Deploying to an iOS device
Objective
In this chapter, you'll learn the steps necessary to deploy an app to an iOS device for testing.
Contents
In order to install your app to an iOS device for testing, you'll have to complete quite a few steps:
-
Register with Apple's Developer program
-
Obtain a developer's certificate
-
Register your test devices
-
Create an App ID
-
Create and install a development provisioning profile
-
Build your app, embedding the profile within the app's bundle. This step takes care of installing to a locally-connected device as well. We'll cover distributing your app to remote testers below as well.
Apple's Developer program
You can download the iOS SDK and development tools from Apple by simply registering for the program: no payment is required. But once it comes time to install your app onto a device, you'll need to pay their subscription fees. At the time of this writing, the individual and company plan costs $99/year. Enterprise and University programs are also available. See the Apple Developer's site for more information.
Apple verifies your identity before admitting you to the program. For individuals, the process is relatively simple and conducted online in hours or a few days. Companies are required to submit articles of incorporation or other proof of identity. Approval for companies typically takes a few days to a week, depending on how quickly you provide the required paperwork. Additional requirements are placed on Enterprise customers (you must have a DUNS number) and universities (proof of accreditation is typically required).
Obtain a developer's certificate
Once you have been approved by Apple, you can log onto the iOS Provisioning Portal and begin the deployment process proper. The initial user account is designated the Team Agent account. The Team Agent is the person at your organization who oversees development and final distribution of your app. For a one-person company, the Team Agent, developer, and final publisher of the app are all one person. In a corporate or team environment, there will be a single Team Agent and one or more developers.
The Team Agent can invite members to his or her team. Doing so creates developer-specific accounts within your overall account. Such developers can create requests for certificates, which the Team Agent can approve or reject.
A developer's certificate attests to the identity of the developer building the app. Each developer on your team could have their own certificate, enabling each of them to build a test version of your app. When you publish, the Team Agent will create the final certificate and other requirements.
To create a developer's certificate:
-
On the developer's computer, while logged in as the developer in question, open Keychain Access.
-
Choose Certificate Assistant, Request a Certificate from a Certificate Authority.
-
Follow the program's prompts to create and save a Certificate Signing Request (CSR) file.
-
Log onto the iOS Provisioning Portal.
-
Click Certificates and then confirm that the Development tab is active.
-
Click Add Certificate and upload your CSR file.
-
If you are the Team Agent, you'll be returned to the Certificates page with the status listed as Pending. Wait a moment then refresh the page in your browser. You should get a Download link at that point. If you're a developer on the team, the Team Agent will receive notification to approve or reject your request. When he or she approves your request, continue with the steps that follow.
-
Download the development certificate (.cer) file to your computer.
-
Double-click the file to install it into your keychain.
In addition to your developer certificate, you will need to download and install the WWDR Intermediate Certificate, provided by Apple. You can download this file from the iOS Provisioning Portal. Double-click the resulting file to install it to your keychain.
Register your test devices
Apple limits you to testing your app on up to 100 devices per year. You must register each of those devices in the Provisioning Portal. You cannot remove a device once it's been defined (such as to replace it with someone else's device). So, use care when registering your devices so that you don't run out of permitted devices.
At the time of this writing, you must identify devices by their UDID (Unique Device ID). Apple has announced that the UDID is deprecated as of iOS 5. It is unclear at this time how they will identify devices on the Provisioning Portal once that change is widely implemented. For now, you must obtain the UDID using either iTunes or Xcode.
Using iTunes to determine the UDID:
-
Connect the device to your computer.
-
Open iTunes, if it doesn't open automatically.
-
Select the device in the left pane.
-
In the middle pane, click on the Serial Number. This changes to show the Identifier (UDID). Press Command-C to copy the UDID. (You don't need to drag to select first.)
-
You might want to paste that someplace, such as a text file or email message to save it for later.
Using Xcode to determine the UDID:
-
Connect the device to your computer.
-
Open Xcode.
-
Open the Organizer.
-
Select Devices, if necessary.
-
On the left, select your iOS device.
-
Right-click the string of letters and numbers beside Identifier, and choose Copy.
-
You might want to paste that someplace, such as a text file or email message to save it for later.
To register your device:
-
If necessary, log onto the iOS Provisioning Portal.
-
Click Devices
-
Click Add
-
Give your device a name (this is for your convenience) and paste in the UDID you copied from iTunes or Xcode.
-
Click Save.
Create an App ID
An App ID is a unique identifier for your app. It is composed of two parts: the Bundle Seed ID and the Bundle Identifier. The Bundle Seed ID is a 10-character hexadecimal string generated by the Provisioning Portal. It is unique to you and your developer account. The Bundle Identifier is a name you enter.
The Bundle Identifier can be explicit, meaning you enter a name on the Provisioning Portal and enter that exact same identifier as the App ID in Titanium Studio. You can also create a wildcard Bundle Identifier. Wildcard Bundle IDs are great for quick development – you don't have to create a new ID for each and every app you test. However, you cannot use some iOS features with a wildcard ID. You must create an explicit Bundle ID if you plan to use push notifications, iAd, or Game Center features.
To create an App ID:
-
Log onto the iOS Provisioning Portal as the Team Agent.
-
Click App IDs.
-
Click New App ID
-
Enter a description, which cannot include special characters (including most punctuation).
-
Select the Bundle Seed ID to use.
-
Enter your Bundle Identifier, which must match the App ID you enter in the tiapp.xml file in Titanium Studio. Apple recommends the reverse-domain name style for your Bundle ID (which is why we do).
-
Click Submit.
Create and install a development provisioning profile
You're now ready to create the provisioning profile file, which gathers together your certificate, the list of permitted devices, and the App ID.
-
Log onto the iOS Provisioning Portal as the Team Agent.
-
Click Provisioning and confirm the Development tab is selected.
-
Click New Profile.
-
Enter a name for your provisioning profile. You should use the word "development" in the name so that it's clear later that this profile is for testing, rather than final distribution.
-
Select the developer certificate or certificates associated with this profile.
-
Select the App ID from the drop-down list.
-
Check each of the devices that will be used for testing. You'll have to create a new provisioning profile later if you add new devices to your testing pool.
-
Click Submit.
-
You'll be returned to the Provisioning page with the status listed as Pending. Wait a moment then refresh the page in your browser. You should get a Download link at that point.
-
Download the provisioning profile (.mobileprovision) file to your computer. You'll use it when building your app.
-
If you're the Team Agent creating this provisioning profile for a team member, email or distribute it to him or her now.
You have two options to install the provisioning profile file onto your development computer. You can drag the file and drop it on the Xcode icon. Or, you can install it from Studio by following the steps in the following section. Either way, installing the provisioning profile is a one-time operation (on each computer, until it expires).
Build your app, embedding the profile within the app's bundle
Once you're done with the preceding steps, Titanium Studio makes it easy to build and install your app to a locally connected device. From the Run menu, choose iOS Device. If you have not installed the provisioning profile yet, you will see the dialog box on the left. Click the Upload link, locate your .mobileprovision file, and click Open to upload that profile to Xcode.
Then, select the SDK version, choose your developer certificate. If you've installed more than one provisioning profile, make sure to choose the one that corresponds to your app and your developer certificate. Make sure your device is connected via USB and click Finish. Studio will build your app and sync it to your device.
If you get errors, most likely source of trouble is that the app ID you entered in the tiapp.xml file doesn't match what you entered on the iOS Provisioning Portal. Another common errors, especially once you've developed a couple of apps, is that you didn't select the correct developer certificate or provisioning profile.
Installing apps to remote devices
You have various options for installing apps on remote devices. Of course, you will need to have gathered the UUIDs for each of those devices and used them when creating the provisioning profile. Your options include:
-
Email the .mobileprovision and IPA files to the user. He or she can drag & drop those files into iTunes and then sync their device.
-
Post those files on a web or FTP site accessible to your testing users. Because the files can be installed only onto devices whose UUIDs you have registered, you don't need to worry about unauthorized people accessing your app.
-
Use an "over the air" distribution system, such as TestFlight App, DIAWI, AppSendr, or HockeyKit. The first three are services you can subscribe to. The last is an open-source system that you can install on your own web server.
You upload the .mobileprovision and IPA files to the OTA system. Your registered users receive a notification by email (in some cases, users install a small app published by the OTA provider and receive notifications via that app). They're provided a download link, which installs the app onto their device. When you publish updates, users receive new notifications to download the new version.
Some of these systems enable you to gather user feedback, crash logs, and similar data from testers. There are free modules that help you integrate TestFlight App's data collection routines into your app.
References
Summary
In this chapter, you learned that Apple's policies and procedures are involved but not impossible. You have to work with the iOS Developers program's systems to install apps onto your own device, and those of your testers. Titanium Studio automates the steps of the program that it can. The rest you must perform at the iOS Provisioning Portal web site.


