--- layout: page status: publish published: true title: Health author: display_name: Jessie Pechmann login: jpechmann email<EMAIL_ADDRESS>url: '' author_login: jpechmann author_email<EMAIL_ADDRESS>wordpress_id: 2848 wordpress_url: http://gis.utah.gov/?page_id=2848 date: '2011-10-21 14:23:47 -0600' date_gmt: '2011-10-21 20:23:47 -0600' categories: [] tags: - SDE - sgid - Data - utah - gis - map - mapping - dataset - download - agrc - layer - shapefile - geodatabase - metadata - shp - gdb - kml - lyr - digital - geographic - information - database - state - statewide - vector - overview - category - services - daas - arcgis ---
| Product Name | Type | Steward(s) | Description | |
|---|---|---|---|---|
| click a product name for more information and download links | ||||
| Healthcare Facilities | map data | AGRC, Utah Department of Health, Division of Emergency Management | Healthcare Facilities and Emergency Medical Service (EMS) locations in Utah | |
| Emergency Medical Service (EMS) Areas | map data | AGRC and Utah Department of Health. | Legal EMS area boundaries according to the Bureau of Emergency Medical Services and Preparedness. | |
| Health Districts | map data | Department of Public Health | Shows the 12 local health departments | |
| Health Statistical Areas | map data | Department of Public Health | 2008 & 2009 small statistical areas for health status information. | |
| Emergency Regions | map data | Utah Division of Emergency Management | Shows the different emergency regions statewide |
Related Data (see also)
Notes


| Name | Transverse Mercator |
| Gauss-Kruger | |
| EPSG Code | 9807 |
| GeoTIFF Code | CT_TransverseMercator (1) |
| OGC WKT Name | Transverse_Mercator |
| Supported By | EPSG, GeoTIFF, PROJ.4, OGC WKT |
| Name | EPSG # | GeoTIFF ID | OGC WKT | Units | Notes |
|---|---|---|---|---|---|
| Latitude of natural origin | 1 | NatOriginLat | latitude_of_origin | Angular | |
| Longitude of natural origin | 2 | NatOriginLong | central_meridian | Angular | |
| Scale factor at natural origin | 5 | ScaleAtNatOrigin | scale_factor | Unitless | |
| False Easting | 6 | FalseEasting | false_easting | Linear | |
| False Northing | 7 | FalseNorthing | false_northing | Linear |
+proj=tmerc +lat_0=Latitude of natural origin +lon_0=Longitude of natural origin +k=Scale factor at natural origin +x_0=False Easting +y_0=False Northing
| Name | Areas used | Central meridian(s) | Latitude of origin | CM Scale Factor | Zone width | False Easting at origin | False Northing at origin |
|---|---|---|---|---|---|---|---|
| Transverse Mercator | Various, world wide | Various | Various | Various | Usually less than 6* | Various | Various |
| Transverse Mercator south oriented | South Africa | 2* intervals E of 11*E | 0* | 1.000000 | 2* | 0m | 0m |
| UTM North hemisphere | World wide | 6* intervals* E & W of 3* E & W | Always 0* | Always 0.9996 | Always 6* | 500000m | 0m |
| UTM South hemisphere | World wide | 6* intervals E & W of 3* E & W | Always 0* | Always 0.9996 | Always 6* | 500000m | 10000000m |
| Gauss-Kruger | Former USSR Yugoslavia, Germany, S. America | Various, according to area of cover | Usually 0* | Usually 1.000000 | Usually less than 6*, often less than 4* | Various but often 500000 prefixed by zone number | Various |
| Gauss Boaga | Italy | Various | Various | 0.9996 | 6* | Various | 0m |
The most familiar and commonly used Transverse Mercator is the Universal Transverse Mercator (UTM) whose natural origin lies on the equator. However, some territories use a Transverse Mercator with a natural origin at a latitude closer to that territory. In Epicentre the coordinate transformation method is the same for all forms of the Transverse Mercator projection. The formulas to derive the projected Easting and Northing coordinates are in the form of a series as follows:
Easting, E = FE + k0*[A + (1 - T + C)A3/6 + (5 - 18T + T2 + 72C - 58e'2)A5/120] Northing, N = FN + k0{M - M0 + *tan*[A2/2 + (5 - T + 9C + 4C2)A4/24 + (61 - 58T + T2 + 600C - 330e'2)A6/720]} where T = tan2* C = e2 cos2*/(1 - e2) = e'2 cos2* A = (* - *0)cos*, with * and *0 in radians M = a[(1 - e2/4 - 3e4/64 - 5e6/256 -....)* - (3e2/8 + 3e4/32 + 45e6/1024+....)sin2* + (15e4/256 + 45e6/1024 +.....)sin4* - (35e6/3072 + ....)sin6* + .....] with * in radians and M0 for *0, the latitude of the origin, derived in the same way.The reverse formulas to convert Easting and Northing projected coordinates to latitude and longitude are:
* = *1 - (*1tan*1/*1)[D2/2 - (5 + 3T1 + 10C1 - 4C12 - 9e'2)D4/24 + (61 + 90T1 + 298C1 + 45T12 - 252e'2 - 3C12)D6/720] * = *0 + [D - (1 + 2T1 + C1)D3/6 + (5 - 2C1 + 28T1 - 3C12 + 8e'2 + 24T12)D5/120] / cos*1 where *1 may be found as for the Cassini projection from: *1 = *1 + (3e1/2 - 27e13/32 +.....)sin2*1 + (21e12/16 -55e14/32 + ....)sin4*1 + (151e13/96 +.....)sin6*1 + (1097e14/512 - ....)sin8*1 + ...... and where e1 = [1- (1 - e2)1/2]/[1 + (1 - e2)1/2] *1 = M1/[a(1 - e2/4 - 3e4/64 - 5e6/256 - ....)] M1 = M0 + (N - FN)/k0 T1 = tan2*1 C1 = e'2cos2*1 D = (E - FE)/(*1k0), with *1 = * for *1For areas south of the equator the value of latitude * will be negative and the formulas above, to compute the E and N, will automatically result in the correct values. Note that the false northings of the origin, if the equator, will need to be large to avoid negative northings and for the UTM projection is in fact 10,000,000m. Alternatively, as in the case of Argentina's Transverse Mercator (Gauss-Kruger) zones, the origin is at the south pole with a northings of zero. However each zone central meridian takes a false easting of 500000m prefixed by an identifying zone number. This ensures that instead of points in different zones having the same eastings, every point in the country, irrespective of its projection zone, will have a unique set of projected system coordinates. Strict application of the above formulas, with south latitudes negative, will result in the derivation of the correct Eastings and Northings. Similarly, in applying the reverse formulas to determine a latitude south of the equator, a negative sign for * results from a negative *1 which in turn results from a negative M1.","For Projected Coordinate System OSGB 1936 / British National Grid
Parameters: Ellipsoid Airy 1830 a = 6377563.396 m 1/f = 299.32496 then e'^2 = 0.00671534 and e^2 = 0.00667054 Latitude Natural Origin 49o00'00""N = 0.85521133 rad Longitude Natural Origin 2o00'00""W = -0.03490659 rad Scale factor ko 0.9996013 False Eastings FE 400000.00 m False Northings FN -100000.00 m Forward calculation for: Latitude 50o30'00.00""N = 0.88139127 rad Longitude 00o30'00.00""E = 0.00872665 rad A = 0.02775415 C = 0.00271699 T = 1.47160434 M = 5596050.46 M0 = 5429228.60 nu = 6390266.03 Then Easting E = 577274.99 m Northing N = 69740.50 m Reverse calculations for same easting and northing first gives : e1 = 0.00167322 mu1 = 0.87939562 M1 = 5599036.80 nu1 = 6390275.88 phi1 = 0.88185987 D = 0.02775243 rho1 =6372980.21 C1 = 0.00271391 T1 = 1.47441726 Then Latitude = 50o30'00.000""N Longitude = 00o30'00.000""E"


--- layout: post title: KBluetooth freezeless Wizard:) categories: - KDE - Software Libre tags: [] status: publish type: post published: true meta: _edit_last: '2' enclosure: "http://cdn.afiestas.org/wp-content/uploads/2010/03/wizard-freezeless.ogv\r\n4447566\r\nvideo/ogg\r\n" author: login: afiestas email<EMAIL_ADDRESS>display_name: afiestas first_name: Àlex last_name: Fiestas ---
I'm not a fussy user, I mean I don't really care so much about interfaces or usability (as an user of course, as a developer I try to do my best), wherever there is a terminal I feel like home in there. However, in the other hand, when I'm developing I need to feel comfortable with the environment, including the application I'm developing. It's for this reason that I've prioritized the GUI polishing of the wizard (the old one pissed me off every time I had to test something).
And well, this is the result, a freezeeless interface for KBluetooth-wizard.
PS: As a sneak-peak, notice that the wizard is not longer called "inputwizard :)"
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<select class="form-control multiselect" data-list="3" data-target="#exampleTarget" multiple>
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Ask questions about the core tech here, but not questions about prices or personal questions or GUI and please don't DM JL777.
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100 messages
Before 05-Dec-19 12:00 AM
jl777c07-Dec-18 05:26 PM
now what exactly do these colluding notaries do?
they can publish a notarization for a (height + blockhash)
if ALL the nodes in the network have that (height + blockhash) it is validated, if not, it is ignored.
so what exactly does the evil notaries do?
sgp07-Dec-18 05:30 PM
This example is simply to indicate that 13 colluding notaries have an opportunity to regulate the new block generation. I want to ask another question about how the network would work if these notaries have less mining power than the normal chain. If they have less mining power, would it just cause a hard fork and the two networks would operate independently?
jl777c07-Dec-18 05:30 PM
no they dont have the ability to regulate block generation
that seems to be where you are assuming things that dont exist
sgp07-Dec-18 05:31 PM
my understanding is that they would if they had the majority of mining power and had the ability to collude to create these notarizations
jl777c07-Dec-18 05:32 PM
the KMD mining ability is totally independent from the notarization process
ok, for KMD, yes if enough notaries colluded they could control the mining but they could only notarize the public chain, so even then they cant double spend
with 25% of blocks mined by external miners, notaries even if 100% collude, still cant censor
so colluding evil notaries on KMD (but not on any other chain) generate blocks, but they cant force invalid notarizations to be accepted
sgp07-Dec-18 05:35 PM
with 25% of blocks mined by external miners, notaries even if 100% collude, still cant censor
this is where I'm confused. couldn't they theoretically force a reorg to remove these blocks?
