Files that changed from the base of the PR and between 43a8006 and 9f20295.

• apps/download-service/src/app/modules/regulation-documents/regulation-documents.controller.ts (1 hunks)
• libs/portals/admin/regulations-admin/src/components/EditBasics.tsx (5 hunks)
• libs/portals/admin/regulations-admin/src/components/EditSignature.tsx (1 hunks)
• libs/portals/admin/regulations-admin/src/components/impacts/EditCancellation.tsx (1 hunks)
• libs/portals/admin/regulations-admin/src/components/impacts/EditChange.tsx (1 hunks)
• libs/portals/admin/regulations-admin/src/state/actionHandlers.ts (1 hunks)
• libs/portals/admin/regulations-admin/src/state/types.ts (1 hunks)
• libs/portals/admin/regulations-admin/src/state/useDraftingState.ts (2 hunks)
• libs/regulations/src/lib/types-admin.ts (1 hunks)

apps/download-service/src/app/modules/regulation-documents/regulation-documents.controller.ts (1)

79-79: Ensure ministry property is defined and utilized appropriately

Verify that the RegulationPdfInput interface includes the ministry property and that draftRegulation.ministry provides the correct data. Ensure that the downstream service generateDraftRegulationPdf can handle this new property without issues to prevent potential type errors or runtime exceptions.

You can run the following script to confirm that ministry is defined in RegulationPdfInput:

Verification successful

Verify the RegulationPdfInput interface includes the ministry property

The ministry property is correctly being passed from draftRegulation.ministry to the input object in the controller, and the generateDraftRegulationPdf method in the regulations service accepts a parameter of type RegulationPdfInput. However, we couldn't locate the definition of the RegulationPdfInput interface in our search.

To ensure type safety and prevent potential runtime errors:

• Verify that the RegulationPdfInput interface is defined and includes the ministry property.
• If the interface is not found or doesn't include the ministry property, update it accordingly.

The generateDraftRegulationPdf method should be able to handle the ministry property without issues, but it's crucial to maintain consistency between the interface definition and its usage.

You can run the following script to search for the RegulationPdfInput interface definition across all TypeScript files in the project:

---

The ministry property is correctly defined in RegulationPdfInput

Good news! The ministry property is properly defined in the RegulationPdfInput type. Here's a summary of our findings:

• The RegulationPdfInput is defined as a type (not an interface) in libs/regulations/src/lib/types-admin.ts.
• The ministry property is included as an optional string: ministry?: string.
• The property is being correctly used in the controller when constructing the input object.

The implementation appears to be correct and should not cause any type errors or runtime exceptions. However, please note two points:

1. The ministry property is optional. Ensure this aligns with your business requirements.
2. Double-check that RegulationPdfInput is correctly imported in files where it's used, particularly in the controller and service files.

Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Check if 'ministry' is defined in the 'RegulationPdfInput' interface.

# Test: Search for the definition of 'RegulationPdfInput' that includes 'ministry'.
ast-grep --lang typescript --pattern $'interface RegulationPdfInput {
  $$$
  ministry: $_;
  $$$
}'

Length of output: 101

---

Script:

#!/bin/bash
# Description: Verify the existence and usage of 'ministry' property

# Search for RegulationPdfInput interface definition
echo "Searching for RegulationPdfInput interface:"
ast-grep --lang typescript --pattern 'interface RegulationPdfInput {
  $$$
}'

# Look for usage of draftRegulation.ministry in the controller file
echo -e "\nChecking usage of draftRegulation.ministry:"
rg "draftRegulation\.ministry" apps/download-service/src/app/modules/regulation-documents/regulation-documents.controller.ts

# Check generateDraftRegulationPdf function definition
echo -e "\nChecking generateDraftRegulationPdf function definition:"
ast-grep --lang typescript --pattern 'function generateDraftRegulationPdf($_) {
  $$$
}'

Length of output: 668

---

Script:

#!/bin/bash
# Description: Further investigation of RegulationPdfInput and generateDraftRegulationPdf

# Search for RegulationPdfInput interface across all TypeScript files
echo "Searching for RegulationPdfInput interface across all files:"
rg "interface RegulationPdfInput" -t ts

