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I know use 'create_table' can solve this problem, but this is just what I want to know: What is the magic behind create_table(:id=>false)? How can I get the same effect without using create_table(:id=>false)?

If you have an ArcGIS Enterprise license , you can legally use the basemaps listed under "For use without an API key" - and your application does not need to specify an API key.

@LeandroAlmeida - does this help clarify?

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I'm asking all these questions because if we can just ship out a code without any API/token reference that's the way we will take it since we won't have to deal with another endpoint to handle authentication (we are using client_credentials tokens).

Is it possible to generate a RSA key without giving pass phrase, since I am not sure how the /etc/init.d/httpd script will start the HTTP server without human intervention (i.e. If I give a 4 character pass phrase, it expects me to provide this while starting the Apache HTTP server).

Here is how it works. Omitting -des3 as in the answer by @MadHatter is not enough in this case to create a private key without passphrase. It is enough for this purpose in the openssl rsa ("convert a private key") command referred to by @MadHatter and the openssl genrsa ("create a private key") command. Just not for for the openssl req command here. We additionally need -nodes ("No DES encryption of server.key please!").

I have a keyboard without the NumLock key. The keyboard is a Dell wireless one, similar to the MAC one. It has a clear key rather than NumLock like in older keyboards.How can I toggle the NumLock on and off?

In that case, it is more correct to call it a table, not a relation, as you did in your question, and note that several RDBMS in effect can manage not-relations, allowing tables without any constraint of uniqueness, even if this case is very uncommon, and produces problem (anomalies) when operating on the data.

The coronavirus pandemic caused major economic and health care disruptions; however, unlike during previous downturns, the coverage expansions put in place by the Affordable Care Act (ACA) served as a safety net for people who lost jobs and access to health coverage. The ACA sought to address the gaps in our health care system that left millions of people without health insurance by extending Medicaid coverage to many low-income individuals and providing subsidies for Marketplace coverage for individuals below 400% of the federal poverty level (FPL). In addition, policies adopted during the pandemic, including the requirement that states maintain continuous enrollment for Medicaid enrollees and the enhanced subsidies in the Marketplace, protected people against coverage losses and improved the affordability of private coverage, making it easier for low-income individuals most affected by the pandemic to gain and retain coverage. As a result, after increasing for three straight years from 2017 to 2019, the number of nonelderly uninsured individuals dropped by nearly 1.5 million from 28.9 million in 2019 to 27.5 million in 2021, and the uninsured rate decreased from 10.9% in 2019 to 10.2% in 2021.

After several years of coverage losses prior to the start of the pandemic, the uninsured rate dropped from 2019 to 2021, driven largely by increases in Medicaid coverage as well as increases in non-group Marketplace coverage during the pandemic. Coverage gains were larger among nonelderly Hispanic and Asian people compared to their White counterparts and among low-income individuals and those in working families versus those at higher incomes and those without a worker in the family.

Most of the 27.5 million people who are uninsured are nonelderly adults, in working families, in families with low incomes and six in ten are people of color. Reflecting geographic variation in income and the availability of public coverage, most uninsured people live in the South or West. In addition, most who are uninsured have been without coverage for long periods of time. (See Appendix Table B for detailed data on characteristics of the uninsured population.)

Most of the nonelderly in the U.S. obtain health insurance through an employer, but not all workers are offered employer-sponsored coverage or, if offered, can afford their share of the premiums. Medicaid covers many low-income individuals; however, Medicaid eligibility for adults remains limited in some states that have not adopted the ACA expansion. With the Medicaid continuous enrollment requirement in place during the PHE, Medicaid coverage increased in many states. While financial assistance for Marketplace coverage is available for many moderate-income people, few people can afford to purchase private coverage without financial assistance.

Largely due to policies put in place during the COVID-19 pandemic to stabilize coverage, the number of people without health insurance dropped in 2021. The coverage gains were driven primarily by increases in Medicaid coverage due to the continuous enrollment requirement that has been in effect since the start of the pandemic. The increases in Medicaid as well as smaller gains in nongroup coverage offset declines in employer coverage, leading to the drop in the number of uninsured and the uninsured rate. While the improvements in coverage were widespread, they were particularly large for Hispanic people, those in low-income families, and among people in working families, including those with only part-time workers in the family.

