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package github
import (
"context"
"fmt"
"strconv"
"strings"
ghcontext "github.com/github/github-mcp-server/pkg/context"
ghErrors "github.com/github/github-mcp-server/pkg/errors"
"github.com/shurcooL/githubv4"
)
// resolverFieldsPageSize is the GraphQL ProjectV2 max page size; covers most
// projects in a single round-trip.
const resolverFieldsPageSize = 100
// ResolvedFieldOption is one option on a SINGLE_SELECT project field.
type ResolvedFieldOption struct {
ID string
Name string
}
// ResolvedField contains a project's numeric database ID, GraphQL node ID, and
// type-specific options.
type ResolvedField struct {
ID string
NodeID string
Name string
DataType string
Options []ResolvedFieldOption
IsIssueField bool
IssueFieldID string
}
// projectFieldsQueryOrg fetches all fields on an org-owned project (paginated).
type projectFieldsQueryOrg struct {
Organization struct {
ProjectV2 struct {
Fields projectFieldsConnection `graphql:"fields(first: $first, after: $after)"`
} `graphql:"projectV2(number: $projectNumber)"`
} `graphql:"organization(login: $owner)"`
}
// projectFieldsQueryUser fetches all fields on a user-owned project (paginated).
type projectFieldsQueryUser struct {
User struct {
ProjectV2 struct {
Fields projectFieldsConnection `graphql:"fields(first: $first, after: $after)"`
} `graphql:"projectV2(number: $projectNumber)"`
} `graphql:"user(login: $owner)"`
}
type projectFieldNode struct {
ProjectV2Field struct {
ID githubv4.ID
DatabaseID githubv4.Int `graphql:"databaseId"`
Name githubv4.String
DataType githubv4.String
} `graphql:"... on ProjectV2Field"`
ProjectV2IterationField struct {
ID githubv4.ID
DatabaseID githubv4.Int `graphql:"databaseId"`
Name githubv4.String
DataType githubv4.String
} `graphql:"... on ProjectV2IterationField"`
ProjectV2MultiSelectField struct {
ID githubv4.ID
DatabaseID githubv4.Int `graphql:"databaseId"`
Name githubv4.String
DataType githubv4.String
} `graphql:"... on ProjectV2MultiSelectField"`
ProjectV2SingleSelectField struct {
ID githubv4.ID
DatabaseID githubv4.Int `graphql:"databaseId"`
Name githubv4.String
DataType githubv4.String
Options []struct {
ID githubv4.String
Name githubv4.String
}
} `graphql:"... on ProjectV2SingleSelectField"`
}
// projectFieldsConnection is a paginated list of project fields.
type projectFieldsConnection struct {
Nodes []projectFieldNode
PageInfo PageInfoFragment
}
// listAllProjectFields fetches every field on a project, paginating as needed.
func listAllProjectFields(ctx context.Context, gqlClient *githubv4.Client, owner, ownerType string, projectNumber int) ([]ResolvedField, error) {
all := []ResolvedField{}
var after *githubv4.String
for {
vars := map[string]any{
"owner": githubv4.String(owner),
"projectNumber": githubv4.Int(int32(projectNumber)), //nolint:gosec // Project numbers are small
"first": githubv4.Int(resolverFieldsPageSize),
"after": (*githubv4.String)(nil),
}
if after != nil {
vars["after"] = after
}
var conn projectFieldsConnection
if ownerType == "org" {
var q projectFieldsQueryOrg
if err := gqlClient.Query(ctx, &q, vars); err != nil {
return nil, fmt.Errorf("failed to list project fields: %w", err)
}
conn = q.Organization.ProjectV2.Fields
} else {
var q projectFieldsQueryUser
if err := gqlClient.Query(ctx, &q, vars); err != nil {
return nil, fmt.Errorf("failed to list project fields: %w", err)
}
conn = q.User.ProjectV2.Fields
}
for _, n := range conn.Nodes {
switch {
case n.ProjectV2SingleSelectField.ID != nil:
opts := make([]ResolvedFieldOption, 0, len(n.ProjectV2SingleSelectField.Options))
for _, o := range n.ProjectV2SingleSelectField.Options {