# Look for import statements related to RegulationPdfInput in the controller file
echo -e "\nChecking imports in the controller file:"
rg "import.*RegulationPdfInput" apps/download-service/src/app/modules/regulation-documents/regulation-documents.controller.ts

# Broader search for generateDraftRegulationPdf function or method
echo -e "\nSearching for generateDraftRegulationPdf function or method:"
rg "generateDraftRegulationPdf" -t ts

# Check for class method definition of generateDraftRegulationPdf
echo -e "\nChecking for class method definition of generateDraftRegulationPdf:"
ast-grep --lang typescript --pattern 'class $_ {
  $$$
  generateDraftRegulationPdf($_) {
    $$$
  }
  $$$
}'

Length of output: 1091

---

Script:

#!/bin/bash
# Description: Investigate generateDraftRegulationPdf implementation and input types

# Check the implementation of generateDraftRegulationPdf in the regulations service
echo "Checking generateDraftRegulationPdf implementation:"
rg -A 10 "async generateDraftRegulationPdf" libs/clients/regulations/src/lib/regulations.service.ts

# Look for type definitions or interfaces used for the input of generateDraftRegulationPdf
echo -e "\nSearching for input type of generateDraftRegulationPdf:"
rg "generateDraftRegulationPdf\s*\([^)]*\)\s*:" libs/clients/regulations/src/lib/regulations.service.ts

# Examine the controller file to see how the input object is constructed
echo -e "\nExamining input object construction in the controller:"
rg -B 5 -A 5 "this\.regulationService\.generateDraftRegulationPdf\(input\)" apps/download-service/src/app/modules/regulation-documents/regulation-documents.controller.ts

Length of output: 1457

---

Script:

#!/bin/bash
# Description: Search for RegulationPdfInput interface definition

echo "Searching for RegulationPdfInput interface definition:"
rg -A 10 "interface RegulationPdfInput" -t ts

echo -e "\nSearching for RegulationPdfInput type definition:"
rg -A 10 "type RegulationPdfInput" -t ts

echo -e "\nSearching for files importing RegulationPdfInput:"
rg "import.*RegulationPdfInput" -t ts

Length of output: 1147

libs/portals/admin/regulations-admin/src/state/actionHandlers.ts (1)

138-144: Verify that state.draft.ministry is defined and correctly typed

Ensure that the ministry field exists on state.draft and is properly defined in the DraftingState type to prevent potential runtime errors or TypeScript type issues.

Run the following script to verify the definition of the ministry field:

Verification successful

---

Verification successful: ministry field is correctly defined and used

The ministry field is properly defined in the libs/portals/admin/regulations-admin/src/state/types.ts file as:

ministry: DraftField<PlainText | undefined, 'text'>

This definition ensures that:

• The field is of type DraftField
• It can contain either a PlainText value or be undefined
• It has a type hint of 'text'

The field is consistently used across the codebase in state management and API interactions, indicating proper integration. The typing allows for cases where the ministry might not be set, which helps prevent potential runtime errors.

Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify that 'ministry' field exists in 'DraftingState' type

# Test: Use ast-grep to search for the 'ministry' field in 'DraftingState'

ast-grep --lang typescript --pattern $'interface DraftingState {
  $$$
  draft: {
    $$$
    ministry: $_
    $$$
  }
  $$$
}'

Length of output: 128

---

Script:

#!/bin/bash

# Search for DraftingState interface
echo "Searching for DraftingState interface:"
ast-grep --lang typescript --pattern 'interface DraftingState {
  $$$
}'

echo "\nSearching for 'ministry' occurrences:"
rg "ministry" --type ts -A 5 -B 5

echo "\nSearching for draft state type definitions:"
ast-grep --lang typescript --pattern 'type $_ = {
  $$$
  draft: $_
  $$$
}'

Length of output: 88148

---

Script:

#!/bin/bash

echo "Searching for RegDraftForm type definition:"
ast-grep --lang typescript --pattern 'type RegDraftForm = {
  $$$
}'

echo "\nSearching for ministry field within RegDraftForm:"
ast-grep --lang typescript --pattern 'type RegDraftForm = {
  $$$
  ministry: $_
  $$$
}'

Length of output: 372

---

Script:

#!/bin/bash

echo "Searching for any type or interface with a ministry field:"
ast-grep --lang typescript --pattern 'type $_ = {
  $$$
  ministry: $_
  $$$
}'

echo "\nSearching for ministry field definitions or usages:"
rg "ministry\s*:\s*" --type ts -A 2 -B 2

echo "\nSearching for DraftField with ministry:"
ast-grep --lang typescript --pattern 'ministry: DraftField<$_>'

Length of output: 6208

libs/portals/admin/regulations-admin/src/components/impacts/EditCancellation.tsx (1)

145-149: LGTM!

