Python Reference Language

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Modal verbs and expressions

por Sophia Konstantin

DO OR MAKE

por Maria Victoria LOZANO MARTINEZ

QUALITATIVE AND QUANTITATIVE RESEARCH

por Carlos Arturo Valencia

Mathematics

por Desi McKeown

Python Reference Language

Based on: Python Reference Manual Guido van Rossum

Python Software Foundation

Release 2.5.2

Index

A. History and License

8. Top-level components

* 8.4 Expression input

* 8.3 Interactive input

* 8.2 File input

* 8.1 Complete Python programs

7. Compound statements

* 7.7 Class definitions

* 7.6 Function definitions

* 7.5 The with statement

* 7.4 The try statement

* 7.3 The for statement

* 7.2 The while statement

* 7.1 The if statement

6. Simple statements

* 6.14 The exec statement

* 6.13 The global statement

* 6.12 The import statement

o 6.12.1 Future statements

* 6.11 The continue statement

* 6.10 The break statement

* 6.9 The raise statement

* 6.8 The yield statement

* 6.7 The return statement

* 6.6 The print statement

* 6.5 The del statement

* 6.4 The pass statement

* 6.3 Assignment statements

o 6.3.1 Augmented assignment statements

* 6.2 Assert statements

* 6.1 Expression statements

5. Expressions

* 5.14 Summary

* 5.13 Evaluation order

* 5.12 Expression lists

* 5.11 Lambdas

* 5.10 Boolean operations

* 5.9 Comparisons

* 5.8 Binary bit-wise operations

* 5.7 Shifting operations

* 5.6 Binary arithmetic operations

* 5.5 Unary arithmetic operations

* 5.4 The power operator

* 5.3 Primaries

o 5.3.4 Calls

o 5.3.3 Slicings

o 5.3.2 Subscriptions

o 5.3.1 Attribute references

* 5.2 Atoms

o 5.2.8 Yield expressions

o 5.2.7 String conversions

o 5.2.6 Dictionary displays

o 5.2.5 Generator expressions

o 5.2.4 List displays

o 5.2.3 Parenthesized forms

o 5.2.2 Literals

o 5.2.1 Identifiers (Names)

* 5.1 Arithmetic conversions

4. Execution model

* 4.2 Exceptions

* 4.1 Naming and binding

o 4.1.1 Interaction with dynamic features

3. Data model

* 3.4 Special method names

o 3.4.9 With Statement Context Managers

o 3.4.8 Coercion rules

o 3.4.7 Emulating numeric types

o 3.4.6 Additional methods for emulation of sequence types

o 3.4.5 Emulating container types

o 3.4.4 Emulating callable objects

o 3.4.3 Customizing class creation

o 3.4.2 Customizing attribute access

o 3.4.1 Basic customization

* 3.3 New-style and classic classes

* 3.2 The standard type hierarchy

* 3.1 Objects, values and types

2. Lexical analysis

* 2.6 Delimiters

* 2.5 Operators

* 2.4 Literals

o 2.4.6 Imaginary literals

o 2.4.5 Floating point literals

o 2.4.4 Integer and long integer literals

o 2.4.3 Numeric literals

o 2.4.2 String literal concatenation

o 2.4.1 String literals

* 2.3 Identifiers and keywords

o 2.3.2 Reserved classes of identifiers

o 2.3.1 Keywords

* 2.2 Other tokens

* 2.1 Line structure

o 2.1.9 Whitespace between tokens

o 2.1.8 Indentation

o 2.1.7 Blank lines

o 2.1.6 Implicit line joining

o 2.1.5 Explicit line joining

o 2.1.4 Encoding declarations

o 2.1.3 Comments

o 2.1.2 Physical lines

o 2.1.1 Logical lines

Go Geometry

1. Introduction

* 1.2 Notation

* 1.1 Alternate Implementations