camper/po/ca.po

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Add the skeleton of the web application It does nothing more than to server a single page that does nothing interesting. This time i do not use a router. Instead, i am trying out a technique i have seen in an article[0] that i have tried in other, smaller, projects and seems to work surprisingly well: it just “cuts off” the URI path by path, passing the request from handler to handler until it finds its way to a handler that actually serves the request. That helps to loosen the coupling between the application and lower handlers, and makes dependencies explicit, because i need to pass the locale, company, etc. down instead of storing them in contexts. Let’s see if i do not regret it on a later date. I also made a lot more packages that in Numerus. In Numerus i actually only have the single pkg package, and it works, kind of, but i notice how i name my methods to avoid clashing instead of using packages for that. That is, instead of pkg.NewApp i now have app.New. Initially i thought that Locale should be inside app, but then there was a circular dependency between app and template. That is why i created a separate package, but now i am wondering if template should be inside app too, but then i would have app.MustRenderTemplate instead of template.MustRender. The CSS is the most bare-bones file i could write because i am focusing in markup right now; Oriol will fill in the file once the application is working. [0]: https://blog.merovius.de/posts/2017-06-18-how-not-to-use-an-http-router/
2023-07-22 22:11:00 +00:00
# Catalan translations for camper package
# Traduccions al català del paquet «camper».
# Copyright (C) 2023 THE camper'S COPYRIGHT HOLDER
# This file is distributed under the same license as the camper package.
# jordi fita mas <jordi@tandem.blog>, 2023.
#
msgid ""
msgstr ""
"Project-Id-Version: camper\n"
"Report-Msgid-Bugs-To: jordi@tandem.blog\n"
"POT-Creation-Date: 2023-10-27 15:59+0200\n"
Add the skeleton of the web application It does nothing more than to server a single page that does nothing interesting. This time i do not use a router. Instead, i am trying out a technique i have seen in an article[0] that i have tried in other, smaller, projects and seems to work surprisingly well: it just “cuts off” the URI path by path, passing the request from handler to handler until it finds its way to a handler that actually serves the request. That helps to loosen the coupling between the application and lower handlers, and makes dependencies explicit, because i need to pass the locale, company, etc. down instead of storing them in contexts. Let’s see if i do not regret it on a later date. I also made a lot more packages that in Numerus. In Numerus i actually only have the single pkg package, and it works, kind of, but i notice how i name my methods to avoid clashing instead of using packages for that. That is, instead of pkg.NewApp i now have app.New. Initially i thought that Locale should be inside app, but then there was a circular dependency between app and template. That is why i created a separate package, but now i am wondering if template should be inside app too, but then i would have app.MustRenderTemplate instead of template.MustRender. The CSS is the most bare-bones file i could write because i am focusing in markup right now; Oriol will fill in the file once the application is working. [0]: https://blog.merovius.de/posts/2017-06-18-how-not-to-use-an-http-router/
2023-07-22 22:11:00 +00:00
"PO-Revision-Date: 2023-07-22 23:45+0200\n"
"Last-Translator: jordi fita mas <jordi@tandem.blog>\n"
"Language-Team: Catalan <ca@dodds.net>\n"
"Language: ca\n"
"MIME-Version: 1.0\n"
"Content-Type: text/plain; charset=UTF-8\n"
"Content-Transfer-Encoding: 8bit\n"
"Plural-Forms: nplurals=2; plural=(n != 1);\n"
#: web/templates/public/payment/success.gohtml:6
#: web/templates/public/payment/success.gohtml:11
msgctxt "title"
msgid "Payment Successful"
msgstr "Pagament amb èxit"
#: web/templates/public/payment/request.gohtml:6
#: web/templates/public/payment/request.gohtml:11
msgctxt "title"
msgid "Payment"
msgstr "Pagament"
#: web/templates/public/payment/request.gohtml:17
msgctxt "action"
msgid "Pay"
msgstr "Paga"
#: web/templates/public/payment/failure.gohtml:6
#: web/templates/public/payment/failure.gohtml:11
msgctxt "title"
msgid "Payment Failed"
msgstr "Ha fallat el pagament"
#: web/templates/public/services.gohtml:6
#: web/templates/public/services.gohtml:15
#: web/templates/public/layout.gohtml:44 web/templates/public/layout.gohtml:71
#: web/templates/admin/services/index.gohtml:53
msgctxt "title"
msgid "Services"
msgstr "Serveis"
#: web/templates/public/services.gohtml:18
msgid "The campsite offers many different services."
msgstr "El càmping disposa de diversos serveis."
#: web/templates/public/home.gohtml:6 web/templates/public/layout.gohtml:30
#: web/templates/public/layout.gohtml:69
Split templates and handlers into admin and public I need to check that the user is an employee (or admin) in administration handlers, but i do not want to do it for each handler, because i am bound to forget it. Thus, i added the /admin sub-path for these resources. The public-facing web is the rest of the resources outside /admin, but for now there is only home, to test whether it works as expected or not. The public-facing web can not relay on the user’s language settings, as the guest user has no way to set that. I would be happy to just use the Accept-Language header for that, but apparently Google does not use that header[0], and they give four alternatives: a country-specific domain, a subdomain with a generic top-level domain (gTLD), subdirectories with a gTLD, or URL parameters (e.g., site.com?loc=de). Of the four, Google does not recommend URL parameters, and the customer is already using subdirectories with the current site, therefor that’s what i have chosen. Google also tells me that it is a very good idea to have links between localized version of the same resources, either with <link> elements, Link HTTP response headers, or a sitemap file[1]; they are all equivalent in the eyes of Google. I have choosen the Link response headers way, because for that i can simply “augment” ResponseHeader to automatically add these headers when the response status is 2xx, otherwise i would need to pass down the original URL path until it reaches the template. Even though Camper is supposed to be a “generic”, multi-company application, i think i will stick to the easiest route and write the templates for just the “first” customer. [0]: https://developers.google.com/search/docs/specialty/international/managing-multi-regional-sites [1]: https://developers.google.com/search/docs/specialty/international/localized-versions
2023-08-05 01:42:37 +00:00
msgctxt "title"
msgid "Home"
msgstr "Inici"
#: web/templates/public/home.gohtml:17
msgid "The pleasure of camping in the middle of nature…"
msgstr "El plaer dacampar en plena natura…"
#: web/templates/public/home.gohtml:18
msgctxt "link"
msgid "Booking"
msgstr "Reserva"
#: web/templates/public/home.gohtml:31
msgid "Our services"
msgstr "Els nostres serveis"
#: web/templates/public/home.gohtml:34
#: web/templates/public/surroundings.gohtml:6
#: web/templates/public/surroundings.gohtml:10
#: web/templates/public/layout.gohtml:45 web/templates/public/layout.gohtml:72
msgctxt "title"
msgid "Surroundings"
msgstr "Lentorn"
#: web/templates/public/home.gohtml:37
msgid "Located in <strong>Alta Garrotxa</strong>, between the <strong>Pyrenees</strong> and the <strong>Costa Brava</strong>."
msgstr "Situats a l<strong>Alta Garrotxa</strong>, entre els <strong>Pirineus</strong> i la <strong>Costa Brava</strong>."
#: web/templates/public/home.gohtml:38
msgid "Nearby there are the <strong>gorges of Sadernes</strong>, <strong>volcanoes</strong>, <strong>La Fageda den Jordà</strong>, the Jewish quarter of <strong>Besalú</strong>, the basaltic cliff of <strong>Castellfollit de la Roca</strong>… much to see and much to do."
msgstr "A prop teniu els <strong>gorgs de Sadernes</strong>, <strong>volcans</strong>, <strong>La Fageda den Jordà</strong>, el call jueu de <strong>Besalú</strong>, la cinglera basàltica de <strong>Castellfollit de la Roca</strong>… molt per veure i molt per fer."
#: web/templates/public/home.gohtml:39
msgid "Less than an hour from <strong>Girona</strong>, one from <strong>La Bisbal dEmpordà</strong>, and two from <strong>Barcelona</strong>."
msgstr "A menys duna hora de <strong>Girona</strong>, a una de <strong>La Bisbal dEmpordà</strong> i a dues de <strong>Barcelona</strong>."
#: web/templates/public/home.gohtml:40
msgid "Discover the surroundings"
msgstr "Descobreix lentorn"
Make home page’s carousel manageable via the database I debated with myself whether to create the home_carousel relation or rather if it would be better to have a single carousel relation for all pages. However, i thought that it would be actually harder to maintain a single relation because i would need an additional column to tell one carrousel from another, and what would that column be? An enum? A foreign key to another relation? home_carousel carries no such issues. I was starting to duplicate logic all over the packages, such as the way to encode media paths or “localization” (l10n) input fields. Therefore, i refactorized them. In the case of media path, i added a function that accepts rows of media, because always need the same columns from the row, and it was yet another repetition if i needed to pass them all the time. Plus, these kind of functions can be called as `table.function`, that make them look like columns from the table; if PostgreSQL implemented virtual generated columns, i would have used that instead. I am not sure whether that media_path function can be immutable. An immutable function is “guaranteed to return the same results given the same arguments forever”, which would be true if the inputs where the hash and the original_filename columns, instead of the whole rows, but i left it as static because i did not know whether PostgreSQL interprets the “same row but with different values” as a different input. That is, whether PostgreSQL’s concept of row is the actual tuple or the space that has a rowid, irrespective of contents; in the latter case, the function can not be immutable. Just to be in the safe side, i left it stable. The home page was starting to grow a bit too much inside the app package, new that it has its own admin handler, and moved it all to a separate package.
2023-09-14 23:05:38 +00:00
#: web/templates/public/home.gohtml:54
msgid "Come and enjoy!"
msgstr "Vine a gaudir!"
#: web/templates/public/campsite/type.gohtml:41
msgctxt "input"
msgid "Check-in Date"
msgstr "Data dentrada"
#: web/templates/public/campsite/type.gohtml:47
msgctxt "input"
msgid "Check-out Date"
msgstr "Data de sortida"
#: web/templates/public/campsite/type.gohtml:54
#: web/templates/public/booking.gohtml:194
msgctxt "action"
msgid "Book"
msgstr "Reserva"
#: web/templates/public/campsite/type.gohtml:60
#: web/templates/admin/campsite/option/form.gohtml:58
2023-10-01 19:14:39 +00:00
#: web/templates/admin/campsite/type/form.gohtml:73
msgctxt "title"
msgid "Prices"
msgstr "Preus"
#: web/templates/public/campsite/type.gohtml:72
msgid "Starting from %s €/night"
msgstr "A partir de %s €/nit"
#: web/templates/public/campsite/type.gohtml:74
2023-10-01 19:14:39 +00:00
msgid "%s €/night"
msgstr "%s €/nit"
#: web/templates/public/campsite/type.gohtml:77
2023-10-01 19:14:39 +00:00
msgid "*Minimum %d nights per stay"
msgstr "*Mínim %d nits per estada"
#: web/templates/public/campsite/type.gohtml:89
#: web/templates/admin/season/index.gohtml:48
msgctxt "title"
msgid "Calendar"
msgstr "Calendari"
#: web/templates/public/campsite/type.gohtml:100
msgctxt "title"
msgid "Features"
msgstr "Característiques"
#: web/templates/public/campsite/type.gohtml:111
msgctxt "title"
msgid "Info"
msgstr "Informació"
#: web/templates/public/campsite/type.gohtml:115
msgctxt "title"
msgid "Facilities"
msgstr "Equipaments"
#: web/templates/public/campsite/type.gohtml:119
msgctxt "title"
msgid "Description"
msgstr "Descripció"
#: web/templates/public/campsite/calendar.gohtml:18
#: web/templates/admin/season/calendar.gohtml:16
msgctxt "day"
msgid "Mon"
msgstr "dl"
#: web/templates/public/campsite/calendar.gohtml:19
#: web/templates/admin/season/calendar.gohtml:17
msgctxt "day"
msgid "Tue"
msgstr "dt"
#: web/templates/public/campsite/calendar.gohtml:20
#: web/templates/admin/season/calendar.gohtml:18
msgctxt "day"
msgid "Wed"
msgstr "dc"
#: web/templates/public/campsite/calendar.gohtml:21
#: web/templates/admin/season/calendar.gohtml:19
msgctxt "day"
msgid "Thu"
msgstr "dj"
#: web/templates/public/campsite/calendar.gohtml:22
#: web/templates/admin/season/calendar.gohtml:20
msgctxt "day"
msgid "Fri"
msgstr "dv"
#: web/templates/public/campsite/calendar.gohtml:23
#: web/templates/admin/season/calendar.gohtml:21
msgctxt "day"
msgid "Sat"
msgstr "ds"
#: web/templates/public/campsite/calendar.gohtml:24
#: web/templates/admin/season/calendar.gohtml:22
msgctxt "day"
msgid "Sun"
msgstr "dg"
#: web/templates/public/surroundings.gohtml:13
msgctxt "title"
msgid "What to Do Outside the Campsite?"
msgstr "Què fer des del càmping?"
#: web/templates/public/surroundings.gohtml:15
msgid "Campsite Montagut is an ideal starting point for quiet outings, climbing, swimming in the river and gorges, volcanoes, the Fageda den Jordà, cycle tours for all ages…."
msgstr "El Càmping Montagut és ideal com a punt de partida dexcursions tranquil·les, escalada, banyar-se en el riu i gorgues, volcans, la Fageda den Jordà, sortides amb bicicleta per a tots els nivells…."
#: web/templates/public/surroundings.gohtml:22
msgid "Get to the Costa Brava and enjoy the beaches, the gastronomy or go kayaking…."
msgstr "Arribar fins a la costa brava i gaudir de les platges, la gastronomia o anar amb caiac…."
#: web/templates/public/surroundings.gohtml:31
msgid "You will also find museums in Olot, Figures, Girona."
msgstr "També trobareu museus a Olot, Figueres, Girona."
#: web/templates/public/surroundings.gohtml:32
msgid "As well as music festivals, dance, theater…."
msgstr "Com festivals de música, dansa, teatre…."