jl777c07-Dec-18 05:35 PM
not if it was notarized
sgp07-Dec-18 05:35 PM
I'm talking about all future block issuance
jl777c07-Dec-18 05:35 PM
100% notary collusion would only get 75% of blocks
now the colluding notaries are either notarizing or not. if they are, as soon as one of the external miners mines a notarization tx, the notarization locks the chain
if they dont, then there is no notarization and that is a signal in and of itself that something is wrong
we have the dpowconfs for "confirmations" field where it stays at 1 until it is notarized
so if you wait for 2 or more confirmations, you basically wont trust a tx until it is notarized
once it is notarized, (that means all nodes on the network validated it) then the network will reject any attempt to double spend
sgp07-Dec-18 05:38 PM
let me walk through the concern I have in individual steps
at the moment I'm only looking at the future block generation, not any previous block replacement
the normal KMD miners continue on their jolly way, mining blocks as normal. they add new, non-notarized blocks to the end of the chain
the notaries also decide to mine, but they do so on their own chain from the point of the last notarization. if they have enough mining power, they would be able to keep up with the pace of the normal miners. at the moment, this chain doesn't mean anything
at a certain point, the notaries mine a block with the same or greater block height than the normal miners, and they share their malicious chain and the accompanying notarized block to the network
nodes look at both the normal chain and the diverging chain, notice that one is longer and has the notarization, and thus reorg and drop the normal chain in favor of the other one
jl777c07-Dec-18 05:44 PM
sure, that is just normal mining
sgp07-Dec-18 05:44 PM
Does this make sense?
yeah
jl777c07-Dec-18 05:44 PM
for users that are looking at the "confirmations" field, it stays at 1
and then if it was in the evil chain, it gets notarized and goes above 1 and now cant be changed
if it wasnt in the evil chain, then it goes back into the mempool
so , sure the notaries could maybe boost their mining by preventing their mined chain from ever being orphaned, but they still have to mine
this is a slight economic advantage equal to the normal orphan rate of mined blocks
is this really the giant disaster to make you write such articles as you have?
well the premise that all notaries will collude together is quite a remote possibility, so as long as there are no significant attacks possible it seems keeping NN spots open to all is the best way
2
Mylo07-Dec-18 05:49 PM
So, the dPoW of the non-KMD chains is not affected by these malicious notaries mining because they cannot mine other chains to compete with miners. dPoW is 100% safe for those blockchains. no colluding notaries.
jl777c07-Dec-18 05:49 PM
also, if a notarized chain starts having regular reorgs all the way back to the notarization, then it becomes pretty clear the notaries are doing evil mining to boost their mining ROI
1
even on non-KMD the notaries can gain a small bit, by orphaning competing chains
if the average orphan rate is 1%, this is a 1% boost of revenues
but it will be visible that it is happening and requires majority of notaries to colllude
if this is the big downside of dPoW, it seems well worth the gains
1
sgp07-Dec-18 05:51 PM
KMD could configure its clients to not reorg under certain conditions, but I am also concerned about the possibility of an attacker spinning up a number of malicious nodes. What would prevent these malicious nodes from ignoring the notarized blocks and attempting to reorg further? I understand existing nodes could reject these changes, but how would new users know what chain to connect to?
jl777c07-Dec-18 05:52 PM
the new users can find the current notarized chain by following the historical notarizations
so unless a new user is only connected to the attacker, then it will see a notarization and tend to get back onto the notarized chain. however, when there are competing chains we do see some peers get onto the non-notarized chain for a while, especially if the alternate chain is longer. As soon as the notarized chain is the longest, then it reorgs to the notarized chain and is locked in.
it is not easy to maintain a competing chain without notarizations against the notarized chain with notarizations as one will reject the other, while the competing chain wont reject the notarized chain
@sgp any other concerns?
SHossain07-Dec-18 05:57 PM
Notary Nodes mines only KMD with easy diff, and NO other chain. They don't have power to reorg another chain based on mining.
sgp07-Dec-18 05:57 PM
fwiw I don't believe I ever claimed that notary nodes have an easier time mining Bitcoin. I thought that would be obvious
gcharang07-Dec-18 05:58 PM
@sgp normally "control over blockchain" --> The following malicious actions are possible:
1)double spends
2)censor transactions
3)mine empty blocks
Are you satisfied that a dPOW'd system won't allow double spends?
sgp07-Dec-18 06:00 PM
To be honest not really. I understand that a built-in protection against reorgs past a notarized block could complicate things, but I don't see how an attacker still couldn't attempt to fork off at a past point, run with it and make it longer than the notarized chain, and then throw a bunch of nodes on the network to cause confusion(edited)
Alright07-Dec-18 06:01 PM
they can do that, but it will have 0 effect on the network
other than a bunch of misbehaving peer prints
Mylo07-Dec-18 06:01 PM
you can't run longer than the notarized chain (as per your FIgure 3 in your article)
jl777c07-Dec-18 06:03 PM
yes, the confusion can be created, but ALL nodes will notice this as the "confirmations" field would be stuck at 1
until there is a notarization and at that point the confusion is irrelevant
Alright07-Dec-18 06:04 PM
exchanges will automatically halt deposits with no human intervention needed
1
holy shit, I love dpowconfs. One of the most clever things KMD has
jl777c07-Dec-18 06:04 PM
if you ecplise attack all new nodes who dont bother to check the explorer and dont check for confirmations >1, then yes they could be confused
Alright07-Dec-18 06:06 PM
during an eclipse attack(if attacker is broadcasting >pow unnotarized chain), won't new nodes coming onto the network find the notarized chain anyway?
sgp07-Dec-18 06:06 PM
@Alright wouldn't they find and select the longer one but only report 1 confirmation?
for any sent transactions
Alright07-Dec-18 06:07 PM
Don't believe they would, could be wrong
jl777c07-Dec-18 06:07 PM
the eclipse attack assumes they never connect to any valid peers (somehow), eclipse attack assumes govt agency is controlling all your network traffic
gcharang07-Dec-18 06:07 PM
@sgp you explained here how the notaries colluding will be able to drop an external chain. Even if we consider that possible, how do they double spend after this?
jl777c07-Dec-18 06:07 PM
@gcharang i think he is convinced double spend cant happen
sgp07-Dec-18 06:08 PM
@jl777c but if you're a new node and see two chains: 1 with a more recent notarization, and 1 with a longer chain, which do you choose?
jl777c07-Dec-18 06:08 PM
the notarized chain trumps the non-notarized chain
2
2
2
2
2
and if you are connecting to nodes on the notarized chain, they are rejected the nodes on the attacker chain and wont relay that to your node
sgp07-Dec-18 06:09 PM
well now I'm back to square 1 at being more confused lol. what if the NOTARIZED chain was the malicious chain? What if the longer chain is simply normal miners having more mining power than the malicious notaries?
jl777c07-Dec-18 06:09 PM
we have seen some cases where a node ends up on the longer chain and rejects the notarized chain as it is not compatible with it, but in this case "confirmantions" stay at 1
a chain isnt evil or good,
it is valid or invalid
now you can play games by reorging a chain if it doesnt have notarizations, but whatever the currently valid chain is on a node, is a valid chain as far as that node is concerned
if a notarization happens and it is valid (your node agrees with height/blockhash), now it cant be reorged
@sgp what scenario do you have where people can be made to lose money?
other than they ignore "confirmations" and dont verify they are on the main chain
Alright07-Dec-18 06:13 PM
I don't see any situation where user would have to verify they are on the correct chain from a 3rd party source
if there node gets 1 peer that is on the valid chain, their node will sync that chain
sgp07-Dec-18 06:14 PM
if an attacker forks an old block, makes the chain longer, and gets a successful notarization, it would at the minimum cause a lot of confusion. at that point, it seems that the network would be protected by individual nodes' local caches. new participants would select the malicious chain as accurate(edited)
Alright07-Dec-18 06:15 PM
What attack are they performing?
jl777c07-Dec-18 06:15 PM
but once the longer chain gets a notarization, that is the notarized chain.
i think the one thing you did find was that notaries have the power to orphan competing miners blocks back to the last notarization and have a much lower orphan rate
sgp07-Dec-18 06:16 PM
@Deleted User I'm specifically referring to reorgs with two chains, each with their own set of valid notarizations
jl777c07-Dec-18 06:16 PM
this economic benefit is <1% increase in mining revenues and requires collusion of majority of notaries and expenditures of 51%+ mining power
and it can be detected. so it isnt very economic and they will be caught. seems not a very practical attack
gcharang07-Dec-18 06:17 PM
The very fact that a conflicting notarization came in, implies that the network is being attacked
sgp07-Dec-18 06:18 PM
The difference is it for a longer history, allowing for notarization confirmations and double spends
jl777c07-Dec-18 06:18 PM
there is no double spends, you keep making that up
@sgp you need to think through the blocks being added to the chain and apply the notarization rules, not just make up that double spends are magically possible. what sequence allows a double spend of a notarized transaction???
sgp07-Dec-18 06:20 PM
I'll have to make another diagram later to show you what I mean, but at this point I'm running out of time. ironically, it looks similar to the post I made earlier
jl777c07-Dec-18 06:21 PM
you cant double spend a tx in a notarized block
since the notarized block cant be reorged, it cant be changed
which means any utxo spent in a notarized block cant be double spent
you can double spend non-notarized tx
but once it is notarized, it just cant be undone. we have tried and tried to break this without any success
the only advantage is notaries can gain a bit of mining ROI by the orphan rate, but that requires collusion that is detectable and actually 51% attacking a chain. no double spends of notarized tx


---
layout: post
title: Windows 10 will not run on this PC" error due to the issue with Parallels Display
Adapter (WDDM)
date: '2015-08-07T05:47:00.001+01:00'
author: John Smith
tags:
modified_time: '2015-08-07T05:47:17.673+01:00'
blogger_id: tag:blogger.com,1999:blog-31446756.post-4242128865027623313
blogger_orig_url: http://www.solrevdev.com/2015/08/windows-10-will-not-run-on-this-pc.html
---
Not sure if I will upgrade for free yet but here is the article and downloads on how to fix the error
How to upgrade my virtual machine to Windows 10?


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The description ends with a series of tags, written one to a line as the last paragraph of the email. Each tag indicates some property of the patch in an easily machine-parseable manner.
Examples of common tags follow.
