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Peronospora destructorn. 葱霜霉
Should the exception in the destructor be ignored? 应该忽略析构函数中的异常吗？
Here is an example of a destructor implementation. 下面是析构器实现的例子。
Diagnose and quarantine of Peronospora schoeidinii Ung. 大葱霜霉病诊断与检疫。
Method, retain the destructor while carrying out the first item. 方法,则在执行第一项时保留析构函数。
But what if a contained object's destructor were allowed to throw? 不过如果允许被包含的对象的析构函数抛出异常会怎样？
To call a destructor, you must reference an instance object. 要调用析构器，必需引用实例对象。
A destructor is not limited only to relinquishing resources. 析构函数并不仅限于用来释放资源。
The copy constructor and destructor but no assignment operator. 定义了复制构造函数和析构函数但没有定义赋值操作符。
In this case, the destructor behaves like an ordinary method. 这时，析构器表现为一个普通的方法。
To resolve, remove the function call that causes the destructor to not return. 若要解决此问题,请移除导致析构函数不能返回的函数调用。
If the destructor is empty, this just causes a needless loss of performance. 如果析构函数为空,只会导致不必要的性能损失。
If the destructor is empty, this simply results in a loss of performance. 如果析构函数为空,只会导致性能降低。
When a class contains a destructor, an entry is created in the Finalize queue. 如果类包含析构函数,Finalize队列中则会创建一个项。
A destructor must be coded to release all the resources that an object owns. 一个合格的析构函数，必须将对象自己拥有的内存资源完全释放干净。
In particular, the destructor for a base class normally should be virtual. 特别地，基类的析构函数常设为虚函数。
In the class destructor we will print out the final value of the counter. 在类的析构函数里面;我们打印出计数器最终的值.
Abstract: Downy mildew （Hyaloperonospora parasitica, formerly Peronospora parasitica ） is one of the severe diseases of many crops. 文章摘要: 随着近年分子生物学技术的发展与应用，植物霜霉病抗性的研究有了长足的进展。
Tsay, J. G., Chu, C., Chuang, Y. H., and Chen, R. S. 2006. Specific detection of Peronospora tabacina by PCR-amplified rDNA sequences. Plant Pathology Journal 5: 378-382. 陈玟谕、朱纪实、蔡智贤、岳庆熙、蔡竹固。2006。不同非洲菊品系花青素配基合成酵素基因及其表现差异。中华农学会报7:-.;(已接受
The activities of PODSOD or CAT and H2O2 content were examined in cucumber leaves treated with BTH or inoculated with Pseudo peronospora cubensis f. sp. cucumerinum. 摘要以‘长春密刺’黄瓜幼苗为材料，对苯并噻二唑(BTH)处理或霜霉菌接种后黄瓜叶片的过氧化物酶(POD)、超氧化物歧化酶(SOD)、过氧化氢酶(CAT)活性与H2O2含量的变化进行了研究。