Somehow found this from my documents, good for this world!
一個人一生中都要信兩種教^0^
昨天我和一個朋友聊到一句話，我覺得很有意義，每個人一生中都要信兩種教，妳知道是什麼教嗎....? 當然不是睡覺..... ^.^是不計較與不比較...... 人活著都會有許多的慾望，慾望多了，漸漸會慾求不滿，到最後就演變成為了滿足自己的慾望而去傷害別人...如果我們凡事不與人計較，便不會有口角，也不會勾心鬥角，如果我們凡事不與人比較，便不會有慾望，也不會欲求不滿，因此我們做人要謙虛，要知足，更要惜福.... 我們要把自己縮小，不斷的縮小自己，小到能將自己放入別人眼中，因為眼裡是容不下一顆沙子的，倘若能將自己縮小到放入別人眼中，讓別人都能接納妳，這樣才是真的會做人，世界這麼大，每個人都有他的過人之處，如果我們不懂得縮小自己，只是一味的覺得自己比別人厲害，這樣永遠都不會成功，永遠都不會滿足，也永遠都不會快樂.... 因為一山比一山高，所以不要去和人家比較，這不是要妳因此不求上進喔.....，是要妳懂得謙虛.... 而是要妳將心放大，去包容每一個人，從家人，朋友，甚至陌生人..... 也許我解釋得不是很好，但我體會很深.... 如果每個人都能有所體悟，都能放寬心，相信都會過得很快樂..... because.......... 知足常樂！
在星期一開始時,我的這封信告訴妳, 這個禮拜會不一樣. 好的開始就是成功的一半.^.^
祝你
天天快樂
快樂星期一
歡喜星期二
開心星期三
興奮星期四
歡笑星期五
輕鬆星期六
愉快星期天 ...
希望你天天美好愉快 !
殷字04 “^0^”
Thursday, June 10, 2004
Tuesday, June 08, 2004
Monday, June 07, 2004
The suggested solution is based on the UUID for EJB pattern, that comes out from this question:
How can universally unique primary keys can be generated in menory without requiring a database or a singleton?
Without enetring in the specifics (you can fully check out the pattern by reading the appropriate chapter), the solution is to generate a 32 digit key, encoded in hexadecimal composed as follows:
1: Unique down to the millisecond. Digits 1-8 are are the hex encoded lower 32 bits of the System.currentTimeMillis() call.
2: Unique across a cluster. Digits 9-16 are the encoded representation of the 32 bit integer of the underlying IP address.
3: Unique down to the object in a JVM. Digits 17-24 are the hex representation of the call to System.identityHashCode(), which is guaranteed to return distinct integers for distinct objects within a JVM.
4: Unique within an object within a millisecond. Finally digits 25-32 represent a random 32 bit integer generated on every method call using the cryptographically strong java.security.SecureRandom class.
How can universally unique primary keys can be generated in menory without requiring a database or a singleton?
Without enetring in the specifics (you can fully check out the pattern by reading the appropriate chapter), the solution is to generate a 32 digit key, encoded in hexadecimal composed as follows:
1: Unique down to the millisecond. Digits 1-8 are are the hex encoded lower 32 bits of the System.currentTimeMillis() call.
2: Unique across a cluster. Digits 9-16 are the encoded representation of the 32 bit integer of the underlying IP address.
3: Unique down to the object in a JVM. Digits 17-24 are the hex representation of the call to System.identityHashCode(), which is guaranteed to return distinct integers for distinct objects within a JVM.
4: Unique within an object within a millisecond. Finally digits 25-32 represent a random 32 bit integer generated on every method call using the cryptographically strong java.security.SecureRandom class.
Friday, June 04, 2004
Wednesday, June 02, 2004
Tuesday, June 01, 2004
Home / Mono
The Mono project is an open source effort sponsored by Novell to create a free implementation of the .NET Development Framework.
The Mono project is an open source effort sponsored by Novell to create a free implementation of the .NET Development Framework.
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