120v low amp circuits
The driving EMF for the two halves of the secondary winding will always be the same (to within the accuracy of the winding process and the flux distribution in the core), so there remains only one explanation as to why the two voltages are closely balanced - the source impedance, including the resistance of the feeder cable on the secondary side, is relatively low, and/or the two currents are relatively closely matched; hence the voltage variation due to the difference between the two IR drops is equally small.
Re: Monitoring many 120v low amp circuits
I think what Robert is saying is that provided the appliance is fed L1, L2 and Neutral, there's no way of knowing how it's going to draw it's power, and so 2 CTs are required?
Right. Quoting Robert from another post: (http://openenergymonitor.org/emon/node/3265)
Classical theory says you need one fewer wattmeter than the number of wires, and a voltage and current input pair to the emonTx is exactly equivalent to a wattmeter, so you must measure two line currents and two line-neutral voltages.
Re: Monitoring many 120v low amp circuits
The driving EMF for the two halves of the secondary winding will always be the same (to within the accuracy of the winding process and the flux distribution in the core), so there remains only one explanation as to why the two voltages are closely balanced - the source impedance, including the resistance of the feeder cable on the secondary side, is relatively low, and/or the two currents are relatively closely matched; hence the voltage variation due to the difference between the two IR drops is equally small.
Got it. That ever-present energy robber "copper loss." (among others) Or in this instance, more or less equal copper losses between the two legs. I should've gotten that one. Guess I've been a system level tech too long. It's been a long 40 years since learning the basics!
Re: Monitoring many 120v low amp circuits
"It's been a long 40 years since learning the basics!" Greenhorn! I finished my Elec.Eng. degree course in 1971. ;-)
Re: Monitoring many 120v low amp circuits
This is fascinating stuff, a bit far afield of my original questions, but very apropo for how I will finish off my project after the individual circuits are monitored. I'm curious how different the sums of the individual circuits, the two legs, and the power company meter will be.
After some additional research Robert is correct, the 30 amp CT I mentioned is the same as the 100 but with a built in burden resistor. So scratch that.
The space saving nature of solid core CTs appeals to me since space between the circuits is tight. Based on Bill and others comments above I located these, CR8410-1000 The 20 amp model puts out 2.1v at load, which looks promising.
Seems I have some time until the rfm12pi comes back in stock to work this out and whether to go with 5 unos and shields or the more homebrew route as in the 12 circuit monitor above.
-mjf
Re: Monitoring many 120v low amp circuits
Ya got me there indeed, RW. <grin>
Mine was mere 6 month course during 1974, in basic electronics, avionics navigation systems and airborne search/weather radar.
Re: Monitoring many 120v low amp circuits
dBC,
Here's a graph of the Leg1 and Leg2 currents my system monitors. As you can see, while there's not a large difference between the two, it varies constantly.
I think what Robert is saying is that provided the appliance is fed L1, L2 and Neutral, there's no way of knowing how it's going to draw it's power, and so 2 CTs are required?
Re: Monitoring many 120v low amp circuits
Thanks Bill, very interesting. I assume the units on the y-axis are Watts? And I'm guessing that your fridge is on the red leg. It looks like all your significant loads are 220V loads, hence the synchronised spikes?
Re: Monitoring many 120v low amp circuits
Right, y-axis = watts. I'm not sure which leg the fridge is on, but I'd say you're guess is more than likely correct. The big spikes are the water heaters - one is a 4.5kW unit, the other, 5.5kW. Also correct regarding the sync'd spikes. Loads more than ~2kw are typically 240 vice 120V.
Re: Monitoring many 120v low amp circuits
Matt:
It looks as if that CT will do the job for you. As it stands, you'll clip the input at 16.76 A, if you put a 538 Ω external burden resistor as well as the internal one (106.26 Ω according to their formula), that will reduce the output voltage and allow you to go to 20 A maximum reading before the emonTx Shield's input clips. (It is probably better to go low and use a 510 Ω standard value, which will give you a bit of headroom - 1.738 V rms or 4.91 V p-p given a sine wave. The current calibration constant for that combination will be 11.508 )
[Note: you overload a CT with a higher value of burden resistor, so shunting the existing burden with another is actually lowering the load on the CT - think current, not voltage, when you're dealing with CTs.]
Re: Monitoring many 120v low amp circuits
I have a follow on.
I am also in the US - and I need to monitor a few of the 220V circuits (heat pumps/water heater/etc). How do I do this? I have a dual socket breaker with 2 wires into it. Do I need to CT clamp both? or can I just clamp one and double?
These look like the top-left breaker from the original image in this thread.
Thanks
M
Re: Monitoring many 120v low amp circuits
The general answer is you need one less CT than the number of wires feeding your load (discounting earths of course). So if any of your 220 V appliances have a neutral connection, you need 2 CTs, if none have (i.e. there is nothing connected to that breaker that needs 110 V), you need one (and you measure the 220 V of course).
Re: Monitoring many 120v low amp circuits
Thanks Robert - i don't believe there is a neutral - the entire circuit will be 220V - so just a single CT then. I'm guessing it doesn't matter which leg i put it on as they should both have the same current correct?
So I would need to set the single CT to 220V and make sure I only monitor other 220V circuits on that emonTX?
Re: Monitoring many 120v low amp circuits
"So I would need to set the single CT to 220V and make sure I only monitor other 220V circuits on that emonTX?"
That doesn't make sense! A current transformer measures current - the voltage on the wire is irrelevant. You can monitor other circuits, but you need to be clear what you're measuring. Assuming the 220 V is reasonably accurately balanced about the neutral - and most reports indicate that it is - you will lose little in accuracy if you either:
(1) Measure Line-Line and halve the voltage for the 110 V circuits, or
(2) Measure Line-Neutral and double the voltage for the 220 V circuits.
If there's a 2 V difference in the two lines, so one is 111 V and the other 109 V, you've got roughly a 1% error in voltage/power/energy in the 110 V loads if you're measuring L-L, and 1% again in the 220 V but 2% in the other 110 V Line if you're measuring 110 V. So if you're prepared to lose a bit of accuracy, then yes, you can measure both 110 V and 220 V circuits. If all your high power loads are on 220 V, it makes sense to measure that to keep the overall error to a minimum.
Of course, you'll need to edit the sketch to account for the different voltages.
(I'm assuming you are measuring the voltage - if you're using the declared voltage and measuring only current, then it makes no difference, but you'll still need to edit the sketch.)


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by Helen FearViewers of I'm A Celebrity... Get Me Out Of Here! watched with trepidation as the show kicked off last night, and put the 10 famous faces through their first terrifying trials...
So imagine how you'd feel if you were the parents of one of the stars!
Roman Kemp, 26, was forced to tackle the plank challenge in strong winds last night, in an attempt to gain entry to the more comfortable camp in the jungle.
And his famous parents Martin and Shirlie Kemp were watching from home, possibly even more terrified than their son!
Capital DJ star Roman and Myles Stephenson, 28, had to climb DOWN a ladder suspended 334 feet in the air off the 32-storey Focus Building on Australia's Gold Coast.
Read more: I'm A Celebrity: Extra Camp fans beg Joe Swash to return
Hosts Ant and Dec explained that each celeb would walk along a plank and climb down its ladder to reach the 'yellow zone'.
There, they had to hit a button when a light turned green, before making their way back.
The duo with the fastest combined response time become one of two 'Power Pairs', earning the right to live in the more comfortable Croc Creek camp.
As if the challenge wasn't terrifying enough, the stars also had to contend with unusually high winds.
"Thankfully we've had a word with health and safety and we're still fine to do it," confirmed Ant.
While Ian Wright and Jacqueline Jossa came in at 3.40 seconds, Andrew Maxwell and Kate Garraway were just ahead on 3.39 seconds.
But Myles and Roman were the clear winners, with a combined time of 1.45 seconds - making them a Power Pair.
Watching from home, dad Martin admitted he'd been "breathless" while mum Shirlie was "shaking".
He tweeted: "Well done on the ladder... Phew I can breath! Shirlie is shaking!"
Shirlie also tweeted, admitting she was "so nervous" to watch her son take part in the ITV show.
Former EastEnders actor and Spandau Ballet star Martin, 58, and his singer/dancer wife Shirlie, 57 - who were introduced by the late George Michael - also have a daughter Harley Moon.
Talking about his famous dad - who he appeared with on Celebrity Gogglebox - Roman joked: "I am not scared of the eating trials because I grew up with Dad's cooking!
"I think the eating ones I will hate but I will do them. The show is iconic and you want to do everything."
Asked what his parents thought of him doing the show, Roman said: "My Dad loves it. He is ready to find the worst freeze frame possible of my face and put it out on social media!
"Mum will say she hates it up until the day I get in there. Once she sees the show, understands it and grasps I am in there, I think she will be alright. She is really nervous though!"
TV fans know that Martin is no stranger to hardships himself, after taking part in Bear Grylls' Celebrity Island, in which he lost two stone.
Who is your early favourite to win I'm A Celeb? Let us know on our Facebook page @EntertaimentDailyFix .