#: web/templates/public/surroundings.gohtml:38
msgctxt "title"
msgid "Once at the Campsite, We Can Inform You about What Activities are Available"
msgstr "Un cop en el càmping, us podem informar de quines activitats fer"
#: web/templates/public/surroundings.gohtml:41
msgid "Cycle routes"
msgstr "Rutes amb bicicleta"
#: web/templates/public/surroundings.gohtml:42
msgid "There are many bicycle rental companies in Olot."
msgstr "A Olot podeu trobar empreses de lloguer de bicicletes."
#: web/templates/public/surroundings.gohtml:46
msgid "Routes"
msgstr "Rutes"
#: web/templates/public/surroundings.gohtml:47
msgid "Routes of all kinds, climbing, mountain passes, for all levels."
msgstr "Rutes de tota mena, escalada, ports de muntanya, per a tots els nivells."
#: web/templates/public/surroundings.gohtml:51
msgid "Family outing"
msgstr "Excursions familiars"
#: web/templates/public/surroundings.gohtml:52
msgid "Many outing possibilities, for all ages."
msgstr "Múltiples excursions per a totes les edats."
#: web/templates/public/surroundings.gohtml:56
msgid "Kayak"
msgstr "Caiac"
#: web/templates/public/surroundings.gohtml:57
msgid "There are several points where you can go by kayak, from sections of the Ter river as well as on the coast…."
msgstr "Hi ha diversos punts on poder anar amb caiac, des de trams del riu Ter com també a la costa…."
#: web/templates/public/campground.gohtml:6
#: web/templates/public/campground.gohtml:11
#: web/templates/public/layout.gohtml:31 web/templates/public/layout.gohtml:70
msgctxt "title"
msgid "Campground"
msgstr "El càmping"
#: web/templates/public/contact.gohtml:6 web/templates/public/contact.gohtml:15
#: web/templates/public/layout.gohtml:46 web/templates/public/layout.gohtml:73
msgctxt "title"
msgid "Contact"
msgstr "Contacte"
#: web/templates/public/booking.gohtml:6 web/templates/public/booking.gohtml:11
msgctxt "title"
msgid "Booking"
msgstr "Reserva"
#: web/templates/public/booking.gohtml:15
msgctxt "title"
msgid "Customer Details"
msgstr "Detalls del client"
#: web/templates/public/booking.gohtml:18
msgctxt "input"
msgid "Full name"
msgstr "Nom i cognoms"
#: web/templates/public/booking.gohtml:27
msgctxt "input"
msgid "Address (optional)"
msgstr "Adreça (opcional)"
#: web/templates/public/booking.gohtml:36
msgctxt "input"
msgid "Postcode (optional)"
msgstr "Codi postal (opcional)"
#: web/templates/public/booking.gohtml:45
msgctxt "input"
msgid "Town or village (optional)"
msgstr "Població (opcional)"
#: web/templates/public/booking.gohtml:54
#: web/templates/admin/taxDetails.gohtml:98
msgctxt "input"
msgid "Country"
msgstr "País"
#: web/templates/public/booking.gohtml:57
msgid "Choose a country"
msgstr "Esculli un país"
#: web/templates/public/booking.gohtml:65 web/templates/admin/login.gohtml:22
#: web/templates/admin/profile.gohtml:35
#: web/templates/admin/taxDetails.gohtml:50
msgctxt "input"
msgid "Email"
msgstr "Correu-e"
#: web/templates/public/booking.gohtml:74
#: web/templates/admin/taxDetails.gohtml:42
msgctxt "input"
msgid "Phone"
msgstr "Telèfon"
#: web/templates/public/booking.gohtml:83
msgctxt "title"
msgid "Party Details"
msgstr "Dades dels visitants"
#: web/templates/public/booking.gohtml:86
msgctxt "input"
msgid "Adults"
msgstr "Adults"
#: web/templates/public/booking.gohtml:95
msgctxt "input"
msgid "Teenagers (from 11 to 16 years old)"
msgstr "Adolescents (entre 11 i 16 anys)"
#: web/templates/public/booking.gohtml:104
msgctxt "input"
msgid "Children (up to 10 years old)"
msgstr "Nens (fins a 10 anys)"
#: web/templates/public/booking.gohtml:113
msgctxt "input"
msgid "Dogs"
msgstr "Gossos"
#: web/templates/public/booking.gohtml:122
msgctxt "title"
msgid "Accomodation"
msgstr "Acomodacions"
#: web/templates/public/booking.gohtml:150
msgctxt "title"
msgid "Booking Period"
msgstr "Període de reserva"
#: web/templates/public/booking.gohtml:153
msgctxt "input"
msgid "Arrival date"
msgstr "Data darribada"
#: web/templates/public/booking.gohtml:162
msgctxt "input"
msgid "Departure date"
msgstr "Data de sortida"
#: web/templates/public/booking.gohtml:171
msgctxt "input"
msgid "Area preferences (optional)"
msgstr "Preferències dàrea (opcional)"
#: web/templates/public/booking.gohtml:182
msgctxt "input"
msgid "ACSI card? (optional)"
msgstr "Targeta ACSI? (opcional)"
#: web/templates/public/booking.gohtml:189
msgctxt "input"
msgid "I have read and I accept the reservation conditions"
msgstr "He llegit i accepto les condicions de reserves"
#: web/templates/public/layout.gohtml:11 web/templates/public/layout.gohtml:25
#: web/templates/public/layout.gohtml:96
Split templates and handlers into admin and public I need to check that the user is an employee (or admin) in administration handlers, but i do not want to do it for each handler, because i am bound to forget it. Thus, i added the /admin sub-path for these resources. The public-facing web is the rest of the resources outside /admin, but for now there is only home, to test whether it works as expected or not. The public-facing web can not relay on the user’s language settings, as the guest user has no way to set that. I would be happy to just use the Accept-Language header for that, but apparently Google does not use that header[0], and they give four alternatives: a country-specific domain, a subdomain with a generic top-level domain (gTLD), subdirectories with a gTLD, or URL parameters (e.g., site.com?loc=de). Of the four, Google does not recommend URL parameters, and the customer is already using subdirectories with the current site, therefor that’s what i have chosen. Google also tells me that it is a very good idea to have links between localized version of the same resources, either with <link> elements, Link HTTP response headers, or a sitemap file[1]; they are all equivalent in the eyes of Google. I have choosen the Link response headers way, because for that i can simply “augment” ResponseHeader to automatically add these headers when the response status is 2xx, otherwise i would need to pass down the original URL path until it reaches the template. Even though Camper is supposed to be a “generic”, multi-company application, i think i will stick to the easiest route and write the templates for just the “first” customer. [0]: https://developers.google.com/search/docs/specialty/international/managing-multi-regional-sites [1]: https://developers.google.com/search/docs/specialty/international/localized-versions
2023-08-05 01:42:37 +00:00
msgid "Campsite Montagut"
msgstr "Càmping Montagut"
#: web/templates/public/layout.gohtml:23 web/templates/admin/layout.gohtml:18
Split templates and handlers into admin and public I need to check that the user is an employee (or admin) in administration handlers, but i do not want to do it for each handler, because i am bound to forget it. Thus, i added the /admin sub-path for these resources. The public-facing web is the rest of the resources outside /admin, but for now there is only home, to test whether it works as expected or not. The public-facing web can not relay on the user’s language settings, as the guest user has no way to set that. I would be happy to just use the Accept-Language header for that, but apparently Google does not use that header[0], and they give four alternatives: a country-specific domain, a subdomain with a generic top-level domain (gTLD), subdirectories with a gTLD, or URL parameters (e.g., site.com?loc=de). Of the four, Google does not recommend URL parameters, and the customer is already using subdirectories with the current site, therefor that’s what i have chosen. Google also tells me that it is a very good idea to have links between localized version of the same resources, either with <link> elements, Link HTTP response headers, or a sitemap file[1]; they are all equivalent in the eyes of Google. I have choosen the Link response headers way, because for that i can simply “augment” ResponseHeader to automatically add these headers when the response status is 2xx, otherwise i would need to pass down the original URL path until it reaches the template. Even though Camper is supposed to be a “generic”, multi-company application, i think i will stick to the easiest route and write the templates for just the “first” customer. [0]: https://developers.google.com/search/docs/specialty/international/managing-multi-regional-sites [1]: https://developers.google.com/search/docs/specialty/international/localized-versions
2023-08-05 01:42:37 +00:00
msgid "Skip to main content"
msgstr "Salta al contingut principal"
#: web/templates/public/layout.gohtml:35 web/templates/public/layout.gohtml:80
#: web/templates/admin/campsite/index.gohtml:6
#: web/templates/admin/campsite/index.gohtml:12
#: web/templates/admin/layout.gohtml:43 web/templates/admin/layout.gohtml:74
msgctxt "title"
msgid "Campsites"
msgstr "Allotjaments"
#: web/templates/public/layout.gohtml:67
msgctxt "title"
msgid "Sections"
msgstr "Apartats"
#: web/templates/public/layout.gohtml:93
msgid "<abbr title=\"Catalonia Tourism Registry\">RTC</abbr> <abbr title=\"Number\">#</abbr>%s"
msgstr "<abbr title=\"Número\">Núm.</abbr> <abbr title=\"Registre de Turisme de Catalunya\">RTC</abbr> %s"
#: web/templates/admin/carousel/form.gohtml:8
#: web/templates/admin/carousel/form.gohtml:25
msgctxt "title"
msgid "Edit Carousel Slide"
msgstr "Edició de la diapositiva del carrusel"
#: web/templates/admin/carousel/form.gohtml:10
#: web/templates/admin/carousel/form.gohtml:27
msgctxt "title"
msgid "New Carousel Slide"
msgstr "Nova diapositiva del carrusel"
#: web/templates/admin/carousel/form.gohtml:37
#: web/templates/admin/carousel/l10n.gohtml:20
#: web/templates/admin/campsite/carousel/form.gohtml:37
#: web/templates/admin/campsite/carousel/l10n.gohtml:20
msgctxt "input"
msgid "Caption"
msgstr "Llegenda"
#: web/templates/admin/carousel/form.gohtml:47
#: web/templates/admin/campsite/feature/form.gohtml:62
#: web/templates/admin/campsite/carousel/form.gohtml:47
#: web/templates/admin/campsite/form.gohtml:70
#: web/templates/admin/campsite/option/form.gohtml:78
#: web/templates/admin/campsite/type/form.gohtml:129
#: web/templates/admin/season/form.gohtml:64
#: web/templates/admin/services/form.gohtml:69
#: web/templates/admin/media/form.gohtml:35
msgctxt "action"
msgid "Update"
msgstr "Actualitza"
#: web/templates/admin/carousel/form.gohtml:49
#: web/templates/admin/campsite/feature/form.gohtml:64
#: web/templates/admin/campsite/carousel/form.gohtml:49
#: web/templates/admin/campsite/form.gohtml:72
#: web/templates/admin/campsite/option/form.gohtml:80
#: web/templates/admin/campsite/type/form.gohtml:131
#: web/templates/admin/season/form.gohtml:66
#: web/templates/admin/services/form.gohtml:71
msgctxt "action"
msgid "Add"
msgstr "Afegeix"
#: web/templates/admin/carousel/l10n.gohtml:7
#: web/templates/admin/carousel/l10n.gohtml:14
msgctxt "title"
msgid "Translate Carousel Slide to %s"
msgstr "Traducció de la diapositiva del carrusel a %s"
#: web/templates/admin/carousel/l10n.gohtml:21
#: web/templates/admin/campsite/feature/l10n.gohtml:21
#: web/templates/admin/campsite/carousel/l10n.gohtml:21
#: web/templates/admin/campsite/option/l10n.gohtml:21
#: web/templates/admin/campsite/type/l10n.gohtml:21
#: web/templates/admin/campsite/type/l10n.gohtml:33
#: web/templates/admin/campsite/type/l10n.gohtml:46
#: web/templates/admin/campsite/type/l10n.gohtml:59
#: web/templates/admin/campsite/type/l10n.gohtml:72
#: web/templates/admin/season/l10n.gohtml:21
#: web/templates/admin/services/l10n.gohtml:21
#: web/templates/admin/services/l10n.gohtml:33
msgid "Source:"
msgstr "Origen:"
#: web/templates/admin/carousel/l10n.gohtml:23
#: web/templates/admin/campsite/feature/l10n.gohtml:23
#: web/templates/admin/campsite/carousel/l10n.gohtml:23
#: web/templates/admin/campsite/option/l10n.gohtml:23
#: web/templates/admin/campsite/type/l10n.gohtml:23
#: web/templates/admin/campsite/type/l10n.gohtml:36
#: web/templates/admin/campsite/type/l10n.gohtml:49
#: web/templates/admin/campsite/type/l10n.gohtml:62
#: web/templates/admin/campsite/type/l10n.gohtml:75
#: web/templates/admin/season/l10n.gohtml:23
#: web/templates/admin/services/l10n.gohtml:23
#: web/templates/admin/services/l10n.gohtml:36
msgctxt "input"
msgid "Translation:"
msgstr "Traducció:"
#: web/templates/admin/carousel/l10n.gohtml:32
#: web/templates/admin/campsite/feature/l10n.gohtml:32
#: web/templates/admin/campsite/carousel/l10n.gohtml:32
#: web/templates/admin/campsite/option/l10n.gohtml:32
#: web/templates/admin/campsite/type/l10n.gohtml:84
#: web/templates/admin/season/l10n.gohtml:32
#: web/templates/admin/services/l10n.gohtml:45
msgctxt "action"
msgid "Translate"
msgstr "Tradueix"
#: web/templates/admin/campsite/feature/form.gohtml:8
#: web/templates/admin/campsite/feature/form.gohtml:25
msgctxt "title"
msgid "Edit Campsite Type Feature"
msgstr "Edició de les característiques del tipus dallotjament"
#: web/templates/admin/campsite/feature/form.gohtml:10
#: web/templates/admin/campsite/feature/form.gohtml:27
msgctxt "title"
msgid "New Campsite Type Feature"
msgstr "Nova característica de tipus dallotjament"
#: web/templates/admin/campsite/feature/form.gohtml:34
#: web/templates/admin/services/form.gohtml:34
msgctxt "input"
msgid "Icon"
msgstr "Icona"
#: web/templates/admin/campsite/feature/form.gohtml:52
#: web/templates/admin/campsite/feature/l10n.gohtml:20
#: web/templates/admin/campsite/option/form.gohtml:34
#: web/templates/admin/campsite/option/l10n.gohtml:20
#: web/templates/admin/campsite/type/form.gohtml:46
#: web/templates/admin/campsite/type/l10n.gohtml:20
#: web/templates/admin/season/form.gohtml:46
#: web/templates/admin/season/l10n.gohtml:20
#: web/templates/admin/services/form.gohtml:52
#: web/templates/admin/services/l10n.gohtml:20
#: web/templates/admin/profile.gohtml:26
msgctxt "input"
msgid "Name"
msgstr "Nom"
#: web/templates/admin/campsite/feature/index.gohtml:6
#: web/templates/admin/campsite/feature/index.gohtml:12
msgctxt "title"
msgid "Campsite Type Features"
msgstr "Característiques del tipus dallotjaments"
#: web/templates/admin/campsite/feature/index.gohtml:11
msgctxt "action"
msgid "Add Feature"
msgstr "Afegeix característica"
#: web/templates/admin/campsite/feature/index.gohtml:17
#: web/templates/admin/campsite/option/index.gohtml:17
#: web/templates/admin/campsite/type/index.gohtml:17
#: web/templates/admin/season/index.gohtml:18
msgctxt "header"
msgid "Name"
msgstr "Nom"
#: web/templates/admin/campsite/feature/index.gohtml:18
#: web/templates/admin/campsite/carousel/index.gohtml:19
#: web/templates/admin/campsite/option/index.gohtml:18
#: web/templates/admin/campsite/type/index.gohtml:18
#: web/templates/admin/season/index.gohtml:19
#: web/templates/admin/services/index.gohtml:19
#: web/templates/admin/services/index.gohtml:60
#: web/templates/admin/home/index.gohtml:19
msgctxt "header"
msgid "Translations"
msgstr "Traduccions"
#: web/templates/admin/campsite/feature/index.gohtml:39
msgid "No campsite type features added yet."
msgstr "No sha afegit cap característica al tipus dallotjament encara."