Signed-off-by: Author Name<EMAIL_ADDRESS>Informally, this indicates that Author Name is the author or submitter of a patch and has the authority to submit it under the terms of the license. The formal meaning is to agree to the Developer's Certificate of Origin (see below). If the author and submitter are different, each must sign off. If the patch has more than one author, all must sign off. Signed-off-by: Author Name<EMAIL_ADDRESS>Signed-off-by: Submitter Name<EMAIL_ADDRESS>Co-authored-by: Author Name<EMAIL_ADDRESS>Git can only record a single person as the author of a given patch. In the rare event that a patch has multiple authors, one must be given the credit in Git and the others must be credited via Co-authored-by: tags. (All co-authors must also sign off.) Acked-by: Reviewer Name<EMAIL_ADDRESS>Reviewers will often give an Acked-by: tag to code of which they approve. It is polite for the submitter to add the tag before posting the next version of the patch or applying the patch to the repository. Quality reviewing is hard work, so this gives a small amount of credit to the reviewer. Not all reviewers give Acked-by: tags when they provide positive reviews. It's customary only to add tags from reviewers who actually provide them explicitly. Tested-by: Tester Name<EMAIL_ADDRESS>When someone tests a patch, it is customary to add a Tested-by: tag indicating that. It's rare for a tester to actually provide the tag; usually the patch submitter makes the tag himself in response to an email indicating successful testing results. Reported-by: Reporter Name<EMAIL_ADDRESS>When a patch fixes a bug reported by some person, please credit the reporter in the commit log in this fashion. Please also add the reporter's name and email address to the list of people who provided helpful bug reports in the AUTHORS file at the top of the source tree. Fairly often, the reporter of a bug also tests the fix. Occasionally one sees a combined "Reported-and-tested-by:" tag used to indicate this. It is also acceptable, and more common, to include both tags separately. (If a bug report is received privately, it might not always be appropriate to publicly credit the reporter. If in doubt, please ask the reporter.) Requested-by: Requester Name<EMAIL_ADDRESS>Suggested-by: Suggester Name<EMAIL_ADDRESS>When a patch implements a request or a suggestion made by some person, please credit that person in the commit log in this fashion. For a helpful suggestion, please also add the person's name and email address to the list of people who provided suggestions in the AUTHORS file at the top of the source tree. (If a suggestion or a request is received privately, it might not always be appropriate to publicly give credit. If in doubt, please ask.) Reported-at: <URL> If a patch fixes or is otherwise related to a bug reported in a public bug tracker, please include a reference to the bug in the form of a URL to the specific bug, e.g.: Reported-at: https://bugs.debian.org/743635 This is also an appropriate way to refer to bug report emails in public email archives, e.g.: Reported-at: http://openvswitch.org/pipermail/dev/2014-June/040952.html VMware-BZ: #1234567 ONF-JIRA: EXT-12345 If a patch fixes or is otherwise related to a bug reported in a private bug tracker, you may include some tracking ID for the bug for your own reference. Please include some identifier to make the origin clear, e.g. "VMware-BZ" refers to VMware's internal Bugzilla instance and "ONF-JIRA" refers to the Open Networking Foundation's JIRA bug tracker. Bug #1234567. Issue: 1234567 These are obsolete forms of VMware-BZ: that can still be seen in old change log entries. (They are obsolete because they do not tell the reader what bug tracker is referred to.)
To help track the author of a patch as well as the submission chain, and be clear that the developer has authority to submit a patch for inclusion in openvswitch please sign off your work. The sign off certifies the following:
Developer's Certificate of Origin 1.1 By making a contribution to this project, I certify that: (a) The contribution was created in whole or in part by me and I have the right to submit it under the open source license indicated in the file; or (b) The contribution is based upon previous work that, to the best of my knowledge, is covered under an appropriate open source license and I have the right under that license to submit that work with modifications, whether created in whole or in part by me, under the same open source license (unless I am permitted to submit under a different license), as indicated in the file; or (c) The contribution was provided directly to me by some other person who certified (a), (b) or (c) and I have not modified it. (d) I understand and agree that this project and the contribution are public and that a record of the contribution (including all personal information I submit with it, including my sign-off) is maintained indefinitely and may be redistributed consistent with this project or the open source license(s) involved.
If you want to include any comments in your email that should not be part of the commit's change log message, put them after the description, separated by a line that contains just ---
. It may be helpful to include a diffstat here for changes that touch multiple files.
The patch should be in the body of the email following the description, separated by a blank line.
Patches should be in diff -up
format. We recommend that you use Git to produce your patches, in which case you should use the -M -C
options to git diff
(or other Git tools) if your patch renames or copies files. Quilt (http://savannah.nongnu.org/projects/quilt) might be useful if you do not want to use Git.
Patches should be inline in the email message. Some email clients corrupt white space or wrap lines in patches. There are hints on how to configure many email clients to avoid this problem at: http://git.kernel.org/?p=linux/kernel/git/torvalds/linux-2.6.git;a=blob_plain;f=Documentation/email-clients.txt If you cannot convince your email client not to mangle patches, then sending the patch as an attachment is a second choice.
Please follow the style used in the code that you are modifying. The CodingStyle.md file describes the coding style used in most of Open vSwitch. Use Linux kernel coding style for Linux kernel code.
``` From fa29a1c2c17682879e79a21bb0cdd5bbe67fa7c0 Mon Sep 17 00:00:00 2001 From: Jesse Gross jesse Date: Thu, 8 Dec 2011 13:17:24 -0800 Subject: [PATCH] datapath: Alphabetize @nic ira.c ominclude/net/ipv6.h compat header.
datapath/linux/Modules.mk | 2 +- 1 files changed, 1 insertions(+), 1 deletions(-)
diff –git a/datapath/linux/Modules.mk b/datapath/linux/Modules.mk index fdd952e..f6cb88e 100644 — a/datapath/linux/Modules.mk +++ b/datapath/linux/Modules.mk @ -56,11 +56,11 @ openvswitch_headers += \ linux/compat/include/net/dst.h \ linux/compat/include/net/genetlink.h \ linux/compat/include/net/ip.h \
<IP_ADDRESS> ```


| Sample: dhtmlxTree | Context menu and complex drag-and-drop | dhtmlxTree main page |
Right click on tree node. Drag and drop tree items within one tree or between trees. Complex drag-n-drop allows you to reorder tree nodes within one level and at the same time supports drop as child behavior.

 //init menu aMenu=new dhtmlXContextMenuObject('120',0,"../../../dhtmlxMenu/codebase/imgs/"); aMenu.menu.loadXML("menu/_context.xml"); aMenu.setContextMenuHandler(onButtonClick); //init tree tree=new dhtmlXTreeObject("treeboxbox_tree","100%","100%",0); tree.setImagePath("../imgs/"); tree.enableDragAndDrop(true); tree.enableContextMenu(aMenu); //link context menu to tree tree.loadXML("tree3.xml")
| © DHTMLX LTD. All rights reserved |


| 002:125 Khan | : |
And (remember) when We made the House (the Ka'bah at Makkah) a place of resort for mankind and a place of safety. And take you (people) the Maqam (place) of Ibrahim (Abraham) [or the stone on which Ibrahim (Abraham) stood while he was building the Ka'bah] as a place of prayer (for some of your prayers, e.g. two Rak'at after the Tawaf of the Ka'bah at Makkah), and We commanded Ibrahim (Abraham) and Isma'il (Ishmael) that they should purify My House (the Ka'bah at Makkah) for those who are circumambulating it, or staying (I'tikaf), or bowing or prostrating themselves (there, in prayer). |
| 002:125 Maulana | : |
And when We made The House a resort for men and a (place of) security. And: Take ye the place of Abraham for a place of prayer. And We enjoined Abraham and Ishmael, saying: Purify My House for those who visit (it) and those who abide (in it) for devotion and those who bow down (and) those who prostrate themselves. |
| 002:125 Pickthal | : |
And when We made the House (at Makka) a resort for mankind and sanctuary, (saying): Take as your place of worship the place where Abraham stood (to pray). And We imposed a duty upon Abraham and Ishmael, (saying): Purify My house for those who go around and those who meditate therein and those who bow down and prostrate themselves (in worship). |
| 002:125 Rashad | : |
We have rendered the shrine (the Ka'aba) a focal point for the people, and a safe sanctuary. You may use Abraham's shrine as a prayer house.  |
| 002:125 Sarwar | : |
We made the house (in Mecca) as a place of refuge and sanctuary for men. Adopt the place where Abraham stood as a place for prayer. We advised Abraham and Ishmael to keep My house clean for the pilgrims, the worshippers and for those who bow down and prostrate themselves in worship. |
| 002:125 Shakir | : |
And when We made the House a pilgrimage for men and a (place of) security, and: Appoint for yourselves a place of prayer on the standing-place of Ibrahim. And We enjoined Ibrahim and Ismail saying: Purify My House for those who visit (it) and those who abide (in it) for devotion and those who bow down (and) those who prostrate themselves. |
| 002:125 Sherali | : |
And remember the time when WE made the House a resort for mankind and a place of security; We said, 'Take ye the station of Abraham as a place of prayer.' And we commanded Abraham and Ishmael, saying, 'Purify MY House for those who perform the circuit and for those who remain therein for devotion and those who bow down and fall prostrate in Prayer.' |
| 002:125 Yusufali | : |
Remember We made the House a place of assembly for men and a place of safety; and take ye the station of Abraham as a place of prayer; and We covenanted with Abraham and Isma'il, that they should sanctify My House for those who compass it round, or use it as a retreat, or bow, or prostrate themselves (therein in prayer). |
Concepts/Themes Covered: أركان الإسلام > الصلاة > أداء الصلاة > الركوع Pillars of Islam> The Prayers>Performing the Prayers> Bowing أركان الإسلام > الصلاة > أداء الصلاة > السجود Pillars of Islam> The Prayers>Performing the Prayers> Prostration أركان الإسلام > الحج والعمرة > الكعبة المشرفة Pillars of Islam> Hajj and Umrah> The Honoured Ka'bah
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Parametric equalizer demonstration
Welcome to the prototype parametric equaliser control panel! This is a
single-band stereo equaliser, which we are using to get the parametric
controls set up right. Once that's done, we'll probably just make this
into a four-band parametric, and try and add some sensible
dynamic range limiting as well.
General information
As for the other audio IO demos, this application controls
the Sun Audio device. By default, the Ptolemy universe that created it
configures the device to run stereo at 44.1 kHz with 16-bit linear
encoding.
There is a single band of parametric equalisation, with control over
the band frequency, band width, and band gain. The frequency range is
settable; in the future, it will also be possible to select low-pass,
band-pass, or high-pass filtering as well.
Controls
- Input and output selectors
- The input and output selectors do the obvious thing. Or, at least,
they would if they worked.
- Rec
- Controls the gain on the input. For CD source, this should really
be down quite low to avoid clipping.
- Bal
- Controls the balance of the output signal. Negative numbers are
left, positive are right.
- Gain
- Controls the output gain. Again, if it's too high or there's too
much gain in a filter, you'll get nasty
noises. This is why we need dynamic range control :-)
- Freq
- Controls the center frequency of the filter, in Hz. The two entry
boxes at the top left of the filter set the range of adjustment. You
may notice a couple of funnies of you use this -- we re working on
logarithmic scaling for the slider, which should fix things.