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THE LUFA SCHEDULER IS NOW DEPRECATED AND WILL BE REMOVED IN A FUTURE RELEASE. EXISTING CODE SHOULD CONVERT TO STANDARD LOOPS AS SHOWN IN THE CURRENT LIBRARY DEMOS.
The LUFA library comes with a small, basic round-robbin scheduler which allows for small "tasks" to be executed continuously in sequence, and enabled/disabled at runtime. Unlike a conventional, complex RTOS scheduler, the LUFA scheduler is very simple in design and operation and is essentially a loop conditionally executing a series of functions.
Each LUFA scheduler task should be written similar to an ISR; it should execute quickly (so that no one task hogs the processor, preventing another from running before some sort of timeout is exceeded). Unlike normal RTOS tasks, each LUFA scheduler task is a regular function, and thus must be designed to be called, and designed to return to the calling scheduler function repeatedly. Data which must be preserved between task calls should be declared as global or (preferably) as a static local variable inside the task.
The scheduler consists of a task list, listing all the tasks which can be executed by the scheduler. Once started, each task is then called one after another, unless the task is stopped by another running task or interrupt.
If desired, the LUFA scheduler does not need to be used in a LUFA powered application. A more conventional approach to application design can be used, or a proper scheduling RTOS inserted in the place of the LUFA scheduler. In the case of the former the USB task must be run manually repeatedly to maintain USB communications, and in the case of the latter a proper RTOS task must be set up to do the same.
For more information on the LUFA scheduler, see the Scheduler.h file documentation.


Coliceba 18 Nov 2019, 11:45 by Inter News Service (INS) Los campeones Jardineros de Aibonito marchan con marca de 7-0.Inter News Service (INS) As featured on


Class HttpResponse
public
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public
boolean
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public
array
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public
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public
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public
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public
mixed|string
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public
string
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string
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integer
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float
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boolean
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integer |
HTTP_CODE_OK
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200
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integer |
HTTP_CODE_UNAUTHORIZED
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401
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integer |
HTTP_CODE_FORBIDDEN
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403
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integer |
HTTP_CODE_NOT_FOUND
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#
404
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integer |
HTTP_CODE_REQUEST_TIMEOUT
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#
408
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integer |
HTTP_CODE_INTERNAL_ERROR
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#
500
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protected
integer
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$code
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protected
array
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$headers
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protected
string
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$head
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protected
string
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$body
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protected
integer
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$time
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class ProductPriceTools
Utility class used to store price and promo price for a carte item.
Class ProductPriceTools
Methods
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__construct($price, $promoPrice)
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| float |
getPrice()
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| float |
getPromoPrice()
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Details
at line 38
public
__construct($price, $promoPrice)
at line 47
public float
getPrice()
at line 55
public float
getPromoPrice()


Github user account
Username:
Your github username
Token:
Github access token. Can be found at
https://github.com/account/admin
under
API Token
section
Default repository
User/Organisation name:
Repository name:
UI
Default Tab to open:
Your Branches
Active Pull Requests
Save
Settings successfully saved!


{% if not articles and not tags %}
Nothing to see here!
{% endif %} {% if articles %}All Articles
Click on an article title to jump to that article.
-
{% for article in articles %}
- {{ sel(article.title, 'Untitled') }} written on {{ article.date }} {% endfor %}


RUSH HOUR (1998)
Rating: *** out of ****** Review of Film http://www.reviewfilm.com
As the outgoing Hong Kong chief of police, Han (Tzi Ma) celebrates his appointment as Chinese consul to the United States, his most trusted detective, Lee (Jackie Chan), leads a raid against a top crime boss, Juntao. The raid is successful but the crime leader escapes. Meanwhile, Los Angeles police detective James Carter (Chris Tucker) is in trouble.
Soon after Han arrives in Los Angeles, his daughter is kidnapped in a violent ambush. The FBI takes charge of the investigation, and is not happy to hear that Han has asked his friend Lee to fly to the States to help with the investigation. They resolve to ensure that Lee is kept well away from the investigation, and ask the LAPD to supply a detective to act as a nursemaid for Lee - Carter gets the job (thinking he has been promoted to the FBI).
The reason people go to see movies with Jackie Chan is neither to see subtle character studies or hear reams of dialogue. No, the reason people pay to see Jackie Chan movies is to see Jackie do his martial arts thing. Chan's movies usually thin on plot but compensate with spectacular stunt work and martial arts skills. Chan plans and executes most of the stunts, which are generally breath taking and done with a great deal of humour and skill. I have to confess to having a soft spot for Jackie Chan - his movies hark back to a time when actors such as Buster Keaton and Charlie Chaplin invented exciting and complex stunts and didn't use doubles for the dangerous stunts. Chan's Hong Kong movies have had a cheap and cheerful feel to them, and he has yet to make a breakthrough in the English-speaking market, particularly the United States.
The decision to put Chan with brash, wisecracking comedian Chris Tucker seems to be a good idea - let Tucker do the talking and let Chan do the high kicking. Alas, there is far too much talking. Tucker made his mark in The Fifth Element as the voluble DJ with the outrageous coiffure who helped Bruce Willis save the universe, and followed it up with a small role in Jackie Brown. He gets far more screentime in Rush Hour but he doesn't seem to know what to do with it. It becomes obvious after a few scenes that Tucker hasn't much to say, and his allegedly comic presence soon becomes tiresome. He seems content to pass off a tired pastiche of Eddie Murphy (circa 48 Hours and Beverly Hills Cop) rather than carve out a distinct persona of his own. Unfortunately, Tucker's prominence means there is less of Chan and his acrobatic antics. The action sequences that do appear are strangely subdued, and are not exactly awe-inspiring.
All in all, this film is incredibly pedestrian - it certainly doesn't capture Chan at his best, and it proves that too much of Chris Tucker is definitely not a good thing. You would be much better served by renting a video of Supercop(1996), which stars Chan and Michelle Yeoh (of Tomorrow Never Dies fame) - it is much more fun.
(c) Review of Film 1999
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


SUBSTANCE
TYPE
ISSUE DATE
COMPANY
HAZCHEM
UN
CLASSIFICATION
PPE
PPE DESCRIPTION
GROUP / CREW
HEALTH HAZARDS
FIRST AID
STORAGE
MSDS
PRODUCT PHOTO


Gantt Chart Builder!
Change chart scale:
Change Scale
10
Change chart timeline interval:
Change Interval


