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ledger/format.cc
John Wiegley 4518ea9540 Value expression architecture is now rewritten, but the functionality of the 
old system (for example, the meaning of 'a') has yet to be restored.  In the
new scheme, this will be done by definition a function outside of the value
expression logic, rather than the tight coupling between journal innards and
value expressions that occurred in 2.x.
2008-07-29 05:59:38 -04:00

1034 lines
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#include "format.h"
#include "error.h"
#include "util.h"
#include <cstdlib>
namespace ledger {
format_t::elision_style_t format_t::elision_style = ABBREVIATE;
int format_t::abbrev_length = 2;
bool format_t::ansi_codes = false;
bool format_t::ansi_invert = false;
string format_t::truncate(const string& str, unsigned int width,
const bool is_account)
{
const unsigned int len = str.length();
if (len <= width)
return str;
assert(width < 4095);
char buf[4096];
switch (elision_style) {
case TRUNCATE_LEADING:
// This method truncates at the beginning.
std::strncpy(buf, str.c_str() + (len - width), width);
buf[0] = '.';
buf[1] = '.';
break;
case TRUNCATE_MIDDLE:
// This method truncates in the middle.
std::strncpy(buf, str.c_str(), width / 2);
std::strncpy(buf + width / 2,
str.c_str() + (len - (width / 2 + width % 2)),
width / 2 + width % 2);
buf[width / 2 - 1] = '.';
buf[width / 2] = '.';
break;
case ABBREVIATE:
if (is_account) {
std::list<string> parts;
string::size_type beg = 0;
for (string::size_type pos = str.find(':');
pos != string::npos;
beg = pos + 1, pos = str.find(':', beg))
parts.push_back(string(str, beg, pos - beg));
parts.push_back(string(str, beg));
string result;
unsigned int newlen = len;
for (std::list<string>::iterator i = parts.begin();
i != parts.end();
i++) {
// Don't contract the last element
std::list<string>::iterator x = i;
if (++x == parts.end()) {
result += *i;
break;
}
if (newlen > width) {
result += string(*i, 0, abbrev_length);
result += ":";
newlen -= (*i).length() - abbrev_length;
} else {
result += *i;
result += ":";
}
}
if (newlen > width) {
// Even abbreviated its too big to show the last account, so
// abbreviate all but the last and truncate at the beginning.
std::strncpy(buf, result.c_str() + (result.length() - width), width);
buf[0] = '.';
buf[1] = '.';
} else {
std::strcpy(buf, result.c_str());
}
break;
}
// fall through...
case TRUNCATE_TRAILING:
// This method truncates at the end (the default).
std::strncpy(buf, str.c_str(), width - 2);
buf[width - 2] = '.';
buf[width - 1] = '.';
break;
}
buf[width] = '\0';
return buf;
}
string partial_account_name(const account_t& account)
{
string name;
for (const account_t * acct = &account;
acct && acct->parent;
acct = acct->parent) {
if (account_has_xdata(*acct) &&
account_xdata_(*acct).dflags & ACCOUNT_DISPLAYED)
break;
if (name.empty())
name = acct->name;
else
name = acct->name + ":" + name;
}
return name;
}
element_t * format_t::parse_elements(const string& fmt)
{
std::auto_ptr<element_t> result;
element_t * current = NULL;
char buf[1024];
char * q = buf;
for (const char * p = fmt.c_str(); *p; p++) {
if (*p != '%' && *p != '\\') {
*q++ = *p;
continue;
}
if (! result.get()) {
result.reset(new element_t);
current = result.get();
} else {
current->next = new element_t;
current = current->next;
}
if (q != buf) {
current->type = element_t::STRING;
current->chars = string(buf, q);
q = buf;
current->next = new element_t;
current = current->next;
}
if (*p == '\\') {
p++;
current->type = element_t::STRING;
switch (*p) {
case 'b': current->chars = "\b"; break;
case 'f': current->chars = "\f"; break;
case 'n': current->chars = "\n"; break;
