BENCHMARK
BUGS
CHANGES				# changes from the original v0.01
CREDITS
examples/1000.txt
examples/bigprimes.pl
examples/hailstone.pl
examples/prime.pl
GOALS
HISTORY				# detailed version history
inc/Module/Install.pm
inc/Module/Install/Base.pm
inc/Module/Install/Can.pm
inc/Module/Install/Fetch.pm
inc/Module/Install/Makefile.pm
inc/Module/Install/Metadata.pm
inc/Module/Install/Win32.pm
inc/Module/Install/WriteAll.pm
INSTALL
lib/Math/BigFloat.pm
lib/Math/BigInt.pm
lib/Math/BigInt/Calc.pm
lib/Math/BigInt/CalcEmu.pm	# emulate missing low-level math routines
LICENSE
Makefile.PL
MANIFEST
MANIFEST.SKIP
META.yml			# Module meta-data (added by MakeMaker)
NEW				# what's new in this version
README
SIGNATURE
t/_e_math.t			# test _e_foo() helper routines in MBF
t/alias.inc			# core test for alias subroutines 
t/bare_mbf.t			# test Math::BigInt's sim of Calc via BigFloat
t/bare_mbi.t			# test Math::BigInt's simulation of Calc
t/bare_mif.t			# Rounding tests under BareCalc
t/big_pi_e.t
t/bigfltpm.inc			# contains actual tests for MBF
t/bigfltpm.t			# shell for M::BF tests
t/bigintc.t			# pure perl implementation of uint math core
t/bigintpm.inc			# contains actual tests for MBI
t/bigintpm.t			# shell for M::BI tests
t/bigints.t			# scalar implementation of uint math core
t/biglog.t			# test the blog function w/ large numbers
t/bigroot.t			# test the broot function w/ large numbers
t/calling.t			# ensure that Class->method('string') works
t/config.t			# test Math::BigInt->config()
t/const_mbf.t			# test Math::BigFloat ':constant'
t/constant.t			# test Math::BigInt/BigFloat ':constant'
t/downgrade.t			# see if downgrading works
t/inf_nan.t			# inf and NaN handling
t/isa.t				# isa() and new() w/ mixed classes tests
t/lib_load.t			# test registered callbacks
t/Math/BigFloat/Subclass.pm	# empty subclass
t/Math/BigInt/BareCalc.pm	# for testing BigInt's simulation of Calc
t/Math/BigInt/Scalar.pm		# to test replacements for Math::BigInt::Calc
t/Math/BigInt/Subclass.pm	# empty subclass
t/mbf_ali.t			# test alias subroutines w/ alias.inc
t/mbi_ali.t			# test alias subrotuines w/ alias.inc
t/mbi_rand.t			# do some testing w/ random inputs/outputs
t/mbimbf.inc			# test accuracy/precision settings in MBI/MBF
t/mbimbf.t			# test A & P with MBI/MBF
t/nan_cmp.t
t/new_overloaded.t
t/pod.t				# test that the POD is well-formed
t/pod_cov.t			# test that the POD covers all public functions
t/req_mbf0.t			# test: require Math::BigFloat; ->bzero();
t/req_mbf1.t			# test: require Math::BigFloat; ->bone();
t/req_mbfa.t			# test: require Math::BigFloat; ->bnan();
t/req_mbfi.t			# test: require Math::BigFloat; ->binf();
t/req_mbfn.t			# test: require Math::BigFloat; ->new();
t/req_mbfw.t			# require Math::BigFloat; import ( with => );
t/require.t			# test: require Math::BigInt;
t/sub_ali.t			# test alias subroutines w/ alias.inc
t/sub_mbf.t			# empty subclass test for M::BF
t/sub_mbi.t			# empty subclass test for M::BI
t/sub_mif.t			# test A & P with Subclasses
t/trap.t			# test whether trap_nan and trap_inf works
t/upgrade.inc			# actual tests for upgrading
t/upgrade.t			# see if upgrading in BigInt works
t/upgradef.t			# see if upgrading in BigFloat works
t/use.t				# test: use Math::BigInt();
t/use_lib1.t			# test various use combos of MBI and MBF w/ lib
t/use_lib2.t			# test various use combos of MBI and MBF w/ lib
t/use_lib3.t			# test various use combos of MBI and MBF w/ lib
t/use_lib4.t			# test various use combos of MBI and MBF w/ lib
t/use_mbfw.t			# use BigFloat w/ with and lib at the same time
t/with_sub.t			# test Math::BigFloat with => 'package'
TODO