Stay home and away from others (including people you live with who are not sick) if you have respiratory virus symptoms that aren't better explained by another cause. These symptoms can include fever, chills, fatigue, cough, runny nose, and headache, among others.*
You may be contagious. For the next 5 days: take added precaution, such as taking additional steps for cleaner air, hygiene, masks, physical distancing, and/or testing when you will be around other people indoors. This is especially important to protect people with factors that increase their risk of severe illness from respiratory viruses.
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When you have a respiratory virus infection, you can spread it to others. How long someone can spread the virus depends on different factors, including how sick they are (severity) and how long their illness lasts (duration). This is not the same for everyone.
When, for at least 24 hours, your symptoms are getting better overall and you have not had a fever (and are not using fever-reducing medication), you are typically less contagious, but it still takes more time for your body to fully get rid of the virus. During this time, you may still be able to spread the virus to others. Taking precautions for the next 5 days can help reduce this risk. After this 5-day period, you are typically much less likely to be contagious. However, some people, especially people with weakened immune systems, can continue to spread the virus for a longer period of time. For COVID-19, taking an antigen test can help you know how likely you are to spread the virus. A positive test tends to mean it is more likely that you can spread the virus to others.
*Symptoms may include but are not limited to chest discomfort, chills, cough, decrease in appetite, diarrhea, fatigue (tiredness), fever or feeling feverish, headache, muscle or body aches, new loss of taste or smell, runny or stuffy nose, sneezing, sore throat, vomiting, weakness, wheezing.
CDC offers separate, specific guidance for healthcare settings (COVID-19, flu, and general infection prevention and control). Federal civil rights laws may require reasonable modifications or reasonable accommodations in various circumstances. Nothing in this guidance is intended to detract from or supersede those laws.
If a single Deferred is passed to jQuery.when(), its Promise object (a subset of the Deferred methods) is returned by the method. Additional methods of the Promise object can be called to attach callbacks, such as deferred.then. When the Deferred is resolved or rejected, usually by the code that created the Deferred originally, the appropriate callbacks will be called. For example, the jqXHR object returned by jQuery.ajax() is a Promise-compatible object and can be used this way:
If a single argument is passed to jQuery.when() and it is not a Deferred or a Promise, it will be treated as a resolved Deferred and any doneCallbacks attached will be executed immediately. The doneCallbacks are passed the original argument. In this case any failCallbacks you might set are never called since the Deferred is never rejected. For example:
In the case where multiple Deferred objects are passed to jQuery.when(), the method returns the Promise from a new "master" Deferred object that tracks the aggregate state of all the Deferreds it has been passed. The method will resolve its master Deferred as soon as all the Deferreds resolve, or reject the master Deferred as soon as one of the Deferreds is rejected. If the master Deferred is resolved, the doneCallbacks for the master Deferred are executed. The arguments passed to the doneCallbacks provide the resolved values for each of the Deferreds, and matches the order the Deferreds were passed to jQuery.when(). For example:
In the event a Deferred was resolved with no value, the corresponding doneCallback argument will be undefined. If a Deferred resolved to a single value, the corresponding argument will hold that value. In the case where a Deferred resolved to multiple values, the corresponding argument will be an array of those values. For example:
In the multiple-Deferreds case where one of the Deferreds is rejected, jQuery.when() immediately fires the failCallbacks for its master Deferred. Note that some of the Deferreds may still be unresolved at that point. The arguments passed to the failCallbacks match the signature of the failCallback for the Deferred that was rejected. If you need to perform additional processing for this case, such as canceling any unfinished Ajax requests, you can keep references to the underlying jqXHR objects in a closure and inspect/cancel them in the failCallback.
In a playbook, you may want to execute different tasks or have different goals, depending on the value of a fact (data about the remote system), a variable, or the result of a previous task. You may want the value of some variables to depend on the value of other variables. Or you may want to create additional groups of hosts based on whether the hosts match other criteria. You can do all of these things with conditionals.
The simplest conditional statement applies to a single task. Create the task, then add a when statement that applies a test. The when clause is a raw Jinja2 expression without double curly braces (see group_by_module). When you run the task or playbook, Ansible evaluates the test for all hosts. On any host where the test passes (returns a value of True), Ansible runs that task. For example, if you are installing mysql on multiple machines, some of which have SELinux enabled, you might have a task to configure SELinux to allow mysql to run. You would only want that task to run on machines that have SELinux enabled:
Often you want to execute or skip a task based on facts. Facts are attributes of individual hosts, including IP address, operating system, the status of a filesystem, and many more. With conditionals based on facts:
Often in a playbook, you want to execute or skip a task based on the outcome of an earlier task. For example, you might want to configure a service after it is upgraded by an earlier task. To create a conditional based on a registered variable:
You create the name of the registered variable using the register keyword. A registered variable always contains the status of the task that created it as well as any output that the task generated. You can use registered variables in templates and action lines as well as in conditional when statements. You can access the string contents of the registered variable using variable.stdout. For example:
You can use registered results in the loop of a task if the variable is a list. If the variable is not a list, you can convert it into a list, with either stdout_lines or with variable.stdout.split(). You can also split the lines by other fields:
This is especially useful in combination with the conditional import of vars files (see below).As the examples show, you do not need to use {{ }} to use variables inside conditionals, as these are already implied.
If you combine a when statement with a loop, Ansible processes the condition separately for each item. This is by design, so you can execute the task on some items in the loop and skip it on other items. For example:
You can provide your own facts, as described in Should you develop a module?. To run them, just make a call to your own custom fact gathering module at the top of your list of tasks, and the variables returned there will be accessible for future tasks:
You can use conditionals with reusable tasks files, playbooks, or roles. Ansible executes these conditional statements differently for dynamic reuse (includes) and static reuse (imports). See Re-using Ansible artifacts for more information on reuse in Ansible.
When you add a conditional to an import statement, Ansible applies the condition to all tasks within the imported file. This behavior is the equivalent of Tag inheritance: adding tags to multiple tasks. Ansible applies the condition to every task and evaluates each task separately. For example, if you want to define and then display a variable that was not previously defined, you might have a playbook called main.yml and a tasks file called other_tasks.yml:
If x is initially defined, both tasks are skipped as intended. But if x is initially undefined, the debug task will be skipped since the conditional is evaluated for every imported task. The conditional will evaluate to true for the set_fact task, which will define the variable and cause the debug conditional to evaluate to false.
When you use a conditional on an include_* statement, the condition is applied only to the include task itself and not to any other tasks within the included file(s). To contrast with the example used for conditionals on imports above, look at the same playbook and tasks file, but using an include instead of an import:
By using include_tasks instead of import_tasks, both tasks from other_tasks.yml will be executed as expected. For more information on the differences between include v import see Re-using Ansible artifacts.
Add a condition or conditions to individual tasks or blocks within the role itself. This is the only approach that allows you to select or skip some tasks within the role based on your when statement. To select or skip tasks within the role, you must have conditions set on individual tasks or blocks, use the dynamic include_role in your playbook, and add the condition or conditions to the include. When you use this approach, Ansible applies the condition to the include itself plus any tasks in the role that also have that when statement.
Sometimes the facts about a host determine the values you want to use for certain variables or even the file or template you want to select for that host. For example, the names of packages are different on CentOS and Debian. The configuration files for common services are also different on different OS flavors and versions. To load different variables files, templates, or other files based on a fact about the hosts: 152ee80cbc
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