|
Standard Reference Data Program |
Data Gateway |
Chemistry WebBook |
|
NIST subscription sites provide data under the NIST Standard Reference Data Program, but require an annual fee to access. The purpose of the fee is to recover costs associated with the development of data collections included in such sites. Your institution may already be a subscriber. Follow the links above to find out more about the data in these sites and their terms of usage.
Go To: Top, Constants of diatomic molecules, References, Notes / Error Report
Data compilation copyright by the U.S. Secretary of Commerce on behalf of the U.S.A. All rights reserved.
Data evaluated as indicated in comments:
L - S.G. Lias
Data compiled as indicated in comments:
LBLHLM - S.G. Lias, J.E. Bartmess, J.F. Liebman, J.L. Holmes, R.D. Levin, and W.G. Mallard
LLK - S.G. Lias, R.D. Levin, and S.A. Kafafi
RDSH - H.M. Rosenstock, K. Draxl, B.W. Steiner, and J.T. Herron
| Quantity | Value | Units | Method | Reference | Comment |
|---|---|---|---|---|---|
| IE (evaluated) | 9.70 ± 0.03 | eV | N/A | N/A | L |
| IE (eV) | Method | Reference | Comment |
|---|---|---|---|
| 9.70 | PE | Bancroft and Bristow, 1983 | LBLHLM |
| 9.70 ± 0.03 | PI | Berkowitz and Walter, 1968 | RDSH |
| 9.8 | PE | Bancroft and Bristow, 1983 | Vertical value; LBLHLM |
| 9.92 | PE | Egdell and Orchard, 1978 | Vertical value; LLK |
| 9.91 | PE | Evans and Orchard, 1975 | Vertical value; LLK |
| 9.894 | PE | Berkowitz, 1972 | Vertical value; LLK |
| 9.925 | PE | Berkowitz, 1971 | Vertical value; LLK |
| Ion | AE (eV) | Other Products | Method | Reference | Comment |
|---|---|---|---|---|---|
| Cl+ | 16.9 ± 0.1 | Tl | EI | Khvostenko and Sultanov, 1965 | RDSH |
| Tl+ | 7.01 | Cl- | PI | Berkowitz and Walter, 1968 | RDSH |
| Tl+ | 9.93 ± 0.02 | Cl | PI | Berkowitz and Walter, 1968 | RDSH |
Go To: Top, Gas phase ion energetics data, References, Notes / Error Report
Data compilation copyright by the U.S. Secretary of Commerce on behalf of the U.S.A. All rights reserved.
Data compiled by: K.P. Huber and G. Herzberg
| State | Te | ωe | ωexe | ωeye | Be | αe | γe | De | βe | re | Trans. | ν00 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| D 1 | (D → A) RV | (24628) | ||||||||||
| missing citation; missing citation | ||||||||||||
| D | (D → A) RV | (24040) | ||||||||||
| missing citation; missing citation | ||||||||||||
| Continuous absorption for ν > 40000 cm-1. | ||||||||||||
| Howell and Coulson, 1938; Davidovits and Bellisio, 1969 | ||||||||||||
| C (1Π) 3 | C ← X 2 | |||||||||||
| missing citation; missing citation | ||||||||||||
| State | Te | ωe | ωexe | ωeye | Be | αe | γe | De | βe | re | Trans. | ν00 |
| 2 | ||||||||||||
| missing citation; missing citation | ||||||||||||
| 2 | ||||||||||||
| missing citation; missing citation | ||||||||||||
| A 3Π0+ | 31049.4 | (223.1) 4 (Z) | 11.4 5 | 1.33 | 0.092270 6 | 0.00131 | 0.75E-7 | 2.4730 | A ↔ X 2 R | (31016.6) (Z) | ||
| missing citation; missing citation; Barrow, 1957 | ||||||||||||
| X 1Σ+ | 0 | (283.75) 4 (Z) | 0.818 | 0.091397022 | 0.000397932 7 | 4.170E-7 | 0.3753E-7 | 2.484826 8 | ||||
| Brom and Franzen, 1971; Lesiecki and Nibler, 1975 | ||||||||||||
| Rotation sp. | ||||||||||||
| Barrett and Mandel, 1958; Fitzky, 1958; De Wijn, 1965; Lovas and Tiemann, 1974 | ||||||||||||
| Mol. beam electric and magnetic resonance 9 | ||||||||||||
| Carlson, Lee, et al., 1952; Hammerle, Dickinson, et al., 1969; Ley and Schauer, 1972; Zeiger and Bolef, 1952 |
| 1 | Complex system of emission bands; tentative vibrational analysis Rao, 1949. |
| 2 | Absorption cross sections Davidovits and Bellisio, 1969. |
| 3 | Continuous absorption with maximum at 39820 cm-1, preceded by diffuse bands of longer wavelengths. |
| 4 | Vibrational constants of Miescher, 1941 whose measurements at higher dispersion are more extensive than those of Howell and Coulson, 1938. Rotational analyses Barrow, 1957 give ΔG'(1/2) = 201.60 Barrow, 1957, ΔG"(1/2) = 281.88 Barrow, 1957. |
| 5 | ωeze = -0.115. |
| 6 | Predissociation for v' ≥ 4; see Miescher, 1941. |
| 7 | From De Wijn, 1965 who gives rotational constants for all four TlCl isotopes. See also Lovas and Tiemann, 1974. |
| 8 | Vibration sp. 12 |
| 9 | μel = 4.5153 + 0.05527(v+1/2) + 0.000078(v+1/2)2 D Ley and Schauer, 1972; from Ley and Schauer, 1972 who give also hfs constants and magnetic parameters for v = 0...3. |
| 10 | Photoionization mass-spectrometry Berkowitz and Walter, 1968; good agreement with thermochemical and spectroscopic values Barrow, 1960, Barrow, 1960, 2, electron impact mass-spectrometry Khvostenko and Sultanov, 1965, 2, and flame photometry Bulewicz, Phillips, et al., 1961. |
| 11 | Photoionization value Berkowitz and Walter, 1968. As for TlBr, this adiabatic potential corresponds to the second rather than first vertical potential observed by photoelectron spectroscopy Berkowitz, 1972. |
| 12 | IR and Raman spectra in argon and krypton matrices. |
| 13 | D00(TlCl) + I.P.(Tl) - I.P.(TlCl). |
Go To: Top, Gas phase ion energetics data, Constants of diatomic molecules, Notes / Error Report
Data compilation copyright by the U.S. Secretary of Commerce on behalf of the U.S.A. All rights reserved.
Bancroft and Bristow, 1983
Bancroft, G.M.; Bristow, D.J.,
High resolution HeI and HeII photoelectron spectra of the thallium halides: Valence bands and Tl 5d ligand field splittings,
Can. J. Chem., 1983, 61, 2669. [all data]
Berkowitz and Walter, 1968
Berkowitz, J.; Walter, T.A.,
Photoionization of high-temperature vapors. IV.TIF, TICI, and TIBr,
J. Chem. Phys., 1968, 49, 1184. [all data]
Egdell and Orchard, 1978
Egdell, R.G.; Orchard, A.F.,
He(II) Photoelectron spectra of indium(I) and thallium(I) halides,
J. Chem. Soc. Faraday Trans. 2, 1978, 74, 1179. [all data]
Evans and Orchard, 1975
Evans, S.; Orchard, A.F.,
The vapour phase ultra-violet photoelectron spectroscopy of metal halides at elevated temperatures,
J. Electron Spectrosc. Relat. Phenom., 1975, 6, 207. [all data]
Berkowitz, 1972
Berkowitz, J.,
Photoelectron spectroscopy of high-temperature vapors. I. TlCl, TlBr, and TlI,
J. Chem. Phys., 1972, 56, 2766. [all data]
Berkowitz, 1971
Berkowitz, J.,
Photoionization mass spectrometry photoelectron spectroscopy of high temperature vapor,
Adv. High Temp. Chem., 1971, 3, 123. [all data]
Khvostenko and Sultanov, 1965
Khvostenko, V.I.; Sultanov, A.Sh.,
Ionisation of thallium(I) chloride, bromide, and iodide molecules by electron bombardment,
Zh. Fiz. Khim., 1965, 39, 475, In original 252. [all data]
Howell and Coulson, 1938
Howell, H.G.; Coulson, N.,
The spectrum of thallium chloride,
Proc. R. Soc. London A, 1938, 166, 238. [all data]
Davidovits and Bellisio, 1969
Davidovits, P.; Bellisio, J.A.,
Ultraviolet Absorption Cross Sections for the Thallium Halide and Silver Halide Vapors,
J. Chem. Phys., 1969, 50, 8, 3560-3567. [all data]
Barrow, 1957
Barrow, R.F.,
On the rotational analysis of bands of the A3Π0+-X1Σ+ system of TlCl,
Proc. Phys. Soc. London Sect. A, 1957, 70, 622. [all data]
Brom and Franzen, 1971
Brom, J.M., Jr.; Franzen, H.F.,
Infrared spectra and structure of matrix isolated thallous halides,
J. Chem. Phys., 1971, 54, 2874. [all data]
Lesiecki and Nibler, 1975
Lesiecki, M.L.; Nibler, J.W.,
Infrared and Raman spectra and structures of matrix isolated thallous halide dimers: Tl2F2 and Tl2Cl2,
J. Chem. Phys., 1975, 63, 3452. [all data]
Barrett and Mandel, 1958
Barrett, A.H.; Mandel, M.,
Microwave spectra of the Tl, In, and Ga monohalides,
Phys. Rev., 1958, 109, 1572. [all data]
Fitzky, 1958
Fitzky, H.G.,
Das Mikrowellenrotationsspektrum der Thallium I-Halogenide,
Z. Phys., 1958, 151, 351. [all data]
De Wijn, 1965
De Wijn, H.W.,
Two-quantum transitions in the microwave rotational spectra of thallium mono-chloride,
Physica (Amsterdam), 1965, 31, 1557. [all data]
Lovas and Tiemann, 1974
Lovas, F.J.; Tiemann, E.,
Microwave spectral tables. I. Diatomic molecules,
J. Phys. Chem. Ref. Data, 1974, 3, 609. [all data]
Carlson, Lee, et al., 1952
Carlson, R.O.; Lee, C.A.; Fabricand, B.P.,
The molecular beam electric resonance method study of thallium monochloride,
Phys. Rev., 1952, 85, 784. [all data]
Hammerle, Dickinson, et al., 1969
Hammerle, R.H.; Dickinson, J.T.; VanAusdal, R.G.; Stephenson, D.A.; Zorn, J.C.,
Hyperfine structure of thallium chloride,
J. Chem. Phys., 1969, 50, 2086. [all data]
Ley and Schauer, 1972
Ley, R.; Schauer, W.,
Molekulstrahl-Resonanz-Messungen von Hyperfeinstruktur, Zeeman und Stark-Effekt an TlCl-Isotopen in verschiedenen Schwingungszustanden,
Z. Naturforsch. A, 1972, 27, 77. [all data]
Zeiger and Bolef, 1952
Zeiger, H.J.; Bolef, D.I.,
Molecular beam magnetic resonance spectra of TlCl35 and TlCl37 at zero field,
Phys. Rev., 1952, 85, 788. [all data]
Rao, 1949
Rao, P.T.,
New band systems of the TlCl molecule,
Indian J. Phys., 1949, 23, 393. [all data]
Miescher, 1941
Miescher, E.,
Bandenspektren von thalliumchlorid,
Helv. Phys. Acta, 1941, 14, 148. [all data]
Barrow, 1960
Barrow, R.F.,
The heat of sublimation and energy of dissociation of thallous chloride,
Proc. Phys. Soc. London, 1960, 75, 933. [all data]
Barrow, 1960, 2
Barrow, R.F.,
Dissociation energies of the gaseous monohalides of boron, aluminium, gallium, indium, and thallium,
Trans. Faraday Soc., 1960, 56, 952. [all data]
Khvostenko and Sultanov, 1965, 2
Khvostenko, V.I.; Sultanov, A.Sh.,
Ionisation of thallium(I) chloride, bromide, and iodide molecules by electron bombardment,
Russ. J. Phys. Chem. Engl. Transl., 1965, 39, 252, In original 475. [all data]
Bulewicz, Phillips, et al., 1961
Bulewicz, E.M.; Phillips, L.F.; Sugden, T.M.,
Determination of dissociation constants and heats of formation of simple molecules by flame photometry. Part 8. Stabilities of the gaseous diatomic halides of certain metals,
Trans. Faraday Soc., 1961, 57, 921. [all data]
Go To: Top, Gas phase ion energetics data, Constants of diatomic molecules, References
| AE | Appearance energy |
| IE (evaluated) | Recommended ionization energy |
Copyright for NIST Standard Reference Data is governed by the Standard Reference Data Act.
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An application plugin is a subclass of QObject and of the interfaces it wants to provide. The examples that accompany this book includes two plugins for the Text Art application presented in the preceding section, to show that the application correctly handles multiple plugins.
Here, we will review the code for only one of them, the Basic Effects plugin. We will assume that the plugin's source code is located in a directory called basiceffectsplugin and that the Text Art application is located in a parallel directory called textart. Here's the declaration of the plugin class:
class BasicEffectsPlugin : public QObject, public TextArtInterface { Q_OBJECT Q_INTERFACES(TextArtInterface) public: QStringList effects() const; QPixmap applyEffect(const QString &effect, const QString &text, const QFont &font, const QSize &size, const QPen &pen, const QBrush &brush); };
The plugin implements only one interface, TextArtInterface. In addition to Q_OBJECT, we must use the Q_INTERFACES() macro for each interface that is subclassed to ensure smooth cooperation between moc and qobject_cast<T>().
QStringList BasicEffectsPlugin::effects() const { return QStringList() << "Plain" << "Outline" << "Shadow"; }
The effects() function returns a list of text effects supported by the plugin. This plugin supports three effects, so we just return a list containing the name of each one.
The applyEffect() function provides the plugin's functionality and is slightly involved, so we will review it in pieces.
QPixmap BasicEffectsPlugin::applyEffect(const QString &effect, const QString &text, const QFont &font, const QSize &size, const QPen &pen, const QBrush &brush) { QFont myFont = font; QFontMetrics metrics(myFont); while ((metrics.width(text) > size.width() || metrics.height() > size.height()) && myFont.pointSize() > 9) { myFont.setPointSize(myFont.pointSize() - 1); metrics = QFontMetrics(myFont); }
We want to ensure that the given text will fit in the specified size, if possible. For this reason, we use the font's metrics to see whether the text is too large to fit, and if it is, we enter a loop where we reduce the point size until we find a size that will fit, or until we reach 9 points, our fixed minimum size.
QPixmap pixmap(size); QPainter painter(&pixmap); painter.setFont(myFont); painter.setPen(pen); painter.setBrush(brush); painter.setRenderHint(QPainter::Antialiasing, true); painter.setRenderHint(QPainter::TextAntialiasing, true); painter.setRenderHint(QPainter::SmoothPixmapTransform, true); painter.eraseRect(pixmap.rect());
We create a pixmap of the required size and a painter to paint onto the pixmap. We also set some render hints to ensure the smoothest possible results. The call to eraseRect() clears the pixmap with the background color.
if (effect == "Plain") { painter.setPen(Qt::NoPen); } else if (effect == "Outline") { QPen pen(Qt::black); pen.setWidthF(2.5); painter.setPen(pen); } else if (effect == "Shadow") { QPainterPath path; painter.setBrush(Qt::darkGray); path.addText(((size.width() - metrics.width(text)) / 2) + 3, (size.height() - metrics.descent()) + 3, myFont, text); painter.drawPath(path); painter.setBrush(brush); }
For the "Plain" effect, no outline is required.  For the "Shadow" effect, we need to draw the shadow first so that the text can be painted on top of it.
QPainterPath path; path.addText((size.width() - metrics.width(text)) / 2, size.height() - metrics.descent(), myFont, text); painter.drawPath(path); return pixmap; }
We now have the pen and brushes set appropriately for each text effect, and in the "Shadow" effect case we have drawn the shadow. We are now ready to render the text. The text is horizontally centered and drawn far enough above the bottom of the pixmap to allow room for descenders.
Q_EXPORT_PLUGIN2(basiceffectsplugin, BasicEffectsPlugin)
At the end of the .cpp file, we use the Q_EXPORT_PLUGIN2() macro to make the plugin available to Qt.
The .pro file is similar to the one we used for the Bronze style plugin earlier in this chapter (p. 493):
TEMPLATE = lib CONFIG += plugin HEADERS = ../textart/textartinterface.h \ basiceffectsplugin.h SOURCES = basiceffectsplugin.cpp DESTDIR = ../textart/plugins
If this chapter has whetted your appetite for application plugins, you might like to study the more advanced Plug & Paint example provided with Qt. The application supports three different interfaces and includes a useful Plugin Information dialog that lists the plugins and interfaces that are available to the application.