- BW
- Controls the band-width of the filter, in octaves. This is
measured at the half-gain (in dB) point. A typical ten-band
graphic equaliser, for example, has a band-width of one active.
- Gain
- Controls the peak gain of the filter, in dB. At maximum gain, the
filter sometimes craps out, which is a mystery. (Bill?)
Shortcuts
- Start -- Control-g
- Pause -- Control-p
- Resume -- Control-r
- Stop -- Control-s
- Close -- Control-x k
Tycho Home Page
Copyright © 1997-1998, The Regents of the University of California.
All rights reserved.
Last updated: 05/07/98,
comments to: tycho@eecs.berkeley.edu


This tool consists of two parts:
1 - Dashboards: To get maximum performance and enjoyment to the input data and filter them have various ways. On the one hand, a written form, in which the top bar of the screen allows you to write text in natural language and collect the data analyzed. On the other hand, a filter field, this means you can click on the graphics and filter by that field, making combined searches. *
2 - SPARQL Editor: This is a text editor that lets you create queries to be asked to a specific endpoint and collect data in a table. You can choose the consultations already created or create your own typing the text box.
* Both searches can not be done at once, filtered by the last selected method.


Helper to simply implement a worker RSMQ ( Redis Simple Message Queue ).
npm install rsmq-worker
new RSMQWorker( queuename, options );
Example:
var RSMQWorker = require( "rsmq-worker" );
var worker = new RSMQWorker( "myqueue" );
worker.on( "message", function( msg, next ){
// process your message
next()
});
// optional error listeners
worker.on('error', function( err, msg ){
console.log( "ERROR", err, msg.id );
});
worker.on('exceeded', function( msg ){
console.log( "EXCEEDED", msg.id );
});
worker.on('timeout', function( msg ){
console.log( "TIMEOUT", msg.id, msg.rc );
});
worker.start();
Config
String
required ) The queuename to pull the messagesObject
optional ) The configuration object
Number[]
optional; default = [ 0, 1, 5, 10 ]
) An Array of increasing wait times in secondsNumber
optional; default = 10
) Receive count until a message will be exceededNumber
optional; default = 30
) A time in seconds to hide a message after it has been received.Number
optional; default = 1
) The default delay in seconds for for sending new messages to the queue.Boolean
optional; default = false
) Autostart the worker on initNumber
optional; default = 3000
) Message processing timeout in ms
. So you have to call the next()
method of message
at least after e.g. 3000ms. If set to 0
it'll wait until infinity.Function
optional; ) A custom function, with the raw message (see message format) as argument to build a custom exceed check. If you return a true
the message will not exceed. On return false
the regular check for maxReceiveCount
will be used.Boolean
optional; default = false
) An error will be logged to the console even if an error listener has been attached.RedisSMQ
optional; default = null
) A already existing rsmq instance to use instead of creating a new clientRedisClient
optional; default = null
) A already existing redis client instance to use if no rsmq
instance has been defined String
optional; default = ""
) The redis prefix/namespace for rsmq if no rsmq
instance has been defined. This has to match the option ns
of RSMQ.String
optional; default = "localhost"
) Host to connect to redis if no rsmq
or redis
instance has been defined Number
optional; default = 6379
) Port to connect to redis if no rsmq
or redis
instance has been defined Object
optional; default = {}
) Options to connect to redis if no rsmq
or redis
instance has been defined A message ( e.g. received by the event data
or customExceedCheck
) contains the following keys:
String
) The queue message content. You can use complex content by using a stringified JSON.String
) The rsmq internal message idNumber
) Timestamp of when this message was sent / created.Number
) Timestamp of when this message was first received.Number
) Number of times this message was received..start()
If you haven't defined the config autostart
to true
you have to call the .start()
method.
Return
( Self ): The instance itself for chaining.
.stop()
Stop the receive interval.
Return
( Self ): The instance itself for chaining.
.send( msg [, delay ][, cb ] )
Helper function to simply send a message in the configured queue.
Arguments
msg
: ( String
required ): The rsmq message. In best practice it's a stringified JSON with additional data.delay
: ( Number
optional; default = 0
): The message delay to hide this message for the next x
seconds.cb
: ( Function
optional ): An optional callback to get a secure response for a successful send.Return
( Self ): The instance itself for chaining.
.del( id [, cb ] )
Helper function to simply delete a message after it has been processed.
Arguments
id
: ( String
required ): The rsmq message id.cb
: ( Function
optional ): A optional callback to get a secure response for a successful delete.Return
( Self ): The instance itself for chaining.
.changeInterval( interval )
Change the interval timeouts in operation.
Arguments
interval
: ( Number|Array
required ): The new interval.Return
( Self ): The instance itself for chaining.
message
Main event to catch and process a message. If you do not set a handler for this Event nothing will happen.
Example:
worker.on( "message", function( message, next, msgid ){
// process message ...
next();
});
Arguments
String
) The queue message content to process. You can use complex content by using a stringified JSON.Function
) A function you have to call when your message has been processed. delete
: ( Boolean|Error
optional; default = true ) Error
: If you return an error it will emitted as an error event; Boolean
: It's possible to prevent the worker from auto-delete the message on end. This is useful if you want to pop up a message multiple times. To implement this, please check the config options.customExceedCheck
String
) The message id. This is useful if you want to delete a message manually.ready
Fired until the worker is connected to rsmq/redis and has been initialized with the given queuename.
data
The raw event when a message has been received.
Arguments
String
) The raw rsmq message. ( See section Raw message format )deleted
Fired after a message has been deleted.
Arguments
String
) The rsmq message idexceeded
Fired after a message has been exceeded and immediately will be deleted.
Arguments
String
) The raw rsmq message. ( See section Raw message format )timeout
Fired if a message processing exceeds the configured timeout.
Arguments
String
) The raw rsmq message. ( See section Raw message format )error
Fired if a message processing throws an error.
Arguments
Error|Any
) The thrown errorString
) The raw rsmq message. ( See section Raw message format )This is an advanced example showing some features in action.
var fs = require( "fs" );
var RSMQWorker = require( "rsmq-worker" );
var fnCheck = function( msg ){
// check function to not exceed the message if the content is `createmessages`
if( msg.message === "createmessages" ){
return true
}
return false
}
var worker = new RSMQWorker( "myqueue", {
interval: [ .1, 1 ], // wait 100ms between every receive and step up to 1,3 on empty receives
invisibletime: 2, // hide received message for 5 sec
maxReceiveCount: 2, // only receive a message 2 times until delete
autostart: true, // start worker on init
customExceedCheck: fnCheck // set the custom exceed check
});
// Listen to errors
worker.on('error', function( err, msg ){
console.log( "ERROR", err, msg.id );
});
worker.on('timeout', function( msg ){
console.log( "TIMEOUT", msg.id, msg.rc );
});
// handle exceeded messages
// grab the internal rsmq instance
var rsmq = worker._getRsmq();
worker.on('exceeded', function( msg ){
console.log( "EXCEEDED", msg.id );
// NOTE: make sure this queue exists
rsmq.sendMessage( "YOUR_EXCEEDED_QUEUE", msq, function( err, resp ){
if( err ){
console.error( "write-to-exceeded-queue", err )
}
});
});
// listen to messages
worker.on( "message", function( message, next, id ){
console.log( "message", message );
if( message === "createmessages" ){
next( false )
worker.send( JSON.stringify( { type: "writefile", filename: "./test.txt", txt: "Foo Bar" } ) );
worker.send( JSON.stringify( { type: "deletefile", filename: "./test.txt" } ) );
return
}
var _data = JSON.parse( message )
switch( _data.type ){
case "writefile":
fs.writeFile( _data.filename, _data.txt, function( err ){
if( err ){
next( err );
}else{
next()
}
});
break;
case "deletefile":
fs.unlink( _data.filename, function( err ){
if( err ){
next( err );
}else{
next()
}
});
break;
}
});
worker.send( "createmessages" );
|Version|Date|Description|
|:--:|:--:|:--|
|0.4.1|2016-04-05|Fixed missing isNumber function|
|0.4.0|2016-03-30|Updated dependencies (especially lodash to 4.x). Fixed a config bug caused by the array merge from extend
Issue#7. Thanks to Peter Hanneman|
|0.3.8|2015-11-04|Fixed stop behavior. Pull#5. Thanks to Exinferis|
|0.3.7|2015-09-02|Added tests to check the behavior during errors within message processing; Added option alwaysLogErrors
to prevent console logs if an error event handler was attached. Issue #3|
|0.3.6|2015-09-02|Updated dependencies; optimized readme (thanks to Tobias Lidskog for the pull #4)|
|0.3.5|2015-04-27|again ... fixed argument dispatch for .send()
|
|0.3.4|2015-04-27|fixed argument dispatch for .send()
and added optional cb for .del()
|
|0.3.3|2015-03-27|added changeInterval
to modify the interval in operation|
|0.3.2|2015-02-23|changed default prefix/namespace;|
|0.3.0|2015-02-16|It's now possible to return an error as first argument of next
. This will lead to an error emit + optimized readme|
|0.2.2|2015-01-27|added option defaultDelay
and optimized arguments of the send
method; fixed travis.yml|
|0.2.0|2015-01-27|Added timeout, better error handling and send callback|
|0.1.2|2015-01-20|Reorganized code, added code docs and optimized readme|
|0.1.1|2015-01-17|Added test scripts and optimized repository file list|
|0.1.0|2015-01-16|First working and documented version
|0.0.1|2015-01-14|Initial commit|
Initially Generated with generator-mpnodemodule
|Name|Description| |:--|:--| |rsmq|A really simple message queue based on Redis| |rsmq-cli|a terminal client for rsmq| |rest-rsmq|REST interface for.| |redis-notifications|A redis based notification engine. It implements the rsmq-worker to safely create notifications and recurring reports.| |node-cache|Simple and fast NodeJS internal caching. Node internal in memory cache like memcached.| |redis-sessions|An advanced session store for NodeJS and Redis| |obj-schema|Simple module to validate an object by a predefined schema| |connect-redis-sessions|A connect or express middleware to simply use the redis sessions. With redis sessions you can handle multiple sessions per user_id.| |systemhealth|Node module to run simple custom checks for your machine or it's connections. It will use redis-heartbeat to send the current state to redis.| |task-queue-worker|A powerful tool for background processing of tasks that are run by making standard http requests.| |soyer|Soyer is small lib for serverside use of Google Closure Templates with node.js.| |grunt-soy-compile|Compile Goggle Closure Templates ( SOY ) templates inclding the handling of XLIFF language files.| |backlunr|A solution to bring Backbone Collections together with the browser fulltext search engine Lunr.js|
Copyright © 2015 Mathias Peter, http://www.tcs.de
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the “Software”), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


UAInboxMessage
Objective-C
@interface UAInboxMessage : NSObject
Swift
class UAInboxMessage : NSObject
This class represents a Rich Push Inbox message. It contains all the available information about a message, including the URLs where the message can be retrieved.
