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@@ -1,74 +1,73 @@ |
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#ifndef WSTYPE_HPP_ |
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#define WSTYPE_HPP_ |
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-#include "wsNode.hpp" |
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#include <cytolib/global.hpp> |
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-using namespace cytolib; |
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+#include "wsNode.hpp" |
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+using namespace cytolib; |
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-enum class WS_TYPE {WS_WIN, WS_MAC, WS_MAC_3, WS_VX}; //can't put it into cytoml namespace since ws_ver_type_map need to refer it
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+enum class WS_TYPE {
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+ WS_WIN, |
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+ WS_MAC, |
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+ WS_MAC_3, |
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+ WS_VX |
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+}; // can't put it into cytoml namespace since ws_ver_type_map need to refer it |
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typedef unordered_map<string, WS_TYPE> WS_VERSION_TYPE_MAP; |
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-extern WS_VERSION_TYPE_MAP ws_ver_type_map; //declare global var |
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-#define WS_INIT() \ |
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- WS_VERSION_TYPE_MAP ws_ver_type_map = {\
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- {"1.61", WS_TYPE::WS_WIN},\
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- {"1.6", WS_TYPE::WS_WIN},\
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- {"2.0", WS_TYPE::WS_MAC},\
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- {"3.0", WS_TYPE::WS_MAC_3},\
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- {"1.8", WS_TYPE::WS_VX},\
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- {"20.0", WS_TYPE::WS_VX}\
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- };\ |
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- |
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-namespace CytoML |
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-{
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- |
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- enum class SAMPLE_NAME_LOCATION {KEY_WORD = 1, SAMPLE_NODE = 2};
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- |
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- inline void print_supported_workspace_version() |
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- {
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- vector<string> s_ws_type = {"WS_WIN", "WS_MAC", "WS_MAC_3", "WS_VX"};
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- PRINT("Workspace versions vs types:");
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- for(auto & it : ws_ver_type_map) |
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- PRINT(it.first + ": " + s_ws_type[static_cast<int>(it.second)] + "\n"); |
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- } |
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- |
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- inline void add_workspace_version(const string & version, WS_TYPE ws_type) |
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- {
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- ws_ver_type_map["version"] = ws_type; |
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- } |
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- |
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- inline WS_TYPE get_workspace_type(xmlDocPtr doc) |
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- {
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- wsNode root(doc->children); |
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- xmlXPathObjectPtr res = root.xpath("/Workspace");
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- wsNode curNode(res->nodesetval->nodeTab[0]); |
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- xmlXPathFreeObject(res); |
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- string version=curNode.getProperty("version");
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- |
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- auto it = ws_ver_type_map.find(version); |
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- if(it==ws_ver_type_map.end()) |
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- throw(domain_error("Unrecognized workspace version: " + version \
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- + "\n Please use 'print_supported_workspace_version()' to list the supported version." \ |
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- + "\n Or use 'add_workspace_version' to add the new version number into the list (if you are sure it is compatible to the existing workspace type)" \ |
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- )); |
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- |
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- return it->second; |
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- } |
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- |
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- inline vector<string> list_files(const string & data_dir, const string & ext) |
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- {
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- vector<string> paths; |
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- |
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- for(const fs::directory_entry & i: fs::recursive_directory_iterator(fs::path(data_dir), fs::symlink_option::recurse)) |
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- {
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- if(i.path().extension().string() == ext) |
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- paths.push_back(i.path().string()); |
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- } |
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- return paths; |
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- } |
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-}; |
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+extern WS_VERSION_TYPE_MAP ws_ver_type_map; // declare global var |
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+#define WS_INIT() \ |
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+ WS_VERSION_TYPE_MAP ws_ver_type_map = { \
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+ {"1.61", WS_TYPE::WS_WIN}, {"1.6", WS_TYPE::WS_WIN}, \
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+ {"2.0", WS_TYPE::WS_MAC}, {"3.0", WS_TYPE::WS_MAC_3}, \
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+ {"1.8", WS_TYPE::WS_VX}, {"20.0", WS_TYPE::WS_VX}};
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+ |
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+namespace CytoML {
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+ |
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+enum class SAMPLE_NAME_LOCATION { KEY_WORD = 1, SAMPLE_NODE = 2 };
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+ |
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+inline void print_supported_workspace_version() {
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+ vector<string> s_ws_type = {"WS_WIN", "WS_MAC", "WS_MAC_3", "WS_VX"};
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+ PRINT("Workspace versions vs types:");
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+ for (auto& it : ws_ver_type_map) |
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+ PRINT(it.first + ": " + s_ws_type[static_cast<int>(it.second)] + "\n"); |
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+} |
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+ |
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+inline void add_workspace_version(const string& version, WS_TYPE ws_type) {
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+ ws_ver_type_map["version"] = ws_type; |
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+} |
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+ |
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+inline WS_TYPE get_workspace_type(xmlDocPtr doc) {
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+ wsNode root(doc->children); |
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+ xmlXPathObjectPtr res = root.xpath("/Workspace");
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+ wsNode curNode(res->nodesetval->nodeTab[0]); |
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+ xmlXPathFreeObject(res); |
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+ string version = curNode.getProperty("version");
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+ |
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+ auto it = ws_ver_type_map.find(version); |
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+ if (it == ws_ver_type_map.end()) |
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+ throw(domain_error("Unrecognized workspace version: " + version +
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+ "\n Please use 'print_supported_workspace_version()' to " |
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+ "list the supported version." + |
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+ "\n Or use 'add_workspace_version' to add the new " |
|
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+ "version number into the list (if you are sure it is " |
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+ "compatible to the existing workspace type)")); |
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+ |
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+ return it->second; |
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+} |
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+ |
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+inline vector<string> list_files(const string& data_dir, const string& ext) {
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+ vector<string> paths; |
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+ |
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+ for (const fs::directory_entry& i : fs::recursive_directory_iterator( |
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+ fs::path(data_dir), |
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+ fs::directory_options::follow_directory_symlink)) {
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+ if (i.path().extension().string() == ext) |
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+ paths.push_back(i.path().string()); |
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+ } |
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+ return paths; |
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+} |
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+}; // namespace CytoML |
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#endif |
