Documentation¶
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hope.jit(fkt)[source]¶ Compiles a function to native code and return the optimized function. The new function has the performance of a compiled function written in C.
Parameters: fkt (function) – function to compile to c Returns: function – optimized function This function can either be used as decorator
@jit def sum(x, y): return x + y
or as a normal function
def sum(x, y): return x + y sum_opt = jit(sum)
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hope.serialize(obj, name)[source]¶ Write a pickled representation of obj to a file named
nameinsidehope.config.prefixParameters: - obj (mixed) – arbitrary object to serialize
- name (str) – name of the object
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hope.unserialize(name)[source]¶ Read an object named
nameformhope.config.prefix. If the file does not exitsunserializereturnsNoneParameters: name (str) – name of the object Returns: mixed – unserialized object
hope.config¶
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hope.config.cxxflags= [u'-Wall', u'-Wno-unused-variable', u'-std=c++11']¶ List of c++ compiler flags. Normally hope does determing the right flags itself.
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hope.config.hopeless= False¶ Disable hope. If hope.config.hopeless is True, hope.jit return the original function. Use this function for debug purpos
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hope.config.keeptemp= False¶ Keep the intermediate c++ source and compiler output generated during compilation.
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hope.config.optimize= False¶ Use ‘’‘sympy’‘’ to simplify expression and exptract common subexpression detection
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hope.config.prefix= u'.hope'¶ Prefix of the folder hope saves all data in.
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hope.config.rangecheck= False¶ Check if indeces are out of bounds
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hope.config.verbose= False¶ Print a intermediate representation of each function during compilation.