Accounting. The right mistake … that one-digit error can crash the company and send the offenders off to jail. How do accountants deal with that sensitivity? Well, they have disciplines.
Accounting. The right mistake … that one-digit error can crash the company and send the offenders off to jail. How do accountants deal with that sensitivity? Well, they have disciplines.
Accounting. The right mistake … that one-digit error can crash the company and send the offenders off to jail. How do accountants deal with that sensitivity? Well, they have disciplines.
transaction is entered two times — once on the credit side and once on the debit side. Those two transactions follow separate mathematical pathways until they end up at this wonderful subtraction on the balance sheet that has to yield to zero.
transaction is entered two times — once on the credit side and once on the debit side. Those two transactions follow separate mathematical pathways until they end up at this wonderful subtraction on the balance sheet that has to yield to zero.
transaction is entered two times — once on the credit side and once on the debit side. Those two transactions follow separate mathematical pathways until they end up at this wonderful subtraction on the balance sheet that has to yield to zero.
is: dual-entry bookkeeping. Everything is said twice — once on the test side and once on the production code side and everything runs in an execution that yields either a green bar or a red bar just like the zero on the balance sheet.
is: dual-entry bookkeeping. Everything is said twice — once on the test side and once on the production code side and everything runs in an execution that yields either a green bar or a red bar just like the zero on the balance sheet.
is: dual-entry bookkeeping. Everything is said twice — once on the test side and once on the production code side and everything runs in an execution that yields either a green bar or a red bar just like the zero on the balance sheet.
a failing test before you write any production code. • You must not write more of a test than is sufficient to fail, or fail to compile. • You must not write more production code than is sufficient to make the currently failing test pass. nano-cycle (seconds)
a failing test before you write any production code. • You must not write more of a test than is sufficient to fail, or fail to compile. • You must not write more production code than is sufficient to make the currently failing test pass. nano-cycle (seconds)
a failing test before you write any production code. • You must not write more of a test than is sufficient to fail, or fail to compile. • You must not write more production code than is sufficient to make the currently failing test pass. nano-cycle (seconds)
weeks writing code which mostly works and spend the next year "testing" and fixing many (but not all) of the bugs With TDD, you spend a year writing code which actually works. Then you do final integration testing for a few weeks.
solutions, which is commonly taken to stand for either "write everything twice" or "we enjoy typing” (http://en.wikipedia.org/wiki/Don't_repeat_yourself)
org.robolectric.manifest.AndroidMa nifest.initMetaData(AndroidManifes t.java:377).... ? Sleepy by Tomas; flickr.com/photos/tma/2438467223; CC 2.0 Don’t spent more time fixing your test setup than fixing your app Sleepy by Tomas; flickr.com/photos/tma/2438467223; CC 2.0