#: web/templates/admin/campsite/feature/l10n.gohtml:7
#: web/templates/admin/campsite/feature/l10n.gohtml:14
msgctxt "title"
msgid "Translate Campsite Type Feature to %s"
msgstr "Traducció de la característica del tipus dallotjament a %s"
#: web/templates/admin/campsite/carousel/form.gohtml:8
#: web/templates/admin/campsite/carousel/form.gohtml:25
msgctxt "title"
msgid "Edit Campsite Type Carousel Slide"
msgstr "Edició de la diapositiva del carrusel del tipus dallotjament"
#: web/templates/admin/campsite/carousel/form.gohtml:10
#: web/templates/admin/campsite/carousel/form.gohtml:27
msgctxt "title"
msgid "New Campsite Type Carousel Slide"
msgstr "Nova diapositiva del carrusel del tipus dallotjament"
#: web/templates/admin/campsite/carousel/index.gohtml:6
#: web/templates/admin/campsite/carousel/index.gohtml:11
msgctxt "title"
msgid "Campsite Type Carousel"
msgstr "Carrusel del tipus dallotjament"
#: web/templates/admin/campsite/carousel/index.gohtml:12
#: web/templates/admin/services/index.gohtml:12
#: web/templates/admin/home/index.gohtml:12
msgctxt "action"
msgid "Add slide"
msgstr "Afegeix diapositiva"
#: web/templates/admin/campsite/carousel/index.gohtml:17
#: web/templates/admin/services/index.gohtml:17
#: web/templates/admin/home/index.gohtml:17
msgctxt "header"
msgid "Image"
msgstr "Imatge"
#: web/templates/admin/campsite/carousel/index.gohtml:18
#: web/templates/admin/services/index.gohtml:18
#: web/templates/admin/home/index.gohtml:18
msgctxt "header"
msgid "Caption"
msgstr "Llegenda"
#: web/templates/admin/campsite/carousel/index.gohtml:20
#: web/templates/admin/services/index.gohtml:20
#: web/templates/admin/services/index.gohtml:61
#: web/templates/admin/home/index.gohtml:20
msgctxt "header"
msgid "Actions"
msgstr "Accions"
#: web/templates/admin/campsite/carousel/index.gohtml:24
#: web/templates/admin/services/index.gohtml:24
#: web/templates/admin/home/index.gohtml:24
msgid "Are you sure you wish to delete this slide?"
msgstr "Esteu segur de voler esborrar aquesta diapositiva?"
#: web/templates/admin/campsite/carousel/index.gohtml:42
#: web/templates/admin/services/index.gohtml:42
#: web/templates/admin/services/index.gohtml:80
#: web/templates/admin/home/index.gohtml:42
msgctxt "action"
msgid "Delete"
msgstr "Esborra"
#: web/templates/admin/campsite/carousel/index.gohtml:50
#: web/templates/admin/services/index.gohtml:50
#: web/templates/admin/home/index.gohtml:50
msgid "No slides added yet."
msgstr "No sha afegit cap diapositiva encara."
#: web/templates/admin/campsite/carousel/l10n.gohtml:7
#: web/templates/admin/campsite/carousel/l10n.gohtml:14
msgctxt "title"
msgid "Translate Campsite Type Carousel Slide to %s"
msgstr "Traducció de la diapositiva del carrusel del tipus dallotjament a %s"
#: web/templates/admin/campsite/form.gohtml:8
#: web/templates/admin/campsite/form.gohtml:25
msgctxt "title"
msgid "Edit Campsite"
msgstr "Edició de lallotjament"
#: web/templates/admin/campsite/form.gohtml:10
#: web/templates/admin/campsite/form.gohtml:27
msgctxt "title"
msgid "New Campsite"
msgstr "Nou allotjament"
#: web/templates/admin/campsite/form.gohtml:37
#: web/templates/admin/campsite/index.gohtml:20
msgctxt "campsite"
msgid "Active"
msgstr "Actiu"
#: web/templates/admin/campsite/form.gohtml:46
msgctxt "input"
msgid "Campsite Type"
msgstr "Tipus dallotjament"
#: web/templates/admin/campsite/form.gohtml:51
msgid "Select campsite type"
msgstr "Escolliu un tipus dallotjament"
#: web/templates/admin/campsite/form.gohtml:60
msgctxt "input"
msgid "Label"
msgstr "Etiqueta"
#: web/templates/admin/campsite/option/form.gohtml:8
#: web/templates/admin/campsite/option/form.gohtml:25
msgctxt "title"
msgid "Edit Campsite Type Option"
msgstr "Edició de lopció del tipus dallotjament"
#: web/templates/admin/campsite/option/form.gohtml:10
#: web/templates/admin/campsite/option/form.gohtml:27
msgctxt "title"
msgid "New Campsite Type Option"
msgstr "Nova opció del tipus dallotjament"
#: web/templates/admin/campsite/option/form.gohtml:42
msgctxt "input"
msgid "Minimum"
msgstr "Mínim"
#: web/templates/admin/campsite/option/form.gohtml:50
msgctxt "input"
msgid "Maximum"
msgstr "Màxim"
#: web/templates/admin/campsite/option/form.gohtml:64
#: web/templates/admin/campsite/type/form.gohtml:79
msgctxt "input"
msgid "Price per night"
msgstr "Preu per nit"
#: web/templates/admin/campsite/option/index.gohtml:6
#: web/templates/admin/campsite/option/index.gohtml:12
msgctxt "title"
msgid "Campsite Type Options"
msgstr "Opcions del tipus dallotjament"
#: web/templates/admin/campsite/option/index.gohtml:11
msgctxt "action"
msgid "Add Option"
msgstr "Afegeix opció"
#: web/templates/admin/campsite/option/index.gohtml:39
msgid "No campsite type options added yet."
msgstr "No sha afegit cap opció al tipus dallotjament encara."
#: web/templates/admin/campsite/option/l10n.gohtml:7
#: web/templates/admin/campsite/option/l10n.gohtml:14
msgctxt "title"
msgid "Translate Campsite Type Option to %s"
msgstr "Traducció de la opció del tipus dallotjament a %s"
#: web/templates/admin/campsite/index.gohtml:11
msgctxt "action"
msgid "Add Campsite"
msgstr "Afegeix allotjament"
#: web/templates/admin/campsite/index.gohtml:18
msgctxt "header"
msgid "Label"
msgstr "Etiqueta"
#: web/templates/admin/campsite/index.gohtml:19
msgctxt "header"
msgid "Type"
msgstr "Tipus"
#: web/templates/admin/campsite/index.gohtml:28
#: web/templates/admin/campsite/type/index.gohtml:47
#: web/templates/admin/season/index.gohtml:39
msgid "Yes"
msgstr "Sí"
#: web/templates/admin/campsite/index.gohtml:28
#: web/templates/admin/campsite/type/index.gohtml:47
#: web/templates/admin/season/index.gohtml:39
msgid "No"
msgstr "No"
#: web/templates/admin/campsite/index.gohtml:34
msgid "No campsites added yet."
msgstr "No sha afegit cap allotjament encara."
#: web/templates/admin/campsite/type/form.gohtml:8
#: web/templates/admin/campsite/type/form.gohtml:25
msgctxt "title"
msgid "Edit Campsite Type"
msgstr "Edició del tipus dallotjament"
#: web/templates/admin/campsite/type/form.gohtml:10
#: web/templates/admin/campsite/type/form.gohtml:27
msgctxt "title"
msgid "New Campsite Type"
msgstr "Nou tipus dallotjament"
#: web/templates/admin/campsite/type/form.gohtml:37
#: web/templates/admin/campsite/type/index.gohtml:22
msgctxt "campsite type"
msgid "Active"
msgstr "Actiu"
#: web/templates/admin/campsite/type/form.gohtml:57
msgctxt "input"
msgid "Maximum number of campers"
msgstr "Número màxim de persones"
#: web/templates/admin/campsite/type/form.gohtml:67
msgctxt "input"
msgid "Dogs allowed"
msgstr "Es permeten gossos"
2023-10-01 19:14:39 +00:00
#: web/templates/admin/campsite/type/form.gohtml:87
msgctxt "input"
msgid "Minimum number of nights"
msgstr "Número mínim de nits"
#: web/templates/admin/campsite/type/form.gohtml:99
#: web/templates/admin/campsite/type/l10n.gohtml:32
msgctxt "input"
msgid "Spiel"
msgstr "Introducció"
#: web/templates/admin/campsite/type/form.gohtml:106
#: web/templates/admin/campsite/type/l10n.gohtml:45
msgctxt "input"
msgid "Info"
msgstr "Informació"
#: web/templates/admin/campsite/type/form.gohtml:113
#: web/templates/admin/campsite/type/l10n.gohtml:58
msgctxt "input"
msgid "Facilities"
msgstr "Equipaments"
#: web/templates/admin/campsite/type/form.gohtml:120
#: web/templates/admin/campsite/type/l10n.gohtml:71
#: web/templates/admin/services/form.gohtml:60
#: web/templates/admin/services/l10n.gohtml:32
msgctxt "input"
msgid "Description"
msgstr "Descripció"
Split templates and handlers into admin and public I need to check that the user is an employee (or admin) in administration handlers, but i do not want to do it for each handler, because i am bound to forget it. Thus, i added the /admin sub-path for these resources. The public-facing web is the rest of the resources outside /admin, but for now there is only home, to test whether it works as expected or not. The public-facing web can not relay on the user’s language settings, as the guest user has no way to set that. I would be happy to just use the Accept-Language header for that, but apparently Google does not use that header[0], and they give four alternatives: a country-specific domain, a subdomain with a generic top-level domain (gTLD), subdirectories with a gTLD, or URL parameters (e.g., site.com?loc=de). Of the four, Google does not recommend URL parameters, and the customer is already using subdirectories with the current site, therefor that’s what i have chosen. Google also tells me that it is a very good idea to have links between localized version of the same resources, either with <link> elements, Link HTTP response headers, or a sitemap file[1]; they are all equivalent in the eyes of Google. I have choosen the Link response headers way, because for that i can simply “augment” ResponseHeader to automatically add these headers when the response status is 2xx, otherwise i would need to pass down the original URL path until it reaches the template. Even though Camper is supposed to be a “generic”, multi-company application, i think i will stick to the easiest route and write the templates for just the “first” customer. [0]: https://developers.google.com/search/docs/specialty/international/managing-multi-regional-sites [1]: https://developers.google.com/search/docs/specialty/international/localized-versions
2023-08-05 01:42:37 +00:00
#: web/templates/admin/campsite/type/index.gohtml:6
#: web/templates/admin/campsite/type/index.gohtml:12
#: web/templates/admin/layout.gohtml:40
msgctxt "title"
msgid "Campsite Types"
msgstr "Tipus dallotjaments"
#: web/templates/admin/campsite/type/index.gohtml:11
msgctxt "action"
msgid "Add Type"
msgstr "Afegeix tipus"
#: web/templates/admin/campsite/type/index.gohtml:19
msgctxt "header"
msgid "Features"
msgstr "Característiques"
#: web/templates/admin/campsite/type/index.gohtml:20
msgctxt "header"
msgid "Options"
msgstr "Opcions"
#: web/templates/admin/campsite/type/index.gohtml:21
msgctxt "header"
msgid "Carousel"
msgstr "Carrusel"
#: web/templates/admin/campsite/type/index.gohtml:39
msgctxt "action"
msgid "Edit Features"
msgstr "Edita les característiques"
#: web/templates/admin/campsite/type/index.gohtml:42
msgctxt "action"
msgid "Edit Options"
msgstr "Edita les opcions"
#: web/templates/admin/campsite/type/index.gohtml:45
msgctxt "action"
msgid "Edit Carousel"
msgstr "Edita el carrusel"
#: web/templates/admin/campsite/type/index.gohtml:53
msgid "No campsite types added yet."
msgstr "No sha afegit cap tipus dallotjament encara."
