Self Signed Certificate v0.1.3, Jan 9 23

Self Signed Certificate v0.1.3 published on Monday, Jan 9, 2023 by Pulumi

tls-self-signed-cert.SelfSignedCertificate

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Self Signed Certificate v0.1.3 published on Monday, Jan 9, 2023 by Pulumi

pulumi/pulumi-tls-self-signed-cert

Example Usage

Self Signed Certificate

using System.Collections.Generic;
using Pulumi;
using TlsSelfSignedCert = Pulumi.TlsSelfSignedCert;

return await Deployment.RunAsync(() => 
{
    var cert = new TlsSelfSignedCert.SelfSignedCertificate("cert", new()
    {
        DnsName = "cert.example.com",
        ValidityPeriodHours = 807660,
        LocalValidityPeriodHours = 17520,
        Subject = %!v(PANIC=Format method: runtime error: invalid memory address or nil pointer dereference),
    });

    return new Dictionary<string, object?>
    {
        ["pem"] = cert.Pem,
        ["privateKey"] = cert.PrivateKey,
        ["caCert"] = cert.CaCert,
    };
});

package main

import (
    selfSignedCert "github.com/pulumi/pulumi-tls-self-signed-cert/sdk/go/tls-self-signed-cert"
    "github.com/pulumi/pulumi-tls/sdk/v4/go/tls"
    "github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
    pulumi.Run(func(ctx *pulumi.Context) error {
        cert, err := selfSignedCert.NewSelfSignedCertificate(ctx, "cert", &selfSignedCert.SelfSignedCertificateArgs{
            DnsName:                  pulumi.String("cert.example.com"),
            ValidityPeriodHours:      pulumi.Int(807660),
            LocalValidityPeriodHours: pulumi.Int(17520),
            Subject: tls.SelfSignedCertSubjectArgs{
                CommonName:   pulumi.String("example-cert"),
                Organization: pulumi.String("example-cert LLC"),
            },
        })
        if err != nil {
            return err
        }

        ctx.Export("pem", cert.Pem)
        ctx.Export("privateKey", cert.PrivateKey)
        ctx.Export("caCert", cert.CaCert)
    })
}

Coming soon!

import pulumi
import pulumi_tls_self_signed_cert as tls_self_signed_cert

cert = tls_self_signed_cert.SelfSignedCertificate("cert",
    dns_name="cert.example.com",
    validity_period_hours=807660,
    local_validity_period_hours=17520,
    subject=%!v(PANIC=Format method: interface conversion: interface {} is json.RawMessage, not python.PackageInfo))
pulumi.export("pem", cert.pem)
pulumi.export("privateKey", cert.private_key)
pulumi.export("caCert", cert.ca_cert)

import * as pulumi from "@pulumi/pulumi";
import * as tls_self_signed_cert from "@pulumi/tls-self-signed-cert";

const cert = new tls_self_signed_cert.SelfSignedCertificate("cert", {
    dnsName: "cert.example.com",
    validityPeriodHours: 807660,
    localValidityPeriodHours: 17520,
    subject: {
        commonName: "example-cert",
        organization: "example-cert LLC",
    },
});
export const pem = cert.pem;
export const privateKey = cert.privateKey;
export const caCert = cert.caCert;

name: tls-self-signed-cert
runtime: yaml
resources:
    cert:
        type: "tls-self-signed-cert:index:SelfSignedCertificate"
        properties:
            dnsName: "cert.example.com"
            validityPeriodHours: 807660
            localValidityPeriodHours: 17520
            subject:
                commonName: "example-cert"
                organization: "example-cert LLC"
outputs:
    pem: ${cert.pem}
    privateKey: ${cert.privateKey}
    caCert: ${cert.caCert}

Create SelfSignedCertificate Resource

Resources are created with functions called constructors. To learn more about declaring and configuring resources, see Resources.

