{
	"data": "ENC[AES256_GCM,data:/AlHr8FWgL/3UVZz+ooas6yKxrmpP33TfX4K1N4YkiyCJnES2GP8JAe6RTraITbbzqFJeFVIxDlvXnO3JKEFNCha+T5dlUbJV32TO8e0ZbaFzvPgfDwRARAQl84u/e72VeT+FxTsHpO8npiwcj8ujUZLswCyg/wxBCUQtSCnR1BQk574O/kzT6vASV/BprLqsTLKxglQtqJdhpnaVhYnoDr9Q2vycCLSu0Mjwzcj9y9LzbjSugA0T7jFath6kRjSoUz4ox90Rny9dvyhkSf8eTos4/JXlu7xZ1U58UBbEREjy44PWOOCxp0l5ZtRXPxMgP2gh9SbxuvffZ42oja8Fvr8YDXbQe5dS+/4XebmdGvrFPty4RcOFCo=,iv:Db8IE4J+6GXjPo2NFszAO0UsP2bzdpzuiNo5RpamTD8=,tag:fE+iqSFPwoon/02EVjqg1w==,type:str]",
	"sops": {
		"kms": null,
		"gcp_kms": null,
		"azure_kv": null,
		"hc_vault": null,
		"age": null,
		"lastmodified": "2023-03-23T23:58:29Z",
		"mac": "ENC[AES256_GCM,data:E9TtWjyNGu+hOflCO+gZ0eOBuP6N53hxaYJQy37QBkALriTbPxnEn97tztolHVi9z5wihc9s6JeZk18nlGThHFSESKbKvCLv0p+rEKxQmrv3PJFomjlK9aeGpjO8M7zQr2qOO7qqB95QPxFmG60PUlMjbOktj1Ew9AnPI0AJY1E=,iv:8J0YNpJmHC+d57dSrKhLEtD6GGrFpf/E2zZIFmHSzU0=,tag:nE6a6+2VU9xbLgE75gwbPQ==,type:str]",
		"pgp": [
			{
				"created_at": "2022-10-24T07:40:37Z",
				"enc": "-----BEGIN PGP MESSAGE-----\n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\ntikgnCKxQGVlhVw+Ws7FDu9yqcgY5V7KLtvJ/DC/l+Fz0A==\n=mWRv\n-----END PGP MESSAGE-----",
				"fp": "D520AC8D7C9692125B2BBD3A1AFD10256B3C714D"
			},
			{
				"created_at": "2022-10-24T07:40:37Z",
				"enc": "-----BEGIN PGP MESSAGE-----\n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\nWAK1KJIUCLOhwYd3igJJw8RBzJEf5HDZolfeAVFqHRLEBSR4By4QAzw=\n=qkjY\n-----END PGP MESSAGE-----\n",
				"fp": "B2EEB25AFB4C3A2EC7FAC3A43676C8DC50D24FF6"
			}
		],
		"unencrypted_suffix": "_unencrypted",
		"version": "3.7.3"
	}
}