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//go:build !integration

package stringutil

import (

"testing"

"github.com/stretchr/testify/assert"

"github.com/stretchr/testify/require"

)

func TestClassifyPAT(t *testing.T) {

t.Parallel()

tests := []struct {

name string

token string

expected PATType

}{

{

name: "fine-grained PAT",

token: "github_pat_abc123xyz",

expected: PATTypeFineGrained,

},

{

name: "classic PAT",

token: "ghp_abc123xyz",

expected: PATTypeClassic,

},

{

name: "OAuth token",

token: "gho_abc123xyz",

expected: PATTypeOAuth,

},

{

name: "unknown token - random string",

token: "random_token_123",

expected: PATTypeUnknown,

},

{

name: "unknown token - empty",

token: "",

expected: PATTypeUnknown,

},

{

name: "partial prefix - github_pa",

token: "github_pa_abc123",

expected: PATTypeUnknown,

},

{

name: "partial prefix - gh_",

token: "gh_abc123",

expected: PATTypeUnknown,

},

}

for _, tt := range tests {

t.Run(tt.name, func(t *testing.T) {

t.Parallel()

result := ClassifyPAT(tt.token)

assert.Equal(t, tt.expected, result, "ClassifyPAT should return correct type")

})

}

}

func TestPATType_IsFineGrained(t *testing.T) {

t.Parallel()

assert.True(t, PATTypeFineGrained.IsFineGrained(), "fine-grained should return true")

assert.False(t, PATTypeClassic.IsFineGrained(), "classic should return false")

assert.False(t, PATTypeOAuth.IsFineGrained(), "OAuth should return false")

assert.False(t, PATTypeUnknown.IsFineGrained(), "unknown should return false")

}

func TestPATType_IsValid(t *testing.T) {

t.Parallel()

assert.True(t, PATTypeFineGrained.IsValid(), "fine-grained should be valid")

assert.True(t, PATTypeClassic.IsValid(), "classic should be valid")

assert.True(t, PATTypeOAuth.IsValid(), "OAuth should be valid")

assert.False(t, PATTypeUnknown.IsValid(), "unknown should not be valid")

}

func TestValidateCopilotPAT(t *testing.T) {

t.Parallel()

tests := []struct {

name string

token string

expectError bool

errorMsg string

}{

{

name: "valid fine-grained PAT",

token: "github_pat_abc123xyz",

expectError: false,

},

{

name: "classic PAT should fail",

token: "ghp_abc123xyz",

expectError: true,

errorMsg: "classic personal access tokens",

},

{

name: "OAuth token should fail",

token: "gho_abc123xyz",

expectError: true,

errorMsg: "OAuth tokens",

},

{

name: "unknown token should fail",

token: "random_token",

expectError: true,

errorMsg: "unrecognized token format",

},

{

name: "empty token should fail",

token: "",

expectError: true,

errorMsg: "unrecognized token format",

},

}

for _, tt := range tests {

t.Run(tt.name, func(t *testing.T) {

t.Parallel()

err := ValidateCopilotPAT(tt.token)

if tt.expectError {

require.Error(t, err, "should return error for invalid token")

require.ErrorContains(t, err, tt.errorMsg, "error message should contain expected text")

} else {

assert.NoError(t, err, "should not return error for valid token")

}

})

}

}

func TestGetPATTypeDescription(t *testing.T) {

t.Parallel()

tests := []struct {

name string

token string

expected string

}{

{

name: "fine-grained PAT",

token: "github_pat_abc123",

expected: "fine-grained personal access token",

},

{

name: "classic PAT",

token: "ghp_abc123",

expected: "classic personal access token",

},

{

name: "OAuth token",

token: "gho_abc123",

expected: "OAuth token",

},

{

name: "unknown token",

token: "random",

expected: "unknown token type",

},

}

for _, tt := range tests {

t.Run(tt.name, func(t *testing.T) {

t.Parallel()

result := GetPATTypeDescription(tt.token)

assert.Equal(t, tt.expected, result, "should return correct description")

})

}

}