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| Part crime caper gone awry, part survival horror film, this 1970s set thriller depicts a harrowing fight for survival after a pair of wannabe crooks botch a bank heist and flee into the desert, where they inexplicably stumble upon Carnage Park, a remote stretch of wilderness occupied by a psychotic ex-military sniper. | |
| Genres: | Action, Crime, Horror, Thriller |
| Director: | Mickey Keating |
| Writer: | Mickey Keating |
Cast: | Vivian - Ashley Bell Wyatt Moss - Pat Healy 'Scorpion' Joe Clay - James Landry Hébert Lenny - Michael Villar Delbert Oates - Bob Bancroft Travis 'Whiskey' Ginger - Larry Fessenden Peter W - Graham Skipper Ellen San Diego - Darby Stanchfield Sheriff Moss - Alan Ruck Spike - Andy Greene |


RLF House / CR2 Arquitetura
- Curated by Matheus Pereira
- about 15 hours
- version="1.0" encoding="UTF-8"? Architects: CR2 Arquitetura
- AreaArea of this architecture projectArea: 400.0 m2
- version="1.0" encoding="UTF-8"?YearCompletion year of this architecture project Year: 2019
- version="1.0" encoding="UTF-8"?PhotographsPhotographs: Fran Parente
- version="1.0" encoding="UTF-8"?ManufacturersBrands with products used in this architecture project Manufacturers: Ana Neute, Anna Milliet, Aplicadora Santana, Aquecebem, Atelier Gustavo Bittencourt, Braston, Carbono, Casa Franceza, Core, Durval, Eontech, F2 Engenharia, Fábio Gobbo, Gabi Ornaghi, Inovar, Irrigmaster, Joshua Adegas, Leonardi Esperanti nos bancos e Lurca, Marcenaria Padrão, Marmoraria Butantã, Mekal, Mel Kawahara, NSBrazil, Neorex, Palimanan, Poliar, Porto Seguro, Portobello, REKA, Villa Ferg, Yamamura
- Lead Architects Cecilia Reichstu, Clara Reynaldo
- Collaborators Christiane Ribeiro, Elisa Vaz, Giovanna Klestoff, Paula Saito
More Specs Less Specs
Text description provided by the architects. The dark materials, compartmentalized spaces and small window frames made the spaces very dark in this 400m² house built in the middle of Jardim América, in São Paulo. Significant part of what could be the garden was used for circulation, rooms and laundry area. So the 15x42m site seemed small for everything there.
Since the idea was to renovate, demolishing the main block was out of the discussion. The major structural change was to eliminate the service block and the 2 walls around it. In this spaces we made a new construction, in which we programed a bathroom and a kitchen facing the dining room, in addition to the previously eliminated uses.
The entire block uses Accoya cladding, in order to camouflage the different doors and new spaces. And the 90cm indentation of the roof created a covered walkway around the entire building and more visual permeability as we now have a garden on both sides. Upstairs, the roof of this new building and the existing one ended up forming an 'L' which is entirely occupied by a roof garden.


