Webmin is a webgui to interact with the machine.
The password to enter is the same as the passsword for the root user, and other users if they have that right. There are several vulnerabilites for it. It is run on port 10000.


---
layout: post
title: Eric Giler demos wireless electricity | Video on TED.com
categories: [tumblr]
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Eric Giler demos wireless electricity | Video on TED.com
Prototype of automatically charging smartphones inside a magnetic field, … really impressive


Lifeline Nutrition is a company which promotes nutritious lifestyles. We reach all facets of life: physical, mental, emotional, and psychological.


If enabled then ZAP will report permission errors via the API, which can be used by web applications to detect the presence of ZAP.
This is not a serious problem in a safe environment but if you are using ZAP against potentially malicious sites then you should not enable it.
Report error details via API
If this option is selected then more error details are returned via the API.
This is not recommended except for debugging purposes as these error messages can leak information to malicious sites.
Note that the full error details are always written to the ZAP log file.
Autofill API key in the API UI
If this option is selected then the API key is automatically included in the API UI.
This is not recommended unless you are using ZAP in a completely isolated environment, as it allows malicious sites to access the ZAP API Key.
Enable JSONP
Selecting this option enables the JSONP format.
This can be useful for some applications, but it is generally not recommended as it increases the ZAP attack surface area, ie the features that a malicious site can abuse.
If JSONP is enabled then all API operations using JSONP (including views) will require the API key to prevent malicious sites from accessing sensitive information maintained by ZAP, such as session keys.


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Detectives return to scene of deadly hit-and-run to canvass for more info
by Chris Fox, CP24.comDetectives will return to a west-end neighbourhood today as they canvass for information about a deadly-hit-and-run that claimed the life of a 77-year-old woman out for a morning walk on Thursday.
The victim, identified as Pasquina Lapadula by friends and family, was crossing Islington Avenue midblock near Aviemore Drive when she was struck at around 6:30 a.m.
The suspect vehicle did not stop and was last seen headed northbound on Islington Avenue.
It is described as a dark-coloured SUV with possible front end damage, specifically to a head lamp.
On Thursday night, police did release a brief surveillance video of a vehicle of interest in the case, however both the suspect and the suspect vehicle remain outstanding.
In a message posted to Twitter on Friday morning, police said that detectives would return to the intersection today to canvass for more information related to the case.


PDF2PS(1) Ghostscript Tools PDF2PS(1) NAME pdf2ps - Ghostscript PDF to PostScript translator SYNOPSIS pdf2ps [ options ] input.pdf [output.ps] DESCRIPTION pdf2ps uses gs(1) to convert the Adobe Portable Document Format (PDF) file "input.pdf" to PostScript(tm) in "output.ps". Normally the output is allowed to use PostScript Level 2 (but not PostScript LanguageLevel 3) constructs; the -dLanguageLevel=1 option restricts the output to Level 1, while -dLanguageLevel=3 allows using LanguageLevel 3 in the output. FILES Run "gs -h" to find the location of Ghostscript documentation on your system, from which you can get more details. VERSION This document was last revised for Ghostscript version 9.05. AUTHOR Artifex Software, Inc. are the primary maintainers of Ghostscript. 9.05 8 February 2012 PDF2PS(1)


A compilation of extra 'ggplot2' themes, scales and utilities, including a spell check function for plot label fields and an overall emphasis on typography. A copy of the 'Google' font 'Roboto Condensed' <https://github.com/google/roboto/> is also included along with a copy of the 'IBM' 'Plex Sans' <https://github.com/IBM/type> and 'Titillium Web' <https://fonts.google.com/specimen/Titillium+Web> fonts are also included to support their respective typography-oriented themes.
| Version: | <IP_ADDRESS> |
| Depends: | R (≥ 3.2.0) |
| Imports: | ggplot2 (≥ 2.2.1), grDevices, grid, scales, extrafont, knitr, rmarkdown, htmltools, tools, magrittr |
| Suggests: | testthat, dplyr, gridExtra, hunspell, stringi, gcookbook, clipr, vdiffr, svglite, gdtools, purrr |
| Published: | 2018-08-19 |
| Author: | Bob Rudis [aut, cre], Patrick Kennedy [ctb], Philipp Reiner [ctb], Dan Wilson [ctb] (Secondary axis support), Xavier Adam [ctb], Google [cph] (Roboto Condensed & Titillium Web Fonts), IBM [cph] (Plex Sans Font), Jacob Barnett [ctb], Thomas J. Leeper [ctb] |
| Maintainer: | ORPHANED |
| BugReports: | https://github.com/hrbrmstr/hrbrthemes/issues |
| License: | MIT + file LICENSE |
| Copyright: | file inst/COPYRIGHTS hrbrthemes copyright details |
| URL: | http://github.com/hrbrmstr/hrbrthemes |
| NeedsCompilation: | no |
| Materials: | NEWS |
| CRAN checks: | hrbrthemes results |
| Reference manual: | hrbrthemes.pdf |
| Vignettes: |
Why hrbrthemes? |
| Package source: | hrbrthemes_<IP_ADDRESS>.tar.gz |
| Windows binaries: | r-devel: hrbrthemes_<IP_ADDRESS>.zip, r-release: hrbrthemes_<IP_ADDRESS>.zip, r-oldrel: hrbrthemes_<IP_ADDRESS>.zip |
| OS X binaries: | r-release: hrbrthemes_<IP_ADDRESS>.tgz, r-oldrel: hrbrthemes_<IP_ADDRESS>.tgz |
| Old sources: | hrbrthemes archive |
| Reverse imports: | BAwiR, fontHind, fontMPlus |
| Reverse suggests: | ggstatsplot, mlr |
Please use the canonical form https://CRAN.R-project.org/package=hrbrthemes to link to this page.


WITNESS LIST Finance Committee March 29, 2004 - 1:00P Enterprise Fund ON: Chrobak, Michael J. CFO (Governor's Office, Eco. Development and Tourism Division), Austin, TX Moseley, Jeff CEO (Governor's Office, Eco. Development and Tourism Division), Austin, TX Poinsett, Royce Counsel (Governor's Office), Austin, TX Scallion, Marva (Legislative Budget Board), Austin, TX Pension Fund Review ON: Beckett, Sheila Executive Director (Employees Retirement System of Texas), Austin, TX Hanson, Christopher Pension Analyst (Pension Review Board), Austin, TX Jung, Ronnie (Teacher Retirement System), Austin, TX Miller, Lisa Ivie Pension Commissioner (Fire Fighter Pension Commission), Austin, TX Nail, William S. Deputy Executive Director (Employees Retirement System of Texas), Austin, TX Scopel, Allen J. Tax Preparation and Financial Services (Texas Statewide Emergency Services Retirement Fund), Richmond, TX Shivers, Shari Chair (Pension Review Board), Austin, TX Smith, Virginia Executive Director (Pension Review Board), Austin, TX Torres, Frank Emergency Medical Services (Texas Statewide Emergency Services Retirement Fund), Raymondville, TX