Constructor syntax

new SelfSignedCertificate(name: string, args: SelfSignedCertificateArgs, opts?: CustomResourceOptions);

@overload
def SelfSignedCertificate(resource_name: str,
                          args: SelfSignedCertificateArgs,
                          opts: Optional[ResourceOptions] = None)

@overload
def SelfSignedCertificate(resource_name: str,
                          opts: Optional[ResourceOptions] = None,
                          local_validity_period_hours: Optional[int] = None,
                          subject: Optional[pulumi_tls.SelfSignedCertSubjectArgs] = None,
                          validity_period_hours: Optional[int] = None,
                          algorithm: Optional[Algorithm] = None,
                          allowed_uses: Optional[Sequence[AllowedUses]] = None,
                          dns_name: Optional[str] = None,
                          ecdsa_curve: Optional[EcdsaCurve] = None,
                          ip_address: Optional[str] = None,
                          rsa_bits: Optional[int] = None)

func NewSelfSignedCertificate(ctx *Context, name string, args SelfSignedCertificateArgs, opts ...ResourceOption) (*SelfSignedCertificate, error)

public SelfSignedCertificate(string name, SelfSignedCertificateArgs args, CustomResourceOptions? opts = null)

public SelfSignedCertificate(String name, SelfSignedCertificateArgs args)
public SelfSignedCertificate(String name, SelfSignedCertificateArgs args, CustomResourceOptions options)

type: tls-self-signed-cert:SelfSignedCertificate
properties: # The arguments to resource properties.
options: # Bag of options to control resource's behavior.

Parameters

name string: The unique name of the resource.
args SelfSignedCertificateArgs: The arguments to resource properties.
opts CustomResourceOptions: Bag of options to control resource's behavior.

resource_name str: The unique name of the resource.
args SelfSignedCertificateArgs: The arguments to resource properties.
opts ResourceOptions: Bag of options to control resource's behavior.

ctx Context: Context object for the current deployment.
name string: The unique name of the resource.
args SelfSignedCertificateArgs: The arguments to resource properties.
opts ResourceOption: Bag of options to control resource's behavior.

name string: The unique name of the resource.
args SelfSignedCertificateArgs: The arguments to resource properties.
opts CustomResourceOptions: Bag of options to control resource's behavior.

name String: The unique name of the resource.
args SelfSignedCertificateArgs: The arguments to resource properties.
options CustomResourceOptions: Bag of options to control resource's behavior.

Example

The following reference example uses placeholder values for all input properties.

var selfSignedCertificateResource = new TlsSelfSignedCert.SelfSignedCertificate("selfSignedCertificateResource", new()
{
    LocalValidityPeriodHours = 0,
    Subject = new Tls.Inputs.SelfSignedCertSubjectArgs
    {
        CommonName = "string",
        Country = "string",
        Locality = "string",
        Organization = "string",
        OrganizationalUnit = "string",
        PostalCode = "string",
        Province = "string",
        SerialNumber = "string",
        StreetAddresses = new[]
        {
            "string",
        },
    },
    ValidityPeriodHours = 0,
    Algorithm = TlsSelfSignedCert.Algorithm.RSA,
    AllowedUses = new[]
    {
        TlsSelfSignedCert.AllowedUses.Any_extended,
    },
    DnsName = "string",
    EcdsaCurve = TlsSelfSignedCert.EcdsaCurve.P224,
    IpAddress = "string",
    RsaBits = 0,
});