If I have an algorithm,RSA-Crack(), that, for a given RSA public key (n,e), is able to decrypt 1% of the messages encrypted with that key (without knowledge of the corresponding private key).Can there be an efficient algorithm that uses RSA-Crack() as a building block, and can decrypt any message - without knowing the private key.

The twin-field quantum key distribution (TFQKD) protocol and its variants, e.g., phase-matching (PM) QKD and TFQKD based on sending or not sending, are highly attractive since they are able to overcome the well-known rate-loss limit for QKD protocols without a repeater: R=O(), with standing for the channel transmittance. However, all these protocols require active phase randomization and postselection that play an essential role together in their security proof. Counterintuitively, we find that in TFQKD, beating the rate-loss limit is still possible even if phase randomization and postselection in the coding mode are both removed, which means our final secure key rate R=O(). Furthermore, our protocol is more feasible in practice and more promising according to its higher final key rate in the valid distance. Our security proof counters a collective attack and can also counter a coherent attack in the asymptotical case.

When you map a New cdt to data store without having a primary key, Appian automatically creates a new column for primary key i.e. a_id. This new column is not accessible to for use. You need to recreate a cdt for view, you can also add a manual auto-increment in the database like,

SELECT CAST(ROW_NUMBER() OVER(ORDER BY column_Name) AS INT) AS PRIMARY_KEY ,* FROM( View ) A

You can still think in terms of foreign key relationships; of parent tables and child tables; of rows referencing each other. You can structure your tables in the exact same way without FOREIGN KEY constraints as you would with the constraints. It's just how these relationships are enforced that changes.

Without FOREIGN KEY constraints, the situation is very much the same, It is possible to DELETE a parent row without deleting its dependent children rows. A child row JOINed with a respective (deleted) parent row comes out empty. There is no IS NOT NULL to help you, but identifying those rows is still trivial. Similarly, there is little or no damage in keeping those rows around for a while.

To add to the other answers, there is also dodecaphony, or twelve-tone technique, a method to compose music explicitly without a key by trying to give equal weight to all 12 notes of the western scale.

Is it possible to compose a melody without a key? Of course. That was the whole point of the Second Viennese School. Of course, it is possible not to be tonal (which implies a specific framework of relationships surrounding one central pitch) and still to be centric (which implies that a pitch is central, but the "Western" tonal framework around it is still not there). It is also possible to have multiple pitches serve as centric (an example is polytonality, though it is possible to eschew tonality and still have polycentrism).

This, along with the idea of relative minors and other substitutions, allows people to 'justify' all kinds of interesting changes, without even doing a ton of modulation. Consider the fairly common chord progressions of I -> III7 -> IV, or I -> III7 -> vi. Or to contextualize them a little bit, C -> E7 -> F // C -> E7 -> Amin. E7 contains a G#, which is not in C Ionian or A Aeolian; however, it is the V7 of an A minor chord. With A minor being relative to C major, as well as being squarely between F major and C major on the circle of fifths, sort of gives it what I'd consider an 'auditory seal of approval'. (I'm sure there's a better term for what's occurring there, but really think about it; F + A minor = a neatly stacked Fmaj7. C + A minor = C6, but it's got a big M6 between the root and the 6. This doesn't result in the death of a family member or anything, but it is just interesting food for thought IMO.)

This has gone on to inform a lot of genres' approach to music. Consider every cookie-cutter forgettable Top 40 'hard rock' band you've ever heard which makes use of drop-D tuning and that Eb5 power chord to 'return' to the D5. That's chord substitution without the tritone interval to 'justify or explain' the placement of a b2 in a 'key' that would otherwise have sounded to relative to D minor instead of "D diminished, until it isn't." The tonic might be D, but that's not a key, it's a note.

A key signature simply tells you seven of the twelve normal tones the song is written to use. You wouldn't be able to write down a song in normal notation without establishing what tone the spaces and lines on the staff meant. be457b7860