Upcoming Azure courses
We are excited to share the upcoming instructor-led courses open for registration through the Enterprise Skills Initiative (ESI). These are all accessible via the Learner Experience Portal (LxP), where you can also view details of Fundamentals and Azure Role Based courses and their associated certifications.
Role-based training is designed to build the skills required to perform industry job-roles on Microsoft platforms and technologies, focusing on solutions rather than products. These skills range from managing on-premises, hybrid, or cloud infrastructure, to innovating with the best-in class applications, to supporting apps and infrastructure with data and analytics—all with the proper security considerations. The ESI program includes recommended training for all Microsoft Azure Role-based and Specialty certifications as well as migration to Azure training.
Fundamentals training is designed to provide foundational understanding of Microsoft technologies. A springboard for deeper role-based learning paths, Fundamentals training is intended for learners with nontechnical backgrounds that require more experience with cloud-based solutions and services.
Contents
April
| Course ID | Course | Date(s) |
|---|---|---|
| FY21:MATD:AZ-900 | MATD: Microsoft Azure Fundamentals | 06/04/21 - 07/04/21 |
| FY21: Security: Secure organisation Data | Secure and Protect Your organisation | 06/04/21 - 07/04/21 |
| FY21:MATD: AI-900 | Microsoft Azure Virtual Training Day: AI Fundamental | 07/04/21 |
| FY21: BizApp: App Maker | Microsoft Power Platform App Maker | 07/04/21 |
| FY21: MATD: .NET Apps | Modernize .NET A | 07/04/21 - 08/04/21 |
| FY21:MATD:AZ-900 | MATD: Microsoft Azure Fundamentals | 12/04/21 - 13/04/21 |
| FY21:MATD: GitHub | DevOps with GitHub | 12/04/21 - 13/04/21 |
| FY21:MATD: AI-900 | Microsoft Azure Virtual Training Day: AI Fundamental | 13/04/21 |
| FY21: Security: Secure organisation Data | Secure and Protect Your organisation | 13/04/21 - 14/04/21 |
| FY21: Security: Protect Sensitive Information | Protect Sensitive Information & Manage data risk | 13/04/21 - 14/04/21 |
| FY21:BizApp:PL-901 | BizApp: Power Platform Fundamentals | 14/04/21 |
| FY21:MATD:AZ-900 | MATD: Microsoft Azure Fundamentals | 19/04/21 - 20/04/21 |
| FY21: MATD: .NET Apps | Modernize .NET A | 19/04/21 - 20/04/21 |
| DP-300 | Administering Relational Databases on Microsoft Azure | 19/04/21 - 22/04/21 |
| FY21:M365:Integrations | M365: Building Microsoft Teams Integrations and Workflows | 20/04/21 - 21/04/21 |
| FY21: Security: Secure organisation Data | Secure and Protect Your organisation | 21/04/21 - 22/04/21 |
| FY21:MATD: GitHub | DevOps with GitHub | 21/04/21 - 22/04/21 |
| FY21:MATD: DP-900 | Microsoft Azure Data Fundamentals | 26/04/21 - 27/04/21 |
| FY21: MATD: .NET Apps | Modernize .NET A | 26/04/21 - 27/04/21 |
| FY21:MATD:AZ-900 | MATD: Microsoft Azure Fundamentals | 26/04/21 - 27/04/21 |
| AZ-120 | Planning and Deploying SAP on Azure | 26/04/21 - 29/04/21 |
| AZ-204 | Developing Solutions for Microsoft Azure | 26/04/21 - 30/04/21 |
| AZ-303 | Microsoft Azure Architect Technologies | 26/04/21 - 30/04/21 |
| AZ-400 | Designing and Implementing Microsoft DevOps Solutions | 26/04/21 - 30/04/21 |
| AZ-500 | Microsoft Azure Security Technologies | 26/04/21 - 29/04/21 |
| DP-100 | Designing and implementing a Data Science Solution on Azure | 26/04/21 - 28/04/21 |
| DP-201 | Designing an Azure Data Solution | 26/04/21 - 27/04/21 |
| DP-201 | Designing an Azure Data Solution | 26/04/21 - 27/04/21 |
| FY21:MATD: AI-900 | Microsoft Azure Virtual Training Day: AI Fundamental | 27/04/21 |
| FY21:MATD: AI-900 | Microsoft Azure Virtual Training Day: AI Fundamental | 27/04/21 |
| FY21:MATD: DP-900 | Microsoft Azure Data Fundamentals | 28/04/21 - 29/04/21 |
| FY21: Security: Protect Sensitive Information | Protect Sensitive Information & Manage data risk | 29/04/21 - 30/04/21 |
| FY21:MATD:AZ-900 | MATD: Microsoft Azure Fundamentals | 29/04/21 - 30/04/21 |
| FY21:BizApp:PL-901 | BizApp: Power Platform Fundamentals | 30/04/21 |
May
June
| Course ID | Course | Date(s) |
|---|---|---|
| FY21:MATD: AI-900 | Microsoft Azure Virtual Training Day: AI Fundamental | 02/06/21 |
| DP-201 | Designing an Azure Data Solution | 03/06/21 - 04/06/21 |
| AI-102 | Designing and Implementing a Microsoft Azure AI Solution | 07/06/21 - 10/06/21 |
| DP-300 | Administering Relational Databases on Microsoft Azure | 07/06/21 - 10/06/21 |
| AZ-220 | Microsoft Azure IoT Developer | 07/06/21 - 10/06/21 |
| AI-900 | Microsoft Azure AI Fundamentals | 09/06/21 |
| FY21:MATD: DP-900 | Microsoft Azure Data Fundamentals | 09/06/21 - 10/06/21 |
| DP-100 | Designing and implementing a Data Science Solution on Azure | 14/06/21 - 16/06/21 |
| AZ-500 | DMicrosoft Azure Security Technologies | 14/06/21 - 17/06/21 |
| AZ-220 | Microsoft Azure IoT Developer | 14/06/21 - 17/06/21 |
| AZ-120 | Planning and Deploying SAP on Azure | 14/06/21 - 17/06/21 |
| FY21:MATD: DP-900 | Microsoft Azure Data Fundamentals | 23/06/21 - 24/06/21 |
Microsoft have engaged with us to provide this free training for Home Office staff. Please take advantage of it. Speak with your team if you see any training courses of interest. Help increase our organisations awareness of this available resource.
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| DOSE: |
9 lines |
insufflated |
Cocaine |
(powder / crystals) |
So, I've done blow since I was about 16. Very random. Months apart.  But my friend just got home from college, so we were in celebratory mood and before you know it, we've been doing blow everyday for about 3 weeks now. Some days it's a line before work and that's it, some days it's a balls out tweakerpad crazycracktivity night where we don't sleep until 10am. Evens out pretty well.
**It also should be noted that we got this batch from the same guy we always do. He is a very trusted source. Also, after the first line of this bag we noted that it was better than the stuff we'd been getting. It seemed like a cleaner high. A more social high, less physical. It felt good, not cracked out beyond control. We were very happy with our purchase from the first line of the evening.**
This crazy 'episode' happened just the other night. I am very neurotic, and obviously moreso when spun out, so I write down all the times I do my lines and the sizes. I had done 9 lines in 5 1/2 hours, which was the most I had done in a small time in quite some time, if not ever. I started at 10:16 and it is 3:46 when I take my last line. I feel way up. CRAZY up. 'Too up', I say to my friend next to me. I have never been 'too up.' It is now an hour after my last line, but I cannot possibly fathom doing more. I get up to pee. Pee FOREVER. I think to myself I am draining the life out of my body, and chuckle a bit. Sit back down next to friend. It is 4:50am.
BAM.
It hits so sudden. My chest goes ice cold from the inside out, it is spreading outwards and my face is tingling very unpleasantly. I am in tunnel vision and my hearing is muffled. I turn to her, 'I feel weird.' It worsens. I stand up again to try to change something, anything. My pulse is racing, I'm sweating. I'm trying to breath slowly, calm myself down. My chest is so COLD. My friend brings me water, is asking what to do, how to help. I dunno I dunno. I stand up and slowly walk, trying to focus on breathing and small, even steps. Things are very hot, very fast. She suggests to go outside for cold air. I go outside and instantly get dizzy, I start to blackout. NO GODDAMNIT. NO.  I go and stumble inside and sit on the couch, refusing to let my knees buckle or my eyes close even for a second.
This is where it gets weird. Those are all exact symptoms of an OD, yes?
It is a sudden and complete 180 change. My feet, legs, hands, arms all go numb. I take my pulse. It is slow. Slower than it has ever been. It has now gone from 3 beats per second to one beat every 2 seconds. I turn to my friend, who is trying to stay calm but doesn't know what the hell to do, and tell her to take my pulse while demanding 'WHY IS IT SO SLOW? WHY IS IT STOPPING?' 'I.... I don't know...I dunno.' My face is drained. I literally feel the life drain out of my face, while watching her watch my face change from color to completely gray. She looks horrified. 'What? Am I pale?'
'...yeah....um.....you are.' My ears are ringing. 'IT'S CAUSE I AM DYING. THAT IS LIFE LEAVING MY BODY.' 'What do you want me to do?'  We know the symptoms, but this is not right. This isn't textbook symptoms. I start hitting my face as hard as I can. I start smacking my chest as if to jumpstart my heart. Moving my limbs around like crazy trying to get some sort of feeling, some blood flow, anything into my body. Running and jumping around. BEATING my chest full force. ANYTHING to keep my heart beating.
It starts gradually. But I start to feel a bit more up to speed. Not too fast, but a bit more normal. My chest is still cold and my face is tingly, but I am not nearly going through whatever it was I just was in. I ate some string cheese and a piece of bread. Drank some OJ. Started to be okay. Not good. But okay. It came back 2 times in the next 2 hours, in much smaller doses, and my heartbeat never slowed down as much as it did before. I felt a cold chest and a tingly body and numb limbs and dizziness for a few more hours though. I was scared to go to sleep, scared my heartbeat would slow down again, and eventually stop.
I cannot for the (dwindling) life of me stress how fast it all happened. I kept telling my friend, in case she had to talk to a paramedic or something, 'This is all happening VERY FAST. Faster than I can possibly communicate to you. I am narrating what is happening after the fact cause it is going through my body so fast!!!' It was definitely one of those, 'Oh my God is this ACTUALLY happening? This only happens to people on movies' kinda moments. Very Saved by the Bell.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Pineapple Playground
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© Copyright 1986-2008 by the University of Washington. Written by Joseph Felsenstein. Permission is granted to copy this document provided that no fee is charged for it and that this copyright notice is not removed.
This program implements the maximum likelihood method for protein amino acid sequences. It uses the either the Jones-Taylor-Thornton or the Dayhoff probability model of change between amino acids. The assumptions of these present models are:
Note the assumption that we are looking at all positions, including those that have not changed at all. It is important not to restrict attention to some positions based on whether or not they have changed; doing that would bias branch lengths by making them too long, and that in turn would cause the method to misinterpret the meaning of those positions that had changed.
This program uses a Hidden Markov Model (HMM) method of inferring different rates of evolution at different amino acid positions. This was described in a paper by me and Gary Churchill (1996). It allows us to specify to the program that there will be a number of different possible evolutionary rates, what the prior probabilities of occurrence of each is, and what the average length of a patch of positions all having the same rate is. The rates can also be chosen by the program to approximate a Gamma distribution of rates, or a Gamma distribution plus a class of invariant positions. The program computes the the likelihood by summing it over all possible assignments of rates to positions, weighting each by its prior probability of occurrence.
For example, if we have used the C and A options (described below) to specify that there are three possible rates of evolution, 1.0, 2.4, and 0.0, that the prior probabilities of a position having these rates are 0.4, 0.3, and 0.3, and that the average patch length (number of consecutive positions with the same rate) is 2.0, the program will sum the likelihood over all possibilities, but giving less weight to those that (say) assign all positions to rate 2.4, or that fail to have consecutive positions that have the same rate.
The Hidden Markov Model framework for rate variation among positions was independently developed by Yang (1993, 1994, 1995). We have implemented a general scheme for a Hidden Markov Model of rates; we allow the rates and their prior probabilities to be specified arbitrarily by the user, or by a discrete approximation to a Gamma distribution of rates (Yang, 1995), or by a mixture of a Gamma distribution and a class of invariant positions.
This feature effectively removes the artificial assumption that all positions have the same rate, and also means that we need not know in advance the identities of the positions that have a particular rate of evolution.
Another layer of rate variation also is available. The user can assign categories of rates to each positions (for example, we might want amino acid positions in the active site of a protein to change more slowly than other positions. This is done with the categories input file and the C option. We then specify (using the menu) the relative rates of evolution of amino acid positions in the different categories. For example, we might specify that positions in the active site evolve at relative rates of 0.2 compared to 1.0 at other positions. If we are assuming that a particular position maintains a cysteine bridge to another, we may want to put it in a category of positions (including perhaps the initial position of the protein sequence which maintains methionine) which changes at a rate of 0.0.