TRIAL(1) TRIAL(1) NAME trial - run unit tests SYNOPSIS trial [ options ] [ file | package | module | TestCase | testmethod ] ... trial --help | -h DESCRIPTION trial loads and executes a suite of unit tests, obtained from modules, packages and files listed on the command line. trial will take either filenames or fully qualified Python names as argu‐ ments. Thus `trial myproject/foo.py', `trial myproject.foo' and `trial myproject.foo.SomeTestCase.test_method' are all valid ways to invoke trial. After running the given test suite, the default test reporter prints a summary of the test run. This consists of the word "PASSED" (if all tests ran as expected) or "FAILED" (if any test behaved unexpectedly) followed by a count of the different kinds of test results encountered. The possi‐ ble kinds of test results includes: successes Tests that passed all their assertions and completed without error. These are marked "PASSED" in the normal test output. failures Tests that failed an assertion, called self.fail() or explicitly raised self.failureException for some reason. These are marked "FAILED" in the normal test output. errors Tests that raised an unexpected exception (including Assertion‐ Error), tests that caused the tearDown() method to raise an excep‐ tion, tests that run for longer than the timeout interval, tests that caused something to call twisted.python.log.err() without subsequently calling self.flushLoggedErrors(), tests that leave the reactor in an unclean state, etc. These are marked "ERROR" in the normal test output. Note that because errors can be caused after the actual test method returns, it is possible for a single test to be reported as both an error and a failure, and hence the total number of test results can be greater than the total number of tests executed. skips Tests that were skipped, usually because of missing dependencies. These are marked "SKIPPED" in the normal test output. expectedFailures Tests that failed, but were expected to fail, usually because the test is for a feature that hasn't been implemented yet. These are marked "TODO" in the normal test output. unexpectedSuccesses Tests that should have been listed under expectedFailures, except that for some reason the test succeeded. These are marked "SUC‐ CESS!?!" in the normal test output. OPTIONS -b, --debug Run the tests in the Python debugger. Also does post-mortem debug‐ ging on exceptions. Will load `.pdbrc' from current directory if it exists. -B, --debug-stacktraces Report Deferred creation and callback stack traces --coverage Generate coverage information in the `coverage' subdirectory of the trial temp directory (`_trial_temp' by default). For each Python module touched by the execution of the given tests, a file will be created in the coverage directory named for the module's fully-qualified name with the suffix `.cover'. For example, because the trial test runner is written in Python, the coverage directory will almost always contain a file named `twisted.trial.runner.cover'. Each `.cover' file contains a copy of the Python source of the module in question, with a prefix at the beginning of each line containing coverage information. For lines that are not exe‐ cutable (blank lines, comments, etc.) the prefix is blank. For executable lines that were run in the course of the test suite, the prefix is a number indicating the number of times that line was executed. The string `>>>>>>' prefixes executable lines that were not executed in the course of the test suite. Note that this functionality uses Python's sys.settrace() func‐ tion, so tests that call sys.settrace() themselves are likely to break trial's coverage functionality. --disablegc Disable the garbage collector for the duration of the test run. As each test is run, trial saves the TestResult objects, which means that Python's garbage collector has more non-garbage objects to wade through, making each garbage-collection run slightly slower. Disabling garbage collection entirely will make some test suites complete faster (contrast --force-gc, below), at the cost of increasing (possibly greatly) memory consumption. This option also makes tests slightly more deterministic, which might help debug‐ ging in extreme circumstances. -e, --rterrors Print tracebacks to standard output as soon as they occur --force-gc Run gc.collect() before and after each test case. This can be used to isolate errors that occur when objects get collected. This option would be the default, except it makes tests run about ten times slower. -h, --help Print a usage message to standard output, then exit. --help-reporters Print a list of valid reporters to standard output, then exit. Reporters can be selected with the --reporter option described below. --help-reactors Print a list of possible reactors to standard output, then exit. Not all listed reactors are available on every platform. Reactors can be selected with the --reactor option described below. -l, --logfile logfile Direct the log to a different file. The default file is `test.log'. logfile is relative to _trial_temp. -n, --dry-run Go through all the tests and make them pass without running. -N, --no-recurse By default, trial recurses through packages to find every module inside every subpackage. Unless, that is, you specify this option. --nopm Don't automatically jump into debugger for post-mortem analysis of exceptions. Only usable in conjunction with --debug. --profile Run tests under the Python profiler. -r, --reactor reactor Choose which reactor to use. See --help-reactors for a list. --recursionlimit Set Python's recursion limit. See sys.setrecursionlimit() --reporter Select the reporter to use for trial's output. Use the --help- reporters option to see a list of valid reporters. --spew Print an insanely verbose log of everything that happens. Useful when debugging freezes or locks in complex code. --tbformat format Format to display tracebacks with. Acceptable values are `default', `brief' and `verbose'. `brief' produces tracebacks that play nicely with Emacs' GUD. --temp-directory directory WARNING: Do not use this options unless you know what you are doing. By default, trial creates a directory called _trial_temp under the current working directory. When trial runs, it first deletes this directory, then creates it, then changes into the directory to run the tests. The log file and any coverage files are stored here. Use this option if you wish to have trial run in a directory other than _trial_temp. Be warned, trial will delete the directory before re-creating it. --testmodule filename Ask trial to look into filename and run any tests specified using the Emacs-style buffer variable `test-case-name'. --unclean-warnings As of Twisted 8.0, trial will report an error if the reactor is left unclean at the end of the test. This option is provided to assist in migrating from Twisted 2.5 to Twisted 8.0 and later. Enabling this option will turn the errors into warnings. -u, --until-failure Keep looping the tests until one of them raises an error or a failure. This is particularly useful for reproducing intermittent failures. --version Prints the Twisted version number and exit. --without-module modulenames Simulate the lack of the specified comma-separated list of mod‐ ules. This makes it look like the modules are not present in the system, causing tests to check the behavior for that configura‐ tion. -z, --random [seed] Run the tests in random order using the specified seed. SEE ALSO The latest version of the trial documentation can be found at http://twistedmatrix.com/documents/current/core/howto/testing.html AUTHOR Written by Jonathan M. Lange REPORTING BUGS To report a bug, visit http://twistedmatrix.com/trac/newticket COPYRIGHT Copyright © 2003-2011 Twisted Matrix Laboratories This is free software; see the source for copying conditions. There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. Oct 2007 TRIAL(1)