case 'r': current->chars = "\r"; break;
case 't': current->chars = "\t"; break;
case 'v': current->chars = "\v"; break;
}
continue;
}
++p;
while (*p == '!' || *p == '-') {
switch (*p) {
case '-':
current->flags |= ELEMENT_ALIGN_LEFT;
break;
case '!':
current->flags |= ELEMENT_HIGHLIGHT;
break;
}
++p;
}
int num = 0;
while (*p && std::isdigit(*p)) {
num *= 10;
num += *p++ - '0';
}
current->min_width = num;
if (*p == '.') {
++p;
num = 0;
while (*p && std::isdigit(*p)) {
num *= 10;
num += *p++ - '0';
}
current->max_width = num;
if (current->min_width == 0)
current->min_width = current->max_width;
}
switch (*p) {
case '%':
current->type = element_t::STRING;
current->chars = "%";
break;
case '(': {
++p;
const char * b = p;
int depth = 1;
while (*p) {
if (*p == ')' && --depth == 0)
break;
else if (*p == '(')
++depth;
p++;
}
if (*p != ')')
throw new format_error("Missing ')'");
current->type = element_t::VALUE_EXPR;
assert(! current->val_expr);
current->val_expr.parse(string(b, p));
break;
}
case '[': {
++p;
const char * b = p;
int depth = 1;
while (*p) {
if (*p == ']' && --depth == 0)
break;
else if (*p == '[')
++depth;
p++;
}
if (*p != ']')
throw new format_error("Missing ']'");
current->type = element_t::DATE_STRING;
current->chars = string(b, p);
break;
}
case 'x':
switch (*++p) {
case 'B': current->type = element_t::XACT_BEG_POS; break;
case 'b': current->type = element_t::XACT_BEG_LINE; break;
case 'E': current->type = element_t::XACT_END_POS; break;
case 'e': current->type = element_t::XACT_END_LINE; break;
case '\0':
goto END;
}
break;
case 'd':
current->type = element_t::COMPLETE_DATE_STRING;
current->chars = output_time_format;
break;
case 'D':
current->type = element_t::DATE_STRING;
current->chars = output_time_format;
break;
case 'S': current->type = element_t::SOURCE; break;
case 'B': current->type = element_t::ENTRY_BEG_POS; break;
case 'b': current->type = element_t::ENTRY_BEG_LINE; break;
case 'E': current->type = element_t::ENTRY_END_POS; break;
case 'e': current->type = element_t::ENTRY_END_LINE; break;
case 'X': current->type = element_t::CLEARED; break;
case 'Y': current->type = element_t::ENTRY_CLEARED; break;
case 'C': current->type = element_t::CODE; break;
case 'P': current->type = element_t::PAYEE; break;
case 'W': current->type = element_t::OPT_ACCOUNT; break;
case 'a': current->type = element_t::ACCOUNT_NAME; break;
case 'A': current->type = element_t::ACCOUNT_FULLNAME; break;
case 't': current->type = element_t::AMOUNT; break;
case 'o': current->type = element_t::OPT_AMOUNT; break;
case 'T': current->type = element_t::TOTAL; break;
case 'N': current->type = element_t::NOTE; break;
case 'n': current->type = element_t::OPT_NOTE; break;
case '|': current->type = element_t::SPACER; break;
case '_': current->type = element_t::DEPTH_SPACER; break;
}
}
END:
if (q != buf) {
if (! result.get()) {
result.reset(new element_t);
current = result.get();
} else {
current->next = new element_t;
current = current->next;
}
current->type = element_t::STRING;
current->chars = string(buf, q);
}
return result.release();
}
namespace {
inline void mark_red(std::ostream& out, const element_t * elem) {
out.setf(std::ios::left);
out.width(0);
out << "\e[31m";
if (elem->flags & ELEMENT_ALIGN_LEFT)
out << std::left;
else
out << std::right;
if (elem->min_width > 0)
out.width(elem->min_width);
}
inline void mark_plain(std::ostream& out) {
out << "\e[0m";
}
}
void format_t::format(std::ostream& out_str, const scope_t& scope) const
{
for (const element_t * elem = elements; elem; elem = elem->next) {
std::ostringstream out;
string name;
bool ignore_max_width = false;
if (elem->flags & ELEMENT_ALIGN_LEFT)
out << std::left;
