Copilot

Overview This is a memo on methods for researching how to use Omeka S. How to Research Official Manual The official manual is the most comprehensive and reflects the most up-to-date content. https://omeka.org/s/docs/user-manual/ Chat With Copilot As a method for searching in natural language, you can use “Chat With Copilot.” Access the following repository: https://github.com/omeka/omeka-s-enduser Then click “Chat With Copilot.” You can ask questions in the chat interface shown below. ...

Overview This article introduces one example of how to edit TEI/XML files while using XSLT. Related In the following article, I introduced how to preview XSLT results using a VSCode extension. In this article, I introduce a simpler method for editing TEI/XML files while using XSLT, without using the above extension. Installing Extensions Install the following extensions in VSCode: Live Server https://marketplace.visualstudio.com/items?itemName=ritwickdey.LiveServer Scholarly XML https://marketplace.visualstudio.com/items?itemName=raffazizzi.sxml Auto Close Tag https://marketplace.visualstudio.com/items?itemName=formulahendry.auto-close-tag Additionally, the following two extensions are recommended by Scholarly XML. However, since they were inconvenient in some of my use cases, I will make them optional for now. ...

Overview I previously created a program to download Omeka S data. This time, I use AWS Copilot to run the above program on a scheduled basis. Installing AWS Copilot Please refer to the following. https://docs.aws.amazon.com/ja_jp/AmazonECS/latest/developerguide/AWS_Copilot.html Preparing Files Create three files in any location: Dockerfile, main.sh, and .env. Dockerfile F C C R O M O P D M Y s p h y . t s m h h a o i n . n : . 3 s h main.sh s e # e d d # i f # g g # c p p # c s # o m c c c # g g g g g g # c r r e x x i i f i i i d i i d h d k d p p i i i i i i d m m t p P p r r I r r c t t r p p E c i d g t t t t t t C o r o _ _ f [ m m l e $ x s m o r i $ - - i l - - - r o r t d o c c q d i i e r a p = r o r r t s a c c c p e r r e t g t o a f - - - n l l u i n n c c i y . d t d o o o u a f f r o t o d r r e o o i r s s u n . - i a d n n m s n o a r l a l f f n n r _ t t t . / p r t f f m h u $ $ u m e = s d $ e e e t a a e s . u . i i i p d d t p t e e d $ $ m o l l h . $ s g g t i i p t o o t r i d d e o l l / o r r u o _ o = r i i - - n l $ d / u u - _ _ t t l d e _ r r d d t - d i $ $ s s m t d _ d o a x t _ _ e e s - r i r d d e e o a d o o t i o t d p p . u r i i r r " o t i w l a s o o a t t t p r _ r r . . u l a r n = s t l o t h h x g e d _ _ e n p s = l h e s l a t r q a t t m a d e . o t t ] s 1 1 a u t o o a m a t . a t ; e d i a o o i e t / d p t $ $ e r s l l l e d s t r r e e / / " " o d : h e e p m t d d " $ c a / e p p i e / a o $ n s t / n o o p n $ t c e a a g _ _ t s a s m m i t d s u a e f t o a . b . . i " r h o t t d l o u l a x i " m b s t r . $ e O c d t m o i e m r $ k / _ d a n t i a o r S k o _ a l d m a u t r a a s 1 e 9 t 6 / o m e k a s _ b a c k u p . g i t .env a g u e d p i s m i i t e a r _ h r i n u u n l a r b a = m l _ m n e = u e a = h r = k d t l n a e t = a m v p h k u s t a r : t m a / p u @ / s r e d : a x e / a m < p o p l m e e e r . k s o a o r . n g o a r l g - / a o c m c e e k s a s - - s t - o s k a e n n d > b @ o g x i / t a h p u i b . c o m / < u s e r n a m e > / < r e p o s i t o r y - n a m e > . g i t The following is an explanation of the parameters. ...