538 research outputs found
Web application CICD process
No full textZavršni rad pod nazivom "Automatizacije implementacije i kontinuirane integracije web aplikacije" istražuje ključnu temu automatizacije procesa kontinuirane integracije i kontinuirane isporuke (CICD) u kontekstu razvoja web aplikacija. CICD je praksa koja omogućuje timovima za razvoj softvera da automatski testiraju, integriraju i isporučuju promjene u kodu na učesaliji i dosljedniji način.
U radu će biti proučeni različiti aspekti CICD-a i kako se primjenjuju u razvoju web aplikacija. Bit će istraženi alati i tehnologije koje omogućuju automatizaciju procesa, poput sustava za verziranje koda, alata za upravljanje kontejnerima i konfiguracijskih alata.
Cilj završnog rada je identificirati prednosti i izazove uvođenja automatizacije CICD procesa te analizirati praktične primjere kako se ti procesi mogu primijeniti u razvoju web aplikacija. Posebna pažnja posvetit će se poboljšanju produktivnosti razvojnog tima, smanjenju ljudske pogreške i ubrzanju vremena isporuke novih značajki i ispravaka.
Rad će također ukazati na moguće prepreke koje organizacije mogu susresti tijekom tog procesa i kako ih prevladati.The final thesis titled "Automation of Implementation and Continuous Integration of Web Application" explores the key theme of automating the processes of continuous integration and continuous delivery (CICD) in the context of web application development. CICD is a practice that enables software development teams to automatically test, integrate, and deliver code changes in a more frequent and consistent manner.
The thesis will examine various aspects of CICD and how they are applied in web application development. Tools and technologies that enable process automation tools, container management systems, and configuration tools, will be investigated.
The goal of the final thesis is to identify the benefits and challenges of implementing CICD automation and analyze practical examples of how these processes can be applied in web application development. Special attention will be given to improving the productivity of development teams, reducing human errors, and accelerating the delivery of new features and bug fixes.
The thesis will also address possible obstacles that organization may encounter during this process and how to overcome them.
Ultimately, this final thesis provides valuable insights into the automation of CICD processes, enabling web application development teams to achieve faster, more reliable, and efficient software deliveries, which can be crucial for success in today's dynamic and competitive digital environment
Web application CICD process
No full textZavršni rad pod nazivom "Automatizacije implementacije i kontinuirane integracije web aplikacije" istražuje ključnu temu automatizacije procesa kontinuirane integracije i kontinuirane isporuke (CICD) u kontekstu razvoja web aplikacija. CICD je praksa koja omogućuje timovima za razvoj softvera da automatski testiraju, integriraju i isporučuju promjene u kodu na učesaliji i dosljedniji način.
U radu će biti proučeni različiti aspekti CICD-a i kako se primjenjuju u razvoju web aplikacija. Bit će istraženi alati i tehnologije koje omogućuju automatizaciju procesa, poput sustava za verziranje koda, alata za upravljanje kontejnerima i konfiguracijskih alata.
Cilj završnog rada je identificirati prednosti i izazove uvođenja automatizacije CICD procesa te analizirati praktične primjere kako se ti procesi mogu primijeniti u razvoju web aplikacija. Posebna pažnja posvetit će se poboljšanju produktivnosti razvojnog tima, smanjenju ljudske pogreške i ubrzanju vremena isporuke novih značajki i ispravaka.
Rad će također ukazati na moguće prepreke koje organizacije mogu susresti tijekom tog procesa i kako ih prevladati.The final thesis titled "Automation of Implementation and Continuous Integration of Web Application" explores the key theme of automating the processes of continuous integration and continuous delivery (CICD) in the context of web application development. CICD is a practice that enables software development teams to automatically test, integrate, and deliver code changes in a more frequent and consistent manner.
The thesis will examine various aspects of CICD and how they are applied in web application development. Tools and technologies that enable process automation tools, container management systems, and configuration tools, will be investigated.
The goal of the final thesis is to identify the benefits and challenges of implementing CICD automation and analyze practical examples of how these processes can be applied in web application development. Special attention will be given to improving the productivity of development teams, reducing human errors, and accelerating the delivery of new features and bug fixes.
The thesis will also address possible obstacles that organization may encounter during this process and how to overcome them.