If both user-assigned rate categories and Hidden Markov Model rates are allowed, the program assumes that the actual rate at a position is the product of the user-assigned category rate and the Hidden Markov Model regional rate. (This may not always make perfect biological sense: it would be more natural to assume some upper bound to the rate, as we have discussed in the Felsenstein and Churchill paper). Nevertheless you may want to use both types of rate variation.
Subject to these assumptions, the program is a correct maximum likelihood method. The input is fairly standard, with one addition. As usual the first line of the file gives the number of species and the number of amino acid positions.
Next come the species data. Each sequence starts on a new line, has a ten-character species name that must be blank-filled to be of that length, followed immediately by the species data in the one-letter amino acid code. The sequences must either be in the "interleaved" or "sequential" formats described in the Molecular Sequence Programs document. The I option selects between them. The sequences can have internal blanks in the sequence but there must be no extra blanks at the end of the terminated line. Note that a blank is not a valid symbol for a deletion.
The options are selected using an interactive menu. The menu looks like this:
Amino acid sequence Maximum Likelihood method, version 3.69 Settings for this run: U Search for best tree? Yes P JTT, PMB or PAM probability model? Jones-Taylor-Thornton C One category of sites? Yes R Rate variation among sites? constant rate of change W Sites weighted? No S Speedier but rougher analysis? Yes G Global rearrangements? No J Randomize input order of sequences? No. Use input order O Outgroup root? No, use as outgroup species 1 M Analyze multiple data sets? No I Input sequences interleaved? Yes 0 Terminal type (IBM PC, ANSI, none)? ANSI 1 Print out the data at start of run No 2 Print indications of progress of run Yes 3 Print out tree Yes 4 Write out trees onto tree file? Yes 5 Reconstruct hypothetical sequences? No Y to accept these or type the letter for one to change |
The user either types "Y" (followed, of course, by a carriage-return) if the settings shown are to be accepted, or the letter or digit corresponding to an option that is to be changed.
The options U, W, J, O, M, and 0 are the usual ones. They are described in the main documentation file of this package. Option I is the same as in other molecular sequence programs and is described in the documentation file for the sequence programs.
The P option toggles between three models of amino acid change. One is the Jones-Taylor-Thornton model, another the PMB (Probability Matrix from Blocks) model of Veerassamy, Smith and Tillier (2003), another the DCMut model (Kosiol and Goldman, 2005) based on the the Dayhoff PAM matrix model. These are all based on Margaret Dayhoff's (Dayhoff and Eck, 1968; Dayhoff et. al., 1979) method of empirical tabulation of changes of amino acid sequences, and conversion of these to a probability model of amino acid change which is used to make a transition probability matrix which allows prediction of the probability of changing from any one amino acid to any other, and also predicts equilibrium amino acid composition.
The default method is that of Jones, Taylor, and Thornton (1992). This is similar to the Dayhoff PAM model, except that it is based on a recounting of the number of observed changes in amino acids, using a much larger sample of protein sequences than did Dayhoff. Because its sample is so much larger this model is to be preferred over the original Dayhoff PAM model. The PMB model was recently derived from the Blocks database of conserved protein motifs, and is described in a paper by Veerassamy, Smith and Tillier (2003). The Dayhoff model uses the DCMut version (Kosiol and Goldman, 2005) of Margaret Dayhoff's PAM matrix.
The R (Hidden Markov Model rates) option allows the user to approximate a Gamma distribution of rates among positions, or a Gamma distribution plus a class of invariant positions, or to specify how many categories of substitution rates there will be in a Hidden Markov Model of rate variation, and what are the rates and probabilities for each. By repeatedly selecting the R option one toggles among no rate variation, the Gamma, Gamma+I, and general HMM possibilities.
If you choose Gamma or Gamma+I the program will ask how many rate categories you want. If you have chosen Gamma+I, keep in mind that one rate category will be set aside for the invariant class and only the remaining ones used to approximate the Gamma distribution. For the approximation we do not use the quantile method of Yang (1995) but instead use a quadrature method using generalized Laguerre polynomials. This should give a good approximation to the Gamma distribution with as few as 5 or 6 categories.
In the Gamma and Gamma+I cases, the user will be asked to supply the coefficient of variation of the rate of substitution among positions. This is different from the parameters used by Nei and Jin (1990) but related to them: their parameter a is also known as "alpha", the shape parameter of the Gamma distribution. It is related to the coefficient of variation by
CV = 1 / a1/2
or
a = 1 / (CV)2
(their parameter b is absorbed here by the requirement that time is scaled so that the mean rate of evolution is 1 per unit time, which means that a = b). As we consider cases in which the rates are less variable we should set a larger and larger, as CV gets smaller and smaller.
If the user instead chooses the general Hidden Markov Model option, they are first asked how many HMM rate categories there will be (for the moment there is an upper limit of 9, which should not be restrictive). Then the program asks for the rates for each category. These rates are only meaningful relative to each other, so that rates 1.0, 2.0, and 2.4 have the exact same effect as rates 2.0, 4.0, and 4.8. Note that an HMM rate category can have rate of change 0, so that this allows us to take into account that there may be a category of amino acid positions that are invariant. Note that the run time of the program will be proportional to the number of HMM rate categories: twice as many categories means twice as long a run. Finally the program will ask for the probabilities of a random amino acid position falling into each of these regional rate categories. These probabilities must be nonnegative and sum to 1. Default for the program is one category, with rate 1.0 and probability 1.0 (actually the rate does not matter in that case).
If more than one HMM rate category is specified, then another option, A, becomes visible in the menu. This allows us to specify that we want to assume that positions that have the same HMM rate category are expected to be clustered so that there is autocorrelation of rates. The program asks for the value of the average patch length. This is an expected length of patches that have the same rate. If it is 1, the rates of successive positions will be independent. If it is, say, 10.25, then the chance of change to a new rate will be 1/10.25 after every position. However the "new rate" is randomly drawn from the mix of rates, and hence could even be the same. So the actual observed length of patches with the same rate will be a bit larger than 10.25. Note below that if you choose multiple patches, there will be an estimate in the output file as to which combination of rate categories contributed most to the likelihood.
Note that the autocorrelation scheme we use is somewhat different from Yang's (1995) autocorrelated Gamma distribution. I am unsure whether this difference is of any importance -- our scheme is chosen for the ease with which it can be implemented.
The C option allows user-defined rate categories. The user is prompted for the number of user-defined rates, and for the rates themselves, which cannot be negative but can be zero. These numbers, which must be nonnegative (some could be 0), are defined relative to each other, so that if rates for three categories are set to 1 : 3 : 2.5 this would have the same meaning as setting them to 2 : 6 : 5. The assignment of rates to amino acid positions is then made by reading a file whose default name is "categories". It should contain a string of digits 1 through 9. A new line or a blank can occur after any character in this string. Thus the categories file might look like this:
122231111122411155<PHONE_NUMBER>444
With the current options R, A, and C the program has a good ability to infer different rates at different positions and estimate phylogenies under a more realistic model. Note that Likelihood Ratio Tests can be used to test whether one combination of rates is significantly better than another, provided one rate scheme represents a restriction of another with fewer parameters. The number of parameters needed for rate variation is the number of regional rate categories, plus the number of user-defined rate categories less 2, plus one if the regional rate categories have a nonzero autocorrelation.
The G (global search) option causes, after the last species is added to the tree, each possible group to be removed and re-added. This improves the result, since the position of every species is reconsidered. It approximately triples the run-time of the program.
The User tree (option U) is read from a file whose default name is intree. The trees can be multifurcating. They must be preceded in the file by a line giving the number of trees in the file.
If the U (user tree) option is chosen another option appears in the menu, the L option. If it is selected, it signals the program that it should take any branch lengths that are in the user tree and simply evaluate the likelihood of that tree, without further altering those branch lengths. This means that if some branches have lengths and others do not, the program will estimate the lengths of those that do not have lengths given in the user tree. Note that the program Retree can be used to add and remove lengths from a tree.
The U option can read a multifurcating tree. This allows us to test the hypothesis that a certain branch has zero length (we can also do this by using Retree to set the length of that branch to 0.0 when it is present in the tree). By doing a series of runs with different specified lengths for a branch we can plot a likelihood curve for its branch length while allowing all other branches to adjust their lengths to it. If all branches have lengths specified, none of them will be iterated. This is useful to allow a tree produced by another method to have its likelihood evaluated. The L option has no effect and does not appear in the menu if the U option is not used.
The W (Weights) option is invoked in the usual way, with only weights 0 and 1 allowed. It selects a set of positions to be analyzed, ignoring the others. The positions selected are those with weight 1. If the W option is not invoked, all positions are analyzed. The Weights (W) option takes the weights from a file whose default name is "weights". The weights follow the format described in the main documentation file.
The M (multiple data sets) option will ask you whether you want to use multiple sets of weights (from the weights file) or multiple data sets from the input file. The ability to use a single data set with multiple weights means that much less disk space will be used for this input data. The bootstrapping and jackknifing tool Seqboot has the ability to create a weights file with multiple weights. Note also that when we use multiple weights for bootstrapping we can also then maintain different rate categories for different sites in a meaningful way. If you use the multiple data sets option rather than multiple weights, you should not at the same time use the user-defined rate categories option (option C), because the user-defined rate categories could then be associated with the wrong sites. This is not a concern when the M option is used by using multiple weights.
The algorithm used for searching among trees uses a technique invented by David Swofford and J. S. Rogers. This involves not iterating most branch lengths on most trees when searching among tree topologies, This is of necessity a "quick-and-dirty" search but it saves much time. There is a menu option (option S) which can turn off this search and revert to the earlier search method which iterated branch lengths in all topologies. This will be substantially slower but will also be a bit more likely to find the tree topology of highest likelihood. If the Swofford/Rogers search finds the best tree topology, the branch lengths inferred will be almost precisely the same as they would be with the more thorough search, as the maximization of likelihood with respect to branch lengths for the final tree is not different in the two kinds of search.
The output starts by giving the number of species and the number of amino acid positions.
If the R (HMM rates) option is used a table of the relative rates of expected substitution at each category of positions is printed, as well as the probabilities of each of those rates.
There then follow the data sequences, if the user has selected the menu option to print them, with the sequences printed in groups of ten amino acids. The trees found are printed as an unrooted tree topology (possibly rooted by outgroup if so requested). The internal nodes are numbered arbitrarily for the sake of identification. The number of trees evaluated so far and the log likelihood of the tree are also given. Note that the trees printed out have a trifurcation at the base. The branch lengths in the diagram are roughly proportional to the estimated branch lengths, except that very short branches are printed out at least three characters in length so that the connections can be seen. The unit of branch length is the expected fraction of amino acids changed (so that 1.0 is 100 PAMs).