Go Recipes - Strings
Table of Contents
Strings
These recipes offer some tips for handling Go strings. There are some excellent Go packages in the standard library, most notably the strings package but these recipes talk you through some of the subtleties of Go strings.
For other recipes see here.
Strings one character at a time
Summary
If you just want to go through the string from start to end then you can use a simple range loop, this will present the characters one at a time as follows:
s := "Pi: π Pie: tasty" for i, r := range s { fmt.Printf("%2d: %c\n", i, r) } fmt.Println()
If you want random access to the runes (Go's name for a Unicode Code point) then you need to convert the string to a slice of runes first.
s := "Pi: π" r := []rune(s) fmt.Printf("%c\n", r[4])
Discussion
Let's establish what we mean by 'character'. In Go a string is a sequence of bytes but this is not what we are talking about. By 'character' we mean a Unicode Code Point or, as Go calls it, a rune.
This is an important distinction but one which native speakers of English may never be aware of. Go encodes runes using UTF8 which only needs a single byte for the 128 ASCII characters so most code you see will not use any non-ASCII characters. Let's look at an example with non-ASCII characters.
s := "Pi: π" fmt.Printf("s: %q\n", s) fmt.Println("len( s ):", len(s)) fmt.Println("len([]rune(s)):", len([]rune(s)))
The string has a Greek letter Pi as it's 5th character. This will print the string and will show it as having length 6 as a string but only 5 as a slice of runes.
What's happening? There are 6 bytes being used to encode the 5 characters (runes). Let's look inside the string, we'll add a period at the end of the string to illustrate the difference.
s := "Pi: π." for i, r := range s { fmt.Printf("[%d]%c 0x%[2]x %08[2]b ", i, r) } fmt.Println() for i, r := range []rune(s) { fmt.Printf("[%d]%c 0x%[2]x %08[2]b ", i, r) } fmt.Println()
When you run this you will see almost exactly the same results for each loop but the index values have a gap in them for the loop over the string but not for the loop over the slice of runes. So let's look at what's happening in the string.
Note that the Printf statements each use the explicit argument index to reference the character ('ch') three times.
s := "Pi: π" fmt.Printf(" s [4]%c 0x%[1]x %08[1]b\n", s[4]) fmt.Printf(" s [5]%c 0x%[1]x %08[1]b\n", s[5]) fmt.Printf("[]rune(s)[4]%c 0x%[1]x %08[1]b\n", []rune(s)[4])
When you run this to examine the contents of the string at characters 4 and 5 you'll see that you get s[4] shown as Ï and s[5] is a non-printing character (PAD). This is the UTF8 encoding at work showing the two characters which together form the UTF8-encoded rune for the Greek letter pi.
Substrings
Go offers several ways of extracting substrings but you need to understand strings and how they are encoded to know which is best.
Summary
To get the last character of a string you will need to convert it into a slice of runes and then take the last element of that slice as follows:
s := "Pi: π" r := []rune(s) fmt.Printf("r[end] = %c\n", r[len(r)-1])
To get a substring of the first two characters we can use standard slicing operations as follows:
s := "Pi: π" r := []rune(s) fmt.Printf("r[:2] = %s\n", string(r[:2]))
Note that we have to convert the slice of runes back into a string in order to print it.
Discussion
You can take a substring in a number of ways but you need to be aware of the distinction between bytes and runes. A string is an array of bytes and the same array slicing techniques can be applied but if a character is not represented by a single byte then you will need to know how long it is or else (safer) convert it into a slice of runes and work with that.
What are the downsides of this? There is a cost to constructing the rune slice; the slice of runes takes up to four times as much space as a string since potentially each byte in the string will be held as a 4-byte rune in the slice of runes. If the string has a lot of non-ASCII characters then the inflation will be less, most European or Middle Eastern alphabets will see the slice of runes take twice as much space, strings of Chinese characters will increase in size by a third and strings of emojis will suffer no increase in size. There is also the runtime cost of constructing the rune slice out of the string. If you are just doing this occasionally then you can ignore the cost but if you are doing it in some high-performance loop you should be aware that converting strings to slices of runes is not free. Also, be aware that strings with multi-byte runes will take longer to convert to a rune-slice than strings holding just single-byte runes (ASCII characters). The more multi-byte runes the longer it takes but there is an initial cost as soon as there is even a single multi-byte rune.
References
see the standard packages unicode/utf8, strings and regexp and the Go blog entry by Rob Pike Strings, bytes, runes and characters in Go.
Splitting a string into words
Summary
The simplest way is to use the Fields function from the strings package to divide the string up around spaces, as follows:
words := strings.Fields("The quality of mercy") fmt.Printf("%q\n", words)
Alternatively you can use the strings.Split function:
words := strings.Split("The quality of mercy", " ") fmt.Printf("%q\n", words)
Finally, you can use the regexp package. Like this:
re := regexp.MustCompile(`\s+`) words := re.Split("The quality of mercy", -1) fmt.Printf("%q\n", words)
Note that you must pass the Split method a final parameter of -1 so that it will return all the substrings.
Discussion
If you have run these code fragments in gosh you will notice that they all produce the same results so what's the difference. To understand this let's take a look at how these approaches work with a different string. Let's try a string with multiple spaces and some non-space whitespace. First with the strings.Field version:
words := strings.Fields("The quality of mercy\nis not strained ") fmt.Printf("%q\n", words)
Now with strings.Split
words := strings.Split("The quality of mercy\nis not strained ", " ") fmt.Printf("%q\n", words)
And using the regexp version:
re := regexp.MustCompile(`\s+`) words := re.Split("The quality of mercy\nis not strained ", -1) fmt.Printf("%q\n", words)
If you run these you'll see that the strings.Fields version yields only non-empty strings separated by one or more whitespace characters, the strings.Split version returns any string separated by a single space character and the regexp.Split version returns strings (possibly empty) separated by one or more whitespace characters.
The disadvantages with the regexp approach are that it's slower, there's a little more code needed (an extra line), you need to understand regular expressions and the Split method is a bit more complicated to use - it's like the SplitN function from the strings package. So why is it presented here? Regular expressions are very powerful and can do a lot more than this so they are introduced here to make you aware of them.
The strings package also has a FieldsFunc function that allows you to provide a function that will categorise the characters (strings.Fields uses this if the string contains non-ASCII characters)


Hello, my name is Chris and I am a Polish born, English bred programmer who is also very passionate about English. With my experience in the UK I consider myself a native English speaker.
I would be very happy to help you reach confidence in speaking, reading or writing in English through the means of one to one sessions. I also offer translating services for any documents.
If you have any questions leave a message below and I will get back to you as soon as I can.
Copyright - Krzysztof Manikowski
Go straight to Github


Gunmen kill herbalist in Ondo - The Nation Newspaper
Damisi Ojo, Akure
Tragedy struck in the ancient town of Ifira, Akoko Southeast local government, yesterday evening when a 36-year-old herbalist called Omotayo Omoskin was gunned down by yet-to-be-known assassins.
A source from the neighbouring house of the slain herbalist revealed that the late Omo Akin was called on phone to come out by his assailants and he came out and he was shot dead immediately.
The deceased, a polygamist with two wives who resided at Isowo Quarters, Ifira Akoko, was described as very humble and hospitable with moderate lifestyle.
The police from Isua-Akoko led by the Divisional Police Officer (DPO), Superintendent of Police(SP) Olowoyo Akinbode, led his men to the scene of the incident and carried the corpse to the mortuary of the General Hospital Ipe-Akoko.
According to Akinbode, the case will be transferred to the state Criminal Investigation Department (CID) Akure for more investigation.
The Asiwaju of Ifira Akoko, Chief Boboye Ojomo, described the incident as shocking and another period of mourning for the entire Ifira community.


public class SearchTree
extends java.lang.Object
| Modifier and Type | Class and Description |
|---|---|
private class |
SearchTree.SearchTreeNode
The inner class containing the structure of a node of the search tree.
|
| Modifier and Type | Field and Description |
|---|---|
private java.util.ArrayList<SearchTree.SearchTreeNode> |
lastLevelNodes |
private SearchTree.SearchTreeNode |
root |
| Constructor and Description |
|---|
SearchTree(Board gameBoard,
int maximumLevel)
Constructs a search tree object based on the current game board.
|
| Modifier and Type | Method and Description |
|---|---|
private void |
collectLastLevelNodes(int maximumLevel)
Adds all the nodes from the calculated maximum possible level of the search
tree (but not exceeds the given maximum level).
|
private int |
getHeight(SearchTree.SearchTreeNode root)
Recursively calculates the height of the search tree, i.e.
|
Board |
nextStep(int steps)
Iterates through the array list of last level nodes, finds the one with the
maximum evaluation and returns the next step's game board using the helper
method above.
|
private Board |
nextStep(SearchTree.SearchTreeNode lastLevelNode)
A helper method that returns the next step's game board by backtracking
the parents of a deepest level node level by level.
|
private java.util.ArrayList<SearchTree.SearchTreeNode> lastLevelNodes
private SearchTree.SearchTreeNode root
public SearchTree(Board gameBoard, int maximumLevel)
gameBoard
- the current game boardmaximumLevel
- the maximum level / depth of the search treeprivate void collectLastLevelNodes(int maximumLevel)
maximumLevel
- the maximum level of nodes to be collected.private int getHeight(SearchTree.SearchTreeNode root)
root
- the root nodepublic Board nextStep(int steps)
steps
- the total steps of the game up to now (which is used to compute
the evaluation value of a board)private Board nextStep(SearchTree.SearchTreeNode lastLevelNode)
lastLevelNode
- a node in the deepest level of the search tree


The options for practicing it throughout the region are varied, but most of those who practice it coincide in the Fonce River, the main artery of San Gil. The river crosses the Natural Park El Gallineral, a natural sanctuary in the middle of the municipality, that has rapids of different categories and breathtaking views.
Cerro de la Cruz is undoubtedly one of the main viewpoints in San Gil. It’s a hill with a cross monument at the top that provides a great panoramic view of the pueblo..
Also, it’s considered a religious spot with a monument dating from 1888 when a mission of the Jesuits left a wooden cross as a reminder of passage through San Gil. In 1989, the wooden cross was replaced by the current concrete cross/monument.
One of the main adventure activities in San Gil is white water rafting. And there are three rivers nearby to enable white water rafting:Rio Chicamocha – this is the river that runs through Chicamocha Canyon. So, it offers amazing scenery. It offers a 1.5-hour rafting trip with class 1-3 rapids. Also, longer two-day rafting trips are available.
Chicamocha National Park (Parque Nacional del Chicamocha) is a national park located along the Chicamocha Canyon.Chicamocha Canyon has a maximum depth of 6,600 feet (2,000 meters) and an area of 270,000 acres with a length of 141 miles (227 km).This canyon is the second-deepest worldwide. And during the bus ride from Bucaramanga to San Gil, you will see this massive canyon.
Mesa de los Santos (Table of the Saints) is located near the tiny town of La Mojarra. And it offers some of the best rock climbing in Colombia. So, you’ll have to take the scenic way down a cable car to get there from San Gil.
A short lower altitude flight over the valley of Curiti suitable for adults as well as kids (over 20kgs). This is a favourite with the locals! Cost: 10 minutes for $20 USD/per person. The flight order was done by weight, so I (Oksana) was one of the first in the group.
Know MoreThe culmination of extreme sports is undoubtedly bungee jumping. To many this is madness; however, it’s one of the best activities to defy vertigo, throwing yourself into the air with only a rope tied to your feet.Its an beautiful experience and a tourist attraction.
Know MoreThe options for practicing it throughout the region are varied, but most of those who practice it coincide in the Fonce River, the main artery of San Gil. The river crosses the Natural Park El Gallineral, a natural sanctuary in the middle of the municipality.
Know More


