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What alternatives to HermesJMS are available? I need to test against JBoss WildFly 8 and it uses Java 8. HermesJms seems to be built for Java 6 and I could not find a full Java 8 port for it. I tried setting hermes.bat with this configuration option but I get the following error:

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I have created a SoapUI project that connects with a message queue and sends a JMS message onto it. In order to connect with the MQ, I have used the HERMES tool that SoapUI provides. Currently I am using Hermes v1.14.

In this article, an action-research project has been outlined, aimed at exploring ways for developing an assessment tool, underpinned by phenomenology, which would enhance a person-centered approach to the participation of patients in nursing assessment and care planning in rehabilitation. Participants were nurses in physical rehabilitation and a consultant. Data were collected by interviews and observation of the documentation on the tool. The tool, Hermes, was adopted in practice. Through its use, important person-centered assessment practices were enhanced and several aspects of its phenomenological grounding were supported. Hermes has potential for facilitating the transfusion of phenomenology into nursing practice.

HERMES, a graphical user interface software tool, is presented, for pre-processing X-ray absorption spectroscopy (XAS) data from laboratory Rowland circle spectrometers, to meet the data handling needs of a growing community of practice. HERMES enables laboratory XAS data to be displayed for quality assessment, merging of data sets, polynomial fitting of smoothly varying data, and correction of data to the true energy scale and for dead-time and leakage effects. The software is written in Java 15 programming language, and runs on major computer operating systems, with graphics implementation using the JFreeChart toolkit. HERMES is freely available and distributed under an open source licence.

To develop a method for the transposon-based mutagenesis of S. pombe, we tested the DNA transposon hermes from the housefly (Musca domestica) for activity in S. pombe. Hermes uses a single transposase enzyme that binds to the terminal inverted repeats (TIRs), excises the transposon, and integrates the transposon DNA into new a location (Guimond et al. 2003; Zhou et al. 2004).

To measure the expression of hermes transposase, we performed immunoblots that were probed with an antibody specific for the transposase (N. Craig, unpublished results). Figure 2A shows there was a correlation between transposase expression and promoter strength, with pREP3X producing the highest levels of transposase and pREP81X producing the lowest.

To test whether the cells with resistance to G418 actually contained inserts, and to measure the number of insertions, DNA blots were performed. Following induction for transposition, cells resistant to G418 were obtained and single colonies were isolated. Genomic DNA derived from the isolated colonies was digested with EcoRI and blotted. Because the EcoRI site was at the extreme end of kanMX6 and the blot was probed with kanMX6, each copy of kanMX6 produced a single band. The blots showed that all of the G418-resistant strains had at least one hermes insertion. The first blot (Figure 3A, top left) includes strains that resulted from the expression of transposase from REP3X-Tpase and REP41X-Tpase. Seven of these eight stains contained a single insertion, while one pREP3X strain contained two insertions. The remaining 37 lanes in the DNA blots were derived from strains that resulted from the expression of transposase from REP81X-Tpase, and 12 of these (32%) contained multiple bands indicating two or more insertions. It was unclear why the cells expressing the most transposase produced a higher percentage of strains with single insertions. The small number of strains containing REP3X-Tpase and REP41X-Tpase did not allow us to draw any conclusions about this observation.

To test whether the insertions were due to transposase-mediated integration and not other forms of recombination, we analyzed 26 hermes insertions for the 8-bp target-site duplications (TSD) that result from transposase-mediated insertion (Guimond et al. 2003). Integration sites were determined by using inverse PCR on genomic DNA digested with EcoRI and ligated into circles (Figure 3B). All oligonucleotides used are described in supplemental Table S2 at TSDs were found for each of the insertions and we created a sequence logo showing the preference for bases at each position (supplemental Table S3 and Figure 4A). The strong preference for T at position 2, for A at position 7, and the other preferences all closely matched what was observed previously for the insertion sites of hermes in D. melanogaster (Guimond et al. 2003). These data indicate that all the insertions of hermes tested resulted from bona fide integration catalyzed by the transposase.

Hermes Tool Auto Plist Reader is a game-changer for anyone dealing with plist files. Its efficiency, accuracy, and ease of use make it an indispensable tool for developers, data analysts, and system administrators alike. By simplifying the plist parsing process, Hermes Tool Auto Plist Reader empowers users to focus on what truly matters building exceptional software and conducting insightful data analysis.

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javax.jms.JMSException: Could not create InitialContext: Exception while trying to get InitialContext. at hermes.JNDIContextFactory.createContext(JNDIContextFactory.java:282) at hermes.browser.components.ContextTreeModelFactory.create(ContextTreeModelFactory.java:58) at hermes.browser.tasks.JNDIBrowseTask.invoke(JNDIBrowseTask.java:59) at hermes.browser.tasks.TaskSupport.run(TaskSupport.java:175) at hermes.browser.tasks.ThreadPool.run(ThreadPool.java:170) at java.lang.Thread.run(Thread.java:745)

Mobile operators are distributing more and more Android and iOS applications in order to interface with their APIs and provide enhanced services to their subscribers. The need for P1 Security to reverse engineer mobile platform-targeted applications in the context of black-box security audits, as well as the global lack of effective tools regarding reverse engineering React Native-based applications, led us to develop hermes-dec.

P1 Security is publishing the initial release of hermes-dec, a new tool for reverse engineering React Native mobile applications for Android and iOS embedding a JS bundle compiled within the bytecode language of the Hermes virtual machine.

The hermes-dec tool released by P1 Security allows to disassemble the Hermes bytecode, with the intent to be compatible will all public version of the Hermes virtual machines (from 0.1.0 to the current 0.12.0, or bytecode version 89, at the time of writing, end of 2022). Other tools such as the hbctool utility support a more restricted set of versions of the Hermes bytecode, and the hbcdump tool present in the Hermes source tree supports the exact version of the Hermes virtual machine it was built for.

It was developed considering the need for P1 Security to often reverse engineer mobile platform-targeted applications in the context of black-box security audits, as well as the global lack of effective tools regarding reverse engineering React Native-based applications.

This is open-source software, feel free to give it a try and provide any feedback and contribution. Please also note that this tool was initially made by P1 Security for its internal use and that its stability for other uses is not guaranteed.

HERMES uses a logical workflow to guide the user through the steps of data pre-processing. The dashboard has a simple and intuitive interface, with four data workspaces and processing tools, shown in Fig. 1. The user specifies the Measurement Type to be loaded or processed using a dropdown menu (I0, It, I0 leakage, It leakage). The user is required to select appropriate columns for energy, theta, detector raw counts, detector input count rate (ICR), and detector output count rate (OCR). A first-order dead-time correction is applied to raw detector counts, valid for dead-time up to 50% (XIA LLX, 2009). The plotting function supports enlargement of regions of interest and data may be displayed individually, overlaid or offset (by a user-specified amount), as shown in Fig. 2. An nth-order polynomial (where n is user specified) may be fitted to any appropriate and smoothly varying data set selected (i.e. I0, I0,lk, It,lk; where lk denotes a leakage measurement, as discussed below).

We have presented the HERMES software for pre-processing of laboratory X-ray absorption spectroscopy data from Rowland circle spectrometers. A simple GUI and intuitive workflow enable integration, correction and calibration of raw data to output data files suitable for further analysis in software such as ATHENA. This software contributes to meeting the need of a rapidly growing community of practitioners, who require freely available tools for rapid and robust pre-processing of laboratory XAS data. 2351a5e196