1berry/ruby
1
0
Fork 0
Code Issues Packages Projects Releases Wiki Activity

Update constant comments to provide values for RDoc.

Browse Source 
git-svn-id: svn+ssh://ci.ruby-lang.org/ruby/trunk@11444 b2dd03c8-39d4-4d8f-98ff-823fe69b080e
This commit is contained in:
drbrain 2006-12-31 21:15:44 +00:00
parent 4e6f681b40
commit 3443bacdc8
2 changed files with 48 additions and 25 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

5
ChangeLog
View File

@ -1,3 +1,8 @@
Mon Jan 1 06:13:11 2007 Eric Hodel <drbrain@segment7.net>
* ext/bigdecimal/bigdecimal.c: Update constant comments to provide
values for RDoc.
Mon Jan 1 06:05:55 2007 Eric Hodel <drbrain@segment7.net> Mon Jan 1 06:05:55 2007 Eric Hodel <drbrain@segment7.net>
* lib/rdoc/parsers/parse_c.rb (RDoc::C_Parser#handle_constansts): * lib/rdoc/parsers/parse_c.rb (RDoc::C_Parser#handle_constansts):

68
ext/bigdecimal/bigdecimal.c
View File

@ -1800,76 +1800,94 @@ Init_bigdecimal(void)
/* Exceptions */ /* Exceptions */
/* /*
* Determines whether overflow, underflow or zero divide result in * 0xff: Determines whether overflow, underflow or zero divide result in
* an exception being thrown. See BigDecimal.mode. * an exception being thrown. See BigDecimal.mode.
*/ */
rb_define_const(rb_cBigDecimal, "EXCEPTION_ALL",INT2FIX(VP_EXCEPTION_ALL)); rb_define_const(rb_cBigDecimal, "EXCEPTION_ALL",INT2FIX(VP_EXCEPTION_ALL));
/* /*
* Determines what happens when the result of a computation is not a * 0x02: Determines what happens when the result of a computation is not a
* number (NaN). See BigDecimal.mode. * number (NaN). See BigDecimal.mode.
*/ */
rb_define_const(rb_cBigDecimal, "EXCEPTION_NaN",INT2FIX(VP_EXCEPTION_NaN)); rb_define_const(rb_cBigDecimal, "EXCEPTION_NaN",INT2FIX(VP_EXCEPTION_NaN));
/* /*
* Determines what happens when the result of a computation is infinity. * 0x01: Determines what happens when the result of a computation is
* See BigDecimal.mode. * infinity. See BigDecimal.mode.
*/ */
rb_define_const(rb_cBigDecimal, "EXCEPTION_INFINITY",INT2FIX(VP_EXCEPTION_INFINITY)); rb_define_const(rb_cBigDecimal, "EXCEPTION_INFINITY",INT2FIX(VP_EXCEPTION_INFINITY));
/* /*
* Determines what happens when the result of a computation is an underflow * 0x04: Determines what happens when the result of a computation is an
* (a result too small to be represented). See BigDecimal.mode. * underflow (a result too small to be represented). See BigDecimal.mode.
*/ */
rb_define_const(rb_cBigDecimal, "EXCEPTION_UNDERFLOW",INT2FIX(VP_EXCEPTION_UNDERFLOW)); rb_define_const(rb_cBigDecimal, "EXCEPTION_UNDERFLOW",INT2FIX(VP_EXCEPTION_UNDERFLOW));
/* /*
* Determines what happens when the result of a computation is an underflow * 0x01: Determines what happens when the result of a computation is an
* (a result too large to be represented). See BigDecimal.mode. * underflow (a result too large to be represented). See BigDecimal.mode.
*/ */
rb_define_const(rb_cBigDecimal, "EXCEPTION_OVERFLOW",INT2FIX(VP_EXCEPTION_OVERFLOW)); rb_define_const(rb_cBigDecimal, "EXCEPTION_OVERFLOW",INT2FIX(VP_EXCEPTION_OVERFLOW));
/* /*
* Determines what happens when a division by zero is performed. * 0x01: Determines what happens when a division by zero is performed.
* See BigDecimal.mode. * See BigDecimal.mode.
*/ */
rb_define_const(rb_cBigDecimal, "EXCEPTION_ZERODIVIDE",INT2FIX(VP_EXCEPTION_ZERODIVIDE)); rb_define_const(rb_cBigDecimal, "EXCEPTION_ZERODIVIDE",INT2FIX(VP_EXCEPTION_ZERODIVIDE));
/* /*
* Determines what happens when a result must be rounded in order to * 0x100: Determines what happens when a result must be rounded in order to
* fit in the appropriate number of significant digits. See * fit in the appropriate number of significant digits. See
* BigDecimal.mode. * BigDecimal.mode.
*/ */
rb_define_const(rb_cBigDecimal, "ROUND_MODE",INT2FIX(VP_ROUND_MODE)); rb_define_const(rb_cBigDecimal, "ROUND_MODE",INT2FIX(VP_ROUND_MODE));
/* Indicates that values should be rounded away from zero. See BigDecimal.mode. */ /* 1: Indicates that values should be rounded away from zero. See
* BigDecimal.mode.
*/
