on-demand course

Secure Coding Rules for Java, Part I

Name: Secure Coding Rules for Java, Part I
Availability: InStock

with Robert Seacord

October 2015

Advanced

3h 11m

English

Pearson

Closed Captioning available in English, Japanese, Korean, Chinese (Simplified), Chinese (Traditional)

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Course outline

Secure Coding Rules for Java: Introduction
2m 10s
Injection attacks
15m 46s
Leaking sensitive data
5m 4s
Denial-of-service attacks
8m 2s
IDS00-J. Prevent SQL Injection
8m 54s
IDS01-J. Normalize strings before validating them
5m 5s
IDS03-J. Do not log unsanitized user input
3m 32s
IDS04-J. Safely extract files from ZipInputStream
5m 10s
IDS06-J. Exclude unsanitized user input from format strings
5m 47s
IDS07-J. Do not pass untrusted, unsanitized data to the Runtime.exec() method
3m 33s
IDS08-J. Sanitize untrusted data passed to a regex
4m 21s
IDS11-J. Perform any string modifications before validation
7m 12s
IDS16-J. Prevent XML Injection
9m 34s
IDS17-J. Prevent XML External Entity Attacks
6m 19s
DCL00-J. Prevent class initialization cycles
5m 10s
EXP00-J. Do not ignore values returned by methods
2m 16s
EXP01-J. Never dereference null pointers
5m 13s
EXP02-J. Do not use the Object.equals () method to compare two arrays
3m 27s
EXP03-J. Do not use the equality operators when comparing values of boxed primitives
7m 44s
EXP04-J. Do not pass arguments to certain Java Collections Framework methods that are a different type than the collection parameter type
4m 38s
EXP06-J. Expressions used in assertions must not produce side effects
1m 35s
NUM00-J. Detect or prevent integer overflow
6m 3s
NUM01-J. Do not perform bitwise and arithmetic operations on the same data
3m 43s
NUM02-J. Ensure that division and modulo operations do not result in divide-by-zero errors
54s
NUM03-J. Use integer types that can fully represent the possible range of unsigned data
2m 58s
NUM04-J. Do not use floating-point numbers if precise computation is required
2m 26s
NUM05-J. Do not use denormalized numbers
3m 9s
NUM07-J. Do not attempt comparisons with NaN
1m 27s
NUM08-J. Check floating-point inputs for exceptional values
3m 32s
NUM09-J. Do not use floating-point variables as loop counters
2m 2s
NUM10-J. Do not construct BigDecimal objects from floating-point literals
1m 8s
NUM11-J. Do not compare or inspect the string representation of floating-point values
1m 53s
NUM12-J. Ensure conversions of numeric types to narrower types do not result in lost or misinterpreted data
5m 1s
NUM13-J. Avoid loss of precision when converting primitive integers to floating-point
2m 57s
STR00-J. Don't form strings containing partial characters from variable-width encodings
13m 32s
STR01-J. Do not assume that a Java char fully represents a Unicode code point
10m 15s
STR02-J. Specify an appropriate locale when comparing locale-dependent data
3m 44s
STR03-J. Do not encode non-character data as a string
4m 22s
STR04-J. Use compatible character encodings when communicating string data between JVMs
2m 6s

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Secure Coding Rules for Java, Part I

with Robert Seacord

Introduction

Lesson 1: Java Security Concepts

Lesson 2: Input Validation and Data Sanitization (IDS)

Lesson 3: Declarations and Initialization (DCL):

Lesson 4: Expressions (EXP)

Lesson 5: Numeric Types and Operations (NUM)

Lesson 6: Characters and Strings (STR)

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