example, err := tlsselfsignedcert.NewSelfSignedCertificate(ctx, "selfSignedCertificateResource", &tlsselfsignedcert.SelfSignedCertificateArgs{
	LocalValidityPeriodHours: pulumi.Int(0),
	Subject: &tls.SelfSignedCertSubjectArgs{
		CommonName:         pulumi.String("string"),
		Country:            pulumi.String("string"),
		Locality:           pulumi.String("string"),
		Organization:       pulumi.String("string"),
		OrganizationalUnit: pulumi.String("string"),
		PostalCode:         pulumi.String("string"),
		Province:           pulumi.String("string"),
		SerialNumber:       pulumi.String("string"),
		StreetAddresses: pulumi.StringArray{
			pulumi.String("string"),
		},
	},
	ValidityPeriodHours: pulumi.Int(0),
	Algorithm:           tlsselfsignedcert.AlgorithmRSA,
	AllowedUses: tls - self - signed - cert.AllowedUsesArray{
		tlsselfsignedcert.AllowedUses_Any_extended,
	},
	DnsName:    pulumi.String("string"),
	EcdsaCurve: tlsselfsignedcert.EcdsaCurveP224,
	IpAddress:  pulumi.String("string"),
	RsaBits:    pulumi.Int(0),
})

var selfSignedCertificateResource = new SelfSignedCertificate("selfSignedCertificateResource", SelfSignedCertificateArgs.builder()        
    .localValidityPeriodHours(0)
    .subject(SelfSignedCertSubjectArgs.builder()
        .commonName("string")
        .country("string")
        .locality("string")
        .organization("string")
        .organizationalUnit("string")
        .postalCode("string")
        .province("string")
        .serialNumber("string")
        .streetAddresses("string")
        .build())
    .validityPeriodHours(0)
    .algorithm("RSA")
    .allowedUses("any_extended")
    .dnsName("string")
    .ecdsaCurve("P224")
    .ipAddress("string")
    .rsaBits(0)
    .build());

self_signed_certificate_resource = tls_self_signed_cert.SelfSignedCertificate("selfSignedCertificateResource",
    local_validity_period_hours=0,
    subject=tls.SelfSignedCertSubjectArgs(
        common_name="string",
        country="string",
        locality="string",
        organization="string",
        organizational_unit="string",
        postal_code="string",
        province="string",
        serial_number="string",
        street_addresses=["string"],
    ),
    validity_period_hours=0,
    algorithm=tls_self_signed_cert.Algorithm.RSA,
    allowed_uses=[tls_self_signed_cert.AllowedUses.ANY_EXTENDED],
    dns_name="string",
    ecdsa_curve=tls_self_signed_cert.EcdsaCurve.P224,
    ip_address="string",
    rsa_bits=0)

const selfSignedCertificateResource = new tls_self_signed_cert.SelfSignedCertificate("selfSignedCertificateResource", {
    localValidityPeriodHours: 0,
    subject: {
        commonName: "string",
        country: "string",
        locality: "string",
        organization: "string",
        organizationalUnit: "string",
        postalCode: "string",
        province: "string",
        serialNumber: "string",
        streetAddresses: ["string"],
    },
    validityPeriodHours: 0,
    algorithm: tls_self_signed_cert.Algorithm.RSA,
    allowedUses: [tls_self_signed_cert.AllowedUses.Any_extended],
    dnsName: "string",
    ecdsaCurve: tls_self_signed_cert.EcdsaCurve.P224,
    ipAddress: "string",
    rsaBits: 0,
});

type: tls-self-signed-cert:SelfSignedCertificate
properties:
    algorithm: RSA
    allowedUses:
        - any_extended
    dnsName: string
    ecdsaCurve: P224
    ipAddress: string
    localValidityPeriodHours: 0
    rsaBits: 0
    subject:
        commonName: string
        country: string
        locality: string
        organization: string
        organizationalUnit: string
        postalCode: string
        province: string
        serialNumber: string
        streetAddresses:
            - string
    validityPeriodHours: 0

SelfSignedCertificate Resource Properties

To learn more about resource properties and how to use them, see Inputs and Outputs in the Architecture and Concepts docs.

Inputs

The SelfSignedCertificate resource accepts the following input properties:

LocalValidityPeriodHours int

Number of hours, after initial issuing, that the local certificate will remain valid for.

Subject Pulumi.Tls.Inputs.SelfSignedCertSubject

The subject for which a certificate is being requested. The acceptable arguments are all optional and their naming is based upon Issuer Distinguished Names (RFC5280) section.

