strfmt.h File Reference

#include "asserts.h"
#include "types.h"
#include "estring.h"
#include "rmath.h"

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Functions
template<class T>
std::string	size_to_string (T a_t, const std::string &a_base_size_unit="b", uint16 a_width=8, uint16 a_precision=1, uint16 a_kilo=1024)
	Given an integral number, return a string with the number formatted as a human-readable machine-type size.
template<class T>
std::string	num_to_string (T a_t, uint16 a_width=0)
	Given an integral number, return a string with the number formatted in a generic, human-readable format.
template<class T>
std::string	throughput_to_string (T a_t, const std::string &a_base_size_unit="b", const std::string &a_base_time_unit="s", uint16 a_width=10, uint16 a_precision=1, uint16 a_kilo=1024)
	Given an integral number, return a string with the number formated as a number of machine-type size per second.
template<typename T>
std::string	percent_string (const T &a_complete, const T &a_total)
	Given a count complete and a count total, calculate a percentage.

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Function Documentation

template<class T> std::string num_to_string (  T  a_t, uint16  a_width = 0 )

Given an integral number, return a string with the number formatted in a generic, human-readable format. (Ex: 10240 becomes "10,240") Definition at line 96 of file strfmt.h. References estring::align(), estring::fmt_str(), estring::right, TRY_nomem, and estring::width(). Referenced by test2(). Here is the call graph for this function:

template<typename T> std::string percent_string (  const T &  a_complete, const T &  a_total )

Given a count complete and a count total, calculate a percentage. Definition at line 157 of file strfmt.h. References estring::align(), estring::fillchar(), estring::fmt_str(), estring::precision(), estring::right, TRY, TRY_nomem, safe_num< T >::value(), and estring::width(). Referenced by vault_manager::delete_oldest_archive(), jobs_report::format_synopsis(), vault_manager::overflow(), test(), test4(), and vault_report::write_report(). Here is the call graph for this function:

template<class T> std::string size_to_string (  T  a_t, const std::string &  a_base_size_unit = "b", uint16  a_width = 8, uint16  a_precision = 1, uint16  a_kilo = 1024 )

Given an integral number, return a string with the number formatted as a human-readable machine-type size. (Ex: 10240 becomes "10Kb") Definition at line 12 of file strfmt.h. References estring::right, TRY, TRY_nomem, and safe_num< T >::value(). Referenced by test1(), and throughput_to_string(). Here is the call graph for this function:

template<class T> std::string throughput_to_string (  T  a_t, const std::string &  a_base_size_unit = "b", const std::string &  a_base_time_unit = "s", uint16  a_width = 10, uint16  a_precision = 1, uint16  a_kilo = 1024 )

Given an integral number, return a string with the number formated as a number of machine-type size per second. (Ex: 10240 becomes "10Kb/s") Definition at line 135 of file strfmt.h. References size_to_string(), and TRY_nomem. Referenced by timer::bps(), and test3(). Here is the call graph for this function:

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