-
The Airship message ID. This ID may be used to match an incoming push notification to a specific message.
Declaration
Objective-C
@property (nonatomic, readonly) NSString *_Nonnull messageID;
Swift
var messageID: String { get }
-
The URL for the message body itself. This URL may only be accessed with Basic Auth credentials set to the user ID and password.
Declaration
Objective-C
@property (nonatomic, readonly) NSURL *_Nonnull messageBodyURL;
Swift
var messageBodyURL: URL { get }
-
The URL for the message. This URL may only be accessed with Basic Auth credentials set to the user ID and password.
Declaration
Objective-C
@property (nonatomic, readonly) NSURL *_Nonnull messageURL;
Swift
var messageURL: URL { get }
-
The MIME content type for the message (e.g., text/html).
Declaration
Objective-C
@property (nonatomic, readonly) NSString *_Nonnull contentType;
Swift
var contentType: String { get }
-
YES if the message is unread, otherwise NO.
Declaration
Objective-C
@property (nonatomic, readonly) BOOL unread;
Swift
var unread: Bool { get }
-
YES if the message is deleted, otherwise NO.
Declaration
Objective-C
@property (nonatomic, readonly) BOOL deleted;
Swift
var deleted: Bool { get }
-
The date and time the message was sent (UTC).
Declaration
Objective-C
@property (nonatomic, readonly) NSDate *_Nonnull messageSent;
Swift
var messageSent: Date { get }
-
The date and time the message will expire.
A nil value indicates it will never expire.
Declaration
Objective-C
@property (nonatomic, readonly, nullable) NSDate *messageExpiration;
Swift
var messageExpiration: Date? { get }
-
The message title.
Declaration
Objective-C
@property (nonatomic, readonly) NSString *_Nonnull title;
Swift
var title: String { get }
-
The message’s extra dictionary. This dictionary can be populated with arbitrary key-value data at the time the message is composed.
Declaration
Objective-C
@property (nonatomic, readonly) NSDictionary *_Nonnull extra;
Swift
var extra: [AnyHashable : Any] { get }
-
The raw message dictionary. This is the dictionary that originally created the message. It can contain more values then the message.
Declaration
Objective-C
@property (nonatomic, readonly) NSDictionary *_Nonnull rawMessageObject;
Swift
var rawMessageObject: [AnyHashable : Any] { get }
-
The parent inbox.
Note that this object is not retained by the message.
Declaration
Objective-C
@property (nonatomic, weak, readonly) UAInboxMessageList *_Nullable messageList;
Swift
weak var messageList: UAInboxMessageList? { get }
-
Mark the message as read.
Declaration
Objective-C
- (id)markMessageReadWithCompletionHandler: (nullable UAInboxMessageCallbackBlock)completionHandler;
Swift
func markRead(completionHandler: UAInboxMessageCallbackBlock? = nil) -> UADisposable?
Parameters
completionHandler
A block to be executed on completion.
Return Value
A UADisposable which can be used to cancel callback execution, or nil if the message is already marked read.
-
YES if the message is expired, NO otherwise
Declaration
Objective-C
- (BOOL)isExpired;
Swift
func isExpired() -> Bool


@@include('./partials/styles.html')
SSO eProcurement
@@include('./partials/header.html')
@@include('./partials/menu.html')
Detail Purchase Requisition
Pilih officer
Requester:
Requester
Approver:
Approver
Requested Date:
Requested Date
Fullfillment Date:
Fullfillment Date
Purchase Requisition by Catalogue
Purchase Requisition by Requested
Simpan
@@include('./partials/scripts.html')


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MSDN.WhiteKnight - Stack Overflow answers
Ответ на "Does IAsyncDisposable Have a Reference Implementation?"
Answer 58483961
Update: .NET Documentation now has an article Implement a DisposeAsync method that describes recommended IAsyncDisposable implementation for non-sealed class that needs to support both synchronous and asynchronous disposal. It recommends adding separate virtual DisposeAsyncCore method:
using System; using System.Text.Json; using System.Threading.Tasks; public class ExampleAsyncDisposable : IAsyncDisposable, IDisposable { // To detect redundant calls private bool _disposed = false; // Created in .ctor, omitted for brevity. private Utf8JsonWriter _jsonWriter; public async ValueTask DisposeAsync() { await DisposeAsyncCore(); Dispose(false); GC.SuppressFinalize(this); } protected virtual async ValueTask DisposeAsyncCore() { // Cascade async dispose calls if (_jsonWriter != null) { await _jsonWriter.DisposeAsync(); _jsonWriter = null; } } public void Dispose() { Dispose(true); GC.SuppressFinalize(this); } protected virtual void Dispose(bool disposing) { if (_disposed) { return; } if (disposing) { _jsonWriter?.Dispose(); // TODO: dispose managed state (managed objects). } // TODO: free unmanaged resources (unmanaged objects) and override a finalizer below. // TODO: set large fields to null. _disposed = true; } }
The example assumes that only indirectly owned unmanaged resources can be disposed asynchronously. Directly owned managed resources are always disposed synchronously in
protected virtual void Dispose
method.
Old answer: The DisposeAsync method, unlike regular
Dispose
, should not be called from finalizer. Finalizers already run in dedicated thread and don't block anything, so there's no need. Therefore,DisposeAsync
can always dispose both unmanaged and managed resources, and you don't need to implement a separateDisposeAsync(bool disposing)
method.The example of
IAsyncDisposable
implementation can be found in the sources of the new .NET Core type, Utf8JsonWriter (it is a sealed class and therefore don't use virtual method):public async ValueTask DisposeAsync() { if (_stream == null) { // The conditions are ordered with stream first as that would be the most common mode if (_output == null) { return; } } await FlushAsync().ConfigureAwait(false); ResetHelper(); _stream = null; _arrayBufferWriter = null; _output = null; }
Basically, it should do the same things as
Dispose(true)
in regular Disposable pattern, but asynchronously, if possible. If it's not possible to do disposal asynchronously, but you still need to implement this interface for some reason, you can fall back to synchronous disposal and return completed ValueTask after that, as done in System.IO.Stream.
Content is retrieved from StackExchange API.
Auto-generated by ruso-archive tools.


Problem 1. Make person Write a function for creating persons. Each person must have firstname, lastname, age and gender (true is female, false is male) Generate an array with ten person with different names, ages and genders Problem 2. People of age Write a function that checks if an array of person contains only people of age (with age 18 or greater) Use only array methods and no regular loops (for, while) Problem 3.  Average age of females Write a function that calculates the average age of all females, extracted from an array of persons Problem 5. Youngest person Write a function that finds the youngest male person in a given array of people and prints his full name Problem 6. Group people Write a function that groups an array of persons by first letter of first name and returns the groups as a JavaScript Object
See the results in the console -> F12 + F5


The TMEX API is a tool for professional programmers to facilitate the
development of programs utilizing the TMEX Application Program
Interface
(API) calls. Most of the TMEX API examples contained herein came from
version
3.10 of the SDK (formerly known as the iButton-TMEX SDK). Some examples
have been removed for legacy and brevity. However, they have all been
updated
to use the most updated version of the TMEX API calls. Version
3.10
of the SDK will be made available for those looking for 16-bit Windows
and
DOS support, however, developers are encouraged to look at the 1-Wire
Public
Domain Kit for these platforms. The contents of the TMEX API are as
follows:
1. Source code examples in C, Pascal (Borland Delphi), and Visual Basic
6.0 for 32-bit Windows platforms.
2. Source code examples in C for 64-bit Windows platforms. The
substring "64" in the names of projects will signify they are 64-bit
examples.
3. Complete SDK documentation in html format.
4. Compiled versions of all of the example programs (note that the
Visual Basic run-time libraries have not been included).
File list for the TMEX API
Documentation in (install directory)\DOCS\TMEX:
HTML - Help files in html format describing the TMEX
API and example programs.
README.DOC - Readme file describing the TMEX API.
Source Files by directory in (install directory)\EXAMPLES\TMEX:
\TMEX
\C
\LOOPIT32 - Simple iButton search
\LOOPIT64 - Simple iButton search
for 64-bit Windows
\RAYCBLD - Multi-drop
iButton file utility written in C Builder
\RCONVC32 - Multi-drop iButton file
utility written in Visual C
\SWVC32 - DS2406/7 dual
addressable switch utility
\SWVC64 - DS2406/7 dual
addressable switch utility for 64-bit Windows
\TEMPVC32 - Read DS1920 temperature
iButton
\TEMPVC64 - Read DS1920
temperature iButton
\TIMEVC32 - Read DS1994 time-in-a-can
for 64-bit Windows
\TIMEVC64 - Read DS1994
time-in-a-can for 64-bit Windows
\Delphi
\RAYDEL32 - Multi-drop iButton file utility
\SWDL32 - DS2407 dual
addressable switch utility
\TEMPDL32 - Read DS1920 temperature iButton
\TIMEDL32 - Read DS1994 time-in-a-can
\VBasic
\RAYVB32 - Multi-drop iButton file
utility


Behaviours: gen_server.
The general architecture of a singular process per base REST API will lead to a lot of messages into this process. This has the benefit of sequential operation thereby making it easy for features like key expiry to be implemented, but do not allow simultaneous read/writes on the backend.
An alternative strategy, would be for this process would be to change leveldbstore use eleveldb async calls and keep references of callers rather than blocking each message and reply sequentially. This will allow usage of eleveldb backend to the maximum, where its underlying threads will be forced to work in parallel. Having said that when key partition is done then the mentioned parallelism could be an overhead although this needs more research and detailed analysis to be correctly implemented.key() = term()
name() = atom()
state() = term()
val() = term()
| code_change/3 | |
| create/4 | |
| delete/3 | |
| get_pid/1 | |
| handle_call/3 | |
| handle_cast/2 | |
| handle_info/2 | |
| init/1 | |
| lapply/4 | |
| read/3 | |
| start_link/1 | |
| start_link/2 | |
| terminate/2 | |
| update/4 |
code_change(OldVsn, State, Extra) -> any()
get_pid(Poolname::atom()) -> pid() | {error, disconnected}
handle_call(X1, From, State) -> any()
handle_cast(X1, State) -> any()
handle_info(X1, State) -> any()
init(X1) -> any()
lapply(Name::name(), Fun::fun(({binary(), binary()}, {term(), state()}) -> term()), KeyPrefix::binary(), State::state()) -> {ok, term()} | {error, term()}
start_link(Name::atom()) -> {ok, pid()}
start_link(X1::dbowner, DbOwnerProcName::atom()) -> {ok, pid()}
terminate(X1, State) -> any()
Generated by EDoc


Regen is a code generator. It takes a register set description and generates a C++ code to work with register values.