| abc {pomp} | R Documentation |
The approximate Bayesian computation (ABC) algorithm for estimating the parameters of a partially-observed Markov process.
## S4 method for signature 'data.frame'
abc(
data,
Nabc = 1,
proposal,
scale,
epsilon,
probes,
params,
rinit,
rprocess,
rmeasure,
dprior,
...,
verbose = getOption("verbose", FALSE)
)
## S4 method for signature 'pomp'
abc(
data,
Nabc = 1,
proposal,
scale,
epsilon,
probes,
...,
verbose = getOption("verbose", FALSE)
)
## S4 method for signature 'probed_pomp'
abc(data, probes, ..., verbose = getOption("verbose", FALSE))
## S4 method for signature 'abcd_pomp'
abc(
data,
Nabc,
proposal,
scale,
epsilon,
probes,
...,
verbose = getOption("verbose", FALSE)
)
data |
either a data frame holding the time series data,
or an object of class ‘pomp’,
i.e., the output of another pomp calculation.
Internally, |
Nabc |
the number of ABC iterations to perform. |
proposal |
optional function that draws from the proposal distribution. Currently, the proposal distribution must be symmetric for proper inference: it is the user's responsibility to ensure that it is. Several functions that construct appropriate proposal function are provided: see MCMC proposals for more information. |
scale |
named numeric vector of scales. |
epsilon |
ABC tolerance. |
probes |
a single probe or a list of one or more probes. A probe is simply a scalar- or vector-valued function of one argument that can be applied to the data array of a ‘pomp’. A vector-valued probe must always return a vector of the same size. A number of useful probes are provided with the package: see basic probes. |
params |
optional; named numeric vector of parameters.
This will be coerced internally to storage mode |
rinit |
simulator of the initial-state distribution.
This can be furnished either as a C snippet, an R function, or the name of a pre-compiled native routine available in a dynamically loaded library.
Setting |
rprocess |
simulator of the latent state process, specified using one of the rprocess plugins.
Setting |
rmeasure |
simulator of the measurement model, specified either as a C snippet, an R function, or the name of a pre-compiled native routine available in a dynamically loaded library.
Setting |
dprior |
optional; prior distribution density evaluator, specified either as a C snippet, an R function, or the name of a pre-compiled native routine available in a dynamically loaded library.
For more information, see prior specification.
Setting |
... |
additional arguments supply new or modify existing model characteristics or components.
See When named arguments not recognized by |
verbose |
logical; if |
abc
returns an object of class ‘abcd_pomp’.
One or more ‘abcd_pomp’ objects can be joined to form an ‘abcList’ object.
To re-run a sequence of ABC iterations, one can use the abc
method on a ‘abcd_pomp’ object.
By default, the same parameters used for the original ABC run are re-used (except for verbose
, the default of which is shown above).
If one does specify additional arguments, these will override the defaults.
One can continue a series of ABC iterations from where one left off using the continue
method.

By default, all the algorithmic parameters are the same as used in the original call to abc
.
Additional arguments will override the defaults.
The following can be applied to the output of an abc
operation:
abc
repeats the calculation, beginning with the last state
continue
continues the abc
calculation
plot
produces a series of diagnostic plots
traces
produces an mcmc
object, to which the various coda convergence diagnostics can be applied
Some Windows users report problems when using C snippets in parallel computations.
These appear to arise when the temporary files created during the C snippet compilation process are not handled properly by the operating system.
To circumvent this problem, use the cdir
and cfile
options to cause the C snippets to be written to a file of your choice, thus avoiding the use of temporary files altogether.
Edward L. Ionides, Aaron A. King
J.-M. Marin, P. Pudlo, C. P. Robert, and R. J. Ryder. Approximate Bayesian computational methods. Statistics and Computing 22, 1167–1180, 2012.
T. Toni and M. P. H. Stumpf. Simulation-based model selection for dynamical systems in systems and population biology. Bioinformatics 26, 104–110, 2010.
T. Toni, D. Welch, N. Strelkowa, A. Ipsen, and M. P. H. Stumpf. Approximate Bayesian computation scheme for parameter inference and model selection in dynamical systems. Journal of the Royal Society Interface 6, 187–202, 2009.


Research
Research Interests
Phishing attack detection
Data science and applications
Network and web application security
Computer Science pedagogy
Google Scholar
ResearchGate
Ungergraduate CS Research
PUBLICATIONS


| 接口 | 说明 |
|---|---|
| CustomFormatter<T> |
Format Event object based on its class and store accordingly in
EventResource |
| IDebugEventService | |
| IEventCategory<T> |
EventCategory is used to log events for pre-registered events.
|
| 类 | 说明 |
|---|---|
| DebugEventAppender<E> | |
| DebugEventAppender.WarnErrorEvent | |
| DebugEventResource |
All the Immutable Resource classes for REST API.
|
| DebugEventResource.EventInfoResource |
Resource class for
DebugEventService.EventInfo . |
| DebugEventService |
This class implements a central store for all events used for debugging the
system.
|
| DebugEventService.EventInfo |
Event Information
|
| DebugEventTest | |
| Event |
Generic Event class used to store different categories of events.
|
| EventResource |
Event Instance of a particular event category.
|
| EventResource.EventResourceBuilder | |
| EventResource.Metadata |
Actual
Event has Object of Event. |
| EventTest | |
| MockDebugEventService |
| 枚举 | 说明 |
|---|---|
| IDebugEventService.AckableEvent |
Is the Event ACKABLE or NOT_ACKABLE
|
| IDebugEventService.EventFieldType |
Describes the type of field obtained from reflection
|
| IDebugEventService.EventType |
Different event types.
|
| 注释类型 | 说明 |
|---|---|
| IDebugEventService.EventColumn |
EventColumn is the only annotation given to the fields of the event when
updating an event.
|


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Take control of your team.
Start building for free, then add a site plan to go live. Account plans unlock additional features.
Case Study
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public class BufferedMonitoredMessagingFactory extends java.lang.Object implements IMessagingSystemFactory
// Create TCP messaging system.
IMessagingSystemFactory anUnderlyingMessaging = new TcpMessagingSystemFactory();
// Create buffered monitored messaging which takes TCP as underlying messaging.
IMessagingSystemFactory aMessaging = new BufferedMonitoredMessagingFactory(anUnderlyingMessaging);
// Then creating channels which can be then attached to communication components.
IDuplexInputChannel anInputChannel = aMessaging.createDuplexInputChannel("tcp://<IP_ADDRESS>:8095/");
IDuplexInputChannel anOutputChannel = aMessaging.createDuplexOutputChannel("tcp://<IP_ADDRESS>:8095/");
| Constructor and Description |
|---|
BufferedMonitoredMessagingFactory(IMessagingSystemFactory underlyingMessaging)
Constructs the factory with default settings.
|
BufferedMonitoredMessagingFactory(IMessagingSystemFactory underlyingMessaging,
long maxOfflineTime,
long pingFrequency,
long pingResponseTimeout)
Constructs the factory with the specified parameters.
|
| Modifier and Type | Method and Description |
|---|---|
IDuplexInputChannel |
createDuplexInputChannel(java.lang.String channelId)
Creates the input channel which can receive and send messages.
|
IDuplexOutputChannel |
createDuplexOutputChannel(java.lang.String channelId)
Creates the output channel which can send and receive messages.
|
IDuplexOutputChannel |
createDuplexOutputChannel(java.lang.String channelId,
java.lang.String responseReceiverId)
Creates the output channel which can send and receive messages.
|
BufferedMessagingFactory |
getBufferedMessaging()
Returns underlying buffered messaging.
|
MonitoredMessagingFactory |
getMonitoredMessaging()
Returns underlying monitored messaging.
|
public BufferedMonitoredMessagingFactory(IMessagingSystemFactory underlyingMessaging)
underlyingMessaging
- underlying messaging system e.g. TCP, ...public BufferedMonitoredMessagingFactory(IMessagingSystemFactory underlyingMessaging, long maxOfflineTime, long pingFrequency, long pingResponseTimeout)
underlyingMessaging
- underlying messaging system e.g. TCP, ...maxOfflineTime
- the maximum time, the messaging can work offline. When the messaging works offline,
the sent messages are buffered and the connection is being reopened. If the connection is
not reopen within maxOfflineTime, the connection is closed.pingFrequency
- how often the connection is checked with the 'ping' requests.pingResponseTimeout
- the maximum time, the response for the 'ping' is expected.public IDuplexOutputChannel createDuplexOutputChannel(java.lang.String channelId) throws java.lang.Exception
createDuplexOutputChannel
in interface IMessagingSystemFactory
channelId
- address of the input channel.java.lang.Exception
public IDuplexOutputChannel createDuplexOutputChannel(java.lang.String channelId, java.lang.String responseReceiverId) throws java.lang.Exception
createDuplexOutputChannel
in interface IMessagingSystemFactory
channelId
- address of the input channel.responseReceiverId
- unique identifier of the output channel. If the value is null then the identifier is genearated automaticallyjava.lang.Exception
public IDuplexInputChannel createDuplexInputChannel(java.lang.String channelId) throws java.lang.Exception
createDuplexInputChannel
in interface IMessagingSystemFactory
channelId
- address of the input channel.java.lang.Exception
public BufferedMessagingFactory getBufferedMessaging()
public MonitoredMessagingFactory getMonitoredMessaging()


