hledger/tests/add.test

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##############################################################################
# data validation
#
# 1. should prompt again for a bad date
rm -f t$$.j; bin/hledger -f t$$.j add; rm -f t$$.j
<<<
2009/1/32
>>> /date, or \. to end.*: date, or \. to end.*/
>>>=0
# 2. should accept a blank date
rm -f t$$.j; bin/hledger -f t$$.j add; rm -f t$$.j
<<<
>>> /date,.*: description/
>>>=0
##############################################################################
# precision and commodity handling
#
# 3. simple add with no existing journal, no commodity entered
rm -f t$$.j; bin/hledger -f t$$.j add; rm -f t$$.j
<<<
a
1000.0
b
.
>>> /^date, or \. to end \[.*\]: description \[\]: account 1: amount 1: account 2: amount 2 \[-1000.0\]: account 3, or \. to record: date, or \. to end \[.*\]: $/
>>>=0
# 4. default commodity with greater precision
printf 'D $1000.00\n' >t$$.j; bin/hledger -f t$$.j add >/dev/null; cat t$$.j; rm -f t$$.j
<<<
a
$1000.0
b
.
>>> /a +\$1000\.0/
>>>=0
# 5. default commodity with less precision
printf 'D $1000.0\n' >t$$.j; bin/hledger -f t$$.j add >/dev/null; cat t$$.j; rm -f t$$.j
<<<
a
$1000.00
b
.
>>> /a +\$1000\.00/
>>>=0
# 6. existing commodity with greater precision
printf '2010/1/1\n a $1000.00\n b\n' >t$$.j; bin/hledger -f t$$.j add >/dev/null; cat t$$.j; rm -f t$$.j
<<<
a
$1000.0
b
.
>>> /a +\$1000\.0/
>>>=0
# 7. existing commodity with less precision
printf '2010/1/1\n a $1000.0\n b\n' >t$$.j; bin/hledger -f t$$.j add >/dev/null; cat t$$.j; rm -f t$$.j
<<<
a
$1000.00
b
.
>>> /a +\$1000\.00/
>>>=0
# 8. no commodity entered, the (most recent) default commodity should be applied
printf 'D $1000.0\nD £1,000.00\n' >t$$.j; bin/hledger -f t$$.j add; cat t$$.j; rm -f t$$.j
<<<
2010/1/1
a
1000
b
.
>>> /a +£1,000.00/
>>>=0
# 9. default amounts should not fail to balance due to precision
rm -f nosuch.journal; bin/hledger -f nosuch.journal add; rm -f nosuch.journal
<<<
2010/1/1
x
a
0.25
b
0.5
c
>>> /amount 3 \[-0.75\]/
>>>=0