#: web/templates/admin/campsite/type/l10n.gohtml:7
#: web/templates/admin/campsite/type/l10n.gohtml:14
msgctxt "title"
msgid "Translate Campsite Type to %s"
msgstr "Traducció del tipus dallotjament a %s"
#: web/templates/admin/season/form.gohtml:8
#: web/templates/admin/season/form.gohtml:25
msgctxt "title"
msgid "Edit Season"
msgstr "Edició de la temporada"
#: web/templates/admin/season/form.gohtml:10
#: web/templates/admin/season/form.gohtml:27
msgctxt "title"
msgid "New Season"
msgstr "Nova temporada"
#: web/templates/admin/season/form.gohtml:37
#: web/templates/admin/season/index.gohtml:20
msgctxt "season"
msgid "Active"
msgstr "Activa"
#: web/templates/admin/season/form.gohtml:54
msgctxt "input"
msgid "Color"
msgstr "Color"
#: web/templates/admin/season/index.gohtml:6
#: web/templates/admin/season/index.gohtml:12
#: web/templates/admin/layout.gohtml:46
msgctxt "title"
msgid "Seasons"
msgstr "Temporades"
#: web/templates/admin/season/index.gohtml:11
msgctxt "action"
msgid "Add Season"
msgstr "Afegeix temporada"
#: web/templates/admin/season/index.gohtml:17
msgctxt "header"
msgid "Color"
msgstr "Color"
#: web/templates/admin/season/index.gohtml:45
msgid "No seasons added yet."
msgstr "No sha afegit cap temporada encara."
#: web/templates/admin/season/l10n.gohtml:7
#: web/templates/admin/season/l10n.gohtml:14
msgctxt "title"
msgid "Translate Season to %s"
msgstr "Traducció de la temporada a %s"
#: web/templates/admin/season/calendar.gohtml:49
#: web/templates/admin/media/picker.gohtml:61
msgctxt "action"
msgid "Cancel"
msgstr "Canceŀla"
#: web/templates/admin/payment.gohtml:6 web/templates/admin/payment.gohtml:12
#: web/templates/admin/layout.gohtml:37
msgctxt "title"
msgid "Payment Settings"
msgstr "Paràmetres de pagament"
#: web/templates/admin/payment.gohtml:17
msgctxt "input"
msgid "Merchant Code"
msgstr "Codi del comerç"
#: web/templates/admin/payment.gohtml:26
msgctxt "input"
msgid "Terminal Number"
msgstr "Número de terminal"
#: web/templates/admin/payment.gohtml:36
msgctxt "input"
msgid "Merchant Key (only if must change it)"
msgstr "Clau del comerç (només si sha de canviar)"
#: web/templates/admin/payment.gohtml:38
msgctxt "input"
msgid "Merchant Key"
msgstr "Clau del comerç"
#: web/templates/admin/payment.gohtml:48
msgctxt "title"
msgid "Environment"
msgstr "Entorn"
#: web/templates/admin/payment.gohtml:55
msgctxt "title"
msgid "Integration"
msgstr "Integració"
#: web/templates/admin/payment.gohtml:62 web/templates/admin/profile.gohtml:75
#: web/templates/admin/taxDetails.gohtml:152
msgctxt "action"
msgid "Save changes"
msgstr "Desa els canvis"
Split templates and handlers into admin and public I need to check that the user is an employee (or admin) in administration handlers, but i do not want to do it for each handler, because i am bound to forget it. Thus, i added the /admin sub-path for these resources. The public-facing web is the rest of the resources outside /admin, but for now there is only home, to test whether it works as expected or not. The public-facing web can not relay on the user’s language settings, as the guest user has no way to set that. I would be happy to just use the Accept-Language header for that, but apparently Google does not use that header[0], and they give four alternatives: a country-specific domain, a subdomain with a generic top-level domain (gTLD), subdirectories with a gTLD, or URL parameters (e.g., site.com?loc=de). Of the four, Google does not recommend URL parameters, and the customer is already using subdirectories with the current site, therefor that’s what i have chosen. Google also tells me that it is a very good idea to have links between localized version of the same resources, either with <link> elements, Link HTTP response headers, or a sitemap file[1]; they are all equivalent in the eyes of Google. I have choosen the Link response headers way, because for that i can simply “augment” ResponseHeader to automatically add these headers when the response status is 2xx, otherwise i would need to pass down the original URL path until it reaches the template. Even though Camper is supposed to be a “generic”, multi-company application, i think i will stick to the easiest route and write the templates for just the “first” customer. [0]: https://developers.google.com/search/docs/specialty/international/managing-multi-regional-sites [1]: https://developers.google.com/search/docs/specialty/international/localized-versions
2023-08-05 01:42:37 +00:00
#: web/templates/admin/dashboard.gohtml:6
#: web/templates/admin/dashboard.gohtml:10 web/templates/admin/layout.gohtml:71
msgctxt "title"
msgid "Dashboard"
msgstr "Tauler"
Split templates and handlers into admin and public I need to check that the user is an employee (or admin) in administration handlers, but i do not want to do it for each handler, because i am bound to forget it. Thus, i added the /admin sub-path for these resources. The public-facing web is the rest of the resources outside /admin, but for now there is only home, to test whether it works as expected or not. The public-facing web can not relay on the user’s language settings, as the guest user has no way to set that. I would be happy to just use the Accept-Language header for that, but apparently Google does not use that header[0], and they give four alternatives: a country-specific domain, a subdomain with a generic top-level domain (gTLD), subdirectories with a gTLD, or URL parameters (e.g., site.com?loc=de). Of the four, Google does not recommend URL parameters, and the customer is already using subdirectories with the current site, therefor that’s what i have chosen. Google also tells me that it is a very good idea to have links between localized version of the same resources, either with <link> elements, Link HTTP response headers, or a sitemap file[1]; they are all equivalent in the eyes of Google. I have choosen the Link response headers way, because for that i can simply “augment” ResponseHeader to automatically add these headers when the response status is 2xx, otherwise i would need to pass down the original URL path until it reaches the template. Even though Camper is supposed to be a “generic”, multi-company application, i think i will stick to the easiest route and write the templates for just the “first” customer. [0]: https://developers.google.com/search/docs/specialty/international/managing-multi-regional-sites [1]: https://developers.google.com/search/docs/specialty/international/localized-versions
2023-08-05 01:42:37 +00:00
#: web/templates/admin/login.gohtml:6 web/templates/admin/login.gohtml:13
Add the skeleton of the web application It does nothing more than to server a single page that does nothing interesting. This time i do not use a router. Instead, i am trying out a technique i have seen in an article[0] that i have tried in other, smaller, projects and seems to work surprisingly well: it just “cuts off” the URI path by path, passing the request from handler to handler until it finds its way to a handler that actually serves the request. That helps to loosen the coupling between the application and lower handlers, and makes dependencies explicit, because i need to pass the locale, company, etc. down instead of storing them in contexts. Let’s see if i do not regret it on a later date. I also made a lot more packages that in Numerus. In Numerus i actually only have the single pkg package, and it works, kind of, but i notice how i name my methods to avoid clashing instead of using packages for that. That is, instead of pkg.NewApp i now have app.New. Initially i thought that Locale should be inside app, but then there was a circular dependency between app and template. That is why i created a separate package, but now i am wondering if template should be inside app too, but then i would have app.MustRenderTemplate instead of template.MustRender. The CSS is the most bare-bones file i could write because i am focusing in markup right now; Oriol will fill in the file once the application is working. [0]: https://blog.merovius.de/posts/2017-06-18-how-not-to-use-an-http-router/
2023-07-22 22:11:00 +00:00
msgctxt "title"
msgid "Login"
msgstr "Entrada"
Split templates and handlers into admin and public I need to check that the user is an employee (or admin) in administration handlers, but i do not want to do it for each handler, because i am bound to forget it. Thus, i added the /admin sub-path for these resources. The public-facing web is the rest of the resources outside /admin, but for now there is only home, to test whether it works as expected or not. The public-facing web can not relay on the user’s language settings, as the guest user has no way to set that. I would be happy to just use the Accept-Language header for that, but apparently Google does not use that header[0], and they give four alternatives: a country-specific domain, a subdomain with a generic top-level domain (gTLD), subdirectories with a gTLD, or URL parameters (e.g., site.com?loc=de). Of the four, Google does not recommend URL parameters, and the customer is already using subdirectories with the current site, therefor that’s what i have chosen. Google also tells me that it is a very good idea to have links between localized version of the same resources, either with <link> elements, Link HTTP response headers, or a sitemap file[1]; they are all equivalent in the eyes of Google. I have choosen the Link response headers way, because for that i can simply “augment” ResponseHeader to automatically add these headers when the response status is 2xx, otherwise i would need to pass down the original URL path until it reaches the template. Even though Camper is supposed to be a “generic”, multi-company application, i think i will stick to the easiest route and write the templates for just the “first” customer. [0]: https://developers.google.com/search/docs/specialty/international/managing-multi-regional-sites [1]: https://developers.google.com/search/docs/specialty/international/localized-versions
2023-08-05 01:42:37 +00:00
#: web/templates/admin/login.gohtml:31 web/templates/admin/profile.gohtml:46
Add the skeleton of the web application It does nothing more than to server a single page that does nothing interesting. This time i do not use a router. Instead, i am trying out a technique i have seen in an article[0] that i have tried in other, smaller, projects and seems to work surprisingly well: it just “cuts off” the URI path by path, passing the request from handler to handler until it finds its way to a handler that actually serves the request. That helps to loosen the coupling between the application and lower handlers, and makes dependencies explicit, because i need to pass the locale, company, etc. down instead of storing them in contexts. Let’s see if i do not regret it on a later date. I also made a lot more packages that in Numerus. In Numerus i actually only have the single pkg package, and it works, kind of, but i notice how i name my methods to avoid clashing instead of using packages for that. That is, instead of pkg.NewApp i now have app.New. Initially i thought that Locale should be inside app, but then there was a circular dependency between app and template. That is why i created a separate package, but now i am wondering if template should be inside app too, but then i would have app.MustRenderTemplate instead of template.MustRender. The CSS is the most bare-bones file i could write because i am focusing in markup right now; Oriol will fill in the file once the application is working. [0]: https://blog.merovius.de/posts/2017-06-18-how-not-to-use-an-http-router/
2023-07-22 22:11:00 +00:00
msgctxt "input"
msgid "Password"
msgstr "Contrasenya"
Split templates and handlers into admin and public I need to check that the user is an employee (or admin) in administration handlers, but i do not want to do it for each handler, because i am bound to forget it. Thus, i added the /admin sub-path for these resources. The public-facing web is the rest of the resources outside /admin, but for now there is only home, to test whether it works as expected or not. The public-facing web can not relay on the user’s language settings, as the guest user has no way to set that. I would be happy to just use the Accept-Language header for that, but apparently Google does not use that header[0], and they give four alternatives: a country-specific domain, a subdomain with a generic top-level domain (gTLD), subdirectories with a gTLD, or URL parameters (e.g., site.com?loc=de). Of the four, Google does not recommend URL parameters, and the customer is already using subdirectories with the current site, therefor that’s what i have chosen. Google also tells me that it is a very good idea to have links between localized version of the same resources, either with <link> elements, Link HTTP response headers, or a sitemap file[1]; they are all equivalent in the eyes of Google. I have choosen the Link response headers way, because for that i can simply “augment” ResponseHeader to automatically add these headers when the response status is 2xx, otherwise i would need to pass down the original URL path until it reaches the template. Even though Camper is supposed to be a “generic”, multi-company application, i think i will stick to the easiest route and write the templates for just the “first” customer. [0]: https://developers.google.com/search/docs/specialty/international/managing-multi-regional-sites [1]: https://developers.google.com/search/docs/specialty/international/localized-versions
2023-08-05 01:42:37 +00:00
#: web/templates/admin/login.gohtml:40
Add the skeleton of the web application It does nothing more than to server a single page that does nothing interesting. This time i do not use a router. Instead, i am trying out a technique i have seen in an article[0] that i have tried in other, smaller, projects and seems to work surprisingly well: it just “cuts off” the URI path by path, passing the request from handler to handler until it finds its way to a handler that actually serves the request. That helps to loosen the coupling between the application and lower handlers, and makes dependencies explicit, because i need to pass the locale, company, etc. down instead of storing them in contexts. Let’s see if i do not regret it on a later date. I also made a lot more packages that in Numerus. In Numerus i actually only have the single pkg package, and it works, kind of, but i notice how i name my methods to avoid clashing instead of using packages for that. That is, instead of pkg.NewApp i now have app.New. Initially i thought that Locale should be inside app, but then there was a circular dependency between app and template. That is why i created a separate package, but now i am wondering if template should be inside app too, but then i would have app.MustRenderTemplate instead of template.MustRender. The CSS is the most bare-bones file i could write because i am focusing in markup right now; Oriol will fill in the file once the application is working. [0]: https://blog.merovius.de/posts/2017-06-18-how-not-to-use-an-http-router/
2023-07-22 22:11:00 +00:00
msgctxt "action"
msgid "Login"
msgstr "Entra"
#: web/templates/admin/services/form.gohtml:8
#: web/templates/admin/services/form.gohtml:25
msgctxt "title"
msgid "Edit Service"
msgstr "Edició de servei"
#: web/templates/admin/services/form.gohtml:10
#: web/templates/admin/services/form.gohtml:27
msgctxt "title"
msgid "New Service"
msgstr "Nou servei"
#: web/templates/admin/services/index.gohtml:6
#: web/templates/admin/layout.gohtml:55
msgctxt "title"
msgid "Services Page"
msgstr "Pàgina de serveis"
#: web/templates/admin/services/index.gohtml:11
#: web/templates/admin/home/index.gohtml:11
msgctxt "title"
msgid "Carousel"
msgstr "Carrusel"
#: web/templates/admin/services/index.gohtml:54
2023-09-26 14:51:35 +00:00
msgctxt "action"
msgid "Add service"
msgstr "Afegeix servei"
#: web/templates/admin/services/index.gohtml:59
msgctxt "header"
msgid "Service"
msgstr "Servei"
#: web/templates/admin/services/index.gohtml:65
msgid "Are you sure you wish to delete this service?"
msgstr "Esteu segur de voler esborrar aquest servei?"
#: web/templates/admin/services/index.gohtml:88
msgid "No services added yet."
msgstr "No sha afegit cap servei encara."