Ultimately, this final thesis provides valuable insights into the automation of CICD processes, enabling web application development teams to achieve faster, more reliable, and efficient software deliveries, which can be crucial for success in today's dynamic and competitive digital environment
Henri Temianka Correspondence; (varga)
No full textThis collection contains material pertaining to the life, career, and activities of Henri Temianka, violin virtuoso, conductor, music teacher, and author. Materials include correspondence, concert programs and flyers, music scores, photographs, and books.https://digitalcommons.chapman.edu/temianka_correspondence/4228/thumbnail.jp
Schizopyga alinae Varga & Reshchikov 2018, sp. n.
No full text<i>Schizopyga alinae</i> Varga & Reshchikov, sp. n. (Fig. 1) <p> <b>Material examined. Holotype:</b> female, Musée du Congo, Rutshuru, 3758, 1.1937, J. Ghesquiere, RMCA. <b>Paratypes:</b> 2 females, idem, RMCA; female, idem, 4.1937, RMCA; female, Uganda, Kampala, T.337, 9.1936, T. H. C. Taylor, BMNH.</p> <p> <b>Diagnosis.</b> <i>Schizopyga alinae</i> <b>sp. n.</b>, typically for species of the genus, is characterized by convex clypeus, confluent with the face and forming an almost flat surface. This is the only known species with the entirely yellow body.</p> <p> <b>Description. Holotype.</b> Female (Fig. 1). Body length approximately 6.5 mm, fore wing 4.5 mm.</p> <p> <i>Head</i> (Fig. 1b) generally matt, granulate and sparsely pubescent. Antenna with 20 flagellomeres, first flagellomere 1.6 × length of second flagellomere; inner margins of eyes weakly emarginate opposite antennal sockets, eyes slightly converging ventrally, with dense, but short and almost invisible pubescence; face convex, about 0.6 × as long as wide, with sparse and almost non-existent punctation on granulate surface, more densely pubescent than rest of head; clypeus convex, about 0.5× as long as wide, confluent with face and forming almost flat surface, apical margin thin and rounded laterally, straight apically; supraclypeal pits deep; malar space about 0.3 × basal width of mandible; mandible strongly narrowed apically, twisted, only one tooth visible; maxillary palps elongate, surpassing fore coxae; occipital carina complete, ventrally strongly projecting as a keel before mandible base; frons granulate and shiny opposite antennal sockets; maximum diameter of lateral ocellus 0.6 times × length of ocellar-ocular distance, temples long and straight, strongly narrowed behind eyes, weakly emarginate ventrally.</p> <p> <i>Mesosoma</i> (Figs 1c, d). Propleuron matt, granulate and pubescent; pronotum shiny and weakly granulate, with minute punctation and pubescence only along upper edge, epomia indistinct; mesoscutum matt, granulate and densely pubescent, with notauli strong and deep on basal 0.5; scutellum shiny and more weakly sculptured and pubescent, with lateral carina present anteriorly; mesopleuron matt, granulate and weakly punctate and pubescent, shiny on posterior upper part; epicnemial carina present on lower 0.5 of mesopleuron; metapleuron convex, same sculpture as mesoscutum, submetapleural carina strong, forming small lobe anteriorly, pleural carina present and complete; propodeum (Fig. 1c) with same sculpture as metapleuron, with traces of longitudinal carinae on anterior 0.1 and distinct posterior transverse carina, interrupted centrally. Legs slender, hind femur 4.0 × as long as wide; fifth tarsomere of hind tarsus enlarged, about 0.5 × as long as length of tarsomeres 2–4; fore femur stout, approximately same width as hind femur. Fore wing with vein 2 <i>rs-m</i> short and almost obliterated, about 0.2 × distance between 2 <i>rs-m</i> and 2 <i>m-cu</i>; vein <i>cu-a</i> distad of <i>Rs&M</i> by about 0.2 of its own length. Hind wing with distance between distal abscissa of <i>Cu</i> 1 and <i>M</i> about 1.8 × longer than vein <i>cu-a</i>.