|
- COBOL Data types - Stack Overflow
COBOL really only has two data types: Numbers and strings The layout of each field in a COBOL record is precisely specified by a PICTURE (usually abbreviated PIC) clause The most common ones are: PIC X for strings PIC X(100) means a 100-byte string PIC 9 for numbers, optionally with S (sign) or V (implicit decimal point) For example, PIC S9(7)V99 means a signed number with 7 digits to the
- What does compiling WITH_PIC (-DWITH_PIC, --with-pic) actually do?
When compiling binaries from source, what are the real-world differences between generating PIC objects or not? At what point down the road would someone say, "I should have generated used PIC obje
- 为什么国内使用microchip的PIC单片机的工程师越来越少了？ - 知乎
大量低端小电器用的是山寨pic, 以台湾的em78xx为代表。 国内还有n家山寨em78，也就是pic的山寨再山寨，价格能做到一两毛，这产量可想而知得多么巨大。 Microchip在兼并ATMEL之前就一直是mcu前三名了（另两家是瑞萨和NXP），ST也就是前几年才爬到第四。
- c++ - GCC -fPIC option - Stack Overflow
I have read about GCC's Options for Code Generation Conventions, but could not understand what "Generate position-independent code (PIC)" does Please give an example to explain me what does it mean
- Free PIC C compiler - Stack Overflow
7 I am mentioning the PIC C compilers here, which are best when it comes to PIC Microcontroller Programming MPLAB C18 Compiler MikroC Pro for PIC CCS Compiler for PIC You can read more about them on this post Top 3 PIC C Compiler, they have given a comparison between these 3 PIC Compilers i e there advantages and disadvantages
- What are the differences comparing PIE, PIC code and executable on 64 . . .
The test is on Ubuntu 12 04 64-bit x86 architecture I am confused about the concept Position Independent Executable (PIE) and Position Independent code (PIC), and I guess they are not orthogona
- How do I place an image at certain position of a web page?
I want to position an image (basically a logo) at the bottom right side of my page I am trying to do it using TOP and LEFT However, that doesn't have any effect Moreover, I don't want to do abso
- PIC数值模拟研究等离子物理是主流吗？ - 知乎
还有利用PIC模拟激光轰击氘靶进行惯性约束聚变的模拟，用于聚变靶的设计。 2010年以后的热点逐渐变成加入compton散射，BW和BH正负电子对产生的QED-PIC模拟，主要研究高能量密度物理过程。
|
|
|