CCore-Regen.exe <input file> <output file>
Here is a sample description:
reg ISR : 8 // interrupt status register { A : 0 B : 1 C : 2 D : . } reg CTRL : 32 { RUN : 0 STOP : 1 COUNT : 2-5 * : .+10 MODE : 16-18 { SLOW = 0 FAST = 1 ACK = 7 } } reg STAT : 16 { RUN : 0 STOP : 1 COUNT : .+4 * : 8+2 MODE : .+3 { SLOW = 0 FAST = 1 ACK = 100b } } reg TEMP : 16 {} bar Test : address { ISR = 10 RO IMR = . WO as ISR CTRL = . EXT[10] = . as CTRL STAT = . RO TEMP = hidden }
It defines a set of registers and a register bar. Register is defined as:
reg CTRL : 32 { RUN : 0 STOP : 1 COUNT : 2-5 * : .+10 MODE : 16-18 { SLOW = 0 FAST = 1 ACK = 7 } }
The keyword reg is followed by a register name and a register bit length. Bit length can be 8, 16 or 32. Then bits description follows enclosed in figure brackets. A bits description defines single bits and bit fields. A single bit is assigned a bit number (from LSB to MSB). A bit number may be given as the dot. The dot denotes the current bit. A bit field can be given in the following forms: as first-last bits, as bit+length or as .+length bits. In the last two forms length is the length of the bit field in bits. The asterisk instead of the bit name can be used to insert unused bits. A bit field may have an associated named value list. Values can be given in the decimal, hexadecimal (with the suffix h) or binary (with the suffix b) forms. If the bits description is empty, the register is assumed untyped.
A register bar is a set of registers as a unit. Hardware units are usually controlled using register bars. Methods of reading and writing registers may vary. It can be memory-mapped registers, or the register access may involve some function calls and, in fact, can be quite expensive. Regen generates a helper class to abstract from the exact register access process.
Register bar has a register refer mode: address or index. Dot denotes the current address or index. Bar description is a list of registers or register blocks with its properties. The first property is the address (or index). It can be given explicitly or implicitly. If the address mode is used, then the next address is defined using the register byte length. The next attribute is the access mode. It can be RO, WO, RW or hidden, RW by default. Finally, a register type can be given using the directive as. Multiple registers can share the same register structure.
Regen generates the header file.
/* Test.gen.h */ .... /* struct Type_CTRL */ enum Bits_CTRL : uint32 { CTRL_RUN = 0x00000001u, CTRL_STOP = 0x00000002u }; inline Bits_CTRL operator | (Bits_CTRL a,Bits_CTRL b) { return Bits_CTRL(uint32(a)|uint32(b)); } enum Field_CTRL_MODE : uint32 { CTRL_MODE_SLOW = 0x00u, CTRL_MODE_FAST = 0x01u, CTRL_MODE_ACK = 0x07u }; struct PrintField_CTRL_MODE { Field_CTRL_MODE field; explicit PrintField_CTRL_MODE(Field_CTRL_MODE field_) : field(field_) {} template <class P> void print(P &out) const { switch( field ) { case 0x00u : Putobj(out,"SLOW"); break; case 0x01u : Putobj(out,"FAST"); break; case 0x07u : Putobj(out,"ACK"); break; default: Putobj(out,uint32(field)); } } }; inline PrintField_CTRL_MODE GetTextDesc(Field_CTRL_MODE field) { return PrintField_CTRL_MODE(field); }
For the register CTRL the following entities are generated: enum Bits_CTRL — register bits, enum Field_CTRL_MODE — values for the field MODE. Finally, the type Type_CTRL to represent and manipulate the register value.
struct Type_CTRL { using Type = uint32 ; Type value; explicit Type_CTRL(Type value_=0) : value(value_) {} operator Type() const { return value; } void operator = (Type value_) { value=value_; }
The type is a wrapper over an unsigned integral type.
template <class Bar> Type_CTRL & setTo(Bar &bar) { bar.set_CTRL(*this); return *this; } template <class Bar,class AddressType> Type_CTRL & setTo(Bar &bar,AddressType ind) { bar.set_CTRL(ind,*this); return *this; } template <class T> Type_CTRL & set(T to) { to(*this); return *this; }
The group of set methods can be used to set the value to the register bar or to some "setter".
Type_CTRL & setbit(Bits_CTRL bits) { value|=Type(bits); return *this; } Type_CTRL & setbitIf(bool cond,Bits_CTRL bits) { if( cond ) value|=Type(bits); return *this; } Type_CTRL & clearbit(Bits_CTRL bits) { value&=~Type(bits); return *this; } Type_CTRL & clearbitIf(bool cond,Bits_CTRL bits) { if( cond ) value&=~Type(bits); return *this; } Type maskbit(Bits_CTRL bits) const { return value&bits; } bool testbit(Bits_CTRL bits) const { return (value&bits)==Type(bits); }
The group of bit-manipulation methods can be used to change bits or bit testing.
Type get_COUNT() const; Type_CTRL & set_COUNT(Type field); Field_CTRL_MODE get_MODE() const; Type_CTRL & set_MODE(Field_CTRL_MODE field);
Another methods to get or set register bit fields. Bit and field change methods are self-modifying and return a reference to the object, so they can be chained.
template <class P> void print(P &out) const; };
Finally, the print method is provided to print the value in a verbose manner.
/* type Type_TEMP */ using Type_TEMP = uint16 ;
Untyped register generates only a typedef.
Register bar generates a register bar class.
/* struct Test<RW> */ template <class RW> struct Test { RW rw; using AddressType = typename RW::AddressType ; template <class ... TT> explicit Test(TT && ... tt) : rw( std::forward<TT>(tt)... ) {}
The inner object rw is a mean to read or write a register. It must implement the following methods:
class RW { .... public: using AddressType = .... ; template <class UInt> UInt get(AddressType address); template <class UInt> void set(AddressType address,UInt value); };
Methods get() and set() are used with uint8, uint16, uint32 template parameters.
template <class T> struct Setter { RW &rw; AddressType address; Setter(RW &rw_,AddressType address_) : rw(rw_),address(address_) {} void operator () (T value) { rw.set(address,value.value); } };
Setter classes are used to set a register value. They bind the read-writer and the register address.
//--- CTRL Type_CTRL get_CTRL(); void set_CTRL(Type_CTRL value); Setter<Type_CTRL> to_CTRL(); static Type_CTRL null_CTRL(); static Type_CTRL ones_CTRL();
get_CTRL() reads a register value.
set_CTRL() writes a register value.
to_CTRL() binds the read-writer and the register address and returns the register setter.
Static methods null_CTRL() and ones_CTRL() create a register value with all bits equals null or one.
//--- EXT Type_CTRL get_EXT(AddressType ind); void set_EXT(AddressType ind,Type_CTRL value); Setter<Type_CTRL> to_EXT(AddressType ind);
Block register methods have the additional argument — the register index.
//--- ISR Type_ISR get_ISR(); static Type_ISR null_ISR(); static Type_ISR ones_ISR();
Read-only registers have no set methods.
//--- IMR void set_IMR(Type_ISR value); Setter<Type_ISR> to_IMR();
Write-only registers have no get methods.
//--- TEMP };
Hidden registers have no methods.


In this section we use the component editor to change the look and feel of the grid, but just like the section above, you can click on the individual images and change them.
In this section we use the component editor to change the look and feel of the grid, but just like the section above, you can click on the images.
In this section we use the component editor to change the look and feel of the grid, but just like the section above, you can click on the images.
Since our source is open source, computer programmers can get in, familiarize with it and contribute new features and fixes for company.
Since our source is open source, computer programmers can get in, familiarize with it and contribute new features and fixes for company.
Since our source is open source, computer programmers can get in, familiarize with it and contribute new features and fixes for company.
In this section we use the component editor to change the look and feel of the grid, but just like the section above, you can click on the images.


They need to ask for volunteers first
If an airline overbooks a flight, they are legally required to ask passengers to voluntarily give up their seats in exchange for compensation. The type of compensation offered, however, is up to the airline.


{% extends "base.html" %} {% block title %}
Medieval catalogues > NEW FRIARS > Lincoln-Dominican > Lincolnshire list, 1528
{% endif %}24 identified entries found.
All data was derived from the List of Identifications by Professor Richard Sharpe.
{% if not printing %}
A key to codes used in the List is available (opens in new tab).{% endif %}


VersoTeX prepares dynamical HTML documents for reading in a web- browser. A source file looks like a usual source LaTeX file.
VersoTeX can be applied to a paper written in a plain LaTeX article style. If you write your papers in TeX, you can adjust any of them to VersoTeX. Although most of more sophisticated styles are not yet supported, virtually any LaTeX file after appropriate adjustments can be handled by VersoTeX. Indeed, the last 15 articles published in the Arnold Mathematical Journal have been transformed into a dynamical HTML format by VersoTeX, and most of articles published in the first two years in the Arnold Mathematical Journal were transformed by a similar package.
VersoTeX has a number of features. They are described below. The main purpose of them is to make reading and a careful study of text convenient. Dynamic HTML provides opportunities for this, which are not available for paper publishing or pdf.
When reading a mathematical text, we meet numerous references: to
literature, to formulas, definitions and statements of theorems from other parts
of the text, etc. Often the reader wants to see some of them simultaneously
with each other and the text which is currently read. On the other hand, at first
reading we prefer to move out of the sight some details, like proofs. VersoTeX
allows to do all of this.
The page is divided into three fields. The leftmost one is narrow, just
about 40 pixels wide, the middle one is of about 740 pixels. If the browser
window is narrow, then the fields overlap. On the top of the narrow field, there is an icon . Usually such an icon hides a
drop-down menu. Indeed, clicking the icon unrolls a menu. We will describe
its items later. When you open an HTML document, the recto field is empty.
The lines below the abstract are titles of sections. A click on each of
them unrolls the section. If the section contains subsections, then each of the
subsections is still folded and is represented by its title. Clicking the title unfold
their content. Clicking the title of an open fold folds it down. This folding format is broadly used in programmer editors and in online
tables of content. It allows to keep out of sight parts of the text that are not of
interest at the moment. It takes time to unfold a text section by section. An inpatient reader
may open all the folds by at most two mouse clicks. Open the menu (this
requires a click if the menu was not open) and click the icon The next icon
closes all
the folds (including the abstract) at a single click. At the bottom of each open fold there is a thin (one pixel thick) blue
line. Under mouse it becomes thicker. When clicked, it folds down the fold
above it. So, if you have read a section (or a subsection) and want to close the
fold, you can use this line instead of clicking the title of the section after going
all the way up to it. In addition to sections, subsections and subsubsections, there are other
parts of the text which can be folded and which by default are folded when you
open the document. These are special sections, like
References, Acknowledgements, Keywords, Mathematics Subject Classification
, and, besides, folds of a different nature: proofs. Of course, proofs are very
important, but at the first reading we often do not want to go into details.
