PCEP - Certified Entry-Level Python Programmer certification is a professional credential that measures your ability to accomplish coding tasks related to the essentials of programming in the Python language. A test candidate should demonstrate sufficient knowledge of the universal concepts of computer programming, the syntax and semantics of the Python language as well as the skills in resolving typical implementation challenges with the help of the Python Standard Library.

This fourth edition of this popular resource features step-by-step skill instruction and practice-focused exercises covering maternal and fetal evaluation and immediate newborn care. Developed by a distinguished editorial board, the Perinatal Continuing Education Program (PCEP) is a comprehensive, self-paced education program in 4 volumes. This book features 8 units on complex neonatal therapies, including 2 new units on neonatal encephalopathy and the ethical issues surrounding perinatology, especially when caring for fetuses of periviable gestational ages. TOPICS INCLUDE Direct blood pressure measurement Exchange, reduction, and direct transfusions Continuous positive airway pressure Assisted ventilation with mechanical ventilators Surfactant therapy Therapeutic hypothermia for neonatal hypoxic-ischemic encephalopathy Continuing care for at-risk babies Biomedical ethics and perinatology

PCEP – Certified Entry-Level Python Programmer Certification is a comprehensive mock exam with emphasis on using the PCEP-30-02 Syllabus as guide on the question topic. The audience should have basic knowledge in Python or have a good grasp on other programming language because this is not a tutorial. All 260 questions are based on individual topics in the syllabus and all topics have been covered. Each and every topic in the syllabus have a corresponding question with sufficient representation. Exam block #1: Computer Programming and Python Fundamentals (82 questions) Objectives covered by the block (7 exam items) PCEP 1.1 Understand fundamental terms and definitions PCEP 1.2 Understand Python’s logic and structure PCEP 1.3 Introduce literals and variables into code and use different numeral systems PCEP 1.4 Choose operators and data types adequate to the problem PCEP 1.5 Perform Input/Output console operations Exam block #2: Control Flow – Conditional Blocks and Loops (37 questions) Objectives covered by the block (8 exam items) PCEP 2.1 Make decisions and branch the flow with the if instruction PCEP 2.2 Perform different types of iterations Exam block #3: Data Collections – Tuples, Dictionaries, Lists, and Strings (75 questions) Objectives covered by the block (7 exam items) PCEP 3.1 Collect and process data using lists PCEP 3.2 Collect and process data using tuples PCEP 3.3 Collect and process data using dictionaries PCEP 3.4 Operate with strings Exam block #4: Functions and Exceptions (66 questions) Objectives covered by the block (8 exam items) PCEP 4.1 Decompose the code using functions PCEP 4.2 Organize interaction between the function and its environment PCEP 4.3 Python Built-In Exceptions Hierarchy PCEP 4.4 Basics of Python Exception Handling Questions in the Practice tests are much more difficult than what is included in the Certified Entry-Level Python Programmer Certification. I recommend doing hands-on to test the validity of the answers and emphasize on the importance of coding different permutations and combinations on the examples given. All questions will be easier to understand if the code is run on IDLE or your favorite Python IDE if you have another preference.

Time-saving, low-cost solutions for self-paced learning or instructor-led training! Developed for health care professionals who provide care to pregnant women and newborns, the Perinatal Continuing Education Program (PCEP) is a comprehensive, self-paced education program in four volumes. Completely updated and revised with leading-edge procedures and techniques, Book III: Neonatal Care, 3rd Edition features 10 units covering information and skills assessment and initial management of frequently encountered neonatal illnesses, plus the comprehensive unit review Is the Baby Sick?, which ties all.

SRv6 Network Programming, beginning with the challenges for Internet Protocol version 6 (IPv6) network development, describes the background, roadmap design, and implementation of Segment Routing over IPv6 (SRv6), as well as the application of this technology in traditional and emerging services. The book begins with the development of IP technologies by focusing on the problems encountered during MPLS and IPv6 network development, giving readers insights into the problems tackled by SRv6 and the value of SRv6. It then goes on to explain SRv6 fundamentals, including SRv6 packet header design, the packet forwarding process, protocol extensions such as Interior Gateway Protocol (IGP), Border Gateway Protocol (BGP), and Path Computation Element Protocol (PCEP) extensions, and how SRv6 supports existing traffic engineering (TE), virtual private networks (VPN), and reliability requirements. Next, SRv6 network deployment is introduced, covering the evolution paths from existing networks to SRv6 networks, SRv6 network deployment processes, involved O&M technologies, and emerging 5G and cloud services supported by SRv6. Bit Index Explicit Replication IPv6 encapsulation (BIERv6), an SRv6 multicast technology, is then introduced as an important supplement to SRv6 unicast technology. The book concludes with a summary of the current status of the SRv6 industry and provides an outlook for new SRv6-based technologies. SRv6 Network Programming: Ushering in a New Era of IP Networks collects the research results of Huawei SRv6 experts and reflects the latest development direction of SRv6. With rich, clear, practical, and easy-to-understand content, the volume is intended for network planning engineers, technical support engineers and network administrators who need a grasp of the most cutting-edge IP network technology. It is also intended for communications network researchers in scientific research institutions and universities. Authors: Zhenbin Li is the Chief Protocol Expert of Huawei and member of the IETF IAB, responsible for IP protocol research and standards promotion at Huawei. Zhibo Hu is a Senior Huawei Expert in SR and IGP, responsible for SR and IGP planning and innovation. Cheng Li is a Huawei Senior Pre-research Engineer and IP standards representative, responsible for Huawei's SRv6 research and standardization.