This type is defined in the TLS package.

ValidityPeriodHours int

Number of hours, after initial issuing, that the certificate will remain valid for.

Algorithm Pulumi.TlsSelfSignedCert.Algorithm

Name of the algorithm to use when generating the private key. Currently-supported values are RSA, ECDSA and ED25519 (default: RSA).

AllowedUses List<Pulumi.TlsSelfSignedCert.AllowedUses>

List of key usages allowed for the issued certificate. Values are defined in RFC 5280 and combine flags defined by both Key Usages and Extended Key Usages. Accepted values: any_extended, cert_signing, client_auth, code_signing, content_commitment, crl_signing, data_encipherment, decipher_only, digital_signature, email_protection, encipher_only, ipsec_end_system, ipsec_tunnel, ipsec_user, key_agreement, key_encipherment, microsoft_commercial_code_signing, microsoft_kernel_code_signing, microsoft_server_gated_crypto, netscape_server_gated_crypto, ocsp_signing, server_auth, timestamping.

DnsName string

The DNS name for which a certificate is being requested (i.e. certificate subjects).

EcdsaCurve Pulumi.TlsSelfSignedCert.EcdsaCurve

When algorithm is ECDSA, the name of the elliptic curve to use. Currently-supported values are P224, P256, P384 or P521 (default: P224).

IpAddress string

The IP address for which a certificate is being requested (i.e. certificate subjects).

RsaBits int

When algorithm is RSA, the size of the generated RSA key, in bits (default: 2048).

LocalValidityPeriodHours int

Number of hours, after initial issuing, that the local certificate will remain valid for.

Subject SelfSignedCertSubjectArgs

The subject for which a certificate is being requested. The acceptable arguments are all optional and their naming is based upon Issuer Distinguished Names (RFC5280) section.

This type is defined in the TLS package.

ValidityPeriodHours int

Number of hours, after initial issuing, that the certificate will remain valid for.

Algorithm Algorithm

Name of the algorithm to use when generating the private key. Currently-supported values are RSA, ECDSA and ED25519 (default: RSA).

AllowedUses []AllowedUses

DnsName string

The DNS name for which a certificate is being requested (i.e. certificate subjects).

EcdsaCurve EcdsaCurve

When algorithm is ECDSA, the name of the elliptic curve to use. Currently-supported values are P224, P256, P384 or P521 (default: P224).

IpAddress string

The IP address for which a certificate is being requested (i.e. certificate subjects).

RsaBits int

When algorithm is RSA, the size of the generated RSA key, in bits (default: 2048).

localValidityPeriodHours Integer

Number of hours, after initial issuing, that the local certificate will remain valid for.

subject SelfSignedCertSubject

The subject for which a certificate is being requested. The acceptable arguments are all optional and their naming is based upon Issuer Distinguished Names (RFC5280) section.

This type is defined in the TLS package.

validityPeriodHours Integer

Number of hours, after initial issuing, that the certificate will remain valid for.

algorithm Algorithm

Name of the algorithm to use when generating the private key. Currently-supported values are RSA, ECDSA and ED25519 (default: RSA).

allowedUses List<AllowedUses>

dnsName String

The DNS name for which a certificate is being requested (i.e. certificate subjects).

ecdsaCurve EcdsaCurve

When algorithm is ECDSA, the name of the elliptic curve to use. Currently-supported values are P224, P256, P384 or P521 (default: P224).

ipAddress String

The IP address for which a certificate is being requested (i.e. certificate subjects).

rsaBits Integer

When algorithm is RSA, the size of the generated RSA key, in bits (default: 2048).

localValidityPeriodHours number

Number of hours, after initial issuing, that the local certificate will remain valid for.

subject pulumiTlstypesinputSelfSignedCertSubject

The subject for which a certificate is being requested. The acceptable arguments are all optional and their naming is based upon Issuer Distinguished Names (RFC5280) section.

