google_translate | Google Translate API in Ruby - gem | Translation library

Looks like your situation is to be nested twice node_modules (node_modules/@opt-ui/icons/node_modules/@equinor/eds-icons), so you might have to set both @opt-ui and @equinor to re-transpile.

However, I have an idea which I'm not 100% the following way would work but it's worth trying though:

It's because trigger: and action: are more indented than alias:. They need to be on the same indentation level.

When trigger: is more indented than alias:, it is read as part of the scalar value of alias, effectively making the value of that scalar Doorbell_pressed_automation\ntrigger. However, multiline scalars, while allowed, must not be used as implicit mapping keys. Hence, when the mapping value starts after the : of trigger, you get the error that mapping values are not allowed here.

It seems that for whatever reason, the application cannot read the environmental variable correctly. Since nodejs stores all environmental variables in the process.env you could ensure that it is written by calling:

To use an SQLite Database you first design it (determine the data you want to be stored and from this the tables and columns into which that data is to be stored).

From the XML it appears that you would want the following data to be stored:-

1. name as a String (which equates to TEXT for SQLite)
2. hidden as a boolean (SQLite doesn't have a type for boolean so INTEGER could be used)
3. icon as TEXT
4. id AS INTEGER
5. nativeurl as TEXT
6. searchurl as TEXT

These will be the columns and bookmark would appear to be a natural choice for the table name (for ease the assumption is that a single table will suit).

Ideally you would do more in-depth analysis of the data and requirements, such as constraints and indexes. However, for ease of demonstration the assumption will be that id (as it probably means that it identifies a single set of the above (a row))

As a summary it sounds like you want a TABLE named bookmark that has 6 columns with column id (which we will call _id (sometimes in Android this can be required)) making up the PRIMARY KEY. The other columns as above.

To create such a table you need to create the SQL required to tell SQLite to CREATE the table. The following would suit :-

You can use this library to parse XML into your POJO file. parsing can be done in your Fragment.