Software development engineer
I’m a software development engineer in love with math, movie and badminton.
My favourite theorem is Gauss-Bonnet Theorem.
$$\iint_M K\,dA\ = 2 \pi \chi (M)$$
I'm finishing up my Ph.D. in Mechanical Engineering at Tufts University. I also hold degrees in Computer Science and Geomatics Engineering. My research focuses on Guidance, Navigation, Control, Robotics, and Automated Systems.
Participated in the Graduate Institute for Teaching (GIFT) program. Attended a series of summer workshops on teaching pedagogy, and will co-teach a graduate-level class "GPS & Satellite Navigation" with Prof. Pratap Misra in 2019 fall.
Constructed a GPU based real-time GNSS software receiver with graphical user interface (GUI), which later became the testbed of the neighboring BeiDou System (BDS) RF frontend group, and a habitat for new GNSS-related algorithms developed by graduate students.
Courses: Introduction to Machine Learning and Data Mining, GPS and Satellite Navigation, Digital Control of Dynamic Systems, Advanced Dynamics, State Estimation and Optimal Control, Nonlinear System Dynamics, Advanced Electromagnetics, Communication Systems, Convex Optimization, Optimal Control for Robotics, Differential Geometry, Game Theory
Courses: Principle of Inertial Navigation and GNSS/INS Integrated Navigation
Courses: Data Structures, Discrete Mathematics, Assembly Language Programming, Computer Architecture, Operating Systems, Compilers, Computer Organization, Software Engineering, Database Systems, Networks & Protocols
NAVSDR is a GPU based real-time GNSS software receiver with graphical user interface (GUI), which implements the GPS signal acquisition, tracking, data decoding, positioning and visualization in one hub.
A trapezoid direct collocation transcription method is used to automate parallel parking.
A riderless bicycle is modeled in SimMechanics.
Daily Language
Data Analysis
Years of Experience
Awards Won
Reading
Movies
Cooking
Photography
Playing Chess
Sports


I'm a developer, technical lead, and scrum master - in that order. For almost ten years I have had either architect, lead or master in my title. Still, I would put "developer" first, since hands-on coding is the most enjoyable and most important part of this profession for me.
At Vincit I have been working for one customer. The customer is large taxi company where we have been maintaining legacy systems and also creating new services. On autumn 2021 I participated on creating ordering system for KELA trips and integration for existing invoicing system and for KELA invoicing.
From beginning of the year 2022 I have been working as a SCRUM master / technical team lead on the same project.
The project contains developing and maintaining multiple web applications running on AWS cloud and on-prem.
Finally, I got an opportunity to concentrate more on architectural design and coding! The main thing that changed compared to my previous position as Technical Lead is that now I have less responsibility for following other persons tasks, which gives more time to concentrate on technical issues and architectural level of design.
As a technical lead, I define the software architecture of the project. But before that, I gather requirements from the stakeholders, which in my job are customers and hardware and mechanics teams. I also follow and report the progress of the software project - in an agile manner, of course. But on a really good day, I spend whole day coding!
For a short period, the organizational feel of fortune made me a team lead. It was quite okay, but also I learned that I'm better at managing technical issues than humans.
When you have done enough coding, you start to have opinions on how the systems should work instead of learning how they work now.
Ah, good old days. Just coding and coding and then more coding.
I have a master's degree in electrical engineering. I started my career with software and hardware designing. Soon, I noticed that software design is way more interesting.
On my lead at JOT Automation, we switched from C# applications on Windows to embedded Linux with Python, Docker, React and Tornado web server. I did work a long time with the old technology stack and found it not optimal for our use. When we started to develop a new product, which needed HW controlling, I saw my chance to do the switch. Luckily I got my proposal through on management (that was the hard part!). It was supposed to be a controlling system just for that product, but like all the best platforms, the thing we created proved to be so usable that it grew into a HW controlling platform. Now it is used in multiple products and has made new product designing much faster!
Key things I changed were:
I run. Just for fun and it really is fun!


[§6K-3] Reservation of uses. (a) The Kahoolawe island reserve shall be used solely and exclusively for the following purposes:
(1) Preservation and practice of all rights customarily and traditionally exercised by native Hawaiians for cultural, spiritual, and subsistence purposes;
(2) Preservation and protection of its archaeological, historical, and environmental resources;
(3) Rehabilitation, revegetation, habitat restoration, and preservation; and
(4) Education.
(b) The island shall be reserved in perpetuity for the uses enumerated in subsection (a). Commercial uses shall be strictly prohibited. [L 1993, c 340, pt of §2]


404: Nothing to see here.
This is Webhook's 404 page for your local dev environment. It's here to let you know that nothing will render at this
URL. If you're looking to style a fancy 404 page for your actual live site, you can find that page at
/pages/404/.
Make something cool.
Think something else is wrong? Send an email to<EMAIL_ADDRESS>and include your [sitename] in the title.


In this site you will have get information on my:
If you need any other additional information you can shoot an email available in Contact page.
About Me
Born in a middle class family where my father is a retired government officer worked in different places in TamilNadu, India. Happen to learn and adopt different cultures and values during my childhood days.  Having 2 sisters, 1 elder and 1 younger sister. I've a wonderful better half who has completed her MBA and makes my home sweet home. Father for a little girl and cute son.
Passion for computers and technology came at the age of 15. Started with MS-DOS based games as an entry to computers slowly got keen on Operating Systems, Utility Applications, Office Productivity Apps which furthered my skills in Programming, Database Design, Application Development, Solution Architecture, IT Project Management and Enterprise architecture over a period of 15+ years.
Interested in reading books, listening to audio books, cooking and inspirational music. Love to spend time in exploring new tech, learning fundamentals, taking up MOOC based courses, academic research, authoring and editing in Tamil Wikipedia.
Education
Users
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AddyRob
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Southwest Airlines plane evacuated due to smoking bag
by Michael HollanA smoking bag recently forced passengers to deplane at Chicago Midway International Airport.
A backpack containing electronics reportedly started smoking as passengers boarded a Southwest Airlines flight to Austin, Texas on Monday. No injuries were reported in relation to the suspicious bag.
A spokesperson for Southwest Airlines confirmed to Fox News that the incident occurred Monday morning during the boarding process, and explained that flight attendants placed the smoking bag into a fire-resistant bag.
PLANE WITH HILLARY CLINTON ABOARD GROUNDED AFTER SHAKING, SMOKING FROM MECHANICAL ISSUE: REPORT
Passengers were then asked to leave the aircraft while authorities responded to the situation. Southwest stated that a different aircraft will carry out the flight.
“We’re grateful for the swift and safety-minded support by Chicago’s first responders to our Employees and Customers this morning at a gate at Midway Airport," a spokesperson for the carrier said in a statement obtained by Fox News. "We have no reported injuries or requests for medical attention after Flight 285 to Austin was in the process of being boarded for departure, when smoke began visibly showing around a Customer’s backpack onboard the aircraft."
 The Crew asked our Customers to come off the airplane and move into the gate holding room," they continued. "The flight will continue using a different aircraft and we thank our customers for their patience as we place nothing higher in importance than ultimate safety.”
CLICK HERE TO SIGN UP FOR OUR LIFESTYLE NEWSLETTER
A traveler claiming to be at the airport during the incident shared images of emergency officials responding to the scene on social media. Her post praised the crew and emergency responders for their professionalism.


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Founded in 2012, Space has raised more than $110 million, including our most recent funding round in 2018 led by Riverwood Capital.