A table is printed showing the length of each tree segment (in units of expected amino acid substitutions per position), as well as (very) rough confidence limits on their lengths. If a confidence limit is negative, this indicates that rearrangement of the tree in that region is not excluded, while if both limits are positive, rearrangement is still not necessarily excluded because the variance calculation on which the confidence limits are based results in an underestimate, which makes the confidence limits too narrow.
In addition to the confidence limits, the program performs a crude Likelihood Ratio Test (LRT) for each branch of the tree. The program computes the ratio of likelihoods with and without this branch length forced to zero length. This done by comparing the likelihoods changing only that branch length. A truly correct LRT would force that branch length to zero and also allow the other branch lengths to adjust to that. The result would be a likelihood ratio closer to 1. Therefore the present LRT will err on the side of being too significant. YOU ARE WARNED AGAINST TAKING IT TOO SERIOUSLY. If you want to get a better likelihood curve for a branch length you can do multiple runs with different prespecified lengths for that branch, as discussed above in the discussion of the L option.
One should also realize that if you are looking not at a previously-chosen branch but at all branches, that you are seeing the results of multiple tests. With 20 tests, one is expected to reach significance at the P = .05 level purely by chance. You should therefore use a much more conservative significance level, such as .05 divided by the number of tests. The significance of these tests is shown by printing asterisks next to the confidence interval on each branch length. It is important to keep in mind that both the confidence limits and the tests are very rough and approximate, and probably indicate more significance than they should. Nevertheless, maximum likelihood is one of the few methods that can give you any indication of its own error; most other methods simply fail to warn the user that there is any error! (In fact, whole philosophical schools of taxonomists exist whose main point seems to be that there isn't any error, that the "most parsimonious" tree is the best tree by definition and that's that).
The log likelihood printed out with the final tree can be used to perform various likelihood ratio tests. One can, for example, compare runs with different values of the relative rate of change in the active site and in the rest of the protein to determine which value is the maximum likelihood estimate, and what is the allowable range of values (using a likelihood ratio test, which you will find described in mathematical statistics books). One could also estimate the base frequencies in the same way. Both of these, particularly the latter, require multiple runs of the program to evaluate different possible values, and this might get expensive.
If the U (User Tree) option is used and more than one tree is supplied, and the program is not told to assume autocorrelation between the rates at different amino acid positions, the program also performs a statistical test of each of these trees against the one with highest likelihood. If there are two user trees, the test done is one which is due to Kishino and Hasegawa (1989), a version of a test originally introduced by Templeton (1983). In this implementation it uses the mean and variance of log-likelihood differences between trees, taken across amino acid positions. If the two trees' means are more than 1.96 standard deviations different then the trees are declared significantly different. This use of the empirical variance of log-likelihood differences is more robust and nonparametric than the classical likelihood ratio test, and may to some extent compensate for the any lack of realism in the model underlying this program.
If there are more than two trees, the test done is an extension of the KHT test, due to Shimodaira and Hasegawa (1999). They pointed out that a correction for the number of trees was necessary, and they introduced a resampling method to make this correction. In the version used here the variances and covariances of the sum of log likelihoods across amino acid positions are computed for all pairs of trees. To test whether the difference between each tree and the best one is larger than could have been expected if they all had the same expected log-likelihood, log-likelihoods for all trees are sampled with these covariances and equal means (Shimodaira and Hasegawa's "least favorable hypothesis"), and a P value is computed from the fraction of times the difference between the tree's value and the highest log-likelihood exceeds that actually observed. Note that this sampling needs random numbers, and so the program will prompt the user for a random number seed if one has not already been supplied. With the two-tree KHT test no random numbers are used.
In either the KHT or the SH test the program prints out a table of the log-likelihoods of each tree, the differences of each from the highest one, the variance of that quantity as determined by the log-likelihood differences at individual sites, and a conclusion as to whether that tree is or is not significantly worse than the best one. However the test is not available if we assume that there is autocorrelation of rates at neighboring positions (option A) and is not done in those cases.
The branch lengths printed out are scaled in terms of 100 times the expected numbers of amino acid substitutions, scaled so that the average rate of change, averaged over all the positions analyzed, is set to 100.0, if there are multiple categories of positions. This means that whether or not there are multiple categories of positions, the expected percentage of change for very small branches is equal to the branch length. Of course, when a branch is twice as long this does not mean that there will be twice as much net change expected along it, since some of the changes occur in the same position and overlie or even reverse each other. underlying numbers of changes. That means that a branch of length 26 is 26 times as long as one which would show a 1% difference between the amino acid sequences at the beginning and end of the branch, but we would not expect the sequences at the beginning and end of the branch to be 26% different, as there would be some overlaying of changes.
Confidence limits on the branch lengths are also given. Of course a negative value of the branch length is meaningless, and a confidence limit overlapping zero simply means that the branch length is not necessarily significantly different from zero. Because of limitations of the numerical algorithm, branch length estimates of zero will often print out as small numbers such as 0.00001. If you see a branch length that small, it is really estimated to be of zero length.
Another possible source of confusion is the existence of negative values for the log likelihood. This is not really a problem; the log likelihood is not a probability but the logarithm of a probability. When it is negative it simply means that the corresponding probability is less than one (since we are seeing its logarithm). The log likelihood is maximized by being made more positive: -30.23 is worse than -29.14.
At the end of the output, if the R option is in effect with multiple HMM rates, the program will print a list of what amino acid position categories contributed the most to the final likelihood. This combination of HMM rate categories need not have contributed a majority of the likelihood, just a plurality. Still, it will be helpful as a view of where the program infers that the higher and lower rates are. Note that the use in this calculations of the prior probabilities of different rates, and the average patch length, gives this inference a "smoothed" appearance: some other combination of rates might make a greater contribution to the likelihood, but be discounted because it conflicts with this prior information. See the example output below to see what this printout of rate categories looks like. A second list will also be printed out, showing for each position which rate accounted for the highest fraction of the likelihood. If the fraction of the likelihood accounted for is less than 95%, a dot is printed instead.
Option 3 in the menu controls whether the tree is printed out into the output file. This is on by default, and usually you will want to leave it this way. However for runs with multiple data sets such as bootstrapping runs, you will primarily be interested in the trees which are written onto the output tree file, rather than the trees printed on the output file. To keep the output file from becoming too large, it may be wisest to use option 3 to prevent trees being printed onto the output file.
Option 4 in the menu controls whether the tree estimated by the program is written onto a tree file. The default name of this output tree file is "outtree". If the U option is in effect, all the user-defined trees are written to the output tree file.
Option 5 in the menu controls whether ancestral states are estimated at each node in the tree. If it is in effect, a table of ancestral sequences is printed out (including the sequences in the tip species which are the input sequences). The symbol printed out is for the amino acid which accounts for the largest fraction of the likelihood at that position. In that table, if a position has an amino acid which accounts for more than 95% of the likelihood, its symbol printed in capital letters (W rather than w). One limitation of the current version of the program is that when there are multiple HMM rates (option R) the reconstructed amino acids are based on only the single assignment of rates to positions which accounts for the largest amount of the likelihood. Thus the assessment of 95% of the likelihood, in tabulating the ancestral states, refers to 95% of the likelihood that is accounted for by that particular combination of rates.
The constants defined at the beginning of the program include "maxtrees", the maximum number of user trees that can be processed. It is small (100) at present to save some further memory but the cost of increasing it is not very great. Other constants include "maxcategories", the maximum number of position categories, "namelength", the length of species names in characters, and three others, "smoothings", "iterations", and "epsilon", that help "tune" the algorithm and define the compromise between execution speed and the quality of the branch lengths found by iteratively maximizing the likelihood. Reducing iterations and smoothings, and increasing epsilon, will result in faster execution but a worse result. These values will not usually have to be changed.
The program spends most of its time doing real arithmetic. The algorithm, with separate and independent computations occurring for each pattern, lends itself readily to parallel processing.
This program is derived in version 3.6 by Lucas Mix from Dnaml, with which it shares many of its data structures and much of its strategy.
(Note that although these may look like DNA sequences, they are being treated as protein sequences consisting entirely of alanine, cystine, glycine, and threonine).
5 13 Alpha AACGTGGCCAAAT Beta AAGGTCGCCAAAC Gamma CATTTCGTCACAA Delta GGTATTTCGGCCT Epsilon GGGATCTCGGCCC |
(It was run with HMM rates having gamma-distributed rates approximated by 5 rate categories, with coefficient of variation of rates 1.0, and with patch length parameter = 1.5. Two user-defined rate categories were used, one for the first 6 positions, the other for the last 7, with rates 1.0 : 2.0. Weights were used, with sites 1 and 13 given weight 0, and all others weight 1.)
Amino acid sequence Maximum Likelihood method, version 3.69 5 species, 13 sites Site categories are:<PHONE_NUMBER> 222 Sites are weighted as follows: 01111 11111 110 Jones-Taylor-Thornton model of amino acid change Name Sequences ---- --------- Alpha AACGTGGCCA AAT Beta ..G..C.... ..C Gamma C.TT.C.T.. C.A Delta GGTA.TT.GG CC. Epsilon GGGA.CT.GG CCC Discrete approximation to gamma distributed rates Coefficient of variation of rates = 1.000000 (alpha = 1.000000) States in HMM Rate of change Probability 1 0.264 0.522 2 1.413 0.399 3 3.596 0.076 4 7.086 0.0036 5 12.641 0.000023 Expected length of a patch of sites having the same rate = 1.500 Site category Rate of change 1 1.000 2 2.000 +Beta | | +Epsilon | +-------------------------------------3 1-------2 +--------Delta | | | +----------Gamma | +------Alpha remember: this is an unrooted tree! Ln Likelihood = -104.53314 Between And Length Approx. Confidence Limits ------- --- ------ ------- ---------- ------ 1 Alpha 0.46548 ( zero, 1.16234) ** 1 Beta 0.00010 ( zero, 0.56371) 1 2 0.53585 ( zero, 1.53611) * 2 3 2.52202 ( zero, 5.51952) ** 3 Epsilon 0.00010 ( zero, 0.70102) 3 Delta 0.56179 ( zero, 1.37921) ** 2 Gamma 0.72465 ( zero, 1.87900) ** * = significantly positive, P < 0.05 ** = significantly positive, P < 0.01 Combination of categories that contributes the most to the likelihood:<PHONE_NUMBER> 111 Most probable category at each site if > 0.95 probability ("." otherwise) ....1....1 1.. Probable sequences at interior nodes: node Reconstructed sequence (caps if > 0.95) 1 .AGGTCGCCA AA. Beta AAGGTCGCCA AAC 2 .AggTCGCCA CA. 3 .GGATCTCGG CC. Epsilon GGGATCTCGG CCC Delta GGTATTTCGG CCT Gamma CATTTCGTCA CAA Alpha AACGTGGCCA AAT |


