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I'm not trying to alter field nullability, but I don't have the option to change that. I closed and reopened Alter Field several times and saw that below, for the first 1-2 seconds the window appears as on the left. Then the New Field is Nullable and New Field Type parameters disappear. Does anyone else have this issue?

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I used the Feature Class to Feature Class tool to export an intermediate file of the data. The tool has a built in Field Map, just like what you see in Append. From there I was able to alter the field name (right click & rename) and export the file, before I proceeded to Append in my Task using matching field names.

Right. But I'm not trying to alter the Field Nullability. ArcGIS thinks I am because by default the New Field is Nullable box is unchecked -- and my feature class does allow null values. But like illustrated in my post, that parameter disappears when loading the tool so I can't change it.

This form sets the per-column statistics-gathering target for subsequent ANALYZE operations. The target can be set in the range 0 to 10000; alternatively, set it to -1 to revert to using the system default statistics target (default_statistics_target). For more information on the use of statistics by the PostgreSQL query planner, refer to Section 14.2.

All the forms of ALTER TABLE that act on a single table, except RENAME, SET SCHEMA, ATTACH PARTITION, and DETACH PARTITION can be combined into a list of multiple alterations to be applied together. For example, it is possible to add several columns and/or alter the type of several columns in a single command. This is particularly useful with large tables, since only one pass over the table need be made.

You must own the table to use ALTER TABLE. To change the schema or tablespace of a table, you must also have CREATE privilege on the new schema or tablespace. To add the table as a new child of a parent table, you must own the parent table as well. Also, to attach a table as a new partition of the table, you must own the table being attached. To alter the owner, you must be able to SET ROLE to the new owning role, and that role must have CREATE privilege on the table's schema. (These restrictions enforce that altering the owner doesn't do anything you couldn't do by dropping and recreating the table. However, a superuser can alter ownership of any table anyway.) To add a column or alter a column type or use the OF clause, you must also have USAGE privilege on the data type.

The name (optionally schema-qualified) of an existing table to alter. If ONLY is specified before the table name, only that table is altered. If ONLY is not specified, the table and all its descendant tables (if any) are altered. Optionally, * can be specified after the table name to explicitly indicate that descendant tables are included.

Scanning a large table to verify a new foreign key or check constraint can take a long time, and other updates to the table are locked out until the ALTER TABLE ADD CONSTRAINT command is committed. The main purpose of the NOT VALID constraint option is to reduce the impact of adding a constraint on concurrent updates. With NOT VALID, the ADD CONSTRAINT command does not scan the table and can be committed immediately. After that, a VALIDATE CONSTRAINT command can be issued to verify that existing rows satisfy the constraint. The validation step does not need to lock out concurrent updates, since it knows that other transactions will be enforcing the constraint for rows that they insert or update; only pre-existing rows need to be checked. Hence, validation acquires only a SHARE UPDATE EXCLUSIVE lock on the table being altered. (If the constraint is a foreign key then a ROW SHARE lock is also required on the table referenced by the constraint.) In addition to improving concurrency, it can be useful to use NOT VALID and VALIDATE CONSTRAINT in cases where the table is known to contain pre-existing violations. Once the constraint is in place, no new violations can be inserted, and the existing problems can be corrected at leisure until VALIDATE CONSTRAINT finally succeeds.

For all ALTER queries, if alter_sync = 2 and some replicas are not active for more than the time, specified in the replication_wait_for_inactive_replica_timeout setting, then an exception UNFINISHED is thrown.

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The parameters below "Input Stimuli File" are used in the *.vec file. The first (initial ones) are working fine. Now, the alter Statement changes these design variables correctly. However it seems to have no effect on the generated stimuli for the next run. Is there a way to tell spectre to "regenerate stimuli" after design Variables are changed? Or how should I rewrite it?

Regardless of this, it doesn't work - the change in the parameter (either via alter or sweep) doesn't affect the vector read. I'd expect that if it worked for alter, it would also work for sweep (and also if it doesn't work for alter, it also wouldn't work for sweep).

The default is for spectre to run in "interactive" mode - and a parameter change will be passed to spectre in memory without it exiting and restarting - and hence the behaviour is dependent upon spectre honouring a parameter change in memory (so like an alter or a sweep). In "batch" mode, spectre exits between each run - so that should work.

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What is the difference in the 3 ways to set the value of a ref in Clojure? I've read the docs several times about ref-set, commute, and alter. I'm rather confused which ones to use at what times. Can someone provide me a short description of what the differences are and why each is needed?

ref-set is for when you don't care about the current value. Just set it to this! ref-set saves you the angst of writing something like (alter my-ref (fun [_] 4)) just to set the value of my-ref to 4. (ref-set my-ref 4) sure does look a lot better :).

Use ref-set to simply set the value.

alter is the most normal standard one. Use this function to alter the value. This is the meat of the STM. It uses the function you pass to change the value and retries if it cannot guarantee that the value was unchanged from the start of the transaction. This is very safe, even in some cases where you don't need it to be that safe, like incrementing a counter.You probably want to use alter most of the time.

commute is an optimized version of alter for those times when the order of things really does not matter. it makes no difference who added which +1 to the counter. The result is the same. If the STM is deciding if your transaction is safe to commit and it only has conflicts on commute operations and none on alter operations then it can go ahead and commit the new values without having to restart anyone. This can save the occasional transaction retry though you're not going to see huge gains from this in normal code.

Use commute when you can.

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