The title of a proof is blue and clickable. The click unfolds the proof.
At the end of an unfolded proof, we see a square ⬜ symbolizing the end of the proof. Clicking
the square closes the text of the proof.
Literature references are also blue and clickable. A click at a reference raises
a small window with the relevant bibliographical data. The next click at the
same reference deletes the window. The window is draggable. Draggability is handy, because when you
click several references that are close to each other on the page the windows
may overlap, and you have to separate them by dragging. A similar mechanism is implemented for footnotes. Thus a footnote
becomes a flying note and flies quite close to the place where you clicked to the
reference (so, you do not need to look at the bottom of the page or even at the
bottom of the next page).
A click on an item of the table of contents effects the verso: it brings
up the title of the corresponding part to the article. If the part was hidden in
a closed fold, then the click opens all the folds that hide this part. Besides sections, subsections and subsubsections, the table of contents
lists also all the theorems, lemmas, corollaries, figures, tables, etc.
On the verso, at the end of a title of a
section/subsection/subsubsection, there is an icon . A click on that
icon creates on the recto a window with a copy of the
section/subsection/subsubsection.
The icon Bib in the menu creates on the recto a window with a copy
of the whole bibliography. If you have got tired of these windows flying on recto or verso, you
may kill all of them by a single click on the icon in the
menu. Killing of a single window can be done also by clicking a cross icon on
its upper right corner. The menu icon highlights all the pieces emphasized in the source tex file by the
command
\em
The VersoTeX relies on MathJax, an open source display engine for
mathematical formulas. MathJax can work from a distributed network service,
but, in order to use it in this way, one needs a web access. Also, one can
install MathJax in a local computer. See www.mathjax.org To a much lesser extent, VersoTeX uses jquery javascript library. They
also can work directly from the web, or can be downloaded to computer and
work locally. See jquery.com and jqueryui.com . In the setup provided here, we assume using content delivery networks.
In this version, displaying html files compiled by VersoTeX requires a web access.
Besides, the following files are required: They can be placed differently, but, in the configuration provided here,
they are placed in the same directory as the html file and, if one wants to have
them somewhere else, then a minor change of configuration would be needed.
Then it's a good place to introduce your customer commands for
mathematical formulas. Something like that: Contrary to the usual practice, these definitions must be surrounded
with the dollar signs. The command Then it's a right place to define your Theorem environments. The
amsthm.sty is not yet supported. Instead, the original LaTeX commands can
be used. Something like that: The environment proof is taken care of by VersoTeX, hence you do not
need to define them here. Abstract is a command rather than environment: The syntax for the commands VersoTeX is good for handling files that are not too long. I plan to
work out a book version of VersoTeX, in which this restriction will be lifted. If
a paper version of the file is about 50 pages or longer, then it's better to split it
prior to feeding to the present VersoTeX. This restriction comes from MathJax.
For a long files it takes too long to load MathJax. Answers to other TeX questions can be found in a few sample files of
articles by the author which you can find in this directory. Enjoy!
A TeX distribution usually contains a little program catdvi
. If this is not the case, install it separately: it is needed. The process of compilation is organized by macros written in the Vim
macro language. Let me remind that Vim is a programmer's text editor, a
clone of Vi. Vim is freely available for any operating system, see www.vim.org. Compiling a VersoTeX article requires an installed VIM editor and
two files: Vim shows red complain lines, when it fails to find a regular expression,
which had to be replaced. The user should not care about these warnings. At
the end of the process, we find Vim open with the resulting file article.html
open and this file saved in the directory, where article.tex was taken from.
As was mentioned above, a VersoTeX compilation of a TeX source
file, say article.tex, starts with opening article.tex in Vim and typing After this, the result is saved as article.html and stays open in Vim.
A number auxiliary files are left: M1-article.tex, M1-article.vim, T-article.tex,
T-article.toc, T-article.toc and T-article.log. They may be useful only for
debugging. Most of the job is done by TeX. The style file vo.sty redefines many
usual LaTeX commands, so that they force TeX to draw, instead of usual
typographical pages, an HTML file based on the same source file.
TeX and LaTeX are convenient for authors. Indeed, even if, when
writing an email, we need to include a mathematical formula, we use TeX codes,
although it is not assumed to be processed by TeX. Now many documents are prepared for reading online from a computer
screen. The screens become more readable. New generations of readers are used
to read from screen. Still, one can use typesetting by TeX/LaTeX, convert the output to
pdf format and use Adobe Acrobat or other pdf-viewer. Although the picture
that appears on a computer screen is almost identical to the picture printed on
paper, in some ways it is more convenient. It allows hyper-references and fast
search of words. However the pdf format does not allow to use many other new
opportunities of the new media. It lacks most interactive capabilities of a
simple web browser. The readers get used to appreciate advantages of interactive texts. It
seems that inevitably mathematics will find a way to publishing online dynamic
interactive texts. There are two major problems to be solved for this: For online dynamic publishing of scientific texts, the design principles
and specific tricks are still to be developed. Usually the traditions of paper
publishing are respected and followed, but enhanced occasionally with new
elements. For example, a table of contents is made easily available (either it is
permanently shown, or there is a button for displaying it) and the items of the
table work as hyper-references. I am not going to present a survey of works in this direction, but
restrict to a few references to those works which were the most inspiring for
me. I use and agree with some design solutions coined in these projects,
and disagree with others. Below I formulate a few of design principles which I
came to in my own project, VersoTeX.
Dynamic design.
The same mathematical text is read with different purposes (even by the same
reader). For example, when you see a text for the first time, you do not want
to see details of proofs, on the other hand, you want to have an easy access to
definition, major statements and the list of literature. A design should provide
an opportunity to remove elements of the text off your sight at your wish, and
emphasize other elements. This opportunity should be self-evident. A reader
should not be overloaded and confused by it.
Folding.
There is an old simple way of dynamical hiding parts of texts. It is
implemented long ago in some programmer's text editors as folding, see Wikipedia, Code
Folding It allows to hide the body of an element (e.g., a section, a
proof), which can be made visible by a click to its title. It makes sense to
arrange the initial state of document such that only the title, authors, abstract
and a list of section headings is seen.
The line lengths:
Justify text fully.
The text should be aligned along both margins. This is a good option as long
as lines are not too short.
Inner references.
All references to other elements of the text (bibliographic references, references
to formulas, footnotes, theorems, definitions, remarks, etc.) should be available
without scrolling of the main text and realized by floating windows. These
windows should be easy to open and close. They should not stay on your way.
Ideally, if the total width of the browser allows, they should be placed in a
separate area free of the main text.
The best solution for such a writer would be to write a text file in
an old good LaTeX, adding, when necessary, a few new commands for specific
elements of the text. In other words, it is desirable to have a LaTeX style
for preparing dynamic onscreen documents. The closer this style would be to
other commonly used styles for paper publication, the easier would be to move
between on-screen and on-paper publishing of the same document. A LaTeX source code contains almost all the information necessary for
creating dynamic HTML document fulfilling the design principles formulated
above. It is divided into sections, subsections, etc.; statements of theorems,
proofs, and definitions are distinguished; there is a built in system of internal
and external references, etc. Besides, it is easy to add new functionality via
adding new commands and environments. The tools available now require either learning the XML language or
use of converter programs like LaTeXML. A number of converters from LaTeX to dynamic html have been
written. The first of them, a PERL program LaTeX2HTML appeared in the
middle of nineties. Most of the existing LaTeX-HTML converters produce more or less
literal HTML copies of the paper. They are configurable, but changes are not
easy due to poor documentation. The most profound difficulty, which all
converters faced, is a huge amount of style packages providing modifications
and additions in TeX. The most convenient converter that I could find so far is LaTeXML. I
used it for making online version of the first two volumes of Arnold
Mathematical Journal. The necessary adjustments were made by Vim
macros applied first to the source TeX files and then to the resulting HTML
files. Differences in the author styles forced to make individual changes to
almost each article. VersoTeX is positioned as a style for LaTeX rather than a TeX-to-
HTML converter. It does not pursue the goal of automatic converting any
TeX file to a valid HTML file. As other TeX styles, it is not a priori compatible
with all other styles. Use the TeX itself as a parser and compiler is my original idea. It
came from experience. Like most mathematicians, I wrote mathematics in
TeX. I did this for about 30 years, and besides, in the beginning of this period,
I happened to write style TeX files for publishing of Russian journal Algebra and Analysis, and later I
wrote style files for a textbook
Elementary Topology: Problem Textbook
and its Russian version. This experience convinced me that TeX is an
adequate tool for drawing an HTML file as a picture based on a TeX file.
1. Instructions to a VersoTeX reader
1.1. Three fields.
When you open in a web browser window (which is wide enough) an
HTML document prepared as a TeX file with VersoTeX, you see a picture like
this:
1.2. Verso.
The verso field looks like the beginning of a mathematical paper
(including its abstract) followed by a table of contents. In fact, this is not a
table of contents, but rather the whole article folded down. Its blue lines are
clickable. A click on the word "Abstract" folds down the text of abstract
leaving visible out of it only the word Abstract.
1.3. Recto.
At the opening of a document, the rightmost field of the browser page,
the recto
is empty. It's your choice, what to bring there. After a while, it may look like
this.
1.3.1. Table of
Contents.
A click on the bottom icon ToC in the menu brings up a Table of
Contents window at the right upper corner of the recto. The table of contents
is folded and can be unfolded either gradually by clicking on triangles next to each
item, or by a single click on the icon on the right side of the table of contents
window.
1.3.2. From verso to
recto.
On verso, there are elements colored with dark violet. These are the
numbers in references to sections, theorems, lemmas, and references to
mathematical formulas. Clicking at any violet element creates on the recto a
window with the copy of the corresponding part of the text. Those windows
are draggable and resizable. A repeated click on the same violet element of the
verso closes the window on the recto.
1.4. Menu.
You can open a copy of the whole document on the recto, by clicking
the icon in the menu. This gives
a useful opportunity to reed side by side different parts of the document.
1.5. The environment for
reading VersoTeX html article.
Of course, a modern web-browser is needed. This may be Firefox or
any other clone of Mozilla, Chrome, Safari, Opera, Microsoft Edge, or even
Internet Explorer.