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{% extends "layout/base.html" %} {% block content %}
I used to make protein materials that stimulate nerve regeneration. Learn about my research at Stanford:
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DANGEROUS BEAUTY (Warner Bros.) Starring: Catherine McCormack, Rufus Sewell, Oliver Platt, Moira Kelly, Jacqueline Bisset, Fred Ward. Screenplay: Jeannine Dominy, based on the novel "The Honest Courtesan" by Margaret Rosenthal. Producers: Marshall Herkovitz, Edward Zwick, Arnon Milchan, Sarah Caplan. Director: Marshall Herskovitz.  Reviewed by Scott Renshaw.
For quite a while, DANGEROUS BEAUTY tempts you with an irresistable combination of compelling substance in a glorious package...quite fitting, considering the premise. Based on Maragaret Rosenthal's fact-based "The Honest Courtesan," it tells the story of Veronica Franco (BRAVEHEART's Catherine McCormack), a young woman of humble means in 1583 Venice. With no dowry to offer, Veronic has little hope of ever being a suitable match for her beloved Marco Venier (Rufus Sewell), a gentleman of high station. In fact, her mother (Jacqueline Bisset) offers that Veronica's only hope of a good life which can support her family is to become a courtesan to the powerful men of Venice. Though she initially recoils at the idea, Veronica soon finds herself one of the most desired women in venice, sharing her bed with senators, kings, bishops...and yes, even the now-married Marco.
If you smell a tale of degradation and class warfare in the making, sniff again. DANGEROUS BEAUTY actually paints quite a rosy portrait of Veronica's life while presenting an intriguing history lesson in gender politics. While the noble ladies of Venice were able to marry well, they paid the price with their tongues and minds. Denied education, property or participation in public life, a good wife faced a lifetime of staying home, bearing children and sitting quietly in a corner with her sewing. Veronica, on the other hand, learns that a courtesan is expected to seduce not just with her body, but with her mind as well. She learns of history and art, writes love poetry and interacts with men as they discuss the issues of the day. When the other option is mute insignificance, prostitution suddenly seems considerably less cruel a fate.
Director Marshall Herskovitz wraps this tale in enough style, romance and humor that it's usually as entertaining as it is provocative. Sumptuous production design renders 16th century Venice in romanticized colors and dark interiors, accentuated by Lucianna Arrighi's marvelous costumes. The central pairing of Sewell and McCormack generates heat and tension as the two characters negotiate the tricky parameters of their relationship. Then again, McCormack never hits a single false note in her performance, her expressive face registering emotions ranging from innocence to astonishment to wicked wit. Her sense of liberation as she achieves a level of equality a "lady" could never achieve anchors the film's strongest scenes, including a battle of verse with Marco's cousin Maffio (Oliver Platt) and an encounter with oblivious Venitian wives forced to quiz her on the war in which their husbands are engaged.
For well over three quarters of its running time, DANGEROUS BEAUTY is an unqualified pleasure. You can feel free to leave the theater when the plague strikes fair Venice, because at that point it quickly degenerates into thematic proclamations and over-wrought courtroom confrontations. It certainly doesn't help matters that the court in question is an Inquisition court charging harlotry and witchcraft as the causes of the plague, providing plenty of opportunity for right-thinking audience members to cluck their tongues at religious hypocrisy and demagoguery. After offering well over an hour of subversive notions cloaked in costume drama, Jeannine Dominy's script plants Veronica on a soapbox for the deliver of an I-am-Renaissance-woman-hear-me-roar manifesto, inspiring all and sundry to leap to their feet in an "Oh Captain, my Captain" show of solidarity.  McCormack's radiant performance and an unusual exploration of primitive feminism give it the real punch its forced conclusion tries too hard to provide.
On the Renshaw scale of 0 to 10 courtesan sessions: 7.
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Timecards management system helps a company's manager or HR Department to calculate the salary of the employees in a easy manner. This software needs the employees to check-in when they enter the company and checks-out when they leave from work and allows the employees to request for either a sick leave or a casual leave. And the HR Department can calculate the salary of employees easily.