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io.ktor.routing.AndRouteSelector |
Evaluates a route as a result of the AND operation using two other selectors
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io.ktor.application.Application |
Represents configured and running web application, capable of handling requests
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|
io.ktor.application.ApplicationCall |
Represents a single act of communication between client and server.
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io.ktor.application.ApplicationCallPipeline |
Pipeline configuration for executing ApplicationCall instances
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io.ktor.config.ApplicationConfig |
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io.ktor.config.ApplicationConfigValue |
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io.ktor.config.ApplicationConfigurationException |
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io.ktor.application.ApplicationEnvironment |
Represents an environment in which Application runs
|
|
io.ktor.application.ApplicationEvents |
Provides events for Application lifecycle
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io.ktor.application.ApplicationFeature |
Defines an installable Application Feature
|
|
io.ktor.request.ApplicationReceivePipeline |
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io.ktor.request.ApplicationReceiveRequest |
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io.ktor.request.ApplicationRequest |
Represents client's request
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io.ktor.response.ApplicationResponse |
Represents server's response
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io.ktor.response.ApplicationSendPipeline |
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io.ktor.features.AutoHeadResponse |
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io.ktor.content.ByteArrayContent |
Implementation of the OutgoingContent.ByteArrayContent for sending array of bytes
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io.ktor.features.CORS |
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io.ktor.content.CacheControl |
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io.ktor.features.CallLogging |
Logs application lifecycle and call events.
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io.ktor.features.Compression |
Feature to compress a response based on conditions and ability of client to decompress it
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io.ktor.features.CompressionEncoder |
Represents a Compression encoder
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io.ktor.features.CompressionEncoderBuilder |
Builder for compression encoder configuration
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io.ktor.features.CompressionEncoderConfig |
Configuration for an encoder
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io.ktor.features.CompressionOptions |
Compression feature configuration
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io.ktor.features.ConditionalHeaders |
Feature to check modified/match conditional headers and avoid sending contents if it was not changed
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io.ktor.features.ConditionsHolderBuilder |
Represents a builder for conditions
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com.typesafe.config.Config (extensions in package io.ktor.config) |
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io.ktor.routing.ConstantParameterRouteSelector |
Evaluates a route against a constant query parameter value
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io.ktor.features.ContentConverter |
A custom content converted that could be registered in ContentNegotiation feature for any particular content type
Could provide bi-directional conversion implementation.
One of the most typical examples of content converter is a json content converter that provides both serialziation
and deserialization
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io.ktor.features.ContentNegotiation |
https://tools.ietf.org/html/rfc7231#section-5.3
https://developer.mozilla.org/en-US/docs/Web/HTTP/Content_negotiation
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io.ktor.request.ContentTransformationException |
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io.ktor.util.ConversionService |
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io.ktor.sessions.CookieConfiguration |
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io.ktor.sessions.CookieIdSessionBuilder |
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io.ktor.sessions.CookieSessionBuilder |
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io.ktor.sessions.CurrentSession |
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io.ktor.features.DataConversion |
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io.ktor.util.DataConversionException |
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io.ktor.util.DefaultConversionService |
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io.ktor.features.DefaultHeaders |
Adds standard HTTP headers Date and Server and provides ability to specify other headers
that are included in responses.
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io.ktor.response.DefaultResponsePushBuilder |
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io.ktor.features.DeflateEncoder |
Implementation of the deflate encoder
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io.ktor.features.DelegatingConversionService |
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io.ktor.util.DispatcherWithShutdown |
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io.ktor.application.DuplicateApplicationFeatureException |
Thrown when Application Feature has been attempted to be installed with the same key as already installed Feature
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io.ktor.content.EntityTagVersion |
This version checks etag value and pass it through conditions supplied by the remote client. Depending on conditions it
produces return value of enum type VersionCheckResult
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io.ktor.application.EventDefinition |
Definition of an event
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io.ktor.application.EventHandler |
Specifies signature for the event handler
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io.ktor.features.ForwardedHeaderSupport |
Forwarded header support. See RFC 7239 https://tools.ietf.org/html/rfc7239
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io.ktor.features.GzipEncoder |
Implementation of the gzip encoder
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io.ktor.features.HSTS |
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io.ktor.sessions.HeaderIdSessionBuilder |
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io.ktor.sessions.HeaderSessionBuilder |
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io.ktor.config.HoconApplicationConfig |
Implements ApplicationConfig by loading configuration from HOCON data structures
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io.ktor.routing.HttpAcceptRouteSelector |
Evaluates a route against a content-type in the HttpHeaders.Accept header in the request
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io.ktor.routing.HttpHeaderRouteSelector |
Evaluates a route against a header in the request
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io.ktor.routing.HttpMethodRouteSelector |
Evaluates a route against an HttpMethod
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io.ktor.content.HttpStatusCodeContent |
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io.ktor.features.HttpsRedirect |
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io.ktor.features.IdentityEncoder |
Implementation of the identity encoder
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io.ktor.content.JarFileContent |
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io.ktor.content.LastModifiedVersion |
This version passes the given lastModified date through the client provided
http conditional headers If-Modified-Since and If-Unmodified-Since.
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kotlin.collections.List (extensions in package io.ktor.sessions) |
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io.ktor.content.LocalFileContent |
OutgoingContent representing a local file with a specified contentType, expires date and cacheControl
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io.ktor.config.MapApplicationConfig |
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io.ktor.features.MutableOriginConnectionPoint |
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io.ktor.routing.OptionalParameterRouteSelector |
Evaluates a route against an optional query parameter value and captures its value, if found
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io.ktor.routing.OrRouteSelector |
Evaluates a route as a result of the OR operation using two other selectors
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io.ktor.routing.ParameterRouteSelector |
Evaluates a route against a query parameter value and captures its value
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io.ktor.features.PartialContentSupport |
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io.ktor.routing.PathSegmentConstantRouteSelector |
Evaluates a route against a constant path segment
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io.ktor.routing.PathSegmentOptionalParameterRouteSelector |
Evaluates a route against an optional parameter path segment and captures its value, if any
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io.ktor.routing.PathSegmentParameterRouteSelector |
Evaluates a route against a parameter path segment and captures its value
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io.ktor.routing.PathSegmentSelectorBuilder |
Helper object for building instances of RouteSelector from path segments
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io.ktor.routing.PathSegmentTailcardRouteSelector |
Evaluates a route against any number of trailing path segments, and captures their values
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io.ktor.routing.PathSegmentWildcardRouteSelector |
Evaluates a route against any single path segment
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io.ktor.pipeline.PipelineContext (extensions in package io.ktor.application) |
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io.ktor.pipeline.PipelineContext (extensions in package io.ktor.content) |
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io.ktor.request.RequestCookies |
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io.ktor.content.Resource |
Represents a resource that can be mixed into OutgoingContent to give more information about content.
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io.ktor.response.ResponseCookies |
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io.ktor.response.ResponseHeaders |
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io.ktor.response.ResponsePushBuilder |
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io.ktor.routing.Route |
Describes a node in a routing tree
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io.ktor.routing.RouteSelector |
Base type for all routing selectors
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io.ktor.routing.RouteSelectorEvaluation |
Represents a result of a route evaluation against a call
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io.ktor.routing.Routing |
Root routing node for an Application
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io.ktor.routing.RoutingApplicationCall |
Represents an application call being handled by Routing
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io.ktor.routing.RoutingApplicationRequest |
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io.ktor.routing.RoutingApplicationResponse |
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io.ktor.routing.RoutingPath |
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io.ktor.routing.RoutingPathSegment |
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io.ktor.routing.RoutingPathSegmentKind |
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io.ktor.routing.RoutingResolutionException |
Exception indicating a failure in a routing resolution process
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io.ktor.routing.RoutingResolveContext |
Represents a context in which routing resolution is being performed
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io.ktor.routing.RoutingResolveResult |
Represents a result of routing resolution
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io.ktor.sessions.SessionProvider |
Specifies a provider for a session with the specific name and type
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io.ktor.sessions.SessionSerializer |
Serializes session from and to String
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io.ktor.sessions.SessionSerializerReflection |
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io.ktor.sessions.SessionStorage |
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io.ktor.sessions.SessionStorageMemory |
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io.ktor.sessions.SessionTracker |
SessionTracker provides ability to track and extract session from the call context.
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io.ktor.sessions.SessionTrackerById |
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io.ktor.sessions.SessionTrackerByValue |
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io.ktor.sessions.SessionTransport |
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io.ktor.sessions.SessionTransportCookie |
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io.ktor.sessions.SessionTransportHeader |
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io.ktor.sessions.SessionTransportTransformer |
Represents a session cookie transformation. Useful for such things like signing and encryption
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io.ktor.sessions.SessionTransportTransformerDigest |
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io.ktor.sessions.SessionTransportTransformerMessageAuthentication |
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io.ktor.sessions.Sessions |
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io.ktor.features.StatusPages |
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io.ktor.content.URIFileContent |
|
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io.ktor.features.UnsupportedMediaTypeException |
|
|
io.ktor.content.Version |
Represents content version
|
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io.ktor.content.VersionCheckResult |
Represent result of the version comparison between content being sent and HTTP request.
|
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io.ktor.content.WriterContent |
|
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io.ktor.features.XForwardedHeadersSupport |
|


