Which deploy did that status name?

A client says the fix is live. Tonight, three proofs, in a repository the agency or the client can open. Name the deploy that status named: the deployment id, the state, and the environment. If no status was stored, write that, and do not invent a success to fill the hole. Show a different status whose deployment id or state is not this one. Show another client's repository that does not list this deployment. If any of the three needs the person who pressed deploy, you have not named the deploy. You have a green check and a guess.

This is the deployment one status pointed at. It is not the environment gate. Which environment got that change? is the environment name, the artifact, and the time. An environment can be named while the status that claimed success points at a different deployment id. It is not the image the job ran. Which image did that deploy run? is a reference and a digest. A digest can be right while this status names a different id. It is not the release. Which release did that tag name? is a tag and a release id. A tag is not a deployment status. It is not the link a price opened, and it is not the eval a run scored. Those are different objects, and they are not this id.

None of what follows is a promise that a rebuild will match, and none of it is a legal opinion about a repository's terms. The fields below are one vendor's current samples of a deployment and of a deployment status, and the two samples do not share an id. The counts below that are a 2025 study of other people's configuration files. A percentage of Android repositories is not the deployment you opened tonight. They do tell you which numbers people mix up when they try to sound precise about a status they have not opened.

GitHub's list-deployments example and GitHub's create-deployment response print the same object, and the request that created it does not. The id is 1. The url is https://api.github.com/repos/octocat/example/deployments/1. 58 characters. sha is a84d88e7554fc1fa21bcbc4efae3c782a70d2b9d. 40 characters. ref is topic-branch. 12 characters. task is deploy. 6 characters. The create default for task is deploy, so the sample sits on the default. payload in the response is an empty object. The create request sends payload as the string { "deploy": "migrate" }. An empty object is not that string. description is Deploy request from hubot. 25 characters, and that string does match the request. original_environment is staging. 7 characters. environment is production. 10 characters. The request does not send environment. The documented default is production. staging is not production, and the request did not send staging. created_at and updated_at are both 2012-07-20T01:19:13Z. 20 characters. The gap is 0 seconds. creator login is octocat. 7 characters. The repository name example is also 7 characters, and it is not the login. creator id is 1, which is also the deployment id. The same integer is not the same object. node_id is MDEwOkRlcGxveW1lbnQx. 20 characters, the same length as the timestamp, and not a timestamp. transient_environment is false. production_environment is true. statuses_url ends in deployments/1/statuses. List is status 200. Create is status 201. Delete, when it is allowed, is 204. The list default per_page is 30 and the maximum is 100. The sample array holds 1 object. 1 is not 30, and 30 is not 100 (GitHub, REST API endpoints for deployments).

The status that a person would actually read names a different deployment. List statuses and create status both print id 1, state success, and deployment_url https://api.github.com/repos/octocat/example/deployments/42. The status url is https://api.github.com/repos/octocat/example/deployments/42/statuses/1. 70 characters. 70 is not 58. 42 is not 1. 42 minus 1 is 41, which the page does not print. The deployment's statuses_url points at deployment 1. The status object lives under deployment 42. Do not treat two urls that both contain the word deployments as one id. description is Deployment finished successfully. 33 characters. 33 is not 25. environment is production, which matches the deployment's environment and does not match original_environment staging. environment_url is https://test-branch.lab.acme.com. 32 characters. The host says test-branch. The environment string says production. test-branch is not production. target_url and log_url are the same string, https://example.com/deployment/42/output. 40 characters, the same length as the sha, and not a sha. The 42 in that path matches the status's deployment and does not match the deployment object's id 1. created_at is again 2012-07-20T01:19:13Z, so this status and that deployment print the same instant and not the same id. node_id is MDE2OkRlcGxveW1lbnRTdGF0dXMx. 28 characters. 28 is not 20. creator id is 1 again. Three objects in these samples can show the integer 1 and still be a user, a deployment, and a status (GitHub, REST API endpoints for deployment statuses).

The same pages name states and defaults the samples only partly use. The about paragraph lists six states a status can mark: error, failure, pending, in_progress, queued, and success. The sample is success. 7 characters. A later paragraph also lets you set inactive, and says a success marks prior non-transient, non-production deployments in the same environment inactive unless auto_inactive is false. inactive is not one of the six names in the about list. 6 is not 7. Setting inactive shows the deployment as destroyed. destroyed is not a value in that list of six, and it is not success. auto_merge defaults to true. The deployment response does not include auto_merge. A default you did not read is not a field you stored. required_contexts, if omitted, means every unique context. An empty array bypasses the check. Omitting the field is not the same call as sending an empty array. The create-deployment description of a merged-branch response is status 202, and a conflict is 409. 202 is not 201, and 409 is not 200. A status code on the create call is not the state string success.

The study people reach for when they want a deploy rate is a different document, and its own columns do not all add. Taher A. Ghaleb, Osamah Abduljalil, and Safwat Hassan report CI/CD configuration files in 2,557 Android projects and 4,295 YML files. Table 2's project counts are 1,670, 755, 198, and 87. 1,670 plus 755 is 2,425. 198 plus 87 is 285. 2,425 plus 285 is 2,710. 2,710 is not 2,557. The difference is 153, which the page does not print. The paper says projects can adopt more than one service, so the project columns are allowed to overlap. The file counts are 3,263, 748, 196, and 88. 3,263 plus 748 is 4,011. 196 plus 88 is 284. 4,011 plus 284 is 4,295. That addition matches. 4,295 divided by 2,557 is 1.680. The sentence says an average of 1.7 files per project. 1.7 times 2,557 is 4,346.9, which is not 4,295. A rounded 1.7 is not the quotient. The printed project shares are 65 percent, 30 percent, 8 percent, and 3 percent. 1,670 divided by 2,557 is 65.31 percent. 755 divided by 2,557 is 29.53 percent. 65 is not 65.31, and 30 is not 29.53. The file share 76 percent is 3,263 divided by 4,295, which is 75.97 percent and does round to 76. 748 divided by 4,295 is 17.42 percent. The cell prints 17 percent. Do not treat the share that rounds as the share that does not (Ghaleb, Abduljalil, and Hassan, CI/CD Configuration Practices in Open-Source Android Apps).