rb_define_const(rb_cBigDecimal, "ROUND_UP",INT2FIX(VP_ROUND_UP)); rb_define_const(rb_cBigDecimal, "ROUND_UP",INT2FIX(VP_ROUND_UP));
/* Indicates that values should be rounded towards zero. See BigDecimal.mode. */
/* 2: Indicates that values should be rounded towards zero. See
* BigDecimal.mode.
*/
rb_define_const(rb_cBigDecimal, "ROUND_DOWN",INT2FIX(VP_ROUND_DOWN)); rb_define_const(rb_cBigDecimal, "ROUND_DOWN",INT2FIX(VP_ROUND_DOWN));
/* Indicates that digits >= 5 should be rounded up, others rounded down. See BigDecimal.mode. */
/* 3: Indicates that digits >= 5 should be rounded up, others rounded down.
* See BigDecimal.mode. */
rb_define_const(rb_cBigDecimal, "ROUND_HALF_UP",INT2FIX(VP_ROUND_HALF_UP)); rb_define_const(rb_cBigDecimal, "ROUND_HALF_UP",INT2FIX(VP_ROUND_HALF_UP));
/* Indicates that digits >= 6 should be rounded up, others rounded down. See BigDecimal.mode. */
/* 4: Indicates that digits >= 6 should be rounded up, others rounded down.
* See BigDecimal.mode.
*/
rb_define_const(rb_cBigDecimal, "ROUND_HALF_DOWN",INT2FIX(VP_ROUND_HALF_DOWN)); rb_define_const(rb_cBigDecimal, "ROUND_HALF_DOWN",INT2FIX(VP_ROUND_HALF_DOWN));
/* Round towards +infinity. See BigDecimal.mode. */ /* 5: Round towards +infinity. See BigDecimal.mode. */
rb_define_const(rb_cBigDecimal, "ROUND_CEILING",INT2FIX(VP_ROUND_CEIL)); rb_define_const(rb_cBigDecimal, "ROUND_CEILING",INT2FIX(VP_ROUND_CEIL));
/* Round towards -infinity. See BigDecimal.mode. */
/* 6: Round towards -infinity. See BigDecimal.mode. */
rb_define_const(rb_cBigDecimal, "ROUND_FLOOR",INT2FIX(VP_ROUND_FLOOR)); rb_define_const(rb_cBigDecimal, "ROUND_FLOOR",INT2FIX(VP_ROUND_FLOOR));
/* Round towards the even neighbor. See BigDecimal.mode. */
/* 7: Round towards the even neighbor. See BigDecimal.mode. */
rb_define_const(rb_cBigDecimal, "ROUND_HALF_EVEN",INT2FIX(VP_ROUND_HALF_EVEN)); rb_define_const(rb_cBigDecimal, "ROUND_HALF_EVEN",INT2FIX(VP_ROUND_HALF_EVEN));
/* Indicates that a value is not a number. See BigDecimal.sign. */ /* 0: Indicates that a value is not a number. See BigDecimal.sign. */
rb_define_const(rb_cBigDecimal, "SIGN_NaN",INT2FIX(VP_SIGN_NaN)); rb_define_const(rb_cBigDecimal, "SIGN_NaN",INT2FIX(VP_SIGN_NaN));
/* Indicates that a value is +0. See BigDecimal.sign. */
/* 1: Indicates that a value is +0. See BigDecimal.sign. */
rb_define_const(rb_cBigDecimal, "SIGN_POSITIVE_ZERO",INT2FIX(VP_SIGN_POSITIVE_ZERO)); rb_define_const(rb_cBigDecimal, "SIGN_POSITIVE_ZERO",INT2FIX(VP_SIGN_POSITIVE_ZERO));
/* Indicates that a value is -0. See BigDecimal.sign. */
/* -1: Indicates that a value is -0. See BigDecimal.sign. */
rb_define_const(rb_cBigDecimal, "SIGN_NEGATIVE_ZERO",INT2FIX(VP_SIGN_NEGATIVE_ZERO)); rb_define_const(rb_cBigDecimal, "SIGN_NEGATIVE_ZERO",INT2FIX(VP_SIGN_NEGATIVE_ZERO));
/* Indicates that a value is positive and finite. See BigDecimal.sign. */
/* 2: Indicates that a value is positive and finite. See BigDecimal.sign. */
rb_define_const(rb_cBigDecimal, "SIGN_POSITIVE_FINITE",INT2FIX(VP_SIGN_POSITIVE_FINITE)); rb_define_const(rb_cBigDecimal, "SIGN_POSITIVE_FINITE",INT2FIX(VP_SIGN_POSITIVE_FINITE));
/* Indicates that a value is negative and finite. See BigDecimal.sign. */
/* -2: Indicates that a value is negative and finite. See BigDecimal.sign. */
rb_define_const(rb_cBigDecimal, "SIGN_NEGATIVE_FINITE",INT2FIX(VP_SIGN_NEGATIVE_FINITE)); rb_define_const(rb_cBigDecimal, "SIGN_NEGATIVE_FINITE",INT2FIX(VP_SIGN_NEGATIVE_FINITE));
/* Indicates that a value is positive and infinite. See BigDecimal.sign. */
/* 3: Indicates that a value is positive and infinite. See BigDecimal.sign. */
rb_define_const(rb_cBigDecimal, "SIGN_POSITIVE_INFINITE",INT2FIX(VP_SIGN_POSITIVE_INFINITE)); rb_define_const(rb_cBigDecimal, "SIGN_POSITIVE_INFINITE",INT2FIX(VP_SIGN_POSITIVE_INFINITE));
/* Indicates that a value is negative and infinite. See BigDecimal.sign. */
/* -3: Indicates that a value is negative and infinite. See BigDecimal.sign. */
rb_define_const(rb_cBigDecimal, "SIGN_NEGATIVE_INFINITE",INT2FIX(VP_SIGN_NEGATIVE_INFINITE)); rb_define_const(rb_cBigDecimal, "SIGN_NEGATIVE_INFINITE",INT2FIX(VP_SIGN_NEGATIVE_INFINITE));
/* instance methods */ /* instance methods */