else
out << std::right;
if (elem->min_width > 0)
out.width(elem->min_width);
switch (elem->type) {
case element_t::STRING:
out << elem->chars;
break;
#if 0
case element_t::AMOUNT:
case element_t::TOTAL:
case element_t::VALUE_EXPR: {
expr_t * calc;
switch (elem->type) {
case element_t::AMOUNT:
assert(value_expr::amount_expr.get());
calc = value_expr::amount_expr.get();
break;
case element_t::TOTAL:
assert(value_expr::total_expr.get());
calc = value_expr::total_expr.get();
break;
case element_t::VALUE_EXPR:
calc = const_cast<value_expr *>(&elem->val_expr);
break;
default:
assert(false);
break;
}
if (! calc)
break;
value_t value;
const balance_t * bal = NULL;
calc->compute(value, details);
if (! amount_t::keep_price ||
! amount_t::keep_date ||
! amount_t::keep_tag) {
switch (value.type()) {
case value_t::AMOUNT:
case value_t::BALANCE:
case value_t::BALANCE_PAIR:
value = value.strip_annotations();
break;
default:
break;
}
}
bool highlighted = false;
switch (value.type()) {
case value_t::BOOLEAN:
out << (value.as_boolean() ? "true" : "false");
break;
case value_t::INTEGER:
if (ansi_codes && elem->flags & ELEMENT_HIGHLIGHT) {
if (ansi_invert) {
if (value.as_long() > 0) {
mark_red(out, elem);
highlighted = true;
}
} else {
if (value.as_long() < 0) {
mark_red(out, elem);
highlighted = true;
}
}
}
out << value.as_long();
break;
case value_t::DATETIME:
out << value.as_datetime();
break;
case value_t::AMOUNT:
if (ansi_codes && elem->flags & ELEMENT_HIGHLIGHT) {
if (ansi_invert) {
if (value.as_amount().sign() > 0) {
mark_red(out, elem);
highlighted = true;
}
} else {
if (value.as_amount().sign() < 0) {
mark_red(out, elem);
highlighted = true;
}
}
}
out << value.as_amount();
break;
case value_t::BALANCE:
bal = &(value.as_balance());
// fall through...
case value_t::BALANCE_PAIR:
if (! bal)
bal = &(value.as_balance_pair().quantity());
if (ansi_codes && elem->flags & ELEMENT_HIGHLIGHT) {
if (ansi_invert) {
if (*bal > 0) {
mark_red(out, elem);
highlighted = true;
}
} else {
if (*bal < 0) {
mark_red(out, elem);
highlighted = true;
}
}
}
bal->print(out, elem->min_width,
(elem->max_width > 0 ?
elem->max_width : elem->min_width));
ignore_max_width = true;
break;
default:
assert(false);
break;
}
if (highlighted)
mark_plain(out);
break;
}
case element_t::OPT_AMOUNT:
if (details.xact) {
string disp;
bool use_disp = false;
if (details.xact->cost && details.xact->amount) {
std::ostringstream stream;
if (! details.xact->amount_expr.expr_str.empty())
stream << details.xact->amount_expr.expr_str;
else
stream << details.xact->amount.strip_annotations();
if (details.xact->cost_expr)
stream << details.xact->cost_expr->expr_str;
else
stream << " @ " << amount_t(*details.xact->cost /
details.xact->amount).unround();
disp = stream.str();
use_disp = true;
}
else if (details.entry) {
unsigned int xacts_count = 0;
transaction_t * first = NULL;
transaction_t * last = NULL;
for (transactions_list::const_iterator i
= details.entry->transactions.begin();
i != details.entry->transactions.end();
i++)
if (transaction_has_xdata(**i) &&
transaction_xdata_(**i).dflags & TRANSACTION_TO_DISPLAY) {
xacts_count++;
if (! first)
first = *i;
last = *i;
}
use_disp = (xacts_count == 2 && details.xact == last &&
first->amount == - last->amount);
}
if (! use_disp) {
if (! details.xact->amount_expr.expr_str.empty())
out << details.xact->amount_expr.expr_str;
else
out << details.xact->amount.strip_annotations();
} else {
out << disp;
}
}
break;
case element_t::SOURCE:
if (details.entry && details.entry->journal) {
int idx = details.entry->src_idx;
for (paths_list::const_iterator i = details.entry->journal->sources.begin();
i != details.entry->journal->sources.end();
i++)
