Merge branch 'master' into aravuri/fxi_opae.io

libraries/afu-test/afu_test.h

@@ -204,13 +204,12 @@ class afu {
     // This is to allow access to OPAE-API functions that are only supported
     // through the xfpga plugin (i.e accessing sysfs entries)
     // In contrast, the ACCELERATOR token may be underlied by the vfio plugin.
-
+    // Set PCIe segment, bus, and device properties to enumerate FPGA DEVICE (FME)
     if (!pci_addr_.empty()) {
       auto p = pcie_address::parse(pci_addr_.c_str());
       filter->segment = p.fields.domain;
       filter->bus = p.fields.bus;
       filter->device = p.fields.device;
-      filter->function = p.fields.function;
     }
 
     filter->type = FPGA_DEVICE;
@@ -242,7 +241,12 @@ class afu {
 
     // The following code attempts to get a token + handle for the AFU 
     // (ACCELERATOR device) matching the given command's afu_id.
-    // We reuse the PCIe SBDF addressing from above.
+    // Set PCIe segment, bus, device, and functionproperties to enumerate FPGA ACCELERATOR 
+    if (!pci_addr_.empty()) {
+        auto p = pcie_address::parse(pci_addr_.c_str());
+        filter->function = p.fields.function;
+    }
+
     auto app_afu_id = afu_id ? afu_id : afu_id_.c_str();
     filter->type = FPGA_ACCELERATOR;
     try {

python/opae.admin/opae/admin/utils/progress.py

@@ -121,6 +121,8 @@ def _update_percent(self, pct, ratio=None):
             function, otherwise, None.
         """
         percent = int(pct*100)
+        if percent > 100:
+            percent = 100
         num_bars = int(pct*self._total_bars)
         bars = self.BAR*num_bars
         spaces = ' '*(self._total_bars - num_bars)