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trading-shim 090109 (Default branch)
01-12-2009
The trading shim is a command line interpreter with a DBMS backend to the socket-based 'binary format' API of the Interactive Brokers' Trader Workstation. It uses mnemonic ASCII text commands to permit downstream clients to easily access several worldwide securities markets and exchanges (stocks, options, futures, bonds, and Forex) for "tick" data and history (intraday and EoD). It also allows clients to initiate and supervise trades of securities, manage accounts, and more.License: GNU General Public License v3Changes:|
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binfmtcxx(1) binfmt_C binfmtcxx(1) NAME
binfmtcxx-interpreter - binfmt_misc C++ handler SYNOPSIS
binfmtcxx-interpreter C++-source-file-name [command-line opions ...] DESCRIPTION
binfmtcxx-interpreter compiles a C++ source file specified on the command-line using C++ compiler, and executes the resulting file. It is designed to be used as a handler for binfmt_misc handler, which is a system used in Linux for handling arbitrary files as executa- bles. The command-line options are passed on to the compiled binary. FILE MAGIC
There is a requirement for C++ source files to have the magic characters /*BINFMTCXX: at the beginning of the file. That line also is used to specify the additional command-line options for C++ compiler. ENVIRONMENT
GXX The compiler used. The default is to use g++ CXX The compiler used, if GXX variable is not set. Will fall back to using GCC and CC BINFMTCTMPDIR Temporary directory used for binary and execution. Falls back to $TMPDIR $TEMPDIR or /tmp BINFMTC_DEBUG enables debug output if set. BINFMTCXX_GXX_OPTS Additional G++ options. Use BINFMTC_DEBUG to verify the options being passed on to g++. The default is -O0 -Wall -g AUTHOR
Junichi Uekawa (dancer@debian.org) Upstream page is available at http://www.netfort.gr.jp/~dancer/software/ SEE ALSO
binfmtasm-interpreter(1), binfmtc-interpreter(1), binfmtcxx-interpreter(1), binfmtf-interpreter(1), binfmtf95-interpreter(1), binfmtgcj- interpreter(1) binfmt_misc Dancer 2009 Feb 8 binfmtcxx(1)