Public Member Functions | |
| Tensor (std::vector< unsigned int > shape) | |
| Tensor (std::vector< unsigned int > shape, memory_t mem_type) | |
| Tensor (std::vector< unsigned int > shape, memory_t mem_type, device_t device_id) | |
| Tensor (std::vector< unsigned int > shape, tensor_filler_t< T > filler) | |
| Tensor (std::vector< unsigned int > shape, tensor_filler_t< T > filler, memory_t mem_type) | |
| Tensor (std::vector< unsigned int > shape, tensor_filler_t< T > filler, memory_t mem_type, device_t device_id) | |
| ~Tensor () | |
| magmadnn_error_t | copy_from (const Tensor< T > &src, unsigned int begin_idx, unsigned int size) |
| magmadnn_error_t | copy_from (const Tensor< T > &src) |
| magmadnn_error_t | copy_from (const Tensor< T > &src, const std::vector< unsigned int > &dims) |
| T | get (const std::vector< int > &idx) const |
| T | get (const std::vector< unsigned int > &idx) const |
| T | get (const std::initializer_list< int > &idx) const |
| T | get (const std::initializer_list< unsigned int > &idx) const |
| T | get (unsigned int flattened_idx) const |
| const T | operator[] (unsigned int idx) const |
| const T | operator[] (const std::initializer_list< unsigned int > &idx) |
| void | set (const std::vector< int > &idx, T val) |
| void | set (const std::vector< unsigned int > &idx, T val) |
| void | set (const std::initializer_list< int > &idx, T val) |
| void | set (const std::initializer_list< unsigned int > &idx, T val) |
| void | set (unsigned int flattened_idx, T val) |
| MemoryManager< T > * | get_memory_manager () const |
| std::vector< unsigned int > | get_shape () const |
| unsigned int | get_shape (unsigned int idx) const |
| unsigned int | get_size () const |
| T * | get_ptr () |
| memory_t | get_memory_type () const |
| device_t | get_device_id () const |
| void | reshape (const std::vector< unsigned int > &dims) |
| void | squeeze () |
| void | unsqueeze (unsigned int dim=0) |
| magmadnn::Tensor< T >::Tensor | ( | std::vector< unsigned int > | shape | ) |
Initializes tensor with the given shape. Creates a new memory manager for this tensor. Defaults to the cpu.
| shape | a vector of axis sizes |
| magmadnn::Tensor< T >::Tensor | ( | std::vector< unsigned int > | shape, |
| memory_t | mem_type | ||
| ) |
Initializes tensor with the given shape. Creates a new memory manager for this tensor.
| shape | |
| mem_type |
| magmadnn::Tensor< T >::Tensor | ( | std::vector< unsigned int > | shape, |
| memory_t | mem_type, | ||
| device_t | device_id | ||
| ) |
Initializes tensor with the given shape. Creates a new memory manager for this tensor. Uses the given device type and device id.
| shape | a vector of axis sizes |
| device | the type of device |
| device_id | the id of the device to be used |
| magmadnn::Tensor< T >::Tensor | ( | std::vector< unsigned int > | shape, |
| tensor_filler_t< T > | filler | ||
| ) |
Initializes tensor with the given shape. Creates a new memory manager for this tensor. Sets every value of tensor to fill.
| shape | a vector of axis sizes |
| fill | value to set every element of tensor |
| magmadnn::Tensor< T >::Tensor | ( | std::vector< unsigned int > | shape, |
| tensor_filler_t< T > | filler, | ||
| memory_t | mem_type | ||
| ) |
| shape | |
| fill | |
| mem_type |
| magmadnn::Tensor< T >::Tensor | ( | std::vector< unsigned int > | shape, |
| tensor_filler_t< T > | filler, | ||
| memory_t | mem_type, | ||
| device_t | device_id | ||
| ) |
Initializes tensor with the given shape, fill, device, and device id. Creates a new memory manager.
| shape | a vector of axis sizes |
| fill | value to set every element of tensor |
| device | device type tensor will use |
| device_id | id of device to use |
| magmadnn::Tensor< T >::~Tensor | ( | ) |
Free tensor memory
| magmadnn_error_t magmadnn::Tensor< T >::copy_from | ( | const Tensor< T > & | src, |
| unsigned int | begin_idx, | ||
| unsigned int | size | ||
| ) |
Copies data from src[begin_idx] to src[begin_idx+size] into this tensor.
| src | |
| begin_idx | |
| size |
| magmadnn_error_t magmadnn::Tensor< T >::copy_from | ( | const Tensor< T > & | src | ) |
Copies the tensor src into this tensor.
| src |
| magmadnn_error_t magmadnn::Tensor< T >::copy_from | ( | const Tensor< T > & | src, |
| const std::vector< unsigned int > & | dims | ||
| ) |
Truncates the tensor src to match the dimensions in dims
| src | |
| dims | should have same size as src.get_shape() |
| T magmadnn::Tensor< T >::get | ( | const std::vector< int > & | idx | ) | const |
gets the value at the given index.
| idx | indices to retreive value from |
| T magmadnn::Tensor< T >::get | ( | const std::vector< unsigned int > & | idx | ) | const |
gets the value at the given index.
| idx | indices to retrieve value from |
| T magmadnn::Tensor< T >::get | ( | const std::initializer_list< int > & | idx | ) | const |
gets the value at the given index.
| idx | indices to retrieve value from |
| T magmadnn::Tensor< T >::get | ( | const std::initializer_list< unsigned int > & | idx | ) | const |
gets the value at the given index.
| idx | indices to retrieve value from |
| T magmadnn::Tensor< T >::get | ( | unsigned int | flattened_idx | ) | const |
gets the value at the given index.
| idx | indices to retreive value from |
|
inline |
The device id used by this tensor.
|
inline |
Returns the memory manager used by this tensor
|
inline |
returns the memory type of this tensor
|
inline |
returns the pointer used by the memory manager.
|
inline |
returns a copy of the shape of this tensor.
| unsigned int magmadnn::Tensor< T >::get_shape | ( | unsigned int | idx | ) | const |
returns the axis size at idx of shape (i.e. shape[idx])
| idx |
|
inline |
returns the number of elements in tensor
| const T magmadnn::Tensor< T >::operator[] | ( | unsigned int | idx | ) | const |
Gets the value at the given index.
| idx |
| void magmadnn::Tensor< T >::reshape | ( | const std::vector< unsigned int > & | dims | ) |
changes shape of tensor to match dims
| dims | should have the same size as this->size |
| void magmadnn::Tensor< T >::set | ( | const std::vector< int > & | idx, |
| T | val | ||
| ) |
sets the value at the given index.
| idx | indices to set value at |
| val | value to write into idx |
| void magmadnn::Tensor< T >::set | ( | const std::vector< unsigned int > & | idx, |
| T | val | ||
| ) |
sets the value at the given index.
| idx | indices to set value at |
| val | value to write into idx |
| void magmadnn::Tensor< T >::set | ( | const std::initializer_list< int > & | idx, |
| T | val | ||
| ) |
sets the value at the given index.
| idx | indices to set value at |
| val | value to write into idx |
| void magmadnn::Tensor< T >::set | ( | const std::initializer_list< unsigned int > & | idx, |
| T | val | ||
| ) |
sets the value at the given index.
| idx | indices to set value at |
| val | value to write into idx |
| void magmadnn::Tensor< T >::set | ( | unsigned int | flattened_idx, |
| T | val | ||
| ) |
sets the value at the given index.
| idx | indices to set value at |
| val | value to write into idx |
| void magmadnn::Tensor< T >::squeeze | ( | ) |
removes axes with length 1
| void magmadnn::Tensor< T >::unsqueeze | ( | unsigned int | dim = 0 | ) |
adds a dimension with length 1 along axis dim
| dim |


An inmigrant needs help to live in Montijo.
Tell her to go to the church.
Ok. She has two children and needs clothes and food.
We will help her.


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We are proud to be Yuma Arizona's leading Five-Star repair facility. Our commitment to quality service has earned us consistent high marks in customer satisfaction.
Radiator Direct is dedicated to keeping you safe on the road. Our experienced service department will keep your vehicle running in top condition. We use the latest automotive diagnostic technology to provide you with high quality service, and quick turnaround. Our parts department carries a large inventory of in stock parts. In fact, no one in the area offers a larger inventory of parts and accessories for your vehicle. This gets you on the road quickly and safely.
Our service department features a comfortable lounge. Consult one of our friendly representatives for special arrangements. Your satisfaction is our highest priority!
You won't find a better level of service anywhere in Yuma Arizona!


Evolution of software developer.
{
"name" : "Amey Potnis",
"work ex." : "10+",
"area of work" : "Open source",
"started" : "Object.Class",
"moto" : "Here industry meets students",
"email"<EMAIL_ADDRESS>}
Brought to you by amey.potnis@gmail.com


This example will only work if you serve this website from a server. If you use WebStorm editor, open it with View > Open in Browser > ... . If you open this as a local HTML file, your browser will not allow to request the JSON file - reading local files is not allowed as a rule.
There is one important consequence: we can not load the chart directly when the page is loaded. Instead, we request the JSON file and


The Vigèner Cipher - Encryption/Decryption
Try Beaufort
L - The length of the available alphabet. For english alphabet using a-z it
will be 26, since it is 26 letters in the alphabet.
m∈M - Your selected plaintext is a message(m) which is an element of
the entire message space(M)
k∈K - Your selected keyword is a key(k) which is an element of the
entire key space(k)
c∈C - The resulting ciphertext(c) which is an element of the entire
ciphertext space
m
n - The n-th letter of the current plaintext
message. The current plaintext letter being encrypted.
k
n - The n-th letter of the current keyword, this
a modulo operated value which is relative to the keyword length.
c
n - The n-th letter of the current ciphertext. The
letter of the ciphertext that is being deciphered.


Where we impact lives, shaping the future and raising future millionaires
We Welcome you to the most reliable platform that changes your life to become a millionaire
In Phoenix Club International, which ia a knowledge based organaziation. What we do is we equip our members with knowledge through workshops, conferences. We manage their skills and use our transparent networking and referal system to raise future millionaires
Realiability – we have a transparent networking system.
Growth – We impacting lives, shaping the future and raising future millionaires.
Goals – we train and equip our members with knowledge, skills and financial assistance
Plans are affordable and can be bought for as low as $10.
Membership registration is simple, fast and straight forward.
PCI has known founders, showing the level of legitimacy, transparent and integrity.
Exposes members to a large network with various opportunity as stated in our product and services.
Plans to raise as many people as possible with a financial freedom mindset through trainings conferences, and workshops.
PCI is a network of entrepreneurs, strategists and critical thinkers which ensures smooth running of the club..
Ensures all money related transactions are as fast and possible, ensuring no deley in members payments.
Intends to build a family and not just a business by putting her members first as it offers an amazing mentorship and compensation plan.
With many years of experiences
We are happy to share client’s review.
Our membership structures
Access to Digital Library
Access to networking channels
Access to Digital Library
Access to networking channels
Access to an extra membership slot
Access to Digital Library
Access to networking channels
Access to two extra membership slot
Get in touch for any kind of informations
3556 Hartford Way Vlg, Mount of Pleasant, SC, 29466, Australia.
+(123)4567899
+(123)4567899


Our Team
The ProjectConnect team consists of the makers and founders of the website as well as the individuals who have leadership positions and responsibility in ProjectConnect.
Sowmya Patapati
BCA ATCS 2018
Amulya Balakrishnan
BCA AMST 2018
Shamini (Mini) Wadhwani
BCA AEDT 2018
Annesha Datta
Freehold Boro 2018
Diya Sethi
Freehold Boro 2018


Sparkler was unable to locate release notes for the selected application. This can happen for a couple of reasons:
Please visit the developer's website for more information on this update.


An index into Txn.ForeignAssets that corresponds to the asset to check. Must evaluate to uint64.
Get the clawback address for an asset.
An index into Txn.ForeignAssets that corresponds to the asset to check. Must evaluate to uint64.
Get the number of decimals for an asset.
An index into Txn.ForeignAssets that corresponds to the asset to check. Must evaluate to uint64.
Check if an asset is frozen by default.
An index into Txn.ForeignAssets that corresponds to the asset to check. Must evaluate to uint64.
Get the freeze address for an asset.
An index into Txn.ForeignAssets that corresponds to the asset to check. Must evaluate to uint64.
Get the manager address for an asset.
An index into Txn.ForeignAssets that corresponds to the asset to check. Must evaluate to uint64.
Get the arbitrary commitment for an asset.
An index into Txn.ForeignAssets that corresponds to the asset to check. Must evaluate to uint64.
Get the reserve address for an asset.
An index into Txn.ForeignAssets that corresponds to the asset to check. Must evaluate to uint64.
Get the total number of units of an asset.
An index into Txn.ForeignAssets that corresponds to the asset to check. Must evaluate to uint64.
Get the unit name of an asset.
An index into Txn.ForeignAssets that corresponds to the asset to check. Must evaluate to uint64.
Get the URL of an asset.
An index into Txn.ForeignAssets that corresponds to the asset to check. Must evaluate to uint64.
Generated using TypeDoc
Get the name of an asset.


