Amma or AMMA may refer to:
Amma (English: Mother) is a 1952 Malayalam film directed by K. Vembu and written by Nagavally R. S. Kurup. The film is based on L.V Prasad's Telugu movie Shavukar. The film was also made in Tamil and was a moderate success at the box office. It was one of the two films that enjoyed success among the 11 Malayalam films which released in 1952, the other being Prem Nazir-starrer Visappinte Vili. The cast of Amma includes Lalitha, B. S. Saroja, Aranmula Ponnamma, Thikkurissy Sukumaran Nair, M. N. Nambiar, T. S. Dorairaj, P. M. Devan, Gopalan Nair, T. S. Muthaiah and Sharma.
The film tells the tale of Lakshmi Amma, a loving mother, and her son Venu. Venu falls in love with Radha, a rich lady, and later marries her. After the marriage, Venu and Radha shifts to Madras. He manages to send some money to his mother in the beginning. But as days went, Radha intervenes and Venu is not able to send any more money to his poor mother. Meanwhile, a private moneylender from whom Lakshmi Amma had borrowed some money for Venu's marriage, kicks her out of the house. Venu brings Lakshmi Amma to his Madras residence but Radha is not ready to allow her to stay there. This creates problems and Lakshmi Amma has to leave the house. She is thrown to the streets. A lot of dramatic happenings form the rest of the story.
Amma is a 1949 Sri Lankan film directed by Sirisena Wimalaweera. It was adapted from one of his plays that bore the same name. The cast included Eddie Junior, Pearl Vasudevi, D. R. Nanayakkara and N. R. Dias and was filmed at the Neptune Studio in Madras.
It was screened at the Central Cinema in Maradana.
Story involving a mother.
Environment variables are a set of dynamic named values that can affect the way running processes will behave on a computer.
They are part of the environment in which a process runs. For example, a running process can query the value of the TEMP environment variable to discover a suitable location to store temporary files, or the HOME or USERPROFILE variable to find the directory structure owned by the user running the process.
They were introduced in their modern form in 1979 with Version 7 Unix, so are included in all Unix operating system flavors and variants from that point onward including Linux and OS X. From PC DOS 2.0 in 1982, all succeeding Microsoft operating systems including Microsoft Windows, and OS/2 also have included them as a feature, although with somewhat different syntax, usage and standard variable names.
In all Unix and Unix-like systems, each process has its own separate set of environment variables. By default, when a process is created, it inherits a duplicate environment of its parent process, except for explicit changes made by the parent when it creates the child. At the API level, these changes must be done between running fork
and exec
. Alternatively, from command shells such as bash, a user can change environment variables for a particular command invocation by indirectly invoking it via env
or using the ENVIRONMENT_VARIABLE=VALUE <command>
notation. All Unix operating system flavors, DOS, and Windows have environment variables; however, they do not all use the same variable names. A running program can access the values of environment variables for configuration purposes.
Randomness is the lack of pattern or predictability in events. A random sequence of events, symbols or steps has no order and does not follow an intelligible pattern or combination. Individual random events are by definition unpredictable, but in many cases the frequency of different outcomes over a large number of events (or "trials") is predictable. For example, when throwing two dice, the outcome of any particular roll is unpredictable, but a sum of 7 will occur twice as often as 4. In this view, randomness is a measure of uncertainty of an outcome, rather than haphazardness, and applies to concepts of chance, probability, and information entropy.
The fields of mathematics, probability, and statistics use formal definitions of randomness. In statistics, a random variable is an assignment of a numerical value to each possible outcome of an event space. This association facilitates the identification and the calculation of probabilities of the events. Random variables can appear in random sequences. A random process is a sequence of random variables whose outcomes do not follow a deterministic pattern, but follow an evolution described by probability distributions. These and other constructs are extremely useful in probability theory and the various applications of randomness.
"Random" is the first CD single from UK hip hop artist Lady Sovereign, following the release of her 12" vinyl single "Ch Ching (Cheque 1 2)" in 2004. It was her second and last single for Casual Records in 2005.
The single was Lady Sovereign's first to make the UK top 75, peaking at #73 there and spending one week within the top 75. After the single release, she was signed by Def Jam Recordings and this single is considered to be her breakthrough into the mainstream market.
"Random" was featured on an episode of The O.C. aired on April 27, 2006, playing in the background during the senior prom in Season 3, Episode 23 - "The Party Favor" and was featured as a track on Midnight Club 3: DUB Edition Remix. A remix of this song was played on the "Jamalot" episode of CSI: NY.
The first rapped line in the song references the hit song "Tipsy" by J-Kwon.
The Remixes - 12" Promo single
Every morning, it's a new surprise
don't know who I am before I roll the dice
the options is the only thing that I decide
you see, I live for the moment now
I never did before, with all and everything I sweap the floor
random I am, I never give a damn about what's gonna happen next
my wife and kids they left me and my job is just a memory
but that's the kind of price you've got to pay
if you're gonna go your own way
solving problems can be done in many ways
I don't care, I just roll the dice.
It's o.k., 'cause I just have to pretend that I am someone else.
Get rid of all the habits now that's the plan
come on and try it and you'll feel grand
the first step is the hardest step to take
imagination is the only brake
just roll the dice and everything will turn out nice
you can be who you wanna be
do what you wanna do and do it how you like