From ca57412281b8ce3fa997d9833b7285c1b75164ea Mon Sep 17 00:00:00 2001 From: docs-bot <77750099+docs-bot@users.noreply.github.com> Date: Tue, 1 Aug 2023 16:30:04 -0700 Subject: [PATCH] Update OpenAPI Description (#40101) Co-authored-by: Joe Clark <31087804+jc-clark@users.noreply.github.com> --- src/github-apps/lib/config.json | 2 +- src/rest/data/fpt-2022-11-28/schema.json | 16 ++++++++-------- src/rest/data/ghae/schema.json | 4 ++-- src/rest/data/ghec-2022-11-28/schema.json | 16 ++++++++-------- src/rest/data/ghes-3.6/schema.json | 10 +++++----- src/rest/data/ghes-3.7/schema.json | 10 +++++----- src/rest/data/ghes-3.8/schema.json | 10 +++++----- src/rest/data/ghes-3.9-2022-11-28/schema.json | 10 +++++----- src/rest/lib/config.json | 2 +- src/webhooks/lib/config.json | 2 +- 10 files changed, 41 insertions(+), 41 deletions(-) diff --git a/src/github-apps/lib/config.json b/src/github-apps/lib/config.json index 8460e977f5..278757d82e 100644 --- a/src/github-apps/lib/config.json +++ b/src/github-apps/lib/config.json @@ -60,5 +60,5 @@ "2022-11-28" ] }, - "sha": "be35f587277120cef36dbfbf30d545825dd65044" + "sha": "902841d79e04ac06ca03c8499a6fe4d32cd39370" } \ No newline at end of file diff --git a/src/rest/data/fpt-2022-11-28/schema.json b/src/rest/data/fpt-2022-11-28/schema.json index b70176c43f..020746ca70 100644 --- a/src/rest/data/fpt-2022-11-28/schema.json +++ b/src/rest/data/fpt-2022-11-28/schema.json @@ -5342,7 +5342,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the admin:org scope to use this endpoint.\nIf the repository is private, you must use an access token with the repo scope.\nGitHub Apps must have the secrets organization permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

*Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the admin:org scope to use this endpoint.\nIf the repository is private, you must use an access token with the repo scope.\nGitHub Apps must have the secrets organization permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -7157,7 +7157,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -7679,7 +7679,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an environment secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an environment secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -183127,7 +183127,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. You must authenticate using an access\ntoken with the admin:org scope to use this endpoint.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access\ntoken with the admin:org scope to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", @@ -191043,7 +191043,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. You must authenticate using an access\ntoken with the repo scope to use this endpoint. GitHub Apps must have write access to the codespaces_secrets\nrepository permission to use this endpoint.

\n

Example of encrypting a secret using Node.js:

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example of encrypting a secret using Python:

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example of encrypting a secret using C#:

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example of encrypting a secret using Ruby:

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access\ntoken with the repo scope to use this endpoint. GitHub Apps must have write access to the codespaces_secrets\nrepository permission to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", @@ -191515,7 +191515,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates a secret for a user's codespace with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the codespace or codespace:secrets scope to use this endpoint. User must also have Codespaces access to use this endpoint.

\n

GitHub Apps must have write access to the codespaces_user_secrets user permission and codespaces_secrets repository permission on all referenced repositories to use this endpoint.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates a secret for a user's codespace with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the codespace or codespace:secrets scope to use this endpoint. User must also have Codespaces access to use this endpoint.

\n

GitHub Apps must have write access to the codespaces_user_secrets user permission and codespaces_secrets repository permission on all referenced repositories to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", @@ -223015,7 +223015,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. You must authenticate using an access\ntoken with the admin:org scope to use this endpoint. GitHub Apps must have the dependabot_secrets organization\npermission to use this endpoint.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access\ntoken with the admin:org scope to use this endpoint. GitHub Apps must have the dependabot_secrets organization\npermission to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", @@ -224675,7 +224675,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. You must authenticate using an access\ntoken with the repo scope to use this endpoint. GitHub Apps must have the dependabot_secrets repository\npermission to use this endpoint.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access\ntoken with the repo scope to use this endpoint. GitHub Apps must have the dependabot_secrets repository\npermission to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", diff --git a/src/rest/data/ghae/schema.json b/src/rest/data/ghae/schema.json index 0198177164..57866e1023 100644 --- a/src/rest/data/ghae/schema.json +++ b/src/rest/data/ghae/schema.json @@ -4553,7 +4553,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the admin:org scope to use this endpoint.\nIf the repository is private, you must use an access token with the repo scope.\nGitHub Apps must have the secrets organization permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

*Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the admin:org scope to use this endpoint.\nIf the repository is private, you must use an access token with the repo scope.\nGitHub Apps must have the secrets organization permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -6368,7 +6368,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", diff --git a/src/rest/data/ghec-2022-11-28/schema.json b/src/rest/data/ghec-2022-11-28/schema.json index 88b5bc222d..08f6015854 100644 --- a/src/rest/data/ghec-2022-11-28/schema.json +++ b/src/rest/data/ghec-2022-11-28/schema.json @@ -6282,7 +6282,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the admin:org scope to use this endpoint.\nIf the repository is private, you must use an access token with the repo scope.\nGitHub Apps must have the secrets organization permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

*Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the admin:org scope to use this endpoint.\nIf the repository is private, you must use an access token with the repo scope.\nGitHub Apps must have the secrets organization permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -8097,7 +8097,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -8619,7 +8619,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an environment secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an environment secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -194826,7 +194826,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. You must authenticate using an access\ntoken with the admin:org scope to use this endpoint.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access\ntoken with the admin:org scope to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", @@ -202742,7 +202742,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. You must authenticate using an access\ntoken with the repo scope to use this endpoint. GitHub Apps must have write access to the codespaces_secrets\nrepository permission to use this endpoint.

\n

Example of encrypting a secret using Node.js:

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example of encrypting a secret using Python:

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example of encrypting a secret using C#:

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example of encrypting a secret using Ruby:

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access\ntoken with the repo scope to use this endpoint. GitHub Apps must have write access to the codespaces_secrets\nrepository permission to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", @@ -203214,7 +203214,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates a secret for a user's codespace with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the codespace or codespace:secrets scope to use this endpoint. User must also have Codespaces access to use this endpoint.

\n

GitHub Apps must have write access to the codespaces_user_secrets user permission and codespaces_secrets repository permission on all referenced repositories to use this endpoint.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates a secret for a user's codespace with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the codespace or codespace:secrets scope to use this endpoint. User must also have Codespaces access to use this endpoint.

\n

GitHub Apps must have write access to the codespaces_user_secrets user permission and codespaces_secrets repository permission on all referenced repositories to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", @@ -234714,7 +234714,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. You must authenticate using an access\ntoken with the admin:org scope to use this endpoint. GitHub Apps must have the dependabot_secrets organization\npermission to use this endpoint.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access\ntoken with the admin:org scope to use this endpoint. GitHub Apps must have the dependabot_secrets organization\npermission to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", @@ -236374,7 +236374,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. You must authenticate using an access\ntoken with the repo scope to use this endpoint. GitHub Apps must have the dependabot_secrets repository\npermission to use this endpoint.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access\ntoken with the repo scope to use this endpoint. GitHub Apps must have the dependabot_secrets repository\npermission to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", diff --git a/src/rest/data/ghes-3.6/schema.json b/src/rest/data/ghes-3.6/schema.json index 1763b1a595..1628d4d005 100644 --- a/src/rest/data/ghes-3.6/schema.json +++ b/src/rest/data/ghes-3.6/schema.json @@ -5704,7 +5704,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the admin:org scope to use this endpoint.\nIf the repository is private, you must use an access token with the repo scope.\nGitHub Apps must have the secrets organization permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

*Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the admin:org scope to use this endpoint.\nIf the repository is private, you must use an access token with the repo scope.\nGitHub Apps must have the secrets organization permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -7327,7 +7327,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -7849,7 +7849,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an environment secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an environment secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -172520,7 +172520,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. You must authenticate using an access\ntoken with the admin:org scope to use this endpoint. GitHub Apps must have the dependabot_secrets organization\npermission to use this endpoint.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access\ntoken with the admin:org scope to use this endpoint. GitHub Apps must have the dependabot_secrets organization\npermission to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", @@ -174119,7 +174119,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. You must authenticate using an access\ntoken with the repo scope to use this endpoint. GitHub Apps must have the dependabot_secrets repository\npermission to use this endpoint.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access\ntoken with the repo scope to use this endpoint. GitHub Apps must have the dependabot_secrets repository\npermission to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", diff --git a/src/rest/data/ghes-3.7/schema.json b/src/rest/data/ghes-3.7/schema.json index b5cd72b7cc..750f50c152 100644 --- a/src/rest/data/ghes-3.7/schema.json +++ b/src/rest/data/ghes-3.7/schema.json @@ -6470,7 +6470,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the admin:org scope to use this endpoint.\nIf the repository is private, you must use an access token with the repo scope.\nGitHub Apps must have the secrets organization permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

*Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the admin:org scope to use this endpoint.\nIf the repository is private, you must use an access token with the repo scope.\nGitHub Apps must have the secrets organization permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -8096,7 +8096,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -8618,7 +8618,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an environment secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an environment secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -174969,7 +174969,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. You must authenticate using an access\ntoken with the admin:org scope to use this endpoint. GitHub Apps must have the dependabot_secrets organization\npermission to use this endpoint.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access\ntoken with the admin:org scope to use this endpoint. GitHub Apps must have the dependabot_secrets organization\npermission to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", @@ -176571,7 +176571,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. You must authenticate using an access\ntoken with the repo scope to use this endpoint. GitHub Apps must have the dependabot_secrets repository\npermission to use this endpoint.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access\ntoken with the repo scope to use this endpoint. GitHub Apps must have the dependabot_secrets repository\npermission to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", diff --git a/src/rest/data/ghes-3.8/schema.json b/src/rest/data/ghes-3.8/schema.json index 63237f5808..a0a319515d 100644 --- a/src/rest/data/ghes-3.8/schema.json +++ b/src/rest/data/ghes-3.8/schema.json @@ -6491,7 +6491,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the admin:org scope to use this endpoint.\nIf the repository is private, you must use an access token with the repo scope.\nGitHub Apps must have the secrets organization permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

*Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the admin:org scope to use this endpoint.\nIf the repository is private, you must use an access token with the repo scope.\nGitHub Apps must have the secrets organization permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -8117,7 +8117,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -8639,7 +8639,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an environment secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an environment secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -184745,7 +184745,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. You must authenticate using an access\ntoken with the admin:org scope to use this endpoint. GitHub Apps must have the dependabot_secrets organization\npermission to use this endpoint.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access\ntoken with the admin:org scope to use this endpoint. GitHub Apps must have the dependabot_secrets organization\npermission to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", @@ -186347,7 +186347,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. You must authenticate using an access\ntoken with the repo scope to use this endpoint. GitHub Apps must have the dependabot_secrets repository\npermission to use this endpoint.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access\ntoken with the repo scope to use this endpoint. GitHub Apps must have the dependabot_secrets repository\npermission to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", diff --git a/src/rest/data/ghes-3.9-2022-11-28/schema.json b/src/rest/data/ghes-3.9-2022-11-28/schema.json index 81a0e3eb98..d9ad0a5c40 100644 --- a/src/rest/data/ghes-3.9-2022-11-28/schema.json +++ b/src/rest/data/ghes-3.9-2022-11-28/schema.json @@ -6491,7 +6491,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the admin:org scope to use this endpoint.\nIf the repository is private, you must use an access token with the repo scope.\nGitHub Apps must have the secrets organization permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

*Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the admin:org scope to use this endpoint.\nIf the repository is private, you must use an access token with the repo scope.\nGitHub Apps must have the secrets organization permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -8292,7 +8292,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -8814,7 +8814,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an environment secret with an encrypted value. Encrypt your secret using\nLibSodium.

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an environment secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access token with the repo scope to use this endpoint.\nGitHub Apps must have the secrets repository permission to use this endpoint.\nAuthenticated users must have collaborator access to a repository to create, update, or read secrets.

", "statusCodes": [ { "httpStatusCode": "201", @@ -186588,7 +186588,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. You must authenticate using an access\ntoken with the admin:org scope to use this endpoint. GitHub Apps must have the dependabot_secrets organization\npermission to use this endpoint.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates an organization secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access\ntoken with the admin:org scope to use this endpoint. GitHub Apps must have the dependabot_secrets organization\npermission to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", @@ -188234,7 +188234,7 @@ } ], "previews": [], - "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. You must authenticate using an access\ntoken with the repo scope to use this endpoint. GitHub Apps must have the dependabot_secrets repository\npermission to use this endpoint.