The conditional assignment of the title prop correctly handles the 'self' case.

libs/regulations/src/lib/types-admin.ts (1)

208-208: LGTM: Addition of optional 'ministry' property follows TypeScript best practices

The addition of ministry?: string to the RegulationPdfInput type is appropriate and aligns with TypeScript conventions for defining optional properties. This enhancement supports reusability across different NextJS applications and adheres to the project's guidelines for exporting types.

libs/portals/admin/regulations-admin/src/components/EditSignature.tsx (1)

162-162: Ensure all calls to getDefaultSignatureText are updated with the new parameter.

The getDefaultSignatureText function now accepts draft.ministry.value as an additional parameter. Please verify that all other calls to this function in the codebase are updated accordingly to prevent runtime errors.

You can run the following script to find any calls that might be missing the new parameter:

Verification successful

---

No action required: getDefaultSignatureText is correctly used

The review comment's concern about updating all calls to getDefaultSignatureText with the new parameter has been addressed. After a comprehensive search of the codebase, we found that:

1. The function getDefaultSignatureText is defined in libs/portals/admin/regulations-admin/src/components/EditSignature.tsx.
2. There is only one call to this function in the entire codebase, which is in the same file.
3. This call already includes both required arguments: formatDateFns and draft.ministry.value.

No other instances of this function being called were found, so no further updates are necessary.

Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Find all calls to getDefaultSignatureText with only one argument.

# Expectation: All calls should include two arguments.

ast-grep --lang typescript --pattern 'getDefaultSignatureText($_)' --type tsx

Length of output: 273

---

Script:

#!/bin/bash
# Description: Find all calls to getDefaultSignatureText with one or two arguments

# Search for calls with one argument
echo "Calls with one argument:"
ast-grep --lang typescript --pattern 'getDefaultSignatureText($_)'

# Search for calls with two arguments
echo "Calls with two arguments:"
ast-grep --lang typescript --pattern 'getDefaultSignatureText($_, $_)'

Length of output: 261

---

Script:

#!/bin/bash
# Description: Further investigation of getDefaultSignatureText usage

# Search for the definition of getDefaultSignatureText
echo "Definition of getDefaultSignatureText:"
ast-grep --lang typescript --pattern 'function getDefaultSignatureText'

# Search for any occurrences of getDefaultSignatureText
echo "Occurrences of getDefaultSignatureText:"
rg "getDefaultSignatureText" --type ts --type tsx

# If no results, search for similar function names
echo "Similar function names:"
rg "get.*Signature.*Text" --type ts --type tsx

Length of output: 806

---

Script:

#!/bin/bash
# Description: Comprehensive search for getDefaultSignatureText

# Search for different function definitions
echo "Possible definitions of getDefaultSignatureText:"
ast-grep --lang typescript --pattern 'getDefaultSignatureText = $_'
ast-grep --lang typescript --pattern 'getDefaultSignatureText($_) {$_}'

# Broad search for any mention of getDefaultSignatureText
echo "Any mentions of getDefaultSignatureText:"
rg "getDefaultSignatureText" --type-add 'tsx:*.tsx' --type-add 'ts:*.ts' --type ts --type tsx

# Search for similar function names
echo "Similar function names:"
rg "get.*Signature.*Text" --type-add 'tsx:*.tsx' --type-add 'ts:*.ts' --type ts --type tsx

Length of output: 1542

libs/portals/admin/regulations-admin/src/components/EditBasics.tsx (3)

11-11: LGTM

The addition of the Select import from @island.is/island-ui/core is appropriate.

---

14-14: LGTM

The updated imports from ../lib/messages correctly include editorMsgs as msg, errorMsgs, and m.