I am a rising junior at New York University, majoring in Computer Science and minoring in Web Programming & Applications. I have moved around a bit but I mainly grew up in good ole Georgia and I am currently living in NYC for school. I have a passion for front-end web development, design and programming. Second to my passion for tech is definitely food and Game of Thrones, so if you want to check out a cool place to eat or chill and rant about GOT, hit me up!
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Kelsey Boeing
10/18/2018
The “most exciting band in the land” has quite the reputation to uphold. With its halftime shows being a beloved tradition of Ohio University and its students, the Marching 110 is a prestigious group, and a talented one to be sure, with a legacy many alumni can feel tremendous pride for.
It all began in 1923 when the first OU band was founded by a student at the time named Homer Baird. He felt the school needed a marching band, so he organized a group of musicians and pitched the idea to them.
From that group of 40 or so musicians blossomed a group of 110 marching Bobcats. Contrary to popular belief, the program does not only admit 110 members. Today, the group has grown to 219 members but they are still referred to as the Marching 110 to keep the tradition going, and because the group now uses the “110” to describe the amount of effort the members give all the time, both on and off the field.
Midge Mazur | FOR THE POST
The Marching 110 goes over formations during practice at Pruitt Field.
Becoming a member of the band is serious business. The audition process can be intimidating, especially for incoming freshmen. The auditions are initially done through electronic recording, and if accepted at that point, then prospective members come in.
“The initial audition is 100 percent based on music skills,” Josh Boyer, assistant director of the Marching 110, said.
After new members are admitted, there is a second audition of sorts that evaluates marching ability. They’re in the band, but whether or not they march is dependent on both marching and musical skills.
“I didn’t make it my freshman year, and it was soul-crushing,” Shannon MacLeod, a senior studying integrated science education, said. “My second year, I auditioned again, and when I opened the email and saw that I was in, I couldn’t believe it. It was completely euphoric.”
The 110 is a highly celebrated band, and there are high school students who dream of being part of something so special.
“It was something I had been working for since my freshman year of high school,” Megan Pesicek, a junior studying microbiology, said. “I was just full of excitement when I found out I made it.”
Getting in shape for the 110 experience is no easy feat, though. Once new members are admitted to the band, they have to get used to both the physical activity and the natural elements they may face during the season.
“It’s very hard to get in shape for the 110,” Pesicek said. “The directors really emphasize getting acclimated to the heat and humidity and performing in those conditions. It’s exhausting, but really rewarding.”
“You can see the energy and excitement all around. They’re reacting to the crowd and reacting to each other, and all the hard work really paid off.”Josh Boyer
It is not an easy task to become a member, and the schedule for admitted members is a huge commitment. The 110 consumes several hours of the members’ weeks with rehearsals every day and extra rehearsals some days. There are rehearsal commitments, performance commitments and other events the members are required to attend throughout the season.
It’s a full-time job, but all of the struggles and hard work become worth it on game days.
“My favorite part is right after the performances, when they come off the field,” Boyer said. “You can see the energy and excitement all around. They’re reacting to the crowd and reacting to each other, and all the hard work really paid off.”
All the practicing and perfecting during rehearsals doesn’t compare to the energy they get from performing and being so celebrated by the crowd.
The 110 is the essence of fun and OU celebrity all the time for the members, but there is something about Homecoming weekend that kicks it up a notch. The energy, the confidence and the enjoyment of band members, alumni and everyone watching is beyond words.
“The best part of Homecoming has to be the postgame show,” Boyer said. “The alumni and the current members are intermixed, and it’s really relaxed. And the sound of 600 to 800 people playing together, it’s so loud and just amazing.”
Current members have the chance to meet people who played in the 110 years before them. Their experiences are obviously different, but parallels can certainly be found even though time has passed.
“Alumni can only come back once a year, so it’s really special,” MacLeod said. “Last year was the 50th year, and I was marching with someone who had went to the Macy’s parade when they were here, and I was going that year. It was just a grand ol’ time.”
The alumni coming back to campus offers a chance to see old friends and make new. The 110 is truly a family that transcends generation after generation.
“It’s one big party on the field,” Pesicek said. “Current members see their old friends and meet their new family members. The sense of tradition that’s felt is really special.”
There is a joint cause for celebration after the performance, as all the stressful parts are over for the weekend. Everyone can enjoy what it means to be Bobcats, and Marching 110 Bobcats at that.
“Dedication, passion and family,” Boyer said. “The whole experience and the bond of 50-plus years, it never goes away.”
The theme for the 110’s Homecoming program for this year has the theme of “Boston,“ but the overall Homecoming theme is “Athens State of Mind” and the idea that the experiences had here, stay with alumni forever. That’s what Homecoming is all about, and for 110 members, no matter the age, they always have a spot with that family.
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Welcome to Logistics Network Design’s documentation!¶
solve_lnd: Main example for testing logistics network design optimizer
This program illustrates how to use the optimization model implemented in module lnd.py, with potential places for distribution centers being pre-clustered by the method implemented in clustering.py.
The source code is available here.


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Mercedes-AMG Reconfirms GT Black Series, Hybrid GT 4-Door For 2020
Straight from AMG's global head of product management and sales.
by Jacob OlivaThe Mercedes-AMG GT is no push-over sports car. In fact, it's most anemic version produces 469 horsepower (350 kiloWatts) and 465 pound-feet (630 Newton-meters) of torque, coming from the 4.0-liter V8 with boosts coming from twin turbochargers. It's current most-powerful version, the GT R, makes way more than that at 577 hp (430 kW) and 516 lb-ft (700 Nm) of twists.
But AMG isn't about to let its guard down in making its sports car even greater. Spied testing a number of times on public roads this year, the AMG GT Black Series is bound to happen – and AMG's global head of product management and sales, Michael Knöller, has confirmed that it's arriving sooner than we think.
Gallery: Mercedes-AMG GT Black Series Spied
Speaking to Road & Track during this year's L.A. Auto Show, Knöller said that the AMG GT Black Series would be launched next year. The AMG honcho didn't give a reveal date, though, but he said that it should hit production by the end of 2020.
To recall, the last time AMG used the Black Series monicker was in the AMG SLS, which gave the coupe an increase to 622 hp (464 kW) and an increased redline to 8,000 RPM. Knöller didn't disclose any info about the AMG GT Black Series output increase, however, but he said that it would be its "more extroverted" version and that "it underlines the history and performance of the GT two door," according to Road & Track's report.
What We Currently Know About The Ultimate GT:
Apart from the GT Black Series, Knöller confirmed that a plug-in hybrid GT Four-Door will also be launched next year. No launch date was set by he confirmed that the GT Black Series and the plug-in hybrid GT Four-Door will be launched close to each other. The production of the latter will also commend by the end of 2020.
Source: Road & Track


|
Xerces-C++
3.1.4
|
Public Member Functions | |
Constructors | |
| PSVIAttributeList (MemoryManager *const manager=XMLPlatformUtils::fgMemoryManager) | |
| The default constructor. More... | |
Destructor | |
| ~PSVIAttributeList () | |
PSVIAttributeList methods | |
| XMLSize_t | getLength () const |
| PSVIAttribute * | getAttributePSVIAtIndex (const XMLSize_t index) |
| const XMLCh * | getAttributeNameAtIndex (const XMLSize_t index) |
| const XMLCh * | getAttributeNamespaceAtIndex (const XMLSize_t index) |
| PSVIAttribute * | getAttributePSVIByName (const XMLCh *attrName, const XMLCh *attrNamespace) |
| PSVIAttribute * | getPSVIAttributeToFill (const XMLCh *attrName, const XMLCh *attrNS) |
| methods needed by implementation More... | |
| void | reset () |
| reset the list More... | |
| Public Member Functions inherited from XMemory | |
| void * | operator new (size_t size) |
| This method overrides operator new. More... | |
| void * | operator new (size_t size, MemoryManager *memMgr) |
| This method defines a custom operator new, that will use the provided memory manager to perform the allocation. More... | |
| void * | operator new (size_t size, void *ptr) |
| This method overrides placement operator new. More... | |
| void | operator delete (void *p) |
| This method overrides operator delete. More... | |
| void | operator delete (void *p, MemoryManager *memMgr) |
| This method provides a matching delete for the custom operator new. More... | |
| void | operator delete (void *p, void *ptr) |
| This method provides a matching delete for the placement new. More... | |
Additional Inherited Members | |
| Protected Member Functions inherited from XMemory | |
| XMemory () | |
| Protected default constructor. More... | |
| PSVIAttributeList::PSVIAttributeList | ( | MemoryManager *const | manager = XMLPlatformUtils::fgMemoryManager | ) |
The default constructor.
| manager | The configurable memory manager |
| PSVIAttributeList::~PSVIAttributeList | ( | ) |
| PSVIAttribute* PSVIAttributeList::getAttributePSVIAtIndex | ( | const XMLSize_t | index | ) |
| PSVIAttribute* PSVIAttributeList::getAttributePSVIByName | ( | const XMLCh * | attrName, |
| const XMLCh * | attrNamespace | ||
| ) |
| XMLSize_t PSVIAttributeList::getLength | ( | ) | const |
| PSVIAttribute * PSVIAttributeList::getPSVIAttributeToFill | ( | const XMLCh * | attrName, |
| const XMLCh * | attrNS | ||
| ) |
methods needed by implementation
returns a PSVI attribute of undetermined state and given name/namespace and makes that object part of the internal list. Intended to be called during validation of an element.
| attrName | name of this attribute |
| attrNS | URI of the attribute |
References PSVIAttributeStorage::fAttributeName, PSVIAttributeStorage::fAttributeNamespace, and PSVIAttributeStorage::fPSVIAttribute.
| void PSVIAttributeList::reset | ( | ) |
reset the list