Yarn is a free editor and player for Twine games specially created for mobile devices.
Twine is an application for, but not limited to, creating choose your own adventure type games. Twine was originally created by Chris Klimas in 2009. To know more about Twine visit http://twinery.org.
The current version of Yarn is compatible with Twine version<EMAIL_ADDRESS>The source code is freely available and currently hosted at Github and is maintained by me, Mark Jundo P. Documento. If you want to contribute to its development, please feel free to tinker with the code or drop me a message at my mail.
Original code for Yarn is released under the MIT license. Because it also bundles the (unmodified) story and proofing formats used by Twine 2, it is also dually licensed under GPLv3 in order to provide compatibilty with the Twine 2 license.


Uh oh…
For some reason the COVID-19ALERT server is not responding to HTTP connections. Could be that it has crashed, overloaded, or down for maintenance—or it could be that we've accidentally broken the internal web server ($.servers.http). In the latter case you might still be able to open issues via Github interface as usual.
In any case the problem is likely to be temporary so do please come back later and try again!


Mathemalchemy: Math+Art
Juniata Voices, 2023, in revisions
with Kathryn Blake
Juniata Voices, 2023, in revisions
with Kathryn Blake
Journal of Humanistic Mathematics Special Issue on Math and Society,Volume 13 Issue 2 (July 2023), pages 86-101.
with Erika Ward
Journal of Mathematics and the Arts, Submission for Special Issue on Mathematics and Fiber Arts. April 2023, DOI: https://doi.org/10.1080/17513472.2023.2197831
Published in American Midland Naturalist, October 2022
Joint work with Eric Butler,Uma Ramakrishnan. and Vincent Patrick Buonaccorsi and others
Recommended citation: Biological Correlates with Degree of Introgressive Hybridization between Coyotes Canis latrans and Wolves Canis sp. in Pennsylvania, U.S.A. Erin Pfeffer, Kelsey Barth, Lucas Bitsko, Natalie Gibson, Kim Roth, Eric Butler, Uma Ramakrishnan, Vincent Buonaccorsi The American Midland Naturalist 188 (2), 199-211, (20 October 2022)
Published in Microbiology Spectrum, October 2022
Joint work with Gina Lamendella and many others
Recommended citation: "Geochemistry and multiomics data differentiate streams in Pennsylvania based on unconventional oil and gas activity." Maria Campa, Jeremy Chen See, Lavinia Unverdorben, Olivia Wright, Kimberly Roth, Jonathan Niles, Daniel Ressler, Ella Macatugal, Andrew Putt, Stephen Techtmann, Timothy Righetti, Terry Hazen, and Regina Lamendella. Microbiology Spectrum, vol. 10, n. 5, October 2022.
With Jessica K. Sklar, Published in FOCUS, 2021
Published in FOCUS, 2019
Published in Journal of Humanistic Mathematics, 2019
From special issue on Math and Motherhood.
Published in MAA FOCUS, 2017
Essay on my statistical training post mathematics Ph.D.
Published in Frontiers in Microbiology, 2017
Joint work with Gina Lamendella and many others
Recommended citation: "Bacterial Community Dynamics in Dichloromethane-Contaminated Groundwater Undergoing Natural Attenuation.", Wright Justin, Kirchner Veronica, Bernard William, Ulrich Nikea, McLimans Christopher, Campa Maria F., Hazen Terry, Macbeth Tamzen, Marabello David, McDermott Jacob, Mackelprang Rachel, Roth Kimberly, Lamendella Regina. Frontiers in Microbiology, Volume 8, 2017. https://www.ncbi.nlm.nih.gov/pubmed/29213257
Published in Frontiers in Microbiology, 2017
An essay on being a women in mathematics.
Recommended citation: "The Only Woman in the Room", KimbJuniata Magazine, Fall/Winter 2017. https://issuu.com/juniata/docs/juniata_magazine_2017_fall_winter_/74
Published in Juniata Voices, 2015
Story of the Genomics Leadership Initiative at Juniata.
Recommended citation: "The Genomics Leadership Initiative at Juniata College." Buonaccorsi, V.,Roney J., Keeney, J. , Roth, K., Juniata Voices, 2015. https://www.juniata.edu/offices/juniata-voices/media/volume-15/vol15-Genomics.pdf
Published in PRIMUS, 2012
The combination of classroom voting system (clicker) questions and peer instruction has been shown to increase student learning. While implementations in large lectures have been around for a while, mathematics has been increasingly using clickers in classes of a smaller size. In Fall 2008, I conducted an experiment to measure the effect of clickers on exam performance. The experiment was conducted with two sections of Calculus 1, using the same examples either on the board or with clickers. By comparing only the lower-performing students in the sections and alternating use of the clicker between sections, I was able to obtain modestly significant results showing improved exam performance for low-performing students, despite a small sample size.
Published in Mathematical Intellegencer, 2008
A Julia set is a type of fractal. We will explore the idea of a Julia set which is full of holes, or porous. The idea of porosity will lead to ways to understand the complexity of the sets in terms of whether they take up space, and in terms of dimension.
Published in Contemporary Math Series of the AMS, 2006
Main Results from Ph.D thesis
Recommended citation: "Non-uniform Porosity for a Subset of Some Julia Sets.", K. A. Roth, Proceedings of Complex Dynamics: 25 years after the first appearance of the Mandelbrot Set, published in the Contemporary Math Series of the AMS, 2006. http://jcsites.juniata.edu/faculty/roth/formalporousarticle.pdf
Published in Cardinal Perspectives, 2005
An essay on teaching broad topic liberals arts classes.
Recommended citation: "Teaching outside my comfort zone", K. A. Roth, Cardinal Perspectives, 2004-2005. http://www.wju.edu/faculty/cardinalperspectives/roth04_05.pdf


Superhero Form
About the Superhero
Real Name
Superhero Name
Age
About
Photo:
Powers
Telekinesis
Super strength or speed
Shapeshifting
Flight
Elemental control
Other
Level of control:
1
Origin of Powers
Unknown
Freak lab accident
Chosen by an ancient wise being
The superhero is not human
Other
CLEAR
SEND


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Week 1 blog
Version control, Git, GitHub
12/14/14
There are many benefits of version control. It works like a save point in a video game. You can create multiple saves, and if you mess up, you don't have to start all the way from the beginning. They track and save changes so you can go back to an earlier version. Because it tracks changes, you can also pinpoint where you made a mistake and work from there.
Git tracks changes by committing changes. You can check if you have made any changes by checking git status. It will show any changes made, or any changes ready to be committed. You then have to stage, which gets it ready to commit. You can unstage if it's not ready to be committed.
Using GitHub to store code is beneficial because it acts as an online place to store your code. It makes it easier to work on the same project with other people, because you can download a copy of the code, work on it, and then upload it. You don't have to worry about overwriting other people's work, and other people can review your code before it is implemented. It also allows you to work from anywhere with an internet access.


{% extends "layout.html" %} {% block brand %} {% include "includes/v2/brandChange.html" %} {% endblock %} {% block content %} {% include "includes/v2/navV5.html" %} Agent Sandra Nash Skill sets Select New claims Request for a letter, Clerical, Post query, Appointment query, Hardship, More information required, Joint claim, Payment Query, Signing query, Part time work ,Progress chasing Change name ESA STBA - New Claim Request for a letter, Clerical, Post query, More information required, Payment Query, Progress chasing STBA - Maintenance Request for a letter, Clerical, Post query, More information required, Payment Query, Progress chasing Change name {% endblock %}
Request for a letter, Clerical, Post query, Appointment query, Hardship, More information required, Joint claim, Payment Query, Signing query, Part time work ,Progress chasing
Request for a letter, Clerical, Post query, More information required, Payment Query, Progress chasing


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To ensure a high quality as in the entirety of the test, please answer the following questions with seriousness and sincerity. You note that all your answers will not contain your name and will be treated confidentially.


Tyler Duncan shoots 61 to lead RSM Classic
by FSA EditorAmerican Tyler Duncan carded a nine-under 61 in the second round to lead the RSM Classic.
Tyler Duncan opened up a two-stroke lead at the halfway mark of the RSM Classic on Friday.
The American carded a nine-under 61 on the Seaside course at Sea Island Golf Club in Georgia to climb to the top of the leaderboard at 14 under.
Duncan holed an eagle – from 106 yards at the par-four eighth – and seven birdies during a fine second round.
He sits clear of Colombian Sebastian Munoz (63), Australian Rhein Gibson (64) and American D.J. Trahan (63).
Of that trio, only Trahan played the Plantation course on Friday, shooting an impressive nine-under round to get to 12 under.
Ricky Barnes (63 on Plantation) and Fabian Gomez (63 on Seaside) are tied for fifth at 11 under.
Webb Simpson, the overnight leader, could only manage a two-under 68 on the Seaside course to fall to a tie for 11th at nine under.
Defending champion Charles Howell III missed the cut after backing up his opening-round 68 with a 72.


JavaScript Lesson 2 - April 13 to 17
Hello everyone,
This week you will deal with comments and variables in JavaScript.
I've included a video explaining how to code variables and the HTML file that was used. I've also included a word document that contains some of the "scratch notes" in case that helps. After you watch the video and study the file, please try the exercises below.
Good luck and feel free to reach out if you are having any issues<EMAIL_ADDRESS>Video Lessons (Created by Mr. Andrew MacDougald of Colonel Gray)
Files for Following the Videos
Student Exercises - Found in Variables 01
- .