#: web/templates/admin/services/l10n.gohtml:7
#: web/templates/admin/services/l10n.gohtml:14
msgctxt "title"
msgid "Translate Service to %s"
msgstr "Traducció del servei a %s"
Split templates and handlers into admin and public I need to check that the user is an employee (or admin) in administration handlers, but i do not want to do it for each handler, because i am bound to forget it. Thus, i added the /admin sub-path for these resources. The public-facing web is the rest of the resources outside /admin, but for now there is only home, to test whether it works as expected or not. The public-facing web can not relay on the user’s language settings, as the guest user has no way to set that. I would be happy to just use the Accept-Language header for that, but apparently Google does not use that header[0], and they give four alternatives: a country-specific domain, a subdomain with a generic top-level domain (gTLD), subdirectories with a gTLD, or URL parameters (e.g., site.com?loc=de). Of the four, Google does not recommend URL parameters, and the customer is already using subdirectories with the current site, therefor that’s what i have chosen. Google also tells me that it is a very good idea to have links between localized version of the same resources, either with <link> elements, Link HTTP response headers, or a sitemap file[1]; they are all equivalent in the eyes of Google. I have choosen the Link response headers way, because for that i can simply “augment” ResponseHeader to automatically add these headers when the response status is 2xx, otherwise i would need to pass down the original URL path until it reaches the template. Even though Camper is supposed to be a “generic”, multi-company application, i think i will stick to the easiest route and write the templates for just the “first” customer. [0]: https://developers.google.com/search/docs/specialty/international/managing-multi-regional-sites [1]: https://developers.google.com/search/docs/specialty/international/localized-versions
2023-08-05 01:42:37 +00:00
#: web/templates/admin/profile.gohtml:6 web/templates/admin/profile.gohtml:12
#: web/templates/admin/layout.gohtml:30
msgctxt "title"
msgid "Profile"
msgstr "Perfil"
Split templates and handlers into admin and public I need to check that the user is an employee (or admin) in administration handlers, but i do not want to do it for each handler, because i am bound to forget it. Thus, i added the /admin sub-path for these resources. The public-facing web is the rest of the resources outside /admin, but for now there is only home, to test whether it works as expected or not. The public-facing web can not relay on the user’s language settings, as the guest user has no way to set that. I would be happy to just use the Accept-Language header for that, but apparently Google does not use that header[0], and they give four alternatives: a country-specific domain, a subdomain with a generic top-level domain (gTLD), subdirectories with a gTLD, or URL parameters (e.g., site.com?loc=de). Of the four, Google does not recommend URL parameters, and the customer is already using subdirectories with the current site, therefor that’s what i have chosen. Google also tells me that it is a very good idea to have links between localized version of the same resources, either with <link> elements, Link HTTP response headers, or a sitemap file[1]; they are all equivalent in the eyes of Google. I have choosen the Link response headers way, because for that i can simply “augment” ResponseHeader to automatically add these headers when the response status is 2xx, otherwise i would need to pass down the original URL path until it reaches the template. Even though Camper is supposed to be a “generic”, multi-company application, i think i will stick to the easiest route and write the templates for just the “first” customer. [0]: https://developers.google.com/search/docs/specialty/international/managing-multi-regional-sites [1]: https://developers.google.com/search/docs/specialty/international/localized-versions
2023-08-05 01:42:37 +00:00
#: web/templates/admin/profile.gohtml:17
msgctxt "inut"
msgid "Profile Image"
msgstr "Imatge del perfil"
Split templates and handlers into admin and public I need to check that the user is an employee (or admin) in administration handlers, but i do not want to do it for each handler, because i am bound to forget it. Thus, i added the /admin sub-path for these resources. The public-facing web is the rest of the resources outside /admin, but for now there is only home, to test whether it works as expected or not. The public-facing web can not relay on the user’s language settings, as the guest user has no way to set that. I would be happy to just use the Accept-Language header for that, but apparently Google does not use that header[0], and they give four alternatives: a country-specific domain, a subdomain with a generic top-level domain (gTLD), subdirectories with a gTLD, or URL parameters (e.g., site.com?loc=de). Of the four, Google does not recommend URL parameters, and the customer is already using subdirectories with the current site, therefor that’s what i have chosen. Google also tells me that it is a very good idea to have links between localized version of the same resources, either with <link> elements, Link HTTP response headers, or a sitemap file[1]; they are all equivalent in the eyes of Google. I have choosen the Link response headers way, because for that i can simply “augment” ResponseHeader to automatically add these headers when the response status is 2xx, otherwise i would need to pass down the original URL path until it reaches the template. Even though Camper is supposed to be a “generic”, multi-company application, i think i will stick to the easiest route and write the templates for just the “first” customer. [0]: https://developers.google.com/search/docs/specialty/international/managing-multi-regional-sites [1]: https://developers.google.com/search/docs/specialty/international/localized-versions
2023-08-05 01:42:37 +00:00
#: web/templates/admin/profile.gohtml:43
msgctxt "legend"
msgid "Change password"
msgstr "Canvi de contrasenya"
Split templates and handlers into admin and public I need to check that the user is an employee (or admin) in administration handlers, but i do not want to do it for each handler, because i am bound to forget it. Thus, i added the /admin sub-path for these resources. The public-facing web is the rest of the resources outside /admin, but for now there is only home, to test whether it works as expected or not. The public-facing web can not relay on the user’s language settings, as the guest user has no way to set that. I would be happy to just use the Accept-Language header for that, but apparently Google does not use that header[0], and they give four alternatives: a country-specific domain, a subdomain with a generic top-level domain (gTLD), subdirectories with a gTLD, or URL parameters (e.g., site.com?loc=de). Of the four, Google does not recommend URL parameters, and the customer is already using subdirectories with the current site, therefor that’s what i have chosen. Google also tells me that it is a very good idea to have links between localized version of the same resources, either with <link> elements, Link HTTP response headers, or a sitemap file[1]; they are all equivalent in the eyes of Google. I have choosen the Link response headers way, because for that i can simply “augment” ResponseHeader to automatically add these headers when the response status is 2xx, otherwise i would need to pass down the original URL path until it reaches the template. Even though Camper is supposed to be a “generic”, multi-company application, i think i will stick to the easiest route and write the templates for just the “first” customer. [0]: https://developers.google.com/search/docs/specialty/international/managing-multi-regional-sites [1]: https://developers.google.com/search/docs/specialty/international/localized-versions
2023-08-05 01:42:37 +00:00
#: web/templates/admin/profile.gohtml:55
msgctxt "input"
msgid "Password Confirmation"
msgstr "Confirmació de la contrasenya"
Split templates and handlers into admin and public I need to check that the user is an employee (or admin) in administration handlers, but i do not want to do it for each handler, because i am bound to forget it. Thus, i added the /admin sub-path for these resources. The public-facing web is the rest of the resources outside /admin, but for now there is only home, to test whether it works as expected or not. The public-facing web can not relay on the user’s language settings, as the guest user has no way to set that. I would be happy to just use the Accept-Language header for that, but apparently Google does not use that header[0], and they give four alternatives: a country-specific domain, a subdomain with a generic top-level domain (gTLD), subdirectories with a gTLD, or URL parameters (e.g., site.com?loc=de). Of the four, Google does not recommend URL parameters, and the customer is already using subdirectories with the current site, therefor that’s what i have chosen. Google also tells me that it is a very good idea to have links between localized version of the same resources, either with <link> elements, Link HTTP response headers, or a sitemap file[1]; they are all equivalent in the eyes of Google. I have choosen the Link response headers way, because for that i can simply “augment” ResponseHeader to automatically add these headers when the response status is 2xx, otherwise i would need to pass down the original URL path until it reaches the template. Even though Camper is supposed to be a “generic”, multi-company application, i think i will stick to the easiest route and write the templates for just the “first” customer. [0]: https://developers.google.com/search/docs/specialty/international/managing-multi-regional-sites [1]: https://developers.google.com/search/docs/specialty/international/localized-versions
2023-08-05 01:42:37 +00:00
#: web/templates/admin/profile.gohtml:65
msgctxt "input"
msgid "Language"
msgstr "Idioma"
#: web/templates/admin/taxDetails.gohtml:6
#: web/templates/admin/taxDetails.gohtml:12
msgctxt "title"
msgid "Tax Details"
msgstr "Configuració fiscal"
#: web/templates/admin/taxDetails.gohtml:17
#: web/templates/admin/taxDetails.gohtml:58
msgctxt "input"
msgid "Business Name"
msgstr "Nom de lempresa"
#: web/templates/admin/taxDetails.gohtml:26
msgctxt "input"
msgid "VAT Number"
msgstr "NIF"
#: web/templates/admin/taxDetails.gohtml:34
msgctxt "input"
msgid "Trade Name"
msgstr "Nom comercial"
#: web/templates/admin/taxDetails.gohtml:66
msgctxt "input"
msgid "Address"
msgstr "Adreça"
#: web/templates/admin/taxDetails.gohtml:74
msgctxt "input"
msgid "City"
msgstr "Població"
#: web/templates/admin/taxDetails.gohtml:82
msgctxt "input"
msgid "Province"
msgstr "Província"
#: web/templates/admin/taxDetails.gohtml:90
msgctxt "input"
msgid "Postcode"
msgstr "Codi postal"
#: web/templates/admin/taxDetails.gohtml:108
msgctxt "input"
msgid "RTC number"
msgstr "Número RTC"
#: web/templates/admin/taxDetails.gohtml:116
msgctxt "input"
msgid "Currency"
msgstr "Moneda"
#: web/templates/admin/taxDetails.gohtml:126
msgctxt "input"
msgid "Default Language"
msgstr "Idioma per defecte"
#: web/templates/admin/taxDetails.gohtml:136
msgctxt "input"
msgid "Invoice Number Format"
msgstr "Format del número de factura"
#: web/templates/admin/taxDetails.gohtml:144
msgctxt "input"
msgid "Legal Disclaimer"
msgstr "Nota legal"
#: web/templates/admin/layout.gohtml:26
msgctxt "title"
msgid "User Menu"
msgstr "Menú dusuari"
#: web/templates/admin/layout.gohtml:34
msgctxt "title"
msgid "Company Settings"
msgstr "Paràmetres de lempresa"
#: web/templates/admin/layout.gohtml:49
#: web/templates/admin/media/index.gohtml:6
#: web/templates/admin/media/index.gohtml:11
msgctxt "title"
msgid "Media"
msgstr "Mèdia"
Add the logout button Conceptually, to logout we have to “delete the session”, thus the best HTTP verb would be `DELETE`. However, there is no way to send a `DELETE` request with a regular HTML form, and it seems that never will be[0]. I could use a POST, optionally with a “method override” technique, but i was planing to use HTMx anyway, so this was as good an opportunity to include it as any. In this application i am not concerned with people not having JavaScript enabled, because it is for a customer that has a known environment, and we do not have much time anyway. Therefore, i opted to forgo progressive enhancement in cases like this: if `DELETE` is needed, use `hx-delete`. Unfortunately, i can not use a <form> with a hidden <input> for the CSRF token, because `DELETE` requests do not have body and the value should be added as query parameters, like a form with GET method, but HTMx does the incorrect thing here: sends the values in the request’s body. That’s why i have to use a custom header and the `hx-header` directive to include the CSRF token. Then, by default HTMx targets the triggered element for swap with the response from the server, but after a logout i want to redirect the user to the login form again. I could set the hx-target to button to replace the whole body, or tell the client to redirect to the new location. I actually do not know which one is “better”. Maybe the hx-target is best because then everything is handled by the client, but in the case of logout, since it is possible that i might want to load scripts only for logged-in users in the future, i opted for the full page reload. However, HTMx does not want to reload a page that return HTTP 401, hence i had to include the GET method to /login in order to return the login form with a response of HTTP 200, which also helps when reloading in the browser after a failed login attempt. I am not worried with the HTTP 401 when attempting to load a page as guest, because this request most probably comes from the browser, not HTMx, and it will show the login form as intended—even though it is not compliant, since it does not return the WWW-Authenticate header, but this is the best i can do given that no cookie-based authentication method has been accepted[1]. [0]: https://www.w3.org/Bugs/Public/show_bug.cgi?id=10671#c16 [1]: https://datatracker.ietf.org/doc/id/draft-broyer-http-cookie-auth-00.html
2023-07-26 11:49:47 +00:00
#: web/templates/admin/layout.gohtml:52 web/templates/admin/home/index.gohtml:6
Make home page’s carousel manageable via the database I debated with myself whether to create the home_carousel relation or rather if it would be better to have a single carousel relation for all pages. However, i thought that it would be actually harder to maintain a single relation because i would need an additional column to tell one carrousel from another, and what would that column be? An enum? A foreign key to another relation? home_carousel carries no such issues. I was starting to duplicate logic all over the packages, such as the way to encode media paths or “localization” (l10n) input fields. Therefore, i refactorized them. In the case of media path, i added a function that accepts rows of media, because always need the same columns from the row, and it was yet another repetition if i needed to pass them all the time. Plus, these kind of functions can be called as `table.function`, that make them look like columns from the table; if PostgreSQL implemented virtual generated columns, i would have used that instead. I am not sure whether that media_path function can be immutable. An immutable function is “guaranteed to return the same results given the same arguments forever”, which would be true if the inputs where the hash and the original_filename columns, instead of the whole rows, but i left it as static because i did not know whether PostgreSQL interprets the “same row but with different values” as a different input. That is, whether PostgreSQL’s concept of row is the actual tuple or the space that has a rowid, irrespective of contents; in the latter case, the function can not be immutable. Just to be in the safe side, i left it stable. The home page was starting to grow a bit too much inside the app package, new that it has its own admin handler, and moved it all to a separate package.