2. Instructions to a VersoTeX runner
2.1. Adjust the source
file.
For the best result, the document class of the paper should be article.
So the source file should start with
\documentclass{article}
Right after that you may put
\usepackage{verbatim,amssymb,amsmath,array}
\usepackage{vo}
\pagestyle{empty}
\begin{document}
\hide{\$ \newcommand{\Q}{\mathbb Q}\$}
\hide{\$ \newcommand\p{\partial}\$}
\hide{}
is not necessary, but recommended. If you do not put it, the
definitions will be seen while the MathJax will be loading.
\spnewtheorem{Th}{Theorem}[section]{\bf}{\it}
\renewcommand{\theTh}{\thesection.\Alph{Th}}
\spnewtheorem{rem}[Th]{Remark}{\bf}{\rm}
\abstract{The text of the abstract.}
\title, \author, \date, \maketitle, \section, \subsection, \subsubsection,
\label, \ref, \cite, \footnote
is usual. Inside math formulas everything is usual, or, to be more
precise, as MathJax requires.
2.2. The environment needed
for running VersoTeX.
First of all, the TeX should be installed and working. Any major TeX
distribution, like TeX Live, Mac TeX or MikTex, should work.
2.3. Running
VersoTeX.
Compilation of a LaTeX source file is performed as follows. The source
file, say article.tex, is open in Vim. Then, the macros from vo.vim are to be
run in Vim. You just need to type in the command mode
:source
vo.vim
Here we assume that vo.vim is located in the same directory as
the source TeX file. Then vo.vim organizes the whole compilation. We
consider the process of compilation in the next section. In a regular situation,
the process of compilation does not require any user's action, except for
pressing bar, when Vim says "more", and enter, when Vim requires.
3. Under the hood
:source vo.vim. The macros collected in vo.vim then do the following:
4. Speculations on problems and solutions
4.1. Two problems to be
addressed.
TeX/LaTeX is a lingua franca of the scientific world. Most of
mathematicians and physicists write their research papers and textbooks (and
even private letters) in TeX/LaTeX. Most papers on ArXiv are prepared in
TeX. (Lack of a TeX source for a paper in ArXiv is a strong indication that
the author is not a professional.)
4.2. Design.
Hundreds of years of publishing worked out standards of a design for
scientific papers. Just to make clear what I mean, let me mention a few
elements of the design. Normally a paper has to be sectioned, although the
number of levels in the sectioning may vary. Sections are equipped with titles.
The list of bibliography is placed at the end of a paper. The words defined in
a definition is emphasized (e.g, by italic). Statements of theorems are also
distinguished with a font, equipped with titles and numbered. And so on...
Keep lines sufficiently short
, so that it would not be difficult, after coming to the end of a line, to find the
beginning of the next line. On the other hand,
keep lines sufficiently long
so that they accommodate mathematical formulas, which tend be long in some
texts.
4.3. LaTeX for HTML.
The tools for preparation of dynamic online documents are not
writer-friendly. The very notion of a writer-friendly tool is to be specified.
Here I mean a writer who knows LaTeX and has an experience in writing
source LaTeX files. Journal publications require this anyway.


Author: Rafael Benevides Level: Beginner Technologies: JSF, CDI, Deltaspike Summary: Demonstrate the creation of a custom authorization example using @SecurityBindingType from DeltaSpike Prerequisites: Target Product: WFK Product Versions: EAP 6.1, EAP 6.2, WFK 2.4 Source: https://github.com/jboss-developer/jboss-wfk-quickstarts/
Security binding is DeltaSpike feature that restricts who can invoke a method (under the covers, it uses interceptors).
To restrict who can invoke a method, we create an annotation, called a security binding type. This quickstart has two security binding types - @AdminAllowed
and @GuestAllowed
.
The quickstart defines an Authorizer
class that implements the restrictions for the security binding types. The authorizer is a CDI bean which defines methods (annotated with `@Secures) which perform the authorization checks for each security binding we create.
In this quickstart the Authorizer
we delegate authentication to JAAS, but other authentication solutions could be used.
Methods on the Controller
bean have been restricted using the security binding types.
The application this project produces is designed to be run on Red Hat JBoss Enterprise Application Platform (EAP) 6.1 or later with the Red Hat JBoss Web Framework Kit (WFK) 2.4.
All you need to build this project is Java 6.0 (Java SDK 1.6) or later, Maven 3.0 or later.
If you have not yet done so, you must Configure Maven before testing the quickstarts.
This quickstart uses secured management interfaces and requires that you create an application user to access the running application. Instructions to set up the quickstart application user can be found here: Add an Application User
The following shows the command line to start the server with the default profile:
For Linux: JBOSS_HOME/bin/standalone.sh
For Windows: JBOSS_HOME\bin\standalone.bat
NOTE: The following build command assumes you have configured your Maven user settings. If you have not, you must include Maven setting arguments on the command line. See Build and Deploy the Quickstarts for complete instructions and additional options.
Type this command to build and deploy the archive:
mvn clean package jboss-as:deploy
This will deploy target/jboss-deltaspike-authorization.war
to the running instance of the server.
You can access the running application in a browser at the following URL: localhost:8080/jboss-deltaspike-authorization/
When you access the application you are redirected to a login form, already filled in with the details of the application user you set up above. Once you have logged into the application you see a page showing your username and two buttons.
When you click on the Employee Method
button you will see the following message: You executed a @EmployeeAllowed method
- you are authorized to invoke this method.
When you click on the Admin Method
button you will be redirected to a error page with the following exception: org.apache.deltaspike.security.api.authorization.AccessDeniedException
- you aren’t authorized to invole thos method.
When you are finished testing, type this command to undeploy the archive:
mvn jboss-as:undeploy
This quickstart provides Arquillian functional tests. They are located under the directory “functional-tests”. Functional tests verify that your application behaves correctly from the user’s point of view - simulating clicking around the page as a normal user would do.
To run these tests, you must build the main project as described above.
Build the quickstart WAR using the following command:
mvn clean package
Navigate to the functional-tests/ directory in this quickstart.
If you have a running instance of the JBoss Server, as described above, run the remote tests by typing the following command:
mvn clean verify -Parq-jbossas-remote
If you prefer to run the functional tests using managed instance of the JBoss server, meaning the tests will start the server for you, type the following command:
NOTE: For this to work, Arquillian needs to know the location of the JBoss server. This can be declared through the JBOSS_HOME
environment variable or the jbossHome
property in arquillian.xml
. See Run the Arquillian Tests for complete instructions and additional options.
mvn clean verify -Parq-jbossas-managed
You can also start the server and deploy the quickstarts from Eclipse using JBoss tools. For more information, see Use JBoss Developer Studio or Eclipse to Run the Quickstarts
If you want to debug the source code or look at the Javadocs of any library in the project, run either of the following commands to pull them into your local repository. The IDE should then detect them.
mvn dependency:sources
mvn dependency:resolve -Dclassifier=javadoc


If a provider operates in multiple regions, say an entire city or all
major cities of a country, it wouldn't be practical to add them one by one for each pincode.
For such cases, you can drop me a mail at
{{ contactAuthor }}
with clearly stated list of postal codes where the provider operates and the
other relevant information of the provider for me to add in the database.


ZwWdP 29-06-2010
|
Zeit |
Interpret |
Titel |
|
20 h |
The Squad |
Three Lions 2010 |
|
|
XTC |
King For A Day |
|
|
Madness |
The Sun And The Rain |
|
|
The Love Generation |
Let The Good Times In |
|
|
Jochen Diestelmeyer |
Lass uns Liebe sein |
|
|
Thomas Dolby |
I Scare Myself |
|
|
Lord Kitchener |
The Magic Lounge About |
|
|
Smashing Time |
Is It Her? |
|
|
Focus |
Hocus Pocus World Cup 2010 |
|
|
Orwell |
Au dessus de moi |
|
|
Orwell |
Take The Long Way Home (live) |
|
|
The Free Design |
Don't Cry Baby (Koushik Remix) |
|
|
Erdmöbel |
Busfahrt |
|
|
Gonzales |
Knight Moves |
|
21 h |
Paul Weller |
Town Called Malice (live) |
|
|
Superimposers |
The Beach |
|
|
Love Unlimited Orchestera |
My Sweet Summer Suite |
|
|
Orell |
Slow Down |
|
|
Céleste |
Holiday On Ice |
|
|
Fireflies |
The Breeze |
|
|
Harmonic 33 |
Optigan |
|
|
The Jags |
Back Of My Hand |
|
|
The Rhinos |
Sometimes |
|
|
Majestic |
Sunday Driver |
|
|
America |
Tin Man |
|
|
Terry Callier |
Just As Long As We're In Love |
|
|
Daniel Carlson |
Velvet |
|
|
The Beauty Room |
Don't You Know |
|
|
Daniel Carlson |
Gold (Long Version) |
|
22 h |
Brian Wilson |
The Like In I Love You |
|
|
Johnny Cash vs. Nirvana vs. Blue Öyster Cult |
Hurts Like Teen Spirit |
|
|
Robert Cooper |
Fireworks At Noon |
|
|
Duran Duran |
Femme Fatale |
|
|
A Mountain of One |
Lie Awake |
|
|
Fireflies |
Birds |
|
|
Jochen Diestelmeyer |
All I Think About Is You |
|
|
The Heart Strings |
Girls |
|
|
The Mighty Bop |
Lady (Original Mix) |
|
|
Henry Mascini |
Slow Hot Wind |
|
|
The Alumnim Group |
Mister Butterfly |
|
|
Monade |
La salle de pas perdus |
|
|
Daniel Carlson |
Another Week |
|
|
Pastel Vespa |
Tubthumping |
|
|
Holger Fath-Tati |
Nice Dreams |


Anyone Can be an Artist
Open
Copyright
Payment
Everyone can upload, share
and sell their own music sheets,
whether they have just one sheet
or a thousand
and sell their own music sheets,
whether they have just one sheet
or a thousand
We protect and provide
official proof of evidence
for copyright of all music sheets
official proof of evidence
for copyright of all music sheets
Artists gets access to their
royalty account page,
where they can check
their monthly payment
royalty account page,
where they can check
their monthly payment


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To provide all the Caffeine you need to power you life.
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2014
Jan 14, 2014
Collapsed Event
Subtitle
Card Description here
Action 1
Action 2
Jun 1, 2014
Expanded event with reallyyyyy long title
Subtitle
Timeline Event Description
Action 1
Action 2


DIV #1
position: absolute;
z-index: 5;
DIV #2
position: relative;
z-index: 3;
DIV #3
position: relative;
z-index: 2;
DIV #4
position: absolute;
z-index: 1;
DIV #5
no positioning
z-index: 8;