The query executor helps the project to automate the collection of data. it is a tool written in python to collect data from Scopus, adding data from Unpaywall and Altmetric.
The QueryOld Executor is used as an internal tool by the Aurora SDG Analysis team.
The Software is developed by Eike Spielberg from the University Library of Duisburg-Essen. The source code for the frontend and backend are available via github.
The QueryOld Executor is hosted by the Vrije Universiteit Amsterdam .
In case of problems or bugs please contact Eike Spielberg, University Library of Duisburg-Essen or Maurice Vanderfeesten, Vrije Universiteit Amsterdam
For collection of the Scopus data the python scopus-api wrapper developed and maintained by Michael E. Rose and John R. Kitchin:
Rose, Michael E. and John R. Kitchin (2019): “scopus: Scriptable bibliometrics using a Python interface to Scopus”, Max Planck Institute for Innovation and Competition Research Paper No. 19-03.


List of available travel arrangements
Lorem ipsum dolor sit
Lorem consectetur adipisicing
Lorem commodi odio
Back to main menu.
Accomodations!
Activities!
Contact information!


Home
Core
Home
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Setting
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contacts
Home
Add new contact
{%if row > 0%}
Name
Title
Company
Primary Phone
Secondary Phone
Email
Group
Address
Website
{%for x in data%}
{{x.name}}
{{x.title}}
{{x.company}}
{{x.phone1}}
{{x.phone2}}
{{x.email}}
{{x.groups}}
{{x.address}}
{{x.website}}
Update
Delete
{%endfor%}
{%else%}
No reccord found
{%endif%}


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import models._ @import views.html.helpers._ @import utils.AwrsDateFormatter @import views.html.lookup.search.results_core @import views.html.lookup.results.awrs_entry @import views.html.lookup.common.status_approved @this(resultsCore: results_core, awrs_entry: awrs_entry, status_approved: status_approved, awrsPrintLink: awrsPrintLink) @( searchForm : Form[models.Query], action: Call, result: models.AwrsEntry, searchTerm: String, searchResult: Option[SearchResult] = None )(implicit request: Request[AnyContent], messages: Messages, lang: Lang ) @heading = { @result match { case bus : Business => { @knownName(bus.info) } case grp : Group => { @whichHeading(grp) } } } @whichHeading(group: Group) = { @knownName(group.info) } @preContent = {
@Messages("awrs.lookup.results.search_date" ) @AwrsDateFormatter.showDateTimeNowTranslation()
@status_approved(result) @awrsPrintLink() } @resultsCore( searchForm = searchForm, preFormContent = Some(preContent), postFormContent = None, title = Messages("awrs.lookup.results.page_title_single"), searchTerm = searchTerm, searchResult = searchResult )


Coding 4 fun
Elsa Workflow
Slides :
Elsa site:
Elsa repo :
### What is a workflow A workflow consists of a series of steps called activities that are connected to one another.
A workflow maintains all sorts of information, such as the following: - Which activity is currently executing. - What variables are set. - What activities are blocking further execution.
### So to define a workflow you need - **Activities** 🠖 Action or control - **Connector** 🠖 Interconnection between activities - **States** 🠖 To identity in wich state are or was the activity
### Why to use workflow solution - More flexible - More comprehensible algorythm/logic definition - More visualizable - Can be update dynamicly without need to rebuild your app - Elimintate redundant code by create generic activity - Can be use and run by the business
### Some worklows solution - [Microsoft flow/Power Automate](https://flow.microsoft.com/fr-fr) - [Workflow Engine](https://workflowengine.io/) - [Asana](https://asana.com/) - [Kissflow](https://kissflow.com/)
### Elsa workflow An open source .NET Standard(2.0) workflows library Minimum : Net Framework 4.6.1 and .Net Core 2.0 ![elsa-logo](./images/elsa-icon.png)
## Build like a Boss 🦾 Build workflows in code using the fluent API or as data using JSON or YAML syntax. ```csharp public class HelloWorldWorkflow : IWorkflow { public void Build(IWorkflowBuilder builder) { builder .StartWith
() .Then
(); } } ```
## or build like business 🐣 Use the workflow designer to design executable workflows visually. ![dashboard](./images/elsa-dashboard.png)
## Run 🕹 Run workflows from within your application using simple to use APIs. Start or resume workflows manually, or automatically by invoking triggers. ```csharp // Get a workflow builder. var workflowBuilder = services.GetRequiredService
(); // Define a workflow and add a single activity. var workflowDefinition = workflowBuilder .StartWith
(x => x.TextExpression = new LiteralExpression("Hello world!")) .Build(); // Get a workflow invoker, var invoker = services.GetService
(); // Start the workflow. await invoker.StartAsync(workflowDefinition); ```
## Extend 🧩 Make it your own by extending the set of activities with your own. Implementing custom activities allows for powerful workflows that can be implemented with ease. ```csharp [ActivityDefinition( DisplayName = "Calcualtor", Description = "Make some arythmetic operation", Icon = "fas fa-calculator", Outcomes = new[] { OutcomeNames.Done })] public class CalculatorActivity : Activity { ... ````
### Pros ✅ - New features added regularly - Developer very active - Support by .Net foundation - Realy open to extensions - Modern solution using last technologies - User friendly dashboard and workflow designer - Open source and free (BSD3 licence)
### Cons ❌ - Developer are constantly adding feature (potential bug) - Young project since 2019 - Documentation is not complete (Missing info for some activities) - No warranty
### Features - Visual Workflow Designer - Dashboarding - Short and Long Running Workflows - Correlation - Persistence (CosmoDB, EF Core, Memory, MongoDb, YesSQL and more) - Activities(HTTP, Email, DropBox, MassTransit, Timers, Control flow,Primitives...) - Expression at runtime (Javascript Expression, Liquid Expression, Custom expression evaluator)
### It's time to code. 🔩 Please intall: - VS Code (install plugin C#) - Git - .Net SDK 5
Git clone: https://github.com/dust63/Coding4Fun-Elsa.git
### Git clone. [🐑](https://github.com/dust63/Coding4Fun-Elsa.git) ``` https://github.com/dust63/Coding4Fun-Elsa.git ```
>#### Follow the [readme.md](https://github.com/dust63/Coding4Fun-Elsa/blob/main/README.md)
*Thanks for watching*


This application provides an example of form processing with the following features:
The design of this example differs in two significant ways from the traditional Play form processing examples.
Distinct model and form classes. Most examples of form processing in Play "overload" the model classes to serve two tasks: (1) specify the database schema structure; and (2) provide the "backing class" for forms. Requiring a single class to perform these two tasks appears to work well only when the models and forms are both simple and similar in structure. In this example system, the views.formdata package provides classes for form processing, and the models package provides classes for database schemas. Since Play requires the backing classes for forms to have public fields, this separation means that model classes can have private fields, avoiding well documented problems.
Explicit field constructors for Twitter Bootstrap 3.x. The canonical recommendation by Play developers for users of Twitter Bootstrap is to create a single "implicit" field constructor. The problem with this recommendation is that a single implicit field constructor cannot satisfy all of Twitter Bootstrap's layout requirements for form controls (for example, multiple checkboxes). This example illustrates a more general solution in which normal (i.e. "explicit") scala templates (i.e. field constructors) are defined in the views.bootstrap3 package for each of the Twitter Bootstrap controls. IMHO, the code is significantly easier to understand and debug for Java-based Play framework users.
Run the application.
Open Run and after the application is compiled it will be automatically started. You can then open http://localhost:9000 in your browser. To display the single form illustrated at the top of this page. The form displays the fields associated with a "Student": Name, Password, Hobbies, Level, GPA, and Majors. Some of these are required, some are optional. Try filling out the form in both valid and invalid ways and pressing Submit to see what happens.
When you submit a valid version of the form, the system will redisplay the form with exactly the same data that you entered, and also show a representation of the Student model instance created from the form values.
Run the tests.
The tests will automatically run and you can see the results by navigating to Test in Activator.
We'll come back to this later, but this step verifies that tests run correctly in your environment.
Review the controllers.
Now review the controller class. Application has just two methods: getIndex() which displays the form in the index page and postIndex() that processes a form submission from the index page. See the routes file for how this is wired up.
The getIndex method takes a Student ID as a parameter. If the value is 0, then an empty form is displayed, otherwise the form is displayed pre-filled with the data associated with the Student ID. For example, you can retrieve the data for the student with ID 1 using: http://localhost:9000/?id=1. The system instantiates a couple of students on startup.
By looking at the controller, you can see the basic approach for either form display (HTTP GET) or form submission (HTTP POST):
An instance of StudentFormData is passed to the templates for rendering. This class has public fields as required by Play, and they are all String or List[String] because binding only works on strings.
Other component entities (Hobby, GradeLevel, GradePointAverage, Major) provide helper methods to support display of their values as strings along with the student's current value(s) for those components.
The Student.makeInstance and Student.makeStudentFormData methods provide conversion between the form data and model representations of a Student.
Review the models.
Skim through the models package. There should be no surprises; it parallels the form pretty closely. Some things to note:
A Student entity contains non-primitive, complex components such as a list of Hobby entities and a list of Major entities.
The models have private fields and getters/setters. (Sorry, I'm old school that way.)
Review the views.
The views package is where things get most interesting. The main and index templates are pretty much what you'd expect.
Note that the main template shows how to import JQuery in case you want to use Bootstrap Javascript components.
The second thing to review is the views.bootstrap3 subpackage, containing Bootstrap 3 Scala templates for various form controls. Kudos to Jason Pearson to writing these templates and making other helpful changes.
Finally, the views.formdata subpackage contains the single backing class (StudentFormData) required for this application. Note that the backing class consists of public fields containing the String data to be displayed/bound in the form, as well as a validate() method that determines if the submitted form data is valid or not.
Review the tests.
Testing is pretty straightforward, uses Fluentlenium, and implements the page object pattern.
Start by looking at IndexPage. This class implements a bunch of methods to fill out the form and check to see whether the displayed form contains a success or error message. Note that most of these methods depend upon finding an HTML element with a specific ID, and so the Bootstrap Scala templates need to make sure these ID fields are set correctly.
The actual test code is in ViewTest. There are four tests: one that just checks that we can retrieve the page, one that tests that submitting an empty form generates a validation error, one that submits a form filled out from a valid Student ID, and a final one that fills out a valid form manually by using the IndexPage methods.
Getting tests to work exposes an unfortunate library versioning issue: HTMLUnit requires a version of JQuery no later than 1.8.3, while recent versions of Twitter Bootstrap have a Maven dependency of JQuery 1.9.0. build.sbt illustrates how to load a newer version of Bootstrap with an older, HTMLUnit-compliant version of JQuery. Another solution is to use PhantomJS rather than HTMLUnit; then you can use current versions of JQuery. This fork shows how to use PhantomJS.
While this code works and is pretty easy to understand, there are at least two design problems with it that I can see:
Verbosity. It's kind of a drag to have two representations for a Student, one as a model and one as a backing class for forms. I know that I presented this as a feature, but at the end of the day it's born of necessity. Perhaps there exists an elegant way to implement composite entities (i.e. a Student that contains a List of Hobbies) in which display, binding, and validation can be done easily and understandably with a single class.
Integrity. The code provides validation in the StudentFormData class, and certain methods (such as Student.makeInstance) must assume that they are being passed a valid StudentFormData instance. That kind of assumption is worrisome, and annotation-based constraints could avoid it. Annotation-based constraints also offer the potential to simultaneously apply to both the database model and the form validation, which would be really nice. As a first step, I played around for a while with Custom Data Binding, but could not get it to work correctly for lists of Hobbies.
If you see ways to solve these problems, please feel free to fork this code and implement your changes.
Click the image below to watch a 28 minute walkthrough of this system.
Note that the following screencast documents a previous version of this system which used Twitter Bootstrap 2.3.2 and Play 2.1. While the templates in the bootstrap3 package have been rewritten, the rest of the system remains unchanged.
This example is a descendent of the original play-form-kludge and Jason Pearson's very helpful improvements.