2023-09-14 23:05:38 +00:00
msgctxt "title"
msgid "Home Page"
msgstr "Pàgina dinici"
Make home page’s carousel manageable via the database I debated with myself whether to create the home_carousel relation or rather if it would be better to have a single carousel relation for all pages. However, i thought that it would be actually harder to maintain a single relation because i would need an additional column to tell one carrousel from another, and what would that column be? An enum? A foreign key to another relation? home_carousel carries no such issues. I was starting to duplicate logic all over the packages, such as the way to encode media paths or “localization” (l10n) input fields. Therefore, i refactorized them. In the case of media path, i added a function that accepts rows of media, because always need the same columns from the row, and it was yet another repetition if i needed to pass them all the time. Plus, these kind of functions can be called as `table.function`, that make them look like columns from the table; if PostgreSQL implemented virtual generated columns, i would have used that instead. I am not sure whether that media_path function can be immutable. An immutable function is “guaranteed to return the same results given the same arguments forever”, which would be true if the inputs where the hash and the original_filename columns, instead of the whole rows, but i left it as static because i did not know whether PostgreSQL interprets the “same row but with different values” as a different input. That is, whether PostgreSQL’s concept of row is the actual tuple or the space that has a rowid, irrespective of contents; in the latter case, the function can not be immutable. Just to be in the safe side, i left it stable. The home page was starting to grow a bit too much inside the app package, new that it has its own admin handler, and moved it all to a separate package.
2023-09-14 23:05:38 +00:00
#: web/templates/admin/layout.gohtml:60
msgctxt "action"
msgid "Logout"
msgstr "Surt"
Add the upload form to the media picker It makes easier to upload new images from the place where we need it, instead of having to go to the media section each time. It was a little messy, this one. First of all, I realized that POSTint to /admin/media/picker to get the new media field was wrong: i was not asking the server to “accept an entity”, but only requesting a new HTML value, just like a GET to /admin/media/upload requests the form to upload a new media, thus here i should do the same, except i needed the query parameters to change the field, which is fine—it is actually a different resource, thus a different URL. Then, i thought that i could not POST the upload to /admin/media, because i returned a different HTML —the media field—, so i reused the recently unused POST to /admin/media/picker to upload that file and return the HTML for the field. It was wrong, because i was not requesting the server to put the file as a subordinate of /admin/media/picker, only /admin/media, but i did not come up with any other solution. Since i had two different upload functions now, i created uploadForm’s Handle method to refactorize the duplicated logic to a single place. Unfortunately, i did not work as i expected because uploadForm’s and mediaPicker’s MustRender methods are different, and mediaPicker has to embed uploadForm to render the form in the picker. That made me change Handle’s output to a boolean and error in order for the HTTP handler function know when to render the form with the error messages with the proper MustRender handler. However, I saw the opportunity of reusing that Handler method for editMedia, that was doing mostly the same job, but had to call a different Validate than uploadForm’s, because editMedia does not require the uploaded file. That’s when i realized that i could use an interface and that this interface could be reused not only within media but throughout the application, and added HandleMultipart in form. Had to create a different interface for multipart forms because they need different parameters in Parse that non-multipart form, when i add that interface, hence had to also change Parse to ParseForm to account for the difference in signature; not a big deal. After all that, i realized that i **could** POST to /admin/media in both cases, because i always return “an HTML entity”, it just happens that for the media section it is empty with a redirect, and for the picker is the field. That made the whole Handle method a bit redundant, but i left it nevertheless, as i find it slightly easier to read the uploadMedia function now.
2023-09-21 23:40:22 +00:00
#: web/templates/admin/media/picker.gohtml:8
msgctxt "title"
msgid "Media Picker"
msgstr "Selector de mèdia"
Add the upload form to the media picker It makes easier to upload new images from the place where we need it, instead of having to go to the media section each time. It was a little messy, this one. First of all, I realized that POSTint to /admin/media/picker to get the new media field was wrong: i was not asking the server to “accept an entity”, but only requesting a new HTML value, just like a GET to /admin/media/upload requests the form to upload a new media, thus here i should do the same, except i needed the query parameters to change the field, which is fine—it is actually a different resource, thus a different URL. Then, i thought that i could not POST the upload to /admin/media, because i returned a different HTML —the media field—, so i reused the recently unused POST to /admin/media/picker to upload that file and return the HTML for the field. It was wrong, because i was not requesting the server to put the file as a subordinate of /admin/media/picker, only /admin/media, but i did not come up with any other solution. Since i had two different upload functions now, i created uploadForm’s Handle method to refactorize the duplicated logic to a single place. Unfortunately, i did not work as i expected because uploadForm’s and mediaPicker’s MustRender methods are different, and mediaPicker has to embed uploadForm to render the form in the picker. That made me change Handle’s output to a boolean and error in order for the HTTP handler function know when to render the form with the error messages with the proper MustRender handler. However, I saw the opportunity of reusing that Handler method for editMedia, that was doing mostly the same job, but had to call a different Validate than uploadForm’s, because editMedia does not require the uploaded file. That’s when i realized that i could use an interface and that this interface could be reused not only within media but throughout the application, and added HandleMultipart in form. Had to create a different interface for multipart forms because they need different parameters in Parse that non-multipart form, when i add that interface, hence had to also change Parse to ParseForm to account for the difference in signature; not a big deal. After all that, i realized that i **could** POST to /admin/media in both cases, because i always return “an HTML entity”, it just happens that for the media section it is empty with a redirect, and for the picker is the field. That made the whole Handle method a bit redundant, but i left it nevertheless, as i find it slightly easier to read the uploadMedia function now.
2023-09-21 23:40:22 +00:00
#: web/templates/admin/media/picker.gohtml:19
msgctxt "title"
msgid "Upload New Media"
msgstr "Pujada de nou mèdia"
#: web/templates/admin/media/picker.gohtml:22
#: web/templates/admin/media/upload.gohtml:17
Add the upload form to the media picker It makes easier to upload new images from the place where we need it, instead of having to go to the media section each time. It was a little messy, this one. First of all, I realized that POSTint to /admin/media/picker to get the new media field was wrong: i was not asking the server to “accept an entity”, but only requesting a new HTML value, just like a GET to /admin/media/upload requests the form to upload a new media, thus here i should do the same, except i needed the query parameters to change the field, which is fine—it is actually a different resource, thus a different URL. Then, i thought that i could not POST the upload to /admin/media, because i returned a different HTML —the media field—, so i reused the recently unused POST to /admin/media/picker to upload that file and return the HTML for the field. It was wrong, because i was not requesting the server to put the file as a subordinate of /admin/media/picker, only /admin/media, but i did not come up with any other solution. Since i had two different upload functions now, i created uploadForm’s Handle method to refactorize the duplicated logic to a single place. Unfortunately, i did not work as i expected because uploadForm’s and mediaPicker’s MustRender methods are different, and mediaPicker has to embed uploadForm to render the form in the picker. That made me change Handle’s output to a boolean and error in order for the HTTP handler function know when to render the form with the error messages with the proper MustRender handler. However, I saw the opportunity of reusing that Handler method for editMedia, that was doing mostly the same job, but had to call a different Validate than uploadForm’s, because editMedia does not require the uploaded file. That’s when i realized that i could use an interface and that this interface could be reused not only within media but throughout the application, and added HandleMultipart in form. Had to create a different interface for multipart forms because they need different parameters in Parse that non-multipart form, when i add that interface, hence had to also change Parse to ParseForm to account for the difference in signature; not a big deal. After all that, i realized that i **could** POST to /admin/media in both cases, because i always return “an HTML entity”, it just happens that for the media section it is empty with a redirect, and for the picker is the field. That made the whole Handle method a bit redundant, but i left it nevertheless, as i find it slightly easier to read the uploadMedia function now.
2023-09-21 23:40:22 +00:00
msgctxt "input"
msgid "File"
msgstr "Fitxer"
#: web/templates/admin/media/picker.gohtml:26
#: web/templates/admin/media/form.gohtml:22
#: web/templates/admin/media/upload.gohtml:21
Add the upload form to the media picker It makes easier to upload new images from the place where we need it, instead of having to go to the media section each time. It was a little messy, this one. First of all, I realized that POSTint to /admin/media/picker to get the new media field was wrong: i was not asking the server to “accept an entity”, but only requesting a new HTML value, just like a GET to /admin/media/upload requests the form to upload a new media, thus here i should do the same, except i needed the query parameters to change the field, which is fine—it is actually a different resource, thus a different URL. Then, i thought that i could not POST the upload to /admin/media, because i returned a different HTML —the media field—, so i reused the recently unused POST to /admin/media/picker to upload that file and return the HTML for the field. It was wrong, because i was not requesting the server to put the file as a subordinate of /admin/media/picker, only /admin/media, but i did not come up with any other solution. Since i had two different upload functions now, i created uploadForm’s Handle method to refactorize the duplicated logic to a single place. Unfortunately, i did not work as i expected because uploadForm’s and mediaPicker’s MustRender methods are different, and mediaPicker has to embed uploadForm to render the form in the picker. That made me change Handle’s output to a boolean and error in order for the HTTP handler function know when to render the form with the error messages with the proper MustRender handler. However, I saw the opportunity of reusing that Handler method for editMedia, that was doing mostly the same job, but had to call a different Validate than uploadForm’s, because editMedia does not require the uploaded file. That’s when i realized that i could use an interface and that this interface could be reused not only within media but throughout the application, and added HandleMultipart in form. Had to create a different interface for multipart forms because they need different parameters in Parse that non-multipart form, when i add that interface, hence had to also change Parse to ParseForm to account for the difference in signature; not a big deal. After all that, i realized that i **could** POST to /admin/media in both cases, because i always return “an HTML entity”, it just happens that for the media section it is empty with a redirect, and for the picker is the field. That made the whole Handle method a bit redundant, but i left it nevertheless, as i find it slightly easier to read the uploadMedia function now.
2023-09-21 23:40:22 +00:00
msgid "Maximum upload file size: %s"
msgstr "Mida màxima del fitxer a pujar: %s"
#: web/templates/admin/media/picker.gohtml:31
#: web/templates/admin/media/upload.gohtml:26
Add the upload form to the media picker It makes easier to upload new images from the place where we need it, instead of having to go to the media section each time. It was a little messy, this one. First of all, I realized that POSTint to /admin/media/picker to get the new media field was wrong: i was not asking the server to “accept an entity”, but only requesting a new HTML value, just like a GET to /admin/media/upload requests the form to upload a new media, thus here i should do the same, except i needed the query parameters to change the field, which is fine—it is actually a different resource, thus a different URL. Then, i thought that i could not POST the upload to /admin/media, because i returned a different HTML —the media field—, so i reused the recently unused POST to /admin/media/picker to upload that file and return the HTML for the field. It was wrong, because i was not requesting the server to put the file as a subordinate of /admin/media/picker, only /admin/media, but i did not come up with any other solution. Since i had two different upload functions now, i created uploadForm’s Handle method to refactorize the duplicated logic to a single place. Unfortunately, i did not work as i expected because uploadForm’s and mediaPicker’s MustRender methods are different, and mediaPicker has to embed uploadForm to render the form in the picker. That made me change Handle’s output to a boolean and error in order for the HTTP handler function know when to render the form with the error messages with the proper MustRender handler. However, I saw the opportunity of reusing that Handler method for editMedia, that was doing mostly the same job, but had to call a different Validate than uploadForm’s, because editMedia does not require the uploaded file. That’s when i realized that i could use an interface and that this interface could be reused not only within media but throughout the application, and added HandleMultipart in form. Had to create a different interface for multipart forms because they need different parameters in Parse that non-multipart form, when i add that interface, hence had to also change Parse to ParseForm to account for the difference in signature; not a big deal. After all that, i realized that i **could** POST to /admin/media in both cases, because i always return “an HTML entity”, it just happens that for the media section it is empty with a redirect, and for the picker is the field. That made the whole Handle method a bit redundant, but i left it nevertheless, as i find it slightly easier to read the uploadMedia function now.
2023-09-21 23:40:22 +00:00
msgctxt "action"
msgid "Upload"
msgstr "Puja"
#: web/templates/admin/media/picker.gohtml:47
Add the upload form to the media picker It makes easier to upload new images from the place where we need it, instead of having to go to the media section each time. It was a little messy, this one. First of all, I realized that POSTint to /admin/media/picker to get the new media field was wrong: i was not asking the server to “accept an entity”, but only requesting a new HTML value, just like a GET to /admin/media/upload requests the form to upload a new media, thus here i should do the same, except i needed the query parameters to change the field, which is fine—it is actually a different resource, thus a different URL. Then, i thought that i could not POST the upload to /admin/media, because i returned a different HTML —the media field—, so i reused the recently unused POST to /admin/media/picker to upload that file and return the HTML for the field. It was wrong, because i was not requesting the server to put the file as a subordinate of /admin/media/picker, only /admin/media, but i did not come up with any other solution. Since i had two different upload functions now, i created uploadForm’s Handle method to refactorize the duplicated logic to a single place. Unfortunately, i did not work as i expected because uploadForm’s and mediaPicker’s MustRender methods are different, and mediaPicker has to embed uploadForm to render the form in the picker. That made me change Handle’s output to a boolean and error in order for the HTTP handler function know when to render the form with the error messages with the proper MustRender handler. However, I saw the opportunity of reusing that Handler method for editMedia, that was doing mostly the same job, but had to call a different Validate than uploadForm’s, because editMedia does not require the uploaded file. That’s when i realized that i could use an interface and that this interface could be reused not only within media but throughout the application, and added HandleMultipart in form. Had to create a different interface for multipart forms because they need different parameters in Parse that non-multipart form, when i add that interface, hence had to also change Parse to ParseForm to account for the difference in signature; not a big deal. After all that, i realized that i **could** POST to /admin/media in both cases, because i always return “an HTML entity”, it just happens that for the media section it is empty with a redirect, and for the picker is the field. That made the whole Handle method a bit redundant, but i left it nevertheless, as i find it slightly easier to read the uploadMedia function now.
2023-09-21 23:40:22 +00:00
msgctxt "title"
msgid "Choose Existing Media"
msgstr "Elecció dun mèdia existent"
#: web/templates/admin/media/picker.gohtml:58
#: web/templates/admin/media/index.gohtml:20
msgid "No media uploaded yet."
msgstr "No sha pujat cap mèdia encara."
