With the rapid development of Geotechnical Engineering now, enough rock parameter is indispensable for geotechnical design, numerical analysis, and so on. However, data, saved as the specific parameter, such as c ϕ, will be highly different in the rock test with different methods. Consequently, it's becoming hard to using and managing data generated in rock mechanical test of Geotechnical Engineering, and the data won't play their role well in geotechnical engineering without useful storage, retrieve or collaboration. For this reason, it is very important to research how to obtain these parameter. The Joint Working Group on Representing ISRM Suggested Methods in Electronic Form (RISMEF) was established after the Rison ISRM Congress in 2007 under the Auspice of ISRM TM and JTC2.2. On the basis of the 52 ISRM suggested methods for rock mechanics test, and close discussions of members of the RISMEF working group, 7 suggested methods have been chosen for conducting the procedures of standardization and digitalization. The primary purpose of establishing RISMEF is to ensure that the ISRM Suggested Methods to be conducted in standard and electronic procedures. This work will result in a series of spreadsheets as appendices to the ISRM Suggested Methods and a database documenting the applications of these methods and the related data. The database will be attached to the ISRM website that will be shared on a non-commercial basis. The XML technology is widely used in recent years, it's because that XML carries the inherent advantages of being a international-accepted, self-validating, data separated from representation. XML technology provides a solution for data storage, data retrieval, and data shared. so, in this paper, The application of XML technology combined with EXCEL sheets in the rock tri-axial compress test is described, as a pilot work. The test data in XML document can be shown and analyzed conveniently in EXCEL by VBA.