Xlc compiler windows

Powered by FUDForum. Page generated in 0. Sign up to our Newsletter A fresh new issue delivered monthly. Eclipse Community Forums. Forum Search:. Fri, 10 August Hopefully this is just a simple fix. First time setting this up and using it so I am a newbie to eclipse. I am using the cygwin cdt's.

Through a process of following setup instructions from a few sites i have it setup at least to a point to where it will run the hello world program. But, it runs with a single error. I assume its referring to the cygwin folder. If it is, I do not see in the folders in my cygwin directory a vacpp folder. Which of course would explain the path error. I just would not understand though if cygwin sets up its folders based on the catagories you select, why would this folder not be created.

I don't know i could be completely off too. Just at a loss now not sure where to go. The compiler error which I get is following:. I have searched the internet and I found some resources link and link , I do not know how to integrate the solution into my code. I would relly appreciate any help. Stack Overflow for Teams — Collaborate and share knowledge with a private group. Create a free Team What is Teams? Collectives on Stack Overflow.

Learn more. Asked 6 years, 4 months ago. Active 3 years, 1 month ago. Viewed times. The compiler error which I get is following: " Improve this question. And on which line in the code you show do you get the error? Sorry for not being exact : I am new to this :. In the ABC. Consistent container erasure, e. PR0 PR3. Usability enhancements for std::span.

Traits for un bounded arrays. Layout - compatibility and pointer - interconvertibility traits. Safe integral comparisons. Removing trigraphs. Nested namespace definition. Attributes for namespaces and enumerators. Unary fold expressions and empty parameter packs. Remove Deprecated Use of the register Keyword.

Aggregate initialization of classes with base classes. DR: New specification for inheriting constructors DR et al. Differing begin and end types in range-based for. Hexadecimal floating-point literals. Dynamic memory allocation for over-aligned data. Class template argument deduction. Guaranteed copy elision. Stricter expression evaluation order.

Structured Bindings. Ignore unknown attributes. Removing dynamic exception specifications. Improving std::pair and std::tuple. Hardware interference size. N PR1. Polymorphic memory resources. Mathematical special functions. Splicing Maps and Sets. Elementary string conversions , including FP Floating-Point values support.

Tweaked wording for contextual conversions. Binary literals. Generic lambda expressions. Variable templates. Single quote as digit separator. Transparent operator functors. Null forward iterators. Extended friend declarations. Compiler support for type traits. Delegating constructors. Strongly-typed enum.

Explicit conversion operators.