</p> <p> <i>Metasoma</i> (Figs 1c, e) generally matt, granulate and sparsely pubescent (sparser on tergites 1–2, denser on remaining tergites). First tergite 1.2 × as long as apical width, with weak distal oblique grooves, dorsolateral carina distinct only on anterior 0.2, median longitudinal carina indistinct; first sternite short, weakly convex medially; second tergite 0.9 × as long as apical width, with weak median swellings; third tergite 0.6 × as long as apical width, with indistinct swellings, remaining tergites without well-defined swellings; ovipositor up-curved, length from tip of hypopygium approximately 0.8 × length of hind tibia, lower valve weakly swollen subbasally (Fig. 1e).</p> <p> <i>Colour</i>. Body generally yellow. Fore and middle coxae and trochanters with pale yellowish marks. Mandibles and</p> <p>last two metasomal tergites with brownish-black marks; pterostigma and ovipositor sheaths yellow basally, brownish apically.</p> <p> <b>Variability.</b> The number of flagellomeres varies from 19 to 20.</p> <p> <b>Male</b>. Unknown.</p> <p> <b>Distribution.</b> Currently known from Congo and Uganda.</p> <p> <b>Etymology.</b> This species is named after the first author’s friend, Alina Tiukalova.</p>Published as part of <i>Varga, Oleksandr & Reshchikov, Alexey, 2018, Schizopyga alinae, a genus of pimpline parasitoid wasps (Hymenoptera: Ichneumonidae: Pimplinae) new to the Afrotropical region, pp. 291-295 in Zootaxa 4422 (2)</i> on pages 291-293, DOI: 10.11646/zootaxa.4422.2.9, <a href="http://zenodo.org/record/1251545">http://zenodo.org/record/1251545</a>
Clistopyga kenyensis Varga 2021, sp. n.
No full text<i>Clistopyga kenyensis</i> Varga, sp. n. (fig. 1) <p>LSID urn:lsid:zoobank.org:act: 22D20CDB-A978-4563-8490-6AE3E1C757D3</p> <p>M a t e r i a l e x a m i n e d. Holotype ♀: KENYA, Coast Province, Taita Hills, Chawia Forest, 3.47908º S, 38.34162º E, 1614 m, Malaise trap, next to small forest pond, 09– 23.01.2012 (R. Copeland) (ICIPE). Paratypes: 1 Ơ, same locality and date as holotype (ICIPE); 2 ♀, idem, 05– 19.04.2012 (ICIPE); 1 ♀, idem, 26.12.2011 – 09.01.2012 (ICIPE); 1 ♀, idem, 22.02– 08.03.2012 (SIZK).</p> <p> Diagnosis. The new species is characterized by the following combination of characters: body brownish dorsally, creamy white ventrally; propodeum aciculate; metapleuron smooth, with few isolated setae; ovipositor weakly upcurved, the length from tip of hypopygium about 1.6× the length of hind tibia; hind wing with nervellus reclivous, distance between first abscissa of <i>M</i> + <i>Cu</i> about 1.3× longer than vein <i>cu-a</i>.</p> <p> <i>Clistopyga kenyensis</i> <b>sp. n.</b> differs from both recorded Afrotropical species by the colouration: mesopleuron almost entirely creamy white (from black to red in <i>C. incitator</i> and orange with a central yellow stripe in <i>C. africana</i>); metasomal tergites brownish, creamy white subapically (in both <i>C. incitator</i> and <i>C. africana</i> metasoma is more-or-less unicolour). In addition, it differs from <i>C. incitator</i> by the smooth and almost glabrous metapleuron (densely pubescent distally in <i>C. incitator</i>) and the aciculate first metasomal tergite (punctate in <i>C. incitator</i>). The newly described species differs from <i>C. africana</i> by the thinner and longer ovipositor (about 1.6× the length of hind tibia in <i>C. kenyensis</i> <b>sp. n.</b> comparing to 1.3 × in <i>C. africana</i>), and the longer legs (hind femur 4.7× longer than wide in <i>C. kenyensis</i> <b>sp. n.</b> comparing to 4.0× in <i>C. africana</i>).</p> <p>Description. Holotype. Female (fig. 1, A, C–G). Body length approximately 8 mm, fore wing 5.5 mm.</p> <p> <b>Head</b> (fig.1,C)generally smooth and sparsely pubescent.Antenna with25flagellomeres, first flagellomere 1.5× as long as second flagellomere. Maximum diameter of lateral ocellus 0.9 × as long as ocellar-ocular distance. Inner margins of eyes weakly emarginated opposite antennal sockets. Face about 0.7× as long as wide, smooth, sparsely pubescent. Clypeus strongly convex, about 0.4× as long as wide, distinctly separated from face and with the same sculpture, its apical margin concave and weakly notched. Malar space about as long as the basal width of mandible, subocular sulcus distinct. Upper tooth of mandible weakly longer than lower tooth. Occipital carina distinct, concave downwards dorsally. Temple strongly narrowed behind eye, gently rounded.