debugged clk/rst auto conn

[blast.git] / Exception.cpp

diff --git a/Exception.cpp b/Exception.cpp
index c45c36725e8328cff21e53b8d520ea52e265a82a..8c59d0d2aebb64f2a57f36a7fedc49dccd7df1d4 100644 (file)
--- a/Exception.cpp
+++ b/Exception.cpp
@@ -1,14 +1,16 @@
 #include "Exception.h"
 
 #include "Exception.h"
 

-Exception::Exception(int _id) {
+Exception::Exception(int _id, void *_source) {

   id = _id;
   message = getDefaultMessage();
   id = _id;
   message = getDefaultMessage();

+  source = _source;

 }
 
 
 Exception::Exception(const Exception& other) {
   id = other.id;
   message = other.message;
 }
 
 
 Exception::Exception(const Exception& other) {
   id = other.id;
   message = other.message;

+  source = other.source;

 }
 
 QString Exception::getDefaultMessage() {
 }
 
 QString Exception::getDefaultMessage() {


@@ -24,15 +26,37 @@ QString Exception::getDefaultMessage() {
   case BLOCKFILE_NOACCESS : ret = tr("Block file cannot be read"); break;
   case IMPLFILE_CORRUPTED : ret = tr("Implementation file is corrupted"); break;
   case IMPLFILE_NOACCESS : ret = tr("Implementation file cannot be read"); break;
   case BLOCKFILE_NOACCESS : ret = tr("Block file cannot be read"); break;
   case IMPLFILE_CORRUPTED : ret = tr("Implementation file is corrupted"); break;
   case IMPLFILE_NOACCESS : ret = tr("Implementation file cannot be read"); break;

+  case IMPLFILE_NOPATTERN : ret = tr("Implementation file does not contains pattern definitions"); break;

   case BLOCK_NULL : ret = tr("A parameter of type AbstractBlock* has been provided with NULL value."); break;
   case BLOCK_INVALID_TYPE : ret = tr("A parameter of type AbstractBlock* is used with an incorrect instance type."); break;
   case BLOCK_NULL : ret = tr("A parameter of type AbstractBlock* has been provided with NULL value."); break;
   case BLOCK_INVALID_TYPE : ret = tr("A parameter of type AbstractBlock* is used with an incorrect instance type."); break;

+  case VHDLFILE_NOACCESS : ret = tr("VHDL file cannot be read"); break;
+  case VHDLFILE_CORRUPTED : ret = tr("VHDL file is corrupted"); break;

   case IFACE_NULL : ret = tr("A parameter of type AbstractInterface* has been provided with NULL value."); break;
   case IFACE_INVALID_TYPE : ret = tr("A parameter of type AbstractInterface* is used with an incorrect instance type."); break;
   case IFACE_MULTIPLICITY_REACHED : ret = tr("Impossible to create another instance of a GraphInterface: the maximum multiplicity is reached."); break;
   case IFACE_NULL : ret = tr("A parameter of type AbstractInterface* has been provided with NULL value."); break;
   case IFACE_INVALID_TYPE : ret = tr("A parameter of type AbstractInterface* is used with an incorrect instance type."); break;
   case IFACE_MULTIPLICITY_REACHED : ret = tr("Impossible to create another instance of a GraphInterface: the maximum multiplicity is reached."); break;

+  case IFACE_BLOCK_NOCLKRST : ret = tr("Cannot find a clk or rst for a block."); break;
+  case IFACE_GROUP_NOCLKRST : ret = tr("Cannot find a clk or rst for a group."); break;
+  case IFACE_TOP_NOCLKRSTGEN : ret = tr("Cannot find the clkrstgen block in top group."); break;

   case BLOCKITEM_NULL : ret = tr("A parameter of type AbstractBlockItem* has been provided with NULL value."); break;
   case BLOCKITEM_INVALID_TYPE : ret = tr("A parameter of type AbstractBlockItem* is used with an incorrect instance type."); break;
   case WIDTHS_NOT_EQUALS : ret = tr("Two interfaces are connected but don't have the same widths."); break;
   case INVALID_VALUE : ret = tr("parameter value is not correct (e.g. not numeric, invalid other parameter name, ...)."); break;
   case BLOCKITEM_NULL : ret = tr("A parameter of type AbstractBlockItem* has been provided with NULL value."); break;
   case BLOCKITEM_INVALID_TYPE : ret = tr("A parameter of type AbstractBlockItem* is used with an incorrect instance type."); break;
   case WIDTHS_NOT_EQUALS : ret = tr("Two interfaces are connected but don't have the same widths."); break;
   case INVALID_VALUE : ret = tr("parameter value is not correct (e.g. not numeric, invalid other parameter name, ...)."); break;

+  case INVALID_REFBLOCK_USE : ret = tr("a reference block is used during pattern computations"); break;
+  case INVALID_DELTA_CP : ret = tr("delta and CP are not consistent"); break;
+  case EVAL_PARAM_UNKNOWN : ret = tr("a variable used in an expression is not defined as a block parameter"); break;
+  case EVAL_PARAM_NOVALUE : ret = tr("can't get the double value of a block parameter"); break;
+  case EVAL_INVALID_EXPR : ret = tr("invalid arithmetic expression (in a block parameter/pattern)"); break;    
+  case INVALID_IFACE_PATTERN : ret = tr("the pattern of an interface is invalid (not correct grammar)"); break;
+  case INVALID_IFACE_PC : ret = tr("the production counter of an interface is invalid (not correct grammar)"); break;    
+  case INVALID_IFACE_CP_LENGTH : ret = tr("the size of CP for an interface differs from others"); break;
+  case NO_IFACE_CP : ret = tr("an interface has no CP defined in reference block"); break;    
+  case INVALID_IFACE_PP_LENGTH : ret = tr("the size of PP for an interface differs from others"); break;
+  case NO_IFACE_PP : ret = tr("an interface has no PP defined in reference block"); break;    
+  case NO_IFACE_IP : ret = tr("an interface has no IP"); break;
+  case IP_AP_NOTCOMPAT : ret = tr("IP and AP not compatible"); break;
+  case IP_END_NULLCOL : ret = tr("IP ends with anull column (normally not possible during compat. check)"); break;
+  case AP_TOO_SHORT : ret = tr("AP has been badly computed, leading to a AP shorter than needed (NB: it is an abnormal case)"); break;
+  case IFACE_NOT_CONNECTED : ret = tr("an interface with control is not coonected, leading to an impossible graph analysis"); break;

   }
 
   return ret;
   }
 
   return ret;