if (! idx--) {
out << *i;
break;
}
}
break;
case element_t::ENTRY_BEG_POS:
if (details.entry)
out << (unsigned long)details.entry->beg_pos;
break;
case element_t::ENTRY_BEG_LINE:
if (details.entry)
out << details.entry->beg_line;
break;
case element_t::ENTRY_END_POS:
if (details.entry)
out << (unsigned long)details.entry->end_pos;
break;
case element_t::ENTRY_END_LINE:
if (details.entry)
out << details.entry->end_line;
break;
case element_t::XACT_BEG_POS:
if (details.xact)
out << (unsigned long)details.xact->beg_pos;
break;
case element_t::XACT_BEG_LINE:
if (details.xact)
out << details.xact->beg_line;
break;
case element_t::XACT_END_POS:
if (details.xact)
out << (unsigned long)details.xact->end_pos;
break;
case element_t::XACT_END_LINE:
if (details.xact)
out << details.xact->end_line;
break;
case element_t::DATE_STRING: {
datetime_t date;
if (details.xact)
date = details.xact->date();
else if (details.entry)
date = details.entry->date();
#if 0
// jww (2008-04-20): This needs to be rewritten
char buf[256];
std::strftime(buf, 255, elem->chars.c_str(), date.localtime());
out << (elem->max_width == 0 ? buf : truncate(buf, elem->max_width));
#endif
break;
}
case element_t::COMPLETE_DATE_STRING: {
datetime_t actual_date;
datetime_t effective_date;
if (details.xact) {
actual_date = details.xact->actual_date();
effective_date = details.xact->effective_date();
}
else if (details.entry) {
actual_date = details.entry->actual_date();
effective_date = details.entry->effective_date();
}
char abuf[256];
#if 0
// jww (2008-04-20): This needs to be rewritten
std::strftime(abuf, 255, elem->chars.c_str(), actual_date.localtime());
#else
abuf[0] = '\0';
#endif
if (is_valid(effective_date) && effective_date != actual_date) {
char buf[512];
char ebuf[256];
#if 0
// jww (2008-04-20): This needs to be rewritten
std::strftime(ebuf, 255, elem->chars.c_str(),
effective_date.localtime());
#else
ebuf[0] = '\0';
#endif
std::strcpy(buf, abuf);
std::strcat(buf, "=");
std::strcat(buf, ebuf);
out << (elem->max_width == 0 ? buf : truncate(buf, elem->max_width));
} else {
out << (elem->max_width == 0 ? abuf : truncate(abuf, elem->max_width));
}
break;
}
case element_t::CLEARED:
if (details.xact) {
switch (details.xact->state) {
case transaction_t::CLEARED:
out << "* ";
break;
case transaction_t::PENDING:
out << "! ";
break;
case transaction_t::UNCLEARED:
break;
}
}
break;
case element_t::ENTRY_CLEARED:
if (details.entry) {
transaction_t::state_t state;
if (details.entry->get_state(&state))
switch (state) {
case transaction_t::CLEARED:
out << "* ";
break;
case transaction_t::PENDING:
out << "! ";
break;
case transaction_t::UNCLEARED:
break;
}
}
break;
case element_t::CODE: {
string temp;
if (details.entry && details.entry->code) {
temp += "(";
temp += *details.entry->code;
temp += ") ";
}
out << temp;
break;
}
case element_t::PAYEE:
if (details.entry)
out << (elem->max_width == 0 ?
details.entry->payee : truncate(details.entry->payee,
elem->max_width));
break;
case element_t::OPT_NOTE:
if (details.xact && details.xact->note)
out << " ; ";
// fall through...
case element_t::NOTE:
if (details.xact)
out << (elem->max_width == 0 ?
details.xact->note : truncate(*details.xact->note,
elem->max_width));
break;
case element_t::OPT_ACCOUNT:
if (details.entry && details.xact) {
transaction_t::state_t state;
if (! details.entry->get_state(&state))
switch (details.xact->state) {
case transaction_t::CLEARED:
name = "* ";
break;
case transaction_t::PENDING:
name = "! ";
break;
case transaction_t::UNCLEARED:
break;
}
}
// fall through...
case element_t::ACCOUNT_NAME:
case element_t::ACCOUNT_FULLNAME:
if (details.account) {
name += (elem->type == element_t::ACCOUNT_FULLNAME ?