#: web/templates/admin/media/form.gohtml:6
#: web/templates/admin/media/form.gohtml:12
msgctxt "title"
msgid "Edit Media"
msgstr "Edició de mèdia"
#: web/templates/admin/media/form.gohtml:18
msgctxt "input"
msgid "Updated file"
msgstr "Fitxer actualitzat"
#: web/templates/admin/media/form.gohtml:27
msgctxt "input"
msgid "Filename"
msgstr "Nom del fitxer"
#: web/templates/admin/media/index.gohtml:12
msgctxt "action"
msgid "Upload media"
msgstr "Puja mèdia"
#: web/templates/admin/media/upload.gohtml:6
#: web/templates/admin/media/upload.gohtml:12
msgctxt "title"
msgid "Upload Media"
msgstr "Pujada de mèdia"
#: pkg/carousel/admin.go:233 pkg/campsite/types/carousel.go:232
msgctxt "input"
msgid "Slide image"
msgstr "Imatge de la diapositiva"
#: pkg/carousel/admin.go:234 pkg/campsite/types/carousel.go:233
msgctxt "action"
msgid "Set slide image"
msgstr "Estableix la imatge de la diapositiva"
#: pkg/carousel/admin.go:286 pkg/campsite/types/carousel.go:287
msgid "Slide image can not be empty."
msgstr "No podeu deixar la imatge de la diapositiva en blanc."
#: pkg/carousel/admin.go:287 pkg/campsite/types/carousel.go:288
msgid "Slide image must be an image media type."
msgstr "La imatge de la diapositiva ha de ser un mèdia de tipus imatge."
#: pkg/app/login.go:56 pkg/app/user.go:246 pkg/company/admin.go:210
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:288
msgid "Email can not be empty."
msgstr "No podeu deixar el correu-e en blanc."
#: pkg/app/login.go:57 pkg/app/user.go:247 pkg/company/admin.go:211
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:289
msgid "This email is not valid. It should be like name@domain.com."
msgstr "Aquest correu-e no és vàlid. Hauria de ser similar a nom@domini.com."
Add the logout button Conceptually, to logout we have to “delete the session”, thus the best HTTP verb would be `DELETE`. However, there is no way to send a `DELETE` request with a regular HTML form, and it seems that never will be[0]. I could use a POST, optionally with a “method override” technique, but i was planing to use HTMx anyway, so this was as good an opportunity to include it as any. In this application i am not concerned with people not having JavaScript enabled, because it is for a customer that has a known environment, and we do not have much time anyway. Therefore, i opted to forgo progressive enhancement in cases like this: if `DELETE` is needed, use `hx-delete`. Unfortunately, i can not use a <form> with a hidden <input> for the CSRF token, because `DELETE` requests do not have body and the value should be added as query parameters, like a form with GET method, but HTMx does the incorrect thing here: sends the values in the request’s body. That’s why i have to use a custom header and the `hx-header` directive to include the CSRF token. Then, by default HTMx targets the triggered element for swap with the response from the server, but after a logout i want to redirect the user to the login form again. I could set the hx-target to button to replace the whole body, or tell the client to redirect to the new location. I actually do not know which one is “better”. Maybe the hx-target is best because then everything is handled by the client, but in the case of logout, since it is possible that i might want to load scripts only for logged-in users in the future, i opted for the full page reload. However, HTMx does not want to reload a page that return HTTP 401, hence i had to include the GET method to /login in order to return the login form with a response of HTTP 200, which also helps when reloading in the browser after a failed login attempt. I am not worried with the HTTP 401 when attempting to load a page as guest, because this request most probably comes from the browser, not HTMx, and it will show the login form as intended—even though it is not compliant, since it does not return the WWW-Authenticate header, but this is the best i can do given that no cookie-based authentication method has been accepted[1]. [0]: https://www.w3.org/Bugs/Public/show_bug.cgi?id=10671#c16 [1]: https://datatracker.ietf.org/doc/id/draft-broyer-http-cookie-auth-00.html
2023-07-26 11:49:47 +00:00
#: pkg/app/login.go:59
msgid "Password can not be empty."
msgstr "No podeu deixar la contrasenya en blanc."
#: pkg/app/login.go:86
msgid "Invalid user or password."
msgstr "Nom dusuari o contrasenya incorrectes."
Add the logout button Conceptually, to logout we have to “delete the session”, thus the best HTTP verb would be `DELETE`. However, there is no way to send a `DELETE` request with a regular HTML form, and it seems that never will be[0]. I could use a POST, optionally with a “method override” technique, but i was planing to use HTMx anyway, so this was as good an opportunity to include it as any. In this application i am not concerned with people not having JavaScript enabled, because it is for a customer that has a known environment, and we do not have much time anyway. Therefore, i opted to forgo progressive enhancement in cases like this: if `DELETE` is needed, use `hx-delete`. Unfortunately, i can not use a <form> with a hidden <input> for the CSRF token, because `DELETE` requests do not have body and the value should be added as query parameters, like a form with GET method, but HTMx does the incorrect thing here: sends the values in the request’s body. That’s why i have to use a custom header and the `hx-header` directive to include the CSRF token. Then, by default HTMx targets the triggered element for swap with the response from the server, but after a logout i want to redirect the user to the login form again. I could set the hx-target to button to replace the whole body, or tell the client to redirect to the new location. I actually do not know which one is “better”. Maybe the hx-target is best because then everything is handled by the client, but in the case of logout, since it is possible that i might want to load scripts only for logged-in users in the future, i opted for the full page reload. However, HTMx does not want to reload a page that return HTTP 401, hence i had to include the GET method to /login in order to return the login form with a response of HTTP 200, which also helps when reloading in the browser after a failed login attempt. I am not worried with the HTTP 401 when attempting to load a page as guest, because this request most probably comes from the browser, not HTMx, and it will show the login form as intended—even though it is not compliant, since it does not return the WWW-Authenticate header, but this is the best i can do given that no cookie-based authentication method has been accepted[1]. [0]: https://www.w3.org/Bugs/Public/show_bug.cgi?id=10671#c16 [1]: https://datatracker.ietf.org/doc/id/draft-broyer-http-cookie-auth-00.html
2023-07-26 11:49:47 +00:00
#: pkg/app/user.go:197
msgctxt "language option"
msgid "Automatic"
msgstr "Automàtic"
#: pkg/app/user.go:249 pkg/campsite/types/l10n.go:87
#: pkg/campsite/types/l10n.go:144 pkg/campsite/types/l10n.go:268
#: pkg/campsite/types/option.go:340 pkg/campsite/types/feature.go:243
#: pkg/campsite/types/admin.go:415 pkg/season/l10n.go:69
#: pkg/season/admin.go:394 pkg/services/l10n.go:73 pkg/services/admin.go:266
msgid "Name can not be empty."
msgstr "No podeu deixar el nom en blanc."
#: pkg/app/user.go:250
msgid "Confirmation does not match password."
msgstr "La confirmació no es correspon amb la contrasenya."
#: pkg/app/user.go:251 pkg/company/admin.go:226
msgid "Selected language is not valid."
msgstr "Lidioma escollit no és vàlid."
#: pkg/app/user.go:253
msgid "File must be a valid PNG or JPEG image."
msgstr "El fitxer has de ser una imatge PNG o JPEG vàlida."
#: pkg/app/admin.go:56
Split templates and handlers into admin and public I need to check that the user is an employee (or admin) in administration handlers, but i do not want to do it for each handler, because i am bound to forget it. Thus, i added the /admin sub-path for these resources. The public-facing web is the rest of the resources outside /admin, but for now there is only home, to test whether it works as expected or not. The public-facing web can not relay on the user’s language settings, as the guest user has no way to set that. I would be happy to just use the Accept-Language header for that, but apparently Google does not use that header[0], and they give four alternatives: a country-specific domain, a subdomain with a generic top-level domain (gTLD), subdirectories with a gTLD, or URL parameters (e.g., site.com?loc=de). Of the four, Google does not recommend URL parameters, and the customer is already using subdirectories with the current site, therefor that’s what i have chosen. Google also tells me that it is a very good idea to have links between localized version of the same resources, either with <link> elements, Link HTTP response headers, or a sitemap file[1]; they are all equivalent in the eyes of Google. I have choosen the Link response headers way, because for that i can simply “augment” ResponseHeader to automatically add these headers when the response status is 2xx, otherwise i would need to pass down the original URL path until it reaches the template. Even though Camper is supposed to be a “generic”, multi-company application, i think i will stick to the easiest route and write the templates for just the “first” customer. [0]: https://developers.google.com/search/docs/specialty/international/managing-multi-regional-sites [1]: https://developers.google.com/search/docs/specialty/international/localized-versions
2023-08-05 01:42:37 +00:00
msgid "Access forbidden"
msgstr "Accés prohibit"
#: pkg/campsite/types/option.go:341 pkg/campsite/types/feature.go:244
#: pkg/campsite/types/admin.go:416
msgid "Name must have at least one letter."
msgstr "El nom ha de tenir com a mínim una lletra."
#: pkg/campsite/types/option.go:344
msgid "Minimum can not be empty."
msgstr "No podeu deixar el mínim en blanc."
#: pkg/campsite/types/option.go:345
msgid "Minimum must be an integer number."
msgstr "El valor del mínim ha de ser un número enter."
#: pkg/campsite/types/option.go:347
msgid "Minimum must be zero or greater."
msgstr "El valor del mínim ha de ser com a mínim zero."
#: pkg/campsite/types/option.go:350
msgid "Maximum can not be empty."
msgstr "No podeu deixar el màxim en blanc."
#: pkg/campsite/types/option.go:351
msgid "Maximum must be an integer number."
msgstr "El valor del màxim ha de ser un número enter."
#: pkg/campsite/types/option.go:353
msgid "Maximum must be equal or greater than minimum."
msgstr "El valor del màxim ha de ser igual o superir al del mínim."
#: pkg/campsite/types/option.go:357 pkg/campsite/types/admin.go:429
msgid "Price per night can not be empty."
msgstr "No podeu deixar el preu per nit en blanc."
#: pkg/campsite/types/option.go:358 pkg/campsite/types/admin.go:430
msgid "Price per night must be a decimal number."
msgstr "El preu per nit ha de ser un número decimal."
#: pkg/campsite/types/option.go:359 pkg/campsite/types/admin.go:431
msgid "Price per night must be zero or greater."
msgstr "El preu per nit ha de ser com a mínim zero."
#: pkg/campsite/types/feature.go:242 pkg/services/admin.go:265
msgid "Selected icon is not valid."
msgstr "La icona escollida no és vàlida."
#: pkg/campsite/types/admin.go:291
msgctxt "input"
msgid "Cover image"
msgstr "Imatge de portada"
#: pkg/campsite/types/admin.go:292
msgctxt "action"
msgid "Set campsite type cover"
msgstr "Estableix la portada del tipus dallotjament"
#: pkg/campsite/types/admin.go:418
msgid "Cover image can not be empty."
msgstr "No podeu deixar la imatge de portada en blanc."
#: pkg/campsite/types/admin.go:419
msgid "Cover image must be an image media type."
msgstr "La imatge de portada ha de ser un mèdia de tipus imatge."
#: pkg/campsite/types/admin.go:423
msgid "Maximum number of campers can not be empty."
msgstr "No podeu deixar el número màxim de persones en blanc."
#: pkg/campsite/types/admin.go:424
msgid "Maximum number of campers must be an integer number."
msgstr "El número màxim de persones ha de ser enter."
#: pkg/campsite/types/admin.go:425
msgid "Maximum number of campers must be one or greater."
msgstr "El número màxim de persones no pot ser zero."
#: pkg/campsite/types/admin.go:434
2023-10-01 19:14:39 +00:00
msgid "Minimum number of nights can not be empty."
msgstr "No podeu deixar el número mínim de nits en blanc."
#: pkg/campsite/types/admin.go:435
2023-10-01 19:14:39 +00:00
msgid "Minimum number of nights must be an integer."
msgstr "El número mínim de nits ha de ser enter."
#: pkg/campsite/types/admin.go:436
2023-10-01 19:14:39 +00:00
msgid "Minimum number of nights must be one or greater."
msgstr "El número mínim de nits no pot ser zero."
#: pkg/campsite/types/public.go:157
msgctxt "season"
msgid "Closed"
msgstr "Tancat"
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/campsite/admin.go:226 pkg/booking/public.go:317
msgid "Selected campsite type is not valid."
msgstr "El tipus dallotjament escollit no és vàlid."
#: pkg/campsite/admin.go:227
msgid "Label can not be empty."
msgstr "No podeu deixar letiqueta en blanc."
#: pkg/season/admin.go:212
msgctxt "month"
msgid "January"
msgstr "gener"
#: pkg/season/admin.go:213
msgctxt "month"
msgid "February"
msgstr "febrer"
#: pkg/season/admin.go:214
msgctxt "month"
msgid "March"
msgstr "març"
#: pkg/season/admin.go:215
msgctxt "month"
msgid "April"
msgstr "abril"
#: pkg/season/admin.go:216
msgctxt "month"
msgid "May"
msgstr "maig"
#: pkg/season/admin.go:217
msgctxt "month"
msgid "June"
msgstr "juny"
#: pkg/season/admin.go:218
msgctxt "month"
msgid "July"
msgstr "juliol"
#: pkg/season/admin.go:219
msgctxt "month"
msgid "August"
msgstr "agost"
#: pkg/season/admin.go:220
msgctxt "month"
msgid "September"
msgstr "setembre"
#: pkg/season/admin.go:221
msgctxt "month"
msgid "October"
msgstr "octubre"
#: pkg/season/admin.go:222
msgctxt "month"
msgid "November"
msgstr "novembre"
#: pkg/season/admin.go:223
msgctxt "month"
msgid "December"
msgstr "desembre"
#: pkg/season/admin.go:395
msgid "Color can not be empty."
msgstr "No podeu deixar el color en blanc."
#: pkg/season/admin.go:396
msgid "This color is not valid. It must be like #123abc."
msgstr "Aquest color no és vàlid. Hauria de ser similar a #123abc."
#: pkg/season/admin.go:472
msgctxt "action"
msgid "Unset"
msgstr "Desassigna"
#: pkg/season/admin.go:503
msgid "Start date can not be empty."
msgstr "No podeu deixar la data dinici en blanc."
#: pkg/season/admin.go:504
msgid "Start date must be a valid date."
msgstr "La data dinici ha de ser una data vàlida."
#: pkg/season/admin.go:506
msgid "End date can not be empty."
msgstr "No podeu deixar la data de fi en blanc."