This type is defined in the TLS package.

validityPeriodHours number

Number of hours, after initial issuing, that the certificate will remain valid for.

algorithm Algorithm

Name of the algorithm to use when generating the private key. Currently-supported values are RSA, ECDSA and ED25519 (default: RSA).

allowedUses AllowedUses[]

dnsName string

The DNS name for which a certificate is being requested (i.e. certificate subjects).

ecdsaCurve EcdsaCurve

When algorithm is ECDSA, the name of the elliptic curve to use. Currently-supported values are P224, P256, P384 or P521 (default: P224).

ipAddress string

The IP address for which a certificate is being requested (i.e. certificate subjects).

rsaBits number

When algorithm is RSA, the size of the generated RSA key, in bits (default: 2048).

local_validity_period_hours int

Number of hours, after initial issuing, that the local certificate will remain valid for.

subject pulumi_tls.SelfSignedCertSubjectArgs

The subject for which a certificate is being requested. The acceptable arguments are all optional and their naming is based upon Issuer Distinguished Names (RFC5280) section.

This type is defined in the TLS package.

validity_period_hours int

Number of hours, after initial issuing, that the certificate will remain valid for.

algorithm Algorithm

Name of the algorithm to use when generating the private key. Currently-supported values are RSA, ECDSA and ED25519 (default: RSA).

allowed_uses Sequence[AllowedUses]

dns_name str

The DNS name for which a certificate is being requested (i.e. certificate subjects).

ecdsa_curve EcdsaCurve

When algorithm is ECDSA, the name of the elliptic curve to use. Currently-supported values are P224, P256, P384 or P521 (default: P224).

ip_address str

The IP address for which a certificate is being requested (i.e. certificate subjects).

rsa_bits int

When algorithm is RSA, the size of the generated RSA key, in bits (default: 2048).

localValidityPeriodHours Number

Number of hours, after initial issuing, that the local certificate will remain valid for.

subject Property Map

The subject for which a certificate is being requested. The acceptable arguments are all optional and their naming is based upon Issuer Distinguished Names (RFC5280) section.

This type is defined in the TLS package.

validityPeriodHours Number

Number of hours, after initial issuing, that the certificate will remain valid for.

algorithm "RSA" | "ECDSA" | "ED25519"

Name of the algorithm to use when generating the private key. Currently-supported values are RSA, ECDSA and ED25519 (default: RSA).

dnsName String

The DNS name for which a certificate is being requested (i.e. certificate subjects).

ecdsaCurve "P224" | "P256" | "P384" | "P521"

When algorithm is ECDSA, the name of the elliptic curve to use. Currently-supported values are P224, P256, P384 or P521 (default: P224).

ipAddress String

The IP address for which a certificate is being requested (i.e. certificate subjects).

rsaBits Number

When algorithm is RSA, the size of the generated RSA key, in bits (default: 2048).

Outputs

All input properties are implicitly available as output properties. Additionally, the SelfSignedCertificate resource produces the following output properties:

CaCert string: Your self signed cert.
Pem string: The PEM of your self signed cert.
PrivateKey string: The private key of your self signed cert.

CaCert string: Your self signed cert.
Pem string: The PEM of your self signed cert.
PrivateKey string: The private key of your self signed cert.

caCert String: Your self signed cert.
pem String: The PEM of your self signed cert.
privateKey String: The private key of your self signed cert.

caCert string: Your self signed cert.
pem string: The PEM of your self signed cert.
privateKey string: The private key of your self signed cert.

ca_cert str: Your self signed cert.
pem str: The PEM of your self signed cert.
private_key str: The private key of your self signed cert.

caCert String: Your self signed cert.
pem String: The PEM of your self signed cert.
privateKey String: The private key of your self signed cert.