</p> <p> <b>Mesosoma</b> (fig. 1, D, F). Propleuron smooth, sparsely pubescent. Pronotum smooth, epomia present, but short. Mesoscutum smooth and densely pubescent, with notauli strong, reaching the middle of mesoscutum, central lobe aciculate. Scutellum convex, smooth, sparsely pubescent, with lateral carina present basally. Mesopleuron smooth, sparsely pubescent, epicnemial carina present on lower 0.7 of mesopleuron. Metapleuron smooth, with few insolated setae, submetapleural carina distinct, pleural carina distinct before spiracles, weakly defined after spirales, almost indistinct (fig. 1, D). Propodeum aciculate, with only lateromedian longitudinal carinae present on apical 0.1. Legs slender, hind femur 4.7× longer than wide, fifth tarsomere about as long as third tarsomere. Fore wing with areolet opened (vein 3 <i>rs-m</i> absent); vein 2 <i>rs-m</i> short, about 0.3× the distance between 2 <i>rsm</i> and 2 <i>m-cu</i>; vein <i>cu-a</i> opposite to <i>Rs&M</i>. Hind wing with nervellus reclivous, distance between first abscissa of <i>M</i> + <i>Cu</i> 1.3× longer than vein <i>cu-a</i>.</p> <p> <b>Metasoma</b> (fig. 1, E, G) generally strongly sculptured and densely pubescent. First tergite about 1.3× as long as apical width, aciculate, with lateromedian oblique grooves weak, almost indistinct; dorsolateral carina distinct on basal 0.2 of the tergite; median longitudinal carina distinct and strong, reaching the apex of the tergite; glymma present. Second tergite about as long as apical width, rugulo-punctate, with basal and apical oblique grooves forming a rhombic convex area. Tergites 3–5 densely punctate, but punctures with scattered margins, with two lateromediam swellings; the remaining tergites weaker sculptured.Ovipositor(fig.1,G) upcurved and thin, the length from tip of hypopygium about 1.6× the length of hind tibia.</p> <p>C o l o u r a t i o n. Body generally brownish dorsally, creamy white ventrally.Head creamy white except apex of mandible, frons centrally, occiput brownish and flagellum orange. Mesosoma creamy white except mesoscutum partly and propodeum dorsally brownish. Legs creamy white except stripes on hind coxa and hind femur, hind tibia subbasally and apically and tarsus entirely brownish. Metasoma orange with central areas brownish; all tergites creamy white subapically, tergites 1–3 with lateroapical stripes black. Pterostigma and veins brown. Ovipositor orange.</p> <p>Male (fig. 1, B) generally resembles female, but has smaller body (length approximately 7.0 mm, fore wing 5.0 mm), and some differences in colouration: metasoma with first tergite entirely and tergites 2–4 apicolaterally black; hind tibia with indistinct bands.</p> <p>V a r i a b i l i t y. Paratype female has largely yellow head contrasting with creamy white meso- and metasoma.</p> <p>D i s t r i b u t i o n. Currently known only from Kenya.</p> <p>Etymology. This species is named after the country, where it was collected.</p> <p>The author is deeply grateful to Robert Copeland (ICIPE), who graciously made the specimens available for study. The study was partly supported by the National Research Foundation of Ukraine grant “Leading and Young Scientists Research Support” (registration number 2020.02/0369).</p>Published as part of <i>Varga, O., 2021, New Species Of The Genus Clistopyga (Hymenoptera, Ichneumonidae, Pimplinae) From The Afrotropical Region, pp. 421-424 in Zoodiversity 55 (5)</i> on pages 422-423, DOI: 10.15407/zoo2021.05.421, <a href="http://zenodo.org/record/6456078">http://zenodo.org/record/6456078</a>
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