#: pkg/season/admin.go:507
msgid "End date must be a valid date."
msgstr "La data de fi ha de ser una data vàlida."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/company/admin.go:193 pkg/booking/public.go:275
msgid "Selected country is not valid."
msgstr "El país escollit no és vàlid."
#: pkg/company/admin.go:197
msgid "Business name can not be empty."
msgstr "No podeu deixar el nom dempresa en blanc."
#: pkg/company/admin.go:198
msgid "Business name must have at least two letters."
msgstr "El nom dempresa ha de tenir com a mínim dues lletres."
#: pkg/company/admin.go:200
msgid "VAT number can not be empty."
msgstr "No podeu deixar el NIF en blanc."
#: pkg/company/admin.go:201
msgid "This VAT number is not valid."
msgstr "Aquest NIF no és vàlid."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/company/admin.go:205 pkg/booking/public.go:291
msgid "Phone can not be empty."
msgstr "No podeu deixar el telèfon en blanc."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/company/admin.go:206 pkg/booking/public.go:292
msgid "This phone number is not valid."
msgstr "Aquest número de telèfon no és vàlid."
#: pkg/company/admin.go:214
msgid "This web address is not valid. It should be like https://domain.com/."
msgstr "Aquesta adreça web no és vàlida. Hauria de ser similar a https://domini.com/."
#: pkg/company/admin.go:216
msgid "Address can not be empty."
msgstr "No podeu deixar ladreça en blanc."
#: pkg/company/admin.go:217
msgid "City can not be empty."
msgstr "No podeu deixar la població en blanc."
#: pkg/company/admin.go:218
msgid "Province can not be empty."
msgstr "No podeu deixar la província en blanc."
#: pkg/company/admin.go:219
msgid "Postal code can not be empty."
msgstr "No podeu deixar el codi postal en blanc."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/company/admin.go:220 pkg/booking/public.go:284
msgid "This postal code is not valid."
msgstr "Aquest codi postal no és vàlid."
#: pkg/company/admin.go:224
msgid "RTC number can not be empty."
msgstr "No podeu deixar el número dRTC en blanc."
#: pkg/company/admin.go:225
msgid "Selected currency is not valid."
msgstr "La moneda escollida no és vàlida."
#: pkg/company/admin.go:227
msgid "Invoice number format can not be empty."
msgstr "No podeu deixar el format del número de factura en blanc."
#: pkg/auth/user.go:40
Add the logout button Conceptually, to logout we have to “delete the session”, thus the best HTTP verb would be `DELETE`. However, there is no way to send a `DELETE` request with a regular HTML form, and it seems that never will be[0]. I could use a POST, optionally with a “method override” technique, but i was planing to use HTMx anyway, so this was as good an opportunity to include it as any. In this application i am not concerned with people not having JavaScript enabled, because it is for a customer that has a known environment, and we do not have much time anyway. Therefore, i opted to forgo progressive enhancement in cases like this: if `DELETE` is needed, use `hx-delete`. Unfortunately, i can not use a <form> with a hidden <input> for the CSRF token, because `DELETE` requests do not have body and the value should be added as query parameters, like a form with GET method, but HTMx does the incorrect thing here: sends the values in the request’s body. That’s why i have to use a custom header and the `hx-header` directive to include the CSRF token. Then, by default HTMx targets the triggered element for swap with the response from the server, but after a logout i want to redirect the user to the login form again. I could set the hx-target to button to replace the whole body, or tell the client to redirect to the new location. I actually do not know which one is “better”. Maybe the hx-target is best because then everything is handled by the client, but in the case of logout, since it is possible that i might want to load scripts only for logged-in users in the future, i opted for the full page reload. However, HTMx does not want to reload a page that return HTTP 401, hence i had to include the GET method to /login in order to return the login form with a response of HTTP 200, which also helps when reloading in the browser after a failed login attempt. I am not worried with the HTTP 401 when attempting to load a page as guest, because this request most probably comes from the browser, not HTMx, and it will show the login form as intended—even though it is not compliant, since it does not return the WWW-Authenticate header, but this is the best i can do given that no cookie-based authentication method has been accepted[1]. [0]: https://www.w3.org/Bugs/Public/show_bug.cgi?id=10671#c16 [1]: https://datatracker.ietf.org/doc/id/draft-broyer-http-cookie-auth-00.html
2023-07-26 11:49:47 +00:00
msgid "Cross-site request forgery detected."
msgstr "Sha detectat un intent de falsificació de petició a llocs creuats."
#: pkg/media/admin.go:265
msgid "Uploaded file can not be empty."
msgstr "No podeu deixar el fitxer del mèdia en blanc."
#: pkg/media/admin.go:324
msgid "Filename can not be empty."
msgstr "No podeu deixar el nom del fitxer en blanc."
#: pkg/booking/admin.go:74
msgctxt "redsys environment"
msgid "Test"
msgstr "Proves"
#: pkg/booking/admin.go:78
msgctxt "redsys environment"
msgid "Live"
msgstr "Real"
#: pkg/booking/admin.go:87
msgctxt "redsys integration"
msgid "InSite"
msgstr "InSite"
#: pkg/booking/admin.go:91
msgctxt "redsys integration"
msgid "Redirect"
msgstr "Redirecció"
#: pkg/booking/admin.go:135
msgid "Merchant code can not be empty."
msgstr "No podeu deixar el codi del comerç en blanc."
#: pkg/booking/admin.go:136
msgid "Merchant code must be exactly nine digits long."
msgstr "El codi del comerç ha de ser de nou dígits."
#: pkg/booking/admin.go:137
msgid "Merchant code must be a number."
msgstr "El codi del comerç."
#: pkg/booking/admin.go:141
msgid "Terminal number can not be empty."
msgstr "No podeu deixar el número del terminal en blanc."
#: pkg/booking/admin.go:142
msgid "Terminal number must be a number between 1 and 999."
msgstr "El número del terminal ha de ser entre 1 i 999"
#: pkg/booking/admin.go:150
msgid "Selected environment is not valid."
msgstr "Lentorn escollit no és vàlid."
#: pkg/booking/admin.go:151
msgid "Selected integration is not valid."
msgstr "La integració escollida no és vàlida."
#: pkg/booking/admin.go:154
msgid "The merchant key is not valid."
msgstr "Aquesta clau del comerç no és vàlid."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:279
msgid "Full name can not be empty."
msgstr "No podeu deixar el nom i els cognoms en blanc."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:280
msgid "Full name must have at least one letter."
msgstr "El nom i els cognoms han de tenir com a mínim una lletra."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:296
msgid "Number of adults can not be empty"
msgstr "No podeu deixar el número dadults en blanc."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:297
msgid "Number of adults must be an integer."
msgstr "El número dadults ha de ser enter."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:298
msgid "Number of adults must be one or greater."
msgstr "El número dadults no pot ser zero."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:301
msgid "Number of teenagers can not be empty"
msgstr "No podeu deixar el número dadolescents en blanc."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:302
msgid "Number of teenagers must be an integer."
msgstr "El número dadolescents ha de ser enter."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:303
msgid "Number of teenagers must be zero or greater."
msgstr "El número dadolescents ha de ser com a mínim zero."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:306
msgid "Number of children can not be empty"
msgstr "No podeu deixar el número de nens en blanc."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:307
msgid "Number of children must be an integer."
msgstr "El número de nens ha de ser enter."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:308
msgid "Number of children must be zero or greater."
msgstr "El número de nens ha de ser com a mínim zero."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:311
msgid "Number of dogs can not be empty"
msgstr "No podeu deixar el número de gossos en blanc."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:312
msgid "Number of dogs must be an integer."
msgstr "El número de gossos ha de ser enter."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:313
msgid "Number of dogs must be zero or greater."
msgstr "El número de gossos ha de ser com a mínim zero."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:318
msgid "Arrival date can not be empty"
msgstr "No podeu deixar la data darribada en blanc."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:319
msgid "Arrival date must be a valid date."
msgstr "La data darribada ha de ser una data vàlida."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:323
msgid "Departure date can not be empty"
msgstr "No podeu deixar la data de sortida en blanc."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:324
msgid "Departure date must be a valid date."
msgstr "La data de sortida ha de ser una data vàlida."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:325
msgid "The departure date must be after the arrival date."
msgstr "La data de sortida ha de ser posterior a la darribada."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:328
msgid "It is mandatory to agree to the reservation conditions."
msgstr "És obligatori acceptar les condicions de reserves."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:331
#, c-format
msgid "%s can not be empty"
msgstr "No podeu deixar %s en blanc."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:332
#, c-format
msgid "%s must be an integer."
msgstr "%s ha de ser un número enter."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:333
#, c-format
msgid "%s must be %d or greater."
msgstr "El valor de %s ha de ser com a mínim %d."
Implement Redsys request signature in PostgreSQL Every company need to have its own merchant code and encryption key, thus it is not possible to use environment variables to keep that data, and i have to store it in the database. I do not want to give SELECT permission on the encryption key to guest, because i am going to fuck it up sooner or later, and everyone would be able to read that secret; i know it would. Therefore, i need a security definer function that takes the data to encrypt, use the key to encrypt it, and returns the result; nobody else should have access to that key, not even admins! By the way, i found out that every merchant receives the same key, thus it is not a problem to keep it in the repository. Since i need that SQL function to encrypt the data, i thought that i may go the whole nine yards and sign the request in PostgreSQL too, after all the data to sign comes from there, and it has JSON functions to create and base64-code an object. Fortunately, pg_crypto has all the functions that i need, but i can no longer keep that extension inside the auth schema, because it is used from others, and the public schema, like every other extensions, seems more appropriate. Instead of having the list of currency and language codes that Redsys uses as constants in the code, i moved that as field to the currency and language relations, so i can simply pass the lang_tag to the function and it can transform that tag to the correct code; the currency is from the company’s relation, since it is the only currency used in the whole application (for now). As a consequence, i had to grant execute to currency and the parse_price functions to guest, too. To generate the test data used in the unit tests, i used a third-party PHP implementation[0], but i only got from that the resulting base64-coded JSON object and signature, using the same that as in the unit test, and did not use any code from there. PostgreSQL formats the JSON as text differently than most implementations i have seen: it adds spaces between the key name and the colons, and space between the value and the separating comma. The first implementation used replace() to format the JSON as exactly as the PHP implementation, so that the result matches, and then tried to do generate the form by hand using the output from PostgreSQL without the replace(), to verify that Redsys would still accept my input. Finally, i adjusted the unit test to whatever pg_prove said it was getting from the function. I still have the form’s action hard-codded to the test environment, but the idea is that administrators should be able to switch from test to live themselves. That means that i need that info in the redsys relation as well. I think this is one of the few use cases for SQL’s types, because it is unlikely to change anytime soon, and i do not need the actual labels. Unfortunately, i could not use enumerations for the request’s transaction type because i can not attach an arbitrary number to the enum’s values. Having a relation is overkill, because i would need a constant in Go to refer to its primary key anyway, thus i kept the same constant i had before for that. Language and currency constant went out, as this is in the corresponding relations. In setup_redsys i must have a separate update if the encrypt_key is null because PostgreSQL checks constraints before key conflict, and i do not want to give a default value to the key if the row is not there yet. The problem is that i want to use null to mean “keep the same password”, because it is what i intend to do with the user-facing form: leave the input empty to keep the same password. As now Go needs to pass composite types back and forth with PostgreSQL, i need to register these types, and i have to do it every time because the only moment i have access to the non-pooled connection is in the AfterConnect function, but at that point i have no idea whether the user is going to request a payment. I do not know how much the performance degrades because of this. [0]: https://github.com/ssheduardo/sermepa/blob/master/src/Sermepa/Tpv/Tpv.php
2023-10-26 23:52:04 +00:00
#: pkg/booking/public.go:334
#, c-format
msgid "%s must be at most %d."
msgstr "El valor de %s ha de ser com a màxim %d."
#~ msgid "%s: %s €/night"
#~ msgstr "%s: %s €/nit"
#~ msgctxt "title"
#~ msgid "Pricing"
#~ msgstr "Preus"
#~ msgctxt "input"
#~ msgid "Pricing"
#~ msgstr "Preus"
#~ msgctxt "input"
#~ msgid "Features"
#~ msgstr "Característiques"
#~ msgid "Singular Lodges"
#~ msgstr "Allotjaments singulars"
#~ msgctxt "campsite type"
#~ msgid "Translations"
#~ msgstr "Traduccions"
#~ msgid "Surroundings"
#~ msgstr "Entorn"
Make home page’s carousel manageable via the database I debated with myself whether to create the home_carousel relation or rather if it would be better to have a single carousel relation for all pages. However, i thought that it would be actually harder to maintain a single relation because i would need an additional column to tell one carrousel from another, and what would that column be? An enum? A foreign key to another relation? home_carousel carries no such issues. I was starting to duplicate logic all over the packages, such as the way to encode media paths or “localization” (l10n) input fields. Therefore, i refactorized them. In the case of media path, i added a function that accepts rows of media, because always need the same columns from the row, and it was yet another repetition if i needed to pass them all the time. Plus, these kind of functions can be called as `table.function`, that make them look like columns from the table; if PostgreSQL implemented virtual generated columns, i would have used that instead. I am not sure whether that media_path function can be immutable. An immutable function is “guaranteed to return the same results given the same arguments forever”, which would be true if the inputs where the hash and the original_filename columns, instead of the whole rows, but i left it as static because i did not know whether PostgreSQL interprets the “same row but with different values” as a different input. That is, whether PostgreSQL’s concept of row is the actual tuple or the space that has a rowid, irrespective of contents; in the latter case, the function can not be immutable. Just to be in the safe side, i left it stable. The home page was starting to grow a bit too much inside the app package, new that it has its own admin handler, and moved it all to a separate package.
2023-09-14 23:05:38 +00:00
#~ msgid "Legend"
#~ msgstr "Llegenda"
#~ msgctxt "input"
#~ msgid "Title"
#~ msgstr "Títol"
#~ msgctxt "title"
#~ msgid "Pages"
#~ msgstr "Pàgines"
#~ msgctxt "action"
#~ msgid "Add Page"
#~ msgstr "Afegeix pàgina"
#~ msgctxt "header"
#~ msgid "Title"
#~ msgstr "Títol"