Namespace NMF.Transformations
Classes
AbstractTransformationRule<TIn, TOut>
Defines a transformation rule with a single input argument that is abstract, i.e. it cannot create an output This means that there must exist transformation rules that are marked instantiating for this rule.
AbstractTransformationRule<TIn1, TIn2, TOut>
Defines a transformation rule with two input arguments that is abstract, i.e. it cannot create an output This means that there must exist transformation rules that are marked instantiating for this rule.
ComputationBase
Represents a computation that transforms arbitrary many inputs
ComputationBase<TIn>
Represents a computation that transforms a single input
ComputationBase<TIn1, TIn2>
Represents a computation that transforms two inputs
GeneralTransformationRule<TIn>
Defines a transformation rule of a transformation that has one input argument
GeneralTransformationRule<TIn1, TIn2>
Defines a transformation rule of a transformation that has one input argument
InPlaceComputation
Represents an in-place computation
InPlaceComputation<TIn>
Represents an in-place computation
InPlaceComputation<TIn1, TIn2>
Represents an in-place computation
InPlaceTransformationRule
Defines a simple transformation rule of a transformation that has multiple input arguments and no output
InPlaceTransformationRule<TIn>
Defines a simple transformation rule of a transformation that has one input argument and no output
InPlaceTransformationRule<TIn1, TIn2>
Defines a simple transformation rule of a transformation that has two inputs argument and no output
InPlaceTransformationRuleBase
This class is used to describe transformation rules that have more than two input arguments and no output
InPlaceTransformationRuleBase<T>
Defines a transformation rule that takes an input argument, but does not produce a result
InPlaceTransformationRuleBase<TIn1, TIn2>
Represents an in-place transformation rule that operates on two input arguments
ModelCheckTransformation
Denotes a homogeneous model transformation that executes all model check rules
ModelCheckTransformationRule<T>
Denotes a model check rule of the given type
OverrideRuleAttribute
Marks a transformation rule to override another transformation rule
ReflectiveTransformation
This is a base class of a transformation that just creates an instance of each nested class, if it is not abstract and is a transformation rule
Reflector
A helper class that reflects the transformation rules that reside as nested classes within a given type
TraceEntry<TInput, TOut>
Represents a computation that is only used for tracing purposes
TraceEntryGroup<TKey, TOut>
Represents a transformation rule that is only used for tracing purposes and must not be used to create computations
TraceExtensions
This helper class provides additional methods for tracing purposes
TransformationComputation<TOut>
Represents a computation that represents that a set of input arguments are transformed into an output of type TOut
TransformationComputation<TIn, TOut>
Represents a computation that represents that a set of input arguments are transformed into an output of type TOut
TransformationComputation<TIn1, TIn2, TOut>
Represents a computation that represents that a set of input arguments are transformed into an output of type TOut
TransformationEngine
This class provides methods to execute transformations
TransformationRule<T>
Defines a simple transformation rule of a transformation that has one input argument and an output
TransformationRule<TIn, TOut>
Defines a simple transformation rule of a transformation that has one input argument and an output
TransformationRule<TIn1, TIn2, TOut>
Defines a simple transformation rule of a transformation that has one input argument and an output
TransformationRuleBase<T>
This class is used to describe transformation rules that have more than two input arguments
TransformationRuleBase<TIn, TOut>
Defines a transformation rule of a transformation that has one input argument and an output
TransformationRuleBase<TIn1, TIn2, TOut>
Defines a transformation rule of a transformation that has two input arguments and an output
Interfaces
ITransformationRulePattern<TIn>
Represents a transformation pattern that can be tied to a transformation rule
ITransformationRulePattern<TIn1, TIn2>
Represents a transformation pattern that can be tied to a transformation rule
Enums
ChangePropagationMode
Denotes the change propagation mode


Classes:
Classes are an attribute that we use in our HTML and CSS which allow us to apply different kinds of styles on differeet elements in our HTML. For example, we could use the class name "bright" to group several different html elements and then select this class in our CSS to style them the same way.
Example of div and h1 element with class "bright" applied:
We could then style these classes in our CSS. In CSS we can select classes using "." then the class name.
We can also add multiple classes to an element by just putting a space between the names of the classes. Here is an example of an h1 element with two classes applied.
Classes are ideal to use when we need to apply the same style to more than one element.
Ids:
Ids are used when want to target a specific element with a unique Id. You cannot use the same Id with more than one element and the id must have a unique name that cannot be reused. Here is an example of an h2 element with an id selector added.
We would then select this in our CSS file with the "#" symbol and we can apply a unique style to our element.
We can also add a class and an Id to the same element if needed.
Summary:
Classes are used when we need to target multiple elements and apply the same style. We can add classes to as many elements as we need.
Ids are used when we need to target an element and add a unique style and should not be used more than once in an HTML document. For example, in our HTML there should only be one element with a unique id, we can't reuse that id with the same element further down the page.
It's important to remember that classes and ids have no meaning by themselves in the HTML document, it's up to us to define and style them in our HTML and CSS documents.


Sadly, this page will not work in Internet Explorer, due to its outdated Javascript support. We suggest you use Chrome or Firefox.


Before Change
// Regularization losses.
losses = self.fn_regularization_losses(states=states, internals=internals, update=update)
if len(losses) > 0:
loss += tf.add_n(inputs=list(losses.values()))
if "regularization" in self.summary_labels:
for name, loss_val in losses.items():
summary = tf.summary.scalar(name=("regularization/" + name), tensor=loss_val)
self.summaries.append(summary)
After Change
// Regularization losses.
losses = self.fn_regularization_losses(states=states, internals=internals, update=update)
if len(losses) > 0:
loss += tf.add_n(inputs=[losses[name] for name in sorted(losses)])
if "regularization" in self.summary_labels:
for name in sorted(losses):
summary = tf.summary.scalar(name=("regularization/" + name), tensor=losses[name])
self.summaries.append(summary)


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S3DCube Class Reference
List of all members.
Public Member Functions |
|
| S3DCube (S3DRect *s[6]) |
|
| S3DCube (S3DPoint edges[8]) |
|
| S3DCube (S3DPoint a, S3DPoint b, S3DPoint c, S3DPoint d, S3DPoint e, S3DPoint f, S3DPoint g, S3DPoint h) |
|
void | move (double dx, double dy, double dz) |
| | Virtual method. Implementations are responsible for moving the primitive.
|
|
void | rotate (double rx, double ry, double rz, S3DPoint *anchor=NULL) |
| | Virtual method. Implementations are responsible for rotating the primitive.
|
|
void | draw (S3DDevice *d, S3DSurface w, S3DContext g) |
| void | setColor (unsigned long c) |
| | Sets the color of the primitive.
|
|
unsigned long | getColor () |
| | Returns the color of the primitive.
|
|
double | getZ () |
| | Virtual method. Implementations are responsible for return some z-Value the primitive.
|
Member Function Documentation
| void S3DCube::setColor |
( |
unsigned long |
c |
) |
|
Sets the color of the primitive.
- Parameters:
-
| [in] | c | The color as unsigned long (as produced by RGB-macro), the primitive will get. |
Reimplemented from S3DPrimitive.
The documentation for this class was generated from the following files:


Pet Manager Waters:
Thank you! I've heard marvelous stories about a great adventurer who defeated the monsters in this area.
Well, where is the Map Pieces?
"Here it is."