---

36-36: LGTM

Destructuring ministries from useDraftingState() is appropriate for accessing ministry data.

libs/portals/admin/regulations-admin/src/state/useDraftingState.ts (3)

10-10: Import 'PlainText' added appropriately.

The import of PlainText from @island.is/regulations is necessary for the setMinistry function and is correctly implemented.

---

255-258: Addition of 'setMinistry' action enhances state management.

The new setMinistry action allows for updating the ministry in the drafting state, improving the functionality of the useMakeDraftingState hook. This change adheres to TypeScript best practices for defining props and exporting types.

---

255-258: Verify that 'SET_MINISTRY' action type is handled in the reducer.

Ensure that the reducer associated with useEditDraftReducer correctly handles the SET_MINISTRY action type to update the state when setMinistry is called.

Run the following script to confirm that the SET_MINISTRY action type is implemented in the reducer:

Verification successful

---

SET_MINISTRY action is correctly handled in the custom reducer system.

The verification process has confirmed that the SET_MINISTRY action is properly handled in the codebase:

1. The action is dispatched in useDraftingState.ts.
2. The action handler is defined in actionHandlers.ts, updating the state correctly.
3. The useEditDraftReducer function in reducer.ts likely integrates these action handlers.

This custom state management approach ensures that the SET_MINISTRY action updates the state as expected.

Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Search for the 'SET_MINISTRY' action handling in the reducer.

# Test: Verify that 'SET_MINISTRY' is handled in the reducer switch cases.
rg --type ts --type js -A 5 $'case \'SET_MINISTRY\':'

Length of output: 58

---

Script:

#!/bin/bash
# Description: Locate the useEditDraftReducer function and search for SET_MINISTRY action handling

# Search for useEditDraftReducer function
echo "Searching for useEditDraftReducer function:"
rg --type ts --type js -A 10 "function useEditDraftReducer"

# Search for SET_MINISTRY occurrences
echo "Searching for SET_MINISTRY occurrences:"
rg --type ts --type js "SET_MINISTRY"

# Search for reducer-like functions handling SET_MINISTRY
echo "Searching for reducer-like functions handling SET_MINISTRY:"
rg --type ts --type js -A 5 "case .*SET_MINISTRY.*:"

Length of output: 774

---

Script:

#!/bin/bash
# Description: Examine the SET_MINISTRY action handler and state management integration

# Check the content of the SET_MINISTRY handler
echo "Content of SET_MINISTRY handler:"
rg --type ts --type js -A 5 "SET_MINISTRY: \(state, \{ value \}\) =>" libs/portals/admin/regulations-admin/src/state/actionHandlers.ts

# Look for how action handlers are used in the state management
echo "Usage of action handlers in state management:"
rg --type ts --type js -A 10 "import.*actionHandlers" libs/portals/admin/regulations-admin/src/state/useDraftingState.ts

Length of output: 619

---

Script:

#!/bin/bash
# Description: Investigate the usage of action handlers in the state management system

# Search for imports of actionHandlers in relevant files
echo "Searching for imports of actionHandlers:"
rg --type ts --type js "import.*actionHandlers"

# Look for custom hooks or functions that might use action handlers
echo "Searching for custom hooks or functions using action handlers:"
rg --type ts --type js -A 10 "function use.*Reducer|const use.*Reducer"

# Search for any references to SET_MINISTRY in useDraftingState.ts
echo "Searching for SET_MINISTRY references in useDraftingState.ts:"
rg --type ts --type js "SET_MINISTRY" libs/portals/admin/regulations-admin/src/state/useDraftingState.ts

Length of output: 1760

Files that changed from the base of the PR and between 9f20295 and b36d25e.

• libs/portals/admin/regulations-admin/src/components/EditBasics.tsx (5 hunks)
• libs/portals/admin/regulations-admin/src/lib/messages.ts (1 hunks)
• libs/portals/admin/regulations-admin/src/state/actionHandlers.ts (1 hunks)

• libs/portals/admin/regulations-admin/src/components/EditBasics.tsx
• libs/portals/admin/regulations-admin/src/state/actionHandlers.ts

libs/portals/admin/regulations-admin/src/lib/messages.ts (1)

353-356: New message 'selectMinistry' added successfully.

The message definition is correctly added and follows existing conventions.