\n

Example encrypting a secret using Node.js

\n

Encrypt your secret using the libsodium-wrappers library.

\n
const sodium = require('libsodium-wrappers')\nconst secret = 'plain-text-secret' // replace with the secret you want to encrypt\nconst key = 'base64-encoded-public-key' // replace with the Base64 encoded public key\n\n//Check if libsodium is ready and then proceed.\nsodium.ready.then(() => {\n  // Convert Secret & Base64 key to Uint8Array.\n  let binkey = sodium.from_base64(key, sodium.base64_variants.ORIGINAL)\n  let binsec = sodium.from_string(secret)\n\n  //Encrypt the secret using LibSodium\n  let encBytes = sodium.crypto_box_seal(binsec, binkey)\n\n  // Convert encrypted Uint8Array to Base64\n  let output = sodium.to_base64(encBytes, sodium.base64_variants.ORIGINAL)\n\n  console.log(output)\n});\n
\n

Example encrypting a secret using Python

\n

Encrypt your secret using pynacl with Python 3.

\n
from base64 import b64encode\nfrom nacl import encoding, public\n\ndef encrypt(public_key: str, secret_value: str) -> str:\n  \"\"\"Encrypt a Unicode string using the public key.\"\"\"\n  public_key = public.PublicKey(public_key.encode(\"utf-8\"), encoding.Base64Encoder())\n  sealed_box = public.SealedBox(public_key)\n  encrypted = sealed_box.encrypt(secret_value.encode(\"utf-8\"))\n  return b64encode(encrypted).decode(\"utf-8\")\n
\n

Example encrypting a secret using C#

\n

Encrypt your secret using the Sodium.Core package.

\n
var secretValue = System.Text.Encoding.UTF8.GetBytes(\"mySecret\");\nvar publicKey = Convert.FromBase64String(\"2Sg8iYjAxxmI2LvUXpJjkYrMxURPc8r+dB7TJyvvcCU=\");\n\nvar sealedPublicKeyBox = Sodium.SealedPublicKeyBox.Create(secretValue, publicKey);\n\nConsole.WriteLine(Convert.ToBase64String(sealedPublicKeyBox));\n
\n

Example encrypting a secret using Ruby

\n

Encrypt your secret using the rbnacl gem.

\n
require \"rbnacl\"\nrequire \"base64\"\n\nkey = Base64.decode64(\"+ZYvJDZMHUfBkJdyq5Zm9SKqeuBQ4sj+6sfjlH4CgG0=\")\npublic_key = RbNaCl::PublicKey.new(key)\n\nbox = RbNaCl::Boxes::Sealed.from_public_key(public_key)\nencrypted_secret = box.encrypt(\"my_secret\")\n\n# Print the base64 encoded secret\nputs Base64.strict_encode64(encrypted_secret)\n
", + "descriptionHTML": "

Creates or updates a repository secret with an encrypted value. Encrypt your secret using\nLibSodium. For more information, see \"Encrypting secrets for the REST API.\"

\n

You must authenticate using an access\ntoken with the repo scope to use this endpoint. GitHub Apps must have the dependabot_secrets repository\npermission to use this endpoint.

", "statusCodes": [ { "httpStatusCode": "201", diff --git a/src/rest/lib/config.json b/src/rest/lib/config.json index 9d51c2b606..dc5786c708 100644 --- a/src/rest/lib/config.json +++ b/src/rest/lib/config.json @@ -33,5 +33,5 @@ ] } }, - "sha": "be35f587277120cef36dbfbf30d545825dd65044" + "sha": "902841d79e04ac06ca03c8499a6fe4d32cd39370" } \ No newline at end of file diff --git a/src/webhooks/lib/config.json b/src/webhooks/lib/config.json index a31a3897c1..a551a2d769 100644 --- a/src/webhooks/lib/config.json +++ b/src/webhooks/lib/config.json @@ -1,3 +1,3 @@ { - "sha": "be35f587277120cef36dbfbf30d545825dd65044" + "sha": "902841d79e04ac06ca03c8499a6fe4d32cd39370" } \ No newline at end of file