D 2014-06-23T01:31:57.253
L Documentation
N text/x-markdown
P e525616e7a36d53cf68ee345b4873dfa4583c149
U rkeene
W 4138
High-Level API Manual Page
==========================
`package require tcc4tcl`
tcc4tcl::new
------------
Creates a new TCC interpreter instance.
Synposis:
tcc4tcl::new ?<outputFile> ?<packageNameAndVersionAsAList>??
Returns an opaque handle which is also a Tcl command to operate on.
If neither `<outputFile>` nor `<packageNameAndVersionAsAList>` are specified, compilation (which happens when [$handle go] is called) is performed to memory.
If only `<outputFile>` is specified then an executable is written to the file named.
If `<packageNameAndVersionAsAList>` is also specified then a Tcl extension is written as a shared library (shared object, dynamic library, dynamic linking library) to the file named. The format is a 2 element list, the first is the name of the package and the second is the version number.
Examples:
1. Create a handle that will compile to memory:
1. `set handle [tcc4tcl::new]`
2. Create a handle that will compile to an executable named "myProgram":
2. `set handle [tcc4tcl::new myProgram]`
3. Create a handle that will compile to a shared library named "myPackage" with the package name "myPackage" and version "1.0":
3. `set handle [tcc4tcl::new myPackage "myPackage 1.0"]`
$handle cproc
-------------
Creates a Tcl procedure that calls C code.
Synoposis:
$handle cproc <procName> <argList> <returnType> ?<code>?
1. `<procName>` is the name of the Tcl procedure to create
2. `<argList>` is a list of arguments and their types for the C function;
2. The list is in the format of: type1 name1 type2 name2 ... typeN nameN
2. The supported types are:
2. Tcl_Interp*: Must be first argument, will be the interpreter and the user will not need to pass this parameter
2. int
2. long
2. float
2. double
2. char*
2. Tcl_Obj*: Passes the Tcl object in unchanged
2. Tcl_WideInt
2. void*
3. `<returnType>` is the return type for the C function
3. The supported types are:
3. void: No return value
3. ok: Return TCL\_OK or TCL_ERROR
3. int
3. long
3. float
3. double
3. Tcl_WideInt
3. char*: TCL\_STATIC string (immutable from C -- use this for constants)
3. string, dstring: return a (char*) that is a TCL\_DYNAMIC string (allocated from Tcl\_Alloc, will be managed by Tcl)
3. vstring: return a (char*) that is a TCL\_VOLATILE string (mutable from C, will be copied be Tcl -- use this for local variables)
3. default: Tcl\_Obj*, a Tcl Object
4. `<code>` is the C code that comprises the function. If the `<code>` argument is omitted it is assumed there is already an implementation (with the name specified as `<procName>`, minus any namespace declarations) and this just creates the wrapper and Tcl command.
$handle ccode
-------------
Compile arbitrary C code.
Synopsis:
$handle ccode <code>
$handle tk
----------
Request that Tk be used for this handle.
Synposis:
$handle tk
$handle linktclcommand
----------------------
Create a Tcl command that calls an existing C command as a Tcl command.
Synopsis:
$handle linktclcommand <CSymbol> <TclCommandName>
$handle add_include_path
------------------------
Search additional paths for header files
Synopsis:
$handle add_include_path <dir...>
$handle add_library_path
------------------------
Search additional paths for libraries
Synopsis:
$handle add_library_path <dir...>
$handle add_library
-------------------
Link to an additional library
Synopsis:
$handle add_library <library...>
$handle code
------------
Return text of what code will be compiled when the _go_ subcommand is called.
Synposis:
$handle code
$handle go
----------
Execute all requested operations and output to memory, an executable, or DLL.
Once this command completes the handle is released.
Synopsis:
$handle go
See also [Low-Level API](wiki/Low-Level API)
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