opts = append(opts, ResolvedFieldOption{ID: string(o.ID), Name: string(o.Name)})
}
all = append(all, ResolvedField{
ID: fmt.Sprintf("%d", n.ProjectV2SingleSelectField.DatabaseID),
NodeID: fmt.Sprintf("%v", n.ProjectV2SingleSelectField.ID),
Name: string(n.ProjectV2SingleSelectField.Name),
DataType: string(n.ProjectV2SingleSelectField.DataType),
Options: opts,
})
case n.ProjectV2IterationField.ID != nil:
all = append(all, ResolvedField{
ID: fmt.Sprintf("%d", n.ProjectV2IterationField.DatabaseID),
NodeID: fmt.Sprintf("%v", n.ProjectV2IterationField.ID),
Name: string(n.ProjectV2IterationField.Name),
DataType: string(n.ProjectV2IterationField.DataType),
})
case n.ProjectV2MultiSelectField.ID != nil:
all = append(all, ResolvedField{
ID: fmt.Sprintf("%d", n.ProjectV2MultiSelectField.DatabaseID),
NodeID: fmt.Sprintf("%v", n.ProjectV2MultiSelectField.ID),
Name: string(n.ProjectV2MultiSelectField.Name),
DataType: string(n.ProjectV2MultiSelectField.DataType),
})
case n.ProjectV2Field.ID != nil:
all = append(all, ResolvedField{
ID: fmt.Sprintf("%d", n.ProjectV2Field.DatabaseID),
NodeID: fmt.Sprintf("%v", n.ProjectV2Field.ID),
Name: string(n.ProjectV2Field.Name),
DataType: string(n.ProjectV2Field.DataType),
})
}
}
if !bool(conn.PageInfo.HasNextPage) {
break
}
end := conn.PageInfo.EndCursor
after = &end
}
return all, nil
}
func resolveFieldsByName(all []ResolvedField, owner string, projectNumber int, names []string, idParameter string) ([]ResolvedField, error) {
byName := make(map[string][]ResolvedField, len(all))
for _, field := range all {
key := strings.ToLower(field.Name)
byName[key] = append(byName[key], field)
}
resolved := make([]ResolvedField, 0, len(names))
for _, name := range names {
matches := byName[strings.ToLower(name)]
switch len(matches) {
case 0:
candidates := make([]any, 0, len(all))
for _, field := range all {
candidates = append(candidates, map[string]any{"name": field.Name, "data_type": field.DataType})
}
return nil, ghErrors.NewStructuredResolutionError(
"field_not_found",
name,
fmt.Sprintf("no project field named %q on project %s#%d", name, owner, projectNumber),
candidates,
)
case 1:
resolved = append(resolved, matches[0])
default:
candidates := make([]any, 0, len(matches))
for _, field := range matches {
candidates = append(candidates, map[string]any{"id": field.ID, "data_type": field.DataType})
}
return nil, ghErrors.NewStructuredResolutionError(
"field_ambiguous",
name,
fmt.Sprintf("multiple fields share this name; pass numeric IDs via '%s' to disambiguate", idParameter),
candidates,
)
}
}
return resolved, nil
}
// resolveProjectFieldByName resolves a field by display name. Returns a
// structured error on not-found, ambiguous, or wrong-data-type (when
// expectedDataType is set) so the agent can self-correct.
func resolveProjectFieldByName(ctx context.Context, gqlClient *githubv4.Client, owner, ownerType string, projectNumber int, fieldName, expectedDataType string) (*ResolvedField, error) {
if fieldName == "" {
return nil, fmt.Errorf("field name must not be empty")
}
all, err := listAllProjectFields(ctx, gqlClient, owner, ownerType, projectNumber)
if err != nil {
return nil, err
}
var matches []ResolvedField
for _, f := range all {
if strings.EqualFold(f.Name, fieldName) {
matches = append(matches, f)
}
}
if len(matches) == 0 {
candidates := make([]any, 0, len(all))
for _, f := range all {
candidates = append(candidates, map[string]any{
"name": f.Name,
"data_type": f.DataType,
})
}
return nil, ghErrors.NewStructuredResolutionError(
"field_not_found",
fieldName,
fmt.Sprintf("no project field named %q on project %s#%d; see candidates for available names", fieldName, owner, projectNumber),
