/dports/sysutils/istio/istio-1.6.7/vendor/github.com/open-policy-agent/opa/docs/book/ |
H A D | docker-authorization.md | 46 ## Steps section in Docker Authorization 48 ### 1. Create an empty policy definition that will allow all requests. 62 ### 2. Run the opa-docker-authz plugin and then open another terminal. 72 ### 3. Reconfigure Docker. 105 ### 5. Test that the policy definition is working. 166 ### 7. Test the policy is working by running a simple container: 185 ### <a name="identify-user"></a> 8. Identify the user in Docker requests. 213 ### 9. Update the policy to include basic user access controls. 243 ### 10. Attempt to run a container. 251 ### 11. Change the user to "alice" and re-run the container. [all …]
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H A D | http-api-authorization.md | 20 ## Steps section in HTTP API Authorization 22 ### 1. Bootstrap the tutorial environment using Docker Compose. 87 ### 2. Load a policy into OPA. 127 ### 3. Check that `alice` can see her own salary. 135 ### 4. Check that `bob` can see `alice`'s salary (because `bob` is `alice`'s manager.) 141 ### 5. Check that `bob` CANNOT see `charlie`'s salary. 149 ### 6. Change the policy. 186 ### 7. Check that the new policy works. 196 ### 8. (Optional) Use JSON Web Tokens to communicate policy data.
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H A D | kubernetes-admission-control.md | 16 ## Steps section in Kubernetes Admission Control 18 ### 1. Start Kubernetes recommended Admisson Controllers enabled 39 ### 2. Create a new Namespace to deploy OPA into 54 ### 3. Deploy OPA on top of Kubernetes 140 ### 4. Define a policy and load it into OPA via Kubernetes 154 ### 5. Exercise the policy 231 ### 6. Modify the policy and exercise the changes
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H A D | terraform.md | 28 ## Steps section in Terraform Testing 30 ### 1. Create and save a Terraform plan 70 ### 2. Convert the Terraform plan into JSON 147 ### 3. Write the OPA policy to check the plan 251 ### 4. Evaluate the OPA policy on the Terraform plan 273 ### 5. Create a Large Terraform plan and Evaluate it 343 ### 6. (Optional) Run OPA as a daemon and evaluate policy
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H A D | get-started.md | 56 ## Steps section in Get Started 58 ### 1. Make sure you can run the REPL on your machine. 152 ### 2. Create a data file and a policy module. 198 ### 3. Run the REPL with the data file and policy module as input. 262 ### 4. Import and export documents. 287 ### 5. Define a rule to identify servers in violation of our security policy.
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H A D | ssh-and-sudo-authorization.md | 40 ## Steps section in SSH and sudo Authorization 42 ### 1. Bootstrap the tutorial environment using Docker Compose. 98 ### 2. Load policies and data into OPA. 234 ### 3. SSH and sudo as a user with the `admin` role. 256 ### 4. SSH as a user without the `admin` role. 280 ### 5. Elevate a user's rights through policy.
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H A D | kafka-authorization.md | 24 ## Steps section in Kafka Authorization 26 ### 1. Bootstrap the tutorial environment using Docker Compose. 147 … policy to restrict consumer access to topics containing Personally Identifiable Information (PII). 237 ### 3. Exercise the policy that restricts consumer access to topics containing PII. 291 ### 4. Extend the policy to prevent services from accidentally writing to topics with large fanout. 332 ### 5. Exercise the policy that restricts producer access to topics with high fanout.