details.account->fullname() :
partial_account_name(*details.account));
if (details.xact && details.xact->has_flags(TRANSACTION_VIRTUAL)) {
if (elem->max_width > 2)
name = truncate(name, elem->max_width - 2, true);
if (details.xact->has_flags(TRANSACTION_BALANCE))
name = string("[") + name + "]";
else
name = string("(") + name + ")";
}
else if (elem->max_width > 0)
name = truncate(name, elem->max_width, true);
out << name;
} else {
out << " ";
}
break;
case element_t::SPACER:
out << " ";
break;
case element_t::DEPTH_SPACER:
for (const account_t * acct = details.account;
acct;
acct = acct->parent)
if (account_has_xdata(*acct) &&
account_xdata_(*acct).dflags & ACCOUNT_DISPLAYED) {
if (elem->min_width > 0 || elem->max_width > 0)
out.width(elem->min_width > elem->max_width ?
elem->min_width : elem->max_width);
out << " ";
}
break;
#endif
default:
assert(false);
break;
}
string temp = out.str();
if (! ignore_max_width &&
elem->max_width > 0 && elem->max_width < temp.length())
temp.erase(elem->max_width);
out_str << temp;
}
}
format_transactions::format_transactions(std::ostream& _output_stream,
const string& format)
: output_stream(_output_stream), last_entry(NULL), last_xact(NULL)
{
TRACE_CTOR(format_transactions, "std::ostream&, const string&");
const char * f = format.c_str();
if (const char * p = std::strstr(f, "%/")) {
first_line_format.reset(string(f, 0, p - f));
next_lines_format.reset(string(p + 2));
} else {
first_line_format.reset(format);
next_lines_format.reset(format);
}
}
void format_transactions::operator()(transaction_t& xact)
{
#if 0
if (! transaction_has_xdata(xact) ||
! (transaction_xdata_(xact).dflags & TRANSACTION_DISPLAYED)) {
if (last_entry != xact.entry) {
first_line_format.format(output_stream, details_t(xact));
last_entry = xact.entry;
}
else if (last_xact && last_xact->date() != xact.date()) {
first_line_format.format(output_stream, details_t(xact));
}
else {
next_lines_format.format(output_stream, details_t(xact));
}
transaction_xdata(xact).dflags |= TRANSACTION_DISPLAYED;
last_xact = &xact;
}
#endif
}
void format_entries::format_last_entry()
{
#if 0
bool first = true;
for (transactions_list::const_iterator i = last_entry->transactions.begin();
i != last_entry->transactions.end();
i++) {
if (transaction_has_xdata(**i) &&
transaction_xdata_(**i).dflags & TRANSACTION_TO_DISPLAY) {
if (first) {
first_line_format.format(output_stream, details_t(**i));
first = false;
} else {
next_lines_format.format(output_stream, details_t(**i));
}
transaction_xdata_(**i).dflags |= TRANSACTION_DISPLAYED;
}
}
#endif
}
void format_entries::operator()(transaction_t& xact)
{
transaction_xdata(xact).dflags |= TRANSACTION_TO_DISPLAY;
if (last_entry && xact.entry != last_entry)
format_last_entry();
last_entry = xact.entry;
}
void print_entry(std::ostream& out, const entry_base_t& entry_base,
const string& prefix)
{
string print_format;
if (dynamic_cast<const entry_t *>(&entry_base)) {
print_format = (prefix + "%D %X%C%P\n" +
prefix + " %-34A %12o\n%/" +
prefix + " %-34A %12o\n");
}
else if (const auto_entry_t * entry =
dynamic_cast<const auto_entry_t *>(&entry_base)) {
out << "= " << entry->predicate.predicate.text() << '\n';
print_format = prefix + " %-34A %12o\n";
}
else if (const period_entry_t * entry =
dynamic_cast<const period_entry_t *>(&entry_base)) {
out << "~ " << entry->period_string << '\n';
print_format = prefix + " %-34A %12o\n";
}
else {
assert(false);
}
#if 0
format_entries formatter(out, print_format);
walk_transactions(const_cast<transactions_list&>(entry_base.transactions),
formatter);
formatter.flush();
clear_transaction_xdata cleaner;
walk_transactions(const_cast<transactions_list&>(entry_base.transactions),
cleaner);
#endif
}
bool disp_subaccounts_p(const account_t& account,
const optional<item_predicate<account_t> >& disp_pred,
const account_t *& to_show)
{
bool display = false;
#if 0
unsigned int counted = 0;
bool matches = disp_pred ? (*disp_pred)(account) : true;
bool computed = false;
#endif
value_t acct_total;
value_t result;
to_show = NULL;
#if 0
for (accounts_map::const_iterator i = account.accounts.begin();
i != account.accounts.end();
i++) {
if (disp_pred && ! (*disp_pred)(*(*i).second))
continue;
compute_total(result, details_t(*(*i).second));
if (! computed) {
compute_total(acct_total, details_t(account));
computed = true;
}
if ((result != acct_total) || counted > 0) {
display = matches;
break;
}
to_show = (*i).second;
counted++;
}
#endif
return display;
}
bool display_account(const account_t& account,
const optional<item_predicate<account_t> >& disp_pred)
{
// Never display an account that has already been displayed.