Supporting Types

Algorithm, AlgorithmArgs

RSA: RSA
ECDSA: ECDSA
ED25519: ED25519

AlgorithmRSA: RSA
AlgorithmECDSA: ECDSA
AlgorithmED25519: ED25519

RSA: RSA
ECDSA: ECDSA
ED25519: ED25519

RSA: RSA
ECDSA: ECDSA
ED25519: ED25519

RSA: RSA
ECDSA: ECDSA
ED25519: ED25519

"RSA": RSA
"ECDSA": ECDSA
"ED25519": ED25519

AllowedUses, AllowedUsesArgs

Any_extended: any_extended
Cert_signing: cert_signing
Client_auth: client_auth
Code_signing: code_signing
Content_commitment: content_commitment
Crl_signing: crl_signing
Data_encipherment: data_encipherment
Decipher_only: decipher_only
Digital_signature: digital_signature
Email_protection: email_protection
Encipher_only: encipher_only
Ipsec_end_system: ipsec_end_system
Ipsec_tunnel: ipsec_tunnel
Ipsec_user: ipsec_user
Key_agreement: key_agreement
Key_encipherment: key_encipherment
Microsoft_commercial_code_signing: microsoft_commercial_code_signing
Microsoft_kernel_code_signing: microsoft_kernel_code_signing
Microsoft_server_gated_crypto: microsoft_server_gated_crypto
Netscape_server_gated_crypto: netscape_server_gated_crypto
Ocsp_signing: ocsp_signing
Server_auth: server_auth
Timestamping: timestamping

AllowedUses_Any_extended: any_extended
AllowedUses_Cert_signing: cert_signing
AllowedUses_Client_auth: client_auth
AllowedUses_Code_signing: code_signing
AllowedUses_Content_commitment: content_commitment
AllowedUses_Crl_signing: crl_signing
AllowedUses_Data_encipherment: data_encipherment
AllowedUses_Decipher_only: decipher_only
AllowedUses_Digital_signature: digital_signature
AllowedUses_Email_protection: email_protection
AllowedUses_Encipher_only: encipher_only
AllowedUses_Ipsec_end_system: ipsec_end_system
AllowedUses_Ipsec_tunnel: ipsec_tunnel
AllowedUses_Ipsec_user: ipsec_user
AllowedUses_Key_agreement: key_agreement
AllowedUses_Key_encipherment: key_encipherment
AllowedUses_Microsoft_commercial_code_signing: microsoft_commercial_code_signing
AllowedUses_Microsoft_kernel_code_signing: microsoft_kernel_code_signing
AllowedUses_Microsoft_server_gated_crypto: microsoft_server_gated_crypto
AllowedUses_Netscape_server_gated_crypto: netscape_server_gated_crypto
AllowedUses_Ocsp_signing: ocsp_signing
AllowedUses_Server_auth: server_auth
AllowedUsesTimestamping: timestamping

Any_extended: any_extended
Cert_signing: cert_signing
Client_auth: client_auth
Code_signing: code_signing
Content_commitment: content_commitment
Crl_signing: crl_signing
Data_encipherment: data_encipherment
Decipher_only: decipher_only
Digital_signature: digital_signature
Email_protection: email_protection
Encipher_only: encipher_only
Ipsec_end_system: ipsec_end_system
Ipsec_tunnel: ipsec_tunnel
Ipsec_user: ipsec_user
Key_agreement: key_agreement
Key_encipherment: key_encipherment
Microsoft_commercial_code_signing: microsoft_commercial_code_signing
Microsoft_kernel_code_signing: microsoft_kernel_code_signing
Microsoft_server_gated_crypto: microsoft_server_gated_crypto
Netscape_server_gated_crypto: netscape_server_gated_crypto
Ocsp_signing: ocsp_signing
Server_auth: server_auth
Timestamping: timestamping