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/dports/www/pomerium/pomerium-0.8.3/vendor/github.com/open-policy-agent/opa/docs/content/ |
H A D | docker-authorization.md | 51 ## Steps section 57 ### 1. Create an empty policy definition that will allow all requests. 75 ### 2. Install the opa-docker-authz plugin. 97 ### 4. Run a simple Docker command to make sure everything is still working. 106 ### 5. Test that the policy definition is working. 143 …cy to reject requests with the unconfined [seccomp](https://en.wikipedia.org/wiki/Seccomp) profile: 292 ### 7. Test the policy is working by running a simple container: 311 ### <a name="identify-user"></a> 8. Identify the user in Docker requests. 339 ### 9. Update the policy to include basic user access controls. 368 ### 10. Attempt to run a container. [all …]
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H A D | http-api-authorization.md | 24 ## Steps section 26 ### 1. Bootstrap the tutorial environment using Docker Compose. 95 ### 2. Load a policy into OPA. 137 ### 3. Check that `alice` can see her own salary. 169 ### 4. Check that `bob` can see `alice`'s salary (because `bob` is `alice`'s manager.) 175 ### 5. Check that `bob` CANNOT see `charlie`'s salary. 183 ### 6. Change the policy. 220 ### 7. Check that the new policy works. 230 ### 8. (Optional) Use JSON Web Tokens to communicate policy data.
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H A D | terraform.md | 31 ## Steps section 33 ### 1. Create and save a Terraform plan 74 ### 2. Convert the Terraform plan into JSON 440 ### 3. Write the OPA policy to check the plan 549 ### 4. Evaluate the OPA policy on the Terraform plan 583 ### 5. Create a Large Terraform plan and Evaluate it 653 ### 6. (Optional) Run OPA as a daemon and evaluate policy
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H A D | envoy-authorization.md | 19 ## Steps section 21 ### 1. Start Minikube 27 ### 2. Create ConfigMap containing configuration for Envoy 101 ### 3. Define a OPA policy 196 ### 4. Create App Deployment with OPA and Envoy sidecars 281 ### 5. Create a Service to expose HTTP server 304 ### 6. Exercise the OPA policy
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H A D | ssh-and-sudo-authorization.md | 44 ## Steps section 46 ### 1. Bootstrap the tutorial environment using Docker Compose. 107 ### 2. Load policies and data into OPA. 242 ### 3. SSH and sudo as a user with the `admin` role. 264 ### 4. SSH as a user without the `admin` role. 288 ### 5. Elevate a user's rights through policy.
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/dports/security/gopass/gopass-1.13.0/docs/ |
H A D | setup.md | 72 ### Set up a GPG key pair 101 ### Git and GPG 140 ### MacOS 177 ### Gentoo 199 ### Arch Linux 205 ### Windows 223 ### Installing from Source 235 ### Securing Your Editor 303 ### Enable fish completion 313 ### dmenu / rofi support [all …]
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/dports/security/vault/vault-1.8.2/vendor/github.com/hashicorp/nomad/website/source/guides/operating-a-job/advanced-scheduling/ |
H A D | preemption-service-batch.html.md | 53 ## Steps section in Preemption for Service and Batch Jobs 55 ### Step 1: Create a Job with Low Priority 110 ### Step 2: Run the Low Priority Job 141 ### Step 3: Create a Job with High Priority 193 ### Step 4: Try to Run `redis.nomad` 253 ### Step 5: Enable Service Job Preemption 316 ### Step 6: Try Running `redis.nomad` Again 377 ### Step 7: Stop the Redis Job
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H A D | affinity.html.md | 41 ## Steps section in Expressing Job Placement Preferences with Affinities 43 ### Step 1: Place One of the Client Nodes in a Different Datacenter 74 ### Step 2: Create a Job with the `affinity` Stanza 125 ### Step 3: Register the Job `redis.nomad` 143 ### Step 4: Check the Status of the `redis` Job 171 ### Step 5: Obtain Detailed Scoring Information on Job Placement