if (account_has_xdata(account) &&
account_xdata_(account).dflags & ACCOUNT_DISPLAYED)
return false;
// At this point, one of two possibilities exists: the account is a
// leaf which matches the predicate restrictions; or it is a parent
// and two or more children must be subtotaled; or it is a parent
// and its child has been hidden by the predicate. So first,
// determine if it is a parent that must be displayed regardless of
// the predicate.
const account_t * account_to_show = NULL;
if (disp_subaccounts_p(account, disp_pred, account_to_show))
return true;
return ! account_to_show && (! disp_pred || (*disp_pred)(account));
}
void format_accounts::operator()(account_t& account)
{
#if 0
if (display_account(account, disp_pred)) {
if (! account.parent) {
account_xdata(account).dflags |= ACCOUNT_TO_DISPLAY;
} else {
format.format(output_stream, details_t(account));
account_xdata(account).dflags |= ACCOUNT_DISPLAYED;
}
}
#endif
}
format_equity::format_equity(std::ostream& _output_stream,
const string& _format,
const string& display_predicate)
: output_stream(_output_stream), disp_pred(display_predicate)
{
#if 0
const char * f = _format.c_str();
if (const char * p = std::strstr(f, "%/")) {
first_line_format.reset(string(f, 0, p - f));
next_lines_format.reset(string(p + 2));
} else {
first_line_format.reset(_format);
next_lines_format.reset(_format);
}
entry_t header_entry;
header_entry.payee = "Opening Balances";
header_entry._date = current_moment;
first_line_format.format(output_stream, details_t(header_entry));
#endif
}
void format_equity::flush()
{
#if 0
account_xdata_t xdata;
xdata.value = total;
xdata.value.negate();
account_t summary(NULL, "Equity:Opening Balances");
summary.data = &xdata;
if (total.type() >= value_t::BALANCE) {
const balance_t * bal;
if (total.is_type(value_t::BALANCE))
bal = &(total.as_balance());
else if (total.is_type(value_t::BALANCE_PAIR))
bal = &(total.as_balance_pair().quantity());
else
assert(false);
for (balance_t::amounts_map::const_iterator i = bal->amounts.begin();
i != bal->amounts.end();
i++) {
xdata.value = (*i).second;
xdata.value.negate();
next_lines_format.format(output_stream, details_t(summary));
}
} else {
next_lines_format.format(output_stream, details_t(summary));
}
output_stream.flush();
#endif
}
void format_equity::operator()(account_t& account)
{
#if 0
if (display_account(account, disp_pred)) {
if (account_has_xdata(account)) {
value_t val = account_xdata_(account).value;
if (val.type() >= value_t::BALANCE) {
const balance_t * bal;
if (val.is_type(value_t::BALANCE))
bal = &(val.as_balance());
else if (val.is_type(value_t::BALANCE_PAIR))
bal = &(val.as_balance_pair().quantity());
else
assert(false);
for (balance_t::amounts_map::const_iterator i = bal->amounts.begin();
i != bal->amounts.end();
i++) {
account_xdata_(account).value = (*i).second;
next_lines_format.format(output_stream, details_t(account));
}
account_xdata_(account).value = val;
} else {
next_lines_format.format(output_stream, details_t(account));
}
total += val;
}
account_xdata(account).dflags |= ACCOUNT_DISPLAYED;
}
#endif
}
} // namespace ledger
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