candidates,
)
}
if len(matches) > 1 {
candidates := make([]any, 0, len(matches))
for _, f := range matches {
candidates = append(candidates, map[string]any{
"id": f.ID,
"data_type": f.DataType,
})
}
return nil, ghErrors.NewStructuredResolutionError(
"field_ambiguous",
fieldName,
"multiple fields share this name; pass updated_field.id to disambiguate",
candidates,
)
}
field := matches[0]
if expectedDataType != "" && field.DataType != expectedDataType {
return nil, ghErrors.NewStructuredResolutionError(
"wrong_field_type",
fieldName,
fmt.Sprintf("field %q has data type %q but %q was expected", fieldName, field.DataType, expectedDataType),
[]any{map[string]any{"id": field.ID, "data_type": field.DataType}},
)
}
return &field, nil
}
type projectIssueFieldMetadata struct {
IssueFieldText struct{ ID githubv4.ID } `graphql:"... on IssueFieldText"`
IssueFieldNumber struct{ ID githubv4.ID } `graphql:"... on IssueFieldNumber"`
IssueFieldDate struct{ ID githubv4.ID } `graphql:"... on IssueFieldDate"`
IssueFieldSingleSelect struct {
ID githubv4.ID
Options []struct {
ID githubv4.ID
Name githubv4.String
}
} `graphql:"... on IssueFieldSingleSelect"`
}
type projectIssueFieldMetadataConnection struct {
Nodes []struct {
TypeName githubv4.String `graphql:"__typename"`
ProjectV2Field struct {
DatabaseID githubv4.Int `graphql:"databaseId"`
IsIssueField githubv4.Boolean
IssueField projectIssueFieldMetadata
} `graphql:"... on ProjectV2Field"`
ProjectV2SingleSelectField struct {
DatabaseID githubv4.Int `graphql:"databaseId"`
IsIssueField githubv4.Boolean
IssueField projectIssueFieldMetadata
} `graphql:"... on ProjectV2SingleSelectField"`
}
PageInfo PageInfoFragment
}
type projectIssueFieldMetadataQueryOrg struct {
Organization struct {
ProjectV2 struct {
Fields projectIssueFieldMetadataConnection `graphql:"fields(first: $first, after: $after)"`
} `graphql:"projectV2(number: $projectNumber)"`
} `graphql:"organization(login: $owner)"`
}
type projectIssueFieldMetadataQueryUser struct {
User struct {
ProjectV2 struct {
Fields projectIssueFieldMetadataConnection `graphql:"fields(first: $first, after: $after)"`
} `graphql:"projectV2(number: $projectNumber)"`
} `graphql:"user(login: $owner)"`
}
func resolveIssueFieldForUpdate(ctx context.Context, gqlClient *githubv4.Client, owner, ownerType string, projectNumber int, resolved *ResolvedField) (*ResolvedField, error) {
field := *resolved
var after *githubv4.String
for {
vars := map[string]any{
"owner": githubv4.String(owner),
"projectNumber": githubv4.Int(int32(projectNumber)), //nolint:gosec // Project numbers are small
"first": githubv4.Int(resolverFieldsPageSize),
"after": (*githubv4.String)(nil),
}
if after != nil {
vars["after"] = after
}
var conn projectIssueFieldMetadataConnection
ctxWithFeatures := ghcontext.WithGraphQLFeatures(ctx, "issue_fields")
var queryErr error
if ownerType == "org" {
var q projectIssueFieldMetadataQueryOrg
queryErr = gqlClient.Query(ctxWithFeatures, &q, vars)
conn = q.Organization.ProjectV2.Fields
} else {
var q projectIssueFieldMetadataQueryUser
queryErr = gqlClient.Query(ctxWithFeatures, &q, vars)
conn = q.User.ProjectV2.Fields
}
if queryErr != nil {
if isMissingIssueFieldSchemaError(queryErr) {
return &field, nil
}
return nil, fmt.Errorf("failed to query project Issue Field metadata: %w", queryErr)
}
for _, node := range conn.Nodes {
switch string(node.TypeName) {
case "ProjectV2Field":
if fmt.Sprintf("%d", node.ProjectV2Field.DatabaseID) == field.ID {
enrichIssueField(&field, bool(node.ProjectV2Field.IsIssueField), node.ProjectV2Field.IssueField)
return &field, nil
}
case "ProjectV2SingleSelectField":
if fmt.Sprintf("%d", node.ProjectV2SingleSelectField.DatabaseID) == field.ID {