Yes! A movie less plausible than "Independence Day"! And I'm counting the Giant Lizard Steps on New York movie, though that one came close (Especially when they didn't take the FDR to get to the Brooklyn Bridge. The 59th Street Bridge was closer anyway.)
I saw an early screening of "Armageddon" on Sunday morning. What can I say but that the laws of physics are strung up by the thumbs and violated in the worst way, that the folks on screen are cut from varying thicknesses and grades of cardboard, that the broad outlines of the film are trivially predictable, that the bomb is defused/asteroid destroyed with 3 second left on the clock, that the special effects departments are the biggest component of the credits and that there's a cute dog that doesn't die?
Remarkably and innovatively, New York City is only slightly damaged by horizontally streaking, slow moving meteors. It's Paris that gets it, perhaps because of some issue with the French. This is also the first movie I've seen with a NASA disclaimer at the end, right next to the "No Animals Were Harmed": NASA neither promotes nor endorses the contents of this film. To sum up, it's a summer flick, one of those delicate perenniels that must be cultivated in intense AC and popcorn. The question is whether it's a good summer flick or a bad one. I lean towards not bad, certainly a good cut above "Godzilla" (which says little), but not particularly memorable either.
I missed the first asteroid-with-an-attitude movie. Mixed reviews, and all I really wanted to see was the big tidal wave in "Deep Impact". Ten minutes of effects would not be worth nine bucks and two hours of Hallmark-like platitudes. It'll be at a second run house soon enough, so it might be worthwhile then.
In any case, for "Armageddon", they decided to go for serious hyperbole in the size of the rock. After carefully pointing out that the proposed dinosaur killer was about six miles wide (and then correctly showing the impact to be just off Cancun), they made the new rock something the size of Texas. Why not the size of Alaska, while we're at it? It'll hit in eighteen days, and Earth's only hope is to send up Bruce Willis and his deep drilling team into space aboard spiffy, remarkably maneuverable and very roomy space shuttles. The idea is to drill into the rock, drop a standard issue nuclear bomb down this hole, and blow up the thing that way. Perhaps no one noticed that there have been innumerable underground nuclear tests, perhaps not in Texas but certainly in nearby Nevada, and none of them have cut much of a hole on the earth's surface. Nuclear weapons really aren't hammers of god, at least compared to large hunks of rock and metal.
But this asteroid is remarkable. Not only can it be shattered by a dinky bomb, its surface is covered with crystal growths, retains an atmosphere sufficient to generate a melodramatic wind, has gravity out of proportion to its size (except when inconvenient to plot), and blows up in a Big Ring Explosion (so fashionable with big bangs in modern movies, but apparently the result of misreading of Vietnam war footage). This asteroid has an attitude, a touch of sentience or at least petulence regarding Willis's drilling activity, hailing the drill site with small rocks and methane flares at dramatically convenient, must-push-button times. Oh, methane: a by-product of biological activity, right? I suppose all this indicates that the asteroid is really alive, its spawn of little baby meteors having the power to seek out concentrations of human habitation, and it just happens to be pissed at the French.
The most important thing is that the special effects are decent, not great, but decent. "Lost in Space" probably has the best effects so far this year, and "Armageddon" doesn't come that close. The second most important thing is the soundtrack. No Celine Dion, so it's OK -- I guess having Liv Tyler in the movie means at least one Aerosmith song. In terms of plot and character development, well, they make an attempt, which is much, much more than what can be said about "Godzilla", but how much can you do without getting in the way of the special effects?
They actually set up a couple of conflicts and relationships. There's a father-daughter conflict, between Bruce Willis and Liv Tyler, and there's a father-prodigy conflict, with Bruce and Ben Affleck. Stuff gets resolved by the end: Bruce and Liv reconcile, Bruce and Ben learn to trust each other. We should not be surprised. A better question may be, how well do these actors pull off the emotional torture thing? Well, Liv is sort of there, but not really. Ben does his Angry Young Hotshot thing reasonably well; he was better in "Good Will Hunting" by far, though that may be because he had more screen time and more to do. Bruce is OK. It's a less interesting role than, say, "Twelve Monkeys", but he's quite sufficient.
Besides this, there was the handy ad campaign that showed each major character's face with some tag line underneath, like "He's doing it for the money", "He's doing it for his country" or "He's doing it for the donuts." First time I saw these at a bus stop, I couldn't figure out what they were selling. Sneakers? The advertising, however, is false, as these strokes of character and personality are all but invisible in the actual movie. "Seven Samurai" this is not.
The amount of American rah-rah jingoism is actually remarkable. In some ways, images of the American flag and America as savior of the world (no, let me rephrase: "Savior of the World") are more pronounced than in, say, "Independence Day". At least there, we felt a sense of wackiness to the proceedings, and the jingoism is, well, obvious. "Armageddon" does it more seriously and more subtly, mainly by putting the Stars and Stripes in the background when Bruce Willis makes a speach about honor and loyalty. It's not a big can't-miss-me flag, a la "Patton", but it's there.
Oh, there was a preview for "Blade" just before this movie. I really want to see it, if only so I can say, "humpf, Buffy can kick Blade's ass."
-- "The court determined that Fox TV does not impede free and fair competition in the teen-angst soap-com genre, therefore Party of Five need not be broken into five 'Parties of One,' one being distributed to each of the other networks."
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Today I took myself off to Manchester to see the Alan Turing exhibition at Manchester Museum. It was only a small exhibition, but given that it cost me £6 to get there and back on the train, I didn’t see any reason why not! Plus I had a mooch around at the other exhibits, about Mediterranean archaeology and prehistoric birds. I swear I’m a closet history fan.
I knew the odd thing about the man and his work through my course - I studied the life of Turing for a report I wrote last year, and attended a talk by his primary biographer. Plus, the man practically invented my course, and so you can’t call yourself a computer scientist if you don’t at least have a passing interest in what he did.
What I was surprised to find out when I got to the exhibition was that it was on morphogenesis, a lesser-known and later portion of his work - what he was working on before he took his own life in unfortunate circumstances in 1954.
Notably different from the purely mathematical nature of his earlier work (the highly influential “On Computable Numbers…” from 1936 for instance), morphogenesis relates to the mathematical study of how an organism takes its shape, and how the physical conditions of the environment have an effect. Why coral grows the way it does, why all cows have different patterns, et cetera.
[caption id=”” align=”aligncenter” width=”640” caption=”Cow science.”][/caption]
It’s pretty fascinating stuff, and I won’t pretend to understand what he was talking about, or at least, the maths behind the concepts. As a computer science student I’ve barely scratched the paint off the theory behind the fundamentals of computation, and even those little flakes of paint are hard to adjust to. This man trailblazed, inventing it with no prior help. I’m reading it out of a book where the concepts have been simplified and simplified again and I’m still scratching my head.  His theories have never been disproven, and have featured as a strong foundation for later work. He also predicted the work of the Belousov–Zhabotinsky reaction by a good number of years (not able to see the work due to the tensions between Russia and the West).
People already know about his incredible contributions regarding code-breaking for WW2. He was already well established as a brilliant mind of his time, and this later work pushed him further forward. But, as a gay man in a time when homosexual relationships were illegal, he was convicted for “serious crimes” and given a course of female hormones over a year to “cure him”. They treated him more harshly because he was an educated man and therefore should “know better”. The government’s backwards, barbaric actions drove him to his own suicide, or so it is believed. It makes me sad knowing what he could have done past the age of 42, when his mind was still in his prime.


