This is a java version of the famous fortune game from BSD. I am writing this program in java so that people can have a platform independent version of this great utility. I am also hoping to add some features and make jfortune fun to use.
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1)Arraylists are used again but they are used more effeciently this time around. 2)jfortune now assigns probability to each file, then gets a random no. and checks that no. against the probabilities assigned and then prints a quote. This means that larger files will have a higher probability for having a quote printed from it. 3)You can tell jfortune to consider all files equally when printing out a quote. 4)the output mechanism is more modular now with one method being sent all the output. This method know if the output is to be returned as a string or is to be printed out on the console(or wherever you are running it from).
1)Arraylists are used again but they are used more effeciently this time around. 2)jfortune now assigns probability to each file, then gets a random no. and checks that no. against the probabilities assigned and then prints a quote. This means that larger files will have a higher probability for having a quote printed from it. 3)You can tell jfortune to consider all files equally when printing out a quote. 4)the output mechanism is more modular now with one method being sent all the output. This method know if the output is to be returned as a string or is to be printed out on the console(or wherever you are running it from).
1)Arraylists are used again but they are used more effeciently this time around. 2)jfortune now assigns probability to each file, then gets a random no. and checks that no. against the probabilities assigned and then prints a quote. This means that larger files will have a higher probability for having a quote printed from it. 3)You can tell jfortune to consider all files equally when printing out a quote. 4)the output mechanism is more modular now with one method being sent all the output. This method know if the output is to be returned as a string or is to be printed out on the console(or wherever you are running it from).
1)Arraylists are used again but they are used more effeciently this time around. 2)jfortune now assigns probability to each file, then gets a random no. and checks that no. against the probabilities assigned and then prints a quote. This means that larger files will have a higher probability for having a quote printed from it. 3)You can tell jfortune to consider all files equally when printing out a quote. 4)the output mechanism is more modular now with one method being sent all the output. This method know if the output is to be returned as a string or is to be printed out on the console(or wherever you are running it from).
1)Arraylists are used again but they are used more effeciently this time around. 2)jfortune now assigns probability to each file, then gets a random no. and checks that no. against the probabilities assigned and then prints a quote. This means that larger files will have a higher probability for having a quote printed from it. 3)You can tell jfortune to consider all files equally when printing out a quote. 4)the output mechanism is more modular now with one method being sent all the output. This method know if the output is to be returned as a string or is to be printed out on the console(or wherever you are running it from).
1)Arraylists are used again but they are used more effeciently this time around. 2)jfortune now assigns probability to each file, then gets a random no. and checks that no. against the probabilities assigned and then prints a quote. This means that larger files will have a higher probability for having a quote printed from it. 3)You can tell jfortune to consider all files equally when printing out a quote. 4)the output mechanism is more modular now with one method being sent all the output. This method know if the output is to be returned as a string or is to be printed out on the console(or wherever you are running it from).
1)Arraylists are used again but they are used more effeciently this time around. 2)jfortune now assigns probability to each file, then gets a random no. and checks that no. against the probabilities assigned and then prints a quote. This means that larger files will have a higher probability for having a quote printed from it. 3)You can tell jfortune to consider all files equally when printing out a quote. 4)the output mechanism is more modular now with one method being sent all the output. This method know if the output is to be returned as a string or is to be printed out on the console(or wherever you are running it from).
1)Arraylists are used again but they are used more effeciently this time around. 2)jfortune now assigns probability to each file, then gets a random no. and checks that no. against the probabilities assigned and then prints a quote. This means that larger files will have a higher probability for having a quote printed from it. 3)You can tell jfortune to consider all files equally when printing out a quote. 4)the output mechanism is more modular now with one method being sent all the output. This method know if the output is to be returned as a string or is to be printed out on the console(or wherever you are running it from).
1)Arraylists are used again but they are used more effeciently this time around. 2)jfortune now assigns probability to each file, then gets a random no. and checks that no. against the probabilities assigned and then prints a quote. This means that larger files will have a higher probability for having a quote printed from it. 3)You can tell jfortune to consider all files equally when printing out a quote. 4)the output mechanism is more modular now with one method being sent all the output. This method know if the output is to be returned as a string or is to be printed out on the console(or wherever you are running it from).
1)Arraylists are used again but they are used more effeciently this time around. 2)jfortune now assigns probability to each file, then gets a random no. and checks that no. against the probabilities assigned and then prints a quote. This means that larger files will have a higher probability for having a quote printed from it. 3)You can tell jfortune to consider all files equally when printing out a quote. 4)the output mechanism is more modular now with one method being sent all the output. This method know if the output is to be returned as a string or is to be printed out on the console(or wherever you are running it from).
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