enrichIssueField(&field, bool(node.ProjectV2SingleSelectField.IsIssueField), node.ProjectV2SingleSelectField.IssueField)
return &field, nil
}
}
}
if !bool(conn.PageInfo.HasNextPage) {
break
}
end := conn.PageInfo.EndCursor
after = &end
}
return nil, ghErrors.NewStructuredResolutionError(
"missing_field_metadata",
field.Name,
fmt.Sprintf("resolved field %q is missing update metadata", field.Name),
nil,
)
}
func enrichIssueField(field *ResolvedField, isIssueField bool, metadata projectIssueFieldMetadata) {
if !isIssueField {
return
}
field.IsIssueField = true
switch field.DataType {
case "TEXT":
field.IssueFieldID = graphqlIDString(metadata.IssueFieldText.ID)
case "NUMBER":
field.IssueFieldID = graphqlIDString(metadata.IssueFieldNumber.ID)
case "DATE":
field.IssueFieldID = graphqlIDString(metadata.IssueFieldDate.ID)
case "SINGLE_SELECT":
field.IssueFieldID = graphqlIDString(metadata.IssueFieldSingleSelect.ID)
field.Options = make([]ResolvedFieldOption, 0, len(metadata.IssueFieldSingleSelect.Options))
for _, option := range metadata.IssueFieldSingleSelect.Options {
field.Options = append(field.Options, ResolvedFieldOption{
ID: graphqlIDString(option.ID),
Name: string(option.Name),
})
}
}
}
func graphqlIDString(id githubv4.ID) string {
if id == nil {
return ""
}
return fmt.Sprintf("%v", id)
}
func isMissingIssueFieldSchemaError(err error) bool {
switch err.Error() {
case "Field 'isIssueField' doesn't exist on type 'ProjectV2Field'",
"Field 'issueField' doesn't exist on type 'ProjectV2Field'",
"Field 'isIssueField' doesn't exist on type 'ProjectV2SingleSelectField'",
"Field 'issueField' doesn't exist on type 'ProjectV2SingleSelectField'",
"No such type IssueFieldText, so it cannot be a fragment condition",
"No such type IssueFieldNumber, so it cannot be a fragment condition",
"No such type IssueFieldDate, so it cannot be a fragment condition",
"No such type IssueFieldSingleSelect, so it cannot be a fragment condition":
return true
default:
return false
}
}
// resolveSingleSelectOptionByName resolves an option name to its ID on a
// SINGLE_SELECT field. Returns a structured error if not found or ambiguous.
func resolveSingleSelectOptionByName(field *ResolvedField, optionName string) (string, error) {
if field == nil {
return "", fmt.Errorf("field must not be nil")
}
if field.DataType != "SINGLE_SELECT" {
return "", ghErrors.NewStructuredResolutionError(
"wrong_field_type",
field.Name,
fmt.Sprintf("cannot resolve option name on non-SINGLE_SELECT field %q (data type %q)", field.Name, field.DataType),
nil,
)
}
var matchIDs []string
for _, o := range field.Options {
if strings.EqualFold(o.Name, optionName) {
matchIDs = append(matchIDs, o.ID)
}
}
switch len(matchIDs) {
case 0:
candidates := make([]any, 0, len(field.Options))
for _, o := range field.Options {
candidates = append(candidates, map[string]any{"name": o.Name})
}
return "", ghErrors.NewStructuredResolutionError(
"option_not_found",
optionName,
fmt.Sprintf("no option named %q on field %q; see candidates for available options", optionName, field.Name),
candidates,
)
case 1:
return matchIDs[0], nil
default:
candidates := make([]any, 0, len(matchIDs))
for _, id := range matchIDs {
candidates = append(candidates, map[string]any{"id": id})
}
return "", ghErrors.NewStructuredResolutionError(
"option_ambiguous",
optionName,
fmt.Sprintf("multiple options on field %q share the name %q", field.Name, optionName),
candidates,
)
}
}
// resolveProjectItemIDByIssueNumber resolves a (project, issue) pair to the
// project item's full database ID in one GraphQL hop. Returns a structured
// error if the issue is not an item on the project.