{% extends "oneevent/base.html" %} {% load crispy_forms_tags %} {% block navbar_breadcrumbs %}
Not Confirmed/Cancelled (by {{booking.cancelledBy.get_full_name}} on {{booking.cancelledOn|date:"D, d N Y H:i"}})
{% if booking.paidTo %}Paid to {{booking.paidTo.get_full_name}} on {{booking.datePaid|date:"D, d N Y H:i"}}
{% endif %}Confirmed
{% if booking.exempt_of_payment %} Exempted of payment by {{booking.paidTo.get_full_name}} on {{booking.datePaid|date:"D, d N Y H:i"}} {% elif booking.paidTo %} Paid to {{booking.paidTo.get_full_name}} on {{booking.datePaid|date:"D, d N Y H:i"}} {% elif booking.must_pay == 0 %} {% if booking.exempt_of_payment %} Exempted of payment by {{booking.paidTo.get_full_name}} on {{booking.datePaid|date:"D, d N Y H:i"}} {% else %} No payment needed {% endif %} {% else %} Please pay {{ booking.must_pay }}{% if booking.event.price_currency %}({{booking.event.price_currency}}){% endif %} to an organiser. {% endif %}


The site/domain that I am covering for this report is Sigmaaldrich USA
The purpose of the site is to provide chemical/biological related materials and instruments.
The criteria I am using to analyze the site are speed, design for quick scanning, distractions of the site/page, and cleaniless of each page.
1) Navigation speed
When shopping and browsing through the site/page, the load speed is very fast, there was never a time where the speed lagged or slowed down.2) User friendly design
The site and each page does have lots of information about products for users to look through but the design of the page of where the information is placed (visual hierarhcies) does make it easier for users to click on the information to help guide to the right place to buy. On the left side of the page are sections that can lead to the specific product. One thing that could improve is the pricing display, for every product, one have to click on the price icon to see the pricing and sometimes the pricing/availability is inaccurate.3) Distraction of the site
There are no distraction to the site as there are no flashing pictures or headlines, each page have enough contents that allow users to move through each page quickly as they browsing to buy.4) Cleaniless of each page
From the first look each page of the site does seem to have lots of information, but the information is needed becuase of the amount of products the site is offering. In addition, the layout of the information is well organized where users won't feel overwhelm of too much information. Furthemore, the site is limited with pictures and videos to not add more unecessary contents to the page.Conclusion
Overall one can or should be able to buy the product without much trouble from the site and the layout of each Page is easy to follow and easy to the eyes from font sizes to colors.Images from the site
Placeholder text by Space Ipsum. Photographs from Sigma site.


Greetings young Suzuki students
Would you like to participate in a video chat and get feedback immediately?
If your answer is yes, please click on your instrument.(On the navigation bar above)


{% extends "admin/delete_confirmation.html" %} {% load i18n admin_urls %} {% block extrahead %} {{ media }} {% include "salesman/admin/includes/refund_js.html" %} {% endblock %} {% block breadcrumbs %}
{% endblock %} {% block content %} {% include "salesman/admin/includes/refund_content.html" with object_url=object_url %} {% endblock %}


(#) Invalid vector paths !!! ERROR: Invalid vector paths This is an error. Id : `InvalidVectorPath` Summary : Invalid vector paths Severity : Error Category : Correctness Platform : Android Vendor : Android Open Source Project Feedback : https://issuetracker.google.com/issues/new?component=192708 Affects : Resource files Editing : This check runs on the fly in the IDE editor See : https://issuetracker.google.com/37008268 Implementation : [Source Code](https://cs.android.com/android-studio/platform/tools/base/+/mirror-goog-studio-main:lint/libs/lint-checks/src/main/java/com/android/tools/lint/checks/VectorPathDetector.java) Tests : [Source Code](https://cs.android.com/android-studio/platform/tools/base/+/mirror-goog-studio-main:lint/libs/lint-tests/src/test/java/com/android/tools/lint/checks/VectorPathDetectorTest.java) Copyright Year : 2017 This check ensures that vector paths are valid. For example, it makes sure that the numbers are not using scientific notation (such as 1.0e3) which can lead to runtime crashes on older devices. As another example, it flags numbers like `.5` which should be written as `0.5` instead to avoid crashes on some pre-Marshmallow devices. !!! Tip This lint check has an associated quickfix available in the IDE. (##) Example Here is an example of lint warnings produced by this check: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~text res/drawable/my_vector.xml:7:Error: Avoid scientific notation (1.05e-4) in vector paths because it can lead to crashes on some devices. Use 0.000105 instead. [InvalidVectorPath] android:pathData="m 1.05e-4,2.75448" /> ------- ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Here is the source file referenced above: `res/drawable/my_vector.xml`: ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~xml linenumbers <vector xmlns:android="http://schemas.android.com/apk/res/android" android:name="root" android:width="48dp" android:height="48dp" android:viewportHeight="48" android:viewportWidth="48"> <path android:fillColor="@android:color/white" android:pathData="m 1.05e-4,2.75448" /> </vector> ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ You can also visit the [source code](https://cs.android.com/android-studio/platform/tools/base/+/mirror-goog-studio-main:lint/libs/lint-tests/src/test/java/com/android/tools/lint/checks/VectorPathDetectorTest.java) for the unit tests for this check to see additional scenarios. The above example was automatically extracted from the first unit test found for this lint check, `VectorPathDetector.testInvalidScientificNotation`. To report a problem with this extracted sample, visit https://issuetracker.google.com/issues/new?component=192708. (##) Suppressing You can suppress false positives using one of the following mechanisms: * Adding the suppression attribute `tools:ignore="InvalidVectorPath"` on the problematic XML element (or one of its enclosing elements). You may also need to add the following namespace declaration on the root element in the XML file if it's not already there: `xmlns:tools="http://schemas.android.com/tools"`. * Using a special `lint.xml` file in the source tree which turns off the check in that folder and any sub folder. A simple file might look like this: ```xml <?xml version="1.0" encoding="UTF-8"?> <lint> <issue id="InvalidVectorPath" severity="ignore" /> </lint> ``` Instead of `ignore` you can also change the severity here, for example from `error` to `warning`. You can find additional documentation on how to filter issues by path, regular expression and so on [here](https://googlesamples.github.io/android-custom-lint-rules/usage/lintxml.md.html). * In Gradle projects, using the DSL syntax to configure lint. For example, you can use something like ```gradle lintOptions { disable 'InvalidVectorPath' } ``` In Android projects this should be nested inside an `android { }` block. * For manual invocations of `lint`, using the `--ignore` flag: ``` $ lint --ignore InvalidVectorPath ...` ``` * Last, but not least, using baselines, as discussed [here](https://googlesamples.github.io/android-custom-lint-rules/usage/baselines.md.html).


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We're here to promote thoughtful conversations on climate change and Texas. A good starting point for thoughtful conversations is a bit of knowledge. How can we plan for the future if we don't know what it might look like? But don't let these grim facts and predictions get you too down. There is still reason to hope, reason to act.
A good resource for additional information is the National Climate Assessment.


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Pajinate is a simple and flexible jQuery plugin that allows you to divide long lists or areas of content into multiple separate pages. Not only is it a simpler alternative to server-side implementations, the time between paginated-page loads is almost nil (up to a reasonable page-size of course).
Pajinate also accepts several options, which will be describe at the end of the article.

One

Two

Three

Four

Five

Six

Seven

Eight

Multiple implementation demos can be found in this page.
items_per_page
A number which determines the maximum number of items to show on any ‘page’. [default = 10]
item_container_id
The ID or CLASSNAME of the element that contains all the list items. [default = ‘.content’]
nav_panel_id
The ID or CLASSNAME of the element(s) that host the navigation links. [default = ‘.page_navigation’]
num_page_links_to_display
The number of page links to display at one time i.e. if you have a total of 20 page links but only want to display 3 at a time set this value to 3. [default = 20]
start_page
The page number you’d like to display first [default = 0]
nav_label_first
The label for the link that navigates to the first paginated page. [default = ‘First’]
nav_label_prev
The label for the link that navigates to the previous paginated page. [default = ‘Prev’]
nav_label_next
The label for the link that navigates to the next paginated page. [default = ‘Next’]
nav_label_last
The label for the link that navigates to the last paginated page. [default = ‘Last’]
wrap_around
Next/prev navigation wrap around the navigation list if set to true. [default = false]
show_first_last
Prevents first & last navigation links from loading if set to false. [default = true]
The demo and source offer several examples demonstrating various ways in which to configure and use Pajinate (including embedding multiple Pajinate elements in a single page).
Headers
# This is an
 tag ## This is an
 tag ###### This is an
 tag
Text styles
*This text will be italic* _This will also be italic_ **This text will be bold** __This will also be bold__ *You **can** combine them*
Unordered
* Item 1 * Item 2 * Item 2a * Item 2b
Ordered
1. Item 1 2. Item 2 3. Item 3 * Item 3a * Item 3b
Images
![GitHub Logo](/images/logo.png) Format: ![Alt Text](url)
Links
http://github.com - automatic! [GitHub](http://github.com)
Blockquotes
As Kanye West said: > We're living the future so > the present is our past.
Syntax highlighting with GFM
```javascript function fancyAlert(arg) { if(arg) { $.facebox({div:'#foo'}) } } ```
Or, indent your code 4 spaces
Here is a Python code example without syntax highlighting: def foo: if not bar: return true
Inline code for comments
I think you should use an `<addr>` element here instead.


NestProps Report
CustomBeanFactory.listMap
ID
Name
Street
Country
1. Berne
22
Bill Ott
US
US
Count :
1
2. Chicago
1
Joshua Burnett
US
US
Count :
1
There were 2 address records on this report.
Page 1 of
1


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| Account | BMW Group | ||
| Name | Premium package - 80 accounts |
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