| Commit message (Collapse) | Author | Age | Files | Lines |
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Lets you access the earliest/latest checkin/checkout times for timelog
entries in an account. Will be NULL if the account doesn't contain any.
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If a posting has the metadata field "Payee" set to a string, that will
be used as the payee name for that posting. This affects the register
report, the payees report, and the --by-payee option.
This is useful because sometimes I send, say, 4 checks at a time to my
bank. So on my bank statement, this is all just one amount:
2010-06-17 Sample
Assets:Bank $400.00
Income:Check1 $-100.00
Income:Check2 $-100.00
Income:Check3 $-100.00
Income:Check4 $-100.00
Though it's important that the Assets:Bank posting be a single posting
of $400 value, I'd like for income reports to show whom each check came
from. Now I can say:
2010-06-17 Sample
Assets:Bank $400.00
Income:Check1 $-100.00 ; Payee: Person One
Income:Check2 $-100.00 ; Payee: Person Two
Income:Check3 $-100.00 ; Payee: Person Three
Income:Check4 $-100.00 ; Payee: Person Four
When I report this, it appears as:
10-Jun-17 Sample Assets:Bank $400.00 $400.00
Person One Income:Check1 $-100.00 $300.00
Person Two Income:Check2 $-100.00 $200.00
Person Three Income:Check3 $-100.00 $100.00
Person Four Income:Check4 $-100.00 0
This shows that they are all in the same transaction (which is why the
date is not repeated), but they have different payees.
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Thus, an expression can know if the context in which it's being
evaluated requires a string, and if so, determine it's output
accordingly. For example:
account ; returns the full name of the posting's account
account.total ; here the context is SCOPE, so account is an obj
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For example, just the word "account" returns the name of the current
posting's account, but account("Expenses:Food") returns the actual
account object, so that it's total may be accessed.
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It returns the address of the given object as an integer. This can be
used to uniquely compare entities.
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Fixes D53C98E5-506D-4CE5-91A3-7666FD33B65B
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any() matches an expression against every post in a transaction or
account, and returns true if any of them are true. all() tests if all
are true. For example:
ledger -l 'account =~ /Expense/ & any(account =~ /MasterCard/)' reg
This reports every posting affecting an Expense account (regex match),
but only if some other posting in the same transaction affects the
MasterCard account.
Both functions also take a second boolean argument. If it is false, the
"source" posting is not considered. For example:
ledger -l 'any(/x/, false)'
This matches any posting where a *different* posting in the same
transaction contains the letter 'x'.
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The different namespaces are:
Function Value expression functions, which receive a "context"
Option Command-line options
Precommand Commands which are invoked before reading the journal
Command Commands which are invoked after reading the journal
Directive Directives that occur at column 0 in a data file
This greatly eases the ability for Python uses to add intercept hooks to
change how the basic Ledger module functions. An example of what should
be possible soon:
import ledger
def my_foo_handler(value):
print "--foo received:", value
ledger.add_handler(ledger.Option, "foo=", my_foo_handler)
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This is necessary because sometimes, a post from one account will get
reported as though it were in another account (this happens with
--budget, to show child account postings within their parent account).
In that case, the account needs to remember which postings have been
reported as being within it, so that it can add these amounts to its own
total in the balance report.
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It is also optional, which is useful for generated items.
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This is a balance report with three columns:
Current balance | Cleared balance | Last cleared date
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Fixes 5A03CFC3-1A76-4F93-A1FE-555F98438C5A
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It is no longer done in calc_posts, but recursively on each account.
This allows value expressions to ask statistical questions, like
"earliest cleared posting?" (TBD) from any specific account, computed
lazily.
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This way, if the running total is off by a penny or two due to rounding
of one or more commodities in the account, the user will see it.
This commit also reorganizes the testing code a bit, which I did after
adding the ninth test series (ConfirmTests), to validate the new
rounding code.
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The purpose of this class is much like Emacs' (interactive) form: it
allows a value expression function to declare exactly how many
arguments, and of what type, it intends to receive. It then offers
type-safe access to theese arguments in a consistent manner.
An example value expression function definition in C++:
value_t fn_foo(call_scope_t& scope) {
// We expect a string, an integer, and an optional date
interactive_t args(scope, "sl&d");
std::cout << "String = " << args.get<string>(0)
<< "Integer = " << args.get<long>(1) << std::endl;
if (args.has(2)) // was a date provided?
std::cout << "Date = " << args.get<date_t>(2) << std::endl;
return NULL_VALUE;
}
There is also an in_context_t<T> template, which finds the context type
T in the current scope hierarchy. The in_context_t then also acts as a
smart pointer to reference this context object, in addition to serving
the same duty as interactive_t. This combination of intent is solely
for the sake of brevity.
value_t fn_bar(call_scope_t& scope) {
in_context_t<account_t> env(scope, "sl&d");
std::cout << "Account name = " << env->fullname()
<< "String arg = " << env.get<string>(0)
<< std::endl;
return NULL_VALUE;
}
As you can see here, 'env' acts as a smart pointer to the required
context, and an object to extract the typed arguments.
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