* Initial commit * Remove arrow function params from identifiers * Remove invalid identifiers from extracted identifiers * Remove invalid identifiers which are derived from function params and variable declarations * Fix typo error * Correctly remove invalid identifiers * Remove invalid names from identifier list * fix build failure * Add Promise to list of unacceptable entity name * Keep track of unreferenced identifiers in bindings * Add Global scope object names as unusable entity names * Keep track of unreferenced identifiers * Prevent traversal of data tree for addition of new paths and entities * Sync linting in trigger fields * Support linting of invalid properties * Fix linting reactivity bug in trigger field * Remove unused objects * Fix conflict in merging * Lint jsobject body for function change * Remove unused map from tests * Code cleanup * Modify jest tests * Update jest tests * Fix cypress tests * Code cleanup * Support linting of multiple bindings * Set squiggle line as long as invalid property length * Add jest tests * Minor code refactor * Move ast to shared repo * Rename confusing identifiers * Improve naming of functions and their return values * move shared widget validation utils and constants to shared folder * Add jest test for invalid entity names * Add cypress tests * Modify test comment * Extend list of dedicated worker scope identifiers * Resolve code review comments * Resolve review comments * Annonate code where necessary * Code refactor * Improve worker global scope object * Code refactor * Fix merge conflict * Code refactor * Minor bug fix * Redundant commit to retrigger vercel build * Add null checks to dependecy chain |
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| .. | ||
| ast | ||
| .gitignore | ||
| build-shared-dep.js | ||
| install-dependencies.js | ||
| package.json | ||
| Readme.md | ||
| shared-dependencies.json | ||
| verify-shared-dep.js | ||
Shared Dependencies
We wanted to share common logic with different applications within our repo, so we picked yarn symlinks as our approach to tackle this problem. Following are the way in which you can take advantage of the module sharing architecture.
Creation of a Shared Module
- Create a directory inside
shareddirectory with name eg.abc - Inside
package.jsonof module, keep the name like@shared/abc - Add a rollup config to generate
package.jsonafter the module is build
Installation of Shared Modules
- Add an entry for an application inside
shared-dependencies.jsoneg. forclientthere should be an entry"client": [] - Add the name of the shared module in the entry of the application in the above file eg.
"client": ["@shared/abc"] - If the application does not have any postinstall or preinstall scripts for shared modules then add the two commands described below in the application's (eg.
client)package.json:"postinstall": "CURRENT_SCOPE=client node ../shared/install-dependencies.js""preinstall": "CURRENT_SCOPE=client node ../shared/build-shared-dep.js"CURRENT_SCOPE is the environment variable that's being used in the scripts
Verifying the Installed Shared Modules
- Run
yarn run verifyinsideshareddirectory to verify shared dependencies for an application.
Command link-package
yarn install: installs packagesrollup -c: Module bundler bundles the package and creates a buildcd build: Change the present working directorycp -R ../node_modules ./node_modules: copies its own node_modules directory to its build directory to make sure its own version dependencies do not mismatch when its installed in other directories as shared moduleyarn link: Creates a link for the package to make it available for other directories to use.