The deployment sentence in the same paper is a third count, and it is not a status id. They write that only 9% of projects incorporate deployment, and that 238 projects manage deployments. 238 divided by 2,557, times 100, is 9.31. 9 percent of 2,557 is 230.13. 238 is not 230. 1,223 projects, printed as 47.7 percent, use automated testing. 1,223 divided by 2,557, times 100, is 47.83. 47.83 is not 47.7. Table 5's GitHub tool row prints 13, 91, 4, 0, and a total of 118. 13 plus 91 is 104. 104 plus 4 is 108. 108 plus 0 is 108. 108 is not 118. The difference is 10, which the page does not print. The script row prints 33, 12, 4, 3, and 52. 33 plus 12 plus 4 plus 3 is 52. That row adds. Fastlane's 32, 1, 6, and 5 add to 44. Google Play's 21, 1, 3, and 2 add to 27. The row that fails is not a reason to trust the row that adds, and neither row is deployment id 1. They also say 27 of those deployment projects, 11 percent, deploy to the Play Store, and that the majority, 89 percent, do not. 27 divided by 238 is 11.34 percent. 238 minus 27 is 211. 211 divided by 238 is 88.66 percent. 11 is not 11.34, and 89 is not 88.66. 118 divided by 238 is 49.58 percent. The sentence says 50 percent. 52 divided by 238 is 21.85 percent. The sentence says 22 percent. A sentence that says 9 percent is not the state success, and 42 on a sample URL is not 238.

Do the three proofs on one real deployment, in the repository that actually holds it. First, the binding. Copy the deployment id, the status state, and the environment. If the status url contains 42 and the deployment object you opened is 1, write both, and do not collapse them because both pages say production. If original_environment is staging and environment is production, write both. A default of production is not a field the request sent. Second, the other status. A different status, with a different deployment id or a different state, is not this one. success is not inactive, and inactive is not one of the six names in the about list. A chart of 2,557 other repositories is not that second status. Third, the other repository. A list that belongs to another client does not contain this deployment id. If the only list is a shared organization and you cannot say whose repository it is, write that. A tenant you cannot name is the finding. It is not a reason to tell the client the state was success.

Three moves feel like the proof and are a second problem. Creating a new success status because the missing one was embarrassing, before you have copied the id. The call can mark older deployments inactive. It does not tell you what the previous state was if you did not copy it. Quoting 9 percent or 47.7 percent because one of them looks precise, while the status you were asked about is one object, and the 2,557 repositories that produced those figures had not opened your client's repository. Asking a model which deploy the status named. The model will pick a plausible environment. It will not open the deployment. An image digest you have not kept, while the client is arguing about what booted, is which image did that deploy run?. Opening that screen does not name this status.

The path is ordinary when an operator can open one repository without opening the next client as the way to prove it. Gigbase is a multi-tenant agency workspace: projects, teams, clients, and contracts in one place. The shape that matters here is one client you can point at, in a repository the agency or the client can open, distinct from the next client. That case is not a deployment ledger. Nothing in that sentence is a headcount, a duration, or a result figure. If the only control on the screen shows a week's merges and will not name a deployment id, you do not have this proof. You have a chart.

There is a version of this afternoon where taking the work is the wrong purchase. The work is not sold under the agency's name. The client asked to meet the builders. The room only has a slide. The buyer only wants a template. Or the buyer wants a legal opinion about who may press deploy. Those are not this proof. The criteria for the capacity itself sit on the page for a white label software development partner. That page is the offer. It does not name this deployment, and it does not rank anyone, including us.

When the deploy is real and the console cannot name the status, the missing object is specific. A record, in a repository the agency or the client can open, that shows one deployment id, one state, and one environment, shows a different status that is not that deploy, and shows another client's repository without it. A white label software development partner that expects this will put the repository in the client's organization, or in the agency's with a login the client can be shown, before the first deploy. One that needs a call in order for you to see which status was stored is telling you who holds the environment. If the first slice is a fixed capability, an AI integration sprint is the shape where the acceptance sentence can include the three proofs. If you do not yet know which accounts the current work already deploys into, a two-week AI readiness assessment maps the systems. The findings are yours. They are not a promise that 9 percent of other repositories deploy, and they are not state success.

The link a price opened, and the eval a run scored, are different objects: which link did that price open? and which eval did that run score?. Do not record either on this page. A price id is not a deployment id. A run id is not a state.

Before you tell the client the fix is live, do the three proofs and write the id. Name the deployment, the state, and the environment, or write that no status was stored. Show a different status that is not that deploy. Show another repository that does not hold it. Do not paste deployment 1 onto a status that says 42, and do not ask a model which of the environments it was. A paper can tell you what it counted in other repositories, including a GitHub row that adds to 108 where the total prints 118. The binding is the deploy you can defend.