{% extends 'base.html' %} {% block content %}
{{ _('Hello world!') }}
{{ _('Lets all be unique together until we realise we are all the same.') }}
{{ _('Two more days and all his problems would be solved.') }}
{{ _('Excitement replaced fear until the final moment.') }}
{{ _('Malls are great places to shop; I can find everything I need under one roof.') }}
{{ _('Bye!') }}
{% for language in AVAILABLE_LANGUAGES.items() %} {% if CURRENT_LANGUAGE == language[0] %} {{ language[1] }} {% else %} {{ language[1] }} {% endif %} {% endfor %}


{include file='public/head' /}
| {$language_tag.index_finance_showReceivableAllManage_payment_type} | 付款方 | {$language_tag.index_finance_showReceivableAllManage_receivable_voucher} | {$language_tag.index_finance_showReceivableAllManage_voucher_time} | {$language_tag.index_public_mark} | {$language_tag.index_finance_showReceivableAllManage_true_receipt} | 剩余 | {$language_tag.index_source_operation} |
|---|---|---|---|---|---|---|---|
| {$receipts_pay_result.object_name} | {$language_tag.index_source_showVisaSourceManage_download} |
| {$language_tag.index_finance_showReceivableAllManage_team_product_number} | {$language_tag.index_finance_showReceivableManage_receivable_number} | {$language_tag.index_finance_showReceivableManage_order_number} | {$language_tag.index_finance_showReceivableManage_customer_number} | {$language_tag.index_finance_showReceivableManage_product_name} | {$language_tag.index_finance_showReceivableManage_currency_name} | {$language_tag.index_finance_showReceivableManage_receivable_money} | {$language_tag.index_finance_showReceivableManage_uncollected} | {$language_tag.index_finance_showReceivableAllManage_true_receipt_allocation} | 扣除金额 | |
|---|---|---|---|---|---|---|---|---|---|---|
| {$vo.team_product_number} | {$vo.receivable_number} | {$vo.order_number} | {$language_tag.index_finance_showReceivableManage_look} | {$vo.currency_unit} | {$vo.currency_unit} | {$receipts_pay_result.base_currency_unit} |


--- layout: archive classes: wide ---
Dr. Renesh Bedre is an Associate Research Scientist at Texas A&M AgriLife Research. He received his Ph.D. from Louisiana State University, where he studied and applied genomics and bioinformatics approaches to understand the genetics of model and non-model plants associated with diseases and abiotic stresses.
At Texas A&M AgriLife Research, he continued his work on high-throughput genomics analysis and developed new computational methods to understand the complex genetic traits, gene networks, pathways, and basal molecular mechanisms for developing next-generation crops.
In his research, he primarily employs bioinformatics, statistical, and machine learning methods to exploit the large-scale sequencing datasets and interpret meaningful biological information.
Besides, he developed scalable software/tools, automated analysis pipeline, statistical models, and integrated databases for effective analysis and visualization of massive omics datasets. He primarily uses Python and R for data analysis and visualization. He uses Nexflow for computational pipelines for reproducible and scalable omics data analysis.
From his research output, Dr. Bedre bridges the gap between high-throughput plant genetics data and actionable biological insights for experimental biologists.
My research goal is to analyze high-throughput genetics data and develop new computational methods to understand the molecular mechanisms for crop improvement to increase yield and stress resistance. I accomplish these goals by:


Hangman v0.9.6 API Reference
Modules
Implements human action player specific functionality
Implements robot action player specific functionality
Main Hangman
application
Module provides a command line interpreter interface to the Hangman
application
Module drives Player.Controller
, while setting up the proper Game
server and Event
consumer states beforehand
Module for creating and using letter frequency tallies. Contains a set of functions for tallies, such as adding letters, words, lists, and streams, and retrieving their most common letters
Module provides central point to perform dictionary functions for clients for types, paths, random words, and lookup functionality
Module implements a GenServer process providing access to a dictionary word cache. Handles lookup routines to access words
, tallys
, and random
words
Module provides access to a dictionary word cache powered by ETS
. Provides lookup routines to access words
, tallys
, and random
words. Handles all ETS specific operations while Dictionary
serves as a wrapper
Module handles the ingestion of hangman dictionary words through the coordination of Ingestion.First.Flow
and Ingestion.Cache.Flow
Module to create and manage Hangman
game abstractions
Module implements GenStage event manager which handles event dispatching given consumer backpressure
Module handles Hangman
Game
serving to multiple clients.
Each player's active game state is maintained, until the player process exits
Module provides dynamic startup of Game Servers
Module implements Guess
types
Module implements an accumulator which builds up a sequence list in the context of a game client handler. Hides the details of the functional reduce-while-cycle trickery
Module implements simple while control flow macro in the context of a game client handler. Hides the details of functional loop trickery
Loads partitioned dictionary word files into ingestion table piecewise through words list chunks. Random words are generated from these words lists
Module implements the introductory ingestion flow logic given an initial hangman dictionary file. Serves to split dictionary into windowed word list chunks storing them in intermediate cached files arranged by word key length
Module provides access to a set of functions handling letter guessing strategy
Module defines types Pass.key
and Pass.t
Module provides cache access to the game words pass. Given a player, a game and round number, Pass.Cache
maintains a words pass cache
of current word passes. The words are represented by Words.t
Module is responsible for synchronous words pass
writes into the Pass.Cache
table
Module provides pass reduction interface for reduction engine workers
Module handles Hangman
pattern updates given guessed letter
Defines Player id and key
Module implements alert event handler for Hangman.Events.Manager
. Each event
is displayed to the user as an alert feed event
Serves as External API into Player functionality.
Serves to manage players
Module implements a non-process player fsm which handles managing the state of types implemented through Player and the Player Action protocol
Module implements event logger handler for Hangman.Events.Manager
. Each event
is logged to a file named after the player id
Defines Player types and mapping
GenServer module to implement Player Worker, managed by Player.Controller
. Module uses gproc to manage process registry of workers
Module implements Reduction
key
type
Module provides access to the words reduction engine
Module is a Supervisor
that supervises a pool
of word Reduction.Engine
workers
Module implements workers that handle Hangman
words reduction. Used primarily by Reduction.Engine
through reduce_and_store/4
to perform a series of steps
Module generates Reduction
key for use when reducing possible Hangman
words set. Used primarily during Round
setup
Module provides access to game round functions
Module splits the game args into shards which is distributed to shard handlers. The resultant game information is collected and combined in the proper order
Module runs game play for the given shard of secrets as determined by Shard.Flow
. Basically, runs a chunk of the overall original secrets vector
Module implements a simple stash registry keeping track of active pids, active ids, and their values e.g. Player.t or Game.t
Module provides access to a http web server for playing Hangman
games via a tool such as curl or HTTPoison
Module to manage word lists for a given secret length key
Exceptions
Module serves as Hangman
specific, runtime error module
Protocols
Typeclass for specific player functionality


Scoring Info
You get 1 point for each winner you get right in the first round, 2 for each right answer in the conference semis, 4 for the conference finals and 8 for picking the champs correctly. If you pick the winner for a series, you get 1 BONUS point for picking the series length regardless of what round that series is in.