func resolveProjectItemIDByIssueNumber(ctx context.Context, gqlClient *githubv4.Client, owner, ownerType string, projectNumber int, issueOwner, issueRepo string, issueNumber int) (int64, error) {
_, itemID, err := resolveProjectItemByIssueNumber(ctx, gqlClient, owner, ownerType, projectNumber, issueOwner, issueRepo, issueNumber)
return itemID, err
}
func resolveProjectItemByIssueNumber(ctx context.Context, gqlClient *githubv4.Client, owner, ownerType string, projectNumber int, issueOwner, issueRepo string, issueNumber int) (nodeID string, itemID int64, err error) {
projectID, err := resolveProjectNodeID(ctx, gqlClient, owner, ownerType, projectNumber)
if err != nil {
return "", 0, err
}
return resolveProjectItemByIssueNumberWithProjectID(ctx, gqlClient, projectID, issueOwner, issueRepo, issueNumber)
}
func resolveProjectItemByIssueNumberWithProjectID(ctx context.Context, gqlClient *githubv4.Client, projectID githubv4.ID, issueOwner, issueRepo string, issueNumber int) (nodeID string, itemID int64, err error) {
type projectItemsConnection struct {
Nodes []struct {
ID githubv4.ID
FullDatabaseID githubv4.String `graphql:"fullDatabaseId"`
Project struct {
ID githubv4.ID
}
}
PageInfo PageInfoFragment
}
var firstPageQuery struct {
Repository struct {
Issue struct {
ProjectItems projectItemsConnection `graphql:"projectItems(first: 50, includeArchived: true)"`
} `graphql:"issue(number: $issueNumber)"`
} `graphql:"repository(owner: $issueOwner, name: $issueRepo)"`
}
vars := map[string]any{
"issueOwner": githubv4.String(issueOwner),
"issueRepo": githubv4.String(issueRepo),
"issueNumber": githubv4.Int(int32(issueNumber)), //nolint:gosec // Issue numbers are small
}
if err := gqlClient.Query(ctx, &firstPageQuery, vars); err != nil {
return "", 0, fmt.Errorf("failed to resolve project item for %s/%s#%d: %w", issueOwner, issueRepo, issueNumber, err)
}
projectItems := firstPageQuery.Repository.Issue.ProjectItems
for {
for _, item := range projectItems.Nodes {
if item.Project.ID == projectID {
parsedItemID, parseErr := parseInt64(string(item.FullDatabaseID))
if parseErr != nil {
return "", 0, fmt.Errorf("project item ID %q is not an integer: %w", string(item.FullDatabaseID), parseErr)
}
return fmt.Sprintf("%v", item.ID), parsedItemID, nil
}
}
if !projectItems.PageInfo.HasNextPage {
break
}
var nextPageQuery struct {
Repository struct {
Issue struct {
ProjectItems projectItemsConnection `graphql:"projectItems(first: 50, after: $after, includeArchived: true)"`
} `graphql:"issue(number: $issueNumber)"`
} `graphql:"repository(owner: $issueOwner, name: $issueRepo)"`
}
vars["after"] = projectItems.PageInfo.EndCursor
if err := gqlClient.Query(ctx, &nextPageQuery, vars); err != nil {
return "", 0, fmt.Errorf("failed to resolve project item for %s/%s#%d: %w", issueOwner, issueRepo, issueNumber, err)
}
projectItems = nextPageQuery.Repository.Issue.ProjectItems
}
return "", 0, ghErrors.NewStructuredResolutionError(
"item_not_in_project",
fmt.Sprintf("%s/%s#%d", issueOwner, issueRepo, issueNumber),
"the issue exists but is not an item on the named project; add it first via add_project_item",
nil,
)
}
// resolveItemIDFromIssueArgs reads (item_owner, item_repo, issue_number) from args
// and resolves them to a project item ID. Returns a single friendly error if any input is missing.
func resolveItemIDFromIssueArgs(ctx context.Context, gqlClient *githubv4.Client, owner, ownerType string, projectNumber int, args map[string]any) (int64, error) {
issueOwner, ownerErr := RequiredParam[string](args, "item_owner")
issueRepo, repoErr := RequiredParam[string](args, "item_repo")
issueNumber, numErr := RequiredInt(args, "issue_number")
if ownerErr != nil || repoErr != nil || numErr != nil {
return 0, fmt.Errorf("update_project_item requires either item_id, or item_owner + item_repo + issue_number to resolve the item by issue")
}
return resolveProjectItemIDByIssueNumber(ctx, gqlClient, owner, ownerType, projectNumber, issueOwner, issueRepo, issueNumber)
}
func parseInt64(s string) (int64, error) {
return strconv.ParseInt(s, 10, 64)
}
// resolveFieldNamesToIDs resolves field names to numeric IDs in one GraphQL
// hop. Fails fast with a structured error on any unresolved or ambiguous name.
func resolveFieldNamesToIDs(ctx context.Context, gqlClient *githubv4.Client, owner, ownerType string, projectNumber int, names []string, idParameter string) ([]int64, error) {
if len(names) == 0 {
return nil, nil
}
all, err := listAllProjectFields(ctx, gqlClient, owner, ownerType, projectNumber)
if err != nil {
return nil, err
}
return resolveFieldNamesToIDsFromFields(all, names, owner, projectNumber, idParameter)
}
func resolveFieldNamesToIDsFromFields(all []ResolvedField, names []string, owner string, projectNumber int, idParameter string) ([]int64, error) {
resolved, err := resolveFieldsByName(all, owner, projectNumber, names, idParameter)
if err != nil {
return nil, err
}
out := make([]int64, 0, len(names))
for i, field := range resolved {
id, parseErr := parseInt64(field.ID)
if parseErr != nil {
return nil, fmt.Errorf("resolved field %q has non-numeric ID %q; pass it via '%s' instead", names[i], field.ID, idParameter)
}
out = append(out, id)
}
return out, nil
}
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