Any_extended: any_extended
Cert_signing: cert_signing
Client_auth: client_auth
Code_signing: code_signing
Content_commitment: content_commitment
Crl_signing: crl_signing
Data_encipherment: data_encipherment
Decipher_only: decipher_only
Digital_signature: digital_signature
Email_protection: email_protection
Encipher_only: encipher_only
Ipsec_end_system: ipsec_end_system
Ipsec_tunnel: ipsec_tunnel
Ipsec_user: ipsec_user
Key_agreement: key_agreement
Key_encipherment: key_encipherment
Microsoft_commercial_code_signing: microsoft_commercial_code_signing
Microsoft_kernel_code_signing: microsoft_kernel_code_signing
Microsoft_server_gated_crypto: microsoft_server_gated_crypto
Netscape_server_gated_crypto: netscape_server_gated_crypto
Ocsp_signing: ocsp_signing
Server_auth: server_auth
Timestamping: timestamping

ANY_EXTENDED: any_extended
CERT_SIGNING: cert_signing
CLIENT_AUTH: client_auth
CODE_SIGNING: code_signing
CONTENT_COMMITMENT: content_commitment
CRL_SIGNING: crl_signing
DATA_ENCIPHERMENT: data_encipherment
DECIPHER_ONLY: decipher_only
DIGITAL_SIGNATURE: digital_signature
EMAIL_PROTECTION: email_protection
ENCIPHER_ONLY: encipher_only
IPSEC_END_SYSTEM: ipsec_end_system
IPSEC_TUNNEL: ipsec_tunnel
IPSEC_USER: ipsec_user
KEY_AGREEMENT: key_agreement
KEY_ENCIPHERMENT: key_encipherment
MICROSOFT_COMMERCIAL_CODE_SIGNING: microsoft_commercial_code_signing
MICROSOFT_KERNEL_CODE_SIGNING: microsoft_kernel_code_signing
MICROSOFT_SERVER_GATED_CRYPTO: microsoft_server_gated_crypto
NETSCAPE_SERVER_GATED_CRYPTO: netscape_server_gated_crypto
OCSP_SIGNING: ocsp_signing
SERVER_AUTH: server_auth
TIMESTAMPING: timestamping

"any_extended": any_extended
"cert_signing": cert_signing
"client_auth": client_auth
"code_signing": code_signing
"content_commitment": content_commitment
"crl_signing": crl_signing
"data_encipherment": data_encipherment
"decipher_only": decipher_only
"digital_signature": digital_signature
"email_protection": email_protection
"encipher_only": encipher_only
"ipsec_end_system": ipsec_end_system
"ipsec_tunnel": ipsec_tunnel
"ipsec_user": ipsec_user
"key_agreement": key_agreement
"key_encipherment": key_encipherment
"microsoft_commercial_code_signing": microsoft_commercial_code_signing
"microsoft_kernel_code_signing": microsoft_kernel_code_signing
"microsoft_server_gated_crypto": microsoft_server_gated_crypto
"netscape_server_gated_crypto": netscape_server_gated_crypto
"ocsp_signing": ocsp_signing
"server_auth": server_auth
"timestamping": timestamping

EcdsaCurve, EcdsaCurveArgs

P224: P224
P256: P256
P384: P384
P521: P521

EcdsaCurveP224: P224
EcdsaCurveP256: P256
EcdsaCurveP384: P384
EcdsaCurveP521: P521

P224: P224
P256: P256
P384: P384
P521: P521

P224: P224
P256: P256
P384: P384
P521: P521

P224: P224
P256: P256
P384: P384
P521: P521

"P224": P224
"P256": P256
"P384": P384
"P521": P521

Package Details

Repository: tls-self-signed-cert
License

Self Signed Certificate v0.1.3 published on Monday, Jan 9, 2023 by Pulumi

pulumi/pulumi-tls-self-signed-cert

tls-self-signed-cert.SelfSignedCertificate

On this page

On this page

Example Usage

Self Signed Certificate

Create SelfSignedCertificate Resource

Constructor syntax

Parameters

Example

SelfSignedCertificate Resource Properties

Inputs

Outputs

Supporting Types

Algorithm, AlgorithmArgs

AllowedUses, AllowedUsesArgs

EcdsaCurve, EcdsaCurveArgs

Package Details

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