--- layout: page title: "Sign-in" description: "" group: navigation scripts: - controllers.js?v=1 --- {% include JB/setup %}


Transaction data is recorded in blocks. New transactions are being processes by miners into new blocks which are added to the end of the blockchain.
How long does it take to find a block?
It depends on amount of active miners. The more miners work on pool → the more hashrate pool has → the more blocks are found by the pool. However the more miners are active → the less reward you get from each block found.
Which payouts scheme is used?
Proportional (Share-based): Every time a block is found, its reward is split between miners according to the number of shares they submitted.
How current payout estimate is calculated?
The estimated payout is a calculated using your percentage of valid shares on the total for current round. This percentage is then applied to the reward of the last block found by the network.
I have been mining on this pool for 1 hour but still have not received any payouts. WTF?
As soon as the block is found you will get your reward. Please wait a little bit more time.
My hashrate is wrong! Why?
Since you start to mine your hashrate grows gradually. Please wait. The pool determines your hashrate based on the amount of shares sent by your mining rigs (workers). This value could be a little bit different from reported hasrate (in your mining software).
How to use the Telegram Bot?
Telegram bot will report via Telegram, when your worker is connected, disconnected or banned, and payments have been made to your wallet. Also you can check pool stats directly from him.
Bot name:
@Pool_bot
Commands:
/stats -
Pool statistics
/blocks -
Blocks notifications (enable or disable)
/report address -
Miner statistics
/notify address -
Miner notifications (enable or disable)
Multiple addresses monitoring available.


This inspection became deprecated.
It is not recommended to use procedure-like syntax for methods with Unit
return type. It is inconsistent,
may lead to errors and will be deprecated in future versions of Scala.
* Reference: The talk "Scala with Style" by Martin Odersky at
ScalaDays 2013
Old description:
Unit result type annotation is redundant:
// excessive clutter
def foo(): Unit
// concise form
def foo()
* Refer to Programming in Scala, 2.3 Define some functions


I am also open to all opportunities for 2020 when I expect to graduate some time in Late 2020. Also, I am open to any summer opportunities related to machine learning and applied scientist.
I am currently a Ph.D candidate speciallized in Computational Biology and Bioinformatics from Department of Bioengineering, UC San Diego. I finished my undergrad at Huazhong University of Science and Technology.
HUST CS C++: Data Structure and Algorithm
Math 271 – Numerical Optimization
Phisiology
Genetical Engineering
Transport Phenom/Living Systms
Genomics
Fan of PokeMon
Fan of Nintendo
As expected to graduate in late 2020, I'm also open to any future full time positions for 2020 or summer opportunities.
I can help with the following:
Drop me a line at shc131@eng.ucsd.edu.


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java.lang.Object net.floodlightcontroller.packet.BasePacket net.floodlightcontroller.packet.Ethernet
public class Ethernet
| Field Summary | |
|---|---|
static short |
DATALAYER_ADDRESS_LENGTH
|
protected MACAddress |
destinationMACAddress
|
protected short |
etherType
|
static java.util.Map<java.lang.Short,java.lang.Class<? extends IPacket>> |
etherTypeClassMap
|
protected boolean |
pad
|
protected byte |
priorityCode
|
protected MACAddress |
sourceMACAddress
|
static short |
TYPE_ARP
|
static short |
TYPE_BSN
|
static short |
TYPE_IPv4
|
static short |
TYPE_LLDP
|
static short |
TYPE_RARP
|
static short |
VLAN_UNTAGGED
|
protected short |
vlanID
|
| Fields inherited from class net.floodlightcontroller.packet.BasePacket |
|---|
parent, payload |
| Constructor Summary | |
|---|---|
Ethernet()
By default, set Ethernet to untagged |
| Method Summary | |
|---|---|
IPacket |
deserialize(byte[] data,
int offset,
int length)
Deserializes this packet layer and all possible payloads |
boolean |
equals(java.lang.Object obj)
|
MACAddress |
getDestinationMAC()
|
byte[] |
getDestinationMACAddress()
|
short |
getEtherType()
|
byte |
getPriorityCode()
|
MACAddress |
getSourceMAC()
|
byte[] |
getSourceMACAddress()
|
short |
getVlanID()
|
int |
hashCode()
|
boolean |
isBroadcast()
|
static boolean |
isMACAddress(java.lang.String macAddress)
Checks to see if a string is a valid MAC address. |
boolean |
isMulticast()
|
boolean |
isPad()
Pad this packet to 60 bytes minimum, filling with zeros? |
byte[] |
serialize()
Sets all payloads parent packet if applicable, then serializes this packet and all payloads |
Ethernet |
setDestinationMACAddress(byte[] destinationMACAddress)
|
Ethernet |
setDestinationMACAddress(java.lang.String destinationMACAddress)
|
Ethernet |
setEtherType(short etherType)
|
Ethernet |
setPad(boolean pad)
Pad this packet to 60 bytes minimum, filling with zeros? |
Ethernet |
setPriorityCode(byte priorityCode)
|
Ethernet |
setSourceMACAddress(byte[] sourceMACAddress)
|
Ethernet |
setSourceMACAddress(java.lang.String sourceMACAddress)
|
Ethernet |
setVlanID(short vlanID)
|
static byte[] |
toByteArray(long macAddress)
Convert a long MAC address to a byte array |
static long |
toLong(byte[] macAddress)
Accepts a MAC address and returns the corresponding long, where the MAC bytes are set on the lower order bytes of the long. |
static byte[] |
toMACAddress(java.lang.String macAddress)
Accepts a MAC address of the form 00:aa:11:bb:22:cc, case does not matter, and returns a corresponding byte[]. |
java.lang.String |
toString()
|
| Methods inherited from class net.floodlightcontroller.packet.BasePacket |
|---|
clone, getParent, getPayload, resetChecksum, setParent, setPayload |
| Methods inherited from class java.lang.Object |
|---|
finalize, getClass, notify, notifyAll, wait, wait, wait |
| Field Detail |
|---|
public static final short TYPE_ARP
public static final short TYPE_RARP
public static final short TYPE_IPv4
public static final short TYPE_LLDP
public static final short TYPE_BSN
public static final short VLAN_UNTAGGED
public static final short DATALAYER_ADDRESS_LENGTH
public static java.util.Map<java.lang.Short,java.lang.Class<? extends IPacket>> etherTypeClassMap
protected MACAddress destinationMACAddress
protected MACAddress sourceMACAddress
protected byte priorityCode
protected short vlanID
protected short etherType
protected boolean pad
| Constructor Detail |
|---|
public Ethernet()
| Method Detail |
|---|
public byte[] getDestinationMACAddress()
public MACAddress getDestinationMAC()
public Ethernet setDestinationMACAddress(byte[] destinationMACAddress)
destinationMACAddress
- the destination MAC to setpublic Ethernet setDestinationMACAddress(java.lang.String destinationMACAddress)
destinationMACAddress
- the destination MAC to setpublic byte[] getSourceMACAddress()
public MACAddress getSourceMAC()
public Ethernet setSourceMACAddress(byte[] sourceMACAddress)
sourceMACAddress
- the source MAC to setpublic Ethernet setSourceMACAddress(java.lang.String sourceMACAddress)
sourceMACAddress
- the source MAC to setpublic byte getPriorityCode()
public Ethernet setPriorityCode(byte priorityCode)
priorityCode
- the priorityCode to setpublic short getVlanID()
public Ethernet setVlanID(short vlanID)
vlanID
- the vlanID to setpublic short getEtherType()
public Ethernet setEtherType(short etherType)
etherType
- the etherType to setpublic boolean isBroadcast()
public boolean isMulticast()
public boolean isPad()
public Ethernet setPad(boolean pad)
pad
- the pad to setpublic byte[] serialize()
IPacket
public IPacket deserialize(byte[] data, int offset, int length)
IPacket
offset
- offset to start deserializing fromlength
- length of the data to deserialize
public static boolean isMACAddress(java.lang.String macAddress)
macAddress
-
public static byte[] toMACAddress(java.lang.String macAddress)
macAddress
- The MAC address to convert into a bye array
public static long toLong(byte[] macAddress)
macAddress
-
public static byte[] toByteArray(long macAddress)
macAddress
-
public int hashCode()
hashCode
in class BasePacket
public boolean equals(java.lang.Object obj)
equals
in class BasePacket
public java.lang.String toString()
toString
in class java.lang.Object
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