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H A D | spread.html.md | 41 ## Steps section in Increasing Failure Tolerance with Spread 43 ### Step 1: Place One of the Client Nodes in a Different Datacenter 75 ### Step 2: Create a Job with the `spread` Stanza 131 ### Step 3: Register the Job `redis.nomad` 156 ### Step 4: Check the Status of the `redis` Job 188 ### Step 5: Obtain Detailed Scoring Information on Job Placement
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/dports/graphics/opencv/opencv-4.5.3/doc/tutorials/introduction/linux_gcc_cmake/ |
H A D | linux_gcc_cmake.markdown | 24 Steps section in Using OpenCV with gcc and CMake {#tutorial_linux_gcc_cmake} 27 ### Create a program using OpenCV 60 ### Create a CMake file 71 ### Generate the executable 79 ### Result
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/dports/shells/ion/ion-a8872014dbce730ccd00aaa722397dc394a52bf4/cargo-crates/line_drawing-0.7.0/src/ |
H A D | steps.rs | 34 pub struct Steps<T, I> { struct 39 impl<T: Copy, I: Iterator<Item = T>> Steps<T, I> { implementation 49 impl<T: Copy, I: Iterator<Item = T>> Iterator for Steps<T, I> { implementation
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/dports/games/abstreet/abstreet-0.2.9-49-g74aca40c0/cargo-crates/line_drawing-0.7.0/src/ |
H A D | steps.rs | 34 pub struct Steps<T, I> { struct 39 impl<T: Copy, I: Iterator<Item = T>> Steps<T, I> { implementation 49 impl<T: Copy, I: Iterator<Item = T>> Iterator for Steps<T, I> { implementation
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/dports/games/dose-response/dose-response-179c326/cargo-crates/line_drawing-0.7.0/src/ |
H A D | steps.rs | 34 pub struct Steps<T, I> { struct 39 impl<T: Copy, I: Iterator<Item = T>> Steps<T, I> { implementation 49 impl<T: Copy, I: Iterator<Item = T>> Iterator for Steps<T, I> { implementation
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/dports/graphics/opencv/opencv-4.5.3/doc/js_tutorials/js_setup/js_usage/ |
H A D | js_usage.markdown | 4 Steps section in Using OpenCV.js {#tutorial_js_usage} 9 ### Create a web page 43 ### Include OpenCV.js 61 ### Use OpenCV.js
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/dports/www/gitlab-workhorse/gitlab-foss-0a901d60f8ae4a60c04ae82e6e9c3a03e9321417/doc/user/project/pages/custom_domains_ssl_tls_certification/ |
H A D | index.md | 43 ### Steps subsection 48 #### 1. Add a custom domain to Pages 60 #### 2. Get the verification code 67 #### 3. Set up DNS records for Pages 160 #### 4. Verify the domain's ownership 283 #### Steps subsubsection
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/dports/lang/gcc6-aux/gcc-6-20180516/libjava/classpath/gnu/xml/xpath/ |
H A D | XPathParser.y | 283 if ($2 instanceof Steps) variable 302 if ($2 instanceof Steps) variable 324 if ($1 instanceof Steps) variable 343 if ($1 instanceof Steps) variable 556 if ($3 instanceof Steps) variable 575 if ($3 instanceof Steps) variable 600 if ($1 instanceof Steps) variable
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/dports/lang/gcc48/gcc-4.8.5/libjava/classpath/gnu/xml/xpath/ |
H A D | XPathParser.y | 283 if ($2 instanceof Steps) variable 302 if ($2 instanceof Steps) variable 324 if ($1 instanceof Steps) variable 343 if ($1 instanceof Steps) variable 556 if ($3 instanceof Steps) variable 575 if ($3 instanceof Steps) variable 600 if ($1 instanceof Steps) variable
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/dports/lang/gnat_util/gcc-6-20180516/libjava/classpath/gnu/xml/xpath/ |
H A D | XPathParser.y | 283 if ($2 instanceof Steps) variable 302 if ($2 instanceof Steps) variable 324 if ($1 instanceof Steps) variable 343 if ($1 instanceof Steps) variable 556 if ($3 instanceof Steps) variable 575 if ($3 instanceof Steps) variable 600 if ($1 instanceof Steps) variable
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